averoo/sc_BASIC · Datasets at Hugging Face

text stringlengths 7 5.36M
10 DIM TG(70,25):DIM TB(70,25):DIM PG(70,25):DIM PB(70,25) 20 DIM T(25):DIM P(25):DIM T1(70):DIM P1(70) 30 DIM QOG(70,25):DIM QOG1(70,25):DIM QOGS(70,25):DIM QB(70,25):DIM QB1(70,25):DIM QBS(70,25) 40 DIM RE(70,25):DIM REB(70,25):DIM RE1(25):DIM REB1(70) 50 COLOR 7,1:CLS 60 P$=STRING$(43,219) 70 COLOR 11,1 80 FOR I%=12 TO 17 STEP 1 90 LOCATE I%,19:PRINT P$ 100 NEXT I% 110 COLOR 10,1:LOCATE 11,18:PRINT STRING$(43,177) 120 LOCATE 12,18:PRINT CHR$(177)+STRING$(41,32)+CHR$(177) 130 LOCATE 13,18:PRINT CHR$(177)+STRING$(41,32)+CHR$(177) 140 LOCATE 14,18:PRINT CHR$(177)+STRING$(41,32)+CHR$(177) 150 LOCATE 15,18:PRINT CHR$(177)+STRING$(41,32)+CHR$(177) 160 LOCATE 16,18:PRINT STRING$(43,177) 170 COLOR 14,1:LOCATE 13,26:PRINT "Для начала расчета введите " 175 LOCATE 14,26:PRINT "только Вам известный код?"; 178 QZ$=INPUT$ (3) 180 IF QZ$="MOK" THEN 197 ELSE 182 182 COLOR 7,1:CLS:KEY OFF 190 COLOR 14,1:LOCATE 14,25:PRINT "Поскольку код Вам неизвестен," 191 LOCATE 15,29:PRINT "программа заблокирована !" 192 LOCATE 16,21:PRINT "Для выхода в DOS нажмите любую клавишу" 194 A$=INKEY$ 195 IF A$="" THEN 194 196 SYSTEM 197 CLS:KEY OFF 198 INPUT " Введите дату:";DAT$ 200 PRINT 210 INPUT " номер варианта-";VAR$ 220 PRINT 230 PRINT 240 INPUT " БУДЕТЕ ИСПРАВЛЯТЬ ИСХОДНЫЕ ДАННЫЕ? да - 1, нет - ввод";U 250 IF U=1 THEN 290 ELSE 260 260 OPEN "C:\mx\vm\rt1 " FOR INPUT AS #2 270 INPUT #2,GG,TG,PG,DEG,NEG,NKY,LG,SG,FG,FEG,GB,TB,PB,DEB,NEB,NKE,LB,ME,BETACT,HPG,FPG,HN,SB,FB 280 CLOSE 2:GOTO 618 290 PRINT SPC(25);"ВВЕДИТЕ ИСХОДНЫЕ ДАННЫЕ:" 300 PRINT SPC(10);"ПО ГОРЯЧЕЙ СТОРОНЕ: " 310 INPUT " массовый расход теплонос. (кг), Gг= ",GG 320 INPUT " температ. теплоносителя ,град tг= ",TG 330 INPUT " абс.давл.теплоносителя,(кгс/кв.см) Рг= ",PG 340 INPUT " эквивалентный диаметр ,(м) dэг= ",DEG 350 INPUT " число элементов в пакете ,(шт) Nэг= ",NEG 360 INPUT " число каналов.в 1-ом элем.(шт) Nку= ",NKY 370 INPUT " длина хода теплоносит.в яч.(м) Lэг= ",LG 380 INPUT " площ.сечения, (кв.м), Sг= ",SG 390 INPUT " площ.поверхн. с ребрами, (кв.м), Fг= ",FG 400 INPUT " площ.поверхн. без ребер, (кв.м), Fэг= ",FEG 410 PRINT SPC(10);"ПО ХОЛОДНОЙ СТОРОНЕ: " 420 INPUT " массовый расход теплонос. (кг), Gв= ",GB 430 INPUT " температ. теплоносителя ,град tв= ",TB 440 INPUT " абс.давл.теплоносителя,(кгс/кв.см) Рв= ",PB 450 INPUT " эквивалентный диаметр, (м) dэв= ",DEB 460 INPUT " число элементов в пакете, (шт) Nэв= ",NEB 470 INPUT " число канал.в 1-ом элем. (шт) Nкэ= ",NKE 480 INPUT " длина хода теплоносит. (м) Lэв= ",LB 490 INPUT " площ.сечения по холодн.сторон.(кв.м),Sв= ",SB 500 INPUT " площ.поверхн.по холодн. сторон.(кв.м), Fв= ",FB 510 PRINT SPC(10);"ОБЩИЕ ДАННЫЕ: " 520 INPUT " масса одн. элем.без ребер(кг) Мэ= ",ME 530 INPUT " толщина стенки (м) бст= ",BETACT 540 INPUT " высота ребра (м) hрг= ",HPG 550 INPUT " относит.высота ребра (м) fрг= ",FPG 560 INPUT " 1/4 перим.основн.поверхн.(м) hn= ",HN 570 GOSUB 580:GOTO 618 580 OPEN "C:\mx\vm\rt1 " FOR OUTPUT AS #2 582 PRINT#2,USING "##.###";GG 583 PRINT#2,USING "###";TG 584 PRINT#2,USING "#####";PG 585 PRINT#2,USING "#.###^^^^";DEG 586 PRINT#2,USING "###";NEG 587 PRINT#2,USING "###";NKY 588 PRINT#2,USING "#.###^^^^";LG 589 PRINT#2,USING "###.##^^^^";SG 590 PRINT#2,USING "###.##^^^^";FG 591 PRINT#2,USING "###.##^^^^";FEG 592 PRINT#2,USING "#.###";GB 593 PRINT#2,USING "###";TB 594 PRINT#2,USING "#####";PB 595 PRINT#2,USING "#.###^^^^";DEB 596 PRINT#2,USING "###";NEB 597 PRINT#2,USING "###";NKE 598 PRINT#2,USING "#.###^^^^";LB 599 PRINT#2,USING "#.###^^^^";ME 600 PRINT#2,USING "#.###^^^^";BETACT 601 PRINT#2,USING "#.###^^^^";HPG 602 PRINT#2,USING "#.####";FPG 603 PRINT#2,USING "#.###^^^^";HN 604 PRINT#2,USING "###.##^^^^";SB 605 PRINT#2,USING "###.###^^^^";FB 617 CLOSE 2 618 PRINT SPC(25);"ВВЕДИТЕ СРЕДУ ТЕПЛОНОСИТЕЛЕЙ:" 620 INPUT " ПО ГОРЯЧЕЙ СТОРОНЕ: 1 - воздух; 2 - вода; 3 - масло ";CPED1 630 INPUT " ПО ХОЛОДНОЙ СТОРОНЕ: 1 - воздух; 2 - вода; 3 - масло ";CPED2 640 PRINT SPC(25);"ВВЕДИТЕ МАТЕРИАЛ ЭЛЕМЕНТОВ:" 650 INPUT " Сталь 12Х18Н10Т - 1; алюм.- 2; cталь углер. - 3. ";MATEP 660 FOR K=1 TO NKY1 670 TG(0,K)=TG:PG(0,K)=PG 680 NEXT K 690 FOR I=1 TO NKE 700 TB(I,0)=TB2(I,NKY2) :PB(I,0)=PB2(I,NKY2) 710 QOG(I,0)=0:QB(I,0)=0 720 NEXT I 730 QOGS(0,NKY1)=0:QBS(0,NKY1)=0 740 FOR I=1 TO NKE 750 FOR K=1 TO NKY1 760 IF CPED1=1 THEN 770 ELSE 800 770 TGP=TG(I-1,K)+273.1 780 PG1=PG(I-1,K) 790 ROG=PG1/(29.27TGP):TG1=TG(I-1,K):GOTO 830 800 TG1=TG(I-1,K) 810 ROG=1001.67-TG1.163947-(TG1^2).002619 820 TGP=TG(I-1,K)+273.1:PG1=PG(I-1,K) 830 WG=GG/(ROGNEGNKY1SG) 840 MUG=(17.0579+(TG1.055383)-(TG1^27.38713E-05)+(TG1^39.3917E-08))/1000000! 850 NJG=MUG/ROG 860 RE(I,K)=(WGDEG)/NJG 870 PRG=.706703-(TG11.4958E-04)-(TG1^21.32215E-06)+(TG1^31.43419E-08)-(TG1^44.71376E-11)+(TG1^55.17353E-14) 900 NUG=(.001888)RE(I,K)^(1.1717)PRG^(.43) 910 KSIG1=.3 920 LAMG=(7.26633E-03TG1+2.46078)/100 930 ALFAG=(NUGLAMG)/DEG 940 IF CPED2=1 THEN 950 ELSE 970 950 TBP=TB(I,K-1)+273.1:PB1=PB(I,K-1) 960 ROB=PB1/(29.27TBP):TB1=TB(I,K-1):GOTO 1000 970 TB1=TB(I,K-1) 980 ROB=1001.67-TB1.163947-(TB1^2).002619 990 TBP=TB(I,K-1)+273.1 1000 WB=GB/(ROBNKENEBSB) 1010 LAMB=(7.26633E-03TB1+2.46078)/100 1020 MUB=(17.0579+(TB1.055383)-(TB1^27.38713E-05)+(TB1^39.3917E-08))/1000000! 1030 NJB=MUB/ROB 1040 REB(I,K)=(WBDEB)/NJB 1050 PRB=.706703-(TB11.4958E-04)-(TB1^21.32215E-06)+(TB1^31.43419E-08)-(TB1^44.71376E-11)+(TB1^55.17353E-14) 1060 NUB=.11613REB(I,K)^.7148PRB^.43 1070 ALFAB=(NUBLAMB)/DEB 1080 FI=ALFAG/ALFAB 1090 DELTG=(TB1-TG1)/(1+FI) 1100 TCT=TB1-DELTG 1110 IF MATEP=1 THEN 1140 1120 IF MATEP=2 THEN 1150 1130 IF MATEP=3 THEN 1160 1140 LAMCT=.0140857TCT+14.82:MAT$="Ст.12Х18Н10Т":GOTO 1170 1150 LAMCT=152.702+(.599547TCT)-(4.50183E-03TCT^2)+(TCT^31.37909E-05)-(TCT^41.42909E-08):MAT$="Алюминий":GOTO 1170 1160 LAMCT=-.0475TCT+65.09:MAT$="Ст.углер.":GOTO 1170 1170 DELTCT=(ALFAGDELTGBETACT)/LAMCT 1180 DELTSUM=TB1-TG1 1190 DELTG=(DELTSUM-DELTCT)/(1+FI) 1200 DELTB=(DELTSUM-DELTCT)FI/(1+FI) 1210 IF CPED1=2 THEN 1390 ELSE 1220 1220 MG=(2ALFAG/(LAMCTBETACT))^.5 1230 E1=EXP(MGHPG):E2=EXP(-MGHPG) 1240 THM=(E1-E2)/(E1+E2) 1250 PSIPG=THM/(MGHPG) 1260 BH=((ALFAG+ALFAB)/(LAMCTBETACT))^.5HN 1270 EX1=EXP(BH):EX2=EXP(-BH):THB=(EX1-EX2)/(EX1+EX2) 1280 PSIN=THB/BH 1290 FPG=HPG/HN 1300 QPG=((TB1-TG1)ALFAGHNFPGPSIN4.01)/(PSIPGFPG+PSIN(FI+1)) 1310 IF MATEP=1 THEN 1340 1320 IF MATEP=2 THEN 1350 1330 IF MATEP=3 THEN 1360 1340 CM=.000244TCT+.4456:GOTO 1370 1350 CM=1.24-(TCT.00325)+(TCT^2.0000205)-(TCT^33E-08):GOTO 1370 1360 CM=.4884+(TCT3.35001E-05)+(TCT^27.17857E-07):GOTO 1370 1370 BETATN=QPG/(CMME1000) 1380 GOTO 1410 1390 DELTNG=DELTG 1400 DELTNB=DELTB:GOTO 1430 1410 DELTNG=DELTG+BETATN 1420 DELTNB=DELTB-BETATN 1430 QNG=ALFAGFEGDELTNG 1440 QOG(I,K)=QNG+QPG 1450 QB(I,K)=ALFABFBDELTNB 1452 IF CPED1=2 THEN 1455 ELSE 1460 1455 CPG=4.21085-(TG1.0020377)+(TG1^23.08919E-05)-(TG1^39.615539E-08):GOTO 1465 1460 CPG=1.00546-(TG11.55415E-04)+(TG1^26.82078E-06)-(TG1^39.803309E-08)+(TG1^46.71777E-10)-(TG1^52.06063E-12)+(TG1^62.31421E-15) 1465 IF CPED2=2 THEN 1467 ELSE 1470 1467 CPB=4.21085-(TG1.0020377)+(TG1^23.08919E-05)-(TG1^39.615539E-08):GOTO 1480 1470 CPB=1.00546-(TB11.55415E-04)+(TB1^26.82078E-06)-(TB1^39.803309E-08)+(TB1^46.71777E-10)-(TB1^52.06063E-12)+(TB1^62.31421E-15) 1480 MGE=GG/(NEGNKY1):MBE=GB/(NEBNKE) 1490 BETATG=QOG(I,K)/(CPGMGE1000) 1500 BETATB=QB(I,K)/(CPBMBE1000) 1510 DELPG=(LGKSIG1ROGWG^2)/(DEG29.810001) 1520 KSIB=.419834REB(I,K)^(-.110047) 1530 DELPB=(LBKSIBROBWB^2)/(DEB29.810001) 1540 PG(I,K)=PG1-DELPG 1550 TG(I,K)=TG1+BETATG 1560 PB(I,K)=PB1-DELPB 1570 TB(I,K)=TB1-BETATB 1580 QOG1(I,K)=QOG1(I,K-1)+QOG(I,K) 1590 QB1(I,K)=QB1(I,K-1)+QB(I,K) 1600 NEXT K 1610 NEXT I 1620 T(0)=0:P(0)=0:RE1(0)=0 1630 FOR K=1 TO NKY1 1640 T(K)=T(K-1)+TG(NKE,K) 1650 P(K)=P(K-1)+PG(NKE,K) 1660 RE1(K)=RE1(K-1)+RE(NKE,K) 1670 NEXT K 1680 TGSR=T(NKY1)/NKY1 1690 PGSR=P(NKY1)/NKY1 1700 RESR=RE1(NKY1)/NKY1 1710 T1(0)=0:P1(0)=0:REB1(0)=0 1720 FOR I=1 TO NKE 1730 T1(I)=T1(I-1)+TB(I,NKY1) 1740 P1(I)=P1(I-1)+PB(I,NKY1) 1750 REB1(I)=REB1(I-1)+REB(I,NKY1) 1760 QOGS(I,NKY1)=QOGS(I-1,NKY1)+QOG1(I,NKY1) 1770 QBS(I,NKY1)=QBS(I-1,NKY1)+QB1(I,NKY1) 1780 NEXT I 1790 TBSR=T1(NKE)/NKE 1800 PBSR=P1(NKE)/NKE 1810 REBSR=REB1(NKE)/NKE 1820 DLTPG=PG(0,1)-PGSR: DLTPB=PB(1,0)-PBSR 1830 DPG=PGSR/PG(0,1) 1840 DPB=PBSR/PB(1,0) 1850 E=(TG(0,1)-TGSR)/(TG(0,1)-TB(1,0)) 1860 REM Подгот.данных для печати 1870 NKYP=LGNKE1000:DEGP=DEG1000:SGP=SG1000000!:NKYR=NKY10:DEBP=DEB1000:SBP=SB1000000!:BETACTP=BETACT1000 1880 QOGP=QOGS(NKE,NKY)NEG/1000:QBP=QBS(NKE,NKY)NEB/1000 1890 FGP=(NKENKYNEG)FG:FBP=(NKENKYNEB)FB:FSUM=FGP+FBP 1900 BETACT1=BETACT1000 1910 LPRINT SPC(20);"РАСЧЕТ ТЕПЛООБМЕННИКА " 1920 IF CPED1=1 AND CPED2=1 GOTO 1950 1930 IF CPED1=1 AND CPED2=2 GOTO 1960 1940 IF CPED1=2 AND CPED2=1 GOTO 1970 1950 LPRINT SPC(20);"ТИПА 'воздух-воздух'":GOTO 1980 1960 LPRINT SPC(20);"ТИПА 'воздух-вода'":GOTO 1980 1970 LPRINT SPC(20);"ТИПА 'вода-воздух'":GOTO 1980 1980 LPRINT :LPRINT 1990 LPRINT TAB(2);"Вариант-";VAR$; 2000 LPRINT TAB(43);" ''РУТА'' " 2010 LPRINT TAB(2);"Дата - ";DAT$; 2020 LPRINT TAB(43);" Мухачев В.А." 2030 LPRINT TAB(43);" Губайдуллин Б.Т." 2040 LPRINT :LPRINT 2050 LPRINT TAB(2);"ИСХОДНЫЕ ПАРАМЕТРЫ:" 2060 LPRINT TAB(2);"По стороне наддувочного воздуха" 2070 LPRINT USING " Расход ................................(кг/с) #.###";GG 2080 LPRINT USING " Давление...............................(кг/кв.м) #####";PG 2090 LPRINT USING " Температура............................(град.С) ###.##";TG 2100 LPRINT 2110 LPRINT TAB(2);"По стороне охлаждающего воздуха" 2120 LPRINT USING " Расход ................................(кг/с) #.###";GB 2130 LPRINT USING " Давление...............................(кг/кв.м) #####";PB 2140 LPRINT USING " Температура............................(град.С) ###.##";TB 2150 LPRINT 2160 LPRINT TAB(2);"КОНСТРУКТИВНЫЕ ПАРАМЕТРЫ:" 2170 LPRINT " Количество элементов в пакете .........шт ";NEG 2180 LPRINT " Количество трубчатых канал.в элемен....шт ";NKE 2190 LPRINT USING " Длина хода наддувочн.воздуха...........мм ###";NKYP 2200 LPRINT USING " Гидравлический диаметр.................мм ##.##";DEGP 2210 LPRINT USING " Площадь сечения канала ................кв.мм ###.##";SGP 2220 LPRINT USING " Длина хода охлажд.воздуха..............мм ###";NKYR 2230 LPRINT USING " Гидравлический диаметр.................мм ##.##";DEBP 2240 LPRINT USING " Площадь сечения канала.................кв.мм ###.##";SBP 2250 LPRINT " Суммарная площадь поверхности:" 2260 LPRINT USING " по стороне наддув.воздуха..............(кв.м) ###.##";FGP 2270 LPRINT USING " по стороне охлажд.воздуха..............(кв.м) ###.##";FBP 2280 LPRINT USING " общая..................................(кв.м) ###.##";FSUM 2290 LPRINT 2300 LPRINT " Материал:";MAT$ 2310 LPRINT USING " Толщина (мм.): #.####";BETACT1 2320 LPRINT :PRINT 2330 LPRINT TAB(2);"РЕЗУЛЬТАТЫ РАСЧЕТА:" 2340 LPRINT USING " Температ.(средн.)надд.возд.на выходе...(град.С) ###.##";TGSR 2350 LPRINT USING " Степень регенерации....................(%) #.###";E 2360 LPRINT " Потери давления:" 2370 LPRINT " по стороне наддув.воздуха" 2380 LPRINT USING " абсолютные.............................(кг/кв.м) #####";DLTPG 2390 LPRINT USING " относительные..........................(%) #.###";DPG 2400 LPRINT " по стороне охлажд.воздуха" 2410 LPRINT USING " абсолютные.............................(кг/кв.м) #####";DLTPB 2420 LPRINT USING " относительные..........................(%) #.###";DPB 2430 LPRINT " Суммарный теплосъем:" 2440 LPRINT USING " по стороне наддув.воздуха.............(квт) ###.##";QOGP 2450 LPRINT USING " по стороне охлажд.воздуха.............(квт) ###.##";QBP 2460 LPRINT " Число Рейнольдса:" 2470 LPRINT USING " на входе по надд.воздуху................. ######.#";RE(1,1) 2480 LPRINT USING " на входе по охлажд.воздуху................ ######.#";REB(1,1) 2490 LPRINT USING " среднее на выходе по надд.возд............ ######.#";RESR 2500 LPRINT USING " среднее на выходе по охлажд.возд.......... ######.#";REBSR 2505 END
Attribute VB_Name = "STAT_REGRESSION_LS_LIBR" Option Explicit 'Requires that all variables to be declared explicitly. Option Base 1 'The "Option Base" statement allows to specify 0 or 1 as the 'default first index of arrays. '********************************************************************************** '******************************************************************************** 'FUNCTION : REGRESSION_LS1_FUNC 'DESCRIPTION : Multiple regression Frame: We use the adjustment to robust 'standard errors suggested by Davidson and MacKinnon (1993). 'LIBRARY : REGRESSION 'GROUP : MULTIPLE 'ID : 001 'AUTHOR : RAFAEL NICOLAS FERMIN COTA 'LAST UPDATE : 01/21/2009 '******************************************************************************** '********************************************************************************** Function REGRESSION_LS1_FUNC(ByRef XDATA_RNG As Variant, _ ByRef YDATA_RNG As Variant, _ Optional ByVal INTERCEPT_FLAG As Boolean = True, _ Optional ByVal SE_VERSION As Long = 2, _ Optional ByVal OUTPUT As Integer = 0) '--------------------------------------------------------------------------- ' Uses LU Factorization for the Inverse of a Matrix ' Davidson and MacKinnon textbook (1993) p. 553 recommends ' using a correction factor in which one divides the estimate ' of the standard error by a factor where the factor is the ' square root of the t'th diagonal entry in the "hat matrix". ' This hat matrix is sometimes called P because it projects ' orthogonally onto the space spanned by the columns of ' the independent variables. ' Stata uses a much simpler correction namely sqrt(N/(N-K)). ' Davidson and MacKinnon (553-54) say that Stata's correction ' is inferior to dividing by (1-factor). 'REFERENCES: 'Davidson, R. and J. G. MacKinnon (1993). Estimation and Inference in 'Econometrics. New York, Oxford University Press. 'Goldberger, A. S. (1991). A Course in Econometrics. 'Cambridge, Mass., Harvard University. 'Ruud, P. A. (2000). An Introduction to Classical Econometric Theory. 'New York, Oxford Universtity Press. 'Wooldridge, J. M. (2002). Econometric Analysis of Cross Section and 'Panel Data, The MIT Press. 'Wooldridge, J. M. (2000). Introductory Econometrics: A Modern Approach, 'Southwestern College Publishing. '--------------------------------------------------------------------------- Dim h As Long Dim i As Long Dim j As Long Dim k As Long Dim NROWS As Long Dim NO_VAR As Long Dim NCOLUMNS As Long Dim TEMP_SUM As Double Dim FSTAT_VAL As Double Dim MULT_VAL As Double Dim TSS_VAL As Double Dim YSQ_VAL As Double Dim SSR_VAL As Double Dim RSQ_VAL As Double Dim RMSE_VAL As Double Dim YFIT_VAL As Double Dim YMEAN_VAL As Double Dim SE_VECTOR As Variant Dim RSE_VECTOR As Variant Dim HT_VECTOR As Variant Dim HAT_VECTOR As Variant Dim COEF_VECTOR As Variant Dim RESID_VECTOR As Variant Dim RESID_SQR_VECTOR As Variant Dim Y_VECTOR As Variant Dim X_MATRIX As Variant Dim XT_MATRIX As Variant Dim XTX_MATRIX As Variant Dim XTY_MATRIX As Variant Dim XTXI_MATRIX As Variant Dim XTXIXT_MATRIX As Variant Dim S_MATRIX As Variant Dim XTXIS_MATRIX As Variant Dim RSE_MATRIX As Variant Dim XTEMP_VECTOR As Variant Dim YTEMP_VECTOR As Variant Dim XDATA_MATRIX As Variant Dim YDATA_VECTOR As Variant On Error GoTo ERROR_LABEL XDATA_MATRIX = XDATA_RNG If UBound(XDATA_MATRIX, 1) = 1 Then XDATA_MATRIX = MATRIX_TRANSPOSE_FUNC(XDATA_MATRIX) End If YDATA_VECTOR = YDATA_RNG If UBound(YDATA_VECTOR, 1) = 1 Then YDATA_VECTOR = MATRIX_TRANSPOSE_FUNC(YDATA_VECTOR) End If If UBound(XDATA_MATRIX, 1) <> UBound(YDATA_VECTOR, 1) Then GoTo ERROR_LABEL End If NROWS = UBound(XDATA_MATRIX, 1) NO_VAR = UBound(XDATA_MATRIX, 2) '-------------------------------------------------------------------------------------------------------------- Select Case INTERCEPT_FLAG '-------------------------------------------------------------------------------------------------------------- Case True '-------------------------------------------------------------------------------------------------------------- NCOLUMNS = NO_VAR + 1 ReDim X_MATRIX(1 To NROWS, 1 To NCOLUMNS) ReDim XT_MATRIX(1 To NCOLUMNS, 1 To NROWS) For i = 1 To NROWS X_MATRIX(i, 1) = 1 XT_MATRIX(1, i) = 1 For j = 2 To NCOLUMNS X_MATRIX(i, j) = XDATA_MATRIX(i, j - 1) XT_MATRIX(j, i) = XDATA_MATRIX(i, j - 1) Next j Next i Y_VECTOR = YDATA_VECTOR XTX_MATRIX = MMULT_FUNC(XT_MATRIX, X_MATRIX) 'X'X XTXI_MATRIX = MATRIX_INVERSE_FUNC(XTX_MATRIX, 0) 'X'X -1 XTXIXT_MATRIX = MMULT_FUNC(XTXI_MATRIX, XT_MATRIX) 'ESTIMATES COEF_VECTOR = MMULT_FUNC(XTXIXT_MATRIX, Y_VECTOR) '-------------------------------------------------------------------------------------------------------------- Case False '-------------------------------------------------------------------------------------------------------------- NCOLUMNS = NO_VAR XT_MATRIX = MATRIX_TRANSPOSE_FUNC(XDATA_MATRIX) XTX_MATRIX = MMULT_FUNC(XT_MATRIX, XDATA_MATRIX) 'X'X XTXI_MATRIX = MATRIX_INVERSE_FUNC(XTX_MATRIX, 0) 'X'X -1 XTY_MATRIX = MMULT_FUNC(XT_MATRIX, YDATA_VECTOR) COEF_VECTOR = MMULT_FUNC(XTXI_MATRIX, XTY_MATRIX) Y_VECTOR = YDATA_VECTOR X_MATRIX = XDATA_MATRIX '-------------------------------------------------------------------------------------------------------------- End Select '-------------------------------------------------------------------------------------------------------------- ReDim RESID_VECTOR(1 To NROWS, 1 To 1) ReDim RESID_SQR_VECTOR(1 To NROWS, 1 To 1) ReDim RSE_VECTOR(1 To NCOLUMNS, 1 To 1) YMEAN_VAL = 0 For i = 1 To NROWS YMEAN_VAL = YMEAN_VAL + Y_VECTOR(i, 1) Next i YMEAN_VAL = YMEAN_VAL / NROWS RMSE_VAL = 0: TSS_VAL = 0: YSQ_VAL = 0 For i = 1 To NROWS YFIT_VAL = 0 TSS_VAL = TSS_VAL + (Y_VECTOR(i, 1) - YMEAN_VAL) ^ 2 For j = 1 To NCOLUMNS YFIT_VAL = YFIT_VAL + COEF_VECTOR(j, 1) * X_MATRIX(i, j) Next j RESID_VECTOR(i, 1) = Y_VECTOR(i, 1) - YFIT_VAL RESID_SQR_VECTOR(i, 1) = RESID_VECTOR(i, 1) ^ 2 RMSE_VAL = RMSE_VAL + RESID_SQR_VECTOR(i, 1) YSQ_VAL = YSQ_VAL + Y_VECTOR(i, 1) ^ 2 Next i '-------------------------------------------------------------------- If (INTERCEPT_FLAG = False) Then: TSS_VAL = YSQ_VAL '-------------------------------------------------------------------- SSR_VAL = RMSE_VAL RMSE_VAL = (RMSE_VAL / (NROWS - NCOLUMNS)) ^ 0.5 RSQ_VAL = 1 - (SSR_VAL / TSS_VAL) If (INTERCEPT_FLAG = True) Then FSTAT_VAL = ((TSS_VAL - SSR_VAL) / (NCOLUMNS - 1)) / (SSR_VAL / (NROWS - NCOLUMNS)) Else FSTAT_VAL = ((TSS_VAL - SSR_VAL) / (NCOLUMNS)) / (SSR_VAL / (NROWS - NCOLUMNS)) End If If NCOLUMNS = 1 Then ReDim SE_VECTOR(1 To NCOLUMNS, 1 To NCOLUMNS) SE_VECTOR(1, 1) = XTXI_MATRIX(1, 1) ^ 0.5 * RMSE_VAL Else ReDim SE_VECTOR(1 To NCOLUMNS, 1 To 1) For i = 1 To NCOLUMNS SE_VECTOR(i, 1) = XTXI_MATRIX(i, i) ^ 0.5 * RMSE_VAL Next i End If ReDim HT_VECTOR(1 To NROWS, 1 To 1) ReDim HAT_VECTOR(1 To NROWS, 1 To 1) '------------------------------------------------------------------------- Select Case SE_VERSION '------------------------------------------------------------------------- Case 0 '------------------------------------------------------------------------- For h = 1 To NROWS HAT_VECTOR(h, 1) = RESID_SQR_VECTOR(h, 1) Next h '------------------------------------------------------------------------- Case 1 '------------------------------------------------------------------------- For h = 1 To NROWS HAT_VECTOR(h, 1) = RESID_SQR_VECTOR(h, 1) * (NROWS / (NROWS - NCOLUMNS)) Next h '------------------------------------------------------------------------- Case Else '------------------------------------------------------------------------- ReDim XT_VECTOR(1 To NCOLUMNS, 1 To 1) For h = 1 To NROWS For k = 1 To NCOLUMNS XT_VECTOR(k, 1) = X_MATRIX(h, k) Next k If NCOLUMNS = 1 Then MULT_VAL = XT_VECTOR(1, 1) * XTXI_MATRIX(1, 1) * XT_VECTOR(1, 1) Else ReDim YTEMP_VECTOR(1 To NCOLUMNS, 1 To 1) ReDim XTEMP_VECTOR(1 To NCOLUMNS, 1 To 1) For i = 1 To NCOLUMNS: XTEMP_VECTOR(i, 1) = XT_VECTOR(i, 1): Next i For i = 1 To NCOLUMNS For j = 1 To 1 YTEMP_VECTOR(i, j) = 0 For k = 1 To NCOLUMNS: YTEMP_VECTOR(i, j) = XTXI_MATRIX(i, k) * XTEMP_VECTOR(k, j) + YTEMP_VECTOR(i, j): Next k Next j Next i MULT_VAL = 0 For i = 1 To NCOLUMNS MULT_VAL = MULT_VAL + YTEMP_VECTOR(i, 1) * XT_VECTOR(i, 1) Next i End If HT_VECTOR(h, 1) = MULT_VAL If HT_VECTOR(h, 1) = 1 Then HAT_VECTOR(h, 1) = 0 Else If SE_VERSION = 2 Then HAT_VECTOR(h, 1) = RESID_SQR_VECTOR(h, 1) / (1 - HT_VECTOR(h, 1)) Else HAT_VECTOR(h, 1) = RESID_SQR_VECTOR(h, 1) / ((1 - HT_VECTOR(h, 1)) ^ 2) 'Here is the Difference between Case 2 End If End If Next h '------------------------------------------------------------------------- End Select '------------------------------------------------------------------------- ReDim S_MATRIX(1 To NCOLUMNS, 1 To NCOLUMNS) For j = 1 To NCOLUMNS For k = 1 To NCOLUMNS TEMP_SUM = 0 For i = 1 To NROWS S_MATRIX(j, k) = X_MATRIX(i, j) * X_MATRIX(i, k) * HAT_VECTOR(i, 1) + TEMP_SUM TEMP_SUM = S_MATRIX(j, k) Next i Next k Next j ReDim XTXIS_MATRIX(1 To NCOLUMNS, 1 To NCOLUMNS) If NCOLUMNS = 1 Then XTXIS_MATRIX(1, 1) = XTXI_MATRIX(1, 1) * S_MATRIX(1, 1) Else For i = 1 To NCOLUMNS For j = 1 To NCOLUMNS XTXIS_MATRIX(i, j) = 0 For k = 1 To NCOLUMNS XTXIS_MATRIX(i, j) = XTXI_MATRIX(i, k) * S_MATRIX(k, j) + XTXIS_MATRIX(i, j) Next k Next j Next i End If ReDim RSE_MATRIX(1 To NCOLUMNS, 1 To NCOLUMNS) If NCOLUMNS = 1 Then RSE_MATRIX(1, 1) = XTXIS_MATRIX(1, 1) * XTXI_MATRIX(1) Else For i = 1 To NCOLUMNS For j = 1 To NCOLUMNS RSE_MATRIX(i, j) = 0 For k = 1 To NCOLUMNS RSE_MATRIX(i, j) = XTXIS_MATRIX(i, k) * XTXI_MATRIX(k, j) + RSE_MATRIX(i, j) Next k Next j Next i End If For i = 1 To NCOLUMNS If RSE_MATRIX(i, i) < 0 Then: RSE_MATRIX(i, i) = 0 RSE_VECTOR(i, 1) = RSE_MATRIX(i, i) ^ 0.5 Next i ReDim TEMP_MATRIX(1 To 5 + NCOLUMNS, 1 To 4) TEMP_MATRIX(1, 1) = "OBS" TEMP_MATRIX(1, 2) = NROWS TEMP_MATRIX(2, 1) = "YMEAN" TEMP_MATRIX(2, 2) = YMEAN_VAL TEMP_MATRIX(3, 1) = "RMSE" TEMP_MATRIX(3, 2) = RMSE_VAL TEMP_MATRIX(4, 1) = "F-STAT" TEMP_MATRIX(4, 2) = FSTAT_VAL TEMP_MATRIX(1, 3) = "SSR" 'SS Residuals TEMP_MATRIX(1, 4) = SSR_VAL TEMP_MATRIX(3, 3) = "SST" 'SS Total TEMP_MATRIX(3, 4) = TSS_VAL TEMP_MATRIX(2, 3) = "SSREG" 'SS Regression TEMP_MATRIX(2, 4) = TSS_VAL - SSR_VAL TEMP_MATRIX(4, 3) = "R^2" TEMP_MATRIX(4, 4) = RSQ_VAL 'RSQ = 1 - SSR_VAL / (NROWS * YSIGMA_VAL ^ 2) 'RSQ = 1 - NROWS / (NROWS - 1) * RSQ TEMP_MATRIX(5, 1) = "VAR" TEMP_MATRIX(5, 2) = "COEF" TEMP_MATRIX(5, 3) = "SE" If INTERCEPT_FLAG = True Then TEMP_MATRIX(6, 1) = "Alpha" Else TEMP_MATRIX(6, 1) = "Beta: " & 1 End If TEMP_MATRIX(6, 2) = COEF_VECTOR(1, 1) TEMP_MATRIX(6, 3) = SE_VECTOR(1, 1) If (NCOLUMNS <> 1) Then For i = 2 To NCOLUMNS If NO_VAR < NCOLUMNS Then TEMP_MATRIX(5 + i, 1) = "Beta: " & i - 1 Else TEMP_MATRIX(5 + i, 1) = "Beta: " & i End If TEMP_MATRIX(5 + i, 2) = COEF_VECTOR(i, 1) TEMP_MATRIX(5 + i, 3) = SE_VECTOR(i, 1) Next i End If Select Case SE_VERSION Case 0 TEMP_MATRIX(5, 4) = "HC0" Case 1 TEMP_MATRIX(5, 4) = "HC1" Case 2 TEMP_MATRIX(5, 4) = "HC2" Case Else TEMP_MATRIX(5, 4) = "HC3" End Select For i = 1 To NCOLUMNS: TEMP_MATRIX(5 + i, 4) = RSE_VECTOR(i, 1): Next i Select Case OUTPUT Case 0 REGRESSION_LS1_FUNC = TEMP_MATRIX Case 1 REGRESSION_LS1_FUNC = COEF_VECTOR Case 2 REGRESSION_LS1_FUNC = RESID_VECTOR Case 3 REGRESSION_LS1_FUNC = SE_VECTOR Case 4 REGRESSION_LS1_FUNC = HAT_VECTOR Case 5 REGRESSION_LS1_FUNC = RSE_VECTOR Case Else REGRESSION_LS1_FUNC = Array(TEMP_MATRIX, COEF_VECTOR, RESID_VECTOR, SE_VECTOR, HAT_VECTOR, RSE_VECTOR) End Select Exit Function ERROR_LABEL: REGRESSION_LS1_FUNC = Err.number End Function '********************************************************************************** '******************************************************************************** 'FUNCTION : REGRESSION_LS2_FUNC 'DESCRIPTION : Multiple regression Frame: We use the cholesky adjustment for the 'inverse of the matrix and the correction factor suggested by Davidson 'and MacKinnon (1993). 'Davidson and MacKinnon textbook (1993) p. 553 recommends using a correction factor 'in which one divides the estimate of the standard error by (1- HT) where HT is the 'square root of the t'th diagonal entry in the "hat matrix". This hat matrix is 'sometimes called P because it projects orthogonally onto the space spanned by the 'columns of X. 'Stata uses a much simpler correction namely sqrt(N/(N-j)). 'Davidson and MacKinnon (553-54) say that Stata's correction is inferior to dividing 'by (1-HT). 'LIBRARY : STATISTICS 'GROUP : REGRESSION 'ID : 002 'AUTHOR : RAFAEL NICOLAS FERMIN COTA 'LAST UPDATE : 01/22/2009 '******************************************************************************** '********************************************************************************** Function REGRESSION_LS2_FUNC(ByRef XDATA_RNG As Variant, _ ByRef YDATA_RNG As Variant, _ Optional ByVal INTERCEPT_FLAG As Boolean = True, _ Optional ByVal SE_VERSION As Long = 2, _ Optional ByVal CI_VAL As Double = 0.95, _ Optional ByVal OUTPUT As Integer = 1) Dim h As Long Dim i As Long Dim j As Long Dim k As Long Dim ii As Long Dim jj As Long Dim NO_VAR As Long Dim NROWS As Long Dim NCOLUMNS As Long Dim TEMP_SUM As Double Dim MULT_VAL As Double Dim PXT_VAL As Double Dim PYT_VAL As Double Dim PYX_VAL As Double Dim YMEAN_VAL As Double Dim YSTDEV_VAL As Double Dim RMEAN_VAL As Double Dim RSTDEVP_VAL As Double Dim YFIT_VAL As Double Dim SSR_VAL As Double Dim DW_VAL As Double Dim RMSE_VAL As Double Dim TSS_VAL As Double Dim YSQ_VAL As Double Dim RSQ_VAL As Double Dim FSTAT_VAL As Double Dim MAPE_VAL As Double Dim FACTOR_VAL As Double Dim ERROR_STR As String Dim P_ARR() As Double Dim HT_ARR() As Double Dim XT_ARR() As Double Dim SE_ARR() As Double Dim HAT_ARR() As Double Dim RSE_ARR() As Double Dim RESID1_ARR() As Double Dim RESID2_ARR() As Double Dim S_MATRIX() As Double Dim T_MATRIX() As Double Dim RSE_MATRIX() As Double Dim COEF_VECTOR() As Double Dim X_MATRIX() As Double Dim XT_MATRIX() As Double Dim XTX_MATRIX() As Double Dim XTXI_MATRIX() As Double Dim XTXIS_MATRIX() As Double Dim XTXIXT_MATRIX() As Double Dim XTXIXTX_MATRIX() As Double Dim XTEMP_VECTOR As Variant Dim YTEMP_VECTOR As Variant Dim XDATA_MATRIX As Variant Dim YDATA_VECTOR As Variant Dim TEMP_MATRIX As Variant Const PI_VAL As Double = 3.14159265358979 On Error GoTo ERROR_LABEL ERROR_STR = "" XDATA_MATRIX = XDATA_RNG NO_VAR = UBound(XDATA_MATRIX, 2) YDATA_VECTOR = YDATA_RNG If UBound(YDATA_VECTOR, 1) = 1 Then YDATA_VECTOR = YDATA_VECTOR = MATRIX_TRANSPOSE_FUNC(YDATA_VECTOR) End If '---------------------------------------------------------------------------------- NROWS = UBound(YDATA_VECTOR, 1) If NROWS > UBound(XDATA_MATRIX, 1) Then: NROWS = UBound(XDATA_MATRIX, 1) '---------------------------------------------------------------------------------- 'tells us the number of parameters to estimate If INTERCEPT_FLAG = True Then NCOLUMNS = NO_VAR + 1 Else NCOLUMNS = NO_VAR GoSub INPUTS_LINE: GoSub COEF_LINE: GoSub OUTPUT_LINE '--------------------------------------------------------------------------------------------------- Select Case OUTPUT '--------------------------------------------------------------------------------------------------- Case 0 '--------------------------------------------------------------------------------------------------- ReDim TEMP_MATRIX(1 To 7, 1 To 4) If INTERCEPT_FLAG = True Then j = NROWS - NO_VAR - 1 'Residual DF k = NROWS - j - 1 'Regression DF Else j = NROWS - NO_VAR 'Residual DF k = NROWS - j 'Regression DF End If '-------------------------------------------------------------------------------------------------------------------------------------- TEMP_MATRIX(1, 1) = "R^2" TEMP_MATRIX(1, 2) = RSQ_VAL '1 - SSR_VAL / TSS_VAL TEMP_MATRIX(2, 1) = "RBar^2" 'TEMP_MATRIX(2, 2) = 1 - (((1 - RSQ_VAL) * (NROWS - 1)) / (NROWS - k - 1)) TEMP_MATRIX(2, 2) = 1 - ((SSR_VAL / (NROWS - k - 1)) / (TSS_VAL / (NROWS - 1))) 'The Adjusted R-Squared is similar to the R-Squared, however, the Adjusted RSquared 'takes into account the number of independent variables in the regression. The 'Adjusted R-Squared is useful when comparing the fit of two equations with the same 'dependent variable but a different number of explanatory variables 'Johnston, Jack and John DiNardo (1997). Econometric Methods. New York The 'McGraw-Hill Companies, Incorporated, pg 74. '-------------------------------------------------------------------------------------------------------------------------------------- TEMP_MATRIX(3, 1) = "RMSE" 'S.E. of regression TEMP_MATRIX(3, 2) = RMSE_VAL TEMP_MATRIX(4, 1) = "SSR" 'Sum squared resid TEMP_MATRIX(4, 2) = SSR_VAL '-------------------------------------------------------------------------------------------------------------------------------------- TEMP_MATRIX(5, 1) = "F-test" TEMP_MATRIX(5, 2) = FSTAT_VAL TEMP_MATRIX(6, 1) = "Prob(F)" TEMP_MATRIX(6, 2) = FDIST_FUNC(FSTAT_VAL, k, j, True, False) '-------------------------------------------------------------------------------------------------------------------------------------- TEMP_MATRIX(7, 1) = "S.D. Resids" TEMP_MATRIX(7, 2) = RSTDEVP_VAL '-------------------------------------------------------------------------------------------------------------------------------------- '-------------------------------------------------------------------------------------------------------------------------------------- '-------------------------------------------------------------------------------------------------------------------------------------- TEMP_MATRIX(1, 3) = "MAPE" TEMP_MATRIX(1, 4) = MAPE_VAL '-------------------------------------------------------------------------------------------------------------------------------------- TEMP_MATRIX(2, 3) = "CV Regr" TEMP_MATRIX(2, 4) = RMSE_VAL / YMEAN_VAL * 100 'The coefficient of variation for the regression is a measure of the average error relative to the actual mean of the 'dependent variable '-------------------------------------------------------------------------------------------------------------------------------------- TEMP_MATRIX(3, 3) = "Durbin-Watson" TEMP_MATRIX(3, 4) = DW_VAL 'The Durbin-Watson test statistic is a measure of first-order autocorrelation in the model. 'http://en.wikipedia.org/wiki/Durbin%E2%80%93Watson_statistic '-------------------------------------------------------------------------------------------------------------------------------------- TEMP_MATRIX(4, 3) = "Rho" 'The most common procedure for modeling a system with autocorrelation is a first-order autoregressive process or an AR(1). 'In an AR(1) process the error in time t is lagged on the error in t-1 which yields the equation: et = p * et-1 + rt 'et = Error term in time t from a regression model: y =Xb + e 'p = Parameter rho that determines the properties of et 'rt = Independent disturbances for the AR(1) process XTEMP_VECTOR = XDATA_MATRIX YTEMP_VECTOR = YDATA_VECTOR jj = NCOLUMNS: ii = NROWS NROWS = NROWS - 1: NCOLUMNS = 1: INTERCEPT_FLAG = False ReDim YDATA_VECTOR(1 To NROWS, 1 To 1) ReDim XDATA_MATRIX(1 To NROWS, 1 To 1) For i = 1 To NROWS YDATA_VECTOR(i, 1) = RESID1_ARR(i + 1) XDATA_MATRIX(i, 1) = RESID1_ARR(i + 0) Next i 'parameter rho can be calculated from the regression equation y=Xb+e as: GoSub INPUTS_LINE: GoSub COEF_LINE TEMP_MATRIX(4, 4) = COEF_VECTOR(1, 1) XDATA_MATRIX = XTEMP_VECTOR YDATA_VECTOR = YTEMP_VECTOR NCOLUMNS = jj: NROWS = ii: INTERCEPT_FLAG = True '-------------------------------------------------------------------------------------------------------------------------------------- TEMP_MATRIX(5, 3) = "Akaike Information Criterion" TEMP_MATRIX(5, 4) = Log(SSR_VAL / NROWS) + (2 * (NO_VAR) / NROWS) 'The Akaike Information Criterion is used in the selection of regressors. A penalty 'for increasing the number of regressors is added to a transformation of the minimum 'residual sum of squares. The Akaike Information Criterion is calculated as follows 'http://en.wikipedia.org/wiki/Akaike_information_criterion 'Johnston, Jack and John DiNardo (1997). Econometric Methods. New York The McGraw-Hill Companies, Incorporated, pg 74. '-------------------------------------------------------------------------------------------------------------------------------------- TEMP_MATRIX(6, 3) = "Schwarz Information Criterion" TEMP_MATRIX(6, 4) = Log(SSR_VAL / NROWS) + (NO_VAR / NROWS) * Log(NROWS) 'The Schwarz Criterion is used in the selection of lags for an AR(p) process. A 'penalty for increasing the number of lags is added to a transformation of the minimum 'residual sum of squares. 'Johnston, Jack and John DiNardo (1997). Econometric Methods. New York The McGraw-Hill Companies, Incorporated, pg 74. 'http://en.wikipedia.org/wiki/Bayesian_information_criterion 'http://en.wikipedia.org/wiki/Hannan%E2%80%93Quinn_information_criterion 'http://en.wikipedia.org/wiki/Newey%E2%80%93West_estimator '-------------------------------------------------------------------------------------------------------------------------------------- TEMP_MATRIX(7, 3) = "Log Likelihood" TEMP_MATRIX(7, 4) = -(NROWS / 2) * Log(2 * PI_VAL) - (NROWS / 2) * Log(SSR_VAL / NROWS) - (NROWS / 2) 'If INTERCEPT_FLAG = True Then k = NO_VAR + 1 else k = NO_VAR 'Akaike: -2 * (LLIKE_VAL / NROWS) + ((2 * k) / NROWS) 'Schwarz: = -2 * (LLIKE_VAL / NROWS) + ((k * Log(NROWS)) / NROWS) 'http://en.wikipedia.org/wiki/Likelihood-ratio_test '-------------------------------------------------------------------------------------------------------------------------------------- Case 1 '-------------------------------------------------------------------------------------------------------------------------------------- GoSub RSE_LINE ReDim TEMP_MATRIX(0 To NCOLUMNS, 1 To 8) TEMP_MATRIX(0, 1) = "Heading" TEMP_MATRIX(0, 2) = "Coefficient" TEMP_MATRIX(0, 3) = "HC" & SE_VERSION TEMP_MATRIX(0, 4) = "S.E." TEMP_MATRIX(0, 5) = "t-test" TEMP_MATRIX(0, 6) = "Prob(t)" TEMP_MATRIX(0, 7) = "Elasticity at Mean" TEMP_MATRIX(0, 8) = "Variance Inflation Factor" 'In statistics, the variance inflation factor (VIF) quantifies the severity of multicollinearity 'in an ordinary least squares regression analysis. It provides an index that measures how much the 'variance of an estimated regression coefficient (the square of the estimate's standard deviation) is 'increased because of collinearity. 'TEMP_MATRIX(0, 9) = "Partial Correlation" 'TEMP_MATRIX(0, 10) = "Semipartial Correlation" If INTERCEPT_FLAG = True Then k = NROWS - NO_VAR - 1 j = 1: TEMP_MATRIX(j, 1) = "Alpha" TEMP_MATRIX(j, 7) = "" For j = 2 To NCOLUMNS TEMP_MATRIX(j, 1) = "Beta: " & j - 1 TEMP_MATRIX(j, 7) = 0: For i = 1 To NROWS: TEMP_MATRIX(j, 7) = TEMP_MATRIX(j, 7) + X_MATRIX(i, j): Next i TEMP_MATRIX(j, 7) = COEF_VECTOR(j, 1) * (TEMP_MATRIX(j, 7) / NROWS) / YMEAN_VAL Next j Else k = NROWS - NO_VAR 'Residual DF For j = 1 To NCOLUMNS TEMP_MATRIX(j, 1) = "Beta: " & j TEMP_MATRIX(j, 7) = 0: For i = 1 To NROWS: TEMP_MATRIX(j, 7) = TEMP_MATRIX(j, 7) + X_MATRIX(i, j): Next i TEMP_MATRIX(j, 7) = COEF_VECTOR(j, 1) * (TEMP_MATRIX(j, 7) / NROWS) / YMEAN_VAL Next j End If For j = 1 To NCOLUMNS TEMP_MATRIX(j, 2) = COEF_VECTOR(j, 1) TEMP_MATRIX(j, 3) = RSE_ARR(j) TEMP_MATRIX(j, 4) = SE_ARR(j) TEMP_MATRIX(j, 5) = TEMP_MATRIX(j, 2) / TEMP_MATRIX(j, 4) TEMP_MATRIX(j, 6) = 2 * (1 - TDIST_FUNC(Abs(TEMP_MATRIX(j, 5)), k, True)) Next j If NO_VAR > 1 Then 'http://en.wikipedia.org/wiki/Variance_inflation_factor NO_VAR = NO_VAR - 1 'UBound(XDATA_MATRIX, 2) - 1 If INTERCEPT_FLAG = True Then NCOLUMNS = NO_VAR + 1 Else NCOLUMNS = NO_VAR XTEMP_VECTOR = XDATA_MATRIX For h = 1 To NO_VAR + 1 ReDim XDATA_MATRIX(1 To NROWS, 1 To NO_VAR) ReDim YDATA_VECTOR(1 To NROWS, 1 To 1) For i = 1 To NROWS YDATA_VECTOR(i, 1) = XTEMP_VECTOR(i, h) k = 1 For j = 1 To NO_VAR + 1 If j = h Then GoTo 1985 XDATA_MATRIX(i, k) = XTEMP_VECTOR(i, j) k = k + 1 1985: Next j Next i If INTERCEPT_FLAG = True Then If h = 1 Then: TEMP_MATRIX(h, 8) = "" GoSub INPUTS_LINE: GoSub COEF_LINE: GoSub OUTPUT_LINE TEMP_MATRIX(h + 1, 8) = 1 / (1 - RSQ_VAL) Else 'Revise This INTERCEPT_FLAG = True: GoSub INPUTS_LINE: GoSub COEF_LINE: GoSub OUTPUT_LINE: INTERCEPT_FLAG = False TEMP_MATRIX(h, 8) = 1 / (1 - RSQ_VAL) End If Next h Else For j = 1 To NCOLUMNS: TEMP_MATRIX(j, 8) = "": Next j End If ' TEMP_MATRIX = YDATA_VECTOR 'http://www.dss.uniud.it/utenti/rizzi/econometrics_part2_file/heteroUK2.pdf '--------------------------------------------------------------------------------------------------- Case Else '--------------------------------------------------------------------------------------------------- ReDim TEMP_MATRIX(0 To UBound(XDATA_MATRIX, 1), 1 To 9) TEMP_MATRIX(0, 1) = "Actual Y" TEMP_MATRIX(0, 2) = "Predicted Y" TEMP_MATRIX(0, 3) = "Residuals" TEMP_MATRIX(0, 4) = "SE Mean Predicted Y" TEMP_MATRIX(0, 5) = "SE Predicted Y" TEMP_MATRIX(0, 6) = "Lower " & Format(CI_VAL, "0%") & " Conf. Interval" TEMP_MATRIX(0, 7) = "Upper " & Format(CI_VAL, "0%") & " Conf. Interval" TEMP_MATRIX(0, 8) = "Lower " & Format(CI_VAL, "0%") & " Predict. Interval" TEMP_MATRIX(0, 9) = "Upper " & Format(CI_VAL, "0%") & " Predict. Interval" '----------------------------------------------------------------------------------------------- If INTERCEPT_FLAG = True Then j = NROWS - NO_VAR - 1 Else j = NROWS - NO_VAR 'Residual DF FACTOR_VAL = -INVERSE_TDIST_FUNC((1 - CI_VAL) / 2, j) 'The least squares projection matrix or the hat matrix determines the predicted 'values of a regression model. The diagonal elements of the hat matrix or Leverage can 'be used to measure the effect that the individual observations of the dependant variable 'have on the corresponding estimation of that observation. For i = 1 To NROWS TEMP_MATRIX(i, 4) = RMSE_VAL * XTXIXTX_MATRIX(i, i) ^ 0.5 'Diagonal of Hat Matrix TEMP_MATRIX(i, 5) = RMSE_VAL * (1 + XTXIXTX_MATRIX(i, i)) ^ 0.5 TEMP_MATRIX(i, 1) = YDATA_VECTOR(i, 1) TEMP_MATRIX(i, 3) = RESID1_ARR(i) TEMP_MATRIX(i, 2) = TEMP_MATRIX(i, 1) - TEMP_MATRIX(i, 3) MULT_VAL = FACTOR_VAL * TEMP_MATRIX(i, 4) TEMP_MATRIX(i, 6) = TEMP_MATRIX(i, 2) - MULT_VAL TEMP_MATRIX(i, 7) = TEMP_MATRIX(i, 2) + MULT_VAL MULT_VAL = FACTOR_VAL * RMSE_VAL * (1 + (TEMP_MATRIX(i, 4) / RMSE_VAL) ^ 2) ^ 0.5 TEMP_MATRIX(i, 8) = TEMP_MATRIX(i, 2) - MULT_VAL TEMP_MATRIX(i, 9) = TEMP_MATRIX(i, 2) + MULT_VAL Next i If UBound(XDATA_MATRIX, 1) > NROWS Then 'Projected Values for the Exogenous Variables h = UBound(YDATA_VECTOR, 1): NROWS = UBound(XDATA_MATRIX, 1): GoSub INPUTS_LINE For i = h + 1 To NROWS TEMP_MATRIX(i, 1) = CVErr(xlErrNA) 'NORMSINV_FUNC(Rnd(), TEMP_MATRIX(i, 2), TEMP_MATRIX(i, 5), 0) TEMP_MATRIX(i, 3) = CVErr(xlErrNA) '"" ReDim XTEMP_VECTOR(1 To NCOLUMNS) For j = 1 To NCOLUMNS 'Thanks to Dr. Zaric!!! XTEMP_VECTOR(j) = 0: For k = 1 To NCOLUMNS: XTEMP_VECTOR(j) = XTEMP_VECTOR(j) + X_MATRIX(i, k) * XTXI_MATRIX(k, j): Next k Next j TEMP_MATRIX(i, 2) = 0: TEMP_MATRIX(i, 5) = 0 For j = 1 To NCOLUMNS TEMP_MATRIX(i, 2) = TEMP_MATRIX(i, 2) + COEF_VECTOR(j, 1) * X_MATRIX(i, j) TEMP_MATRIX(i, 5) = TEMP_MATRIX(i, 5) + XTEMP_VECTOR(j) * XT_MATRIX(j, i) Next j 'TEMP_MATRIX(i, 4) = (TEMP_MATRIX(i, 5) ^ 2 - RMSE_VAL ^ 2) ^ 0.5 TEMP_MATRIX(i, 4) = RMSE_VAL * TEMP_MATRIX(i, 5) ^ 0.5 TEMP_MATRIX(i, 5) = RMSE_VAL * (1 + TEMP_MATRIX(i, 5)) ^ 0.5 MULT_VAL = FACTOR_VAL * TEMP_MATRIX(i, 4) TEMP_MATRIX(i, 6) = TEMP_MATRIX(i, 2) - MULT_VAL TEMP_MATRIX(i, 7) = TEMP_MATRIX(i, 2) + MULT_VAL MULT_VAL = FACTOR_VAL * RMSE_VAL * (1 + (TEMP_MATRIX(i, 4) / RMSE_VAL) ^ 2) ^ 0.5 TEMP_MATRIX(i, 8) = TEMP_MATRIX(i, 2) - MULT_VAL TEMP_MATRIX(i, 9) = TEMP_MATRIX(i, 2) + MULT_VAL Next i End If '--------------------------------------------------------------------------------------------------- End Select '--------------------------------------------------------------------------------------------------- REGRESSION_LS2_FUNC = TEMP_MATRIX '-------------------------------------------------------------------------------------------------------------------------------- Exit Function '-------------------------------------------------------------------------------------------------------------------------------- INPUTS_LINE: '-------------------------------------------------------------------------------------------------------------------------------- ReDim X_MATRIX(1 To NROWS, 1 To NCOLUMNS) ReDim XT_MATRIX(1 To NCOLUMNS, 1 To NROWS) If INTERCEPT_FLAG = True Then For i = 1 To NROWS j = 1: X_MATRIX(i, j) = 1: XT_MATRIX(j, i) = 1 For j = 2 To NCOLUMNS X_MATRIX(i, j) = XDATA_MATRIX(i, j - 1) XT_MATRIX(j, i) = X_MATRIX(i, j) Next j Next i Else For i = 1 To NROWS For j = 1 To NCOLUMNS X_MATRIX(i, j) = XDATA_MATRIX(i, j) XT_MATRIX(j, i) = X_MATRIX(i, j) Next j Next i End If '-------------------------------------------------------------------------------------------------------------------------------- Return '-------------------------------------------------------------------------------------------------------------------------------- COEF_LINE: '-------------------------------------------------------------------------------------------------------------------------------- ReDim T_MATRIX(1 To NCOLUMNS, 1 To NCOLUMNS) ReDim XTX_MATRIX(1 To NCOLUMNS, 1 To NCOLUMNS) For i = 1 To NCOLUMNS For j = 1 To NCOLUMNS T_MATRIX(i, j) = 0 XTX_MATRIX(i, j) = 0 For k = 1 To NROWS T_MATRIX(i, j) = XT_MATRIX(i, k) * X_MATRIX(k, j) + T_MATRIX(i, j) XTX_MATRIX(i, j) = XT_MATRIX(i, k) * X_MATRIX(k, j) + XTX_MATRIX(i, j) Next k Next j Next i ReDim P_ARR(1 To NCOLUMNS): For i = 1 To NCOLUMNS: P_ARR(i) = i: Next i If REGRESSION_LS_MC_TEST_FUNC(T_MATRIX, P_ARR, NCOLUMNS) = False Then ERROR_STR = "There is perfect or near-perfect multicollinearity in the independent variables. Thus the regression fails." GoTo ERROR_LABEL End If ReDim XTXIXT_MATRIX(1 To NCOLUMNS, 1 To NROWS) If NCOLUMNS = 1 Then ReDim XTXI_MATRIX(1 To 1) XTXI_MATRIX(1) = 1 / XTX_MATRIX(1, 1) For i = 1 To NROWS: XTXIXT_MATRIX(1, i) = XTXI_MATRIX(1) * XT_MATRIX(1, i): Next i Else XTXI_MATRIX = MATRIX_CHOLESKY_INVERSE_FUNC(XTX_MATRIX, 0, True) For i = 1 To NCOLUMNS For j = 1 To NROWS XTXIXT_MATRIX(i, j) = 0 For k = 1 To NCOLUMNS: XTXIXT_MATRIX(i, j) = XTXI_MATRIX(i, k) * XT_MATRIX(k, j) + XTXIXT_MATRIX(i, j): Next k Next j Next i End If ReDim XTXIXTX_MATRIX(1 To NROWS, 1 To NROWS) 'Halt Matrix For i = 1 To NROWS For j = 1 To NROWS XTXIXTX_MATRIX(i, j) = 0 For k = 1 To NCOLUMNS: XTXIXTX_MATRIX(i, j) = XTXIXTX_MATRIX(i, j) + X_MATRIX(i, k) * XTXIXT_MATRIX(k, j): Next k Next j Next i ReDim COEF_VECTOR(1 To NCOLUMNS, 1 To 1) For j = 1 To NCOLUMNS COEF_VECTOR(j, 1) = 0 For i = 1 To NROWS: COEF_VECTOR(j, 1) = COEF_VECTOR(j, 1) + XTXIXT_MATRIX(j, i) * YDATA_VECTOR(i, 1): Next i Next j '-------------------------------------------------------------------------------------------------------------------------------- Return '-------------------------------------------------------------------------------------------------------------------------------- OUTPUT_LINE: '-------------------------------------------------------------------------------------------------------------------------------- YMEAN_VAL = 0: For i = 1 To NROWS: YMEAN_VAL = YMEAN_VAL + YDATA_VECTOR(i, 1): Next i YMEAN_VAL = YMEAN_VAL / NROWS ReDim RESID1_ARR(1 To NROWS): ReDim RESID2_ARR(1 To NROWS) YSTDEV_VAL = 0 RMEAN_VAL = 0: DW_VAL = 0: MAPE_VAL = 0 RMSE_VAL = 0: TSS_VAL = 0: YSQ_VAL = 0 For i = 1 To NROWS YSTDEV_VAL = YSTDEV_VAL + (YDATA_VECTOR(i, 1) - YMEAN_VAL) ^ 2 YFIT_VAL = 0 TSS_VAL = TSS_VAL + (YDATA_VECTOR(i, 1) - YMEAN_VAL) ^ 2 For j = 1 To NCOLUMNS: YFIT_VAL = YFIT_VAL + COEF_VECTOR(j, 1) * X_MATRIX(i, j): Next j RESID1_ARR(i) = YDATA_VECTOR(i, 1) - YFIT_VAL RMEAN_VAL = RMEAN_VAL + RESID1_ARR(i) If YDATA_VECTOR(i, 1) <> 0 Then: MAPE_VAL = MAPE_VAL + Abs(RESID1_ARR(i) / YDATA_VECTOR(i, 1)) RESID2_ARR(i) = RESID1_ARR(i) ^ 2 RMSE_VAL = RMSE_VAL + RESID2_ARR(i) YSQ_VAL = YSQ_VAL + YDATA_VECTOR(i, 1) ^ 2 If i > 1 Then: DW_VAL = DW_VAL + (RESID1_ARR(i) - RESID1_ARR(i - 1)) ^ 2 Next i YSTDEV_VAL = (YSTDEV_VAL / (NROWS - 1)) ^ 0.5 RMEAN_VAL = RMEAN_VAL / NROWS MAPE_VAL = MAPE_VAL / NROWS * 100 RSTDEVP_VAL = 0 For i = 1 To NROWS: RSTDEVP_VAL = RSTDEVP_VAL + (RESID1_ARR(i) - RMEAN_VAL) ^ 2: Next i RSTDEVP_VAL = (RSTDEVP_VAL / (NROWS - 0)) ^ 0.5 SSR_VAL = RMSE_VAL If INTERCEPT_FLAG = False Then TSS_VAL = YSQ_VAL FSTAT_VAL = ((TSS_VAL - SSR_VAL) / (NCOLUMNS)) / (SSR_VAL / (NROWS - NCOLUMNS)) Else FSTAT_VAL = ((TSS_VAL - SSR_VAL) / (NCOLUMNS - 1)) / (SSR_VAL / (NROWS - NCOLUMNS)) End If RSQ_VAL = 1 - (SSR_VAL / TSS_VAL) DW_VAL = DW_VAL / SSR_VAL RMSE_VAL = (RMSE_VAL / (NROWS - NCOLUMNS)) ^ 0.5 ReDim SE_ARR(1 To NCOLUMNS) If NCOLUMNS = 1 Then SE_ARR(1) = XTXI_MATRIX(1) ^ 0.5 * RMSE_VAL Else For i = 1 To NCOLUMNS SE_ARR(i) = XTXI_MATRIX(i, i) SE_ARR(i) = SE_ARR(i) ^ 0.5 SE_ARR(i) = SE_ARR(i) * RMSE_VAL Next i End If '-------------------------------------------------------------------------------------------------------------------------------- Return '-------------------------------------------------------------------------------------------------------------------------------- RSE_LINE: ' Get S matrix ' It has the same dimensions as XTX ' First , following Davidson and MacKinnnon, p. 553, divide each ESQ by (1-HT) ' to get HT_ARR, multiply the i'th row of X_MATRIX into X_MATRIX'XInverse ' and the transpose of the i'th row of X_MATRIX '-------------------------------------------------------------------------------------------------------------------------------- ReDim HT_ARR(1 To NROWS) ReDim HAT_ARR(1 To NROWS) ' robust SE using Davidson and MacKinnon's various approaches (p. 553) implemented here Select Case SE_VERSION Case 0 For i = 1 To NROWS: HAT_ARR(i) = RESID2_ARR(i): Next i Case 1 For i = 1 To NROWS: HAT_ARR(i) = RESID2_ARR(i) * (NROWS / (NROWS - NCOLUMNS)): Next i Case Else ReDim XT_ARR(1 To NCOLUMNS) For h = 1 To NROWS For k = 1 To NCOLUMNS: XT_ARR(k) = X_MATRIX(h, k): Next k If NCOLUMNS = 1 Then MULT_VAL = XT_ARR(1) * XTXI_MATRIX(1) * XT_ARR(1) Else ReDim YTEMP_VECTOR(1 To NCOLUMNS, 1 To 1) ReDim XTEMP_VECTOR(1 To NCOLUMNS, 1 To 1) For i = 1 To NCOLUMNS: XTEMP_VECTOR(i, 1) = XT_ARR(i): Next i For i = 1 To NCOLUMNS For j = 1 To 1 YTEMP_VECTOR(i, j) = 0 For k = 1 To NCOLUMNS: YTEMP_VECTOR(i, j) = XTXI_MATRIX(i, k) * XTEMP_VECTOR(k, j) + YTEMP_VECTOR(i, j): Next k Next j Next i MULT_VAL = 0 For i = 1 To NCOLUMNS: MULT_VAL = MULT_VAL + YTEMP_VECTOR(i, 1) * XT_ARR(i): Next i End If HT_ARR(h) = MULT_VAL If HT_ARR(h) = 1 Then HAT_ARR(h) = 0 Else If SE_VERSION = 2 Then HAT_ARR(h) = RESID2_ARR(h) / (1 - HT_ARR(h)) Else HAT_ARR(h) = RESID2_ARR(h) / ((1 - HT_ARR(h)) ^ 2) End If End If Next h End Select ReDim S_MATRIX(1 To NCOLUMNS, 1 To NCOLUMNS) For j = 1 To NCOLUMNS For k = 1 To NCOLUMNS TEMP_SUM = 0 For h = 1 To NROWS S_MATRIX(j, k) = X_MATRIX(h, j) * X_MATRIX(h, k) * HAT_ARR(h) + TEMP_SUM TEMP_SUM = S_MATRIX(j, k) Next h Next k Next j ReDim XTXIS_MATRIX(1 To NCOLUMNS, 1 To NCOLUMNS) If NCOLUMNS = 1 Then XTXIS_MATRIX(1, 1) = XTXI_MATRIX(1) * S_MATRIX(1, 1) Else For i = 1 To NCOLUMNS For j = 1 To NCOLUMNS XTXIS_MATRIX(i, j) = 0 For k = 1 To NCOLUMNS: XTXIS_MATRIX(i, j) = XTXI_MATRIX(i, k) * S_MATRIX(k, j) + XTXIS_MATRIX(i, j): Next k Next j Next i End If ReDim RSE_MATRIX(1 To NCOLUMNS, 1 To NCOLUMNS) If NCOLUMNS = 1 Then RSE_MATRIX(1, 1) = XTXIS_MATRIX(1, 1) * XTXI_MATRIX(1) Else For i = 1 To NCOLUMNS For j = 1 To NCOLUMNS RSE_MATRIX(i, j) = 0 For k = 1 To NCOLUMNS: RSE_MATRIX(i, j) = XTXIS_MATRIX(i, k) * XTXI_MATRIX(k, j) + RSE_MATRIX(i, j): Next k Next j Next i End If ReDim RSE_ARR(1 To NCOLUMNS) For i = 1 To NCOLUMNS If RSE_MATRIX(i, i) < 0 Then: RSE_MATRIX(i, i) = 0 RSE_ARR(i) = RSE_MATRIX(i, i) ^ 0.5 Next i '------------------------------------------------------------------------------------------------------------------------ Return '------------------------------------------------------------------------------------------------------------------------ ERROR_LABEL: '------------------------------------------------------------------------------------------------------------------------ If ERROR_STR = "" Then REGRESSION_LS2_FUNC = Err.number Else REGRESSION_LS2_FUNC = ERROR_STR End If End Function '********************************************************************************** '******************************************************************************** 'FUNCTION : REGRESSION_LS_MC_TEST_FUNC 'DESCRIPTION : Test for perfect or near-perfect multicollinearity 'in the independent variables 'LIBRARY : STATISTICS 'GROUP : REGRESSION_CHOLESKY 'ID : 003 'AUTHOR : RAFAEL NICOLAS FERMIN COTA 'LAST UPDATE : 01/22/2009 '******************************************************************************** '********************************************************************************** Private Function REGRESSION_LS_MC_TEST_FUNC(ByRef DATA_MATRIX As Variant, _ ByRef DATA_ARR As Variant, _ Optional ByVal NSIZE As Long = 0) Dim i As Long Dim j As Long Dim k As Long Dim TEMP_SUM As Double Dim tolerance As Double On Error GoTo ERROR_LABEL tolerance = 0.0000001 If UBound(DATA_MATRIX, 1) <> UBound(DATA_MATRIX, 2) Then: GoTo ERROR_LABEL If NSIZE = 0 Then: NSIZE = UBound(DATA_MATRIX, 1) If IsArray(DATA_ARR) = False Then: ReDim DATA_ARR(1 To NSIZE) REGRESSION_LS_MC_TEST_FUNC = True For i = 1 To NSIZE For j = 1 To NSIZE TEMP_SUM = DATA_MATRIX(i, j) k = i - 1 Do While k > 0 TEMP_SUM = TEMP_SUM - DATA_MATRIX(i, k) * DATA_MATRIX(j, k) k = k - 1 Loop If i = j Then If TEMP_SUM < tolerance Then REGRESSION_LS_MC_TEST_FUNC = False 'One reason for the test to fail is that there may be perfect or 'near-perfect multicollinearity in the independent variables. Thus 'the regression fails. Exit Function End If DATA_ARR(i) = TEMP_SUM ^ 0.5 Else DATA_MATRIX(j, i) = TEMP_SUM / DATA_ARR(i) End If Next j Next i Exit Function ERROR_LABEL: REGRESSION_LS_MC_TEST_FUNC = False End Function '********************************************************************************** '******************************************************************************** 'FUNCTION : REGRESSION_INPUTS1_FUNC 'DESCRIPTION : 'LIBRARY : STATISTICS 'GROUP : REGRESSION_DATA 'ID : 004 'AUTHOR : RAFAEL NICOLAS FERMIN COTA 'LAST UPDATE : 01/22/2009 '******************************************************************************** '********************************************************************************** Function REGRESSION_INPUTS1_FUNC( _ ByRef XDATA_RNG As Excel.Range, _ ByRef YDATA_RNG As Excel.Range) Dim h As Long 'searching through cells in an area Dim i As Long Dim j As Long Dim k As Long Dim hh As Long Dim ii As Long ' keep track of which X areas have problems Dim jj As Long ' Dim kk As Long ' index for x variables Dim ll As Long ' count the number of valid observations Dim NSIZE As Long Dim NO_X_ROWS As Long Dim X_NROWS As Long Dim Y_NROWS As Long Dim X_NCOLUMNS As Long Dim Y_NCOLUMNS As Long Dim ROWS_ARR() As Long ' keep track of how many obs in each area Dim COLUMNS_ARR() As Long ' keep track of how many x variables in each area Dim ERROR_STR As String Dim X_VAR_LABEL_ARR() As String Dim Y_VAR_LABEL_STR As String Dim YTEMP_VECTOR() As Double Dim XTEMP_MATRIX() As Double 'The actual values go here Dim ERROR_MATCH_FLAG As Boolean 'indicator for mismatch between no of obs in X cols On Error GoTo ERROR_LABEL ERROR_STR = "" NSIZE = XDATA_RNG.Areas.COUNT X_NCOLUMNS = 0 ERROR_MATCH_FLAG = False ReDim COLUMNS_ARR(1 To NSIZE) ReDim ROWS_ARR(1 To NSIZE) For i = 1 To NSIZE COLUMNS_ARR(i) = XDATA_RNG.Areas(i).Columns.COUNT ROWS_ARR(i) = XDATA_RNG.Areas(i).Rows.COUNT X_NCOLUMNS = X_NCOLUMNS + COLUMNS_ARR(i) If i > 1 Then If ROWS_ARR(i) <> ROWS_ARR(i - 1) Then ERROR_MATCH_FLAG = True ii = i - 1 jj = i End If End If Next i If X_NCOLUMNS > 51 Then ERROR_STR = "Unfortunately, this function cannot handle more than 51 independent variables. You've selected " & X_NCOLUMNS & ". Sorry!" GoTo ERROR_LABEL End If ' Warning if ERROR_MATCH_FLAG is true If ERROR_MATCH_FLAG = True Then ERROR_STR = "The number of rows in X area " & ii & "does not equal the number of observations in X area " & jj & ". Please try again." GoTo ERROR_LABEL End If ' go through cells in each area (determine how many there will be) ' labels need to be found X_NROWS = ROWS_ARR(1) - 1 ReDim X_VAR_LABEL_ARR(1 To X_NCOLUMNS) As String Y_NROWS = YDATA_RNG.Rows.COUNT - 1 Y_NCOLUMNS = YDATA_RNG.Columns.COUNT If X_NROWS <> Y_NROWS Then ERROR_STR = "You must select the same number of rows for both the X variable(s) and the Y variable. Please try again." GoTo ERROR_LABEL End If ' Check that we have just one Y column If Y_NCOLUMNS > 1 Then ERROR_STR = "You must select only one column for the Y variable. Please try again." GoTo ERROR_LABEL End If ' Check on labels NO_X_ROWS = X_NROWS ReDim XTEMP_MATRIX(1 To NO_X_ROWS, 1 To X_NCOLUMNS) ReDim YTEMP_VECTOR(1 To NO_X_ROWS, 1 To 1) kk = 0 For i = 1 To NSIZE For j = 1 To COLUMNS_ARR(i) kk = kk + 1 h = j X_VAR_LABEL_ARR(kk) = XDATA_RNG.Areas(i).Cells(h) If IsNumeric(X_VAR_LABEL_ARR(kk)) = True Then hh = MsgBox("The X variable label in column " & kk & " you've chosen is a number. Do you really want the variable label to be " & X_VAR_LABEL_ARR(kk) & "?", vbYesNo, Title:="Potential Label Problem") If hh = vbNo Then GoTo ERROR_LABEL End If Next j Next i Y_VAR_LABEL_STR = YDATA_RNG(1) If IsNumeric(Y_VAR_LABEL_STR) = True Then hh = MsgBox("The Y variable label you've chosen is a number. Do you really want the variable label to be " & Y_VAR_LABEL_STR & "?", vbYesNo, Title:="Potential Label Problem") If hh = vbNo Then GoTo ERROR_LABEL End If ' Start reading the data ' Must read in one SROW at a time across Y variable and X variables ' Data is assumed to be in columnar format! ll = 0 For i = 1 To NO_X_ROWS On Error GoTo 1982 ' Read y data first ll = ll + 1 'remember first SROW is label so must add one ' We are sent to error handling if this isn't a number ' Now check for blanks YTEMP_VECTOR(ll, 1) = YDATA_RNG(i + 1, 1) If IsEmpty(YDATA_RNG(i + 1, 1)) = True Then ll = ll - 1 ' we are going to skip this obs. GoTo 1983 End If ' If we've passed, go to the x variables kk = 0 For j = 1 To NSIZE For k = 1 To COLUMNS_ARR(j) h = i * COLUMNS_ARR(j) + k kk = kk + 1 On Error GoTo 1982 ' XTEMP_MATRIX(ll, j) = XDATA_RNG(i + 1, j) ' Check for empty values If IsEmpty(XDATA_RNG.Areas(j).Cells(h)) = True Then ll = ll - 1 GoTo 1983 Else XTEMP_MATRIX(ll, kk) = XDATA_RNG.Areas(j).Cells(h) End If Next k Next j GoTo 1983 1982: ll = ll - 1 'Resume 1983 1983: Next i ' End reading in data If ll < X_NCOLUMNS Then ERROR_STR = "There aren't enough observations with non-missing values to obtain parameter estimates. Try again." GoTo ERROR_LABEL End If REGRESSION_INPUTS1_FUNC = Array(XTEMP_MATRIX(), YTEMP_VECTOR(), X_NCOLUMNS, NO_X_ROWS) Exit Function ERROR_LABEL: If ERROR_STR = "" Then REGRESSION_INPUTS1_FUNC = Err.number Else REGRESSION_INPUTS1_FUNC = ERROR_STR End If End Function '********************************************************************************** '******************************************************************************** 'FUNCTION : REGRESSION_INPUTS2_FUNC 'DESCRIPTION : 'LIBRARY : STATISTICS 'GROUP : REGRESSION_DATA 'ID : 005 'AUTHOR : RAFAEL NICOLAS FERMIN COTA 'LAST UPDATE : 01/22/2009 '******************************************************************************** '********************************************************************************** Function REGRESSION_INPUTS2_FUNC(ByRef XDATA_RNG As Variant, _ ByRef YDATA_RNG As Variant) Dim i As Long Dim j As Long Dim k As Long ' count the number of valid observations Dim X_NROWS As Long Dim Y_NROWS As Long Dim X_NCOLUMNS As Long Dim Y_NCOLUMNS As Long Dim ERROR_STR As String Dim YDATA_VECTOR As Variant Dim XDATA_MATRIX As Variant Dim YTEMP_VECTOR() As Double Dim XTEMP_MATRIX() As Double 'The actual values go here On Error GoTo ERROR_LABEL YDATA_VECTOR = YDATA_RNG XDATA_MATRIX = XDATA_RNG ERROR_STR = "" '--------------------------------------------------------------------------------- X_NCOLUMNS = UBound(XDATA_MATRIX, 2) '--------------------------------------------------------------------------------- If X_NCOLUMNS > 51 Then ERROR_STR = "Unfortunately, this function cannot handle more than 51 independent variables. You've selected " & X_NCOLUMNS & ". Sorry!" GoTo ERROR_LABEL End If '--------------------------------------------------------------------------------- ' go through cells in each area (determine how many there will be) ' labels need to be found X_NROWS = UBound(XDATA_MATRIX, 1) - 1 Y_NROWS = UBound(YDATA_VECTOR, 1) - 1 Y_NCOLUMNS = UBound(YDATA_VECTOR, 2) If X_NROWS <> Y_NROWS Then ERROR_STR = "You must select the same number of rows for both the X variable(s) and the Y variable. Please try again." GoTo ERROR_LABEL End If '--------------------------------------------------------------------------------- ' Check that we have just one Y column If Y_NCOLUMNS > 1 Then ERROR_STR = "You must select only one column for the Y variable. Please try again." GoTo ERROR_LABEL End If '--------------------------------------------------------------------------------- ' Check on labels ReDim XTEMP_MATRIX(1 To X_NROWS, 1 To X_NCOLUMNS) ReDim YTEMP_VECTOR(1 To X_NROWS, 1 To 1) '--------------------------------------------------------------------------------- For j = 1 To X_NCOLUMNS If IsNumeric(XDATA_MATRIX(1, j)) = True Then ERROR_STR = "The X variable label in column " & j & " you've chosen is a number. Please try again." 'Potential Label Problem GoTo ERROR_LABEL End If Next j '--------------------------------------------------------------------------------- If IsNumeric(YDATA_VECTOR(1, 1)) = True Then ERROR_STR = "The Y variable label you've chosen is a number. Please try again." 'Potential Label Problem GoTo ERROR_LABEL End If '--------------------------------------------------------------------------------- ' Start reading the data ' Must read in one SROW at a time across Y variable and X variables ' Data is assumed to be in columnar format! '--------------------------------------------------------------------------------- k = 0 For i = 1 To X_NROWS On Error GoTo 1982 ' Read y data first k = k + 1 'remember first SROW is label so must add one ' We are sent to error handling if this isn't a number ' Now check for blanks YTEMP_VECTOR(k, 1) = YDATA_VECTOR(i + 1, 1) If IsEmpty(YDATA_VECTOR(i + 1, 1)) = True Then k = k - 1 ' we are going to skip this obs. GoTo 1983 End If ' If we've passed, go to the x variables For j = 1 To X_NCOLUMNS On Error GoTo 1982 ' Check for empty values If IsEmpty(XDATA_MATRIX(i + 1, j)) = True Then k = k - 1 GoTo 1983 Else XTEMP_MATRIX(k, j) = XDATA_MATRIX(i + 1, j) End If Next j GoTo 1983 1982: k = k - 1 'Resume 1983 1983: Next i '--------------------------------------------------------------------------------- ' End reading in data If k < X_NCOLUMNS Then ERROR_STR = "There aren't enough observations with non-missing values to obtain parameter estimates. Try again." GoTo ERROR_LABEL End If '--------------------------------------------------------------------------------- REGRESSION_INPUTS2_FUNC = Array(XTEMP_MATRIX(), YTEMP_VECTOR(), k, X_NCOLUMNS, X_NROWS) Exit Function ERROR_LABEL: If ERROR_STR = "" Then REGRESSION_INPUTS2_FUNC = Err.number Else REGRESSION_INPUTS2_FUNC = ERROR_STR End If End Function
DECLARE SUB nextblock () DECLARE SUB zeroblocks () DECLARE SUB rotategraphics () DECLARE SUB zerographics () DECLARE SUB linedone () DECLARE SUB rotate () DECLARE SUB lose () DECLARE SUB main () DECLARE SUB graphics () DECLARE SUB rand () COMMON SHARED l$, r$, u$, d$, blocktype, blockcount, time, counter, position, blocknumber, t, direction$, nextblocknumber, nextblockcount, settime, toggle, fromline COMMON SHARED score, extra, lines CLS LET toggle = 1 'dimensions - 20 x 13 'This program uses a grid system that starts with 1 in the upper right hand 'corner and numbers down to 20 in the first column 'the next column would then start with block number 21, and so on, until the 'last column starts with 241 and ends with 260 'This program treats each dropping piece as four separate blocks, not as one 'uniform piece 'Rotation is put in by manually telling it how it will look after the 'rotation, not by a formula (Which would probably be better, but I didn't 'feel like changing the whole program to make it work) 'This program is written really sloppily, so good luck trying to change or add 'to it! OPTION BASE 1 DIM SHARED blocks(290) 'blocks already on the ground DIM SHARED b(10) 'the positions of the blocks currently dropping DIM SHARED nb(10) 'the positions of the next block to be dropped LET settime = 30000 PRINT "Please calibrate the keys:" PRINT "Press left arrow key (move left):" DO UNTIL l$ <> "" LET l$ = INKEY$ LOOP PRINT "Press right arrow key (move right):" DO UNTIL r$ <> "" LET r$ = INKEY$ LOOP PRINT "Press down arrow key (drop block):" DO UNTIL d$ <> "" LET d$ = INKEY$ LOOP PRINT "Press up arrow key (toggle show next block):" DO UNTIL u$ <> "" LET u$ = INKEY$ LOOP CLS RANDOMIZE TIMER nextblocknumber = INT(RND * 7) + 1 rand SUB graphics COLOR 15 LOCATE 2, 4 PRINT "Score:" LOCATE 3, 6 PRINT score LOCATE 5, 4 PRINT "Lines:" LOCATE 6, 6 PRINT lines LOCATE 2, 65 PRINT "Next piece:" LOCATE 10, 60 PRINT "Press 'P' to Pause" LOCATE 11, 60 PRINT "Press 'Q' to Quit" COLOR 12 FOR r = 1 TO 20 LOCATE r, 28 PRINT CHR$(186) NEXT r FOR r = 1 TO 20 LOCATE r, 56 PRINT CHR$(186) NEXT r LOCATE 21, 28 PRINT STRING$(28, CHR$(205)) LOCATE 21, 28 PRINT CHR$(200) LOCATE 21, 56 PRINT CHR$(188) COLOR 15 FOR i = 1 TO 260 IF blocks(i) <> 1 THEN GOTO finished LET counter = 0 tempb = i DO UNTIL tempb < 1 LET tempb = tempb - 20 LET counter = counter + 1 LOOP LET x = (counter * 2) + 28 LET y = (i - ((counter - 1) * 20)) LOCATE y, x PRINT CHR$(219) LOCATE y, x + 1 PRINT CHR$(219) finished: NEXT i counter = 0 IF fromline = 0 THEN FOR i = 1 TO blockcount tempb = b(i) DO UNTIL tempb < 1 LET tempb = tempb - 20 LET counter = counter + 1 LOOP LET x = (counter * 2) + 28 LET y = ((b(i)) - ((counter - 1) * 20)) COLOR 15 LOCATE 1, 1 IF y < 1 OR y > 20 OR x < 1 OR x > 80 THEN PRINT y, x: END LOCATE y, x PRINT CHR$(219) LOCATE y, x + 1 PRINT CHR$(219) LET counter = 0 NEXT i END IF END SUB SUB linedone FOR i = 1 TO 13 LET x = (i * 2) + 28 COLOR 12 LOCATE t, x PRINT CHR$(219) LOCATE t, x + 1 PRINT CHR$(219) NEXT i FOR w = 1 TO 60000 NEXT w FOR i = 1 TO 13 LET x = (i * 2) + 28 COLOR 9 LOCATE t, x PRINT CHR$(219) LOCATE t, x + 1 PRINT CHR$(219) NEXT i FOR w = 1 TO 60000 NEXT w FOR i = 0 TO 12 LET blocks(t + (i * 20)) = 0 NEXT i FOR i = (t - 1) TO 1 STEP -1 FOR p = 0 TO 12 IF blocks(i + (p * 20)) = 1 THEN LET blocks(i + (p * 20)) = 0 LET blocks(1 + (i + (p * 20))) = 1 END IF NEXT p NEXT i LET extra = extra + 1 LET score = score + 9 + extra LET lines = lines + 1 LET settime = settime - 25 IF settime < 100 THEN LET settime = 100 zeroblocks graphics END SUB SUB lose CLS PLAY "t200" PLAY "<l2cl4cmll2fffl2cl4fmll2aaa" LOCATE 1, 36 COLOR 12 FOR i = 1 TO 12 FOR t = 1 TO 10000 NEXT t COLOR 0 IF (i * 3) - 3 > 0 THEN LOCATE i, (i * 3) - 3 IF (i * 3) - 0 < 1 THEN LOCATE i, 1 PRINT "You lost." COLOR 12 LOCATE i + 1, (i * 3) PRINT "You lost." NEXT i COLOR 0 END END SUB SUB main top: graphics LET time = 0 DO UNTIL time = settime LET y$ = INKEY$ IF y$ = l$ THEN GOTO left IF y$ = r$ THEN GOTO right IF y$ = u$ THEN IF toggle = 0 THEN LET toggle = 1: nextblock: GOTO done IF toggle = 1 THEN COLOR 0 FOR n = 5 TO 7 LOCATE n, 67 PRINT STRING$(8, 219) NEXT n LET toggle = 0: GOTO done END IF END IF IF y$ = d$ THEN GOTO down IF UCASE$(y$) = "Q" THEN END IF UCASE$(y$) = "P" THEN DO WHILE INKEY$ = "" LOOP GOTO done END IF IF y$ = CHR$(32) THEN IF blocknumber = 4 THEN GOTO done rotate GOTO done END IF IF y$ = "" THEN GOTO done left: FOR i = 1 TO blockcount IF b(i) - 20 < 1 THEN GOTO done IF blocks(b(i) - 20) = 1 THEN GOTO done NEXT i zerographics FOR i = 1 TO blockcount LET b(i) = b(i) - 20 NEXT i graphics GOTO done right: FOR i = 1 TO blockcount IF b(i) + 20 > 260 THEN GOTO done IF blocks(b(i) + 20) = 1 THEN GOTO done NEXT i zerographics FOR i = 1 TO blockcount LET b(i) = b(i) + 20 NEXT i graphics GOTO done down: FOR i = 1 TO blockcount IF blocks(b(i) + 1) = 1 THEN GOTO done NEXT i FOR i = 1 TO blockcount IF b(i) = 20 OR b(i) = 40 OR b(i) = 60 OR b(i) = 80 OR b(i) = 100 OR b(i) = 120 OR b(i) = 140 OR b(i) = 160 OR b(i) = 180 OR b(i) = 200 OR b(i) = 260 OR b(i) = 220 OR b(i) = 240 THEN FOR t = 1 TO blockcount LET blocks(b(t)) = 1 NEXT t LET abc = 1 END IF IF abc = 1 THEN LET abc = 0: GOTO complete NEXT i zerographics FOR i = 1 TO blockcount LET b(i) = b(i) + 1 NEXT i graphics done: LET time = time + 1 LOOP 'FOR t = 1 TO 20 ' FOR f = 0 TO 240 STEP 20 ' LET a = 0 ' IF blocks(t + f) = 0 THEN EXIT FOR ' LET a = 1 ' NEXT f 'IF a = 1 THEN linedone: LET a = 0 'NEXT t FOR t = 1 TO blockcount IF (blocks(b(t) + 1) = 1) OR (b(t) = 20 OR b(t) = 40 OR b(t) = 60 OR b(t) = 80 OR b(t) = 100 OR b(t) = 120 OR b(t) = 140 OR b(t) = 160 OR b(t) = 180 OR b(t) = 200 OR b(t) = 260 OR b(t) = 220 OR b(t) = 240) THEN FOR i = 1 TO blockcount LET blocks(b(i)) = 1 NEXT i GOTO complete END IF NEXT t zerographics FOR i = 1 TO blockcount LET b(i) = b(i) + 1 NEXT i graphics GOTO top complete: END SUB SUB nextblock IF nextblocknumber = 1 THEN LET nextblockcount = 4: LET nb(1) = 121: LET nb(2) = 102: LET nb(3) = 122: LET nb(4) = 142: 'block = 010 ' 111 IF nextblocknumber = 2 THEN LET nextblockcount = 4: LET nb(1) = 121: LET nb(2) = 122: LET nb(3) = 102: LET nb(4) = 103: 'block = 010 ' 110 ' 100 IF nextblocknumber = 3 THEN LET nextblockcount = 4: LET nb(1) = 121: LET nb(2) = 122: LET nb(3) = 142: LET nb(4) = 143: 'block = 010 ' 011 ' 001 IF nextblocknumber = 4 THEN LET nextblockcount = 4: LET nb(1) = 101: LET nb(2) = 121: LET nb(3) = 102: LET nb(4) = 122: 'block = 11 ' 11 IF nextblocknumber = 5 THEN LET nextblockcount = 4: LET nb(1) = 141: LET nb(2) = 142: LET nb(3) = 122: LET nb(4) = 102: 'block = 001 ' 111 IF nextblocknumber = 6 THEN LET nextblockcount = 4: LET nb(1) = 101: LET nb(2) = 102: LET nb(3) = 122: LET nb(4) = 142: 'block = 100 ' 111 IF nextblocknumber = 7 THEN LET nextblockcount = 4: LET nb(1) = 101: LET nb(2) = 121: LET nb(3) = 141: LET nb(4) = 161: 'block = 1111 COLOR 0 FOR n = 5 TO 7 LOCATE n, 67 PRINT STRING$(8, 219) NEXT n FOR i = 1 TO nextblockcount counter = 0 tempb = nb(i) DO UNTIL tempb < 1 LET tempb = tempb - 20 LET counter = counter + 1 LOOP LET x = (counter * 2) + 55 LET y = (nb(i) - (counter - 1) * 20) + 4 COLOR 15 LOCATE 1, 1 IF y < 1 OR y > 20 OR x < 1 OR x > 80 THEN PRINT y, x: END LOCATE y, x PRINT CHR$(219) LOCATE y, x + 1 PRINT CHR$(219) LET counter = 0 NEXT i END SUB 'this sub chooses a block section to drop ' SUB rand DO LET blocknumber = nextblocknumber RANDOMIZE TIMER nextblocknumber = INT(RND * 7) + 1 IF blocknumber = 1 THEN LET blockcount = 4: LET b(1) = 121: LET b(2) = 102: LET b(3) = 122: LET b(4) = 142: 'block = 010 ' 111 IF blocknumber = 2 THEN LET blockcount = 4: LET b(1) = 121: LET b(2) = 122: LET b(3) = 102: LET b(4) = 103: 'block = 010 ' 110 ' 100 IF blocknumber = 3 THEN LET blockcount = 4: LET b(1) = 121: LET b(2) = 122: LET b(3) = 142: LET b(4) = 143: 'block = 010 ' 011 ' 001 IF blocknumber = 4 THEN LET blockcount = 4: LET b(1) = 101: LET b(2) = 121: LET b(3) = 102: LET b(4) = 122: 'block = 11 ' 11 IF blocknumber = 5 THEN LET blockcount = 4: LET b(1) = 141: LET b(2) = 142: LET b(3) = 122: LET b(4) = 102: 'block = 001 ' 111 IF blocknumber = 6 THEN LET blockcount = 4: LET b(1) = 101: LET b(2) = 102: LET b(3) = 122: LET b(4) = 142: 'block = 100 ' 111 IF blocknumber = 7 THEN LET blockcount = 4: LET b(1) = 101: LET b(2) = 121: LET b(3) = 141: LET b(4) = 161: 'block = 1111 topofline: FOR t = 1 TO 20 FOR f = 0 TO 240 STEP 20 LET a = 0 IF blocks(t + f) = 0 THEN EXIT FOR LET a = 1 NEXT f IF a = 1 THEN LET fromline = 1 linedone LET fromline = 0 LET a = 0 GOTO topofline END IF NEXT t IF toggle = 1 THEN nextblock graphics FOR i = 1 TO 241 STEP 20 IF blocks(i) = 1 THEN lose NEXT i LET position = 1 main LOOP END SUB SUB rotate zerographics 'everything rotates clockwise FOR t = 1 TO blockcount IF b(t) = 20 OR b(t) = 40 OR b(t) = 60 OR b(t) = 80 OR b(t) = 100 OR b(t) = 120 OR b(t) = 140 OR b(t) = 160 OR b(t) = 180 OR b(t) = 200 OR b(t) = 220 OR b(t) = 240 OR b(t) = 260 THEN GOTO nographics NEXT t IF blocknumber = 4 THEN GOTO nographics IF blocknumber = 1 THEN IF position = 1 THEN IF blocks(b(1) + 21) = 1 THEN GOTO doner IF blocks(b(2) + 19) = 1 THEN GOTO doner IF blocks(b(4) - 19) = 1 THEN GOTO doner LET b(1) = b(1) + 21 LET b(2) = b(2) + 19 LET b(4) = b(4) - 19 LET position = 2 GOTO doner END IF IF position = 2 THEN IF b(4) - 21 < 1 THEN FOR g = 1 TO blockcount LET b(g) = b(g) + 20 NEXT g END IF IF blocks(b(1) - 19) = 1 THEN GOTO doner IF blocks(b(2) + 21) = 1 THEN GOTO doner IF blocks(b(4) - 21) = 1 THEN GOTO doner LET b(1) = b(1) - 19 LET b(2) = b(2) + 21 LET b(4) = b(4) - 21 LET position = 3 GOTO doner END IF IF position = 3 THEN IF blocks(b(1) - 21) = 1 THEN GOTO doner IF blocks(b(2) - 19) = 1 THEN GOTO doner IF blocks(b(4) + 19) = 1 THEN GOTO doner LET b(1) = b(1) - 21 LET b(2) = b(2) - 19 LET b(4) = b(4) + 19 LET position = 4 GOTO doner END IF IF position = 4 THEN IF b(2) + 21 > 260 THEN FOR g = 1 TO blockcount LET b(g) = b(g) - 20 NEXT g END IF IF blocks(b(1) + 19) = 1 THEN GOTO doner IF blocks(b(2) - 21) = 1 THEN GOTO doner IF blocks(b(4) + 21) = 1 THEN GOTO doner LET b(1) = b(1) + 19 LET b(2) = b(2) - 21 LET b(4) = b(4) + 21 LET position = 1 GOTO doner END IF END IF IF blocknumber = 2 THEN IF position = 1 THEN IF b(1) + 21 > 260 THEN FOR g = 1 TO blockcount LET b(g) = b(g) - 20 NEXT g END IF IF blocks(b(1) + 21) = 1 THEN GOTO doner IF blocks(b(3) + 19) = 1 THEN GOTO doner IF blocks(b(4) - 2) = 1 THEN GOTO doner LET b(1) = b(1) + 21 LET b(3) = b(3) + 19 LET b(4) = b(4) - 2 LET position = 2 GOTO doner END IF IF position = 2 THEN IF blocks(b(1) - 21) = 1 THEN GOTO doner IF blocks(b(3) - 19) = 1 THEN GOTO doner IF blocks(b(4) + 2) = 1 THEN GOTO doner LET b(1) = b(1) - 21 LET b(3) = b(3) - 19 LET b(4) = b(4) + 2 LET position = 1 GOTO doner END IF END IF IF blocknumber = 3 THEN IF position = 1 THEN IF b(1) - 19 < 1 THEN FOR g = 1 TO blockcount LET b(g) = b(g) + 20 NEXT g END IF IF blocks(b(1) - 19) = 1 THEN GOTO doner IF blocks(b(3) - 21) = 1 THEN GOTO doner IF blocks(b(4) - 2) = 1 THEN GOTO doner LET b(1) = b(1) - 19 LET b(3) = b(3) - 21 LET b(4) = b(4) - 2 LET position = 2 GOTO doner END IF IF position = 2 THEN IF b(1) + 19 < 1 OR b(1) + 19 > 260 THEN GOTO doner IF b(3) + 21 < 1 OR b(3) + 21 > 260 THEN GOTO doner IF b(4) + 2 < 1 OR b(4) + 2 > 260 THEN GOTO doner IF blocks(b(1) + 19) = 1 THEN GOTO doner IF blocks(b(3) + 21) = 1 THEN GOTO doner IF blocks(b(4) + 2) = 1 THEN GOTO doner LET b(1) = b(1) + 19 LET b(3) = b(3) + 21 LET b(4) = b(4) + 2 LET position = 1 GOTO doner END IF END IF IF blocknumber = 5 THEN IF position = 1 THEN IF blocks(b(1) + 2) = 1 THEN GOTO doner IF blocks(b(2) - 19) = 1 THEN GOTO doner IF blocks(b(4) + 19) = 1 THEN GOTO doner LET b(1) = b(1) + 2 LET b(2) = b(2) - 19 LET b(4) = b(4) + 19 LET position = 2 GOTO doner END IF IF position = 2 THEN IF b(2) - 21 < 1 THEN FOR g = 1 TO blockcount LET b(g) = b(g) + 20 NEXT g END IF IF blocks(b(1) - 20) = 1 THEN GOTO doner IF blocks(b(2) - 21) = 1 THEN GOTO doner IF blocks(b(4) + 21) = 1 THEN GOTO doner LET b(1) = b(2) - 20 LET b(2) = b(2) - 21 LET b(4) = b(4) + 21 LET position = 3 GOTO doner END IF IF position = 3 THEN IF blocks(b(1) - 2) = 1 THEN GOTO doner IF blocks(b(2) + 19) = 1 THEN GOTO doner IF blocks(b(4) - 19) = 1 THEN GOTO doner LET b(1) = b(1) - 2 LET b(2) = b(2) + 19 LET b(4) = b(4) - 19 LET position = 4 GOTO doner END IF IF position = 4 THEN IF b(1) + 40 > 260 THEN FOR g = 1 TO blockcount LET b(g) = b(g) - 20 NEXT g END IF IF blocks(b(1) + 40) = 1 THEN GOTO doner IF blocks(b(2) + 21) = 1 THEN GOTO doner IF blocks(b(4) - 21) = 1 THEN GOTO doner LET b(1) = b(1) + 40 LET b(2) = b(2) + 21 LET b(4) = b(4) - 21 LET position = 1 GOTO doner END IF END IF IF blocknumber = 6 THEN IF position = 1 THEN IF blocks(b(1) + 40) = 1 THEN GOTO doner IF blocks(b(2) + 19) = 1 THEN GOTO doner IF blocks(b(4) - 19) = 1 THEN GOTO doner LET b(1) = b(1) + 40 LET b(2) = b(2) + 19 LET b(4) = b(4) - 19 LET position = 2 GOTO doner END IF IF position = 2 THEN IF b(4) - 21 < 1 THEN FOR g = 1 TO blockcount LET b(g) = b(g) + 20 NEXT g END IF IF blocks(b(1) + 2) = 1 THEN GOTO doner IF blocks(b(2) + 21) = 1 THEN GOTO doner IF blocks(b(4) - 21) = 1 THEN GOTO doner LET b(1) = b(1) + 2 LET b(2) = b(2) + 21 LET b(4) = b(4) - 21 LET position = 3 GOTO doner END IF IF position = 3 THEN IF blocks(b(1) - 40) = 1 THEN GOTO doner IF blocks(b(2) - 19) = 1 THEN GOTO doner IF blocks(b(4) + 19) = 1 THEN GOTO doner LET b(1) = b(1) - 40 LET b(2) = b(2) - 19 LET b(4) = b(4) + 19 LET position = 4 GOTO doner END IF IF position = 4 THEN IF b(4) + 21 > 260 THEN FOR g = 1 TO blockcount LET b(g) = b(g) - 20 NEXT g END IF IF blocks(b(1) - 2) = 1 THEN GOTO doner IF blocks(b(2) - 21) = 1 THEN GOTO doner IF blocks(b(4) + 21) = 1 THEN GOTO doner LET b(1) = b(1) - 2 LET b(2) = b(2) - 21 LET b(4) = b(4) + 21 LET position = 1 GOTO doner END IF END IF IF blocknumber = 7 THEN IF position = 1 THEN FOR e = 1 TO 141 STEP 20 IF b(1) = e THEN GOTO nographics NEXT e IF blocks(b(1) + 19) = 1 THEN GOTO doner IF blocks(b(3) - 19) = 1 THEN GOTO doner IF blocks(b(4) - 38) = 1 THEN GOTO doner LET b(1) = b(1) + 19 LET b(3) = b(3) - 19 LET b(4) = b(4) - 38 LET position = 2 GOTO doner END IF IF position = 2 THEN IF b(4) + 38 > 260 THEN FOR g = 1 TO blockcount LET b(g) = b(g) - 40 NEXT g END IF IF b(1) - 19 < 1 THEN FOR g = 1 TO blockcount LET b(g) = b(g) + 20 NEXT g END IF IF blocks(b(1) - 19) = 1 THEN GOTO doner IF blocks(b(3) + 19) = 1 THEN GOTO doner IF blocks(b(4) + 38) = 1 THEN GOTO doner LET b(1) = b(1) - 19 LET b(3) = b(3) + 19 LET b(4) = b(4) + 38 LET position = 1 GOTO doner END IF END IF GOTO nographics doner: graphics nographics: END SUB SUB zeroblocks FOR i = 1 TO 20 FOR u = 1 TO 27 LOCATE i, u + 28 COLOR 0 PRINT CHR$(219) NEXT u NEXT i END SUB SUB zerographics FOR i = 1 TO blockcount tempb = b(i) DO UNTIL tempb < 1 LET tempb = tempb - 20 LET counter = counter + 1 LOOP LET x = (counter * 2) + 28 LET y = ((b(i)) - ((counter - 1) * 20)) COLOR 0 LOCATE y, x PRINT CHR$(219) LOCATE y, x + 1 PRINT CHR$(219) LET counter = 0 NEXT i END SUB
'OPTION _EXPLICIT $LET INCLUDED = 1 $EXEICON:'qb64.ico' _ICON '$CHECKING:OFF '$INCLUDE: 'init.bi' 'the NES '$INCLUDE: 'bus.bi' '$INCLUDE: 'ComDlgFileName.bi ' DIM SHARED AS LONG count DIM SHARED AS _OFFSET hFileSubmenu, hRecentSubmenu, hContSubmenu, hAboutSubmenu, hViewSubmenu, hDebugSubmenu 'DIM SHARED winrect AS RECT DIM SHARED nestea_logo AS _UNSIGNED LONG DIM SHARED col AS _UNSIGNED LONG DIM SHARED bEmulationrun AS _BYTE DIM SHARED step_cont AS _BYTE DIM SHARED origtitle AS STRING DIM SHARED nselectedpalette AS _UNSIGNED _BYTE DIM SHARED ff% DIM SHARED fps% DIM SHARED start! DIM SHARED sprPatternTable(1) AS _UNSIGNED LONG sprPatternTable(0) = _NEWIMAGE(128, 128, 32) _DEST sprPatternTable(0) CLS sprPatternTable(1) = _NEWIMAGE(128, 128, 32) _DEST sprPatternTable(1) CLS bEmulationrun = 0 img~& = _LOADIMAGE("NESTEA_LOGO.png", 32) _SOURCE img~& nestea_logo = _NEWIMAGE(1000, 1000, 32) _DEST nes_scrn CLS _DEST nestea_logo _DONTBLEND FOR y = 0 TO 1000 - 1 FOR x = 0 TO 1000 - 1 col~& = POINT(x, y) alpha~& = _ALPHA(col~&) / 2 red~& = _RED(col~&) green~& = _GREEN(col~&) blue~& = _BLUE(col~&) col~& = _RGB32(red~&, green~&, blue~&, alpha~&) PSET (x, y), col~& NEXT x NEXT y _BLEND _FREEIMAGE img~& _DEST canvas _SOURCE displayarea DIM SHARED btn1 AS MENUITEMINFO ''/////////////////////////////////////////////////////////////////////////////////////////////////// SetMenu _WINDOWHANDLE, hMenu hMenu = CreateMenu DIM AS LONG prev, new nes_init main 'END 'NES main SUB main () origtitle = _TITLE$ DIM AS LONG Prev, new DO _DEST canvas i% = _MOUSEINPUT _LIMIT 60 'maybe have a better timer... frames_per_sec 'Prev = new 'GetMenuItemInfo hSubMenu, 0, 1, _OFFSET(btn1) 'new = (btn1.fState <> 128) 'IF (Prev = 0 AND new <> 0) THEN BEEP 'player 1 controller controller(0) = &H00 IF keyheld(ASC("x")) THEN controller(0) = controller(0) OR &H80 ELSE controller(0) = controller(0) OR &H00 IF keyheld(ASC("z")) THEN controller(0) = controller(0) OR &H40 ELSE controller(0) = controller(0) OR &H00 IF keyheld(ASC("a")) THEN controller(0) = controller(0) OR &H20 ELSE controller(0) = controller(0) OR &H00 IF keyheld(ASC("s")) THEN controller(0) = controller(0) OR &H10 ELSE controller(0) = controller(0) OR &H00 IF keyheld(72) THEN controller(0) = controller(0) OR &H08 ELSE controller(0) = controller(0) OR &H00 IF keyheld(80) THEN controller(0) = controller(0) OR &H04 ELSE controller(0) = controller(0) OR &H00 IF keyheld(75) THEN controller(0) = controller(0) OR &H02 ELSE controller(0) = controller(0) OR &H00 IF keyheld(77) THEN controller(0) = controller(0) OR &H01 ELSE controller(0) = controller(0) OR &H00 'TODO add player 2 controller IF keypress(ASC(" ")) THEN bEmulationrun = NOT bEmulationrun 'run emulation IF keypress(ASC("x")) THEN step_cont = NOT step_cont 'run emulation IF keypress(ASC("r")) THEN reset_NES 'reset the NES IF keypress(ASC("p")) THEN nselectedpalette = nselectedpalette + 1 AND &H07& 'select palette IF bEmulationrun THEN 'wip for now.... slowish DO clock_NES LOOP WHILE NOT framecomplete framecomplete = 0 ELSEIF step_cont THEN DO clock_NES LOOP WHILE NOT complete DO clock_NES LOOP WHILE complete ELSE IF keypress(ASC("r")) THEN reset_NES END IF 'run 1 whole frame IF keypress(ASC("f")) THEN DO clock_NES LOOP WHILE NOT framecomplete 'DO ' clock_NES 'LOOP WHILE NOT complete framecomplete = 0 END IF 'run code step by step IF keypress(ASC("c")) THEN DO clock_NES LOOP WHILE NOT complete DO clock_NES LOOP WHILE complete END IF END IF episode4_UI _PUTIMAGE (516, 348)-(516 + 127, 348 + 127), GetPatternTable(0, nselectedpalette), canvas _PUTIMAGE (648, 348)-(648 + 127, 348 + 127), GetPatternTable(1, nselectedpalette), canvas 'IF ImageValid = -1 THEN ' WHILE _SNDRAWLEN < 0.1 AND ImageValid = -1 ' _SNDRAW 0.4 * (RND * 1 - 0.5) ' WEND 'END IF IF _RESIZE THEN oldimage& = displayarea displayarea = _NEWIMAGE(_RESIZEWIDTH, _RESIZEHEIGHT, 32) SCREEN displayarea _FREEIMAGE oldimage& END IF _PUTIMAGE (0, 25)-(_RESIZEWIDTH, _RESIZEHEIGHT), canvas, displayarea ' stretch canvas to fill the screen; _DISPLAY LOOP UNTIL INKEY$ = CHR$(27) ' CHR$(ASC("q")) cleanup END SUB SUB nes_init () DIM AS STRING cart app_menu (_WINDOWHANDLE) _PUTIMAGE ((_WIDTH(displayarea) / 2) - 400, 0)-((_WIDTH(displayarea) / 2) + 400, _HEIGHT(displayarea)), nestea_logo, 0 ' _DISPLAY cart = ComDlgFileName("Open Source File", _CWD$, ".NES\|.NES", OFN_FORCESHOWHIDDEN) insert_cartridge cart, 1 _DEST _CONSOLE IF cart_ImageValid THEN PRINT "Success!" ELSE PRINT "failed!" cleanup END END IF ' InsertCartridge 0 'might not need disassemble mapAsm(), &H0000, &HFFFF~% reset_NES END SUB SUB app_menu (hwnd AS _OFFSET) 'hFileSubmenu = CreatePopupMenu 'hSubMenu = CreatePopupMenu ' hMenu = CreateMenu hFileSubmenu = CreateMenu hRecentSubmenu = CreateMenu hContSubmenu = CreateMenu hAboutSubmenu = CreateMenu hViewSubmenu = CreateMenu hDebugSubmenu = CreateMenu 'file menu////////////////////////////////////////////////////////////////////////////////////////////// count = GetMenuItemCount(hMenu): PRINT count MenuItem.cbSize = LEN(MenuItem) MenuItem.fMask = MIIM_ID OR MIIM_TYPE MenuItem.fType = MFT_SEPARATOR MenuItem.wID = count IF InsertMenuItem(hMenu, count, 1, _OFFSET(MenuItem)) THEN ELSE END count = GetMenuItemCount(hFileSubmenu) MenuItem.cbSize = LEN(MenuItem) MenuItem.fMask = MIIM_STATE OR MIIM_ID OR MIIM_TYPE MenuItem.fType = MFT_STRING DIM AS STRING TypeData: TypeData = "Load Rom" + CHR$(0) MenuItem.dwTypeData = _OFFSET(TypeData) MenuItem.cch = LEN(MenuItem.dwTypeData) MenuItem.wID = NES_LOAD_ROM IF InsertMenuItem(hFileSubmenu, count, 1, _OFFSET(MenuItem)) THEN PRINT ELSE END count = GetMenuItemCount(hFileSubmenu) MenuItem.cbSize = LEN(MenuItem) MenuItem.fMask = MIIM_STATE OR MIIM_ID OR MIIM_TYPE MenuItem.fState = MFS_GRAYED MenuItem.fType = MFT_STRING TypeData = "Empty" + CHR$(0) MenuItem.dwTypeData = _OFFSET(TypeData) MenuItem.cch = LEN(MenuItem.dwTypeData) MenuItem.wID = EMPTY_LIST IF InsertMenuItem(hRecentSubmenu, count, 1, _OFFSET(MenuItem)) THEN ELSE END count = GetMenuItemCount(hFileSubmenu) MenuItem.cbSize = LEN(MenuItem) MenuItem.fMask = MIIM_ID OR MIIM_TYPE OR MIIM_SUBMENU MenuItem.fType = MFT_STRING TypeData = "Recent Roms" + CHR$(0) MenuItem.dwTypeData = _OFFSET(TypeData) MenuItem.hSubMenu = hRecentSubmenu MenuItem.cch = LEN(MenuItem.dwTypeData) MenuItem.wID = NES_RECENT_ROMS IF InsertMenuItem(hFileSubmenu, count, 1, _OFFSET(MenuItem)) THEN ELSE END count = GetMenuItemCount(hFileSubmenu) MenuItem.cbSize = LEN(MenuItem) MenuItem.fMask = MIIM_STATE OR MIIM_ID OR MIIM_TYPE MenuItem.fState = MFS_ENABLED MenuItem.fType = MFT_STRING TypeData = "Exit" + CHR$(0) MenuItem.dwTypeData = _OFFSET(TypeData) MenuItem.cch = LEN(MenuItem.dwTypeData) MenuItem.wID = 2 IF InsertMenuItem(hFileSubmenu, count, 1, _OFFSET(MenuItem)) THEN ELSE END count = GetMenuItemCount(hFileSubmenu) MenuItem.cbSize = LEN(MenuItem) MenuItem.fMask = MIIM_ID OR MIIM_TYPE OR MIIM_SUBMENU MenuItem.fType = MFT_STRING TypeData = "File" + CHR$(0) MenuItem.dwTypeData = _OFFSET(TypeData) MenuItem.cch = LEN(MenuItem.dwTypeData) MenuItem.hSubMenu = hFileSubmenu MenuItem.wID = count IF InsertMenuItem(hMenu, count, 1, _OFFSET(MenuItem)) THEN ELSE END '/////////////////////////////////////////////////////////////////////////////////////////////////// 'view menu//////////////////////////////////////////////////////////////////////////////////// count = GetMenuItemCount(hViewSubmenu) MenuItem.cbSize = LEN(MenuItem) MenuItem.fMask = MIIM_STATE OR MIIM_ID OR MIIM_TYPE MenuItem.fState = MFS_GRAYED MenuItem.fType = MFT_STRING TypeData = "Empty" + CHR$(0) MenuItem.dwTypeData = _OFFSET(TypeData) MenuItem.cch = LEN(MenuItem.dwTypeData) MenuItem.wID = EMPTY_LIST IF InsertMenuItem(hViewSubmenu, count, 1, _OFFSET(MenuItem)) THEN ELSE END count = GetMenuItemCount(hMenu) MenuItem.cbSize = LEN(MenuItem) MenuItem.fMask = MIIM_ID OR MIIM_TYPE OR MIIM_SUBMENU MenuItem.fType = MFT_STRING TypeData = "View" + CHR$(0) MenuItem.dwTypeData = _OFFSET(TypeData) MenuItem.cch = LEN(MenuItem.dwTypeData) MenuItem.hSubMenu = hViewSubmenu MenuItem.wID = count IF InsertMenuItem(hMenu, count, 1, _OFFSET(MenuItem)) THEN ELSE END '///////////////////////////////////////////////////////////////////////////////////////////////// count = GetMenuItemCount(hDebugubmenu) MenuItem.cbSize = LEN(MenuItem) MenuItem.fMask = MIIM_STATE OR MIIM_ID OR MIIM_TYPE MenuItem.fState = MFS_ENABLED MenuItem.fType = MFT_STRING TypeData = "Add Breakpoint" + CHR$(0) MenuItem.dwTypeData = _OFFSET(TypeData) MenuItem.cch = LEN(MenuItem.dwTypeData) MenuItem.wID = 0 IF InsertMenuItem(hDebugSubmenu, count, 1, _OFFSET(MenuItem)) THEN ELSE END count = GetMenuItemCount(hDebugubmenu) MenuItem.cbSize = LEN(MenuItem) MenuItem.fMask = MIIM_STATE OR MIIM_ID OR MIIM_TYPE MenuItem.fState = MFS_ENABLED MenuItem.fType = MFT_STRING TypeData = "Remove Breakpoint" + CHR$(0) MenuItem.dwTypeData = _OFFSET(TypeData) MenuItem.cch = LEN(MenuItem.dwTypeData) MenuItem.wID = 1 IF InsertMenuItem(hDebugSubmenu, count, 1, _OFFSET(MenuItem)) THEN ELSE END count = GetMenuItemCount(hMenu) MenuItem.cbSize = LEN(MenuItem) MenuItem.fMask = MIIM_ID OR MIIM_TYPE OR MIIM_SUBMENU MenuItem.fType = MFT_STRING TypeData = "Debug" + CHR$(0) MenuItem.dwTypeData = _OFFSET(TypeData) MenuItem.cch = LEN(MenuItem.dwTypeData) MenuItem.hSubMenu = hDebugSubmenu MenuItem.wID = count IF InsertMenuItem(hMenu, count, 1, _OFFSET(MenuItem)) THEN ELSE END '///////////////////////////////////////////////////////////////////////////////////////////////// 'controls menu//////////////////////////////////////////////////////////////////////////////////// count = GetMenuItemCount(hContSubmenu) MenuItem.cbSize = LEN(MenuItem) MenuItem.fMask = MIIM_ID OR MIIM_TYPE MenuItem.fType = MFT_STRING TypeData = "Setup" + CHR$(0) MenuItem.dwTypeData = _OFFSET(TypeData) MenuItem.cch = LEN(MenuItem.dwTypeData) MenuItem.wID = count IF InsertMenuItem(hContSubmenu, count, 1, _OFFSET(MenuItem)) THEN ELSE END count = GetMenuItemCount(hMenu) MenuItem.cbSize = LEN(MenuItem) MenuItem.fMask = MIIM_ID OR MIIM_TYPE OR MIIM_SUBMENU MenuItem.fType = MFT_STRING TypeData = "Controls" + CHR$(0) MenuItem.dwTypeData = _OFFSET(TypeData) MenuItem.cch = LEN(MenuItem.dwTypeData) MenuItem.hSubMenu = hContSubmenu MenuItem.wID = count IF InsertMenuItem(hMenu, count, 1, _OFFSET(MenuItem)) THEN ELSE END '///////////////////////////////////////////////////////////////////////////////////////////////// 'about menu//////////////////////////////////////////////////////////////////////////////////// count = GetMenuItemCount(hContSubmenu) MenuItem.cbSize = LEN(MenuItem) MenuItem.fMask = MIIM_ID OR MIIM_TYPE MenuItem.fType = MFT_STRING TypeData = "about OLC-QB64-NESTEA" + CHR$(0) MenuItem.dwTypeData = _OFFSET(TypeData) MenuItem.cch = LEN(MenuItem.dwTypeData) MenuItem.wID = count IF InsertMenuItem(hAboutSubmenu, count, 1, _OFFSET(MenuItem)) THEN ELSE END count = GetMenuItemCount(hMenu) MenuItem.cbSize = LEN(MenuItem) MenuItem.fMask = MIIM_ID OR MIIM_TYPE OR MIIM_SUBMENU MenuItem.fType = MFT_STRING TypeData = "About" + CHR$(0) MenuItem.dwTypeData = _OFFSET(TypeData) MenuItem.cch = LEN(MenuItem.dwTypeData) MenuItem.hSubMenu = hAboutSubmenu MenuItem.wID = count IF InsertMenuItem(hMenu, count, 1, _OFFSET(MenuItem)) THEN ELSE END '///////////////////////////////////////////////////////////////////////////////////////////////// IF SetMenu(hwnd, hMenu) THEN ELSE END END SUB SUB cleanup () SCREEN 0 _FREEIMAGE sprPatternTable(0) _FREEIMAGE sprPatternTable(1) _FREEIMAGE nestea_logo _FREEIMAGE displayarea _FREEIMAGE canvas _FREEIMAGE nes_scrn END SUB SUB frames_per_sec ff% = ff% + 1 IF TIMER - start! >= 1 THEN fps% = ff%: ff% = 0: start! = TIMER _TITLE origtitle + "-FPS:" + STR$(fps%) END SUB 'the NES '$include: 'bus.bm' '$include: 'ComDlgFileName.bm' '$INCLUDE: 'init_subs_funcs.bm'
5 REM * * * * * * * * * * * * * * * * 6 REM License? If, for some weird 7 REM reason, you'd like to use this 8 REM code, please feel free to do so! 9 REM 10 REM Variable information: 11 REM SX(x) & SY(x) are sprite positions 12 REM for that particular sprite # 13 REM I.E.: SX(3) if the horizontal 14 REM position for sprite #3 15 REM MVX(X)&MVY(X)are SPRITE 16 REM movement increments for a given 17 REM sprite #. I.E.: MVX(3) is the 18 REM horizontal increment or decrement 19 REM value for sprite #3 20 REM Line 6040 has a RND value added 21 REM if necessary, to keep sprites 22 REM from bunching up together and 23 REM staying that way. 24 REM To change the potential upper end 25 REM of sprite movement speeds, change 26 REM the RND(5) in line 6025 for X axis 27 REM movement and RND(6) in line 6045 28 REM for Y axis movement. 29 REM Lines 6050 & 6055 will invert those 30 REM particular movement flags, so as 31 REM to move some sprites in opposite 32 REM directions to start ou. 33 REM 34 REM 35 REM I'm sure there are better ways to 36 REM do these things. It is the way 37 REM it is to make it easy(ish) to 38 REM read. I hope I didn't fail to badly 39 REM 40 REM Sprite assets are free to use images 41 REM from itch io 50 CPUSPEED 99 60 DIM SX(31),SY(31),MVX(31),MVY(31) 100 SCREEN 14:PALETTE 0 110 GOSUB &LOADSPRITEIMAGES 120 GOSUB &TURNALLSPRITESON 130 GOSUB &FILLUPSPRITEPOSITIONS 150 WHILE INKEY$="" 160 FOR LP=0 TO 31 170 SX(LP)=SX(LP)+MVX(LP) 175 SY(LP)=SY(LP)+MVY(LP) 180 IF SX(LP)>447 THEN 185 MVX(LP)=-MVX(LP) 190 SX(LP)=447 195 ENDIF 200 IF SX(LP)<0 THEN 205 MVX(LP)=-MVX(LP) 210 SX(LP)=0 215 ENDIF 220 IF SY(LP)>237 THEN 225 MVY(LP)=-MVY(LP) 230 SY(LP)=237 235 ENDIF 240 IF SY(LP)<0 THEN 245 MVY(LP)=-MVY(LP) 250 SY(LP)=0 255 ENDIF 265 MOVE SPRITE LP TO SX(LP),SY(LP) 266 IF RND(301)=3 THEN MVY(LP)=-MVY(LP) 267 IF RND(301)=19 THEN MVX(LP)=-MVX(LP) 270 NEXT LP 280 VSYNC 290 WEND 999 END 5000 &LOADSPRITEIMAGES 5005 LOAD IMAGE "P132X32.PNG" AS SPRITE 1 5010 LOAD IMAGE "P1S32X32.PNG" AS SPRITE 2 5015 LOAD IMAGE "P232X32.PNG" AS SPRITE 3 5020 LOAD IMAGE "P2S32X32.PNG" AS SPRITE 4 5025 LOAD IMAGE "P32X32.PNG" AS SPRITE 5 5030 LOAD IMAGE "P332X32.PNG" AS SPRITE 6 5035 LOAD IMAGE "P3S32X32.PNG" AS SPRITE 7 5040 LOAD IMAGE "P432X32.PNG" AS SPRITE 8 5045 LOAD IMAGE "P4S32X32.PNG" AS SPRITE 9 5050 LOAD IMAGE "P532X32.PNG" AS SPRITE 10 5055 LOAD IMAGE "P5S32X32.PNG" AS SPRITE 11 5060 LOAD IMAGE "P5S32X32.PNG" AS SPRITE 12 5065 LOAD IMAGE "P632X32.PNG" AS SPRITE 13 5070 LOAD IMAGE "P6S32X32.PNG" AS SPRITE 14 5075 LOAD IMAGE "P732X32.PNG" AS SPRITE 15 5080 LOAD IMAGE "P7S32X32.PNG" AS SPRITE 16 5085 LOAD IMAGE "P832X32.PNG" AS SPRITE 17 5090 LOAD IMAGE "P8S32X32.PNG" AS SPRITE 18 5095 LOAD IMAGE "P932X32.PNG" AS SPRITE 19 5100 LOAD IMAGE "P9S32X32.PNG" AS SPRITE 20 5105 LOAD IMAGE "P0S32X32.PNG" AS SPRITE 21 5110 LOAD IMAGE "P1032X32.PNG" AS SPRITE 22 5115 LOAD IMAGE "P132X32.PNG" AS SPRITE 23 5120 LOAD IMAGE "P1S32X32.PNG" AS SPRITE 24 5125 LOAD IMAGE "P232X32.PNG" AS SPRITE 25 5130 LOAD IMAGE "P2S32X32.PNG" AS SPRITE 26 5135 LOAD IMAGE "P32X32.PNG" AS SPRITE 27 5140 LOAD IMAGE "P332X32.PNG" AS SPRITE 28 5145 LOAD IMAGE "P3S32X32.PNG" AS SPRITE 29 5150 LOAD IMAGE "P432X32.PNG" AS SPRITE 30 5155 LOAD IMAGE "P4S32X32.PNG" AS SPRITE 31 5175 RETURN 5500 &TURNALLSPRITESON 5505 FOR LP=0 TO 31 5510 SPRITE LP SIZE 32,32 ON 5515 NEXT LP 5525 RETURN 6000 &FILLUPSPRITEPOSITIONS 6005 FOR LP=0 TO 31 6010 X=RND(447) 6015 Y=RND(237) 6020 SX(LP)=X:SY(LP)=Y 6025 MX=RND(9) 6030 IF MX=0 THEN MX=0.33+((RND(4)+1)/2) 6035 MY=RND(7) 6040 IF MY=0 THEN MY=0.67+((RND(4)+1)/2) 6045 RXY=RND(7) 6050 IF RXY=3 THEN MX=-MX 6055 IF RXY=6 THEN MY=-MY 6060 MVX(LP)=MX 6065 MVY(LP)=MY 6070 NEXT LP 6080 RETURN
DECLARE SUB MousePut (X%, Y%) DECLARE SUB load () DECLARE SUB save () DECLARE FUNCTION MouseInit% () DECLARE SUB MouseDriver (AX%, bx%, CX%, DX%) DECLARE SUB MouseHide () DECLARE SUB MouseShow () DECLARE SUB MOUSESTATUS (lb%, RB%, xmouse%, ymouse%) DIM SHARED mouse$, OMX, OMY GOSUB mouse DEFINT A-R DEFINT U-Z RANDOMIZE (TIMER) SD = 1 SCREEN 0 DO CLS INPUT "1-PLAY FULL STRATAGY OR 2-BATTLE PRACTICE OR 0-QUIT"; NM: IF NM = 0 THEN RUN "\tim\menu.bas" LOOP WHILE NM <> 1 AND NM <> 2 DO INPUT "HOW MANY PLAYERS"; pn CLS pn = INT(pn) LOOP WHILE pn < 2 OR pn > 7 SCREEN 7 DIM SX(8), SY(8) DIM MP(24, 24) DIM L(24, 80) DIM W$(20) DIM MONEY(8), P(24, 3), A(20), W(20), E(20), S(20), n$(20) DIM tmp%(32000), O%(13) DIM S%(200) DIM ST(8) GET (1, 1)-(1, 1), O% LOCATE 12, 12: COLOR 15: PRINT "Loading Wars of Melbon" SCREEN , , 5, 0 DEF SEG = VARSEG(tmp%(0)) BLOAD "ships.gfx", 0 PUT (0, 0), tmp% DEF SEG OPEN "wars.dat" FOR INPUT AS #1 n$(0) = "NONE " FOR A = 1 TO 20 INPUT #1, W$(A) W$(A) = LEFT$(W$(A) + " ", 11) NEXT A FOR A = 1 TO 20 INPUT #1, n$(A) n$(A) = LEFT$(n$(A) + " ", 11) NEXT A FOR A = 1 TO 24 INPUT #1, P(A, 1), P(A, 2) NEXT A FOR A = 1 TO 20 INPUT #1, A(A), W(A), E(A), S(A) NEXT A FOR A = 1 TO 24 L(A, 21) = 500 + 500 * RND NEXT A IF NM = 1 THEN FOR A = 1 TO pn SOUND A * 100, .1 DO: AA = INT(24 * RND) + 1: LOOP WHILE L(AA, 0) <> 0 ST(A) = AA SX(A) = P(AA, 1) SY(A) = P(AA, 2) MONEY(A) = 2500 L(AA, 21) = 2000 L(AA, 0) = A L(AA, 22) = 3 L(AA, 23) = 2 L(AA, 24) = 1 NEXT A FOR A = 1 TO 24 INPUT #1, P(A, 3) NEXT A FOR A = 1 TO 24 FOR B = 1 TO 24 INPUT #1, MP(A, B) NEXT B NEXT A END IF SCREEN , , 0 CLOSE #1 IF NM = 1 THEN 2 GOSUB UPDATE WHO = 1 1 A$ = "" PLAY "MB O1 L16 AABA>C<A>D<A" COLOR WHO + 8 LOCATE 13, 15: PRINT "PLAYER"; WHO DO: LOOP WHILE INKEY$ <> "": DO: LOOP WHILE INKEY$ = "" Y = SY(WHO) - 100 SX = SX(WHO): SY = SY(WHO) IF Y < 0 THEN Y = 0 IF Y > 199 THEN Y = 199 ST = 1 X = -10 GOSUB GO: WHO = WHO + 1: IF WHO <= pn THEN GOTO 1 CLS LOCATE 13, 15: COLOR 14: PRINT "UPDATING.." GOTO 2 END IF CLS FOR A = 1 TO pn L(A, 0) = A NEXT A DO FC = 0 FOR G = 1 TO pn WHO = L(G, 0) CR = 1 TY = 1 FST = 1 DO IF A$ = "q" THEN SYSTEM IF A$ = "Q" THEN CR = 0 IF (A$ = " ") OR lb <> 0 THEN DO LOCATE 1, 1: INPUT "ATTACK WHERE"; WH LOOP WHILE WH < 0 OR WH > pn IF WH = WHO THEN WH = 0 L(G, TY + 60) = WH END IF IF A$ = "." THEN FC = FC + 1 IF A$ = "," THEN FC = FC - 1 IF FC < 0 THEN FC = 0 IF FC > 8 THEN FC = 8 IF A$ = "8" THEN TY = TY - 1 IF A$ = "2" THEN TY = TY + 1 IF TY < 1 THEN TY = 10 IF TY > 10 THEN TY = 1 TT = L(G, TY) IF A$ = "" THEN TT = INT(20 RND) + 1 IF A$ = "4" THEN TT = TT - 1 IF A$ = "6" THEN TT = TT + 1 IF TT < 0 THEN TT = 20 IF TT > 20 THEN TT = 0 L(G, TY) = TT IF TT <= 10 THEN L(G, TY + 10) = 50 ELSE L(G, TY + 10) = 100 L(G, TY + 30) = A(TT) L(G, TY + 40) = W(TT) L(G, TY + 50) = E(TT) L(G, TY + 70) = S(TT) COLOR WHO + 8 LOCATE 1, 1: PRINT " PLAYER"; WHO COLOR 14 LOCATE 2, 1: PRINT "NAME HP MOVING STATUS" FOR A = 1 TO 10 LOCATE A + 2, 1 COLOR 15 IF A = TY THEN COLOR 9 PRINT n$(L(G, A)) IF L(G, A) > 0 THEN LOCATE A + 2, 12: COLOR 9 IF L(G, A) <= 10 THEN PRINT 50 ELSE PRINT 100 LOCATE A + 2, 19 IF L(G, A + 60) = 0 OR L(G, A + 60) = G THEN COLOR WHO + 8: PRINT "DEFENDING" ELSE IF L(L(G, A + 60), 0) = WHO THEN COLOR WHO + 8: PRINT "MOVING " IF L(L(G, A + 60), 0) <> 0 THEN COLOR L(G, A + 60) + 8: PRINT "ATTACKING" END IF ELSE LOCATE A + 2, 12 PRINT " " END IF NEXT A LOCATE 13, 1: COLOR 10: PRINT "FORTS"; : COLOR 12 FOR A = 1 TO FC: PRINT "#"; : NEXT A: PRINT " " DO: A$ = INKEY$: LOOP WHILE A$ = "" AND FST = 0 IF FST > 1 THEN FST = FST - .5 LOOP WHILE CR = 1 FOR A = 1 TO 8 IF FC >= A THEN L(G, 21 + A) = 1 ELSE L(G, 21 + A) = 0 NEXT A NEXT G GOSUB UPDATE: LOOP GO: DO IF OX = X AND OY = Y THEN PUT (OSX - OX, OSY - OY), O%, PSET IF SX - X + 4 < 320 THEN GET (SX - X, SY - Y)-(SX - X + 4, SY - Y + 4), O% IF MV = 0 THEN CIRCLE (SX - X + 2, SY - Y + 2), 2, WHO + 8 CIRCLE (SX - X + 2, SY - Y + 2), 0, WHO CIRCLE (SX - X + 2, SY - Y + 2), 1, 15 ELSE LINE (SX - X, SY - Y)-(SX - X + 4, SY - Y + 4), 9, B LINE (SX - X + 1, SY - Y + 1)-(SX - X + 3, SY - Y + 3), 10, B LINE (SX - X + 2, SY - Y + 2)-(SX - X + 2, SY - Y + 2), WHO END IF OX = X: OY = Y: OSX = SX: OSY = SY IF MV = 1 AND A$ = "`" THEN MV = 0: A$ = "" IF A$ = "`" THEN RETURN IF MV = 1 AND A$ = " " THEN GOSUB WHICH: IF WH > 0 THEN MV = 0 CT = WH: N1 = 1: N2 = 10 MT = WH GOSUB FINDSPACE: 'IF N > 0 THEN IF MP(OCT, WH) = 1 OR MP(WH, OCT) = 1 THEN L(OCT, NO + 60) = MT: A$ = "" ELSE CT = OCT: N1 = 22: N2 = 30: F = 5 GOSUB CHECK: IF n > 0 AND P(OCT, 3) = 1 THEN L(OCT, NO + 60) = -MT: A$ = "" L(OCT, n) = -5 ELSE CT = OCT: N1 = 22: N2 = 30: F = 4: GOSUB CHECK: IF n > 0 THEN L(OCT, NO + 60) = -MT: A$ = "" L(OCT, n) = -4 END IF END IF END IF 'END IF END IF END IF IF A$ = "W" AND MONEY(WHO) >= 200 THEN GOSUB WHICH: IF L(WH, O) = WHO THEN CT = WH: C1 = 22: N2 = 30: F = 7: GOSUB CHECK: IF n > 0 THEN GET (0, 0)-(319, 199), tmp% COLOR 15 KY = 0 DO LOCATE 2, 3: COLOR 10: PRINT "MONEY"; INT(MONEY(WHO)) COLOR 15 n$ = n$(ABS(L(CT, TY))) IF n$ = "" THEN n$ = " " LOCATE 3, 3: PRINT TY; n$ COLOR 9 W$ = W$(L(CT, TY + 70)) IF W$ = "" THEN W$ = " " LOCATE 5, 3: PRINT W$ COLOR 7 LOCATE 6, 3: PRINT "ARMOR"; L(CT, TY + 30) LOCATE 7, 3: PRINT "WEAPON"; L(CT, TY + 40) LOCATE 8, 3: PRINT "ENGINE"; L(CT, TY + 50) LOCATE 9, 3: PRINT "HIT POINTS"; L(CT, TY + 10) IF L(CT, TY + 60) <> 0 THEN m$ = "MOVED " ELSE m$ = "HERE " IF L(CT, TY) < 0 THEN m$ = "COMING" COLOR 12 LOCATE 10, 3: PRINT m$ FOR A = -5 TO 5 LOCATE 10 + A, 20 n = A + TTT IF n < 1 THEN n = n + 20 IF n > 20 THEN n = n - 20 IF A = 0 THEN COLOR 9 ELSE COLOR 7 PRINT W$(n) NEXT A DO: m$ = INKEY$: LOOP WHILE m$ = "" IF m$ = "4" THEN TY = TY - 1: TY = TY + 1: DO: TY = TY - 1: LOOP WHILE L(CT, TY) = 0 IF m$ = "6" THEN TY = TY + 1: TY = TY - 1: DO: TY = TY + 1: LOOP WHILE L(CT, TY) = 0 IF m$ = "8" THEN TTT = TTT - 1 IF m$ = "2" THEN TTT = TTT + 1 IF TTT < 1 THEN TTT = 20 IF TTT > 20 THEN TTT = 1 TT = 0 IF m$ = "+" THEN TT = TTT IF TT > 0 THEN MONEY(WHO) = MONEY(WHO) - 75: L(CT, TY + 70) = TT IF TY < 1 THEN TY = 10 IF TY > 10 THEN TY = 1 IF m$ = " " THEN KY = 1 LOOP WHILE MONEY(WHO) >= 200 AND KY = 0 PUT (0, 0), tmp%, PSET END IF END IF END IF IF A$ = "S" THEN GET (0, 0)-(319, 199), tmp% COLOR 15: LOCATE 3, 15: PRINT "SAVE GAME" COLOR 7 FOR A = 0 TO 9 LOCATE 5 + A, 5: PRINT "GAME SLOT"; A NEXT A DO: LOOP WHILE INKEY$ <> "" KY = 0 DO m$ = INKEY$ IF m$ = " " THEN TY = -1: KY = 1 IF m$ = "0" THEN TY = 0: KY = 1 IF m$ = "1" THEN TY = 1: KY = 1 IF m$ = "2" THEN TY = 2: KY = 1 IF m$ = "3" THEN TY = 3: KY = 1 IF m$ = "4" THEN TY = 4: KY = 1 IF m$ = "5" THEN TY = 5: KY = 1 IF m$ = "6" THEN TY = 6: KY = 1 IF m$ = "7" THEN TY = 7: KY = 1 IF m$ = "8" THEN TY = 8: KY = 1 IF m$ = "9" THEN TY = 9: KY = 1 LOOP WHILE KY = 0 IF TY >= 0 THEN S$ = "wars.00" + CHR$(TY + 48) OPEN S$ FOR OUTPUT AS #1 FOR A = 1 TO 24 FOR B = 0 TO 80 PRINT #1, L(A, B) NEXT B NEXT A PRINT #1, pn FOR A = 1 TO pn WRITE #1, MONEY(A), SX(A), SY(A) NEXT A PRINT #1, WHO CLOSE #1 END IF PUT (0, 0), tmp%, PSET END IF IF A$ = "L" THEN GET (0, 0)-(319, 199), tmp% COLOR 15: LOCATE 3, 15: PRINT "LOAD GAME" COLOR 7 FOR A = 0 TO 9 LOCATE 5 + A, 5: PRINT "GAME SLOT"; A NEXT A DO: LOOP WHILE INKEY$ <> "" KY = 0 DO m$ = INKEY$ IF m$ = " " THEN TY = -1: KY = 1 IF m$ = "0" THEN TY = 0: KY = 1 IF m$ = "1" THEN TY = 1: KY = 1 IF m$ = "2" THEN TY = 2: KY = 1 IF m$ = "3" THEN TY = 3: KY = 1 IF m$ = "4" THEN TY = 4: KY = 1 IF m$ = "5" THEN TY = 5: KY = 1 IF m$ = "6" THEN TY = 6: KY = 1 IF m$ = "7" THEN TY = 7: KY = 1 IF m$ = "8" THEN TY = 8: KY = 1 IF m$ = "9" THEN TY = 9: KY = 1 LOOP WHILE KY = 0 IF TY >= 0 THEN S$ = "wars.00" + CHR$(TY + 48) OPEN S$ FOR INPUT AS #1 FOR A = 1 TO 24 FOR B = 0 TO 80 INPUT #1, L(A, B) NEXT B NEXT A INPUT #1, pn FOR A = 1 TO pn INPUT #1, MONEY(A), SX(A), SY(A) NEXT A INPUT #1, WHO CLOSE #1 END IF IF m$ <> " " THEN GOSUB MAP1: GOSUB REFRESH: A$ = "C": X = -10 END IF IF A$ = "F" AND MONEY(WHO) >= 500 THEN GOSUB WHICH: IF L(WH, 0) = WHO THEN CT = WH: N1 = 22: N2 = 23: F = 3: GOSUB CHECK: IF n = 0 THEN CT = WH: N1 = 22: N2 = 30: GOSUB FINDSPACE: IF n > 0 THEN MONEY(WHO) = MONEY(WHO) - 500 L(CT, n) = 3 PX = P(CT, 1) PY = P(CT, 2) IF PX < 320 AND PY < 200 THEN SCREEN , , 0, 4 IF PX >= 320 AND PY < 200 THEN SCREEN , , 1, 4 IF PX < 320 AND PY >= 200 THEN SCREEN , , 2, 4 IF PX >= 320 AND PY >= 200 THEN SCREEN , , 3, 4 IF PX > 320 THEN PX = PX - 320 IF PY > 200 THEN PY = PY - 200 LINE (PX - 23, PY - 23)-(PX + 23, PY + 23), WHO + 8, B LINE (PX - 24, PY - 24)-(PX + 24, PY + 24), WHO, B SCREEN , , 4, 4: OX = -10 END IF END IF END IF END IF IF A$ = "B" THEN GOSUB WHICH: CT = WH: N1 = 22: N2 = 30: F = 3: GOSUB CHECK: IF L(WH, 0) = WHO AND n > 0 THEN N1 = 22: N2 = 30: CT = WH GOSUB FINDSPACE: IF n > 0 THEN GET (0, 0)-(319, 199), tmp% COLOR 15 LOCATE 4, 5: PRINT "MONEY"; INT(MONEY(WHO)) LOCATE 5, 5: PRINT "1-FORT $1000" LOCATE 6, 5: PRINT "2-ARMORY $2000" LOCATE 7, 5: PRINT "3-AIRPORT $5000" LOCATE 8, 5: PRINT "4-SEADOCK $3000" LOCATE 9, 5: PRINT "5-TRAINING $2600" LOCATE 10, 5: PRINT "6-WEAPONORY $2400" FOR A = 22 TO 30 LOCATE A - 10, 5 COLOR 15 IF ABS(L(WH, A)) = 1 THEN PRINT "FORT "; IF ABS(L(WH, A)) = 2 THEN PRINT "ARMORY "; IF ABS(L(WH, A)) = 3 THEN PRINT "CAPITAL "; IF ABS(L(WH, A)) = 4 THEN PRINT "AIRPORT "; IF ABS(L(WH, A)) = 5 THEN PRINT "SEADOCK "; IF ABS(L(WH, A)) = 6 THEN PRINT "TRAINING "; IF ABS(L(WH, A)) = 7 THEN PRINT "WEAPONARY "; COLOR 14 IF L(WH, A) < 0 THEN PRINT "BUILDING" ELSE PRINT "" NEXT A DO: LOOP WHILE INKEY$ <> "" KY = 0 DO A$ = INKEY$ IF A$ = "q" THEN SYSTEM IF A$ = "1" AND MONEY(WHO) >= 1000 THEN MONEY(WHO) = MONEY(WHO) - 1000: L(CT, n) = -1: KY = 1 IF A$ = "2" AND MONEY(WHO) >= 2000 THEN MONEY(WHO) = MONEY(WHO) - 2000: L(CT, n) = -2: KY = 1 IF A$ = "3" AND MONEY(WHO) >= 5000 THEN MONEY(WHO) = MONEY(WHO) - 5000: L(CT, n) = -4: KY = 1 IF A$ = "4" AND MONEY(WHO) >= 3000 AND P(CT, 3) = 1 THEN MONEY(WHO) = MONEY(WHO) - 3000: L(CT, n) = -5: KY = 1 IF A$ = "5" AND MONEY(WHO) >= 2600 THEN MONEY(WHO) = MONEY(WHO) - 2600: L(CT, n) = -6: KY = 1 IF A$ = "6" AND MONEY(WHO) >= 2400 THEN MONEY(WHO) = MONEY(WHO) - 2400: L(CT, n) = -7: KY = 1 IF A$ = " " THEN KY = 1 A$ = "" LOOP WHILE KY = 0 PUT (0, 0), tmp%, PSET END IF END IF END IF IF A$ = "T" AND MONEY(WHO) >= 100 THEN GOSUB WHICH: IF L(WH, 0) = WHO THEN CT = WH N1 = 22: N2 = 30: F = 6 GOSUB CHECK: IF n > 0 THEN GET (0, 0)-(319, 199), tmp% KY = 0 TY = 1 DO LOCATE 2, 3: COLOR 10: PRINT "MONEY"; INT(MONEY(WHO)) COLOR 15 n$ = n$(ABS(L(CT, TY))) IF n$ = "" THEN n$ = " " LOCATE 3, 3: PRINT TY; n$ W$ = W$(L(CT, TY + 70)) IF W$ = "" THEN W$ = " " LOCATE 4, 3: PRINT W$ IF TT = 1 THEN COLOR 9 ELSE COLOR 7 LOCATE 5, 3: PRINT "ARMOR"; L(CT, TY + 30) IF TT = 2 THEN COLOR 9 ELSE COLOR 7 LOCATE 6, 3: PRINT "WEAPON"; L(CT, TY + 40) IF TT = 3 THEN COLOR 9 ELSE COLOR 7 LOCATE 7, 3: PRINT "ENGINE"; L(CT, TY + 50) IF TT = 4 THEN COLOR 9 ELSE COLOR 7 LOCATE 8, 3: PRINT "HIT POINTS"; L(CT, TY + 10) IF L(CT, TY + 60) <> 0 THEN m$ = "MOVED " ELSE m$ = "HERE " IF L(CT, TY) < 0 THEN m$ = "COMING" COLOR 12 LOCATE 9, 3: PRINT m$ DO: m$ = INKEY$: LOOP WHILE m$ = "" IF m$ = "4" THEN TY = TY - 1: TY = TY + 1: DO: TY = TY - 1: LOOP WHILE L(CT, TY) = 0 IF m$ = "6" THEN TY = TY + 1: TY = TY - 1: DO: TY = TY + 1: LOOP WHILE L(CT, TY) = 0 IF m$ = "8" THEN TT = TT - 1 IF m$ = "2" THEN TT = TT + 1 IF m$ = "+" AND MONEY(WHO) >= 100 THEN MONEY(WHO) = MONEY(WHO) - 100 IF TT = 1 AND L(CT, TY + 30) < A(ABS(L(CT, TY))) + 11 THEN L(CT, TY + 30) = L(CT, TY + 30) + 1 IF TT = 2 AND L(CT, TY + 40) < W(ABS(L(CT, TY))) + 11 THEN L(CT, TY + 40) = L(CT, TY + 40) + 1 IF TT = 3 AND L(CT, TY + 50) < E(ABS(L(CT, TY))) + 11 THEN L(CT, TY + 50) = L(CT, TY + 50) + 1 IF TT = 4 AND L(CT, TY + 30) < 200 THEN L(CT, TY + 10) = L(CT, TY + 10) + 10 END IF IF TY < 1 THEN TY = 10 IF TY > 10 THEN TY = 1 IF TT < 1 THEN TT = 4 IF TT > 4 THEN TT = 1 IF m$ = " " THEN KY = 1 LOOP WHILE KY = 0 PUT (0, 0), tmp%, PSET END IF END IF END IF IF A$ = "M" OR B2 <> 0 THEN IF MONEY(WHO) >= 700 THEN GOSUB WHICH: IF L(WH, 0) = WHO THEN CT = WH N1 = 22: N2 = 30: F = 2 GOSUB CHECK: IF n > 0 THEN N1 = 1: N2 = 10 GOSUB FINDSPACE: IF n > 0 THEN GET (0, 0)-(319, 199), tmp% KY = 1 DO COLOR 15 LOCATE 3, 5: PRINT "MONEY"; MONEY(WHO) FOR A = -4 TO 4 LOCATE A + 10, 5 n = TY + A IF n < 1 THEN n = n + 20 IF n > 20 THEN n = n - 20 IF n < 1 THEN n = 1 ELSE IF n > 20 THEN n = 20 IF A = 0 THEN COLOR 9 ELSE IF n <= 10 THEN COLOR 7 ELSE COLOR 10 PRINT n$(n) NEXT A KY = 0 B1 = STRIG(1) STY = STICK(0) IF STY = 0 THEN DO: m$ = INKEY$: LOOP WHILE m$ = "" IF STY > 0 THEN DO: STY = STICK(0): LOOP WHILE ABS(STY - 100) < 20 IF STY > 0 THEN B1 = STRIG(0) IF STY < 80 THEN TY = TY - 1 IF STY > 120 THEN TY = TY + 1 ELSE IF m$ = "8" THEN TY = TY - 1 IF m$ = "2" THEN TY = TY + 1 END IF IF TY < 1 THEN TY = 20 IF TY > 20 THEN TY = 1 IF m$ = "+" OR B1 <> 0 THEN N1 = 1: N2 = 10: GOSUB FINDSPACE: IF n > 0 THEN IF TY > 0 AND TY <= 10 THEN MONEY(WHO) = MONEY(WHO) - 700: L(CT, n) = -TY: L(CT, n + 10) = 50: L(CT, n + 30) = A(TY): L(CT, n + 40) = W(TY): L(CT, n + 50) = E(TY): L(CT, n + 60) = 0: L(CT, n + 70) = S(TY) IF TY > 10 AND TY <= 20 AND MONEY(WHO) >= 1300 THEN MONEY(WHO) = MONEY(WHO) - 1300: L(CT, n) = -TY: L(CT, n + 10) = 100: L(CT, n + 30) = A(TY): L(CT, n + 40) = W(TY): L(CT, n + 50) = E(TY): L(CT, n + 60) = 0: L(CT, n + 70) = S(TY) END IF END IF IF m$ = " " THEN KY = 1 IF MONEY(WHO) < 700 THEN KY = 1 LOOP WHILE KY = 0 PUT (0, 0), tmp%, PSET END IF END IF END IF END IF END IF IF A$ = "I" THEN GET (0, 0)-(319, 199), tmp% LOCATE 5, 10: COLOR WHO + 8: PRINT "PLAYER"; WHO LOCATE 6, 10: PRINT "MONEY"; INT(MONEY(WHO) + .5) DO: LOOP WHILE INKEY$ <> "": DO: LOOP WHILE INKEY$ = "" PUT (0, 0), tmp%, PSET END IF IF A$ = " " THEN GOSUB WHICH: IF WH > 0 AND L(WH, 0) = WHO THEN GET (0, 0)-(319, 199), tmp% LOCATE 2, 1 COLOR 15 PRINT "#NAME A W E WEAPON HP" FOR A = 1 TO 10 IF L(WH, A) <> 0 THEN n$ = n$(ABS(L(WH, A))) AR = L(WH, A + 30) W = L(WH, A + 40) E = L(WH, A + 50) m = L(WH, A + 60) S = L(WH, A + 70) HP = L(WH, A + 10) LOCATE A + 3, 1 COLOR 15 IF A < 10 THEN PRINT CHR$(A + 48); ELSE PRINT "0" COLOR 9 LOCATE A + 3, 2 PRINT n$ COLOR 13 LOCATE A + 3, 11 PRINT AR COLOR 14 LOCATE A + 3, 13 PRINT W COLOR 12 LOCATE A + 3, 15 PRINT E LOCATE A + 3, 19 COLOR 10 PRINT W$(S) COLOR 15 LOCATE A + 3, 30 PRINT HP LOCATE A + 3, 34 IF m <> 0 THEN m$ = "MOVING" ELSE m$ = "" IF L(WH, A) < 0 THEN m$ = "MAKING" COLOR 14 PRINT m$ END IF NEXT A LOCATE 15, 5: COLOR 15: PRINT "INCOME"; INT(L(WH, 21) + .5) COLOR L(WH, 0) + 8 LOCATE 16, 5: PRINT "OWNED BY"; L(WH, 0) KY = 0 MouseShow DO m$ = INKEY$ MOUSESTATUS lb, RB, MX, my IF amouse$ = "YES" THEN n = (my \ 8) - 2: IF lb THEN m$ = " ": IF n > 0 AND n < 10 THEN m$ = RIGHT$(STR$(n), 1) ELSE IF n = 10 THEN m$ = " " IF m$ = "1" THEN OCT = WH: NO = 1: KY = 1: IF L(WH, 1) > 0 THEN MV = 1 IF m$ = "2" THEN OCT = WH: NO = 2: KY = 1: IF L(WH, 2) > 0 THEN MV = 1 IF m$ = "3" THEN OCT = WH: NO = 3: KY = 1: IF L(WH, 3) > 0 THEN MV = 1 IF m$ = "4" THEN OCT = WH: NO = 4: KY = 1: IF L(WH, 4) > 0 THEN MV = 1 IF m$ = "5" THEN OCT = WH: NO = 5: KY = 1: IF L(WH, 5) > 0 THEN MV = 1 IF m$ = "6" THEN OCT = WH: NO = 6: KY = 1: IF L(WH, 6) > 0 THEN MV = 1 IF m$ = "7" THEN OCT = WH: NO = 7: KY = 1: IF L(WH, 7) > 0 THEN MV = 1 IF m$ = "8" THEN OCT = WH: NO = 8: KY = 1: IF L(WH, 8) > 0 THEN MV = 1 IF m$ = "9" THEN OCT = WH: NO = 9: KY = 1: IF L(WH, 9) > 0 THEN MV = 1 IF m$ = "0" THEN OCT = WH: NO = 10: KY = 1: IF L(WH, 10) > 0 THEN MV = 1 IF m$ = " " THEN KY = 1 LOOP WHILE KY = 0 MouseHide PUT (0, 0), tmp%, PSET END IF END IF IF A$ = "~" THEN IF MONEY(WHO) >= 3000 THEN MONEY(WHO) = MONEY(WHO) - 3000: GOSUB DESTROY: IF A$ = "C" THEN SX = SX(WHO): SY = SY(WHO): X = SX - 160: Y = SY - 100 IF A$ = "Z" THEN GOSUB WHICH: IF WH > 0 THEN SX = P(WH, 1): SY = P(WH, 2): X = SX - 160: Y = SY - 100 IF A$ = "5" THEN SX = 320: SY = 200: X = 160: Y = 100 IF A$ = "7" THEN X = 0: Y = 0: SX = 160: SY = 100 IF A$ = "9" THEN X = 319: Y = 0: SX = 480: SY = 100 IF A$ = "3" THEN X = 319: Y = 199: SX = 480: SY = 300 IF A$ = "1" THEN X = 0: Y = 199: SX = 160: SY = 300 IF A$ = "8" THEN SY = SY - 20 IF A$ = "2" THEN SY = SY + 20 IF A$ = "4" THEN SX = SX - 20 IF A$ = "6" THEN SX = SX + 20 OMX = MX: OMY = my MOUSESTATUS lb, RB, MX, my IF amouse$ = "YES" AND (MX <> OMX OR my <> OMY) THEN SX = MX + X - 2: SY = my + Y - 2 IF RB THEN X = SX - 160: Y = SY - 100: MousePut 160, 100 IF SY < 0 THEN SY = 0 IF SX < 0 THEN SX = 0 IF SX > 634 THEN SX = 643 IF SY > 394 THEN SY = 394 STX = 0: IF STX > 0 THEN STY = STICK(0) IF STX > 0 AND STY > 0 THEN IF ABS(STX - 100) < 20 THEN STX = 100 IF ABS(STY - 100) < 20 THEN STY = 100 B1 = STRIG(0) B2 = STRIG(4) SX = SX + (STX - 100) \ 3 SY = SY + (STY - 100) \ 3 END IF IF SX < X THEN X = SX IF SY < Y THEN Y = SY IF SX > X + 314 THEN X = SX - 314 IF SY > Y + 194 THEN Y = SY - 194 IF SX < 0 THEN SX = 0 IF SY < 0 THEN SY = 0 IF SX > 643 THEN SX = 643 IF SY > 394 + 200 THEN SY = 394 IF SX < X THEN Y = SY IF SY < Y THEN Y = SY IF SX > X + 314 THEN X = SX - 314 IF SY > Y + 194 THEN Y = SY - 194 IF X < 0 THEN X = 0 IF Y < 0 THEN Y = 0 IF X > 319 THEN X = 319 IF Y > 199 THEN Y = 199 IF OX <> X OR OY <> Y OR ST = 1 THEN SCREEN , , 0, 4 GET (X, Y)-(319, 199), tmp% SCREEN , , 4, 4 PUT (0, 0), tmp%, PSET SCREEN , , 1, 4 GET (0, Y)-(X, 199), tmp% SCREEN , , 4, 4 PUT (319 - X, 0), tmp%, PSET SCREEN , , 2, 4 GET (X, 0)-(319, Y), tmp% SCREEN , , 4, 4 PUT (0, 199 - Y), tmp%, PSET SCREEN , , 3, 4 GET (0, 0)-(X, Y), tmp% SCREEN , , 4, 4 PUT (319 - X, 199 - Y), tmp%, PSET END IF A$ = INKEY$ IF lb THEN A$ = " " ST = 0 LOOP WHICH: SOUND 400, .1: SOUND 3000, .1 WH = 0 FOR AZ = 1 TO 24 QX = P(AZ, 1) QY = P(AZ, 2) IF SX - 23 < QX AND SY - 23 < QY AND SX + 23 > QX AND SY + 23 > QY THEN WH = AZ NEXT AZ RETURN UPDATE: IF NM = 1 THEN GOSUB MAP1: '*UPDATE* FOR AF = 1 TO 24 IF NM = 1 THEN 'THINGS JUST BOUGHT FOR B = 0 TO 80 L(AF, B) = ABS(L(AF, B)) NEXT B 'INCOME CT = AF: N1 = 22: N2 = 30: F = 3 GOSUB CHECK: IF n > 0 THEN W = L(AF, 0): MONEY(W) = MONEY(W) + ABS(L(AF, 21)) END IF 'MOVING FOR B = 1 TO 10 IF L(AF, B) > 0 THEN WH = L(AF, B + 60) IF WH > 0 THEN IF L(WH, 0) = 0 OR L(WH, 0) = L(AF, 0) THEN CT = WH: N1 = 1: N2 = 10 GOSUB FINDSPACE: IF n > 0 THEN TY = L(AF, B) L(AF, B) = 0 L(WH, n) = TY L(WH, n + 10) = L(AF, B + 10) L(WH, n + 30) = L(AF, B + 30) L(WH, n + 40) = L(AF, B + 40) L(WH, n + 50) = L(AF, B + 50) L(WH, n + 70) = L(AF, B + 70) IF L(WH, 0) = 0 THEN L(WH, 0) = L(AF, 0) END IF ELSE TY1 = L(AF, B) L(AF, B) = 0 HP1 = L(AF, B + 10) AR1 = L(AF, B + 30) W1 = L(AF, B + 40) E1 = L(AF, B + 50) FP = L(AF, B + 60) WP1 = L(AF, B + 70) P1 = 1: P2 = 0 WH1 = L(AF, 0) WH2 = L(FP, 0) FOR AA = 1 TO 10 IF L(WH, AA) > 0 THEN P2 = P2 + 1 NEXT AA DO FC = 0 FOR AA = 22 TO 30 IF L(FP, AA) = 1 THEN FC = FC + 1 NEXT AA IF P2 > 0 THEN DO: FO = INT(10 * RND) + 1: LOOP WHILE L(FP, FO) = 0: GOSUB FIGHT: IF HP2 <= 0 THEN L(FP, FO) = 0 LOOP WHILE P1 = 1 AND P2 > 0 IF P1 = 1 THEN L(FP, 0) = WH1 L(FP, 1) = TY1 L(FP, 11) = HP1 L(FP, 31) = AR1 L(FP, 41) = W1 L(FP, 51) = E1 L(FP, 71) = WP1 ELSE L(FP, FO) = TY2 L(FP, FO + 10) = HP2 L(FP, FO + 30) = AR2 L(FP, FO + 40) = W2 L(FP, FO + 50) = E2 L(FP, FO + 70) = WP2 END IF END IF END IF END IF NEXT B FOR B = 1 TO 10 L(AF, B + 60) = 0 NEXT B NEXT AF REFRESH: IF NM = 1 THEN FOR AF = 1 TO 24 SOUND 100, .2 'UPDATING MAP FOR B = 22 TO 30 L = L(AF, B) IF B = 30 THEN FOR C = 1 TO 10 IF L(AF, C) > 0 THEN L = 8 NEXT C END IF SX = P(AF, 1) SY = P(AF, 2) IF B = 22 THEN SX = SX - 22: SY = SY - 22 IF B = 23 THEN SX = SX - 7: SY = SY - 22 IF B = 24 THEN SX = SX + 8: SY = SY - 22 IF B = 25 THEN SX = SX - 22: SY = SY - 7 IF B = 26 THEN SX = SX - 7: SY = SY - 7 IF B = 27 THEN SX = SX + 8: SY = SY - 7 IF B = 28 THEN SX = SX - 22: SY = SY + 8 IF B = 29 THEN SX = SX - 7: SY = SY + 8 IF B = 30 THEN SX = SX + 8: SY = SY + 8 IF SX < 320 AND SY < 200 THEN SCREEN , , 0, 4: sc = 0 IF SX >= 320 AND SY < 200 THEN SCREEN , , 1, 4: SX = SX - 320: sc = 1 IF SX < 320 AND SY >= 200 THEN SCREEN , , 2, 4: SY = SY - 200: sc = 2 IF SX >= 320 AND SY >= 200 THEN SCREEN , , 3, 4: SX = SX - 320: SY = SY - 200: sc = 3 IF SX < 0 THEN SX = 0 IF SY < 0 THEN SY = 0 IF SX > 299 + 5 THEN SX = 299 + 5 IF SY > 179 + 5 THEN SY = 179 + 5 C = L(AF, 0) + 8 SCREEN , , 5, 4 IF L < 8 AND L > 0 THEN GET (301, L * 15)-(315, L * 15 + 14), S% IF L = 8 THEN GET (301, 0)-(315, 14), S% SCREEN , , sc, 4 IF L > 0 THEN PUT (SX, SY), S%, PSET IF L = 1 THEN PAINT (SX + 8, SY + 8), C, 15 IF L = 2 THEN PAINT (SX + 8, SY + 3), C, 15 IF L = 3 THEN LINE (SX, SY)-(SX + 5, SY + 5), L(AF, 0) + 8, BF: LINE (SX, SY)-(SX + 5, SY + 5), L(AF, 0), B IF L = 4 THEN PAINT (SX + 13, SY + 13), C, 15 IF L = 5 THEN PAINT (SX + 8, SY + 2), C, 15: PAINT (SX + 8, SY + 13), C, 15 IF L = 6 THEN PAINT (SX + 8, SY + 3), C, 15 IF L = 7 THEN PAINT (SX + 8, SY + 3), C, 15 IF L = 8 THEN PAINT (SX + 8, SY + 8), C, 15 NEXT B NEXT AF END IF SCREEN , , 4, 4 RETURN MAP1: SOUND 800, .3 SCREEN , , 0, 4 DEF SEG = VARSEG(tmp%(0)): BLOAD "map0.gfx", 0: DEF SEG : PUT (0, 0), tmp%, PSET SCREEN , , 1, 4 DEF SEG = VARSEG(tmp%(0)): BLOAD "map1.gfx", 0: DEF SEG : PUT (0, 0), tmp%, PSET SCREEN , , 2, 4 DEF SEG = VARSEG(tmp%(0)): BLOAD "map2.gfx", 0: DEF SEG : PUT (0, 0), tmp%, PSET SCREEN , , 3, 4 DEF SEG = VARSEG(tmp%(0)): BLOAD "map3.gfx", 0: DEF SEG : PUT (0, 0), tmp%, PSET SCREEN , , 4, 4 RETURN FINDSPACE: 'CT WHAT COUNTRY n = 0: SOUND 300, .2: SOUND 500, .1 FOR AA = N2 TO N1 STEP -1 IF L(CT, AA) = 0 THEN n = AA NEXT AA RETURN CHECK: 'CHECK FOR A THING SOUND 100, .1: SOUND 200, .1 n = 0 FOR AA = N1 TO N2 IF L(CT, AA) = F THEN n = AA NEXT AA RETURN FIGHT: SCREEN , , 6, 6 CLS X1 = 20: X2 = 300: Y1 = 80: Y2 = 120: D1 = 1: D2 = 3 TY2 = L(FP, FO) HP2 = L(FP, FO + 10) AR2 = L(FP, FO + 30) W2 = L(FP, FO + 40) E2 = L(FP, FO + 50) WP2 = L(FP, FO + 70) COLOR WH1 + 8 LOCATE 13, 5: PRINT "PLAYER"; WH1 COLOR 14 LOCATE 13, 19: PRINT "vs" COLOR WH2 + 8 LOCATE 13, 25 PRINT "PLAYER"; WH2 DO: LOOP WHILE INKEY$ <> "": DO: LOOP WHILE INKEY$ = "" CLS TY1 = ABS(TY1) TY2 = ABS(TY2) REDIM MIS(10, 5) DO FOR smooth = 0 TO 1 STEP 1 \ SD OD1 = D1: OD2 = D2 A$ = "" DO: OA$ = A$: A$ = INKEY$: LOOP WHILE A$ <> "": A$ = OA$ 'STX = STICK(0): sTY = STICK(0) STX = 0: STY = 0 IF STX > 0 AND STY > 0 THEN IF STX < 80 THEN IF OD1 = 1 THEN D1 = 2 ELSE D1 = 3 IF STX > 120 THEN IF OD1 = 3 THEN D1 = 4 ELSE D1 = 1 IF STY < 80 THEN IF OD1 = 2 THEN D1 = 3 ELSE D1 = 4 IF STY > 120 THEN IF OD1 = 4 THEN D1 = 1 ELSE D1 = 2 IF STRIG(0) <> 0 OR STRIG(4) <> 0 THEN GOSUB SHOOT1: END IF IF A$ = "W" THEN GOSUB SHOOT1: IF A$ = "A" THEN D1 = OD1 - 1 IF A$ = "D" THEN D1 = OD1 + 1 IF A$ = "8" THEN GOSUB SHOOT2: IF A$ = "4" THEN D2 = OD2 - 1 IF A$ = "6" THEN D2 = OD2 + 1 FOR FF = 1 TO FC IF RND < .3 THEN GOSUB SHOOT3: NEXT FF IF D1 < 1 THEN D1 = 4 IF D1 > 4 THEN D1 = 1 IF D2 < 1 THEN D2 = 4 IF D2 > 4 THEN D2 = 1 IF D1 = 1 THEN X1 = X1 + E1 \ SD IF D1 = 2 THEN Y1 = Y1 + E1 \ SD IF D1 = 3 THEN X1 = X1 - E1 \ SD IF D1 = 4 THEN Y1 = Y1 - E1 \ SD IF D2 = 1 THEN X2 = X2 + E2 \ SD IF D2 = 2 THEN Y2 = Y2 + E2 \ SD IF D2 = 3 THEN X2 = X2 - E2 \ SD IF D2 = 4 THEN Y2 = Y2 - E2 \ SD IF X1 < 0 THEN X1 = 299 IF X2 < 0 THEN X2 = 299 IF X1 > 299 THEN X1 = 0 IF X2 > 299 THEN X2 = 0 IF Y1 < 0 THEN Y1 = 179 IF Y2 < 0 THEN Y2 = 179 IF Y1 > 179 THEN Y1 = 0 IF Y2 > 179 THEN Y2 = 0 SCREEN , , 5, 6 IF TY1 <= 10 THEN GET (D1 * 20 - 19, TY1 * 20 - 20)-(D1 * 20, TY1 * 20 - 1), S% IF TY1 >= 11 THEN GET (D1 * 20 - 19 + 80, (TY1 - 10) * 20 - 20)-(D1 * 20 + 80, (TY1 - 10) * 20 - 1), S% SCREEN , , 6, 6 LINE (OX1, OY1)-(OX1 + 20, OY1 + 20), 0, BF PUT (X1, Y1), S%, PSET SCREEN , , 5, 6 IF TY2 <= 10 THEN GET (D2 * 20 - 19, TY2 * 20 - 20)-(D2 * 20, TY2 * 20 - 1), S% IF TY2 >= 11 THEN GET (D2 * 20 - 19 + 80, (TY2 - 10) * 20 - 20)-(D2 * 20 + 80, (TY2 - 10) * 20 - 1), S% SCREEN , , 6, 6 LINE (OX2, OY2)-(OX2 + 20, OY2 + 20), 0, BF PUT (X2, Y2), S%, PSET OX1 = X1: OY1 = Y1: OX2 = X2: OY2 = Y2 LOCATE 1, 3: COLOR WH1 + 8: PRINT "HP"; INT(HP1) LOCATE 1, 34: COLOR WH2 + 8: PRINT "HP"; INT(HP2) GOSUB BULLET: HP1 = HP1 - PS1 \ 5 \ SD HP2 = HP2 - PS2 \ 5 \ SD NEXT smooth TTY = TIMER - TME IF TTY < .06 THEN SD = SD + .1 IF TTY > .08 THEN SD = SD - .1 IF TTY < .05 THEN SD = SD + .2 IF TTY > .09 THEN SD = SD - .2 TME = TIMER SD = 1 LOOP WHILE HP1 > 0 AND HP2 > 0 PS1 = 0: PS2 = 0 IF HP1 <= 0 THEN P1 = 0 ELSE P2 = P2 - 1 END IF CLS IF HP1 <= 0 THEN LOCATE 13, 15: COLOR WH2 + 8: PRINT "PLAYER"; WH2; "WON!" ELSE LOCATE 13, 15: COLOR WH1 + 8: PRINT "PLAYER"; WH1; "WON" DO: LOOP WHILE INKEY$ <> "": A$ = "": DO: LOOP WHILE INKEY$ = "" RETURN SHOOT1: IF MIS(1, 5) < 0 THEN MIS(1, 1) = X1 + 10: MIS(1, 2) = Y1 + 10: MIS(1, 3) = D1: MIS(1, 4) = WP1: MIS(1, 5) = 10 RETURN SHOOT2: IF MIS(2, 5) < 0 THEN MIS(2, 1) = X2 + 10: MIS(2, 2) = Y2 + 10: MIS(2, 3) = D2: MIS(2, 4) = WP2: MIS(2, 5) = 10 RETURN SHOOT3: IF MIS(2 + FF, 5) < 0 THEN MIS(2 + FF, 1) = 320 * RND: MIS(2 + FF, 2) = 200 * RND: MIS(2 + FF, 3) = INT(4 * RND) + 1: MIS(2 + FF, 4) = 13: MIS(2 + FF, 5) = 15 RETURN BULLET: FOR MS = 1 TO 2 + FC MX = MIS(MS, 1) my = MIS(MS, 2) MD = MIS(MS, 3) MT = MIS(MS, 4) MR = MIS(MS, 5) OMX = MX OMY = my IF MS = 1 THEN TX = X2 + 10: TY = Y2 + 10 ELSE TX = X1 + 10: TY = Y1 + 10 IF MS = 1 THEN C = WH1 ELSE C = WH2 IF MR >= 0 THEN IF MT = 1 THEN IF MD = 1 THEN MX = MX + MR + 10 \ SD IF MD = 2 THEN my = my + MR + 10 \ SD IF MD = 3 THEN MX = MX - MR - 10 \ SD IF MD = 4 THEN my = my - MR - 10 \ SD IF MD = 1 OR MD = 3 THEN XX = 10: YY = 7 IF MD = 2 OR MD = 4 THEN XX = 7: YY = 10 LINE (OMX - XX, OMY - YY)-(OMX + XX, OMY + YY), 0, BF IF MR > 0 THEN LINE (MX - XX, my - YY)-(MX + XX, my + YY), C + 8, BF END IF IF MT = 2 THEN IF MD = 1 THEN MX = MX + 25 \ SD + MR \ 2 \ SD IF MD = 2 THEN my = my + 25 \ SD + MR \ 2 \ SD IF MD = 3 THEN MX = MX - 25 \ SD - MR \ 2 \ SD IF MD = 4 THEN my = my - 25 \ SD - MR \ 2 \ SD IF MD = 1 OR MD = 3 THEN XX = 35: YY = 2 IF MD = 2 OR MD = 4 THEN XX = 2: YY = 35 LINE (OMX - XX, OMY - YY)-(OMX + XX, OMY + YY), 0, BF IF MR > 0 THEN LINE (MX - XX, my - YY)-(MX + XX, my + YY), C + 8, BF END IF IF MT = 3 THEN IF MD = 1 THEN MX = MX + 5 \ SD + ((10 - MR) + (10 - MR)) \ SD IF MD = 2 THEN my = my + 5 \ SD + ((10 - MR) + (10 - MR)) \ SD IF MD = 3 THEN MX = MX - 5 \ SD - ((10 - MR) + (10 - MR)) \ SD IF MD = 4 THEN my = my - 5 \ SD - ((10 - MR) + (10 - MR)) \ SD SS = MR \ 2 + 1 IF MX < TX THEN MX = MX + SS \ SD ELSE MX = MX - SS \ SD IF my < TY THEN my = my + SS \ SD ELSE my = my - SS \ SD XX = 8: YY = 8 LINE (OMX - 10, OMY - 10)-(OMX + 10, OMY + 10), 0, BF IF MR > 0 THEN LINE (MX - 2, my - YY)-(MX + 2, my + YY), C, BF: LINE (MX - XX, my - 2)-(MX + XX, my + 2), C, BF: CIRCLE (MX, my), 10, 14 END IF IF MT = 4 THEN IF MD = 1 THEN MX = MX + 15 \ SD: IF MX > TX THEN ND = 4 IF MD = 2 THEN my = my + 15 \ SD: IF my > TY THEN ND = 1 IF MD = 3 THEN MX = MX - 15 \ SD: IF MX < TX THEN ND = 2 IF MD = 4 THEN my = my - 15 \ SD: IF my < TY THEN ND = 3 MD = ND XX = 8: YY = 8 LINE (OMX - 10, OMY - 10)-(OMX + 10, OMY + 10), 0, BF IF MR > 0 THEN LINE (MX - 2, my - YY)-(MX + 2, my + YY), C, BF: LINE (MX - XX, my - 2)-(MX + XX, my + 2), C, BF: CIRCLE (MX, my), 10, 12 END IF IF MT = 5 THEN IF MD = 1 THEN MX = MX + MR * MR \ 3 \ SD IF MD = 2 THEN my = my + MR * MR \ 3 \ SD IF MD = 3 THEN MX = MX - MR * MR \ 3 \ SD IF MD = 4 THEN my = my - MR * MR \ 3 \ SD XX = 13: YY = 13 CIRCLE (OMX, OMY), 15, 0: CIRCLE (OMX - 4 + MR, OMY - 4 + MR), 5, 0 IF MR > 0 THEN CIRCLE (MX, my), 15, 15: CIRCLE (MX - 5 + MR, my - 5 + MR), 5, 15 END IF IF MT = 6 THEN IF MD = 1 THEN MX = MX + 10 \ SD IF MD = 2 THEN my = my + 10 \ SD IF MD = 3 THEN MX = MX - 10 \ SD IF MD = 4 THEN my = my - 10 \ SD IF MD = 1 OR MD = 3 THEN XX = 7: YY = 25 - MR - MR IF MD = 2 OR MD = 4 THEN YY = 7: XX = 25 - MR - MR LINE (OMX - XX, OMY - YY)-(OMX + XX, OMY + YY), 0, BF IF MR > 0 THEN LINE (MX - XX, my - YY)-(MX + XX, my + YY), 15 * RND, BF END IF IF MT = 7 THEN IF MD = 1 THEN MX = MX + 20 \ SD IF MD = 2 THEN my = my + 20 \ SD IF MD = 3 THEN MX = MX - 20 \ SD IF MD = 4 THEN my = my - 20 \ SD XX = 25 - MR - MR: YY = XX XY = 25 - MR - MR - 1 CIRCLE (OMX, OMY), XY, 0: CIRCLE (OMX, OMY), XY \ 6, 0: CIRCLE (OMX, OMY), XY \ 3, 0 IF MR > 0 THEN CIRCLE (MX, my), XX, 12: CIRCLE (MX, my), XX \ 6, 4: CIRCLE (MX, my), XX \ 3, 12 END IF IF MT = 8 THEN IF MS = 1 THEN SP = E1 ELSE SP = E2 IF MD = 1 THEN MX = MX + 3 + SP \ SD XX = (10 - MR) * 3 YY = 20 END IF IF MD = 2 THEN my = my + 3 + SP \ SD YY = (10 - MR) * 3 XX = 20 END IF IF MD = 3 THEN MX = MX - SP - 3 \ SD XX = (10 - MR) * 3 YY = 20 END IF IF MD = 4 THEN my = my - SP - 3 \ SD YY = (10 - MR) * 3 XX = 20 END IF LINE (OMX - XX, OMY - YY)-(OMX + XX, OMY + YY), 0, BF IF MR > 0 THEN LINE (MX - XX, my - YY)-(MX + XX, my + YY), C + 8, BF END IF IF MT = 9 THEN IF MD = 1 THEN MX = MX + 14 \ SD: XO = 0: YO = (11 - MR) * 5 IF MD = 2 THEN my = my + 14 \ SD: YO = 0: XO = (11 - MR) * 5 IF MD = 3 THEN MX = MX - 14 \ SD: XO = 0: YO = (11 - MR) * 5 IF MD = 4 THEN my = my - 14 \ SD: YO = 0: XO = (11 - MR) * 5 XX = 10: YY = 10 LINE (OMX - XX, OMY - YY)-(OMX + XX, OMY + YY), 0, BF IF MR > 0 THEN LINE (MX - XX, my - YY)-(MX + XX, my + YY), C + 8, BF IF MX - XX - 10 - XO < TX AND MX + XX + 10 - XO > TX AND my - YY - 10 - YO < TY AND my + YY + 10 - YO > TY THEN IF MS = 1 THEN DM = (W1 \ SQR(AR2) + W1) \ 2 ELSE DM = (W2 \ SQR(AR1) + W1) \ 2 IF MS = 1 THEN HP2 = HP2 - DM \ SD ELSE HP1 = HP1 - DM \ SD SOUND 100, .1: SOUND 300, .2: SOUND 37, .3 END IF IF MX - XX - 10 + XO < TX AND MX + XX + 10 + XO > TX AND my - YY - 10 + YO < TY AND my + YY + 10 + YO > TY THEN IF MS = 1 THEN DM = (W1 \ SQR(AR2) + W1) \ 2 ELSE DM = (W2 \ SQR(AR1) + W1) \ 2 IF MS = 1 THEN HP2 = HP2 - DM \ SD ELSE HP1 = HP1 - DM \ SD SOUND 100, .1: SOUND 300, .2: SOUND 37, .3 END IF LINE (OMX - XX - XO - 5, OMY - YY - YO - 5)-(OMX + XX - XO + 5, OMY + YY - YO + 5), 0, BF IF MR > 0 THEN LINE (MX - XX - XO, my - YY - YO)-(MX + XX - XO, my + YY - YO), C + 8, BF LINE (OMX - XX + XO - 5, OMY - YY + YO - 5)-(OMX + XX + XO + 5, OMY + YY + YO + 5), 0, BF IF MR > 0 THEN LINE (MX - XX + XO, my - YY + YO)-(MX + XX + XO, my + YY + YO), C + 8, BF END IF IF MT = 10 THEN IF MS = 1 THEN SP = E1 ELSE SP = E2 IF MD = 1 THEN MX = MX + 5 + SP \ SD XX = (10 - MR) * 5 YY = 20 END IF IF MD = 2 THEN my = my + 5 + SP \ SD YY = (10 - MR) * 5 XX = 20 END IF IF MD = 3 THEN MX = MX - SP - 5 \ SD XX = (10 - MR) * 5 YY = 20 END IF IF MD = 4 THEN my = my - SP - 5 \ SD YY = (10 - MR) * 5 XX = 20 END IF LINE (OMX - XX, OMY - YY)-(OMX + XX, OMY + YY), 0, BF IF MR > 0 THEN LINE (MX - XX, my - YY)-(MX + XX, my + YY), C + 8, BF END IF IF MT = 11 THEN IF MD = 1 THEN MX = MX + (MR + MR) \ SD + 5 \ SD: my = my + 8 * RND \ SD - 4 \ SD IF MD = 2 THEN my = my + (MR + MR) \ SD + 5 \ SD: MX = MX + 8 * RND \ SD - 4 \ SD IF MD = 3 THEN MX = MX - (MR + MR) \ SD - 5 \ SD: my = my + 8 * RND \ SD - 4 \ SD IF MD = 4 THEN my = my - (MR + MR) \ SD - 5 \ SD: MX = MX + 8 * RND \ SD - 4 \ SD XX = 10: YY = 10 LINE (OMX - XX, OMY - YY)-(OMX + XX, OMY + YY), 0, BF IF MR > 0 THEN IF MD = 1 OR MD = 3 THEN LINE (MX - XX, my - YY)-(MX + XX, my - 5), C + 8, BF: LINE (MX - XX, my + YY)-(MX + XX, my + 5), C + 8, BF IF MR > 0 THEN IF MD = 2 OR MD = 4 THEN LINE (MX - XX, my - YY)-(MX - 5, my + YY), C + 8, BF: LINE (MX + XX, my - YY)-(MX + 5, my + YY), C + 8, BF END IF IF MT = 12 THEN IF MS = 1 THEN MX = X1 + 10: my = Y1 + 10 ELSE MX = X2 + 10: my = Y2 + 10 XX = 11 - MR + 7: YY = 11 - MR + 7 LINE (OMX - XX, OMY - YY)-(OMX + XX, OMY + YY), 0, BF IF MR > 0 THEN LINE (MX - XX, my - YY)-(MX + XX, my + YY), C + 8, BF END IF IF MT = 13 THEN IF MR > 2 THEN IF MX > TX THEN MX = MX - 5 \ SD ELSE MX = MX + 5 \ SD IF my > TY THEN my = my - 5 \ SD ELSE my = my + 5 \ SD MX = MX + 5 * RND - 2.5: my = my + 5 * RND - 2.5: XX = 5: YY = 5 END IF IF MR <= 1 THEN XX = 40: YY = 40: SOUND 400, .2: SOUND 300, .1 IF MR = 2 THEN XX = 20: YY = 20: FOR S = 1 TO 10: SOUND 137 - S * 10, .1: NEXT S LINE (OMX - XX, OMY - XX)-(OMX + XX, OMY + XX), 0, BF IF MR > 0 THEN LINE (MX - XX, my - XX)-(MX + XX, my + XX), C + 8, BF END IF IF MT = 14 THEN IF MD = 1 THEN MX = MX + 15 \ SD IF MD = 2 THEN my = my + 15 \ SD IF MD = 3 THEN MX = MX - 15 \ SD IF MD = 4 THEN my = my - 15 \ SD IF MX > TX THEN MX = MX - 2 \ SD ELSE MX = MX + 2 \ SD IF my > TY THEN my = my - 2 \ SD ELSE my = my + 2 \ SD XX = (11 - MR) * 3 YY = (11 - MR) * 3 LINE (OMX - XX, OMY - XX)-(OMX + XX, OMY + XX), 0, BF IF MR > 0 THEN LINE (MX - XX, my - XX)-(MX + XX, my + XX), C + 8, BF END IF IF MT = 15 THEN IF MR \ 2 = INT(MR \ 2) THEN IF MX - 10 > TX THEN MD = 3 ELSE IF MX + 10 < TX THEN MD = 1 IF my - 10 > TY THEN MD = 4 ELSE IF my + 10 < TY THEN MD = 2 END IF IF MD = 1 THEN MX = MX + 25 \ SD + MR \ 2 \ SD IF MD = 2 THEN my = my + 25 \ SD + MR \ 2 \ SD IF MD = 3 THEN MX = MX - 25 \ SD - MR \ 2 \ SD IF MD = 4 THEN my = my - 25 \ SD - MR \ 2 \ SD IF MD = 1 OR MD = 3 THEN XX = 15: YY = 2 IF MD = 2 OR MD = 4 THEN XX = 2: YY = 15 LINE (OMX - 15, OMY - 15)-(OMX + 15, OMY + 15), 0, BF IF MR > 0 THEN LINE (MX - XX, my - YY)-(MX + XX, my + YY), C + 8, BF END IF IF MT = 16 THEN IF MR \ 2 = INT(MR \ 2) THEN IF MX - 10 > TX THEN MD = 3 ELSE IF MX + 10 < TX THEN MD = 1 IF my - 10 > TY THEN MD = 4 ELSE IF my + 10 < TY THEN MD = 2 END IF IF MD = 1 THEN MX = MX + MR + 10 \ SD IF MD = 2 THEN my = my + MR + 10 \ SD IF MD = 3 THEN MX = MX - MR - 10 \ SD IF MD = 4 THEN my = my - MR - 10 \ SD IF MD = 1 OR MD = 3 THEN XX = 10: YY = 7 IF MD = 2 OR MD = 4 THEN XX = 7: YY = 10 LINE (OMX - 10, OMY - 10)-(OMX + 10, OMY + 10), 0, BF IF MR > 0 THEN LINE (MX - XX, my - YY)-(MX + XX, my + YY), C + 8, BF END IF IF MT = 17 THEN IF MR > 3 THEN MR = 3 IF MD = 1 THEN MX = MX + 45 \ SD IF MD = 2 THEN my = my + 45 \ SD IF MD = 3 THEN MX = MX - 45 \ SD IF MD = 4 THEN my = my - 45 \ SD IF MD = 1 OR MD = 3 THEN XX = 20: YY = 10 IF MD = 2 OR MD = 4 THEN XX = 10: YY = 20 LINE (OMX - XX, OMY - YY)-(OMX + XX, OMY + YY), 0, BF IF MR > 0 THEN LINE (MX - XX, my - YY)-(MX + XX, my + YY), C + 8, BF END IF IF MT = 18 THEN XX = 25: YY = 25 IF MS = 1 THEN MX = X1: my = Y1 ELSE MX = X2: my = Y2 IF MX - XX - 10 < TX AND MX + XX + 10 > TX AND my - YY - 10 < TY AND my + YY + 10 > TY THEN IF MS = 1 THEN HP1 = HP1 + 5 ELSE HP2 = HP2 + 5 END IF LINE (OMX - XX, OMY - YY)-(OMX + XX, OMY + YY), 0, BF IF MR > 0 THEN LINE (MX - XX, my - YY)-(MX + XX, my + YY), C + 8, BF END IF IF MT = 19 THEN XX = (11 - MR) * 7: YY = XX LINE (OMX - XX, OMY - YY)-(OMX + XX, OMY + YY), 0, BF IF MR > 0 THEN LINE (MX - XX, my - YY)-(MX + XX, my + YY), C + 8, BF END IF IF MT = 20 THEN IF MD = 1 THEN MX = MX + 15 \ SD IF MD = 2 THEN my = my + 15 \ SD IF MD = 3 THEN MX = MX - 15 \ SD IF MD = 4 THEN my = my - 15 \ SD XX = 13: YY = 13 LINE (OMX - XX, OMY - YY)-(OMX + XX, OMY + YY), 0, BF IF MR > 0 THEN LINE (MX - XX, my - YY)-(MX + XX, my + YY), C, BF IF MR > 0 THEN LINE (MX - XX \ 2, my - YY \ 2)-(MX + XX \ 2, my + YY \ 2), C + 8, BF END IF MR = MR - 1 \ SD XX = XX + 10: YY = YY + 10 IF MS = 1 THEN DM = W1 \ SQR(AR2) ELSE DM = W2 \ SQR(AR1) IF MS > 2 THEN DM = 7 \ SQR(AR1) IF MX - XX < TX AND MX + XX > TX AND my - YY < TY AND my + YY > TY THEN IF MS = 1 THEN HP2 = HP2 - DM \ SD ELSE HP1 = HP1 - DM \ SD SOUND 100, .1: SOUND 300, .2: SOUND 37, .3 IF MT = 20 THEN IF MS = 1 THEN PS2 = PS2 + 1 \ SD ELSE PS1 = PS1 + 1 \ SD END IF END IF MIS(MS, 1) = MX MIS(MS, 2) = my MIS(MS, 3) = MD MIS(MS, 4) = MT MIS(MS, 5) = MR END IF NEXT MS RETURN DESTROY: GOSUB WHICH: IF WH > 0 AND L(WH, O) <> WHO THEN FOR A = 1 TO 4 * RND + 1 DS = INT(22 + 9 * RND) IF L(WH, DS) > 0 THEN L(WH, DS) = 0: FOR A = 1 TO 30: SOUND 37 + 200 * RND, .1: NEXT A NEXT A FOR A = 1 TO 4 * RND + 3 DS = INT(11 + 11 * RND) L(WH, DS) = L(WH, DS) - 100 * RND IF L(WH, DS) <= 0 THEN L(WH, DS - 10) = 0: FOR A = 1 TO 40: SOUND 1000 - A * 20, .1: NEXT A NEXT A ELSE BEEP END IF RETURN '//////////////////////////////////////////////////////////////// '//////////////////////////////////////////////////////////////// '//////////////////////////////////////////////////////////////// '//////////////////////////////////////////////////////////////// '//////////////////////////////////////////////////////////////// mouse: RESTORE mouse$ = SPACE$(57) FOR I% = 1 TO 57 READ A$ H$ = CHR$(VAL("&H" + A$)) MID$(mouse$, I%, 1) = H$ NEXT I% CLS MS% = MouseInit% IF NOT MS% THEN PRINT "Mouse not found" PRINT "YOU WILL SUFFER WITH ONLY KEYS TO GUIDE YOUR PATH TO VICTORY!!" LET amouse$ = "NO": ELSE PRINT "I have found your mouse!!" PRINT "I think it's pretty cool!!" LET amouse$ = "YES" END IF RETURN DATA 55,89,E5,8B,5E,0C,8B,07,50,8B,5E,0A,8B,07,50,8B DATA 5E,08,8B,0F,8B,5E,06,8B,17,5B,58,1E,07,CD,33,53 DATA 8B,5E,0C,89,07,58,8B,5E,0A,89,07,8B,5E,08,89,0F DATA 8B,5E,06,89,17,5D,CA,08,00 SUB MouseDriver (AX%, bx%, CX%, DX%) DEF SEG = VARSEG(mouse$) mouse% = SADD(mouse$) CALL Absolute(AX%, bx%, CX%, DX%, mouse%) END SUB SUB MouseHide AX% = 2 MouseDriver AX%, 0, 0, 0 END SUB FUNCTION MouseInit% AX% = 0 MouseDriver AX%, 0, 0, 0 MouseInit% = AX% END FUNCTION SUB MousePut (X%, Y%) AX% = 4 CX% = X% * 2 DX% = Y% MouseDriver AX%, 0, CX%, DX% END SUB SUB MouseShow AX% = 1 MouseDriver AX%, 0, 0, 0 END SUB SUB MOUSESTATUS (lb%, RB%, xmouse%, ymouse%) AX% = 3 MouseDriver AX%, bx%, CX%, DX% lb% = ((bx% AND 1) <> 0) RB% = ((bx% AND 2) <> 0) xmouse% = CX% \ 2 ymouse% = DX% END SUB
0 HOME 1 TREE$ = "" 2 RET$ = CHR$(13) 3 LINE = 1 4 SIZE = 0 5 REM GET TREE SIZE 6 INPUT "TREE SIZE: "; SIZE 7 PRINT 8 REM STARTS DRAWING THE TREE 10 FOR I = 1 TO SIZE 20 FOR J = I TO SIZE 30 TREE$ = TREE$ + " " 40 NEXT J 50 FOR J = 1 TO LINE 60 TREE$ = TREE$ + "*" 70 NEXT J 80 LINE = LINE + 2 90 TREE$ = TREE$ + RET$ 100 NEXT I 110 REM DRAW THE BASE OF THE TREE 120 FOR I = 1 TO SIZE 130 TREE$ = TREE$ + " " 140 NEXT I 150 TREE$ = TREE$ + "=" 160 REM PRINT THE FINAL TREE 170 PRINT TREE$ + RET$ + CHR$(7) 180 FLASH 190 PRINT "MERRY CHRISTMAS DUDE :D" 200 NORMAL
100 ' 110 ' L E D G E R 120 ' 130 ' USES MERGED DATA FILE (.MDT) AND CHART OF ACCOUNTS (.COA) 140 ' TO PRODUCE A LEDGER REPORT IN FORM SPECIFIED BY .RPT FILE. 150 ' 160 ' COPYRIGHT 1973, LUPFER & LONG COMPUTER SERVICES 170 ' 180 DIM I(132),O(132),D(16),T(132) 190 DIM R(16,15) 200 DIM F$(10) 210 DIM G(4,15),G$(5) 220 DIM A(12,10) 230 DIM H(72),H$(5) 240 ' 245 REM ========= FILES ================= 250 FILE #3, "COMCOM.TMP" 270 FOR X=1 TO 10 280 READ #3, F$(X) 290 NEXT X 310 FILE :4: F$(5) ' .COA 320 GOSUB 8500 330 FILE :1: F$(6) ' .RPT 340 GOSUB 7500 350 FILE :2: F3$ ' .MDT 570 READ :2: S1$ 580 REM ======== INITIALIZE ============= 590 FOR Y=H(1) TO 1 STEP -1 600 IF R(2,Y)<>1 GO TO 620 610 F1=Y 620 IF R(2,Y)<>7 GO TO 632 630 F2=Y 632 IF R(2,Y)<>5 GO TO 640 634 F4=Y 640 NEXT Y 650 P6=68 660 P8=69 670 P7=0 675 ' SPECIAL PRINT POSITIONS (ENDING) 680 C1$="OPENING BALANCE" 690 C2$="CLOSING BALANCE" 700 V2=20 710 IF F4=0 GO TO 725 715 IF R(8,F2)-R(8,F4)<15 GO TO 725 720 V2=R(8,F4)+14 725 V1=(V2-15)+G1+3+G2 730 V3=R(9,F2) 735 V4=V3+2 800 ' 810 GOSUB 2150 820 B7$=SPACE$(72) 830 CHANGE B7$ TO O 840 REM ======== PRINT OPENING BALANCE ======= 850 GOSUB 8700 ' GET .COA RECORD 860 IF S1=1 GO TO 1640 870 IF G4>1 GO TO 900 880 A$(1)=G$(3) 890 GO TO 910 900 A$(1)=MID$(G$(5),10(G4-1),10) 910 A$(2)=MID$(G$(5),10G4,10) 915 GOSUB 4000 920 G$(1)=RIGHT$(G$(1),G1) 930 S$=G$(1)+" "+G$(4) 940 CHANGE S$ TO T 950 T1=V1 960 GOSUB 2020 970 GOSUB 4000 980 GOSUB 4000 990 CHANGE C1$ TO T 1000 T1=V2 1010 GOSUB 2020 1020 CHANGE A$(1) TO T 1030 GOSUB 3000 1040 T1=V3 1050 GOSUB 2080 1060 GOSUB 4000 1070 REM ======== PRINT DETAILS =============== 1080 IF C$>G$(1) THEN 1480 1082 REM ------- JOURNAL ENTRY # ------- 1084 IF H(6)=0 GO TO 1100 1086 T=100(I(1)-20)+(I(2)-20) 1088 FOR K2=H(6)+3 TO H(6) STEP -1 1090 T2=T-INT(T/10)10 1092 O(K2)=ASC(0)+T2 1094 T=INT(T/10) 1096 IF T=0 GO TO 1100 1098 NEXT K2 1100 REM ------- INSERT FIELDS -------- 1102 FOR Y=1 TO H(1) 1104 IF R(8,Y)=0 GO TO 1430 1110 IF R(2,Y)=F1 THEN 1430 1120 T6=R(11,Y) 1130 ' - NUMERIC OR STRING - 1140 IF R(3,Y)>2 THEN 1200 1150 FOR Z=1 TO R(4,Y) 1160 T(Z)=I(T6+Z-1) 1170 NEXT Z 1180 GO TO 1400 1190 ' - DATE - 1200 IF R(3,Y)<>3 THEN 1310 1210 T(1)=I(T6+2) 1220 T(2)=I(T6+3) 1230 T(4)=I(T6+4) 1240 T(5)=I(T6+5) 1250 T(7)=I(T6) 1260 T(8)=I(T6+1) 1270 T(3)=ASC(-) 1280 T(6)=ASC(-) 1290 GO TO 1400 1300 ' - AMOUNT - 1310 IF R(3,Y)<>4 THEN 9000 1320 FOR Z=T6 TO T6+R(4,Y)-1 1330 T(Z-T6+1)=I(Z) 1340 NEXT Z 1350 T(0)=R(4,Y) 1360 T1=R(9,Y) 1370 GOSUB 2080 1380 GO TO 1430 1390 ' - COMMON - 1400 T(0)=R(5,Y) 1410 T1=R(9,Y) 1420 GOSUB 2020 1430 NEXT Y 1450 GOSUB 4000 1460 GOSUB 2150 1470 GO TO 1080 1480 REM ======= PRINT CLOSING BALANCE ======= 1490 CHANGE C2$ TO T 1500 T1=V2 1510 GOSUB 2020 1530 CHANGE A$(2) TO T 1540 GOSUB 3000 1550 T1=V3 1560 GOSUB 2080 1570 O(V4)=ASC() 1580 P5=1 1590 PRINT 1600 P8=P8+1 1610 GOSUB 4000 1630 GO TO 840 1640 REM =========== WRAP-UP ============ 1650 P1$="DONE" 1660 GOSUB 4030 1670 IF C$="ZZZZ" GO TO 2000 1680 PRINT "INCOMPLETE .MDT PASS ";C$;" ";G$(1) 1690 GO TO 9000 2000 REM --------- DONE ----------- 2010 CHAIN F$(10)+F$(9) 2015 REM ========== SUBROUTINES ============ 2018 ' 2020 REM ---MOVE STRING TO O--- 2030 T2=T1-T(0)+1 2040 FOR T3=T2 TO T1 2050 O(T3)=T(T3-T2+1) 2060 NEXT T3 2070 RETURN 2080 REM ---MOVE DOLLAR TO O--- 2090 GOSUB 2280 2100 T2=T1-16+D1 2110 FOR T3=T2 TO T1 2120 O(T3)=D(T3-T2+D1) 2130 NEXT T3 2140 RETURN 2150 REM ------- READ DATA FILE (.MDT) -------- 2160 IF END :2 THEN 2260 2170 READ :2: I$ 2172 SET :2, LOC(2)-1 ' RETRY 2174 READ :2: S$ 2175 IF I$=S$ GO TO 2180 2176 SET :2, LOC(2)-1 2177 GO TO 2170 2180 IF I$="EOF" THEN 2260 2190 CHANGE I$ TO I 2200 C$=MID$(I$,R(11,F1),R(5,F1)) 2210 IF C$>=C9$ THEN 2240 2220 PRINT "FILE OUT OF SEQUENCE---CAN'T RUN LEDGER" 2230 GO TO 9000 2240 C9$=C$ 2250 RETURN 2260 C$="ZZZZ" 2270 GO TO 2250 2280 REM ---DOLLAR FIELD PRINT--- 2290 D1=16-T(0)-INT((T(0)-4)/3) 2300 D2=1 2310 D3=0 2320 FOR D9=1 TO 16 2330 D(D9)=32 2340 IF D9<D1 THEN 2380 2350 IF D9>8 THEN 2370 2360 ON D9 GO TO 2380,2400,2400,2400,2460,2400,2400,2400 2370 ON D9-8 GO TO 2460,2400,2400,2420,2490,2420,2420,2420 2380 NEXT D9 2390 RETURN 2400 IF D3>0 THEN 2420 2410 IF T(D2)=ASC(0) THEN 2440 2420 D(D9)=T(D2) 2430 D3=1 2440 D2=D2+1 2450 GO TO 2380 2460 IF D3=0 THEN 2480 2470 D(D9)=ASC(,) 2480 GO TO 2380 2490 D(D9)=ASC(.) 2500 GO TO 2380 2510 REM 3000 REM --------- UNPACK SIGN --------- 3010 T(0)=11 3020 T(11)=ASC(SP) 3030 IF T(10)<=ASC(9) GO TO 3060 3040 T(10)=T(10)-10 3050 T(11)=ASC(-) 3060 RETURN 4000 REM --- TOP OF PAGE/PRINT ---- 4010 IF P8<59 THEN 4210 4020 IF P7=0 THEN 4070 4030 FOR P9=P8 TO 61 4040 GOSUB 4350 4050 NEXT P9 4060 PRINT TAB(31);"PAGE";P7 4070 PRINT 4080 PRINT "." 4090 PRINT 4100 P7=P7+1 4110 IF P1$="DONE" THEN 4320 4120 GOSUB 4330 4130 FOR P9=1 TO 3 4140 PRINT TAB(24);H$(P9) 4150 NEXT P9 4160 PRINT 4165 PRINT 4170 PRINT H$(4) 4180 PRINT H$(5) 4190 PRINT 4200 P8=12 4210 FOR K1=O(0) TO 1 STEP -1 4211 IF O(K1)<>32 GO TO 4214 4212 NEXT K1 4214 O(0)=K1 4216 CHANGE O TO O$ 4220 PRINT O$ 4230 P8=P8+1 4240 CHANGE B7$ TO O 4270 P5=0 4280 IF P5=0 THEN 4320 4290 IF P8=51 THEN 4320 4300 PRINT 4310 P8=P8+1 4320 RETURN 4330 PRINT 4340 PRINT 4350 PRINT 4360 RETURN 5000 REM ---ACCUMULATE--- 5010 A1=13-T(0) 5020 A2=1 5030 IF T(13-A1)<>ASC(-) THEN 5050 5040 A2=-1 5050 FOR A8=A1 TO 11 5060 IF T(A8-A1+1)=ASC(0) THEN 5100 5070 A4=T(A8-A1+1)-48 5080 A5=INT((A2A4)+.5) 5090 A(A8,A9)=A(A8,A9)+A5 5100 NEXT A8 5110 RETURN 5199 REM 5200 REM ---READ ACCUMULATOR--- 5210 T(12)=32 5220 FOR A8=11 TO 1 STEP -1 5230 A1=0 5240 IF A(A8,A9)=0 THEN 5260 5250 A1=A(A8,A9)/10 5260 A2=INT(A1) 5270 A(A8-1,A9)=A(A8-1,A9)+A2 5280 A(A8,A9)=INT(.5+10(A1-A2)) 5290 NEXT A8 5300 IF A(0,A9)=0 THEN 5350 5310 A(11,A9)=A(11,A9)-1 5320 A(0,A9)=0 5330 T(12)=ASC(-) 5340 GO TO 5220 5350 FOR A8=1 TO 11 5360 IF T(12)<>ASC(-) THEN 5390 5370 T(A8)=ASC(0)+9-A(A8,A9) 5380 GO TO 5400 5390 T(A8)=ASC(0)+A(A8,A9) 5400 NEXT A8 5410 T(0)=12 5420 IF T(12)<>ASC(-) THEN 5450 5430 A(0,A9)=-1 5440 A(11,A9)=A(11,A9)+1 5450 FOR I=1 TO T(0)-2 5460 IF T(I)<>ASC(0) GO TO 5480 5470 NEXT I 5480 RETURN 5600 REM ---CLEAR ACCUMULATOR--- 5610 FOR A8=0 TO 12 5620 A(A8,A9)=0 5630 NEXT A8 5640 RETURN 6000 REM --- KLUDGE CHAR SET FOR PDP-10 --- 6010 FOR K1=1 TO O(0) 6020 IF O(K1)>13 GO TO 6040 6030 O(K1)=100+O(K1) 6040 NEXT K1 6050 RETURN 6100 REM ---- UNKLUDGE PDP-10 CHARS ----- 6110 FOR K1=1 TO I(0) 6120 IF I(K1)<100 GO TO 6140 6130 I(K1)=I(K1)-100 6140 NEXT K1 6150 RETURN 7500 REM -------- READ .RPT ---------- 7505 GOSUB 8400 7510 CHANGE I$ TO I 7520 GOSUB 6100 7530 FOR K1=1 TO I(0) 7540 H(K1)=I(K1) 7550 NEXT K1 7560 F3$=MID$(I$,9,10) 7570 FOR Y=1 TO H(1) 7580 GOSUB 8400 7590 CHANGE I$ TO I 7600 GOSUB 6100 ' UN-KLUDGE 7610 FOR X=1 TO I(0) 7620 R(X,Y)=I(X) 7630 NEXT X 7660 NEXT Y 7670 FOR X=1 TO 5 7680 GOSUB 8400 7685 H$(X)=I$ 7690 NEXT X 7700 H$(3)="PERIOD ENDING "+G2$ 7790 RETURN 8400 REM -----READ WITH RETRY ------- 8410 READ :1: I$ 8420 SET :1, LOC(1)-1 8430 READ :1: S$ 8440 IF I$=S$ GO TO 8490 8450 SET :1, LOC(1)-1 8460 GO TO 8410 8490 RETURN 8500 REM ----- READ .COA HEADER --------- 8510 S1=0 8520 GOSUB 8900 8521 G1$=I$ 8530 CHANGE G1$ TO I 8535 GOSUB 6100 8540 G1=I(10) 8550 G2=I(11) 8560 G3=I(12) 8570 G4=I(13) 8580 G5=I(14) 8590 G6=I(15) 8600 G7=I(16) 8601 G8=I(16) 8602 S$=G1$ 8604 G2$=MID$(S$,29+8(G4-G6),8) 8610 SET :4, LOC(4)+1 8690 RETURN 8700 REM ----- READ .COA RECORD ----------- 8705 SET :4, LOC(4)+G7 8710 IF LOC(4)<=LOF(4) GO TO 8800 8720 S1=1 8730 GO TO 8890 8800 GOSUB 8900 8830 G$(1)=LEFT$(I$,8) 8840 G$(2)=MID$(I$,10,4) 8850 G$(3)=MID$(I$,14,10) 8860 G$(4)=MID$(I$,24,G2) 8870 GOSUB 8900 8880 G$(5)=I$ 8890 RETURN 8900 ' SPECIAL READ WITH RE-TRY 8910 READ :4: I$ 8920 SET :4, LOC(4)-1 8930 READ :4: I2$ 8940 IF I$=I2$ GO TO 8990 8960 SET :4, LOC(4)-1 8970 GO TO 8910 8990 RETURN 9000 REM ---TROUBLE--- 9010 PRINT "* PROGRAM ERROR * LEDGER *" 9020 STOP 9999 END
Attribute VB_Name = "modSmartFind" ' '---------------------------------------------------------- ' Project : DoDMudServer ' Module : modSmartFind ' Author : Chris Van Hooser ' Copyright : 2004, Spike Technologies, Chris Van Hooser ' Email : spike.spikey@comcast.net '---------------------------------------------------------- ' Public Enum SmartFindChoices Inventory_Item = 0 Equiped_Item = 1 Item_In_Room = 2 Monster_In_Room = 3 Item_In_Shop = 4 Player_In_Room = 5 Hidden_Item = 6 All_Players = 7 All_Items = 8 All_Monsters = 9 End Enum Public Function SmartFind(Index As Long, SmartFindWhat As String, Which As SmartFindChoices, Optional bPutUnFormattedInByRef As Boolean = False, Optional ByRef UnFormatted As String) As String Dim i As Long If Index = 0 Or modSC.FastStringComp(SmartFindWhat, "") Then Exit Function SmartFindWhat = LCaseFast(SmartFindWhat) Dim pINV$, tArr() As String, Floor$, Monsters$, ShopItems$, ShopItemsIDs$, _ Players$, ShopDBIndex As Long, tArr2() As String Dim s As String Dim j As Long Dim k As Long Dim t As String Dim dbIndex As Long Select Case Which Case 0 dbIndex = GetPlayerIndexNumber(Index) With dbPlayers(dbIndex) pINV$ = modGetData.GetPlayersInvFromNums(Index, , dbIndex) & modItemManip.GetListOfLettersFromInv(dbIndex) pINV$ = LCaseFast(ReplaceFast(pINV$, "0", "")) If modSC.FastStringComp(pINV$, "") Then SmartFind = SmartFindWhat: Exit Function SplitFast Left$(pINV$, Len(pINV$) - 1), tArr, "," For i = 0 To UBound(tArr) tArr(i) = LCaseFast(tArr(i)) If InStr(1, ReplaceFast(tArr(i), Chr$(0), ""), SmartFindWhat) Then s = s & LCaseFast(tArr(i)) & ";" If bPutUnFormattedInByRef And InStr(1, tArr(i), "note: ") = 0 Then SplitFast .sInventory, tArr2, ";" t = t & tArr2(i) & ";" End If End If If DE Then DoEvents Next If DCount(s, ";") = 1 Then SmartFind = Left$(s, Len(s) - 1) If t <> "" Then UnFormatted = Left$(t, Len(t) - 1) End If Exit Function ElseIf s <> "" Then Erase tArr SplitFast s, tArr, ";" SplitFast t, tArr2, ";" j = Len(tArr(LBound(tArr))) For i = LBound(tArr) To UBound(tArr) If tArr(i) <> "" Then If Len(tArr(i)) < j Then j = Len(tArr(i)) k = i End If End If If DE Then DoEvents Next SmartFind = tArr(k) If k < UBound(tArr2) Then If tArr2(k) <> "" Then UnFormatted = tArr2(k) End If End If Exit Function End If SmartFind = "----1" UnFormatted = "" End With Case 1 dbIndex = GetPlayerIndexNumber(Index) With dbPlayers(dbIndex) pINV$ = modGetData.GetPlayersEqFromNums(Index, True, dbIndex) SplitFast LCaseFast(Left$(pINV$, Len(pINV$) - 1)), tArr, "," pINV = .sArms & ";" & .sBack & ";" & .sBody & ";" & .sEars & ";" & .sFace & _ ";" & .sFeet & ";" & .sHands & ";" & .sHead & ";" & .sLegs & ";" & .sNeck & _ ";" & .sShield & ";" & .sWaist & ";" & .sWeapon & ";" & .sRings( _ 0) & ";" & .sRings(1) & ";" & .sRings(2) & ";" & .sRings(3) & ";" & .sRings( _ 4) & ";" & .sRings(5) SplitFast pINV$, tArr2, ";" For i = 0 To UBound(tArr) If InStr(1, ReplaceFast(tArr(i), Chr$(0), ""), SmartFindWhat) Then s = s & tArr(i) & ";" If bPutUnFormattedInByRef Then t = t & tArr2(i) & ";" End If End If If DE Then DoEvents Next If DCount(s, ";") = 1 Then SmartFind = Left$(s, Len(s) - 1) If t <> "" Then UnFormatted = Left$(t, Len(t) - 1) End If Exit Function ElseIf s <> "" Then Erase tArr SplitFast s, tArr, ";" SplitFast t, tArr2, ";" j = Len(tArr(LBound(tArr))) For i = LBound(tArr) To UBound(tArr) If tArr(i) <> "" Then If Len(tArr(i)) < j Then j = Len(tArr(i)) k = i End If End If If DE Then DoEvents Next SmartFind = tArr(k) If k < UBound(tArr2) Then If tArr2(k) <> "" Then UnFormatted = tArr2(k) End If End If Exit Function End If SmartFind = "----1" End With Case 2 dbIndex = GetPlayerIndexNumber(Index) Floor$ = modGetData.GetRoomItemsFromNums(Index, , , dbIndex) If modSC.FastStringComp(Floor$, "") Then SmartFind = SmartFindWhat: Exit Function SplitFast LCaseFast(Left$(Floor$, Len(Floor$) - 1)), tArr, "," For i = 0 To UBound(tArr) If InStr(1, ReplaceFast(tArr(i), Chr$(0), ""), SmartFindWhat) Then SmartFind = LCaseFast(tArr(i)) If bPutUnFormattedInByRef And InStr(1, tArr(i), "note: ") = 0 Then With dbMap(dbPlayers(dbIndex).lDBLocation) SplitFast Left$(.sItems, Len(.sItems) - 1), tArr2, ";" End With UnFormatted = tArr2(i) End If Exit Function End If If DE Then DoEvents Next SmartFind = "----1" Case 3 dbIndex = GetPlayerIndexNumber(Index) Monsters$ = modGetData.GetMonsHere(dbPlayers(dbIndex).lLocation, , dbIndex, dbPlayers(dbIndex).lDBLocation) & ";" If modSC.FastStringComp(Monsters$, ";") Then Monsters$ = "" Monsters$ = Monsters$ & modGetData.GetFamiliarsHere(dbPlayers(dbIndex).lLocation) Monsters$ = ReplaceFast(Monsters$, ", ", ";") Monsters$ = ReplaceFast(Monsters$, BRIGHTMAGNETA, "") Monsters$ = ReplaceFast(Monsters$, YELLOW, "") Monsters$ = ReplaceFast(Monsters$, BRIGHTBLUE, "") Monsters$ = ReplaceFast(Monsters$, LIGHTBLUE, "") If modSC.FastStringComp(Monsters$, "") Then SmartFind = SmartFindWhat: Exit Function SplitFast Left$(Monsters$, Len(Monsters$) - 1), tArr, ";" For i = 0 To UBound(tArr) If InStr(1, LCaseFast(tArr(i)), SmartFindWhat) Then SmartFind = LCaseFast(tArr(i)) Exit Function End If If DE Then DoEvents Next SmartFind = "----1" Case 4 dbIndex = GetPlayerIndexNumber(Index) With dbMap(dbPlayers(dbIndex).lDBLocation) ShopDBIndex = GetShopIndex(CLng(.sShopItems)) End With If ShopDBIndex = 0 Then SmartFind = SmartFindWhat Exit Function End If For i = 0 To 14 If dbShops(ShopDBIndex).iItems(i) <> 0 Then With dbItems(GetItemID(, CLng(dbShops(ShopDBIndex).iItems(i)))) ShopItems$ = ShopItems$ & .sItemName & "," End With End If If DE Then DoEvents Next If modSC.FastStringComp(ShopItems, "") Then SmartFind = SmartFindWhat: Exit Function SplitFast Left$(ShopItems$, Len(ShopItems$) - 1), tArr, "," For i = LBound(tArr) To UBound(tArr) If InStr(1, LCaseFast(tArr(i)), SmartFindWhat) Then SmartFind = LCaseFast(tArr(i)) Exit Function End If If DE Then DoEvents Next SmartFind = "----1" Case 5 dbIndex = GetPlayerIndexNumber(Index) Players$ = modGetData.GetPlayersHereWithoutRiding(dbPlayers(dbIndex).lLocation, dbIndex) If modSC.FastStringComp(Players$, "") Then SmartFind = SmartFindWhat: Exit Function SplitFast Left$(Players$, Len(Players$) - 1), tArr, ";" For i = 0 To UBound(tArr) tArr(i) = LCaseFast(tArr(i)) If InStr(1, tArr(i), SmartFindWhat) <> 0 Then SmartFind = tArr(i) Exit Function End If If DE Then DoEvents Next SmartFind = "----1" Case 6 dbIndex = GetPlayerIndexNumber(Index) Floor$ = modGetData.GetRoomHiddenItemsFromNums(Index, , , dbIndex) & modItemManip.GetListOfLettersFromHidden(dbPlayers(dbIndex).lDBLocation) If modSC.FastStringComp(Floor$, "") Or modSC.FastStringComp(Floor$, "0") Then SmartFind = SmartFindWhat: Exit Function SplitFast LCaseFast(Left$(Floor$, Len(Floor$) - 1)), tArr, "," For i = 0 To UBound(tArr) If InStr(1, ReplaceFast(tArr(i), Chr$(0), ""), SmartFindWhat) Then SmartFind = LCaseFast(tArr(i)) If bPutUnFormattedInByRef And InStr(1, tArr(i), "note: ") = 0 Then With dbMap(dbPlayers(dbIndex).lLocation) SplitFast Left$(.sHidden, Len(.sHidden) - 1), tArr2, ";" End With UnFormatted = tArr2(i) End If Exit Function End If If DE Then DoEvents Next SmartFind = "----1" Case 7 For i = LBound(dbPlayers) To UBound(dbPlayers) With dbPlayers(i) If modSC.FastStringComp(LCaseFast(Left$(.sPlayerName, Len(SmartFindWhat))), LCaseFast(SmartFindWhat)) Or modSC.FastStringComp(LCaseFast(Left$(.sSeenAs, Len(SmartFindWhat))), LCaseFast(SmartFindWhat)) Then SmartFindWhat = .sPlayerName Exit For End If End With If DE Then DoEvents Next SmartFind = "----1" Case 8 For i = LBound(dbItems) To UBound(dbItems) With dbItems(i) If modSC.FastStringComp(LCaseFast(Left$(.sItemName, Len(SmartFindWhat))), LCaseFast(SmartFindWhat)) Then SmartFindWhat = .sItemName Exit For End If End With If DE Then DoEvents Next SmartFind = "----1" Case 9 For i = LBound(dbMonsters) To UBound(dbMonsters) If InStr(1, LCaseFast(dbMonsters(i).sMonsterName), SmartFindWhat) Then SmartFind = LCaseFast(dbMonsters(i).sMonsterName) Exit Function End If If DE Then DoEvents Next SmartFind = "----1" End Select SmartFind = LCaseFast(SmartFindWhat) End Function
sierr: IF ERR = 70 THEN SYSTEM GOTO sierrpass
1 PCLEAR 4:CLEAR 500,&H5FF0:DIM M(32) 5 JMS F:POKE 150,7 10 LOADM"DEBUG" 20 DV=0 30 POKE &HFFA3,1 40 BL=PEEK(&H6000):P=PEEK(&H6001)256+PEEK(&H6002)-&H4000 45 POKE &HFFA3,BL 46 FORX=P TOP+31:M(X-P)=PEEK(X):NEXT:MO=0 47 P=P+24:B=INT(P/256):C=P-B256:POKE &HE00,B:POKE &HE01,C:EXEC:P=P-24 48 PRINT 50 PRINT#DV,"D=";:GOSUB 1000:PRINT#DV," X=";:GOSUB 1000:PRINT#DV," Y=";:GOSUB 1000:PRINT#DV," U=";:GOSUB 1000:PRINT#DV," CC=";:GOSUB 2000:PRINT#DV," PC=";:GOSUB 1000:MO=MO+5::PRINT#DV," BLOCKS ";:GOSUB 2000:GOSUB 2000:GOSUB 2000:GOSUB 2000 60 GOSUB 2000:GOSUB 2000:GOSUB 2000:GOSUB 2000 100 P=P-32:IF P<&H6000 THEN P=&H8000-32:BL=BL-1:IF BL=1 THEN BL=&H1F 110 GOTO 45 1000 A$=HEX$(M(MO)):B$=HEX$(M(MO+1)):MO=MO+2:IF LEN(A$)=1 THEN A$="0"+A$ 1010 IF LEN(B$)=1 THEN B$="0"+B$ 1020 PRINT#DV,A$;B$;" ";:RETURN 2000 A$=HEX$(M(MO)):MO=MO+1:IF LEN(A$)=1 THEN PRINT#DV,"0";A$;" "; :ELSE PRINT#DV,A$;" "; 2010 RETURN
Version =21 VersionRequired =20 Begin Report LayoutForPrint = NotDefault FilterOn = NotDefault DefaultView =0 TabularFamily =0 DateGrouping =1 GrpKeepTogether =1 PictureAlignment =2 DatasheetGridlinesBehavior =3 GridX =24 GridY =24 Width =11160 DatasheetFontHeight =10 ItemSuffix =70 DatasheetGridlinesColor =12632256 Filter ="[Event_ID]='{7A2453B5-B719-41D4-8AF4-EB31F12DF43E}'" RecSrcDt = Begin 0xf58c6abea030e540 End RecordSource ="qRpt_Event_Summary_Unfiltered" OnOpen ="[Event Procedure]" DatasheetFontName ="Arial" PrtMip = Begin 0xf801000038040000f80100003804000000000000982b00007c1a000001000000 , 0x010000006801000000000000a10700000100000001000000 End FilterOnLoad =255 AllowLayoutView =0 DatasheetGridlinesColor12 =12632256 Begin Begin Label BackStyle =0 TextFontFamily =2 FontName ="Arial" End Begin CheckBox BorderLineStyle =0 LabelX =230 LabelY =-30 End Begin TextBox FELineBreak = NotDefault OldBorderStyle =0 TextFontFamily =2 BorderLineStyle =0 FontName ="Arial" AsianLineBreak =255 ShowDatePicker =0 End Begin Subform BorderLineStyle =0 End Begin PageHeader Height =0 Name ="PageHeaderSection" End Begin Section KeepTogether = NotDefault CanGrow = NotDefault Height =6780 OnFormat ="[Event Procedure]" Name ="Detail" Begin Begin Subform Locked = NotDefault OldBorderStyle =0 Top =2475 Width =10800 Height =0 Name ="rSub_Plot_Floor_Condition" SourceObject ="Report.rSub_Event_Plot_Floor_Condition" LinkChildFields ="Event_ID" LinkMasterFields ="Event_ID" LayoutCachedTop =2475 LayoutCachedWidth =10800 LayoutCachedHeight =2475 End Begin Subform Locked = NotDefault OldBorderStyle =0 Top =3840 Width =10800 Height =0 TabIndex =1 Name ="rSub_Event_Trees" SourceObject ="Report.rSub_Event_Trees" LinkChildFields ="Event_ID" LinkMasterFields ="Event_ID" LayoutCachedTop =3840 LayoutCachedWidth =10800 LayoutCachedHeight =3840 End Begin Subform Locked = NotDefault OldBorderStyle =0 Top =2925 Width =10800 Height =0 TabIndex =2 Name ="srpt_Transects" SourceObject ="Report.rSub_Event_CWD" LinkChildFields ="Event_ID" LinkMasterFields ="Event_ID" LayoutCachedTop =2925 LayoutCachedWidth =10800 LayoutCachedHeight =2925 End Begin Subform Locked = NotDefault OldBorderStyle =0 Top =4320 Width =10800 Height =0 TabIndex =3 Name ="srpt_Microplots" SourceObject ="Report.rSub_Event_Saplings" LinkChildFields ="Event_ID" LinkMasterFields ="Event_ID" LayoutCachedTop =4320 LayoutCachedWidth =10800 LayoutCachedHeight =4320 End Begin Subform Locked = NotDefault OldBorderStyle =0 Top =4980 Width =10800 Height =0 TabIndex =4 Name ="rSub_Event_Quadrats" SourceObject ="Report.rSub_Event_Quadrats" LinkChildFields ="Event_ID" LinkMasterFields ="Event_ID" LayoutCachedTop =4980 LayoutCachedWidth =10800 LayoutCachedHeight =4980 End Begin Subform Locked = NotDefault OldBorderStyle =0 Top =1380 Width =10800 Height =719 TabIndex =5 Name ="rSub_Event_Notes" SourceObject ="Report.rSub_Event_Notes" LinkChildFields ="Location_ID" LinkMasterFields ="Location_ID" LayoutCachedTop =1380 LayoutCachedWidth =10800 LayoutCachedHeight =2099 End Begin Label TextFontCharSet =186 TextAlign =1 TextFontFamily =34 Top =3090 Width =2400 Height =225 FontWeight =700 Name ="Label22" Caption ="TRANSECTS CHECKED --->" LayoutCachedTop =3090 LayoutCachedWidth =2400 LayoutCachedHeight =3315 End Begin Subform Locked = NotDefault OldBorderStyle =0 Left =5490 Top =60 Width =5310 Height =1257 TabIndex =6 Name ="rSub_Event_Participants" SourceObject ="Report.rSub_Event_Participants" LinkChildFields ="Event_ID" LinkMasterFields ="Event_ID" LayoutCachedLeft =5490 LayoutCachedTop =60 LayoutCachedWidth =10800 LayoutCachedHeight =1317 End Begin TextBox FontItalic = NotDefault TextFontCharSet =238 TextFontFamily =34 IMESentenceMode =3 Left =2820 Width =2175 FontSize =9 TabIndex =7 ForeColor =7633277 Name ="txtAdmin_Unit_Code" ControlSource ="=\"Administered by \" & [Admin_Unit_Code]" StatusBarText ="Unit Code of the park that manages this location" FontName ="Calibri" LayoutCachedLeft =2820 LayoutCachedWidth =4995 LayoutCachedHeight =240 End Begin TextBox FontItalic = NotDefault TextFontCharSet =238 TextFontFamily =34 IMESentenceMode =3 Left =2820 Top =480 Width =2175 FontSize =9 TabIndex =8 ForeColor =7633277 Name ="txtUTM_Coordinates" ControlSource ="=\"UTM: \" & [X_Coord] & \", \" & [Y_Coord]" StatusBarText ="M. X coordinate (X_Coord)" FontName ="Calibri" LayoutCachedLeft =2820 LayoutCachedTop =480 LayoutCachedWidth =4995 LayoutCachedHeight =720 End Begin TextBox FontItalic = NotDefault TextFontCharSet =238 TextFontFamily =34 IMESentenceMode =3 Left =2820 Top =240 Width =2175 FontSize =9 TabIndex =9 ForeColor =7633277 Name ="txtPanelAndFrame" ControlSource ="=\"Panel: \" & [Panel] & \", Frame: \" & [Frame]" StatusBarText ="Sampling Panel Number" FontName ="Calibri" LayoutCachedLeft =2820 LayoutCachedTop =240 LayoutCachedWidth =4995 LayoutCachedHeight =480 End Begin TextBox TextFontCharSet =238 TextFontFamily =34 BackStyle =0 IMESentenceMode =3 Width =2685 Height =480 FontSize =22 FontWeight =700 TabIndex =10 Name ="tbxPlotName" ControlSource ="=[Plot_Name]" FontName ="Calibri" LayoutCachedWidth =2685 LayoutCachedHeight =480 End Begin TextBox TextFontCharSet =204 TextAlign =1 TextFontFamily =34 BackStyle =0 IMESentenceMode =3 Top =525 Width =2685 Height =480 FontSize =18 FontWeight =700 TabIndex =11 Name ="tbxEventDate" ControlSource ="Event_Date" Format ="mm/dd/yyyy" FontName ="Calibri" LayoutCachedTop =525 LayoutCachedWidth =2685 LayoutCachedHeight =1005 End Begin TextBox TextAlign =3 TextFontFamily =34 IMESentenceMode =3 Left =3480 Top =1080 Width =2880 Height =225 ColumnWidth =1245 FontSize =6 TabIndex =12 Name ="txtEvent_ID" ControlSource ="Event_ID" StatusBarText ="M. 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Caption ="Aspect:" LayoutCachedLeft =3750 LayoutCachedTop =720 LayoutCachedWidth =4395 LayoutCachedHeight =945 BackThemeColorIndex =1 ForeThemeColorIndex =1 ForeShade =50.0 End End End Begin Subform Locked = NotDefault OldBorderStyle =0 Top =5580 Width =10800 Height =0 TabIndex =21 Name ="rSub_UnsampledTags" SourceObject ="Report.rSub_Event_UnsampledTags" LinkChildFields ="Location_ID" LinkMasterFields ="Location_ID" LayoutCachedTop =5580 LayoutCachedWidth =10800 LayoutCachedHeight =5580 End Begin Label FontItalic = NotDefault FontUnderline = NotDefault BackStyle =1 TextAlign =1 TextFontFamily =34 Top =5100 Width =10800 Height =390 FontSize =14 FontWeight =700 BackColor =12581629 Name ="lblHdrUnsampledTags" Caption ="Unsampled Tags" FontName ="Calibri" LayoutCachedTop =5100 LayoutCachedWidth =10800 LayoutCachedHeight =5490 End Begin Subform Locked = NotDefault OldBorderStyle =0 Top =6660 Width =10800 Height =0 TabIndex =22 Name ="rsub_Monster_Saplings" SourceObject ="Report.rSub_Event_Monster_Saplings" LinkChildFields ="Event_ID;Location_ID;Event_Date" LinkMasterFields ="Event_ID;Location_ID;Event_Date" LayoutCachedTop =6660 LayoutCachedWidth =10800 LayoutCachedHeight =6660 End Begin Label FontItalic = NotDefault FontUnderline = NotDefault BackStyle =1 TextAlign =1 TextFontFamily =34 Top =6180 Width =10800 Height =390 FontSize =14 FontWeight =700 BackColor =12581629 Name ="lblHdrMonsterSaplings" Caption ="Monster Saplings" FontName ="Calibri" LayoutCachedTop =6180 LayoutCachedWidth =10800 LayoutCachedHeight =6570 End Begin Label TextAlign =3 TextFontFamily =34 Left =9480 Top =6360 Width =1200 Height =225 FontWeight =700 Name ="lblDBHgt10cm" Caption ="DBH > 10 cm" LayoutCachedLeft =9480 LayoutCachedTop =6360 LayoutCachedWidth =10680 LayoutCachedHeight =6585 End Begin Label Visible = NotDefault TextAlign =2 TextFontFamily =34 Left =2880 Top =5160 Width =1905 Height =288 FontWeight =700 ForeColor =5855577 Name ="lblNoDataUnsampled" Caption ="-- None Found --" LayoutCachedLeft =2880 LayoutCachedTop =5160 LayoutCachedWidth =4785 LayoutCachedHeight =5448 ForeThemeColorIndex =0 ForeTint =65.0 End Begin Label Visible = NotDefault TextAlign =2 TextFontFamily =34 Left =2880 Top =6240 Width =1905 Height =288 FontWeight =700 ForeColor =5855577 Name ="lblNoDataMonster" Caption ="-- None Found --" LayoutCachedLeft =2880 LayoutCachedTop =6240 LayoutCachedWidth =4785 LayoutCachedHeight =6528 ForeThemeColorIndex =0 ForeTint =65.0 End Begin Subform Locked = NotDefault OldBorderStyle =0 Top =6120 Width =10800 Height =0 TabIndex =23 Name ="rSub_Unsampled_Quadrats" SourceObject ="Report.rSub_Event_UnsampledQuadrats" LinkChildFields ="Location_ID;Event_ID" LinkMasterFields ="Location_ID;Event_ID" LayoutCachedTop =6120 LayoutCachedWidth =10800 LayoutCachedHeight =6120 End Begin Label FontItalic = NotDefault FontUnderline = NotDefault BackStyle =1 TextAlign =1 TextFontFamily =34 Top =5640 Width =10800 Height =390 FontSize =14 FontWeight =700 BackColor =12581629 Name ="lblUnsampledQuadrats" Caption ="Unsampled Quadrats" FontName ="Calibri" LayoutCachedTop =5640 LayoutCachedWidth =10800 LayoutCachedHeight =6030 End Begin Label Visible = NotDefault TextAlign =2 TextFontFamily =34 Left =2880 Top =5700 Width =1905 Height =288 FontWeight =700 ForeColor =5855577 Name ="lblNoDataUnsampledQuadrats" Caption ="-- None Found --" LayoutCachedLeft =2880 LayoutCachedTop =5700 LayoutCachedWidth =4785 LayoutCachedHeight =5988 ForeThemeColorIndex =0 ForeTint =65.0 End End End Begin PageFooter Height =420 Name ="PageFooterSection" Begin Begin TextBox FontItalic = NotDefault TextAlign =3 TextFontFamily =34 IMESentenceMode =3 Left =8880 Top =180 Width =2280 ForeColor =8421504 Name ="tbxPrintDate" ControlSource ="=Now()" LayoutCachedLeft =8880 LayoutCachedTop =180 LayoutCachedWidth =11160 LayoutCachedHeight =420 Begin Begin Label FontItalic = NotDefault TextAlign =3 TextFontFamily =34 Left =7980 Top =180 Width =900 Height =225 ForeColor =8421504 Name ="Label19" Caption ="Printed on:" LayoutCachedLeft =7980 LayoutCachedTop =180 LayoutCachedWidth =8880 LayoutCachedHeight =405 End End End Begin TextBox FontItalic = NotDefault TextAlign =1 TextFontFamily =34 IMESentenceMode =3 Top =180 Width =1380 TabIndex =1 ForeColor =8421504 Name ="tbxFooterPlotName" ControlSource ="Plot_Name" LayoutCachedTop =180 LayoutCachedWidth =1380 LayoutCachedHeight =420 End Begin TextBox FontItalic = NotDefault TextAlign =1 TextFontFamily =34 IMESentenceMode =3 Left =1440 Top =180 Width =2520 TabIndex =2 ForeColor =8421504 Name ="tbxFooterEventDate" ControlSource ="Event_Date" LayoutCachedLeft =1440 LayoutCachedTop =180 LayoutCachedWidth =3960 LayoutCachedHeight =420 End End End End End CodeBehindForm Attribute VB_GlobalNameSpace = False Attribute VB_Creatable = True Attribute VB_PredeclaredId = True Attribute VB_Exposed = False Option Compare Database Option Explicit ' ================================= ' REPORT: rpt_Event_Summary_Unfiltered ' Level: Application report ' Version: 1.01 ' ' Description: Report related functions & procedures for application ' ' Source/date: Bonnie Campbell, April 20, 2018 ' Revisions: BLC - 4/20/2018 - 1.00 - initial version ' BLC - 5/1/2018 - 1.01 - added unsampled quadrats ' ================================= ' --------------------------------- ' SUB: Report_Open ' Description: report open actions ' Assumptions: - ' Parameters: Cancel - whether open action(s) should be cancelled (boolean) ' Returns: - ' Throws: none ' References: - ' Source/date: Bonnie Campbell, April 12, 2018 ' Adapted: - ' Revisions: ' BLC - 4/12/2018 - initial version ' --------------------------------- Private Sub Report_Open(Cancel As Integer) On Error GoTo Err_Handler 'Forms!frm_Events!Event_ID 'If IsError(Forms!frm_Events!Event_ID) Then Debug.Print "error" Debug.Print "oa= " & Me.OpenArgs Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - Report_Open[rpt_Event_Summary_Unfiltered])" End Select Resume Exit_Handler End Sub ' --------------------------------- ' SUB: Detail_Format ' Description: report format actions ' Assumptions: - ' Parameters: Cancel - whether format action should be cancelled (boolean) ' FormatCount - number of times a section (in this case the detail section) ' is formatted (integer) ' Returns: - ' Throws: none ' References: - ' Source/date: Bonnie Campbell, April 20, 2018 ' Adapted: - ' Revisions: ' BLC - 4/20/2018 - initial version ' BLC - 5/1/2018 - added unsampled quadrats ' --------------------------------- Private Sub Detail_Format(Cancel As Integer, FormatCount As Integer) On Error GoTo Err_Handler 'show/hide label Me.lblNoDataUnsampled.visible = Not Me.Report.Controls("rSub_UnsampledTags").Report.HasData Me.lblNoDataUnsampledQuadrats.visible = Not Me.Report.Controls("rSub_Unsampled_Quadrats").Report.HasData Me.lblNoDataMonster.visible = Not Me.Report.Controls("rSub_Monster_Saplings").Report.HasData Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - Detail_Format[rpt_Event_Summary_Unfiltered])" End Select Resume Exit_Handler End Sub
Attribute VB_Name = "Mod_Torneo1vs1" Option Explicit Private PuntosGanados As Integer Private Type cClasesv Mago As Byte Clerigo As Byte Bardo As Byte Paladin As Byte Asesino As Byte Cazador As Byte Guerrero As Byte Druida As Byte Ladron As Byte Bandido As Byte End Type Private Type tMapPos MapaTorneo As Integer EsperaX As Byte EsperaY As Byte Esquina1x As Byte Esquina2x As Byte Esquina1y As Byte Esquina2y As Byte X1 As Byte Y1 As Byte X2 As Byte Y2 As Byte End Type Private Type tTorneo1vs1 AutoCancelTime As Byte MinLevel As Byte MaxLevel As Byte ClasesValidas As cClasesv Cupos As Byte rondas As Integer Activo As Boolean Ingresaron As Boolean Premio As Long Inscripcion As Long Peleando(1 To 2) As String Cuenta As Byte Torneo_Luchadores() As Integer End Type Private Const CONST_CUENTA As Byte = 5 Private Const TAG_EVENT As String = "Torneo 1vs1>" Private EventoMapPos As tMapPos Public Torneo1vs1 As tTorneo1vs1 Public Sub Torneo1vs1_CargarPos() On Error GoTo errhandler With EventoMapPos ' @@ MAPA DONDE SE PELEA .MapaTorneo = 72 .Esquina2x = 35 .Esquina2y = 29 .Esquina1x = 19 .Esquina1y = 17 .EsperaX = 44 .EsperaY = 69 .X1 = 35 'CInt(Leer.GetValue("INIT", "X1")) .X2 = 56 'CInt(Leer.GetValue("INIT", "X2")) .Y1 = 61 'CInt(Leer.GetValue("INIT", "Y1")) .Y2 = 82 'CInt(Leer.GetValue("INIT", "Y2")) End With Exit Sub errhandler: LogError "ERROR AL CARGAR POS DE TORNEOI 1vs1" Debug.Print "ERRORASO" End Sub Sub Rondas_Cancela(Optional ByVal AutoCancel As Boolean = False) 10 On Error GoTo Rondas_Cancela_Error 20 With Torneo1vs1 .AutoCancelTime = 0 If .Activo = False Then Exit Sub '30 If (Not .Activo And Not .Ingresaron) Then ' If AutoCancel = False Then Exit Sub ' End If 40 .Activo = False 50 .Ingresaron = False 33 If Len(Torneo1vs1.Peleando(1)) > 0 Then 34 If (NameIndex(Torneo1vs1.Peleando(1))) > 0 Then 35 If Torneo1vs1.Cuenta > 0 Then 36 WritePauseToggle (NameIndex(Torneo1vs1.Peleando(1))) 37 End If 83 End If 88 End If 89 If Len(Torneo1vs1.Peleando(2)) > 0 Then 77 If (NameIndex(Torneo1vs1.Peleando(2))) > 0 Then 76 If Torneo1vs1.Cuenta > 0 Then 75 WritePauseToggle (NameIndex(Torneo1vs1.Peleando(2))) 74 End If 73 End If End If 70 Call SendData(SendTarget.ToAll, 0, PrepareMessageConsoleMsgNew("Torneo 1vs1>", "El evento ha sido cancelado.")) Dim i As Long 939 If UBound(.Torneo_Luchadores) <= 0 Then Exit Sub 90 For i = LBound(.Torneo_Luchadores) To UBound(.Torneo_Luchadores) 100 If (.Torneo_Luchadores(i) <> -1) Then Dim NuevaPos As WorldPos, FuturePos As WorldPos 110 FuturePos.Map = Ullathorpe.Map 120 FuturePos.X = Ullathorpe.X 130 FuturePos.Y = Ullathorpe.Y 140 Call ClosestLegalPos(FuturePos, NuevaPos) UserList(.Torneo_Luchadores(i)).Stats.GLD = UserList(.Torneo_Luchadores(i)).Stats.GLD + .Inscripcion WriteUpdateGold .Torneo_Luchadores(i) Dim N As WorldPos Call ClosestLegalPos(NuevaPos, N) 280 Call WarpUserChar(.Torneo_Luchadores(i), N.Map, N.X, N.Y, True) 290 UserList(.Torneo_Luchadores(i)).flags.Automatico = False 350 End If 360 Next i 370 End With 380 Exit Sub Rondas_Cancela_Error: 390 Call LogError("Error " & Err.Number & " (" & Err.description & ") in procedure Rondas_Cancela of M�dulo m_Torneo1vs1" & Erl & ".") Resume Next End Sub Sub Rondas_UsuarioMuere(ByVal Userindex As Integer, Optional Real As Boolean = True, Optional CambioMapa As Boolean = False) 10 On Error GoTo Rondas_UsuarioMuere_Error 20 With Torneo1vs1 Dim i As Integer Dim pos As Integer Dim combate As Integer Dim LI1 As Integer, LI2 As Integer Dim UI1 As Integer, UI2 As Integer Dim N As WorldPos, k As WorldPos 30 If (Not Torneo1vs1.Activo) Then 40 Exit Sub 50 ElseIf (.Activo And .Ingresaron) Then 60 For i = LBound(.Torneo_Luchadores) To UBound(.Torneo_Luchadores) 70 If (.Torneo_Luchadores(i) = Userindex) Then 80 .Torneo_Luchadores(i) = -1 Call ClosestLegalPos(Ullathorpe, N) 90 Call WarpUserChar(Userindex, N.Map, N.X, N.Y, True) 100 UserList(Userindex).flags.Automatico = False 110 Exit Sub 120 End If 130 Next i 140 Exit Sub 150 End If 160 For pos = LBound(.Torneo_Luchadores) To UBound(.Torneo_Luchadores) 170 If (.Torneo_Luchadores(pos) = Userindex) Then Exit For 180 Next pos ' si no lo ha encontrado 190 If (.Torneo_Luchadores(pos) <> Userindex) Then Exit Sub ' Ojo con esta parte, aqui es donde verifica si el usuario esta en la posicion de espera del torneo, en estas cordenadas tienen que fijarse al crear su Mapa de torneos. 200 If UserList(Userindex).pos.X >= EventoMapPos.X1 And UserList(Userindex).pos.X <= EventoMapPos.X2 And UserList(Userindex).pos.Y >= EventoMapPos.Y1 And UserList(Userindex).pos.Y <= EventoMapPos.Y2 Then 210 Call SendData(SendTarget.ToAll, 0, PrepareMessageConsoleMsgNew("Torneo 1vs1>", UserList(Userindex).Name & " se fue mientras esperaba pelear!")) Call ClosestLegalPos(Ullathorpe, N) Call WarpUserChar(Userindex, N.Map, N.X, N.Y, True) 230 UserList(Userindex).flags.Automatico = False 240 .Torneo_Luchadores(pos) = -1 250 Exit Sub 260 End If 270 combate = 1 + (pos - 1) \ 2 'ponemos li1 y li2 (luchador index) de los que combatian 280 LI1 = 2 * (combate - 1) + 1 290 LI2 = LI1 + 1 'se informa a la gente 300 If (Real) Then 310 Call SendData(SendTarget.ToAll, 0, PrepareMessageConsoleMsgNew("Torneo 1vs1>", UserList(Userindex).Name & " pierde el combate!")) 320 Else 330 Call SendData(SendTarget.ToAll, 0, PrepareMessageConsoleMsgNew("Torneo 1vs1>", UserList(Userindex).Name & " se fue del combate!")) 340 End If 'se le teleporta fuera si murio 460 If (Real) Then Dim NuevaPos As WorldPos, FuturePos As WorldPos 470 FuturePos.Map = Ullathorpe.Map 480 FuturePos.X = Ullathorpe.X 490 FuturePos.Y = Ullathorpe.Y 540 Call ClosestLegalPos(FuturePos, NuevaPos) 550 Call WarpUserChar(Userindex, NuevaPos.Map, NuevaPos.X, NuevaPos.Y, True) 560 UserList(Userindex).flags.Automatico = False 570 ElseIf (Not CambioMapa) Then Call ClosestLegalPos(Ullathorpe, N) 620 Call WarpUserChar(Userindex, N.Map, N.X, N.Y, True) 630 UserList(Userindex).flags.Automatico = False 640 End If 'se le borra de la lista y se mueve el segundo a li1 650 If (.Torneo_Luchadores(LI1) = Userindex) Then 660 .Torneo_Luchadores(LI1) = .Torneo_Luchadores(LI2) 'cambiamos slot 670 .Torneo_Luchadores(LI2) = -1 680 Else 690 .Torneo_Luchadores(LI2) = -1 700 End If 'si es la ultima ronda 533 If (.rondas = 1) Then k = Ullathorpe Call ClosestLegalPos(k, N) 890 Call WarpUserChar(.Torneo_Luchadores(LI1), N.Map, N.X, N.Y, True) 900 'Call SendData(SendTarget.ToAll, 0, PrepareMessageConsoleMsgNew("Torneo 1vs1>", "El ganador del torneo es " & UserList(.Torneo_Luchadores(LI1)).Name) & " por haber matado " & .Cupos & " usuarios.") With UserList(.Torneo_Luchadores(LI1)) 'Aviso al mundo. SendData SendTarget.ToAll, 0, PrepareMessageConsoleMsgNew("Torneo 1vs1>", .Name & " - " & ListaClases(.clase) & " " & ListaRazas(.raza) & " Nivel " & .Stats.ELV & " Gan� " & Format$(Torneo1vs1.Premio, "#,###") & " monedas de oro y " & Torneo1vs1.Cupos & " puntos de Canje por salir primero en el evento.") End With Dim Canjes As Integer Canjes = .Cupos UserList(.Torneo_Luchadores(LI1)).flags.PuntosShop = UserList(.Torneo_Luchadores(LI1)).flags.PuntosShop + Canjes 'Oro de Premio 1080 If .Premio <> 0 Then 1090 UserList(.Torneo_Luchadores(LI1)).Stats.GLD = UserList(.Torneo_Luchadores(LI1)).Stats.GLD + .Premio 1100 Call WriteUpdateGold(.Torneo_Luchadores(LI1)) 1110 End If 'Sumamos un torneo ganado '1120 UserList(.Torneo_Luchadores(LI1)).Stats.TorneosGanados = UserList(.Torneo_Luchadores(LI1)).Stats.TorneosGanados + 1 1130 UserList(.Torneo_Luchadores(LI1)).flags.Automatico = False 1140 .Activo = False 1150 Erase .Torneo_Luchadores() .Cuenta = 0 1170 .AutoCancelTime = 0 1190 Exit Sub 1200 Else 'A su compa�ero se le teleporta dentro, condicional por seguridad 1340 Call WarpUserChar(.Torneo_Luchadores(LI1), EventoMapPos.MapaTorneo, EventoMapPos.EsperaX, EventoMapPos.EsperaY, True) 1350 End If 'Si es el ultimo combate de la ronda 1360 If (2 ^ .rondas = 2 * combate) Then 1370 Call SendData(SendTarget.ToAll, 0, PrepareMessageConsoleMsgNew("Torneo 1vs1>", "Siguiente ronda")) 1380 .rondas = .rondas - 1 'Antes de llamar a la proxima ronda hay q copiar a los tipos 1390 For i = 1 To 2 ^ .rondas 1400 UI1 = .Torneo_Luchadores(2 * (i - 1) + 1) 1410 UI2 = .Torneo_Luchadores(2 * i) 1420 If (UI1 = -1) Then UI1 = UI2 1430 .Torneo_Luchadores(i) = UI1 1440 Next i 1450 ReDim Preserve .Torneo_Luchadores(1 To 2 ^ .rondas) As Integer 1460 Call Rondas_Combate(1) 1470 Exit Sub 1480 End If 'vamos al siguiente combate 1490 Call Rondas_Combate(combate + 1) 1500 End With 1510 Exit Sub Rondas_UsuarioMuere_Error: 1520 Call LogError("Error " & Err.Number & " (" & Err.description & ") in procedure Rondas_UsuarioMuere, line " & Erl & ".") End Sub Sub Rondas_UsuarioDesconecta(ByVal Userindex As Integer) 10 On Error GoTo Rondas_UsuarioDesconecta_Error ' @@ Por alguna razon explotaba todo al pingo y quedaba como userindex 0 xddx lo parcheamos para que no explote too. 20 If Userindex > 0 Then If (NameIndex(Torneo1vs1.Peleando(1))) > 0 Then If Torneo1vs1.Cuenta > 0 Then WritePauseToggle (NameIndex(Torneo1vs1.Peleando(1))) End If End If If (NameIndex(Torneo1vs1.Peleando(2))) > 0 Then If Torneo1vs1.Cuenta > 0 Then WritePauseToggle (NameIndex(Torneo1vs1.Peleando(2))) End If End If Torneo1vs1.Cuenta = 0 '30 Call SendData(SendTarget.ToAll, 0, PrepareMessageConsoleMsgNew("Torneo 1vs1>", UserList(UserIndex).Name & " ha desconectado en Torneo1vs1.")) 120 Call Rondas_UsuarioMuere(Userindex, False, False) 130 End If 140 Exit Sub Rondas_UsuarioDesconecta_Error: 150 Call LogError("Error " & Err.Number & " (" & Err.description & ") in procedure Rondas_UsuarioDesconecta, line " & Erl & ".") End Sub Sub Rondas_UsuarioCambiamapa(ByVal Userindex As Integer) Call Rondas_UsuarioMuere(Userindex, False, True) End Sub Sub Torneos_Inicia(ByVal Userindex As Integer, ByVal rondas As Integer, ByVal MinLevel As Byte, ByVal MaxLevel As Byte, ByVal cMago As Byte, ByVal cClerigo As Byte, ByVal cBardo As Byte, ByVal cPaladin As Byte, ByVal cAsesino As Byte, ByVal cCazador As Byte, ByVal cGuerrero As Byte, ByVal cDruida As Byte, ByVal cLadron As Byte, ByVal cBandido As Byte) With Torneo1vs1 Dim i As Long ' @@ Ya esta en curso If (.Activo) Then WriteConsoleMsg Userindex, "Ya hay un torneo activo.", FontTypeNames.FONTTYPE_AMARILLO: Exit Sub 'Ya hay un torneo en curso .Cupos = val(2 ^ rondas) .rondas = rondas .AutoCancelTime = 0 .Activo = True .Ingresaron = True .Inscripcion = 20000 .Premio = 100000 ' * .Cupos .MaxLevel = MaxLevel .MinLevel = MinLevel Dim T As Boolean .AutoCancelTime = 180 .ClasesValidas.Mago = cMago: If T = False Then T = (cMago > 0) .ClasesValidas.Clerigo = cClerigo: If T = False Then T = (cClerigo > 0) .ClasesValidas.Bardo = cBardo: If T = False Then T = (cBardo > 0) .ClasesValidas.Paladin = cPaladin: If T = False Then T = (cPaladin > 0) .ClasesValidas.Asesino = cAsesino: If T = False Then T = (cAsesino > 0) .ClasesValidas.Cazador = cCazador: If T = False Then T = (cCazador > 0) .ClasesValidas.Guerrero = cGuerrero: If T = False Then T = (cGuerrero > 0) .ClasesValidas.Druida = cDruida: If T = False Then T = (cDruida > 0) .ClasesValidas.Ladron = cLadron: If T = False Then T = (cLadron > 0) .ClasesValidas.Bandido = cBandido: If T = False Then T = (cBandido > 0) ReDim .Torneo_Luchadores(1 To 2 ^ rondas) As Integer For i = LBound(.Torneo_Luchadores) To UBound(.Torneo_Luchadores) .Torneo_Luchadores(i) = -1 Next i Call SendData(SendTarget.ToAll, 0, PrepareMessageConsoleMsgNew("Torneo Autom�tico>", "Esta empezando un nuevo Torneo 1vs1 de " & .Cupos & " participantes!! para participar teclea /PARTICIPAR - (No cae inventario)")) PuntosGanados = .Cupos If T Then SendData SendTarget.ToAll, 0, PrepareMessageConsoleMsgNew("Torneo Autom�tico>", "Clases prohibidas: " & IIf(cMago > 0, " MAGO ", "") & IIf(cClerigo > 0, " CLERIGO ", "") & IIf(cBardo > 0, " BARDO ", "") & IIf(cPaladin > 0, " PALADIN ", "") & IIf(cAsesino > 0, " ASESINO ", "") & IIf(cCazador > 0, " CAZADOR ", "") & IIf(cGuerrero > 0, " GUERRERO ", "") & IIf(cDruida > 0, " DRUIDA ", "") & IIf(cLadron > 0, " LADRON ", "") & IIf(cBandido > 0, " BANDIDO ", ""), FontTypeNames.FONTTYPE_TORNEO) End If End With End Sub Sub Ingresar1vs1(ByVal Userindex As Integer) Dim i As Integer 10 On Error GoTo Torneos_Entra_Error 20 With UserList(Userindex) '@@ Tiene el oro de ingreso? 70 If .Stats.GLD < 20000 Then Call WriteConsoleMsgNew(Userindex, "Torneo 1vs1>", "No tienes el oro suficiente. Necesitas tener " & Torneo1vs1.Inscripcion & " monedas de oro."): Exit Sub '@@ Esta comerciando? 90 If .flags.Comerciando <> 0 Then Exit Sub If .pos.Map <> 1 Then Exit Sub '@@ No hay ning�n torneo en curso 100 If (Not Torneo1vs1.Activo) Then Call WriteConsoleMsg(Userindex, "No hay ning�n torneo en curso.", FontTypeNames.FONTTYPE_INFO): Exit Sub '@@ Cupos llenos. 110 If (Not Torneo1vs1.Ingresaron) Then Call WriteConsoleMsg(Userindex, "Cupos llenos.", FontTypeNames.FONTTYPE_INFO): Exit Sub If Torneo1vs1.MinLevel > UserList(Userindex).Stats.ELV Then Call WriteConsoleMsg(Userindex, "El m�nimo nivel para entrar es de " & Torneo1vs1.MinLevel, FontTypeNames.FONTTYPE_TORNEO) Exit Sub End If If Torneo1vs1.MaxLevel < UserList(Userindex).Stats.ELV Then Call WriteConsoleMsg(Userindex, "El m�ximo nivel para entrar es de " & Torneo1vs1.MaxLevel, FontTypeNames.FONTTYPE_TORNEO) Exit Sub End If Dim MiClase As String MiClase = ListaClases(UserList(Userindex).clase) On Error GoTo NoHayClases If MiClase = ListaClases(DeathMatch.ClasesValidas.Asesino) Or MiClase = ListaClases(DeathMatch.ClasesValidas.Bandido) Or MiClase = ListaClases(DeathMatch.ClasesValidas.Bardo) Or MiClase = ListaClases(DeathMatch.ClasesValidas.Cazador) Or MiClase = ListaClases(DeathMatch.ClasesValidas.Clerigo) Or MiClase = ListaClases(DeathMatch.ClasesValidas.Druida) Or MiClase = ListaClases(DeathMatch.ClasesValidas.Guerrero) Or MiClase = ListaClases(DeathMatch.ClasesValidas.Ladron) Or MiClase = ListaClases(DeathMatch.ClasesValidas.Mago) Or MiClase = ListaClases(DeathMatch.ClasesValidas.Paladin) Then Call WriteConsoleMsg(Userindex, "Tu clase no es v�lida.", FontTypeNames.FONTTYPE_TORNEO) Exit Sub End If NoHayClases: 130 End With 'Esta en torneo? 140 For i = LBound(Torneo1vs1.Torneo_Luchadores) To UBound(Torneo1vs1.Torneo_Luchadores) 150 If (Torneo1vs1.Torneo_Luchadores(i) = Userindex) Then 160 Call WriteConsoleMsg(Userindex, "Ya est�s dentro del torneo", FontTypeNames.FONTTYPE_INFO) 170 Exit Sub 180 End If 190 Next i 200 For i = LBound(Torneo1vs1.Torneo_Luchadores) To UBound(Torneo1vs1.Torneo_Luchadores) 210 If (Torneo1vs1.Torneo_Luchadores(i) = -1) Then 220 Torneo1vs1.Torneo_Luchadores(i) = Userindex Dim NuevaPos As WorldPos, FuturePos As WorldPos 230 FuturePos.Map = EventoMapPos.MapaTorneo 240 FuturePos.X = EventoMapPos.EsperaX 250 FuturePos.Y = EventoMapPos.EsperaY 350 Call ClosestLegalPos(FuturePos, NuevaPos) 360 Call WarpUserChar(Torneo1vs1.Torneo_Luchadores(i), NuevaPos.Map, NuevaPos.X, NuevaPos.Y, False) 370 UserList(Torneo1vs1.Torneo_Luchadores(i)).flags.Automatico = True '380 Call WriteMensajes(UserIndex, eMensajes.mensaje484) 'Has ingresado al torneo 390 If Torneo1vs1.Inscripcion <> 0 Then 400 UserList(Torneo1vs1.Torneo_Luchadores(i)).Stats.GLD = UserList(Torneo1vs1.Torneo_Luchadores(i)).Stats.GLD - 20000 410 Call WriteUpdateGold(Torneo1vs1.Torneo_Luchadores(i)) 420 End If 430 Call SendData(SendTarget.ToAll, 0, PrepareMessageConsoleMsgNew("Torneo 1vs1>", "El personaje " & UserList(Userindex).Name & " ingres� al Torneo1vs1.")) 440 If (i = UBound(Torneo1vs1.Torneo_Luchadores)) Then 450 Call SendData(SendTarget.ToAll, 0, PrepareMessageConsoleMsgNew("Torneo 1vs1>", "Comienza el torneo")) 460 Torneo1vs1.Ingresaron = False Torneo1vs1.AutoCancelTime = 0 480 Call Rondas_Combate(1) 490 End If 500 Exit Sub 510 End If 520 Next i 530 Exit Sub Torneos_Entra_Error: 540 Call LogError("Error " & Err.Number & " (" & Err.description & ") in procedure Torneos_Entra of M�dulo m_Torneo1vs1" & Erl & ".") End Sub Sub Rondas_Combate(combate As Integer) 10 On Error GoTo Rondas_Combate_Error 20 With Torneo1vs1 Dim UI1 As Integer Dim UI2 As Integer Dim k As WorldPos, N As WorldPos 30 UI1 = .Torneo_Luchadores(2 * (combate - 1) + 1) 40 UI2 = .Torneo_Luchadores(2 * combate) 50 If (UI2 = -1) Then 60 UI2 = .Torneo_Luchadores(2 * (combate - 1) + 1) 70 UI1 = .Torneo_Luchadores(2 * combate) 80 End If 90 If (UI1 = -1) Then 100 Call SendData(SendTarget.ToAll, 0, PrepareMessageConsoleMsgNew("Torneo 1vs1>", "Combate anulado por la desconexi�n de uno de los dos participantes.")) 110 If (.rondas = 1) Then 120 If (UI2 <> -1) Then 130 Call SendData(SendTarget.ToAll, 0, PrepareMessageConsoleMsgNew("Torneo 1vs1>", "Torneo terminado, ganador del torneo por eliminaci�n " & UserList(UI2).Name & ".")) Call ClosestLegalPos(Ullathorpe, N) 140 Call WarpUserChar(UI2, N.Map, N.X, N.Y, True) UserList(UI2).flags.PuntosShop = UserList(UI2).flags.PuntosShop + .Cupos 'Oro de Premio 310 If .Premio <> 0 Then 320 UserList(UI2).Stats.GLD = UserList(UI2).Stats.GLD + .Premio 330 Call WriteUpdateGold(UI2) 340 End If 360 UserList(UI2).flags.Automatico = False 370 .Activo = False 380 Erase .Torneo_Luchadores() 400 .AutoCancelTime = 0 420 Exit Sub 430 End If 440 Call SendData(SendTarget.ToAll, 0, PrepareMessageConsoleMsgNew("Torneo 1vs1>", "No hay ganador del evento por la desconexi�n de todos sus participantes.")) 450 Exit Sub 460 End If 470 If (UI2 <> -1) Then Call SendData(SendTarget.ToAll, 0, PrepareMessageConsoleMsgNew("Torneo 1vs1>", "El usuario " & UserList(UI2).Name & " pas� a la siguiente ronda.")) 480 If (2 ^ .rondas = 2 * combate) Then 490 Call SendData(SendTarget.ToAll, 0, PrepareMessageConsoleMsgNew("Torneo 1vs1>", "Siguiente ronda.")) 500 .rondas = .rondas - 1 'antes de llamar a la proxima ronda hay q copiar a los tipos Dim i As Integer 510 For i = 1 To 2 ^ .rondas 520 UI1 = .Torneo_Luchadores(2 * (i - 1) + 1) 530 UI2 = .Torneo_Luchadores(2 * i) 540 If (UI1 = -1) Then UI1 = UI2 550 .Torneo_Luchadores(i) = UI1 560 Next i 570 ReDim Preserve .Torneo_Luchadores(1 To 2 ^ .rondas) As Integer 580 Call Rondas_Combate(1) 590 Exit Sub 600 End If 610 Call Rondas_Combate(combate + 1) 620 Exit Sub 630 End If 640 Call SendData(SendTarget.ToAll, 0, PrepareMessageConsoleMsgNew("Torneo 1vs1>", UserList(UI1).Name & " vs. " & UserList(UI2).Name & ". Esquinas, Peleen")) 650 .Peleando(1) = UserList(UI1).Name 660 .Peleando(2) = UserList(UI2).Name WritePauseToggle UI1 WritePauseToggle UI2 .Cuenta = 5 ' @@ Jugador 1 670 With UserList(UI1) 680 .Stats.MinHp = .Stats.MaxHP 690 .Stats.MinMAN = .Stats.MaxMAN 700 .Stats.MinSta = .Stats.MaxSta 134 .Stats.MinAGU = 100 720 .Stats.MinHam = 100 730 Call WriteUpdateUserStats(UI1) 740 End With ' @@ Jugador 2 750 With UserList(UI2) 760 .Stats.MinHp = .Stats.MaxHP 770 .Stats.MinMAN = .Stats.MaxMAN 780 .Stats.MinSta = .Stats.MaxSta 790 .Stats.MinAGU = 100 800 .Stats.MinHam = 100 810 Call WriteUpdateUserStats(UI2) 820 End With 840 Call WarpUserChar(UI1, EventoMapPos.MapaTorneo, EventoMapPos.Esquina1x, EventoMapPos.Esquina1y, True) 850 Call WarpUserChar(UI2, EventoMapPos.MapaTorneo, EventoMapPos.Esquina2x, EventoMapPos.Esquina2y, True) 860 End With 870 Exit Sub Rondas_Combate_Error: 880 Call LogError("Error " & Err.Number & " (" & Err.description & ") in procedure Rondas_Combate, line " & Erl & ".") End Sub Sub Cuenta() On Error Resume Next ' @ Cuenta regresiva y auto-cancel ac�. Dim PacketToSend As String Dim CanSendPackage As Boolean With Torneo1vs1 'Hay cuenta? If .Cuenta <> 0 Then 'Resta el tiempo. .Cuenta = .Cuenta - 1 If .Cuenta > 1 Then SendData SendTarget.toMap, EventoMapPos.MapaTorneo, PrepareMessageConsoleMsgNew("Torneo 1vs1>", "La ronda iniciar� en " & .Cuenta & " segundos.") ElseIf .Cuenta = 1 Then SendData SendTarget.toMap, EventoMapPos.MapaTorneo, PrepareMessageConsoleMsgNew("Torneo 1vs1>", "La ronda iniciar� en 1 segundo!") ElseIf .Cuenta <= 0 Then WritePauseToggle (NameIndex(Torneo1vs1.Peleando(1))) WritePauseToggle (NameIndex(Torneo1vs1.Peleando(2))) SendData SendTarget.toMap, EventoMapPos.MapaTorneo, PrepareMessageConsoleMsgNew("Torneo 1vs1>", "�PELEEN!") End If End If 'Tiempo de auto-cancelamiento? If .AutoCancelTime <> 0 Then 'Resto el contador If .AutoCancelTime <> 0 Then .AutoCancelTime = .AutoCancelTime - 1 End If 'Avisa cada 30 segundos. Select Case .AutoCancelTime Case 150 'Quedan 2:30. CanSendPackage = True PacketToSend = PrepareMessageConsoleMsgNew("Torneo 1vs1>", "Auto-Cancelar� en 2:30 minutos") Case 120 CanSendPackage = True PacketToSend = PrepareMessageConsoleMsgNew("Torneo 1vs1>", "Auto-Cancelar� en 2 minutos") Case 90 CanSendPackage = True PacketToSend = PrepareMessageConsoleMsgNew("Torneo 1vs1>", "Auto-Cancelar� en 1:30 minutos") Case 60 CanSendPackage = True PacketToSend = PrepareMessageConsoleMsgNew("Torneo 1vs1>", "Auto-Cancelar� en 1 minuto") Case 30 CanSendPackage = True PacketToSend = PrepareMessageConsoleMsgNew("Torneo 1vs1>", "Auto-Cancelar� en 30 segundos") 'Avisa a los 15 Case 15 CanSendPackage = True PacketToSend = PrepareMessageConsoleMsgNew("Torneo 1vs1>", "Auto-Cancelar� en 15 segundos") 'Avisa a los 10 Case 10 CanSendPackage = True PacketToSend = PrepareMessageConsoleMsgNew("Torneo 1vs1>", "Auto-Cancelar� en 10 segundos") 'Avisa a los 5 Case 5 CanSendPackage = True PacketToSend = PrepareMessageConsoleMsgNew("Torneo 1vs1>", "Auto-Cancelar� en 5 segundos") 'Avisa a los 3,2,1. Case 1, 2, 3 CanSendPackage = True PacketToSend = PrepareMessageConsoleMsgNew("Torneo 1vs1>", "Auto-Cancelar� en " & .AutoCancelTime & " segundo/s") Case 0 CanSendPackage = False Call Rondas_Cancela(1) End Select 'Hay que enviar el mensaje? If CanSendPackage Then 'Envia SendData SendTarget.ToAll, 0, PacketToSend 'Reset el flag. CanSendPackage = False End If End If End With End Sub
@ERASE 0 REM Line $1 will store the address filter we are going to target 1 00A8FF @INIT 10 0 REM LED output and on 10 A = pioset 20 11 A = baud 96 0 REM debug 12 Z = 1 14 RETURN @IDLE 15 0 REM blink LED 15 A = pioset 20; 16 A = pioclr 20 0 REM slave for 5 seconds 17 A = slave 5 18 RETURN @SLAVE 20 0 REM If we now call to getconn, we will get the peer addr that wants to connect 0 REM with us on $0 20 A = getconn 21 PRINTU $0 22 A = strcmp $1; 23 IF A <> 0 THEN 33 0 REM 5 seconds timeout to start shell with '+' and enter 0 REM when you have a slave connection over air 24 TIMEOUTS 5 25 INPUTS $0 26 IF $0[0] = 43 THEN 30 0 REM LED on 27 B = pioset 20 0 REM connect RS232 28 C = link 1 29 RETURN 0 REM start BASIC shell 30 A = shell 0 REM LED on 31 B = pioset 20 32 RETURN 33 A = disconnect 0 34 RETURN
1 DIMN1(6,6),K1(18),A1(16),X(2),Y(2) 3 DATA 3,102,103,120,130,121,112,111,12 4 DATA 21,30,1020,1030,1011,1021,1003,1002,1012 10 FORM=1TO18:READK1(M):NEXTM 13 DATA-1,0,1,0,0,-1,0,1,-1,-1,1,-1,-1,1,1,1 14 FORO1=1TO16:READA1(O1):NEXTO1 20 GOTO 500 50 FORJ=1TO5 51 FORK=1TO5 55 IFN1(J,K)>99THENGOSUB200 60 NEXTK 65 NEXTJ 90 LETK=0:LETM2=0:LETM3=0 99 FORJ=0TO6:PRINT 100 FORK=0TO6 101 IFJ<>0THENIFJ<>6THEN105 102 IFK=6THENPRINT0;:GOTO 125 103 PRINTK;:GOTO120 105 IFK<>0THENIFK<>6THEN110 106 IFJ=6THENPRINT0;:GOTO 126 107 PRINTJ;:GOTO120 110 GOSUB300 120 NEXTK 125 NEXTJ 126 RETURN 200 LETB=1:IFN1(J,K)>999THENLETB=10 220 FORO1=1TO15STEP2 230 LETN1(J+A1(O1),K+A1(O1+1))=N1(J+A1(O1),K+A1(O1+1))+B 231 NEXTO1 239 RETURN 300 IFN1(J,K)<3THEN399 305 FORO1=1TO18 310 IFN1(J,K)=K1(O1)THEN350 315 NEXTO1 320 GO TO 399 350 IFO1>9THEN360 351 LETN1(J,K)=100:LETM2=M2+1:PRINT" * "; 355 RETURN 360 LETN1(J,K)=1000:LETM3=M3+1:PRINT" # "; 365 RETURN 399 LETN1(J,K)=0:PRINT" ";:RETURN 500 PRINTTAB(10);"U.B LIFE GAME" 505 LETM2=0:LETM3=0 510 FORJ=1TO5 511 FORK=1TO5 515 LETN1(J,K)=0 516 NEXTK 517 NEXTJ 519 FORB=1TO2:LETP1=3:IFB=2THENLETP1=30 520 PRINT"PLAYER";B;" 3 LIVE PIECES" 535 FORK1=1TO3:GOSUB700 540 LETN1(X(B),Y(B))=P1:NEXTK1 542 NEXTB 559 GOSUB90 560 PRINT:GOSUB50 570 IFM2=0THENIFM3=0THEN574 571 IFM3=0THENLETB=1:GOTO575 572 IFM2=0THENLETB=2:GOTO575 573 GOTO580 574 PRINT:PRINT"A DRAW":RUN 575 PRINT:PRINT"PLAYER ";B;" IS THE WINNER":RUN 580 FORB=1TO2:PRINT:PRINT"PLAYER";B;:GOSUB700 581 IFB=99THEN560 582 NEXTB 586 LETN1(X(1),Y(1))=100:LETN1(X(2),Y(2))=1000 596 GOTO 560 700 PRINT" X,Y":PRINT"XXXX";CHR$(13);"@@@@";CHR$(13);:INPUT"",Y(B),X(B) 705 IFX(B)<=5THENIFX(B)>0THEN708 706 GOTO750 708 IFY(B)<=5THENIFY(B)>0THEN715 710 GOTO750 715 IFN1(X(B),Y(B))<>0THEN750 720 IFB=1 THEN RETURN 725 IFX(1)=X(2)THENIFY(1)=Y(2)THEN740 730 RETURN 740 PRINT"SAME COORD. SET TO 0" 741 LETN1(X(B)+1,Y(B)+1)=0:LETB=99:RETURN 750 PRINT"ILLEGAL COORDS. RETYPE": GOTO700 900 END
REM Sean Coyne REM Ch3 Project REM pg 95 number 4 REM REM Program to compute finance charges REM and amount owed on a credit card REM statement. REM REM CLS REM first read statements READ act1$ READ PastDue READ Payment READ Purchase REM first formula -simplify to one LET financeCharge = .015 * (PastDue - Payment) LET amountDue = PastDue - Payment + Purchase + financeCharge REM 2nd read statements READ act2$ READ PastDue2 READ Payment2 READ Purchase2 REM second formula -simplify to one formula LET financeCharge2 = .015 * (PastDue2 - Payment2) LET amountDue2 = PastDue2 - Payment2 + Purchase2 + financeCharge2 REM headings PRINT TAB(10); "Account"; TAB(20); "Past Due"; TAB(30); "Payments"; TAB(40); "Purchases"; TAB(50); "Finance"; TAB(60); "Current" PRINT TAB(10); " Number"; TAB(20); " Amount"; TAB(50); "Charges"; TAB(60); "Amt Due" REM format string LET a$ = " \ \ ###.## ###.## ###.## #.## $$#,###.##" REM values PRINT "" PRINT USING a$; act1$; PastDue; Payment; Purchase; financeCharge; amountDue PRINT USING a$; act2$; PastDue2; Payment2; Purchase2; financeCharge2; amountDue2 REM data DATA "123-AB", 123.45, 10.00, 934.00 DATA "456-CD", 134.56, 134.56, 300.00 END
Version =20 VersionRequired =20 Begin Form AutoCenter = NotDefault DividingLines = NotDefault AllowDesignChanges = NotDefault DefaultView =2 PictureAlignment =2 DatasheetGridlinesBehavior =3 GridX =24 GridY =24 Width =6630 DatasheetFontHeight =9 ItemSuffix =20 Left =585 Top =3480 Right =15165 Bottom =7620 DatasheetGridlinesColor =14806254 Filter ="([FinishedGoodsInventory subform1].[LoadNumber] Like \"1085\")" RecSrcDt = Begin 0x12100953d760e440 End RecordSource ="SELECT FinishedGoodsInventory.SalesOrderNumber, FinishedGoodsInventory.ShipTo, F" "inishedGoodsInventory.QtyOfPackages, FinishedGoodsInventory.QtyPerPackage, Finis" "hedGoodsInventory.PackageType, FinishedGoodsInventory.QtySubTotal, FinishedGoods" "Inventory.GrossWeight, FinishedGoodsInventory.NetWeight, FinishedGoodsInventory." "CBM, FinishedGoodsInventory.LoadNumber, FinishedGoodsInventory.CustomerNumber, F" "inishedGoodsInventory.ShippedFlag FROM FinishedGoodsInventory WHERE (((FinishedG" "oodsInventory.CustomerNumber)=Forms!DestinationSummaryForm!List0) And ((Finished" "GoodsInventory.ShippedFlag)=False)); " Caption ="FinishedGoodsInventory subform1" DatasheetFontName ="Calibri" PrtMip = Begin 0x6801000068010000680100006801000000000000201c0000e010000001000000 , 0x010000006801000000000000a10700000100000001000000 End FilterOnLoad =0 ShowPageMargins =0 DisplayOnSharePointSite =1 DatasheetAlternateBackColor =15921906 DatasheetGridlinesColor12 =0 FitToScreen =1 DatasheetBackThemeColorIndex =1 BorderThemeColorIndex =3 ThemeFontIndex =1 ForeThemeColorIndex =0 AlternateBackThemeColorIndex =1 AlternateBackShade =95.0 Begin Begin Label BackStyle =0 FontSize =11 FontName ="Calibri" ThemeFontIndex =1 BackThemeColorIndex =1 BorderThemeColorIndex =0 BorderTint =50.0 ForeThemeColorIndex =0 ForeTint =50.0 GridlineThemeColorIndex =1 GridlineShade =65.0 End Begin TextBox AddColon = NotDefault FELineBreak = NotDefault BorderLineStyle =0 LabelX =-1800 FontSize =11 FontName ="Calibri" AsianLineBreak =1 BackThemeColorIndex =1 BorderThemeColorIndex =1 BorderShade =65.0 ThemeFontIndex =1 ForeThemeColorIndex =0 ForeTint =75.0 GridlineThemeColorIndex =1 GridlineShade =65.0 End Begin FormHeader Height =0 BackColor =15849926 Name ="FormHeader" AutoHeight =1 AlternateBackThemeColorIndex =1 AlternateBackShade =95.0 BackThemeColorIndex =2 BackTint =20.0 End Begin Section Height =4170 Name ="Detail" AutoHeight =1 AlternateBackColor =15921906 AlternateBackThemeColorIndex =1 AlternateBackShade =95.0 BackThemeColorIndex =1 Begin Begin TextBox OverlapFlags =85 IMESentenceMode =3 Left =2910 Top =360 Width =3060 Height =330 ColumnWidth =1965 BorderColor =10921638 ForeColor =4210752 Name ="SalesOrderNumber" ControlSource ="SalesOrderNumber" GridlineColor =10921638 LayoutCachedLeft =2910 LayoutCachedTop =360 LayoutCachedWidth =5970 LayoutCachedHeight =690 Begin Begin Label OverlapFlags =85 Left =360 Top =360 Width =2460 Height =330 BorderColor =8355711 ForeColor =8355711 Name ="SalesOrderNumber_Label" Caption ="SalesOrderNumber" GridlineColor =10921638 LayoutCachedLeft =360 LayoutCachedTop =360 LayoutCachedWidth =2820 LayoutCachedHeight =690 End End End Begin TextBox OverlapFlags =93 IMESentenceMode =3 Left =2910 Top =780 Width =1530 Height =330 ColumnWidth =960 TabIndex =2 BorderColor =10921638 ForeColor =4210752 Name ="QtyOfPackages" ControlSource ="QtyOfPackages" StatusBarText ="Number of shipping units" GridlineColor =10921638 LayoutCachedLeft =2910 LayoutCachedTop =780 LayoutCachedWidth =4440 LayoutCachedHeight =1110 Begin Begin Label OverlapFlags =93 Left =360 Top =780 Width =2460 Height =330 BorderColor =8355711 ForeColor =8355711 Name ="QtyOfPackages_Label" Caption ="QtyOfPackages" GridlineColor =10921638 LayoutCachedLeft =360 LayoutCachedTop =780 LayoutCachedWidth =2820 LayoutCachedHeight =1110 End End End Begin TextBox OverlapFlags =85 IMESentenceMode =3 Left =2910 Top =1200 Width =1530 Height =330 ColumnWidth =1590 TabIndex =3 BorderColor =10921638 ForeColor =4210752 Name ="QtyPerPackage" ControlSource ="QtyPerPackage" StatusBarText ="Number of pieces." GridlineColor =10921638 LayoutCachedLeft =2910 LayoutCachedTop =1200 LayoutCachedWidth =4440 LayoutCachedHeight =1530 Begin Begin Label OverlapFlags =85 Left =360 Top =1200 Width =2460 Height =330 BorderColor =8355711 ForeColor =8355711 Name ="QtyPerPackage_Label" Caption ="QtyPerPackage" GridlineColor =10921638 LayoutCachedLeft =360 LayoutCachedTop =1200 LayoutCachedWidth =2820 LayoutCachedHeight =1530 End End End Begin TextBox OverlapFlags =85 IMESentenceMode =3 Left =2910 Top =1620 Width =3660 Height =330 ColumnWidth =1455 TabIndex =4 BorderColor =10921638 ForeColor =4210752 Name ="PackageType" ControlSource ="PackageType" StatusBarText ="Type of shipping unit...Pallet (5 or more pieces), Carton(<5 pieces)" GridlineColor =10921638 LayoutCachedLeft =2910 LayoutCachedTop =1620 LayoutCachedWidth =6570 LayoutCachedHeight =1950 Begin Begin Label OverlapFlags =85 Left =360 Top =1620 Width =2460 Height =330 BorderColor =8355711 ForeColor =8355711 Name ="PackageType_Label" Caption ="PackageType" GridlineColor =10921638 LayoutCachedLeft =360 LayoutCachedTop =1620 LayoutCachedWidth =2820 LayoutCachedHeight =1950 End End End Begin TextBox OverlapFlags =85 IMESentenceMode =3 Left =2910 Top =2040 Width =1530 Height =330 ColumnWidth =975 TabIndex =5 BorderColor =10921638 ForeColor =4210752 Name ="QtySubTotal" ControlSource ="QtySubTotal" StatusBarText ="QtyOfPackages QtyPerPackage (do not include NonInvoiceItems in this total)" GridlineColor =10921638 LayoutCachedLeft =2910 LayoutCachedTop =2040 LayoutCachedWidth =4440 LayoutCachedHeight =2370 Begin Begin Label OverlapFlags =85 Left =360 Top =2040 Width =2460 Height =330 BorderColor =8355711 ForeColor =8355711 Name ="QtySubTotal_Label" Caption ="QtySubTotal" GridlineColor =10921638 LayoutCachedLeft =360 LayoutCachedTop =2040 LayoutCachedWidth =2820 LayoutCachedHeight =2370 End End End Begin TextBox DecimalPlaces =2 OverlapFlags =93 IMESentenceMode =3 Left =2910 Top =2460 Width =3660 Height =330 ColumnWidth =1470 TabIndex =6 BorderColor =10921638 ForeColor =4210752 Name ="GrossWeight" ControlSource ="GrossWeight" GridlineColor =10921638 LayoutCachedLeft =2910 LayoutCachedTop =2460 LayoutCachedWidth =6570 LayoutCachedHeight =2790 Begin Begin Label OverlapFlags =93 Left =360 Top =2460 Width =2460 Height =330 BorderColor =8355711 ForeColor =8355711 Name ="GrossWeight_Label" Caption ="GrossWeight" GridlineColor =10921638 LayoutCachedLeft =360 LayoutCachedTop =2460 LayoutCachedWidth =2820 LayoutCachedHeight =2790 End End End Begin TextBox DecimalPlaces =2 OverlapFlags =85 IMESentenceMode =3 Left =2910 Top =2880 Width =3660 Height =330 ColumnWidth =1275 TabIndex =7 BorderColor =10921638 ForeColor =4210752 Name ="NetWeight" ControlSource ="NetWeight" GridlineColor =10921638 LayoutCachedLeft =2910 LayoutCachedTop =2880 LayoutCachedWidth =6570 LayoutCachedHeight =3210 Begin Begin Label OverlapFlags =85 Left =360 Top =2880 Width =2460 Height =330 BorderColor =8355711 ForeColor =8355711 Name ="NetWeight_Label" Caption ="NetWeight" GridlineColor =10921638 LayoutCachedLeft =360 LayoutCachedTop =2880 LayoutCachedWidth =2820 LayoutCachedHeight =3210 End End End Begin TextBox DecimalPlaces =2 OverlapFlags =85 IMESentenceMode =3 Left =2910 Top =3300 Width =3660 Height =330 ColumnWidth =765 TabIndex =8 BorderColor =10921638 ForeColor =4210752 Name ="CBM" ControlSource ="CBM" GridlineColor =10921638 LayoutCachedLeft =2910 LayoutCachedTop =3300 LayoutCachedWidth =6570 LayoutCachedHeight =3630 Begin Begin Label OverlapFlags =85 Left =360 Top =3300 Width =2460 Height =330 BorderColor =8355711 ForeColor =8355711 Name ="CBM_Label" Caption ="CBM" GridlineColor =10921638 LayoutCachedLeft =360 LayoutCachedTop =3300 LayoutCachedWidth =2820 LayoutCachedHeight =3630 End End End Begin TextBox OverlapFlags =85 IMESentenceMode =3 Left =2910 Top =3720 Width =1530 Height =330 ColumnWidth =1530 TabIndex =9 BorderColor =10921638 ForeColor =4210752 Name ="LoadNumber" ControlSource ="LoadNumber" StatusBarText ="Shipping load number." OnClick ="[Event Procedure]" GridlineColor =10921638 LayoutCachedLeft =2910 LayoutCachedTop =3720 LayoutCachedWidth =4440 LayoutCachedHeight =4050 Begin Begin Label OverlapFlags =85 Left =360 Top =3720 Width =2460 Height =330 BorderColor =8355711 ForeColor =8355711 Name ="LoadNumber_Label" Caption ="PackingList" GridlineColor =10921638 LayoutCachedLeft =360 LayoutCachedTop =3720 LayoutCachedWidth =2820 LayoutCachedHeight =4050 End End End Begin TextBox ColumnHidden = NotDefault OverlapFlags =247 IMESentenceMode =3 Left =2880 Top =2520 Height =315 ColumnWidth =0 TabIndex =10 BorderColor =10921638 ForeColor =4210752 Name ="CustomerNumber" ControlSource ="CustomerNumber" GridlineColor =10921638 LayoutCachedLeft =2880 LayoutCachedTop =2520 LayoutCachedWidth =4320 LayoutCachedHeight =2835 Begin Begin Label OverlapFlags =215 Left =1080 Top =2520 Width =1740 Height =315 BorderColor =8355711 ForeColor =8355711 Name ="Label18" Caption ="CustomerNumber" GridlineColor =10921638 LayoutCachedLeft =1080 LayoutCachedTop =2520 LayoutCachedWidth =2820 LayoutCachedHeight =2835 End End End Begin TextBox OverlapFlags =247 IMESentenceMode =3 Left =2460 Top =780 Width =3240 Height =300 ColumnWidth =1710 TabIndex =1 BorderColor =10921638 ForeColor =4210752 Name ="ShipTo" ControlSource ="ShipTo" GridlineColor =10921638 LayoutCachedLeft =2460 LayoutCachedTop =780 LayoutCachedWidth =5700 LayoutCachedHeight =1080 Begin Begin Label OverlapFlags =215 Left =660 Top =780 Width =705 Height =315 BorderColor =8355711 ForeColor =8355711 Name ="Label19" Caption ="ShipTo" GridlineColor =10921638 LayoutCachedLeft =660 LayoutCachedTop =780 LayoutCachedWidth =1365 LayoutCachedHeight =1095 End End End End End Begin FormFooter Height =0 Name ="FormFooter" AutoHeight =1 AlternateBackThemeColorIndex =1 AlternateBackShade =95.0 BackThemeColorIndex =1 End End End CodeBehindForm Attribute VB_GlobalNameSpace = False Attribute VB_Creatable = True Attribute VB_PredeclaredId = True Attribute VB_Exposed = False Option Compare Database Private Sub LoadNumber_Click() 'LoadNumber.Value = Forms![PackingListSelectionForm]![LoadNumberTable subform].Form![PackingListNumber].Value LoadNumber.Value = Forms![PackingListSelectionForm]![Text11].Value If Me.Dirty Then Me.Dirty = False End If End Sub
$COMPILE EXE REM Printing Calculator REM Selbsttest color 15,0:print" Printing Calculator ";:color 7,0 print" was written by" print"▄▄▄▄ ▄▄▄ ▄▄▄▄ ▄▄▄ ▄▄▄▄ ▄▄▄ ▄▄▄▄" print"█ █ █ █ █ █ █ █ █ █ █ █ █" print"█▀█▀ █ █ █▀▀▄ █ █ █ █ █ █▀▀▀" print"█ █ █ █ █ █ █ █ █ █ █ █" print"▀ ▀ ▀▀▀ ▀▀▀▀ ▀▀▀ ▀▀▀▀ ▀▀▀ ▀" print"I N D U S T R I E S" print print"Teste PCALC.EXE auf Viren. Dieser Test kann bis zu 30sek dauern!" print print"Test auf Viren läuft..."; gosub CheckFile goto Start 'if sum=1744 then print"OK":goto Start print"fehlgeschlagen" color 14:print print"Irgendetwas stimmt mit der Datei PCALC.EXE nicht!" print"Überprüfen Sie folgende Sachverhalte:" print" ■ Haben Sie sie nicht verändert?" print" ■ Haben Sie sie nicht umbenannt (Diese Datei MUß PCALC.EXE heissen)?" print" ■ Haben Sie vielleicht einen Virus in Ihrem System?" print print"Wenn keiner dieser Sachverhalte zutrifft, dann fordern Sie eine" print"neue PCALC.EXE bei Ihrer Bezugsquelle an!" end Start: REM Aufbau des Tastenfeldes print"Aufbau der Textgrafik..." screen ,,1 mstat$=" " tb=0 color 15,0 shell"loadfont <pcalc.fnt" locate 3,40:print"┌──────────────┐" locate 4,40:print"│Ó 88888888888.│" locate 5,40:print"└──────────────┘" locate 8,43:print"┌─────┐ ┌─────┐ ┌─────┐" locate 9,43:print"└─────┘ └─────┘ └─────┘" locate 7,43:print" TAB P/ NP OFF" color 3 for x=11 to 20 step 3 locate x,60:print"┌───┐" locate x+2,60:print"└───┘" if x>=17 then color 12 if x<17 then color 7 locate x,26:print"┌───┐" locate x+2,26:print"└───┘" color 3 next x locate 12,60:print"│ MŠ│" locate 15,60:print"│ Mš│" locate 18,60:print"│ MŔ│" locate 21,60:print"│ M│" color 7 locate 12,26:print"│ Ú │" locate 15,26:print"│ % │" color 12 locate 18,26:print"│ CE│" locate 21,26:print"│ONC│" color 7 locate 20,32:print"┌────┐" locate 21,32:print"│ 0 │" locate 22,32:print"└────┘" for x=11 to 17 step 3 locate x,33:print"┌───┐" locate x+1,33:print"│";18-x;"│" locate x+2,33:print"└───┘" locate x,38:print"┌───┐" locate x+1,38:print"│";19-x;"│" locate x+2,38:print"└───┘" locate x,43:print"┌───┐" locate x+1,43:print"│";20-x;"│" locate x+2,43:print"└───┘" next x locate 20,38:print"┌───┐" locate 21,38:print"│ 00│" locate 22,38:print"└───┘" locate 20,43:print"┌───┐" locate 21,43:print"│ . │" locate 22,43:print"└───┘" for x=11 to 20 step 3 locate x,54:print"┌───┐" locate x+2,54:print"└───┘" if x<17 then locate x,49:print"┌───┐" locate x+2,49:print"└───┘" end if next x locate 17,49:print"┌───┐" locate 18,49:print"│ │" locate 19,49:print"│ + │" locate 20,49:print"│ │" locate 21,49:print"│ │" locate 22,49:print"└───┘" locate 12,49:print"│ x │" locate 15,49:print"│ - │" locate 12,54:print"│ \ │" locate 15,54:print"│ = │" locate 18,54:print"│#/P│" locate 21,54:print"│ │" color 0,3:locate 24,1 print"[ENTER]-* M+-MŠ M--Mš MO-MŔ M[ENTER]-M* ^-Ú "; locate 25,1 print"[TAB]-TAB C-ON/C X-CE #-00 P-#/P Q-P/NP [ESC]-OFF "; screen ,,1,1 color 15,0 locate 4,41:print" " num$="0" gosub WriteN REM Hauptroutine 1 a$=inkey$ if a$="" then 1 if a$="#" then a$="00" if a$=chr$(13) then goto Summe if a$="M" or a$="m" then goto Memory if A$="^" or a$="°" then lprint:goto 1 if a$="q" or a$="Q" then goto SwitchPrint if a$="P" or a$="p" then goto PrintDisp if a$=chr$(7) then goto SwitchTAB if a$="c" or a$="C" then goto ReLaunch if a$="x" or A$="X" then locate 4,41:print" ":num$="0":gosub WriteN:goto 1 if a$=chr$(27) then end if num$="0" then num$=a$ else num$=num$+a$ gosub WriteN goto 1 end Summe: Memory: SwitchPrint: SwitchTAB: PrintDisp: ReLaunch: end WriteN: REM Auswählen der Anzeigeart if tb=0 then gosub WriteNumb if tb=1 then gosub WriteNumb0 if tb=2 then gosub WriteNumb2 if tb=3 then gosub WriteNumb3 if tb=4 then gosub WriteNumb4 if tb=5 then gosub WriteNumbA return WriteNumb: REM Anzeigen der Zahl im Display (mstat$=Status des M/-/E & num=Zahl) color 15,0 locate 4,41:print mstat$;" "; locate 4,42+(11-len(num$)) if val(num$)=int(val(num$)) then prt$=num$+"." else prt$=num$+" " print prt$ return WriteNumb0: REM Anzeigen der Zahl im Display (mstat$=Status des M/-/E & num=Zahl)mit TAB0 color 15,0 locate 4,41:print mstat$;:print using" ##########. ";num return WriteNumb2: REM Anzeigen der Zahl im Display (mstat$=Status des M/-/E & num=Zahl)mit TAB2 color 15,0 locate 4,41:print mstat$;:print using" ########.## ";num return WriteNumb3: REM Anzeigen der Zahl im Display (mstat$=Status des M/-/E & num=Zahl)mit TAB3 color 15,0 locate 4,41:print mstat$;:print using" #######.### ";num return WriteNumb4: REM Anzeigen der Zahl im Display (mstat$=Status des M/-/E & num=Zahl)mit TAB4 color 15,0 locate 4,41:print mstat$;:print using" ######.#### ";num return WriteNumbA: REM Anzeigen der Zahl im Display (mstat$=Status des M/-/E & num=Zahl)mit TABAUTO color 15,0 locate 4,41:print mstat$;:print using" ########.## ";num return PrintNumb: REM Ausdrucken der Zahl im Display (oper$=Operator & num=Zahl lprint using"##########,. ";num;:lprint oper$ return CheckFile: ' open "I",#1,"compiled\PCALC\PCALC.EXE" ' for z=1 to 999999 ' if eof(1) then exit for ' line input #1,lin$ ' for x=1 to len(lin$) ' sum=sum+asc(mid$(lin$,x,1)) ' next x ' next z ' close #1 return
1 %TITLE "Convert MicroData Product Files" %SBTTL "PD_CONV_MICRODATA" %IDENT "V3.6a Calico" ! ! COPYRIGHT (C) 1991 BY ! ! Computer Management Center, Inc. ! Idaho Falls, Idaho. ! ! This software is furnished under a license and may be used and ! copied only in accordance with terms of such license and with ! the inclusion of the above copyright notice. This software or ! any other copies thereof may not be provided or otherwise made ! available to any other person. No title to and ownership of ! the software is hereby transferred. ! ! The information in this software is subject to change without ! notice and should not be construed as a commitment by ! Computer Management Center, Inc. ! ! CMC assumes no responsibility for the use or reliability of ! its software on equipment which is not supported by CMC. ! !++ ! ! Compile: ! ! $ BAS PD_SOURCE:PD_CONV_MICRODATA/LINE ! $ LINK/EXECUTABLE=PD_EXE: PD_CONV_MICRODATA,- ! FUNC_LIB:CMCLINK/OPTION ! $ DELETE PD_CONV_MICRODATA.OBJ;* ! ! Author: ! 07/08/91 - Val James Allen ! ! Modification history: ! ! 08/23/91 - Dan Perkins ! Changed MASK$ IF-THEN to case statements ! Realigned to better match record ! ! 04/28/92 - Kevin Handy ! Clean up (check) ! ! 10/04/93 - Kevin Handy ! Changed "=<" to "<=". ! ! 04/14/95 - Kevin Handy ! (V3.6) ! Update to V3.6 coding standards ! ! 09/06/96 - Kevin Handy ! Reformat source code. ! ! 08/21/98 - Kevin Handy ! (V3.6a Calico) ! Update to V3.6a coding standards !-- %PAGE ! ! Set up compiling options ! OPTION SIZE = (INTEGER LONG, REAL GFLOAT) ! ! Include files ! %INCLUDE "FUNC_INCLUDE:FUNCTION.HB" 10 ON ERROR GOTO 19000 MAP (SCOPE) SCOPE_STRUCT SCOPE %INCLUDE "SOURCE:[PD.OPEN]PD_PRODUCT.HB" MAP (PD_PRODUCT) PD_PRODUCT_CDD PD_PRODUCT %INCLUDE "SOURCE:[PC.OPEN]PC_PRICE.HB" MAP (PC_PRICE) PC_PRICE_CDD PC_PRICE %INCLUDE "SOURCE:[PC.OPEN]PC_COST.HB" MAP (PC_COST) PC_COST_CDD PC_COST %INCLUDE "SOURCE:[IC.OPEN]IC_35BALANCE.HB" MAP (IC_35BALANCE) IC_35BALANCE_CDD IC_35BALANCE %INCLUDE "SOURCE:[IC.OPEN]IC_BINMAP.HB" MAP (IC_BINMAP) IC_BINMAP_CDD IC_BINMAP !***************************************************************** ! Initilize Convert !*************************************************************** CALL READ_INITIALIZE ! Create the data display ! SMG_STATUS% = SMG$CREATE_VIRTUAL_DISPLAY( 20%, 80%, DISPLAY_ID%,,, ) CALL LIB$SIGNAL(SMG_STATUS%) IF (SMG_STATUS% AND 1%) = 0% SMG_STATUS% = SMG$ERASE_DISPLAY(DISPLAY_ID%) ! ! Paste the data display ! SMG_STATUS% = SMG$PASTE_VIRTUAL_DISPLAY( DISPLAY_ID%, PASTE_ID%, & 1%, 1% ) CALL LIB$SIGNAL(SMG_STATUS%) IF (SMG_STATUS% AND 1%) = 0% SMG_STATUS% = SMG$SET_CURSOR_MODE(PASTE_ID%, SMG$M_CURSOR_OFF) ! ! PRINT BANNER ! SMG_STATUS% = SMG$PUT_CHARS_WIDE(DISPLAY_ID%, "Convert King B files", & 2%, 15%,SMG$M_BOLD) SMG_STATUS% = SMG$DRAW_LINE(DISPLAY_ID%, 4%, 1%, 4%, 80%, & SMG$M_BOLD) ConfirmConv: ! Ask user if they realy would like to convert all files SMG_STATUS% = SMG$PUT_CHARS(DISPLAY_ID%, "Convert files :", 9%, 20%) CONF$ = EDIT$(ENTR_3YESNO(SCOPE, DISPLAY_ID%, & "9;36", "Confirm Converting", "N", 16%, "'", "N"), -1%) ! ! Check for special keys typed ! SELECT SCOPE::SCOPE_EXIT ! ! Control/C, Uparrow, ! CASE 3%, SMG$K_TRM_UP, SMG$K_TRM_DOWN GOTO ConfirmConv ! (Ignored) ! ! Exit key typed ! CASE SMG$K_TRM_F10, SMG$K_TRM_CTRLZ GOTO ExitProgram ! ! Good Keys ! CASE 0%, 10%, 12%, SMG$K_TRM_DO, SMG$K_TRM_CR, & SMG$K_TRM_SELECT ! ! Bad Keys ! CASE ELSE GOTO ConfirmConv END SELECT SMG_STATUS% = SMG$DELETE_CHARS(DISPLAY_ID%, 30%, 9%, 20%) SMG_STATUS% = SMG$ERASE_DISPLAY(SCOPE::SMG_OPTION) SMG_STATUS% = SMG$ERASE_DISPLAY(SCOPE::SMG_MESSAGE) GOTO ExitProgram IF CONF$ <> "Y" SMG_STATUS% = SMG$PUT_CHARS(DISPLAY_ID%, "File :", 18%, 4%) SMG_STATUS% = SMG$PUT_CHARS(DISPLAY_ID%, "Record :", 19%, 4%) ! Tell user the file we are converting is Product ! SMG_STATUS% = SMG$PUT_CHARS(DISPLAY_ID%, "PRODUCT ",18%, 15%) ! ! Open the needed files ! 1405 %INCLUDE "SOURCE:[PD.OPEN]PD_PRODUCT.CRE" 1406 %INCLUDE "SOURCE:[PC.OPEN]PC_PRICE.CRE" 1407 %INCLUDE "SOURCE:[PC.OPEN]PC_COST.CRE" 1408 %INCLUDE "SOURCE:[IC.OPEN]IC_35BALANCE.CRE" 1409 %INCLUDE "SOURCE:[IC.OPEN]IC_BINMAP.CRE" 1410 CALL ASSG_CHANNEL(CASE_TEXT.CH%,STAT%) CASE_TEXT.DEV$ = "" CASE_TEXT.NAME$ = CASE_TEXT.DEV$+"PROD.ASC" OPEN CASE_TEXT.NAME$ FOR INPUT AS FILE CASE_TEXT.CH%, & ORGANIZATION SEQUENTIAL GOSUB InitializeFiles GetNextCaseRec: 1420 ! Start the actual conversion LINPUT #CASE_TEXT.CH%, LINE$ 1430 ! ! Build conversion record - basic field ! X% = POS(LINE$,">", 1%) GOTO 1420 IF X% <= 1% MASK$ = LEFT$(LINE$, X%) LINE$ = RIGHT$(LINE$, X% + 1%) SELECT MASK$ CASE "<END>" GOSUB BuildFiles GOSUB InitializeFiles CASE "<REAL.DESC>" LOCATION$ = MID$(LINE$, 5%, 3%) LINE$ = RIGHT$(LINE$, 9%) Y% = POS(LINE$, "!", 1%) IF Y% = 0% THEN TYPEFLAG$ = "M" PRODUCT$ = LINE$ ELSE TYPEFLAG$ = "O" PRODUCT$ = LEFT$(LINE$, Y% - 1%) END IF CASE "<TYPE>" PD_PRODUCT::PROD_TYPE = LINE$ CASE "<PRICE.GROUP>" PD_PRODUCT::CATEGORY = LEFT$(LINE$, 4%) CASE "<PRICE>" PC_PRICE::PRICECOST = (VAL(LINE$)/1000) CASE "<PRICE-2>" PD_PRODUCT::DESCRIPTION = LINE$ CASE "<UN>" PD_PRODUCT::UOM = LEFT$(LINE$, 2%) CASE "<REP-COST>" PC_COST::COST = (VAL(LINE$)/100) CASE "<MAX>" IC_BINMAP::MAXLEVEL = VAL(LINE$) MAXLEVEL = VAL(LINE$) CASE "<ON-HAND>" IC_35BALANCE::BBALANCE = VAL(LINE$) ONHAND = VAL(LINE$) CASE "<MIN>" IC_BINMAP::SAFETY = VAL(LINE$) MINLEVEL = VAL(LINE$) END SELECT GOTO 1420 InitializeFiles: TYPEFLAG$ = "" PRODUCT$ = "" LOCATION$ = "" ONHAND = 0.0 MINLEVEL = 0.0 MAXLEVEL = 0.0 ! ! Set basic fields for product file ! PD_PRODUCT::PRODUCT_NUM = "" PD_PRODUCT::DESCRIPTION = "" PD_PRODUCT::PROD_TYPE = "" PD_PRODUCT::CATEGORY = "" PD_PRODUCT::UOM = "" PD_PRODUCT::PACK = "" PD_PRODUCT::LABEL = "" PD_PRODUCT::METHOD = "STD" PD_PRODUCT::BDATE = "19910101" PD_PRODUCT::SSTATUS = "A" PD_PRODUCT::EDATE = "" PD_PRODUCT::SECONDARY_CODE = "" IC_35BALANCE::PRODUCT = "" IC_35BALANCE::LOCATION = "" IC_35BALANCE::TRANSTYPE = "CC" IC_35BALANCE::BBALANCE = 0.0 IC_35BALANCE::PBALANCE = 0.0 IC_35BALANCE::RBALANCE = 0.0 IC_BINMAP::PRODUCT = "" IC_BINMAP::LOCATION = "" IC_BINMAP::BIN(0%) = "" IC_BINMAP::BIN(1%) = "" IC_BINMAP::BIN(2%) = "" IC_BINMAP::BIN(3%) = "" IC_BINMAP::SAFETY = 0.0 IC_BINMAP::MAXLEVEL = 0.0 IC_BINMAP::ABC = "" IC_BINMAP::CYCLEMAP = "" PC_COST::PRODUCT = "" PC_COST::LOCATION = "" PC_COST::EFFDATE = "19910101" PC_COST::COST = 0.0 PC_PRICE::PRODUCT_NUM = "" PC_PRICE::LOCATION = "" PC_PRICE::PCTYPE = "" PC_PRICE::XDATE = "19910101" PC_PRICE::XTIME = "" PC_PRICE::PRICECOST = 0.0 RETURN BuildFiles: 1450 RETURN IF PRODUCT$ = "" OR LOCATION$ = "" GOTO 1460 IF TYPEFLAG$ = "O" PD_PRODUCT::PRODUCT_NUM = PRODUCT$ SMG_STATUS% = SMG$PUT_CHARS(DISPLAY_ID%, "M " + & PD_PRODUCT::PRODUCT_NUM + & " ",19%,15%) PUT #PD_PRODUCT.CH% RETURN 1460 SMG_STATUS% = SMG$PUT_CHARS(DISPLAY_ID%, "O " + PRODUCT$ + & " " + LOCATION$ + & " ", & 19%,15%) IC_35BALANCE::PRODUCT = PRODUCT$ IC_35BALANCE::LOCATION = LOCATION$ IC_BINMAP::PRODUCT = PRODUCT$ IC_BINMAP::LOCATION = LOCATION$ PC_COST::PRODUCT = PRODUCT$ PC_COST::LOCATION = LOCATION$ PC_PRICE::PRODUCT_NUM = PRODUCT$ PC_PRICE::LOCATION = LOCATION$ GOTO 1470 IF IC_35BALANCE::BBALANCE = 0.0 FIND #IC_35BALANCE.CH%, KEY#0% EQ IC_35BALANCE::PRODUCT + & IC_35BALANCE::LOCATION + & IC_35BALANCE::TRANSTYPE, & REGARDLESS GET #IC_35BALANCE.CH% IC_35BALANCE::BBALANCE = IC_35BALANCE::BBALANCE + ONHAND UPDATE #IC_35BALANCE.CH% GOTO 1470 1465 PUT #IC_35BALANCE.CH% 1470 GOTO 1480 IF IC_BINMAP::SAFETY = 0.0 AND & IC_BINMAP::MAXLEVEL = 0.0 FIND #IC_BINMAP.CH%, KEY#0% EQ IC_BINMAP::PRODUCT + & IC_BINMAP::LOCATION, REGARDLESS GET #IC_BINMAP.CH% IC_BINMAP::SAFETY = IC_BINMAP::SAFETY + MINLEVEL IC_BINMAP::MAXLEVEL = IC_BINMAP::MAXLEVEL + MAXLEVEL UPDATE #IC_BINMAP.CH% GOTO 1480 1475 PUT #IC_BINMAP.CH% 1480 PUT #PC_COST.CH% IF PC_COST::COST <> 0.0 1490 PUT #PC_PRICE.CH% IF PC_PRICE::PRICECOST <> 0.0 1499 RETURN 1500 GOSUB BuildFiles ! Put file PRODUCT in a list of completed converions SMG_STATUS% = SMG$PUT_CHARS(DISPLAY_ID%, "PRODUCT", 9%, 14%) ExitProgram: 15000 !*************************************************************** ! Exit program !*************************************************************** IF CONF$ = "Y" THEN CALL ENTR_3MESSAGE(SCOPE,"Conversion Process Complete", 0%) ELSE CALL ENTR_3MESSAGE(SCOPE,"Aborting Conversion Process", 0%) END IF CALL ENTR_3MESSAGE(SCOPE, "",1%) SMG_STATUS% = SMG$SET_CURSOR_MODE(PASTE_ID%, SMG$M_CURSOR_ON) SMG_STATUS% = SMG$DELETE_PASTEBOARD(PASTE_ID%) SMG_STATUS% = SMG$DELETE_VIRTUAL_DISPLAY(DISPLAY_ID%) GOTO 32767 %PAGE HelpError: !*************************************************************** ! Help Message for an Error !*************************************************************** CALL HELP_34MESSAGE(SCOPE, NUM1$(ERL) + " " + ERT$(ERR), & "E", ERN$, FILENAME$, NUM1$(ERR)) CONF$ = "N" GOTO ExitProgram 19000 !*************************************************************** ! Error trapping !***************************************************************** FILENAME$ = "" SELECT ERL CASE 1405% FILENAME$ = "PD_PRODUCT" CASE 1420% RESUME 1500 IF ERR = 11% FILENAME$ = "PRODUCT_INPUT" CASE 1450% IF ERR = 134% THEN SMG_STATUS% = SMG$PUT_CHARS(DISPLAY_ID%, "DUPLICATE KEY", & 19%,40%) RESUME 1499 END IF FILENAME$ = "PD_PRODUCT" CASE 1460% RESUME 1465 IF ERR = 155% FILENAME$ = "IC_35BALANCE" CASE 1470% RESUME 1475 IF ERR = 155% FILENAME$ = "IC_BINMAP" CASE 1480% FILENAME$ = "PC_COST" CASE 1490% FILENAME$ = "PC_PRICE" END SELECT RESUME HelpError 32767 END
Attribute VB_Name = "UDFs" Function compare(ByVal cell1 As Range, ByVal Cell2 As Range, Optional CaseSensitive As Variant, Optional delta As Variant, Optional MatchString As Variant) Attribute compare.VB_Description = "Compares Cell1 to Cell2 and if identical returns ""-"" by default but a different optional match string can be given. If cells are different, the output will either be ""FALSE"" or will optionally show the delta between the values if numeric." Attribute compare.VB_ProcData.VB_Invoke_Func = " \n20" '**************************************************************************** 'DEVELOPER: Ryan Wells (wellsr.com) '**DATE: 04/2016 '**DESCRIPTION: Compares Cell1 to Cell2 and if identical, returns "-" by '*** default but a different optional match string can be given. * '*** If cells are different, the output will either be "FALSE" * '*** or will optionally show the delta between the values if * '*** numeric. * '**INPUT: Cell1 - First cell to compare. '*** Cell2 - Cell to compare against Cell1. * '*** CaseSensitive - Optional boolean that if set to TRUE, will * '*** perform a case-sensitive comparison of the * '*** two entered cells. Default is TRUE. * '*** delta - Optional boolean that if set to TRUE, will display * '*** the delta between Cell1 and Cell2. * '*** MatchString - Optional string the user can choose to display * '*** when Cell1 and Cell2 match. Default is "-" * '**OUTPUT: The output will be "-", a custom string or a delta if the '*** cells match and will be "FALSE" if the cells do not match. * '**EXAMPLES: =compare(A1,B1,FALSE,TRUE,"match") '*** =compare(A1,B1) * '**************************************************************************** '------------------------------------------------------------------------------ 'I. Declare variables '------------------------------------------------------------------------------ Dim strMatch As String 'string to display if Cell1 and Cell2 match '------------------------------------------------------------------------------ 'II. Error checking '------------------------------------------------------------------------------ 'Error 0 - catch all error On Error GoTo CompareError: 'Error 1 - MatchString is invalid If IsMissing(MatchString) = False Then If IsError(CStr(MatchString)) Then compare = "Invalid Match String" Exit Function End If End If 'Error 2 - Cell1 contains more than 1 cell If IsArray(cell1) = True Then If cell1.count <> 1 Then compare = "Too many cells in variable Cell1." Exit Function End If End If 'Error 3 - Cell2 contains more than 1 cell If IsArray(Cell2) = True Then If Cell2.count <> 1 Then compare = "Too many cells in variable Cell2." Exit Function End If End If 'Error 4 - delta is not a boolean If IsMissing(delta) = False Then If delta <> CBool(True) And delta <> CBool(False) Then compare = "Delta flag must be a boolean (TRUE or FALSE)." Exit Function End If End If 'Error 5 - CaseSensitive is not a boolean If IsMissing(CaseSensitive) = False Then If CaseSensitive <> CBool(True) And CaseSensitive <> CBool(False) Then compare = "CaseSensitive flag must be a boolean (TRUE or FALSE)." Exit Function End If End If '------------------------------------------------------------------------------ 'III. Initialize Variables '------------------------------------------------------------------------------ If IsMissing(CaseSensitive) Then CaseSensitive = CBool(True) ElseIf CaseSensitive = False Then CaseSensitive = CBool(False) Else CaseSensitive = CBool(True) End If If IsMissing(MatchString) Then strMatch = "-" Else strMatch = CStr(MatchString) End If If IsMissing(delta) Then delta = CBool(False) ElseIf delta = False Then delta = CBool(False) Else delta = CBool(True) End If '------------------------------------------------------------------------------ 'IV. Check for matches '------------------------------------------------------------------------------ If cell1 = Cell2 Then compare = strMatch ElseIf CaseSensitive = False Then If UCase(cell1) = UCase(Cell2) Then compare = strMatch ElseIf delta = True And IsNumeric(cell1) And IsNumeric(Cell2) Then compare = cell1 - Cell2 Else compare = CBool(False) End If ElseIf cell1 <> Cell2 And delta = True Then If IsNumeric(cell1) And IsNumeric(Cell2) Then 'No case sensitive check because if not numeric, doesn't matter. compare = cell1 - Cell2 Else compare = CBool(False) End If Else compare = CBool(False) End If Exit Function '------------------------------------------------------------------------------ 'V. Final Error Handling '------------------------------------------------------------------------------ CompareError: compare = "Error Encountered: " & Err.Number & ", " & Err.Description End Function Function Linterp(ByVal KnownYs As Range, ByVal KnownXs As Range, NewX As Variant) As Variant Attribute Linterp.VB_Description = "2D Linear Interpolation function that automatically picks which range to interpolate between based on the closest KnownX value to the NewX value you want to interpolate for." Attribute Linterp.VB_ProcData.VB_Invoke_Func = " \n20" '************************************************************************** 'DEVELOPER: Ryan Wells (wellsr.com) '**DATE: 03/2016 '**DESCRIPTION: 2D Linear Interpolation function that automatically picks '*** which range to interpolate between based on the closest * '*** KnownX value to the NewX value you want to interpolate for. * '**INPUT: KnownYs - 1D range containing your known Y values. '*** KnownXs - 1D range containing your known X values. * '*** NewX - Cell or number with the X value you want to * '*** interpolate for. * '**OUTPUT: The output will be the linear interpolated Y value '*** corresponding to the NewX value the user selects. * '**NOTES: i. KnownYs do not have to be sorted. If the values are '*** unsorted, the function will linearly interpolate between the * '*** two closest values to your NewX (one above, one below). * '*** ii. KnownXs and KnownYs must be the same dimensions. It is a * '*** good practice to have the Xs and corresponding Ys beside * '*** each other in Excel before using Linterp. * '**FORMULA: Linterp=Y0 + (Y1-Y0)(NewX-X0)/(X1-X0) * '**EXAMPLE: =Linterp(A2:A4,B2:B4,C2) '****************************************************************************** '------------------------------------------------------------------------------ '0. Declare Variables and Initialize Variables '------------------------------------------------------------------------------ Dim bYRows As Boolean 'Y values are selected in a row (Nx1) Dim bXRows As Boolean 'X values are selected in a row (Nx1) Dim DeltaHi As Double 'delta between NewX and KnownXs if Known > NewX Dim DeltaLo As Double 'delta between NewX and KnownXs if Known < NewX Dim iHi As Long 'Index position of the closest value above NewX Dim iLo As Long 'Index position of the closest value below NewX Dim i As Long 'dummy counter Dim Y0 As Double, Y1 As Double 'Linear Interpolation Y variables Dim X0 As Double, X1 As Double 'Linear Interpolation Y variables iHi = 2147483647 iLo = -2147483648# DeltaHi = 1.79769313486231E+308 DeltaLo = -1.79769313486231E+308 '------------------------------------------------------------------------------ 'I. Preliminary Error Checking '------------------------------------------------------------------------------ 'Error 0 - catch all error On Error GoTo InterpError: 'Error 1 - NewX more than 1 cell selected If IsArray(NewX) = True Then If NewX.count <> 1 Then Linterp = "Too many cells in variable NewX." Exit Function End If End If 'Error 2 - NewX is not a number If IsNumeric(NewX) = False Then Linterp = "NewX is non-numeric." Exit Function End If 'Error 3 - dimensions aren't even If KnownYs.count <> KnownXs.count Or _ KnownYs.Rows.count <> KnownXs.Rows.count Or _ KnownYs.Columns.count <> KnownXs.Columns.count Then Linterp = "Known ranges are different dimensions." Exit Function End If 'Error 4 - known Ys are not Nx1 or 1xN dimensions If KnownYs.Rows.count <> 1 And KnownYs.Columns.count <> 1 Then Linterp = "Known Y's should be in a single column or a single row." Exit Function End If 'Error 5 - known Xs are not Nx1 or 1xN dimensions If KnownXs.Rows.count <> 1 And KnownXs.Columns.count <> 1 Then Linterp = "Known X's should be in a single column or a single row." Exit Function End If 'Error 6 - Too few known Y cells If KnownYs.Rows.count <= 1 And KnownYs.Columns.count <= 1 Then Linterp = "Known Y's range must be larger than 1 cell" Exit Function End If 'Error 7 - Too few known X cells If KnownXs.Rows.count <= 1 And KnownXs.Columns.count <= 1 Then Linterp = "Known X's range must be larger than 1 cell" Exit Function End If 'Error 8 - Check for non-numeric KnownYs If KnownYs.Rows.count > 1 Then bYRows = True For i = 1 To KnownYs.Rows.count If IsNumeric(KnownYs.Cells(i, 1)) = False Then Linterp = "One or all Known Y's are non-numeric." Exit Function End If Next i ElseIf KnownYs.Columns.count > 1 Then bYRows = False For i = 1 To KnownYs.Columns.count If IsNumeric(KnownYs.Cells(1, i)) = False Then Linterp = "One or all KnownYs are non-numeric." Exit Function End If Next i End If 'Error 9 - Check for non-numeric KnownXs If KnownXs.Rows.count > 1 Then bXRows = True For i = 1 To KnownXs.Rows.count If IsNumeric(KnownXs.Cells(i, 1)) = False Then Linterp = "One or all Known X's are non-numeric." Exit Function End If Next i ElseIf KnownXs.Columns.count > 1 Then bXRows = False For i = 1 To KnownXs.Columns.count If IsNumeric(KnownXs.Cells(1, i)) = False Then Linterp = "One or all Known X's are non-numeric." Exit Function End If Next i End If '------------------------------------------------------------------------------ 'II. Check for nearest values from list of Known X's '------------------------------------------------------------------------------ If bXRows = True Then 'check by rows For i = 1 To KnownXs.Rows.count 'loop through known Xs If KnownXs.Cells(i, 1) <> "" Then If KnownXs.Cells(i, 1) > NewX And KnownXs.Cells(i, 1) - NewX < DeltaHi Then 'determine DeltaHi DeltaHi = KnownXs.Cells(i, 1) - NewX iHi = i ElseIf KnownXs.Cells(i, 1) < NewX And KnownXs.Cells(i, 1) - NewX > DeltaLo Then 'determine DeltaLo DeltaLo = KnownXs.Cells(i, 1) - NewX iLo = i ElseIf KnownXs.Cells(i, 1) = NewX Then 'match. just report corresponding Y Linterp = KnownYs.Cells(i, 1) Exit Function End If End If Next i Else ' check by columns For i = 1 To KnownXs.Columns.count 'loop through known Xs If KnownXs.Cells(1, i) <> "" Then If KnownXs.Cells(1, i) > NewX And KnownXs.Cells(1, i) - NewX < DeltaHi Then 'determine DeltaHi DeltaHi = KnownXs.Cells(1, i) - NewX iHi = i ElseIf KnownXs.Cells(1, i) < NewX And KnownXs.Cells(1, i) - NewX > DeltaLo Then 'determine DeltaLo DeltaLo = KnownXs.Cells(1, i) - NewX iLo = i ElseIf KnownXs.Cells(1, i) = NewX Then 'match. just report corresponding Y Linterp = KnownYs.Cells(1, i) Exit Function End If End If Next i End If '------------------------------------------------------------------------------ 'III. Linear interpolate based on the closest cells in the range. Includes minor error handling '------------------------------------------------------------------------------ If iHi = 2147483647 Or iLo = -2147483648# Then Linterp = "NewX is out of range. Cannot linearly interpolate with the given Knowns." Exit Function End If If bXRows = True Then Y0 = KnownYs.Cells(iLo, 1) Y1 = KnownYs.Cells(iHi, 1) X0 = KnownXs.Cells(iLo, 1) X1 = KnownXs.Cells(iHi, 1) Else Y0 = KnownYs.Cells(1, iLo) Y1 = KnownYs.Cells(1, iHi) X0 = KnownXs.Cells(1, iLo) X1 = KnownXs.Cells(1, iHi) End If Linterp = Y0 + (Y1 - Y0) * (NewX - X0) / (X1 - X0) Exit Function '------------------------------------------------------------------------------ 'IV. Final Error Handling '------------------------------------------------------------------------------ InterpError: Linterp = "Error Encountered: " & Err.Number & ", " & Err.Description End Function Function Locate(ByVal LookFor As Variant, ByVal InRange As Range, Optional MatchString As String, Optional CaseSensitive As Variant) As Variant Attribute Locate.VB_Description = "Determines if a given value is located somewhere in a range." Attribute Locate.VB_ProcData.VB_Invoke_Func = " \n20" '**************************************************************************** 'DEVELOPER: Ryan Wells (wellsr.com) '**DATE: 04/2016 '**DESCRIPTION: Function determines if a given value is present in a range. '**INPUT: LookFor - Cell or string you want to look for in the range. '*** InRange - Range you want to search to find the value given * '*** in the variable LookFor. * '*** CaseSensitive - Optional boolean that if set to TRUE, will * '*** perform a case-sensitive search for the * '*** variable LookFor in range InRange. Default * '*** is FALSE. * '*** MatchString - Optional string the user can choose to display * '*** when LookFor is in InRange. Default is to * '*** display the location of the found value. * '**OUTPUT: By default, the output will be the address (cell) where the '*** value LookFor was found in the range InRange. If the value * '*** is not found, a message saying such will display. * '**EXAMPLES: =locate(V3,A2:P80) '*** =locate("Smith",A2:P80,"-",TRUE) * '****************************************************************************** '------------------------------------------------------------------------------ 'I. Declare variables '------------------------------------------------------------------------------ Dim i As Long, j As Long 'counters Dim bMatch As Boolean '------------------------------------------------------------------------------ 'II. Preliminary Error Checking '------------------------------------------------------------------------------ 'Error 0 - catch all error On Error GoTo LocateError: 'Error 1 - LookFor has too many cells If IsArray(LookFor) = True Then If LookFor.count <> 1 Then Locate = "Too many cells in variable LookFor." Exit Function End If End If 'Error 2 - CaseSensitive is not a boolean If IsMissing(CaseSensitive) = False Then If CaseSensitive <> CBool(True) And CaseSensitive <> CBool(False) Then Locate = "CaseSensitive flag must be a boolean (TRUE or FALSE)." Exit Function End If End If 'Error 3 - MatchString is invalid If IsMissing(MatchString) = False Then If IsError(CStr(MatchString)) Then Locate = "Invalid Match String" Exit Function End If End If 'Error 4 - LookFor is not a valid string If IsError(LookFor) = True Then Locate = "Error in variable LookFor" Exit Function End If 'Error 5 - InRange is not valid If IsError(InRange) = True Then Locate = "Error in variable InRange" Exit Function End If '------------------------------------------------------------------------------ 'III. Initialize Variables '------------------------------------------------------------------------------ If IsMissing(CaseSensitive) Then CaseSensitive = CBool(False) ElseIf CaseSensitive = False Then CaseSensitive = CBool(False) Else CaseSensitive = CBool(True) End If '------------------------------------------------------------------------------ 'IV. Look for the variable "LookFor" in range "InRange" '------------------------------------------------------------------------------ For i = 1 To InRange.Rows.count For j = 1 To InRange.Columns.count If CaseSensitive = CBool(True) Then If LookFor = InRange(i, j) Then If IsMissing(MatchString) = True Or MatchString = Empty Then Locate = "=" & InRange(i, j).Address Else Locate = MatchString End If bMatch = True Exit Function End If Else If UCase(CStr(LookFor)) = UCase(CStr(InRange(i, j))) Then If IsMissing(MatchString) = True Or MatchString = Empty Then Locate = "=" & InRange(i, j).Address Else Locate = MatchString End If bMatch = True Exit Function End If End If Next j Next i If bMatch = False Then Locate = "Cannot find """ & LookFor & """ in range " & InRange.Address End If Exit Function '------------------------------------------------------------------------------ 'V. Final Error Handling '------------------------------------------------------------------------------ LocateError: Locate = "Error Encountered: " & Err.Number & ", " & Err.Description End Function Function TrapIntegration(KnownXs As Variant, KnownYs As Variant) As Variant Attribute TrapIntegration.VB_Description = "Approximates the integral (the area under the curve) of a data set by using the trapezoidal rule." Attribute TrapIntegration.VB_ProcData.VB_Invoke_Func = " \n20" '------------------------------------------------------------------------------------------------------ '---DESCRIPTION: Approximates the integral using trapezoidal rule.------------------------------------- '---CREATED BY: Ryan Wells----------------------------------------------------------------------------- '---INPUT: KnownXs is the range of x-values. KnownYs is the range of y-values.------------------------- '---OUTPUT: The output will be the approximate area under the curve (integral).------------------------ '------------------------------------------------------------------------------------------------------ Dim i As Integer Dim bYRows As Boolean, bXRows As Boolean '------------------------------------------------------------------------------ 'I. Preliminary Error Checking '------------------------------------------------------------------------------ On Error GoTo TrapIntError: 'Error 1 - Check if the X values are range. If Not TypeName(KnownXs) = "Range" Then TrapIntegration = "Invalid X-range" Exit Function End If 'Error 2 - Check if the Y values are range. If Not TypeName(KnownYs) = "Range" Then TrapIntegration = "Invalid Y-range" Exit Function End If 'Error 3 - dimensions aren't even If KnownYs.count <> KnownXs.count Or _ KnownYs.Rows.count <> KnownXs.Rows.count Or _ KnownYs.Columns.count <> KnownXs.Columns.count Then TrapIntegration = "Known ranges are different dimensions." Exit Function End If 'Error 4 - known Ys are not Nx1 or 1xN dimensions If KnownYs.Rows.count <> 1 And KnownYs.Columns.count <> 1 Then TrapIntegration = "Known Y's should be in a single column or a single row." Exit Function End If 'Error 5 - known Xs are not Nx1 or 1xN dimensions If KnownXs.Rows.count <> 1 And KnownXs.Columns.count <> 1 Then TrapIntegration = "Known X's should be in a single column or a single row." Exit Function End If 'Error 6 - Check for non-numeric KnownYs If KnownYs.Rows.count > 1 Then bYRows = True For i = 1 To KnownYs.Rows.count If IsNumeric(KnownYs.Cells(i, 1)) = False Then TrapIntegration = "One or all Known Y's are non-numeric." Exit Function End If Next i ElseIf KnownYs.Columns.count > 1 Then bYRows = False For i = 1 To KnownYs.Columns.count If IsNumeric(KnownYs.Cells(1, i)) = False Then TrapIntegration = "One or all KnownYs are non-numeric." Exit Function End If Next i End If 'Error 7 - Check for non-numeric KnownXs If KnownXs.Rows.count > 1 Then bXRows = True For i = 1 To KnownXs.Rows.count If IsNumeric(KnownXs.Cells(i, 1)) = False Then TrapIntegration = "One or all Known X's are non-numeric." Exit Function End If Next i ElseIf KnownXs.Columns.count > 1 Then bXRows = False For i = 1 To KnownXs.Columns.count If IsNumeric(KnownXs.Cells(1, i)) = False Then TrapIntegration = "One or all Known X's are non-numeric." Exit Function End If Next i End If '------------------------------------------------------------------------------ 'II. Perform Trapezoidal Integration '------------------------------------------------------------------------------ TrapIntegration = 0 'Apply the trapezoid rule: (y(i+1) + y(i))(x(i+1) - x(i))1/2. 'Use the absolute value in case of negative numbers. If bXRows = True Then For i = 1 To KnownXs.Rows.count - 1 TrapIntegration = TrapIntegration + Abs(0.5 * (KnownXs.Cells(i + 1, 1) _ - KnownXs.Cells(i, 1)) * (KnownYs.Cells(i, 1) + KnownYs.Cells(i + 1, 1))) Next i Else For i = 1 To KnownXs.Columns.count - 1 TrapIntegration = TrapIntegration + Abs(0.5 * (KnownXs.Cells(1, i + 1) _ - KnownXs.Cells(1, i)) * (KnownYs.Cells(1, i) + KnownYs.Cells(1, i + 1))) Next i End If Exit Function TrapIntError: TrapIntegration = "Error Encountered: " & Err.Number & ", " & Err.Description End Function Function RGBn(r As Integer, g As Integer, b As Integer) As Variant Attribute RGBn.VB_Description = "Convert colors defined with RGB to a long data type. This can be paired with the DrawArrows function to draw arrows of different colors." Attribute RGBn.VB_ProcData.VB_Invoke_Func = " \n20" '------------------------------------------------------------------------------------------------ '---Script: RGBn--------------------------------------------------------------------------------- '---Created by: Ryan Wells ---------------------------------------------------------------------- '---Date: 4/2016 -------------------------------------------------------------------------------- '---Description: This function converts 3 integers to a long data type and can be paired -------- '--- with DrawArrows to draw arrows of a different color.- -------------------------- '------------------------------------------------------------------------------------------------ 'Convert RGB to LONG: If r > 255 Or g > 255 Or b > 255 Or r < 0 Or g < 0 Or b < 0 Then RGBn = "Arguments should be >=0 and <=255" Exit Function End If RGBn = RGB(r, g, b) End Function Function DrawArrows(FromRange As Range, ToRange As Range, Optional RGBcolor As Variant, Optional LineType As String) As Variant Attribute DrawArrows.VB_Description = "This function draws arrows or lines from the middle of one cell to the middle of another. Custom endpoints and shape colors are suppported." Attribute DrawArrows.VB_ProcData.VB_Invoke_Func = " \n20" '--------------------------------------------------------------------------------------------------- '---Script: DrawArrows------------------------------------------------------------------------------ '---Created by: Ryan Wells ------------------------------------------------------------------------- '---Date: 10/2015----------------------------------------------------------------------------------- '---Description: This function draws arrows or lines from the middle of one cell to the middle ----- '----------------of another. Custom endpoints and shape colors are suppported ---------------------- '--------------------------------------------------------------------------------------------------- Dim dleft1 As Double, dleft2 As Double Dim dtop1 As Double, dtop2 As Double Dim dheight1 As Double, dheight2 As Double Dim dwidth1 As Double, dwidth2 As Double dleft1 = FromRange.Left dleft2 = ToRange.Left dtop1 = FromRange.Top dtop2 = ToRange.Top dheight1 = FromRange.Height dheight2 = ToRange.Height dwidth1 = FromRange.Width dwidth2 = ToRange.Width ActiveSheet.Shapes.AddConnector(msoConnectorStraight, dleft1 + dwidth1 / 2, dtop1 + dheight1 / 2, dleft2 + dwidth2 / 2, dtop2 + dheight2 / 2).Select 'format line With Selection.ShapeRange.Line .BeginArrowheadStyle = msoArrowheadNone .EndArrowheadStyle = msoArrowheadOpen .Weight = 1.75 .Transparency = 0.5 If UCase(LineType) = "DOUBLE" Then 'double arrows .BeginArrowheadStyle = msoArrowheadOpen ElseIf UCase(LineType) = "LINE" Then 'Line (no arows) .EndArrowheadStyle = msoArrowheadNone Else 'single arrow 'defaults to an arrow with one head End If 'color arrow If IsMissing(RGBcolor) = False Then .ForeColor.RGB = CLng(RGBcolor) 'custom color Else .ForeColor.RGB = RGB(228, 108, 10) 'orange (DEFAULT) End If End With DrawArrows = "" End Function Function ArrayMatch(ByVal xy As Range, ByVal array1 As Range, array2 As Range) As Variant Attribute ArrayMatch.VB_Description = "Return the value in one range based on the relative position of a value in another range." Attribute ArrayMatch.VB_ProcData.VB_Invoke_Func = " \n20" '**************************************************************************** 'DEVELOPER: Ryan Wells (wellsr.com) '**DATE: 07/2016 '**DESCRIPTION: Return the value in a different range based on the relative '*** position of a value in one range. * '**INPUT: xy - A single cell within range array1. '*** array1 - The array where xy exists within. * '*** array2 - The array you want to look up to find the value in * '*** the cell corresponding to the position of xy inside * '*** array1. The size of array1 and array2 must match. * '**OUTPUT: The output will be the value in array2 that is in the same '*** position as xy is within array1. This is a simpler form of * '*** one of the dozens of index/match/lookup Excel formula * '*** combinations. * '**EXAMPLE: =ArrayMatch(D10,B9:E11,B3:E5) '**************************************************************************** '------------------------------------------------------------------------------ 'I. Preliminary Error Checking '------------------------------------------------------------------------------ 'Error 0 - catch all error On Error GoTo ArrayMatchError: 'Error 1 - xy more than 1 cell selected If IsArray(xy) = True Then If xy.count <> 1 Then ArrayMatch = "Too many cells in variable xy (argument 1). xy should be 1 cell." Exit Function End If End If 'Error 2 - array dimensions aren't even If array1.count <> array2.count Or _ array1.Rows.count <> array2.Rows.count Or _ array1.Columns.count <> array2.Columns.count Then ArrayMatch = "Lookup arrays are different dimensions (arguments 2 3)." Exit Function End If 'Error 3 - Cell xy is not positioned inside array1. If Application.Intersect(xy, array1) Is Nothing Then ArrayMatch = "Cell xy (argument 1) does not reside inside array1 (argument 2)." Exit Function End If '------------------------------------------------------------------------------ 'II. Return Position Inside Other Range '------------------------------------------------------------------------------ If Not Intersect(array1, xy) Is Nothing Then ArrayMatch = array2.Cells(Range(array1(1), xy).Rows.count, _ Range(array1(1), xy).Columns.count) End If Exit Function '------------------------------------------------------------------------------ 'III. Final Error Handling '------------------------------------------------------------------------------ ArrayMatchError: ArrayMatch = "Error Encountered: " & Err.Number & ", " & Err.Description End Function Function TimeToWords(rng1 As Variant, Optional units As String) Attribute TimeToWords.VB_Description = "Converts decimal times to words. Function is capable of converting hours, minutes and seconds from decimal format (10.5) to words (""10 Minutes 30 Seconds"")." Attribute TimeToWords.VB_ProcData.VB_Invoke_Func = " \n20" '***************************************************************************** 'DEVELOPER: Ryan Wells (wellsr.com) * 'DATE: 08/2016 * 'DESCRIPTION: Converts decimal times to words. * ' Function is capable of converting hours, minutes and seconds from* ' decimal format (10.5) to words ("10 Minutes 30 Seconds"). * 'EXAMPLES: =TimeToWords(A1) to convert from minutes (default) * ' =TimeToWords(A1,"h") to convert from hours * ' =TimeToWords(A1,"s") to convert from seconds * ' =TimeToWords(7.5) converts to "7 Minutes 30 Seconds" * '******************************************************************************* Dim dSec As Double, dMin As Double, dHrs As Double Dim strHrs As String, strMin As String, strSec As String Dim dBase As Double If IsNumeric(rng1) = False Then GoTo 101: 'Check if base unit is hours, minutes or seconds. Default is minutes units = UCase(units) dBase = rng1 If units = "H" Or units = "HOUR" Or units = "HR" Or units = "HOURS" Or units = "HRS" Then dMin = Application.WorksheetFunction.RoundDown(dBase * 60, 0) dSec = dBase * 60 - dMin ElseIf units = "S" Or units = "SECOND" Or units = "SEC" Or units = "SECONDS" Or units = "SECS" Then dMin = Application.WorksheetFunction.RoundDown(dBase / 60, 0) dSec = dBase / 60 - dMin ElseIf units = "M" Or units = "MINUTE" Or units = "MIN" Or units = "MINUTES" Or units = "MINS" Or units = "" Then dMin = Application.WorksheetFunction.RoundDown(dBase, 0) dSec = dBase - dMin Else TimeToWords = "Invalid units entered" Exit Function End If 'calculate hours, minutes, and seconds based on base unit provided dSec = Round(dSec * 60, 0) If dMin >= 60 Then dHrs = dMin / 60 dMin = (dHrs - Application.WorksheetFunction.RoundDown(dHrs, 0)) * 60 dHrs = Application.WorksheetFunction.RoundDown(dHrs, 0) dMin = Round(dMin, 0) End If 'handle plural vs not If dHrs = 1 Then strHrs = dHrs & " Hour " ElseIf dHrs = 0 Then strHrs = "" Else strHrs = dHrs & " Hours " End If If dSec = 1 Then strSec = dSec & " Second " ElseIf dSec = 0 Then strSec = "" Else strSec = dSec & " Seconds " End If If dMin = 1 Then strMin = dMin & " Minute " ElseIf dMin = 0 Then strMin = "" Else strMin = dMin & " Minutes " End If 'final results TimeToWords = strHrs & strMin & strSec Exit Function 'handle errors 101: TimeToWords = "Non-numeric value entered as an argument" End Function Function SuperMid(ByVal strMain As String, str1 As String, str2 As String, Optional reverse As Boolean) As String Attribute SuperMid.VB_Description = "Easily extract text between two strings with this VBA Function. This function can extract a substring between two characters, delimiters, words and more. The delimiters can be the same delimiter or unique strings." Attribute SuperMid.VB_ProcData.VB_Invoke_Func = " \n20" 'DESCRIPTION: Extract the portion of a string between the two substrings defined in str1 and str2. 'DEVELOPER: Ryan Wells (wellsr.com) 'HOW TO USE: - Pass the argument your main string and the 2 strings you want to find in the main string. ' - This function will extract the values between the end of your first string and the beginning ' of your next string. ' - If the optional boolean "reverse" is true, an InStrRev search will occur to find the last ' instance of the substrings in your main string. Dim i As Integer, j As Integer, temp As Variant On Error GoTo errhandler: If reverse = True Then i = InStrRev(strMain, str1) j = InStrRev(strMain, str2) If Abs(j - i) < Len(str1) Then j = InStrRev(strMain, str2, i) If i = j Then 'try to search 2nd half of string for unique match j = InStrRev(strMain, str2, i - 1) End If Else i = InStr(1, strMain, str1) j = InStr(1, strMain, str2) If Abs(j - i) < Len(str1) Then j = InStr(i + Len(str1), strMain, str2) If i = j Then 'try to search 2nd half of string for unique match j = InStr(i + 1, strMain, str2) End If End If If i = 0 And j = 0 Then GoTo errhandler: If j = 0 Then j = Len(strMain) + Len(str2) 'just to make it arbitrarily large If i = 0 Then i = Len(strMain) + Len(str1) 'just to make it arbitrarily large If i > j And j <> 0 Then 'swap order temp = j j = i i = temp temp = str2 str2 = str1 str1 = temp End If i = i + Len(str1) SuperMid = Mid(strMain, i, j - i) Exit Function errhandler: MsgBox "Error extracting strings. Check your input" & vbNewLine & vbNewLine & "Aborting", , "Strings not found" End End Function Function ReplaceN(ByVal str1 As Variant, strFind As String, strReplace As String, N As Long, Optional count As Long) As String Attribute ReplaceN.VB_Description = "Replace Nth Occurrence of substring in a string." Attribute ReplaceN.VB_ProcData.VB_Invoke_Func = " \n20" Dim i As Long, j As Long Dim strM As String strM = str1 If count <= 0 Then count = 1 For i = 1 To N - 1 j = InStr(1, strM, strFind) strM = Mid(strM, j + Len(strFind), Len(strM)) Next i If N <= 0 Then ReplaceN = str1 Else ReplaceN = Mid(str1, 1, Len(str1) - Len(strM)) & Replace(strM, strFind, strReplace, Start:=1, count:=count) End If End Function Function SayIt(cell1 As Variant, Optional bAsync As Boolean, Optional bPurge As Boolean) Attribute SayIt.VB_Description = "Function that speaks the content of whatever cell you want." Attribute SayIt.VB_ProcData.VB_Invoke_Func = " \n20" Application.Speech.Speak (cell1), bAsync, , bPurge SayIt = "Speaking" End Function
1 COMMON A, AL, B, BASEONLY, C, C$, C1, CAT$, CC, CKT$, D, D$, DD, DIA, DIMN$, DMS, E, EO, EX$, F, F$, FD, FF, FQ, FRQ, G$, GO$, I, I$, L, LATLONG, LD, LL, LN, LS, LW, LX, MAX, MENU, MIN, MX, N, NN, NT, OV, P, PI, PROG$, Q, QQ, QU, R, RA, RC, T, T$, U, U$, UH, UL$, V$, VC, W, WHIP, WIRD, WW, X, X$, X1, XS, Z$, ZP, ZS 10 'SNGLWIRE - 26 MAY 95 rev. 20 AUG 2007 20 IF EX$=""THEN EX$="EXIT" 30 CLS:KEY OFF 40 COLOR 7,0,1 50 UL$=STRING$(80,205) 60 U$="#,###.#" 70 PI=3.141592 80 DIM AWG(40) 'AWG sizes 90 DIM CF(11,2) 'centre frequency of each band 100 ' 110 DATA 1.8,1.897,3.742,7.148,10.125,14.174,18.118,21.224,24.94,28.837,29.7 120 FOR Z=1 TO 11:READ CF(Z,1):NEXT Z 130 ' 140 '.....load AWG sizes 150 K=(4.600000E-01/4.999999E-03)^(1/39) 'increment multiplier 160 FOR Z=1 TO 40 170 N=Z+3 180 AWG(Z)=4.600000E-01/K^N 190 NEXT Z 200 ' 210 '.....start 220 CLS:Y=0 230 COLOR 15,2 240 PRINT " SINGLE WIRE ANTENNA SYSTEM";TAB(57);;"by George Murphy VE3ERP "; 250 COLOR 1,0:PRINT STRING$(80,223); 260 COLOR 7,0 270 ' 280 '.....preface 290 'OPEN"I",1,"\hamcalc\docfiles\antenna.doc" 300 'IF EOF(1)THEN 320 310 'INPUT #1,NOTE$:PRINT " ";NOTE$:GOTO 300 320 'CLOSE 330 'PRINT UL$; 340 GOSUB 3070 'further notes 350 COLOR 15,1 360 LOCATE 25,22:PRINT " Press 1 to continue or 0 to EXIT....."; 370 COLOR 7,0 380 Z$=INKEY$:IF Z$=""THEN 380 390 IF Z$="0"THEN CLS:RUN EX$ 400 IF Z$="1"THEN 420 410 GOTO 380 420 VIEW PRINT 3 TO 24:CLS:VIEW PRINT:LOCATE 3 430 GOTO 500 440 ' 450 '.....format input line 460 USIN$="####.###":LOCATE CSRLIN-1:PRINT SPC(7); 470 LOCATE CSRLIN,47:PRINT SPC(7);USING USIN$;Z; 480 RETURN 490 ' 500 '.....initial inputs 510 VIEW PRINT 3 TO 24:CLS:VIEW PRINT:LOCATE 3 520 INPUT " ENTER: LOWEST operating frequency.............(MHz)";LF 530 Z=LF:GOSUB 450:PRINT " MHz ("; 540 PRINT CINT(300/LF10)/10;;"m.)" 550 INPUT " ENTER: HIGHEST operating frequency.............(MHz)";HF 560 Z=HF:GOSUB 450:PRINT " MHz ("; 570 PRINT CINT(300/HF10)/10;;"m.)" 580 PRINT UL$; 590 ' 600 T=18 610 PRINT TAB(T);;"Z - 50 ê coaxial transmission line from rig" 620 PRINT TAB(T);;"C1, C2 - Transmatch variable tuning capacitors" 630 PRINT TAB(T);;"L1 - Transmatch variable inductor or tapped coil" 640 PRINT TAB(T);;"A1 - Single wire feedline to antenna" 650 PRINT TAB(T);;"A2 - End-fed single wire horizontal antenna" 660 PRINT UL$; 670 LN=CSRLIN-1 680 GOSUB 2630 'print diagrams 690 ' 700 F=HF:N=1:GOSUB 2400 'calculate values at highest frequency 710 F=LF:N=2:GOSUB 2400 'calculate values at lowest frequency 720 GOSUB 2520 'print component values 730 GOSUB 3430 'screen dump option 740 ' 750 '.....page 2 760 CLS 770 PRINT 780 PRINT TAB(20);;"TYPICAL SETTINGS FOR ALL AMATEUR HF BANDS" 790 PRINT TAB(19);STRING$(43,205) 800 PRINT TAB(14);;"³ FIG.1";TAB(34);;"³ FIG.2";TAB(54);;"³ FIG.3" 810 PRINT TAB(14);;"³ C1 pF";TAB(26);;"L1 æH";TAB(34);;"³"; 820 PRINT TAB(39);;"C1 pF";TAB(46);;"L1 æH";TAB(54);;"³"; 830 PRINT TAB(59);;"C1 pF";TAB(66);;"C2 pF";TAB(73);;"L1 æH" 840 PRINT TAB(14);;"³ ÄÄÄÄÄ ÄÄÄÄÄ";TAB(34);;"³"; 850 PRINT TAB(39);;"ÄÄÄÄÄ ÄÄÄÄÄ";TAB(54);;"³"; 860 PRINT TAB(59);;"ÄÄÄÄÄ ÄÄÄÄÄ ÄÄÄÄÄ" 870 ' 880 '.....calculate component values for each band 890 N=3 900 FOR Y=1 TO 11 910 F=CF(Y,1) 920 GOSUB 2400 'calculate component values 930 GOSUB 2280 'print component values 940 NEXT Y 950 GOSUB 3430 960 ' 970 '.....page 3 980 CLS:PRINT 990 MG=7:PRINT TAB(MG); 1000 PRINT"The computer can help you design a multi-band tapped coil for Fig.3." 1010 PRINT TAB(MG); 1020 PRINT "Being a computer, it may locate two or more taps somewhere on the" 1030 PRINT TAB(MG); 1040 PRINT "same turn of the coil. A computer is very accurate, but it can also" 1050 PRINT TAB(MG); 1060 PRINT "be pretty impractical. Wherever it locates taps less than a turn" 1070 PRINT TAB(MG); 1080 PRINT "or two apart, just make a single tap somewhere between them. The" 1090 PRINT TAB(MG); 1100 PRINT "variable capacitors will hardly notice the difference!" 1110 COLOR 15,1:LOCATE 12,8 1120 PRINT " Do you want to design a multi-band tapped coil for Fig.3? (y/n) " 1130 COLOR 7,0 1140 Z$=INKEY$:IF Z$=""THEN 1140 1150 IF Z$="N"OR Z$="n"THEN 3400 1160 IF Z$="Y"OR Z$="y"THEN 1190 1170 GOTO 1140 1180 ' 1190 '.....design coil 1200 CLS 1210 PRINT " Press number in < > to choose standard units of measure:" 1220 PRINT UL$; 1230 PRINT " < 1 > Metric" 1240 PRINT " < 2 > U.S.A./Imperial" 1250 Z$=INKEY$ 1260 IF Z$="1"THEN UM=2.539999E+01:UM$="mm.":GOTO 1290 1270 IF Z$="2"THEN UM=1:UM$="in.":GOTO 1290 1280 GOTO 1250 1290 PRINT UL$; 1300 '.....input wire size 1310 PRINT " ENTER: Coil Wire Size -"; 1320 PRINT " either AWG# (10 to 40) or diameter (";UM$;;") "; 1330 INPUT WS 1340 IF WS<10 THEN W=WS/UM ELSE W=AWG(WS):W$="("+STR$(WS)+" AWG )" 1350 '.....compute coil diameter 1360 CLS 1370 D=1.000000E-01 'initial diameter 1380 L=4.000000E-01D 'minimum length/diameter ratio 1390 U=CF(1,1) 'minimum inductance 1400 N=SQR(U(18D+40L))/D 'number of turns @ minimum L/D ratio 1410 IF (N2W)>L THEN D=D+9.999999E-03:GOTO 1380 'where w=wire diameter 1420 OD=(D-W)UM 1430 PRINT 1440 COLOR 0,7 1450 PRINT " COIL FORM O.D. SHOULD BE AS CLOSE TO";OD;UM$;;" AS POSSIBLE." 1460 COLOR 7,0 1470 PRINT 1480 PRINT " Diameters much larger or smaller than this may produce"; 1490 PRINT " unpredictable results," 1500 PRINT " especially at the high and low ends of the HF frequency spectrum." 1510 PRINT 1520 PRINT " ENTER: Coil Form Diameter.........(";UM$;;")";:INPUT Z 1530 FD=Z/UM 'diameter of coil form 1540 CLS 1550 PRINT TAB(26);;"ALL-BAND TAPPED COIL FOR FIG.3" 1560 PRINT UL$; 1570 U$="#####.###" 1580 PRINT " Coil FORM diameter..................";USING U$;FDUM;:PRINT " ";UM$ 1590 PRINT " Coil WIRE diameter..................";USING U$;WUM;:PRINT " ";UM$; 1600 PRINT W$ 1610 D=FD+W 1620 PRINT " COIL diameter.......................";USING U$;DUM;:PRINT " ";UM$ 1630 LOCATE 11 1640 PRINT UL$; 1650 PRINT " BAND";TAB(14);;"FREQ.";TAB(27);;"æH";TAB(33);;"TURNS &"; 1660 PRINT TAB(41);;"DISTANCE FROM INPUT END FOR EACH TAP" 1670 PRINT UL$; 1680 COLOR 0,7 1690 LOCATE CSRLIN-1,21:PRINT " ( L/D = Tap Length-to-Diameter ratio ) " 1700 COLOR 7,0 1710 ' 1720 J=12 'set counter 1730 N=0 'set number of turns to 0 1740 FLAG=0 'set FLAG 1750 GOSUB 2130:PRINT "¯ BAND EDGE ¯ (L/D =";USING "##.##";LG/D;:PRINT ":1)" 1760 IF LG/D<4.000000E-01 THEN FLAG=1 1770 GOSUB 2130:PRINT "Ä¿ ¯ ¯ ¯ (L/D =";USING "##.##";LG/D;:PRINT ":1)" 1780 GOSUB 2130:PRINT " ´ ¯ ¯ ¯ (L/D =";USING "##.##";LG/D;:PRINT ":1)" 1790 GOSUB 2130:PRINT " ´ ¯ ¯ ¯ (L/D =";USING "##.##";LG/D;:PRINT ":1)" 1800 GOSUB 2130:PRINT " ´ ¯ ¯ ¯ (L/D =";USING "##.##";LG/D;:PRINT ":1)" 1810 GOSUB 2130:PRINT " TAPS ¯ ¯ (L/D =";USING "##.##";LG/D;:PRINT ":1)" 1820 GOSUB 2130:PRINT " ´ ¯ ¯ ¯ (L/D =";USING "##.##";LG/D;:PRINT ":1)" 1830 GOSUB 2130:PRINT " ´ ¯ ¯ ¯ (L/D =";USING "##.##";LG/D;:PRINT ":1)" 1840 GOSUB 2130:PRINT " ´ ¯ ¯ ¯ (L/D =";USING "##.##";LG/D;:PRINT ":1)" 1850 GOSUB 2130:PRINT "ÄÙ ¯ ¯ ¯ (L/D =";USING "##.##";LG/D;:PRINT ":1)" 1860 GOSUB 2130:PRINT "¯ BAND EDGE ¯ (L/D =";USING "##.##";LG/D;:PRINT ":1)"; 1870 J=0 1880 NN=INT(N)+1 'number of turns 1890 LG=NN2WUM 'length of coil 1900 AMT=INT(PIDNN)+1 'amount of wire 1910 TU=D^2NN^2/(18D+40LG)UM 1920 LOCATE 5 1930 PRINT " Number of turns.....................";USING "#####";NN 1940 PRINT " Turn spacing........................";USING "#####.###";2WUM; 1950 PRINT " ";UM$;;" c.c. (2 x wire diameter)" 1960 PRINT " Coil length.........................";USING "#####.##";LG; 1970 PRINT " ";UM$ 1980 PRINT " Inductance of entire coil...........";USING "#####.##";TU; 1990 PRINT " æH" 2000 PRINT " Amount of wire required.............";USING "#####";AMTUM; 2010 PRINT " ";UM$;;" plus end leads (if any)" 2020 COLOR 15,4 2030 IF FLAG<>1 THEN 2080 2040 LOCATE 16,52:PRINT " Length/Diameter ratio (L/D) " 2050 LOCATE 17,52:PRINT " must not be less than 0.4:1 " 2060 LOCATE 21,52:PRINT " Run program again and select" 2070 LOCATE 22,52:PRINT " a smaller coil form diameter" 2080 COLOR 7,0:GOTO 3380 'end 2090 END 2100 ' 2110 PRINT '********** sub-routines ********** 2120 ' 2130 '.....calculate coil taps 2140 J=J-1 2150 U=CF(J,2) 'required inductance at tap 2160 IF N=0 THEN N=1 'initial number of turns 2170 L=N2W 2180 UH=(D^2N^2)/(18D+40L) 2190 IF UH<U THEN N=N+1.000000E-01:GOTO 2170 2200 PRINT USING "####.#";300/CF(J,1);:PRINT " m."; 2210 PRINT USING "####.###";CF(J,1);:PRINT " MHz."; 2220 PRINT USING "####.#";U;:PRINT " æH"; 2230 PRINT USING "####.#";N; 2240 LG=NW2 2250 PRINT USING "#####.##";LGUM;:PRINT " ";UM$; 2260 RETURN 2270 ' 2280 '.....print component values for each band 2290 PRINT USING "###.###";F;:PRINT " MHz ³ "; 2300 PRINT USING "#######";C1A(N); 2310 PRINT USING "#####.#";L1A(N); 2320 PRINT TAB(31);;" ³"; 2330 PRINT TAB(37);USING "#######";C1B(N); 2340 PRINT USING "#####.#";L1B(N); 2350 PRINT TAB(54);;"³"; 2360 PRINT TAB(57);USING "#######";C1C(N);C2C(N); 2370 PRINT USING "#####.#";L1C(N) 2380 RETURN 2390 ' 2400 '.....calculate 2410 C1A=1/(2PIF225)10^6: C1A(N)=INT(C1A) 2420 L1A=480/(2PIF): L1A(N)=INT(L1A10)/10 2430 ' 2440 C1B=1/(2PIF480)10^6: C1B(N)=INT(C1B) 2450 L1B=480/(2PIF): L1B(N)=INT(L1B10)/10 2460 ' 2470 C1C=1/(2PIF225)10^6: C1C(N)=INT(C1C) 2480 C2C=1/(2PIF300)10^6: C2C(N)=INT(C2C) 2490 L1C=400/(2PIF): L1C(N)=INT(L1C*10)/10:CF(Y,2)=L1C 2500 RETURN 2510 ' 2520 '.....print component values 2530 B=27:C=54 2540 PRINT " C1 =";C1A(1);;"-";C1A(2);;"pF"; 2550 PRINT TAB(B);;"³ C1 =";C1B(1);;"-";C1B(2);;"pF"; 2560 PRINT TAB(C);;"³ C1 =";C1C(1);;"-";C1C(2);;"pF" 2570 PRINT TAB(B);;"³";TAB(C);;"³ C2 =";C2C(1);;"-";C2C(2);;"pF" 2580 PRINT " L1 =";L1A(1);;"-";L1A(2);;"æH"; 2590 PRINT TAB(B);;"³ L1 =";L1B(1);;"-";L1B(2);;"æH"; 2600 PRINT TAB(C);;"³ L1 =";L1C(1);;"-";L1C(2);;"æH"; 2610 RETURN 2620 ' 2630 '.....diagrams 2640 LOCATE LN,27:PRINT "Ñ";:LOCATE LN,54:PRINT "Ñ" 2650 CO=1 2660 LOCATE LN+ 1,CO:PRINT " A1+A2= ¬ wavelength or " 2670 LOCATE LN+ 2,CO:PRINT " odd multiple " 2680 COLOR 0,7 2690 LOCATE LN+ 3,CO:PRINT " FIG.1 " 2700 LOCATE LN+ 4,CO:PRINT " ìÂÄÄÄA2ÄÄÄÄì " 2710 LOCATE LN+ 5,CO:PRINT " L1 A1 " 2720 LOCATE LN+ 6,CO:PRINT " ZÚÄÂÄÄÂïïïÄÄÙ®- Low-Z " 2730 LOCATE LN+ 7,CO:PRINT "ÍÑ¼ ³ ÀÄÙ " 2740 LOCATE LN+ 8,CO:PRINT " ³ ÍØÍ C1 " 2750 LOCATE LN+ 9,CO:PRINT " ÀÄÄÁ\\earth ground " 2760 COLOR 7,0 2770 ' 2780 CO=27 2790 LOCATE LN+ 1,CO:PRINT "³ A1+A2= « wavelength or " 2800 LOCATE LN+ 2,CO:PRINT "³ multiple " 2810 COLOR 0,7 2820 LOCATE LN+ 3,CO:PRINT "³ FIG.2 " 2830 LOCATE LN+ 4,CO:PRINT "³ ìÂÄÄÄA2ÄÄÄÄì " 2840 LOCATE LN+ 5,CO:PRINT "³ L1 A1 " 2850 LOCATE LN+ 6,CO:PRINT "³ ZÚÄÄÄÂïïïÄÄÄÄ´®Ä Hi-Z " 2860 LOCATE LN+ 7,CO:PRINT "³ÍÑ¼ ÀÄÙ ³ " 2870 LOCATE LN+ 8,CO:PRINT "³ ³ ÍØÍ C1 " 2880 LOCATE LN+ 9,CO:PRINT "³ ÀÄÄÄ\\earth\\Á\\ground " 2890 COLOR 7,0 2900 LOCATE LN+10,CO:PRINT "³ " 2910 ' 2920 CO=54 2930 LOCATE LN+ 1,CO:PRINT "³ A1+A2= any random length" 2940 LOCATE LN+ 2,CO:PRINT "³ " 2950 COLOR 0,7 2960 LOCATE LN+ 3,CO:PRINT "³ FIG.3 "; 2970 LOCATE LN+ 4,CO:PRINT "³ ìÂÄÄÄA2ÄÄÄÄì "; 2980 LOCATE LN+ 5,CO:PRINT "³ C1 C2 A1 "; 2990 LOCATE LN+ 6,CO:PRINT "³ ZÚÄÄ×ÄÄÂÄÄ×ÄÄÙ®- Z "; 3000 LOCATE LN+ 7,CO:PRINT "³ÍÑ¼ ÚïïïÙ unknown "; 3010 LOCATE LN+ 8,CO:PRINT "³ ³ ÃÄÙL1 "; 3020 LOCATE LN+ 9,CO:PRINT "³ À\\Á\\earth ground "; 3030 COLOR 7,0 3040 LOCATE LN+10,CO:PRINT "³ " 3050 RETURN 3060 ' 3070 '.....foreword 3080 T=8 3090 PRINT TAB(T); 3100 PRINT "The program designs a complete system including a Transmatch and" 3110 PRINT TAB(T); 3120 PRINT "calculates component values for three configurations:" 3130 PRINT 3140 PRINT TAB(T); 3150 PRINT "FIG.1 and FIG.2 are best for monoband antennas, requiring only one" 3160 PRINT TAB(T); 3170 PRINT "inductor (which may not need to be variable or tapped for the" 3180 PRINT TAB(T); 3190 PRINT "higher frequency bands) and one variable tuning capacitor. FIG.3 is" 3200 PRINT TAB(T); 3210 PRINT "a random-wire multi-band antenna which requires one variable or" 3220 PRINT TAB(T); 3230 PRINT "tapped inductor and two variable tuning capacitors." 3240 PRINT 3250 PRINT TAB(T); 3260 PRINT "The wire can be any length within the parameters shown from a short" 3270 PRINT TAB(T); 3280 PRINT "whip to a true long wire, however, due to the variable conditions" 3290 PRINT TAB(T); 3300 PRINT "noted above, the Transmatch control settings calculated by this" 3310 PRINT TAB(T); 3320 PRINT "program should be considered as approximate only." 3330 PRINT 3340 PRINT TAB(T); 3350 PRINT "(Ref. ARRL Electronics Data Book, 2nd Edition, page 7-2)"; 3360 RETURN 3370 ' 3380 '.....end 3390 GOSUB 3430 3400 GOTO 210 'start 3410 END 3420 ' 3430 'PRT 3440 KEY OFF:GOSUB 3510:LOCATE 25,5:COLOR 0,2 3450 PRINT " Send this page to:(1)Printer Queue? (2)Printout? "; 3460 PRINT "(3)Next page? (1/2/3)";:COLOR 7,0 3470 Z$=INKEY$:IF Z$<"1"OR Z$>"3"THEN 3470 ELSE GOSUB 3510 3480 IF Z$="3"THEN RETURN 3490 FOR I%=1 TO 24:FOR J%=1 TO 80:LPRINT CHR$(SCREEN(I%,J%));:NEXT J%:NEXT I% 3500 IF Z$="2"THEN LPRINT CHR$(12) ELSE 3440 3510 LOCATE 25,1:PRINT STRING$(80,32);:RETURN
Attribute VB_Name = "FINAN_PORT_WEIGHTS_ROTAT_LIBR" Option Explicit 'Requires that all variables to be declared explicitly. Option Base 1 'The "Option Base" statement allows to specify 0 or 1 as the 'default first index of arrays. '********************************************************************************** '******************************************************************************** 'FUNCTION : PORT_ASSET_ROTATION_FUNC 'DESCRIPTION : 'LIBRARY : PORTFOLIO 'GROUP : TRADE_SWITCH 'ID : 001 'AUTHOR : RAFAEL NICOLAS FERMIN COTA 'LAST UPDATE : 21/01/2009 'REFERENCES : 'http://www.gummy-stuff.org/rotation.htm 'http://www.gummy-stuff.org/sector-rotation.htm 'http://www.gummy-stuff.org/sector-math.htm 'http://www.gummy-stuff.org/sector-explain.htm 'http://www.gummy-stuff.org/sectors.htm 'http://www.gummy-stuff.org/sector-returns.htm '******************************************************************************** '********************************************************************************** Function PORT_ASSET_ROTATION_FUNC(ByRef DATA_RNG As Variant, _ ByVal INITIAL_CASH_VAL As Double, _ Optional ByRef PREFER_ASSET_INDEX_VAL As Long = 2, _ Optional ByRef MA_PERIODS As Double = 8, _ Optional ByRef SWITCH_FACTOR As Double = 18, _ Optional ByRef VERSION As Integer = 1, _ Optional ByRef OUTPUT As Integer = 0) 'VERION = + 1: Choose the sector which has the largest gMA, meaning the sector whose price 'is farthest above the Moving Average. That's assuming there's a upward trend with that sector 'and we want to be in on that trend. Indeed, since the gMA is the rate of increase of that 'Weighted Moving Average, we want the sector with the largest Rate of Increase. 'VERION = - 1: Choose the sector whose price is farthest below its Moving Average. That's 'consistent with Buy Low. We anticipate that we'll being buying a bargain. 'Note: gMA = CurrentPrice - MovingAverage and you switch from your Favourite only Dim i As Long Dim j As Long Dim k As Long Dim NROWS As Long Dim NCOLUMNS As Long Dim TEMP_SUM As Double Dim MAX_VAL As Double Dim DATA_MATRIX As Variant Dim DATES_VECTOR As Variant Dim TICKERS_VECTOR As Variant Dim TEMP1_MATRIX As Variant Dim TEMP2_MATRIX As Variant Dim TEMP3_MATRIX As Variant Dim TEMP4_MATRIX As Variant Dim COLLECTION_OBJ As Collection On Error Resume Next If VERSION <> 1 Then: VERSION = -1 DATA_MATRIX = DATA_RNG TICKERS_VECTOR = MATRIX_GET_ROW_FUNC(DATA_MATRIX, 1, 1) TICKERS_VECTOR = MATRIX_REMOVE_COLUMNS_FUNC(TICKERS_VECTOR, 1, 1) DATES_VECTOR = MATRIX_GET_COLUMN_FUNC(DATA_MATRIX, 1, 1) DATES_VECTOR = MATRIX_REMOVE_ROWS_FUNC(DATES_VECTOR, 1, 1) DATA_MATRIX = MATRIX_REMOVE_ROWS_FUNC(DATA_MATRIX, 1, 1) DATA_MATRIX = MATRIX_REMOVE_COLUMNS_FUNC(DATA_MATRIX, 1, 1) NROWS = UBound(DATA_MATRIX, 1) NCOLUMNS = UBound(DATA_MATRIX, 2) If MA_PERIODS > NROWS Then: GoTo ERROR_LABEL If MA_PERIODS < 2 Then: GoTo ERROR_LABEL If PREFER_ASSET_INDEX_VAL > NCOLUMNS Then: GoTo ERROR_LABEL If PREFER_ASSET_INDEX_VAL < 1 Then: GoTo ERROR_LABEL Set COLLECTION_OBJ = New Collection For j = 1 To NCOLUMNS - 1 Call COLLECTION_OBJ.Add(CStr(j), CStr(TICKERS_VECTOR(1, j))) Next j ReDim TEMP1_MATRIX(1 To NROWS, 1 To NCOLUMNS) ReDim TEMP2_MATRIX(1 To NROWS, 1 To NCOLUMNS) For i = 1 To NROWS For j = 1 To NCOLUMNS If DATA_MATRIX(i, j) <> 0 Then TEMP1_MATRIX(i, j) = DATA_MATRIX(i, j) / DATA_MATRIX(1, j) Else TEMP1_MATRIX(i, j) = DATA_MATRIX(i - 1, j) / DATA_MATRIX(1, j) End If TEMP2_MATRIX(i, j) = TEMP1_MATRIX(i, j) * INITIAL_CASH_VAL Next j Next i ReDim TEMP3_MATRIX(1 To NROWS, 1 To NCOLUMNS) For j = 1 To NCOLUMNS TEMP_SUM = 0 For i = 1 To NROWS TEMP_SUM = TEMP_SUM + TEMP1_MATRIX(i, j) If i > MA_PERIODS + 1 Then TEMP_SUM = TEMP_SUM - TEMP1_MATRIX(i - MA_PERIODS - 1, j) TEMP3_MATRIX(i, j) = TEMP1_MATRIX(i, j) - (TEMP_SUM / (MA_PERIODS + 1)) Else TEMP3_MATRIX(i, j) = TEMP1_MATRIX(i, j) - (TEMP_SUM / i) End If Next i Next j i = 0 ReDim TEMP4_MATRIX(i To NROWS, 1 To 10) TEMP4_MATRIX(i, 1) = ("DATE") TEMP4_MATRIX(i, 2) = TICKERS_VECTOR(1, PREFER_ASSET_INDEX_VAL) 'FAVOURITE GMA TEMP4_MATRIX(i, 3) = "MAX - GMA" TEMP4_MATRIX(i, 4) = ("CURRENT ASSET") TEMP4_MATRIX(i, 5) = ("NEW PRICE") TEMP4_MATRIX(i, 6) = ("OLD PRICE") TEMP4_MATRIX(i, 7) = ("DOLLARS AVAILABLE") TEMP4_MATRIX(i, 8) = ("UNITS") TEMP4_MATRIX(i, 9) = ("PORTFOLIO") TEMP4_MATRIX(i, 10) = ("GAINS") i = 1 TEMP4_MATRIX(i, 1) = DATES_VECTOR(i, 1) TEMP4_MATRIX(i, 2) = TEMP3_MATRIX(i, PREFER_ASSET_INDEX_VAL) GoSub MAX_LINE: TEMP4_MATRIX(i, 3) = MAX_VAL TEMP4_MATRIX(i, 4) = TEMP4_MATRIX(i - 1, 2) k = 0: k = CLng(COLLECTION_OBJ(CStr(TEMP4_MATRIX(i, 4)))) If k = 0 Then: k = NCOLUMNS TEMP4_MATRIX(i, 5) = TEMP2_MATRIX(i, k) TEMP4_MATRIX(i, 6) = TEMP2_MATRIX(i, k) TEMP4_MATRIX(i, 7) = 0 TEMP4_MATRIX(i, 8) = INITIAL_CASH_VAL / TEMP4_MATRIX(i, 5) TEMP4_MATRIX(i, 9) = INITIAL_CASH_VAL TEMP4_MATRIX(i, 10) = "" '------------------------------------------------------------------------------------------------------------------ For i = 2 To NROWS '------------------------------------------------------------------------------------------------------------------ TEMP4_MATRIX(i, 1) = DATES_VECTOR(i, 1) TEMP4_MATRIX(i, 2) = TEMP3_MATRIX(i, PREFER_ASSET_INDEX_VAL) GoSub MAX_LINE: TEMP4_MATRIX(i, 3) = MAX_VAL If VERSION * TEMP4_MATRIX(i, 3) > VERSION * SWITCH_FACTOR * TEMP4_MATRIX(i, 2) Then For j = 1 To NCOLUMNS If TEMP3_MATRIX(i, j) = TEMP4_MATRIX(i, 3) Then: Exit For Next j TEMP4_MATRIX(i, 4) = TICKERS_VECTOR(1, j) Else TEMP4_MATRIX(i, 4) = TEMP4_MATRIX(i - 1, 4) End If k = 0: k = CLng(COLLECTION_OBJ(CStr(TEMP4_MATRIX(i, 4)))) If k = 0 Then: k = NCOLUMNS TEMP4_MATRIX(i, 5) = TEMP2_MATRIX(i, k) k = 0: k = CLng(COLLECTION_OBJ(CStr(TEMP4_MATRIX(i - 1, 4)))) If k = 0 Then: k = NCOLUMNS TEMP4_MATRIX(i, 6) = TEMP2_MATRIX(i, k) TEMP4_MATRIX(i, 7) = TEMP4_MATRIX(i, 6) * TEMP4_MATRIX(i - 1, 8) If (TEMP4_MATRIX(i, 4) <> TEMP4_MATRIX(i - 1, 4)) And (TEMP4_MATRIX(i, 5) <> 0) Then TEMP4_MATRIX(i, 8) = TEMP4_MATRIX(i, 7) / TEMP4_MATRIX(i, 5) Else TEMP4_MATRIX(i, 8) = TEMP4_MATRIX(i - 1, 8) End If If (TEMP4_MATRIX(i, 4) <> TEMP4_MATRIX(i - 1, 4)) And (TEMP4_MATRIX(i, 5) <> 0) Then TEMP4_MATRIX(i, 8) = TEMP4_MATRIX(i, 7) / TEMP4_MATRIX(i, 5) Else TEMP4_MATRIX(i, 8) = TEMP4_MATRIX(i - 1, 8) End If TEMP4_MATRIX(i, 9) = TEMP4_MATRIX(i, 8) * TEMP4_MATRIX(i, 5) If (TEMP4_MATRIX(i - 1, 9) <> 0) Then TEMP4_MATRIX(i, 10) = TEMP4_MATRIX(i, 9) / TEMP4_MATRIX(i - 1, 9) - 1 Else TEMP4_MATRIX(i, 10) = TEMP4_MATRIX(i, 9) End If 1983: '------------------------------------------------------------------------------------------------------------------ Next i '------------------------------------------------------------------------------------------------------------------ '---------------------------------------------------------------------------------------------------------------- Select Case OUTPUT '---------------------------------------------------------------------------------------------------------------- Case 0 '---------------------------------------------------------------------------------------------------------------- PORT_ASSET_ROTATION_FUNC = TEMP4_MATRIX 'Sector Switching Summary '---------------------------------------------------------------------------------------------------------------- Case 1 '---------------------------------------------------------------------------------------------------------------- PORT_ASSET_ROTATION_FUNC = TEMP3_MATRIX 'gMA '---------------------------------------------------------------------------------------------------------------- Case 2 '---------------------------------------------------------------------------------------------------------------- PORT_ASSET_ROTATION_FUNC = TEMP2_MATRIX ' Portfolio $Growth '---------------------------------------------------------------------------------------------------------------- Case 3 '---------------------------------------------------------------------------------------------------------------- PORT_ASSET_ROTATION_FUNC = TEMP1_MATRIX ' Asset Growth '---------------------------------------------------------------------------------------------------------------- Case Else '---------------------------------------------------------------------------------------------------------------- ReDim DATA_MATRIX(0 To NROWS, 1 To NCOLUMNS) For j = 1 To NCOLUMNS DATA_MATRIX(0, j) = TICKERS_VECTOR(1, j) 'Charting Summary For i = 1 To NROWS DATA_MATRIX(i, j) = IIf(DATA_MATRIX(0, j) = TEMP4_MATRIX(i, 4), 0.5, 0) Next i Next j If OUTPUT = 4 Then PORT_ASSET_ROTATION_FUNC = DATA_MATRIX Else PORT_ASSET_ROTATION_FUNC = Array(TEMP4_MATRIX, TEMP3_MATRIX, TEMP2_MATRIX, TEMP1_MATRIX, DATA_MATRIX) End If '---------------------------------------------------------------------------------------------------------------- End Select '---------------------------------------------------------------------------------------------------------------- Exit Function '---------------------------------------------------------------------------------------------------------------- MAX_LINE: '---------------------------------------------------------------------------------------------------------------- MAX_VAL = -2 ^ 52 For j = 1 To NCOLUMNS If TEMP3_MATRIX(i, j) > MAX_VAL Then: MAX_VAL = TEMP3_MATRIX(i, j) Next j '---------------------------------------------------------------------------------------------------------------- Return '---------------------------------------------------------------------------------------------------------------- ERROR_LABEL: PORT_ASSET_ROTATION_FUNC = Err.number End Function
10 LET X = 10 + 5 20 LET Y = X - 100 30 PRINT X 40 PRINT Y 50 PRINT 3 + 4 * 2 / ( 1 - 5 ) 60 PRINT ( 3 + 4 ) * ( 5 - 1 ) 65 PRINT (3 + 4) * (5 - 1) 70 IF X > Y THEN 90 80 PRINT "Y IS GREATER" 85 GOTO 100 90 PRINT "X IS GREATER" 100 REM END
5 REM ROLLS N<21 DICE WITH GIVEN SIDES (4-100, EVEN) 10 PRINT "ENTER NUMBER OF DICE":INPUT D% 20 IF D%>21 THEN PRINT "PLEASE DON'T MAKE ME ROLL THAT MANY":GOTO 10 30 IF D%<0 THEN PRINT "SERIOUSLY?":GOTO 10 40 FOR X=1 TO D%: 50 PRINT "NUMBER OF SIDES FOR DIE" X:INPUT S 60 IF S>100 OR S<4 THEN PRINT "NOT A REASONABLE DIE":GOTO 50 70 IF NOT S/2=INT(S/2) THEN PRINT "NOT A REASONABLE DIE":GOTO 50 80 R%=INT(RND(1)*S)+1 90 PRINT "RESULT FOR DIE";X;"IS:";R% 100 NEXT
\**************************************************************************** \************************************************************************** \* \* FUNCTIONS FOR THE DEC CONFIGURATION FILE \* \* REFERENCE : DECCFFUN.BAS \* \* Version A Mark Goode 20th October 2010 \* \**************************************************************************** \***************************************************************************** %INCLUDE DECCFDEC.J86 INTEGER2 GLOBAL CURRENT.REPORT.NUM% STRING GLOBAL \ CURRENT.CODE$, \ FILE.OPERATION$ \------------------------------------------------------------------------------ FUNCTION DECCF.SET PUBLIC \************************ DECCF.REPORT.NUM% = 815 DECCF.FILE.NAME$ = "DECCONF" DECCF.RECL% = 56 END FUNCTION \------------------------------------------------------------------------------ FUNCTION READ.DECCF PUBLIC \************************** INTEGER2 I%, READ.DECCF READ.DECCF = 1 IF END #DECCF.SESS.NUM% THEN END.OF.DECCF READ FORM "T1,C56"; #DECCF.SESS.NUM%,DECCF.REC.NUM%; DECCF.RECORD$ READ.DECCF = 0 EXIT FUNCTION END.OF.DECCF: FILE.OPERATION$ = "R" CURRENT.CODE$ = RIGHT$(PACK$("0000000000000000" + \ STR$(DECCF.REC.NUM%)), 8) CURRENT.REPORT.NUM% = DECCF.REPORT.NUM% EXIT FUNCTION END FUNCTION \---------------------------------------------------------------------------- FUNCTION WRITE.DECCF PUBLIC \*************************** INTEGER*2 I%, WRITE.DECCF WRITE.DECCF = 1 DECCF.RECORD$ = DECCF.MSGID$ + DECCF.MSGNAME$ + DECCF.DIRECTION$ + DECCF.TYPE$ + DECCF.QOS$ + DECCF.DELIVERY$ IF END #DECCF.SESS.NUM% THEN END.OF.WRITE.DECCF WRITE FORM "C54,C2"; #DECCF.SESS.NUM%, DECCF.REC.NUM%; \ DECCF.RECORD$, CHR$(0DH) + CHR$(0AH) WRITE.DECCF = 0 EXIT FUNCTION END.OF.WRITE.DECCF: FILE.OPERATION$ = "W" CURRENT.CODE$ = RIGHT$(PACK$("0000000000000000" + \ STR$(DECCF.REC.NUM%)), 8) CURRENT.REPORT.NUM% = DECCF.REPORT.NUM% EXIT FUNCTION END FUNCTION \------------------------------------------------------------------------------
1 REM THE VENERABLE STAR TREK COMPUTER GAME -- ANTTI J YLIKOSKI 12/19/2010 2 REM ENTERED, MODIFIED AND DEBUGGED BY ANTTI J YLIKOSKI 3 REM ORIGINALLY FROM: THE BEST OF CREATIVE COMPUTING, VOL 1, 4 REM EDITED BY DAVID H. AHL, CREATIVE COMPUTING PRESS, 5 REM P.O.BOX 789-M, MORRISTOWN, N. J. 07960, USA 6 REM ISBN 0-916688-01-1, (C) 1976 BY CREATIVE COMPUTING 7 REM 8 REM THE QB64 VERSION -- SOME IDIOSYNCRACIES FIXED 9 REM 10 REM [VERSION "STREK7", 1/12/75 RCL] 12 REM EDITED AND DEBUGGED BY ANTTI J. YLIKOSKI 02/10/2010 -- 14 REM THE PROGRAM EXHIBITS THE CONTROL STRUCTURE AFFECTIONATELY 18 REM CALLED A "RATS NEST". 20 REM IT PROBABLY STEMS FROM THE ERA OF THE GOTO AND THE GOSUB 25 REM ONCOLOGICAL SURGERY WOULD HAVE BEEN POSSIBLE BUT ANYWAY: 27 REM "IF IT AINT BROKEN, DONT FIX IT!" 29 REM 30 REM 40 REM * STAR TREK * 50 REM * SIMULATION OF A MISSION OF THE STARSHIP ENTERPRISE, 60 REM * AS SEEN ON THE STAR TREK TV SHOW 70 REM * ORIGINAL PROGRAM BY MIKE MAYFIELD, MODIFIED VERSION 80 REM *** PUBLISHED IN DECS 101 BASIC GAMES* BY DAVE AHL 90 REM * MODIFICATIONS TO THE LATTER (PLUS DEBUGGINGS) BY 100 REM * BOB LEEDOM -- APRIL & DECEMBER 1974, 110 REM * WITH A LITTLE HELP FROM HIS FRIENDS... 120 REM * COMMENTS, EPITETHS, AND SUGGESTIONS SOLICITED (IN 1975) 130 REM * ADDRESS TO: R. C. LEEDOM 140 REM * WESTINGHOUSE DEFENSE & ELECTRONIC SYSTEMS CNTR. 150 REM *** BOX 746, M. S. 338 BALTIMORE, MD 21283, USA 152 REM 153 REM ORIGINALLY CONVERTED TO THE FREEBASIC, SEE 154 REM HTTP://WWW.FREEBASIC.NET 155 REM AND THE DOCUMENTATION 156 REM HTTP://WWW.FREEBASIC.NET/WIKI/ 157 REM BY ANTTI J YLIKOSKI 10-16-2010 158 REM 159 REM QB64 VERSION BY ANTTI J. YLIKOSKI 12-19-2010, UPDATED 03-02-2012. 160 REM START THE QB64.EXE, OPEN THE PROGRAM FILE AND EXECUTE CTL-F5 161 REM TO ENJOY THE GAME -- GOOD LUCK, ADMIRAL!!!!! 164 REM 165 REM SEE http://www.qb64.net/ 166 REM 167 REM EXISTING BUGS: THE CALCLULATION OF THE PHOTON TORPEDO COURSE 168 REM IS PARTIALLY FLAWED. 169 REM 172 REM RANDOMIZE TIMER 175 PRINT TAB(15); "* * * STAR TREK * * " 180 PRINT 190 PRINT "DO YOU NEED INSTRUCTIONS (YES/NO)"; 200 REM DIM A$ 210 INPUT A$ 219 REM IF UCASE$(A$) = "YES" THEN GOSUB 10000 220 IF A$ = "YES" THEN GOSUB 10000 240 REM THE PROGRAM BEGINS HERE.... 242 REM DIM Q9$ 244 REM DIM R9$ 246 REM DIM S4$ 250 REM DIM Z$ 251 DIM Q$(72) 252 DIM R$(72) 253 DIM S$(72) 260 REM DIM G1$ 261 REM DIM G2$ 262 REM DIM G3$ 263 REM DIM G4$ 265 REM DIM D7$ 270 LET Z$ = "" 272 LET Q$ = "" 274 LET R$ = "" 276 LET S$ = "" 278 FOR I = 1 TO 72 280 LET Z$ = Z$ + " " 290 LET Q$ = Q$ + " " 300 LET R$ = R$ + " " 310 LET S$ = S$ + " " 320 NEXT I 322 REM Z$ IS SO TO SPEAK A ZERO STRING -- FULL OF SPACES 324 REM Q$ + R$ + S$ ARE ALTOGETHER 372 = 216 CHARACTERS OF MEMORY 326 REM THE VIDEO OF THE CURRENT QUADRANT ARE (38)8 CHARACTERS, IE. 327 REM 192 CHARACTERS, STORED IN THE STRINGS Q$+R$+S$. 330 DIM G(8, 8) AS INTEGER 331 DIM C(9, 2) AS INTEGER 332 DIM K(3, 3) AS INTEGER 333 DIM N(3) AS INTEGER 334 DIM Z(8, 8) AS INTEGER 340 REM DIM O1$ 341 REM DIM C$ 350 REM DIM A1$ 351 REM DIM T$ 360 REM DIM D$ 361 REM DIM O3$ 362 REM THE VARIABLE A1 IS THE GOOD LUCK FACTOR 363 REM A1 = 1 <=> ALMOST IMPOSSIBLE GAME 364 REM A1 = 3 <=> POSSIBLE GAME 365 REM A1 = 5 <=> EASY GAME 367 LET A1 = 5 370 DIM C9(1) AS DOUBLE, A9(1) AS DOUBLE, W9(1) AS DOUBLE, D4(1) AS DOUBLE, D1(1) AS DOUBLE 372 DIM P7(1) AS DOUBLE 374 DIM A8(1) AS DOUBLE, X8(1) AS DOUBLE 379 LET T = INT(RND(1) * 20 + 20) * 100 380 LET T0 = T 390 LET T9 = 30 + 5 * (A1 - 1): REM I WANT THE GAME TO BE WINNABLE 400 LET D0 = 0 410 LET E0 = 3000 * A1: REM THE ENERGY AVAILABLE 420 LET E = E0 430 LET P = 10 440 LET P0 = P 450 LET S9 = 200 460 LET S = 0 465 LET F7 = 0 470 REM AN AUXILIARY FUNCTION DEF FND(Z) SUBSTITUTED IN THE PROGRAM TEXT 485 REM INITIALIZE ENTERPRISES POSITION 490 LET Q1 = INT(RND(1) 8 + 1) 500 LET Q2 = INT(RND(1) * 8 + 1) 510 LET S1 = INT(RND(1) * 8 + 1) 520 LET S2 = INT(RND(1) * 8 + 1) 530 REM MAT C=ZER 531 FOR F8 = 1 TO 9 532 FOR F9 = 1 TO 2 533 LET C(F8, F9) = 0 534 NEXT F9 535 NEXT F8 540 LET C(3, 1) = -1 550 LET C(2, 1) = -1 560 LET C(4, 1) = -1 570 LET C(4, 2) = -1 580 LET C(5, 2) = -1 590 LET C(6, 2) = -1 600 LET C(1, 2) = 1 610 LET C(2, 2) = 1 620 LET C(6, 1) = 1 630 LET C(7, 1) = 1 640 LET C(8, 1) = 1 650 LET C(8, 2) = 1 660 LET C(9, 2) = 1 670 DIM D(8) AS INTEGER 680 FOR I = 1 TO 8 690 LET D(I) = 0 700 NEXT I 710 LET A1$ = "NSLPTSDCX" 720 LET D$ = "WARP ENGINESS.R.SENSORS L.R.SENSORS PHASER CNTRL" 730 LET D$ = D$ + "PHOTON TUBESDAMAGE CNTRLSHIELD CNTRLCOMPUTER " 740 LET G4$ = "III" 750 LET G1$ = " ANTARES. SIRIUS. RIGEL. DENEB. PROCYON. CAPELLA. VEGA. " 760 LET G1$ = G1$ + "BETELGEUZE. CANOPUS. ALDEBARAN. ALTAIR. REGULUS. " 770 LET G1$ = G1$ + "SAGITTARIUS. ARCTURUS. POLLUX. SPICA. " 780 LET B9 = 0 790 LET K9 = 0 800 LET A1$ = "NSLPTSDCX" 810 REM SET UP WHAT EXISTS IN THE GALAXY.... 820 FOR I = 1 TO 8 830 FOR J = 1 TO 8 840 LET R1 = RND(1) 850 IF R1 > 0.98 THEN GOTO 900 860 IF R1 > 0.95 THEN GOTO 930 870 IF R1 > 0.8 THEN GOTO 960 880 LET K3 = 0 890 GOTO 980 900 LET K3 = 3 910 LET K9 = K9 + 3 920 GOTO 980 930 LET K3 = 2 940 LET K9 = K9 + 2 950 GOTO 980 960 LET K3 = 1 970 LET K9 = K9 + 1 980 LET R1 = RND(1) 990 IF R1 > 0.96 THEN GOTO 1020 1000 LET B3 = 0 1010 GOTO 1040 1020 LET B3 = 1 1030 LET B9 = B9 + 1 1040 LET S3 = INT(RND(1) * 8 + 1) 1050 LET G(I, J) = K3 * 100 + B3 * 10 + S3 1060 REM K3=#KLINGONS; B3=#STARBASES; S3=#STARS 1070 LET Z(I, J) = 0 1080 NEXT J 1090 NEXT I 1100 LET K7 = K9 1110 DIM X$(1) 1111 DIM X0$(1) 1120 LET X$ = "" 1130 LET X0$ = " IS " 1140 IF B9 <> 0 THEN GOTO 1200 1150 LET B9 = 1 1160 IF G(6, 3) = 200 THEN GOTO 1190 1170 LET G(6, 3) = G(6, 3) + 100 1180 LET K9 = K9 + 1 1190 G(6, 3) = G(6, 3) + 10 1200 IF B9 = 1 THEN GOTO 1230 1210 LET X$ = "S" 1220 LET X0$ = " ARE " 1230 PRINT 1235 PRINT "YOUR ORDERS ARE AS FOLLOWS:" 1240 PRINT " DESTROY THE"; K9; " KLINGON WARSHIPS WHICH HAVE INVADED" 1250 PRINT " THE GALAXY BEFORE THEY CAN ATTACK FEDERATION HEADQUARTERS" 1260 PRINT " ON STARDATE"; T0 + T9; "; THIS GIVES YOU"; T9; " DAYS. THERE"; X0$ 1270 PRINT " "; B9; " STARBASE"; X$; " IN THE GALAXY FOR RESUPPLYING YOUR SHIP." 1280 PRINT 1290 PRINT "HIT RETURN WHEN READY TO ASSUME COMMAND ----" 1300 INPUT A$ 1310 REM * HERE ANY TIME ENTER NEW QUADRANT * 1320 LET Z4 = Q1 1330 LET Z5 = Q2 1340 LET K3 = 0 1350 LET B3 = 0 1360 LET S3 = 0 1370 LET G5 = 0 1380 LET D4 = 0.5 * RND(1) 1385 REM EXCEEDING GALAXY BORDERS? 1390 IF Q1 < 1 THEN GOTO 1600 1400 IF Q1 > 8 THEN GOTO 1600 1410 IF Q2 < 1 THEN GOTO 1600 1420 IF Q2 > 8 THEN GOTO 1600 1430 GOSUB 9030 1440 PRINT 1450 IF T <> T0 THEN GOTO 1490 1460 PRINT "YOUR MISSION BEGINS WITH YOUR STARSHIP LOCATED" 1470 PRINT "IN THE GALACTIC QUADRANT, "; G2$; "." 1472 LET F7 = 1 1480 GOTO 1505 1490 PRINT "NOW ENTERING "; G2$; " QUARDANT ..." 1500 PRINT 1505 LET F7 = 1 1510 LET X = G(Q1, Q2) * 0.01 1520 LET K3 = INT(X) 1530 LET B3 = INT((X - K3) * 10) 1540 LET S3 = G(Q1, Q2) - INT(G(Q1, Q2) * 0.1) * 10 1550 IF K3 = 0 THEN GOTO 1590 1560 PRINT "COMBAT AREA CONDITION RED" 1570 IF S > 200 THEN GOTO 1590 1580 PRINT " SHIELDS DANGEROUSLY LOW" 1590 REM MAT K=ZER 1592 FOR F8 = 1 TO 3 1594 FOR F9 = 1 TO 3 1596 LET K(F8, F9) = 0 1597 NEXT F9 1598 NEXT F8 1600 FOR I = 1 TO 3 1610 LET K(I, 3) = 0 1620 NEXT I 1630 LET Q$ = Z$ 1640 LET R$ = Z$ 1650 LET S$ = MID$(Z$, 1, 48) 1660 REM POSITION ENTERPRISE IN QUADRANT, THEN PLACE K3 KLINGONS, 1670 REM B3 STARBASES, AND S3 STARS ELSEWHERE 1680 LET A$ = "<>" 1690 LET Z1 = S1 1700 LET Z2 = S2 1710 GOSUB 8670 1715 IF K3 <= 0 THEN GOTO 1815 1720 FOR I = 1 TO K3 1730 GOSUB 8590 1740 LET A$ = "+++" 1750 LET Z1 = R1 1760 LET Z2 = R2 1770 GOSUB 8670 1780 LET K(I, 1) = R1 1790 LET K(I, 2) = R2 1800 LET K(I, 3) = S9 1810 NEXT I 1815 IF B3 <= 0 THEN GOTO 1905 1820 FOR I = 1 TO B3 1830 GOSUB 8590 1840 LET A$ = ">!<" 1850 LET Z1 = R1 1860 LET Z2 = R2 1870 GOSUB 8670 1880 LET B4 = Z1 1890 LET B5 = Z2 1900 NEXT I 1905 IF S3 <= 0 THEN GOTO 1975 1910 FOR I = 1 TO S3 1920 GOSUB 8590 1930 LET A$ = " " 1940 LET Z1 = R1 1950 LET Z2 = R2 1960 GOSUB 8670 1970 NEXT I 1975 REM 1980 GOSUB 6430 1985 REM *** THE LOOP BEGINS HERE * CHECK ENERGY, RECEIVE COMMAND 1986 REM * LOOP BEGINS AT STATEMENT 1990 1990 IF S + E <= 10 THEN GOTO 2020 2000 IF E > 10 THEN GOTO 2060 2010 IF D(7) = 0 THEN GOTO 2060 2020 PRINT " FATAL ERROR ** YOUVE JUST STRANDED YOUR SHIP IN SPACE!!" 2030 PRINT "YOU HAVE INSUFFICIENT MANEUVERING ENERGY, AND SHIELD CONTROL" 2040 PRINT "IS PRESENTLY INCAPABLE OF CROSS-CIRCUITING TO ENGINE ROOM!" 2050 GOTO 6260 2060 PRINT "COMMAND (CAR RET FOR HELP) "; 2070 INPUT A$ 2072 DIM H9$(1) 2074 DIM I9$(1) 2076 DIM J9$(1) 2080 FOR I = 1 TO 9 2082 LET H9$ = MID$(A$, 1, 1) 2084 LET I9$ = MID$(A1$, I, 1) 2090 IF H9$ <> I9$ THEN GOTO 2160 2100 IF I <> 2 THEN GOTO 2140 2110 IF LEN(A$) < 2 THEN GOTO 2140 2115 LET J9$ = MID$(A$, 2, 1) 2120 IF J9$ = "R" THEN GOTO 2140 2130 LET I = 6 2140 ON I GOTO 2300, 1980, 4000, 4260, 4700, 5530, 5690, 7290 2150 IF A$ = "XXX" THEN GOTO 6270 2160 NEXT I 2170 PRINT "ENTER ONE OF THE FOLLOWING:" 2180 PRINT "NAV (TO SET COURSE)" 2190 PRINT "SRS (FOR SHORT RANGE SENSOR SCAN)" 2200 PRINT "LRS (FOR LONG RANGE SENSOR SCAN)" 2210 PRINT "PHA (TO FIRE PHASERS)" 2220 PRINT "TOR (TO FIRE PHOTON TODPEDOS)" 2230 PRINT "SHE (TO RAISE OR LOWER SHIELDS)" 2240 PRINT "DAM (FOR DAMAGE CONTROL REPORT)" 2250 PRINT "COM (TO CALL ON THE LIBRARY-COMPUTER" 2260 PRINT "XXX (TO RESIGN YOUR COMMAND)" 2270 PRINT 2280 GOTO 1990 2290 REM COURSE CONTROL BEGINS HERE 2300 PRINT "COURSE (1-9) "; 2310 INPUT C1 2320 IF C1 >= 1 THEN GOTO 2350 2330 PRINT " LT. SULU REPORTS, INCORRECT COURSE DATA, SIR!" 2340 GOTO 1990 2350 IF C1 < 9 THEN GOTO 2380 2360 IF C1 > 9 THEN GOTO 2330 2370 LET C1 = 1 2380 PRINT "WARP FACTOR (0-8) "; 2390 INPUT W1 2400 IF W1 <= 0 THEN GOTO 2420 2410 IF W1 <= 8 THEN GOTO 2450 2420 PRINT "CHIEF ENGINEER SCOTT REPORTS THE ENGINES WONT" 2430 PRINT " TAKE WARP "; W1; " !" 2440 GOTO 1990 2450 IF D(1) >= 0 THEN GOTO 2490 2460 IF (W1 <= 0.2) THEN GOTO 2490 2465 IF (W1 = 0.2) THEN GOTO 2490 2470 PRINT "WARP ENGINES ARE DAMAGED. MAXIMUM SPEED = WARP 0.2" 2480 GOTO 2300 2490 LET N7 = INT(W1 * 8 + 0.5) 2500 IF E - N7 > 0 THEN GOTO 2590 2510 PRINT "ENGINEERING REPORTS INSUFFICIENT ENRGY AVAILABLE" 2520 PRINT " FOR MANEUVERING AT WARP "; W1; "!" 2530 IF S < N7 - E THEN GOTO 1990 2540 IF D(7) < 0 THEN GOTO 1990 2550 PRINT "DEFLECTOR CONTROL ROOM ACKNOWLEDGES "; S; " UNITS" 2560 PRINT " OF ENERGY DEPLOYED TO THE SHIELDS." 2570 GOTO 5530 2580 REM KLINGONS MOVE/FIRE ON MOVING STARSHIP............ 2590 FOR I = 1 TO K3 2600 IF K(I, 3) <= 0 THEN GOTO 2700 2610 LET A$ = " " 2620 LET Z1 = K(I, 1) 2630 LET Z2 = K(1, 2) 2640 GOSUB 8670 2650 GOSUB 8570 2660 LET K(I, 1) = Z1 2670 LET K(I, 2) = Z2 2680 LET A$ = "+++" 2690 GOSUB 8670 2700 NEXT I 2710 GOSUB 6000 2720 LET D1 = 0 2730 LET D6 = W1 2740 IF W1 < 1 THEN GOTO 2770 2750 LET D6 = 1 2760 REM MAKE REPAIRS TO THE SHIP 2770 FOR I = 1 TO 8 2780 IF D(I) >= 0 THEN GOTO 2880 2790 LET D(I) = D(I) + D6 2800 IF D(I) < 0 THEN GOTO 2880 2810 IF D1 = 1 THEN GOTO 2840 2820 LET D1 = 1 2830 PRINT "DAMAGE CONTROL REPORT: " 2840 PRINT " "; 2850 LET R1 = I 2860 GOSUB 8790 2870 PRINT " REPAIR COMPLETED" 2880 NEXT I 2890 REM DAMAGE/IMPROVEMENT DURING SOME VES 2900 IF (RND(1) > 0.2) THEN GOTO 3070 2910 LET R1 = INT(RND(1) * 8 + 1) 2920 IF (RND(1) >= 0.9) THEN GOTO 3000 2925 REM CHANGED 0.6 TO 0.9 TO MAKE THE GAME LESS IMPOSSIBLE - A. J. Y. 2930 LET D(R1) = D(R1) - (RND(1) * 5 + 1) / A1 2932 REM ADDED / A1 TO MAKE THE GAME LESS IMPOSSIBLE 2940 PRINT 2950 PRINT "DAMAGE CONTROL REPORT: "; 2960 GOSUB 8790 2970 PRINT " DAMAGED" 2980 PRINT 2990 GOTO 3070 3000 LET D(R1) = D(R1) + (RND(1) * 3.0 + 1.0) 3010 PRINT 3020 PRINT "DAMAGE CONTROL REPORT: "; 3030 GOSUB 8790 3040 PRINT " STATE OF REPAIR IMPROVED" 3050 PRINT 3060 REM BEGIN MOVING STARSHIP ** 3070 REM EMPTY THE STARSHIPS PLACE ON THE SCREEN 3075 LET A$ = " " 3080 LET Z1 = INT(S1 + 0.5) 3090 LET Z2 = INT(S2 + 0.5) 3100 GOSUB 8670 3110 LET X1 = C(C1, 1) + (C(C1 + 1, 1) - C(C1, 1)) (C1 - INT(C1)) 3120 LET X = S1 3130 LET Y = S2 3140 LET X2 = C(C1, 2) + (C(C1 + 1, 2) - C(C1, 2)) * (C1 - INT(C1)) 3150 LET Q4 = Q1 3160 LET Q5 = Q2 3164 DIM X8$(1) 3170 FOR I = 1 TO N7 3180 LET S1 = S1 + X1 3190 LET S2 = S2 + X2 3200 IF S1 < 1 THEN GOTO 3500 3210 IF S1 >= 9 THEN GOTO 3500 3220 IF S2 < 1 THEN GOTO 3500 3230 IF S2 >= 9 THEN GOTO 3500 3240 LET S8 = INT(S1 + 0.5) * 24 + INT(S2 + 0.5) * 3 - 26 3250 IF S8 > 72 THEN 3280 3255 LET X8$ = MID$(Q$, S8, 3) 3257 REM IF NAVIGATING THRU EMPTY SPACE, GO ON: 3260 IF X8$ = " " THEN GOTO 3360 3270 GOTO 3320 3280 IF S8 > 144 THEN GOTO 3310 3285 LET X8$ = MID$(R$, S8 - 72, 3) 3290 IF X8$ = " " THEN GOTO 3360 3300 GOTO 3320 3310 LET X8$ = MID$(S$, S8 - 144, 3) 3315 IF X8$ = " " THEN GOTO 3360 3320 LET S1 = S1 - X1 3330 LET S2 = S2 - X2 3340 PRINT "WARP ENGINES SHUT DOWN AT SECTOR "; S1; ", "; S2; " DUE TO " 3345 PRINT "BAD NAVIGATION" 3350 GOTO 3370 3360 NEXT I 3370 LET A$ = "<>" 3380 LET Z1 = INT(S1 + 0.5) 3390 LET Z2 = INT(S2 + 0.5) 3400 GOSUB 8670 3410 GOSUB 3910 3420 LET T8 = 1 3430 IF W1 > 1 THEN GOTO 3450 3440 LET T8 = 0.1 INT(10 * W1) 3450 LET T = T + T8 3460 IF T > T0 + T9 THEN GOTO 6220 3470 REM SEE IF DOCKED, THEN GET COMMAND 3480 GOTO 1980 3490 REM EXCEED QUADRANT LIMITS 3500 LET X = 8 * Q1 + X + N7 * X1 3510 LET Y = 8 * Q2 + Y + N7 * X2 3520 LET Q1 = INT(X / 8) 3530 LET Q2 = INT(Y / 8) 3540 LET S1 = INT(X - Q1 * 8) 3550 LET S2 = INT(Y - Q2 * 8) 3560 IF S1 <> 0 THEN GOTO 3590 3570 LET Q1 = Q1 - 1 3580 LET S1 = 8 3590 IF S2 <> 0 THEN GOTO 3620 3600 LET Q2 = Q2 - 1 3610 LET S2 = 8 3620 LET X5 = 0 3630 IF Q1 >= 1 THEN GOTO 3670 3640 LET X5 = 1 3650 LET Q1 = 1 3660 LET S1 = 1 3670 IF Q1 <= 8 THEN GOTO 3710 3680 LET X5 = 1 3690 LET Q1 = 8 3700 LET S1 = 8 3710 IF Q2 >= 1 THEN GOTO 3750 3720 LET X5 = 1 3730 LET Q2 = 1 3740 LET S2 = 1 3750 IF Q2 <= 8 THEN GOTO 3790 3760 LET X5 = 1 3770 LET Q2 = 8 3780 LET S2 = 8 3790 IF X5 = 0 THEN GOTO 3860 3800 PRINT "LT. UHURA REPORTS FROM STARFLEET COMMAND:" 3810 PRINT " PERMISSION TO ATTEMPT CROSSING OF GALACTIC PERIMETER" 3820 PRINT " IS HEREBY DENIED. SHUT DOWN YOUR ENGINES." 3830 PRINT "CHIEF ENGINEER SCOTT REPORTS WARP ENGINES SHUT DOWN" 3840 PRINT " AT SECTOR "; S1; " "; S2; " OF QUADRANT "; Q1; ", "; Q2; "." 3850 IF T > T0 + T9 THEN GOTO 3370 3860 REM REMOVED THIS MYSTERY LINE: IF (8Q1 + Q2) = (8Q4 + Q5) THEN GOTO 3370 3870 LET T = T + 1 3880 GOSUB 3910 3890 GOTO 1320 3900 REM MANEUVER ENERGY S/R 3910 LET E = E - N7 - 10 3920 IF E > 0 THEN GOTO 3980 3930 PRINT "SHIELD CONTROL SUPPLIED ENERGY TO COMPLETE THE MANEUVER." 3940 LET S = S + E 3950 LET E = 0 3960 IF S > 0 THEN GOTO 3980 3970 LET S = 0 3980 RETURN 3990 REM L. R. SCAN SENSOR SCAN CODE * 4000 IF D(3) >= 0 THEN GOTO 4030 4010 PRINT "LONG RANGE SENSORS ARE INOPERABLE" 4020 GOTO 1990 4030 PRINT "LONG RANGE SENSOR SCAN FOR QUADRANT "; Q1; ", "; Q2 4040 LET O1$ = "................." 4050 PRINT O1$ 4060 FOR I = Q1 - 1 TO Q1 + 1 4070 DIM N(3) 4080 FOR I1 = 1 TO 3 4090 LET N(I1) = 0 4100 NEXT I1 4110 FOR J = Q2 - 1 TO Q2 + 1 4120 IF I < 1 THEN GOTO 4180 4130 IF I > 8 THEN GOTO 4180 4140 IF J < 1 THEN GOTO 4180 4150 IF J > 8 THEN GOTO 4180 4160 LET N(J - Q2 + 2) = G(I, J) 4170 LET Z(I, J) = G(I, J) 4180 NEXT J 4190 DIM P1$(1) 4200 LET P1$ = ": ### : ### : ### :" 4210 PRINT USING P1$; N(1), N(2), N(3) 4220 PRINT O1$ 4230 NEXT I 4240 GOTO 1990 4250 REM * PHASER CONTROL CODE BEGINS HERE 4260 IF K3 > 0 THEN GOTO 4300 4270 PRINT "SCIENCE OFFICER SPOCK REPORTS SENSORS SHOW" 4280 PRINT " NO ENEMY SHIPS IN THIS QUADRANT." 4290 GOTO 1990 4300 IF D(4) >= 0 THEN GOTO 4330 4310 PRINT "PHASERS INOPERATIVE" 4320 GOTO 1990 4330 IF D(8) >= 0 THEN GOTO 4350 4340 PRINT "COMPUTER FAILURE HAMPERS ACCURACY" 4350 PRINT "PHASERS LOCKED ON TARGET; " 4360 PRINT "ENERGY AVAILABLE ="; E 4370 PRINT "NUMBER OF UNITS TO FIRE: "; 4380 INPUT X 4390 IF X <= 0 THEN GOTO 1990 4400 IF E - X < 0 THEN GOTO 4360 4410 LET E = E - X 4420 GOSUB 6000 4430 IF D(7) >= 0 THEN GOTO 4450 4440 LET X = X * RND(1) 4450 LET H1 = INT(X / K3) 4460 FOR I = 1 TO 3 4470 IF K(I, 3) <= 0 THEN GOTO 4670 4480 LET H = INT((H1 / (SQR((K(I, 1) - S1) 2 + (K(I, 2) - S2) 2)) * (RND(1) + 2))) 4490 IF H > 0.15 * K(I, 3) THEN GOTO 4530 4500 PRINT "SENSORS SHOW NO DAMAGE" 4510 PRINT " TO ENEMY AT "; K(I, 1); ", "; K(I, 2) 4520 GOTO 4670 4530 LET K(I, 3) = K(I, 3) - H 4540 PRINT H; " UNIT HIT ON KLINGON AT SECTOR "; K(I, 1); ", "; K(I, 2) 4550 IF K(I, 3) <= O THEN GOTO 4580 4560 PRINT " (SENSORS SHOW "; K(I, 3), " UNITS REMAINING)" 4570 GOTO 4670 4580 PRINT " * KLINGON DESTROYED " 4590 LET K3 = K3 - 1 4600 LET K9 = K9 - 1 4610 LET A$ = " " 4620 LET Z1 = K(I, 1) 4630 LET Z2 = K(I, 2) 4640 GOSUB 8670 4650 LET G(Q1, Q2) = K3 100 + B3 * 10 + S3 4655 LET Z(Q1, Q2) = G(Q1, Q2) 4660 IF K9 <= 0 THEN GOTO 6370 4670 NEXT I 4680 GOTO 1990 4690 REM PHOTON TORPEDO CODE BEGINS *** 4700 IF D(5) >= O THEN GOTO 4730 4710 PRINT "PHOTON TUBES ARE NOT OPERATIONAL " 4720 GOTO 1990 4730 IF P > 0 THEN GOTO 4760 4740 PRINT "ALL PHOTON TORPEDOS EXPENDED" 4750 GOTO 1990 4760 PRINT "TORPEDO COURSE (1-9) "; 4770 INPUT C1 4780 IF C1 >= 1 THEN GOTO 4810 4790 PRINT " ENSIGN CHEKOV REPORTS, INCORRECT COURSE DATA, SIR!" 4800 GOTO 1990 4810 IF C1 > 9 THEN GOTO 4790 4820 IF C1 < 9 THEN GOTO 4850 4830 IF C1 >= 9 THEN GOTO 4760 4840 LET C1 = 1 4850 LET X1 = C(C1, 1) + (C(C1 + 1, 1) - C(C1, 1)) * (C1 - INT(C1)) 4860 LET X2 = C(C1, 2) + (C(C1 + 1, 2) - C(C1, 2)) * (C1 - INT(C1)) 4870 LET E = E - 2 4880 LET X = S1 4890 LET Y = S2 4900 LET P = P - 1 4910 PRINT "TORPEDO TRACK:" 4920 LET X = X + X1 4930 LET Y = Y + X2 4940 LET X3 = INT(X + 0.5) 4950 LET Y3 = INT(Y + 0.5) 4960 IF X3 < 1 THEN GOTO 5490 4970 IF X3 >= 9 THEN GOTO 5490 4980 IF Y3 < 1 THEN GOTO 5490 4990 IF Y3 >= 9 THEN GOTO 5490 5000 PRINT " "; X3; ", "; Y3 5010 LET A$ = " " 5020 LET Z1 = X 5030 LET Z2 = Y 5040 GOSUB 8830 5050 IF Z3 <> 0 THEN GOTO 4920 5060 LET A$ = "+++" 5070 LET Z1 = X 5080 LET Z2 = Y 5090 GOSUB 8830 5100 IF Z3 = 0 THEN GOTO 5210 5110 PRINT "* KLINGON DESTROYED " 5120 LET K3 = K3 - 1 5130 LET K9 = K9 - 1 5140 IF K9 <= 0 THEN GOTO 6370 5150 FOR I = 1 TO 3 5160 IF X3 <> K(I, 1) THEN GOTO 5180 5170 IF Y3 = K(I, 2) THEN GOTO 5190 5180 NEXT I 5190 LET K(I, 3) = 0 5200 GOTO 5430 5210 LET A$ = " " 5220 LET Z1 = X 5230 LET Z2 = Y 5240 GOSUB 8830 5250 IF Z3 = 0 THEN GOTO 5280 5260 PRINT "STAR AT "; X3; ", "; Y3; " ABSORBED TORPEDO ENERGY" 5270 GOTO 5500 5280 LET A$ = ">!<" 5290 LET Z1 = X 5300 LET Z2 = Y 5310 GOSUB 8830 5320 IF Z3 = 0 THEN GOTO 4760 5330 PRINT "* STARBASE DESTROYED " 5340 LET B3 = B3 - 1 5350 LET B9 = B9 - 1 5360 IF B9 > 0 THEN GOTO 5400 5370 PRINT "THAT DOES IT, CAPTAIN!! YOU ARE HEREBY RELIEVED OF COMMMAND" 5380 PRINT " AND SENTENCED TO 99 STARDATES AT HARD LABOR ON CYGNUS 12!!" 5390 GOTO 6270 5400 PRINT "STARFLEET COMMAND REVIEWING YOUR RECORD TO CONSIDER" 5410 PRINT " COURT MARTIAL!" 5420 LET D0 = 0 5430 LET A$ = " " 5440 LET Z1 = X 5450 LET Z2 = Y 5460 GOSUB 8670 5470 LET G(Q1, Q2) = K3 100 + B3 * 10 + S3 5480 GOTO 5500 5490 PRINT "TORPEDO MISSED" 5500 GOSUB 6000 5510 GOTO 1990 5520 REM ** SHIELD CONTROL STARTS HERE 5530 IF D(7) >= 0 THEN GOTO 5560 5540 PRINT "SHIELD CONTROL INOPERABLE" 5550 GOTO 1990 5560 PRINT "ENERGY AVAILABLE = "; E + S; " NUMBER OF UNITS TO SHIELDS: "; 5570 INPUT X 5580 IF X >= 0 THEN GOTO 5620 5590 IF S <> X THEN GOTO 5620 5600 PRINT "(SHIELDS UNCHANGED)" 5610 GOTO 1990 5620 IF E + S - X < 0 THEN GOTO 5560 5630 LET E = E + S - X 5640 LET S = X 5650 PRINT "DEFLECTOR CONTROL ROOM REPORT:" 5660 PRINT " SHIELDS NOW AT "; S; " PER YOUR COMMAND" 5670 GOTO 1990 5680 REM * DAMAGE CONTROL STARTS HERE 5690 IF D(6) >= 0 THEN GOTO 5910 5700 PRINT "DAMAGE CONTROL REPORT NOT AVAILABLE" 5710 IF D0 = 0 THEN GOTO 1990 5720 LET D3 = 0 5730 FOR I = 1 TO 8 5740 IF D(I) >= 0 THEN GOTO 5760 5750 LET D3 = D3 + 0.1 5760 NEXT I 5770 IF D3 = 0 THEN GOTO 1990 5780 LET D3 = D3 + D4 5790 IF D3 < 1 THEN GOTO 5810 5800 LET D3 = 0.9 5810 PRINT "TECHNICIANS STANDING BY TO EFFECT REPAIRS TO YOUR SHIP." 5820 PRINT "ESTIMATED TIME TO REPAIR:"; 5830 PRINT USING ".# STARDATES"; D3 5840 PRINT "WILL YOU AUTHORIZE THE REPAIR ORDER (YES/NO)"; 5850 INPUT A$ 5860 IF A$ <> "YES" THEN GOTO 1990 5870 FOR I = 1 TO 8 5880 LET D(I) = 0 5890 NEXT I 5900 LET T = T + D3 + 0.1 5910 PRINT 5920 PRINT "DEVICE STATE OF REPAIR" 5930 FOR R1 = 1 TO 8 5940 GOSUB 8790 5950 PRINT USING " -##.##"; D(R1) 5960 NEXT R1 5970 PRINT 5980 GOTO 5710 5990 REM "KLINGONS SHOOTING" CODE BEGINS * 6000 IF K3 <= O THEN GOTO 6210 6010 IF D0 = 0 THEN GOTO 6040 6020 PRINT "STAR BASE SHIELDS PROTECT THE ENTERPRISE" 6030 GOTO 6210 6040 FOR I = 1 TO 3 6050 IF K(I, 3) <= 0 THEN GOTO 6200 6060 LET H = INT((K(I, 3) / (SQR((K(I, 1) - S1) 2 + (K(I, 2) - S2) 2)) * (2 + RND(1)))) 6062 REM ADDED THE FOLLOWING TO MAKE THE GAME LESS IMPOSSIBLE 6064 LET H = INT(H / A1) 6070 LET S = S - H 6080 PRINT H; " UNIT HIT ON ENTERPRISE FROM SECTOR "; K(I, 1); ", "; K(I, 2) 6090 IF S < 0 THEN GOTO 6240 6100 PRINT " (SHIELDS DOWN TO "; S; " UNITS.)" 6110 IF H < 20 THEN GOTO 6200 6120 IF RND(1) > 0.6 THEN GOTO 6200 6130 IF H / S <= 0.02 THEN GOTO 6200 6140 LET D2 = H / S + 0.5 * RND(1) 6150 LET R1 = INT(RND(1) * 8 + 1) 6160 LET D(R1) = D(R1) - D2 6170 PRINT "DAMAGE CONTROL REPORTS "; 6180 GOSUB 8790 6190 PRINT "DAMAGED BY THE HIT!" 6200 NEXT I 6210 RETURN 6220 PRINT "IT IS STARDATE "; T 6230 GOTO 6270 6240 PRINT 6250 PRINT "THE ENTERPRISE HAS BEEN DESTROYED."; 6255 PRINT " THE FEDERATION WILL BE CONQUERED." 6260 PRINT "IT IS STARDATE "; T 6270 PRINT "THERE WERE "; K9; " KLINGON BATTLE CRUISERS LEFT AT" 6280 PRINT " THE END OF YOUR MISSION." 6290 PRINT 6300 PRINT 6310 PRINT "THE FEDERATION IS IN NEED OF A NEW STARSHIP COMMANDER" 6320 PRINT "FOR A SIMILAR MISSION -- IF THERE IS A VOLUNTEER," 6330 PRINT "LET HIM STEP FORWARD AND ENTER AYE." 6335 PRINT "OTHERWISE, DISCONTINUE PLAYING BY ENTERING (CAR RET)." 6340 INPUT A$ 6350 IF UCASE$(A$) = "AYE" THEN GOTO 240 6360 GOTO 9250 6370 PRINT "CONGRATULATIONS, CAPTAIN! THE LAST KLINGON BATTLE CRUISER" 6380 PRINT " MENACING THE FEDERATION HAS BEEN DESTROYED." 6390 PRINT 6400 PRINT "YOUR EFFICIENCY RATING IS "; ((K7 / (T - T0)) * 1000); ". " 6410 GOTO 6290 6420 REM S. R. SENSOR SCAN & STARTUP SUBR. *** 6430 FOR I = S1 - 1 TO S1 + 1 6440 FOR J = S2 - 1 TO S2 + 1 6450 IF INT(I + 0.5) < 1 THEN GOTO 6540 6460 IF INT(I + 0.5) > 8 THEN GOTO 6540 6470 IF INT(J + 0.5) < 1 THEN GOTO 6540 6480 IF INT(J + 0.5) > 8 THEN GOTO 6540 6490 LET A$ = ">!<" 6500 LET Z1 = I 6510 LET Z2 = J 6520 GOSUB 8830 6530 IF Z3 = 1 THEN GOTO 6580 6540 NEXT J 6550 NEXT I 6560 LET D0 = 0 6570 GOTO 6650 6580 LET D0 = 1 6590 LET C$ = "DOCKED" 6600 LET E = 3000 * A1 6602 REM THE VARIABLE E == ENERGY 6610 LET P = 10 6612 REM THE VARIABLE P == # OF TORPEDOS 6620 PRINT "SHIELDS DROPPED FOR DOCKING PURPOSES" 6630 LET S = 0 6632 REM THE VARIABLE S == ENERGY IN SHIELDS 6640 GOTO 6720 6650 IF K3 > 0 THEN GOTO 6690 6660 IF E < E0 * 0.1 THEN GOTO 6710 6670 LET C$ = "GREEN" 6680 GOTO 6720 6690 LET C$ = "RED" 6700 GOTO 6720 6710 LET C$ = "YELLOW" 6720 IF D(2) >= 0 THEN GOTO 6770 6730 PRINT 6740 PRINT "* SHORT RANGE SENSORS ARE OUT " 6750 PRINT 6760 GOTO 7270 6770 LET Z4 = Q1 6771 LET Z5 = Q2 6772 LET Q5 = 0 6773 GOSUB 9030 6774 IF F7 = 1 THEN 6777 6775 PRINT "YOU ARE LOCATED IN THE GALACTIC QUADRANT, "; G2$; "..." 6777 PRINT 6778 LET F7 = 0 6779 LET O1$ = "---------------------------------" 6780 PRINT O1$ 6790 DIM N5$(1) 6800 LET N5$ = "#####" 6810 PRINT " "; 6820 FOR I = 1 TO 22 STEP 3 6825 LET Q9$ = MID$(Q$, I, 3) 6830 PRINT Q9$; " "; 6840 NEXT I 6850 PRINT 6860 PRINT " "; 6870 FOR I = 25 TO 46 STEP 3 6875 LET Q9$ = MID$(Q$, I, 3) 6880 PRINT Q9$; " "; 6890 NEXT I 6900 PRINT " STARDATE "; 6910 PRINT USING "####.#"; T 6920 PRINT " "; 6930 FOR I = 49 TO 70 STEP 3 6935 LET Q9$ = MID$(Q$, I, 3) 6940 PRINT Q9$; " "; 6950 NEXT I 6960 PRINT " CONDITION "; 6970 PRINT C$ 6980 PRINT " "; 6990 FOR I = 1 TO 22 STEP 3 6995 LET R9$ = MID$(R$, I, 3) 7000 PRINT R9$; " "; 7010 NEXT I 7020 PRINT " QUADRANT "; Q1; ", "; Q2 7030 PRINT " "; 7040 FOR I = 25 TO 46 STEP 3 7045 LET R9$ = MID$(R$, I, 3) 7050 PRINT R9$; " "; 7060 NEXT I 7070 PRINT " SECTOR "; S1; ", "; S2 7080 PRINT " "; 7090 FOR I = 49 TO 70 STEP 3 7095 LET R9$ = MID$(R$, I, 3) 7100 PRINT R9$; " "; 7110 NEXT I 7120 PRINT " TOTAL ENERGY "; 7130 PRINT USING N5$; E + S 7140 PRINT " "; 7150 FOR I = 1 TO 22 STEP 3 7155 LET S4$ = MID$(S$, I, 3) 7160 PRINT S4$; " "; 7170 NEXT I 7180 PRINT " PHOTON TORPEDOS "; 7190 PRINT USING N5$; P 7200 PRINT " "; 7210 FOR I = 25 TO 46 STEP 3 7215 LET S4$ = MID$(S$, I, 3) 7220 PRINT S4$; " "; 7230 NEXT I 7240 PRINT " SHIELDS "; 7250 PRINT USING N5$; S 7260 PRINT O1$ 7270 RETURN 7280 REM LIBRARY COMPUTER CODE BEGINS HERE 7290 IF D(8) >= 0 THEN GOTO 7320 7300 PRINT "COMPUTER DISABLED" 7310 GOTO 1990 7320 PRINT "COMPUTER ACTIVE AND AWAITING COMMAND: (9 FOR HELP) "; 7330 INPUT a 7340 IF a < 0 THEN GOTO 1990 7350 PRINT 7360 LET H8 = 1 7370 IF a = 0 THEN GOTO 7540 7380 ON a GOTO 7900, 8070, 8500, 8150, 7400 7390 GOTO 7450 7400 REM * CREATED S/R 20000 TO FIX CRIPPLING BUGS 7410 LET H8 = 0 7420 LET Q5 = 1 7430 PRINT " THE GALAXY" 7440 GOSUB 20000 7445 GOTO 1990 7450 PRINT "FUNCTIONS AVAILABLE FROM LIBRARY-COMPUTER:" 7460 PRINT " 0 = CUMULATIVE GALACTIC RECORD" 7470 PRINT " 1 = STATUS REPORT" 7480 PRINT " 2 = PHOTON TORPEDO DATA" 7490 PRINT " 3 = STARBASE NAV DATA" 7500 PRINT " 4 = DIRECTION/DISTANCE CALCULATOR" 7510 PRINT " 5 = GALAXY REGION NAME MAP" 7520 GOTO 7320 7530 REM * CUMULATIVE GALACTIC RECORD CODE BEGINS * 7540 PRINT "COMPUTER RECORD OF GALAXY FOR QUADRANT "; Q1; ", "; Q2 7550 PRINT " 1 2 3 4 5 6 7 8" 7560 LET O3$ = " ----- ----- ----- ----- ----- ----- ----- -----" 7570 PRINT O3$ 7580 DIM N1$(1) 7582 DIM N2$(1) 7584 DIM N$(1) 7590 FOR I = 1 TO 8 7600 LET N1$ = "#" 7610 PRINT USING N1$; I; 7620 IF H8 = 0 THEN GOTO 7740 7630 FOR J = 1 TO 8 7640 LET N2$ = " ###" 7650 LET N$ = "" 7660 IF I <> Q1 THEN GOTO 7700 7670 IF J <> Q2 THEN GOTO 7700 7680 LET N$ = "" 7690 PRINT N$; 7700 PRINT USING N2$; Z(I, J); 7710 PRINT N$; 7720 NEXT J 7730 GOTO 7850 7740 LET Z4 = I 7750 LET Z5 = J 7760 GOSUB 9030 7770 LET J0 = INT(15 - 0.5 * LEN(G2$)) 7780 PRINT TAB(J0); 7790 PRINT G2$; 7800 LET Z5 = 5 7810 GOSUB 9030 7820 LET J0 = INT(39 - 0.5 * LEN(G2$)) 7830 PRINT TAB(J0); 7840 PRINT G2$; 7850 PRINT 7860 PRINT O3$ 7870 NEXT I 7880 GOTO 1990 7890 REM * STATUS REPORT CODE BEGINS HERE * 7900 PRINT " STATUS REPORT" 7910 LET X$ = "" 7920 IF K9 = 1 THEN GOTO 7940 7930 LET X$ = "S" 7940 PRINT K9; " KLINGON"; X$; " LEFT" 7950 LET V5 = (T0 + T9) - T 7960 PRINT USING "MISSION MUST BE COMPLETED IN ##.# STARDATES"; V5 7970 LET X$ = "" 7980 IF B9 = 1 THEN GOTO 8040 7990 LET X$ = "S" 8000 IF B9 <> 0 THEN GOTO 8040 8010 PRINT "YOUR STUPIDITY HAS LEFT YOU ON YOUR OWN IN" 8020 PRINT " THE GALAXY -- YOU HAVE NO STARBASES LEFT!" 8030 GOTO 5690 8040 PRINT "THE FEDERATION IS MAINTAINING "; B9; " STARBASE"; X$; 8045 PRINT " IN THE GALAXY" 8050 GOTO 5690 8060 REM CODE FOR TORPEDO DATA, BASE NAV, D/D CALCULATOR 8070 PRINT "PHOTON TORPEDO SIGINT, PLUS GATHERED HUMINT:" 8071 IF K3 = 0 THEN GOTO 8492 8072 LET H8 = 0 8074 LET K5 = 1 8080 FOR I = 1 TO 3 8090 IF K(I, 3) <= 0 THEN GOTO 8480 8100 LET W9 = CDBL(K(I, 2)) 8110 LET X9 = CDBL(K(I, 1)) 8120 LET C9 = CDBL(S2) 8130 LET A9 = CDBL(S1) 8140 GOTO 8220 8150 PRINT "DIRECTION/DISTANCE CALULATOR:" 8160 PRINT "YOU ARE AT QUADRANT ("; Q1; ", "; Q2; ") SECTOR ("; 8165 PRINT S1; ", "; S2; ")" 8170 PRINT "PLEASE ENTER --" 8180 PRINT " INITIAL COORDINATES (X, Y) "; 8190 INPUT C9, A9 8200 PRINT " FINAL COORDINATES (X, Y) "; 8210 INPUT W9, X9 8211 REM REWORKED THIS CODE ENTIRELY WITH THE ATN() FUNCTION /AJY 8212 LET P7 = ATN(1.0#) 8213 REM ARCUS TANGENS (1.0) = PI / 4.0 8214 LET P7 = 4.0# * P7 8215 PRINT "COMPUTER RESPONDS:" 8220 LET X8 = A9 - X9 8221 REM THE Y COORDINATE GROWS GOING DOWNWARDS 8222 REM X8 = DELTA(Y) 8230 LET A8 = W9 - C9 8331 REM THE X COORDINATE GROWS GOING LEFTWARDS 8232 REM A8 = DELTA(X) 8234 REM D-Y AND D-X 8250 IF (X8 > 0.0#) AND (A8 > 0.0#) THEN GOTO 8300 8260 IF (X8 < 0.0#) AND (A8 > 0.0#) THEN GOTO 8360 8270 IF (X8 < 0.0#) AND (A8 < 0.0#) THEN GOTO 8330 8280 IF (X8 > 0.0#) AND (A8 < 0.0#) THEN GOTO 8317 8282 IF (X8 = 0.0#) AND (A8 = 0.0#) THEN GOTO 8370 8284 IF (X8 = 0.0#) AND (A8 <> 0.0#) THEN GOTO 8401 8286 IF (X8 <> 0.0#) AND (A8 = 0.0#) THEN GOTO 8380 8290 PRINT "IMPOSSIBLE, I QUIT!" 8292 END 8300 REM HERE D-Y IS POS. AND D-X IS POS. 8305 GOSUB 30000 8310 PRINT "DIRECTION = "; (D1 + 1.0#), 8315 GOTO 8460 8317 REM HERE D-Y IS POS. AND D-X IS NEG. 8318 GOSUB 30000 8320 PRINT "DIRECTION = "; (5.0# - D1), 8322 GOTO 8460 8330 REM HERE D-Y AND D-Y ARE BOTH NEG. 8332 GOSUB 30000 8340 PRINT "DIRECTION = "; (5.0# + D1), 8350 GOTO 8460 8360 REM HERE D-Y IS NEG. AND D-X IS POS. 8361 GOSUB 30000 8362 PRINT "DIRECTION = "; (9.0# - D1), 8364 GOTO 8460 8370 PRINT "NO TRAVEL NECESSARY." 8372 GOTO 1990 8380 PRINT "DIRECTION = "; 8382 IF X8 < 0 THEN GOTO 8390 8384 PRINT 1.0, 8386 GOTO 8460 8390 PRINT 5.0, 8400 GOTO 8460 8401 PRINT "DIRECTION = "; 8402 IF A8 < 0 THEN GOTO 8390 8406 PRINT 3.0, 8410 GOTO 8460 8412 PRINT 7.0, 8414 GOTO 8460 8460 PRINT " DISTANCE = "; SQR(X8 * 2 + A8 ** 2); "" 8470 IF H8 = 1 THEN GOTO 1990 8480 NEXT I 8490 GOTO 1990 8492 PRINT "NO KLINGONS DETECTED." 8494 GOTO 1990 8500 IF B3 <> 0 THEN GOTO 8530 8510 PRINT "MR. SPOCK REPORTS, SENSORS SHOW NO STARBASES IN THIS QUADRANT." 8520 GOTO 1990 8530 PRINT "FROM ENTERPRISE TO STARBASE:" 8532 PRINT ""; 8540 LET W1 = B4 8550 LET X = B5 8560 GOTO 8120 8570 REM *** END OF LIBRARY-COMPUTER CODE 8580 REM S/R FINDS RANDOM HOLE IN QUADRANT 8590 LET R1 = INT(RND(1) * 8.0 + 1.0) 8600 LET R2 = INT(RND(1) * 8.0 + 1.0) 8610 LET A$ = " " 8620 LET Z1 = R1 8630 LET Z2 = R2 8640 GOSUB 8830 8650 IF Z3 = 0 THEN GOTO 8590 8660 RETURN 8670 REM * INSERTION IN STRING ARRAY FOR QUARDANT * 8680 LET S8 = INT(Z1 + 0.5) * 24 + INT(Z2 + 0.5) * 3 - 26 8690 IF S8 > 72 THEN GOTO 8720 8692 MID$(Q$, S8, 3) = A$ 8710 GOTO 8780 8720 IF S8 > 144 THEN GOTO 8760 8730 LET S8 = S8 - 72 8740 MID$(R$, S8, 3) = A$ 8750 GOTO 8780 8760 LET S8 = S8 - 144 8765 REM TO THE LOCATION OF S8 IS ASSIGNED THE CHAR STRING A$ 8770 MID$(S$, S8, 3) = A$ 8780 RETURN 8790 REM * PRINTS DEVICE NAME FROM ARRAY * 8800 LET S8 = R1 * 12 - 11 8807 LET D7$ = MID$(D$, S8, 12) 8810 PRINT D7$; " "; 8820 RETURN 8830 REM * STRING COMPARISON IN QUADRANT ARRAY * 8840 LET Z1 = INT(Z1 + 0.5) 8850 LET Z2 = INT(Z2 + 0.5) 8860 LET S8 = Z1 * 24 + Z2 * 3 - 26 8865 DIM X9$(1) 8870 LET Z3 = 0 8880 IF S8 > 72 THEN GOTO 8920 8890 LET X9$ = MID$(Q$, S8, 3) 8895 IF X9$ <> A$ THEN GOTO 9000 8900 LET Z3 = 1 8910 GOTO 9000 8920 IF S8 > 144 THEN GOTO 8970 8930 LET S8 = S8 - 72 8940 LET X9$ = MID$(R$, S8, 3) 8945 IF X9$ <> A$ THEN GOTO 9000 8950 LET Z3 = 1 8960 GOTO 9000 8970 LET S8 = S8 - 144 8980 LET X9$ = MID$(S$, S8, 3) 8985 IF X9$ <> A$ THEN GOTO 9000 8990 LET Z3 = 1 9000 RETURN 9010 REM * S/R PRODUCES QUADRANT NAME IN G2$ FROM Z4, Z5 (=Q1,Q2) 9020 REM * (CALL WITH Q5=1 TO GET REGION NAME ONLY) 9030 LET L2 = 2 9035 REM IF Z5 > 5 THEN IT IS THE RIGHTMOST OF A PAIR OF NAMES 9040 IF Z5 >= 5 THEN GOTO 9060 9050 LET L2 = 1 9060 LET L3 = 2 * (Z4 - 1) + L2 9070 LET I3 = 1 9080 LET I0 = 1 9085 DIM Y7$(1) 9090 FOR L = 1 TO LEN(G1$) 9095 LET Y7$ = MID$(G1$, L, 2) 9100 IF Y7$ <> ". " THEN GOTO 9140 9110 IF I3 = L3 THEN GOTO 9150 9120 LET I0 = L + 1 9130 LET I3 = I3 + 1 9140 NEXT L 9150 LET G2$ = MID$(G1$, I0 + 1, L - 1 - I0) 9160 IF Q5 = 1 THEN GOTO 9240 9170 LET L3 = 25 9180 IF Z5 <= 4 THEN GOTO 9200 9190 LET L3 = Z5 - 4 9200 LET G3$ = "IV" 9210 IF L3 = 4 THEN GOTO 9230 9220 LET G3$ = MID$(G4$, 1, L3) 9230 LET G2$ = G2$ + " " + G3$ 9240 RETURN 9250 END 10000 REM THE INSTRUCTIONS SUBROUTINE 10030 DIM A5$(1) 10040 FOR I = 1 TO 9 10050 ON I GOSUB 10240, 10360, 10540, 10640, 10720, 10780, 10860, 10910, 10960 10060 PRINT 10070 PRINT "(TO CONTINUE, HIT RETURN)" 10080 PRINT 10090 INPUT A5$: CLS 10100 NEXT I 10110 PRINT "1. WHEN YOU SEE COMMAND ? PRINTED, ENTER ONE OF THE LEGAL" 10120 PRINT " COMMANDS (NAV, SRS, LRS, PHA, TOR, SHE, DAM, COM, OR XXX)." 10130 PRINT "2. IF YOU SHOULD TYPE IN AN ILLEGAL COMMAND, YOULL GET A SHORT" 10140 PRINT " LIST OF THE LEGAL COMMANDS PRINTED OUT." 10150 PRINT "3. SOME COMMANDS REQUIRE YOU TO ENTER DATA. (FOR EXAMPLE, THE" 10160 PRINT " NAV* COMMAND COMES BACK WITH COURSE (1-9)?. IF YOU" 10170 PRINT " TYPE IN ILLEGAL DATA (LIKE NEGATIVE NUMBERS), THAT COMMAND" 10180 PRINT " WILL BE ABORTED." 10190 PRINT 10200 PRINT "HIT (CAR RET) TO CONTINUE " 10210 INPUT A5$ 10215 PRINT 10220 RETURN 10230 REM *** EXIT HERE * 10240 PRINT 10250 PRINT " INSTRUCTIONS FOR STAR TREK *" 10260 PRINT 10270 PRINT "THE GALAXY IS DIVIDED INTO AN 8 X 8 QUADRANT GRID," 10280 PRINT "AND EACH QUADRANT IS FURTHER DIVIDED INTO AN 8 X 8 SECTOR GRID." 10290 PRINT 10300 PRINT " YOU WILL BE ASSIGNED A STARTING POINT SOMEWHERE IN THE GALAXY" 10310 PRINT "TO BEGIN A TOUR OF DUTY AS COMMANDER OF THE STARSHIP ENTERPRISE;" 10320 PRINT "YOUR MISSION: TO SEEK AND DESTROY THE FLEET OF KLINGON WARSHIPS" 10330 PRINT "WHICH ARE MENACING THE UNITED FEREDATION OF PLANETS." 10340 PRINT 10350 RETURN 10360 PRINT 10370 PRINT "YOU HAVE THE FOLLOWING COMMANDS AVAILABLE TO YOU AS" 10380 PRINT "CAPTAIN OF THE STARSHIP:" 10390 PRINT "NAV* COMMAND = WARP ENGINE CONTROL --" 10400 PRINT " COURSE IS IN A CIRCULAR NUMERICAL 4 3 2" 10410 PRINT " VECTOR ARRANGEMENT AS SHOWN. . . . " 10420 PRINT " INTEGER AND REAL VALUES MAY BE ... " 10430 PRINT " USED. (THUS, COURSE 1.5 IS HALF - 5-----1" 10440 PRINT " WAY BETWEEN 1 AND 2.) ... " 10450 PRINT " . . . " 10460 PRINT " VALUES MAY APPROACH 9.0, WHICH 6 7 8" 10470 PRINT " ITSELF IS EQUIVALENT TO 1.0." 10480 PRINT " COURSE " 10490 PRINT " ONE WARP FACTOR IS THE SIZE OF" 10500 PRINT " ONE QUADRANT. THEREFORE, TO GET" 10510 PRINT " FROM QUADRANT 6, 5 TO 5, 5, YOU WOULD" 10520 PRINT " USE COURSE 3, WARP FACTOR 1." 10530 RETURN 10540 PRINT 10545 PRINT "SRS COMMAND = SHORT RANGE SENSOR SCAN" 10550 PRINT " SHOWS YOU A SCAN OF YOUR PRESENT QUADRANT." 10560 PRINT " SYMBOLOGY ON YOUR SENSOR SCREEN IS A FOLLOWS:" 10570 PRINT " <> = YOUR STARSHIPS POSITION" 10580 PRINT " +++ = KLINGON BATTLE CRUISER" 10590 PRINT " >!< = FEDERATION STARBASE (REFUEL/REPAIR/RE-ARM HERE!)" 10600 PRINT " * = STAR" 10610 PRINT " A CONDENSED STATUS REPORT WILL ALSO BE PRESENTED." 10620 PRINT 10630 RETURN 10640 PRINT 10645 PRINT "LRS COMMAND = LONG RANGE SENSOR SCAN" 10650 PRINT " SHOWS CONDITIONS IN SPACE FOR ONE QUADRANT ON EACH SIDE" 10660 PRINT " OF THE ENTERPRISE (WHICH IS IN THE MIDDLE OF THE SCAN)" 10670 PRINT " THE SCAN IS CODED IN THE FORM ###, WHERE THE UNITS DIGIT" 10680 PRINT " IS THE NUMBER OF STARS, TENS DIGIT IS THE NUMBER OF STARBASES," 10690 PRINT " AND HUNDREDS DIGIT IS THE NUMBER OF KLINGONS." 10700 PRINT " EXAMPLE -- 207 = 2 KLINGONS, NO STARBASES, 7 STARS." 10710 RETURN 10720 PRINT 10725 PRINT "PHA COMMAND = PHASER CONTROL" 10730 PRINT " ALLOWS YOU TO DESTROY THE KLINGON BATTLE CRUISERS BY" 10740 PRINT " ZAPPING THEM WITH SUITABLY LARGE UNITS OF ENERGY TO" 10750 PRINT " DEPLETE THEIR SHIELD POWER. (REMEMBER, KLINGONS HAVE" 10760 PRINT " PHASERS, TOO!)" 10770 RETURN 10780 PRINT 10785 PRINT "TOR COMMAND = PHOTON TORPEDO CONTROL." 10790 PRINT " TORPEDO COURSE IS THE SAME AS USED IN WARP ENGINE CONTROL." 10800 PRINT " IF YOU HIT THE KLINGON VESSEL, HE IS DESTROYED AND" 10810 PRINT " CANNOT FIRE BACK AT YOU. IF YOU MISS, YOU ARE SUBJECT TO" 10820 PRINT " HIS PHASER FIRE." 10830 PRINT " NOTE: THE LIBRARY-COMPUTER (COM COMMAND) HAS AN" 10840 PRINT " OPTION TO COMPUTE TORPEDO TRAJECTORY FOR YOU (OPTION 2))." 10850 RETURN 10860 PRINT 10865 PRINT "SHE COMMMAND = SHIELD CONTROL." 10870 PRINT " DEFINES NUMBER OF ENERGY UNITS TO BE ASSIGNED TO SHIELDS." 10880 PRINT " ENERGY IS TAKEN FROM TOTAL SHIPS ENERGY. NOTE THAT THE" 10890 PRINT " TOTAL ENERGY INCLUDES SHIELD ENERGY." 10900 RETURN 10910 PRINT 10915 PRINT "DAM* COMMAND = DAMAGE CONTROL REPORT" 10920 PRINT " GIVES STATE OF REPAIR OF ALL DEVICES, WHERE A NEGATIVE" 10930 PRINT " STATE OF REPAIR SHOWS THAT THE DEVICE IS TEMPORARILY" 10940 PRINT " DAMAGED." 10950 RETURN 10960 PRINT 10965 PRINT "COM COMMMAND = LIBRARY-COMPUTER" 10970 PRINT " THE LIBRARY-COMPUTER CONTAINS SIX OPTIONS:" 10980 PRINT " OPTION 0 = CUMULATIVE GALACTIC RECORD" 10990 PRINT " WHICH SHOWS COMPUTER MEMORY OF THE RESULTS OF ALL PREVIOUS" 11000 PRINT " LONG RANGE SENSOR SCANS." 11010 PRINT " OPTION 1 = STATUS REPORT" 11020 PRINT " WHICH THE NUMBER OF KLINGONS, STARDATES, AND STARBASES" 11030 PRINT " REMAINING IN THE GAME." 11040 PRINT " OPTION 2 = PHOTON TORPEDO DATA" 11050 PRINT " WHICH GIVES DIRECTIONS AND DISTANCE FROM THE ENTERPRISE" 11060 PRINT " TO ALL KLINGONS IN YOU QUADRANT" 11070 PRINT " OPTION 3 = STARBASE NAV DATA" 11080 PRINT " WHICH GIVES DIRECTION AND DISTANCE TO ANY STARBASE" 11090 PRINT " WITHIN YOUR QUADRANT" 11100 PRINT " OPTION 4 = DIRECTION/DISTANCE CALCULATOR" 11110 PRINT " WHICH ALLOWS YOU TO ENTER COORDINATES FOR" 11120 PRINT " DIRECTION/DISTANCE CALCULATIONS." 11130 PRINT " OPTION 5 = GALACTIC REGION NAME MAP" 11140 PRINT " WHICH PRINTS THE NAMES OF THE SIXTEEN MAJOR GALACTIC" 11150 PRINT " REGIONS REFERRED TO IN THE GAME." 11160 RETURN 20000 REM **** PROGRAMMMED A NEW SUBROUTINE TO DISPLAY THE GALAXY 20010 PRINT " 1 2 3 4 5 6 7 8" 20020 LET O3$ = " ----- ----- ----- ----- ----- ----- ----- -----" 20030 PRINT O3$ 20040 FOR J = 1 TO 8 20050 PRINT USING "#"; J; 20060 PRINT " "; 20065 LET Q5 = 1 20066 LET Z4 = J 20067 LET Z5 = 2 20070 GOSUB 9030 20080 PRINT G2$; 20082 FOR J9 = 1 TO (25 - LEN(G2$)) 20090 PRINT " "; 20092 NEXT J9 20100 LET Z5 = 7 20110 GOSUB 9030 20120 PRINT G2$ 20130 PRINT " I II III IV I II III IV" 20200 NEXT J 20210 LET Q5 = 0 20220 RETURN 30000 REM AUX S/R FOR DIRECTION/DISTANCE CALCLULATION 30005 REM REWORKED ALL OF THIS CODE TO USE TRIGONOMETRY A. J. Y. 10-18-2010 30010 LET D4 = ABS(ATN(ABS(X9) / ABS(A8))) 30012 LET P7 = ATN(1.0#) 30014 LET P7 = 4.0# * P7 30020 LET D1 = (D4 / (2.0# * P7)) * 8.0# 30030 RETURN 99999 END
10 DIM A$(5,6) 20 OPTION BASE 0 30 MAT READ A$ 40 MAT B$ = SORT2$(A$) 50 GOSUB 800 90 REM RESTORE 120 OPTION BASE 1 130 MAT READ A$ 140 MAT B$ = SORT2$(A$) 150 GOSUB 800 790 STOP 800 REM PROCEDURE A 810 PRINT "MATRIX A" 820 MAT PRINT A$ 830 PRINT "MATRIX B" 840 MAT PRINT B$ 890 RETURN 900 DATA "A3","B10","C23","D30","E40","F50","G60" 901 DATA "A3","B10","C22","D30","E40","F50","G60" 902 DATA "A1","B10","C20","D30","E40","F50","G60" 903 DATA "A3","B10","C21","D30","E40","F50","G60" 904 DATA "A0","B10","C20","D30","E40","F50","G60" 905 DATA "A0","B10","C20","D30","E40","F50","G60" 910 DATA "A3","B10","C23","D30","E40","F50" 911 DATA "A3","B10","C22","D30","E40","F50" 912 DATA "A1","B10","C20","D30","E40","F50" 913 DATA "A3","B10","C21","D30","E40","F50" 914 DATA "A0","B10","C20","D30","E40","F50" 999 END
1 gosub 2000:nb=32:input "number of beats (1-32: default=32)";nb 2 tm=5:input "tempo{space13}(1-50: default= 5)"; tm 3 a$="n":input "clear rhythms?{space3}(y/n: default is n)";a$ 4 if a$="y" then gosub 6000 5 a$="n":input "load rhythms{space5}(y/n: default is n)";a$ 6 if a$="y" then gosub 7000 8 gr$=" b+++b+++b+++b+++b+++b+++b+++b+++" 9 ps$=" 7.. .7.. .7. .7.. .7 " 10 print"{clear}{down2}" left$(gr$,nb+1) 20 for j=1 to 3:print left$(ps$,nb+1):next 30 print "{home}";:poke 53280,6:poke 650,128 50 gosub 3000 60 gosub 5000 70 n$="000000" 100 print " ": print "{up}"; 110 ti$=n$:poke 56334,17 120 print "{left}";:poke 252,bt:sys 49200 130 if ti<tm goto 130 140 bt=bt+1:if bt=nb then bt=0:goto 100 150 goto 110 1999 rem 2000 si=54272 2010 poke si+4,8:poke si+11,8:poke si+18,8 2020 for i=si to si+28:poke i,0 2030 poke si+24,8 2040 return 2999 rem 3000 rem 3010 rem 3030 rem freq low 3031 rem freq hi 3032 rem pw lo 3033 rem pw hi 3034 rem waveform gate 3035 rem attack + decay 3036 rem sustain + release 3037 rem plus one 'dummy' byte to give an 8-byte block 3039 data "instrs" 3040 data 000,010,000,000,017,024,008,0 3050 data 000,015,000,000,017,023,007,0 3060 data 000,015,000,000,129,006,000,0 3070 data 075,001,000,008,065,025,008,0 3080 data 000,226,000,000,129,025,008,0 3090 data 255,253,000,000,129,040,008,0 3100 restore:for j=1 to 1e9:read x$:if x$<>"instrs" then next 3110 for j=0 to 6*8-1:read x:poke 49152+j,x:next 3120 rem 3130 return 4998 rem 4999 data "ml" 5000 data 165,252,141,245,192,9,32,141,246,192,73,96,141,247,192,32,228 5001 data 255,201,0,240,54,141,243,192,162,3,221,239,192,208,17,189,244 5002 data 192,170,169,63,157,92,193,169,46,32,214, 192,76,124,192,202,208 5003 data 231,173,243,192,56,233,49,201,6,176,14,4 2,42,42,72,42,41,96,5 5004 data 252,170,104,157,92,193,174,245,192,189,92,193,201,63,240,9,168 5005 data 32,209,192,162,0,32,182,192,174,246,192,189,92,193,201,63,240 5006 data 9,168,32,209,192,162,7,32,182,192,174,247,192,189,92,193,201 5007 data 63,240,9,168,32,209,192,162,14,32,182,192,96,185,4,192,41,254 5008 data 157,4,212,169,7,141,244,192,185,0,192,157,0,212,200,232,206,244 5009 data 192,208,243,96,106,106,106,105,49,72,138,201,32,144,9,201,64 5010 data 144,3,24,105,8,105,8,170,104,157,121,4,169,1,157,121,216,96,133 5011 data 134,135 5015 restore: for j=1 to 1e9:read x$:if x$<>"ml" then next 5020 for j=49200 to 49394: read x: poke j,x: next:return 5999 rem 6000 for j=49500 to 49500+95:poke j,63:next 6010 rem 6020 poke 49500+32,16 6021 poke 49500+40,16 6022 poke 49500+48,16 6023 poke 49500+56,16 6040 return 6998 rem 6999 data "rhythms" 7000 data 63,63,63,63,63,63,63,63 7002 data 63,63,63,63,63,63,63,63 7004 data 08,63,00,63,63,63,00,63 7006 data 08,63,08,63,08,63,08,63 7007 rem 7010 data 16,63,63,63,63,63,63,63 7012 data 16,63,63,63,63,63,63,63 7014 data 16,63,63,63,63,63,63,63 7016 data 16,63,16,63,63,63,63,63 7017 rem 7020 data 40,63,63,63,40,63,40,63 7022 data 40,63,63,63,40,63,63,63 7024 data 32,63,63,63,32,63,32,40 7026 data 40,63,40,32,32,40,32,63 7030 restore:for j=1 to 1e9:read x$:if x$<>"rhythms" then next 7040 for j=49500 to 49500+95:read x:poke j,x:next:return
10 LET A = 0 - 9 20 LET B = 0 - 9 30 PRINT A ; "," ; B ; " is " ; 40 PRINT A + B ; " " ; A - B ; " " ; A * B ; 50 IF B = 0 THEN PRINT " _" ; 51 IF B <> 0 THEN PRINT " " ; A / B ; 60 IF A <= B THEN PRINT " _" ; 61 IF A > B THEN PRINT " " ; A % B ; 70 PRINT " " 80 LET B = B + 1 90 IF B < 10 THEN GOTO 30 100 LET A = A + 1 110 IF A < 10 THEN GOTO 20 120 END
Operation =1 Option =0 Having ="(((Count(qxsub_Coordinates_with_best_assigned.Location_ID))=0))" Begin InputTables Name ="tbl_Locations" Name ="qxsub_Coordinates_with_best_assigned" Name ="tbl_Events" Name ="tbl_Coordinates" Name ="tbl_Sites" Name ="tbl_Rare_Bird_Obs" Name ="tlu_Project_Taxa" End Begin OutputColumns Expression ="tbl_Locations.Location_ID" Expression ="tbl_Locations.Park_code" Alias ="Feat_name" Expression ="IIf(IsNull([Site_code]),[tbl_Locations].[Park_code],[Site_code]) & '.' & IIf([Lo" "cation_type]<>'Incidental',[Location_code],IIf(IsNull([Site_code]),[Location_cod" "e],IIf(IsNull([Rare_trans_pt]),'TO',[Rare_trans_pt])) & IIf([Location_type]='Inc" "idental','.' & [Species_code],''))" Expression ="tbl_Locations.Location_type" Expression ="tbl_Locations.Location_status" Alias ="N_sample_years" Expression ="Count(tbl_Events.Event_ID)" Alias ="Last_year_sampled" Expression ="Max(Year([Start_date]))" Alias ="N_coord_recs" Expression ="Count(tbl_Coordinates.Coord_ID)" Alias ="N_best_recs" Expression ="Count(qxsub_Coordinates_with_best_assigned.Location_ID)" End Begin Joins LeftTable ="tbl_Locations" RightTable ="qxsub_Coordinates_with_best_assigned" Expression ="tbl_Locations.Location_ID = qxsub_Coordinates_with_best_assigned.Location_ID" Flag =2 LeftTable ="tbl_Events" RightTable ="tbl_Rare_Bird_Obs" Expression ="tbl_Events.Event_ID = tbl_Rare_Bird_Obs.Event_ID" Flag =2 LeftTable ="tbl_Sites" RightTable ="tbl_Locations" Expression ="tbl_Sites.Site_ID = tbl_Locations.Site_ID" Flag =3 LeftTable ="tbl_Locations" RightTable ="tbl_Events" Expression ="tbl_Locations.Location_ID = tbl_Events.Location_ID" Flag =1 LeftTable ="tlu_Project_Taxa" RightTable ="tbl_Rare_Bird_Obs" Expression ="tlu_Project_Taxa.Taxon_ID = tbl_Rare_Bird_Obs.Taxon_ID" Flag =3 LeftTable ="tbl_Events" RightTable ="tbl_Coordinates" Expression ="tbl_Events.Event_ID = tbl_Coordinates.Event_ID" Flag =1 End Begin OrderBy Expression ="tbl_Locations.Park_code" Flag =0 Expression ="tbl_Sites.Site_code" Flag =0 Expression ="tbl_Locations.Location_code" Flag =0 Expression ="tbl_Locations.Rare_trans_pt" Flag =0 End Begin Groups Expression ="tbl_Locations.Location_ID" GroupLevel =0 Expression ="tbl_Locations.Park_code" GroupLevel =0 Expression ="IIf(IsNull([Site_code]),[tbl_Locations].[Park_code],[Site_code]) & '.' & IIf([Lo" "cation_type]<>'Incidental',[Location_code],IIf(IsNull([Site_code]),[Location_cod" "e],IIf(IsNull([Rare_trans_pt]),'TO',[Rare_trans_pt])) & IIf([Location_type]='Inc" "idental','.' & [Species_code],''))" GroupLevel =0 Expression ="tbl_Locations.Location_type" GroupLevel =0 Expression ="tbl_Locations.Location_status" GroupLevel =0 Expression ="tbl_Sites.Site_code" GroupLevel =0 Expression ="tbl_Locations.Location_code" GroupLevel =0 Expression ="tbl_Locations.Rare_trans_pt" GroupLevel =0 End dbBoolean "ReturnsRecords" ="-1" dbInteger "ODBCTimeout" ="60" dbByte "RecordsetType" ="0" dbBoolean "OrderByOn" ="-1" dbByte "Orientation" ="0" dbByte "DefaultView" ="2" dbText "Description" ="Locations without best coordinates - each location should have one and only one " "record identified as best" Begin Begin dbText "Name" ="tbl_Locations.Location_ID" dbInteger "ColumnWidth" ="1530" dbBoolean "ColumnHidden" ="0" End Begin dbText "Name" ="N_sample_years" dbInteger "ColumnWidth" ="1605" dbBoolean "ColumnHidden" ="0" dbBinary "GUID" = Begin 0x7ab6a17f2322934bbec1c8d6f802e10f End End Begin dbText "Name" ="Last_year_sampled" dbInteger "ColumnWidth" ="1830" dbBoolean "ColumnHidden" ="0" dbBinary "GUID" = Begin 0x47a0971dee2b884ea5cb16c5dde57053 End End Begin dbText "Name" ="N_coord_recs" dbBinary "GUID" = Begin 0x34b5d7777e70d5488b4171d0fc0eab51 End End Begin dbText "Name" ="N_best_recs" dbBinary "GUID" = Begin 0xd9400f831a3dc344b803202861d95350 End End Begin dbText "Name" ="Feat_name" dbInteger "ColumnWidth" ="1725" dbBoolean "ColumnHidden" ="0" End End Begin State =2 Left =-4 Top =-23 Right =1680 Bottom =931 Left =-1 Top =-1 Right =1677 Bottom =180 Left =0 Top =0 ColumnsShown =543 Begin Left =169 Top =8 Right =289 Bottom =145 Top =0 Name ="tbl_Locations" Name ="" End Begin Left =402 Top =13 Right =498 Bottom =75 Top =0 Name ="qxsub_Coordinates_with_best_assigned" Name ="" End Begin Left =614 Top =33 Right =710 Bottom =140 Top =0 Name ="tbl_Events" Name ="" End Begin Left =762 Top =12 Right =882 Bottom =149 Top =0 Name ="tbl_Coordinates" Name ="" End Begin Left =38 Top =6 Right =134 Bottom =113 Top =0 Name ="tbl_Sites" Name ="" End Begin Left =920 Top =6 Right =1016 Bottom =113 Top =0 Name ="tbl_Rare_Bird_Obs" Name ="" End Begin Left =1054 Top =6 Right =1150 Bottom =113 Top =0 Name ="tlu_Project_Taxa" Name ="" End End
1 %TITLE "Labor Performance 2" %SBTTL "PR_RPRT_LABPER02" %IDENT "V3.6a Calico" ! ! COPYRIGHT (C) 1987, 1988 BY ! ! Computer Management Center, Inc. ! Idaho Falls, Idaho. ! ! This software is furnished under a license and may be used and ! copied only in accordance with terms of such license and with ! the inclusion of the above copyright notice. This software or ! any other copies thereof may not be provided or otherwise made ! available to any other person. No title to and ownership of ! the software is hereby transferred. ! ! The information in this software is subject to change without ! notice and should not be construed as a commitment by ! Computer Management Center, Inc. ! ! CMC assumes no responsibility for the use or reliability of ! its software on equipment which is not supported by CMC. ! !++ ! ID:PR012 ! ! Abstract:HELP ! .p ! The ^Labor Performance Report 2\ provides an alternative method to print a ! report which displays the work totals and ! evaluates the performance of the desired employees. The following fields are ! included in this report: ! .b ! .lm 15 ! .list 0,"" ! .le ! Employee Number ! .le ! Employee Name ! .le ! Date ! .le ! Subaccount ! .le ! Operation ! .le ! Actual Hours ! .le ! Actual Units ! .le ! Actual Units per Hour ! .le ! Rate ! .le ! Standard Units per Hour ! .le ! Standard Rate ! .le ! Productivity ! .le ! Gross ! .els ! ! Index: ! .x Report>Labor Performance ! .x Labor Performance>Report ! .x Report>Labor Performance 02 ! .x Labor Performance 02>Report ! ! Option: ! ! Author: ! ! 12/11/87 - Frank F. Starman ! ! Compile: ! ! $ BAS PR_SOURCE:PR_RPRT_LABPER02 ! $ LINK/EXE=PR_EXE:.EXE PR_RPRT_LABPER02, - ! FUNC_LIB:CMCLINK/OPTION ! $ DELETE PR_RPRT_LABPER02.OBJ;* ! ! Modification history: ! ! 06/15/90 - Aaron Redd ! Added line layout information so that the report could ! be sent to either a spreadsheet or a DIF file. ! ! 06/04/91 - Kevin Handy ! Unwound error trapping. ! ! 12/18/91 - Kevin Handy ! Modified to ignore "A" records. ! ! 04/15/92 - Kevin Handy ! Clean up (Check) ! ! 04/15/95 - Kevin Handy ! (V3.6) ! Update to V3.6 coding standards ! ! 09/10/96 - Kevin Handy ! Reformat source code. ! Lose commented out code. ! ! 08/21/98 - Kevin Handy ! (V3.6a Calico) ! Update to V3.6a coding standards ! ! 12/12/2000 - Kevin Handy ! Use WHEN ERROR IN !-- %PAGE ! ! Set up compiling options ! OPTION SIZE = (INTEGER LONG, REAL GFLOAT) ! ! Include files ! %INCLUDE "FUNC_INCLUDE:FUNCTION.HB" MAP (SCOPE) SCOPE_STRUCT SCOPE %INCLUDE "SOURCE:[UTL.OPEN]UTL_REPORTX.HB" DECLARE UTL_REPORTX_CDD UTL_REPORTX %INCLUDE "SOURCE:[PR.OPEN]PR_EMP_MASTER.HB" MAP (PR_EMP_MASTER) PR_EMP_MASTER_CDD PR_EMP_MASTER %INCLUDE "SOURCE:[PR.OPEN]PR_TRN_PAY.HB" MAP (PR_TRN_PAY) PR_TRN_PAY_CDD PR_TRN_PAY MAP (PR_HIS_PAY) PR_TRN_PAY_CDD PR_HIS_PAY ! ! Dimension statements ! DIM EMP_TOTAL(11%), AMT(11%), LOC_TOTAL(11%), & DEPT_TOTAL(11%), TOTAL(11%) %PAGE ON ERROR GOTO 19000 Init: ! ! Initilize for output ! CALL OUTP_INITFROMFILE(UTL_REPORTX, 132%) GOTO ExitProgram IF UTL_REPORTX::STAT BATCH_NO$ = EDIT$(UTL_REPORTX::OPTDEF(0%), 132%) !++ ! Abstract:FLD01 ! ^(01) Payroll Folder Date\ ! .p ! The ^Payroll Folder Date\ field enters the particular ! payroll date which is to be printed. ! .p ! An entry is required in this field. The format for entry is ! MMDDYYYY or MMDDYY. ! ! Index: ! .x Payroll Date ! .x Date>Payroll ! !-- BATCH_NO$ = DATE_STOREDATE(BATCH_NO$) NONPROD_CODE$ = EDIT$(UTL_REPORTX::OPTDEF(5%), -1%) !++ ! Abstract:FLD06 ! ^(06) Non-Productive Operation\ ! .p ! The ^Non-Productive Operation\ field enters the ! operation which will receive no immediate payment from a client, but the ! company must cover the cost themselves. ! ! Index: ! .x Non-Productive Operation ! !-- PAGEBREAK$ = EDIT$(UTL_REPORTX::OPTDEF(7%), -1%) !++ ! Abstract:FLD08 ! ^(08) Page break\ ! .p ! The ^Page Break\ field allows the user to determine if a page break will ! be placed between each item. A ^Y\ entry causes there to be page break, ! while a ^N\ entry does not. ! ! Index: ! !-- 300 WHEN ERROR IN %INCLUDE "SOURCE:[PR.OPEN]PR_EMP_MASTER.OPN" USE FILENAME$ = "PR_EMP_MASTER" CONTINUE HelpError END WHEN 310 ! ! Open Pay folder ! WHEN ERROR IN %INCLUDE "SOURCE:[PR.OPEN]PR_TRN_PAY.OPN" USE CONTINUE 315 IF ERR = 5% FILENAME$ = "PR_TRN_PAY" CONTINUE HelpError END WHEN GOTO ReportTitle 315 ! ! Open Pay history if pay journal no found ! USE_HISTORY% = -1% WHEN ERROR IN %INCLUDE "SOURCE:[PR.OPEN]PR_HIS_PAY.OPN" USE FILENAME$ = "PR_TRN_PAY" CONTINUE HelpError END WHEN PR_TRN_PAY.CH% = PR_HIS_PAY.CH% ReportTitle: ! ! Title ! TITLE$(1%) = "Labor Performance Report Sorted by Location and Dept" TITLE$(2%) = "For the Payroll Folder Dated: " + PRNT_DATE(BATCH_NO$, 8%) TITLE$(3%) = "" ! ! Heading ! TITLE$(4%) = SPACE$(60%) + & "---------------Actual--------------- -------Std-------" TITLE$(5%) = "EmpNum EmpName Date SubAcc " + & "Oper Hours Units Unit/hr Rate Unit/hr " + & "Rate Prod Gross" TITLE$(6%) = "" ! ! Line layouts ! LYT_LINE$ = "$EmpNum:010,$EmpName:028,DPRDate:039,$SubAcct:050," + & "$Oper:059,VActHours:067,VActUnits:076,VActUnitsPerHr:085," + & "VActRate:095,$RType:096,VSTDUnitPerHr:104,VSTDRate:114," + & "VProd:123,VGross:132" %PAGE 17000 !**************************************************************** ! OUTPUT REPORT !**************************************************************** RESET #PR_EMP_MASTER.CH%, KEY #4% LINE_PRINTED% = 0% GetNextRec: 17020 ! ! Main loop starts here ! GOTO ExitProgram IF UTL_REPORTX::STAT ! ! Get next record ! WHEN ERROR IN GET #PR_EMP_MASTER.CH%, REGARDLESS USE CONTINUE ExitTotal IF ERR = 11% FILENAME$ = "PR_EMP_MASTER" CONTINUE HelpError END WHEN ! ! Check current record ! !GOTO ExitTotal IF PR_EMP_MASTER::LOCATION + & ! PR_EMP_MASTER::DEPT > TO.ITEM$ AND & ! TO.ITEM$ <> "" 17100 WHEN ERROR IN FIND #PR_TRN_PAY.CH%, KEY #0% EQ PR_EMP_MASTER::EMPNUM, REGARDLESS USE CONTINUE 17350 IF ERR = 155% FILENAME$ = "PR_TRN_PAY" CONTINUE HelpError END WHEN IF TEST_LOCATION$ <> PR_EMP_MASTER::LOCATION AND LINE_PRINTED% THEN ! ! Print total for an Department ! GOSUB DeptTotal GOTO ExitProgram IF UTL_REPORTX::STAT ! ! Print total for a Location ! GOSUB LocTotal GOTO ExitProgram IF UTL_REPORTX::STAT LINE_PRINTED% = 0% END IF IF TEST_DEPT$ <> PR_EMP_MASTER::DEPT AND LINE_PRINTED% THEN ! ! Print total for an Dept ! GOSUB DeptTotal GOTO ExitProgram IF UTL_REPORTX::STAT END IF LINE_PRINTED% = 0% TEST_LOCATION$ = PR_EMP_MASTER::LOCATION TEST_DEPT$ = PR_EMP_MASTER::DEPT TEXT_NAME$ = PR_EMP_MASTER::EMPNUM + " " + & PR_EMP_MASTER::EMPNAME 17110 ! ! Get next employee pay record ! WHEN ERROR IN GET #PR_TRN_PAY.CH%, REGARDLESS USE CONTINUE 17200 IF ERR = 11% FILENAME$ = "PR_TRN_PAY" CONTINUE HelpError END WHEN ! ! If history then set history map to journal ! IF USE_HISTORY% THEN PR_TRN_PAY = PR_HIS_PAY END IF ! ! Goto to total employee if different employee number ! GOTO 17200 IF (PR_EMP_MASTER::EMPNUM <> PR_TRN_PAY::EMPNUM) GOTO 17110 IF PR_TRN_PAY::PTYPE = "A" ! ! Set employee test value ! CALL PR_READ_SUBJOPER(PR_TRN_PAY::OPER, & PR_TRN_PAY::PR_END_DATE, & PIECE.RATE, & HOUR.RATE) AMT(1%) = PR_TRN_PAY::REG_HR + PR_TRN_PAY::OVT_HR AMT(2%) = PR_TRN_PAY::PIECE AMT(3%) = 0.0 AMT(3%) = FUNC_ROUND(AMT(2%) / AMT(1%), 2%) IF AMT(1%) <> 0.0 AMT(4%) = PR_TRN_PAY::HOUR_RATE AMT(5%) = 0.0 AMT(5%) = FUNC_ROUND(HOUR.RATE / PIECE.RATE, 2%) IF PIECE.RATE <> 0.0 AMT(6%) = HOUR.RATE AMT(7%) = 0.0 AMT(7%) = AMT(3%) / AMT(5%) * 100.0 IF AMT(5%) <> 0.0 AMT(8%) = PR_TRN_PAY::GROSS AMT(9%), AMT(10%), AMT(11%) = 0.0 ! ! Check to see if productive hours ! IF COMP_STRING(TRM$(PR_TRN_PAY::OPER), NONPROD_CODE$) AND TRM$(NONPROD_CODE$) <> "" THEN AMT(9%) = AMT(1%) ELSE AMT(10%) = AMT(1%) AMT(11%) = AMT(8%) END IF TEXT$ = LEFT(TEXT_NAME$ + SPACE$(28%), 28%) + " " + & PRNT_DATE(PR_TRN_PAY::PR_END_DATE, 8%) + " " + & PR_TRN_PAY::SUBACC + " " + & PR_TRN_PAY::OPER + & FORMAT$(AMT(1%), "#####.## ") + & FORMAT$(AMT(2%), "#####.## ") + & FORMAT$(AMT(3%), "#####.## ") + & FORMAT$(AMT(4%), "####.####") + & PR_TRN_PAY::RTYPE + & FORMAT$(AMT(5%), " ####.## ") + & FORMAT$(AMT(6%), "####.#### ") + & FORMAT$(AMT(7%), "####.###%") + & FORMAT$(AMT(8%), "#####.##") CALL OUTP_LINE(LYT_LINE$, UTL_REPORTX, TITLE$(), TEXT$, 0%) GOTO ExitProgram IF UTL_REPORTX::STAT TEXT_NAME$ = "" ! ! Check to see if productive hours ! IF COMP_STRING(TRM$(PR_TRN_PAY::OPER), NONPROD_CODE$) AND & TRM$(NONPROD_CODE$) <> "" OR & PR_TRN_PAY::RTYPE <> "P" THEN AMT(3%), AMT(5%) = 0.0 ELSE ! ! Take the weighted average for productivity ! AMT(3%) = AMT(1%) * AMT(7%) AMT(5%) = AMT(1%) END IF FOR LOOP% = 1% TO 11% EMP_TOTAL(LOOP%) = EMP_TOTAL(LOOP%) + AMT(LOOP%) LOC_TOTAL(LOOP%) = LOC_TOTAL(LOOP%) + AMT(LOOP%) DEPT_TOTAL(LOOP%) = DEPT_TOTAL(LOOP%) + AMT(LOOP%) TOTAL(LOOP%) = TOTAL(LOOP%) + AMT(LOOP%) NEXT LOOP% LINE_PRINTED% = -1% GOTO 17110 17200 ! ! Print total for employee ! IF LINE_PRINTED% THEN ! ! Print total for an employee ! GOSUB EmpTotal GOTO ExitProgram IF UTL_REPORTX::STAT END IF EMP_TOTAL(LOOP%) = 0.0 FOR LOOP% = 1% TO 11% 17350 ! ! Try for next record ! GOTO GetNextRec ExitTotal: 17400 ! ! Handle end of report ! IF LINE_PRINTED% THEN ! ! Print total for an Department ! GOSUB DeptTotal GOTO ExitProgram IF UTL_REPORTX::STAT ! ! Print total for a Location ! GOSUB LocTotal GOTO ExitProgram IF UTL_REPORTX::STAT END IF !*************************************************************** ! Print total !************************************************************* TEXT$ = SPACE$(39%) + & LEFT("Grand Total" + SPACE$(20%), 20%) + & FORMAT$(TOTAL(1%), "#####.## ") + & SPACE$(54%) + & FORMAT$(TOTAL(8%), "#######.##") CALL OUTP_LINE("", UTL_REPORTX, TITLE$(), TEXT$, 0%) ExitProgram: CALL OUTP_FINISH(UTL_REPORTX) ! ! Exit to next program or menu ! IF TRM$(UTL_REPORTX::NEXTRUN) = "" THEN CALL SUBR_3EXITPROGRAM(SCOPE, "", "") ELSE CALL SUBR_3EXITPROGRAM(SCOPE, "RUN " + UTL_REPORTX::NEXTRUN, "") END IF %Page EmpTotal: !************************************************************* ! Print Employee total !************************************************************* ! Count the employees DEPT_COUNT% = DEPT_COUNT% + 1% TEXT$ = SPACE$(33%) + & LEFT("Emp Total" + SPACE$(26%), 26%) + & FORMAT$(EMP_TOTAL(1%), "#####.## ") + & SPACE$(54%) + & FORMAT$(EMP_TOTAL(8%), "#######.##") CALL OUTP_LINE("", UTL_REPORTX, TITLE$(), TEXT$, 5%) GOTO EmpTotal1 IF UTL_REPORTX::STAT ! ! Print Average rate ! TEMP = 0.0 TEMP = EMP_TOTAL(11%) / EMP_TOTAL(10%) IF EMP_TOTAL(10%) <> 0.0 CALL OUTP_LINE("", UTL_REPORTX, TITLE$(), & "Average Rate (Prod Hrs)" + & FORMAT$(TEMP, "#####.####"), 0%) GOTO EmpTotal1 IF UTL_REPORTX::STAT ! ! Print average productivity level ! TEMP = 0.0 TEMP = EMP_TOTAL(3%) / EMP_TOTAL(5%) IF EMP_TOTAL(5%) <> 0.0 CALL OUTP_LINE("", UTL_REPORTX, TITLE$(), & "Wght Average Prod-Level" + & FORMAT$(TEMP, "#####.###%"), 0%) GOTO EmpTotal1 IF UTL_REPORTX::STAT ! ! Print productive hours ! CALL OUTP_LINE("", UTL_REPORTX, TITLE$(), & "Productive Hours " + & FORMAT$(EMP_TOTAL(10%), "#####.##"), 0%) GOTO EmpTotal1 IF UTL_REPORTX::STAT ! ! Print Non Productive Hours ! CALL OUTP_LINE("", UTL_REPORTX, TITLE$(), & "Non - Productive Hours " + & FORMAT$(EMP_TOTAL(9%), "#####.##"), 0%) GOTO EmpTotal1 IF UTL_REPORTX::STAT CALL OUTP_LINE("", UTL_REPORTX, TITLE$(), "", 0%) EmpTotal1: RETURN %Page LocTotal: !************************************************************* ! Print Location total !************************************************************* TEXT$ = SPACE$(37%) + & LEFT("Loc Total " + TEST_LOCATION$ + SPACE$(22%), 22%) + & FORMAT$(LOC_TOTAL(1%), "#####.## ") + & SPACE$(54%) + & FORMAT$(LOC_TOTAL(8%), "#######.##") CALL OUTP_LINE("", UTL_REPORTX, TITLE$(), TEXT$, 0%) ! ! Print Average rate ! TEMP = 0.0 TEMP = LOC_TOTAL(11%) / LOC_TOTAL(10%) IF LOC_TOTAL(10%) <> 0.0 CALL OUTP_LINE("", UTL_REPORTX, TITLE$(), & "Average Rate (Prod Hrs)" + & FORMAT$(TEMP, "#####.####"), 0%) GOTO LocTotal1 IF UTL_REPORTX::STAT ! ! Print average productivity level ! TEMP = 0.0 TEMP = LOC_TOTAL(3%) / LOC_TOTAL(5%) IF LOC_TOTAL(5%) <> 0.0 CALL OUTP_LINE("", UTL_REPORTX, TITLE$(), & "Wght Average Prod-Level" + & FORMAT$(TEMP, "#####.###%"), 0%) GOTO LocTotal1 IF UTL_REPORTX::STAT ! ! Print productive hours ! CALL OUTP_LINE("", UTL_REPORTX, TITLE$(), & "Productive Hours " + & FORMAT$(LOC_TOTAL(10%), "#####.##"), 0%) GOTO LocTotal1 IF UTL_REPORTX::STAT ! ! Print Non Productive Hours ! CALL OUTP_LINE("", UTL_REPORTX, TITLE$(), & "Non - Productive Hours " + & FORMAT$(LOC_TOTAL(9%), "#####.##"), 0%) GOTO LocTotal1 IF UTL_REPORTX::STAT ! ! Print Number of employees ! CALL OUTP_LINE("", UTL_REPORTX, TITLE$(), & "Employee count " + & FORMAT$(LOC_COUNT%, "########"), 0%) GOTO LocTotal1 IF UTL_REPORTX::STAT CALL OUTP_LINE("", UTL_REPORTX, TITLE$(), "", 0%) LOC_TOTAL(LOOP%) = 0.0 FOR LOOP% = 1% TO 11% LOC_COUNT% = 0% LocTotal1: RETURN %Page DeptTotal: !************************************************************* ! Print Dept total !************************************************************* ! Count the employees LOC_COUNT% = LOC_COUNT% + DEPT_COUNT% TEXT$ = SPACE$(35%) + & LEFT("Dept Total " + TEST_DEPT$ + SPACE$(24%), 24%) + & FORMAT$(DEPT_TOTAL(1%), "#####.## ") + & SPACE$(54%) + & FORMAT$(DEPT_TOTAL(8%), "#######.##") CALL OUTP_LINE("", UTL_REPORTX, TITLE$(), TEXT$, 0%) ! ! Print Average rate ! TEMP = 0.0 TEMP = DEPT_TOTAL(11%) / DEPT_TOTAL(10%) IF DEPT_TOTAL(10%) <> 0.0 CALL OUTP_LINE("", UTL_REPORTX, TITLE$(), & "Average Rate (Prod Hrs)" + & FORMAT$(TEMP, "#####.####"), 0%) GOTO DeptTotal1 IF UTL_REPORTX::STAT ! ! Print average productivity level ! TEMP = 0.0 TEMP = DEPT_TOTAL(3%) / DEPT_TOTAL(5%) IF DEPT_TOTAL(5%) <> 0.0 CALL OUTP_LINE("", UTL_REPORTX, TITLE$(), & "Wght Average Prod-Level" + & FORMAT$(TEMP, "#####.###%"), 0%) GOTO DeptTotal1 IF UTL_REPORTX::STAT ! ! Print productive hours ! CALL OUTP_LINE("", UTL_REPORTX, TITLE$(), & "Productive Hours " + & FORMAT$(DEPT_TOTAL(10%), "#####.##"), 0%) GOTO DeptTotal1 IF UTL_REPORTX::STAT ! ! Print Non Productive Hours ! CALL OUTP_LINE("", UTL_REPORTX, TITLE$(), & "Non - Productive Hours " + & FORMAT$(DEPT_TOTAL(9%), "#####.##"), 0%) GOTO DeptTotal1 IF UTL_REPORTX::STAT ! ! Print Number of employees ! CALL OUTP_LINE("", UTL_REPORTX, TITLE$(), & "Employee count " + & FORMAT$(DEPT_COUNT%, "########"), 0%) GOTO LocTotal1 IF UTL_REPORTX::STAT DEPT_TOTAL(LOOP%) = 0.0 FOR LOOP% = 1% TO 11% DEPT_COUNT% = 0% IF PAGEBREAK$ = "Y" THEN CALL OUTP_LINE("", UTL_REPORTX, TITLE$(), "", 1000%) ELSE CALL OUTP_LINE("", UTL_REPORTX, TITLE$(), "", 0%) END IF DeptTotal1: RETURN %Page HelpError: !************************************************************** ! Help Message for an error !************************************************************** CALL HELP_34MESSAGE(SCOPE, NUM1$(ERL) + " " + ERT$(ERR), & "E", ERN$, FILENAME$, NUM1$(ERR)) UTL_REPORTX::STAT = -1% GOTO ExitProgram 19000 !************************************************************** ! ERROR TRAPPING !**************************************************************** ! ! Untrapped error ! FILENAME$ = "" RESUME HelpError 32767 END !+-+-+ !++ ! Abstract:FLD02 ! ^(02) From Subaccount/Location\ ! .p ! The ^From Subaccount/Location\ field causes the ! printing to begin with a certain Subaccount/Location. ! .p ! A blank field will cause the report to start with the first Subaccount/Location ! in the field. ! ! Index: ! !-- !+-+-+ !++ ! Abstract:FLD03 ! ^(03) From Operation/Department\ ! .p ! The ^From Operation/Department\ field causes the printing ! to begin with a particular Operation/Department. ! .p ! A blank field causes the report to start with the first Operation/Department in ! the file. ! ! Index: ! !-- !+-+-+ !++ ! Abstract:FLD04 ! ^(04) To Subaccount/Location\ ! .p ! The ^To Subaccount/Location\ field causes the ! printingto end with a certain Subaccount/Location. ! .p ! A blank field causes the report to end with the last Subaccount/Location ! in the field. ! ! Index: ! !-- !+-+-+ !++ ! Abstract:FLD05 ! ^(05) To Operation/Department\ ! .p ! The ^To Operation/Department\ field causes the printing ! to end with a particular Operation/Department. ! .p ! A blank field causes the report to end with the lastOperation/Department in ! the file. ! ! Index: ! !-- !+-+-+ !++ ! Abstract:FLD07 ! ^(07) Sort by (NU,NA,LO)\ ! .p ! The ^Sort by\ field ! indicates how the report will be sorted. ! .p ! Valid codes are: ! .lm 15 ! .b ! .list 0,"*" ! .le ! NU = Number ! .le ! NA = Name ! .le ! LO = Location ! .els ! .lm -10 ! .p ! An entry is required in this field. Only the above codes ! are valid. ! ! Index: ! !--
10 HGR 15 PI = 3.141592:TP = 6.2831 20 HCOLOR= 3 30 RX = 60 34 RY = 80 35 RY = 30 45 S = 30 50 ST = TP / S 53 T3 = TP + ST 55 OX = 140:OY = 80 60 AN = TP / 12 65 AN = PI / 12 66 I = 0 70 X1 = OX + RX * SIN (I):Y1 = OY + RY * COS (I) 80 DX = X1 - OX:DY = Y1 - OY 85 D = SQR (DX * DX + DY * DY) 86 IF DX = 0 THEN A3 = 0: GOTO 95 90 A2 = ATN (DY / DX) 93 A3 = A2 + AN 94 PRINT "A3????" 95 X1 = OX + D * SIN (A3) 99 Y1 = OY + D * COS (A3) 100 PRINT DX,DY 101 HPLOT OX,OY 102 GOTO 110 105 HPLOT X1,Y1 110 XS = X1:YS = Y1 113 FOR AN = 1.0 TO 1.7 STEP 0. 25 115 N = 0 120 FOR I = 0 TO T3 STEP ST 130 X = OX + RX * SIN (I) 135 Y = OY + RY * COS (I) 140 DX = X - OX:DY = Y - OY 145 D = SQR (DX * DX + DY * DY) 147 IF DX = 0 THEN A3 = I: GOTO 170 150 A2 = ATN (DY / DX) 152 IF I > PI AND I < TP THEN A 2 = A2 + PI 155 PRINT A2 160 A3 = A2 + AN 170 X = OX + D * SIN (A3) 172 Y = OY + D * COS (A3) 177 IF (X < 0 OR X > 279 OR X1 < 0 OR X1 > 279 OR Y < 0 OR Y > 159 OR Y1 < 0 OR Y1 > 159) GOTO 190 179 IF N < 2 GOTO 189 180 REM HPLOT X1,Y1 TO X,Y 181 REM HPLOT X,Y: 182 HPLOT X1,Y1 TO X,Y 189 REM 190 REM 195 X1 = X:Y1 = Y 197 PRINT X1,Y1: PRINT X,Y 198 N = N + 1 199 PRINT N 200 NEXT 210 REM 220 NEXT AN
Check 5DBACD49 Auto 8224 # Run-time Variables Var n: Num = 55339 Var a: NumFOR = 22, 21, 1, 10, 2 # End Run-time Variables 1 POKE 23675,0: POKE 23676,192 5 LET n=49152+6144+1 10 FOR a=1 TO 21 11 POKE 23675,PEEK (n): LET n=n+1: POKE 23676,PEEK (n): LET n=n+1 19 REM FOR i=1 TO 7 20 PRINT "\a\b\c\d\e\f\g\h\i\j\k\l\m\n\o\p\q\r\s\t\u" 21 REM NEXT i 30 NEXT a
5 '"Удобный" вывод на экран двумерного массива. 10 FOR I=1 TO 3:FOR J=1 TO 4:READ A(I,J):NEXTJ,I 15 FOR I=1 TO 3:FOR J=1 TO 4 20 'Обратите внимание на символ ";" в строке 25! 25 PRINT A(I,J);:NEXT J:PRINT:NEXT I 30 DATA 1,2,3,4,3,4,5,6,0,4,5,3
2 PRINT TAB(33);"CHANGE" 4 PRINT TAB(15);"CREATIVE COMPUTING MORRISTOWN, NEW JERSEY" 5 PRINT:PRINT:PRINT 6 PRINT "I, YOUR FRIENDLY MICROCOMPUTER, WILL DETERMINE" 8 PRINT "THE CORRECT CHANGE FOR ITEMS COSTING UP TO $100." 9 PRINT:PRINT 10 PRINT "COST OF ITEM";:INPUT A:PRINT "AMOUNT OF PAYMENT";:INPUT P 20 C=P-A:M=C:IF C<>0 THEN 90 25 PRINT "CORRECT AMOUNT, THANK YOU." 30 GOTO 400 90 IF C>0 THEN 120 95 PRINT "SORRY, YOU HAVE SHORT-CHANGED ME $";A-P 100 GOTO 10 120 PRINT "YOUR CHANGE, $";C 130 D=INT(C/10) 140 IF D=0 THEN 155 150 PRINT D;"TEN DOLLAR BILL(S)" 155 C=M-(D10) 160 E=INT(C/5) 170 IF E=0 THEN 185 180 PRINT E;"FIVE DOLLARS BILL(S)" 185 C=M-(D10+E5) 190 F=INT(C) 200 IF F=0 THEN 215 210 PRINT F;"ONE DOLLAR BILL(S)" 215 C=M-(D10+E5+F) 220 C=C100 225 N=C 230 G=INT(C/50) 240 IF G=0 THEN 255 250 PRINT G;"ONE HALF DOLLAR(S)" 255 C=N-(G50) 260 H=INT(C/25) 270 IF H=0 THEN 285 280 PRINT H;"QUARTER(S)" 285 C=N-(G50+H25) 290 I=INT(C/10) 300 IF I=0 THEN 315 310 PRINT I;"DIME(S)" 315 C=N-(G50+H25+I10) 320 J=INT(C/5) 330 IF J=0 THEN 345 340 PRINT J;"NICKEL(S)" 345 C=N-(G50+H25+I10+J5) 350 K=INT(C+.5) 360 IF K=0 THEN 380 370 PRINT K;"PENNY(S)" 380 PRINT "THANK YOU, COME AGAIN." 390 PRINT:PRINT 400 GOTO 10 410 END
100 'inicia o programa carregando as variaveis s0 = 0 s1 = 1 s2 = 2 s3 = 4 s4 = 8 s5 = 16 s6 = 32 s7 = 64 s8 = 128 WordOptimize = 0 Cortitle% = 15 Title$ = "CONTROLADOR MULTIFUN€ÇO VIA SOFTWARE" cback% = 1 marc$ = "Copyhigth (c) 1995-1996 ver.:1.0 Wizards Software " comsvx$ = "COMS_V1" Outpoot$ = "nenhum" lpt1 = &H378 lpt2 = &H278 PushBoton = 0 laco = 1 150 'reseta as saidas a serem usadas pelo controlador OUT lpt1, s0 OUT lpt2, s0 200 'faz alteracoes no dos KEY OFF: OUT sai, s0 IF WordOptimize = 0 THEN GOTO 300 IF WordOptimize = 1 THEN SHELL "CLS" PRINT "A Wizards Software apresenta o freeware "; comsvx$ PRINT Title$ PRINT "" PRINT "Cria‡ao do programa: M rcio de Sousa Pessoa" PRINT "Cria‡ao de hardware: Milton de Sousa Pessoa" SHELL "SET PATH=%PATH% C:\DOS" SHELL "MODE CON CODEPAGE PREPARE=((850)C:\DOS\EGA.CPI)" SHELL "MODE CON CODEPAGE SELECT=850" END IF 300 'altera o modo de tela para EGA/VGA, que suporta o formato de 640 x 350 CLS : SCREEN 9 400 'desenha a tela de titulo do programa com texto LINE (0, 0)-(640, 350), 8, BF LINE (5, 10)-(635, 31), cback%, BF LINE (8, 13)-(632, 28), 9, BF titleword% = LEN(Title$) xpos% = (80 / 2) - (titleword% / 2) LOCATE 2, xpos%: COLOR Cortitle%, 25: PRINT Title$ 500 'desenha janelas adicionais do programa LINE (10, 40)-(630, 340), cback%, BF LINE (13, 43)-(627, 337), 9, BF LINE (18, 48)-(69, 79), 15, BF DRAW "b m20,77 c12 u5 r10 d5 u3 r26 d3 u5 r10 d5 b m38,73 u3 r9 d3 u3 r10 u15 l29 d15 r10 l10 u10 l2 u2 l4 d8 r4 u2 r2 b m57,60 c12 r2 u2 r4 d8 l4 u2 l2 b m33,60 c12 r5 b r8 c12 r5 b l9 c12 d3 b d3 l7 c12 r15" 600 'imprime textos adicionais ao programa COLOR 11, 25: LOCATE 5, 15: PRINT marc$ COLOR 10, 25: LOCATE 7, 4: PRINT "Selecione uma das op‡äes abaixo pela sua respectiva tecla." COLOR 15, 25: LOCATE 9, 4: PRINT "Modo Manual (M)" LOCATE 11, 4: PRINT "Modo Autom tico (A)" LOCATE 13, 4: PRINT "Configurar sa¡da (C)" LOCATE 15, 4: PRINT "Suspende execu‡Æo (S)" LOCATE 17, 4: PRINT "Sai do controlador <ESC>" 'habilita teclado para leitura de dados 601 IF INKEY$ <> "" THEN 601 602 opcao$ = INKEY$: IF opcao$ = "" THEN 602 IF opcao$ = "M" OR opcao$ = "m" THEN GOTO 700 IF opcao$ = "A" OR opcao$ = "a" THEN GOTO 800 IF opcao$ = "C" OR opcao$ = "c" THEN GOTO 1100 IF opcao$ = "S" OR opcao$ = "s" THEN GOTO 2500 IF opcao$ = CHR$(27) THEN GOTO 3000 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: GOTO 602 700 'modo manual LINE (10, 40)-(630, 340), cback%, BF LINE (13, 43)-(627, 337), 9, BF LINE (18, 48)-(69, 79), 15, BF DRAW "b m25,75 c12 r20 u4 l20 d4 u4 r6 u15 r15 u2 r8 f2 d2 l6 d2 r6 d2 g2 l8 u2 l8 d9" COLOR 11, 25: LOCATE 5, 30: PRINT comsvx$; " - MODO MANUAL" COLOR 10, 25: LOCATE 7, 4: PRINT "Cada tecla abaixo corresponde a uma determinada sa¡da, pode se acessa-las" LOCATE 8, 4: PRINT "precionando as mesmas." COLOR 15, 25: LOCATE 10, 4: PRINT "Primeira sa¡da (1)" LOCATE 11, 4: PRINT "Segunda sa¡da (2)" LOCATE 12, 4: PRINT "Terceira sa¡da (3)" LOCATE 13, 4: PRINT "Quarta sa¡da (4)" LOCATE 14, 4: PRINT "Quinta sa¡da (5)" LOCATE 15, 4: PRINT "Sexta sa¡da (6)" LOCATE 16, 4: PRINT "S‚tima sa¡da (7)" LOCATE 17, 4: PRINT "Oitava sa¡da (8)" LOCATE 18, 4: PRINT "Resetar sa¡da (+) " LOCATE 19, 4: PRINT "Push Boton "; PushBoton; " <Enter> " LOCATE 21, 4: PRINT "Tela anterior <ESC>" COLOR 11, 25: LOCATE 23, 4: PRINT "MODO MANUAL - "; marc$ LOCATE 11, 40: PRINT "Sa¡da atualmente ativada" COLOR 15, 25: LOCATE 14, 30: PRINT "(1) (2) (3) (4) (5) (6) (7) (8)" 701 IF INKEY$ <> "" THEN 701 702 opcao$ = INKEY$: IF opcao$ = "" THEN 702 IF opcao$ = "1" THEN COLOR 15, 25: LOCATE 14, 30: PRINT "(1) (2) (3) (4) (5) (6) (7) (8)" COLOR 12, 25: LOCATE 14, 30: PRINT "(1)" OUT sai, s1 IF PushBoton = 0 THEN OUT sai, s0 COLOR 15, 25: LOCATE 14, 30: PRINT "(1)" END IF END IF IF opcao$ = "2" THEN COLOR 15, 25: LOCATE 14, 30: PRINT "(1) (2) (3) (4) (5) (6) (7) (8)" COLOR 12, 25: LOCATE 14, 36: PRINT "(2)" OUT sai, s2 IF PushBoton = 0 THEN OUT sai, s0 COLOR 15, 25: LOCATE 14, 36: PRINT "(2)" END IF END IF IF opcao$ = "3" THEN COLOR 15, 25: LOCATE 14, 30: PRINT "(1) (2) (3) (4) (5) (6) (7) (8)" COLOR 12, 25: LOCATE 14, 42: PRINT "(3)" OUT sai, s3 IF PushBoton = 0 THEN OUT sai, s0 COLOR 15, 25: LOCATE 14, 42: PRINT "(3)" END IF END IF IF opcao$ = "4" THEN COLOR 15, 25: LOCATE 14, 30: PRINT "(1) (2) (3) (4) (5) (6) (7) (8)" COLOR 12, 25: LOCATE 14, 48: PRINT "(4)" OUT sai, s4 IF PushBoton = 0 THEN OUT sai, s0 COLOR 15, 25: LOCATE 14, 48: PRINT "(4)" END IF END IF IF opcao$ = "5" THEN COLOR 15, 25: LOCATE 14, 30: PRINT "(1) (2) (3) (4) (5) (6) (7) (8)" COLOR 12, 25: LOCATE 14, 54: PRINT "(5)" OUT sai, s5 IF PushBoton = 0 THEN OUT sai, s0 COLOR 15, 25: LOCATE 14, 54: PRINT "(5)" END IF END IF IF opcao$ = "6" THEN COLOR 15, 25: LOCATE 14, 30: PRINT "(1) (2) (3) (4) (5) (6) (7) (8)" COLOR 12, 25: LOCATE 14, 60: PRINT "(6)" OUT sai, s6 IF PushBoton = 0 THEN OUT sai, s0 COLOR 15, 25: LOCATE 14, 60: PRINT "(6)" END IF END IF IF opcao$ = "7" THEN COLOR 15, 25: LOCATE 14, 30: PRINT "(1) (2) (3) (4) (5) (6) (7) (8)" COLOR 12, 25: LOCATE 14, 66: PRINT "(7)" OUT sai, s7 IF PushBoton = 0 THEN OUT sai, s0 COLOR 15, 25: LOCATE 14, 66: PRINT "(7)" END IF END IF IF opcao$ = "8" THEN COLOR 15, 25: LOCATE 14, 30: PRINT "(1) (2) (3) (4) (5) (6) (7) (8)" COLOR 12, 25: LOCATE 14, 72: PRINT "(8)" OUT sai, s8 IF PushBoton = 0 THEN OUT sai, s0 COLOR 15, 25: LOCATE 14, 72: PRINT "(8)" END IF END IF IF opcao$ = CHR$(13) THEN PushBoton = (NOT (PushBoton)) IF PushBoton = -1 THEN PushBoton = 1 IF PushBoton = -2 THEN PushBoton = 0 COLOR 15, 25: LOCATE 19, 4: PRINT "Push Boton "; PushBoton; " <Enter> " END IF IF opcao$ = "+" THEN OUT sai, s0 COLOR 15, 25: LOCATE 14, 30: PRINT "(1) (2) (3) (4) (5) (6) (7) (8)" END IF IF opcao$ = CHR$(27) THEN GOTO 400 IF opcao$ <> "" THEN GOTO 702 800 'modo automatico 'janela principal do modo automatico LINE (10, 40)-(630, 340), cback%, BF LINE (13, 43)-(627, 337), 9, BF LINE (18, 48)-(69, 79), 15, BF 'janela do programa do modo automatico LINE (225, 107)-(621, 300), 1, BF LINE (228, 110)-(618, 297), 9, BF DRAW "b m28,75 c12 r30 u8 l30 d8 u8 r8 u2 r15 d2 u2 r4 u12 l24 d12 r4 b u2 c12 r17 u8 l18 d8 b d7 c12 r5 b d2 c12 l5 b u11 b r3 u4 r3 d2 l3 b d2 b r5 u2 r2 d1 b d1 b r2 u2 r2 d2 l2h" 805 'textos da primeira coluna COLOR 11, 25: LOCATE 5, 28: PRINT comsvx$; " - MODO AUTOMµTICO" COLOR 15, 25: LOCATE 7, 4: PRINT "Primeira sa¡da (1)" LOCATE 8, 4: PRINT "Segunda sa¡da (2)" LOCATE 9, 4: PRINT "Terceira sa¡da (3)" LOCATE 10, 4: PRINT "Quarta sa¡da (4)" LOCATE 11, 4: PRINT "Quinta sa¡da (5)" LOCATE 12, 4: PRINT "Sexta sa¡da (6)" LOCATE 13, 4: PRINT "S‚tima sa¡da (7)" LOCATE 14, 4: PRINT "Oitava sa¡da (8)" LOCATE 16, 4: PRINT "Executar programa (E)" COLOR 8, 25: LOCATE 17, 4: PRINT "Pausar programa (P)" LOCATE 18, 4: PRINT "Cancelar programa (C)" COLOR 15, 25: LOCATE 19, 4: PRINT "Novo programa (N)" LOCATE 20, 4: PRINT "Definir La‡o (L)" LOCATE 21, 4: PRINT "Tela anterior <ESC>" 8100 'imprime setas da tela do programa COLOR 10, 25: LOCATE 7, 32: PRINT "Dispositivos Dura‡Æo Espera" COLOR 11, 25: LOCATE 9, 30: PRINT CHR$(16): LOCATE 9, 46: PRINT CHR$(16): LOCATE 9, 63: PRINT CHR$(16) LOCATE 10, 30: PRINT CHR$(16): LOCATE 10, 46: PRINT CHR$(16): LOCATE 10, 63: PRINT CHR$(16) LOCATE 11, 30: PRINT CHR$(16): LOCATE 11, 46: PRINT CHR$(16): LOCATE 11, 63: PRINT CHR$(16) LOCATE 12, 30: PRINT CHR$(16): LOCATE 12, 46: PRINT CHR$(16): LOCATE 12, 63: PRINT CHR$(16) LOCATE 13, 30: PRINT CHR$(16): LOCATE 13, 46: PRINT CHR$(16): LOCATE 13, 63: PRINT CHR$(16) LOCATE 14, 30: PRINT CHR$(16): LOCATE 14, 46: PRINT CHR$(16): LOCATE 14, 63: PRINT CHR$(16) LOCATE 15, 30: PRINT CHR$(16): LOCATE 15, 46: PRINT CHR$(16): LOCATE 15, 63: PRINT CHR$(16) LOCATE 16, 30: PRINT CHR$(16): LOCATE 16, 46: PRINT CHR$(16): LOCATE 16, 63: PRINT CHR$(16) LOCATE 17, 30: PRINT CHR$(16): LOCATE 17, 46: PRINT CHR$(16): LOCATE 17, 63: PRINT CHR$(16) LOCATE 18, 30: PRINT CHR$(16): LOCATE 18, 46: PRINT CHR$(16): LOCATE 18, 63: PRINT CHR$(16) LOCATE 19, 30: PRINT CHR$(16): LOCATE 19, 46: PRINT CHR$(16): LOCATE 19, 63: PRINT CHR$(16) LOCATE 20, 30: PRINT CHR$(16): LOCATE 20, 46: PRINT CHR$(16): LOCATE 20, 63: PRINT CHR$(16) LOCATE 21, 30: PRINT CHR$(16): LOCATE 21, 46: PRINT CHR$(16): LOCATE 21, 63: PRINT CHR$(16) COLOR 11, 25: LOCATE 23, 4: PRINT "MODO AUTOMµTICO - "; marc$ 'imprime as variaveis ativas do modo automatico LOCATE 9, 32: PRINT sa1 LOCATE 9, 48: PRINT dura1 LOCATE 9, 65: PRINT espe1 LOCATE 10, 32: PRINT sa2 LOCATE 10, 48: PRINT dura2 LOCATE 10, 65: PRINT espe2 LOCATE 11, 32: PRINT sa3 LOCATE 11, 48: PRINT dura3 LOCATE 11, 65: PRINT espe3 LOCATE 12, 32: PRINT sa4 LOCATE 12, 48: PRINT dura4 LOCATE 12, 65: PRINT espe4 LOCATE 13, 32: PRINT sa5 LOCATE 13, 48: PRINT dura5 LOCATE 13, 65: PRINT espe5 LOCATE 14, 32: PRINT sa6 LOCATE 14, 48: PRINT dura6 LOCATE 14, 65: PRINT espe6 LOCATE 15, 32: PRINT sa7 LOCATE 15, 48: PRINT dura7 LOCATE 15, 65: PRINT espe7 LOCATE 16, 32: PRINT sa8 LOCATE 16, 48: PRINT dura8 LOCATE 16, 65: PRINT espe8 LOCATE 17, 32: PRINT sa9 LOCATE 17, 48: PRINT dura9 LOCATE 17, 65: PRINT espe9 LOCATE 18, 32: PRINT sa10 LOCATE 18, 48: PRINT dura10 LOCATE 18, 65: PRINT espe10 LOCATE 19, 32: PRINT sa11 LOCATE 19, 48: PRINT dura11 LOCATE 19, 65: PRINT espe11 LOCATE 20, 32: PRINT sa12 LOCATE 20, 48: PRINT dura12 LOCATE 20, 65: PRINT espe12 LOCATE 21, 32: PRINT sa13 LOCATE 21, 48: PRINT dura13 LOCATE 21, 65: PRINT espe13 'habilita teclado para leitura de dados 801 IF INKEY$ <> "" THEN 801 802 opcao$ = INKEY$: IF opcao$ = "" THEN 802 IF opcao$ = "E" OR opcao$ = "e" THEN GOTO 830 IF opcao$ = "L" OR opcao$ = "l" THEN GOTO 810 IF opcao$ = "N" OR opcao$ = "n" THEN GOTO 820 IF opcao$ = CHR$(27) THEN GOTO 400 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: GOTO 802 810 'definir laco do programa COLOR 14, 25: LOCATE 20, 4: PRINT "La‡o="; laco; ",alterar? (S/N)" 811 IF INKEY$ <> "" THEN 811 812 opcao$ = INKEY$: IF opcao$ = "" THEN 812 IF opcao$ = "S" OR opcao$ = "s" THEN GOTO 813 IF opcao$ = "N" OR opcao$ = "n" THEN GOTO 814 IF opcao$ = CHR$(27) THEN GOTO 400 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: GOTO 812 813 LOCATE 20, 4: PRINT " " LOCATE 20, 4: INPUT "La‡o do programa= ", laco COLOR 15, 25: LOCATE 20, 4: PRINT "Definir La‡o (L)" GOTO 801 814 LOCATE 20, 4: PRINT " " COLOR 15, 25: LOCATE 20, 4: PRINT "Definir La‡o (L)" GOTO 801 820 'novo programa, le as veriaveis apartir do teclado 'janela do programa do modo automatico LINE (225, 107)-(621, 300), 1, BF LINE (228, 110)-(618, 297), 9, BF 'imprime setas da tela do programa COLOR 10, 25: LOCATE 7, 32: PRINT "Dispositivos Dura‡Æo Espera" COLOR 11, 25: LOCATE 9, 30: PRINT CHR$(16): LOCATE 9, 46: PRINT CHR$(16): LOCATE 9, 63: PRINT CHR$(16) LOCATE 10, 30: PRINT CHR$(16): LOCATE 10, 46: PRINT CHR$(16): LOCATE 10, 63: PRINT CHR$(16) LOCATE 11, 30: PRINT CHR$(16): LOCATE 11, 46: PRINT CHR$(16): LOCATE 11, 63: PRINT CHR$(16) LOCATE 12, 30: PRINT CHR$(16): LOCATE 12, 46: PRINT CHR$(16): LOCATE 12, 63: PRINT CHR$(16) LOCATE 13, 30: PRINT CHR$(16): LOCATE 13, 46: PRINT CHR$(16): LOCATE 13, 63: PRINT CHR$(16) LOCATE 14, 30: PRINT CHR$(16): LOCATE 14, 46: PRINT CHR$(16): LOCATE 14, 63: PRINT CHR$(16) LOCATE 15, 30: PRINT CHR$(16): LOCATE 15, 46: PRINT CHR$(16): LOCATE 15, 63: PRINT CHR$(16) LOCATE 16, 30: PRINT CHR$(16): LOCATE 16, 46: PRINT CHR$(16): LOCATE 16, 63: PRINT CHR$(16) LOCATE 17, 30: PRINT CHR$(16): LOCATE 17, 46: PRINT CHR$(16): LOCATE 17, 63: PRINT CHR$(16) LOCATE 18, 30: PRINT CHR$(16): LOCATE 18, 46: PRINT CHR$(16): LOCATE 18, 63: PRINT CHR$(16) LOCATE 19, 30: PRINT CHR$(16): LOCATE 19, 46: PRINT CHR$(16): LOCATE 19, 63: PRINT CHR$(16) LOCATE 20, 30: PRINT CHR$(16): LOCATE 20, 46: PRINT CHR$(16): LOCATE 20, 63: PRINT CHR$(16) LOCATE 21, 30: PRINT CHR$(16): LOCATE 21, 46: PRINT CHR$(16): LOCATE 21, 63: PRINT CHR$(16) COLOR 11, 25: LOCATE 23, 4: PRINT "MODO AUTOMµTICO - "; marc$ COLOR 11, 25 LOCATE 9, 32: INPUT "", sa1 SELECT CASE sa1 CASE IS = 1 disp1 = s1 CASE IS = 2 disp1 = s2 CASE IS = 3 disp1 = s3 CASE IS = 4 disp1 = s4 CASE IS = 5 disp1 = s5 CASE IS = 6 disp1 = s6 CASE IS = 7 disp1 = s7 CASE IS = 8 disp1 = s8 END SELECT LOCATE 9, 48: INPUT "", dura1 LOCATE 9, 65: INPUT "", espe1 LOCATE 10, 32: INPUT "", sa2 SELECT CASE sa2 CASE IS = 1 disp2 = s1 CASE IS = 2 disp2 = s2 CASE IS = 3 disp2 = s3 CASE IS = 4 disp2 = s4 CASE IS = 5 disp2 = s5 CASE IS = 6 disp2 = s6 CASE IS = 7 disp2 = s7 CASE IS = 8 disp2 = s8 END SELECT LOCATE 10, 48: INPUT "", dura2 LOCATE 10, 65: INPUT "", espe2 LOCATE 11, 32: INPUT "", sa3 SELECT CASE sa3 CASE IS = 1 disp3 = s1 CASE IS = 2 disp3 = s2 CASE IS = 3 disp3 = s3 CASE IS = 4 disp3 = s4 CASE IS = 5 disp3 = s5 CASE IS = 6 disp3 = s6 CASE IS = 7 disp3 = s7 CASE IS = 8 disp3 = s8 END SELECT LOCATE 11, 48: INPUT "", dura3 LOCATE 11, 65: INPUT "", espe3 LOCATE 12, 32: INPUT "", sa4 SELECT CASE sa4 CASE IS = 1 disp4 = s1 CASE IS = 2 disp4 = s2 CASE IS = 3 disp4 = s3 CASE IS = 4 disp4 = s4 CASE IS = 5 disp4 = s5 CASE IS = 6 disp4 = s6 CASE IS = 7 disp4 = s7 CASE IS = 8 disp4 = s8 END SELECT LOCATE 12, 48: INPUT "", dura4 LOCATE 12, 65: INPUT "", espe4 LOCATE 13, 32: INPUT "", sa5 SELECT CASE sa5 CASE IS = 1 disp5 = s1 CASE IS = 2 disp5 = s2 CASE IS = 3 disp5 = s3 CASE IS = 4 disp5 = s4 CASE IS = 5 disp5 = s5 CASE IS = 6 disp5 = s6 CASE IS = 7 disp5 = s7 CASE IS = 8 disp5 = s8 END SELECT LOCATE 13, 48: INPUT "", dura5 LOCATE 13, 65: INPUT "", espe5 LOCATE 14, 32: INPUT "", sa6 SELECT CASE sa6 CASE IS = 1 disp6 = s1 CASE IS = 2 disp6 = s2 CASE IS = 3 disp6 = s3 CASE IS = 4 disp6 = s4 CASE IS = 5 disp6 = s5 CASE IS = 6 disp6 = s6 CASE IS = 7 disp6 = s7 CASE IS = 8 disp6 = s8 END SELECT LOCATE 14, 48: INPUT "", dura6 LOCATE 14, 65: INPUT "", espe6 LOCATE 15, 32: INPUT "", sa7 SELECT CASE sa7 CASE IS = 1 disp7 = s1 CASE IS = 2 disp7 = s2 CASE IS = 3 disp7 = s3 CASE IS = 4 disp7 = s4 CASE IS = 5 disp7 = s5 CASE IS = 6 disp7 = s6 CASE IS = 7 disp7 = s7 CASE IS = 8 disp7 = s8 END SELECT LOCATE 15, 48: INPUT "", dura7 LOCATE 15, 65: INPUT "", espe7 LOCATE 16, 32: INPUT "", sa8 SELECT CASE sa8 CASE IS = 1 disp8 = s1 CASE IS = 2 disp8 = s2 CASE IS = 3 disp8 = s3 CASE IS = 4 disp8 = s4 CASE IS = 5 disp8 = s5 CASE IS = 6 disp8 = s6 CASE IS = 7 disp8 = s7 CASE IS = 8 disp8 = s8 END SELECT LOCATE 16, 48: INPUT "", dura8 LOCATE 16, 65: INPUT "", espe8 LOCATE 17, 32: INPUT "", sa9 SELECT CASE sa9 CASE IS = 1 disp9 = s1 CASE IS = 2 disp9 = s2 CASE IS = 3 disp9 = s3 CASE IS = 4 disp9 = s4 CASE IS = 5 disp9 = s5 CASE IS = 6 disp9 = s6 CASE IS = 7 disp9 = s7 CASE IS = 8 disp9 = s8 END SELECT LOCATE 17, 48: INPUT "", dura9 LOCATE 17, 65: INPUT "", espe9 LOCATE 18, 32: INPUT "", sa10 SELECT CASE sa10 CASE IS = 1 disp10 = s1 CASE IS = 2 disp10 = s2 CASE IS = 3 disp10 = s3 CASE IS = 4 disp10 = s4 CASE IS = 5 disp10 = s5 CASE IS = 6 disp10 = s6 CASE IS = 7 disp10 = s7 CASE IS = 8 disp10 = s8 END SELECT LOCATE 18, 48: INPUT "", dura10 LOCATE 18, 65: INPUT "", espe10 LOCATE 19, 32: INPUT "", sa11 SELECT CASE sa11 CASE IS = 1 disp11 = s1 CASE IS = 2 disp11 = s2 CASE IS = 3 disp11 = s3 CASE IS = 4 disp11 = s4 CASE IS = 5 disp11 = s5 CASE IS = 6 disp11 = s6 CASE IS = 7 disp11 = s7 CASE IS = 8 disp11 = s8 END SELECT LOCATE 19, 48: INPUT "", dura11 LOCATE 19, 65: INPUT "", espe11 LOCATE 20, 32: INPUT "", sa12 SELECT CASE sa12 CASE IS = 1 disp12 = s1 CASE IS = 2 disp12 = s2 CASE IS = 3 disp12 = s3 CASE IS = 4 disp12 = s4 CASE IS = 5 disp12 = s5 CASE IS = 6 disp12 = s6 CASE IS = 7 disp12 = s7 CASE IS = 8 disp12 = s8 END SELECT LOCATE 20, 48: INPUT "", dura12 LOCATE 20, 65: INPUT "", espe12 LOCATE 21, 32: INPUT "", sa13 SELECT CASE sa13 CASE IS = 1 disp13 = s1 CASE IS = 2 disp13 = s2 CASE IS = 3 disp13 = s3 CASE IS = 4 disp13 = s4 CASE IS = 5 disp13 = s5 CASE IS = 6 disp13 = s6 CASE IS = 7 disp13 = s7 CASE IS = 8 disp13 = s8 END SELECT LOCATE 21, 48: INPUT "", dura13 LOCATE 21, 65: INPUT "", espe13 GOTO 8100 830 'executa programa que foi escrito COLOR 15, 25: LOCATE 17, 4: PRINT "Pausar programa (P)" LOCATE 18, 4: PRINT "Cancelar programa (C)" FOR l% = 1 TO laco STEP 1 LOCATE 10, 30: PRINT CHR$(16): LOCATE 10, 46: PRINT CHR$(16): LOCATE 10, 63: PRINT CHR$(16) LOCATE 11, 30: PRINT CHR$(16): LOCATE 11, 46: PRINT CHR$(16): LOCATE 11, 63: PRINT CHR$(16) LOCATE 12, 30: PRINT CHR$(16): LOCATE 12, 46: PRINT CHR$(16): LOCATE 12, 63: PRINT CHR$(16) LOCATE 13, 30: PRINT CHR$(16): LOCATE 13, 46: PRINT CHR$(16): LOCATE 13, 63: PRINT CHR$(16) LOCATE 14, 30: PRINT CHR$(16): LOCATE 14, 46: PRINT CHR$(16): LOCATE 14, 63: PRINT CHR$(16) LOCATE 15, 30: PRINT CHR$(16): LOCATE 15, 46: PRINT CHR$(16): LOCATE 15, 63: PRINT CHR$(16) LOCATE 16, 30: PRINT CHR$(16): LOCATE 16, 46: PRINT CHR$(16): LOCATE 16, 63: PRINT CHR$(16) LOCATE 17, 30: PRINT CHR$(16): LOCATE 17, 46: PRINT CHR$(16): LOCATE 17, 63: PRINT CHR$(16) LOCATE 18, 30: PRINT CHR$(16): LOCATE 18, 46: PRINT CHR$(16): LOCATE 18, 63: PRINT CHR$(16) LOCATE 19, 30: PRINT CHR$(16): LOCATE 19, 46: PRINT CHR$(16): LOCATE 19, 63: PRINT CHR$(16) LOCATE 20, 30: PRINT CHR$(16): LOCATE 20, 46: PRINT CHR$(16): LOCATE 20, 63: PRINT CHR$(16) LOCATE 21, 30: PRINT CHR$(16): LOCATE 21, 46: PRINT CHR$(16): LOCATE 21, 63: PRINT CHR$(16) FOR d% = 1 TO dura1 STEP 1 opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: OUT sai, disp1 COLOR 12, 25: LOCATE 9, 30: PRINT CHR$(16): LOCATE 9, 46: PRINT CHR$(16) NEXT d% COLOR 11, 25: LOCATE 9, 30: PRINT CHR$(16): LOCATE 9, 46: PRINT CHR$(16) OUT sai, s0 opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: FOR e% = 1 TO espe1 STEP 1 opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: COLOR 12, 25: LOCATE 9, 63: PRINT CHR$(16) NEXT e% COLOR 11, 25: LOCATE 9, 63: PRINT CHR$(16) opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: '############################################################################ FOR d% = 1 TO dura2 STEP 1 opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: OUT sai, disp2 COLOR 12, 25: LOCATE 10, 30: PRINT CHR$(16): LOCATE 10, 46: PRINT CHR$(16) NEXT d% COLOR 11, 25: LOCATE 10, 30: PRINT CHR$(16): LOCATE 10, 46: PRINT CHR$(16) OUT sai, s0 opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: FOR e% = 1 TO espe2 STEP 1 opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: COLOR 12, 25: LOCATE 10, 63: PRINT CHR$(16) NEXT e% COLOR 11, 25: LOCATE 10, 63: PRINT CHR$(16) opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: '############################################################################ FOR d% = 1 TO dura3 STEP 1 opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: OUT sai, disp3 COLOR 12, 25: LOCATE 11, 30: PRINT CHR$(16): LOCATE 11, 46: PRINT CHR$(16) NEXT d% COLOR 11, 25: LOCATE 11, 30: PRINT CHR$(16): LOCATE 11, 46: PRINT CHR$(16) OUT sai, s0 opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: FOR e% = 1 TO espe3 STEP 1 opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: COLOR 12, 25: LOCATE 11, 63: PRINT CHR$(16) NEXT e% COLOR 11, 25: LOCATE 11, 63: PRINT CHR$(16) opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: '############################################################################ FOR d% = 1 TO dura4 STEP 1 opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: OUT sai, disp4 COLOR 12, 25: LOCATE 12, 30: PRINT CHR$(16): LOCATE 12, 46: PRINT CHR$(16) NEXT d% COLOR 11, 25: LOCATE 12, 30: PRINT CHR$(16): LOCATE 12, 46: PRINT CHR$(16) OUT sai, s0 opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: FOR e% = 1 TO espe4 STEP 1 opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: COLOR 12, 25: LOCATE 12, 63: PRINT CHR$(16) NEXT e% COLOR 11, 25: LOCATE 12, 63: PRINT CHR$(16) opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: '############################################################################ FOR d% = 1 TO dura5 STEP 1 opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: OUT sai, disp5 COLOR 12, 25: LOCATE 13, 30: PRINT CHR$(16): LOCATE 13, 46: PRINT CHR$(16) NEXT d% COLOR 11, 25: LOCATE 13, 30: PRINT CHR$(16): LOCATE 13, 46: PRINT CHR$(16) OUT sai, s0 opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: FOR e% = 1 TO espe5 STEP 1 opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: COLOR 12, 25: LOCATE 13, 63: PRINT CHR$(16) NEXT e% COLOR 11, 25: LOCATE 13, 63: PRINT CHR$(16) opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: '############################################################################ FOR d% = 1 TO dura6 STEP 1 opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: OUT sai, disp6 COLOR 12, 25: LOCATE 14, 30: PRINT CHR$(16): LOCATE 14, 46: PRINT CHR$(16) NEXT d% COLOR 11, 25: LOCATE 14, 30: PRINT CHR$(16): LOCATE 14, 46: PRINT CHR$(16) OUT sai, s0 opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: FOR e% = 1 TO espe6 STEP 1 opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: COLOR 12, 25: LOCATE 14, 63: PRINT CHR$(16) NEXT e% COLOR 11, 25: LOCATE 14, 63: PRINT CHR$(16) opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: '############################################################################ FOR d% = 1 TO dura7 STEP 1 opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: OUT sai, disp7 COLOR 12, 25: LOCATE 15, 30: PRINT CHR$(16): LOCATE 15, 46: PRINT CHR$(16) NEXT d% COLOR 11, 25: LOCATE 15, 30: PRINT CHR$(16): LOCATE 15, 46: PRINT CHR$(16) OUT sai, s0 opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: FOR e% = 1 TO espe7 STEP 1 opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: COLOR 12, 25: LOCATE 15, 63: PRINT CHR$(16) NEXT e% COLOR 11, 25: LOCATE 15, 63: PRINT CHR$(16) opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: '############################################################################ FOR d% = 1 TO dura8 STEP 1 opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: OUT sai, disp8 COLOR 12, 25: LOCATE 16, 30: PRINT CHR$(16): LOCATE 16, 46: PRINT CHR$(16) NEXT d% COLOR 11, 25: LOCATE 16, 30: PRINT CHR$(16): LOCATE 16, 46: PRINT CHR$(16) OUT sai, s0 opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: FOR e% = 1 TO espe8 STEP 1 opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: COLOR 12, 25: LOCATE 16, 63: PRINT CHR$(16) NEXT e% COLOR 11, 25: LOCATE 16, 63: PRINT CHR$(16) opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: '############################################################################ FOR d% = 1 TO dura9 STEP 1 opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: OUT sai, disp9 COLOR 12, 25: LOCATE 17, 30: PRINT CHR$(16): LOCATE 17, 46: PRINT CHR$(16) NEXT d% COLOR 11, 25: LOCATE 17, 30: PRINT CHR$(16): LOCATE 17, 46: PRINT CHR$(16) OUT sai, s0 opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: FOR e% = 1 TO espe9 STEP 1 opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: COLOR 12, 25: LOCATE 17, 63: PRINT CHR$(16) NEXT e% COLOR 11, 25: LOCATE 17, 63: PRINT CHR$(16) opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: '############################################################################ FOR d% = 1 TO dura10 STEP 1 opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: OUT sai, disp10 COLOR 12, 25: LOCATE 18, 30: PRINT CHR$(16): LOCATE 18, 46: PRINT CHR$(16) NEXT d% COLOR 11, 25: LOCATE 18, 30: PRINT CHR$(16): LOCATE 18, 46: PRINT CHR$(16) OUT sai, s0 opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: FOR e% = 1 TO espe10 STEP 1 opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: COLOR 12, 25: LOCATE 18, 63: PRINT CHR$(16) NEXT e% COLOR 11, 25: LOCATE 18, 63: PRINT CHR$(16) opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: '############################################################################ FOR d% = 1 TO dura11 STEP 1 opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: OUT sai, disp11 COLOR 12, 25: LOCATE 19, 30: PRINT CHR$(16): LOCATE 19, 46: PRINT CHR$(16) NEXT d% COLOR 11, 25: LOCATE 19, 30: PRINT CHR$(16): LOCATE 19, 46: PRINT CHR$(16) OUT sai, s0 opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: FOR e% = 1 TO espe11 STEP 1 opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: COLOR 12, 25: LOCATE 19, 63: PRINT CHR$(16) NEXT e% COLOR 11, 25: LOCATE 19, 63: PRINT CHR$(16) opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: '############################################################################ FOR d% = 1 TO dura12 STEP 1 opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: OUT sai, disp12 COLOR 12, 25: LOCATE 20, 30: PRINT CHR$(16): LOCATE 20, 46: PRINT CHR$(16) NEXT d% COLOR 11, 25: LOCATE 20, 30: PRINT CHR$(16): LOCATE 20, 46: PRINT CHR$(16) OUT sai, s0 opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: FOR e% = 1 TO espe12 STEP 1 opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: COLOR 12, 25: LOCATE 20, 63: PRINT CHR$(16) NEXT e% COLOR 11, 25: LOCATE 20, 63: PRINT CHR$(16) opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: '############################################################################ FOR d% = 1 TO dura13 STEP 1 opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: OUT sai, disp13 COLOR 12, 25: LOCATE 21, 30: PRINT CHR$(16): LOCATE 21, 46: PRINT CHR$(16) NEXT d% COLOR 11, 25: LOCATE 21, 30: PRINT CHR$(16): LOCATE 21, 46: PRINT CHR$(16) OUT sai, s0 opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: FOR e% = 1 TO espe13 STEP 1 opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: COLOR 12, 25: LOCATE 21, 63: PRINT CHR$(16) NEXT e% COLOR 11, 25: LOCATE 21, 63: PRINT CHR$(16) opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: '############################################################################ NEXT l% 'repeticao do laco GOTO 805 1100 'configurar saida LINE (10, 40)-(630, 340), 8, BF LINE (180, 160)-(460, 235), cback%, BF 1101 IF sai = lpt1 THEN Outpoot$ = "LPT1" IF sai = lpt2 THEN Outpoot$ = "LPT2" LINE (183, 163)-(457, 232), 9, BF LINE (190, 180)-(241, 211), 15, BF DRAW "b l46 b u7 c12 u16 e4 r10 d5 l8 d14 r8 d5 l10 h4 b r20 b u5 c12 r8 d2 l8 u2 b u6 c12 u2 r8 d2 l8 u2 b r22 b d3 c12 l4 d5 r4" COLOR 10, 25: LOCATE 13, 33: PRINT "Escolha a porta de sa¡da" COLOR 15, 25: LOCATE 14, 35: PRINT "LPT1 (1) LPT2 (2)" COLOR 10, 25: LOCATE 16, 37: PRINT "Atual em "; Outpoot$ 1102 IF INKEY$ <> "" THEN 1102 1103 opcao$ = INKEY$: IF opcao$ = "" THEN 1103 IF opcao$ = "1" THEN sai = lpt1: GOTO 1101 IF opcao$ = "2" THEN sai = lpt2: GOTO 1101 IF opcao$ = CHR$(27) OR opcao$ = CHR$(13) THEN GOTO 400 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: GOTO 1103 2500 'suspende execucao SCREEN 0 COLOR 15 LOCATE 1, 1: PRINT "ÚÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄ¿" LOCATE 2, 1: PRINT "³ "; comsvx$; " ³" LOCATE 3, 1: PRINT "³ Controlador Multifun‡Æo via Software ³" LOCATE 4, 1: PRINT "³ "; marc$; " ³" LOCATE 5, 1: PRINT "³ ³" LOCATE 6, 1: PRINT "³ Digite EXIT para retornar ao "; comsvx$; " ³" LOCATE 7, 1: PRINT "ÀÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÙ" PRINT ; PRINT ; PRINT ; SHELL GOTO 300 3000 'sai do programa LINE (10, 40)-(630, 340), 8, BF LINE (180, 160)-(460, 235), cback%, BF LINE (183, 163)-(457, 232), 9, BF LINE (190, 180)-(241, 211), 15, BF COLOR 10, 25: LOCATE 13, 33: PRINT "Deseja realmente sair ?" COLOR 15, 25: LOCATE 15, 36: PRINT "Sim (S) NÆo (N)" DRAW "b m200,195 c12 e8 d5 r22 d7 l22 d5 h8" 3001 IF INKEY$ <> "" THEN 3001 3002 opcao$ = INKEY$: IF opcao$ = "" THEN 3002 IF opcao$ = "N" OR opcao$ = "n" THEN GOTO 400 IF opcao$ = "S" OR opcao$ = "s" THEN SYSTEM IF opcao$ = CHR$(27) THEN GOTO 400 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: GOTO 3002 'Inicio da producao do programa 'Sao Paulo, 24 de junho de 1995 - sabado 'Marcio de Sousa Pessoa 'Praca Tito Pacheco 24-A Jardim Miriam 'Sao Paulo -SP- , Brasil, Planeta Terra, Via Lactea (Sistema Solar) 'Finalizacao da producao do programa 'SÆo Paulo, 3 de julho de 1997 - quarta feira 'Marcio de Sousa Pessoa 'e-mail: marciomexicano@zipmail.com.br 'Praca Tito Pacheco 24-A Jardim Miriam 'Sao Paulo -SP- , Brasil, Planeta Terra, Via Lactea (Sistema Solar)
VERSION 1.0 CLASS BEGIN MultiUse = -1 'True END Attribute VB_Name = "Form_DailyBalancingUpload" Attribute VB_GlobalNameSpace = False Attribute VB_Creatable = True Attribute VB_PredeclaredId = True Attribute VB_Exposed = False Option Compare Database Option Explicit Private Const UPDATE_BATCHES As String = "BATCH_UPDATES" Private Const UPDATE_VOUCHERS As String = "VOUCHER_UPDATES" Private Const INSERT_BATCHES As String = "BATCH_INSERTS" Dim postPd As String Dim PostDt As Date Dim Payments As Currency Dim user As String Dim batch As String Dim batchDesc As String Dim DepDt As Date Dim depRecord As String Dim DrawerStatus As String Dim postPdClmn As Integer Dim postDtClmn As Integer Dim paymentsClmn As Integer Dim userClmn As Integer Dim batchClmn As Integer Dim paymentCodeClmn As Integer Dim transClmn As Integer Dim invoiceClmn As Integer Dim postingModuleClmn As Integer Dim depDtClmn As Integer Dim depRecordClmn As Integer Dim drawerStatusClmn As Integer Private Sub btnBrowse_Click() Dim fdFilePicker As Office.FileDialog Dim strFileName As String Set fdFilePicker = Application.FileDialog(DialogType:=msoFileDialogFilePicker) strFileName = "\\hc-file1\JOPFS\Common\Fiscal Services\dmcfall - CMN\" _ & "R Bohlken\PASC IDX DailyBalancing\Daily Balancing Spreadsheets\" _ & "Daily Balancing\DAILY UPLOAD TO DATA BASE" strFileName = IIf(Dir(strFileName, vbDirectory) = vbNullString, _ Environ(Constants.USER_PROFILE), _ strFileName) With fdFilePicker .AllowMultiSelect = False .initialFileName = strFileName If .Show Then If Not Utilities.NullOrEmpty(.SelectedItems(1)) Then txtFilePath.Value = .SelectedItems(1) txtFilePathAuditor.Value = vbNullString txtFilePathEpic.Value = vbNullString End If End If End With End Sub Private Sub btnBrowseEpic_Click() Dim fdFilePicker As Office.FileDialog Set fdFilePicker = Application.FileDialog(msoFileDialogFilePicker) With fdFilePicker .AllowMultiSelect = False If .Show Then If Trim(Nz(.SelectedItems(1))) <> vbNullString Then txtFilePathEpic.Value = fdFilePicker.SelectedItems(1) txtFilePathAuditor.Value = vbNullString txtFilePath.Value = vbNullString End If End If End With End Sub Private Sub btnBrowserAuditor_Click() Dim fdFilePicker As FileDialog Set fdFilePicker = Application.FileDialog(msoFileDialogFilePicker) With fdFilePicker .AllowMultiSelect = False If .Show Then If Not NoE(.SelectedItems(1)) Then txtFilePathAuditor = fdFilePicker.SelectedItems(1) txtFilePath.Value = vbNullString txtFilePathEpic.Value = vbNullString End If End If End With End Sub Private Sub btnUpload_Click() Dim bCloseForm As Boolean bCloseForm = True If NoE(txtFilePath) And NoE(txtFilePathEpic) And NoE(txtFilePathAuditor) Then MsgBox "Please select an Auditor, IDX, or Epic file to upload." bCloseForm = False ElseIf Not NoE(txtFilePath) And NoE(txtFilePathEpic) And NoE(txtFilePathAuditor) Then Call UploadIDX ElseIf Not NoE(txtFilePathEpic) And NoE(txtFilePath) And NoE(txtFilePathAuditor) Then UploadEpic ElseIf Not NoE(txtFilePathAuditor) And NoE(txtFilePath) And NoE(txtFilePathEpic) Then GenerateAuditorReport Else MsgBox "Please specify one file at a time." bCloseForm = False End If If bCloseForm Then DoCmd.Close acForm, "DailyBalancingUpload" End If End Sub Private Sub GenerateAuditorReport() Const TIMER_INC As Long = 30 Dim lNumRows As Long Dim lDataRowNum As Long, lReportRowNum As Long Dim XlApp As New Excel.Application Dim xlData As Workbook Dim xlReport As Workbook Dim bIsError As Boolean Dim rsCashDrawers As New ADODB.Recordset Dim cmdCashDrawers As New ADODB.Command Dim cUserDrawers As New Collection Dim strUserId As String Dim iStartIndex As Integer, iEndIndex As Integer On Error GoTo GenerateAuditorReport_Err DoCmd.Hourglass True lNumRows = countLinesInExcelFile(txtFilePathAuditor) xTimer.InitTimer TIMER_INC, lNumRows Set xlData = XlApp.Workbooks.Open(txtFilePathAuditor) Set xlReport = XlApp.Workbooks.Add lReportRowNum = 1 lDataRowNum = 2 bIsError = False xlData.Worksheets(1).Activate If Not GetColumnNums(XlApp) Then MsgBox "Columns aren't right." Else With xlData.Worksheets(1) .Sort.SortFields.Clear .Sort.SortFields.Add Key:=.Cells(1, batchClmn), SortOn:=xlSortOnValues, Order:=xlAscending, DataOption:=xlSortNormal .Sort.SortFields.Add Key:=.Cells(1, depRecordClmn), SortOn:=xlSortOnValues, Order:=xlAscending, DataOption:=xlSortNormal .Sort.SetRange .Range("A2:AZ50000") .Sort.Header = xlNo .Sort.MatchCase = False .Sort.Orientation = xlTopToBottom .Sort.SortMethod = xlPinYin .Sort.Apply End With With cmdCashDrawers .ActiveConnection = con .CommandType = adCmdStoredProc .CommandText = Constants.SCHEMA & ".[Rec_SelectDrawersAndUsers]" End With With rsCashDrawers .CursorLocation = adUseClient .Open cmdCashDrawers If Not .BOF Then While Not .EOF strUserId = CStr(Nz(![user_id], vbNullString)) If Not NoE(strUserId) Then cUserDrawers.Add CLng(Nz(!drawer_num, 0)), strUserId End If .MoveNext Wend End If End With With xlReport.Worksheets(1) 'Add headers .Cells(lReportRowNum, 1) = "Batch Number" .Cells(lReportRowNum, 2) = "User Name" .Cells(lReportRowNum, 3) = "Payments" .Cells(lReportRowNum, 4) = "Posted Date" .Cells(lReportRowNum, 5) = "Posting Period" .Cells(lReportRowNum, 6) = "Deposit Date" .Cells(lReportRowNum, 7) = "Batch Description" .Cells(lReportRowNum, 8) = "Amount" .Cells(lReportRowNum, 9) = "Variance" .Cells(lReportRowNum, 10) = "Comments" .Cells(lReportRowNum, 11) = "Drawer" End With lReportRowNum = 2 With xlReport.Worksheets(1) Payments = 0 batch = xlData.Worksheets(1).Cells(lDataRowNum, batchClmn) depRecord = xlData.Worksheets(1).Cells(lDataRowNum, depRecordClmn) Do Until NoE(xlData.Worksheets(1).Cells(lDataRowNum, 1)) If batch = xlData.Worksheets(1).Cells(lDataRowNum, batchClmn) Then If depRecord <> xlData.Worksheets(1).Cells(lDataRowNum, depRecordClmn) Then iStartIndex = InStr(1, user, "[") + 1 iEndIndex = InStr(iStartIndex, user, "]") strUserId = Mid(user, iStartIndex, iEndIndex - iStartIndex) .Cells(lReportRowNum, 1) = batch .Cells(lReportRowNum, 2) = user .Cells(lReportRowNum, 3) = Payments .Cells(lReportRowNum, 4) = PostDt .Cells(lReportRowNum, 5) = postPd .Cells(lReportRowNum, 6) = DepDt .Cells(lReportRowNum, 7) = batchDesc .Cells(lReportRowNum, 8) = vbNullString .Cells(lReportRowNum, 9) = vbNullString .Cells(lReportRowNum, 10) = vbNullString If Utilities.Contains(cUserDrawers, strUserId) Then .Cells(lReportRowNum, 11) = cUserDrawers(strUserId) Else .Cells(lReportRowNum, 11) = vbNullString End If batchDesc = vbNullString user = vbNullString Payments = 0 lReportRowNum = lReportRowNum + 1 End If xlData.Worksheets(1).Activate GetVals XlApp, lDataRowNum Else iStartIndex = InStr(1, user, "[") + 1 iEndIndex = InStr(iStartIndex, user, "]") strUserId = Mid(user, iStartIndex, iEndIndex - iStartIndex) .Cells(lReportRowNum, 1) = batch .Cells(lReportRowNum, 2) = user .Cells(lReportRowNum, 3) = Payments .Cells(lReportRowNum, 4) = PostDt .Cells(lReportRowNum, 5) = postPd .Cells(lReportRowNum, 6) = DepDt .Cells(lReportRowNum, 7) = batchDesc .Cells(lReportRowNum, 8) = vbNullString .Cells(lReportRowNum, 9) = vbNullString .Cells(lReportRowNum, 10) = vbNullString If Utilities.Contains(cUserDrawers, strUserId) Then .Cells(lReportRowNum, 11) = cUserDrawers(strUserId) Else .Cells(lReportRowNum, 11) = vbNullString End If batchDesc = vbNullString user = vbNullString Payments = 0 xlData.Worksheets(1).Activate GetVals XlApp, lDataRowNum lReportRowNum = lReportRowNum + 1 End If lDataRowNum = lDataRowNum + 1 If lDataRowNum Mod TIMER_INC = 0 Then xTimer.Lap End If Loop End With 'Freeze top row xlReport.Worksheets(1).Activate xlReport.Worksheets(1).Range("A2").Select With XlApp.ActiveWindow .FreezePanes = False .ScrollRow = 1 .ScrollColumn = 1 .FreezePanes = True .ScrollRow = .ActiveCell.Row End With 'Format data With xlReport.Worksheets(1) .Range("A1", "K" & lReportRowNum - 1).Columns.AutoFit .Range("A1", "K" & lReportRowNum - 1).Rows.AutoFit .Range("A1", "K1").HorizontalAlignment = xlCenter .Range("A1", "K1").Font.Bold = True End With End If GenerateAuditorReport_Exit: On Error Resume Next xTimer.ClearTimer DoCmd.Hourglass False xlData.Close SaveChanges:=False If bIsError Then xlReport.Close SaveChanges:=False Else xlReport.Worksheets(1).Activate XlApp.Visible = True End If Exit Sub GenerateAuditorReport_Err: MsgBox "Error on row number " & lDataRowNum & ": " & Err.description bIsError = True Resume GenerateAuditorReport_Exit End Sub Private Function UploadIDX() Dim iExcel As New Excel.Application Dim rs As New ADODB.Recordset Dim cmd As New ADODB.Command Dim X As Long Dim bNotEof As Boolean Dim Sql As String On Error GoTo Handler: X = 2 bNotEof = True DoCmd.Hourglass True iExcel.Workbooks.Open (txtFilePath) If isValidDBSpreadsheet(iExcel) = False Then Exit Function End If Set cmd.ActiveConnection = con rs.CursorLocation = adUseClient rs.CursorType = adOpenStatic While (bNotEof) With cmd .CommandText = Constants.SCHEMA & ".[Rec_Insert_Daily_Balancing_test]" .CommandType = adCmdStoredProc .Parameters.Append _ Object:=.CreateParameter( _ name:="@Batch_Group", _ Type:=adVarChar, _ Direction:=adParamInput, _ Size:=50, _ Value:=iExcel.Cells(X, 1)) .Parameters.Append _ Object:=.CreateParameter( _ name:="@Batch_Num", _ Type:=adVarChar, _ Direction:=adParamInput, _ Size:=50, _ Value:=iExcel.Cells(X, 2)) .Parameters.Append _ Object:=.CreateParameter( _ name:="@UserName", _ Type:=adVarChar, _ Direction:=adParamInput, _ Size:=50, _ Value:=iExcel.Cells(X, 3)) .Parameters.Append _ Object:=.CreateParameter( _ name:="@Payments", _ Type:=adCurrency, _ Direction:=adParamInput, _ Value:=iExcel.Cells(X, 4)) .Parameters.Append _ Object:=.CreateParameter( _ name:="@Post_Dt", _ Type:=adVarChar, _ Direction:=adParamInput, _ Size:=20, _ Value:=iExcel.Cells(X, 5)) .Parameters.Append _ Object:=.CreateParameter( _ name:="@Post_Pd", _ Type:=adVarChar, _ Direction:=adParamInput, _ Size:=50, _ Value:=iExcel.Cells(X, 6)) .Parameters.Append _ Object:=.CreateParameter( _ name:="@Batch_Description", _ Type:=adVarChar, _ Direction:=adParamInput, _ Size:=2000, _ Value:=iExcel.Cells(X, 7)) .Parameters.Append _ Object:=.CreateParameter( _ name:="@CV_OD_EFT", _ Type:=adVarChar, _ Direction:=adParamInput, _ Size:=50, _ Value:=IIf(Utilities.NullOrEmpty(iExcel.Cells(X, 9)), 0, iExcel.Cells(X, 9))) .Parameters.Append _ Object:=.CreateParameter( _ name:="@Variance", _ Type:=adVarChar, _ Direction:=adParamInput, _ Size:=50, _ Value:=IIf(Utilities.NullOrEmpty(iExcel.Cells(X, 9)), iExcel.Cells(X, 4), 0)) .Execute .CommandType = adCmdText .CommandText = "Select * from " & Constants.SCHEMA & ".[Rec_Vouchers] where [v_num] = '" & iExcel.Cells(X, 2) & "'" If rs.State <> adStateClosed Then rs.Close rs.Open cmd If Not rs.BOF Then .CommandType = adCmdText .CommandText = "Update " & Constants.SCHEMA & ".[Rec_Daily_Balancing_Test] set [voucher] = '" & rs("v_id") & "' where [batch_num] = '" & iExcel.Cells(X, 2) & "'" .Execute End If End With X = X + 1 DBUtilities.ClearADOCmdParams CmdObj:=cmd If IsEmpty(iExcel.Cells(X, 1)) Or iExcel.Cells(X, 1) = "#N/A" Then bNotEof = False End If Wend cmd.CommandType = adCmdText cmd.CommandText = "Insert into " & Constants.SCHEMA & ".[Rec_TimeStamp] (Timestamp) values ('" & Now() & "' )" cmd.Execute TimeStamper Forms("NewMain").Repaint DoSQL.addDoc Me.name, "Uploaded " & X - 1 & " records", txtFilePath iExcel.DisplayAlerts = False iExcel.Workbooks.Close iExcel.DisplayAlerts = True DoCmd.Hourglass False MsgBox ("Upload successful!") Set rs = Nothing Set cmd = Nothing Exit Function Handler: iExcel.DisplayAlerts = False iExcel.Workbooks.Close iExcel.DisplayAlerts = True DoCmd.Hourglass False Set rs = Nothing Set cmd = Nothing MsgBox ("An Error Occured on line " & X & " in the DB Sheet." & vbCrLf & "Error " & Err.Number & " " & Err.description) End Function ''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''' ' ' This is the entry point when the user specifies an Epic file to upload. ' This function sorts and parses the spreadsheet and builds a Collection of ' batches from the data. Batches with a zero payment amount are ignored. ' PrepareBatchesForDatabase then builds Collections of batches to be inserted ' as well as batches and vouchers to be updated. ' ''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''' Public Function UploadEpic() On Error GoTo UploadEpic_Err Dim XlApp As New Excel.Application Dim xlWkbk As Workbook Dim xlWksht As Worksheet Dim cBatch As New CDBEpicSpreadsheet Dim cColumns As Collection, cBatches As New Collection Dim cCollections As Collection Dim cmdCommand As New ADODB.Command Dim lLastRow As Long Dim lRowNum As Long Dim lTimerIncrement As Long ' Open the Excel document and find the last row Set xlWkbk = XlApp.Workbooks.Open(txtFilePathEpic) Set xlWksht = xlWkbk.Worksheets(1) lLastRow = xlWksht.Range("A1").End(xlDown).Row ' Determine which column numbers correspond to which column labels Set cColumns = cBatch.GetColumns(xlWksht) ' If the spreadsheet doesn't have the columns we expect it to have If Utilities.Contains(cColumns, cBatch.ErrorMessageKey) Then MsgBox cColumns(cBatch.ErrorMessageKey) Else ' Sort the spreadsheet by Batch Number and Deposit Record SortSpreadsheet xlWksht, _ cColumns(cBatch.BatchNumberColumn), _ cColumns(cBatch.DepositRecColLabel) ' Give the user something to watch while the file is parsed DoCmd.Hourglass HourglassOn:=True lTimerIncrement = IIf(lLastRow / 48 < 1, 1, lLastRow / 48) xTimer.InitTimer xInc:=lTimerIncrement, _ xLines:=lLastRow, _ loadingLbl:="Parsing spreadsheet..." ' Fill the cBatches Collection with rows from the spreadsheet For lRowNum = 2 To lLastRow Set cBatch = New CDBEpicSpreadsheet cBatch.Populate xlWksht, cColumns, lRowNum If cBatch.Payments <> 0 Then cBatches.Add cBatch, CStr(lRowNum) End If ' Update the timer If lRowNum Mod lTimerIncrement = 0 Then xTimer.Lap End If Next ' Insert the batches into the database Set cCollections = PrepareBatchesForDatabase(cBatches) InsertBatchesIntoDatabase cCollections(INSERT_BATCHES), _ cCollections(UPDATE_BATCHES), _ cCollections(UPDATE_VOUCHERS) End If UploadEpic_Exit: XlApp.DisplayAlerts = False xlWkbk.Close SaveChanges:=False XlApp.DisplayAlerts = True Set cmdCommand = Nothing DoCmd.Hourglass False xTimer.ClearTimer Exit Function UploadEpic_Err: Err.source = Err.source & vbNewLine & vbTab & "Form_DailyBalancingUpload.UploadEpic" MsgBox Err.source & ": " & Err.description Resume UploadEpic_Exit End Function ''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''' ' ' Takes the batches with nonzero payment amounts and sums the payment amounts ' by batch number/deposit record. If a record exists in dbo.Rec_Vouchers ' whose v_num equals the batch number from the spreadsheet, then the Voucher ' field of the record in dbo.Rec_Daily_Balancing_Epic must be updated to ' v_id from dbo.Rec_Vouchers. ' ''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''' Private Function PrepareBatchesForDatabase(cBatches As Collection) As Collection On Error GoTo PrepareBatchesForDatabase_Err Dim cRecord As CDBEpicSpreadsheet Dim cModRecord As CDBEpicSpreadsheet Dim cPrevRecord As CDBEpicSpreadsheet Dim cInserts As New Collection Dim cBatchUpdates As New Collection Dim cVoucherUpdates As New Collection Dim cCollections As New Collection Dim ccyPaymentSum As Currency Dim lTimerIncrement As Long Dim lRowNum As Long Dim bHasVouchers As Boolean Dim rsVouchers As ADODB.Recordset If cBatches.count > 0 Then Set rsVouchers = GetVouchersByBatchNum(cBatches) If rsVouchers.BOF Then bHasVouchers = False Else bHasVouchers = True DBUtilities.LoadAllRecords Records:=rsVouchers End If lTimerIncrement = IIf(cBatches.count / 12 < 1, 1, cBatches.count) xTimer.ClearTimer xTimer.InitTimer xInc:=lTimerIncrement, _ xLines:=cBatches.count, _ loadingLbl:="Inserting records..." ccyPaymentSum = cBatches(1).Payments ' if there's more than one batch, then loop ' through comparing the current to the previous If cBatches.count > 1 Then ' Populate the database For lRowNum = 2 To cBatches.count Set cRecord = cBatches(lRowNum) Set cPrevRecord = cBatches(lRowNum - 1) ' Batch Numbers match, but different Deposit Records ' Insert the record and reset the Payment sum If cRecord.BatchNumber = cPrevRecord.BatchNumber Then If cRecord.DepositRecord <> cPrevRecord.DepositRecord Then Set cModRecord = cPrevRecord.CopyDBEpicSpreadsheet cModRecord.Payments = ccyPaymentSum cInserts.Add cModRecord ccyPaymentSum = 0 End If ccyPaymentSum = ccyPaymentSum + cRecord.Payments ' Batch Numbers are different. Same as above, but we also need ' to update the Voucher field in the Daily Balancing Epic table. Else Set cModRecord = cPrevRecord.CopyDBEpicSpreadsheet cModRecord.Payments = ccyPaymentSum cInserts.Add cModRecord ccyPaymentSum = cRecord.Payments If bHasVouchers Then rsVouchers.Find "v_num" & " = '" _ & CStr(cPrevRecord.BatchNumber) & "'", _ 0, _ adSearchForward, _ adBookmarkFirst If Not rsVouchers.EOF Then cBatchUpdates.Add CStr(cPrevRecord.BatchNumber) cVoucherUpdates.Add CLng(rsVouchers!v_id) End If End If End If If lRowNum Mod lTimerIncrement = 0 Then xTimer.Lap End If Next ' otherwise there's just one Else Set cRecord = cBatches(1) End If ' Insert last record and return all objects to ' be inserted/updated Set cModRecord = cRecord.CopyDBEpicSpreadsheet cModRecord.Payments = ccyPaymentSum cInserts.Add cModRecord cCollections.Add cBatchUpdates, UPDATE_BATCHES cCollections.Add cInserts, INSERT_BATCHES cCollections.Add cVoucherUpdates, UPDATE_VOUCHERS End If Set rsVouchers = Nothing xTimer.ClearTimer Set PrepareBatchesForDatabase = cCollections Exit Function PrepareBatchesForDatabase_Err: Set rsVouchers = Nothing xTimer.ClearTimer Err.Raise Err.Number, _ Err.source & vbNewLine & vbTab & "Form_DailyBalancingUpload.PrepareBatchesForDatabase", _ Err.description End Function ''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''' ' ' Selects all records from dbo.Rec_Vouchers where v_num equals Batch # ' ''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''' Private Function GetVouchersByBatchNum(cBatches As Collection) As ADODB.Recordset On Error GoTo GetVouchersByBatchNum_Err Dim cmdCommand As New ADODB.Command Dim rsVouchers As New ADODB.Recordset With cmdCommand Set .ActiveConnection = con .CommandText = BuildSelectVouchersQuery(cBatches) .CommandType = adCmdText End With With rsVouchers .CursorLocation = adUseClient .CursorType = adOpenStatic .Open cmdCommand End With Set GetVouchersByBatchNum = rsVouchers.Clone Set rsVouchers = Nothing Set cmdCommand = Nothing Exit Function GetVouchersByBatchNum_Err: Set rsVouchers = Nothing Set cmdCommand = Nothing Err.Raise Err.Number, _ Err.source & vbNewLine & vbTab & "Form_DailyBalancingUpload.GetVouchersByBatchNum", _ Err.description End Function ''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''' ' ' Sorts the spreadsheet by Batch # A - Z and then Deposit Record A - Z ' ''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''' Private Sub SortSpreadsheet(xlWksht As Worksheet, lFirstColumn As Long, lSecondColumn As Long) On Error GoTo SortSpreadsheet_Err With xlWksht.Sort .SortFields.Clear .SortFields.Add _ Key:=xlWksht.Cells(1, lFirstColumn), _ SortOn:=xlSortOnValues, _ Order:=xlAscending, _ DataOption:=xlSortNormal .SortFields.Add _ Key:=xlWksht.Cells(1, lSecondColumn), _ SortOn:=xlSortOnValues, _ Order:=xlAscending, _ DataOption:=xlSortNormal .SetRange xlWksht.Cells .Header = xlYes .MatchCase = False .Orientation = xlSortColumns .Apply End With Exit Sub SortSpreadsheet_Err: Err.Raise Err.Number, "Form_DailyBalancingUpload.SortSpreadsheet", Err.description End Sub ''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''' ' ' Builds the SQL query: ' ' SELECT * ' FROM dbo.Rec_Vouchers ' WHERE v_num IN ' ('11111', '22222', ... , 'nnnnn') ' ORDER BY v_num; ' ''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''' Private Function BuildSelectVouchersQuery(cBatches As Collection) As String On Error GoTo BuildSelectVouchersQuery_Err Dim strQuery As String Dim lNumEntries As Long Dim lNumInserted As Long Dim cRecord As CDBEpicSpreadsheet Dim strPrevBatch As String If cBatches.count > 0 Then strQuery = "SELECT " & vbNewLine _ & Space(2) & "FROM " & Constants.SCHEMA & ".[Rec_Vouchers]" & vbNewLine _ & Space(2) & "WHERE v_num IN" & vbNewLine _ & Space(4) & "(" For lNumEntries = 1 To cBatches.count Set cRecord = cBatches(lNumEntries) If cRecord.BatchNumber <> strPrevBatch Then If lNumInserted > 0 And lNumInserted Mod 5 = 0 Then strQuery = strQuery & vbNewLine & Space(5) End If strQuery = strQuery & "'" & cRecord.BatchNumber & "', " lNumInserted = lNumInserted + 1 End If strPrevBatch = cRecord.BatchNumber Next strQuery = Left(strQuery, InStrRev(strQuery, ", ") - 1) & ")" & vbNewLine _ & Space(2) & "ORDER BY v_num;" End If BuildSelectVouchersQuery = strQuery Exit Function BuildSelectVouchersQuery_Err: Err.Raise Err.Number, _ Err.source & vbNewLine & vbTab & "Form_DailyBalancingUpload.BuildSelectVouchersQuery", _ Err.description End Function ''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''' ' ' Builds the query: ' ' INSERT INTO dbo.Rec_Daily_Balancing_Epic ' (Batch_Num, Username, Payments, Post_Dt, Post_Pd, ' Batch_Description, Deposit_Dt, Drawer_Status) ' VALUES ' ('xxxxx', 'xxxxx', nn.nn, 'mm/dd/yyyy', 'nnnnn', ' 'xxxxx', 'mm/dd/yyyy', 'xxxxx'), ' ' . . . ' ' ('xxxxx', 'xxxxx', nn.nn, 'mm/dd/yyyy', 'nnnnn', ' 'xxxxx', 'mm/dd/yyyy', 'xxxxx'); ' ''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''' Private Function BuildInsertQuery(cInserts As Collection) As String On Error GoTo BuildInsertQuery_Err Const MAX_INSERTS As Integer = 1000 Dim strInsert As String Dim lInsertNum As Long Dim cRecord As CDBEpicSpreadsheet ' Build the INSERT INTO query If cInserts.count > 0 Then ' Start with the table and column names strInsert = "INSERT INTO " & Constants.SCHEMA & ".[Rec_Daily_Balancing_Epic]" & vbNewLine _ & Space(4) & "(Batch_Num, Username, Payments, Post_Dt, " _ & "Post_Pd, Batch_Description, " _ & "Deposit_Dt, Drawer_Status)" & vbNewLine _ & Space(2) & "VALUES" & vbNewLine _ & Space(4) For lInsertNum = 1 To cInserts.count Set cRecord = cInserts(lInsertNum) ' 1000 rows at a time is the limit set by SQL Server If lInsertNum Mod MAX_INSERTS = 0 Then strInsert = strInsert & vbNewLine & vbNewLine _ & "INSERT INTO " & Constants.SCHEMA & ".[Rec_Daily_Balancing_Epic]" & vbNewLine _ & Space(4) & "(Batch_Num, Username, Payments, Post_Dt, " _ & "Post_Pd, Batch_Description, " _ & "Deposit_Dt, Drawer_Status)" & vbNewLine _ & Space(2) & "VALUES" & vbNewLine _ & Space(4) End If ' Dates and Currencies don't need to be formatted strInsert = strInsert & "('" & Replace(cRecord.BatchNumber, "'", "''") & "', " _ & "'" & Replace(cRecord.UserName, "'", "''") & "', " _ & cRecord.Payments & ", " _ & "'" & cRecord.PostDate & "', " _ & "'" & Replace(cRecord.PostPaid, "'", "''") & "', " _ & "'" & Replace(cRecord.BatchDescription, "'", "''") & "', " _ & "'" & cRecord.DepositDate & "', " _ & "'" & Replace(cRecord.DrawerStatus, "'", "''") & "')" ' Either the last record, or there are more to come If lInsertNum = cInserts.count Or (lInsertNum + 1) Mod MAX_INSERTS = 0 Then strInsert = strInsert & ";" Else strInsert = strInsert & "," & vbNewLine _ & Space(4) End If Next End If BuildInsertQuery = strInsert Exit Function BuildInsertQuery_Err: Err.Raise Err.Number, _ Err.source & vbNewLine & vbTab & "Form_DailyBalancingUpload.BuildInsertQuery", _ Err.description End Function ''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''' ' ' Builds the query: ' ' UPDATE dbo.Rec_Daily_Balancing_Epic ' SET Voucher = ' CASE ' WHEN Batch_Num = 'xxxxxx' THEN nnnnnn ' WHEN Batch_Num = 'xxxxxx' THEN nnnnnn ' ' . . . ' ' ELSE Voucher ' END ' WHERE Batch_Num IN ( ' 'xxxxx', 'xxxxx', 'xxxxx', 'xxxxx', 'xxxxx', ' ' . . . ' ' 'xxxxx', 'xxxxx', 'xxxxx', 'xxxxx', 'xxxxx'); ' ''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''' Private Function BuildUpdateQuery(cBatches As Collection, cVouchers As Collection) As String On Error GoTo BuildUpdateQuery_Err Dim strUpdate As String Dim lBatchNum As Long Dim lRecordNum As Long If cBatches.count > 0 Then strUpdate = "UPDATE " & Constants.SCHEMA & ".[Rec_Daily_Balancing_Epic]" & vbNewLine _ & " SET Voucher = " & vbNewLine _ & " CASE" & vbNewLine For lRecordNum = 1 To cBatches.count strUpdate = strUpdate _ & " WHEN Batch_Num = '" & CStr(cBatches(lRecordNum)) & "' THEN " & CLng(cVouchers(lRecordNum)) If lRecordNum = cBatches.count Then strUpdate = strUpdate & vbNewLine _ & " ELSE Voucher" & vbNewLine _ & " END" & vbNewLine Else strUpdate = strUpdate & vbNewLine End If Next strUpdate = strUpdate & " WHERE Batch_Num IN (" & vbNewLine _ & Space(4) For lRecordNum = 1 To cBatches.count strUpdate = strUpdate & "'" & CStr(cBatches(lRecordNum)) & "', " If lRecordNum = cBatches.count Then strUpdate = Left(strUpdate, InStrRev(strUpdate, "', ")) & ");" ElseIf lRecordNum Mod 5 = 0 Then strUpdate = strUpdate & vbNewLine _ & Space(4) End If Next End If BuildUpdateQuery = strUpdate Exit Function BuildUpdateQuery_Err: Err.Raise Err.Number, _ Err.source & vbNewLine & vbTab & "Form_DailyBalancingUpload.BuildUpdateQuery", _ Err.description End Function ''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''' ' ' Executes the queries built above. ' ''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''' Private Sub InsertBatchesIntoDatabase(cInserts As Collection, _ cUpdateBatches As Collection, cUpdateVouchers As Collection) On Error GoTo InsertBatchesIntoDatabase_Err Dim cmdCommand As New ADODB.Command With cmdCommand If cInserts.count > 0 Then Set .ActiveConnection = con .CommandText = BuildInsertQuery(cInserts) .CommandType = adCmdText .Execute End If If cUpdateBatches.count > 0 _ And cUpdateVouchers.count > 0 Then Set .ActiveConnection = con .CommandText = BuildUpdateQuery(cUpdateBatches, _ cUpdateVouchers) .CommandType = adCmdText .Execute End If End With Set cmdCommand = Nothing Exit Sub InsertBatchesIntoDatabase_Err: Set cmdCommand = Nothing Err.Raise Err.Number, _ Err.source & vbNewLine & vbTab & "Form_DailyBalancingUpload.InsertBatchesIntoDatabase", _ Err.description End Sub Public Function GetColumnNums(xl As Excel.Application) As Boolean Dim i As Integer Dim clmns As String GetColumnNums = True i = 1 Do Until NoE(xl.Cells(1, i)) Select Case xl.Cells(1, i) Case "Post Date" postDtClmn = i Case "Dep Date" postPdClmn = i depDtClmn = i Case "Amount" paymentsClmn = i Case "Payment Code" paymentCodeClmn = i Case "User" userClmn = i Case "Batch #" batchClmn = i Case "Transaction Comment" transClmn = i Case "Invoice Payor" invoiceClmn = i Case "Posting Module" postingModuleClmn = i Case "Deposit Record" depRecordClmn = i Case "Cash Drawer Status" drawerStatusClmn = i End Select i = i + 1 Loop If postDtClmn = 0 Then clmns = clmns & " Post Date" GetColumnNums = False End If If postPdClmn = 0 Then clmns = clmns & " Dep Date" GetColumnNums = False End If If paymentsClmn = 0 Then clmns = clmns & " Amount" GetColumnNums = False End If If paymentCodeClmn = 0 Then clmns = clmns & " Payment Code" GetColumnNums = False End If If userClmn = 0 Then clmns = clmns & " User" GetColumnNums = False End If If batchClmn = 0 Then clmns = clmns & " Batch #" GetColumnNums = False End If If transClmn = 0 Then clmns = clmns & " Transaction Comment" GetColumnNums = False End If If invoiceClmn = 0 Then clmns = clmns & " Invoice Payor" GetColumnNums = False End If If postingModuleClmn = 0 Then clmns = clmns & " Posting Module" GetColumnNums = False End If If depDtClmn = 0 Then clmns = clmns & " Dep Date" GetColumnNums = False End If If depRecordClmn = 0 Then clmns = clmns & " Deposit Record" GetColumnNums = False End If If drawerStatusClmn = 0 Then clmns = clmns & " Cash Drawer Status" GetColumnNums = False End If If GetColumnNums = False Then MsgBox "Could not find column(s):" & clmns & Chr(10) & "Please review the spreadsheet and try again." End If End Function Public Sub GetVals(xl As Excel.Application, i As Long) Dim Sql As String Dim rs As New ADODB.Recordset Dim updateFlag As Boolean updateFlag = False If Len(DatePart("m", xl.Cells(i, postPdClmn))) = 1 Then postPd = "1" & Right(DatePart("yyyy", xl.Cells(i, postPdClmn)), 2) & "0" & DatePart("m", xl.Cells(i, postPdClmn)) Else postPd = "1" & Right(DatePart("yyyy", xl.Cells(i, postPdClmn)), 2) & DatePart("m", xl.Cells(i, postPdClmn)) End If PostDt = xl.Cells(i, postDtClmn) Payments = Payments + xl.Cells(i, paymentsClmn) batch = xl.Cells(i, batchClmn) DepDt = xl.Cells(i, depDtClmn) user = xl.Cells(i, userClmn) depRecord = xl.Cells(i, depRecordClmn) DrawerStatus = xl.Cells(i, drawerStatusClmn) If NoE(batchDesc) Then If NoE(xl.Cells(i, transClmn)) Then batchDesc = xl.Cells(i, paymentCodeClmn) ElseIf InStr(xl.Cells(i, transClmn), "Electronic Remittance") > 0 Then If InStr(xl.Cells(i, transClmn), ";") > 0 Then batchDesc = Left(xl.Cells(i, transClmn), InStr(xl.Cells(i, transClmn), ";")) & "; " & xl.Cells(i, invoiceClmn) Else batchDesc = xl.Cells(i, transClmn) & "; " & xl.Cells(i, invoiceClmn) End If Else batchDesc = xl.Cells(i, transClmn) End If End If End Sub Public Function isValidDBSpreadsheet(xl As Excel.Application) As Boolean Dim rs As New ADODB.Recordset Dim Sql As String Dim i As Long i = 2 'check to make sure column H is hidden If xl.Columns("H").Hidden = False Then isValidDBSpreadsheet = False xl.Workbooks.Close MsgBox "Column H needs to be hidden." & Chr(13) & _ "No data was uploaded. Please verify the spreadsheet and try again." Exit Function End If 'check for duplicate upload Sql = "Select from " & Constants.SCHEMA & ".[rec_user_data2] where filename = '" & xl.ActiveWorkbook.Path & "\" & xl.ActiveWorkbook.name & "'" Set rs = con.Execute(Sql) If Not rs.EOF Then isValidDBSpreadsheet = False xl.Workbooks.Close MsgBox "It looks like " & UCase(rs("username")) & " already uploaded this document on " & Format(rs("time"), "Short Date") & "." & Chr(13) & _ "No data was uploaded. Please verify you are uploading the correct spreadsheet." Exit Function End If 'check for duplicate batches Do Until NoE(xl.Cells(i, 1)) Or xl.Cells(i, 1) = "#N/A" Sql = "Select * from " & Constants.SCHEMA & ".[rec_daily_balancing_test] where batch_num = '" & xl.Cells(i, 2) & "'" Set rs = con.Execute(Sql) If Not rs.EOF Then isValidDBSpreadsheet = False MsgBox "The batch number " & xl.Cells(i, 2) & " is already in the database." & Chr(13) & _ "No data was uploaded. Please verify the spreadsheet and try again." xl.Workbooks.Close Exit Function End If i = i + 1 Loop isValidDBSpreadsheet = True End Function Private Sub Form_Load() Utilities.FormatWindow Me End Sub
'$INCLUDE: 'qb.bi' DIM regs AS regtype SCREEN 12 regs.ax = 0 interrupt &H33, regs, regs IF regs.ax = -1 THEN BEEP regs.ax = 1 interrupt &H33, regs, regs WHILE INKEY$ <> CHR$(27) regs.ax = 3 interrupt &H33, regs, regs x = regs.cx: y = regs.dx LOCATE 1, 1: PRINT "x="; x, "y="; y regs.ax = 6 regs.bx = 0 interrupt &H33, regs, regs b = regs.ax IF b = 1 THEN PLAY "t255l64o3cgagefgagb" IF b = 2 THEN PLAY "t255l64o4adfeggggfebcdfgea" IF b = 3 THEN PLAY "t255l64o5fgfedefedcdeagfegbgfaggfe" LOCATE 1, 23: PRINT b WEND
10 poke54784,18 20 if peek(54784)and128<>128 then 20 30 poke54785,0 40 poke54784,19 50 poke54785,0 60 poke54784,31 70 poke54785,2
10 HOME : PRINT "One moment..." : PRINT CHR$ (4)"BLOAD QRCO DE,A$2000" 20 VTAB 8: PRINT "This program creates and displays a": PRINT "QR code of 33 by 33 pixels.": PRINT "": PRINT "Choose an encoding type:" 30 HTAB 4: VTAB 14: PRINT "[A] for Alphanumeric.": HTAB 4: PRINT "Up to 114 characters. Limited": HTAB 4: PRINT "to upper case letters, numbers,": HTAB 4: PRINT "$ % * + - . / : and spaces." 40 HTAB 4: VTAB 19: PRINT "[B] for Bytes.": HTAB 4: PRINT "Limited to 78 ASCII characters." 50 VTAB 22: INPUT "Enter A or B :";M$ 60 IF NOT (M$ = "A" OR M$ = "B" or M$="a" or M$="b") THEN GOTO 50 70 IF (M$ = "B" or M$="b") THEN POKE M$ = "B" : 8,64: GOTO 700 80 IF (M$ = "A" or M$="a") THEN M$ = "A": POKE 8,32: GOTO 800 700 HOME : VTAB 8 710 PRINT "BYTE MODE:": PRINT " Enter up to 78 ASCII characters:" 730 GOTO 1000 800 HOME : VTAB 8 810 PRINT "ALPHANUMERIC MODE:": PRINT "Enter up to 114 characters:" 820 VTAB 16: INVERSE: PRINT "Valid characters:" : PRINT "A-Z 0-9 $ % * + - . / : (space)": NORMAL 1000 VTAB 12: INPUT ">";S$ 1010 if ((M$ = "A" and len(S$)>114) or (M$ = "B" and len(S$)>78)) then ? "Message too long.": goto 1000 1020 CALL 8192
' * * * * * FIB.BAS COPYRIGHT 2016 LUIS YBARRA * * * * * * * ' * * ' * Program that takes a number & calculates its Fibonacci * ' * * ' * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * DECLARE FUNCTION Fibonacci! (num AS INTEGER) CLS COLOR 4 10 INPUT "Enter a Number: ", num% IF num% < 0 THEN PRINT "Bad Dog!" ELSE PRINT STR$(Fibonacci(num%)) + CHR$(10) GOTO 10 END IF FUNCTION Fibonacci (num AS INTEGER) IF num = 0 THEN Fibonacci = 0 ELSEIF num = 1 OR num = 2 THEN Fibonacci = 1 ELSE Fibonacci = Fibonacci(num - 1) + Fibonacci(num - 2) END IF END FUNCTION
1 %TITLE "Purge SubAccount/Balance/Budget Files" %SBTTL "SB_TRAN_PURGE" %IDENT "V3.6a Calico" FUNCTION LONG SB_TRAN_PURGE(LONG OPT, & STRING BATCH_NUMBER, & STRING TITLE(), & UTL_REPORTX_CDD UTL_REPORTX) ! ! COPYRIGHT (C) 1987, 1988, 1989 BY ! Computer Management Center ! Idaho Falls, Idaho. ! ! This software is furnished under a license and may be used and ! copied only in accordance with terms of such license and with ! the inclusion of the above copyright notice. This software or ! any other copies therof may not be provided or otherwise made ! available to any other person. No title to and ownership of ! the software is hereby transferred. ! ! The information in this software is subject to change without ! notice and should not be construed as a commitment by ! Computer Management Center, Inc. ! ! CMC assumes no responsibility for the use or reliability of ! its software on equipment which is not supported by CMC. ! !++ ! ! ABSTRACT:HELP ! .p ! This function is used to purge the SB_SUBACCOUNT, SB_BALANCE ! and the SB_BUDGET files. ! ! Index: ! ! Option: ! ! Compile: ! ! $ BAS SB_SOURCE:SB_TRAN_PURGE ! $ LIB FUNC_LIB:CMCFUN/REP SB_TRAN_PURGE ! $ DELETE SB_TRAN_PURGE.OBJ;* ! ! AUTHOR: ! ! 05/26/89 - B. Craig Larsen ! ! MODIFICATION HISTORY: ! ! 04/23/93 - Kevin Handy ! Clean up (Check) ! ! 04/15/95 - Kevin Handy ! (V3.6) ! Update to V3.6 coding standards ! ! 09/13/96 - Kevin Handy ! Reformat source code. ! ! 08/22/98 - Kevin Handy ! (V3.6a Calico) ! Update to V3.6a coding standards ! ! 11/05/2000 - Kevin Handy ! Use A"x"B ! Use WHEN ERROR IN !-- %PAGE OPTION SIZE = (INTEGER LONG, REAL GFLOAT) ! ! Include files ! %INCLUDE "FUNC_INCLUDE:FUNCTION.HB" MAP (SCOPE) SCOPE_STRUCT SCOPE %INCLUDE "SOURCE:[UTL.OPEN]UTL_REPORTX.HB" ! ! Map statements ! %INCLUDE "SOURCE:[SB.OPEN]SB_CONTROL.HB" MAP (SB_CONTROL) SB_CONTROL_CDD SB_CONTROL %INCLUDE "SOURCE:[SB.OPEN]SB_SUBACCOUNT.HB" MAP (SB_SUBACCOUNT) SB_SUBACCOUNT_CDD SB_SUBACCOUNT %INCLUDE "SOURCE:[SB.OPEN]SB_BALANCE.HB" MAP (SB_BALANCE) SB_BALANCE_CDD SB_BALANCE %INCLUDE "SOURCE:[SB.OPEN]SB_BUDGET.HB" MAP (SB_BUDGET) SB_BUDGET_CDD SB_BUDGET MAP (DP_OUTP_XUNSOL) RRR_FLAG% COM (SB_TRAN_PURGE_COM) RECORDS%, & SB_CONTROL.CH%, & SB_SUBACCOUNT.CH%, & SB_BALANCE.CH%, & SB_BUDGET.CH% ! ! External functions ! EXTERNAL LONG FUNCTION ASSG_POSTBATCH EXTERNAL LONG FUNCTION OUTP_UNSOLICITED EXTERNAL LONG FUNCTION OUTP_FILE DECLARE LONG EXIT_STATUS %PAGE ON ERROR GOTO 19000 ! ! Assume success ! EXIT_STATUS = CMC$_NORMAL ! ! Set up input from user ! SUBJECT$ = EDIT$(UTL_REPORTX::OPTDEF(0%), 132%) !++ ! ABSTRACT:SUBJECT ! !-- LIMITDATE$ = DATE_STOREDATE(EDIT$(UTL_REPORTX::OPTDEF(1%), 132%)) !++ ! ABSTRACT:LIMITDATE ! !-- SELECT SUBJECT$ CASE "J" DEF_SYSTEM$ = "JC" CASE ELSE DEF_SYSTEM$ = "" END SELECT SELECT OPT CASE OPT_OPENFILE SELECT SUBJECT$ CASE "J" CASE ELSE TEXT$ = SPACE$(18%) + "Unknown Subject '" + SUBJECT$ + & "' - Will attempt to purge " + & "SB_SUBACCOUNT file only." CALL OUTP_LINE("", UTL_REPORTX, TITLE(), TEXT$, 0%) GOTO 250 END SELECT 200 WHEN ERROR IN %INCLUDE "SOURCE:[SB.OPEN]SB_CONTROL.MOD" GET #SB_CONTROL.CH%, KEY #0% EQ DEF_SYSTEM$ USE IF ERR = 154% ! Locked Block THEN SLEEP 5% RETRY END IF FILENAME$ = "SB_CONTROL" CONTINUE HelpError END WHEN ! ! Check control flag ! IF SB_CONTROL::CONTROLFLAG <> "0" AND & SB_CONTROL::CONTROLFLAG <> "4" THEN TEXT$ = SPACE$(18%) + & "The status flag in the control " + & "file is " + SB_CONTROL::CONTROLFLAG + "." CALL OUTP_LINE("", UTL_REPORTX, TITLE(), TEXT$, 0%) EXIT_STATUS = CMC$_UNTERROR GOTO ExitFunction END IF EXIT_STATUS = ASSG_POSTBATCH(OPT_MARKFILE, BATCH_NUMBER, & TITLE(), UTL_REPORTX, & "SB_SUBACCOUNT.MAS", "", "", "") GOTO ExitFunction IF (1% AND EXIT_STATUS) = 0% 220 RECORDS% = 0% SB_CONTROL::CONTROLFLAG = "4" SB_CONTROL::BATCH = BATCH_NUMBER SB_CONTROL::CDATE = DATE_TODAY SB_CONTROL::CTIME = TIME_NOW WHEN ERROR IN UPDATE #SB_CONTROL.CH% USE FILENAME$ = "SB_CONTROL" CONTINUE HelpError END WHEN 230 WHEN ERROR IN %INCLUDE "SOURCE:[SB.OPEN]SB_BALANCE.PST" USE FILENAME$ = "SB_BALANCE" CONTINUE HelpError END WHEN 240 WHEN ERROR IN %INCLUDE "SOURCE:[SB.OPEN]SB_BUDGET.PST" USE FILENAME$ = "SB_BUDGET" CONTINUE HelpError END WHEN 250 WHEN ERROR IN %INCLUDE "SOURCE:[SB.OPEN]SB_SUBACCOUNT.PST" USE FILENAME$ = "SB_SUBACCOUNT" CONTINUE HelpError END WHEN 260 EXIT_STATUS = ASSG_POSTBATCH(OPT_OPENFILE, BATCH_NUMBER, & TITLE(), UTL_REPORTX, "", "", "", "") CASE OPT_DELETE 400 WHEN ERROR IN FIND #SB_SUBACCOUNT.CH%, KEY #0% EQ SUBJECT$ USE IF ERR = 154% ! Locked Block THEN SLEEP 5% RETRY END IF CONTINUE ExitFunction IF ERR = 155% FILENAME$ = "SB_SUBACCOUNT" CONTINUE HelpError END WHEN NextRec: 410 WHEN ERROR IN GET #SB_SUBACCOUNT.CH% USE IF ERR = 154% ! Locked Block THEN SLEEP 5% RETRY END IF CONTINUE ExitFunction IF ERR = 11% FILENAME$ = "SB_SUBACCOUNT" CONTINUE HelpError END WHEN ! ! Check unsolicited input ! IF RRR_FLAG% THEN IF OUTP_UNSOLICITED(OPT_REPORT) <> CMC$_NORMAL THEN EXIT_STATUS = CMC$_UNTERROR GOTO ExitFunction END IF END IF GOTO ExitFunction IF SB_SUBACCOUNT::SUBJECT <> SUBJECT$ GOTO NextRec IF SB_SUBACCOUNT::EDATE >= LIMITDATE$ OR & SB_SUBACCOUNT::SSTATUS <> "C" SELECT SUBJECT$ CASE "J" CASE ELSE GOTO 460 END SELECT NextRec1: 420 WHEN ERROR IN FIND #SB_BUDGET.CH%, KEY #0% EQ DEF_SYSTEM$ + & SB_SUBACCOUNT::SUBACCOUNT USE IF ERR = 154% ! Locked Block THEN SLEEP 5% RETRY END IF CONTINUE 440 IF ERR = 155% FILENAME$ = "SB_BUDGET" CONTINUE HelpError END WHEN 430 WHEN ERROR IN GET #SB_BUDGET.CH% USE IF ERR = 154% ! Locked Block THEN SLEEP 5% RETRY END IF CONTINUE 440 IF ERR = 11% FILENAME$ = "SB_BUDGET" CONTINUE HelpError END WHEN GOTO NextRec2 IF SB_BUDGET::SYSTEM <> DEF_SYSTEM$ OR & SB_BUDGET::SUBACCOUNT <> SB_SUBACCOUNT::SUBACCOUNT DELETE #SB_BUDGET.CH% ! ! Try for next record ! GOTO NextRec1 NextRec2: 440 WHEN ERROR IN FIND #SB_BALANCE.CH%, KEY #0% EQ DEF_SYSTEM$ + & SB_SUBACCOUNT::SUBACCOUNT USE IF ERR = 154% ! Locked Block THEN SLEEP 5% RETRY END IF CONTINUE 460 IF ERR = 155% FILENAME$ = "SB_BALANCE" CONTINUE HelpError END WHEN 450 WHEN ERROR IN GET #SB_BALANCE.CH% USE IF ERR = 154% ! Locked Block THEN SLEEP 5% RETRY END IF CONTINUE 460 IF ERR = 11% FILENAME$ = "SB_BALANCE" CONTINUE HelpError END WHEN GOTO 460 IF SB_BALANCE::SYSTEM <> DEF_SYSTEM$ OR & SB_BALANCE::SUBACCOUNT <> SB_SUBACCOUNT::SUBACCOUNT DELETE #SB_BALANCE.CH% ! ! Try for next record ! GOTO NextRec2 460 WHEN ERROR IN DELETE #SB_SUBACCOUNT.CH% USE FILENAME$ = "SB_SUBACCOUNT" CONTINUE HelpError END WHEN RECORDS% = RECORDS% + 1% ! ! Output a line to the file ! TEXT$ = SB_SUBACCOUNT::SUBJECT + " " + & SB_SUBACCOUNT::SUBACCOUNT + " " + & LEFT(SB_SUBACCOUNT::DESCR, 30%) + " " + & SB_SUBACCOUNT::TTYPE + " " + & SB_SUBACCOUNT::CLASS + " " + & PRNT_DATE(SB_SUBACCOUNT::BDATE, 8%) + " " + & SB_SUBACCOUNT::SSTATUS + " " + & PRNT_DATE(SB_SUBACCOUNT::EDATE, 8%) ! ! Keep undefined codes ! EXIT_STATUS = OUTP_FILE(OPT_ADDREC, TITLE(), & UTL_RECORDX, TEXT$, ADD_TITLE$()) GOTO ExitFunction IF EXIT_STATUS <> CMC$_NORMAL ! ! Try for next record ! GOTO NextRec CASE OPT_CLOSEFILE SELECT SUBJECT$ CASE "J" CASE ELSE GOTO 510 END SELECT 500 WHEN ERROR IN GET #SB_CONTROL.CH%, KEY #0% EQ DEF_SYSTEM$ SB_CONTROL::CONTROLFLAG = "0" UPDATE #SB_CONTROL.CH% CLOSE #SB_CONTROL.CH% USE IF ERR = 154% ! Locked Block THEN SLEEP 5% RETRY END IF FILENAME$ = "SB_CONTROL" CONTINUE HelpError END WHEN 510 EXIT_STATUS = ASSG_POSTBATCH(OPT_CLOSEFILE, BATCH_NUMBER, & TITLE(), UTL_REPORTX, "", "", "", "") TEXT$ = SPACE$(9%) + FORMAT$(RECORDS%, "########") + & " Records were deleted from SB_SUBACCOUNT file." CALL OUTP_LINE("", UTL_REPORTX, TITLE(), TEXT$, 0%) CASE OPT_REPORT ! ! Print deleted records if any ! ADD_TITLE$(1%) = "RECORDS DELETED FROM SUBACCOUNT FILE" X% = (132% - LEN(ADD_TITLE$(1%))) / 2% ADD_TITLE$(1%) = STRING$(X%, A"="B) + ADD_TITLE$(1%) + & STRING$(132% - (X% + LEN(ADD_TITLE$(1%))), A"="B) ADD_TITLE$(2%) = & "Sb Subaccount Description " + & "Ty Clas OnsetDate S TermDate" EXIT_STATUS = OUTP_FILE(OPT_SUMMARY, TITLE(), & UTL_REPORTX, TEXT$, ADD_TITLE$()) CASE ELSE ! ! Undefined option ! EXIT_STATUS = CMC$_NOOPTION END SELECT ExitFunction: SB_TRAN_PURGE = EXIT_STATUS EXIT FUNCTION %PAGE HelpError: !**************************************************************** ! Help Message for an error !************************************************************** CALL HELP_34MESSAGE(SCOPE, NUM1$(ERL) + " " + ERT$(ERR), & "E", ERN$, FILENAME$, NUM1$(ERR)) EXIT_STATUS = CMC$_UNTERROR GOTO ExitFunction 19000 !************************************************************** ! Error trapping !**************************************************************** ! ! Untrapped error ! FILENAME$ = "" RESUME HelpError 32767 END FUNCTION
CHDIR ".\programs\samples\thebob\abacus" '**************************************************************************' ' '------------------------- A B A C U S 1 2. B A S ---------------------------' '--------------- Copyright (C) 2007 by Bob Seguin (Freeware) ----------------' ' '*************************************************************************' DEFINT A-Z DECLARE FUNCTION InitMOUSE () DECLARE SUB MouseSTATUS (LB, RB, MouseX, MouseY) DECLARE SUB ShowMOUSE () DECLARE SUB HideMOUSE () DECLARE SUB ClearMOUSE () DECLARE SUB MouseDRIVER (LB, RB, MX, MY) DECLARE SUB Graphics () DECLARE SUB PutBEADS (col, OneVAL) DECLARE SUB PutNUM (col) DECLARE SUB Menu (InOUT) DECLARE SUB ResetABACUS () DIM SHARED Box(26000) DIM SHARED NumBOX(1 TO 250) DIM SHARED MenuBOX(600) DEF SEG = VARSEG(NumBOX(1)) BLOAD "abanums.bsv", VARPTR(NumBOX(1)) DEF SEG = VARSEG(MenuBOX(0)) BLOAD "abamenu.bsv", VARPTR(MenuBOX(0)) DEF SEG DIM SHARED Abacus(1 TO 10, 1 TO 2) DIM SHARED MouseDATA$ DIM SHARED LB, RB 'Create and load MouseDATA$ for CALL ABSOLUTE routines Cheddar: DATA 55,89,E5,8B,5E,0C,8B,07,50,8B,5E,0A,8B,07,50,8B,5E,08,8B DATA 0F,8B,5E,06,8B,17,5B,58,1E,07,CD,33,53,8B,5E,0C,89,07,58 DATA 8B,5E,0A,89,07,8B,5E,08,89,0F,8B,5E,06,89,17,5D,CA,08,00 MouseDATA$ = SPACE$(57) RESTORE Cheddar FOR i = 1 TO 57 READ h$ Hexxer$ = CHR$(VAL("&H" + h$)) MID$(MouseDATA$, i, 1) = Hexxer$ NEXT i Moused = InitMOUSE IF NOT Moused THEN PRINT "Sorry, cat must have got the mouse." SLEEP 2 SYSTEM END IF SCREEN 12 GOSUB SetPALETTE Graphics ShowMOUSE DO k$ = INKEY$ IF k$ = CHR$(27) THEN SYSTEM MouseSTATUS LB, RB, MouseX, MouseY SELECT CASE MouseX CASE 212 TO 233: col = 1 CASE 234 TO 255: col = 2 CASE 256 TO 277: col = 3 CASE 278 TO 299: col = 4 CASE 300 TO 321: col = 5 CASE 322 TO 343: col = 6 CASE 344 TO 365: col = 7 CASE 366 TO 387: col = 8 CASE 388 TO 409: col = 9 CASE 410 TO 431: col = 10 CASE ELSE: col = 0 END SELECT SELECT CASE MouseY CASE 124 TO 133: Menu 1 CASE 161 TO 176: row = 1 CASE 177 TO 192: row = 2 CASE 202 TO 218: row = 3 CASE 219 TO 234: row = 4 CASE 235 TO 250: row = 5 CASE 251 TO 266: row = 6 CASE 267 TO 282: row = 7 CASE ELSE: row = 0: Menu 0 END SELECT IF LB = -1 THEN IF col <> 0 THEN SELECT CASE row CASE 1: PutBEADS col, 6: Abacus(col, 1) = 5 CASE 2: PutBEADS col, 5: Abacus(col, 1) = 0 CASE 3 TO 7: Sum = row - 3: Abacus(col, 2) = Sum: PutBEADS col, Sum END SELECT PutNUM col END IF ClearMOUSE END IF LOOP SYSTEM SetPALETTE: DATA 20, 0, 24, 0, 0, 42, 0, 0, 45, 10, 0, 50 DATA 55, 0, 0, 50, 0, 0, 40, 0, 0, 42, 42, 42 DATA 30, 0, 0, 20, 10, 55, 25, 5, 29, 40, 30, 63 DATA 45, 0, 0, 63, 0, 0, 60, 45, 20, 63, 63, 63 RESTORE SetPALETTE OUT &H3C8, 0 FOR n = 1 TO 48 READ Intensity OUT &H3C9, Intensity NEXT n RETURN SUB ClearMOUSE WHILE LB OR RB MouseSTATUS LB, RB, MouseX, MouseY WEND END SUB SUB Graphics DEF SEG = VARSEG(Box(0)) FOR y = 0 TO 320 STEP 160 FileCOUNT = FileCOUNT + 1 FileNAME$ = "ABACUS" + LTRIM$(RTRIM$(STR$(FileCOUNT))) + ".BSV" BLOAD FileNAME$, VARPTR(Box(0)) PUT (0, y), Box NEXT y BLOAD "abasets.bsv", VARPTR(Box(0)) DEF SEG END SUB SUB HideMOUSE LB = 2 MouseDRIVER LB, 0, 0, 0 END SUB FUNCTION InitMOUSE LB = 0 MouseDRIVER LB, 0, 0, 0 InitMOUSE = LB END FUNCTION SUB Menu (InOUT) STATIC MenuITEM IF InOUT = 0 THEN GOSUB CloseMENU: EXIT SUB MouseSTATUS LB, RB, MouseX, MouseY SELECT CASE MouseX CASE 210 TO 238 IF MenuITEM <> 1 THEN GOSUB CloseMENU MenuITEM = 1 GOSUB OpenMENU END IF CASE 412 TO 432 IF MenuITEM <> 2 THEN GOSUB CloseMENU MenuITEM = 2 GOSUB OpenMENU END IF CASE ELSE: GOSUB CloseMENU END SELECT IF LB = -1 THEN SELECT CASE MenuITEM CASE 1: ResetABACUS CASE 2: GOSUB CloseMENU: SYSTEM END SELECT END IF EXIT SUB OpenMENU: HideMOUSE SELECT CASE MenuITEM CASE 1: PUT (210, 124), MenuBOX(200), PSET CASE 2: PUT (412, 124), MenuBOX(300), PSET END SELECT ShowMOUSE RETURN CloseMENU: IF MenuITEM <> 0 THEN HideMOUSE SELECT CASE MenuITEM CASE 1: PUT (210, 124), MenuBOX, PSET CASE 2: PUT (412, 124), MenuBOX(100), PSET END SELECT ShowMOUSE MenuITEM = 0 END IF RETURN END SUB SUB MouseDRIVER (LB, RB, MX, MY) DEF SEG = VARSEG(MouseDATA$) mouse = SADD(MouseDATA$) CALL ABSOLUTE(LB, RB, MX, MY, mouse) END SUB SUB MouseSTATUS (LB, RB, MouseX, MouseY) LB = 3 MouseDRIVER LB, RB, MX, MY LB = ((RB AND 1) <> 0) RB = ((RB AND 2) <> 0) MouseX = MX MouseY = MY END SUB SUB PutBEADS (col, BeadVAL) PutCOL = col 22 + 192 IF BeadVAL > 4 THEN Hop = -43 ELSE Hop = 0 HideMOUSE PUT (PutCOL, 204 + Hop), Box(BeadVAL * 1000 + 10000), PSET ShowMOUSE END SUB SUB PutNUM (col) Sum = Abacus(col, 1) + Abacus(col, 2) HideMOUSE PUT (col * 22 + 198, 320), NumBOX(Sum * 25 + 1), PSET ShowMOUSE END SUB SUB ResetABACUS HideMOUSE PUT (212, 161), Box, PSET ShowMOUSE ERASE Abacus END SUB SUB ShowMOUSE LB = 1 MouseDRIVER LB, 0, 0, 0 END SUB
Attribute VB_Name = "mainSort" Option Explicit 'by Geovani Montoya (DA at KRB1) Sub sort() Application.Calculation = xlCalculationAutomatic Application.ScreenUpdating = False ''' THIS SUB TRANSFORMS ARRAYS TO COLUMN/CELL FORMAT AND MAPS DATA ONTO REPORT''' '!!!!!!!!!!!!!! FIX: horrible way of doing this (e.g. loop through the rows) Dim itemm As Worksheet Dim arrWs On Error Resume Next Set arrWs = Sheets(Array("ppr1", "pid1", "frr1", "ur1", _ "ppr2", "pid2", "frr2", "ur2", _ "ppr3", "pid3", "frr3", "ur3", _ "ppr4", "pid4", "frr4", "ur4", _ "ppr5", "pid5", "frr5", "ur5", _ "ppr6", "pid6", "frr6", "ur6", _ "ppr7", "pid7", "frr7", "ur7", _ "ppr8", "pid8", "frr8", "ur8", _ "ppr9", "pid9", "frr9", "ur9", _ "ppr10", "pid10", "frr10", "ur10", _ "ppr11", "pid11", "frr11", "ur11", _ "ppr12", "pid12", "frr12", "ur12")) For Each itemm In arrWs Sheets(itemm.Name).Visible = True itemm.Select Columns("A:A").Select Call transform itemm.Columns.AutoFit 'Sort for NOW If itemm.Name = "ppr1" Then Call mapPPRNow(itemm, 10) ElseIf itemm.Name = "pid1" Then Call mapPIDNow(itemm, 10) ElseIf itemm.Name = "frr1" Then Call mapFRR(itemm, 10) ElseIf itemm.Name = "ur1" Then Call mapUR(itemm, Sheets("ppr1"), 10) 'Sort for Hour1 ElseIf itemm.Name = "ppr2" Then Call mapPPR(itemm, 14) ElseIf itemm.Name = "pid2" Then Call mapPID(itemm, 14, "B8") ElseIf itemm.Name = "frr2" Then Call mapFRR(itemm, 14) ElseIf itemm.Name = "ur2" Then Call mapUR(itemm, Sheets("ppr2"), 14) 'Sort for Hour2 ElseIf itemm.Name = "ppr3" Then Call mapPPR(itemm, 15) ElseIf itemm.Name = "pid3" Then Call mapPID(itemm, 15, "B9") ElseIf itemm.Name = "frr3" Then Call mapFRR(itemm, 15) ElseIf itemm.Name = "ur3" Then Call mapUR(itemm, Sheets("ppr3"), 15) 'Sort for Hour3 ElseIf itemm.Name = "ppr4" Then Call mapPPR(itemm, 16) ElseIf itemm.Name = "pid4" Then Call mapPID(itemm, 16, "B10") ElseIf itemm.Name = "frr4" Then Call mapFRR(itemm, 16) ElseIf itemm.Name = "ur4" Then Call mapUR(itemm, Sheets("ppr3"), 16) 'Sort for Hour4 ElseIf itemm.Name = "ppr5" Then Call mapPPR(itemm, 17) ElseIf itemm.Name = "pid5" Then Call mapPID(itemm, 17, "B11") ElseIf itemm.Name = "frr5" Then Call mapFRR(itemm, 17) ElseIf itemm.Name = "ur5" Then Call mapUR(itemm, Sheets("ppr5"), 17) 'Sort for Hour5 ElseIf itemm.Name = "ppr6" Then Call mapPPR(itemm, 18) ElseIf itemm.Name = "pid6" Then Call mapPID(itemm, 18, "B12") ElseIf itemm.Name = "frr6" Then Call mapFRR(itemm, 18) ElseIf itemm.Name = "ur6" Then Call mapUR(itemm, Sheets("ppr6"), 18) 'Sort for Hour6 ElseIf itemm.Name = "ppr7" Then Call mapPPR(itemm, 19) ElseIf itemm.Name = "pid7" Then Call mapPID(itemm, 19, "B13") ElseIf itemm.Name = "frr7" Then Call mapFRR(itemm, 19) ElseIf itemm.Name = "ur7" Then Call mapUR(itemm, Sheets("ppr7"), 19) 'Sort for Hour7 ElseIf itemm.Name = "ppr8" Then Call mapPPR(itemm, 20) ElseIf itemm.Name = "pid8" Then Call mapPID(itemm, 20, "B14") ElseIf itemm.Name = "frr8" Then Call mapFRR(itemm, 20) ElseIf itemm.Name = "ur8" Then Call mapUR(itemm, Sheets("ppr8"), 20) 'Sort for Hour8 ElseIf itemm.Name = "ppr9" Then Call mapPPR(itemm, 21) ElseIf itemm.Name = "pid9" Then Call mapPID(itemm, 21, "B15") ElseIf itemm.Name = "frr9" Then Call mapFRR(itemm, 21) ElseIf itemm.Name = "ur9" Then Call mapUR(itemm, Sheets("ppr9"), 21) 'Sort for Hour9 ElseIf itemm.Name = "ppr10" Then Call mapPPR(itemm, 22) ElseIf itemm.Name = "pid10" Then Call mapPID(itemm, 22, "B16") ElseIf itemm.Name = "frr10" Then Call mapFRR(itemm, 22) ElseIf itemm.Name = "ur10" Then Call mapUR(itemm, Sheets("ppr10"), 22) 'Sort for Hour10 ElseIf itemm.Name = "ppr11" Then Call mapPPR(itemm, 23) ElseIf itemm.Name = "pid11" Then Call mapPID(itemm, 23, "B17") ElseIf itemm.Name = "frr11" Then Call mapFRR(itemm, 23) ElseIf itemm.Name = "ur11" Then Call mapUR(itemm, Sheets("ppr11"), 23) 'Sort for Hour11 ElseIf itemm.Name = "ppr12" Then Call mapPPR(itemm, 24) ElseIf itemm.Name = "pid12" Then Call mapPID(itemm, 24, "B18") ElseIf itemm.Name = "frr12" Then Call mapFRR(itemm, 24) ElseIf itemm.Name = "ur12" Then Call mapUR(itemm, Sheets("ppr12"), 24) Else Debug.Print itemm, "worksheet does not exist" End If Sheets(itemm.Name).Visible = False Next itemm Call clearzero Call delConnect Application.ScreenUpdating = True Sheets("Report Generator").Select End Sub Sub mapPPRNow(ws As Worksheet, j As Integer) '''''map data onto report 'Get reveive dock values Sheets("Report Generator").Cells(j, 2).value = WorksheetFunction.IfError(Round(ws.Cells(2, 10), 1), " ") 'Get stow Sheets("Report Generator").Cells(j, 4).value = Round(ws.Cells(46, 10), 1) 'Get IB Total Sheets("Report Generator").Cells(j, 5).value = Round(ws.Cells(54, 10), 1) 'Get Receive Volume Sheets("Report Generator").Cells(j, 6).value = Round(ws.Cells(54, 8), 1) 'Get inbound UPC Sheets("Report Generator").Cells(j, 8).value = WorksheetFunction.IfError(Round(ws.Cells(54, 8) / ws.Cells(14, 8), 1), "not found") 'Get Pick Volume Sheets("Report Generator").Cells(j, 11).value = Round(ws.Cells(69, 8), 1) 'Get TO Dock Sheets("Report Generator").Cells(j, 14).value = Round(ws.Cells(71, 10), 1) 'TO total Sheets("Report Generator").Cells(j, 15).value = Round(ws.Cells(74, 10), 1) 'Get IB CPLH Sheets("Report Generator").Cells(j, 7).value = Round(ws.Cells(46, 8) / ws.Cells(180, 9), 1) '++++++ planned data +++++++++ 'Get planned stow rate Sheets("Report Generator").Cells(j - 1, 4).value = Round(ws.Range("K46"), 1) 'Get planned IB Total Sheets("Report Generator").Cells(j - 1, 5).value = Round(ws.Range("K54"), 1) 'gets planned pick rate 'Sheets("Report Generator").Cells(j - 3, 10).value = Round(ws.Range("L69"), 1) 'gets planned TO total Sheets("Report Generator").Cells(j - 1, 15).value = Round(ws.Range("K74"), 1) End Sub Sub mapPPR(ws As Worksheet, j As Integer) '''''map data onto report 'Get reveive dock values Sheets("Report Generator").Cells(j, 2).value = WorksheetFunction.IfError(Round(ws.Cells(2, 10), 1), " ") 'Get stow Sheets("Report Generator").Cells(j, 4).value = Round(ws.Cells(46, 10), 1) 'Get IB Total Sheets("Report Generator").Cells(j, 5).value = Round(ws.Cells(54, 10), 1) 'Get Receive Volume Sheets("Report Generator").Cells(j, 6).value = Round(ws.Cells(54, 8), 1) 'Get inbound UPC Sheets("Report Generator").Cells(j, 8).value = WorksheetFunction.IfError(Round(ws.Cells(54, 8) / ws.Cells(14, 8), 1), "not found") 'Get Pick Volume Sheets("Report Generator").Cells(j, 11).value = Round(ws.Cells(69, 8), 1) 'Get TO Dock Sheets("Report Generator").Cells(j, 14).value = Round(ws.Cells(71, 10), 1) 'TO total Sheets("Report Generator").Cells(j, 15).value = Round(ws.Cells(74, 10), 1) 'Get IB CPLH Sheets("Report Generator").Cells(j, 7).value = Round(ws.Cells(46, 8) / ws.Cells(180, 9), 1) End Sub Sub mapPIDNow(ws As Worksheet, j As Integer) '''' map PID data report ''' 'LP receive Sheets("Report Generator").Cells(j, 3).value = Round(ws.Cells(5, 2), 1) 'planned LP receive Sheets("Report Generator").Cells(9, 3).value = Round(Sheets("ppr1").Range("K14"), 1) End Sub Sub mapPID(ws As Worksheet, j As Integer, refCell As String) '''' map PID data report ''' 'LP receive Sheets("Report Generator").Cells(j, 3).value = Round(ws.Range(refCell), 1) End Sub Sub mapFRR(ws As Worksheet, j As Integer) 'gets pick rate Sheets("Report Generator").Cells(j, 10).value = Round(Application.SumIfs(ws.Columns(17), ws.Columns(16), "Total", ws.Columns(15), "Case") / _ Application.SumIfs(ws.Columns(11), ws.Columns(16), "Total", ws.Columns(15), "Case"), 1) 'Outbound UPC Sheets("Report Generator").Cells(j, 13).value = Round(Application.SumIfs(ws.Columns(17), ws.Columns(15), "EACH", ws.Columns(16), "Total") / _ Application.SumIfs(ws.Columns(13), ws.Columns(15), "EACH", ws.Columns(16), "Total"), 1) End Sub Sub mapUR(ws As Worksheet, ws2 As Worksheet, j As Integer) 'gets OB CLPH from PPR and UR calculation Sheets("Report Generator").Cells(j, 12).value = Round(Application.SumIfs(ws.Columns(9), ws.Columns(8), "Total", ws.Columns(7), "Case") / ws2.Range("I181"), 1) End Sub Sub transform() Selection.TextToColumns Destination:=Range("A1"), DataType:=xlDelimited, _ TextQualifier:=xlDoubleQuote, ConsecutiveDelimiter:=False, Tab:=False, _ Semicolon:=False, Comma:=True, Space:=False, Other:=False, OtherChar _ :="#", FieldInfo:=Array(Array(1, 1), Array(2, 1), Array(3, 1), Array(4, 1), Array(5, _ 1), Array(6, 1), Array(7, 1), Array(8, 1), Array(9, 1), Array(10, 1), Array(11, 1), Array(12 _ , 1), Array(13, 1), Array(14, 1), Array(15, 1), Array(16, 1), Array(17, 1), Array(18, 1), _ Array(19, 1)), TrailingMinusNumbers:=True End Sub Sub clearzero() Dim rng As Range For Each rng In Sheets("Report Generator").Range("B14:L24") ' substitute your range here If rng.value = 0 Then rng.value = "" End If Next For Each rng In Sheets("Report Generator").Range("B9:F10") ' substitute your range here If rng.value = 0 Then rng.value = "" End If Next End Sub Sub delayedSort1() '''THIS SUB HELPS DELAY SUB ''' Application.OnTime Now() + TimeValue("0:00:20"), "sort" sort Debug.Print "sorting..." End Sub Sub delayedSort2() '''THIS SUB HELPS DELAY SUB ''' Application.OnTime Now() + TimeValue("0:00:20"), "sort" sort Debug.Print "sorting..." End Sub Sub mainReset() 'This clears the data to recycle the report 'Application.ScreenUpdating = False Range("B14:P24").Select Selection.ClearContents 'Application.ScreenUpdating = True Sheets("Report Generator").Range("D2").Select End Sub
1 REM ZILCH (C) COPYRIGHT 1980 BY MORRIE WILSON 2 REM ****** ZILCH BY MORRIE WILSON 3 REM 4 REM A DICE GAME FOR 1 TO 9 PLAYERS, 5 REM AND THE COMPUTER CAN BE A PLAYER TOO. 6 REM 7 REM 8 REM THIS IS A FREE PROGRAM. NO COMMERCIAL USE ALLOWED. 9 REM FOR INFO: MORRIE WILSON / 2527 56TH SW /SEATTLE WASH / 98116 10 REM IF YOU HAVE MICROSOFT 5.+ BASIC, REMOVE "REM" FROM LINE 35 11 REM TO ALLOW IT TO GENERATE RANDOM NUMBERS. THIS PROGRAM IS 12 REM COMPATIBLE WITH MICROSOFT BASIC 4.51 AND 5.03 13 REM IF CODING LOOKS STRANGE & REDUNDANT, IT IS BECAUSE I'M TRYING 14 REM TO REMAIN COMPATIBLE WITH BOTH BASICS. 15 REM 16 REM IF IT RUNS, BUT THE DICE VALUES ARE STRANGE, THEN ITS 17 REM PROBABLY THAT YOUR BASIC HANDLES RANDOM NUMBER GENERATION 18 REM DIFFERENTLY. CHECK OUT THE RND(X) STUFF IN LINE 74 19 W6=250 20 A1$="ABCDEF" 21 A=ASC("A") 22 PRINT TAB(30);"ZILCH" 23 A$="N":INPUT "DO YOU WANT INSTRUCTIONS ";A$ 24 IF LEFT$(A$,1)="Y" THEN GOSUB 149 25 INPUT "NUMBER OF PLAYERS";N1 26 N1=INT(N1):IF N1<1 THEN PRINT "WHAT....YOU CAN'T DO THAT":GOTO 25 27 IF N1>9 THEN PRINT "TOO MANY PLAYERS FOR THIS GAME":GOTO 25 28 FOR II=1 TO N1:PRINT "THE NAME PLEASE....OF PLAYER #";II;" " 29 INPUT N9$(II):FOR I9=1 TO LEN(N9$(II)):R9=R9+ASC(MID$(N9$(II),I9,1)):NEXT I9 30 NEXT II 31 R9=R93.14161:IF R9>65000! THEN R9=R9/5.67:GOTO 31 32 R9=INT(R9) 33 FOR I=1 TO 200:NEXT I 34 PRINT:PRINT 35 REM RANDOMIZE R9 36 W7$="Y":W4=0:INPUT "CAN I PLAY TOO ";W7$ 37 IF LEFT$(W7$,1)<>"Y" THEN 40 38 N1=N1+1:N9$(N1)="<WALTER>" 39 W4=N1 40 S8=0 41 FOR N=1 TO N1 : S1(N)=0 : NEXT N 42 FOR N=1 TO N1 43 IF N=S8 THEN 137 44 S=0:D=6:S9=0 45 PRINT:PRINT:PRINT:PRINT "IT'S ";N9$(N);"'S TURN" 46 PRINT:PRINT 47 IF S8<>0 THEN PRINT "********************* LAST TURN***" 48 FOR K9=1 TO N1:PRINT N9$(K9);" HAS ";S1(K9):NEXT K9 49 PRINT N9$(N)". YOUR GAME TOTAL SO FAR IS ";S1(N) 50 PRINT "CURRENT TURN SCORE IS ";S 51 S2=S1(N)+S 52 IF S2<500 THEN S2=0 53 PRINT "IF YOU STOP NOW YOUR TOTAL WILL BE ";S2 54 W$="DICE":IF D=1 THEN W$="DIE" 55 PRINT "YOU HAVE";D;" ";W$;" LEFT. DO YOU WISH TO ROLL "; 56 A$="Y":IF W4<>N THEN INPUT A$:GOTO 67 57 PRINT "?";:FOR W5=1 TO W6:NEXT W5:A$="Y" 58 IF D<=2 THEN A$="N" 59 IF S2=0 THEN A$="Y" 60 IF S>999 AND D<=4 THEN A$="N" 61 W9=S2 62 IF S8=0 THEN 66 63 FOR W5=1 TO N1:IF W9<S1(W5) THEN W9=S1(W5) 64 NEXT W5 65 IF S2<W9 THEN A$="Y" 66 PRINT A$:FOR W5=1 TO W6:NEXT W5 67 PRINT:PRINT 68 IF LEN(A$)=0 THEN 70 69 IF LEFT$(A$,1)="N" THEN 129 70 FOR D9=1 TO D 71 REM D1(D9)=INT(RND(R9)6+1) IS SUPPOSED TO PUT A RANDOM 72 REM VALUE BETWEEN 1 AND 6 INTO D1(D9). YOU MAY HAVE 73 REM FIDDLE WITH IT IF IT DOES NOT WORK FOR YOUR BASIC 74 D1(D9)=INT(RND(R9)6+1):PRINT CHR$(A+D9-1);"=";D1(D9);" "; 75 NEXT D9:PRINT 76 PRINT 77 GOTO 79 78 PRINT "WHAT!!!???.....RETYPE LINE" 79 A$=LEFT$(A1$,D):IF W4<>N THEN INPUT "WHICH DIE DO YOU WISH TO KEEP";A$:GOTO 83 80 PRINT "WHICH DIE DO YOU WISH TO KEEP? "; 81 FOR W5=1 TO W62:NEXT W5:A$=LEFT$(A1$,D) 82 PRINT A$ 83 PRINT:PRINT:IF A$="?" THEN GOSUB 204: GOTO 79 84 IF LEN(A$)=0 THEN A$=LEFT$(A1$,D):GOTO 89 85 L=LEN(A$):IF L<2 THEN 89 86 FOR I=1 TO L-1:FOR II=I+1 TO L 87 IF MID$(A$,I,1)=MID$(A$,II,1) THEN 78 88 NEXT II:NEXT I 89 L=LEN(A$):IF L>D THEN 78 90 FOR D9=1 TO L:D8=ASC(MID$(A$,D9,1))-A+1 91 IF D8<1 OR D8>D THEN 78 92 H9(D9)=D1(D8) 93 NEXT D9 94 IF L=1 THEN 100 95 FOR I=1 TO L-1 96 FOR J=1 TO L-I 97 IF H9(J)<H9(J+1) THEN 99 98 T=H9(J):H9(J)=H9(J+1):H9(J+1)=T 99 NEXT J:NEXT I 100 IF L<>6 THEN 107 101 FOR I=1 TO 6 102 IF H9(I)<>I THEN 107 103 NEXT I 104 S=S+1000 105 D=0 106 GOTO 121 107 C=1 108 IF C>L THEN 121 109 IF C+2>L THEN 117 110 FOR C9=C TO C+1 111 IF H9(C9)<>H9(C9+1) THEN 117 112 NEXT C9 113 S=H9(C)100+S 114 IF H9(C)=1 THEN S=S+900 115 C=C+3:D=D-3 116 GOTO 108 117 IF H9(C)=5 THEN S=S+50:D=D-1 118 IF H9(C)=1 THEN S=S+100:D=D-1 119 C=C+1 120 GOTO 108 121 IF S=S9 THEN 126 122 S9=S 123 IF D<>0 THEN 49 124 PRINT "ALL DIE SCORED, YOU GET 6 MORE DIE TO CONTINUE" 125 D=6:GOTO 50 126 S=0 127 PRINT " ZILCH *" 128 FOR W5=1 TO 300 : NEXT W5 129 REM 130 IF S1(N)<>0 THEN 132 131 IF S<500 THEN 133 132 S1(N)=S1(N)+S 133 IF S8<>0 THEN 135 134 IF S1(N)>4999 THEN S8=N 135 NEXT N 136 GOTO 42 137 PRINT:PRINT:PRINT 138 Q=0 139 FOR I=1 TO N1 140 PRINT N9$(I);" HAS A SCORE OF ";S1(I) 141 IF S1(I)>Q THEN Q1=I:Q=S1(I) 142 NEXT I 143 PRINT:PRINT N9$(Q1);" HAS WON THIS GAME" 144 GOTO 145 145 A$="Y":INPUT "WOULD YOU LIKE TO PLAY AGAIN";A$ 146 IF LEN(A$)=0 THEN A$="Y" 147 IF LEFT$(A$,1)="Y" THEN 25 148 END 149 PRINT:PRINT:PRINT:PRINT 150 PRINT " ZILCH" 151 PRINT " BY MORRIE WILSON" 152 PRINT 153 PRINT 154 PRINT 155 PRINT "THIS IS THE GAME OF ZILCH. IT IS A DICE GAME FOR 1 TO 9 PLAYERS." 156 PRINT "THE OBJECT OF THE GAME IS TO ROLL DIE, AND GAIN THE MOST POINTS" 157 PRINT "DURING THE COURSE OF THE GAME. IN ORDER TO WIN, A COMBINATION OF" 158 PRINT "BOTH LUCK AND STRATEGY IS NECESSARY. WHAT YOU ROLL IS LUCK, BUT" 159 PRINT "WHAT YOU DO WITH YOUR ROLL IS STRATEGY. NOW FOR THE DETAILS" 160 PRINT 161 PRINT "PRESS RETURN TO CONTINUE";:INPUT A$ 162 FOR I=1 TO 25:PRINT:NEXT I 163 PRINT 164 PRINT "THE PLAY ROTATES AMONGST THE PLAYERS, WITH EACH PLAYER" 165 PRINT "COMPLETING A SERIES OF ROLLS WHICH COMPRISE HIS TURN." 166 PRINT 167 PRINT "A TURN CONSISTS OF STARTING OUT WITH SIX DIE. ALL OF THEM ARE" 168 PRINT "ROLLED. THE DIE ARE THEN EXAMINED, AND SOME OF THE DIE THAT" 169 PRINT "HAVE POINTS ARE PULLED FROM THE PLAY, WITH THE POINTS REPRESENTED" 170 PRINT "BEING ADDED TO A PLAYER'S TURN TOTAL. THE PLAYER THEN ROLLS" 171 PRINT "THE REMAINING DIE. THE PLAYER CONTINUES TO ROLL AND PULL DIE" 172 PRINT "UNTIL IT IS FELT THAT TO CONTINUE TO DO SO WILL RESULT IN A ZILCH." 173 PRINT "IF A PLAYER ROLLS THE DIE AND FINDS THAT NONE OF DIE HAVE POINTS" 174 PRINT "SHOWING, THEN THE PLAYER HAS ZILCHED, AND LOSES ALL POINTS THAT" 175 PRINT "HE HAS ACCUMULATED DURING THE CURRENT TURN. NOTE THAT POINTS" 176 PRINT "FROM PREVIOUS TURNS ARE NOT AFFECTED. CONFUSING, ISN'T IT?" 177 PRINT "WELL PLAY A FEW TIMES AND THEN IT WILL BECOME OBVIOUS." 179 PRINT 180 PRINT "PRESS RETURN TO CONTINUE";:INPUT A$ 181 FOR I=1 TO 25:PRINT:NEXT I 182 PRINT "A PLAYER MUST GET AT LEAST 500 POINTS IN ONE TURN" 183 PRINT "TO GET INTO THE GAME. AFTER THE INITIAL 500 POINTS IS" 184 PRINT "OBTAINED, THERE IS NO MINIMUM NUMBER OF POINTS NECESSARY TO 185 PRINT "ACCUMULATE MORE POINTS. 186 PRINT 187 PRINT "IF A PLAYER SCORES ON ALL SIX OF THE ORIGINAL DIE, SIX MORE" 188 PRINT "DIE ARE GIVEN TO OBTAIN ADDITIONAL POINTS (BUT WATCH OUT" 189 PRINT "FOR ZILCHING)." 190 PRINT 191 PRINT "WHENEVER A PLAYER GET 5000 OR MORE POINTS, ALL THE OTHER PLAYERS" 192 PRINT "GET ONE MORE TURN TO TRY TO BEAT THE HIGHEST SCORE. THE PLAYER" 193 PRINT "WITH THE HIGHEST SCORE WINS." 194 PRINT 195 PRINT "THE COMPUTER CAN ALSO ACT AS ONE OF THE PLAYERS, IF YOU LET HIM." 196 PRINT "<WALTER>, THE COMPUTER WILL ASK IF HE CAN PLAY LATER." 197 PRINT:PRINT:PRINT "PRESS RETURN TO CONTINUE";:INPUT A$ 198 FOR I=1 TO 25:PRINT:NEXT I 199 GOSUB 204 200 PRINT "DURING THE PLAY OF THE GAME, A QUESTION MARK WILL GET YOU A " 201 PRINT "LISTING OF HOW THE DIE SCORE AGAIN." 202 PRINT:PRINT:PRINT:PRINT:PRINT 203 RETURN 204 PRINT "SCORING" 205 PRINT 206 PRINT "5 - 50 POINTS 1 - 100 POINTS" 207 PRINT "2 : 2 : 2 - 200 POINTS 3 : 3 : 3 - 300 POINTS" 208 PRINT "4 : 4 : 4 - 400 POINTS 5 : 5 : 5 - 500 POINTS" 209 PRINT "6 : 6 : 6 - 600 POINTS 1 : 1 : 1 - 1000 POINTS" 210 PRINT 211 PRINT "1 : 2 : 3 : 4 : 5 : 6 - (IN 1 ROLL, IN ANY ORDER) 1000 POINTS" 212 PRINT:PRINT "A RETURN WILL ALWAYS GIVE YOU THE MAXIMUM POINTS POSSIBLE" 213 PRINT:PRINT:PRINT:RETURN
Version =21 VersionRequired =20 Begin Form RecordSelectors = NotDefault AutoCenter = NotDefault AllowDesignChanges = NotDefault ScrollBars =2 ViewsAllowed =1 TabularFamily =0 PictureAlignment =2 DatasheetGridlinesBehavior =3 GridX =24 GridY =24 Width =11340 DatasheetFontHeight =9 ItemSuffix =31 Top =270 Right =9330 Bottom =3735 DatasheetGridlinesColor =12632256 RecSrcDt = Begin 0x384b3f359387e340 End RecordSource ="tbl_OT_Tree_Saplings" Caption ="fsub_OT_Tree_Saplings" BeforeInsert ="[Event Procedure]" DatasheetFontName ="Arial" PrtMip = Begin 0xa0050000a0050000a0050000a005000000000000201c0000e010000001000000 , 0x010000006801000000000000a10700000100000001000000 End OnDeactivate ="[Event Procedure]" OnLoad ="[Event Procedure]" AllowDatasheetView =0 FilterOnLoad =255 DatasheetGridlinesColor12 =12632256 Begin Begin Label BackStyle =0 BackColor =-2147483633 ForeColor =-2147483630 End Begin Rectangle SpecialEffect =3 BackStyle =0 BorderLineStyle =0 End Begin Image BackStyle =0 OldBorderStyle =0 BorderLineStyle =0 PictureAlignment =2 End Begin CommandButton FontSize =8 FontWeight =400 FontName ="MS Sans Serif" BorderLineStyle =0 End Begin OptionButton SpecialEffect =2 BorderLineStyle =0 LabelX =230 LabelY =-30 End Begin CheckBox SpecialEffect =2 BorderLineStyle =0 LabelX =230 LabelY =-30 End Begin OptionGroup SpecialEffect =3 BorderLineStyle =0 End Begin BoundObjectFrame SpecialEffect =2 OldBorderStyle =0 BorderLineStyle =0 BackStyle =0 End Begin TextBox FELineBreak = NotDefault SpecialEffect =2 BorderLineStyle =0 BackColor =-2147483643 ForeColor =-2147483640 AsianLineBreak =255 End Begin ListBox SpecialEffect =2 BorderLineStyle =0 BackColor =-2147483643 ForeColor =-2147483640 End Begin ComboBox SpecialEffect =2 BorderLineStyle =0 BackColor =-2147483643 ForeColor =-2147483640 End Begin Subform SpecialEffect =2 BorderLineStyle =0 End Begin UnboundObjectFrame SpecialEffect =2 OldBorderStyle =1 End Begin ToggleButton FontSize =8 FontWeight =400 FontName ="MS Sans Serif" BorderLineStyle =0 End Begin Tab BackStyle =0 BorderLineStyle =0 End Begin FormHeader Height =1200 BackColor =-2147483633 Name ="FormHeader" Begin Begin Rectangle BackStyle =1 OverlapFlags =93 Left =4725 Top =660 Width =1008 Height =540 BackColor =13434828 Name ="rct2" LayoutCachedLeft =4725 LayoutCachedTop =660 LayoutCachedWidth =5733 LayoutCachedHeight =1200 End Begin Label OverlapFlags =85 TextAlign =2 Left =225 Top =720 Width =1335 Height =240 FontWeight =700 Name ="Species_Label" Caption ="Tree Species" Tag ="DetachedLabel" End Begin Label OverlapFlags =85 TextAlign =2 Left =2580 Top =720 Width =720 Height =240 FontWeight =700 Name ="Alive_Label" Caption ="Alive?" Tag ="DetachedLabel" End Begin Label OverlapFlags =93 TextAlign =2 Left =3660 Top =960 Width =930 Height =240 FontWeight =700 Name ="HC25_Label" Caption ="2.5-5.0cm" Tag ="DetachedLabel" LayoutCachedLeft =3660 LayoutCachedTop =960 LayoutCachedWidth =4590 LayoutCachedHeight =1200 End Begin Label OverlapFlags =223 TextAlign =2 Left =4703 Top =960 Width =1035 Height =240 FontWeight =700 Name ="HC50_Label" Caption ="5.1-10.0cm" Tag ="DetachedLabel" LayoutCachedLeft =4703 LayoutCachedTop =960 LayoutCachedWidth =5738 LayoutCachedHeight =1200 End Begin Label OverlapFlags =223 TextAlign =2 Left =5730 Top =960 Width =1140 Height =240 FontWeight =700 Name ="HC100_Label" Caption ="10.1-15.0cm" Tag ="DetachedLabel" LayoutCachedLeft =5730 LayoutCachedTop =960 LayoutCachedWidth =6870 LayoutCachedHeight =1200 End Begin Label BackStyle =1 OverlapFlags =215 TextAlign =2 Left =3600 Top =480 Width =3255 Height =240 FontWeight =700 BackColor =14277081 Name ="Label22" Caption ="Diameter Class Totals" LayoutCachedLeft =3600 LayoutCachedTop =480 LayoutCachedWidth =6855 LayoutCachedHeight =720 BackThemeColorIndex =1 BackShade =85.0 End Begin Label OverlapFlags =85 TextAlign =2 Left =1620 Top =60 Width =5760 Height =300 FontSize =10 FontWeight =700 Name ="Label23" Caption ="Number of Tree Saplings in 5 Meter Belt Transect" End Begin CommandButton OverlapFlags =85 Left =7500 Top =120 Width =1545 Height =300 Name ="btnMaster" Caption ="Master Lookup" OnClick ="[Event Procedure]" OnGotFocus ="[Event Procedure]" LayoutCachedLeft =7500 LayoutCachedTop =120 LayoutCachedWidth =9045 LayoutCachedHeight =420 WebImagePaddingLeft =2 WebImagePaddingTop =2 WebImagePaddingRight =1 WebImagePaddingBottom =1 End Begin CommandButton OverlapFlags =85 Left =7500 Top =540 Width =1545 Height =300 TabIndex =1 Name ="btnUnknown" Caption ="Unknown Species" OnClick ="[Event Procedure]" OnGotFocus ="[Event Procedure]" LayoutCachedLeft =7500 LayoutCachedTop =540 LayoutCachedWidth =9045 LayoutCachedHeight =840 WebImagePaddingLeft =2 WebImagePaddingTop =2 WebImagePaddingRight =1 WebImagePaddingBottom =1 End Begin Label OverlapFlags =215 TextAlign =2 Left =4020 Top =735 Width =195 Height =240 FontSize =5 FontWeight =700 Name ="lbl1" Caption ="1" Tag ="DetachedLabel" LayoutCachedLeft =4020 LayoutCachedTop =735 LayoutCachedWidth =4215 LayoutCachedHeight =975 End Begin Label OverlapFlags =215 TextAlign =2 Left =5100 Top =735 Width =195 Height =240 FontSize =5 FontWeight =700 BackColor =13434828 Name ="lbl2" Caption ="2" Tag ="DetachedLabel" LayoutCachedLeft =5100 LayoutCachedTop =735 LayoutCachedWidth =5295 LayoutCachedHeight =975 End Begin Label OverlapFlags =215 TextAlign =2 Left =6180 Top =735 Width =195 Height =240 FontSize =5 FontWeight =700 Name ="lbl3" Caption ="3" Tag ="DetachedLabel" LayoutCachedLeft =6180 LayoutCachedTop =735 LayoutCachedWidth =6375 LayoutCachedHeight =975 End End End Begin Section Height =420 BackColor =-2147483633 Name ="Detail" Begin Begin Rectangle BackStyle =1 OverlapFlags =93 Left =4740 Width =1008 Height =420 BackColor =13434828 Name ="rct2data" LayoutCachedLeft =4740 LayoutCachedWidth =5748 LayoutCachedHeight =420 End Begin TextBox Visible = NotDefault TabStop = NotDefault OverlapFlags =93 IMESentenceMode =3 Left =60 Top =60 Width =360 Height =255 ColumnWidth =2310 TabIndex =6 Name ="Shrub_ID" ControlSource ="TS_ID" StatusBarText ="Unique record identifier - primary key" End Begin TextBox Visible = NotDefault TabStop = NotDefault OverlapFlags =93 IMESentenceMode =3 Left =660 Top =60 Width =300 Height =255 ColumnWidth =2310 TabIndex =7 Name ="Transect_ID" ControlSource ="Event_ID" StatusBarText ="Foreign key to tbl_Canopy_Transect" End Begin TextBox OverlapFlags =85 TextAlign =2 IMESentenceMode =3 Left =3855 Top =60 Width =540 Height =255 ColumnWidth =600 TabIndex =2 BackColor =65535 Name ="HC25" ControlSource ="D25" StatusBarText ="10.1-25cm height class total" DefaultValue ="Null" OnGotFocus ="[Event Procedure]" OnLostFocus ="[Event Procedure]" OnChange ="[Event Procedure]" ConditionalFormat = Begin 0x0100000012010000030000000100000000000000000000001800000001000000 , 0x00000000ffffff00010000000000000019000000310000000100000000000000 , 0xffff0000010000000000000032000000580000000100000000000000ffffff00 , 0x4900490066002800490073004e0075006c006c0028005b004800430032003500 , 0x5d0029002c0030002c0031002900000000004900490066002800490073004e00 , 0x75006c006c0028005b0048004300320035005d0029002c0031002c0030002900 , 0x000000005b0050006100720065006e0074005d002e005b006300620078004e00 , 0x6f005300610070006c0069006e00670073005d002e005b00560061006c007500 , 0x65005d003d00540072007500650000000000 End ConditionalFormat14 = Begin 0x01000400000001000000000000000100000000000000ffffff00170000004900 , 0x490066002800490073004e0075006c006c0028005b0048004300320035005d00 , 0x29002c0030002c00310029000000000000000000000000000000000000000000 , 0x0001000000000000000100000000000000ffff00001700000049004900660028 , 0x00490073004e0075006c006c0028005b0048004300320035005d0029002c0031 , 0x002c003000290000000000000000000000000000000000000000000001000000 , 0x000000000100000000000000ffffff00250000005b0050006100720065006e00 , 0x74005d002e005b006300620078004e006f005300610070006c0069006e006700 , 0x73005d002e005b00560061006c00750065005d003d0054007200750065000000 , 0x0000000000000000000000000000000000000001000000000000000100000000 , 0x000000ffff6600170000005b0048004300320035005d002b005b004800430035 , 0x0030005d002b005b00480043003100300030005d003d00300000000000000000 , 0x0000000000000000000000000000 End End Begin TextBox OverlapFlags =215 TextAlign =2 IMESentenceMode =3 Left =4995 Top =60 Width =540 Height =255 ColumnWidth =600 TabIndex =3 BackColor =65535 Name ="HC50" ControlSource ="D51" StatusBarText ="25.1-50cm height class total" DefaultValue ="Null" OnGotFocus ="[Event Procedure]" OnLostFocus ="[Event Procedure]" OnChange ="[Event Procedure]" ConditionalFormat = Begin 0x0100000012010000030000000100000000000000000000001800000001000000 , 0x00000000ffffff00010000000000000019000000310000000100000000000000 , 0xffff0000010000000000000032000000580000000100000000000000ffffff00 , 0x4900490066002800490073004e0075006c006c0028005b004800430035003000 , 0x5d0029002c0030002c0031002900000000004900490066002800490073004e00 , 0x75006c006c0028005b0048004300350030005d0029002c0031002c0030002900 , 0x000000005b0050006100720065006e0074005d002e005b006300620078004e00 , 0x6f005300610070006c0069006e00670073005d002e005b00560061006c007500 , 0x65005d003d00540072007500650000000000 End ConditionalFormat14 = Begin 0x01000400000001000000000000000100000000000000ffffff00170000004900 , 0x490066002800490073004e0075006c006c0028005b0048004300350030005d00 , 0x29002c0030002c00310029000000000000000000000000000000000000000000 , 0x0001000000000000000100000000000000ffff00001700000049004900660028 , 0x00490073004e0075006c006c0028005b0048004300350030005d0029002c0031 , 0x002c003000290000000000000000000000000000000000000000000001000000 , 0x000000000100000000000000ffffff00250000005b0050006100720065006e00 , 0x74005d002e005b006300620078004e006f005300610070006c0069006e006700 , 0x73005d002e005b00560061006c00750065005d003d0054007200750065000000 , 0x0000000000000000000000000000000000000001000000000000000100000000 , 0x000000ffff6600170000005b0048004300320035005d002b005b004800430035 , 0x0030005d002b005b00480043003100300030005d003d00300000000000000000 , 0x0000000000000000000000000000 End End Begin TextBox OverlapFlags =85 TextAlign =2 IMESentenceMode =3 Left =6015 Top =60 Width =540 Height =255 ColumnWidth =600 TabIndex =4 BackColor =65535 Name ="HC100" ControlSource ="D101" StatusBarText ="50.1-100cm height class total" DefaultValue ="Null" OnGotFocus ="[Event Procedure]" OnLostFocus ="[Event Procedure]" OnChange ="[Event Procedure]" ConditionalFormat = Begin 0x0100000016010000030000000100000000000000000000001900000001000000 , 0x00000000ffffff0001000000000000001a000000330000000100000000000000 , 0xffff00000100000000000000340000005a0000000100000000000000ffffff00 , 0x4900490066002800490073004e0075006c006c0028005b004800430031003000 , 0x30005d0029002c0030002c003100290000000000490049006600280049007300 , 0x4e0075006c006c0028005b00480043003100300030005d0029002c0031002c00 , 0x30002900000000005b0050006100720065006e0074005d002e005b0063006200 , 0x78004e006f005300610070006c0069006e00670073005d002e005b0056006100 , 0x6c00750065005d003d00540072007500650000000000 End ConditionalFormat14 = Begin 0x01000400000001000000000000000100000000000000ffffff00180000004900 , 0x490066002800490073004e0075006c006c0028005b0048004300310030003000 , 0x5d0029002c0030002c0031002900000000000000000000000000000000000000 , 0x00000001000000000000000100000000000000ffff0000180000004900490066 , 0x002800490073004e0075006c006c0028005b00480043003100300030005d0029 , 0x002c0031002c0030002900000000000000000000000000000000000000000000 , 0x01000000000000000100000000000000ffffff00250000005b00500061007200 , 0x65006e0074005d002e005b006300620078004e006f005300610070006c006900 , 0x6e00670073005d002e005b00560061006c00750065005d003d00540072007500 , 0x6500000000000000000000000000000000000000000000010000000000000001 , 0x00000000000000ffff6600170000005b0048004300320035005d002b005b0048 , 0x004300350030005d002b005b00480043003100300030005d003d003000000000 , 0x000000000000000000000000000000000000 End End Begin ComboBox LimitToList = NotDefault RowSourceTypeInt =1 OverlapFlags =85 IMESentenceMode =3 ColumnCount =2 ListWidth =375 Left =2580 Top =60 Width =780 TabIndex =1 Name ="Alive" ControlSource ="Alive" RowSourceType ="Value List" RowSource ="-1;\"Yes\";0;\"No\"" ColumnWidths ="0;375" BeforeUpdate ="[Event Procedure]" DefaultValue ="-1" OnGotFocus ="[Event Procedure]" End Begin ComboBox OverlapFlags =247 TextFontFamily =0 IMESentenceMode =3 ColumnCount =3 ListWidth =6480 Left =60 Top =60 Width =2304 BackColor =65535 ColumnInfo ="\"\";\"\";\"\";\"\";\"\";\"\";\"10\";\"510\"" ConditionalFormat = Begin 0x0100000030010000030000000100000000000000000000001a00000001000000 , 0x00000000ffffff0001000000000000001b000000420000000100000000000000 , 0xffff0000010000000000000043000000670000000100000000000000ffffff00 , 0x49004900660028004c0065006e0028005b005300700065006300690065007300 , 0x5d0029003e0030002c0031002c00300029000000000049004900660028004900 , 0x73004e0075006c006c0028005b0048004300320035005d002b005b0048004300 , 0x350030005d002b005b00480043003100300030005d0029002c0030002c003100 , 0x2900000000005b0050006100720065006e0074005d002e005b00630062007800 , 0x4e006f005300610070006c0069006e00670073005d002e00560061006c007500 , 0x65003d00540072007500650000000000 End Name ="Species" ControlSource ="Species" RowSourceType ="Table/Query" RowSource ="SELECT DISTINCT q.Master_PLANT_Code, q.LU_Code, q.Utah_Species, q.Lifeform F" "ROM qryU_Top_Canopy q WHERE ((q.[Utah_Species] Is Not Null) AND (q.[Lifeform]='" "Tree')) OR (q.[LU_Code] = 'JUNIPERUS') ORDER BY q.LU_Code UNION (SELECT DI" "STINCT u.Unknown_Code, u.Unknown_Code, u.Plant_Type + \" - \" + u.Plant_Descr" "iption, u.Plant_Type AS Lifeform FROM tbl_Unknown_Species u WHERE u.Plant_Type " "IN ('Tree','Other') OR u.Plant_Type IS NULL ORDER BY u.Unknown_Code);" ColumnWidths ="0;2160;4320" BeforeUpdate ="[Event Procedure]" OnGotFocus ="[Event Procedure]" OnChange ="[Event Procedure]" ConditionalFormat14 = Begin 0x01000300000001000000000000000100000000000000ffffff00190000004900 , 0x4900660028004c0065006e0028005b0053007000650063006900650073005d00 , 0x29003e0030002c0031002c003000290000000000000000000000000000000000 , 0x000000000001000000000000000100000000000000ffff000026000000490049 , 0x0066002800490073004e0075006c006c0028005b0048004300320035005d002b , 0x005b0048004300350030005d002b005b00480043003100300030005d0029002c , 0x0030002c00310029000000000000000000000000000000000000000000000100 , 0x0000000000000100000000000000ffffff00230000005b005000610072006500 , 0x6e0074005d002e005b006300620078004e006f005300610070006c0069006e00 , 0x670073005d002e00560061006c00750065003d00540072007500650000000000 , 0x0000000000000000000000000000000000 End End Begin CommandButton TabStop = NotDefault OverlapFlags =85 Left =7740 Top =60 Width =705 Height =300 TabIndex =5 ForeColor =255 Name ="btnDelete" Caption ="Delete" OnClick ="[Event Procedure]" OnGotFocus ="[Event Procedure]" WebImagePaddingLeft =2 WebImagePaddingTop =2 WebImagePaddingRight =1 WebImagePaddingBottom =1 End End End Begin FormFooter Height =420 BackColor =-2147483633 Name ="FormFooter" Begin Begin CommandButton OverlapFlags =85 Left =3480 Top =60 Width =606 Height =288 Name ="btnA1" Caption ="+ 1" OnClick ="[Event Procedure]" FontName ="Arial" WebImagePaddingLeft =2 WebImagePaddingTop =2 WebImagePaddingRight =1 WebImagePaddingBottom =1 End Begin CommandButton OverlapFlags =85 Left =4200 Top =60 Width =606 Height =288 TabIndex =1 Name ="btnA5" Caption ="+ 5" OnClick ="[Event Procedure]" FontName ="Arial" WebImagePaddingLeft =2 WebImagePaddingTop =2 WebImagePaddingRight =1 WebImagePaddingBottom =1 End Begin CommandButton OverlapFlags =85 Left =4920 Top =60 Width =606 Height =288 TabIndex =2 Name ="btnS1" Caption ="- 1" OnClick ="[Event Procedure]" FontName ="Arial" WebImagePaddingLeft =2 WebImagePaddingTop =2 WebImagePaddingRight =1 WebImagePaddingBottom =1 End Begin CommandButton OverlapFlags =85 Left =5640 Top =60 Width =606 Height =288 TabIndex =3 Name ="btnS5" Caption ="- 5" OnClick ="[Event Procedure]" FontName ="Arial" WebImagePaddingLeft =2 WebImagePaddingTop =2 WebImagePaddingRight =1 WebImagePaddingBottom =1 End Begin CommandButton OverlapFlags =85 Left =6360 Top =60 Width =606 Height =288 TabIndex =4 Name ="btnZero" Caption ="0" OnClick ="[Event Procedure]" FontName ="Arial" WebImagePaddingLeft =2 WebImagePaddingTop =2 WebImagePaddingRight =1 WebImagePaddingBottom =1 End End End End End CodeBehindForm Attribute VB_GlobalNameSpace = False Attribute VB_Creatable = True Attribute VB_PredeclaredId = True Attribute VB_Exposed = False Option Compare Database Option Explicit ' ================================= ' MODULE: Form_fsub_OT_Tree_Saplings ' Level: Form module ' Version: 1.06 ' Description: data functions & procedures specific to overstory tree sapling monitoring ' ' Source/date: Bonnie Campbell, 2/11/2016 ' Revisions: RDB - unknown - 1.00 - initial version ' BLC - 2/11/2016 - 1.01 - added documentation, set checkbox notifications for no species found ' BLC - 3/8/2016 - 1.02 - added documentation, Species_GotFocus() ' BLC - 3/29/2016 - 1.03 - added field highlighting ' BLC - 4/13/2016 - 1.04 - added refresh for underlying subforms for conditional formatting ' BLC - 8/9/2017 - 1.05 - revised to avoid clearing 0 values entered for diameter class totals, ' added documentation, error handling & renamed button prefixes to btnXX ' BLC - 2/2/2018 - 1.06 - added ToggleTallyButtons, SetTallyButtons, and HC25, HC50, HC100 got ' focus events to avoid error #438 object doesn't support this ' property/method & control when tally buttons are available ' ================================= ' --------------------------------- ' SUB: Form_Load ' Description: handles form loading actions ' Parameters: ' Returns: - ' Assumptions: - ' Throws: none ' References: - ' Source/date: Bonnie Campbell, March 29, 2016 - for NCPN tools ' Revisions: ' BLC, 3/29/2016 - initial version ' BLC, 2/2/2018 - disable tally buttons unless diameter class field has focus ' --------------------------------- Private Sub Form_Load() On Error GoTo Err_Handler 'default btnA1.Enabled = False btnA5.Enabled = False btnS1.Enabled = False btnS5.Enabled = False btnZero.Enabled = False Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - Form_Load[Form_fsub_OT_Tree_Saplings])" End Select Resume Exit_Handler End Sub ' --------------------------------- ' SUB: Form_BeforeInsert ' Description: Handles form pre-insert actions ' Assumptions: - ' Parameters: - ' Returns: N/A ' Throws: none ' References: none ' Source/date: Russ DenBleyker, unknown ' Adapted: Bonnie Campbell, February 11, 2016 - for NCPN tools ' Revisions: ' RDB, unknown - initial version ' BLC, 2/11/2016 - added no data collected info updates ' --------------------------------- Private Sub Form_BeforeInsert(Cancel As Integer) On Error GoTo Err_Handler ' Make sure there is an events record If IsNull(Me.Parent!Start_Date) Then MsgBox "Missing site visit date." DoCmd.CancelEvent SendKeys "{ESC}" GoTo Exit_Handler End If ' Create the GUID primary key value If IsNull(Me!TS_ID) Then If GetDataType("tbl_OT_Tree_Saplings", "TS_ID") = dbText Then Me.TS_ID = fxnGUIDGen End If End If '----------------------------------- ' update the NoDataCollected info '----------------------------------- Dim noData As Scripting.Dictionary 'remove the no data collected record Set noData = SetNoDataCollected(Me.Parent.Form.Controls("Event_ID"), "E", "OverstoryTree-Sapling", 0) 'update checkbox/rectangle Me.Parent.Form.Controls("cbxNoSaplings") = 0 Me.Parent.Form.Controls("cbxNoSaplings").Enabled = False Me.Parent.Form.Controls("rctNoSaplings").Visible = False Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - Form_BeforeInsert[Form_fsub_OT_Tree_Saplings])" End Select Resume Exit_Handler End Sub '================================== ' HC25-50-100 Tally Toggling '================================== ' --------------------------------- ' SUB: HC25_GotFocus ' Description: Handles actions when control has focus ' Assumptions: - ' Parameters: - ' Returns: N/A ' Throws: none ' References: none ' Source/date: Bonnie Campbell, February 2, 2018 - for NCPN tools ' Adapted: ' Revisions: ' BLC, 2/2/2018 - initial version ' --------------------------------- Private Sub HC25_GotFocus() On Error GoTo Err_Handler ' Debug.Print "HC25_GotFocus" SetTallyButtons HC25 Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - HC25_GotFocus[Form_fsub_OT_Tree_Saplings])" End Select Resume Exit_Handler End Sub ' --------------------------------- ' SUB: HC50_GotFocus ' Description: Handles actions when control has focus ' Assumptions: - ' Parameters: - ' Returns: N/A ' Throws: none ' References: none ' Source/date: Bonnie Campbell, February 2, 2018 - for NCPN tools ' Adapted: ' Revisions: ' BLC, 2/2/2018 - initial version ' --------------------------------- Private Sub HC50_GotFocus() On Error GoTo Err_Handler ' Debug.Print "HC50_GotFocus" SetTallyButtons HC50 Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - HC50_GotFocus[Form_fsub_OT_Tree_Saplings])" End Select Resume Exit_Handler End Sub ' --------------------------------- ' SUB: HC100_GotFocus ' Description: Handles actions when control has focus ' Assumptions: - ' Parameters: - ' Returns: N/A ' Throws: none ' References: none ' Source/date: Bonnie Campbell, February 2, 2018 - for NCPN tools ' Adapted: ' Revisions: ' BLC, 2/2/2018 - initial version ' --------------------------------- Private Sub HC100_GotFocus() On Error GoTo Err_Handler ' Debug.Print "HC100_GotFocus" SetTallyButtons HC100 Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - HC100_GotFocus[Form_fsub_OT_Tree_Saplings])" End Select Resume Exit_Handler End Sub ' --------------------------------- ' SUB: HC25_LostFocus ' Description: Handles actions when control lost focus ' Assumptions: - ' Parameters: - ' Returns: N/A ' Throws: none ' References: none ' Source/date: Bonnie Campbell, February 2, 2018 - for NCPN tools ' Adapted: ' Revisions: ' BLC, 2/2/2018 - initial version ' --------------------------------- Private Sub HC25_LostFocus() On Error GoTo Err_Handler Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - HC25_LostFocus[Form_fsub_OT_Tree_Saplings])" End Select Resume Exit_Handler End Sub ' --------------------------------- ' SUB: HC50_LostFocus ' Description: Handles actions when control lost focus ' Assumptions: - ' Parameters: - ' Returns: N/A ' Throws: none ' References: none ' Source/date: Bonnie Campbell, February 2, 2018 - for NCPN tools ' Adapted: ' Revisions: ' BLC, 2/2/2018 - initial version ' --------------------------------- Private Sub HC50_LostFocus() On Error GoTo Err_Handler Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - HC50_LostFocus[Form_fsub_OT_Tree_Saplings])" End Select Resume Exit_Handler End Sub ' --------------------------------- ' SUB: HC100_LostFocus ' Description: Handles actions when control lost focus ' Assumptions: - ' Parameters: - ' Returns: N/A ' Throws: none ' References: none ' Source/date: Bonnie Campbell, February 2, 2018 - for NCPN tools ' Adapted: ' Revisions: ' BLC, 2/2/2018 - initial version ' --------------------------------- Private Sub HC100_LostFocus() On Error GoTo Err_Handler Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - HC100_LostFocus[Form_fsub_OT_Tree_Saplings])" End Select Resume Exit_Handler End Sub '================================== ' HC25-50-100 Highlighting '================================== ' --------------------------------- ' SUB: SetHCHighlight ' Description: Handles HC highlighting ' Assumptions: - ' Parameters: - ' Returns: N/A ' Throws: none ' References: none ' Source/date: Bonnie Campbell, March 29, 2016 - for NCPN tools ' Adapted: ' Revisions: ' BLC, 3/29/2016 - initial version ' BLC, 8/9/2017 - revised to remove clearing action where ' user chooses to enter 0 per issue: ' https://github.com/NCPN/upland/issues/103 ' --------------------------------- Private Sub SetHCHighlighting() On Error GoTo Err_Handler 'clear HC25-50-100 values to get rid of 0 if not set ' If Not Me.HC25 <> 0 Then Me.HC25 = Null ' If Not Me.HC50 <> 0 Then Me.HC50 = Null ' If Not Me.HC100 <> 0 Then Me.HC100 = Null Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - SetHCHighlighting[Form_fsub_OT_Tree_Saplings])" End Select Resume Exit_Handler End Sub ' --------------------------------- ' SUB: HC25_Change ' Description: Handles actions when control has been changed ' Assumptions: - ' Parameters: - ' Returns: N/A ' Throws: none ' References: none ' Source/date: Bonnie Campbell, March 29, 2016 - for NCPN tools ' Adapted: ' Revisions: ' BLC, 3/29/2016 - initial version ' --------------------------------- Private Sub HC25_Change() On Error GoTo Err_Handler SetHCHighlighting Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - HC25_Change[Form_fsub_OT_Tree_Saplings])" End Select Resume Exit_Handler End Sub ' --------------------------------- ' SUB: HC50_Change ' Description: Handles actions when control has been changed ' Assumptions: - ' Parameters: - ' Returns: N/A ' Throws: none ' References: none ' Source/date: Bonnie Campbell, March 29, 2016 - for NCPN tools ' Adapted: ' Revisions: ' BLC, 3/29/2016 - initial version ' --------------------------------- Private Sub HC50_Change() On Error GoTo Err_Handler SetHCHighlighting Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - HC50_Change[Form_fsub_OT_Tree_Saplings])" End Select Resume Exit_Handler End Sub ' --------------------------------- ' SUB: HC100_Change ' Description: Handles actions when control has been changed ' Assumptions: - ' Parameters: - ' Returns: N/A ' Throws: none ' References: none ' Source/date: Bonnie Campbell, March 29, 2016 - for NCPN tools ' Adapted: ' Revisions: ' BLC, 3/29/2016 - initial version ' --------------------------------- Private Sub HC100_Change() On Error GoTo Err_Handler SetHCHighlighting Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - HC100_Change[Form_fsub_OT_Tree_Saplings])" End Select Resume Exit_Handler End Sub '================================== ' Disable Tallies for Non-HC Control Foci '================================== ' --------------------------------- ' SUB: Alive_GotFocus ' Description: Handles actions when control has focus ' Assumptions: - ' Parameters: - ' Returns: N/A ' Throws: none ' References: none ' Source/date: Bonnie Campbell, February 2, 2018 - for NCPN tools ' Adapted: ' Revisions: ' BLC, 2/2/2018 - initial version ' --------------------------------- Private Sub Alive_GotFocus() On Error GoTo Err_Handler 'disable all by passing non-diameter class control SetTallyButtons Me.Alive Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - Alive_GotFocus[Form_fsub_OT_Tree_Saplings])" End Select Resume Exit_Handler End Sub ' --------------------------------- ' SUB: btnDelete_GotFocus ' Description: Handles actions when control has focus ' Assumptions: - ' Parameters: - ' Returns: N/A ' Throws: none ' References: none ' Source/date: Bonnie Campbell, February 2, 2018 - for NCPN tools ' Adapted: ' Revisions: ' BLC, 2/2/2018 - initial version ' --------------------------------- Private Sub btnDelete_GotFocus() On Error GoTo Err_Handler 'disable all by passing non-diameter class control SetTallyButtons Me.btnDelete Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - btnDelete_GotFocus[Form_fsub_OT_Tree_Saplings])" End Select Resume Exit_Handler End Sub ' --------------------------------- ' SUB: btnMaster_GotFocus ' Description: Handles actions when control has focus ' Assumptions: - ' Parameters: - ' Returns: N/A ' Throws: none ' References: none ' Source/date: Bonnie Campbell, February 2, 2018 - for NCPN tools ' Adapted: ' Revisions: ' BLC, 2/2/2018 - initial version ' --------------------------------- Private Sub btnMaster_GotFocus() On Error GoTo Err_Handler 'disable all by passing non-diameter class control SetTallyButtons Me.btnMaster Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - btnMaster_GotFocus[Form_fsub_OT_Tree_Saplings])" End Select Resume Exit_Handler End Sub ' --------------------------------- ' SUB: btnUnknown_GotFocus ' Description: Handles actions when control has focus ' Assumptions: - ' Parameters: - ' Returns: N/A ' Throws: none ' References: none ' Source/date: Bonnie Campbell, February 2, 2018 - for NCPN tools ' Adapted: ' Revisions: ' BLC, 2/2/2018 - initial version ' --------------------------------- Private Sub btnUnknown_GotFocus() On Error GoTo Err_Handler 'disable all by passing non-diameter class control SetTallyButtons Me.btnUnknown Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - btnUnknown_GotFocus[Form_fsub_OT_Tree_Saplings])" End Select Resume Exit_Handler End Sub ' --------------------------------- ' SUB: Form_Deactivate ' Description: Handles actions when form deactivates ' Deactivate vs. LostFocus event is used because the latter does not ' fire when moving to the main form or another subform ' Assumptions: - ' Parameters: - ' Returns: N/A ' Throws: none ' References: none ' Source/date: Bonnie Campbell, February 2, 2018 - for NCPN tools ' Adapted: ' Revisions: ' BLC, 2/2/2018 - initial version ' --------------------------------- Private Sub Form_Deactivate() On Error GoTo Err_Handler 'disable all by passing non-diameter class control SetTallyButtons Me.Species Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - Form_Deactivate[Form_fsub_OT_Tree_Saplings])" End Select Resume Exit_Handler End Sub '================================== ' Species Record Methods '================================== ' --------------------------------- ' SUB: Species_GotFocus ' Description: Handles species actions when control has focus ' Assumptions: - ' Parameters: - ' Returns: N/A ' Throws: none ' References: none ' Source/date: Bonnie Campbell, March 8, 2016 - for NCPN tools ' Adapted: ' Revisions: ' BLC, 3/8/2016 - initial version ' BLC, 2/2/2018 - disable tally buttons ' --------------------------------- Private Sub Species_GotFocus() On Error GoTo Err_Handler 'update the data to ensure new unknowns are added Me.ActiveControl.Requery 'disable all by passing non-diameter class control SetTallyButtons Me.Species Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - Species_GotFocus[Form_fsub_OT_Tree_Saplings])" End Select Resume Exit_Handler End Sub ' --------------------------------- ' SUB: Species_Change ' Description: Handles species actions when control has been changed ' Assumptions: - ' Parameters: - ' Returns: N/A ' Throws: none ' References: none ' Source/date: Bonnie Campbell, March 29, 2016 - for NCPN tools ' Adapted: ' Revisions: ' BLC, 3/29/2016 - initial version ' --------------------------------- Private Sub Species_Change() On Error GoTo Err_Handler SetHCHighlighting Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - Species_Change[Form_fsub_OT_Tree_Saplings])" End Select Resume Exit_Handler End Sub ' --------------------------------- ' SUB: Species_BeforeUpdate ' Description: Handles species actions before update ' Assumptions: - ' Parameters: - ' Returns: N/A ' Throws: none ' References: none ' Source/date: Bonnie Campbell, August 9, 2017 - for NCPN tools ' Adapted: ' Revisions: ' RDB, unknown - initial version ' BLC, 8/9/2017 - added documentation, error handling ' --------------------------------- Private Sub Species_BeforeUpdate(Cancel As Integer) On Error GoTo Err_Handler Dim Reply As Integer Dim TextMsg As String If Not IsNull(DLookup("[TS_ID]", "tbl_OT_Tree_Saplings", "[Event_ID] = '" & Me!Event_ID & "' AND [Species] = '" & Me!Species & "' AND [Alive] = " & Me!Alive)) Then If Me!Alive Then TextMsg = "This species already exists as alive on this point. Would you like to set it to dead?" Else TextMsg = "This species already exists as dead on this point. Would you like to set it to alive?" End If Reply = MsgBox(TextMsg, vbYesNo, "Species Verification") If Reply = vbYes Then Me!Alive = IIf(Me!Alive = True, False, True) If Not IsNull(DLookup("[TS_ID]", "tbl_OT_Tree_Saplings", "[Event_ID] = '" & Me!Event_ID & "' AND [Species] = '" & Me!Species & "' AND [Alive] = " & Me!Alive)) Then MsgBox "This species is already recorded for this point." DoCmd.CancelEvent SendKeys "{ESC}" Exit Sub End If Else DoCmd.CancelEvent SendKeys "{ESC}" Exit Sub End If End If Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - Species_BeforeUpdate[Form_fsub_OT_Tree_Saplings])" End Select Resume Exit_Handler End Sub ' --------------------------------- ' SUB: Alive_BeforeUpdate ' Description: Handles alive before update actions ' Assumptions: - ' Parameters: - ' Returns: N/A ' Throws: none ' References: none ' Source/date: ' Adapted: Bonnie Campbell, February 11, 2016 - for NCPN tools ' Revisions: ' JRB, 6/x/2006 - initial version ' RDB, unknown - ? ' BLC, 2/11/2016 - added documentation ' BLC, 8/9/0217 - added error handling ' --------------------------------- Private Sub Alive_BeforeUpdate(Cancel As Integer) On Error GoTo Err_Handler If Not IsNull(DLookup("[TS_ID]", "tbl_OT_Tree_Saplings", "[Event_ID] = '" & Me!Event_ID & "' AND [Species] = '" & Me!Species & "' AND [Alive] = " & Me!Alive)) Then MsgBox "This species is already recorded for this transect." DoCmd.CancelEvent SendKeys "{ESC}" End If Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - Alive_BeforeUpdate[Form_fsub_OT_Tree_Saplings])" End Select Resume Exit_Handler End Sub ' --------------------------------- ' SUB: btnDelete_Click ' Description: Handles delete button actions ' Assumptions: - ' Parameters: - ' Returns: N/A ' Throws: none ' References: none ' Source/date: Russ DenBleyker, unknown ' Adapted: Bonnie Campbell, February 11, 2016 - for NCPN tools ' Revisions: ' RDB, unknown - initial version ' BLC, 2/11/2016 - added error handling, documentation, refresh checkbox/no data collected ' BLC, 4/13/2016 - added requery of related subform to clear/set conditional formatting on change ' BLC, 8/9/2017 - renamed button to btnDelete ' --------------------------------- Private Sub btnDelete_Click() On Error GoTo Err_Handler Dim intReply As Integer intReply = MsgBox("Are you sure you want to delete this record?", vbYesNo, "Delete Record") If intReply = vbYes Then DoCmd.SetWarnings False DoCmd.DoMenuItem acFormBar, acEditMenu, 8, , acMenuVer70 DoCmd.DoMenuItem acFormBar, acEditMenu, 6, , acMenuVer70 DoCmd.SetWarnings True Me.Requery End If '----------------------------------- ' update the NoDataCollected info IF no records now exist '----------------------------------- If Me.RecordsetClone.RecordCount = 0 Then Dim noData As Scripting.Dictionary 'remove the no data collected record Set noData = SetNoDataCollected(Me.Parent.Form.Controls("Event_ID"), "E", "OverstoryTree-Sapling", 1) 'update checkbox/rectangle Me.Parent.Form.Controls("cbxNoSaplings") = 1 Me.Parent.Form.Controls("cbxNoSaplings").Enabled = True Me.Parent.Form.Controls("rctNoSaplings").Visible = True 'refresh the subform to clear conditional formatting Me.Requery End If Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - btnDelete_Click[Form_fsub_OT_Tree_Saplings])" End Select Resume Exit_Handler End Sub '================================== ' Tally Buttons '================================== ' --------------------------------- ' SUB: btnA1_Click ' Description: Handles A1 button click actions (add 1 to value) ' Assumptions: - ' Parameters: - ' Returns: N/A ' Throws: none ' References: none ' Source/date: Bonnie Campbell, August 9, 2017 - for NCPN tools ' Adapted: ' Revisions: ' RDB, unknown - initial version ' BLC, 8/9/2017 - added documentation, error handling ' --------------------------------- Private Sub btnA1_Click() On Error GoTo Err_Handler If Screen.PreviousControl.Name <> "Species" And Not IsNull(Me!Species) Then If IsNull(Screen.PreviousControl.Value) Then Screen.PreviousControl.Value = 1 Else Screen.PreviousControl.Value = Screen.PreviousControl.Value + 1 End If End If Screen.PreviousControl.SetFocus Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - btnA1_Click[Form_fsub_OT_Tree_Saplings])" End Select Resume Exit_Handler End Sub ' --------------------------------- ' SUB: btnA5_Click ' Description: Handles A5 button click actions (add 5 to value) ' Assumptions: - ' Parameters: - ' Returns: N/A ' Throws: none ' References: none ' Source/date: Bonnie Campbell, August 9, 2017 - for NCPN tools ' Adapted: ' Revisions: ' RDB, unknown - initial version ' BLC, 8/9/2017 - added documentation, error handling ' --------------------------------- Private Sub btnA5_Click() On Error GoTo Err_Handler If Screen.PreviousControl.Name <> "Species" And Not IsNull(Me!Species) Then If IsNull(Screen.PreviousControl.Value) Then Screen.PreviousControl.Value = 5 Else Screen.PreviousControl.Value = Screen.PreviousControl.Value + 5 End If End If Screen.PreviousControl.SetFocus Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - btnA5_Click[Form_fsub_OT_Tree_Saplings])" End Select Resume Exit_Handler End Sub ' --------------------------------- ' SUB: btnS5_Click ' Description: Handles S5 button click actions (subtract 5 from value) ' Assumptions: - ' Parameters: - ' Returns: N/A ' Throws: none ' References: none ' Source/date: Bonnie Campbell, August 9, 2017 - for NCPN tools ' Adapted: ' Revisions: ' RDB, unknown - initial version ' BLC, 8/9/2017 - added documentation, error handling ' --------------------------------- Private Sub btnS1_Click() On Error GoTo Err_Handler If Screen.PreviousControl.Name <> "Species" And Not IsNull(Me!Species) Then If IsNull(Screen.PreviousControl.Value) Then Screen.PreviousControl.Value = 0 ElseIf Screen.PreviousControl.Value - 1 < 0 Then MsgBox "Total cannot be negative.", , "Belt Shrubs" Exit Sub Else Screen.PreviousControl.Value = Screen.PreviousControl.Value - 1 End If End If Screen.PreviousControl.SetFocus Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - btnS1_Click[Form_fsub_OT_Tree_Saplings])" End Select Resume Exit_Handler End Sub ' --------------------------------- ' SUB: btnS5_Click ' Description: Handles A5 button click actions (subtract 5 from value) ' Assumptions: - ' Parameters: - ' Returns: N/A ' Throws: none ' References: none ' Source/date: Bonnie Campbell, August 9, 2017 - for NCPN tools ' Adapted: ' Revisions: ' RDB, unknown - initial version ' BLC, 8/9/2017 - added documentation, error handling ' --------------------------------- Private Sub btnS5_Click() On Error GoTo Err_Handler If Screen.PreviousControl.Name <> "Species" And Not IsNull(Me!Species) Then If IsNull(Screen.PreviousControl.Value) Then Screen.PreviousControl.Value = 0 ElseIf Screen.PreviousControl.Value - 5 < 0 Then MsgBox "Total cannot be negative.", , "Belt Shrubs" Exit Sub Else Screen.PreviousControl.Value = Screen.PreviousControl.Value - 5 End If End If Screen.PreviousControl.SetFocus Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - btnS5_Click[Form_fsub_OT_Tree_Saplings])" End Select Resume Exit_Handler End Sub ' --------------------------------- ' SUB: btnZero_Click ' Description: Handles Zero button click actions (set value as 0) ' Assumptions: - ' Parameters: - ' Returns: N/A ' Throws: none ' References: none ' Source/date: Bonnie Campbell, August 9, 2017 - for NCPN tools ' Adapted: ' Revisions: ' RDB, unknown - initial version ' BLC, 8/9/2017 - added documentation, error handling ' --------------------------------- Private Sub btnZero_Click() On Error GoTo Err_Handler If Screen.PreviousControl.Name <> "Species" And Not IsNull(Me!Species) Then Screen.PreviousControl.Value = 0 End If Screen.PreviousControl.SetFocus Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - btnZero_Click[Form_fsub_OT_Tree_Saplings])" End Select Resume Exit_Handler End Sub ' --------------------------------- ' SUB: btnUnknown_Click ' Description: Handles Unknown button click actions (opens unknown form) ' Assumptions: - ' Parameters: - ' Returns: N/A ' Throws: none ' References: none ' Source/date: Bonnie Campbell, August 9, 2017 - for NCPN tools ' Adapted: ' Revisions: ' RDB, unknown - initial version ' BLC, 8/9/2017 - added documentation, error handling ' --------------------------------- Private Sub btnUnknown_Click() On Error GoTo Err_Handler Dim stDocName As String Dim stLinkCriteria As String DoCmd.OpenForm "frm_List_Unknown", , , , , acDialog Me.Refresh Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - btnUnknown_Click[Form_fsub_OT_Tree_Saplings])" End Select Resume Exit_Handler End Sub ' --------------------------------- ' SUB: btnMaster_Click ' Description: Handles Master button click actions (opens master plants) ' Assumptions: - ' Parameters: - ' Returns: N/A ' Throws: none ' References: none ' Source/date: Bonnie Campbell, August 9, 2017 - for NCPN tools ' Adapted: ' Revisions: ' RDB, unknown - initial version ' BLC, 8/9/2017 - added documentation, error handling ' --------------------------------- Private Sub btnMaster_Click() On Error GoTo Err_Handler Dim stDocName As String Dim stLinkCriteria As String stDocName = "frm_Master_Species" DoCmd.OpenForm stDocName, , , stLinkCriteria Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - btnMaster_Click[Form_fsub_OT_Tree_Saplings])" End Select Resume Exit_Handler End Sub ' --------------------------------- ' SUB: ToggleTallyButtons ' Description: Enables or disables tally buttons based on current state ' Assumptions: - ' Parameters: btn - tally button to set (command button object, optional) ' Returns: N/A ' Throws: none ' References: none ' Source/date: Bonnie Campbell, February 2, 2018 - for NCPN tools ' Adapted: ' Revisions: ' BLC, 2/2/2018 - initial version ' --------------------------------- Private Sub ToggleTallyButtons(Optional btn As CommandButton) On Error GoTo Err_Handler 'toggle single tally button If Not btn Is Nothing Then btn.Enabled = Not btn.Enabled GoTo Exit_Handler End If 'toggle all tally buttons btnA1.Enabled = Not btnA1.Enabled btnA5.Enabled = Not btnA5.Enabled btnS1.Enabled = Not btnS1.Enabled btnA5.Enabled = Not btnS5.Enabled btnZero.Enabled = Not btnZero.Enabled Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - ToggleTallyButtons[Form_fsub_OT_Tree_Saplings])" End Select Resume Exit_Handler End Sub ' --------------------------------- ' SUB: SetTallyButtons ' Description: Enables or disables tally buttons based on textbox value ' Assumptions: 1) If run from controls other than HC25, HC50, HC100 all tally ' buttons should be disabled ' 2) No other controls on the form begin with "HC" ' 3) Lost focus events for HC25/HC50/HC100 trigger this subroutine ' to disable tally buttons when the focus is NOT HC25, HC50, HC100 ' Parameters: tbx - control to evaluate (Textbox object) ' Returns: N/A ' Throws: none ' References: none ' Source/date: Bonnie Campbell, February 2, 2018 - for NCPN tools ' Adapted: ' Revisions: ' BLC, 2/2/2018 - initial version ' --------------------------------- Private Sub SetTallyButtons(ctrl As Control) On Error GoTo Err_Handler 'ensure the control is HC25, HC50, HC100 If ctrl.ControlType <> acTextBox Or _ (ctrl.ControlType = acTextBox And _ Left(ctrl.Name, 2) <> "HC") Then 'no buttons are viable (+5, +1, 0, -1, -5 disabled) If btnA1.Enabled = True Then ToggleTallyButtons btnA1 If btnA5.Enabled = True Then ToggleTallyButtons btnA5 If btnZero.Enabled = True Then ToggleTallyButtons btnZero If btnS1.Enabled = True Then ToggleTallyButtons btnS1 If btnS5.Enabled = True Then ToggleTallyButtons btnS5 GoTo Exit_Handler End If Select Case ctrl 'HC25, HC50, HC100 Case Is > 5, Is = 5 'all buttons are viable (+5, +1, 0, -1, -5) If btnA1.Enabled = False Then ToggleTallyButtons btnA1 If btnA5.Enabled = False Then ToggleTallyButtons btnA5 If btnZero.Enabled = False Then ToggleTallyButtons btnZero If btnS1.Enabled = False Then ToggleTallyButtons btnS1 If btnS5.Enabled = False Then ToggleTallyButtons btnS5 Case Is > 1, Is = 1 'all buttons except -5 are viable (+5, +1, 0, -1) If btnA1.Enabled = False Then ToggleTallyButtons btnA1 If btnA5.Enabled = False Then ToggleTallyButtons btnA5 If btnZero.Enabled = False Then ToggleTallyButtons btnZero If btnS1.Enabled = False Then ToggleTallyButtons btnS1 If btnS5.Enabled = True Then ToggleTallyButtons btnS5 Case Else 'includes Is = 0, Is < 0 'only add/zero buttons are viable (+5, +1, 0) If btnA1.Enabled = False Then ToggleTallyButtons btnA1 If btnA5.Enabled = False Then ToggleTallyButtons btnA5 If btnZero.Enabled = False Then ToggleTallyButtons btnZero If btnS1.Enabled = True Then ToggleTallyButtons btnS1 If btnS5.Enabled = True Then ToggleTallyButtons btnS5 End Select Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - SetTallyButtons[Form_fsub_OT_Tree_Saplings])" End Select Resume Exit_Handler End Sub
ON ERROR GOTO 10 REM SIMPLE TEST FOR SLIC CLOSE #1 CLS OPEN "COM1:9600, N,8,1 " FOR RANDOM AS #1 PRINT "POR FAVOR CARREGUE NO BOTAO DE RESET" SLEEP (2) PRINT INPUT$(1, #1); "RECEBIDO" PRINT "SLIC ESTA VIVO, AGORA PERGUNTANDO POR IDENTIFICAAO" PRINT #1, "X" PRINT "AGUARDANDO RESPOSTA" ID$ = "" WHILE RES$ <> CHR$(&HD): REM UNTIL <CR> RES$ = INPUT$(1, #1) ID$ = ID$ + RES$ PRINT ASC(RES$); WEND PRINT : PRINT "O ID "; ID$ PRINT PRINT "AGORA VAMOS FAZER ALGUMA PROGRAMAAO" REM IF YOU CHANGE NEXT LINE REMEMBER LSB OF ADDRESS FIRST!! PRINT #1, "M"; CHR$(3); CHR$(&H30); CHR$(5); CHR$(H12); CHR$(34); CHR$(56) PRINT "AGUARDANDO RESPOSTA" RES$ = INPUT$(1, #1) PRINT "RECEBIDO"; PRINT RES$; "("; ASC(RES$); ")" PRINT PRINT "VERIFICAAO DOS BYTES PROGRAMADOS" PRINT #1, "V"; CHR$(3); CHR$(48); CHR$(&H5); CHR$(18); CHR$(&H22); CHR$(56) PRINT "AGUARDANDO RESPOSTA" RES$ = INPUT$(1, #1) IF RES$ = "F" THEN PRINT "ERRO RECEBIDO, VERIFICAAO FALHOU" IF RES$ = "D" THEN PRINT " FEITO RECEBIDO, VERIFICAAO O.K" CLOSE #1 SLEEP (5) CHAIN "A:\A1B1C1.AúC" 10 CLS PRINT "ERRO: Inexistncia de comunicaÆo " CHAIN "A:\A1B1C1.AúC"
DECLARE SUB linedone () DECLARE SUB rotate () DECLARE SUB lose () DECLARE SUB main () DECLARE SUB graphics () DECLARE SUB rand () COMMON SHARED l$, r$, u$, d$, blocktype, blockcount, time, counter, position, blocknumber, t CLS 'dimensions - 20 x 13 OPTION BASE 1 DIM SHARED blocks(290) 'blocks already on the ground DIM SHARED b(10) 'the positions of the blocks currently dropping PRINT "Please calibrate the keys:" PRINT "Press left arrow key (move left):" DO UNTIL l$ <> "" LET l$ = INKEY$ LOOP PRINT "Press right arrow key (move right):" DO UNTIL r$ <> "" LET r$ = INKEY$ LOOP PRINT "Press down arrow key (drop block):" DO UNTIL d$ <> "" LET d$ = INKEY$ LOOP PRINT "Press up arrow key (toggle display next block):" DO UNTIL u$ <> "" LET u$ = INKEY$ LOOP rand SUB graphics CLS COLOR 12 FOR r = 1 TO 20 LOCATE r, 28 PRINT CHR$(186) NEXT r FOR r = 1 TO 20 LOCATE r, 56 PRINT CHR$(186) NEXT r LOCATE 21, 28 PRINT STRING$(28, CHR$(205)) LOCATE 21, 28 PRINT CHR$(200) LOCATE 21, 56 PRINT CHR$(188) COLOR 15 FOR i = 1 TO 260 IF blocks(i) <> 1 THEN GOTO finished LET counter = 0 tempb = i DO UNTIL tempb < 1 LET tempb = tempb - 20 LET counter = counter + 1 LOOP LET x = (counter * 2) + 28 LET y = (i - ((counter - 1) * 20)) LOCATE y, x PRINT CHR$(219) LOCATE y, x + 1 PRINT CHR$(219) finished: NEXT i counter = 0 FOR i = 1 TO blockcount tempb = b(i) DO UNTIL tempb < 1 LET tempb = tempb - 20 LET counter = counter + 1 LOOP LET x = (counter * 2) + 28 LET y = ((b(i)) - ((counter - 1) * 20)) LOCATE y, x PRINT CHR$(219) LOCATE y, x + 1 PRINT CHR$(219) LET counter = 0 NEXT i END SUB SUB linedone FOR i = 1 TO 13 LET x = (i * 2) + 28 COLOR 12 LOCATE t, x PRINT CHR$(219) LOCATE t, x + 1 PRINT CHR$(219) NEXT i FOR w = 1 TO 60000 NEXT w FOR i = 1 TO 13 LET x = (i * 2) + 28 COLOR 9 LOCATE t, x PRINT CHR$(219) LOCATE t, x + 1 PRINT CHR$(219) NEXT i FOR w = 1 TO 60000 NEXT w FOR i = 0 TO 12 LET blocks(t + (i * 20)) = 0 NEXT i FOR i = (t - 1) TO 1 STEP -1 FOR p = 0 TO 12 IF blocks(i + (p * 20)) = 1 THEN LET blocks(i + (p * 20)) = 0 LET blocks(1 + (i + (p * 20))) = 1 END IF NEXT p NEXT i graphics END SUB SUB lose PRINT "You lose!" END END SUB SUB main top: graphics LET time = 0 DO UNTIL time = 500 LET time = time + 1 LET y$ = INKEY$ IF y$ = l$ THEN GOTO left IF y$ = r$ THEN GOTO right 'IF y$ = u$ THEN GOTO up IF y$ = d$ THEN GOTO down IF UCASE$(y$) = "Q" THEN END IF UCASE$(y$) = "P" THEN DO WHILE INKEY$ = "" LOOP GOTO done END IF IF y$ = CHR$(32) THEN rotate: GOTO done IF y$ = "" THEN GOTO done left: FOR i = 1 TO blockcount IF b(i) - 20 < 1 THEN GOTO done IF blocks(b(i) - 20) = 1 THEN GOTO done NEXT i FOR i = 1 TO blockcount LET b(i) = b(i) - 20 NEXT i graphics GOTO done right: FOR i = 1 TO blockcount IF b(i) + 20 > 260 THEN GOTO done IF blocks(b(i) + 20) = 1 THEN GOTO done NEXT i FOR i = 1 TO blockcount LET b(i) = b(i) + 20 NEXT i graphics GOTO done down: FOR i = 1 TO blockcount IF blocks(b(i) + 1) = 1 THEN GOTO done NEXT i FOR i = 1 TO blockcount IF b(i) = 20 OR b(i) = 40 OR b(i) = 60 OR b(i) = 80 OR b(i) = 100 OR b(i) = 120 OR b(i) = 140 OR b(i) = 160 OR b(i) = 180 OR b(i) = 200 OR b(i) = 260 OR b(i) = 220 OR b(i) = 240 THEN FOR t = 1 TO blockcount LET blocks(b(t)) = 1 NEXT t LET abc = 1 END IF IF abc = 1 THEN LET abc = 0: GOTO complete NEXT i FOR i = 1 TO blockcount LET b(i) = b(i) + 1 NEXT i graphics done: LET time = time + 1 FOR t = 1 TO 20 LET linefinished = 1 FOR u = 0 TO 12 IF blocks(t + (u * 20)) <> 1 THEN LET linefinished = 0 NEXT u IF linefinished = 1 THEN linedone NEXT t LOOP FOR i = 1 TO blockcount IF (blocks(b(i) + 1) = 1) OR (b(i) = 20 OR b(i) = 40 OR b(i) = 60 OR b(i) = 80 OR b(i) = 100 OR b(i) = 120 OR b(i) = 140 OR b(i) = 160 OR b(i) = 180 OR b(i) = 200 OR b(i) = 260 OR b(i) = 220 OR b(i) = 240) THEN FOR t = 1 TO blockcount LET blocks(b(t)) = 1 NEXT t GOTO complete END IF NEXT i 'IF i = blockcount AND finish = 1 THEN GOTO complete FOR i = 1 TO blockcount LET b(i) = b(i) + 1 NEXT i graphics GOTO top complete: END SUB 'this sub chooses a block section to drop ' SUB rand DO RANDOMIZE TIMER blocknumber = INT(RND * 7) + 1 IF blocknumber = 1 THEN LET blockcount = 4: LET b(1) = 121: LET b(2) = 102: LET b(3) = 122: LET b(4) = 142: 'block = 010 ' 111 IF blocknumber = 2 THEN LET blockcount = 4: LET b(1) = 121: LET b(2) = 122: LET b(3) = 102: LET b(4) = 103: 'block = 010 ' 110 ' 100 IF blocknumber = 3 THEN LET blockcount = 4: LET b(1) = 121: LET b(2) = 122: LET b(3) = 142: LET b(4) = 143: 'block = 010 ' 011 ' 001 IF blocknumber = 4 THEN LET blockcount = 4: LET b(1) = 101: LET b(2) = 121: LET b(3) = 102: LET b(4) = 122: 'block = 11 ' 11 IF blocknumber = 5 THEN LET blockcount = 4: LET b(1) = 141: LET b(2) = 142: LET b(3) = 122: LET b(4) = 102: 'block = 001 ' 111 IF blocknumber = 6 THEN LET blockcount = 4: LET b(1) = 101: LET b(2) = 102: LET b(3) = 122: LET b(4) = 142: 'block = 100 ' 111 IF blocknumber = 7 THEN LET blockcount = 4: LET b(1) = 101: LET b(2) = 121: LET b(3) = 141: LET b(4) = 161: 'block = 1111 graphics FOR i = 1 TO blockcount IF blocks(b(i) + 1) = 1 THEN lose NEXT i LET position = 1 main LOOP END SUB SUB rotate 'everything rotates clockwise IF (b(1) = 1) - (counter - 1 * 20) = 1 THEN GOTO doner IF blocknumber = 1 THEN IF position = 1 THEN IF blocks(b(2) - 2) = 1 OR b(2) - 2 < 1 OR (b(2) - 2) > 260 THEN GOTO doner IF blocks(b(3) - 21) = 1 OR b(3) - 21 < 1 OR (b(3) - 21) > 260 THEN GOTO doner IF blocks(b(4) - 40) = 1 OR b(4) - 40 < 1 OR (b(4) - 40) > 260 THEN GOTO doner LET b(2) = b(2) - 2 LET b(3) = b(3) - 21 LET b(4) = b(4) - 40 LET position = 2 GOTO doner END IF IF position = 2 THEN IF blocks(b(2) + 40) = 1 OR (b(2) + 40) < 1 OR (b(2) + 40) > 260 THEN GOTO doner IF blocks(b(3) + 19) = 1 OR (b(3) + 19) < 1 OR (b(3) + 19) > 260 THEN GOTO doner IF blocks(b(4) - 2) = 1 OR (b(4) - 2) < 1 OR (b(4) - 2) > 260 THEN GOTO doner LET b(2) = b(2) + 40 LET b(3) = b(3) + 19 LET b(4) = b(4) - 2 LET position = 3 GOTO doner END IF IF position = 3 THEN IF blocks(b(2) + 2) = 1 OR (b(2) + 2) < 1 OR (b(2) + 2) > 260 THEN GOTO doner IF blocks(b(3) + 21) = 1 OR (b(3) + 21) < 1 OR (b(3) + 21) > 260 THEN GOTO doner IF blocks(b(4) + 40) = 1 OR (b(4) + 40) < 1 OR (b(4) + 40) > 260 THEN GOTO doner LET b(2) = b(2) + 2 LET b(3) = b(3) + 21 LET b(4) = b(4) + 40 LET position = 4 GOTO doner END IF IF position = 4 THEN IF blocks(b(2) - 40) = 1 OR (b(2) - 40) < 1 OR (b(2) - 40) > 260 THEN GOTO doner IF blocks(b(3) - 19) = 1 OR (b(3) - 19) < 1 OR (b(3) - 19) > 260 THEN GOTO doner IF blocks(b(4) + 2) = 1 OR (b(4) + 2) < 1 OR (b(4) + 2) > 260 THEN GOTO doner LET b(2) = b(2) - 40 LET b(3) = b(3) - 19 LET b(4) = b(4) + 2 LET position = 1 GOTO doner END IF END IF IF blocknumber = 2 THEN IF position = 1 THEN IF blocks(b(1) + 21) = 1 OR b(1) + 21 < 1 OR b(1) + 21 > 260 THEN GOTO doner IF blocks(b(3) + 19) = 1 OR b(3) + 19 < 1 OR b(3) + 19 > 260 THEN GOTO doner IF blocks(b(4) - 2) = 1 OR b(4) - 2 < 1 OR b(4) - 2 > 260 THEN GOTO doner LET b(1) = b(1) + 21 LET b(3) = b(3) + 19 LET b(4) = b(4) - 2 LET position = 2 GOTO doner END IF IF position = 2 THEN IF blocks(b(1) - 21) = 1 OR b(1) - 21 < 1 OR b(1) - 21 > 260 THEN GOTO doner IF blocks(b(3) - 19) = 1 OR b(3) - 19 < 1 OR b(3) - 19 > 260 THEN GOTO doner IF blocks(b(4) + 2) = 1 OR b(4) + 2 < 1 OR b(4) + 2 > 260 THEN GOTO doner LET b(1) = b(1) - 21 LET b(3) = b(3) - 19 LET b(4) = b(4) + 2 LET position = 1 GOTO doner END IF END IF IF blocknumber = 3 THEN IF position = 1 THEN IF b(1) - 19 < 1 OR b(1) - 19 > 260 THEN GOTO doner IF b(3) - 21 < 1 OR b(3) - 21 > 260 THEN GOTO doner IF b(4) - 2 < 1 OR b(4) - 2 > 260 THEN GOTO doner IF blocks(b(1) - 19) = 1 THEN GOTO doner IF blocks(b(3) - 21) = 1 THEN GOTO doner IF blocks(b(4) - 2) = 1 THEN GOTO doner LET b(1) = b(1) - 19 LET b(3) = b(3) - 21 LET b(4) = b(4) - 2 LET position = 2 GOTO doner END IF IF position = 2 THEN IF b(1) + 19 < 1 OR b(1) + 19 > 260 THEN GOTO doner IF b(3) + 21 < 1 OR b(3) + 21 > 260 THEN GOTO doner IF b(4) + 2 < 1 OR b(4) + 2 > 260 THEN GOTO doner IF blocks(b(1) + 19) = 1 THEN GOTO doner IF blocks(b(3) + 21) = 1 THEN GOTO doner IF blocks(b(4) + 2) = 1 THEN GOTO doner LET b(1) = b(1) + 19 LET b(3) = b(3) + 21 LET b(4) = b(4) + 2 LET position = 1 GOTO doner END IF END IF IF blocknumber = 5 THEN IF position = 1 THEN IF b(1) + 2 < 1 OR b(1) + 2 > 260 THEN GOTO doner IF b(2) - 19 < 1 OR b(2) - 19 > 260 THEN GOTO doner IF b(4) + 19 < 1 OR b(4) + 19 > 260 THEN GOTO doner IF blocks(b(1) + 2) = 1 THEN GOTO doner IF blocks(b(2) - 19) = 1 THEN GOTO doner IF blocks(b(4) + 19) = 1 THEN GOTO doner LET b(1) = b(1) + 2 LET b(2) = b(2) - 19 LET b(4) = b(4) + 19 LET position = 2 GOTO doner END IF IF position = 2 THEN IF b(1) - 20 < 1 OR b(1) - 20 > 260 THEN GOTO doner IF b(2) - 21 < 1 OR b(2) - 21 > 260 THEN GOTO doner IF b(4) + 21 < 1 OR b(4) + 21 > 260 THEN GOTO doner IF blocks(b(1) - 20) = 1 THEN GOTO doner IF blocks(b(2) - 21) = 1 THEN GOTO doner IF blocks(b(4) + 21) = 1 THEN GOTO doner LET b(1) = b(2) - 20 LET b(2) = b(2) - 21 LET b(4) = b(4) + 21 LET position = 3 GOTO doner END IF IF position = 3 THEN IF b(1) - 2 < 1 OR b(1) - 2 > 260 THEN GOTO doner IF b(2) + 19 < 1 OR b(2) + 19 > 260 THEN GOTO doner IF b(2) + 19 < 1 OR b(2) + 19 > 260 THEN GOTO doner IF blocks(b(1) - 2) = 1 THEN GOTO doner IF blocks(b(2) + 19) = 1 THEN GOTO doner IF blocks(b(4) - 19) = 1 THEN GOTO doner LET b(1) = b(1) - 2 LET b(2) = b(2) + 19 LET b(4) = b(4) - 19 LET position = 4 GOTO doner END IF IF position = 4 THEN IF b(1) + 40 < 1 OR b(1) + 40 > 260 THEN GOTO doner IF b(2) + 21 < 1 OR b(2) + 21 > 260 THEN GOTO doner IF b(4) - 21 < 1 OR b(4) - 21 > 260 THEN GOTO doner IF blocks(b(1) + 40) = 1 THEN GOTO doner IF blocks(b(2) + 21) = 1 THEN GOTO doner IF blocks(b(4) - 21) = 1 THEN GOTO doner LET b(1) = b(1) + 40 LET b(2) = b(2) + 21 LET b(4) = b(4) - 21 LET position = 1 GOTO doner END IF END IF IF blocknumber = 6 THEN IF position = 1 THEN IF b(1) + 40 < 1 OR b(1) + 40 > 260 THEN GOTO doner IF b(2) + 19 < 1 OR b(2) + 19 > 260 THEN GOTO doner IF b(4) - 19 < 1 OR b(4) - 19 > 260 THEN GOTO doner IF blocks(b(1) + 40) = 1 THEN GOTO doner IF blocks(b(2) + 19) = 1 THEN GOTO doner IF blocks(b(4) - 19) = 1 THEN GOTO doner LET b(1) = b(1) + 40 LET b(2) = b(2) + 19 LET b(4) = b(4) - 19 LET position = 2 GOTO doner END IF IF position = 2 THEN IF b(1) + 2 < 1 OR b(1) + 2 > 260 THEN GOTO doner IF b(2) + 21 < 1 OR b(2) + 21 > 260 THEN GOTO doner IF b(4) - 21 < 1 OR b(4) - 21 > 260 THEN GOTO doner IF blocks(b(1) + 2) = 1 THEN GOTO doner IF blocks(b(2) + 21) = 1 THEN GOTO doner IF blocks(b(4) - 21) = 1 THEN GOTO doner LET b(1) = b(1) + 2 LET b(2) = b(2) + 21 LET b(4) = b(4) - 21 LET position = 3 GOTO doner END IF IF position = 3 THEN IF b(1) - 40 < 1 OR b(1) - 40 > 260 THEN GOTO doner IF b(2) - 19 < 1 OR b(2) - 19 > 260 THEN GOTO doner IF b(4) + 19 < 1 OR b(4) + 19 > 260 THEN GOTO doner IF blocks(b(1) - 40) = 1 THEN GOTO doner IF blocks(b(2) - 19) = 1 THEN GOTO doner IF blocks(b(4) + 19) = 1 THEN GOTO doner LET b(1) = b(1) - 40 LET b(2) = b(2) - 19 LET b(4) = b(4) + 19 LET position = 4 GOTO doner END IF IF position = 4 THEN IF b(1) - 2 < 1 OR b(1) - 2 > 260 THEN GOTO doner IF b(2) - 21 < 1 OR b(2) - 21 > 260 THEN GOTO doner IF b(4) + 21 < 1 OR b(4) + 21 > 260 THEN GOTO doner IF blocks(b(1) - 2) = 1 THEN GOTO doner IF blocks(b(2) - 21) = 1 THEN GOTO doner IF blocks(b(4) + 21) = 1 THEN GOTO doner LET b(1) = b(1) - 2 LET b(2) = b(2) - 21 LET b(4) = b(4) + 21 LET position = 1 GOTO doner END IF END IF IF blocknumber = 7 THEN IF position = 1 THEN IF b(1) + 19 < 1 OR b(1) + 19 > 260 THEN GOTO doner IF b(3) - 19 < 1 OR b(3) - 19 > 260 THEN GOTO doner IF b(4) - 38 < 1 OR b(4) - 38 > 260 THEN GOTO doner IF blocks(b(1) + 19) = 1 THEN GOTO doner IF blocks(b(3) - 19) = 1 THEN GOTO doner IF blocks(b(4) - 38) = 1 THEN GOTO doner LET b(1) = b(1) + 19 LET b(3) = b(3) - 19 LET b(4) = b(4) - 38 LET position = 2 GOTO doner END IF IF position = 2 THEN IF b(1) - 19 < 1 OR b(1) - 19 > 260 THEN GOTO doner IF b(3) + 19 < 1 OR b(3) + 19 > 260 THEN GOTO doner IF b(4) + 38 < 1 OR b(4) + 38 > 260 THEN GOTO doner IF blocks(b(1) - 19) = 1 THEN GOTO doner IF blocks(b(3) + 19) = 1 THEN GOTO doner IF blocks(b(4) + 38) = 1 THEN GOTO doner LET b(1) = b(1) - 19 LET b(3) = b(3) + 19 LET b(4) = b(4) + 38 LET position = 1 GOTO doner END IF END IF GOTO nographics doner: graphics nographics: END SUB
10 H=&H100 20 IF H <> 256 THEN 900 30 B=&B100000000 40 IF B <> 256 THEN 900 50 O=&O400 60 IF O <> 256 THEN 900 70 D=256 80 IF D <> 256 THEN 900 200 PRINT "SUCCESS" 210 END 900 PRINT "FAILED" 999 END
10 FOR I = 1 TO 5 20 FOR J = 1 TO 5 30 PRINT J 40 NEXT I 50 PRINT I 60 NEXT I
10 :REMARK MENU.BAS NAVPROGseven Air Navigation Menu 06-Jan-82 20 :REMARK 30 :REMARK Developed by\tAlan Bose (AOPA 642188) 40 :REMARK \t\t\tVice President, Taildragger Flyers 50 :REMARK \t\t\tRoss Field, Benton Harbor, MI 60 :REMARK \t\t\tUpdated 16-Mar-82 /JB/ 70 CLEAR 1000:WIDTH 80:ON ERROR GOTO 540 80 DEF FN C$(C1,C2)=Y$+CHR$(C1+31)+CHR$(C2+31) 90 BL$=CHR$(7):E$=CHR$(27):ER$=E$+"E":L$=E$+"l":P$=E$+"p":Q$=E$+"q": \n J1$=E$+"J":Y$=E$+"Y":PRINT ER$ 100 :REMARK 110 OPEN"I",1,"DISCID.DAT":LINE INPUT #1,ID$ 120 CLOSE:IF ID$="172" THEN 150 130 PRINT ER$;"At tone place NAVPROGseven PROGRAM DISC on drive SY0:":PRINT: \n RESET"SY0:":GOTO110 140 :REMARK 150 OPEN"I",1,"SY1:DISCID.DAT":LINE INPUT#1,ID$ 160 CLOSE:IF ID$="182" THEN 190 170 PRINT ER$;"Place NAVPROGseven DATA DISC on drive SY1:": \n PRINT:RESET"SY1:":GOTO150 180 :REMARK 190 PRINT E$+"x1";FN C$(25,1);ER$;FN C$(1,1);ER$ 200 HD$="A I R N A V I G A T I O N M E N U" 210 PRINT FN C$(2,1);P$ 220 PRINT TAB(40-LEN(HD$)/2);HD$;TAB(79);Q$ 230 PRINT FN C$(6,20);"1 - Directions & Guidance" 240 PRINT FN C$(8,20);"2 - Input/revise Airport & Navaid Data" 250 PRINT FN C$(10,20);"3 - Input/revise Aircraft Performance Data" 260 PRINT FN C$(12,20);"4 - Automatic Route Preparation" 270 PRINT FN C$(14,20);"5 - Air Navigation & Flight Planning" 280 PRINT FN C$(16,20);"6 - Navigate Pre-planned Route" 290 PRINT FN C$(18,20);"7 - Sort & list data on file" 300 PRINT FN C$(21,26);J1$;"Enter selection <EXIT> "; 310 X$=INPUT$(1):PRINT X$:X=VAL(X$) 320 IF X$=CHR$(13) THEN PRINT ER$;"...services terminated. Squawk 1200.": \n PRINT"Frequency change approved. Have a good flight.":SYSTEM:END 330 IF X<1 OR X>7 THEN PRINT BL$:GOTO 300 340 :REMARK 350 PRINT ER$;"Standby one..." 360 ON X GOTO 460,370,380,390,400,430,440 370 LOAD"AIRINPUT",R 380 LOAD"AIRCRAFT",R 390 LOAD"SY1:AUTONAV",R 400 OPEN"I",1,"SY1:FLIGHT.SEQ":CLOSE 410 LOAD"NAVPROG7",R 420 LOAD"AIRROUTE",R 430 LOAD"OLDROUTE",R 440 LOAD"SY1:AIRALPHA",R 450 :REMARK 460 PRINT ER$;FNC$(25,11);"Press ";P$;"SCROLL";Q$;" for next line or ";P$; \n "SHIFT/SCROLL";Q$;" for next page";E$+"H";ER$;E$+"[" 470 OPEN"I",1,"SY1:NAVPROG.DOC" 480 LINE INPUT #1,A$ 490 PRINT A$ 500 GOTO 480 510 CLOSE:PRINT E$+"\";FNC$(25,25);L$;"Hit <RETURN> to continue..."; 520 X$=INPUT$(1):GOTO10 530 END 540 :REMARK error trap 550 IF ERR=53 AND ERL=400 THEN RESUME 420 560 IF ERR=63 AND ERL=480 THEN RESUME 510 570 IF ERL=150 AND (ERR=53 OR ERR=65) THEN RESUME 170 580 IF ERL=110 AND ERR=53 THEN RESUME 130 590 ON ERROR GOTO 0
CLS SCREEN 12 PALETTE 12, 63 COLOR 0 FOR i = 10 TO 18 LOCATE i, 25 COLOR 9 PRINT STRING$(10, CHR$(219)) NEXT i FOR i = 10 TO 18 LOCATE i, 44 COLOR 12 PRINT STRING$(10, CHR$(219)) NEXT i edu = 35 agi = 7 str = 7 eedu = 35 eagi = 7 estr = 7 ehealth = eedu health = edu DO UNTIL ehealth = 0 OR health = 0 t$ = INKEY$ IF t$ = "a" OR t$ = "A" THEN FOR u = 44 TO 35 STEP -1 LOCATE 15, u COLOR 12 PRINT CHR$(219) FOR i = 1 TO 100 'will be replace by time NEXT i NEXT u RANDOMIZE TIMER block = INT(RND * agi + 10) + 1 SELECT CASE block CASE 1 TO 10 LET edu = edu - 1 IF edu = 0 THEN GOTO win CASE IS > 11 END SELECT END IF IF t$ = "s" OR t$ = "S" THEN FOR u = 44 TO 25 STEP -1 LOCATE 15, u COLOR 12 PRINT CHR$(219) FOR i = 1 TO 100 'will be replace by time NEXT i NEXT u RANDOMIZE TIMER block = INT(RND * agi + 10) + 1 SELECT CASE block CASE 1 TO 10 LET edu = edu - 1 IF edu = 0 THEN GOTO win CASE IS > 11 END SELECT END IF IF t$ = "q" OR t$ = "Q" THEN FOR u = 44 TO 25 STEP -1 LOCATE 15, u COLOR 12 PRINT CHR$(219) FOR i = 1 TO 100 'will be replace by time NEXT i NEXT u RANDOMIZE TIMER block = INT(RND * agi + 10) + 1 SELECT CASE block CASE 1 TO 10 LET edu = edu - 1 IF edu = 0 THEN GOTO win CASE IS > 11 END SELECT END IF IF t$ = "w" OR t$ = "W" THEN FOR u = 44 TO 25 STEP -1 LOCATE 15, u COLOR 12 PRINT CHR$(219) FOR i = 1 TO 100 'will be replace by time NEXT i NEXT u RANDOMIZE TIMER block = INT(RND * agi + 10) + 1 SELECT CASE block CASE 1 TO 10 LET edu = edu - 1 IF edu = 0 THEN GOTO win CASE IS > 11 END SELECT END IF LOOP win: PRINT "You won!" END
CLS SCREEN 1 COLOR 14,1 LOCATE 2,2 INPUT " JAK JSE JMENUJETE " ;A$ CLS LOCATE 2,2 PRINT " VíTáM UžIVATELE JMéNEM " LOCATE 3,2 PRINT A$ SOUND 100+12,80 END
'ULTIMA299.BAS is a software application that enables the user to 'program their computer to conduct abbreviated-combinatorial analysis 'of card games belonging to the Blackjack family of table-card games. 'Copyright (C) 2016 Kevin Michael McDaniel 'This program is free software: you can redistribute it and/or modify 'it under the terms of the GNU General Public License as published by 'the Free Software Foundation, either version 3 of the License, or '(at your option) any later version. 'This program is distributed in the hope that it will be useful, 'but WITHOUT ANY WARRANTY; without even the implied warranty of 'MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the 'GNU General Public License for more details. 'You should have received a copy of the GNU General Public License 'along with this program. If not, see <http://www.gnu.org/licenses/>. _TITLE "ULTIMA299.BAS" TYPE rec dv1 AS DOUBLE dv2 AS DOUBLE dv3 AS DOUBLE dv4 AS DOUBLE dv5 AS DOUBLE dv6 AS DOUBLE dv7 AS DOUBLE dv8 AS DOUBLE dv9 AS DOUBLE dv10 AS DOUBLE dv11 AS DOUBLE dv12 AS DOUBLE dv13 AS DOUBLE fv1 AS DOUBLE fv2 AS DOUBLE fv3 AS DOUBLE fv4 AS DOUBLE fv5 AS DOUBLE fv6 AS DOUBLE fv7 AS DOUBLE fv8 AS DOUBLE fv9 AS DOUBLE fv10 AS DOUBLE fv11 AS DOUBLE fv12 AS DOUBLE fv13 AS DOUBLE description AS STRING * 80 END TYPE TYPE short nor AS INTEGER fr AS INTEGER fl AS SINGLE sr AS INTEGER sl AS SINGLE tr AS INTEGER tl AS SINGLE rr AS INTEGER rl AS SINGLE vr AS INTEGER vl AS SINGLE xr AS INTEGER xl AS SINGLE nr AS INTEGER nl AS SINGLE er AS INTEGER el AS SINGLE nnr AS INTEGER nnl AS SINGLE lr AS INTEGER ll AS SINGLE END TYPE TYPE str description AS STRING * 80 END TYPE TYPE bsrules c1 AS INTEGER c2 AS INTEGER c3 AS INTEGER c4 AS INTEGER c5 AS INTEGER c6 AS INTEGER c7 AS INTEGER c8 AS INTEGER c9 AS INTEGER cT AS INTEGER cJ AS INTEGER cQ AS INTEGER cK AS INTEGER j AS INTEGER dwt AS INTEGER dbc AS INTEGER hole AS INTEGER push AS INTEGER ten AS INTEGER schw AS INTEGER ls AS INTEGER early AS INTEGER splt AS INTEGER nsh AS INTEGER rsa AS INTEGER das AS INTEGER dh AS INTEGER ld AS INTEGER blackjack AS SINGLE ins AS INTEGER dsa AS INTEGER bjsh AS INTEGER deck AS INTEGER shf AS INTEGER immed AS INTEGER pbd AS INTEGER b21po AS INTEGER ms777 AS SINGLE ss777 AS SINGLE sp777 AS SINGLE jp777 AS SINGLE po5c21 AS SINGLE po6c21 AS SINGLE po7c21 AS SINGLE po8c21 AS SINGLE ms678 AS SINGLE ss678 AS SINGLE sp678 AS SINGLE dd AS INTEGER dd3 AS INTEGER dd4 AS INTEGER dd5 AS INTEGER dd6 AS INTEGER dd7 AS INTEGER description AS STRING * 80 END TYPE TYPE bs far AS INTEGER sar AS INTEGER r AS INTEGER hit AS SINGLE END TYPE TYPE comp adc0 AS DOUBLE adc1 AS DOUBLE adc2 AS DOUBLE adc3 AS DOUBLE adc4 AS DOUBLE adc5 AS DOUBLE adc6 AS DOUBLE adc7 AS DOUBLE adc8 AS DOUBLE adc9 AS DOUBLE adc10 AS DOUBLE adc11 AS DOUBLE adc12 AS DOUBLE adc13 AS DOUBLE adc14 AS DOUBLE hmr AS LONG ap AS INTEGER description AS STRING * 80 END TYPE TYPE xbase dat AS SINGLE END TYPE DIM database AS xbase: DIM ez AS rec: DIM sd AS bsrules: DIM num AS bs: DIM wow AS str: DIM mdc AS comp: DIM adc(14, 600) AS DOUBLE: DIM aq(54, 9, 32) DIM ir(54, 9) AS short: DIM ifar(54, 9) AS short: DIM isar(54, 9) AS short: DIM g(32) AS INTEGER: DIM h(32) AS INTEGER: DIM splithands(10, 9) AS DOUBLE DIM hit(54, 9): DIM sar(54, 9) AS INTEGER: DIM far(54, 9) AS INTEGER: DIM br(54, 9) AS INTEGER: DIM dmult(14) AS INTEGER: DIM dadd(14) AS INTEGER: DIM dp(14) AS DOUBLE DIM pfar(54, 9, 32, 24): DIM dfar(54, 9, 11): DIM psar(54, 9, 32, 24): DIM dsar(54, 9, 11): DIM dbr(54, 9, 11): DIM pbr(54, 9, 32, 24) DIM duc(10): DIM f(29, 24) AS DOUBLE: DIM mc(33) AS DOUBLE: DIM df(11) AS DOUBLE: DIM mv(5) AS INTEGER: DIM puc(54): DIM dd(3 TO 7) AS INTEGER: DIM mc21po(11): DIM card(10) DIM cv(14): DIM dv(13) AS DOUBLE: DIM ev(13) AS DOUBLE: DIM fv(13) AS DOUBLE: DIM gv(14) AS DOUBLE: DIM bc(12) AS INTEGER DIM pc1 AS INTEGER: DIM pc2 AS INTEGER: DIM dc1 AS INTEGER: GOTO 226 777 dmult(2) = pc1 * pc2: dadd(2) = pc1 + pc2: dp(2) = 1 IF bjsh% = 1 THEN IF dadd(2) = 19 THEN f(I, 17) = f(I, 17) + dp(2): GOTO 18 IF dadd(2) > g - 3 THEN mv(1) = dadd(2) - 10: f(I, mv(1)) = f(I, mv(1)) + dp(2): GOTO 18 IF dmult(2) = 0 AND dadd(2) > h - 1 THEN mv(1) = dadd(2): f(I, mv(1)) = f(I, mv(1)) + dp(2): GOTO 18 FOR s = 0 TO 9 STEP 1 dmult(3) = dmult(2) * s: dadd(3) = dadd(2) + s IF mc(s) < 1 THEN mc(14) = mc(s) ELSE mc(14) = 1 IF mc(s) = 0 THEN GOTO 19 ELSE dp(3) = dp(2) * mc(s) / mc(10): mc(s) = mc(s) - mc(14): mc(10) = mc(10) - mc(14) IF b21po% = 1 THEN IF dadd(3) = 18 THEN IF pc1 = 6 AND pc2 = 6 THEN IF dc1 = 6 THEN po777 = mc21po(1) + mc21po(11) ELSE po777 = mc21po(1) + mc21po(2) + mc21po(3) IF po777 <> 0 THEN f(I, 18) = f(I, 18) + dp(3): mc(s) = mc(s) + mc(14): mc(10) = mc(10) + mc(14): GOTO 19 END IF IF pc1 = 5 THEN IF pc2 = 6 OR pc2 = 7 THEN po678 = mc21po(8) + mc21po(9) + mc21po(10): IF po678 <> 0 THEN f(I, 19) = f(I, 19) + dp(3): mc(s) = mc(s) + mc(14): mc(10) = mc(10) + mc(14): GOTO 19 IF pc1 = 6 THEN IF pc2 = 5 OR pc2 = 7 THEN po678 = mc21po(8) + mc21po(9) + mc21po(10): IF po678 <> 0 THEN f(I, 19) = f(I, 19) + dp(3): mc(s) = mc(s) + mc(14): mc(10) = mc(10) + mc(14): GOTO 19 IF pc1 = 7 THEN IF pc2 = 5 OR pc2 = 6 THEN po678 = mc21po(8) + mc21po(9) + mc21po(10): IF po678 <> 0 THEN f(I, 19) = f(I, 19) + dp(3): mc(s) = mc(s) + mc(14): mc(10) = mc(10) + mc(14): GOTO 19 END IF END IF IF dadd(3) > g - 4 THEN mv(1) = dadd(3) - 9: f(I, mv(1)) = f(I, mv(1)) + dp(3): mc(s) = mc(s) + mc(14): mc(10) = mc(10) + mc(14): GOTO 19 IF dmult(3) = 0 AND dadd(3) > h - 2 AND dadd(3) < 9 THEN mv(1) = dadd(3) + 1: f(I, mv(1)) = f(I, mv(1)) + dp(3): mc(s) = mc(s) + mc(14): mc(10) = mc(10) + mc(14): GOTO 19 IF dd(3) = 1 AND dadd(3) + 1 - k < 10 THEN IF split% <> 1 THEN ddn = k / 2 * (19 - k) + dadd(3) + 1 - k: IF br(ddn, m) = 32 THEN dd% = 2 ELSE dd% = 1 IF split% = 1 AND das% = 1 THEN IF pc1 <= pc2 THEN ddn = pc1 / 2 * (19 - pc1) + dadd(3) + 1 - pc1: IF sar(ddn, m) = 32 THEN dd% = 2 ELSE dd% = 1 IF pc2 < pc1 THEN ddn = pc2 / 2 * (19 - pc2) + dadd(3) + 1 - pc2: IF far(ddn, m) = 32 THEN dd% = 2 ELSE dd% = 1 END IF IF split% = 1 AND das% <> 1 THEN dd% = 1 END IF FOR t = 0 TO 9 STEP 1 dmult(4) = dmult(3) * t: dadd(4) = dadd(3) + t IF mc(t) < 1 THEN mc(15) = mc(t) ELSE mc(15) = 1 IF mc(t) = 0 THEN GOTO 20 ELSE dp(4) = dp(3) * mc(t) / mc(10): mc(t) = mc(t) - mc(15): mc(10) = mc(10) - mc(15) IF dadd(4) > g - 5 THEN mv(1) = dadd(4) - 8: f(I, mv(1)) = f(I, mv(1)) + dp(4) * dd%: mc(t) = mc(t) + mc(15): mc(10) = mc(10) + mc(15): GOTO 20 IF dmult(4) = 0 AND dadd(4) > h - 3 AND dadd(4) < 8 THEN mv(1) = dadd(4) + 2: f(I, mv(1)) = f(I, mv(1)) + dp(4) * dd%: mc(t) = mc(t) + mc(15): mc(10) = mc(10) + mc(15): GOTO 20 IF dd% = 2 THEN IF dmult(4) = 0 AND dadd(4) < 8 THEN mv(1) = dadd(4) + 2 ELSE mv(1) = dadd(4) - 8 IF mv(1) < 0 THEN mv(1) = 0 f(I, mv(1)) = f(I, mv(1)) + dp(4) * dd% mc(t) = mc(t) + mc(15) mc(10) = mc(10) + mc(15) GOTO 20 END IF IF dd(4) = 1 AND dadd(4) + 2 - k < 10 THEN IF split% <> 1 THEN ddn = k / 2 * (19 - k) + dadd(4) + 2 - k: IF br(ddn, m) = 32 THEN dd% = 2 ELSE dd% = 1 IF split% = 1 AND das% = 1 THEN IF pc1 <= pc2 THEN ddn = pc1 / 2 * (19 - pc1) + dadd(4) + 2 - pc1: IF sar(ddn, m) = 32 THEN dd% = 2 ELSE dd% = 1 IF pc2 < pc1 THEN ddn = pc2 / 2 * (19 - pc2) + dadd(4) + 2 - pc2: IF far(ddn, m) = 32 THEN dd% = 2 ELSE dd% = 1 END IF IF split% = 1 AND das% <> 1 THEN dd% = 1 END IF FOR u = 0 TO 9 STEP 1 dmult(5) = dmult(4) * u: dadd(5) = dadd(4) + u IF mc(u) < 1 THEN mc(16) = mc(u) ELSE mc(16) = 1 IF mc(u) = 0 THEN GOTO 21 ELSE dp(5) = dp(4) * mc(u) / mc(10): mc(u) = mc(u) - mc(16): mc(10) = mc(10) - mc(16) IF dadd(5) > g - 6 THEN mv(1) = dadd(5) - 7 IF b21po% = 1 AND mv(1) = 9 THEN IF mc21po(4) <> 0 THEN f(I, 20) = f(I, 20) + dp(5) * dd%: mc(u) = mc(u) + mc(16): mc(10) = mc(10) + mc(16): GOTO 21 f(I, mv(1)) = f(I, mv(1)) + dp(5) * dd%: mc(u) = mc(u) + mc(16): mc(10) = mc(10) + mc(16): GOTO 21 END IF IF dmult(5) = 0 AND dadd(5) > h - 4 AND dadd(5) < 7 THEN mv(1) = dadd(5) + 3 IF b21po% = 1 AND mv(1) = 9 THEN IF mc21po(4) <> 0 THEN f(I, 20) = f(I, 20) + dp(5) * dd%: mc(u) = mc(u) + mc(16): mc(10) = mc(10) + mc(16): GOTO 21 f(I, mv(1)) = f(I, mv(1)) + dp(5) * dd%: mc(u) = mc(u) + mc(16): mc(10) = mc(10) + mc(16): GOTO 21 END IF IF dd% = 2 THEN IF dmult(5) = 0 AND dadd(5) < 7 THEN mv(1) = dadd(5) + 3 ELSE mv(1) = dadd(5) - 7 IF mv(1) < 0 THEN mv(1) = 0 f(I, mv(1)) = f(I, mv(1)) + dp(5) * dd% mc(u) = mc(u) + mc(16) mc(10) = mc(10) + mc(16) GOTO 21 END IF IF dd(5) = 1 AND dadd(5) + 3 - k < 10 THEN IF split% <> 1 THEN ddn = k / 2 * (19 - k) + dadd(5) + 3 - k: IF br(ddn, m) = 32 THEN dd% = 2 ELSE dd% = 1 IF split% = 1 AND das% = 1 THEN IF pc1 <= pc2 THEN ddn = pc1 / 2 * (19 - pc1) + dadd(5) + 3 - pc1: IF sar(ddn, m) = 32 THEN dd% = 2 ELSE dd% = 1 IF pc2 < pc1 THEN ddn = pc2 / 2 * (19 - pc2) + dadd(5) + 3 - pc2: IF far(ddn, m) = 32 THEN dd% = 2 ELSE dd% = 1 END IF IF split% = 1 AND das% <> 1 THEN dd% = 1 END IF FOR v = 0 TO 9 STEP 1 dmult(6) = dmult(5) * v: dadd(6) = dadd(5) + v IF mc(v) < 1 THEN mc(17) = mc(v) ELSE mc(17) = 1 IF mc(v) = 0 THEN GOTO 22 ELSE dp(6) = dp(5) * mc(v) / mc(10): mc(v) = mc(v) - mc(17): mc(10) = mc(10) - mc(17) IF schw% = 1 THEN IF dadd(6) < 16 THEN f(I, 24) = f(I, 24) + dp(6): mc(v) = mc(v) + mc(17): mc(10) = mc(10) + mc(17): GOTO 22 IF dadd(6) > g - 7 THEN mv(1) = dadd(6) - 6 IF b21po% = 1 AND mv(1) = 9 THEN IF mc21po(5) <> 0 THEN f(I, 21) = f(I, 21) + dp(6) * dd%: mc(v) = mc(v) + mc(17): mc(10) = mc(10) + mc(17): GOTO 22 f(I, mv(1)) = f(I, mv(1)) + dp(6) * dd%: mc(v) = mc(v) + mc(17): mc(10) = mc(10) + mc(17): GOTO 22 END IF IF dmult(6) = 0 AND dadd(6) > h - 5 AND dadd(6) < 6 THEN mv(1) = dadd(6) + 4 IF b21po% = 1 AND mv(1) = 9 THEN IF mc21po(5) <> 0 THEN f(I, 21) = f(I, 21) + dp(6) * dd%: mc(v) = mc(v) + mc(17): mc(10) = mc(10) + mc(17): GOTO 22 f(I, mv(1)) = f(I, mv(1)) + dp(6) * dd%: mc(v) = mc(v) + mc(17): mc(10) = mc(10) + mc(17): GOTO 22 END IF IF dd% = 2 THEN IF dmult(6) = 0 AND dadd(6) < 6 THEN mv(1) = dadd(6) + 4 ELSE mv(1) = dadd(6) - 6 IF mv(1) < 0 THEN mv(1) = 0 f(I, mv(1)) = f(I, mv(1)) + dp(6) * dd% mc(v) = mc(v) + mc(17) mc(10) = mc(10) + mc(17) GOTO 22 END IF IF dd(6) = 1 AND dadd(6) + 4 - k < 10 THEN IF split% <> 1 THEN ddn = k / 2 * (19 - k) + dadd(6) + 4 - k: IF br(ddn, m) = 32 THEN dd% = 2 ELSE dd% = 1 IF split% = 1 AND das% = 1 THEN IF pc1 <= pc2 THEN ddn = pc1 / 2 * (19 - pc1) + dadd(6) + 4 - pc1: IF sar(ddn, m) = 32 THEN dd% = 2 ELSE dd% = 1 IF pc2 < pc1 THEN ddn = pc2 / 2 * (19 - pc2) + dadd(6) + 4 - pc2: IF far(ddn, m) = 32 THEN dd% = 2 ELSE dd% = 1 END IF IF split% = 1 AND das% <> 1 THEN dd% = 1 END IF FOR w = 0 TO 9 STEP 1 dmult(7) = dmult(6) * w: dadd(7) = dadd(6) + w IF mc(w) < 1 THEN mc(12) = mc(w) ELSE mc(12) = 1 IF mc(w) = 0 THEN GOTO 23 ELSE dp(7) = dp(6) * mc(w) / mc(10): mc(w) = mc(w) - mc(12): mc(10) = mc(10) - mc(12) IF dadd(7) > g - 8 THEN mv(1) = dadd(7) - 5 IF b21po% = 1 AND mv(1) = 9 THEN IF mc21po(6) <> 0 THEN f(I, 22) = f(I, 22) + dp(7) * dd%: mc(w) = mc(w) + mc(12): mc(10) = mc(10) + mc(12): GOTO 23 f(I, mv(1)) = f(I, mv(1)) + dp(7) * dd%: mc(w) = mc(w) + mc(12): mc(10) = mc(10) + mc(12): GOTO 23 END IF IF dmult(7) = 0 AND dadd(7) > h - 6 AND dadd(7) < 5 THEN mv(1) = dadd(7) + 5 IF b21po% = 1 AND mv(1) = 9 THEN IF mc21po(6) <> 0 THEN f(I, 22) = f(I, 22) + dp(7) * dd%: mc(w) = mc(w) + mc(12): mc(10) = mc(10) + mc(12): GOTO 23 f(I, mv(1)) = f(I, mv(1)) + dp(7) * dd%: mc(w) = mc(w) + mc(12): mc(10) = mc(10) + mc(12): GOTO 23 END IF IF dd% = 2 THEN IF dmult(7) = 0 AND dadd(7) < 5 THEN mv(1) = dadd(7) + 5 ELSE mv(1) = dadd(7) - 5 IF mv(1) < 0 THEN mv(1) = 0 f(I, mv(1)) = f(I, mv(1)) + dp(7) * dd% mc(w) = mc(w) + mc(12) mc(10) = mc(10) + mc(12) GOTO 23 END IF IF dd(7) = 1 AND dadd(7) + 5 - k < 10 THEN IF split% <> 1 THEN ddn = k / 2 * (19 - k) + dadd(7) + 5 - k: IF br(ddn, m) = 32 THEN dd% = 2 ELSE dd% = 1 IF split% = 1 AND das% = 1 THEN IF pc1 <= pc2 THEN ddn = pc1 / 2 * (19 - pc1) + dadd(7) + 5 - pc1: IF sar(ddn, m) = 32 THEN dd% = 2 ELSE dd% = 1 IF pc2 < pc1 THEN ddn = pc2 / 2 * (19 - pc2) + dadd(7) + 5 - pc2: IF far(ddn, m) = 32 THEN dd% = 2 ELSE dd% = 1 END IF IF split% = 1 AND das% <> 1 THEN dd% = 1 END IF FOR o = 0 TO 9 STEP 1 dmult(8) = dmult(7) * o: dadd(8) = dadd(7) + o IF mc(o) < 1 THEN mc(18) = mc(o) ELSE mc(18) = 1 IF mc(o) = 0 THEN GOTO 24 ELSE dp(8) = dp(7) * mc(o) / mc(10): mc(o) = mc(o) - mc(18): mc(10) = mc(10) - mc(18) IF dadd(8) > g - 9 THEN mv(1) = dadd(8) - 4 IF b21po% = 1 AND mv(1) = 9 THEN IF mc21po(7) <> 0 THEN f(I, 23) = f(I, 23) + dp(8) * dd%: mc(o) = mc(o) + mc(18): mc(10) = mc(10) + mc(18): GOTO 24 f(I, mv(1)) = f(I, mv(1)) + dp(8) * dd%: mc(o) = mc(o) + mc(18): mc(10) = mc(10) + mc(18): GOTO 24 END IF IF dmult(8) = 0 AND dadd(8) > h - 7 AND dadd(8) < 4 THEN mv(1) = dadd(8) + 6 IF b21po% = 1 AND mv(1) = 9 THEN IF mc21po(7) <> 0 THEN f(I, 23) = f(I, 23) + dp(8) * dd%: mc(o) = mc(o) + mc(18): mc(10) = mc(10) + mc(18): GOTO 24 f(I, mv(1)) = f(I, mv(1)) + dp(8) * dd%: mc(o) = mc(o) + mc(18): mc(10) = mc(10) + mc(18): GOTO 24 END IF IF dd% = 2 THEN IF dmult(8) = 0 AND dadd(8) < 4 THEN mv(1) = dadd(8) + 6 ELSE mv(1) = dadd(8) - 4 IF mv(1) < 0 THEN mv(1) = 0 f(I, mv(1)) = f(I, mv(1)) + dp(8) * dd% mc(o) = mc(o) + mc(18) mc(10) = mc(10) + mc(18) GOTO 24 END IF FOR aa = 0 TO 9 STEP 1 dmult(9) = dmult(8) * aa: dadd(9) = dadd(8) + aa IF mc(aa) < 1 THEN mc(22) = mc(aa) ELSE mc(22) = 1 IF mc(aa) = 0 THEN GOTO 25 ELSE dp(9) = dp(8) * mc(aa) / mc(10): mc(aa) = mc(aa) - mc(22): mc(10) = mc(10) - mc(22) IF dadd(9) > g - 10 THEN mv(1) = dadd(9) - 3: f(I, mv(1)) = f(I, mv(1)) + dp(9): mc(aa) = mc(aa) + mc(22): mc(10) = mc(10) + mc(22): GOTO 25 IF dmult(9) = 0 AND dadd(9) > h - 8 AND dadd(9) < 3 THEN mv(1) = dadd(9) + 7: f(I, mv(1)) = f(I, mv(1)) + dp(9): mc(aa) = mc(aa) + mc(22): mc(10) = mc(10) + mc(22): GOTO 25 FOR ab = 0 TO 9 STEP 1 dmult(10) = dmult(9) * ab: dadd(10) = dadd(9) + ab IF mc(ab) < 1 THEN mc(23) = mc(ab) ELSE mc(23) = 1 IF mc(ab) = 0 THEN GOTO 26 ELSE dp(10) = dp(9) * mc(ab) / mc(10): mc(ab) = mc(ab) - mc(23): mc(10) = mc(10) - mc(23) IF dadd(10) > g - 11 THEN mv(1) = dadd(10) - 2: f(I, mv(1)) = f(I, mv(1)) + dp(10) * dd%: mc(ab) = mc(ab) + mc(23): mc(10) = mc(10) + mc(23): GOTO 26 IF dmult(10) = 0 AND dadd(10) > h - 9 AND dadd(10) < 2 THEN mv(1) = dadd(10) + 8: f(I, mv(1)) = f(I, mv(1)) + dp(10) * dd%: mc(ab) = mc(ab) + mc(23): mc(10) = mc(10) + mc(23): GOTO 26 FOR ac = 0 TO 9 STEP 1 dmult(11) = dmult(10) * ac: dadd(11) = dadd(10) + ac IF mc(ac) < 1 THEN mc(24) = mc(ac) ELSE mc(24) = 1 IF mc(ac) = 0 THEN GOTO 27 ELSE dp(11) = dp(10) * mc(ac) / mc(10): mc(ac) = mc(ac) - mc(24): mc(10) = mc(10) - mc(24) IF dadd(11) > g - 12 THEN mv(1) = dadd(11) - 1: f(I, mv(1)) = f(I, mv(1)) + dp(11): mc(ac) = mc(ac) + mc(24): mc(10) = mc(10) + mc(24): GOTO 27 IF dmult(11) = 0 AND dadd(11) > h - 10 AND dadd(11) < 1 THEN mv(1) = dadd(11) + 9: f(I, mv(1)) = f(I, mv(1)) + dp(11): mc(ac) = mc(ac) + mc(24): mc(10) = mc(10) + mc(24): GOTO 27 FOR ad = 0 TO 9 STEP 1 dmult(12) = dmult(11) * ad: dadd(12) = dadd(11) + ad IF mc(ad) < 1 THEN mc(28) = mc(ad) ELSE mc(28) = 1 IF mc(ad) = 0 THEN GOTO 15 ELSE dp(12) = dp(11) * mc(ad) / mc(10): mc(ad) = mc(ad) - mc(28): mc(10) = mc(10) - mc(28) IF dadd(12) > g - 13 THEN mv(1) = dadd(12) - 0: f(I, mv(1)) = f(I, mv(1)) + dp(12): mc(ad) = mc(ad) + mc(28): mc(10) = mc(10) + mc(28): GOTO 15 IF dmult(12) = 0 AND dadd(12) > h - 11 AND dadd(12) < 0 THEN mv(1) = dadd(12) + 10: f(I, mv(1)) = f(I, mv(1)) + dp(12): mc(ad) = mc(ad) + mc(28): mc(10) = mc(10) + mc(28): GOTO 15 FOR ae = 0 TO 9 STEP 1 dmult(13) = dmult(12) * ae: dadd(13) = dadd(12) + ae IF mc(ae) < 1 THEN mc(29) = mc(ae) ELSE mc(29) = 1 IF mc(ae) = 0 THEN GOTO 16 ELSE dp(13) = dp(12) * mc(ae) / mc(10): mc(ae) = mc(ae) - mc(29): mc(10) = mc(10) - mc(29) IF dadd(13) > g - 14 THEN mv(1) = dadd(13) + 1: f(I, mv(1)) = f(I, mv(1)) + dp(13) * dd%: mc(ae) = mc(ae) + mc(29): mc(10) = mc(10) + mc(29): GOTO 16 IF dmult(13) = 0 AND dadd(13) > h - 12 AND dadd(13) < -1 THEN mv(1) = dadd(13) + 11: f(I, mv(1)) = f(I, mv(1)) + dp(13) * dd%: mc(ae) = mc(ae) + mc(29): mc(10) = mc(10) + mc(29): GOTO 16 FOR af = 0 TO 9 STEP 1 dmult(14) = dmult(13) * af: dadd(14) = dadd(13) + af IF mc(af) < 1 THEN mc(30) = mc(af) ELSE mc(30) = 1 IF mc(af) = 0 THEN GOTO 17 ELSE dp(14) = dp(13) * mc(af) / mc(10): mc(af) = mc(af) - mc(30): mc(10) = mc(10) - mc(30) IF dadd(14) > g - 15 THEN mv(1) = dadd(14) + 2: f(I, mv(1)) = f(I, mv(1)) + dp(14): mc(af) = mc(af) + mc(30): mc(10) = mc(10) + mc(30): GOTO 17 IF dmult(14) = 0 AND dadd(14) > h - 13 AND dadd(14) < -2 THEN mv(1) = dadd(14) + 12: f(I, mv(1)) = f(I, mv(1)) + dp(14): mc(af) = mc(af) + mc(30): mc(10) = mc(10) + mc(30): GOTO 17 mc(af) = mc(af) + mc(30): mc(10) = mc(10) + mc(30): dd% = 1 17 NEXT af mc(ae) = mc(ae) + mc(29): mc(10) = mc(10) + mc(29): dd% = 1 16 NEXT ae mc(ad) = mc(ad) + mc(28): mc(10) = mc(10) + mc(28): dd% = 1 15 NEXT ad mc(ac) = mc(ac) + mc(24): mc(10) = mc(10) + mc(24): dd% = 1 27 NEXT ac mc(ab) = mc(ab) + mc(23): mc(10) = mc(10) + mc(23): dd% = 1 26 NEXT ab mc(aa) = mc(aa) + mc(22): mc(10) = mc(10) + mc(22): dd% = 1 25 NEXT aa mc(o) = mc(o) + mc(18): mc(10) = mc(10) + mc(18): dd% = 1 24 NEXT o mc(w) = mc(w) + mc(12): mc(10) = mc(10) + mc(12): dd% = 1 23 NEXT w mc(v) = mc(v) + mc(17): mc(10) = mc(10) + mc(17): dd% = 1 22 NEXT v mc(u) = mc(u) + mc(16): mc(10) = mc(10) + mc(16): dd% = 1 21 NEXT u mc(t) = mc(t) + mc(15): mc(10) = mc(10) + mc(15): dd% = 1 20 NEXT t mc(s) = mc(s) + mc(14): mc(10) = mc(10) + mc(14): dd% = 1 19 NEXT s 18 RETURN 666 dmult(1) = dc1: dadd(1) = dc1 FOR r = 0 TO 9 STEP 1 dmult(2) = dmult(1) * r: dadd(2) = dadd(1) + r IF mc(r) < 1 THEN mc(13) = mc(r) ELSE mc(13) = 1 IF mc(r) = 0 THEN GOTO 28 ELSE dp(2) = mc(r) / mc(10): mc(r) = mc(r) - mc(13): mc(10) = mc(10) - mc(13) IF dadd(2) > 14 THEN mv(1) = dadd(2) - 15: df(mv(1)) = df(mv(1)) + dp(2): mc(r) = mc(r) + mc(13): mc(10) = mc(10) + mc(13): GOTO 28 IF dmult(2) = 0 AND dadd(2) > j - 1 THEN mv(1) = dadd(2) - 5: df(mv(1)) = df(mv(1)) + dp(2): mc(r) = mc(r) + mc(13): mc(10) = mc(10) + mc(13): GOTO 28 FOR s = 0 TO 9 STEP 1 dmult(3) = dmult(2) * s: dadd(3) = dadd(2) + s IF mc(s) < 1 THEN mc(14) = mc(s) ELSE mc(14) = 1 IF mc(s) = 0 THEN GOTO 29 ELSE dp(3) = dp(2) * mc(s) / mc(10): mc(s) = mc(s) - mc(14): mc(10) = mc(10) - mc(14) IF dadd(3) > 13 THEN mv(1) = dadd(3) - 14: df(mv(1)) = df(mv(1)) + dp(3): mc(s) = mc(s) + mc(14): mc(10) = mc(10) + mc(14): GOTO 29 IF dmult(3) = 0 AND dadd(3) > j - 2 AND dadd(3) < 9 THEN mv(1) = dadd(3) - 4: df(mv(1)) = df(mv(1)) + dp(3): mc(s) = mc(s) + mc(14): mc(10) = mc(10) + mc(14): GOTO 29 FOR t = 0 TO 9 STEP 1 dmult(4) = dmult(3) * t: dadd(4) = dadd(3) + t IF mc(t) < 1 THEN mc(15) = mc(t) ELSE mc(15) = 1 IF mc(t) = 0 THEN GOTO 30 ELSE dp(4) = dp(3) * mc(t) / mc(10): mc(t) = mc(t) - mc(15): mc(10) = mc(10) - mc(15) IF dadd(4) > 12 THEN mv(1) = dadd(4) - 13: df(mv(1)) = df(mv(1)) + dp(4): mc(t) = mc(t) + mc(15): mc(10) = mc(10) + mc(15): GOTO 30 IF dmult(4) = 0 AND dadd(4) > j - 3 AND dadd(4) < 8 THEN mv(1) = dadd(4) - 3: df(mv(1)) = df(mv(1)) + dp(4): mc(t) = mc(t) + mc(15): mc(10) = mc(10) + mc(15): GOTO 30 FOR u = 0 TO 9 STEP 1 dmult(5) = dmult(4) * u: dadd(5) = dadd(4) + u IF mc(u) < 1 THEN mc(16) = mc(u) ELSE mc(16) = 1 IF mc(u) = 0 THEN GOTO 31 ELSE dp(5) = dp(4) * mc(u) / mc(10): mc(u) = mc(u) - mc(16): mc(10) = mc(10) - mc(16) IF dadd(5) > 11 THEN mv(1) = dadd(5) - 12: df(mv(1)) = df(mv(1)) + dp(5): mc(u) = mc(u) + mc(16): mc(10) = mc(10) + mc(16): GOTO 31 IF dmult(5) = 0 AND dadd(5) > j - 4 AND dadd(5) < 7 THEN mv(1) = dadd(5) - 2: df(mv(1)) = df(mv(1)) + dp(5): mc(u) = mc(u) + mc(16): mc(10) = mc(10) + mc(16): GOTO 31 FOR v = 0 TO 9 STEP 1 dmult(6) = dmult(5) * v: dadd(6) = dadd(5) + v IF mc(v) < 1 THEN mc(17) = mc(v) ELSE mc(17) = 1 IF mc(v) = 0 THEN GOTO 32 ELSE dp(6) = dp(5) * mc(v) / mc(10): mc(v) = mc(v) - mc(17): mc(10) = mc(10) - mc(17) IF dadd(6) > 10 THEN mv(1) = dadd(6) - 11: df(mv(1)) = df(mv(1)) + dp(6): mc(v) = mc(v) + mc(17): mc(10) = mc(10) + mc(17): GOTO 32 IF dmult(6) = 0 AND dadd(6) > j - 5 AND dadd(6) < 6 THEN mv(1) = dadd(6) - 1: df(mv(1)) = df(mv(1)) + dp(6): mc(v) = mc(v) + mc(17): mc(10) = mc(10) + mc(17): GOTO 32 FOR w = 0 TO 9 STEP 1 dmult(7) = dmult(6) * w: dadd(7) = dadd(6) + w IF mc(w) < 1 THEN mc(12) = mc(w) ELSE mc(12) = 1 IF mc(w) = 0 THEN GOTO 33 ELSE dp(7) = dp(6) * mc(w) / mc(10): mc(w) = mc(w) - mc(12): mc(10) = mc(10) - mc(12) IF dadd(7) > 9 THEN mv(1) = dadd(7) - 10: df(mv(1)) = df(mv(1)) + dp(7): mc(w) = mc(w) + mc(12): mc(10) = mc(10) + mc(12): GOTO 33 IF dmult(7) = 0 AND dadd(7) > j - 6 AND dadd(7) < 5 THEN mv(1) = dadd(7): df(mv(1)) = df(mv(1)) + dp(7): mc(w) = mc(w) + mc(12): mc(10) = mc(10) + mc(12): GOTO 33 FOR o = 0 TO 9 STEP 1 dmult(8) = dmult(7) * o: dadd(8) = dadd(7) + o IF mc(o) < 1 THEN mc(18) = mc(o) ELSE mc(18) = 1 IF mc(o) = 0 THEN GOTO 34 ELSE dp(8) = dp(7) * mc(o) / mc(10): mc(o) = mc(o) - mc(18): mc(10) = mc(10) - mc(18) IF dadd(8) > 8 THEN mv(1) = dadd(8) - 9: df(mv(1)) = df(mv(1)) + dp(8): mc(o) = mc(o) + mc(18): mc(10) = mc(10) + mc(18): GOTO 34 IF dmult(8) = 0 AND dadd(8) > j - 7 AND dadd(8) < 4 THEN mv(1) = dadd(8) + 1: df(mv(1)) = df(mv(1)) + dp(8): mc(o) = mc(o) + mc(18): mc(10) = mc(10) + mc(18): GOTO 34 FOR aa = 0 TO 9 STEP 1 dmult(9) = dmult(8) * aa: dadd(9) = dadd(8) + aa IF mc(aa) < 1 THEN mc(25) = mc(aa) ELSE mc(25) = 1 IF mc(aa) = 0 THEN GOTO 35 ELSE dp(9) = dp(8) * mc(aa) / mc(10): mc(aa) = mc(aa) - mc(25): mc(10) = mc(10) - mc(25) IF dadd(9) > 7 THEN mv(1) = dadd(9) - 8: df(mv(1)) = df(mv(1)) + dp(9): mc(aa) = mc(aa) + mc(25): mc(10) = mc(10) + mc(25): GOTO 35 IF dmult(9) = 0 AND dadd(9) > j - 8 AND dadd(9) < 3 THEN mv(1) = dadd(9) + 2: df(mv(1)) = df(mv(1)) + dp(9): mc(aa) = mc(aa) + mc(25): mc(10) = mc(10) + mc(25): GOTO 35 FOR ab = 0 TO 9 STEP 1 dmult(10) = dmult(9) * ab: dadd(10) = dadd(9) + ab IF mc(ab) < 1 THEN mc(26) = mc(ab) ELSE mc(26) = 1 IF mc(ab) = 0 THEN GOTO 36 ELSE dp(10) = dp(9) * mc(ab) / mc(10): mc(ab) = mc(ab) - mc(26): mc(10) = mc(10) - mc(26) IF dadd(10) > 6 THEN mv(1) = dadd(10) - 7: df(mv(1)) = df(mv(1)) + dp(10): mc(ab) = mc(ab) + mc(26): mc(10) = mc(10) + mc(26): GOTO 36 IF dmult(10) = 0 AND dadd(10) > j - 9 AND dadd(10) < 2 THEN mv(1) = dadd(10) + 3: df(mv(1)) = df(mv(1)) + dp(10): mc(ab) = mc(ab) + mc(26): mc(10) = mc(10) + mc(26): GOTO 36 FOR ac = 0 TO 9 STEP 1 dmult(11) = dmult(10) * ac: dadd(11) = dadd(10) + ac IF mc(ac) < 1 THEN mc(27) = mc(ac) ELSE mc(27) = 1 IF mc(ac) = 0 THEN GOTO 37 ELSE dp(11) = dp(10) * mc(ac) / mc(10): mc(ac) = mc(ac) - mc(27): mc(10) = mc(10) - mc(27) IF dadd(11) > 5 THEN mv(1) = dadd(11) - 6: df(mv(1)) = df(mv(1)) + dp(11): mc(ac) = mc(ac) + mc(27): mc(10) = mc(10) + mc(27): GOTO 37 IF dmult(11) = 0 AND dadd(11) > j - 10 AND dadd(11) < 1 THEN mv(1) = dadd(11) + 4: df(mv(1)) = df(mv(1)) + dp(11): mc(ac) = mc(ac) + mc(27): mc(10) = mc(10) + mc(27): GOTO 37 FOR ad = 0 TO 9 STEP 1 dmult(12) = dmult(11) * ad: dadd(12) = dadd(11) + ad IF mc(ad) < 1 THEN mc(31) = mc(ad) ELSE mc(31) = 1 IF mc(ad) = 0 THEN GOTO 38 ELSE dp(12) = dp(11) * mc(ad) / mc(10): mc(ad) = mc(ad) - mc(31): mc(10) = mc(10) - mc(31) IF dadd(12) > 4 THEN mv(1) = dadd(12) - 5: df(mv(1)) = df(mv(1)) + dp(12): mc(ad) = mc(ad) + mc(31): mc(10) = mc(10) + mc(31): GOTO 38 IF dmult(12) = 0 AND dadd(12) > j - 11 AND dadd(12) < 0 THEN mv(1) = dadd(12) + 5: df(mv(1)) = df(mv(1)) + dp(12): mc(ad) = mc(ad) + mc(31): mc(10) = mc(10) + mc(31): GOTO 38 FOR ae = 0 TO 9 STEP 1 dmult(13) = dmult(12) * ae: dadd(13) = dadd(9) + ae IF mc(ae) < 1 THEN mc(32) = mc(ae) ELSE mc(32) = 1 IF mc(ae) = 0 THEN GOTO 39 ELSE dp(13) = dp(12) * mc(ae) / mc(10): mc(ae) = mc(ae) - mc(32): mc(10) = mc(10) - mc(32) IF dadd(13) > 3 THEN mv(1) = dadd(13) - 4: df(mv(1)) = df(mv(1)) + dp(13): mc(ae) = mc(ae) + mc(32): mc(10) = mc(10) + mc(32): GOTO 39 IF dmult(13) = 0 AND dadd(13) > j - 12 AND dadd(13) < -1 THEN mv(1) = dadd(13) + 6: df(mv(1)) = df(mv(1)) + dp(13): mc(ae) = mc(ae) + mc(32): mc(10) = mc(10) + mc(32): GOTO 39 FOR af = 0 TO 9 STEP 1 dmult(14) = dmult(13) * af: dadd(14) = dadd(13) + af IF mc(af) < 1 THEN mc(33) = mc(af) ELSE mc(33) = 1 IF mc(af) = 0 THEN GOTO 40 ELSE dp(14) = dp(13) * mc(af) / mc(10): mc(af) = mc(af) - mc(33): mc(10) = mc(10) - mc(33) IF dadd(14) > 2 THEN mv(1) = dadd(14) - 3: df(mv(1)) = df(mv(1)) + dp(14): mc(af) = mc(af) + mc(33): mc(10) = mc(10) + mc(33): GOTO 40 IF dmult(14) = 0 AND dadd(14) > j - 13 AND dadd(14) < -2 THEN mv(1) = dadd(14) + 7: df(mv(1)) = df(mv(1)) + dp(14): mc(af) = mc(af) + mc(33): mc(10) = mc(10) + mc(33): GOTO 40 mc(af) = mc(af) + mc(33): mc(10) = mc(10) + mc(33) 40 NEXT af mc(ae) = mc(ae) + mc(32): mc(10) = mc(10) + mc(32) 39 NEXT ae mc(ad) = mc(ad) + mc(31): mc(10) = mc(10) + mc(31) 38 NEXT ad mc(ac) = mc(ac) + mc(27): mc(10) = mc(10) + mc(27) 37 NEXT ac mc(ab) = mc(ab) + mc(26): mc(10) = mc(10) + mc(26) 36 NEXT ab mc(aa) = mc(aa) + mc(25): mc(10) = mc(10) + mc(25) 35 NEXT aa mc(o) = mc(o) + mc(18): mc(10) = mc(10) + mc(18) 34 NEXT o mc(w) = mc(w) + mc(12): mc(10) = mc(10) + mc(12) 33 NEXT w mc(v) = mc(v) + mc(17): mc(10) = mc(10) + mc(17) 32 NEXT v mc(u) = mc(u) + mc(16): mc(10) = mc(10) + mc(16) 31 NEXT u mc(t) = mc(t) + mc(15): mc(10) = mc(10) + mc(15) 30 NEXT t mc(s) = mc(s) + mc(14): mc(10) = mc(10) + mc(14) 29 NEXT s mc(r) = mc(r) + mc(13): mc(10) = mc(10) + mc(13) 28 NEXT r FOR y = 0 TO 9 df(10) = df(10) + df(y): NEXT y FOR y = 1 TO 5 df(11) = df(11) + df(4 + y): NEXT y IF push% <> 1 THEN IF dc1 = 0 THEN df(4) = df(4) - mc(9) / mc(10) FOR x = 0 TO 11 IF x = 10 THEN x = 11 IF dc1 = 0 THEN df(x) = df(x) / (1 - mc(9) / mc(10)) NEXT x END IF IF ten% <> 1 THEN IF dc1 = 9 THEN df(4) = df(4) - mc(0) / mc(10) FOR x = 0 TO 11 IF x = 10 THEN x = 11 IF dc1 = 9 THEN df(x) = df(x) / (1 - mc(0) / mc(10)) NEXT x END IF RETURN 888 IF pc1 <= pc2 THEN n = pc1 / 2 * (19 - pc1) + pc2 ELSE n = pc2 / 2 * (19 - pc2) + pc1 x = 0 IF split% <> 1 THEN hit(n, dc1) = -3 ELSE splithands(pc2, dc1) = -3 FOR v = 12 TO 19 FOR w = 5 TO 8 IF w + 12 < v THEN w = v - 12 x = x + 1 IF v >= hl% AND v <= hu% AND w + 12 >= sl% AND w + 12 <= su% THEN q# = 0 IF bjsh% <> 1 THEN f(x, 9) = f(x, 9) + f(x, 17): f(x, 17) = 0 IF po777 = 0 THEN f(x, 9) = f(x, 9) + f(x, 18): f(x, 18) = 0 IF po678 = 0 THEN f(x, 9) = f(x, 9) + f(x, 19): f(x, 19) = 0 IF mc21po(4) = 0 THEN f(x, 9) = f(x, 9) + f(x, 20): f(x, 20) = 0 IF mc21po(5) = 0 THEN f(x, 9) = f(x, 9) + f(x, 21): f(x, 21) = 0 IF mc21po(6) = 0 THEN f(x, 9) = f(x, 9) + f(x, 22): f(x, 22) = 0 IF mc21po(7) = 0 THEN f(x, 9) = f(x, 9) + f(x, 23): f(x, 23) = 0 FOR y = 0 TO 16 IF y > 9 THEN FOR z = 0 TO 4 q# = q# - f(x, y) * df(z) NEXT z FOR z = 1 TO 5 IF dbc% <> 1 AND dbc% <> 2 THEN q# = q# - f(x, y) * df(4 + z) IF dbc% = 1 OR dbc% = 2 THEN IF z + 21 < y + 12 THEN q# = q# - f(x, y) * df(4 + z) IF z + 21 = y + 12 THEN IF dwt% = 1 THEN q# = q# - f(x, y) * df(4 + z) IF dwt% <> 1 AND dbc% = 1 THEN q# = q# - f(x, y) * df(4 + z) * .5 END IF IF z + 21 > y + 12 AND dbc% = 2 THEN q# = q# + f(x, y) * df(4 + z) END IF NEXT z END IF IF y < 10 THEN FOR z = 0 TO 5 IF z = 5 THEN q# = q# + f(x, y) * df(11) IF z < 5 THEN IF z < y - 5 THEN q# = q# + f(x, y) * df(z) IF z < 5 THEN IF z > y - 5 THEN q# = q# - f(x, y) * df(z) IF z < 4 THEN IF z = y - 5 THEN IF dwt% = 1 THEN q# = q# - f(x, y) * df(z) IF z = 4 AND y = 9 THEN IF immed% = 1 THEN q# = q# + f(x, y) * df(4) IF immed% <> 1 AND dwt% = 1 THEN q# = q# - f(x, y) * df(4) END IF NEXT z END IF NEXT y q# = q# + f(x, 17) * blackjack + f(x, 18) * (po777 + 1) + f(x, 19) * (po678 + 1) + f(x, 20) * (mc21po(4) + 1) + f(x, 21) * (mc21po(5) + 1) + f(x, 22) * (mc21po(6) + 1) + f(x, 23) * (mc21po(7) + 1) + f(x, 24) IF split% <> 1 THEN IF dc1 = 0 AND push% <> 1 THEN q# = q# * (1 - mc9 / mc10) - mc9 / mc10 IF dc1 = 9 AND ten% <> 1 THEN q# = q# * (1 - mc0 / mc10) - mc0 / mc10 aq(n, dc1, x) = q# IF q# > hit(n, dc1) THEN hit(n, dc1) = q#: br(n, dc1) = x END IF IF split% = 1 THEN IF pc2 < pc1 THEN IF q# > splithands(pc2, dc1) THEN splithands(pc2, dc1) = q#: far(n, dc1) = x IF pc2 = pc1 THEN IF q# > splithands(pc2, dc1) THEN splithands(pc2, dc1) = q#: far(n, dc1) = x: sar(n, dc1) = x IF pc1 < pc2 THEN IF q# > splithands(pc2, dc1) THEN splithands(pc2, dc1) = q#: sar(n, dc1) = x END IF IF pc1 * pc2 = 0 THEN IF pc1 + pc2 > 5 AND w < 6 THEN IF x < 25 THEN x = x + 1: w = w + 1: IF split% <> 1 THEN aq(n, dc1, x) = q# IF pc1 + pc2 > 6 AND w < 7 THEN IF x < 28 THEN x = x + 1: w = w + 1: IF split% <> 1 THEN aq(n, dc1, x) = q# IF pc1 + pc2 > 7 AND w < 8 THEN x = x + 1: w = w + 1: IF split% <> 1 THEN aq(n, dc1, x) = q# END IF IF pc1 * pc2 <> 0 THEN IF pc1 + pc2 > 4 AND w < 6 THEN IF x < 25 THEN x = x + 1: w = w + 1: IF split% <> 1 THEN aq(n, dc1, x) = q# IF pc1 + pc2 > 5 AND w < 7 THEN IF x < 28 THEN x = x + 1: w = w + 1: IF split% <> 1 THEN aq(n, dc1, x) = q# IF pc1 + pc2 > 6 AND w < 8 THEN x = x + 1: w = w + 1: IF split% <> 1 THEN aq(n, dc1, x) = q# END IF END IF NEXT w: NEXT v: account = 0: q# = 0 IF split% <> 1 THEN standr% = br(n, dc1): stand = hit(n, dc1): REM PRINT MID$(o$, br(n, dc1) * 5 + 1, 5); " stand strategy yields a win minus loss expectation of"; : PRINT USING "##.####"; hit(n, dc1) RETURN 222 FOR x = 0 TO 9 dadd(0) = pc1 + pc2 + x: dmult(0) = pc1 * pc2 * x: IF dadd(0) > 26 THEN dadd(0) = 26 IF dmult(0) <> 0 THEN IF dadd(0) > 8 THEN f(0, dadd(0) - 9) = f(0, dadd(0) - 9) + mc(x) / mc(10) ELSE f(0, 4) = f(0, 4) + mc(x) / mc(10) IF dmult(0) = 0 THEN IF dadd(0) > 3 THEN IF dadd(0) < 9 THEN f(0, dadd(0) + 1) = f(0, dadd(0) + 1) + mc(x) / mc(10) ELSE f(0, dadd(0) - 9) = f(0, dadd(0) - 9) + mc(x) / mc(10) IF dmult(0) = 0 THEN IF dadd(0) < 4 THEN f(0, 4) = f(0, 4) + mc(x) / mc(10) NEXT x FOR y = 0 TO 17 IF split% <> 1 THEN pbr(n, dc1, 32, y) = f(0, y) IF split% = 1 THEN IF pc1 > pc2 THEN pfar(n, dc1, 32, y) = f(0, y) IF pc1 = pc2 THEN pfar(n, dc1, 32, y) = f(0, y): psar(n, dc1, 32, y) = f(0, y) IF pc2 > pc1 THEN psar(n, dc1, 32, y) = f(0, y) END IF IF y > 9 THEN FOR z = 0 TO 4 q# = q# - f(0, y) * df(z) NEXT z FOR z = 1 TO 5 IF dbc% <> 1 AND dbc% <> 2 THEN q# = q# - f(0, y) * df(4 + z) IF dbc% = 1 OR dbc% = 2 THEN IF z + 21 < y + 12 THEN q# = q# - f(0, y) * df(4 + z) IF z + 21 = y + 12 THEN IF dwt% = 1 THEN q# = q# - f(0, y) * df(4 + z) IF dwt% <> 1 AND dbc% = 1 THEN q# = q# - f(0, y) * df(4 + z) * .5 END IF IF z + 21 > y + 12 AND dbc% = 2 THEN q# = q# + f(0, y) * df(4 + z) END IF NEXT z END IF IF y < 10 THEN FOR z = 0 TO 5 IF z = 5 THEN q# = q# + f(0, y) * df(11) IF z < 5 THEN IF z < y - 5 THEN q# = q# + f(0, y) * df(z) IF z < 5 THEN IF z > y - 5 THEN q# = q# - f(0, y) * df(z) IF z < 4 THEN IF z = y - 5 THEN IF dwt% = 1 THEN q# = q# - f(0, y) * df(z) IF z = 4 AND y = 9 THEN IF immed% = 1 THEN q# = q# + f(0, y) * df(4) IF immed% <> 1 AND dwt% = 1 THEN q# = q# - f(0, y) * df(4) END IF NEXT z END IF NEXT y IF (hole% <> 1 AND split% = 1) THEN q# = 2 * q# IF split% <> 1 THEN IF hole% <> 1 THEN q# = 2 * q# IF dc1 = 0 THEN IF push% <> 1 THEN q# = (q# * (1 - mc9 / mc10) - mc9 / mc10) * (1 + hole%) ELSE IF hole% = 1 THEN q# = 2 * q# IF dc1 = 9 THEN IF ten% <> 1 THEN q# = (q# * (1 - mc0 / mc10) - mc0 / mc10) * (1 + hole%) ELSE IF hole% = 1 THEN q# = 2 * q# IF dc1 <> 0 AND dc1 <> 9 THEN IF hole% = 1 THEN q# = 2 * q# aq(n, dc1, 32) = q# IF q# > hit(n, dc1) THEN hit(n, dc1) = q#: br(n, dc1) = 32 ddown = q#: REM PRINT "double down strategy yields a win minus loss expectation of"; : PRINT USING "##.####"; q# END IF IF split% = 1 THEN IF pc1 > pc2 THEN IF q# * prob# > splithands(pc2, dc1) THEN splithands(pc2, dc1) = q# * prob#: far(n, dc1) = 32 IF split% = 1 THEN IF pc2 = pc1 THEN IF q# * prob# > splithands(pc2, dc1) THEN splithands(pc2, dc1) = q# * prob#: far(n, dc1) = 32: sar(n, dc1) = 32 IF split% = 1 THEN IF pc2 > pc1 THEN IF q# * prob# > splithands(pc2, dc1) THEN splithands(pc2, dc1) = q# * prob#: sar(n, dc1) = 32 RETURN 234 IF (split% <> 1 AND ls% = 1) THEN q# = -.5 IF dc1 = 0 AND early% <> 1 THEN q# = q# * (1 - mc9 / mc10) - mc9 / mc10 IF dc1 = 9 AND early% <> 1 THEN q# = q# * (1 - mc0 / mc10) - mc0 / mc10 aq(n, dc1, 31) = q# IF q# > hit(n, dc1) THEN hit(n, dc1) = q#: br(n, dc1) = 31 IF early% <> 1 THEN srndr = q#: REM PRINT "L surrender strategy yields a win minus loss expectation of"; : PRINT USING "##.####"; q# IF early% = 1 THEN srndr = q#: REM PRINT "E surrender strategy yields a win minus loss expectation of"; : PRINT USING "##.####"; q# END IF RETURN 226 CLS: PRINT "ULTIMA299.BAS loads data saved by ULTIMA282.BAS about playing strategy." PRINT "ULTIMA299.BAS loads data saved by ULTIMA298.BAS about average stack compositions" PRINT "that occur at various card count totals during a simulated game of blackjack" PRINT "and generates indices. ULTIMA297.BAS loads and uses these indices to vary" PRINT "player response strategy with changes in the integer card count total during" PRINT "a simulated game of blackjack. Card count values are assigned to each" PRINT "denomination by the user. ULTIMA299.BAS uses these card count values to deduct" PRINT "the card count value of the player's hand and dealer up from the total count." PRINT "Doing so makes it possible to enable the computer player to include both the" PRINT "player's hand and the dealers up card in the count to access play variation" PRINT "indices. Card count values should only be input when a Hi-Lo type system is" PRINT "being tested. The user should enter zeros for card count values whenever a" PRINT "OPP type system is being tested." PRINT "" PRINT "enter 'folder/filename prefix' to be used to store the input screen and program output": INPUT files$ OPEN files$ + "i.txt" FOR OUTPUT AS #1 PRINT #1, "ULTIMA299.BAS loads data saved by ULTIMA282.BAS about playing strategy." PRINT #1, "ULTIMA299.BAS loads data saved by ULTIMA298.BAS about average stack compositions" PRINT #1, "that occur at various card count totals during a simulated game of blackjack" PRINT #1, "and generates indices. ULTIMA297.BAS loads and uses these indices to vary" PRINT #1, "player response strategy with changes in the integer card count total during" PRINT #1, "a simulated game of blackjack. ULTIMA298.BAS stores the number of times bets" PRINT #1, "were placed at the various integer card count totals that occurs during " PRINT #1, "a simulated a game of blackjack. ULTIMA298.BAS also stores data about stack" PRINT #1, "compositions that occur at the time a bet was placed at those various integer" PRINT #1, "card count totals that occur during simulated play of a game of blackjack." PRINT #1, "The average stack composition that occurred at any given card count total" PRINT #1, "can be found by dividing the sum of all stack compositions found at a given" PRINT #1, "integer card count total by the sum of all the times bets were placed at" PRINT #1, "that card count total. ULTIMA299.BAS loads this data saved by ULTIMA298.BAS" PRINT #1, "about the various integer card count totals that occurred during" PRINT #1, "a simulated game of blackjack and about the average stack compositions" PRINT #1, "that correlate with those various integer card count totals and does" PRINT #1, "an approximate combinatorial analysis to find a nearly optimal" PRINT #1, "combination dependent playing strategy for each of the average stack" PRINT #1, "compositions that occured at each of the various integer card count levels." PRINT #1, "This approximate combinatorial analysis of average deck compositions" PRINT #1, "is the basis for the playing indices used by ULTIMA297.BAS to" PRINT #1, "vary playing strategy with changes in the integer card count total" PRINT #1, "during a user defined simulated game of blackjack. These three programs" PRINT #1, "when used together offer a way of creating and testing playing indices" PRINT #1, "for a user defined card count strategy in a simulated game of blackjack." PRINT #1, "" PRINT #1, "enter 'folder/filename prefix' to be used to store the input screen and program output ": PRINT #1, files$ CLOSE #1 o$ = " 12/A612/A712/A812/A913/A613/A713/A813/A914/A614/A714/A814/A915/A615/A715/A815/A916/A616/A716/A816/A917/A617/A717/A817/A918/A718/A818/A919/A819/A9SplitSrndrDDown" n$ = " 12 12 12 12 13 13 13 13 14 14 14 14 15 15 15 15 16 16 16 16 17 17 17 17 18 18 18 19 19 SplitSrndrDDown" 69 PRINT "enter 'folder/filename prefix' of matching basic strategy": INPUT D$ OPEN D$ + "a.dat" FOR RANDOM AS #1 LEN = LEN(sd) GET #1, , sd bc(0) = sd.c1: bc(1) = sd.c2: bc(2) = sd.c3: bc(3) = sd.c4: bc(4) = sd.c5 bc(5) = sd.c6: bc(6) = sd.c7: bc(7) = sd.c8: bc(8) = sd.c9: bc(9) = sd.cT bc(10) = sd.cJ: bc(11) = sd.cQ: bc(12) = sd.cK: dwt% = sd.dwt: dbc% = sd.dbc j = sd.j: hole% = sd.hole: schw% = sd.schw: blackjack = sd.blackjack: ins% = sd.ins splt% = sd.splt: most% = sd.nsh: rsa% = sd.rsa: das% = sd.das: dh% = sd.dh ld% = sd.ld: ls% = sd.ls: early% = sd.early: bjsh% = sd.bjsh: dsa% = sd.dsa push% = sd.push: ten% = sd.ten: deck% = sd.deck: shf = sd.shf: immed% = sd.immed: pbd% = sd.pbd b21po% = sd.b21po: ms777 = sd.ms777: ss777 = sd.ss777: sp777 = sd.sp777: jp777 = sd.jp777 mc21po(4) = sd.po5c21: mc21po(5) = sd.po6c21: mc21po(6) = sd.po7c21: mc21po(7) = sd.po8c21 ms678 = sd.ms678: ss678 = sd.ss678: sp678 = sd.sp678 q$ = sd.description CLOSE #1 ERASE card FOR x = 0 TO 12 IF x < 9 THEN card(x) = bc(x) ELSE card(9) = card(9) + bc(x) NEXT x card(10) = card(0) + card(1) + card(2) + card(3) + card(4) + card(5) + card(6) + card(7) + card(8) + card(9) IF card(6) <> 0 AND b21po% = 1 THEN mc21po(1) = (card(6) * deck%) * (card(6) * deck% - 1) * (card(6) * deck% - 2): mc21po(2) = deck% * (deck% - 1) * (deck% - 2) * 4 / mc21po(1) mc21po(3) = deck% * (deck% - 1) * (deck% - 2) / mc21po(1): mc21po(1) = ms777 mc21po(11) = (jp777 - ms777) * mc21po(2): mc21po(3) = (sp777 - ss777) * mc21po(3): mc21po(2) = (ss777 - ms777) * mc21po(2) END IF IF card(5) * card(6) * card(7) <> 0 AND b21po% = 1 THEN mc21po(8) = card(5) * card(6) * card(7) * deck% ^ 3: mc21po(9) = deck% ^ 3 * 4 / mc21po(8) mc21po(10) = deck% ^ 3 * 1 / mc21po(8): mc21po(8) = ms678 mc21po(9) = (ss678 - ms678) * mc21po(9): mc21po(10) = (sp678 - ss678) * mc21po(10) END IF OPEN D$ + "b.dat" FOR RANDOM AS #1 LEN = LEN(num) w = 0 FOR x = 0 TO 54 FOR y = 0 TO 9 w = w + 1 GET #1, w, num br(x, y) = num.r: far(x, y) = num.far: sar(x, y) = num.sar: hit(x, y) = num.hit NEXT y: NEXT x CLOSE #1 PRINT "strategy loaded is described as follows: "; q$ PRINT "if this is acceptable type 'y'and press enter ";: INPUT ans$: IF ans$ <> "y" THEN GOTO 69 IF rsa% = 1 THEN rsa% = splt% ELSE rsa% = 2 OPEN files$ + "i.txt" FOR APPEND AS #1 PRINT #1, "enter 'folder/filename prefix'of matching basic strategy ": PRINT #1, D$ PRINT #1, "strategy loaded is described as follows: ";: PRINT #1, q$ PRINT #1, "if this is acceptable type 'y'and press enter ";: PRINT #1, ans$ CLOSE #1 OPEN files$ + "i.txt" FOR APPEND AS #1 PRINT #1, "input the number of decks used";: PRINT #1, deck% PRINT #1, "what is the percentage of the shoe remaining at point of reshuffle.(15-100)";: PRINT #1, shf PRINT #1, "input dealer soft finish";: PRINT #1, j + 12 PRINT #1, "press 1 and enter for dealer wins ties";: PRINT #1, dwt% PRINT #1, "press 1 and enter for a double bust contest where in if the player" PRINT #1, "finishes closer to twenty-one than the dealer, the player pushes" PRINT #1, "press 2 and enter for a double bust contest where in if the player" PRINT #1, "finishes closer to twenty-one than the dealer, the player wins";: PRINT #1, dbc% PRINT #1, "press 1 and enter for dealer takes no hole card";: PRINT #1, hole% PRINT #1, "press 1 and enter for player hands of 21 push against all dealer bjs";: PRINT #1, push% IF push% = 1 THEN ten% = 1 ELSE PRINT #1, "press 1 and enter for player 21 pushes against dealer 10 up bjs only";: PRINT #1, ten% PRINT #1, "press 1 and enter for automatic six card player hand win";: PRINT #1, schw% PRINT #1, "press 1 and enter for insurance";: PRINT #1, ins% PRINT #1, "press 1 and enter for surrender";: PRINT #1, ls% IF ls% = 1 THEN PRINT #1, "press 1 and enter for early surrender";: PRINT #1, early% PRINT #1, "press 1 and enter for split option";: PRINT #1, splt% IF splt% = 1 THEN PRINT #1, "press 1 and enter for double down after split";: PRINT #1, das% PRINT #1, "what is the maximum number of split hands allowed";: PRINT #1, most% IF most% > 2 THEN PRINT #1, "press 1 and enter for resplit of aces is allowed";: PRINT #1, rsa% PRINT #1, "press 1 and enter to draw to split aces";: PRINT #1, dsa% END IF PRINT #1, "press 1 and enter to restrict use of double down to specific hand totals";: PRINT #1, dh% IF dh% = 1 THEN PRINT #1, "enter 9 for 9/10/11 only, enter 10 for 10/11 only, enter 11 for 11 only ";: PRINT #1, ld% IF NOT dh% = 1 THEN ld% = 1 PRINT #1, "input 2 for blackjack pays 2:1 or 1.5 for pays 3:2 or 1 for pays 1:1";: PRINT #1, blackjack PRINT #1, "press 1 and enter for blackjack pays off on split hands";: PRINT #1, bjsh% PRINT #1, "press 1 and enter for all player hands of 21 pay off immediately";: PRINT #1, immed% PRINT #1, "press 1 and enter for player blackjack beats dealer blackjack";: PRINT #1, pbd% PRINT #1, "press 1 and enter for bonus 21 payoffs";: PRINT #1, b21po% IF b21po% = 1 THEN FOR x = 5 TO 8 PRINT #1, "enter payoff for"; x; " card 21";: PRINT #1, mc21po(x - 1) NEXT x PRINT #1, "enter payoff for 678 mixed suits";: PRINT #1, ms678 PRINT #1, "enter payoff for 678 same suit";: PRINT #1, ss678 PRINT #1, "enter payoff for 678 spades suit";: PRINT #1, sp678 PRINT #1, "enter payoff for 777 mixed suits";: PRINT #1, ms777 IF deck% > 2 THEN PRINT #1, "enter payoff for 777 same suit";: PRINT #1, ss777 PRINT #1, "enter payoff for 777 spades suit";: PRINT #1, sp777 PRINT #1, "enter jackpot for for 777 same suit against any dealer 7";: PRINT #1, jp777 END IF END IF PRINT #1, "press 1 and enter for double on more than two cards": PRINT #1, dd% IF dd% = 1 THEN FOR x = 3 TO 7 PRINT #1, "press 1 and enter for double on "; x; " cards";: PRINT #1, dd(x): NEXT x END IF PRINT #1, "type and enter a brief description of rules": PRINT #1, q$ PRINT #1, "" dd% = 1 CLOSE #1 70 PRINT "enter 'folder/filename prefix' of average deck compositions ": INPUT a$ OPEN a$ + "adc.dat" FOR RANDOM AS #1 LEN = LEN(mdc) GET #1, , mdc dc$ = mdc.description CLOSE #1 PRINT "deck compositions loaded are described as follows:": PRINT dc$ PRINT "if this is acceptable type 'y'and press enter": INPUT ans$ OPEN files$ + "i.txt" FOR APPEND AS #1 PRINT #1, "enter 'folder/filename prefix' of average deck compositions ": PRINT #1, a$ PRINT #1, "deck compositions loaded are described as follows: ": PRINT #1, dc$ PRINT #1, "if this is acceptable type 'y'and press enter ": PRINT #1, ans$ CLOSE #1 IF ans$ <> "y" THEN GOTO 70 hmr& = mdc.hmr: ap% = mdc.ap 79 PRINT "press 'y' and enter to load an ezcount strategy ": INPUT ans$ OPEN files$ + "i.txt" FOR APPEND AS #1 PRINT #1, "press 'y' and enter to load an ezcount strategy ": PRINT #1, ans$ CLOSE #1 IF ans$ = "y" THEN PRINT "enter 'folder/filename prefix' of ezcount strategy to be loaded": INPUT z$ OPEN z$ + "z.dat" FOR RANDOM AS #1 LEN = LEN(ez) GET #1, , ez dv(0) = ez.dv1: dv(1) = ez.dv2: dv(2) = ez.dv3: dv(3) = ez.dv4: dv(4) = ez.dv5 dv(5) = ez.dv6: dv(6) = ez.dv7: dv(7) = ez.dv8: dv(8) = ez.dv9: dv(9) = ez.dv10 dv(10) = ez.dv11: dv(11) = ez.dv12: dv(12) = ez.dv13 fv(0) = ez.fv1: fv(1) = ez.fv2: fv(2) = ez.fv3: fv(3) = ez.fv4: fv(4) = ez.fv5 fv(5) = ez.fv6: fv(6) = ez.fv7: fv(7) = ez.fv8: fv(8) = ez.fv9: fv(9) = ez.fv10 fv(10) = ez.fv11: fv(11) = ez.fv12: fv(12) = ez.fv13 k$ = ez.description PRINT "ezcount loaded is described as "; k$ I = 1 CLOSE #1 END IF OPEN files$ + "i.txt" FOR APPEND AS #1 IF ans$ = "y" THEN PRINT #1, "enter 'folder/filename prefix' of ezcount strategy to be loaded ": PRINT #1, z$ PRINT #1, "ezcount loaded is described as "; k$ END IF CLOSE #1 IF ans$ = "y" THEN PRINT "if this is acceptable press 'y' and enter";: INPUT ans$: IF ans$ <> "y" THEN GOTO 79 OPEN files$ + "i.txt" FOR APPEND AS #1 IF ans$ = "y" THEN PRINT #1, "if this is acceptable press 'y' and enter ";: PRINT #1, ans$ CLOSE #1 IF ans$ <> "y" THEN FOR x = 0 TO 12 READ a: dv(x) = a: fv(x) = 100: NEXT x DATA -1,1,1,1,1,1,0,0,0,-1,-1,-1,-1 PRINT "press 1 and enter for default count values ";: INPUT I END IF FOR x = 0 TO 12 IF I = 1 THEN c = dv(x) / fv(x) * 100: GOTO 808 PRINT "what is the count value of ";: PRINT MID$(b$, x + 1, 1);: PRINT "'s ("; dv(x); ")";: INPUT c: dv(x) = c 808 cv(x) = c: dv(13) = dv(13) + cv(x) * mc(x) / 4: cv(13) = cv(13) - cv(x) * mc(x) * deck%: gv(14) = cv(14) + ABS(cv(x)) * mc(x) * deck%: NEXT x OPEN files$ + "i.txt" FOR APPEND AS #1 IF ans$ <> "y" THEN PRINT #1, "press 1 and enter for default count values "; I FOR x = 0 TO 12 PRINT #1, "what is the count value of ";: PRINT #1, MID$(b$, x + 1, 1);: PRINT #1, "'s ("; dv(x); ")": NEXT x END IF CLOSE #1 809 PRINT "press 1 and enter for true count conversion";: INPUT true% PRINT "input a constant added to render the bet count";: INPUT constant PRINT "Press 1 and enter to mathematically balance count strategy if unbalanced.";: INPUT bal% IF bal% = 1 THEN PRINT "Press 1 and enter or 2 and enter to specify the type of balancing to be used. " PRINT "1 for additive, 2 for multiplicative": INPUT balance% END IF IF balance% = 1 THEN FOR x = 0 TO 12 gv(x) = cv(x) + cv(13) / deck% / mc(13) cv(x) = gv(x) NEXT x cv(13) = 0 END IF IF balance% = 2 THEN FOR x = 0 TO 12 IF cv(x) >= 0 THEN gv(x) = cv(x) * cv(14) / (cv(14) + cv(13)) IF cv(x) < 0 THEN gv(x) = cv(x) * cv(14) / (cv(14) - cv(13)) cv(x) = gv(x) NEXT x cv(13) = 0: gv(13) = 0 END IF FOR x = 9 TO 12 STEP 1 cv(13) = cv(13) + bc(x) * cv(x) NEXT x cv(9) = cv(13) / (bc(9) + bc(10) + bc(11) + bc(12)) OPEN files$ + "i.txt" FOR APPEND AS #1 PRINT #1, "press 1 and enter for true count conversion ";: PRINT #1, true% PRINT #1, "input a constant added to render the bet count ";: PRINT #1, constant PRINT #1, "Press 1 and enter to mathematically balance count strategy if unbalanced. ";: PRINT #1, bal% IF bal% = 1 THEN PRINT #1, "Press 1 or 2 and enter to specify the type of balancing to be used. " PRINT #1, "1 for additive, 2 for multiplicative ": PRINT #1, balance% END IF CLOSE #1 PRINT "input the minimum number of samples required to trigger this program" PRINT "to produce an optimal playing strategy for an average deck composition" PRINT "and use this in the process of creating playing indices.";: INPUT sample& PRINT "input a description of indices": INPUT indx$ wow.description = indx$ OPEN files$ + "i.txt" FOR APPEND AS #1 PRINT #1, "input the minimum number of samples required to trigger this program" PRINT #1, "to produce an optimal playing strategy for an average deck composition" PRINT #1, "and use this in the process of creating playing indices. ";: PRINT #1, sample& PRINT #1, "input a description of indices ";: PRINT #1, indx$ wow.description = indx$ CLOSE #1 I = 0 819 PRINT "type 'y' and enter to save count level strategies": INPUT ans$ OPEN files$ + "i.txt" FOR APPEND AS #1 PRINT #1, "type 'y' and enter to save count level strategies ": PRINT #1, ans$ CLOSE #1 IF ans$ = "y" THEN PRINT "type 'y' and enter to save each strategy generated for each deck composition": INPUT ans$: IF ans$ = "y" THEN ss% = 1 OPEN files$ + "i.txt" FOR APPEND AS #1 PRINT #1, "type 'y' and enter to save each strategy generated for each deck composition ";: PRINT #1, ans$ CLOSE #1 PRINT "type 'y' and enter to save strategy tables generated for each deck composition": INPUT ans$: IF ans$ = "y" THEN sp% = 1 OPEN files$ + "i.txt" FOR APPEND AS #1 PRINT #1, "type 'y' and enter to save strategy tables generated for each deck composition ";: PRINT #1, ans$ CLOSE #1 END IF hl% = 12: hu% = 19: sl% = 17: su% = 20 OPEN files$ + "i.txt" FOR APPEND AS #1 PRINT #1, "input lower limit of player response strategies considered for hard hands ";: PRINT #1, hl% PRINT #1, "input upper limit of player response strategies considered for hard hands ";: PRINT #1, hu% PRINT #1, "input lower limit of player response strategies considered for soft hands ";: PRINT #1, sl% PRINT #1, "input upper limit of player response strategies considered for soft hands ";: PRINT #1, su% PRINT #1, "" PRINT #1, "" PRINT #1, "START: "; DATE$; " "; TIME$ CLOSE #1 OPEN a$ + "adc.dat" FOR RANDOM AS #1 LEN = LEN(mdc) number = LOF(1) / LEN(mdc) FOR x = 1 TO number GET #1, x, mdc adc(0, dcs) = mdc.adc0: adc(1, dcs) = mdc.adc1: adc(2, dcs) = mdc.adc2: adc(3, dcs) = mdc.adc3: adc(4, dcs) = mdc.adc4 adc(5, dcs) = mdc.adc5: adc(6, dcs) = mdc.adc6: adc(7, dcs) = mdc.adc7: adc(8, dcs) = mdc.adc8: adc(9, dcs) = mdc.adc9 adc(10, dcs) = mdc.adc10: adc(11, dcs) = mdc.adc11: adc(12, dcs) = mdc.adc12: adc(13, dcs) = mdc.adc13: adc(14, dcs) = mdc.adc14 dcs = dcs + 1 NEXT x: CLOSE #1 z = 0 FOR x = 12 TO 19 FOR y = 5 TO 8 IF x > y + 12 THEN y = x - 12 z = z + 1 g(z) = x: h(z) = y NEXT y: NEXT x: g(30) = 1000: g(31) = 1000: h(30) = 1000: h(31) = 1000: h(32) = 1000: g(32) = 1000 FOR level = 0 TO 600 IF adc(14, level) < sample& THEN GOTO 949 FOR x = 0 TO 13 IF x < 10 THEN adc(x, level) = adc(x, level) / adc(14, level) IF x > 9 AND x < 13 THEN adc(9, level) = adc(9, level) + adc(x, level) / adc(14, level) IF x = 13 THEN adc(10, level) = adc(13, level) / adc(14, level) NEXT x FOR k = 9 TO 0 STEP -1 FOR l = 9 TO k STEP -1 n = k / 2 * (19 - k) + l FOR m = 9 TO 0 STEP -1 pc1 = k: pc2 = l: dc1 = m IF adc(10, level) = 0 THEN GOTO 949 FOR x = 0 TO 10 mc(x) = adc(x, level): NEXT x FOR x = 0 TO 32 aq(n, dc1, x) = -1: NEXT x IF mc(pc1) < 1 THEN mc(19) = mc(pc1) ELSE mc(19) = 1 IF mc(pc1) = 0 THEN GOTO 456 ELSE mc(pc1) = mc(pc1) - mc(19): mc(10) = mc(10) - mc(19) IF mc(pc2) < 1 THEN mc(19) = mc(pc2) ELSE mc(19) = 1 IF mc(pc2) = 0 THEN GOTO 456 ELSE mc(pc2) = mc(pc2) - mc(19): mc(10) = mc(10) - mc(19) IF mc(dc1) < 1 THEN mc(19) = mc(dc1) ELSE mc(19) = 1 IF mc(dc1) = 0 THEN GOTO 456 ELSE mc(dc1) = mc(dc1) - mc(19): mc(10) = mc(10) - mc(19) mc0 = mc(0): mc9 = mc(9): mc10 = mc(10) IF ins% = 1 THEN IF dc1 = 0 THEN IF 3 * mc(9) / mc(10) > 1 THEN insur = 3 * mc(9) / mc(10) - 1 ELSE insur = 0 IF (pc1 = 0 AND pc2 = 9) OR (pc1 = 9 AND pc2 = 0) THEN q# = blackjack IF pbd% <> 1 THEN IF dc1 = 0 THEN q# = q# * (1 - mc(9) / mc(10)): IF dwt% = 1 THEN q# = q# - mc(9) / mc(10) IF dc1 = 9 THEN q# = q# * (1 - mc(0) / mc(10)): IF dwt% = 1 THEN q# = q# - mc(0) / mc(10) END IF hit(9, dc1) = q#: br(9, dc1) = 1: far(9, dc1) = 1: sar(9, dc1) = 1: n = 9: aq(n, dc1, 1) = q#: GOTO 333 END IF GOSUB 666 FOR y = 0 TO 11 dbr(n, dc1, y) = df(y): NEXT y FOR x = 0 TO 10 mc(x) = adc(x, level): NEXT x IF mc(pc1) < 1 THEN mc(19) = mc(pc1) ELSE mc(19) = 1 IF mc(pc1) = 0 THEN GOTO 456 ELSE mc(pc1) = mc(pc1) - mc(19): mc(10) = mc(10) - mc(19) IF mc(pc2) < 1 THEN mc(19) = mc(pc2) ELSE mc(19) = 1 IF mc(pc2) = 0 THEN GOTO 456 ELSE mc(pc2) = mc(pc2) - mc(19): mc(10) = mc(10) - mc(19) IF mc(dc1) < 1 THEN mc(19) = mc(dc1) ELSE mc(19) = 1 IF mc(dc1) = 0 THEN GOTO 456 ELSE mc(dc1) = mc(dc1) - mc(19): mc(10) = mc(10) - mc(19) mc0 = mc(0): mc9 = mc(9): mc10 = mc(10) IF hole% <> 1 AND push% <> 1 AND dc1 = 0 THEN FOR x = 0 TO 8 mc(x) = mc(x) * (mc(10) - mc(9) - 1) / (mc(10) - mc(9)) NEXT x: mc(10) = mc(10) - 1 END IF IF hole% <> 1 AND ten% <> 1 AND dc1 = 9 THEN FOR x = 1 TO 9 mc(x) = mc(x) * (mc(10) - mc(0) - 1) / (mc(10) - mc(0)) NEXT x: mc(10) = mc(10) - 1 END IF FOR g = 12 TO 19 FOR h = 5 TO 8 IF h + 12 < g THEN h = g - 12 I = I + 1 IF g >= hl% AND g <= hu% AND h + 12 >= sl% AND h + 12 <= su% THEN GOSUB 777 IF pc1 * pc2 = 0 THEN IF pc1 + pc2 > 5 AND h < 6 THEN IF I < 25 THEN I = I + 1: h = h + 1 IF pc1 + pc2 > 6 AND h < 7 THEN IF I < 28 THEN I = I + 1: h = h + 1 IF pc1 + pc2 > 7 AND h < 8 THEN I = I + 1: h = h + 1 END IF IF pc1 * pc2 <> 0 THEN IF pc1 + pc2 > 4 AND h < 6 THEN IF I < 25 THEN I = I + 1: h = h + 1 IF pc1 + pc2 > 5 AND h < 7 THEN IF I < 28 THEN I = I + 1: h = h + 1 IF pc1 + pc2 > 6 AND h < 8 THEN I = I + 1: h = h + 1 END IF END IF NEXT h: NEXT g: I = 0 FOR x = 0 TO 29 FOR y = 0 TO 24 pbr(n, dc1, x, y) = f(x, y) NEXT y: NEXT x GOSUB 888 IF dh% <> 1 THEN GOSUB 222 IF dh% = 1 THEN IF (12 > pc1 + pc2 + 2 AND pc1 + pc2 + 2 > ld% - 1) THEN GOSUB 222 IF ls% = 1 THEN GOSUB 234 ERASE df: ERASE f IF (pc1 <> pc2 OR splt% <> 1) THEN GOTO 333 ELSE split% = 1 pc3 = pc2 FOR pc2 = 9 TO 0 STEP -1 IF pc1 <= pc2 THEN n = pc1 / 2 * (19 - pc1) + pc2 ELSE n = pc2 / 2 * (19 - pc2) + pc1 IF pc1 <> 0 OR dsa% = 1 THEN IF adc(10, level) = 0 THEN GOTO 444 FOR x = 0 TO 10 mc(x) = adc(x, level): NEXT x IF mc(pc1) < 1 THEN mc(19) = mc(pc1) ELSE mc(19) = 1 IF mc(pc1) = 0 THEN GOTO 444 ELSE mc(pc1) = mc(pc1) - mc(19): mc(10) = mc(10) - mc(19) IF mc(pc1) < 1 THEN mc(19) = mc(pc1) ELSE mc(19) = 1 IF mc(pc1) = 0 THEN GOTO 444 ELSE mc(pc1) = mc(pc1) - mc(19): mc(10) = mc(10) - mc(19) IF mc(dc1) < 1 THEN mc(19) = mc(dc1) ELSE mc(19) = 1 IF mc(dc1) = 0 THEN GOTO 444 ELSE mc(dc1) = mc(dc1) - mc(19): mc(10) = mc(10) - mc(19) IF mc(pc2) < 1 THEN mc(19) = mc(pc2) ELSE mc(19) = 1 IF mc(pc2) = 0 THEN GOTO 444 ELSE mc(pc2) = mc(pc2) - mc(19): mc(10) = mc(10) - mc(19) GOSUB 666 END IF IF pc1 > pc2 THEN FOR y = 0 TO 11 dfar(n, dc1, y) = df(y): NEXT y END IF IF pc1 = pc2 THEN FOR y = 0 TO 11 dfar(n, dc1, y) = df(y): dsar(n, dc1, y) = df(y): NEXT y END IF IF pc2 > pc1 THEN FOR y = 0 TO 11 dsar(n, dc1, y) = df(y): NEXT y END IF IF adc(10, level) = 0 THEN GOTO 444 FOR x = 0 TO 10 mc(x) = adc(x, level): NEXT x IF mc(pc1) < 1 THEN mc(19) = mc(pc1) ELSE mc(19) = 1 IF mc(pc1) = 0 THEN GOTO 444 ELSE mc(pc1) = mc(pc1) - mc(19): mc(10) = mc(10) - mc(19) IF mc(pc1) < 1 THEN mc(19) = mc(pc1) ELSE mc(19) = 1 IF mc(pc1) = 0 THEN GOTO 444 ELSE mc(pc1) = mc(pc1) - mc(19): mc(10) = mc(10) - mc(19) IF mc(dc1) < 1 THEN mc(19) = mc(dc1) ELSE mc(19) = 1 IF mc(dc1) = 0 THEN GOTO 444 ELSE mc(dc1) = mc(dc1) - mc(19): mc(10) = mc(10) - mc(19) mc0 = mc(0): mc9 = mc(9): mc10 = mc(10) IF hole% <> 1 AND push% <> 1 AND dc1 = 0 THEN FOR x = 0 TO 8 mc(x) = mc(x) * (mc(10) - mc(9) - 1) / (mc(10) - mc(9)) NEXT x: mc(10) = mc(10) - 1 END IF IF hole% <> 1 AND ten% <> 1 AND dc1 = 9 THEN FOR x = 1 TO 9 mc(x) = mc(x) * (mc(10) - mc(0) - 1) / (mc(10) - mc(0)) NEXT x: mc(10) = mc(10) - 1 END IF x = 2: y = mc(pc1) / mc(10): anh = 2 mc(11) = mc(pc1): mc(20) = mc(10) IF pc1 <> 0 OR rsa% = 1 THEN DO WHILE x < most% anh = anh + y * x: x = x + 1 IF mc(11) = 0 THEN x = most% IF mc(11) < 1 THEN mc(19) = mc(11) ELSE mc(19) = 1 mc(11) = mc(11) - mc(19): mc(20) = mc(20) - mc(19) - 1 y = y * mc(11) / mc(20) LOOP END IF IF mc(pc2) < 1 THEN mc(19) = mc(pc2) ELSE mc(19) = 1 IF mc(pc2) = 0 THEN GOTO 444 IF pc2 <> pc1 THEN prob# = mc(pc2) / mc(10) / (1 - mc(pc1) / mc(10) + y) IF pc2 = pc1 THEN prob# = y / (1 - mc(pc1) / mc(10) + y) IF pc1 = 0 AND dsa% <> 1 THEN dadd(0) = pc1 + pc2: f(0, dadd(0)) = f(0, dadd(0)) + prob# mc(pc2) = mc(pc2) - mc(19): mc(10) = mc(10) - mc(19) probs# = probs# + prob# IF pc1 <> 0 OR dsa% = 1 THEN FOR g = 12 TO 19 FOR h = 5 TO 8 IF h + 12 < g THEN h = g - 12 I = I + 1 IF g >= hl% AND g <= hu% AND h + 12 >= sl% AND h + 12 <= su% THEN GOSUB 777 IF pc1 * pc2 = 0 THEN IF pc1 + pc2 > 5 AND h < 6 THEN IF I < 25 THEN I = I + 1: h = h + 1 IF pc1 + pc2 > 6 AND h < 7 THEN IF I < 28 THEN I = I + 1: h = h + 1 IF pc1 + pc2 > 7 AND h < 8 THEN I = I + 1: h = h + 1 END IF IF pc1 * pc2 <> 0 THEN IF pc1 + pc2 > 4 AND h < 6 THEN IF I < 25 THEN I = I + 1: h = h + 1 IF pc1 + pc2 > 5 AND h < 7 THEN IF I < 28 THEN I = I + 1: h = h + 1 IF pc1 + pc2 > 6 AND h < 8 THEN I = I + 1: h = h + 1 END IF END IF NEXT h: NEXT g: I = 0 IF pc1 > pc2 THEN FOR x = 0 TO 29 FOR y = 0 TO 24 pfar(n, dc1, x, y) = f(x, y) NEXT y: NEXT x END IF IF pc1 = pc2 THEN FOR x = 0 TO 29 FOR y = 0 TO 24 pfar(n, dc1, x, y) = f(x, y): psar(n, dc1, x, y) = f(x, y) NEXT y: NEXT x END IF IF pc2 > pc1 THEN FOR x = 0 TO 29 FOR y = 0 TO 24 psar(n, dc1, x, y) = f(x, y) NEXT y: NEXT x END IF GOSUB 888: splithands(pc2, dc1) = splithands(pc2, dc1) * prob# IF das% = 1 THEN IF dsa% = 1 OR pc1 <> 0 THEN IF dh% <> 1 THEN GOSUB 222 ELSE IF (pc1 + pc2 > ld% - 3 AND pc1 * pc2 <> 0) THEN GOSUB 222 END IF END IF ERASE df: ERASE f END IF 444 NEXT pc2: pc2 = pc3: q# = 0: IF pc1 <> 0 OR dsa% = 1 THEN mc(pc2) = mc(pc2) + mc(19): mc(10) = mc(10) + mc(19) IF pc1 <= pc2 THEN n = pc1 / 2 * (19 - pc1) + pc2 ELSE n = pc2 / 2 * (19 - pc2) + pc1 IF pc1 = 0 AND dsa% <> 1 THEN FOR x = 0 TO 10 mc(x) = adc(x, level): NEXT x IF mc(pc1) < 1 THEN mc(19) = mc(pc1) ELSE mc(19) = 1 IF mc(pc1) = 0 THEN GOTO 456 ELSE mc(pc1) = mc(pc1) - mc(19): mc(10) = mc(10) - mc(19) IF mc(pc1) < 1 THEN mc(19) = mc(pc1) ELSE mc(19) = 1 IF mc(pc1) = 0 THEN GOTO 456 ELSE mc(pc1) = mc(pc1) - mc(19): mc(10) = mc(10) - mc(19) IF mc(dc1) < 1 THEN mc(19) = mc(dc1) ELSE mc(19) = 1 IF mc(dc1) = 0 THEN GOTO 456 ELSE mc(dc1) = mc(dc1) - mc(19): mc(10) = mc(10) - mc(19) q# = 0: mc0 = mc(0): mc9 = mc(9): mc10 = mc(10) IF mc(pc2) < 1 THEN mc(19) = mc(pc2) ELSE mc(19) = 1 IF mc(pc2) = 0 THEN GOTO 456 ELSE mc(pc2) = mc(pc2) - mc(19): mc(10) = mc(10) - mc(19) GOSUB 666 FOR y = 0 TO 11 dfar(n, dc1, y) = df(y): dsar(n, dc1, y) = df(y): NEXT y FOR y = 0 TO 9 FOR z = 0 TO 5 IF z = 5 THEN IF y = 9 AND bjsh% = 1 THEN q# = q# + f(0, y) * df(11) * blackjack ELSE q# = q# + f(0, y) * df(11) IF z < 5 THEN IF z < y - 5 THEN IF y = 9 AND bjsh% = 1 THEN q# = q# + f(0, y) * df(z) * blackjack ELSE q# = q# + f(0, y) * df(z) IF z < 5 THEN IF z > y - 5 THEN q# = q# - f(0, y) * df(z) IF z < 4 THEN IF z = y - 5 THEN IF dwt% = 1 THEN q# = q# - f(0, y) * df(z) IF z = 4 AND y = 9 THEN IF immed% = 1 THEN q# = q# + f(0, y) * df(4) IF bjsh% = 1 THEN q# = q# + f(0, y) * df(4) * (blackjack - 1) END IF IF immed% <> 1 AND dwt% = 1 THEN q# = q# - f(0, y) * df(4) END IF NEXT z: NEXT y ERASE df: ERASE f END IF IF pc1 <> 0 OR dsa% = 1 THEN FOR x = 0 TO 9 q# = q# + splithands(x, dc1) NEXT x END IF ERASE splithands: ERASE df: probs# = 0 IF hole% <> 1 THEN q# = q# * anh IF dc1 = 0 THEN IF push% <> 1 THEN q# = (q# * (1 - mc9 / mc10) - mc9 / mc10) * (1 + hole%) ELSE IF hole% = 1 THEN q# = q# * anh IF dc1 = 9 THEN IF ten% <> 1 THEN q# = (q# * (1 - mc0 / mc10) - mc0 / mc10) * (1 + hole%) ELSE IF hole% = 1 THEN q# = q# * anh IF dc1 <> 0 AND dc1 <> 9 THEN IF hole% = 1 THEN q# = anh * q# aq(n, dc1, 30) = q# split = q#: IF q# > hit(pc1 * (21 - pc1) / 2, dc1) THEN hit(pc1 * (21 - pc1) / 2, dc1) = q#: br(pc1 * (21 - pc1) / 2, dc1) = 30 333 FOR x = 0 TO 11 df(x) = dbr(n, dc1, x) NEXT x hit(n, dc1) = hit(n, dc1) + insur CLS account# = 0 PRINT " point values assigned to" PRINT " player cards are"; pc1 + 1; "and"; pc2 + 1; "dealer card is"; dc1 + 1 PRINT " given the user input deck composition," PRINT " and user defined set of game rules," PRINT " here are the dealer finish probabilities," PRINT " and expected value of the available player response strategies" PRINT " " PRINT " "; FOR x = 1 TO 5 PRINT x + 16; " "; NEXT x PRINT " bust " account# = account# + df(10) PRINT USING "####"; dc1 + 1; FOR y = 0 TO 5 IF y = 5 THEN y = 11 PRINT USING "####.###"; df(y) / (df(10) + 1E-08) * 100; NEXT y: PRINT " " PRINT "total hands accounted for are ";: PRINT USING "###.###"; account# * 100;: PRINT "% of all possible" IF n = 9 THEN PRINT "blackjack yields a win minus loss expectation of";: PRINT USING "##.####"; hit(n, dc1) IF n <> 9 THEN PRINT MID$(o$, standr% * 5 + 1, 5);: PRINT " stand strategy yields a win minus loss expectation of";: PRINT USING "##.####"; stand IF dh% <> 1 THEN PRINT "double down strategy yields a win minus loss expectation of";: PRINT USING "##.####"; ddown IF dh% = 1 THEN IF (12 > pc1 + pc2 + 2 AND pc1 + pc2 + 2 > ld% - 1) THEN PRINT "double down strategy yields a win minus loss expectation of";: PRINT USING "##.####"; ddown IF ls% = 1 THEN IF early% <> 1 THEN PRINT "L surrender strategy yields a win minus loss expectation of";: PRINT USING "##.####"; srndr IF ls% = 1 THEN IF early% = 1 THEN PRINT "E surrender strategy yields a win minus loss expectation of";: PRINT USING "##.####"; srndr IF splt% = 1 THEN IF pc1 = pc2 THEN PRINT USING "##"; pc1 + 1;: PRINT " ";: PRINT USING "##"; pc1 + 1;: PRINT " split strategy yields a win minus loss expectation of";: PRINT USING "##.####"; split IF ins% = 1 THEN IF dc1 = 0 THEN IF insur > 0 THEN PRINT "insurance against 21 yields a win minus loss expectation of";: PRINT USING "##.####"; insur PRINT "": account# = 0 IF br(n, dc1) < 30 THEN PRINT MID$(o$, br(n, dc1) * 5 + 1, 5); " stand strategy is found to be the optimal strategy. " IF br(n, dc1) = 30 THEN PRINT USING "##"; pc1 + 1;: PRINT " ";: PRINT USING "##"; pc1 + 1;: PRINT " split strategy is found to be the optimal strategy. " IF br(n, dc1) = 31 THEN IF early% <> 1 THEN PRINT "L surrender strategy is found to be the optimal strategy. " IF br(n, dc1) = 31 THEN IF early% = 1 THEN PRINT "E surrender strategy is found to be the optimal strategy. " IF br(n, dc1) = 32 THEN PRINT "double down strategy is found to be the optimal strategy. " END IF 456 ERASE df: split% = 0: insur = 0: NEXT m: NEXT l: NEXT k: GOSUB 999 ERASE puc: ERASE f: ERASE df: ERASE splithands: ERASE br: ERASE far: ERASE sar: ERASE duc: ERASE mv: ERASE mc: r = 0 949 NEXT level 952 OPEN files$ + "d.dat" FOR RANDOM AS #1 LEN = LEN(wow) PUT #1, , wow CLOSE #1 OPEN files$ + "c.dat" FOR RANDOM AS #1 LEN = LEN(ir(0, 0)) FOR x = 0 TO 54 FOR y = 0 TO 9 PUT #1, , ir(x, y) NEXT y: NEXT x FOR x = 0 TO 54 FOR y = 0 TO 9 PUT #1, , ifar(x, y) NEXT y: NEXT x FOR x = 0 TO 54 FOR y = 0 TO 9 PUT #1, , isar(x, y) NEXT y: NEXT x CLOSE #1 OPEN files$ + "i.txt" FOR APPEND AS #1 PRINT #1, "" PRINT #1, "END: "; DATE$; " "; TIME$ CLOSE #1 END 999 total# = 0 FOR k = 0 TO 9 FOR l = k TO 9 n = k / 2 * (19 - k) + l FOR m = 0 TO 9 pc1 = k: pc2 = l: dc1 = m FOR x = 0 TO 10 mc(x) = adc(x, level): NEXT x IF mc(pc1) < 1 THEN mc(19) = mc(pc1) ELSE mc(19) = 1 IF mc(pc1) = 0 THEN GOTO 567 ELSE prob# = mc(pc1) / mc(10): mc(pc1) = mc(pc1) - mc(19): mc(10) = mc(10) - mc(19) IF mc(pc2) < 1 THEN mc(19) = mc(pc2) ELSE mc(19) = 1 IF mc(pc2) = 0 THEN GOTO 567 ELSE prob# = prob# * mc(pc2) / mc(10): mc(pc2) = mc(pc2) - mc(19): mc(10) = mc(10) - mc(19) IF pc1 <> pc2 THEN prob# = prob# * 2 puc(n) = prob# IF mc(dc1) < 1 THEN mc(19) = mc(dc1) ELSE mc(19) = 1 IF mc(dc1) = 0 THEN GOTO 567 ELSE prob# = prob# * mc(dc1) / mc(10): mc(dc1) = mc(dc1) - mc(19): mc(10) = mc(10) - mc(19) total# = total# + hit(n, dc1) * prob#: probs# = probs# + prob# 567 NEXT m: NEXT l: NEXT k FOR w = 0 TO 9 FOR x = w TO 9 n = w / 2 * (19 - w) + x FOR y = 0 TO 9 cv% = cv(w) + cv(x) + cv(y): IF true% = 1 THEN cv% = CINT(cv% * card(10) / adc(10, level)) IF br(n, y) > 0 THEN IF ir(n, y).nor = 9 THEN IF ir(n, y).nnr <> br(n, y) THEN ir(n, y).nor = 10: ir(n, y).nnl = cv% + level - 300: ir(n, y).lr = br(n, y) IF ir(n, y).nor = 8 THEN IF ir(n, y).er <> br(n, y) THEN ir(n, y).nor = 9: ir(n, y).el = cv% + level - 300: ir(n, y).nnr = br(n, y) IF ir(n, y).nor = 7 THEN IF ir(n, y).nr <> br(n, y) THEN ir(n, y).nor = 8: ir(n, y).nl = cv% + level - 300: ir(n, y).er = br(n, y) IF ir(n, y).nor = 6 THEN IF ir(n, y).xr <> br(n, y) THEN ir(n, y).nor = 7: ir(n, y).xl = cv% + level - 300: ir(n, y).nr = br(n, y) IF ir(n, y).nor = 5 THEN IF ir(n, y).vr <> br(n, y) THEN ir(n, y).nor = 6: ir(n, y).vl = cv% + level - 300: ir(n, y).xr = br(n, y) IF ir(n, y).nor = 4 THEN IF ir(n, y).rr <> br(n, y) THEN ir(n, y).nor = 5: ir(n, y).rl = cv% + level - 300: ir(n, y).vr = br(n, y) IF ir(n, y).nor = 3 THEN IF ir(n, y).tr <> br(n, y) THEN ir(n, y).nor = 4: ir(n, y).tl = cv% + level - 300: ir(n, y).rr = br(n, y) IF ir(n, y).nor = 2 THEN IF ir(n, y).sr <> br(n, y) THEN ir(n, y).nor = 3: ir(n, y).sl = cv% + level - 300: ir(n, y).tr = br(n, y) IF ir(n, y).nor = 1 THEN IF ir(n, y).fr <> br(n, y) THEN ir(n, y).nor = 2: ir(n, y).fl = cv% + level - 300: ir(n, y).sr = br(n, y) IF ir(n, y).nor = 0 THEN ir(n, y).nor = 1: ir(n, y).fr = br(n, y): ir(n, y).fl = 1000: ir(n, y).sl = 1000: ir(n, y).tl = 1000: ir(n, y).rl = 1000 ir(n, y).vl = 1000: ir(n, y).xl = 1000: ir(n, y).nl = 1000: ir(n, y).el = 1000: ir(n, y).nnl = 1000: ir(n, y).ll = 1000 END IF END IF IF far(n, y) > 0 THEN IF ifar(n, y).nor = 9 THEN IF ifar(n, y).nnr <> far(n, y) THEN ifar(n, y).nor = 10: ifar(n, y).nnl = cv% + level - 300: ifar(n, y).lr = far(n, y) IF ifar(n, y).nor = 8 THEN IF ifar(n, y).er <> far(n, y) THEN ifar(n, y).nor = 9: ifar(n, y).el = cv% + level - 300: ifar(n, y).nnr = far(n, y) IF ifar(n, y).nor = 7 THEN IF ifar(n, y).nr <> far(n, y) THEN ifar(n, y).nor = 8: ifar(n, y).nl = cv% + level - 300: ifar(n, y).er = far(n, y) IF ifar(n, y).nor = 6 THEN IF ifar(n, y).xr <> far(n, y) THEN ifar(n, y).nor = 7: ifar(n, y).xl = cv% + level - 300: ifar(n, y).nr = far(n, y) IF ifar(n, y).nor = 5 THEN IF ifar(n, y).vr <> far(n, y) THEN ifar(n, y).nor = 6: ifar(n, y).vl = cv% + level - 300: ifar(n, y).xr = far(n, y) IF ifar(n, y).nor = 4 THEN IF ifar(n, y).rr <> far(n, y) THEN ifar(n, y).nor = 5: ifar(n, y).rl = cv% + level - 300: ifar(n, y).vr = far(n, y) IF ifar(n, y).nor = 3 THEN IF ifar(n, y).tr <> far(n, y) THEN ifar(n, y).nor = 4: ifar(n, y).tl = cv% + level - 300: ifar(n, y).rr = far(n, y) IF ifar(n, y).nor = 2 THEN IF ifar(n, y).sr <> far(n, y) THEN ifar(n, y).nor = 3: ifar(n, y).sl = cv% + level - 300: ifar(n, y).tr = far(n, y) IF ifar(n, y).nor = 1 THEN IF ifar(n, y).fr <> far(n, y) THEN ifar(n, y).nor = 2: ifar(n, y).fl = cv% + level - 300: ifar(n, y).sr = far(n, y) IF ifar(n, y).nor = 0 THEN ifar(n, y).nor = 1: ifar(n, y).fr = far(n, y): ifar(n, y).fl = 1000: ifar(n, y).sl = 1000: ifar(n, y).tl = 1000: ifar(n, y).rl = 1000 ifar(n, y).vl = 1000: ifar(n, y).xl = 1000: ifar(n, y).nl = 1000: ifar(n, y).el = 1000: ifar(n, y).nnl = 1000: ifar(n, y).ll = 1000 END IF END IF IF sar(n, y) > 0 THEN IF isar(n, y).nor = 9 THEN IF isar(n, y).nnr <> sar(n, y) THEN isar(n, y).nor = 10: isar(n, y).nnl = cv% + level - 300: isar(n, y).lr = sar(n, y) IF isar(n, y).nor = 8 THEN IF isar(n, y).er <> sar(n, y) THEN isar(n, y).nor = 9: isar(n, y).el = cv% + level - 300: isar(n, y).nnr = sar(n, y) IF isar(n, y).nor = 7 THEN IF isar(n, y).nr <> sar(n, y) THEN isar(n, y).nor = 8: isar(n, y).nl = cv% + level - 300: isar(n, y).er = sar(n, y) IF isar(n, y).nor = 6 THEN IF isar(n, y).xr <> sar(n, y) THEN isar(n, y).nor = 7: isar(n, y).xl = cv% + level - 300: isar(n, y).nr = sar(n, y) IF isar(n, y).nor = 5 THEN IF isar(n, y).vr <> sar(n, y) THEN isar(n, y).nor = 6: isar(n, y).vl = cv% + level - 300: isar(n, y).xr = sar(n, y) IF isar(n, y).nor = 4 THEN IF isar(n, y).rr <> sar(n, y) THEN isar(n, y).nor = 5: isar(n, y).rl = cv% + level - 300: isar(n, y).vr = sar(n, y) IF isar(n, y).nor = 3 THEN IF isar(n, y).tr <> sar(n, y) THEN isar(n, y).nor = 4: isar(n, y).tl = cv% + level - 300: isar(n, y).rr = sar(n, y) IF isar(n, y).nor = 2 THEN IF isar(n, y).sr <> sar(n, y) THEN isar(n, y).nor = 3: isar(n, y).sl = cv% + level - 300: isar(n, y).tr = sar(n, y) IF isar(n, y).nor = 1 THEN IF isar(n, y).fr <> sar(n, y) THEN isar(n, y).nor = 2: isar(n, y).fl = cv% + level - 300: isar(n, y).sr = sar(n, y) IF isar(n, y).nor = 0 THEN isar(n, y).nor = 1: isar(n, y).fr = sar(n, y): isar(n, y).fl = 1000: isar(n, y).sl = 1000: isar(n, y).tl = 1000: isar(n, y).rl = 1000 isar(n, y).vl = 1000: isar(n, y).xl = 1000: isar(n, y).nl = 1000: isar(n, y).el = 1000: isar(n, y).nnl = 1000: isar(n, y).ll = 1000 END IF END IF NEXT y: NEXT x: NEXT w twentysixes% = INT((level) / 26): ones% = INT(level - twentysixes% * 26) FOR x = 0 TO 10 mc(x) = adc(x, level): NEXT x IF ss% = 1 THEN v$ = files$ + CHR$(twentysixes% + 97) + CHR$(ones% + 97) + "a.dat" OPEN v$ FOR RANDOM AS #1 LEN = LEN(sd) sd.c1 = bc(0): sd.c2 = bc(1): sd.c3 = bc(2): sd.c4 = bc(3): sd.c5 = bc(4) sd.c6 = bc(5): sd.c7 = bc(6): sd.c8 = bc(7): sd.c9 = bc(8): sd.cT = bc(9) sd.cJ = bc(10): sd.cQ = bc(11): sd.cK = bc(12): sd.dwt = dwt%: sd.dbc = dbc% sd.ls = ls%: sd.early = early%: sd.j = j: sd.hole = hole%: sd.push = push%: sd.ten = ten% sd.schw = schw%: sd.splt = splt%: sd.nsh = most%: sd.rsa = rsa%: sd.das = das% sd.dh = dh%: sd.ld = ld%: sd.blackjack = blackjack: sd.ins = ins%: sd.dsa = dsa% sd.bjsh = bjsh%: sd.deck = deck%: sd.shf = shf: sd.immed = immed%: sd.pbd = pbd% sd.b21po = b21po%: sd.ms777 = ms777: sd.ss777 = ss777: sd.sp777 = sp777: sd.jp777 = jp777 sd.po5c21 = mc21po(4): sd.po6c21 = mc21po(5): sd.po7c21 = mc21po(6): sd.po8c21 = mc21po(7) sd.ms678 = ms678: sd.ss678 = ss678: sd.sp678 = sp678 IF LEN(q$) > 80 THEN sd.description = MID$(q$, 1, 80) ELSE sd.description = q$ PUT #1, , sd CLOSE #1 v$ = files$ + CHR$(twentysixes% + 97) + CHR$(ones% + 97) + "b.dat" w = 0 OPEN v$ FOR RANDOM AS #1 LEN = LEN(num) FOR x = 0 TO 54 FOR y = 0 TO 9 w = w + 1 num.far = far(x, y): num.sar = sar(x, y): num.r = br(x, y): num.hit = hit(x, y) PUT #1, w, num NEXT y: NEXT x CLOSE END IF v$ = files$ + CHR$(twentysixes% + 97) + CHR$(ones% + 97) + "t.dat" w = 0 OPEN v$ FOR RANDOM AS #1 LEN = LEN(database) FOR x = 0 TO 54 FOR y = 0 TO 9 FOR z = 0 TO 32 w = w + 1 database.dat = aq(x, y, z) PUT #1, w, database NEXT z: NEXT y: NEXT x CLOSE #1 v$ = files$ + CHR$(twentysixes% + 97) + CHR$(ones% + 97) + "e.dat" w = 0 OPEN v$ FOR RANDOM AS #1 LEN = LEN(database) FOR x = 0 TO 54 FOR y = 0 TO 9 FOR z = 0 TO 11 w = w + 1 database.dat = dbr(x, y, z) PUT #1, w, database NEXT z: NEXT y: NEXT x CLOSE #1 v$ = files$ + CHR$(twentysixes% + 97) + CHR$(ones% + 97) + "q.dat" w = 0 OPEN v$ FOR RANDOM AS #1 LEN = LEN(database) FOR x = 0 TO 54 FOR y = 0 TO 9 FOR r = 0 TO 32 FOR f = 0 TO 24 w = w + 1 database.dat = pbr(x, y, r, f) PUT #1, w, database NEXT f: NEXT r: NEXT y: NEXT x CLOSE #1 v$ = files$ + CHR$(twentysixes% + 97) + CHR$(ones% + 97) + "f.dat" w = 0 OPEN v$ FOR RANDOM AS #1 LEN = LEN(database) FOR x = 0 TO 54 FOR y = 0 TO 9 FOR z = 0 TO 11 w = w + 1 database.dat = dfar(x, y, z) PUT #1, w, database NEXT z: NEXT y: NEXT x CLOSE #1 v$ = files$ + CHR$(twentysixes% + 97) + CHR$(ones% + 97) + "r.dat" w = 0 OPEN v$ FOR RANDOM AS #1 LEN = LEN(database) FOR x = 0 TO 54 FOR y = 0 TO 9 FOR r = 0 TO 32 FOR f = 0 TO 24 w = w + 1 database.dat = pfar(x, y, r, f) PUT #1, w, database NEXT f: NEXT r: NEXT y: NEXT x CLOSE #1 v$ = files$ + CHR$(twentysixes% + 97) + CHR$(ones% + 97) + "g.dat" w = 0 OPEN v$ FOR RANDOM AS #1 LEN = LEN(database) FOR x = 0 TO 54 FOR y = 0 TO 9 FOR z = 0 TO 11 w = w + 1 database.dat = dsar(x, y, z) PUT #1, w, database NEXT z: NEXT y: NEXT x CLOSE #1 v$ = files$ + CHR$(twentysixes% + 97) + CHR$(ones% + 97) + "s.dat" w = 0 OPEN v$ FOR RANDOM AS #1 LEN = LEN(database) FOR x = 0 TO 54 FOR y = 0 TO 9 FOR r = 0 TO 32 FOR f = 0 TO 24 w = w + 1 database.dat = psar(x, y, r, f) PUT #1, w, database NEXT f: NEXT r: NEXT y: NEXT x CLOSE #1 ERASE pbr: ERASE dbr: ERASE pfar: ERASE dfar: ERASE psar: ERASE dsar FOR x = 0 TO 9 duc(x) = mc(x) / mc(10): NEXT x IF sp% = 1 THEN v$ = files$ + CHR$(twentysixes% + 97) + CHR$(ones% + 97) + "o.txt" OPEN v$ FOR OUTPUT AS #1 321 PRINT #1, "the most favorable player responses for level ";: PRINT #1, USING "####"; level - 300 PRINT #1, "total number of times bets were placed is ";: PRINT #1, USING "###########"; adc(14, level);: PRINT #1, " hands" PRINT #1, q$ b$ = "AAA2A3A4A5A6A7A8A9AJ22232425262728292J333435363738393J4445464748494J55565758595J666768696J7778797J88898J999JJJ" FOR x = 0 TO 10 IF x = 0 THEN PRINT #1, " "; IF x > 0 THEN PRINT #1, USING "##"; x;: PRINT #1, " "; NEXT x PRINT #1, " " FOR x = 0 TO 10 IF x = 0 THEN PRINT #1, " "; NEXT x PRINT #1, " " FOR w = 0 TO 9 FOR x = w TO 9 n = w / 2 * (19 - w) + x FOR y = 0 TO 10 IF y = 0 THEN PRINT #1, MID$(b$, n * 2 + 1, 2); " "; IF y <> 0 THEN IF w + x < h(br(n, y - 1)) THEN IF w * x <> 0 THEN IF w + x + 2 >= g(br(n, y - 1)) THEN PRINT #1, "Stand "; IF w + x + 2 < g(br(n, y - 1)) THEN PRINT #1, MID$(o$, br(n, y - 1) * 5 + 1, 5); " "; END IF IF w * x = 0 THEN IF w + x >= h(br(n, y - 1)) THEN PRINT #1, "Stand "; IF w + x < h(br(n, y - 1)) THEN PRINT #1, MID$(o$, br(n, y - 1) * 5 + 1, 5); " "; END IF END IF IF w + x >= h(br(n, y - 1)) THEN IF w * x <> 0 THEN IF w + x + 2 >= g(br(n, y - 1)) THEN PRINT #1, "Stand "; IF w + x + 2 < g(br(n, y - 1)) THEN PRINT #1, MID$(n$, br(n, y - 1) * 5 + 1, 5); " "; END IF IF w * x = 0 THEN IF w + x >= h(br(n, y - 1)) THEN PRINT #1, "Stand "; IF w + x < h(br(n, y - 1)) THEN PRINT #1, MID$(n$, br(n, y - 1) * 5 + 1, 5); " "; END IF END IF END IF NEXT y: PRINT #1, " ": NEXT x: NEXT w PRINT #1, " " PRINT #1, "win minus loss results for two card combos verses dealer up cards " FOR x = 0 TO 10 IF x = 0 THEN PRINT #1, " "; IF x > 0 THEN PRINT #1, USING "##"; x;: PRINT #1, " "; NEXT x PRINT #1, " " FOR x = 0 TO 10 IF x = 0 THEN PRINT #1, " "; IF x > 0 THEN PRINT #1, USING "###.##"; duc(x - 1) * 100;: PRINT #1, " "; NEXT x PRINT #1, " %" FOR x = 0 TO 54 FOR y = 0 TO 10 IF y = 0 THEN PRINT #1, MID$(b$, x * 2 + 1, 2); " "; IF y > 0 THEN PRINT #1, USING "###.##"; hit(x, y - 1) * 100;: PRINT #1, " "; NEXT y: PRINT #1, USING "##.##"; puc(x) * 100: NEXT x PRINT #1, " " PRINT #1, "total win minus loss result is ";: PRINT #1, USING "##.###"; total# * 100;: PRINT #1, "%" CLS: PRINT #1, "the most favorable player responses after split with pc1>=pc2": PRINT #1, " " b$ = "AA2A3A4A5A6A7A8A9AJA2232425262728292J233435363738393J3445464748494J45565758595J566768696J6778797J78898J899J9JJ" FOR x = 0 TO 10 IF x = 0 THEN PRINT #1, " "; IF x > 0 THEN PRINT #1, USING "##"; x;: PRINT #1, " "; NEXT x PRINT #1, " " FOR x = 0 TO 10 IF x = 0 THEN PRINT #1, " "; NEXT x PRINT #1, " " FOR w = 0 TO 9 FOR x = w TO 9 n = w / 2 * (19 - w) + x FOR y = 0 TO 10 IF y = 0 THEN PRINT #1, MID$(b$, n * 2 + 1, 2); " "; IF y <> 0 THEN IF w + x < h(far(n, y - 1)) THEN IF w * x <> 0 THEN IF w + x + 2 >= g(far(n, y - 1)) THEN PRINT #1, "Stand"; IF w + x + 2 < g(far(n, y - 1)) THEN PRINT #1, MID$(o$, far(n, y - 1) * 5 + 1, 5); END IF IF w * x = 0 THEN IF w + x = 0 AND dsa% <> 1 THEN PRINT #1, "Stand"; IF w + x <> 0 OR dsa% = 1 THEN PRINT #1, MID$(o$, far(n, y - 1) * 5 + 1, 5); END IF IF far(n, y - 1) <> br(n, y - 1) THEN PRINT #1, "* "; IF far(n, y - 1) = br(n, y - 1) THEN PRINT #1, " "; END IF IF w + x >= h(far(n, y - 1)) THEN IF w * x <> 0 THEN IF w + x + 2 >= g(far(n, y - 1)) THEN PRINT #1, "Stand"; IF w + x + 2 < g(far(n, y - 1)) THEN PRINT #1, MID$(n$, far(n, y - 1) * 5 + 1, 5); END IF IF w * x = 0 THEN PRINT #1, "Stand"; IF far(n, y - 1) <> br(n, y - 1) THEN PRINT #1, "* "; IF far(n, y - 1) = br(n, y - 1) THEN PRINT #1, " "; END IF END IF NEXT y: PRINT #1, " ": NEXT x: NEXT w PRINT #1, " " CLS: PRINT #1, "the most favorable player responses after split with pc1<=pc2": PRINT #1, " " b$ = "AAA2A3A4A5A6A7A8A9AJ22232425262728292J333435363738393J4445464748494J55565758595J666768696J7778797J88898J999JJJ" FOR x = 0 TO 10 IF x = 0 THEN PRINT #1, " "; IF x > 0 THEN PRINT #1, USING "##"; x;: PRINT #1, " "; NEXT x PRINT #1, " " FOR x = 0 TO 10 IF x = 0 THEN PRINT #1, " "; NEXT x PRINT #1, " " FOR w = 0 TO 9 FOR x = w TO 9 n = w / 2 * (19 - w) + x FOR y = 0 TO 10 IF y = 0 THEN PRINT #1, MID$(b$, n * 2 + 1, 2); " "; IF y <> 0 THEN IF w + x < h(sar(n, y - 1)) THEN IF w * x <> 0 THEN IF w + x + 2 >= g(sar(n, y - 1)) THEN PRINT #1, "Stand"; IF w + x + 2 < g(sar(n, y - 1)) THEN PRINT #1, MID$(o$, sar(n, y - 1) * 5 + 1, 5); END IF IF w * x = 0 THEN IF w = 0 AND dsa% <> 1 THEN PRINT #1, "Stand"; IF w <> 0 OR dsa% = 1 THEN PRINT #1, MID$(o$, sar(n, y - 1) * 5 + 1, 5); END IF IF sar(n, y - 1) <> br(n, y - 1) THEN PRINT #1, "* "; IF sar(n, y - 1) = br(n, y - 1) THEN PRINT #1, " "; END IF IF w + x >= h(sar(n, y - 1)) THEN IF w * x <> 0 THEN IF w + x + 2 >= g(sar(n, y - 1)) THEN PRINT #1, "Stand"; IF w + x + 2 < g(sar(n, y - 1)) THEN PRINT #1, MID$(n$, sar(n, y - 1) * 5 + 1, 5); END IF IF w * x = 0 THEN PRINT #1, "Stand"; IF sar(n, y - 1) <> br(n, y - 1) THEN PRINT #1, "* "; IF sar(n, y - 1) = br(n, y - 1) THEN PRINT #1, " "; END IF END IF NEXT y: PRINT #1, " ": NEXT x: NEXT w PRINT #1, " " CLOSE #1 END IF RETURN
Attribute VB_Name = "STAT_HISTOGRAM_RANK_LIBR" Option Explicit 'Requires that all variables to be declared explicitly. Option Base 1 'The "Option Base" statement allows to specify 0 or 1 as the 'default first index of arrays. '********************************************************************************** '******************************************************************************** 'FUNCTION : VECTOR_RANK_PERCENTILE_FUNC 'DESCRIPTION : Returns the rank of a value in a data set as a percentage 'of the data set. This function can be used to evaluate the relative 'standing of a value within a data set. 'LIBRARY : STATISTICS 'GROUP : HISTOGRAM_RANK 'ID : 001 'AUTHOR : RAFAEL NICOLAS FERMIN COTA 'LAST UPDATE : 09/22/2010 '******************************************************************************** '******************************************************************************** Function VECTOR_RANK_PERCENTILE_FUNC(ByRef DATA_RNG As Variant, _ Optional ByVal OUTPUT As Integer = 1) Dim i As Long Dim j As Long Dim k As Long Dim NROWS As Long Dim TEMP_VECTOR As Variant Dim DATA_VECTOR As Variant On Error GoTo ERROR_LABEL DATA_VECTOR = DATA_RNG If UBound(DATA_VECTOR, 1) = 1 Then DATA_VECTOR = MATRIX_TRANSPOSE_FUNC(DATA_VECTOR) End If NROWS = UBound(DATA_VECTOR, 1) ReDim Preserve DATA_VECTOR(1 To NROWS, 1 To 2) For i = 1 To NROWS: DATA_VECTOR(i, 2) = i: Next i TEMP_VECTOR = MATRIX_QUICK_SORT_FUNC(DATA_VECTOR, 1, 1) ReDim Preserve TEMP_VECTOR(1 To NROWS, 1 To 3) TEMP_VECTOR(1, 3) = 1 For i = 2 To NROWS If TEMP_VECTOR(i, 1) = TEMP_VECTOR(i - 1, 1) Then TEMP_VECTOR(i, 3) = TEMP_VECTOR(i - 1, 3) + 1 Else TEMP_VECTOR(i, 3) = 1 End If Next i For i = 1 To NROWS j = TEMP_VECTOR(i, 2) DATA_VECTOR(j, 1) = TEMP_VECTOR(i, 1) k = i - TEMP_VECTOR(i, 3) DATA_VECTOR(j, 2) = k / (NROWS - 1) Next i Erase TEMP_VECTOR Select Case OUTPUT Case 0 VECTOR_RANK_PERCENTILE_FUNC = DATA_VECTOR Case Else VECTOR_RANK_PERCENTILE_FUNC = MATRIX_GET_COLUMN_FUNC(DATA_VECTOR, 2, 1) End Select Exit Function ERROR_LABEL: VECTOR_RANK_PERCENTILE_FUNC = Err.number End Function '******************************************************************************** '******************************************************************************** 'FUNCTION : PERCENTRANK_FUNC 'DESCRIPTION : Calculate the PERCENTRANK_FUNC(array, x) 'If X matches one of the values in the array, this function is 'equivalent to the Excel formula =(RANK(x)-1)/(N-1) where N is 'the number of data points. 'If X does not match one of the values, then the PERCENTRANK_FUNC 'function interpolates. 'LIBRARY : STATISTICS 'GROUP : HISTOGRAM_RANK 'ID : 002 'AUTHOR : RAFAEL NICOLAS FERMIN COTA 'LAST UPDATE : 09/22/2010 '******************************************************************************** '********************************************************************************** Function PERCENTRANK_FUNC(ByRef DATA_RNG As Variant, _ ByVal X0_VAL As Double, _ Optional ByVal DIGITS_VAL As Integer = 3) Dim i As Long Dim j As Long Dim k As Long Dim NROWS As Long Dim NCOLUMNS As Long Dim X1_VAL As Variant Dim X2_VAL As Variant Dim Y1_VAL As Variant Dim Y2_VAL As Variant Dim Y0_VAL As Variant Dim DATA_VECTOR As Variant Dim DATA_MATRIX As Variant On Error GoTo ERROR_LABEL DATA_VECTOR = DATA_RNG NROWS = UBound(DATA_VECTOR, 1) NCOLUMNS = UBound(DATA_VECTOR, 2) If NCOLUMNS = 1 Then DATA_MATRIX = DATA_VECTOR Else ReDim DATA_MATRIX(1 To NROWS * NCOLUMNS, 1 To 1) k = 1 For i = 1 To NROWS For j = 1 To NCOLUMNS DATA_MATRIX(k, 1) = DATA_VECTOR(i, j) k = k + 1 Next j Next i NROWS = NROWS * NCOLUMNS End If DATA_MATRIX = MATRIX_QUICK_SORT_FUNC(DATA_MATRIX, 1, 1) ReDim Preserve DATA_MATRIX(1 To NROWS, 1 To 2) i = 1: DATA_MATRIX(i, 2) = 1: GoSub CHECK_LINE For i = 2 To NROWS If DATA_MATRIX(i, 1) = DATA_MATRIX(i - 1, 1) Then DATA_MATRIX(i, 2) = DATA_MATRIX(i - 1, 2) + 1 Else DATA_MATRIX(i, 2) = 1 End If GoSub CHECK_LINE Next i GoSub INTERP_LINE 1983: If DIGITS_VAL > 0 Then PERCENTRANK_FUNC = ADOWN_DIG_FUNC(Y0_VAL, DIGITS_VAL) Else PERCENTRANK_FUNC = Y0_VAL End If Exit Function '-------------------------------------------------------------------------------- CHECK_LINE: '-------------------------------------------------------------------------------- If DATA_MATRIX(i, 1) = X0_VAL Then k = i - DATA_MATRIX(i, 2) Y0_VAL = k / (NROWS - 1) GoTo 1983 End If '-------------------------------------------------------------------------------- Return '-------------------------------------------------------------------------------- INTERP_LINE: '-------------------------------------------------------------------------------- For i = 1 To NROWS If X0_VAL < DATA_MATRIX(i, 1) Then j = i - 1 Exit For ElseIf X0_VAL = DATA_MATRIX(i, 1) Then j = i Exit For End If Next i k = i - DATA_MATRIX(j, 2) Y1_VAL = k / (NROWS - 1) k = i - DATA_MATRIX(j + 1, 2) Y2_VAL = k / (NROWS - 1) X1_VAL = DATA_MATRIX(j, 1) X2_VAL = DATA_MATRIX(j + 1, 1) If X0_VAL <= X1_VAL Then Y0_VAL = Y1_VAL ElseIf X0_VAL >= X2_VAL Then Y0_VAL = Y2_VAL Else Y0_VAL = (X0_VAL - X1_VAL) / (X2_VAL - X1_VAL) * Y2_VAL + (X2_VAL - X0_VAL) / (X2_VAL - X1_VAL) * Y1_VAL End If '-------------------------------------------------------------------------------- Return '-------------------------------------------------------------------------------- ERROR_LABEL: PERCENTRANK_FUNC = CVErr(xlErrNA) End Function '********************************************************************************** '******************************************************************************** 'FUNCTION : RANK_ARRAY_FUNC 'DESCRIPTION : Returns the rank of a number in a list of numbers. The rank of 'a number is its size relative to other values in a list. (If you were to sort the 'list, the rank of the number would be its position.) 'Order: is a number specifying how to rank number. 'If order is 0 (zero) or omitted, Microsoft Excel ranks number as if ref were a list 'sorted in descending order. If order is any nonzero value, Microsoft Excel ranks 'number as if ref were a list sorted in ascending order. 'LIBRARY : STATISTICS 'GROUP : HISTOGRAM_RANK 'ID : 003 'AUTHOR : RAFAEL NICOLAS FERMIN COTA 'LAST UPDATE : 09/22/2010 '******************************************************************************** '********************************************************************************** Function RANK_ARRAY_FUNC(ByRef DATA_RNG As Variant, _ Optional ByVal ORDER_TYPE As Integer = 0) 'DATA_RNG: An array of, or a reference to, a list of numbers. Nonnumeric values 'in ref are ignored. 'If ORDER_TYPE is 0 (zero) or omitted, the list is sorted in 'descending order. 'If ORDER_TYPE is any nonzero value, the list is sorted in 'ascending order. Dim i As Long Dim j As Long Dim k As Long Dim NSIZE As Long Dim NROWS As Long Dim NCOLUMNS As Long Dim TEMP_VAL As Variant Dim DATA_MATRIX As Variant Dim TEMP_MATRIX As Variant On Error GoTo ERROR_LABEL DATA_MATRIX = DATA_RNG If UBound(DATA_MATRIX, 1) = 1 Then DATA_MATRIX = MATRIX_TRANSPOSE_FUNC(DATA_MATRIX) End If NROWS = UBound(DATA_MATRIX, 1) NCOLUMNS = UBound(DATA_MATRIX, 2) If NCOLUMNS > 1 Then NSIZE = NROWS * NCOLUMNS ReDim TEMP_MATRIX(1 To NSIZE, 1 To 2) k = 1 For j = 1 To NCOLUMNS For i = 1 To NROWS TEMP_MATRIX(k, 1) = DATA_MATRIX(i, j) TEMP_MATRIX(k, 2) = 0 k = k + 1 Next i Next j DATA_MATRIX = TEMP_MATRIX TEMP_MATRIX = MATRIX_QUICK_SORT_FUNC(DATA_MATRIX, 1, ORDER_TYPE) Else NSIZE = NROWS TEMP_MATRIX = MATRIX_QUICK_SORT_FUNC(DATA_MATRIX, 1, ORDER_TYPE) ReDim Preserve TEMP_MATRIX(1 To NSIZE, 1 To 2) End If i = 1: j = 1 TEMP_MATRIX(i, 2) = j GoSub LOOK_LINE For i = 2 To NSIZE j = j + 1 If TEMP_MATRIX(i - 1, 1) <> TEMP_MATRIX(i, 1) Then TEMP_MATRIX(i, 2) = j Else TEMP_MATRIX(i, 2) = TEMP_MATRIX(i - 1, 2) End If 'This routine gives duplicate numbers the same rank. However, the presence of duplicate numbers affects the 'ranks of subsequent numbers. For example, in a list of integers sorted in ascending order, if the 'number 10 appears twice and has a rank of 5, then 11 would have a rank of 7 (no number would have 'a rank of 6). GoSub LOOK_LINE Next i 'For some purposes one might want to use a definition of rank that takes ties into account. In the 'previous example, one would want a revised rank of 5.5 for the number 10. This can be done by adding 'the following correction factor to the value returned by RANK. This correction factor is appropriate 'both for the case where rank is computed in descending order (order = 0 or omitted) or ascending order '(order = nonzero value). 'Correction factor for tied ranks=[COUNT(ref) + 1 – RANK(number, ref, 0) – RANK(number, ref, 1)]/2. 'In the following example, RANK(A2,A1:A5,1) equals 3. The correction factor is (5 + 1 – 2 – 3)/2 = 0.5 'and the revised rank that takes ties into account is 3 + 0.5 = 3.5. If number occurs only once in ref, 'the correction factor will be 0, since RANK would not have to be adjusted for a tie. If NCOLUMNS > 1 Then ReDim TEMP_MATRIX(1 To NROWS, 1 To NCOLUMNS) k = 1 For j = 1 To NCOLUMNS For i = 1 To NROWS TEMP_MATRIX(i, j) = DATA_MATRIX(k, 1) k = k + 1 Next i Next j RANK_ARRAY_FUNC = TEMP_MATRIX Else RANK_ARRAY_FUNC = DATA_MATRIX End If '----------------------------------------------------------------------------------------- Exit Function '----------------------------------------------------------------------------------------- LOOK_LINE: '----------------------------------------------------------------------------------------- TEMP_VAL = TEMP_MATRIX(i, 1) For k = 1 To NSIZE If TEMP_VAL = DATA_MATRIX(k, 1) Then DATA_MATRIX(k, 1) = TEMP_MATRIX(i, 2) Exit For End If Next k '----------------------------------------------------------------------------------------- Return '----------------------------------------------------------------------------------------- ERROR_LABEL: RANK_ARRAY_FUNC = Err.number End Function
'*********** NOBOOT.BAS - shows how to disable Ctrl-Alt-Del using a TSR 'Copyright (c) 1991 Ethan Winer 'Compile and link as follows: ' ' bc noboot /o; ' link /nod/noe/ex/far/packc noboot str00256 _noread _noerror _noval,,nul,pdq 'NOTE: This program does not trap Ctrl-Alt-Del when run under Windows 3.x. DEFINT A-Z '$INCLUDE: 'PDQDECL.BAS' DIM Registers AS RegType 'RegType is defined in PDQDECL.BAS ID$ = "NOBOOT V1.0" 'define the unique ID string PRINT ID$ 'say hello Registers.IntNum = 9 'specify trapping Interrupt 9 CALL PointIntHere(Registers) 'after this, every Int 9 will go to the GOTO EndIt ' the next line below (CALL IntEntry1) 10 'this line number is needed for VB/DOS CALL IntEntry1 CALL IntEntry2(Registers, Zero) IF TestHotKey%(&HC53) THEN '&HC = Ctrl-Alt, &H53 is the Del key CALL ResetKeyboard 'this is our key, so clear it out CALL ReturnFromInt(Registers) 'and return to the underlying application ELSE CALL GotoOldInt(Registers) 'not our key, go on to the Int 9 handler END IF EndIt: CALL EndTSR(ID$) 'exit while staying resident
Version =21 VersionRequired =20 Begin Form RecordSelectors = NotDefault ShortcutMenu = NotDefault AutoCenter = NotDefault NavigationButtons = NotDefault DividingLines = NotDefault AllowDesignChanges = NotDefault DefaultView =0 ScrollBars =2 TabularFamily =124 PictureAlignment =2 DatasheetGridlinesBehavior =3 Cycle =1 GridX =24 GridY =24 Width =13680 DatasheetFontHeight =9 ItemSuffix =70 Right =12615 Bottom =7455 DatasheetGridlinesColor =12632256 RecSrcDt = Begin 0xdcd1b066a916e540 End RecordSource ="qry_LP_Belt_Transect" Caption ="frm_LP_Belt_Transect" BeforeInsert ="[Event Procedure]" DatasheetFontName ="Arial" PrtMip = Begin 0xa0050000a0050000a0050000a005000000000000201c0000e010000001000000 , 0x010000006801000000000000a10700000100000001000000 End OnLoad ="[Event Procedure]" FilterOnLoad =255 DatasheetGridlinesColor12 =12632256 Begin Begin Label BackStyle =0 BackColor =-2147483633 ForeColor =-2147483630 End Begin Rectangle SpecialEffect =3 BackStyle =0 BorderLineStyle =0 End Begin Image BackStyle =0 OldBorderStyle =0 BorderLineStyle =0 PictureAlignment =2 End Begin CommandButton FontSize =8 FontWeight =400 FontName ="MS Sans Serif" BorderLineStyle =0 End Begin OptionButton SpecialEffect =2 BorderLineStyle =0 LabelX =230 LabelY =-30 End Begin CheckBox SpecialEffect =2 BorderLineStyle =0 LabelX =230 LabelY =-30 End Begin OptionGroup SpecialEffect =3 BorderLineStyle =0 End Begin BoundObjectFrame SpecialEffect =2 OldBorderStyle =0 BorderLineStyle =0 BackStyle =0 End Begin TextBox FELineBreak = NotDefault SpecialEffect =2 BorderLineStyle =0 BackColor =-2147483643 ForeColor =-2147483640 AsianLineBreak =255 End Begin ListBox SpecialEffect =2 BorderLineStyle =0 BackColor =-2147483643 ForeColor =-2147483640 End Begin ComboBox SpecialEffect =2 BorderLineStyle =0 BackColor =-2147483643 ForeColor =-2147483640 End Begin Subform SpecialEffect =2 BorderLineStyle =0 End Begin UnboundObjectFrame SpecialEffect =2 OldBorderStyle =1 End Begin ToggleButton FontSize =8 FontWeight =400 FontName ="MS Sans Serif" BorderLineStyle =0 End Begin Tab BackStyle =0 BorderLineStyle =0 End Begin FormHeader Height =0 BackColor =-2147483633 Name ="FormHeader" End Begin Section CanGrow = NotDefault Height =9696 BackColor =-2147483633 Name ="Detail" Begin Begin TextBox Visible = NotDefault OverlapFlags =93 IMESentenceMode =3 Left =120 Top =60 Width =630 Height =180 ColumnWidth =2310 FontSize =10 Name ="Transect_ID" ControlSource ="Transect_ID" StatusBarText ="Unique record identifier - primary key" End Begin TextBox Visible = NotDefault OverlapFlags =93 IMESentenceMode =3 Left =840 Top =60 Width =630 Height =180 ColumnWidth =2310 FontSize =10 TabIndex =1 Name ="Event_ID" ControlSource ="Event_ID" StatusBarText ="M. Link to tbl_Locations (Loc_ID)" End Begin TextBox Enabled = NotDefault Locked = NotDefault SpecialEffect =0 OldBorderStyle =0 OverlapFlags =247 BackStyle =0 IMESentenceMode =3 Left =1080 Top =60 Width =360 ColumnWidth =465 FontSize =10 FontWeight =700 TabIndex =2 ForeColor =255 Name ="Transect" ControlSource ="Transect" StatusBarText ="Transect number - 1, 2, or 3" LayoutCachedLeft =1080 LayoutCachedTop =60 LayoutCachedWidth =1440 LayoutCachedHeight =300 Begin Begin Label OverlapFlags =255 Left =60 Top =60 Width =1020 Height =240 FontSize =10 FontWeight =700 Name ="Transect_Label" Caption ="Transect" LayoutCachedLeft =60 LayoutCachedTop =60 LayoutCachedWidth =1080 LayoutCachedHeight =300 End End End Begin TextBox OverlapFlags =87 IMESentenceMode =3 Left =3360 Top =60 Width =960 ColumnWidth =1035 TabIndex =3 Name ="Visit_Date" ControlSource ="Visit_Date" Format ="Short Date" StatusBarText ="Date of visit." InputMask ="99/99/0000;0;_" OnKeyDown ="[Event Procedure]" OnGotFocus ="[Event Procedure]" Begin Begin Label OverlapFlags =93 Left =2460 Top =60 Width =900 Height =240 FontWeight =700 Name ="Visit_Date_Label" Caption ="Visit Date" End End End Begin CommandButton OverlapFlags =85 Left =1620 Top =60 Width =306 Height =306 TabIndex =6 Name ="ButtonPrevious" Caption ="Command14" OnClick ="[Event Procedure]" PictureData = Begin 0x2800000010000000100000000100040000000000800000000000000000000000 , 0x0000000000000000000000000000800000800000008080008000000080008000 , 0x8080000080808000c0c0c0000000ff00c0c0c00000ffff00ff000000c0c0c000 , 0xffff0000ffffff00dadadadadadadadaadadadadadadadaddadadadadadadada , 0xadadadadadadadaddadadadad1dadadaadadadad11adadaddadadad111dadada , 0xadadad1111adadaddadad11111dadadaadadad1111adadaddadadad111dadada , 0xadadadad11adadaddadadadad1dadadaadadadadadadadaddadadadadadadada , 0xadadadadadadadad000000000000000000000000000000000000000000000000 , 0x0000000000000000000000000000000000000000000000000000000000000000 , 0x0000000000000000000000000000000000000000000000000000000000000000 , 0x0000000000000000000000000000000000000000000000000000000000000000 , 0x0000000000000000000000000000000000000000000000000000000000000000 , 0x0000000000000000000000000000000000000000000000000000000000000000 , 0x0000000000000000000000000000000000000000000000000000000000000000 , 0x0000000000000000000000000000000000000000000000000000000000000000 , 0x0000000000000000 End OnKeyDown ="[Event Procedure]" ObjectPalette = Begin 0x000301000000000000000000 End ControlTipText ="Previous Record" WebImagePaddingLeft =2 WebImagePaddingTop =2 WebImagePaddingRight =1 WebImagePaddingBottom =1 End Begin CommandButton OverlapFlags =85 Left =1980 Top =60 Width =306 Height =306 TabIndex =7 Name ="ButtonNext" Caption ="Command15" OnClick ="[Event Procedure]" PictureData = Begin 0x2800000010000000100000000100040000000000800000000000000000000000 , 0x0000000000000000000000000000800000800000008080008000000080008000 , 0x8080000080808000c0c0c0000000ff00c0c0c00000ffff00ff000000c0c0c000 , 0xffff0000ffffff00dadadadadadadadaadadadadadadadaddadadadadadadada , 0xadadadadadadadaddadada1adadadadaadadad11adadadaddadada111adadada , 0xadadad1111adadaddadada11111adadaadadad1111adadaddadada111adadada , 0xadadad11adadadaddadada1adadadadaadadadadadadadaddadadadadadadada , 0xadadadadadadadad000000000000000000000000000000000000000000000000 , 0x0000000000000000000000000000000000000000000000000000000000000000 , 0x0000000000000000000000000000000000000000000000000000000000000000 , 0x0000000000000000000000000000000000000000000000000000000000000000 , 0x0000000000000000000000000000000000000000000000000000000000000000 , 0x0000000000000000000000000000000000000000000000000000000000000000 , 0x0000000000000000000000000000000000000000000000000000000000000000 , 0x0000000000000000000000000000000000000000000000000000000000000000 , 0x0000000000000000 End OnKeyDown ="[Event Procedure]" ObjectPalette = Begin 0x000301000000000000000000 End ControlTipText ="Next Record" WebImagePaddingLeft =2 WebImagePaddingTop =2 WebImagePaddingRight =1 WebImagePaddingBottom =1 End Begin ComboBox OverlapFlags =87 IMESentenceMode =3 ColumnCount =3 ListWidth =1650 Left =5340 Top =60 Width =1620 TabIndex =4 ColumnInfo ="\"\";\"\";\"\";\"\";\"\";\"\";\"10\";\"100\"" Name ="Observer" ControlSource ="Observer" RowSourceType ="Table/Query" RowSource ="SELECT tlu_Contacts.Contact_ID, tlu_Contacts.Last_Name, tlu_Contacts.First_Name " "FROM tlu_Contacts WHERE (((tlu_Contacts.Active)=1)); " ColumnWidths ="0;810;840" OnKeyDown ="[Event Procedure]" Begin Begin Label OverlapFlags =93 Left =4500 Top =60 Width =840 Height =245 FontWeight =700 Name ="Observer_Label" Caption ="Observer" End End End Begin ComboBox OverlapFlags =87 IMESentenceMode =3 ColumnCount =3 ListWidth =1545 Left =7980 Top =60 Width =1620 TabIndex =5 ColumnInfo ="\"\";\"\";\"\";\"\";\"\";\"\";\"10\";\"100\"" Name ="Recorder" ControlSource ="Recorder" RowSourceType ="Table/Query" RowSource ="SELECT tlu_Contacts.Contact_ID, tlu_Contacts.Last_Name, tlu_Contacts.First_Name " "FROM tlu_Contacts WHERE (((tlu_Contacts.Active)=1)); " ColumnWidths ="0;750;795" OnKeyDown ="[Event Procedure]" Begin Begin Label OverlapFlags =93 Left =7140 Top =60 Width =840 Height =245 FontWeight =700 Name ="Recorder_Label" Caption ="Recorder" End End End Begin CommandButton OverlapFlags =85 Left =9780 Top =60 Width =1260 Height =300 TabIndex =8 Name ="ButtonMaster" Caption ="Master Species" OnClick ="[Event Procedure]" OnKeyDown ="[Event Procedure]" WebImagePaddingLeft =2 WebImagePaddingTop =2 WebImagePaddingRight =1 WebImagePaddingBottom =1 End Begin CommandButton OverlapFlags =85 Left =11160 Top =60 Height =300 TabIndex =9 Name ="ButtonUnknown" Caption ="Unknown Species" OnClick ="[Event Procedure]" OnKeyDown ="[Event Procedure]" WebImagePaddingLeft =2 WebImagePaddingTop =2 WebImagePaddingRight =1 WebImagePaddingBottom =1 End Begin Tab OverlapFlags =85 Left =45 Top =435 Width =13320 Height =9255 TabIndex =10 Name ="TabCtl49" LayoutCachedLeft =45 LayoutCachedTop =435 LayoutCachedWidth =13365 LayoutCachedHeight =9690 Begin Begin Page OverlapFlags =87 Left =180 Top =840 Width =13050 Height =8715 Name ="pgBeltShrub" Caption ="Density" LayoutCachedLeft =180 LayoutCachedTop =840 LayoutCachedWidth =13230 LayoutCachedHeight =9555 WebImagePaddingLeft =2 WebImagePaddingTop =2 WebImagePaddingRight =2 WebImagePaddingBottom =2 Begin Begin Subform OverlapFlags =247 Left =300 Top =1320 Width =12450 Height =3840 Name ="fsub_LP_Belt_Shrub" SourceObject ="Form.fsub_LP_Belt_Shrub" LinkChildFields ="Transect_ID" LinkMasterFields ="Transect_ID" LayoutCachedLeft =300 LayoutCachedTop =1320 LayoutCachedWidth =12750 LayoutCachedHeight =5160 End Begin Subform OverlapFlags =247 Left =240 Top =5760 Width =6354 Height =2877 TabIndex =1 Name ="fsub_LP_Seedling" SourceObject ="Form.fsub_LP_Seedling" LinkChildFields ="Transect_ID" LinkMasterFields ="Transect_ID" LayoutCachedLeft =240 LayoutCachedTop =5760 LayoutCachedWidth =6594 LayoutCachedHeight =8637 End Begin Subform Visible = NotDefault OverlapFlags =247 Left =6840 Top =5760 Width =5934 Height =2877 TabIndex =2 Name ="fsub_LP_Exotic" SourceObject ="Form.fsub_LP_Exotic" LinkChildFields ="Transect_ID" LinkMasterFields ="Transect_ID" LayoutCachedLeft =6840 LayoutCachedTop =5760 LayoutCachedWidth =12774 LayoutCachedHeight =8637 End Begin Rectangle SpecialEffect =0 BackStyle =1 OldBorderStyle =0 OverlapFlags =223 Left =10620 Top =840 Width =2100 Height =480 BackColor =6750207 Name ="rctNoShrubs" OnClick ="[Event Procedure]" LayoutCachedLeft =10620 LayoutCachedTop =840 LayoutCachedWidth =12720 LayoutCachedHeight =1320 End Begin CheckBox OverlapFlags =215 Left =10740 Top =990 Width =300 TabIndex =3 Name ="cbxNoShrubs" DefaultValue ="0" OnClick ="[Event Procedure]" ControlTipText ="No live shrubs rooted in the 1m belt transect were found" LayoutCachedLeft =10740 LayoutCachedTop =990 LayoutCachedWidth =11040 LayoutCachedHeight =1230 Begin Begin Label OverlapFlags =247 TextFontFamily =0 Left =10970 Top =960 Width =1650 Height =240 FontWeight =600 Name ="lblNoShrubs" Caption ="No Shrubs Found" ControlTipText ="No live rooted shrub species found" LayoutCachedLeft =10970 LayoutCachedTop =960 LayoutCachedWidth =12620 LayoutCachedHeight =1200 End End End Begin Rectangle SpecialEffect =0 BackStyle =1 OldBorderStyle =0 OverlapFlags =223 Left =4260 Top =5220 Width =2280 Height =480 BackColor =6750207 Name ="rctNoSeedlings" OnClick ="[Event Procedure]" LayoutCachedLeft =4260 LayoutCachedTop =5220 LayoutCachedWidth =6540 LayoutCachedHeight =5700 End Begin CheckBox OverlapFlags =215 Left =4380 Top =5370 Width =300 TabIndex =4 Name ="cbxNoSeedlings" DefaultValue ="0" OnClick ="[Event Procedure]" ControlTipText ="No tree seedlings found" LayoutCachedLeft =4380 LayoutCachedTop =5370 LayoutCachedWidth =4680 LayoutCachedHeight =5610 Begin Begin Label OverlapFlags =247 TextFontFamily =0 Left =4610 Top =5340 Width =1800 Height =240 FontWeight =600 Name ="lblNoSeedlings" Caption ="No Seedlings Found" ControlTipText ="No tree seedlings found" LayoutCachedLeft =4610 LayoutCachedTop =5340 LayoutCachedWidth =6410 LayoutCachedHeight =5580 End End End Begin Rectangle Visible = NotDefault SpecialEffect =0 BackStyle =1 OldBorderStyle =0 OverlapFlags =223 Left =9960 Top =5220 Width =2820 Height =480 BackColor =6750207 Name ="rctNoExoticPerennials" OnClick ="[Event Procedure]" LayoutCachedLeft =9960 LayoutCachedTop =5220 LayoutCachedWidth =12780 LayoutCachedHeight =5700 End Begin CheckBox Visible = NotDefault OverlapFlags =215 Left =10080 Top =5370 Width =300 TabIndex =5 Name ="cbxNoExoticPerennials" DefaultValue ="0" OnClick ="[Event Procedure]" ControlTipText ="No exotic perennials found" LayoutCachedLeft =10080 LayoutCachedTop =5370 LayoutCachedWidth =10380 LayoutCachedHeight =5610 Begin Begin Label Visible = NotDefault OverlapFlags =247 Left =10310 Top =5340 Width =2445 Height =240 FontWeight =600 Name ="lblNoExoticPerennials" Caption ="No Exotic Perennials Found" ControlTipText ="No exotic perennials found" LayoutCachedLeft =10310 LayoutCachedTop =5340 LayoutCachedWidth =12755 LayoutCachedHeight =5580 End End End End End Begin Page Visible = NotDefault OverlapFlags =247 Left =180 Top =840 Width =13050 Height =8715 Name ="pgDensiometer" Caption ="Spherical Densiometer" LayoutCachedLeft =180 LayoutCachedTop =840 LayoutCachedWidth =13230 LayoutCachedHeight =9555 WebImagePaddingLeft =2 WebImagePaddingTop =2 WebImagePaddingRight =2 WebImagePaddingBottom =2 Begin Begin Subform OverlapFlags =247 Left =1440 Top =1440 Width =6330 Height =2880 Name ="fsub_LP_Densiometer" SourceObject ="Form.fsub_LP_Densiometer" LinkChildFields ="Transect_ID" LinkMasterFields ="Transect_ID" LayoutCachedLeft =1440 LayoutCachedTop =1440 LayoutCachedWidth =7770 LayoutCachedHeight =4320 Begin Begin Label OverlapFlags =255 TextAlign =2 Left =2520 Top =1140 Width =4140 Height =300 FontSize =10 FontWeight =700 Name ="fsub_LP_Densiometer Label" Caption ="Spherical Densiometer Readings" FontName ="Tahoma" EventProcPrefix ="fsub_LP_Densiometer_Label" LayoutCachedLeft =2520 LayoutCachedTop =1140 LayoutCachedWidth =6660 LayoutCachedHeight =1440 End End End End End Begin Page OverlapFlags =247 Left =180 Top =840 Width =13050 Height =8715 Name ="PgAdd" Caption ="Exotic Frequency" LayoutCachedLeft =180 LayoutCachedTop =840 LayoutCachedWidth =13230 LayoutCachedHeight =9555 WebImagePaddingLeft =2 WebImagePaddingTop =2 WebImagePaddingRight =2 WebImagePaddingBottom =2 Begin Begin Subform Visible = NotDefault OverlapFlags =247 Left =180 Top =1440 Width =4620 Height =4530 Name ="fsub_LP_Add_Species" SourceObject ="Form.fsub_LP_Add_Species" LinkChildFields ="Transect_ID" LinkMasterFields ="Transect_ID" LayoutCachedLeft =180 LayoutCachedTop =1440 LayoutCachedWidth =4800 LayoutCachedHeight =5970 Begin Begin Label OverlapFlags =255 TextAlign =1 Left =180 Top =1140 Width =3060 Height =300 FontSize =10 FontWeight =700 Name ="fsub_LP_Add_Species Label" Caption ="Species in 1-m Belt" FontName ="Tahoma" EventProcPrefix ="fsub_LP_Add_Species_Label" LayoutCachedLeft =180 LayoutCachedTop =1140 LayoutCachedWidth =3240 LayoutCachedHeight =1440 End End End Begin Subform OverlapFlags =255 Left =4980 Top =1440 Width =7770 Height =4560 TabIndex =1 Name ="fsub_LP_Exotic_Frequency" SourceObject ="Form.fsub_LP_Exotic_Frequency" LinkChildFields ="Transect_ID" LinkMasterFields ="Transect_ID" LayoutCachedLeft =4980 LayoutCachedTop =1440 LayoutCachedWidth =12750 LayoutCachedHeight =6000 Begin Begin Label OverlapFlags =255 Left =4980 Top =1140 Width =3720 Height =300 FontSize =10 FontWeight =700 Name ="fsub_LP_Exotic_Frequency Label" Caption ="Exotic Frequency - 1m x 1m quadrats" FontName ="Tahoma" EventProcPrefix ="fsub_LP_Exotic_Frequency_Label" LayoutCachedLeft =4980 LayoutCachedTop =1140 LayoutCachedWidth =8700 LayoutCachedHeight =1440 End End End Begin Subform Visible = NotDefault OverlapFlags =247 Left =4980 Top =1440 Width =7974 Height =4560 TabIndex =2 Name ="fsub_LP_Exotic_Freq_Oak" SourceObject ="Form.fsub_LP_Exotic_Freq_Oak" LinkChildFields ="Transect_ID" LinkMasterFields ="Transect_ID" LayoutCachedLeft =4980 LayoutCachedTop =1440 LayoutCachedWidth =12954 LayoutCachedHeight =6000 Begin Begin Label OverlapFlags =255 Left =4980 Top =1140 Width =3720 Height =300 FontSize =10 FontWeight =700 Name ="fsub_LP_Exotic_Freq_Oak Label" Caption ="Exotic Frequency - 1m x 1m quadrats" FontName ="Tahoma" EventProcPrefix ="fsub_LP_Exotic_Freq_Oak_Label" LayoutCachedLeft =4980 LayoutCachedTop =1140 LayoutCachedWidth =8700 LayoutCachedHeight =1440 End End End Begin Rectangle SpecialEffect =0 BackStyle =1 OldBorderStyle =0 OverlapFlags =255 Left =10800 Top =900 Width =2100 Height =480 BackColor =6750207 Name ="rctNoExotics" OnClick ="[Event Procedure]" LayoutCachedLeft =10800 LayoutCachedTop =900 LayoutCachedWidth =12900 LayoutCachedHeight =1380 End Begin CheckBox OverlapFlags =247 Left =10920 Top =1050 Width =300 TabIndex =3 Name ="cbxNoExotics" OnClick ="[Event Procedure]" ControlTipText ="No exotic species found" LayoutCachedLeft =10920 LayoutCachedTop =1050 LayoutCachedWidth =11220 LayoutCachedHeight =1290 Begin Begin Label OverlapFlags =247 TextFontFamily =0 Left =11150 Top =1020 Width =1650 Height =240 FontWeight =600 Name ="lblNoExotics" Caption ="No Species Found" ControlTipText ="No exotic species found" LayoutCachedLeft =11150 LayoutCachedTop =1020 LayoutCachedWidth =12800 LayoutCachedHeight =1260 End End End End End End End End End Begin FormFooter Height =0 BackColor =-2147483633 Name ="FormFooter" End End End CodeBehindForm Attribute VB_GlobalNameSpace = False Attribute VB_Creatable = True Attribute VB_PredeclaredId = True Attribute VB_Exposed = False Option Compare Database Option Explicit ' ================================= ' MODULE: frm_LP_Belt_Transect ' Level: Form module ' Version: 1.04 ' Description: data functions & procedures specific to LP belt transects ' ' Source/date: John R. Boetsch, June 2006 ' Adapted: Bonnie Campbell, 2/2/2016 ' Revisions: RDB - unknown - 1.00 - initial version ' BLC - 2/2/2016 - 1.01 - added documentation, enabled seedlings & saplings for ' oak scrub plots ' BLC - 3/7/2016 - 1.02 - addressed issue causing Error #94 Invalid use of NULL ' when new visit is created in SetCheckboxes(), ' hide NoShrubs (cbx,lbl,& rct) for oak scrub plots ' hide no exotic perennial cbx,lbl,rct - exotic perennial form no longer in use ' BLC - 4/13/2016 - 1.03 - added refresh for underlying subforms for conditional formatting ' BLC - 11/30/2016 - 1.04 - revised form & TabCtl49 widths, form footer height to ' reduce issues w/ hidden horizontal scroll bars on ' 1-m belt oak plots (see also 2017 Upland Pre-Season Update documentation) ' ================================= ' --------------------------------- ' SUB: Form_Open ' Description: Handles form opening actions ' Assumptions: - ' Parameters: - ' Returns: N/A ' Throws: none ' References: none ' Source/date: ' Adapted: Bonnie Campbell, February 2, 2016 - for NCPN tools ' Revisions: ' JRB, 6/x/2006 - initial version ' RDB, unknown - ? ' BLC, 2/2/2016 - added documentation, enabled seedlings for oak scrub plots ' (Density tab, pgBeltShrub) ' BLC, 3/6/2016 - hide NoShrubs cbx, lbl, & rct for oak scrub plots (Density tab, pgBeltShrub) ' BLC, 3/16/2016 - fix bug hiding spherical densiometer tab for all plots (Spherical Densiometer tab, pgDensiometer), ' change to Veg_Type case statements vs. if/then ' --------------------------------- Private Sub Form_Load() On Error GoTo Err_Handler Dim Veg_Type As Variant Veg_Type = DLookup("[Vegetation_Type]", "tbl_Locations", "[Location_ID] = '" & Me.Parent!Location_ID & "'") If Not IsNull(Veg_Type) Then 'defaults Me!pgDensiometer.Visible = False Me!fsub_LP_Exotic_Frequency.Form.Visible = True Me!fsub_LP_Exotic_Freq_Oak.Form.Visible = False Select Case Veg_Type Case "forest" 'Additional species tab visible for all plots 2/15/2011 RD 'Me!PgAdd.Visible = False Me!pgDensiometer.Visible = True Case "grassland/shrubland" 'Me!pgDensiometer.Visible = True Case "oak scrub" 'oak plots 'Set up correct exotic species frequency form Me!fsub_LP_Exotic_Frequency.Form.Visible = False Me!fsub_LP_Exotic_Freq_Oak.Form.Visible = True 'Me!fsub_LP_Add_Species.SetFocus ' Set focus to richness tab so we can hide belt-shrub tab Me!Visit_Date.SetFocus '------------------------------------------------ 'enable seedlings for oak plots - 2/2/2016 - BLC 'but not shrubs '------------------------------------------------ 'Me!pgBeltShrub.visible = False Me!fsub_LP_Belt_Shrub.Form.Visible = False 'also hide NoShrubs cbx, lbl, & rct Me.cbxNoShrubs.Visible = False Me.lblNoShrubs.Visible = False Me.rctNoShrubs.Visible = False '------------------------------------------------ Case "woodland" 'Me!pgDensiometer.Visible = True End Select End If ' If Not IsNull(Veg_Type) And (Veg_Type = "woodland" Or Veg_Type = "grassland/shrubland") Then ' Me!pgDensiometer.Visible = False ' End If '' Additional species tab visible for all plots 2/15/2011 RD '' If Not IsNull(Veg_Type) And (Veg_Type <> "forest") Then '' Me!PgAdd.Visible = False '' End If ' No species richness form unless CEBR or TICA plot 1 3/9/2012 RD If Me.Parent!Unit_Code = "CEBR" Then Me!fsub_LP_Add_Species.Visible = True ElseIf (Me.Parent!Unit_Code = "TICA") And (Me.Parent!Plot_ID = 1) Then Me!fsub_LP_Add_Species.Visible = True Else Me!fsub_LP_Add_Species.Visible = False End If ' 'Set up correct exotic species frequency form ' 'oak scrub plots ' If Not IsNull(Veg_Type) And Veg_Type = "oak scrub" Then ' ' Me!fsub_LP_Exotic_Frequency.Form.Visible = False ' ' Me!fsub_LP_Exotic_Freq_Oak.Form.Visible = True ' 'Me!fsub_LP_Add_Species.SetFocus ' Set focus to richness tab so we can hide belt-shrub tab ' Me!Visit_Date.SetFocus ' ' '------------------------------------------------ ' 'enabled seedlings for oak plots - 2/2/2016 - BLC ' 'but not shrubs ' '------------------------------------------------ ' 'Me!pgBeltShrub.visible = False ' Me!fsub_LP_Belt_Shrub.Form.Visible = False ' 'also hide NoShrubs cbx, lbl, & rct ' Me.cbxNoShrubs.Visible = False ' Me.lblNoShrubs.Visible = False ' Me.rctNoShrubs.Visible = False ' '------------------------------------------------ ' Me!pgDensiometer.Visible = False ' Else ' Me!fsub_LP_Exotic_Frequency.Form.Visible = True ' Me!fsub_LP_Exotic_Freq_Oak.Form.Visible = False ' End If 'hide exotic perennials (not used) Me.cbxNoExoticPerennials.Visible = False Me.lblNoExoticPerennials.Visible = False Me.rctNoExoticPerennials.Visible = False '------------------------ ' set no data checkboxes '------------------------ SetCheckboxes Debug.Print "TransectID: " & Transect_ID Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - Form_Open[Form_frm_LP_Belt_Transect])" End Select Resume Exit_Handler End Sub Private Sub Form_BeforeInsert(Cancel As Integer) On Error GoTo Err_Handler ' Default to Events Start Date if visit date is null If IsNull(Me.Parent!Start_Date) Then MsgBox "Missing site visit date." DoCmd.CancelEvent SendKeys "{ESC}" GoTo Exit_Procedure ElseIf IsNull(Me!Visit_Date) Then Me!Visit_Date = Me.Parent!Start_Date End If ' Create the GUID primary key value If IsNull(Me!Transect_ID) Then If GetDataType("tbl_LP_Belt_Transect", "Transect_ID") = dbText Then Me.Transect_ID = fxnGUIDGen ' Forms!frm_Data_Entry!frm_LP_Transect.Form!fsub_Lower_Canopy.Form!Transect_ID = Me!Transect_ID End If End If Exit_Procedure: Exit Sub Err_Handler: MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical Resume Exit_Procedure End Sub ' --------------------------------- ' SUB: cbxNoShrubs_Click ' Description: Handles No Shrubs checkbox actions ' Assumptions: - ' Parameters: - ' Returns: N/A ' Throws: none ' References: none ' Source/date: ' Adapted: Bonnie Campbell, February 3, 2016 - for NCPN tools ' Revisions: ' BLC, 2/3/2016 - initial version ' BLC, 4/13/2016 - added requery of related subform to clear/set conditional formatting on change ' --------------------------------- Private Sub cbxNoShrubs_Click() On Error GoTo Err_Handler 'set dictionary & db value (abs is used to drive 1 = true, 0 = false since -1 is true in access/vba) SetNoDataCollected Me.Transect_ID, "T", "1mBelt-Shrub", Abs(Me.cbxNoShrubs.Value) 'refresh the subform to clear conditional formatting Me.fsub_LP_Belt_Shrub.Requery Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - cbxNoShrubs_Click[Form_frm_LP_Belt_Transect])" End Select Resume Exit_Handler End Sub ' --------------------------------- ' SUB: cbxNoSeedlings_Click ' Description: Handles No Seedlings checkbox actions ' Assumptions: - ' Parameters: - ' Returns: N/A ' Throws: none ' References: none ' Source/date: ' Adapted: Bonnie Campbell, February 3, 2016 - for NCPN tools ' Revisions: ' BLC, 2/3/2016 - initial version ' BLC, 4/13/2016 - added requery of related subform to clear/set conditional formatting on change ' --------------------------------- Private Sub cbxNoSeedlings_Click() On Error GoTo Err_Handler 'set dictionary & db value (abs is used to drive 1 = true, 0 = false since -1 is true in access/vba) SetNoDataCollected Me.Transect_ID, "T", "1mBelt-TreeSeedling", Abs(Me.cbxNoSeedlings.Value) 'refresh the subform to clear conditional formatting Me.fsub_LP_Seedling.Requery Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - cbxNoSeedlings_Click[Form_frm_LP_Belt_Transect])" End Select Resume Exit_Handler End Sub ' --------------------------------- ' SUB: cbxNoExoticPerennials_Click ' Description: Handles checkbox click actions ' Assumptions: - ' Parameters: - ' Returns: N/A ' Throws: none ' References: none ' Source/date: ' Adapted: Bonnie Campbell, February 9, 2016 - for NCPN tools ' Revisions: ' BLC, 2/9/2016 - initial version ' ---------------------------------- Private Sub cbxNoExoticPerennials_Click() On Error GoTo Err_Handler 'set dictionary & db value (abs is used to drive 1 = true, 0 = false since -1 is true in access/vba) SetNoDataCollected Me.Transect_ID, "T", "1mBelt-ExoticPerennials", Abs(Me.cbxNoExoticPerennials.Value) Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - cbxNoDisturbance_Click[Form_frm_Site_Impact])" End Select Resume Exit_Handler End Sub ' --------------------------------- ' SUB: cbxNoExotics_Click ' Description: Handles checkbox click actions ' Assumptions: - ' Parameters: - ' Returns: N/A ' Throws: none ' References: none ' Source/date: ' Adapted: Bonnie Campbell, February 11, 2016 - for NCPN tools ' Revisions: ' BLC, 2/11/2016 - initial version ' BLC, 4/13/2016 - added requery of related subform to clear/set conditional formatting on change ' ---------------------------------- Private Sub cbxNoExotics_Click() On Error GoTo Err_Handler 'set dictionary & db value (abs is used to drive 1 = true, 0 = false since -1 is true in access/vba) SetNoDataCollected Me.Transect_ID, "T", "1mBelt-Exotics", Abs(Me.cbxNoExotics.Value) 'refresh the subform to clear conditional formatting Me.fsub_LP_Exotic_Freq_Oak.Requery Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - cbxNoExotics_Click[Form_frm_Site_Impact])" End Select Resume Exit_Handler End Sub ' --------------------------------- ' SUB: rctNoShrubs_Click ' Description: Handles No Shrubs rectangle actions ' Assumptions: - ' Parameters: - ' Returns: N/A ' Throws: none ' References: none ' Source/date: ' Adapted: Bonnie Campbell, February 3, 2016 - for NCPN tools ' Revisions: ' BLC, 2/3/2016 - initial version ' --------------------------------- Private Sub rctNoShrubs_Click() On Error GoTo Err_Handler 'activates No Shrubs checkbox cbxNoShrubs_Click Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - rctNoShrubs_Click[Form_frm_LP_Belt_Transect])" End Select Resume Exit_Handler End Sub ' --------------------------------- ' SUB: rctNoSeedlings_Click ' Description: Handles No Seedlings rectangle actions ' Assumptions: - ' Parameters: - ' Returns: N/A ' Throws: none ' References: none ' Source/date: ' Adapted: Bonnie Campbell, February 3, 2016 - for NCPN tools ' Revisions: ' BLC, 2/3/2016 - initial version ' --------------------------------- Private Sub rctNoSeedlings_Click() On Error GoTo Err_Handler 'activates No seedlings checkbox cbxNoSeedlings_Click Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - rctNoSeedlings_Click[Form_frm_LP_Belt_Transect])" End Select Resume Exit_Handler End Sub ' --------------------------------- ' SUB: rctNoExoticPerennials_Click ' Description: Handles rectangular box click actions ' Assumptions: - ' Parameters: - ' Returns: N/A ' Throws: none ' References: none ' Source/date: ' Adapted: Bonnie Campbell, February 9, 2016 - for NCPN tools ' Revisions: ' BLC, 2/9/2016 - initial version ' ---------------------------------- Private Sub rctNoExoticPerennials_Click() On Error GoTo Err_Handler cbxNoExoticPerennials_Click Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - rctNoExoticPerennials_Click[Form_frm_LP_Belt_Transect])" End Select Resume Exit_Handler End Sub ' --------------------------------- ' SUB: rctNoExotics_Click ' Description: Handles rectangular box click actions ' Assumptions: - ' Parameters: - ' Returns: N/A ' Throws: none ' References: none ' Source/date: ' Adapted: Bonnie Campbell, February 11, 2016 - for NCPN tools ' Revisions: ' BLC, 2/11/2016 - initial version ' ---------------------------------- Private Sub rctNoExotics_Click() On Error GoTo Err_Handler cbxNoExotics_Click Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - rctNoExotics_Click[Form_frm_LP_Belt_Transect])" End Select Resume Exit_Handler End Sub ' --------------------------------- ' SUB: ButtonPrevious_Click ' Description: Handles previous button click actions ' Assumptions: - ' Parameters: - ' Returns: N/A ' Throws: none ' References: none ' Source/date: ' Adapted: Bonnie Campbell, February 3, 2016 - for NCPN tools ' Revisions: ' JRB, 6/x/2006 - initial version ' RDB, unknown - ? ' BLC, 2/3/2016 - added documentation, revised to use transect number ' overlay vs. messagebox ' --------------------------------- Private Sub ButtonPrevious_Click() On Error GoTo Err_Handler Dim intTransect As Byte ' Disabled 3/20/09 on demand of ecologists ' If IsNull(Me!Recorder) And IsNull(Me!Observer) Then ' DoCmd.CancelEvent ' SendKeys "{ESC}" ' End If If Me!Transect = 1 Then MsgBox "Already on first transect" Else intTransect = Me!Transect DoCmd.GoToRecord , , acPrevious ' DoCmd.GoToRecord , , 2 Me!Transect = intTransect - 1 '--------------------------- 'display overlay - 2/3/2016 - BLC '--------------------------- 'MsgBox "You are on transect " & Me!Transect & ".", 0, "Transect Verify" DoCmd.OpenForm "frm_Transect_Overlay", OpenArgs:=Me!Transect '--------------------------- End If '------------------------ ' set no data checkboxes '------------------------ SetCheckboxes Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - ButtonPrevious_Click[Form_frm_LP_Belt_Transect])" End Select Resume Exit_Handler End Sub ' --------------------------------- ' SUB: ButtonNext_Click ' Description: Handles next button click actions ' Assumptions: - ' Parameters: - ' Returns: N/A ' Throws: none ' References: none ' Source/date: ' Adapted: Bonnie Campbell, February 3, 2016 - for NCPN tools ' Revisions: ' JRB, 6/x/2006 - initial version ' RDB, unknown - ? ' BLC, 2/3/2016 - added documentation, revised to use transect number ' overlay vs. messagebox ' --------------------------------- Private Sub ButtonNext_Click() On Error GoTo Err_Handler ' Disabled 3/20/09 on demand of ecologists. ' If IsNull(Me!Recorder) And IsNull(Me!Observer) Then ' MsgBox "You must record data in this transect before moving to the next." ' GoTo Exit_ButtonNext_Click ' End If Dim intTransect As Byte If IsNull(Me!Transect) Then Me!Transect = 1 End If If Me!Transect = 3 Then MsgBox "Three transects maximum!" Else intTransect = Me!Transect DoCmd.GoToRecord , , acNext Me!Transect = intTransect + 1 '--------------------------- 'display overlay - 2/3/2016 - BLC '--------------------------- 'MsgBox "You are on transect " & Me!Transect & ".", 0, "Transect Verify" DoCmd.OpenForm "frm_Transect_Overlay", OpenArgs:=Me!Transect '--------------------------- End If '------------------------ ' set no data checkboxes '------------------------ SetCheckboxes Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - ButtonNext_Click[Form_frm_LP_Belt_Transect])" End Select Resume Exit_Handler End Sub Private Sub ButtonMaster_Click() On Error GoTo Err_ButtonMaster_Click Dim stDocName As String Dim stLinkCriteria As String stDocName = "frm_Master_Species" DoCmd.OpenForm stDocName, , , stLinkCriteria Exit_ButtonMaster_Click: Exit Sub Err_ButtonMaster_Click: MsgBox Err.Description Resume Exit_ButtonMaster_Click End Sub Private Sub ButtonUnknown_Click() On Error GoTo Err_ButtonUnknown_Click Dim stDocName As String stDocName = "frm_List_Unknown" DoCmd.OpenForm stDocName, , , , , acDialog Me!fsub_LP_Belt_Shrub.Form!Species.Requery Me!fsub_LP_Seedling.Form!Species.Requery ' Me!fsub_LP_Exotic.Form!Species.Requery Page hidden 3/21/2011 RD Me!fsub_LP_Add_Species.Form!Species.Requery Me!fsub_LP_Exotic_Freq_Oak.Form!Species.Requery Me!fsub_LP_Exotic_Frequency.Form!Species.Requery Exit_ButtonUnknown_Click: Exit Sub Err_ButtonUnknown_Click: MsgBox Err.Description Resume Exit_ButtonUnknown_Click End Sub Private Sub ButtonMaster_KeyDown(KeyCode As Integer, Shift As Integer) ' Ignore Page Down and Page Up keys for they will cycle through records Select Case KeyCode Case 33, 34 KeyCode = 0 End Select End Sub Private Sub ButtonNext_KeyDown(KeyCode As Integer, Shift As Integer) ' Ignore Page Down and Page Up keys for they will cycle through records Select Case KeyCode Case 33, 34 KeyCode = 0 End Select End Sub Private Sub ButtonPrevious_KeyDown(KeyCode As Integer, Shift As Integer) ' Ignore Page Down and Page Up keys for they will cycle through records Select Case KeyCode Case 33, 34 KeyCode = 0 End Select End Sub Private Sub ButtonUnknown_KeyDown(KeyCode As Integer, Shift As Integer) ' Ignore Page Down and Page Up keys for they will cycle through records Select Case KeyCode Case 33, 34 KeyCode = 0 End Select End Sub Private Sub Observer_KeyDown(KeyCode As Integer, Shift As Integer) ' Ignore Page Down and Page Up keys for they will cycle through records Select Case KeyCode Case 33, 34 KeyCode = 0 End Select End Sub Private Sub Recorder_KeyDown(KeyCode As Integer, Shift As Integer) ' Ignore Page Down and Page Up keys for they will cycle through records Select Case KeyCode Case 33, 34 KeyCode = 0 End Select End Sub Private Sub Visit_Date_GotFocus() If IsNull(Me!Visit_Date) Then ' Set default visit date Me!Visit_Date = Me.Parent!Start_Date Me.Refresh ' Force save of transect record End If End Sub Private Sub Visit_Date_KeyDown(KeyCode As Integer, Shift As Integer) ' Ignore Page Down and Page Up keys for they will cycle through records Select Case KeyCode Case 33, 34 KeyCode = 0 End Select End Sub ' --------------------------------- ' SUB: SetCheckboxes ' Description: Sets no data collected checkboxes ' Assumptions: - ' Parameters: - ' Returns: N/A ' Throws: none ' References: none ' Source/date: ' Adapted: Bonnie Campbell, February 11, 2016 - for NCPN tools ' Revisions: ' BLC, 2/11/2016 - initial version ' BLC, 3/7/2016 - addressed Me.Transect_ID = NULL issue causing Error #94 Invalid use of NULL ' when new visit is created (IsNull check) ' --------------------------------- Private Sub SetCheckboxes() On Error GoTo Err_Handler '------------------------ ' set no data checkboxes '------------------------ Dim dNoDataTransect As Scripting.Dictionary If Not IsNull(Me.Transect_ID) Then 'transect level values Set dNoDataTransect = GetNoDataCollected(Me.Transect_ID, "T") With dNoDataTransect Me.cbxNoShrubs.Value = .Item("1mBelt-Shrub") Me.cbxNoSeedlings.Value = .Item("1mBelt-TreeSeedling") Me.cbxNoExotics.Value = .Item("1mBelt-Exotics") End With End If 'set the yellow rectangles visible if no records Me.rctNoSeedlings.Visible = (Me.fsub_LP_Seedling.Form.RecordsetClone.RecordCount = 0) Me.rctNoShrubs.Visible = (Me.fsub_LP_Belt_Shrub.Form.RecordsetClone.RecordCount = 0) Me.rctNoExotics.Visible = (Me.fsub_LP_Exotic_Freq_Oak.Form.RecordsetClone.RecordCount = 0) 'disable checkboxes if records exist Me.cbxNoSeedlings.Enabled = (Me.fsub_LP_Seedling.Form.RecordsetClone.RecordCount = 0) Me.cbxNoShrubs.Enabled = (Me.fsub_LP_Belt_Shrub.Form.RecordsetClone.RecordCount = 0) Me.cbxNoExotics.Enabled = (Me.fsub_LP_Exotic_Freq_Oak.Form.RecordsetClone.RecordCount = 0) 'hide exotic perennials (not used) Me.cbxNoExoticPerennials.Visible = False Me.lblNoExoticPerennials.Visible = False Me.rctNoExoticPerennials.Visible = False Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - SetCheckboxes[Form_frm_LP_Belt_Transect])" End Select Resume Exit_Handler End Sub
10 PRINT "PROGRAM FILE 130: RND FUNCTION WITHOUT RANDOMIZE STATEMENT." 20 PRINT " ANSI STANDARD 8.2, 8.4" 30 PRINT 40 PRINT "SECTION 130.1: RND FUNCTION WITHOUT RANDOMIZE STATEMENT." 50 PRINT 60 PRINT "THE FOLLOWING 20 NUMBERS SHOULD BE THE IMPLEMENTATION-" 70 PRINT "DEFINED SEQUENCE OF PSEUDO-RANDOM NUMBERS FOR THE" 80 PRINT "RND FUNCTION." 90 PRINT 100 PRINT " BEGIN TEST" 110 PRINT 120 PRINT "POSITION","VALUE" 130 FOR I=1 TO 20 140 PRINT I,RND 150 NEXT I 160 PRINT 170 PRINT "TO DETERMINE WHETHER THIS TEST PASSES OR FAILS, THE USER" 180 PRINT "MUST RUN THE TEST THREE TIMES, NOTING THE SEQUENCE OF" 190 PRINT "NUMBERS PRODUCED EACH TIME. IF ALL THREE ARE IDENTICAL, " 200 PRINT "* TEST PASSED *" 210 PRINT 220 PRINT " END TEST" 230 PRINT 240 PRINT "END PROGRAM 130" 250 END
CLS SCREEN 12 START: CLS RANDOMIZE TIMER X%=INT(RND * 14) IF X%=0 OR X%=14 THEN GOTO START FOR A=1 TO 480 STEP+2 FOR L=1 TO 640 LET S=COS(A)SIN(A+A+L)640 LET T=COS(L)SIN(L+L+A)480 PSET(S,T),X%+2 IF INKEY$=CHR$(27) THEN END NEXT NEXT IF INKEY$=CHR$(27) THEN END CLS FOR A=1 TO 480 STEP+2 FOR L=1 TO 640 LET S=COS(A)SIN(A+L+L)640 LET T=COS(L)SIN(L+A+A)480 PSET(S,T),X%+3 IF INKEY$=CHR$(27) THEN END NEXT NEXT IF INKEY$=CHR$(27) THEN END CLS FOR A=1 TO 480 STEP+2 FOR L=1 TO 640 LET S=COS(A)SIN(A+L+L+A)640 LET T=COS(L)SIN(L+A+A+L)480 PSET(S,T),X%+45+1 IF INKEY$=CHR$(27) THEN END NEXT NEXT IF INKEY$=CHR$(27) THEN END CLS FOR A=1 TO 480 STEP+2 FOR L=1 TO 640 LET S=COS(A)SIN(A+L+L+A+A+L)640 LET T=COS(L)SIN(L+A+A+L+L+L+A)480 PSET(S,T),X%+5 IF INKEY$=CHR$(27) THEN END NEXT NEXT IF INKEY$=CHR$(27) THEN END CLS FOR A=1 TO 480 FOR L=1 TO 640 LET S=COS(A)SIN(A+L+L+A+A+L+A)640 LET T=COS(L)SIN(L+A+A+L+L)*480 PSET(S,T),X%+6 IF INKEY$=CHR$(27) THEN END NEXT NEXT CLS IF INKEY$=CHR$(27) THEN END GOTO START END
10 CLS:KEY OFF:SCREEN 1 20 OPEN"I",#1,"NOMS":FOR I=1 TO 10:IF EOF (1) THEN CLOSE#1:GOTO 40 30 INPUT#1,P$:P$(I)=P$:NEXT I:CLOSE#1 40 LINE (0,9)-(320,9):LINE (260,9)-(260,200) 50 PRINT "Sauver Palette Figures Quitter":LOCATE 3,34:PRINT "VITESSE":LOCATE 4,35:PRINT "V=1" 60 LINE (275,40)-(305,50),1,BF:LINE (275,55)-(305,65),3,BF:LINE (275,70)-(305,80),2,BF:LINE (275,85)-(305,95),3,B 70 LOCATE 14,35:PRINT "MODE:":LINE (268,117)-(312,129),3,B:LOCATE 16,35:PRINT "LINE" 80 LOCATE 18,37:PRINT CHR$(1):LINE (284,133)-(299,146),1,B 85 LOCATE 18,35:PRINT "X":LINE (268,133)-(283,146),1,B 90 LOCATE 20,34:PRINT CHR$(17) CHR$(16);" A":LINE (284,149)-(298,161),1,B 100 N$="ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz1234567890,?;.:!&'()+-<>%"+CHR$(3)+CHR$(4)+CHR$(5)+CHR$(6):N=1 110 LINE (270,35)-(311,99),3,B 120 V=1:DIM C(7),DES(4000),SED(4000),LL(7):X=150:Y=72:W=X:Z=Y:C=3:FOND=0:GO=4:M=0 130 LOCATE 10,20:PRINT CHR$(127):GET (150,72)-(158,80),C:M=0 140 R$=RIGHT$(INKEY$,1) 150 IF R$="+" AND V<30 THEN V=V+1:LOCATE 4,37:PRINT " ":LOCATE 4,37:WRITE V ELSE IF R$="-" AND V>1 THEN V=V-1:LOCATE 4,37:PRINT " ":LOCATE 4,37:WRITE V 160 IF R$=" " AND Y>9 AND X<260 THEN PSET (X+5,Y),C ELSE IF R$=CHR$(13) THEN 230 170 IF R$="D" OR R$="d" OR R$="F" OR R$="f" THEN 610 180 IF R$="8" OR R$="H" THEN Y=Y-V ELSE IF R$="2" OR R$="P" THEN Y=Y+V ELSE IF R$="4" OR R$="K" THEN X=X-V ELSE IF R$="6" OR R$="M" THEN X=X+V ELSE 140 190 IF X<1 THEN X=1 ELSE IF X>310 THEN X=310 200 IF Y<1 THEN Y=1 ELSE IF Y>191 THEN Y=191 210 PUT (W,Z),C:PUT (X,Y),C:W=X:Z=Y:IF M=1 THEN 220 ELSE 140 220 LOCATE 22,34:PRINT "X= ":LOCATE 22,36:WRITE X+5:LOCATE 23,34:PRINT "Y= ":LOCATE 23,36:WRITE Y:GOTO 140 230 IF Y<9 THEN 240 ELSE IF X>255 THEN 830 ELSE 140 240 IF X<64 THEN 260 ELSE IF X<160 THEN 350 ELSE IF X<240 THEN 480 ELSE 750 250 REM ----------SAUVEGARDE--------- 260 LG=2:LH=11:LD=105:LB=170:GET (1,1)-(110,175),DES:LINE (LG,LH)-(LD,LB),0,BF:LINE (LG,LH)-(LD,LB),1,B 270 LOCATE 3,2:PRINT "QUITTER":LOCATE 5,2:PRINT "SAUVER:":LOCATE 6,2:PRINT "Cadre (D/F)":LOCATE 7,2:PRINT "Tout l'ecran":LOCATE 9,2:PRINT "CHARGER:":LOCATE 21,2:PRINT "EFFACER" 280 FOR I=1 TO 10:LOCATE I+9,2:PRINT "-";P$(I):NEXT I 290 XX=80:WW=XX:YY=15:ZZ=YY:PUT (XX,YY),C:GOSUB 1200 300 IF YY<32 THEN PUT (1,1),DES,PSET:GOTO 140 310 IF YY<54 THEN GO=1:PUT (1,1),DES,PSET:LOCATE 16,35:PRINT"SAVE ":GOTO 140 320 IF YY<60 THEN 1100 330 IF YY>155 THEN GOSUB 1300:GOSUB 1200:GOTO 300 335 IF KI=1 THEN 1320 ELSE 1150 340 REM ----------PALETTE-------- 350 GET (60,1)-(140,80),DES:XX=115:YY=29:WW=XX:ZZ=YY 360 LG=67:LH=11:LB=76:LD=132:LINE (LG,LH)-(LD,LB),0,BF:LINE (LG,LH)-(LD,LB),1,B 370 LOCATE 3,10:PRINT "QUITTER":LOCATE 5,10:PRINT "FOND":LOCATE 7,10:PRINT "PEINDRE":LOCATE 9,10:PRINT "X ET Y":PUT (XX,YY),C 380 GOSUB 1200 390 IF YY>62 THEN 450 400 IF YY>36 THEN GO=2:LOCATE 16,35:PRINT"PAINT":GOTO 380 410 IF YY<28 THEN PUT (60,1),DES,PSET:GOTO 140 420 FOND=FOND+1 430 IF FOND=16 THEN FOND=0 440 COLOR FOND:GOTO 380 450 IF M=1 THEN LOCATE 22,34:PRINT " ":LOCATE 23,34:PRINT " ":M=0:GOTO 380 460 LOCATE 22,34:PRINT "X=":LOCATE 23,34:PRINT "Y=":M=1:GOTO 380 470 REM ---------FIGURES--------- 480 GET(155,1)-(240,125),DES:LG=156:LH=11:LD=235:LB=120:XX=210:WW=XX:YY=32:ZZ=YY 490 LINE (LG,LH)-(LD,LB),0,BF:LINE (LG,LH)-(LD,LB),1,B:A=5:B=5:AA=A:BB=B 500 LOCATE 3,21:PRINT "RECTANGLE":LOCATE 5,21:PRINT "LIGNE":LOCATE 7,21:PRINT "CERCLE":LOCATE 9,21:PRINT "ELLIPSE:":LOCATE 10,23:PRINT "+ / -" 510 CIRCLE (196,98),15,3,,,A/B 520 PUT (XX,YY),C 530 GOSUB 1200 540 IF YY<28 THEN GO=3:LOCATE 16,35:PRINT "RECT " ELSE IF YY<44 THEN GO=4:LOCATE 16,35:PRINT "LINE " ELSE IF YY<56 THEN GO=5:LOCATE 16,35:PRINT "ROND " ELSE 590 550 PUT (155,1),DES,PSET:GOTO 140 560 IF YY>88 THEN 530 570 IF XX<196 AND B=5 THEN A=A+1 ELSE IF XX<196 THEN B=B-1 ELSE IF XX>196 AND A=5 THEN B=B+1 ELSE A=A-1 580 CIRCLE (196,98),15,0,,,AA/BB:CIRCLE (196,98),15,3,,,A/B:AA=A:BB=B:GOTO 530 590 IF YY<72 THEN GO=6:LOCATE 16,35:PRINT "ELLI " :GOTO 550 ELSE 560 600 REM ----------DESSIN-------- 610 IF R$="D" OR R$="d" THEN O=X+5:P=Y:GOTO 140 620 IF Y<10 OR X>254 THEN 140 630 IF GO=2 THEN PUT (X,Y),C:VIEW SCREEN (1,10)-(259,199):PAINT (X+5,Y),C,C:VIEW:PUT (X,Y),C:GOTO 140 640 IF GO=3 THEN PUT (X,Y),C:VIEW SCREEN (1,10)-(259,199):LINE (O,P)-(X+5,Y),C,B:VIEW:PUT (X,Y),C:GOTO 140 650 IF GO=4 THEN PUT (X,Y),C:VIEW SCREEN (1,10)-(259,199):LINE (O,P)-(X+5,Y),C:VIEW:PUT (X,Y),C:GOTO 140 660 RAY=SQR((X+4-O)^2+(Y-P)^2):IF GO=5 THEN PUT (X,Y),C:VIEW SCREEN (1,10)-(259,199):CIRCLE (O,P),RAY,C:VIEW:PUT (X,Y),C:GOTO 140 670 IF O-X-5=0 THEN RAY=ABS(Y-P) ELSE IF P-Y=0 THEN RAY=ABS(X+4-O) ELSE RAY=0 680 IF GO=6 THEN PUT (X,Y),C:VIEW SCREEN (1,10)-(259,199):CIRCLE (O,P),RAY,C,,,A/B:VIEW:PUT (X,Y),C:GOTO 140 690 FOR I=1 TO 10:IF P$(I)="" THEN 710 700 NEXT I:BEEP:GOTO 140 710 GET (O,P)-(X+4,Y),DES:GET (0,0)-(319,199),SED:LOCATE 10,1:INPUT "NOM";P$ 720 CLS:PUT (O,P),DES:DEF SEG=&HB800:BSAVE P$,0,16384:P$(I)=P$ 730 OPEN "A",#1,"NOMS":PRINT#1,P$:CLOSE#1:PUT (0,0),SED,PSET:GOTO 140 740 REM----------QUITTER------- 750 GET (230,1)-(310,80),DES:LH=11:LG=251:LB=76:LD=305:XX=290:YY=25:WW=XX:ZZ=YY 760 LINE (LG,LH)-(LD,LB),0,BF:LINE (LG,LH)-(LD,LB),1,B 770 LOCATE 3,33:PRINT "ANNULE":LOCATE 5,33:PRINT "FIN":LOCATE 7,33:PRINT "BASIC":LOCATE 9,33:PRINT "MS-DOS":PUT (XX,YY),C 780 GOSUB 1200 790 IF YY<28 THEN PUT (230,1),DES,PSET:GOTO 140 ELSE IF YY<44 THEN END ELSE IF YY<56 THEN WIDTH 80:SCREEN 0:KEY ON:END 800 LOCATE 9,33:INPUT "O/N";R$:IF R$="N" THEN PUT (230,1),DES,PSET:GOTO 140 810 IF R$="O" THEN SYSTEM ELSE 800 820 REM----------OPTIONS------- 830 IF Y<55 THEN C=1 ELSE IF Y<70 THEN C=3 ELSE IF Y<85 THEN C=2 ELSE IF Y<100 THEN C=0 ELSE 850 840 LINE (270,35)-(311,99),C,B:GOTO 140 850 IF Y>132 AND Y<148 THEN IF X>278 THEN LOCATE 16,35:PRINT "GOMME":GOTO 990 ELSE LOCATE 16,35:PRINT "CADRE":GOTO 1400 860 IF X<266 THEN N=N-1:IF N=0 THEN N=82 870 IF X>266 AND X+5<280 THEN N=N+1:IF N=83 THEN N=1 880 IF X>275 THEN 900 890 B$=MID$(N$,N,1):LOCATE 20,37:PRINT B$:GOTO 140 900 PUT (X,Y),C:GET (288,152)-(296,160),LL 910 LX=250:LY=150:LW=LX:LZ=LY 920 PUT (LX,LY),LL 930 R$=INKEY$:IF R$=" " THEN PUT (X,Y),C:GOTO 140 940 IF R$="+" AND V<30 THEN V=V+1:LOCATE 4,37:PRINT " ":LOCATE 4,37:WRITE V ELSE IF R$="-" AND V>1 THEN V=V-1:LOCATE 4,37:PRINT " ":LOCATE 4,37:WRITE V 950 IF R$="4" THEN LX=LX-V ELSE IF R$="6" THEN LX=LX+V ELSE IF R$="8" THEN LY=LY-V ELSE IF R$="2" THEN LY=LY+V ELSE 930 960 IF LX<1 THEN LX=1 ELSE IF LX>253 THEN LX=253 970 IF LY<11 THEN LY=11 ELSE IF LY>191 THEN LY=191 980 PUT (LW,LZ),LL:PUT (LX,LY),LL:LW=LX:LZ=LY:GOTO 930 990 R$=INKEY$ 1000 IF R$="+" AND V<30 THEN V=V+1:LOCATE 4,37:PRINT " ":LOCATE 4,37:WRITE V ELSE IF R$="-" AND V>1 THEN V=V-1:LOCATE 4,37:PRINT " ":LOCATE 4,37:WRITE V 1010 IF R$=" " AND Y>9 AND X<252 THEN PUT (X ,Y),C,PSET ELSE IF R$=CHR$(13) THEN 1060 1020 IF R$="8" THEN Y=Y-V ELSE IF R$="2" THEN Y=Y+V ELSE IF R$="4" THEN X=X-V ELSE IF R$="6" THEN X=X+V ELSE 990 1030 IF X<1 THEN X=1 ELSE IF X>310 THEN X=310 1040 IF Y<1 THEN Y=1 ELSE IF Y>191 THEN Y=191 1050 PUT (W,Z),C:PUT (X,Y),C:W=X:Z=Y:GOTO 990 1060 IF Y>132 AND Y<148 AND X>255 THEN 1070 ELSE 990 1070 LOCATE 16,35:IF GO=1 THEN PRINT "SAVE " ELSE IF GO=2 THEN PRINT "PAINT" ELSE IF GO=3 THEN PRINT "RECT " ELSE IF GO=4 THEN PRINT "LINE " ELSE IF GO=5 THEN PRINT "ROND " ELSE PRINT "ELLI " 1080 GOTO 140 1090 REM -------TOUT L'ECRAN------- 1100 FOR I=1 TO 10:IF P$(I)="" THEN 1120 1110 NEXT I:BEEP:GOTO 1200 1120 LOCATE 8,2:INPUT P$:OPEN "A",#1,"NOMS":PRINT#1,P$:CLOSE#1:P$(I)=P$ 1130 PUT (1,1),DES,PSET:GET (0,0)-(319,199),SED:GET (0,10)-(259,199),DES:CLS 1140 PUT (0,10),DES:DEF SEG=&HB800:BSAVE P$(I),0,16384:PUT (0,0),SED,PSET:GOTO 140 1150 L=FIX((YY-72)/8)+1:IF P$(L)="" THEN 1180 1160 PUT (1,1),DES,PSET:GET (0,0)-(319,199),SED:DEF SEG=&HB800:BLOAD P$(L),0:GET (0,10)-(259,199),DES 1170 PUT (0,0),SED,PSET:PUT (0,10),DES,PSET:GOTO 140 1180 BEEP:GOSUB 1200:GOTO 300 1190 '------------SOUS PROGRAMME------------ 1200 R$=INKEY$ 1210 IF R$=CHR$(13) THEN RETURN 1220 IF R$="8" THEN YY=YY-5 ELSE IF R$="2" THEN YY=YY+5 ELSE IF R$="4" THEN XX=XX-5 ELSE IF R$="6" THEN XX=XX+5 ELSE 1200 1230 IF XX<LG THEN XX=LG ELSE IF XX>LD-10 THEN XX=LD-10 1240 IF YY<12 THEN YY=12 ELSE IF YY>LB-10 THEN YY=LB-10 1250 PUT (WW,ZZ),C:PUT (XX,YY),C:WW=XX:ZZ=YY:GOTO 1200 1300 IF KI=0 THEN KI=1:SOUND 300,.02:RETURN 1310 KI=0:SOUND 0,0:RETURN 1320 L=FIX((YY-72)/8)+1:IF P$(L)="" THEN 1360 1330 PUT (XX,YY),C:LOCATE 9+L:PRINT " ":PUT (XX,YY),C:SOUND 0,0 1340 PP$=P$(L)+".BAS":KILL PP$:P$(L)="" 1350 OPEN "O",#1,"NOMS":FOR I=1 TO 10:IF P$(I)<>"" THEN P$=P$(I):PRINT#1,P$ 1355 NEXT I:CLOSE#1 1360 GOSUB 1200:GOTO 300 1400 R$=INKEY$ 1405 IF R$="+" AND V<30 THEN V=V+1:LOCATE 4,37:PRINT " ":LOCATE 4,37:WRITE V ELSE IF R$="-" AND V>1 THEN V=V-1:LOCATE 4,37:PRINT " ":LOCATE 4,37:WRITE V 1410 IF R$=" " AND Y>9 AND X<252 THEN IF ZAP=1 THEN PUT (X,Y),C:GOTO 1500 ELSE ZAP=1:O=X+5:P=Y 1415 IF R$=CHR$(13) THEN 1460 1420 IF R$="8" THEN Y=Y-V ELSE IF R$="2" THEN Y=Y+V ELSE IF R$="4" THEN X=X-V ELSE IF R$="6" THEN X=X+V ELSE 1400 1430 IF X<1 THEN X=1 ELSE IF X>310 THEN X=310 1440 IF Y<1 THEN Y=1 ELSE IF Y>191 THEN Y=191 1450 PUT (W,Z),C:PUT (X,Y),C:W=X:Z=Y:GOTO 1400 1460 IF Y>132 AND Y<148 AND X>255 THEN 1470 ELSE 1400 1470 LOCATE 16,35:IF GO=1 THEN PRINT "SAVE " ELSE IF GO=2 THEN PRINT "PAINT" ELSE IF GO=3 THEN PRINT "RECT " ELSE IF GO=4 THEN PRINT "LINE " ELSE IF GO=5 THEN PRINT "ROND " ELSE PRINT "ELLI " 1480 GOTO 140 1500 DIFX=ABS(X+5-O):DIFY=ABS(Y-P):GET (O,P)-(X+5,Y),DES:X=O:Y=P:W=X:Z=Y 1510 R$=INKEY$ 1520 IF R$=" " THEN PUT (X,Y),DES,PSET:PUT (X,Y),C:ZAP=0:GOTO 1400 1530 IF R$="8" THEN Y=Y-1 ELSE IF R$="2" THEN Y=Y+1 ELSE IF R$="4" THEN X=X-1 ELSE IF R$="6" THEN X=X+1 ELSE 1510 1540 IF X<1 THEN X=1 ELSE IF X+DIFX>259 THEN X=X-1 1550 IF Y<1 THEN Y=1 ELSE IF Y+DIFY>199 THEN Y=Y-1 1560 PUT (W,Z),DES:PUT (X,Y),DES:W=X:Z=Y:GOTO 1510
Attribute VB_Name = "mdlUserFunction" Option Explicit Sub INCLUIR_VALOR_NO_CHECK(objCheck As CheckBox, _ blnValor As Variant) On Error GoTo trata If blnValor Then objCheck.Value = 1 Else objCheck.Value = 0 End If Exit Sub trata: AmpN Err.Raise Err.Number, _ "[mdlUserFunction.INCLUIR_VALOR_NO_CHECK]", _ Err.Description End Sub 'Proposito: Retornar último dia do mês 'Retorna DD Public Function Retorna_ultimo_dia_do_mes(intMes As Integer, _ intAno As Integer) As String On Error GoTo trata Dim intDia As Integer Dim dtaTeste As Date For intDia = 29 To 32 dtaTeste = CDate(intAno & "/" & intMes & "/" & intDia) Next Exit Function trata: Retorna_ultimo_dia_do_mes = Format(intDia - 1, "00") End Function 'Propósito: Retornar e Gravar o Sequencial geral Public Function RetornaGravaSequencial(Optional pCampo As String = "Sequencial") As Long On Error GoTo trata ' Dim objRs As ADODB.Recordset Dim strSql As String Dim lngSeq As Long Dim objGeral As busSisMed.clsGeral ' Set objGeral = New busSisMed.clsGeral ' strSql = "SELECT ISNULL(MAX(" & pCampo & "),0) + 1 AS SEQ " & _ "From SEQUENCIAL" Set objRs = objGeral.ExecutarSQL(strSql) ' If objRs.EOF Then lngSeq = 1 ElseIf Not IsNumeric(objRs.Fields("SEQ").Value) Then lngSeq = 1 Else lngSeq = objRs.Fields("SEQ").Value End If objRs.Close Set objRs = Nothing ' 'Caso tenha atingido o limite do sequencial, voltar a 1 If lngSeq > glMaxSequencialImp Then lngSeq = 1 End If strSql = "Select Count() As TOT from Sequencial" Set objRs = objGeral.ExecutarSQL(strSql) If objRs.Fields("TOT").Value = 0 Then strSql = "INSERT INTO SEQUENCIAL (" & pCampo & ") VALUES (" & lngSeq & ")" Else strSql = "UPDATE SEQUENCIAL SET " & pCampo & " = " & lngSeq End If ' objRs.Close Set objRs = Nothing '--- objGeral.ExecutarSQLAtualizacao strSql ' RetornaGravaSequencial = CLng(lngSeq) ' Set objGeral = Nothing Exit Function trata: Err.Raise Err.Number, _ "[mdlUserFunction.RetornaGravaSequencial]", _ Err.Description End Function Public Sub TratarStatus(strStatus As String, _ strStatusImp As String, _ ByRef lblCor1 As Label, _ ByRef lblCor2 As Label) On Error GoTo trata ' Select Case strStatus Case "I" 'Amarelo lblCor1.BackColor = &H80FFFF lblCor1.Caption = "Inicial" Case "M" 'Azul lblCor1.BackColor = &HFFFF80 lblCor1.Caption = "Movimento após o fechamento" Case "F" 'Verde lblCor1.BackColor = &H80FF80 lblCor1.Caption = "Fechada" Case "C" 'Vermelho lblCor1.BackColor = &HFF& lblCor1.Caption = "Cancelada" Case Else lblCor1.BackColor = &H8000000F lblCor1.Caption = "Indefinido" End Select ' Select Case strStatusImp Case "S" 'Verde lblCor2.BackColor = &H80FF80 lblCor2.Caption = "Sim" Case "N" 'Vermelho lblCor2.BackColor = &HFF& lblCor2.Caption = "Não" Case Else lblCor2.BackColor = &H8000000F lblCor2.Caption = "Ind" End Select Exit Sub trata: TratarErro Err.Number, _ "[mdlUserFunction.Main]", _ Err.Description End Sub Public Sub Main() On Error GoTo trata ' frmUserSplash.Show frmUserSplash.Refresh ' frmUserLogin.QuemChamou = 0 Load frmUserLogin frmUserLogin.Show vbModal ' Exit Sub trata: TratarErro Err.Number, _ "[mdlUserFunction.Main]", _ Err.Description End End Sub Public Function Valida_Hora(pMsk As MaskEdBox, _ pTipo As TpObriga, _ Optional blnSetarFocoControle As Boolean = False) As Boolean On Error GoTo trata Dim EData As Boolean EData = True 'Verifica se Mmaskedit é data If Not IsDate("01/01/1900 " & pMsk.Text) Then EData = False Else 'If CInt(Mid(pMsk.ClipText, 3, 2)) > 12 Then ' EData = False 'End If End If If pTipo = TpObrigatorio And Not (EData) Then 'Campo é obrigatório e não é data Valida_Hora = False ElseIf pTipo = TpNaoObrigatorio Then 'Campo não é obrigatório If Len(pMsk.ClipText) <> 0 And Not EData Then 'Digitou algo que não é data Valida_Hora = False Else Valida_Hora = True End If Else Valida_Hora = True End If If Valida_Hora = False Then Pintar_Controle pMsk, tpCorContr_Erro If blnSetarFocoControle Then SetarFoco pMsk blnSetarFocoControle = False End If End If Exit Function trata: Err.Raise Err.Number, _ "[mdlUserFunction.Valida_Hora]", _ Err.Description End Function Public Sub TratarErro(ByVal pNumero As Long, _ ByVal pDescricao As String, _ ByVal pSource As String) ' On Error Resume Next Dim strUsuario As String Dim intI As Integer intI = FreeFile Open App.Path & "\SisMed.txt" For Append As #intI Print #intI, Format(Now(), "DD/MM/YYYY hh:mm") & ";" & pNumero & ";" & pSource & ";" & pDescricao Close #intI 'mostrar Mensagem MsgBox "O Seginte Erro Ocorreu: " & vbCrLf & vbCrLf & _ "Número: " & pNumero & vbCrLf & _ "Descrição: " & pDescricao & vbCrLf & vbCrLf & _ "Origem: " & pSource & vbCrLf & _ "Data/Hora: " & Format(Now(), "DD/MM/YYYY hh:mm") & vbCrLf & _ "Erro gravado no arquivo: " & App.Path & "\SisMed.txt" & vbCrLf & vbCrLf & _ "Caso o erro persista contacte o suporte e envie o arquivo acima, informando a data e hora acima informada da ocorrência deste erro.", vbCritical, TITULOSISTEMA End Sub 'Propósito Abrir Registros do Sistema 'recebe parametro pAcao que assume '0 - Captura parametros inicias '1 - grava últ usuário que '2 - Grava BMP 'acessou o sistema 'Caso algum parametro seja nulo, regrava no Registro Public Function CapturaParametrosRegistro(pAcao As Integer) Dim iLenCaminho, iLenArquivo As Long Dim iRet On Error GoTo RotErro Repeticao: AmpS Select Case pAcao Case 0 'Captura Banco de Dados gsBDadosPath = GetSetting(AppName:=TITULOSISTEMA, section:="Iniciar", _ Key:="CaminhoDB") If Len(Trim(gsBDadosPath)) = 0 Then 'Registro não esta gravado está em branco iRet = MsgBox("Não foi possível localizar o banco de dados " & _ nomeBDados & ". Você deseja localizá-lo manualmente?", _ vbQuestion + vbYesNo, TITULOSISTEMA) If iRet = vbYes Then frmMDI.CommonDialog1.ShowOpen iLenCaminho = Len(frmMDI.CommonDialog1.FileName) iLenArquivo = Len(frmMDI.CommonDialog1.FileTitle) gsBDadosPath = Left(frmMDI.CommonDialog1.FileName, iLenCaminho - iLenArquivo) SaveSetting AppName:=TITULOSISTEMA, section:="Iniciar", _ Key:="CaminhoDB", setting:=gsBDadosPath GoTo Repeticao 'Captura Novamente os parametros até encontrar 'Parametros válidos Else End End If End If 'Captura Caminho Crystal gsReportPath = GetSetting(AppName:=TITULOSISTEMA, section:="Iniciar", _ Key:="CaminhoReport") If Len(Trim(gsReportPath)) = 0 Then 'Registro não esta gravado está em branco iRet = MsgBox("Não foi possível localizar o caminho dos Formulários (.RPT)." & _ " Você deseja localizá-lo manualmente?", _ vbQuestion + vbYesNo, TITULOSISTEMA) If iRet = vbYes Then frmMDI.CommonDialog1.ShowOpen iLenCaminho = Len(frmMDI.CommonDialog1.FileName) iLenArquivo = Len(frmMDI.CommonDialog1.FileTitle) gsReportPath = Left(frmMDI.CommonDialog1.FileName, iLenCaminho - iLenArquivo) SaveSetting AppName:=TITULOSISTEMA, section:="Iniciar", _ Key:="CaminhoReport", setting:=gsReportPath GoTo Repeticao 'Captura Novamente os parametros até encontrar 'Parametros válidos Else End End If End If 'Captura Caminho App gsAppPath = GetSetting(AppName:=TITULOSISTEMA, section:="Iniciar", _ Key:="CaminhoApp") If Len(Trim(gsAppPath)) = 0 Then 'Registro não esta gravado está em branco iRet = MsgBox("Não foi possível localizar o caminho do Aplicativo (.EXE)." & _ " Você deseja localizá-lo manualmente?", _ vbQuestion + vbYesNo, TITULOSISTEMA) If iRet = vbYes Then frmMDI.CommonDialog1.ShowOpen iLenCaminho = Len(frmMDI.CommonDialog1.FileName) iLenArquivo = Len(frmMDI.CommonDialog1.FileTitle) gsAppPath = Left(frmMDI.CommonDialog1.FileName, iLenCaminho - iLenArquivo) SaveSetting AppName:=TITULOSISTEMA, section:="Iniciar", _ Key:="CaminhoApp", setting:=gsAppPath GoTo Repeticao 'Captura Novamente os parametros até encontrar 'Parametros válidos Else End End If End If 'Captura Nome do Usuário gsNomeUsu = GetSetting(AppName:=TITULOSISTEMA, section:="Iniciar", _ Key:="Usuario") 'Captura o Nome do Curso gsNomeEmpresa = GetSetting(AppName:=TITULOSISTEMA, section:="Iniciar", _ Key:="Empresa") If Len(Trim(gsNomeEmpresa)) = 0 Then 'Registro não esta gravado está em branco gsNomeEmpresa = "XXX" SaveSetting AppName:=TITULOSISTEMA, section:="Iniciar", _ Key:="Empresa", setting:=gsNomeEmpresa GoTo Repeticao 'Captura Novamente os parametros até encontrar 'Parametros válidos End If 'Captura o Caminho dos bitmaps gsBMPPath = GetSetting(AppName:=TITULOSISTEMA, section:="Iniciar", _ Key:="CaminhoBMP") If Len(Trim(gsBMPPath)) = 0 Then 'Registro não esta gravado está em branco gsBMPPath = gsBDadosPath & "Images\BMP\" SaveSetting AppName:=TITULOSISTEMA, section:="Iniciar", _ Key:="CaminhoBMP", setting:=gsBMPPath GoTo Repeticao 'Captura Novamente os parametros até encontrar 'Parametros válidos End If 'Captura o Caminho dos Icons gsIconsPath = GetSetting(AppName:=TITULOSISTEMA, section:="Iniciar", _ Key:="CaminhoIcons") If Len(Trim(gsIconsPath)) = 0 Then 'Registro não esta gravado está em branco gsIconsPath = gsBDadosPath & "Images\Icons\" SaveSetting AppName:=TITULOSISTEMA, section:="Iniciar", _ Key:="CaminhoIcons", setting:=gsIconsPath GoTo Repeticao 'Captura Novamente os parametros até encontrar 'Parametros válidos End If 'Captura o Nome do BitMap gsBMP = GetSetting(AppName:=TITULOSISTEMA, section:="Iniciar", _ Key:="BMP") 'Captura o caminho do BackUp gsPathBackup = GetSetting(AppName:=TITULOSISTEMA, section:="Iniciar", _ Key:="CaminhoBackUp") If Len(Trim(gsPathBackup)) = 0 Then 'Registro não esta gravado está em branco gsPathBackup = gsAppPath & "BackUp\" SaveSetting AppName:=TITULOSISTEMA, section:="Iniciar", _ Key:="CaminhoBackUp", setting:=gsPathBackup GoTo Repeticao 'Captura Novamente os parametros até encontrar 'Parametros válidos End If Case 1 SaveSetting AppName:=TITULOSISTEMA, section:="Iniciar", _ Key:="Usuario", setting:=gsNomeUsu SaveSetting AppName:=TITULOSISTEMA, section:="Iniciar", _ Key:="Nivel", setting:=gsNivel SaveSetting AppName:=TITULOSISTEMA, section:="Iniciar", _ Key:="Ativo", setting:="S" Case 2 SaveSetting AppName:=TITULOSISTEMA, section:="Iniciar", _ Key:="BMP", setting:=gsBMP Case 3 SaveSetting AppName:=TITULOSISTEMA, section:="Iniciar", _ Key:="Nivel", setting:="" SaveSetting AppName:=TITULOSISTEMA, section:="Iniciar", _ Key:="Ativo", setting:="N" End Select AmpN Exit Function RotErro: AmpN frmMDI.CommonDialog1.ShowOpen iLenCaminho = Len(frmMDI.CommonDialog1.FileName) iLenArquivo = Len(frmMDI.CommonDialog1.FileTitle) gsBDadosPath = Left(frmMDI.CommonDialog1.FileName, iLenCaminho - iLenArquivo) SaveSetting AppName:=TITULOSISTEMA, section:="Iniciar", _ Key:="CaminhoDB", setting:=gsBDadosPath AmpN End Function Public Sub AmpS() On Error Resume Next Screen.MousePointer = vbHourglass End Sub Public Sub AmpN() On Error Resume Next Screen.MousePointer = vbDefault End Sub 'Propósito: Montar menu, de acordo com o nível de acesso Public Sub Monta_Menu(pAcao As Integer) 'pAcao Assume 0 Desconexão 1 Conexão On Error GoTo trata ' 'Desabilita Menu frmMDI.snuDiretoria(0).Visible = False frmMDI.snuGerencia(0).Visible = False frmMDI.snuCaixa(0).Visible = False frmMDI.snuLaboratorio(0).Visible = False frmMDI.snuFinanceiro(0).Visible = False frmMDI.snuRelatorio(0).Visible = False frmMDI.snuArquivista(0).Visible = False frmMDI.snuAtendimento(0).Visible = False ' frmMDI.mnuArquivo(2).Visible = False frmMDI.mnuArquivo(3).Visible = False frmMDI.mnuArquivo(4).Visible = False ' If pAcao = 1 Then 'Monta Conexão Select Case Trim(gsNivel) Case gsAdmin 'Acesso Completo frmMDI.snuDiretoria(0).Visible = True frmMDI.snuGerencia(0).Visible = True frmMDI.snuCaixa(0).Visible = True frmMDI.snuLaboratorio(0).Visible = True frmMDI.snuFinanceiro(0).Visible = True frmMDI.snuRelatorio(0).Visible = True frmMDI.snuRelFinanc(0).Visible = True frmMDI.snuRelFinanc(1).Visible = True frmMDI.snuArquivista(0).Visible = True frmMDI.snuAtendimento(0).Visible = True ' frmMDI.mnuArquivo(2).Visible = True frmMDI.mnuArquivo(3).Visible = True frmMDI.mnuArquivo(4).Visible = True Case gsDiretor 'Diretoria frmMDI.snuDiretoria(0).Visible = True frmMDI.snuGerencia(0).Visible = False frmMDI.snuCaixa(0).Visible = False frmMDI.snuLaboratorio(0).Visible = False frmMDI.snuFinanceiro(0).Visible = False frmMDI.snuRelatorio(0).Visible = True frmMDI.snuRelFinanc(0).Visible = True frmMDI.snuRelFinanc(1).Visible = True frmMDI.snuArquivista(0).Visible = True frmMDI.snuAtendimento(0).Visible = False ' frmMDI.mnuArquivo(2).Visible = True frmMDI.mnuArquivo(3).Visible = True frmMDI.mnuArquivo(4).Visible = True Case gsGerente 'Gerencia frmMDI.snuDiretoria(0).Visible = False frmMDI.snuGerencia(0).Visible = True frmMDI.snuCaixa(0).Visible = False frmMDI.snuLaboratorio(0).Visible = False frmMDI.snuFinanceiro(0).Visible = False frmMDI.snuRelatorio(0).Visible = True frmMDI.snuRelFinanc(0).Visible = True frmMDI.snuRelFinanc(1).Visible = False frmMDI.snuArquivista(0).Visible = False frmMDI.snuAtendimento(0).Visible = False ' frmMDI.mnuArquivo(2).Visible = True frmMDI.mnuArquivo(3).Visible = True frmMDI.mnuArquivo(4).Visible = True Case gsCaixa 'Caixa frmMDI.snuDiretoria(0).Visible = False frmMDI.snuGerencia(0).Visible = False frmMDI.snuCaixa(0).Visible = True frmMDI.snuLaboratorio(0).Visible = False frmMDI.snuFinanceiro(0).Visible = False frmMDI.snuRelatorio(0).Visible = False frmMDI.snuArquivista(0).Visible = False frmMDI.snuAtendimento(0).Visible = False ' frmMDI.mnuArquivo(2).Visible = False frmMDI.mnuArquivo(3).Visible = True frmMDI.mnuArquivo(4).Visible = True Case gsLaboratorio 'Laboratorio frmMDI.snuDiretoria(0).Visible = False frmMDI.snuGerencia(0).Visible = False frmMDI.snuCaixa(0).Visible = False frmMDI.snuLaboratorio(0).Visible = True frmMDI.snuFinanceiro(0).Visible = False frmMDI.snuRelatorio(0).Visible = False frmMDI.snuArquivista(0).Visible = False frmMDI.snuAtendimento(0).Visible = False ' frmMDI.mnuArquivo(2).Visible = False frmMDI.mnuArquivo(3).Visible = True frmMDI.mnuArquivo(4).Visible = True Case gsFinanceiro 'Financeiro frmMDI.snuDiretoria(0).Visible = False frmMDI.snuGerencia(0).Visible = False frmMDI.snuCaixa(0).Visible = False frmMDI.snuLaboratorio(0).Visible = False frmMDI.snuFinanceiro(0).Visible = True frmMDI.snuRelatorio(0).Visible = True frmMDI.snuRelFinanc(0).Visible = True frmMDI.snuRelFinanc(1).Visible = False frmMDI.snuArquivista(0).Visible = False frmMDI.snuAtendimento(0).Visible = False ' frmMDI.mnuArquivo(2).Visible = False frmMDI.mnuArquivo(3).Visible = True frmMDI.mnuArquivo(4).Visible = True Case gsArquivista 'Arquivista frmMDI.snuDiretoria(0).Visible = False frmMDI.snuGerencia(0).Visible = False frmMDI.snuCaixa(0).Visible = False frmMDI.snuLaboratorio(0).Visible = False frmMDI.snuFinanceiro(0).Visible = False frmMDI.snuRelatorio(0).Visible = False frmMDI.snuArquivista(0).Visible = True frmMDI.snuAtendimento(0).Visible = False ' frmMDI.mnuArquivo(2).Visible = False frmMDI.mnuArquivo(3).Visible = True frmMDI.mnuArquivo(4).Visible = True Case gsPrestador 'Prestador frmMDI.snuDiretoria(0).Visible = False frmMDI.snuGerencia(0).Visible = False frmMDI.snuCaixa(0).Visible = False frmMDI.snuLaboratorio(0).Visible = False frmMDI.snuFinanceiro(0).Visible = False frmMDI.snuRelatorio(0).Visible = False frmMDI.snuArquivista(0).Visible = False frmMDI.snuAtendimento(0).Visible = True ' frmMDI.mnuArquivo(2).Visible = False frmMDI.mnuArquivo(3).Visible = True frmMDI.mnuArquivo(4).Visible = True End Select End If Exit Sub trata: Err.Raise Err.Number, _ "[mdlUserFunction.Monta_Menu]", _ Err.Description End Sub Public Function Valida_String(objControl As Object, _ TpTipo As TpObriga, _ Optional blnSetarFocoControle As Boolean = False) As Boolean On Error GoTo trata Dim blnValido As Boolean 'Verifica se Textbox é Válido If Len(Trim(objControl.Text)) <> 0 Then blnValido = True End If If TpTipo = TpObrigatorio And Not (blnValido) Then 'Campo é obrigatório e não é Valor Valida_String = False Else Valida_String = True End If If Not Valida_String Then Pintar_Controle objControl, tpCorContr_Erro If blnSetarFocoControle Then SetarFoco objControl blnSetarFocoControle = False End If End If Exit Function trata: Err.Raise Err.Number, _ "[mdlUserFunction.Valida_String]", _ Err.Description End Function Public Sub Pintar_Controle(pControle As Variant, _ pCor As tpCorControle) On Error Resume Next AmpS pControle.BackColor = pCor AmpN End Sub Public Sub SetarFoco(objTarget As Object) On Error Resume Next If objTarget.Visible = True And objTarget.Enabled = True Then objTarget.SetFocus End If End Sub Public Sub TratarErroPrevisto(ByVal pDescricao As String, _ Optional pSource As String = "") ' On Error Resume Next 'mostrar Mensagem MsgBox "Erro(s): " & vbCrLf & vbCrLf & _ pDescricao '& vbCrLf & vbCrLf '& _ '"Módulo: " & pSource & vbCrLf & vbCrLf & _ '"Reavalie as informações e corrija os dados para que a alteração seja efetivada.", vbExclamation, TITULOSISTEMA End Sub 'Propósito: criptografar a senha do usuário armazenada no banco de dados 'Entrada: senha 'Retorna: senha 'caso entrada seja não criptografada a saída é criptografada e vice-versa Public Function Encripta(Senha As String) As String On Error GoTo trata Dim intI As Integer Dim strRetorno As String For intI = 1 To Len(Senha) strRetorno = Mid(Senha, intI, 1) strRetorno = 255 - Asc(strRetorno) Encripta = Encripta & Chr(strRetorno) Next intI Exit Function trata: Err.Raise Err.Number, _ "[mdlUserFunction.Encripta]", _ Err.Description End Function 'Propósito: Centralizar um form MDI Child no form MDI. 'Entradas: frmCenter - Form a centralizar Public Sub CenterForm(frmCenter As Form) Dim intHeight As Integer Dim intLeftOffset As Integer Dim intTop As Integer Dim intWidth As Integer Dim intLeft As Integer Dim intTopOffset As Integer ' On Error GoTo trata AmpS If frmCenter.MDIChild = True Then intHeight = frmMDI.ScaleHeight intWidth = frmMDI.ScaleWidth intTop = frmMDI.Top intLeft = frmMDI.Left Else intHeight = Screen.Height intWidth = Screen.Width intTop = 0 intLeft = 0 End If 'Calcula "left offset" intLeftOffset = ((intWidth - frmCenter.Width) / 2) + intLeft If (intLeftOffset + frmCenter.Width > Screen.Width) Or intLeftOffset < 100 Then intLeftOffset = 100 End If 'Calcula "top offset" intTopOffset = ((intHeight - frmCenter.Height) / 2) + intTop If (intTopOffset + frmCenter.Height > Screen.Height) Or intTopOffset < 100 Then intTopOffset = 100 End If 'Centraliza o form frmCenter.Move intLeftOffset, intTopOffset AmpN Exit Sub trata: AmpN Err.Raise Err.Number, _ "[mdlUserFunction.CenterForm]", _ Err.Description End Sub Public Sub LerFiguras(pForm As Form, pOp As tpBmpForm, Optional pbtnOK As CommandButton, Optional pbtnCancelar As CommandButton, Optional pbtnFechar As CommandButton, Optional pbtnExcluir As CommandButton, Optional pbtnSenha As CommandButton, Optional pbtnIncluir As CommandButton, Optional pbtnAlterar As CommandButton, Optional pbtnFiltrar As CommandButton, Optional pbtnImprimir As CommandButton, Optional pbtnConsultar As CommandButton) On Error GoTo trata If pOp = tpBmpForm.tpBmp_Login Then pForm.Picture = LoadPicture(gsBMPPath & "Fundo.jpg") ElseIf pOp = tpBmpForm.tpBmp_MDI Then pForm.Picture = LoadPicture(gsBMPPath & "Fundo.jpg") pForm.Icon = LoadPicture(gsIconsPath & "Logo.ico") Else pForm.Icon = LoadPicture(gsIconsPath & "areatrab.ico") End If If Not (pbtnConsultar Is Nothing) Then pbtnConsultar.Picture = LoadPicture(gsIconsPath & "Procurar.ico") pbtnConsultar.DownPicture = LoadPicture(gsIconsPath & "ProcurarDown.ico") pbtnConsultar.ToolTipText = "Consultar" End If If Not (pbtnImprimir Is Nothing) Then pbtnImprimir.Picture = LoadPicture(gsIconsPath & "Impressora.ico") pbtnImprimir.DownPicture = LoadPicture(gsIconsPath & "ImpressoraDown.ico") pbtnImprimir.ToolTipText = "Imprimir" End If If Not (pbtnOK Is Nothing) Then pbtnOK.Picture = LoadPicture(gsIconsPath & "Ok.ico") pbtnOK.DownPicture = LoadPicture(gsIconsPath & "OkDown.ico") pbtnOK.ToolTipText = "Ok" End If If Not (pbtnAlterar Is Nothing) Then pbtnAlterar.Picture = LoadPicture(gsIconsPath & "Alterar.ico") pbtnAlterar.DownPicture = LoadPicture(gsIconsPath & "AlterarDown.ico") pbtnAlterar.ToolTipText = "Alterar" End If If Not (pbtnIncluir Is Nothing) Then pbtnIncluir.Picture = LoadPicture(gsIconsPath & "Incluir.ico") pbtnIncluir.DownPicture = LoadPicture(gsIconsPath & "IncluirDown.ico") pbtnIncluir.ToolTipText = "Incluir" End If If Not (pbtnCancelar Is Nothing) Then pbtnCancelar.Picture = LoadPicture(gsIconsPath & "Cancelar.ico") pbtnCancelar.DownPicture = LoadPicture(gsIconsPath & "CancelarDown.ico") pbtnCancelar.ToolTipText = "Cancelar" End If If Not (pbtnExcluir Is Nothing) Then pbtnExcluir.Picture = LoadPicture(gsIconsPath & "Excluir.ico") pbtnExcluir.DownPicture = LoadPicture(gsIconsPath & "ExcluirDown.ico") pbtnExcluir.ToolTipText = "Excluir" End If If Not (pbtnSenha Is Nothing) Then pbtnSenha.Picture = LoadPicture(gsIconsPath & "Senha.ico") pbtnSenha.DownPicture = LoadPicture(gsIconsPath & "SenhaDown.ico") pbtnSenha.ToolTipText = "Senha" End If If Not (pbtnFechar Is Nothing) Then pbtnFechar.Picture = LoadPicture(gsIconsPath & "Sair.ico") pbtnFechar.DownPicture = LoadPicture(gsIconsPath & "SairDown.ico") pbtnFechar.ToolTipText = "Sair" End If If Not (pbtnFiltrar Is Nothing) Then pbtnFiltrar.Picture = LoadPicture(gsIconsPath & "Filtrar.ico") pbtnFiltrar.DownPicture = LoadPicture(gsIconsPath & "FiltrarDown.ico") pbtnFiltrar.ToolTipText = "Aplicar Filtro" End If ' Exit Sub trata: AmpN Err.Raise Err.Number, _ "[mdlUserFunction.LerFiguras]", _ Err.Description End Sub Public Sub Seleciona_Conteudo_Controle(Controle As Object) On Error GoTo trata Controle.SelStart = 0 Controle.SelLength = Len(Controle.Text) Exit Sub trata: TratarErro Err.Number, _ Err.Description, _ Err.Source End Sub Public Function GetRelativeBookmarkGeral(Bookmark As Variant, _ Offset As Long, intLINHASMATRIZ As Long) As Variant ' GetRelativeBookmark is used to get a bookmark for a ' row that is a specified number of rows away from the ' given row. Offset specifies the number of rows to ' move. A positive Offset indicates that the desired ' row is after the one referred to by Bookmark, and a ' negative Offset means it is before the one referred ' to by Bookmark. On Error GoTo trata Dim Index As Long ' Compute the row index for the desired row Index = IndexFromBookmarkGeral(Bookmark, Offset, intLINHASMATRIZ) If Index < 0 Or Index >= intLINHASMATRIZ Then ' Index refers to a row before the first or after ' the last, so just return Null. GetRelativeBookmarkGeral = Null Else GetRelativeBookmarkGeral = MakeBookmarkGeral(Index) End If Exit Function trata: Err.Raise Err.Number, _ "[mdlUserFunction.GetRelativeBookmarkGeral]", _ Err.Description End Function Public Function IndexFromBookmarkGeral(Bookmark As Variant, _ Offset As Long, intLINHASMATRIZ As Long) As Long ' This support function is used only by the remaining ' support functions. It is not used directly by the ' unbound events. ' IndexFromBookmark computes the row index that ' corresponds to a row that is (Offset) rows from the ' row specified by the Bookmark parameter. For example, ' if Bookmark refers to the index 50 of the dataset ' array and Offset = -10, then IndexFromBookmark will ' return 50 + (-10), or 40. Thus to get the index of ' the row specified by the bookmark itself, call ' IndexFromBookmark with an Offset of 0. If the given ' Bookmark is Null, it refers to BOF or EOF. If ' Offset < 0, the grid is requesting rows before the ' row specified by Bookmark, and so we must be at EOF ' because prior rows do not exist for BOF. Conversely, ' if Offset > 0, we are at BOF. On Error GoTo trata Dim Index As Long If IsNull(Bookmark) Then If Offset < 0 Then ' Bookmark refers to EOF. Since (MaxRow - 1) ' is the index of the last record, we can use ' an index of (MaxRow) to represent EOF. Index = intLINHASMATRIZ + Offset Else ' Bookmark refers to BOF. Since 0 is the index ' of the first record, we can use an index of ' -1 to represent BOF. Index = -1 + Offset End If Else ' Convert string to long integer Index = Val(Bookmark) + Offset End If ' Check to see if the row index is valid: ' (0 <= Index < MaxRow). ' If not, set it to a large negative number to ' indicate that it is invalid. If Index >= 0 And Index < intLINHASMATRIZ Then IndexFromBookmarkGeral = Index Else IndexFromBookmarkGeral = -9999 End If ' Exit Function trata: Err.Raise Err.Number, _ "[mdlUserFunction.IndexFromBookmarkGeral]", _ Err.Description End Function Public Function MakeBookmarkGeral(Index As Long) As Variant ' This support function is used only by the remaining ' support functions. It is not used directly by the ' unbound events. It is a good idea to create a ' MakeBookmark function such that all bookmarks can be ' created in the same way. Thus the method by which ' bookmarks are created is consistent and easy to ' modify. This function creates a bookmark when given ' an array row index. ' Since we have data stored in an array, we will just ' use the array index as our bookmark. We will convert ' it to a string first, using the CStr function. On Error GoTo trata MakeBookmarkGeral = CStr(Index) Exit Function trata: Err.Raise Err.Number, _ "[mdlUserFunction.MakeBookmarkGeral]", _ Err.Description End Function Public Sub Selecionar_Conteudo(pControle As Variant) On Error Resume Next AmpS pControle.SelStart = 0 pControle.SelLength = Len(pControle) AmpN End Sub Function INCLUIR_VALOR_NO_MASK(pMask As MaskEdBox, pValor As Variant, pTipo As tpMaskValor) As String On Error GoTo trata Dim strMask As String 'Limpa Maskedit With pMask strMask = .Mask .Mask = "" .Text = "" .Mask = strMask End With ' If pTipo = tpMaskValor.TpMaskData Then 'Campo é data If Len(strMask) = 10 Then 'Formato DD/MM/YYYY If Not IsNull(pValor) And pValor & "" <> "" Then pMask.Text = Format(pValor, "DD/MM/YYYY") ElseIf Len(strMask) = 16 Then 'Formato DD/MM/YYYY hh:mm If Not IsNull(pValor) Then pMask.Text = Format(pValor, "DD/MM/YYYY hh:mm") ElseIf Len(strMask) = 5 Then 'Formato hh:mm If Not IsNull(pValor) Then pMask.Text = Format(pValor, "hh:mm") ElseIf Len(strMask) = 8 Then 'Formato hh:mm:ss If Not IsNull(pValor) Then pMask.Text = Format(pValor, "hh:mm:ss") End If ElseIf pTipo = tpMaskValor.TpMaskLongo Then 'Campo é Longo If Not IsNull(pValor) Then pMask.Text = Format(pValor, "#,##0") ElseIf pTipo = tpMaskValor.TpMaskMoeda Then 'Campo é moeda If Not IsNull(pValor) Then pMask.Text = Format(pValor, "#,##0.00##") ElseIf pTipo = tpMaskValor.TpMaskOutros Then 'Campo é outros If Not IsNull(pValor) Then If Len(Trim(pValor)) <> 0 Then pMask.Text = pValor End If ElseIf pTipo = tpMaskValor.TpMaskSemMascara Then 'Campo é guardado sem máscara If Not IsNull(pValor) Then If Len(Trim(pValor)) <> 0 Then With pMask strMask = .Mask .Mask = "" .Text = AplicarMascara(pValor, strMask) .Mask = strMask End With End If End If End If Exit Function trata: AmpN Err.Raise Err.Number, _ "[mdlUserFunction.INCLUIR_VALOR_NO_MASK]", _ Err.Description End Function Public Function AplicarMascara(strTexto, strMascara) As String On Error GoTo trata Dim intQtdCaracterMasc As Integer Dim intX As Integer Dim strRetorno As String strRetorno = "" intX = 0 For intQtdCaracterMasc = 1 To Len(strMascara) If Mid(strMascara, intQtdCaracterMasc, 1) = "#" Then strRetorno = strRetorno & Mid(strTexto, intQtdCaracterMasc - intX, 1) Else 'Inserir Máscara strRetorno = strRetorno & Mid(strMascara, intQtdCaracterMasc, 1) intX = intX + 1 End If Next AplicarMascara = strRetorno Exit Function trata: Err.Raise Err.Number, _ "[mdlUserFunction.AplicarMascara]", _ Err.Description End Function Public Function GetUserDataGeral(Bookmark As Variant, _ Col As Integer, intCOLUNASMATRIZ As Long, intLINHASMATRIZ As Long, mtzMatriz) As Variant ' In this example, GetUserData is called by ' UnboundReadData to ask the user what data should be ' displayed in a specific cell in the grid. The grid ' row the cell is in is the one referred to by the ' Bookmark parameter, and the column it is in it given ' by the Col parameter. GetUserData is called on a ' cell-by-cell basis. On Error GoTo trata ' Dim Index As Long ' Figure out which row the bookmark refers to Index = IndexFromBookmarkGeral(Bookmark, 0, intLINHASMATRIZ) If Index < 0 Or Index >= intLINHASMATRIZ Or _ Col < 0 Or Col >= intCOLUNASMATRIZ Then ' Cell position is invalid, so just return null to ' indicate failure GetUserDataGeral = Null Else GetUserDataGeral = mtzMatriz(Col, Index) End If Exit Function trata: Err.Raise Err.Number, _ "[mdlUserFunction.GetUserDataGeral]", _ Err.Description End Function 'Proposito: Retornar o Código do Turno Corrente Public Function RetornaCodTurnoCorrente(Optional datData As Date) As Long On Error GoTo trata 'Retorna 0 - para Código de Erro Dim strSql As String Dim objRs As ADODB.Recordset Dim objGeral As busSisMed.clsGeral Dim lngRetorno As Long ' Set objGeral = New busSisMed.clsGeral ' strSql = "Select from Turno Where Status = " & Formata_Dados(True, tpDados_Boolean) & _ " AND PRONTUARIOID = " & Formata_Dados(giFuncionarioId, tpDados_Longo) Set objRs = objGeral.ExecutarSQL(strSql) ' If objRs.EOF Then 'Não há turno corrente cadastrado lngRetorno = 0 ElseIf objRs.RecordCount > 1 Then 'há mais de um turno corrente cadastrado lngRetorno = 0 Else lngRetorno = objRs.Fields("PKID").Value datData = objRs.Fields("DATA").Value End If objRs.Close Set objRs = Nothing Set objGeral = Nothing ' RetornaCodTurnoCorrente = lngRetorno Exit Function trata: Err.Raise Err.Number, _ "[mdlUserFunction.RetornaCodTurnoCorrente]", _ Err.Description End Function Public Sub LerFigurasAvulsasPicBox(ppicBox As PictureBox, pImagem As String, pToolTipText As String) On Error GoTo trata ' ppicBox.Picture = LoadPicture(gsIconsPath & pImagem) ppicBox.ToolTipText = pToolTipText ' Exit Sub trata: AmpN Err.Raise Err.Number, _ "[mdlUserFunction.LerFigurasAvulsasPicBox]", _ Err.Description End Sub 'Proposito: Retornar a descrição do Turno Corrente e emitir msg de erro 'para usuário Public Function RetornaDescTurnoCorrente(Optional TURNOID As Long) As String On Error GoTo trata 'Retorna "", caso não encontre Dim strSql As String Dim objRs As ADODB.Recordset Dim strRetorno As String Dim strErro As String Dim objGeral As busSisMed.clsGeral Dim strDescrTurno As String ' Set objGeral = New busSisMed.clsGeral ' strSql = "Select Data, DIASDASEMANA.DIADASEMANA, Periodo, inicio, termino " & _ "FROM (PERIODO INNER JOIN TURNO ON PERIODO.PKID = TURNO.PERIODOID) INNER JOIN DIASDASEMANA ON TURNO.DIASDASEMANAID = DIASDASEMANA.PKID " & _ "WHERE " & IIf(TURNOID <> 0, "TURNO.PKID = " & Formata_Dados(TURNOID, tpDados_Longo) & ";", "Status = " & Formata_Dados(True, tpDados_Boolean) & " AND TURNO.PRONTUARIOID = " & Formata_Dados(giFuncionarioId, tpDados_Longo)) 'ASSUME 0 - TODOS OS DIAS / 1- FIM DE SEMANA / 2 - FERIADO / 3 - DIAS DE SEMANA / 4 - SEGUNDA / 5 - TERÇA / 6 - QUARTA / 7 - QUINTA / 8 - SEXTA / 9 - SÁBADO / 10 - DOMINGO / 11 - ESPECIAL Set objRs = objGeral.ExecutarSQL(strSql) ' If objRs.EOF Then 'Não há turno corrente cadastrado strRetorno = "" strErro = "Não há Turno aberto no Sistema" ElseIf objRs.RecordCount > 1 Then 'há mais de um turno corrente cadastrado strRetorno = "" ' strErro = "Há mais de um turno aberto no sistema:" & vbCrLf & vbCrLf Do While Not objRs.EOF strDescrTurno = Format(objRs.Fields("Data").Value, "DD/MM/YYYY") & " / " & objRs.Fields("DIADASEMANA").Value & " - Período " & objRs.Fields("Periodo").Value & " de " & objRs.Fields("inicio").Value & " as " & objRs.Fields("termino").Value strRetorno = strDescrTurno & vbCrLf objRs.MoveNext Loop Else strDescrTurno = Format(objRs.Fields("Data").Value, "DD/MM/YYYY") & " / " & objRs.Fields("DIADASEMANA").Value & " - Período " & objRs.Fields("Periodo").Value & " de " & objRs.Fields("inicio").Value & " as " & objRs.Fields("termino").Value strRetorno = strDescrTurno strErro = "" End If objRs.Close Set objRs = Nothing Set objGeral = Nothing ' RetornaDescTurnoCorrente = strRetorno 'Emite Msg de Erro 'If Len(strErro) <> 0 Then Err.Raise 1, , strErro Exit Function trata: Err.Raise Err.Number, _ "[mdlUserFunction.RetornaDescTurnoCorrente]", _ Err.Description End Function Public Function DataHoraAtualFormatada() As String On Error GoTo trata Dim strRetorno As String ' strRetorno = Format(Now, "DD/MM/YYYY hh:mm") ' DataHoraAtualFormatada = strRetorno Exit Function trata: TratarErro Err.Number, Err.Description, "[mdlUserFunction.DataHoraAtualFormatada]" End Function 'Propósito: Setar o dia da semana Public Sub SetarDiaDaSemana(objCombo As ComboBox, _ dtaCorrente As Date) On Error Resume Next Dim strRetorno As String ' Select Case Weekday(dtaCorrente) Case vbSunday: strRetorno = "Domingo" Case vbMonday: strRetorno = "Segunda" Case vbTuesday: strRetorno = "Terça" Case vbWednesday: strRetorno = "Quarta" Case vbThursday: strRetorno = "Quinta" Case vbFriday: strRetorno = "Sexta" Case vbSaturday: strRetorno = "Sábado" End Select ' objCombo.Text = strRetorno Exit Sub End Sub Public Sub LimparCampoList(objList As ListBox) On Error Resume Next objList.Clear End Sub Public Sub LimparCampoCombo(objCbo As ComboBox) On Error Resume Next objCbo.Clear End Sub Public Sub LimparCampoTexto(objText As TextBox) On Error Resume Next objText.Text = "" End Sub Public Sub LimparCampoCheck(objCheck As CheckBox) On Error Resume Next objCheck.Value = False End Sub Public Sub LimparCampoOption(objOption As Object) On Error Resume Next Dim intI As Integer For intI = 0 To objOption.Count - 1 objOption(intI).Value = False Next End Sub Public Sub LimparCampoMask(objMask As MaskEdBox) On Error Resume Next Dim strMask As String With objMask strMask = .Mask .Mask = "" .Text = "" .Mask = strMask End With End Sub 'preencher combo box Public Sub PreencheCombo(objCbo, _ ByVal strSql As String, _ Optional TipoTodos As Boolean = True, _ Optional TipoBranco As Boolean = False, _ Optional SelPriItem As Boolean = False, _ Optional strItemSel As String) On Error GoTo trata Dim objRs As ADODB.Recordset Dim objGeral As busSisMed.clsGeral Dim blnPrimeiro As Boolean Dim strPriItem As String ' Set objGeral = New busSisMed.clsGeral ' blnPrimeiro = True Set objRs = objGeral.ExecutarSQL(strSql) objCbo.Clear If TipoBranco Then _ objCbo.AddItem "" If TipoTodos Then objCbo.AddItem "<TODOS>" strPriItem = "<TODOS>" blnPrimeiro = False End If Do While Not objRs.EOF objCbo.AddItem objRs.Fields(0) & "" If blnPrimeiro Then strPriItem = objRs.Fields(0) & "" blnPrimeiro = False objRs.MoveNext Loop If SelPriItem And strPriItem <> "" Then objCbo.Text = strPriItem If strItemSel & "" <> "" Then objCbo.Text = strItemSel Set objGeral = Nothing Exit Sub trata: Err.Raise Err.Number, _ "[mdlUserFunction.PreencheCombo]", _ Err.Description End Sub Public Function Valida_Moeda(objTarget As Object, _ pTipo As TpObriga, _ Optional blnSetarFocoControle As Boolean = False, _ Optional blnAceitarNegativo As Boolean = True, _ Optional blnPintarControle As Boolean = True, _ Optional blnValidarPeloClip As Boolean = True) As Boolean On Error GoTo trata Dim EValor As Boolean EValor = True 'Verifica se Mmaskedit é valor If IsNumeric(objTarget.Text) Then 'é Número, verifica se positivo If Not blnAceitarNegativo Then If CCur(objTarget.Text) < 0 Then 'Negativo EValor = False End If End If Else 'Não é número EValor = False End If If EValor Then End If If pTipo = TpObrigatorio And Not (EValor) Then 'Campo é obrigatório e não é Valor Valida_Moeda = False ElseIf pTipo = TpNaoObrigatorio Then 'Campo não é obrigatório If blnValidarPeloClip Then If Len(objTarget.ClipText) <> 0 And Not EValor Then 'Digitou algo que não é Valor Valida_Moeda = False Else Valida_Moeda = True End If Else If Len(objTarget.Text) <> 0 And Not EValor Then 'Digitou algo que não é Valor Valida_Moeda = False Else Valida_Moeda = True End If End If Else Valida_Moeda = True End If If Valida_Moeda = False Then If blnPintarControle Then Pintar_Controle objTarget, tpCorContr_Erro End If If blnSetarFocoControle Then SetarFoco objTarget blnSetarFocoControle = False End If End If Exit Function trata: Err.Raise Err.Number, _ "[mdlUserFunction.Valida_Moeda]", _ Err.Description End Function Public Function Valida_Option(objOption As Object, _ Optional blnSetarFocoControle As Boolean = False) As Boolean On Error GoTo trata Dim blnRetorno As Boolean Dim intI As Integer blnRetorno = False 'Verifica se Selecionou um option For intI = 0 To objOption.Count - 1 If objOption(intI).Value = True Then blnRetorno = True Exit For End If Next If blnRetorno = False Then If blnSetarFocoControle Then SetarFoco objOption(0) blnSetarFocoControle = False End If End If Valida_Option = blnRetorno Exit Function trata: Err.Raise Err.Number, _ "[mdlUserFunction.Valida_Option]", _ Err.Description End Function Public Function Valida_Data(pMsk As MaskEdBox, _ pTipo As TpObriga, _ Optional blnSetarFocoControle As Boolean = False) As Boolean On Error GoTo trata Dim EData As Boolean EData = True 'Verifica se Maskedit é data If Len(pMsk.Text) = 7 Then 'Data no formato MM/YYYY If Not IsDate("01/" & pMsk.Text) Then EData = False Else If CInt(Mid(pMsk.ClipText, 1, 2)) > 12 Then EData = False End If End If ElseIf Len(pMsk.Text) = 5 Then 'Data no formato DD/MM If Not IsDate(pMsk.Text & "/" & Year(Date)) Then EData = False Else If CInt(Right(pMsk.ClipText, 2)) > 12 Then EData = False End If End If Else If Not IsDate(pMsk.Text) Then EData = False Else If CInt(Mid(pMsk.ClipText, 3, 2)) > 12 Then EData = False End If End If End If If pTipo = TpObrigatorio And Not (EData) Then 'Campo é obrigatório e não é data Valida_Data = False ElseIf pTipo = TpNaoObrigatorio Then 'Campo não é obrigatório If Len(pMsk.ClipText) <> 0 And Not EData Then 'Digitou algo que não é data Valida_Data = False Else Valida_Data = True End If Else Valida_Data = True End If If Valida_Data = False Then Pintar_Controle pMsk, tpCorContr_Erro If blnSetarFocoControle Then SetarFoco pMsk blnSetarFocoControle = False End If End If Exit Function trata: Err.Raise Err.Number, _ "[mdlUserFunction.Valida_Data]", _ Err.Description End Function Public Function Valida_Data_Str(pData As String, _ pTipo As TpObriga) As Boolean On Error GoTo trata Dim EData As Boolean EData = True 'Verifica se Maskedit é data If Len(pData) = 7 Then ''' 'Data no formato MM/YYYY ''' If Not IsDate("01/" & pData.Text) Then ''' EData = False ''' Else ''' If CInt(Mid(pData.ClipText, 1, 2)) > 12 Then ''' EData = False ''' End If ''' End If ''' ElseIf Len(pData.Text) = 5 Then ''' 'Data no formato DD/MM ''' If Not IsDate(pData.Text & "/" & Year(Date)) Then ''' EData = False ''' Else ''' If CInt(Right(pData.ClipText, 2)) > 12 Then ''' EData = False ''' End If ''' End If Else If Not IsDate(pData) Then EData = False Else If CInt(Mid(pData, 4, 2)) > 12 Then EData = False End If End If End If If pTipo = TpObrigatorio And Not (EData) Then 'Campo é obrigatório e não é data Valida_Data_Str = False ElseIf pTipo = TpNaoObrigatorio Then 'Campo não é obrigatório If Len(pData) <> 0 And Not EData Then 'Digitou algo que não é data Valida_Data_Str = False Else Valida_Data_Str = True End If Else Valida_Data_Str = True End If Exit Function trata: Err.Raise Err.Number, _ "[mdlUserFunction.Valida_Data_Str]", _ Err.Description End Function Public Function TestaCPF(CPF As String) As Boolean 'Recebe o CPF e informa se é falso ou verdadeiro On Error GoTo trata Dim CPF1 As String Dim CPF2 As String Dim Soma As Integer Dim Digito As String Dim I As Integer Dim J As Integer Dim Controle As String Dim Mult As String ' Dim Resto, Digito1, Digito2 'Identifica as duas partes do CPF CPF1 = Left$(CPF, 10) CPF2 = Right$(CPF, 2) 'Multiplicadores que fazem parte do algorítimo de checagem Mult = "1098765432" 'Inicializa a variável de controle Controle = "" 'Loop de verificação 'Calculo do primeiro digito verificador Soma = 0 I = 1 Soma = Soma + (Val(Mid$(CPF1, I, 1)) * Val(Mid$(Mult, I, 2))) For I = 2 To 9 If Mid$(CPF1, I, 1) <> "/" Then Soma = Soma + (Val(Mid$(CPF1, I, 1)) * Val(Mid$(Mult, I + 1, 1))) End If Next I Resto = Soma Mod 11 If Resto = 1 Or Resto = 0 Then Digito1 = 0 Else Digito1 = 11 - Resto End If 'Sequência de multiplicadores para o cáculo so segundo dígito Mult = "11109876543" 'Loop de verificação 'Calculo do segundo digito verificador Soma = 0 I = 1 Soma = Soma + (Val(Mid$(CPF1, I, 1)) * Val(Mid$(Mult, I, 2))) I = I + 1 Soma = Soma + (Val(Mid$(CPF1, I, 1)) * Val(Mid$(Mult, I + 1, 2))) For I = 3 To 9 If Mid$(CPF1, I, 1) <> "/" Then Soma = Soma + (Val(Mid$(CPF1, I, 1)) * Val(Mid$(Mult, I + 2, 1))) End If Next I Soma = Soma + (Digito1 * 2) Resto = Soma Mod 11 If Resto = 1 Or Resto = 0 Then Digito2 = 0 Else Digito2 = 11 - Resto End If 'Compara os dígitos calculados (COntrole) com dígitos informados (CGC2) Digito = Digito1 & Digito2 Controle = Controle + Trim$(CStr(Digito)) If Controle <> CPF2 Then TestaCPF = False Else TestaCPF = True End If Exit Function trata: Err.Raise Err.Number, _ "[mdlUserFunction.TestaCPF]", _ Err.Description End Function 'Proposito: Retornar o dia da semana da data corrente ' OU DA DATA DE ENTRADA recebida como parâmetro Public Function Retorna_DIADASEMANA_Data(Optional dtDATAENTRADA As Date) As Integer 'Retorna -1 - para Código de Erro Dim strSql As String Dim objRs As ADODB.Recordset Dim intRetorno As Integer Dim objGeral As busSisMed.clsGeral Dim datDataBase As Date Dim blnFeriado As Boolean ' On Error GoTo trata Set objGeral = New busSisMed.clsGeral ' intRetorno = -1 If IsDataValida(dtDATAENTRADA) = False Then datDataBase = Now Else datDataBase = dtDATAENTRADA End If '------------------------------------ 'Verificação se é feriado blnFeriado = False ''' strSql = "SELECT * FROM FERIADO WHERE DIAMES = " & Formata_Dados(Format(datDataBase, "DD/MM"), tpDados_Texto) ''' Set objRs = objGeral.ExecutarSQL(strSql) ''' If Not objRs.EOF Then ''' blnFeriado = True ''' 'Captura feriado ''' intRetorno = objRs.Fields("DIASDASEMANAID").Value ''' End If ''' objRs.Close ''' Set objRs = Nothing 'fim da verificação se é feriado '------------------------------------ '------------------------------------ 'Obter dia da semana caso não seja feriado If blnFeriado = False Then strSql = "SELECT PKID FROM DIASDASEMANA WHERE UPPER(DIADASEMANA) = " & Formata_Dados(Retorna_DIADASEMANA_Descr(datDataBase), tpDados_Texto) Set objRs = objGeral.ExecutarSQL(strSql) If Not objRs.EOF Then 'Captura dia da semana intRetorno = objRs.Fields("PKID").Value End If objRs.Close Set objRs = Nothing End If 'Fim de Obter dia da semana caso não seja feriado '------------------------------------ Set objGeral = Nothing ' Retorna_DIADASEMANA_Data = intRetorno Exit Function trata: Err.Raise Err.Number, _ "[mdlUserFunction.Retorna_DIADASEMANA_Data]", _ Err.Description End Function 'Proposito: Retornar o dia da semana da data corrente ' OU DA DATA DE ENTRADA recebida como parâmetro Public Function Retorna_CAIXA_Nome(lngPRESTADORID As Long) As String 'Retorna -1 - para Código de Erro Dim strSql As String Dim objRs As ADODB.Recordset Dim strRetorno As String Dim objGeral As busSisMed.clsGeral Dim datDataBase As Date ' On Error GoTo trata Set objGeral = New busSisMed.clsGeral ' strRetorno = -1 '------------------------------------ 'Obter dia do funcionário strSql = "SELECT PRONTUARIO.NOME FROM PRONTUARIO INNER JOIN FUNCIONARIO ON PRONTUARIO.PKID = FUNCIONARIO.PRONTUARIOID WHERE PRONTUARIO.PKID = " & Formata_Dados(lngPRESTADORID, tpDados_Longo) Set objRs = objGeral.ExecutarSQL(strSql) If Not objRs.EOF Then 'Captura dia da semana strRetorno = objRs.Fields("NOME").Value End If objRs.Close Set objRs = Nothing 'Fim de Obter dia da semana caso não seja feriado '------------------------------------ Set objGeral = Nothing ' Retorna_CAIXA_Nome = strRetorno Exit Function trata: Err.Raise Err.Number, _ "[mdlUserFunction.Retorna_CAIXA_Nome]", _ Err.Description End Function Public Function IsDataValida(dtData As Date) As Boolean On Error GoTo trata Dim dtInvalida As Date Dim blnIsDataValida As Boolean dtInvalida = CDate("30/12/1899 00:00:00") blnIsDataValida = True If dtData = dtInvalida Then blnIsDataValida = False End If IsDataValida = blnIsDataValida Exit Function trata: Err.Raise Err.Number, _ "[mdlUserFunction.IsDataValida]", _ Err.Description End Function Public Function Retorna_DIADASEMANA_Descr(dtDATAENTRADA As Date) As String On Error GoTo trata Dim strDiaSemana As String Select Case Weekday(dtDATAENTRADA) Case 1: strDiaSemana = "DOMINGO" Case 2: strDiaSemana = "SEGUNDA" Case 3: strDiaSemana = "TERÇA" Case 4: strDiaSemana = "QUARTA" Case 5: strDiaSemana = "QUINTA" Case 6: strDiaSemana = "SEXTA" Case 7: strDiaSemana = "SÁBADO" Case Else: strDiaSemana = "" End Select Retorna_DIADASEMANA_Descr = strDiaSemana Exit Function trata: Err.Raise Err.Number, _ "[mdlUserFunction.Retorna_DIADASEMANA_Descr]", _ Err.Description End Function Public Function TRANSFORMA_MAIUSCULA(pKeyAscii) As String On Error GoTo trata TRANSFORMA_MAIUSCULA = Asc(UCase(Chr(pKeyAscii))) Exit Function trata: Err.Raise Err.Number, _ "[mdlUserFunction.TRANSFORMA_MAIUSCULA]", _ Err.Description End Function 'Propósito: Retornar e Gravar o Sequencial geral Public Function RetornaGravaCampoSequencial(strCampo As String, _ lngTURNOID As Long) As Long On Error GoTo trata ' Dim objGeral As busSisMed.clsGeral Dim objRs As ADODB.Recordset Dim strSql As String Dim lngSeq As Long ' Set objGeral = New busSisMed.clsGeral strSql = "SELECT ISNULL(MAX(" & strCampo & "), 0) + 1 AS SEQ " & _ "From SEQUENCIAL " & _ " WHERE TURNOID = " & Formata_Dados(lngTURNOID, tpDados_Longo) Set objRs = objGeral.ExecutarSQL(strSql) ' If objRs.EOF Then lngSeq = 1 ElseIf Not IsNumeric(objRs.Fields("SEQ").Value) Then lngSeq = 1 Else lngSeq = objRs.Fields("SEQ").Value End If objRs.Close Set objRs = Nothing ' If lngSeq = 1 Then strSql = "INSERT INTO SEQUENCIAL (" & strCampo & ", TURNOID) VALUES (" & _ Formata_Dados(lngSeq, tpDados_Longo) & _ ", " & Formata_Dados(lngTURNOID, tpDados_Longo) & _ ")" Else strSql = "UPDATE SEQUENCIAL SET " & strCampo & " = " & _ Formata_Dados(lngSeq, tpDados_Longo) & _ " WHERE TURNOID = " & Formata_Dados(lngTURNOID, tpDados_Longo) End If '--- objGeral.ExecutarSQLAtualizacao (strSql) ' RetornaGravaCampoSequencial = CLng(lngSeq) ' Set objGeral = Nothing Exit Function trata: Err.Raise Err.Number, "[mdlUserFunction.RetornaGravaCampoSequencial]", Err.Description End Function 'Propósito: Retornar e Gravar o Sequencial (senha) Public Function RetornaGravaCampoSequencialSenha(strCampo As String, _ lngPRESTADORID As Long) As Long On Error GoTo trata ' Dim objGeral As busSisMed.clsGeral Dim objRs As ADODB.Recordset Dim strSql As String Dim lngSeq As Long Dim strDataAtual As String ' strDataAtual = Format(Now, "DD/MM/YYYY") ''' Set objGeral = New busSisMed.clsGeral ''' strSql = "SELECT ISNULL(MAX(" & strCampo & "), 0) + 1 AS SEQ " & _ ''' "From SEQUENCIALPRESTADOR " & _ ''' " WHERE PRESTADORID = " & Formata_Dados(lngPRESTADORID, tpDados_Longo) & _ ''' " AND DATA = " & Formata_Dados(strDataAtual, tpDados_DataHora) ''' Set objRs = objGeral.ExecutarSQL(strSql) ''' ' ''' If objRs.EOF Then ''' lngSeq = 1 ''' ElseIf Not IsNumeric(objRs.Fields("SEQ").Value) Then ''' lngSeq = 1 ''' Else ''' lngSeq = objRs.Fields("SEQ").Value ''' End If ''' objRs.Close ''' Set objRs = Nothing ''' ' ''' If lngSeq = 1 Then ''' strSql = "INSERT INTO SEQUENCIALPRESTADOR (" & strCampo & ", DATA, PRESTADORID) VALUES (" & _ ''' Formata_Dados(lngSeq, tpDados_Longo) & _ ''' ", " & Formata_Dados(strDataAtual, tpDados_DataHora) & _ ''' ", " & Formata_Dados(lngPRESTADORID, tpDados_Longo) & _ ''' ")" ''' Else ''' strSql = "UPDATE SEQUENCIALPRESTADOR SET " & strCampo & " = " & _ ''' Formata_Dados(lngSeq, tpDados_Longo) & _ ''' " WHERE PRESTADORID = " & Formata_Dados(lngPRESTADORID, tpDados_Longo) & _ ''' " AND DATA = " & Formata_Dados(strDataAtual, tpDados_DataHora) ''' End If ''' '--- ''' objGeral.ExecutarSQLAtualizacao (strSql) lngSeq = 0 Set objGeral = New busSisMed.clsGeral 'strSql = "EXEC SP_RETORNAGRAVASEQUENCIALSENHA " & lngPRESTADORID & ", '" & strDataAtual & "'" lngSeq = objGeral.ExecutarSQLRetInteger("SP_RETORNAGRAVASEQUENCIALSENHA", Array( _ mp("@PRESTADORID", adInteger, 4, lngPRESTADORID), _ mp("@DATA", adVarChar, 30, strDataAtual))) ' RetornaGravaCampoSequencialSenha = CLng(lngSeq) ' Set objGeral = Nothing Exit Function trata: Err.Raise Err.Number, "[mdlUserFunction.RetornaGravaCampoSequencialSenha]", Err.Description End Function Public Sub LerFigurasAvulsas(pbtn As CommandButton, pImagem As String, pImagemDown As String, pToolTipText As String) On Error GoTo trata ' pbtn.Picture = LoadPicture(gsIconsPath & pImagem) pbtn.DownPicture = LoadPicture(gsIconsPath & pImagemDown) pbtn.ToolTipText = pToolTipText ' Exit Sub trata: AmpN Err.Raise Err.Number, _ "[mdlUserFunction.LerFigurasAvulsas]", _ Err.Description End Sub 'Proposito: Verificar movimento após o fechamento Public Sub VerificaMovAposFecha(lngGRID As Long) On Error GoTo trata 'Retorna 0 - para Código de Erro Dim strSql As String Dim objRs As ADODB.Recordset Dim objGeral As busSisMed.clsGeral Dim vrValorJaPago As Currency Dim vrTotGR As Currency Dim objGR As busSisMed.clsGR Dim strStatus As String ' Set objGeral = New busSisMed.clsGeral ' 'Capturar valor total da GR vrTotGR = 0 strSql = "SELECT SUM(VALOR) AS VALOR, MIN(GR.STATUS) AS STATUS " & _ "FROM GRPROCEDIMENTO INNER JOIN GR ON GR.PKID = GRPROCEDIMENTO.GRID " & _ "WHERE GRID = " & Formata_Dados(lngGRID, tpDados_Longo, tpNulo_Aceita) Set objRs = objGeral.ExecutarSQL(strSql) If Not objRs.EOF Then If Not IsNull(objRs.Fields("VALOR").Value) Then vrTotGR = objRs.Fields("VALOR").Value End If strStatus = objRs.Fields("STATUS").Value & "" End If objRs.Close Set objRs = Nothing 'Sai se GR ainda não estiver fechada If strStatus <> "F" Then Exit Sub 'Capturar valor já pago vrValorJaPago = 0 strSql = "SELECT SUM(VALOR * (CASE INDDEBITOCREDITO WHEN 'C' THEN 1 ELSE -1 END)) AS VALORJAPAGO, SUM(VRGORJETA) AS VRGORJETAJAPAGO, SUM(VRTROCO) AS VRTROCOJAPAGO " & _ "FROM CONTACORRENTE " & _ "WHERE GRID = " & Formata_Dados(lngGRID, tpDados_Longo, tpNulo_Aceita) Set objRs = objGeral.ExecutarSQL(strSql) If Not objRs.EOF Then If Not IsNull(objRs.Fields("VALORJAPAGO").Value) Then vrValorJaPago = objRs.Fields("VALORJAPAGO").Value End If If Not IsNull(objRs.Fields("VRGORJETAJAPAGO").Value) Then vrValorJaPago = vrValorJaPago - objRs.Fields("VRGORJETAJAPAGO").Value End If If Not IsNull(objRs.Fields("VRTROCOJAPAGO").Value) Then vrValorJaPago = vrValorJaPago - objRs.Fields("VRTROCOJAPAGO").Value End If End If objRs.Close Set objRs = Nothing If vrValorJaPago <> vrTotGR Then 'Valor do pagamento < que valor a pagar Set objGR = New busSisMed.clsGR objGR.AlterarStatusGR lngGRID, _ "M", _ "" Set objGR = Nothing End If Exit Sub trata: Err.Raise Err.Number, _ "[mdlUserFunction.VerificaMovAposFecha]", _ Err.Description End Sub 'Proposito: Retornar o Código do Turno Corrente Public Function RetornaCodTurnosPelaData(datData As Date, _ strNivel As String, _ lngFuncionarioId As Long) As String On Error GoTo trata 'Retorna 0 - para Código de Erro Dim strSql As String Dim objRs As ADODB.Recordset Dim objGeral As busSisMed.clsGeral Dim lngRetorno As Long Dim strData As String Dim datDataSeg As Date Dim strDataSeg As String Dim strRetorno As String ' Set objGeral = New busSisMed.clsGeral ' datDataSeg = DateAdd("d", 1, datData) strData = Format(datData, "DD/MM/YYYY") & " 00:00" strDataSeg = Format(datDataSeg, "DD/MM/YYYY") & " 23:59" strSql = "SELECT TURNO.PKID FROM TURNO " & _ " INNER JOIN FUNCIONARIO ON FUNCIONARIO.PRONTUARIOID = TURNO.PRONTUARIOID " & _ " WHERE TURNO.DATA >= " & Formata_Dados(strData, tpDados_DataHora) & _ " AND TURNO.DATA < " & Formata_Dados(strDataSeg, tpDados_DataHora) If strNivel = gsLaboratorio Then strSql = strSql & " AND TURNO.PRONTUARIOID = " & Formata_Dados(lngFuncionarioId, tpDados_Longo) Else strSql = strSql & " AND (TURNO.PRONTUARIOID = " & Formata_Dados(lngFuncionarioId, tpDados_Longo) & _ " OR FUNCIONARIO.NIVEL = " & Formata_Dados(gsLaboratorio, tpDados_Texto) & ")" End If Set objRs = objGeral.ExecutarSQL(strSql) ' strRetorno = "(" If objRs.EOF Then 'Não há turno corrente cadastrado strRetorno = strRetorno & "0" Else Do While Not objRs.EOF If strRetorno <> "(" Then strRetorno = strRetorno & "," strRetorno = strRetorno & objRs.Fields("PKID").Value objRs.MoveNext Loop End If strRetorno = strRetorno & ")" objRs.Close Set objRs = Nothing Set objGeral = Nothing ' RetornaCodTurnosPelaData = strRetorno Exit Function trata: Err.Raise Err.Number, _ "[mdlUserFunction.RetornaCodTurnosPelaData]", _ Err.Description End Function 'Proposito: Retornar o Código do Turno Corrente Public Function RetornaCodTurnosPelaDataTODOS(datData As Date) As String On Error GoTo trata 'Retorna 0 - para Código de Erro Dim strSql As String Dim objRs As ADODB.Recordset Dim objGeral As busSisMed.clsGeral Dim lngRetorno As Long Dim strData As String Dim datDataSeg As Date Dim strDataSeg As String Dim strRetorno As String ' Set objGeral = New busSisMed.clsGeral ' datDataSeg = DateAdd("d", 1, datData) strData = Format(datData, "DD/MM/YYYY") & " 00:00" strDataSeg = Format(datDataSeg, "DD/MM/YYYY") & " 23:59" strSql = "SELECT TURNO.PKID FROM TURNO " & _ " INNER JOIN FUNCIONARIO ON FUNCIONARIO.PRONTUARIOID = TURNO.PRONTUARIOID " & _ " WHERE TURNO.DATA >= " & Formata_Dados(strData, tpDados_DataHora) & _ " AND TURNO.DATA < " & Formata_Dados(strDataSeg, tpDados_DataHora) Set objRs = objGeral.ExecutarSQL(strSql) ' strRetorno = "(" If objRs.EOF Then 'Não há turno corrente cadastrado strRetorno = strRetorno & "0" Else Do While Not objRs.EOF If strRetorno <> "(" Then strRetorno = strRetorno & "," strRetorno = strRetorno & objRs.Fields("PKID").Value objRs.MoveNext Loop End If strRetorno = strRetorno & ")" objRs.Close Set objRs = Nothing Set objGeral = Nothing ' RetornaCodTurnosPelaDataTODOS = strRetorno Exit Function trata: Err.Raise Err.Number, _ "[mdlUserFunction.RetornaCodTurnosPelaDataTODOS]", _ Err.Description End Function 'Propósito: Carregar combos com período Public Sub MovFinanc(vrCaixaInicial As Currency, _ vrCheque As Currency, _ vrEspecie As Currency, _ vrCartao As Currency, _ vrCartaoDeb As Currency, _ vrPenhor As Currency, _ vrFatura As Currency, _ vrGorjeta As Currency, _ vrSaldoDespDiveDin As Currency, _ vrSaldoDespDiveChqResg As Currency, _ vrTroco As Currency, _ vrDepDin As Currency, _ vrDepChq As Currency, _ vrDepCar As Currency, _ vrDepCarDeb As Currency, _ vrDepPen As Currency, _ vrDepFat As Currency, _ vrRetDin As Currency, _ vrRetChq As Currency, _ vrRetCar As Currency, _ vrRetCarDeb As Currency, _ vrRetPen As Currency, _ vrRetFat As Currency, _ vrTotComMov As Currency) On Error GoTo trata Dim strSql As String Dim objRs As ADODB.Recordset Dim objGeral As busSisMed.clsGeral ' Set objGeral = New busSisMed.clsGeral '--- Pega Valor Inicial do Caixa strSql = "Select * From turno Where pkid = " & RetornaCodTurnoCorrente Set objRs = objGeral.ExecutarSQL(strSql) ' If objRs.EOF Then vrCaixaInicial = 0 ElseIf Not IsNumeric(objRs.Fields("vrCaixaInicial").Value) Then vrCaixaInicial = 0 Else vrCaixaInicial = CCur(objRs.Fields("vrCaixaInicial").Value) End If objRs.Close Set objRs = Nothing ' '---- Pega valores somados na locação 'strSql = "Select SUM(locacao.PGTOCARTAODEB) as PGTOCARTAODEB, SUM(locacao.VRCALCTROCO) as PGTOTROCO, SUM(locacao.PGTOESPECIE) as PGTOESPECIE, SUM(locacao.PGTOCHEQUE) as PGTOCHEQUE, SUM(locacao.PGTOCARTAO) as PGTOCARTAO, SUM(locacao.VRCALCGORJETA) as PGTOGORJETA, SUM(locacao.PGTOPENHOR) as PGTOPENHOR From LOCACAO INNER JOIN TURNO ON (TURNO.PKID = LOCACAO.TURNORECEBEID) Where TURNO.pkid = " & RetornaCodTurnoCorrente strSql = "Select " & _ " PGTOCARTAODEB " & _ ", PGTOTROCO " & _ ", PGTOGORJETA " & _ ", PGTOESPECIE " & _ ", PGTOCHEQUE " & _ ", PGTOCARTAO " & _ ", PGTOPENHOR " & _ ", PGTOFATURA " & _ " FROM vw_cons_t_cred " & _ " WHERE vw_cons_t_cred.TURNOID = " & Formata_Dados(RetornaCodTurnoCorrente, tpDados_Longo) Set objRs = objGeral.ExecutarSQL(strSql) ' If objRs.EOF Then vrCheque = 0 vrEspecie = 0 vrCartao = 0 vrCartaoDeb = 0 vrPenhor = 0 vrFatura = 0 vrGorjeta = 0 vrTroco = 0 vrSaldoDespDiveDin = 0 vrSaldoDespDiveChqResg = 0 Else vrCheque = IIf(Not IsNumeric(objRs.Fields("PGTOCHEQUE").Value), 0, objRs.Fields("PGTOCHEQUE").Value) vrEspecie = IIf(Not IsNumeric(objRs.Fields("PGTOESPECIE").Value), 0, objRs.Fields("PGTOESPECIE").Value) vrCartao = IIf(Not IsNumeric(objRs.Fields("PGTOCARTAO").Value), 0, objRs.Fields("PGTOCARTAO").Value) vrCartaoDeb = IIf(Not IsNumeric(objRs.Fields("PGTOCARTAODEB").Value), 0, objRs.Fields("PGTOCARTAODEB").Value) vrPenhor = IIf(Not IsNumeric(objRs.Fields("PGTOPENHOR").Value), 0, objRs.Fields("PGTOPENHOR").Value) vrFatura = IIf(Not IsNumeric(objRs.Fields("PGTOFATURA").Value), 0, objRs.Fields("PGTOFATURA").Value) vrGorjeta = IIf(Not IsNumeric(objRs.Fields("PGTOGORJETA").Value), 0, objRs.Fields("PGTOGORJETA").Value) vrTroco = IIf(Not IsNumeric(objRs.Fields("PGTOTROCO").Value), 0, objRs.Fields("PGTOTROCO").Value) vrSaldoDespDiveDin = 0 vrSaldoDespDiveChqResg = 0 End If objRs.Close Set objRs = Nothing ' '--- 'NOVO - Calcular totais com movimentações no turno strSql = "Select SUM(VRDEPPEN) AS VRDEPPEN1, SUM(VRDEPFAT) AS VRDEPFAT1, SUM(VRRETPEN) AS VRRETPEN1, SUM(VRRETFAT) AS VRRETFAT1, SUM(VRRETDIN) AS VRRETDIN1, SUM(VRRETCHQ) AS VRRETCHQ1, SUM(VRRETCAR) AS VRRETCAR1, SUM(VRRETCARDEB) AS VRRETCARDEB1, SUM(VRDEPDIN) AS VRDEPDIN1, SUM(VRDEPCHQ) AS VRDEPCHQ1, SUM(VRDEPCAR) AS VRDEPCAR1, SUM(VRDEPCARDEB) AS VRDEPCARDEB1 FROM SANGRIA " & _ "Where TURNOID = " & RetornaCodTurnoCorrente & ";" 'strSql = "Select SUM(TAB_VENDAITEM.VALOR) as VALOR From DESPESA INNER JOIN TURNO ON (TURNO.PKID = DESPESA.TURNOID) Where TURNO.pkid = " & RetornaCodTurnoCorrente Set objRs = objGeral.ExecutarSQL(strSql) ' If objRs.EOF Then vrDepDin = 0 vrDepChq = 0 vrDepCar = 0 vrDepCarDeb = 0 vrDepPen = 0 vrDepFat = 0 vrRetDin = 0 vrRetChq = 0 vrRetCar = 0 vrRetCarDeb = 0 vrRetPen = 0 vrRetFat = 0 Else vrDepDin = IIf(Not IsNumeric(objRs.Fields("vrDepDin1").Value), 0, objRs.Fields("vrDepDin1").Value) vrDepChq = IIf(Not IsNumeric(objRs.Fields("vrDepChq1").Value), 0, objRs.Fields("vrDepChq1").Value) vrDepCar = IIf(Not IsNumeric(objRs.Fields("vrDepCar1").Value), 0, objRs.Fields("vrDepCar1").Value) vrDepCarDeb = IIf(Not IsNumeric(objRs.Fields("vrDepCarDeb1").Value), 0, objRs.Fields("vrDepCarDeb1").Value) vrDepPen = IIf(Not IsNumeric(objRs.Fields("vrDepPen1").Value), 0, objRs.Fields("vrDepPen1").Value) vrDepFat = IIf(Not IsNumeric(objRs.Fields("vrDepFat1").Value), 0, objRs.Fields("vrDepFat1").Value) vrRetDin = IIf(Not IsNumeric(objRs.Fields("vrRetDin1").Value), 0, objRs.Fields("vrRetDin1").Value) vrRetChq = IIf(Not IsNumeric(objRs.Fields("vrRetChq1").Value), 0, objRs.Fields("vrRetChq1").Value) vrRetCar = IIf(Not IsNumeric(objRs.Fields("vrRetCar1").Value), 0, objRs.Fields("vrRetCar1").Value) vrRetCarDeb = IIf(Not IsNumeric(objRs.Fields("vrRetCarDeb1").Value), 0, objRs.Fields("vrRetCarDeb1").Value) vrRetPen = IIf(Not IsNumeric(objRs.Fields("vrRetPen1").Value), 0, objRs.Fields("vrRetPen1").Value) vrRetFat = IIf(Not IsNumeric(objRs.Fields("vrRetFat1").Value), 0, objRs.Fields("vrRetFat1").Value) End If objRs.Close Set objRs = Nothing ' 'Pega total vrTotComMov = vrEspecie + vrCheque + vrCartao + vrCartaoDeb + vrPenhor + vrFatura - vrSaldoDespDiveChqResg - vrSaldoDespDiveDin - vrTroco 'Soma com Movimentação do caixa vrTotComMov = vrTotComMov + vrDepPen + vrDepFat + vrDepDin + vrDepChq + vrDepCar + vrDepCarDeb - vrRetDin - vrRetChq - vrRetCar - vrRetCarDeb - vrRetPen - vrRetFat ' Set objGeral = Nothing Exit Sub trata: Err.Raise Err.Number, _ "[mdlUserFunction.MovFinanc]", _ Err.Description End Sub Public Function RetornaDescAtende(strAtendente As String) As String On Error GoTo trata Dim strRetorno As String strRetorno = strAtendente strRetorno = Replace(strRetorno, "(" & gsAdmin & ") ", "") strRetorno = Replace(strRetorno, "(" & gsDiretor & ") ", "") strRetorno = Replace(strRetorno, "(" & gsGerente & ") ", "") strRetorno = Replace(strRetorno, "(" & gsCaixa & ") ", "") strRetorno = Replace(strRetorno, "(" & gsLaboratorio & ") ", "") strRetorno = Replace(strRetorno, "(" & gsFinanceiro & ") ", "") ' RetornaDescAtende = strRetorno Exit Function trata: Err.Raise Err.Number, _ "[mdlUserFunction.RetornaDescAtende]", _ Err.Description End Function Public Function RetornaNivelAtende(strAtendente As String) As String On Error GoTo trata Dim strRetorno As String strRetorno = strAtendente strRetorno = Mid(strRetorno, 2, 3) ' RetornaNivelAtende = strRetorno Exit Function trata: Err.Raise Err.Number, _ "[mdlUserFunction.RetornaNivelAtende]", _ Err.Description End Function Public Sub RegistrarChave() On Error GoTo trata Dim objGeral As busSisMed.clsGeral Dim objProtec As busSisMed.clsProtec 'PEDE SENHA SUPERIOR E GRAVA LOG '---------------------------- '---------------------------- 'Pede Senha Superior (Diretor, Gerente ou Administrador If gsNivel <> "ADM" And gsNivel <> "DIR" Then 'Só pede senha superior se quem estiver logado não for superior frmUserLoginSup.Show vbModal If Len(Trim(gsNomeUsuLib)) = 0 Then MsgBox "É necessário a confirmação com senha de administrador para registrar a chave.", vbExclamation, TITULOSISTEMA Exit Sub End If ' 'Capturou Nome do Usuário, continua processo Else gsNomeUsuLib = gsNomeUsu End If 'If Len(Msg) = 0 Then 'Inclui Log ' INCLUI_LOG_UNIDADE MODOALTERAR, Data1.Recordset!PKID, "Alteração do depósito", "Unidade " & sNumeroAptoPrinc, "", "", "", gsNomeUsuLib 'End If '--------------------------------------------------------------- '---------------- 'Proteção do sistema '---------------- Set objGeral = New busSisMed.clsGeral Set objProtec = New busSisMed.clsProtec '---------------- 'Verifica Proteção do sistema '------------------------- 'Valida primeira vez que entrou no sistema objProtec.Gravar_Chave objGeral.ObterConnectionString ' Set objProtec = Nothing Set objGeral = Nothing '----------------- '------------ FIM '---------------- Exit Sub trata: Err.Raise Err.Number, _ "[mdlUserFunction.RegistrarChave]", _ Err.Description End Sub Public Function Extenso(ByVal Valor As _ Double, ByVal MoedaPlural As _ String, ByVal MoedaSingular As _ String) As String On Error GoTo trata Dim StrValor As String, Negativo As Boolean Dim Buf As String, Parcial As Integer Dim Posicao As Integer, Unidades Dim Dezenas, Centenas, PotenciasSingular Dim PotenciasPlural Negativo = (Valor < 0) Valor = Abs(CDec(Valor)) If Valor Then Unidades = Array(vbNullString, "Um", "Dois", _ "Três", "Quatro", "Cinco", _ "Seis", "Sete", "Oito", "Nove", _ "Dez", "Onze", "Doze", "Treze", _ "Quatorze", "Quinze", "Dezesseis", _ "Dezessete", "Dezoito", "Dezenove") Dezenas = Array(vbNullString, vbNullString, _ "Vinte", "Trinta", "Quarenta", _ "Cinqüenta", "Sessenta", "Setenta", _ "Oitenta", "Noventa") Centenas = Array(vbNullString, "Cento", _ "Duzentos", "Trezentos", _ "Quatrocentos", "Quinhentos", _ "Seiscentos", "Setecentos", _ "Oitocentos", "Novecentos") PotenciasSingular = Array(vbNullString, " Mil", _ " Milhão", " Bilhão", _ " Trilhão", " Quatrilhão") PotenciasPlural = Array(vbNullString, " Mil", _ " Milhões", " Bilhões", _ " Trilhões", " Quatrilhões") StrValor = Left(Format(Valor, String(18, "0") & _ ".000"), 18) For Posicao = 1 To 18 Step 3 Parcial = Val(Mid(StrValor, Posicao, 3)) If Parcial Then If Parcial = 1 Then Buf = "Um" & PotenciasSingular((18 - _ Posicao) \ 3) ElseIf Parcial = 100 Then Buf = "Cem" & PotenciasSingular((18 - _ Posicao) \ 3) Else Buf = Centenas(Parcial \ 100) Parcial = Parcial Mod 100 If Parcial <> 0 And Buf <> vbNullString Then Buf = Buf & " e " End If If Parcial < 20 Then Buf = Buf & Unidades(Parcial) Else Buf = Buf & Dezenas(Parcial \ 10) Parcial = Parcial Mod 10 If Parcial <> 0 And Buf <> vbNullString Then Buf = Buf & " e " End If Buf = Buf & Unidades(Parcial) End If Buf = Buf & PotenciasPlural((18 - Posicao) \ 3) End If If Buf <> vbNullString Then If Extenso <> vbNullString Then Parcial = Val(Mid(StrValor, Posicao, 3)) If Posicao = 16 And (Parcial < 100 Or _ (Parcial Mod 100) = 0) Then Extenso = Extenso & " e " Else Extenso = Extenso & ", " End If End If Extenso = Extenso & Buf End If End If Next If Extenso <> vbNullString Then If Negativo Then Extenso = "Menos " & Extenso End If If Int(Valor) = 1 Then Extenso = Extenso & " " & MoedaSingular Else Extenso = Extenso & " " & MoedaPlural End If End If Parcial = Int((Valor - Int(Valor)) * _ 100 + 0.1) If Parcial Then Buf = Extenso(Parcial, "Centavos", _ "Centavo") If Extenso <> vbNullString Then Extenso = Extenso & " e " End If Extenso = Extenso & Buf End If End If Exit Function trata: Err.Raise Err.Number, _ "[mdlUserFunction.Extenso]", _ Err.Description End Function Public Sub TratarAcValorProco(strAceitaValor As String, _ objMaskValor As MaskEdBox, _ objQuantidade As MaskEdBox, _ Optional blnSetarFoco As Boolean = True) On Error GoTo trata If strAceitaValor = "S" Then objMaskValor.BackColor = -2147483643 objMaskValor.Enabled = True If blnSetarFoco Then _ SetarFoco objMaskValor ElseIf strAceitaValor = "N" Then objMaskValor.BackColor = 14737632 objMaskValor.Enabled = False If blnSetarFoco Then _ SetarFoco objQuantidade Else objMaskValor.BackColor = 14737632 objMaskValor.Enabled = False If blnSetarFoco Then _ SetarFoco objQuantidade End If Exit Sub trata: Err.Raise Err.Number, _ "[mdlUserFunction.TratarAcValorProco]", _ Err.Description End Sub Private Function ValidaCamposFechaTurno() As Boolean On Error GoTo trata Dim strMsg As String Dim blnSetarFocoControle As Boolean Dim strSql As String Dim objRs As ADODB.Recordset Dim objGeral As busSisMed.clsGeral ' blnSetarFocoControle = True ValidaCamposFechaTurno = False ' Set objGeral = New busSisMed.clsGeral ' strSql = "SELECT * FROM GR " & _ " WHERE TURNOID = " & Formata_Dados(RetornaCodTurnoCorrente, tpDados_Longo) & _ " AND (GR.STATUS = " & Formata_Dados("I", tpDados_Texto) & _ " OR GR.STATUS = " & Formata_Dados("M", tpDados_Texto) & ")" 'STATUS INICIAL OU COM MOVIMENTO APÓS O FECHAMENTO Set objRs = objGeral.ExecutarSQL(strSql) If Not objRs.EOF Then strMsg = strMsg & "Há GR´s com status de ""inicial"" ou ""movimento após o fechamento"". Feche estas GR´s para conseguir fechar o turno." & vbCrLf blnSetarFocoControle = False End If If Len(strMsg) <> 0 Then TratarErroPrevisto strMsg, "[ValidaCamposFechaTurno]" ValidaCamposFechaTurno = False Else ValidaCamposFechaTurno = True End If Set objGeral = Nothing Exit Function trata: Err.Raise Err.Number, _ "[mdlUserFunction.ValidaCamposFechaTurno]", _ Err.Description End Function Public Sub FechamentoTurno() On Error GoTo trata Dim lngTURNOANTERIORID As Long Dim strMsg As String Dim objTurno As busSisMed.clsTurno Dim strSql As String Dim strData As String ' gsNomeUsuLib = "" If RetornaCodTurnoCorrente = 0 Then TratarErroPrevisto "Não há turno aberto", "frmUserTurnoInc.cmdFechar_Click" Exit Sub End If If Not ValidaCamposFechaTurno Then Exit Sub 'Data1.Recordset!StatusOp = iStatusOp If MsgBox("Confirma fechamento do Turno corrente?", vbYesNo, TITULOSISTEMA) = vbNo Then Exit Sub 'Encerrar Turno ' ''' If gsNomeUsuLib = "" Then ''' If gbPedirSenhaFechaTurno = True Then ''' '---------------------------- ''' '---------------------------- ''' 'Pede Senha Superior (Diretor, Gerente ou Administrador ''' If Not (gsNivel = "DIR" Or gsNivel = "GER" Or gsNivel = "ADM") Then ''' 'Só pede senha superior se quem estiver logado não for superior ''' frmUserLoginSup.Show vbModal ''' ''' If Len(Trim(gsNomeUsuLib)) = 0 Then ''' strMsg = "Para efetuar o Fechamento/Abertura do Turno é necessário a Confirmação com senha superior." ''' TratarErroPrevisto strMsg, "cmdConfirmar_Click" ''' Exit Sub ''' End If ''' ' ''' 'Capturou Nome do Usuário, continua processo de Sangria ''' Else ''' gsNomeUsuLib = gsNomeUsu ''' End If ''' '-------------------------------- ''' '-------------------------------- ''' End If ''' End If 'Tratamento dos botões DoEvents ' '------------------------------------ 'FECHAMENTO '------------------------------------ lngTURNOANTERIORID = RetornaCodTurnoCorrente Set objTurno = New busSisMed.clsTurno strData = DataHoraAtualFormatada 'Fechar Turno corrente objTurno.FecharTurno lngTURNOANTERIORID, _ False, _ strData ' IMP_COMPROV_FECHA_TURNO lngTURNOANTERIORID, gsNomeEmpresa, 1 ' MsgBox "O turno foi fechado com sucesso!", vbExclamation, TITULOSISTEMA ' Set objTurno = Nothing Exit Sub trata: Err.Raise Err.Number, _ "[mdlUserFunction.FechamentoTurno]", _ Err.Description End Sub 'Propósito: Capturar as configurações do sistema Public Sub Captura_Config() On Error GoTo trata Dim strSql As String Dim objRs As ADODB.Recordset Dim strDiaDaSemana As String Dim objGeral As busSisMed.clsGeral ' Set objGeral = New busSisMed.clsGeral ' strSql = "Select min(PKID) PKID from Configuracao " Set objRs = objGeral.ExecutarSQL(strSql) ' glMaxSequencialImp = 9999 If Not objRs.EOF Then lngCONFIGURACAOID = objRs.Fields("PKID").Value End If objRs.Close Set objRs = Nothing strSql = "Select * from Configuracao where PKID = " & Formata_Dados(lngCONFIGURACAOID, tpDados_Longo) Set objRs = objGeral.ExecutarSQL(strSql) ' If objRs.EOF Then gsPathLocal = "" gsPathLocalBackup = "" gsPathRede = "" giMaxDiasAtend = 0 gbTrabImpA5 = False ''' gbTrabComEstInterAutomatico = False Else '--------- gsPathLocal = objRs.Fields("PathLocal").Value & "" gsPathLocalBackup = objRs.Fields("PathLocalBackup").Value & "" gsPathRede = objRs.Fields("PathRede").Value & "" If IsNumeric(objRs.Fields("QTDMAXIMADIASATEND").Value) Then giMaxDiasAtend = objRs.Fields("QTDMAXIMADIASATEND").Value End If gbTrabImpA5 = objRs.Fields("TRABALHACOMIMPRESSAOA5").Value ''' ''' If Not IsNull(objRs.Fields("DIAFECHAFOLHA").Value) Then ''' glDiaFechaFolha = objRs.Fields("DIAFECHAFOLHA").Value ''' Else ''' glDiaFechaFolha = 1 ''' End If End If objRs.Close Set objRs = Nothing ' Set objGeral = Nothing ' Exit Sub trata: Err.Raise Err.Number, _ "[mdlUserFunction.Captura_Config]", _ Err.Description End Sub Public Sub Retorna_totais_GR(ByVal lngGRID As Long, _ ByRef curVrPrest As Currency, _ ByRef curVrCasa As Currency, _ ByRef curVrTotal As Currency) On Error GoTo trata Dim strSql As String Dim objRs As ADODB.Recordset Dim objGer As busSisMed.clsGeral ' 'Tratar campos Set objGer = New busSisMed.clsGeral ' strSql = "SELECT sum(vw_cons_t_Financ.PgtoTotal) as PgtoTotal, " & _ " sum(vw_cons_t_Financ.FINALCASACONSESPECIE) as FINALCASACONSESPECIE, sum(vw_cons_t_Financ.FINALPRESTCONSESPECIE) as FINALPRESTCONSESPECIE, sum(vw_cons_t_Financ.FINALDONORXCONSESPECIE) as FINALDONORXCONSESPECIE, sum(vw_cons_t_Financ.FINALTECRXCONSESPECIE) as FINALTECRXCONSESPECIE, " & _ " sum(vw_cons_t_Financ.FINALDONOULTRACONSESPECIE) as FINALDONOULTRACONSESPECIE, sum(vw_cons_t_Financ.FINALCASACONSCARTAO) as FINALCASACONSCARTAO, sum(vw_cons_t_Financ.FINALPRESTCONSCARTAO) as FINALPRESTCONSCARTAO, " & _ " sum(vw_cons_t_Financ.FINALDONORXCONSCARTAO) as FINALDONORXCONSCARTAO, sum(vw_cons_t_Financ.FINALTECRXCONSCARTAO) as FINALTECRXCONSCARTAO, sum(vw_cons_t_Financ.FINALDONOULTRACONSCARTAO) as FINALDONOULTRACONSCARTAO, " & _ " sum(vw_cons_t_Financ.FINALCASACONSCONVENIO) as FINALCASACONSCONVENIO, sum(vw_cons_t_Financ.FINALPRESTCONSCONVENIO) as FINALPRESTCONSCONVENIO, " & _ " sum(vw_cons_t_Financ.FINALDONORXCONSCONVENIO) as FINALDONORXCONSCONVENIO, sum(vw_cons_t_Financ.FINALTECRXCONSCONVENIO) as FINALTECRXCONSCONVENIO, sum(vw_cons_t_Financ.FINALDONOULTRACONSCONVENIO) as FINALDONOULTRACONSCONVENIO, " & _ " sum(vw_cons_t_Financ.FINALCASAESPECIE) as FINALCASAESPECIE, sum(vw_cons_t_Financ.FINALCASACARTAO) as FINALCASACARTAO, sum(vw_cons_t_Financ.FINALCASACONVENIO) as FINALCASACONVENIO, sum(vw_cons_t_Financ.FINALPRESTESPECIE) as FINALPRESTESPECIE, sum(vw_cons_t_Financ.FINALPRESTCONVENIO) as FINALPRESTCONVENIO, sum(vw_cons_t_Financ.FINALPRESTCARTAONAOACEITA) as FINALPRESTCARTAONAOACEITA, " & _ " sum(vw_cons_t_Financ.FINALPRESTCARTAOACEITAPGFUTURO) as FINALPRESTCARTAOACEITAPGFUTURO, sum(vw_cons_t_Financ.FINALDONORXESPECIE) as FINALDONORXESPECIE, sum(vw_cons_t_Financ.FINALDONORXCONVENIO) as FINALDONORXCONVENIO, sum(vw_cons_t_Financ.FINALDONORXCARTAONAOACEITA) as FINALDONORXCARTAONAOACEITA, " & _ " sum(vw_cons_t_Financ.FINALDONORXCARTAOACEITAPGFUTURO) as FINALDONORXCARTAOACEITAPGFUTURO, sum(vw_cons_t_Financ.FINALDONOULTRAESPECIE) as FINALDONOULTRAESPECIE, sum(vw_cons_t_Financ.FINALDONOULTRACONVENIO) as FINALDONOULTRACONVENIO, sum(vw_cons_t_Financ.FINALDONOULTRACARTAONAOACEITA) as FINALDONOULTRACARTAONAOACEITA, " & _ " sum(vw_cons_t_Financ.FINALDONOULTRACARTAOACEITAPGFUTURO) as FINALDONOULTRACARTAOACEITAPGFUTURO, sum(vw_cons_t_Financ.FINALTECRXESPECIE) as FINALTECRXESPECIE, sum(vw_cons_t_Financ.FINALTECRXCONVENIO) as FINALTECRXCONVENIO, sum(vw_cons_t_Financ.FINALTECRXCARTAONAOACEITA) as FINALTECRXCARTAONAOACEITA, " & _ " sum(vw_cons_t_Financ.FINALTECRXCARTAOACEITAPGFUTURO) as FINALTECRXCARTAOACEITAPGFUTURO " & _ " FROM GR " & _ " INNER JOIN vw_cons_t_Financ ON GR.PKID = vw_cons_t_Financ.GRID " & _ " WHERE GR.PKID = " & Formata_Dados(lngGRID, tpDados_Longo) & _ " GROUP BY GR.PKID" 'strSql = "SELECT sum(vw_cons_t_Financ.PgtoTotal) as PgtoTotal, " & _ " sum(vw_cons_t_Financ.FINALCASACONSESPECIE) as FINALCASACONSESPECIE, sum(vw_cons_t_Financ.FINALPRESTCONSESPECIE) as FINALPRESTCONSESPECIE, sum(vw_cons_t_Financ.FINALDONORXCONSESPECIE) as FINALDONORXCONSESPECIE, sum(vw_cons_t_Financ.FINALTECRXCONSESPECIE) as FINALTECRXCONSESPECIE, " & _ " sum(vw_cons_t_Financ.FINALDONOULTRACONSESPECIE) as FINALDONOULTRACONSESPECIE, sum(vw_cons_t_Financ.FINALCASACONSCARTAO) as FINALCASACONSCARTAO, sum(vw_cons_t_Financ.FINALPRESTCONSCARTAO) as FINALPRESTCONSCARTAO, " & _ " sum(vw_cons_t_Financ.FINALDONORXCONSCARTAO) as FINALDONORXCONSCARTAO, sum(vw_cons_t_Financ.FINALTECRXCONSCARTAO) as FINALTECRXCONSCARTAO, sum(vw_cons_t_Financ.FINALDONOULTRACONSCARTAO) as FINALDONOULTRACONSCARTAO, " & _ " sum(vw_cons_t_Financ.FINALCASACONSCONVENIO) as FINALCASACONSCONVENIO, sum(vw_cons_t_Financ.FINALPRESTCONSCONVENIO) as FINALPRESTCONSCONVENIO, " & _ " sum(vw_cons_t_Financ.FINALDONORXCONSCONVENIO) as FINALDONORXCONSCONVENIO, sum(vw_cons_t_Financ.FINALTECRXCONSCONVENIO) as FINALTECRXCONSCONVENIO, sum(vw_cons_t_Financ.FINALDONOULTRACONSCONVENIO) as FINALDONOULTRACONSCONVENIO, " & _ " sum(vw_cons_t_Financ.FINALCASAESPECIE) as FINALCASAESPECIE, sum(vw_cons_t_Financ.FINALCASACARTAO) as FINALCASACARTAO, sum(vw_cons_t_Financ.FINALCASACONVENIO) as FINALCASACONVENIO, sum(vw_cons_t_Financ.FINALPRESTESPECIE) as FINALPRESTESPECIE, sum(vw_cons_t_Financ.FINALPRESTCONVENIO) as FINALPRESTCONVENIO, sum(vw_cons_t_Financ.FINALPRESTCARTAONAOACEITA) as FINALPRESTCARTAONAOACEITA, " & _ " sum(vw_cons_t_Financ.FINALPRESTCARTAOACEITAPGFUTURO) as FINALPRESTCARTAOACEITAPGFUTURO, sum(vw_cons_t_Financ.FINALDONORXESPECIE) as FINALDONORXESPECIE, sum(vw_cons_t_Financ.FINALDONORXCONVENIO) as FINALDONORXCONVENIO, sum(vw_cons_t_Financ.FINALDONORXCARTAONAOACEITA) as FINALDONORXCARTAONAOACEITA, " & _ " sum(vw_cons_t_Financ.FINALDONORXCARTAOACEITAPGFUTURO) as FINALDONORXCARTAOACEITAPGFUTURO, sum(vw_cons_t_Financ.FINALDONOULTRAESPECIE) as FINALDONOULTRAESPECIE, sum(vw_cons_t_Financ.FINALDONOULTRACONVENIO) as FINALDONOULTRACONVENIO, sum(vw_cons_t_Financ.FINALDONOULTRACARTAONAOACEITA) as FINALDONOULTRACARTAONAOACEITA, " & _ " sum(vw_cons_t_Financ.FINALDONOULTRACARTAOACEITAPGFUTURO) as FINALDONOULTRACARTAOACEITAPGFUTURO, sum(vw_cons_t_Financ.FINALTECRXESPECIE) as FINALTECRXESPECIE, sum(vw_cons_t_Financ.FINALTECRXCONVENIO) as FINALTECRXCONVENIO, sum(vw_cons_t_Financ.FINALTECRXCARTAONAOACEITA) as FINALTECRXCARTAONAOACEITA, " & _ " sum(vw_cons_t_Financ.FINALTECRXCARTAOACEITAPGFUTURO) as FINALTECRXCARTAOACEITAPGFUTURO " & _ " FROM GRPAGAMENTO INNER JOIN GRPGTO ON GRPAGAMENTO.PKID = GRPGTO.GRPAGAMENTOID " & _ " INNER JOIN GR ON GR.PKID = GRPGTO.GRID " & _ " INNER JOIN vw_cons_t_Financ ON GR.PKID = vw_cons_t_Financ.GRID " & _ " WHERE GRPAGAMENTO.PKID = " & Formata_Dados(lngGRPAGAMENTOID, tpDados_Longo) & _ " GROUP BY GRPAGAMENTO.PKID" ' curVrPrest = 0 curVrCasa = 0 curVrTotal = 0 ' Set objRs = objGer.ExecutarSQL(strSql) ' If Not objRs.EOF Then 'se já houver algum item curVrCasa = objRs.Fields("FINALCASACONSESPECIE").Value + _ objRs.Fields("FINALCASACONSCARTAO").Value + _ objRs.Fields("FINALCASACONSCONVENIO").Value + _ objRs.Fields("FINALCASAESPECIE").Value + _ objRs.Fields("FINALCASACARTAO").Value + _ objRs.Fields("FINALCASACONVENIO").Value ' curVrTotal = objRs.Fields("PgtoTotal").Value ' 'TOTAIS Prestador curVrPrest = objRs.Fields("FINALPRESTCONSESPECIE").Value + _ objRs.Fields("FINALPRESTCONSCARTAO").Value + _ objRs.Fields("FINALPRESTCONSCONVENIO").Value + _ objRs.Fields("FINALPRESTESPECIE").Value + _ objRs.Fields("FINALPRESTCONVENIO").Value + _ objRs.Fields("FINALPRESTCARTAONAOACEITA").Value 'TOTAIS Dono RX curVrPrest = curVrPrest + _ objRs.Fields("FINALDONORXCONSESPECIE").Value + _ objRs.Fields("FINALDONORXCONSCARTAO").Value + _ objRs.Fields("FINALDONORXCONSCONVENIO").Value + _ objRs.Fields("FINALDONORXESPECIE").Value + _ objRs.Fields("FINALDONORXCONVENIO").Value + _ objRs.Fields("FINALDONORXCARTAONAOACEITA").Value 'TOTAIS Tecnico RX curVrPrest = curVrPrest + _ objRs.Fields("FINALTECRXCONSESPECIE").Value + _ objRs.Fields("FINALTECRXCONSCARTAO").Value + _ objRs.Fields("FINALTECRXCONSCONVENIO").Value + _ objRs.Fields("FINALTECRXESPECIE").Value + _ objRs.Fields("FINALTECRXCONVENIO").Value + _ objRs.Fields("FINALTECRXCARTAONAOACEITA").Value 'TOTAIS Dono Ultra curVrPrest = curVrPrest + _ objRs.Fields("FINALDONOULTRACONSESPECIE").Value + _ objRs.Fields("FINALDONOULTRACONSCARTAO").Value + _ objRs.Fields("FINALDONOULTRACONSCONVENIO").Value + _ objRs.Fields("FINALDONOULTRAESPECIE").Value + _ objRs.Fields("FINALDONOULTRACONVENIO").Value + _ objRs.Fields("FINALDONOULTRACARTAONAOACEITA").Value 'TOTAIS A RECEBER curVrPrest = curVrPrest + _ objRs.Fields("FINALPRESTCARTAOACEITAPGFUTURO").Value + _ objRs.Fields("FINALDONORXCARTAOACEITAPGFUTURO").Value + _ objRs.Fields("FINALTECRXCARTAOACEITAPGFUTURO").Value + _ objRs.Fields("FINALDONOULTRACARTAOACEITAPGFUTURO").Value ' End If objRs.Close Set objRs = Nothing Set objGer = Nothing ' Exit Sub trata: TratarErro Err.Number, Err.Description, Err.Source End Sub Public Sub TratarImagemScanner(datData As Date, _ strPathOrigem As String, _ strPathDestinoBkp As String, _ strArquivoOrigem As String, _ lngPRONTUARIOID As Long, _ lngGRID As Long, _ ByRef strPathDestino As String, _ ByRef strArquivoDestino As String) On Error GoTo trata ' Dim objFso As FileSystemObject 'TRATAR DIRETÓRIO FINAL PARA COPIAR ARQUIVO ' Set objFso = New FileSystemObject strPathDestino = gsPathRede & lngPRONTUARIOID & "\" If Not objFso.FolderExists(strPathDestino) Then 'Diretório não existe, cria diretório objFso.CreateFolder (strPathDestino) End If 'Verifica extensão do arquivo If lngGRID <> 0 Then strArquivoDestino = lngGRID & "_" & Format(datData, "YYYYMMDDhhmmss") & "." & RetornaEtensaoArquivo(strArquivoOrigem) Else strArquivoDestino = strArquivoDestino End If ' 'COPIA ARQUIVO objFso.CopyFile strPathOrigem & strArquivoOrigem, strPathDestino & strArquivoDestino 'COPIA DESEGURANÇA objFso.CopyFile strPathOrigem & strArquivoOrigem, strPathDestinoBkp & strArquivoDestino objFso.DeleteFile strPathOrigem & strArquivoOrigem Set objFso = Nothing ''' gsPathLocal = objRs.Fields("PathLocal").Value & "" ''' gsPathLocalBackup = objRs.Fields("PathLocalBackup").Value & "" ''' gsPathRede = objRs.Fields("PathRede").Value & "" Exit Sub trata: TratarErro Err.Number, Err.Description, Err.Source End Sub Private Function RetornaEtensaoArquivo(strArquivoDestino As String) On Error GoTo trata ' Dim strExtensao As String strExtensao = Mid(strArquivoDestino, InStrRev(strArquivoDestino, ".") + 1) ' RetornaEtensaoArquivo = strExtensao Exit Function trata: TratarErro Err.Number, Err.Description, Err.Source End Function Public Sub Importar_Receitas(strPathOrigem As String) On Error GoTo trata Dim objFso As Scripting.FileSystemObject Dim objFolder As Scripting.Folder Dim objFile As Scripting.File Dim strFileName As String Dim datData As Date Dim strData As String Dim strErroGeral As String Dim strSucessoGeral As String Dim strProntuarioId As String Dim strDataAtend As String Dim lngPRONTUARIOID As Long Dim lngATENDIMENTOID As Long ' Dim objAtendimento As busSisMed.clsAtendimento Dim objGR As busSisMed.clsGR Dim gsPathFinal As String ' 'TRATAR DIRETÓRIO FINAL PARA COPIAR ARQUIVO ' datData = Now strData = Format(datData, "DD/MM/YYYY hh:mm") Set objFso = New FileSystemObject ' Set objFolder = objFso.GetFolder(strPathOrigem) strErroGeral = "" strSucessoGeral = "" For Each objFile In objFolder.Files 'Para cada arquivo de imagem no diretório strFileName = objFile.Name If ValidaCamposArquivoScanner(strFileName, _ strProntuarioId, _ strDataAtend, _ strErroGeral, _ lngPRONTUARIOID, _ lngATENDIMENTOID) Then Set objAtendimento = New busSisMed.clsAtendimento Set objGR = New busSisMed.clsGR TratarImagemScanner datData, _ gsPathLocal, _ gsPathLocalBackup, _ strFileName, _ lngPRONTUARIOID, _ 0, _ gsPathFinal, _ strFileName If lngATENDIMENTOID <> 0 Then 'Alterar Atendimento objAtendimento.AlterarAtendimento lngATENDIMENTOID, _ gsPathFinal, _ strFileName, _ "" ' ElseIf lngATENDIMENTOID = 0 Then 'Inserir Atendimento objAtendimento.InserirAtendimento 0, _ strDataAtend, _ "A", _ gsPathFinal, _ strFileName, _ "", _ strData, _ lngPRONTUARIOID End If Set objAtendimento = Nothing Set objGR = Nothing ' If strSucessoGeral = "" Then strSucessoGeral = "As seguintes receitas scanneadas foram importadas com sucesso:" & vbCrLf & vbCrLf End If strSucessoGeral = strSucessoGeral & strFileName & vbCrLf End If Next If strSucessoGeral <> "" Then MsgBox strSucessoGeral, vbExclamation, TITULOSISTEMA End If If strErroGeral <> "" Then TratarErroPrevisto strErroGeral, "[mdlUserFuncion.ValidaCamposArquivoScanner]" End If Set objFolder = Nothing Set objFso = Nothing ' Exit Sub trata: TratarErro Err.Number, Err.Description, Err.Source End Sub Private Function ValidaCamposArquivoScanner(ByVal strFileName As String, _ ByRef strProntuarioId As String, _ ByRef strDataAtend As String, _ ByRef strErro As String, _ ByRef lngPRONTUARIOID As Long, _ ByRef lngATENDIMENTOID As Long) As Boolean On Error GoTo trata Dim ValidaCampos As Boolean Dim strMsg As String Dim strEtensaoArquivo As String Dim strDataAtendFinal As String ' Dim objGeral As busSisMed.clsGeral Dim objRs As ADODB.Recordset Dim strSql As String ' ValidaCampos = False 'Obrigatório apenas para arquivista If strFileName = "" Then strMsg = strMsg & vbTab & vbTab & "Nome do arquivo não informado" & vbCrLf End If If InStr(strFileName, "_") = 0 Then strMsg = strMsg & vbTab & vbTab & "Separador [_] não definido" & vbCrLf End If 'Obtem os dados separados strEtensaoArquivo = RetornaEtensaoArquivo(strFileName) If InStr(strFileName, "_") <> 0 Then strProntuarioId = Left(strFileName, InStr(strFileName, "_") - 1) strDataAtend = Mid(strFileName, InStr(strFileName, "_") + 1, Len(strFileName) - (InStr(strFileName, "_") + 1) - (Len(strEtensaoArquivo))) Else strProntuarioId = "" strDataAtend = "" End If If Not IsNumeric(strProntuarioId) Then strMsg = strMsg & vbTab & vbTab & "Número do prontuário [" & strProntuarioId & "] não numérico" & vbCrLf End If If Len(strDataAtend) <> 12 Then strMsg = strMsg & vbTab & vbTab & "Data de atendimento [" & strDataAtend & "] tem que possuir 12 caracteres no formato DDMMYYYYhhmm" & vbCrLf End If strDataAtendFinal = Left(strDataAtend, 2) & "/" & _ Mid(strDataAtend, 3, 2) & "/" & _ Mid(strDataAtend, 5, 4) & " " & _ Mid(strDataAtend, 9, 2) & ":" & _ Mid(strDataAtend, 11, 2) If Not Valida_Data_Str(strDataAtendFinal, TpObrigatorio) Then strMsg = strMsg & vbTab & vbTab & "Data de atendimento [" & strDataAtendFinal & "] não é uma data válida" & vbCrLf End If strDataAtend = strDataAtendFinal Set objGeral = New busSisMed.clsGeral If Len(strMsg) = 0 Then 'Validação na base de dados 'PRONTUARIO lngPRONTUARIOID = 0 strSql = "SELECT PKID FROM PRONTUARIO WHERE PRONTUARIO.PKID = " & Formata_Dados(strProntuarioId, tpDados_Longo) Set objRs = objGeral.ExecutarSQL(strSql) If Not objRs.EOF Then lngPRONTUARIOID = objRs.Fields("PKID").Value End If objRs.Close Set objRs = Nothing End If If lngPRONTUARIOID = 0 Then strMsg = strMsg & vbTab & vbTab & "Número do prontuário [" & strProntuarioId & "] não cadastrado na base de dados" & vbCrLf End If If Len(strMsg) = 0 Then 'Verifica se já houve atendimento apra aquele prontuário 'ATENDIMENTO lngATENDIMENTOID = 0 strSql = "SELECT PKID FROM ATENDIMENTO WHERE ATENDIMENTO.PRONTUARIOID = " & Formata_Dados(lngPRONTUARIOID, tpDados_Longo) & _ " AND DATA = " & Formata_Dados(strDataAtend, tpDados_DataHora) Set objRs = objGeral.ExecutarSQL(strSql) If Not objRs.EOF Then lngATENDIMENTOID = objRs.Fields("PKID").Value End If objRs.Close Set objRs = Nothing End If Set objGeral = Nothing If Len(strMsg) <> 0 Then If strErro <> "" Then strErro = strErro & vbCrLf & vbCrLf Else strErro = "Foram encontrados erros na composição das seguintes receitas scanneadas: " & vbCrLf & vbCrLf End If strErro = strErro & strFileName & vbCrLf strErro = strErro & strMsg 'TratarErroPrevisto strMsg, "[mdlUserFuncion.ValidaCamposArquivoScanner]" ValidaCampos = False Else ValidaCampos = True End If ValidaCamposArquivoScanner = ValidaCampos Exit Function trata: Err.Raise Err.Number, _ Err.Source & ".[mdlUserFuncion.ValidaCamposArquivoScanner]", _ Err.Description End Function
DECLARE SUB CreateDeck (d() AS INTEGER, Cards AS INTEGER) DECLARE SUB FanDeck (d() AS INTEGER) DECLARE SUB ShuffleDeck (d() AS INTEGER) CLS RANDOMIZE TIMER REDIM Deck(0) AS INTEGER DO PRINT "Select (T)arot or (P)oker deck => "; DO DO: k$ = UCASE$(INKEY$): LOOP WHILE k$ = "" LOOP WHILE INSTR("TP", k$) < 1 PRINT k$ SELECT CASE k$ CASE "P": CreateDeck Deck(), 52 CASE "T": CreateDeck Deck(), 78 END SELECT CLS : FanDeck Deck(): ShuffleDeck Deck(): FanDeck Deck() PRINT "Would you like to try it again ( Y/N )? "; DO DO: k$ = UCASE$(INKEY$): LOOP WHILE k$ = "" LOOP WHILE INSTR("YN", k$) < 1 PRINT k$ LOOP WHILE k$ <> "N" SYSTEM SUB CreateDeck (d() AS INTEGER, Cards AS INTEGER) REDIM d(1 TO Cards) FOR t% = 1 TO Cards: d(t%) = t%: NEXT END SUB SUB FanDeck (d() AS INTEGER) SELECT CASE UBOUND(d) CASE 52: PRINT : dk$ = "1234567890JQK" FOR t% = 1 TO 52 v% = (d(t%) - 1) MOD 13 + 1 c$ = " ": IF v% = 10 THEN c$ = "1" c$ = c$ + MID$(dk$, v%, 1) c$ = c$ + CHR$((d(t%) - 1) \ 13 + 3) + " " PRINT c$; IF t% MOD 13 = 0 THEN PRINT NEXT CASE 78: PRINT : dk$ = "1234567890PJQK" FOR t% = 1 TO 78 IF d(t%) < 57 THEN v% = (d(t%) - 1) MOD 14 + 1 c$ = " ": IF v% = 10 THEN c$ = "1" c$ = c$ + MID$(dk$, v%, 1) c$ = c$ + CHR$((d(t%) - 1) \ 14 + 3) + " " PRINT c$; ELSE PRINT RIGHT$(STR$(d(t%) - 57), 2) + "M "; END IF IF t% MOD 14 = 0 THEN PRINT NEXT END SELECT PRINT : PRINT END SUB DEFINT A-Z SUB ShuffleDeck (d() AS INTEGER) Cards = UBOUND(d) FOR t = 1 TO Cards SWAP d(((RND * 32767) MOD Cards) + 1), d(t) NEXT END SUB
Attribute VB_Name = "mod_ProcesaBD" Option Explicit Public Function TraerPais(ByVal strCodPais As String, Optional ByRef o_lError As Long) As ADODB.Recordset Dim rsAux As ADODB.Recordset Dim cmdSQL As New ADODB.Command 1000 On Error GoTo ControlError 1010 Set rsAux = New ADODB.Recordset 1020 rsAux.CursorLocation = adUseClient 'soy cliente de la bd 1030 With cmdSQL 1040 .ActiveConnection = ConexSQL 1050 .CommandType = adCmdStoredProc 1060 .CommandText = "sp_buscar_pais" 1070 .Parameters.Append .CreateParameter("@cod_pais", adVarChar, adParamInput, 10, strCodPais) 1080 Set rsAux = cmdSQL.Execute 1090 .ActiveConnection = Nothing 1100 End With 1110 Set TraerPais = rsAux 1120 Exit Function ControlError: 1130 MsgBox "Ha ocurrido un error en la aplicación." & vbLf & vbLf & "Error: " & CStr(Err.Number) & _ ". Descripción del error: " & Err.Description, vbCritical, App.Title End Function Public Function TraerDepto(ByVal strCodPais As String, ByVal strCodDepto As String, Optional ByRef o_lError As Long) As ADODB.Recordset Dim rsAux As ADODB.Recordset Dim cmdSQL As New ADODB.Command 1000 On Error GoTo ControlError 1010 Set rsAux = New ADODB.Recordset 1020 rsAux.CursorLocation = adUseClient 'soy cliente de la bd 1030 With cmdSQL 1040 .ActiveConnection = ConexSQL 1050 .CommandType = adCmdStoredProc 1060 .CommandText = "sp_buscar_depto" 1070 .Parameters.Append .CreateParameter("@codPais", adVarChar, adParamInput, 10, strCodPais) 1080 .Parameters.Append .CreateParameter("@codDepto", adVarChar, adParamInput, 10, strCodDepto) 1090 Set rsAux = cmdSQL.Execute 1100 .ActiveConnection = Nothing 1110 End With 1120 Set TraerDepto = rsAux 1130 Exit Function ControlError: 1140 MsgBox "Ha ocurrido un error en la aplicación." & vbLf & vbLf & "Error: " & CStr(Err.Number) & _ ". Descripción del error: " & Err.Description, vbCritical, App.Title End Function Public Function TraerDeptoDesc(ByVal strCodPais As String, ByVal strDescDepto As String, Optional ByRef o_lError As Long) As ADODB.Recordset Dim rsAux As ADODB.Recordset Dim cmdSQL As New ADODB.Command 1000 On Error GoTo ControlError 1010 Set rsAux = New ADODB.Recordset 1020 rsAux.CursorLocation = adUseClient 'soy cliente de la bd 1030 With cmdSQL 1040 .ActiveConnection = ConexSQL 1050 .CommandType = adCmdStoredProc 1060 .CommandText = "sp_buscar_depto_desc" 1070 .Parameters.Append .CreateParameter("@codPais", adVarChar, adParamInput, 20, strCodPais) 1080 .Parameters.Append .CreateParameter("@desDepto", adVarChar, adParamInput, 150, strDescDepto) 1090 Set rsAux = cmdSQL.Execute 1100 .ActiveConnection = Nothing 1110 End With 1120 Set TraerDeptoDesc = rsAux 1130 Exit Function ControlError: 1140 MsgBox "Ha ocurrido un error en la aplicación." & vbLf & vbLf & "Error: " & CStr(Err.Number) & _ ". Descripción del error: " & Err.Description, vbCritical, App.Title End Function Public Function TraerPaisDesc(ByVal strDescPais As String, Optional ByRef o_lError As Long) As ADODB.Recordset Dim rsAux As ADODB.Recordset Dim cmdSQL As New ADODB.Command 1000 On Error GoTo ControlError 1010 Set rsAux = New ADODB.Recordset 1020 rsAux.CursorLocation = adUseClient 'soy cliente de la bd 1030 With cmdSQL 1040 .ActiveConnection = ConexSQL 1050 .CommandType = adCmdStoredProc 1060 .CommandText = "sp_buscar_pais_desc" 1070 .Parameters.Append .CreateParameter("@desc_pais", adVarChar, adParamInput, 120, strDescPais) 1080 Set rsAux = cmdSQL.Execute 1090 .ActiveConnection = Nothing 1100 End With 1110 Set TraerPaisDesc = rsAux 1120 Exit Function ControlError: 1130 MsgBox "Ha ocurrido un error en la aplicación." & vbLf & vbLf & "Error: " & CStr(Err.Number) & _ ". Descripción del error: " & Err.Description, vbCritical, App.Title End Function
1 ! ROBCO TermLink Emulator for the HP9816 2 ! By Travis Rosenbaum (Twitter/GH: @Zagrophyte) 3 ! Now you, too, can connect to the ROBCO TermLink from 4 ! your very own HP9816 Terminal! 5 ! 10 RANDOMIZE 20 DIM Console$(0:12)[25] 30 DIM Password$[25] 40 DIM Words$(0:12)[25] 50 !--------------------Word Lists-----------------------! 60 DATA "TIDINGS","PININGS","APPROVE","FRONTED","FINDING","BRAIDED","PARADES","CABLERS","STABLED","ORIGINS","CONTROL","STAGGER","WAGERED" 70 DATA "THOROUGH","MINOTAUR","SANDWICH","FRIGHTEN","RIGOROUS","STAGNATE","ORIGINAL","BREAKING","SNOWPLOW","GLOWBUGS","PAPERING","PROTEINS","PADLOCKS" 80 DATA "ENCOURAGE","FRAGILITY","STALEMATE","BOUNDLESS","XENOPHOBE","THANKLESS","STEADFAST","AGREEMENT","VICTORIES","GRANDIOSE","UNGUARDED","DESIGNERS" 90 DATA "SIGNALERS" ! 13th entry for above line (line size limit) 100 !-----------------------------------------------------! 110 CONTROL 1,12;1 ! Turn off softkeys 120 CLEAR SCREEN 130 WAIT 1 140 CALL Typeprint("SET TERMINAL/INQUIRE") 150 CALL Typeprint("SET FILE/PROTECTION=OWNER:RWED ACCOUNTS.F") 160 CALL Typeprint("SET HALT RESTART/MAINT") 170 CALL Typeprint("RUN DEBUG/ACCOUNTS.F") 180 WAIT 1 190 CLEAR SCREEN 200 PRINT "WELCOME TO ROBCO INDUSTRIES (TM) TERMLINK" 210 WAIT .25 220 PRINT "RIT-V300" 230 WAIT .25 240 PRINT "Initializing RobCo Industries(TM) MF Boot Agent v2.3.0" 250 PRINT "RETROS BIOS" 260 PRINT "RBIOS-4.02.08.00 52EE5.E7.E8" 270 PRINT "Copyright 2075-2077 RobCo Ind." 280 WAIT .5 290 STATUS 1,1;Y 300 STATUS 1,0;X 310 FOR I=1 TO 64 320 CONTROL 1,1;Y 330 CONTROL 1,0;X 340 PRINT "Uppermem: ";I;"KB" 350 WAIT .005 360 NEXT I 370 PRINT "Root (5A8)" 380 WAIT .25 390 PRINT "Maintenance Mode" 400 WAIT 1 410 PRINT "" ! BOOT Beep 420 CLEAR SCREEN 430 PRINT "ROBCO INDUSTRIES (TM) TERMLINK PROTOCOL" 440 WAIT 1 450 PRINT "ENTER PASSWORD NOW" 460 PRINT "" 470 PRINT "" 480 RANDOMIZE 490 Attempts=4 500 READ Words$() 510 Password$=Words$(RND12) 520 CALL Drawgame(Words$()) 530 CALL Showattempts(Attempts) 540 CALL Resetconsole(Console$()) 550 Tryguess: ! 560 Guess$=" " 570 INPUT ">",Guess$ 580 Similarity=FNTryguess(Password$,Guess$) 590 Attempts=Attempts-1 600 CALL Showattempts(Attempts) 605 CALL Addconsole(Console$(),"") 610 CALL Addconsole(Console$(),">"&UPC$(Guess$)) 620 IF Similarity=-1 THEN 630 CALL Addconsole(Console$(),">Access granted") 640 CALL Addconsole(Console$(),">Loading...") 650 BEEP 300,.1 660 BEEP 800,.25 670 WAIT 1 680 Granted=Granted+1 690 IF Granted=3 THEN 700 CALL Terminal(Password$) 710 ELSE 720 GOTO 410 730 END IF 740 ELSE 750 CALL Addconsole(Console$(),">Entry denied") 760 BEEP 300,.1 770 CALL Addconsole(Console$(),">"&VAL$(Similarity)&"/"&VAL$(LEN(Password$))&" correct.") 780 IF Attempts=0 THEN 790 CALL Addconsole(Console$(),">Attempts exceeded") 800 CALL Addconsole(Console$(),">Term lockdown.") 810 BEEP 100,.15 820 WAIT .01 830 BEEP 100,.15 840 WAIT .01 850 BEEP 100,.15 860 WAIT 1 870 CALL Lockdown 880 END IF 890 END IF 900 GOTO Tryguess 910 END 920 SUB Showconsole(C$()) 930 FOR I=0 TO 12 940 CONTROL 1,1;I+6 950 CONTROL 1,0;54 960 PRINT C$(I)&RPT$(" ",25-LEN(C$(I))) 970 NEXT I 980 SUBEND 990 SUB Addconsole(Console$(),Line$) 1000 FOR I=0 TO 11 1010 Console$(I)=Console$(I+1) 1020 NEXT I 1030 Console$(12)=Line$ 1040 CALL Showconsole(Console$()) 1050 SUBEND 1060 DEF FNTryguess(Pass$,G$) 1070 Charsalike=0 1080 FOR I=1 TO MIN(LEN(Pass$),LEN(G$)) 1090 IF LWC$(G$[I;1])=LWC$(Pass$[I;1]) THEN 1100 Charsalike=Charsalike+1 1110 END IF 1120 NEXT I 1130 IF LWC$(Pass$)=LWC$(G$) THEN 1140 RETURN -1 1150 ELSE 1160 RETURN Charsalike 1170 END IF 1180 FNEND 1190 SUB Drawgame(Words$()) 1200 FOR I=6 TO 18 1210 Word$=Words$(I-6) 1220 Isleft=INT(RND2) 1230 Memstart=62704 1240 Mem1$=DVAL$(Memstart+((I-6)12),16) 1250 Mem2$=DVAL$(Memstart+((I+11)12),16) 1260 CONTROL 1,1;I 1270 CONTROL 1,0;1!Set X = 1 1280 PRINT "0x";Mem1$[5;4];" ";FNGarbage$(16) 1290 IF Isleft THEN 1300 CONTROL 1,1;I 1310 CONTROL 1,0;(RND(16-LEN(Word$))+8) 1320 PRINT Word$ 1330 END IF 1340 CONTROL 1,1;I 1350 CONTROL 1,0;28 1360 PRINT "0x";Mem2$[5;4];" ";FNGarbage$(16) 1370 IF NOT Isleft THEN 1380 CONTROL 1,1;I 1390 CONTROL 1,0;(RND(16-LEN(Word$))+28+7) 1400 PRINT Word$ 1410 END IF 1420 NEXT I 1430 SUBEND 1440 SUB Showattempts(Attempts) 1450 CONTROL 1,1;4 1460 CONTROL 1,0;1 1470 PRINT VAL$(Attempts);" ATTEMPT(S) LEFT: "&RPT$(CHR$(133)&" "&CHR$(128)&" ",Attempts)&RPT$(" ",4-Attempts) 1480 SUBEND 1490 SUB Lockdown 1500 CLEAR SCREEN 1510 CONTROL 1,0;33 1520 CONTROL 1,1;11 1530 PRINT "TERMINAL LOCKED" 1540 PRINT "" 1550 CONTROL 1,0;30 1560 PRINT "PLEASE SEE SUPERVISOR" 1570 WAIT 30 1580 CONTROL 1,12;0 1590 STOP 1600 SUBEND 1610 SUB Typeprint(Text$) 1620 STATUS 1,0;X ! Save X Pos 1630 STATUS 1,1;Y ! Save Y Pos 1640 FOR I=1 TO LEN(Text$) 1650 CONTROL 1,0;X+I-1 1660 CONTROL 1,1;Y 1670 STATUS 1,0;Lastx 1680 PRINT Text$[I;1]&CHR$(133)&" "&CHR$(128) 1690 WAIT MIN(.07,RND.07) 1700 BEEP 1000,.00001 1710 NEXT I 1720 CONTROL 1,1;Y 1730 CONTROL 1,0;Lastx+1 1740 PRINT " " 1750 BEEP 1000,.00001 1760 CONTROL 1,1;Y+1 1770 PRINT CHR$(133);" ";CHR$(128) 1780 CONTROL 1,1;Y+1 1790 WAIT .5 1800 CONTROL 1,1;Y+1 1810 PRINT CHR$(128);" " 1820 CONTROL 1,1;Y+1 1830 SUBEND 1840 SUB Resetconsole(Console$()) 1850 FOR I=0 TO 11 1860 Console$(I)="" 1870 NEXT I 1880 Console$(12)=">Ready." 1890 CALL Showconsole(Console$()) 1900 SUBEND 1910 DEF FNGarbage$(INTEGER Numchars) 1920 DIM Garbage$[80],Garbagechars$[80] 1930 Garbagechars$="!@#$%^&()[]{};:',<>/?................" 1940 FOR I=1 TO Numchars 1950 Index=INT(RND(LEN(Garbagechars$))+1) 1960 Garbage$[I;1]=Garbagechars$[Index;1] 1970 NEXT I 1980 RETURN Garbage$ 1990 FNEND 2000 SUB Terminal(Password$) 2010 CLEAR SCREEN 2020 PRINT "ROBCO INDUSTRIES (TM) TERMLINK PROTOCOL" 2030 PRINT ">" 2040 CONTROL 1,1;2 2050 CALL Typeprint(">LOGIN ROOT") 2060 WAIT .25 2070 PRINT "ENTER PASSWORD NOW" 2080 WAIT .5 2090 PRINT ">" 2100 CONTROL 1,1;4 2110 CALL Typeprint(">"&RPT$("*",LEN(Password$))) 2120 BEEP 2130 WAIT 1 2140 CALL Terminalhome 2150 SUBEND 2160 SUB Terminalmail 2170 CLEAR SCREEN 2180 PRINT "ROBCO INDUSTRIES UNIFIED OPERATING SYSTEM" 2190 PRINT " COPYRIGHT 2075-2077 ROBCO INDUSTRIES" 2200 PRINT " -Server 9-" 2210 PRINT "" 2220 PRINT "RE: Strange Network Activity" 2230 PRINT "____________________________" 2240 PRINT "" 2250 PRINT "I need you to look into some strange activity that has recently cropped up" 2260 PRINT "on the termlinks this week. Several systems have been observed to have" 2270 PRINT "halted or started up in maintenance mode. Do we have any scheduled" 2280 PRINT "maintenance this week?" 2290 PRINT "" 2300 PRINT "I'm sure it's probably nothing, but better to be safe than sorry." 2310 PRINT "" 2320 PRINT "J. Schumacher" 2330 INPUT "Press ENTER to Continue",X 2340 SUBEND 2350 SUB Terminalhome 2360 Display: ! 2370 CLEAR SCREEN 2380 PRINT "ROBCO INDUSTRIES UNIFIED OPERATING SYSTEM" 2390 PRINT " COPYRIGHT 2075-2077 ROBCO INDUSTRIES" 2400 PRINT " -Server 9-" 2410 PRINT "" 2420 PRINT "1> Remote Mail" 2430 PRINT "2> Disable Security" 2440 PRINT "3> Unlock Safe" 2450 PRINT "4> Logout" 2460 PRINT "" 2470 INPUT ">",Selection 2480 SELECT Selection 2490 CASE 1 2500 CALL Terminalmail 2510 CASE 2 2520 PRINT "SECURITY PROTOCOL DEACTIVATED" 2530 INPUT "Press ENTER to Continue",X 2540 CASE 3 2550 BEEP 10000,.0001 2560 BEEP 10000,.0001 2570 PRINT "SAFE UNLOCKED" 2580 INPUT "Press ENTER to Continue",X 2590 CASE 4 2600 CLEAR SCREEN 2610 PRINT "User ROOT Session Ended" 2620 CONTROL 1,12;0 2630 STOP 2640 CASE ELSE 2650 DISP "Not a valid selection" 2660 BEEP 100,.25 2670 WAIT .5 2680 END SELECT 2690 GOTO Display 2700 SUBEND
0 CLEAR500:DIMCC,CA,RV,T,M$,MC:MC=16384:RV=64:GOTO60 5 CA=(PEEK(384)AND1)256+PEEK(385):PRINTM$;:CC=((PEEK(384)AND1)256+PEEK(385))-1 6 FORT=CA+MCTOCC+MC:POKET,PEEK(T)-RV:NEXT:RETURN 10 REM THE KILLER SATELLITE 20 REM VERSION 1.1 30 REM 15/8/83 40 REM BY N. S. EDWARDS 50 REM INITIAL DISPLAY 60 CLS0:FOR T=1 TO 15:SET(RND(64)-1,RND(32)-1,5):NEXT:PRINT@262,"the"CHR$(128)"killer"CHR$(128)"satellite"; 70 PRINT@340,CHR$(249);:PRINT@373,CHR$(175);:PRINT@404,CHR$(246); 80 REM SET UP STRINGS 90 FOR T=1 TO 5:SH$=SH$+CHR$(183)+CHR$(187)+CHR$(128):NEXT 100 FOR T=1 TO 7:B$=B$+CHR$(143+16T):NEXT 110 PRINT@365,B$; 120 FOR CA=1 TO 2:FOR T=1 TO 8:SOUND50,1:SOUND75,1:NEXT:NEXT 130 CLS:PRINT"A SATELLITE ORBITING FAR ABOVE" 131 PRINT"THE EARTH HAS MALFUNCTIONED." 132 PRINT"IT HAS BEGUN SENDING DANGEROUS" 135 PRINT"COSMIC RAYS TOWARDS THE EARTH." 136 PRINT"YOU MUST PROTECT THE EARTH" 137 PRINT"FROM THE COSMIC RAYS BY MATCHING"; 138 PRINT"THE COLOURS OF THE APPROACHING" 140 PRINT"RAYS WITH YOUR SHIELD UNTIL THE" 141 PRINT"SATELLITE RUNS OUT OF POWER" 142 PRINT"(11 ROUNDS).":PRINT 143 PRINT "TO DO THIS USE THE <SPACE BAR>.":PRINT" BE WARNED THE RAYS TRAVEL AT EVER INCREASING SPEEDS. " 155 PRINT@484,"PRESS <ENTER> TO BEGIN"; 160 T=-1 170 IF INKEY$<>"" THEN200 171 IF T THEN POKE49151,64 172 IF NOT(T) THEN SOUNDRND(10),1 180 T=NOT(T):GOTO 170 190 REM INITIALIZE VARIABLES 200 CLS0:X=270:S=110:SH=3:E=1:S1=0:M=0:R=0 210 GOTO500 220 REM CONTROL LOOP 230 GOSUB 430 240 REM FIND COLOUR MATCH 250 F=0 260 FORJ=1TOLEN(Q$):ON1-(MID$(Q$,J,1)=D$)GOTO261,270 261 NEXT:F=0:GOTO290 270 F=J:A$=LEFT$(A$,J-1)+MID$(A$,J+1) 280 X=X+1:M=M+10:E=E-1 290 Q$=MID$(A$,1,E) 300 REM UPDATE DISPLAY 310 PRINT@X,Q$;:PRINT@463,"";:M$=STR$(M):GOSUB5 320 SOUND100,1 330 REM CHECK FOR WIN 340 IF LEFT$(A$,1)=CHR$(128) THEN M=M+100R:GOTO 500 350 GOSUB 430 360 REM CHECK FOR LOSS 370 X=X-1:E=E+1:IF X=<259 THEN M=M-400:GOSUB580:GOTO500 380 GOSUB 430 390 GOTO230 400 REM END CONTROL LOOP 410 REM 420 REM CHANGE SHIP COLOUR 430 FOR V=1 TO G 440 IF PEEK(2) AND PEEK(383)=32 THEN C=C+1:IF C>7 THEN C=1 450 D$=CHR$(143+16C):PRINT@258,D$; 460 FOR I=1 TO SV1.33:NEXT 470 NEXT V 480 RETURN 490 REM NEXT LEVEL 500 R=R+1:S1=S1+1:IF R>11 THEN 720 501 CLS0:FOR Z=1 TO 10:X1=RND(64)-1:Y1=RND(32)-1:SET(X1,Y1,5):NEXT 510 IF S1>=5 THEN S1=2:SH=SH+1:IF SH>5 THEN SH=5 520 PRINT@244,CHR$(249);:PRINT@277,CHR$(175);:PRINT@308,CHR$(246); 530 PRINT@457,"";:M$="SCORE "+STR$(M):GOSUB5:PRINT@11,"";:M$="ROUND "+STR$(R):GOSUB5:X=275:E=1:S=S-10:A$="" 531 FORT=1TO40:A$=A$+CHR$(RND(7)16+143):NEXT:A$=A$+"€€€€€€€€€€€€€€€€€€€€" 540 IF R<5 THEN PRINT@480,B$;:G=2:SV=S/2-5:GOTO550 541 G=1:SV=S 550 REM PRINT SHIPS LEFT 560 PRINT@496+(5-SH)3,LEFT$(SH$,3SH);:GOTO 230 570 REM SHIP DESTROYED 580 FORZ=1TO10:PRINT@258,CHR$(RND(7)16+RND(14)+128);:SOUND120-Z*10,1:FORZZ=1TO60:NEXT:NEXT:SH=SH-1:S=S+10:R=R-1:S1=S1-1 590 IF SH<1 THEN 610 591 RETURN 600 REM YOU LOST 610 CLS0:PRINT@96,"all"CHR$(128)"your"CHR$(128)"ships"CHR$(128)"were"CHR$(128)"destroyed"; 611 PRINT@128,"before"CHR$(128)"the"CHR$(128); 615 PRINT"satellite"CHR$(128)"ceased"CHR$(128)"to";:PRINT@160,"function";:PRINT@230,"earth"CHR$(128)"was"CHR$(128)"destroyed"; 620 A=359 630 REM FINAL SCORE 640 PRINT@A,"your"CHR$(128)"score"CHR$(128);:M$=STR$(M):GOSUB5 650 REM NEXT GAME 660 PRINT@500,"continued"; 670 Q$=INKEY$ 680 IF INKEY$="" THEN 680 690 CLS0:PRINT@106,"";:M$="ANOTHER GAME?":GOSUB5 700 Q$=INKEY$:IF Q$="" THEN 700 701 IF Q$="Y" THEN 200 702 IF Q$="N" THEN END 703 GOTO700 710 REM YOU'VE WON 720 CLS0:PRINT@170, "congratulations" ;:PRINT@234,"earth"CHR$(128)"was"CHR$(128)"saved";:A=361:GOTO640
10 REM TEST IF WITH NUMERIC 20 A = 10 50 IF A THEN 80 60 PRINT "FAILURE" 70 GOTO 99 80 PRINT "SUCCESS" 99 END
100 'Version221:Date2020.06.22:Ver20191227より改変 110 'Version223:Date2020.06.23:Ver20191227より改変 120 'Version224:Date2020.06.24:Ver20191227より改変 130 'Version225:Date2020.06.25:Ver20191227より改変 140 'Version226:Date2020.06.26:Ver20191227より改変 150 'Version227:Date2020.06.27:Ver20191227より改変 160 'Version228:Date2020.06.29:Ver20191227より改変 170 'Version229:Date2020.06.30:ver20191227より改変 180 'Version230:Date2020.07.02:Ver20191227より改変 190 'Version231:Date2020.07.03:Ver20191227より改変 200 'Version232:Date2020.07.04:Ver20191227より改変 210 'Version233:Date2020.07.12:Ver20191227より改変 220 'Version234:Date2020.07.13:Ver20191227より改変 230 'Version235:Date2020.07.15:Ver20191227より改変 240 'Version235_02:Date:2020.11.02:Version235表示不具合修正 250 'Version23601:Date:2020.11.04:Ver202009より改変 260 'Version23602:Date:2020.11.06:Ver202009より改変 270 '初期設定項目 280 'メモリー定義文字データー3倍 ,数値データー2倍 290 clear 3.04000,2.0100000 300 counts=0 310 dim buf_namearray$(10),name_array$(10),buf_namearray2$(10),name_array2$(10),buf_lines$(310),buffLines$(20),count$(10),count1$(10),count2$(10) 320 '性別の選択用変数 330 dim sex_type$(2) 340 '相性占い　設定項目ここから 350 count=0:N=0:n=0 360 dim buffer_Aisyou_type$(10,10) 370 dim buffer_Kaimei_data_name$(10) 380 '総数を出す変数改名チェック変数 390 'dim buffer_total$ 400 '1.理解し合える最良のカップル 410 dim buf_good_couple1(20) 420 dim buf_good_couple2(20) 430 '2.互いに自然体でつきあえるカップル 440 dim buf_natural_couple1(20) 450 dim buf_natural_couple2(20) 460 '3.男性にとって居心地の良い相性 470 dim buf_good_for_man1(20) 480 dim buf_good_for_man2(20) 490 '4.女性にとって居心地の良い相性 500 dim buf_good_for_woman1(20) 510 dim buf_good_for_woman2(20) 520 '5.恋愛経験を重ねた後なら愛を育める 530 dim short_of_experience1(20) 540 dim short_of_experience2(20) 550 '6.結婚への発展が困難なカップル 560 dim buf_difficult_for_couple1(20) 570 dim buf_difficult_for_couple2(20) 580 '7.愛し方にズレが出てくる二人 590 dim buf_difference_of_love1(20) 600 dim buf_difference_of_love2(20) 610 '相性占い　設定項目　ここまで 620 '8.互いの価値観が噛み合わない相性ここから 630 dim buf_difference_of_KachiKan1(20) 640 dim buf_difference_of_KachiKan2(20) 650 '8.互いに価値観が噛み合わない相性ここまで 660 '相性診断　相性パターン結果　ここから 670 dim Result_Aisyou_type$(8) 680 '相性診断相性パターン結果ここまで 690 '2019/04/07 姓名判断アプリ作成開始 700 '姓名判断　名前の総数での吉凶を調べる 710 buf_count=0:buffer_count=0:count=0:buffer=0 720 '合計文字数 730 totalmoji=0 740 dim buf_Input_data$(10),buf_Input_data2$(10) 750 dim bufer_name$(10),bufer_name2$(10) 760 dim buf_Input_name$(10),buf_Input_name2$(10) 770 '定数文字1画〜24画 780 Moji_1=29:Moji_2=79:Moji_3=100:Moji_4=113:Moji_5=135:Moji_6=177:Moji_7=191:Moji_8=287:Moji_9=275:Moji_10=291:Moji_11=297:Moji_12=196:Moji_13=230:Moji_14=156:Moji_15=151:Moji_16=107:Moji_17=63:Moji_18=25:Moji_19=17:Moji_20=13:Moji_21=6:Moji_22=4:Moji_23=3:Moji_24=3 790 Moji_total=Moji_1+Moji_2+Moji_3+Moji_4+Moji_5+Moji_6+Moji_7+Moji_8+Moji_9+Moji_10+Moji_11+Moji_12+Moji_13+Moji_14+Moji_15+Moji_16+Moji_17+Moji_18+Moji_19+Moji_20+Moji_21+Moji_22+Moji_23+Moji_24 800 '1画 810 Moji_Min_1=1:Moji_Max_1=Moji_1+1: 820 '2画 830 Moji_Min_2=(Moji_1)+2:Moji_Max_2=Moji_1+Moji_2+2 840 '3画 850 Moji_Min_3 =(Moji_1) + (Moji_2) + 3:Moji_Max_3 =Moji_1 + Moji_2 + Moji_3+3 860 '4画 870 Moji_Min_4 = (Moji_3) + Moji_2 + Moji_1 + 4:Moji_Max_4=Moji_1+Moji_2 + Moji_3 + Moji_4 + 4 880 '5画 890 Moji_Min_5 = (Moji_1 + Moji_2 + Moji_3 + Moji_4) + 5:Moji_Max_5 = (Moji_1 + Moji_2 + Moji_3 + Moji_4 + Moji_5)+5 900 '6画 910 Moji_Min_6 = (Moji_1+Moji_2+Moji_3+Moji_4+Moji_5)+6:Moji_Max_6=(Moji_1 + Moji_2 + Moji_3 + Moji_4 + Moji_5 + Moji_6)+6 920 '7画 930 Moji_Min_7 = (Moji_1 + Moji_2 + Moji_3 + Moji_4 + Moji_5 + Moji_6) + 7:Moji_Max_7 = (Moji_1 + Moji_2 + Moji_3 + Moji_4 + Moji_5 + Moji_6 + Moji_7) + 7 940 '8画 950 Moji_Min_8 = Moji_1+Moji_2+Moji_3+Moji_4+Moji_5+Moji_6+Moji_7+8:Moji_Max_8=(Moji_1 + Moji_2 + Moji_3 + Moji_4 + Moji_5 + Moji_6 + Moji_7 + Moji_8)+8 960 '9画 970 Moji_Min_9 = Moji_1 + Moji_2 + Moji_3 + Moji_4 + Moji_5 + Moji_6 + Moji_7 + Moji_8 + 9:Moji_Max_9 = Moji_1 + Moji_2 + Moji_3 + Moji_4 + Moji_5 + Moji_6 + Moji_7 + Moji_8 + Moji_9 + 9 980 '10画 990 Moji_Min_10 = (Moji_1+Moji_2+Moji_3+Moji_4+Moji_5+Moji_6+Moji_7+Moji_8+Moji_9)+10:Moji_Max_10=(Moji_1+Moji_2+Moji_3+Moji_4+Moji_5+Moji_6+Moji_7+Moji_8+Moji_9+Moji_10)+10 1000 '11画 1010 Moji_Min_11 = (Moji_1+Moji_2+Moji_3+Moji_4 + Moji_5 + Moji_6 + Moji_7 + Moji_8 + Moji_9 + Moji_10)+11:Moji_Max_11=(Moji_1 + Moji_2 + Moji_3 + Moji_4 + Moji_5 + Moji_6 + Moji_7 + Moji_8 + Moji_9 + Moji_10 + Moji_11)+11 1020 '12画 1030 Moji_Min_12 = (Moji_1+Moji_2+Moji_3+Moji_4+Moji_5+Moji_6+Moji_7+Moji_8+Moji_9+Moji_10+Moji_11)+12:Moji_Max_12=Moji_1+Moji_2+Moji_3+Moji_4+Moji_5+Moji_6+Moji_7+Moji_8+Moji_9+Moji_10+Moji_11+Moji_12+12 1040 '13画 1050 Moji_Min_13=(Moji_1+Moji_2+Moji_3+Moji_4+Moji_5+Moji_6+Moji_7+Moji_8+Moji_9+Moji_10+Moji_11+Moji_12)+13:Moji_Max_13=(Moji_1+Moji_2+Moji_3+Moji_4+Moji_5+Moji_6+Moji_7+Moji_8+Moji_9+Moji_10+Moji_11+Moji_12+Moji_13)+13 1060 '14画 1070 Moji_Min_14 =(Moji_1+Moji_2+Moji_3+Moji_4+Moji_5+Moji_6+Moji_7+Moji_8+Moji_9+Moji_10+Moji_11+Moji_12+Moji_13)+14:Moji_Max_14=(Moji_1+Moji_2+Moji_3+Moji_4+Moji_5+Moji_6+Moji_7+Moji_8+Moji_9+Moji_10+Moji_11+Moji_12+Moji_13+Moji_14)+14 1080 '15画 1090 Moji_Min_15 = (Moji_1+Moji_2+Moji_3+Moji_4+Moji_5+Moji_6+Moji_7+Moji_8+Moji_9+Moji_10+Moji_11+Moji_12+Moji_13+Moji_14)+15:Moji_Max_15=(Moji_1 + Moji_2 + Moji_3 + Moji_4 + Moji_5 + Moji_6+ Moji_7 + Moji_8 + Moji_9+ Moji_10 + Moji_11 + Moji_12+Moji_13+Moji_14+Moji_15)+15 1100 '16画 1110 Moji_Min_16 = (Moji_1+Moji_2+Moji_3+Moji_4+Moji_5+Moji_6+Moji_7+Moji_8+Moji_9+Moji_10+Moji_11+Moji_12+Moji_13+Moji_14+Moji_15)+16:Moji_Max_16=Moji_1 + Moji_2 + Moji_3 + Moji_4 + Moji_5 + Moji_6 + Moji_7 + Moji_8 + Moji_9 + Moji_10 + Moji_11+Moji_12+Moji_13+Moji_14+Moji_15+Moji_16+16 1120 '17画 1130 Moji_Min_17 = (Moji_1+Moji_2+Moji_3+Moji_4+Moji_5+Moji_6+Moji_7+Moji_8+Moji_9+Moji_10+Moji_11+Moji_12+Moji_13+Moji_14+Moji_15+Moji_16) + 17:Moji_Max_17 = Moji_1 + Moji_2 + Moji_3 + Moji_4+Moji_5 + Moji_6 + Moji_7+Moji_8 + Moji_9 + Moji_10 + Moji_11 + Moji_12 + Moji_13 + Moji_14 + Moji_15+Moji_16+Moji_17+17 1140 '18画 1150 Moji_Min_18 = (Moji_1+Moji_2+Moji_3+Moji_4+Moji_5+Moji_6+Moji_7+Moji_8+Moji_9+Moji_10+Moji_11+Moji_12+Moji_13+Moji_14+Moji_15+Moji_16+Moji_17)+18:Moji_Max_18 = (Moji_1+Moji_2+Moji_3+Moji_4+Moji_5+Moji_6+Moji_7+Moji_8+Moji_9+Moji_10+Moji_11+Moji_12+Moji_13+Moji_14+Moji_15+Moji_16+Moji_17+Moji_18)+18 1160 '19画 1170 Moji_Min_19=(Moji_1+Moji_2+Moji_3+Moji_4+Moji_5+Moji_6+Moji_7+Moji_8+Moji_9+Moji_10+Moji_11+Moji_12+Moji_13+Moji_14+Moji_15+Moji_16+Moji_17+Moji_18)+19:Moji_Max_19=(Moji_1+Moji_2+Moji_3+Moji_4+Moji_5+Moji_6+Moji_7+Moji_8+Moji_9+Moji_10+Moji_11+Moji_12+Moji_13+Moji_14+Moji_15+Moji_16+Moji_17+Moji_18+Moji_19)+19 1180 '20画 1190 Moji_Min_20=(Moji_1+Moji_2+Moji_3+Moji_4+Moji_5+Moji_6+Moji_7+Moji_8+Moji_9+Moji_10+Moji_11+Moji_12+Moji_13+Moji_14+Moji_15+Moji_16+Moji_17+Moji_18+Moji_19)+20:Moji_Max_20=Moji_1+Moji_2+Moji_3+Moji_4+Moji_5+Moji_6+Moji_7+Moji_8+Moji_9+Moji_10+Moji_11+Moji_12+Moji_13+Moji_14+Moji_15+Moji_16+Moji_17+Moji_18+Moji_19+Moji_20+20 1200 '21画 1210 Moji_Min_21=(Moji_1+Moji_2+Moji_3+Moji_4+Moji_5+Moji_6+Moji_7+Moji_8+Moji_9+Moji_10+Moji_11+Moji_12+Moji_13+Moji_14+Moji_15+Moji_16+Moji_17+Moji_18+Moji_19+Moji_20)+21:Moji_Max_21=(Moji_1+Moji_2+Moji_3+Moji_4+Moji_5+Moji_6+Moji_7+Moji_8+Moji_9+Moji_10+Moji_11+Moji_12+Moji_13+Moji_14+Moji_15+Moji_16+Moji_17+Moji_18+Moji_19+Moji_20+Moji_21)+21 1220 '22画 1230 Moji_Min_22=(Moji_1+Moji_2+Moji_3+Moji_4+Moji_5+Moji_6+Moji_7+Moji_8+Moji_9+Moji_10+Moji_11+Moji_12+Moji_13+Moji_14+Moji_15+Moji_16+Moji_17+Moji_18+Moji_19+Moji_20+Moji_21)+22:Moji_Max_22=Moji_1+Moji_2+Moji_3+Moji_4+Moji_5+Moji_6+Moji_7+Moji_8+Moji_9+Moji_10+Moji_11+Moji_12+Moji_13+Moji_14+Moji_15+Moji_16+Moji_17+Moji_18+Moji_19+Moji_20+Moji_21+Moji_22+22 1240 '23画 1250 Moji_Min_23=(Moji_1+Moji_2+Moji_3+Moji_4+Moji_5+Moji_6+Moji_7+Moji_8+Moji_9+Moji_10+Moji_11+Moji_12+Moji_13+Moji_14+Moji_15+Moji_16+Moji_17+Moji_18+Moji_19+Moji_20+Moji_21+Moji_22):Moji_Max_23=(Moji_1+Moji_2+Moji_3+Moji_4+Moji_5+Moji_6+Moji_7+Moji_8+Moji_9+Moji_10+Moji_11+Moji_12+Moji_13+Moji_14+Moji_15+Moji_16+Moji_17+Moji_18+Moji_19+Moji_20+Moji_21+Moji_22+Moji_23) 1260 '24画 1270 Moji_Min_24=(Moji_1+Moji_2+Moji_3+Moji_4+Moji_5+Moji_6+Moji_7+Moji_8+Moji_9+Moji_10+Moji_11+Moji_12+Moji_13+Moji_14+Moji_15+Moji_16+Moji_17+Moji_18+Moji_19+Moji_20+Moji_21+Moji_22+Moji_23)+24:Moji_Max_24=(Moji_1+Moji_2+Moji_3+Moji_4+Moji_5+Moji_6+Moji_7+Moji_8+Moji_9+Moji_10+Moji_11+Moji_12+Moji_13+Moji_14+Moji_15+Moji_16+Moji_17+Moji_18+Moji_19+Moji_20+Moji_21+Moji_22+Moji_23+Moji_24)+24 1280 dim Moji_data$(Moji_total+24) 1290 'dim bufmoji$(10),Input_data$(10) 1300 '１画の文字サイズ:21+2(漢字) 1310 dim buf_char_hiragana1$(Moji_1) 1320 '2画の文字サイズ 58+14=72(漢字) 1330 dim buf_char_hiragana2$(Moji_2) 1340 '3画の文字サイズ:48+29=77(漢字) 1350 dim buf_char_hiragana3$(Moji_3) 1360 '4画の文字サイズ:29+51=80(漢字) 1370 dim buf_char_hiragana4$(Moji_4) 1380 '５画の文字サイズ:18+59=77(漢字) 1390 dim buf_char_hiragana5$(Moji_5) 1400 '6画の文字サイズ:79(漢字) 1410 dim buf_char_hiragana6$(Moji_6) 1420 '7画の文字サイズ:88(漢字) 1430 dim buf_char_hiragana7$(Moji_7) 1440 '8画の文字 1450 dim buf_char_hiragana8$(Moji_8) 1460 '9画の文字 1470 dim buf_char_hiragana9$(Moji_9) 1480 '10画の文字 98文字 1490 dim buf_char_hiragana10$(Moji_10) 1500 '11画の文字 1510 dim buf_char_hiragana11$(Moji_11) 1520 '12画の文字 1530 dim buf_char_hiragana12$(Moji_12) 1540 '13画の文字 81文字 1550 dim buf_char_hiragana13$(Moji_13) 1560 '14画の文字 1570 dim buf_char_hiragana14$(Moji_14) 1580 '15画の文字 1590 dim buf_char_hiragana15$(Moji_15) 1600 '16画の文字 1610 dim buf_char_hiragana16$(Moji_16) 1620 '17画の文字 1630 dim buf_char_hiragana17$(Moji_17) 1640 '18画の文字 1650 dim buf_char_hiragana18$(Moji_18) 1660 '19画の文字 1670 dim buf_char_hiragana19$(Moji_19) 1680 '20画の文字 1690 dim buf_char_hiragana20$(Moji_20) 1700 '21画の文字 1710 dim buf_char_hiragana21$(Moji_21) 1720 '22画の文字 1730 dim buf_char_hiragana22$(Moji_22) 1740 '23画の文字 1750 dim buf_char_hiragana23$(Moji_23) 1760 '24画の文字 1770 dim buf_char_hiragana24$(Moji_24) 1780 '結果表示1　吉凶データー 81パターン 1790 dim buf_Kikkyo$(81) 1800 '結果表示２ 1810 '安斎流姓名判断吉凶 1.地運 1820 dim buf_Kikkyo_Anzai_chiunn$(70) 1830 '安斎流姓名判断　　吉凶 2.人運 1840 dim buf_Kikkyo_Anzai_jinunn$(69) 1850 '安斎流姓名判断吉凶 3.外運 1860 'dim buf_Kikkyo_Anzai_gaiunn$(70) 1870 '安斎流姓名判断吉凶　　4.総運 1880 dim buf_Kikkyo_Anzai_total$(80) 1890 'データー読み込み　ここから 1900 'データー読み込み　1.ひらがな 1910 '1画の文字 6文字 23文字 1920 open "config/Kanji_data/Mojidata.dat" for input as #1 1930 '全ファイルを読み込む 1940 j=0: 1950 for i = 1 to ((Moji_total + 24)-1) 1960 input #1,Moji_data$(i-1) 1970 next i 1980 close #1 1990 '全ファイル読み込み　ここまで 2000 for n=1 to (Moji_1)-1 2010 '1画の文字にデーターをコピーする 2020 buf_char_hiragana1$(n-1) = Moji_data$(n+1) 2030 next n 2040 '2画の文字 73文字 2050 for i = Moji_Min_2 to (Moji_Max_2)-1 2060 buf_char_hiragana2$(i-Moji_Min_2)=Moji_data$(i+1) 2070 next i 2080 '3文字の文字 77文字 2090 for i = Moji_Min_3 to (Moji_Max_3)-1 2100 buf_char_hiragana3$(i-(Moji_Min_3)) = Moji_data$(i+1) 2110 next i 2120 '4文字の文字 80文字 2130 for i = (Moji_Min_4) to (Moji_Max_4)-1 2140 buf_char_hiragana4$(i-Moji_Min_4)=Moji_data$(i+1) 2150 next i 2160 '5文字の文字 77文字 2170 for i = Moji_Min_5 to (Moji_Max_5) - 1 2180 buf_char_hiragana5$(i - Moji_Min_5)=Moji_data$(i+1) 2190 next i 2200 '6文字の文字 79文字 2210 for i = Moji_Min_6 to Moji_Max_6 2220 buf_char_hiragana6$(i-Moji_Min_6) = Moji_data$(i+1) 2230 next i 2240 '7文字の文字 170文字 2250 for i = Moji_Min_7 to Moji_Max_7 2260 buf_char_hiragana7$(i-Moji_Min_7)= Moji_data$(i+1) 2270 next i 2280 '8画の文字 120文字 2290 for i = Moji_Min_8 to Moji_Max_8 2300 buf_char_hiragana8$(i - Moji_Min_8)=Moji_data$(i+1) 2310 next i 2320 '9画の文字 103文字 2330 for i = Moji_Min_9 to Moji_Max_9 2340 buf_char_hiragana9$(i - Moji_Min_9)=Moji_data$(i+1) 2350 next i 2360 '10画の文字 285文字 2370 for i = Moji_Min_10 to (Moji_Max_10) 2380 buf_char_hiragana10$(i-Moji_Min_10)=Moji_data$(i+1) 2390 next i 2400 '11画の文字 2410 for i = Moji_Min_11 to Moji_Max_11 2420 buf_char_hiragana11$(i-Moji_Min_11)=Moji_data$(i+1) 2430 next i 2440 '12画の文字 2450 for i = Moji_Min_12 to (Moji_Max_12) 2460 buf_char_hiragana12$(i-Moji_Min_12)=Moji_data$(i+1) 2470 next i 2480 '13画の文字 81 2490 for i = Moji_Min_13 to (Moji_Max_13) 2500 buf_char_hiragana13$(i-Moji_Min_13)=Moji_data$(i+1) 2510 next i 2520 '14画の文字 66 2530 for i = Moji_Min_14 to Moji_Max_14 2540 buf_char_hiragana14$(i-Moji_Min_14)=Moji_data$(i+1) 2550 next i 2560 '15画の文字 59 2570 'for i = Moji_Min_15 to (Moji_Max_15) - 1 2580 for i=Moji_Min_15 to Moji_Max_15 2590 buf_char_hiragana15$(i-Moji_Min_15)=Moji_data$(i+1) 2600 next i 2610 '16画の文字 44 2620 for i=Moji_Min_16 to Moji_Max_16 2630 buf_char_hiragana16$(i-Moji_Min_16)=Moji_data$(i+1) 2640 next i 2650 '17画の文字 2660 for i = Moji_Min_17 to Moji_Max_17 2670 buf_char_hiragana17$(i-Moji_Min_17)=Moji_data$(i+1) 2680 next i 2690 '18画の文字 2700 for i = Moji_Min_18 to Moji_Max_18 2710 buf_char_hiragana18$(i-Moji_Min_18)=Moji_data$(i+1) 2720 next i 2730 '19画の文字 17文字 2740 for i = Moji_Min_19 to Moji_Max_19 2750 buf_char_hiragana19$(i-Moji_Min_19)=Moji_data$(i+1) 2760 next i 2770 '20 画の文字 13文字 2780 for i = Moji_Min_20 to Moji_Max_20 2790 buf_char_hiragana20$(i-Moji_Min_20)=Moji_data$(i+1) 2800 NEXT i 2810 '21画の文字 6 2820 for i = Moji_Min_21 to Moji_Max_21 2830 buf_char_hiragana21$(i-Moji_Min_21)=Moji_data$(i+1) 2840 next i 2850 '22 画の文字 4 2860 for i = Moji_Min_22 to Moji_Max_22 2870 buf_char_hiragana22$(i-Moji_Min_22)=Moji_data$(i+1) 2880 next i 2890 '23画の文字 3文字 2900 for i = Moji_Min_23 to Moji_Max_23 2910 buf_char_hiragana23$(i-Moji_Min_23)=Moji_data$(i+1) 2920 next i 2930 '24画の文字 3文字 2940 for i = Moji_Min_24 to Moji_Max_24-1 2950 buf_char_hiragana24$(i-Moji_Min_24)=Moji_data$(i+1) 2960 next i 2970 '吉凶データー読み込み 2980 open "config/Kikkyo_data/Kikkyo_data.dat" for input as #1 2990 for i=0 to 80 3000 input #1,buf_Kikkyo$(i) 3010 next i 3020 close #1 3030 open "config/Anzai_Kikkyo/Anzai_Kikkyo_chiunn.dat" for input as #1 3040 for m=0 to 69 3050 input #1,buf_Kikkyo_Anzai_chiunn$(m) 3060 next m 3070 close #1 3080 open "config/Anzai_Kikkyo/Anzai_Kikkyo_jinunn.dat" for input as #1 3090 for i=1 to 70 3100 input #1,buf_Kikkyo_Anzai_jinunn$(i-1) 3110 next i 3120 close #1 3130 open "config/Anzai_Kikkyo/Anzai_Kikkyo_Total.dat" for input as #1 3140 for i=0 to 79 3150 input #1,buf_Kikkyo_Anzai_total$(i) 3160 next i 3170 close #1 3180 restore 4010 3190 for i=0 to 19 3200 ' for j=0 to 11 3210 read buf_good_couple1(i) 3220 ' next j 3230 next i 3240 restore 4020 3250 for j=0 to 19 3260 read buf_good_couple2(j) 3270 next j 3280 '0.理解し合えるカップルここまで 3290 '1.互いに自然体でつきあえる二人　ここから 3300 restore 4050 3310 for i=0 to 19 3320 read buf_natural_couple1(i) 3330 next i 3340 restore 4060 3350 for j=0 to 19 3360 read buf_natural_couple2(j) 3370 next j 3380 '1.互いに自然体でつきあえる二人　ここまで 3390 '2 ここから 3400 restore 4090 3410 for i=0 to 19 3420 read buf_good_for_man1(i) 3430 next i 3440 restore 4100 3450 for j=0 to 19 3460 read buf_good_for_man2(j) 3470 next j 3480 '2 ここまで 3490 '3 ここから 3500 restore 4130 3510 for i=0 to 19 3520 read buf_good_for_woman1(i) 3530 next i 3540 restore 4140 3550 for j=0 to 19 3560 read buf_good_for_woman2(j) 3570 next j 3580 '3 ここまで 3590 '4 ここから 3600 restore 4170 3610 for i=0 to 19 3620 read short_of_experience1(i) 3630 next i 3640 restore 4180 3650 for j=0 to 19 3660 read short_of_experience2(j) 3670 next j 3680 '4 ここまで 3690 '5.結婚への発展が困難なカップルここから 3700 restore 4210 3710 for i=0 to 19 3720 read buf_difficult_for_couple1(i) 3730 next i 3740 restore 4220 3750 for j=0 to 19 3760 read buf_difficult_for_couple2(j) 3770 next j 3780 '5.結婚への発展が困難なカップルここまで 3790 '6.愛し方にズレが出る二人ここから 3800 restore 4250 3810 for i=0 to 19 3820 read buf_difference_of_love1(i) 3830 next i 3840 restore 4260 3850 for j=0 to 19 3860 read buf_difference_of_love2(j) 3870 next j 3880 '6.愛し方にズレが出る二人ここまで 3890 '7.互いの価値観が噛み合わない相性ここから 3900 restore 4290 3910 for i=0 to 19 3920 read buf_difference_of_KachiKan1(i) 3930 next i 3940 restore 4300 3950 for j=0 to 19 3960 read buf_difference_of_KachiKan2(j) 3970 next j 3980 '7.互いの価値観が噛み合わない相性ここまで 3990 '相性占いタイプここから 4000 restore 4340 4010 for i=0 to 7 4020 read Result_Aisyou_type$(i) 4030 next i 4040 data 1,5,6,2,5,7,3,5,8,4,6,0,-1,-1,-1,-1,-1,-1,-1,-1 4050 data 8,2,2,6,8,4,9,0,1,7,1,5,-1,-1,-1,-1,-1,-1,-1,-1 4060 '0.理解し合えるカップル　ここまで 4070 '1.互いに自然体でつきあえるカップルここから 4080 data 1,4,6,7,9,2,4,6,8,9,3,4,6,8,0,3,4,7,8,0 4090 data 6,1,6,2,6,5,4,7,7,0,2,9,8,8,3,3,0,1,0,7 4100 '1.互いに自然体でつきあえるカップル　ここまで 4110 '2.男性にとって居心地の良いカップルここから 4120 data 1,6,9,2,8,9,3,8,0,-1,-1,-1,-1,-1,-1,-1,-1,-1,-1,-1 4130 data 1,5,4,0,5,8,4,9,9,-1,-1,-1,-1,-1,-1,-1,-1,-1,-1,-1 4140 '2男性にとって居心地の良いカップルここまで 4150 '3女性にとって居心地の良いカップルここから 4160 data 1,2,6,7,1,5,6,0,2,5,7,0,-1,-1,-1,-1,-1,-1,-1,-1 4170 data 3,2,4,0,9,3,9,2,1,6,8,8,-1,-1,-1,-1,-1,-1,-1,-1 4180 '3女性にとって居心地の良いカップルここまで 4190 '4恋愛経験を重ねた後なら愛を育めるここから 4200 data 1,3,6,8,1,3,7,2,4,8,-1,-1,-1,-1,-1,-1,-1,-1,-1,-1 4210 data 7,6,3,3,0,7,5,4,5,2,-1,-1,-1,-1,-1,-1,-1,-1,-1,-1 4220 '4恋愛経験を重ねた後なら愛を育めるここまで 4230 '5.結婚への発展が困難なカップルここから 4240 data 1,4,7,2,4,9,3,7,0,-1,-1,-1,-1,-1,-1,-1,-1,-1,-1,-1 4250 data 2,3,7,3,6,3,5,6,1,-1,-1,-1,-1,-1,-1,-1,-1,-1,-1,-1 4260 '5.結婚への発展が困難なカップルここまで 4270 '6.愛し方にズレが生じる二人ここから 4280 data 1,5,9,2,5,9,3,7,0,3,8,-1,-1,-1,-1,-1,-1,-1,-1,-1 4290 data 5,4,5,7,7,7,8,9,6,0,6,-1,-1,-1,-1,-1,-1,-1,-1,-1 4300 '6.愛し方にずれが生じる二人ここまで 4310 '7.互いに価値観が噛み合わない相性　ここから 4320 data 1,4,5,9,0,2,4,6,9,2,5,7,9,3,5,8,0,-1,-1,-1 4330 data 4,2,9,1,0,8,8,0,2,9,1,3,9,1,5,4,4,-1,-1,-1 4340 '7.互いに価値観が噛み合わない相性ここまで 4350 '相性占い結果パターンここから 4360 '0 4370 data "理解し合える最良のカップル" 4380 '1 4390 data "互いに自然体でつきあえるカップル" 4400 '2 4410 data "男性にとって居心地の良い相性" 4420 '3 4430 data "女性にとって居心地の良い相性" 4440 '4 4450 data "恋愛経験を重ねた後なら愛を育める" 4460 '5 4470 data "結婚への発展が困難なカップル" 4480 '6 4490 data "愛し方にずれが生じる二人" 4500 '7 4510 data "互いの価値観が噛み合わない相性" 4520 '相性占い結果パターンここまで 4530 'メイン画面 Top画面1 4540 Main_Screen: 4550 cls 3:font 48:color rgb(255,255,255),,rgb(176,196,222) 4560 talk "番号を選んでエンターキーを押してください" 4570 'Text ,Grapgic clear:cls 3 4580 'グラフィック領域　ここから 4590 line (0,0)-(870,60),rgb(0,0,255),bf 4600 pen 5:line(0,0)-(867,57),rgb(255,255,255),b 4610 line (0,60)-(870,460),rgb(127,255,212),bf 4620 pen 5:line(0,63)-(873,462),rgb(0,0,0),b 4630 line (0,457)-(873,637),rgb(0,255,0),bf 4640 pen 5:line(0,463)-(874,640),rgb(255,0,255),b 4650 'グラフィック領域ここまで 4660 'touch(0):x=touch(4) 4670 print"◎姓名判断　メイン画面"+chr$(13) 4680 '文字色:黒 4690 color rgb(255,0,255) 4700 print"1.姓名判断"+chr$(13) 4710 print"2.姓名判断の設定"+chr$(13) 4720 print"3.ヘルプ"+chr$(13) 4730 print"4.プログラムの終了"+chr$(13) 4740 'x=touch(4) 4750 'print"7.プログラム終了"+chr$(13) 4760 '文字:黒 4770 color rgb(0,0,0) 4780 print"番号を選んでください"+chr$(13) 4790 Input"番号:",selectNo 4800 if selectNo = 1 then goto SeimeiHandan_Top: 4810 if selectNo = 2 then goto Menu2_Setting: 4820 if selectNo = 3 then goto Menu2_Help: 4830 if selectNo = 4 then talk"終了します":cls 3:end 4840 if selectNo > 4 or selectNo=0 then goto Main_Screen: 4850 if str$(selectNo)="" then goto Main_Screen: 4860 '1.姓名判断トップ画面 4870 screen 1,1 4880 'タイトル文字:白 4890 font 48:color rgb(255,255,255),,rgb(176,196,222) 4900 talk "姓名判断トップメニューです。姓名判断の種類の番号を選んでエンターキーを押してください" 4910 'グラフィック描画領域　ここから 4920 SeimeiHandan_Top: 4930 cls 3 4940 '1.Title:青 4950 line (0,0)-(870,60),rgb(0,0,255),bf 4960 pen 5:line (0,3)-(873,63),rgb(255,255,255),b 4970 line (0,60)-(870,360),rgb(127,255,212),bf 4980 pen 5:LINE (0,63)-(873,363),rgb(255,0,255),b 4990 line (0,360)-(870,520),rgb(0,255,0),bf 5000 pen 5:line (0,363)-(873,523),rgb(0,0,0),b 5010 'グラフィック描画領域ここまで 5020 color rgb(255,255,255) 5030 print"◎姓名判断の種類トップメニュー"+chr$(13) 5040 color rgb(255,0,255):print"1.九星姓名判断"+chr$(13) 5050 color rgb(255,0,255):print"2.安斎流姓名判断"+chr$(13) 5060 COLOR rgb(255,0,255):print"3.前の画面に戻る"+chr$(13) 5070 color rgb(0,0,0):Print"番号を選んでエンターを押してください" 5080 color rgb(0,0,0):Input"番号:",selectNo 5090 IF selectNo=1 then goto Menu1_kyusei: 5100 if selectNo=2 then goto Menu1_2_Anzai_Top: 5110 if selectNo=3 then goto Main_Screen: 5120 '１．姓名判断(九星姓名判断トップ) 5130 'グラフィック領域　ここから 5140 Menu1_kyusei: 5150 cls 3 5160 line (0,0)-(720,60),rgb(0,0,250),bf 5170 pen 5:line (0,0)-(723,63),rgb(255,255,255),b 5180 line (0,60)-(720,450),rgb(127,255,212),bf 5190 pen 5:line(0,63)-(723,453),rgb(0,0,0),b 5200 line (0,450)-(720,650),rgb(0,255,0),bf 5210 pen 5:line(0,453)-(723,653),rgb(255,0,255),b 5220 'グラフィック領域　ここまで 5230 font 48:color rgb(255,255,255),,rgb(176,196,222) 5240 talk "姓名判断トップ画面です。番号を選んでエンターキーを押してください。" 5250 cls:color rgb(255,255,255):print"◎1.姓名判断(九星姓名判断)"+chr$(13) 5260 color rgb(255,0,255):print"1.人名の吉凶を見る"+chr$(13) 5270 color rgb(255,0,255):print"2.総数で名前の吉凶を見る"+chr$(13) 5280 color rgb(255,0,255):print"3.名前の陰陽を見る"+chr$(13) 5290 color rgb(255,0,255):print"4.前の画面に戻る"+chr$(13) 5300 color rgb(0,0,0):print"番号を選んでください"+chr$(13) 5310 color rgb(0,0,0):Input"番号:",selectNo 5320 if selectNo=1 then goto Menu1_name_Kikkyo: 5330 if selectNo=2 then goto Menu1_2_Total_name: 5340 if selectNo=3 then goto Input_name_InYo: 5350 if selectNo=4 then goto Main_Screen: 5360 if selectNo > 4 or selectNo=0 then goto Menu1_kyusei: 5370 '2.姓名判断安斎流姓名判断　トップ画面 5380 '2-1名前の姓の部分を入力 5390 'グラフィック領域　ここから 5400 Menu2_Anzai_Kikkyo: 5410 cls 3:LINE (0,0)-(950,60),rgb(0,0,255),bf 5420 pen 5:line(0,0)-(953,63),rgb(255,255,255),b 5430 line (0,63)-(947,275),rgb(127,255,212),bf 5440 pen 5:line(0,63)-(950,278),rgb(0,255,0),b 5450 line (0,275)-(950,375),rgb(0,255,0),bf 5460 pen 5:line(0,272)-(947,372),rgb(0,0,0),b 5470 'グラフィック領域ここまで 5480 color rgb(255,255,255):print"安斎流　姓名判断　トップメニュー"+chr$(13) 5490 talk"安斎流姓名判断トップメニューです,名前を2回に分けて入力してください。まず最初に名前の姓の部分を入れてください" 5500 COLOR rgb(255,0,255) 5510 print"名前を2回に分けて入力してください"+chr$(13) 5520 print"名前の姓の部分を入れてください"+chr$(13) 5530 color rgb(0,0,0) 5540 input"名前の姓:",bufname$ 5550 buff1=len(bufname$) 5560 '2-2名前の名の部分を入力 5570 'グラフィック描画領域　ここから 5580 cls 3 5590 line (0,0)-(950,60),rgb(0,0,255),bf 5600 pen 5:line(0,0)-(950,60),rgb(255,255,255),b 5610 line (0,60)-(950,160),rgb(127,255,212),bf 5620 pen 5:line(0,63)-(953,163),rgb(255,0,255),b 5630 line (0,160)-(950,260),rgb(0,255,0),bf 5640 pen 5:line(0,163)-(953,263),rgb(0,0,0),b 5650 'グラフィック描画領域ここまで 5660 COLOR rgb(255,255,255) 5670 cls:print"安斎流姓名判断トップメニュー"+chr$(13) 5680 talk"つぎに、名前のめいの部分を入れてください" 5690 color rgb(255,0,255) 5700 print"名前の名の部分を入れてください"+chr$(13) 5710 color rgb(0,0,0) 5720 input"名前の名:",bufname2$ 5730 buff2=len(bufname2$) 5740 bufff=buff1+buff2 5750 'goto 15880 5760 select case bufff 5770 '姓1文字,名1文字 5780 case 2: 5790 cls 5800 '天運:buf_tenunn 5810 buf_tenunn=char_count(bufname$) 5820 '地運:buf_chiunn 5830 buf_chiunn=char_count(bufname2$) 5840 '人運 = 天運 + 地運 5850 buf_jinunn=buf_tenunn + buf_chiunn 5860 '外運 = 天運 + 人運 5870 buf_gaiunn = buf_tenunn + buf_chiunn 5880 '総数=buf_gaiunn 5890 buf_total=buf_gaiunn 5900 goto Menu2_Result_Anzai_Kikkyo: 5910 '姓１，名:2 5920 case 3: 5930 cls: 5940 if buff1=1 and buff2=2 then 5950 '1.天運:buf_tenunn 5960 buf_tenunn=char_count(bufname$) 5970 '2文字目の文字 5980 bufer_name2$(0)=Mid$(bufname2$,1,1) 5990 '3文字目の文字 6000 bufer_name2$(1)=Mid$(bufname2$,2,1) 6010 '2.人運 6020 buf_jinunn=char_count(bufer_name$(0))+char_count(bufer_name2$(1)) 6030 '3.地運:buf_chiunn 6040 buf_chiunn=char_count(bufer_name2$(0))+char_count(bufer_name2$(1)) 6050 '4外運:buf_gaiunn 6060 buf_gaiunn=char_count(bufer_name$(0))+char_count(bufer_name2$(1)) 6070 '5.総数:buf_total 6080 buf_total=char_count(bufer_name$(0))+char_count(bufer_name2$(0))+char_count(bufer_name2$(1)) 6090 goto Menu2_Result_Anzai_Kikkyo: 6100 endif 6110 if buff1=2 and buff2=1 then 6120 bufer_name$(0)=Mid$(bufname$,1,1) 6130 bufer_name$(1)=Mid$(bufname$,2,1) 6140 bufer_name2$(0)=Mid$(bufname$,1,1) 6150 '1.天運 6160 buf_tenunn=char_count(bufer_name$(0))+char_count(bufer_name$(1)) 6170 '2.人運 6180 buf_jinunn=char_count(bufer_name$(1))+char_count(bufer_name2$(0)) 6190 '3.地運 6200 buf_chiunn=char_count(bufer_name2$(0)) 6210 '4.外運 6220 buf_gaiunn=char_count(bufer_name$(0))+char_count(bufer_name2$(0)) 6230 '5.総数 6240 buf_total=char_count(bufer_name$(0))+char_count(bufer_name$(1))+char_count(bufer_name2$(0)) 6250 goto Menu2_Result_Anzai_Kikkyo: 6260 endif 6270 case 4: 6280 if buff1=2 and buff2=2 then 6290 bufer_name$(0)=Mid$(bufname$,1,1) 6300 bufer_name$(1)=Mid$(bufname$,2,1) 6310 bufer_name2$(0)=Mid$(bufname2$,1,1) 6320 bufer_name2$(1)=Mid$(bufname2$,2,1) 6330 '1.天運 6340 buf_tenunn = char_count(bufer_name$(0)) + char_count(bufer_name$(1)) 6350 '2.人運 6360 buf_jinunn=char_count(bufer_name$(1))+char_count(bufer_name2$(0)) 6370 '3.地運 6380 buf_chiunn=char_count(bufer_name2$(0))+char_count(bufer_name2$(1)) 6390 '4.外運 6400 buf_gaiunn=char_count(bufer_name$(0))+char_count(bufer_name2$(1)) 6410 '5.総数 6420 buf_total=char_count(bufer_name$(0))+char_count(bufer_name$(1))+char_count(bufer_name2$(0))+char_count(bufer_name2$(1)) 6430 goto Menu2_Result_Anzai_Kikkyo: 6440 endif 6450 'パターン2 姓3文字名1文字 total4文字 6460 if buff1=3 and buff2=1 then 6470 bufer_name$(0)=Mid$(bufname$,1,1) 6480 bufer_name$(1)=Mid$(bufname$,2,1) 6490 bufer_name$(2)=Mid$(bufname$,3,1) 6500 bufer_name2$(0)=Mid$(bufname2$,1,1) 6510 '1.天運 6520 buf_tenunn = char_count(bufer_name$(0)) + char_count(bufer_name$(1)) + char_count(bufer_name$(2)) 6530 '2.人運 6540 buf_jinunn = char_count(bufer_name$(2))+char_count(bufer_name2$(0)) 6550 '3.地運 6560 buf_chiunn=char_count(bufer_name2$(0)) 6570 '4.外運 6580 buf_gaiunn = char_count(bufer_name$(0)) + char_count(bufer_name$(1)) + char_count(bufname2$) 6590 '5.総運 6600 buf_total=char_count(bufer_name$(0))+char_count(bufer_name$(1))+char_count(bufer_name$(2))+char_count(bufer_name2$(0)) 6610 goto Menu2_Result_Anzai_Kikkyo: 6620 endif 6630 'パターン３姓1,名３合計４文字 6640 if buff1=1 and buff2=3 then 6650 bufer_name$(0)=Mid$(bufname$,1,1) 6660 bufer_name2$(0)=Mid$(bufname2$,1,1) 6670 bufer_name2$(1)=Mid$(bufname2$,2,1) 6680 bufer_name2$(2)=Mid$(bufname2$,3,1) 6690 '1.天運 6700 buf_tenunn = char_count(bufer_name$(0)) 6710 '2.人運 6720 buf_jinunn=char_count(bufer_name$(0))+char_count(bufer_name2$(0)) 6730 '3.地運 6740 buf_chiunn=char_count(bufer_name2$(0))+char_count(bufer_name2$(1))+char_count(bufer_name2$(2)) 6750 '4.外運 6760 buf_gaiunn=char_count(bufer_name$(0))+char_count(bufer_name2$(1))+char_count(bufer_name2$(2)) 6770 '5.総運 6780 buf_total=char_count(bufer_name$(0))+char_count(bufer_name2$(0))+char_count(bufer_name2$(1))+char_count(bufer_name2$(2)) 6790 goto Menu2_Result_Anzai_Kikkyo: 6800 endif 6810 case 5: 6820 '５文字の名前 6830 '1. 3文字姓 2字名 6840 if buff1=3 and buff2=2 then 6850 bufer_name$(0)=Mid$(bufname$,1,1) 6860 bufer_name$(1)=Mid$(bufname$,2,1) 6870 bufer_name$(2)=Mid$(bufname$,3,1) 6880 bufer_name2$(0)=Mid$(bufname2$,1,1) 6890 bufer_name2$(1)=Mid$(bufname2$,2,1) 6900 '1.天運 6910 buf_tenunn=char_count(bufer_name$(0))+char_count(bufer_name$(1))+char_count(bufer_name$(2)) 6920 '2.人運 6930 buf_jinunn=char_count(bufer_name$(2))+char_count(bufer_name2$(0)) 6940 '3.地運 6950 buf_chiunn=char_count(bufer_name2$(0))+char_count(bufer_name2$(1)) 6960 '4.外運 6970 buf_gaiunn=char_count(bufer_name$(0))+char_count(bufer_name$(1))+char_count(bufer_name2$(1)) 6980 '5.総運 6990 buf_total=char_count(bufer_name$(0))+char_count(bufer_name$(1))+char_count(bufer_name$(2))+char_count(bufer_name2$(0))+char_count(bufer_name2$(1)) 7000 goto Menu2_Result_Anzai_Kikkyo: 7010 endif 7020 if buff1=2 and buff2=3 then 7030 bufer_name$(0)=Mid$(bufname$,1,1) 7040 bufer_name$(1)=Mid$(bufname$,2,1) 7050 bufer_name2$(0)=Mid$(bufname2$,1,1) 7060 bufer_name2$(1)=Mid$(bufname2$,2,1) 7070 bufer_name2$(2)=Mid$(bufname2$,3,1) 7080 '1.天運 7090 buf_tenunn=char_count(bufer_name$(0))+char_count(bufer_name$(1)) 7100 '2.人運 7110 buf_jinunn=char_count(bufer_name$(1))+char_count(bufer_name2$(0)) 7120 '3.地運 7130 buf_chiunn=char_count(bufer_name2$(0))+char_count(bufer_name2$(1))+char_count(bufer_name2$(2)) 7140 '4.外運 7150 buf_gaiunn=char_count(bufer_name$(0))+char_count(bufer_name2$(1))+char_count(bufer_name2$(2)) 7160 '5.総運 7170 buf_total=char_count(bufer_name$(0))+char_count(bufer_name$(1))+char_count(bufer_name2$(0))+char_count(bufer_name2$(1))+char_count(bufer_name2$(2)) 7180 goto Menu2_Result_Anzai_Kikkyo: 7190 endif 7200 if buff1=4 and buff2=1 then 7210 bufer_name$(0)=Mid$(bufname$,1,1) 7220 bufer_name$(1)=mid$(bufname$,2,1) 7230 bufer_name$(2)=mid$(bufname$,3,1) 7240 bufer_name$(3)=mid$(bufname$,4,1) 7250 bufer_name2$(0)=mid$(bufname2$,1,1) 7260 '1.天運 7270 buf_tenunn=char_count(bufer_name$(0))+char_count(bufer_name$(1))+char_count(bufer_name$(2))+char_count(bufer_name$(3)) 7280 '2.人運 7290 buf_jinunn=char_count(bufer_name$(3))+char_count(bufer_name2$(0)) 7300 '3.地運 7310 buf_chiunn=char_count(bufer_name2$(0)) 7320 '4.外運 7330 buf_gaiunn=char_count(bufer_name$(0))+char_count(bufer_name$(1))+char_count(bufer_name2$(0)) 7340 '5.総運 7350 buf_total=char_count(bufer_name$(0))+char_count(bufer_name$(1))+char_count(bufer_name$(2))+char_count(bufer_name$(3))+char_count(bufer_name2$(0)) 7360 goto Menu2_Result_Anzai_Kikkyo: 7370 endif 7380 case 6: 7390 '3字姓 3字名 7400 if buff1=3 and buff2=3 then 7410 bufer_name$(0)=Mid$(bufname$,1,1) 7420 bufer_name$(1)=Mid$(bufname$,2,1) 7430 bufer_name$(2)=Mid$(bufname$,3,1) 7440 bufer_name2$(0)=Mid$(bufname2$,1,1) 7450 bufer_name2$(1)=Mid$(bufname2$,2,1) 7460 bufer_name2$(2)=Mid$(bufname2$,3,1) 7470 '1.天運 7480 buf_tenunn=char_count(bufer_name$(0))+char_count(bufer_name$(1))+char_count(bufer_name$(2)) 7490 '2.人運 7500 buf_jinunn=char_count(bufer_name$(2))+char_count(bufer_name2$(0)) 7510 '3.地運 7520 buf_chiunn=char_count(bufer_name2$(0))+char_count(bufer_name2$(1))+char_count(bufer_name2$(2)) 7530 '4.外運 7540 buf_gaiunn=char_count(bufer_name$(0))+char_count(bufer_name$(1))+char_count(bufer_name2$(1))+char_count(bufer_name2$(2)) 7550 '5.総運 7560 buf_total=char_count(bufer_name$(0))+char_count(bufer_name$(1))+char_count(bufer_name$(2))+char_count(bufer_name2$(0))+char_count(bufer_name2$(1))+char_count(bufer_name2$(2)) 7570 goto Menu2_Result_Anzai_Kikkyo: 7580 endif 7590 '4字姓 2字名 7600 if buff1=4 and buff2=2 then 7610 bufer_name$(0)=Mid$(bufname$,1,1) 7620 bufer_name$(1)=Mid$(bufname$,2,1) 7630 bufer_name$(2)=Mid$(bufname$,3,1) 7640 bufer_name$(3)=Mid$(bufname$,4,1) 7650 bufer_name2$(0)=Mid$(bufname2$,1,1) 7660 bufer_name2$(1)=Mid$(bufname2$,2,1) 7670 '1.天運 7680 buf_tenunn=char_count(bufer_name$(0))+char_count(bufer_name$(1))+char_count(bufer_name$(2))+char_count(bufer_name$(3)) 7690 '2.人運 7700 buf_jinunn=char_count(bufer_name$(3))+char_count(bufer_name2$(0)) 7710 '3.地運 7720 buf_chiunn=char_count(bufer_name2$(0))+char_count(bufer_name2$(1)) 7730 '4.外運 7740 buf_gaiunn=char_count(bufer_name$(0))+char_count(bufer_name$(1))+char_count(bufer_name2$(1)) 7750 '5.総運 7760 buf_total=char_count(bufer_name$(0))+char_count(bufer_name$(1))+char_count(bufer_name$(2))+char_count(bufer_name$(3))+char_count(bufer_name2$(0))+char_count(bufer_name2$(1)) 7770 goto Menu2_Result_Anzai_Kikkyo: 7780 endif 7790 '4字姓 3字名 7800 case 7: 7810 if buff1=4 and buff2=3 then 7820 bufer_name$(0)=Mid$(bufname$,1,1) 7830 bufer_name$(1)=Mid$(bufname$,2,1) 7840 bufer_name$(2)=Mid$(bufname$,3,1) 7850 bufer_name$(3)=Mid$(bufname$,4,1) 7860 bufer_name2$(0)=Mid$(bufname2$,1,1) 7870 bufer_name2$(1)=Mid$(bufname2$,2,1) 7880 bufer_name2$(2)=Mid$(bufname2$,3,1) 7890 '1.天運 7900 buf_tenunn=char_count(bufer_name$(0))+char_count(bufer_name$(1))+char_count(bufer_name$(2))+char_count(bufer_name$(3)) 7910 '2.人運 7920 buf_jinunn=char_count(bufer_name$(3))+char_count(bufer_name2$(0)) 7930 ' 3.地運 7940 buf_chiunn=char_count(bufer_name2$(0))+char_count(bufer_name2$(1))+char_count(bufer_name2$(2))+char_count(bufer_name2$(3)) 7950 '4.外運 7960 buf_gaiunn=char_count(bufer_name$(0))+char_count(bufer_name$(1))+char_count(bufer_name2$(1))+char_count(bufer_name2$(2)) 7970 '5.総運 7980 buf_total=char_count(bufer_name$(0))+char_count(bufer_name$(1))+char_count(bufer_name$(2))+char_count(bufer_name$(3))+char_count(bufer_name2$(0))+char_count(bufer_name2$(1))+char_count(bufer_name2$(2)) 7990 goto Menu2_Result_Anzai_Kikkyo: 8000 endif 8010 case else: 8020 end select 8030 '2.設定 8040 Menu2_Setting: 8050 font 48:color rgb(0,0,0),,rgb(176,196,222) 8060 talk"設定画面です。番号を選んでエンターキーを押してください" 8070 'グラフィック領域　ここから 8080 cls 3: 8090 line (0,0)-(700,60),rgb(0,0,255),bf 8100 pen 5:line(0,0)-(703,63),rgb(255,255,255),b 8110 line (0,60)-(700,570),rgb(127,255,212),bf 8120 pen 5:line(0,66)-(703,576),rgb(255,0,255),b 8130 line (0,570)-(700,740),rgb(0,255,0),bf 8140 pen 5:line(0,576)-(703,746),rgb(0,0,0),b 8150 'グラフィック領域ここまで 8160 '1行目　文字色　白 8170 color rgb(255,255,255):print"姓名判断　設定画面トップ画面"+chr$(13) 8180 color rgb(255,0,255):print"1.登録文字の確認"+chr$(13) 8190 color rgb(255,0,255):print"2.登録文字数の表示"+chr$(13) 8200 color rgb(255,0,255):print"3.メンバーリストの表示"+chr$(13) 8210 color rgb(255,0,255):print"4.前の画面に戻る"+chr$(13) 8220 color rgb(255,0,255):PRINT"5.プログラムの終了"+chr$(13) 8230 color rgb(0,0,0) 8240 print"番号を選んでください"+chr$(13) 8250 Input"番号:",selectNo、 8260 if selectNo=1 then font 48:goto Menu2_moji_check: 8270 if selectNo=2 then font 48:goto Menu2_Entry_moji: 8280 if selectNo=3 then font 48:goto Member_List_Top: 8290 if selectNo=4 then font 48:goto Main_Screen: 8300 if selectNo=5 then talk"終了します":cls 3:font 48:end 8310 if selectNo > 5 or selectNo = 0 then goto Menu2_Setting: 8320 '3 番号で吉凶を見る入力 8330 Menu1_2_Total_name: 8340 font 48:color rgb(0,0,0),,rgb(176,196,222) 8350 'グラフィック描画領域　ここから 8360 cls 3 8370 line (0,0)-(700,60),rgb(0,0,255),bf 8380 pen 5:line (0,0)-(703,63),rgb(255,255,255),b 8390 line (0,60)-(700,250),rgb(127,255,212),bf 8400 pen 5:line(0,63)-(703,253),rgb(255,0,255),b 8410 line (0,247)-(697,357),rgb(0,255,0),bf 8420 pen 5:line(0,263)-(703,363),rgb(0,0,0),b 8430 'グラフィック描画領域ここまで 8440 color rgb(255,255,255) 8450 print"画数での吉凶判定"+chr$(13) 8460 color rgb(255,0,255) 8470 print"画数を入れてください"+chr$(13) 8480 print"(Max:81文字)"+chr$(13) 8490 color rgb(0,0,0) 8500 Input"文字の画数:",Number 8510 if Number > 81 then goto Menu1_2_Total_name: 8520 if Number <=81 then goto Result_Total_name: 8530 '3.番号で吉凶を見る結果表示 8540 'グラフィック描画領域　ここから 8550 Result_Total_name: 8560 cls 3 8570 line (0,0)-(700,60),rgb(0,0,255),bf 8580 pen 5:line(0,0)-(703,63),rgb(255,255,255),b 8590 line (0,60)-(700,253),rgb(127,255,212),bf 8600 pen 5:line(0,63)-(703,256),rgb(255,0,255),b 8610 line (0,253)-(700,357),rgb(0,255,0),bf 8620 pen 5:line(0,250)-(703,360),rgb(0,0,0),b 8630 'グラフィック描画領域　ここまで 8640 color rgb(255,255,255) 8650 print "画数で吉凶を求める"+chr$(13) 8660 color rgb(255,0,255) 8670 talk str$(Number-1)+"画のきっきょうは、"+buf_Kikkyo$(Number-1)+"です" 8680 print"画数:";Number;chr$(13):print"吉凶:";buf_Kikkyo$(Number-1);chr$(13) 8690 'endif 8700 color rgb(0,0,0) 8710 print "エンターキーを押してください"+chr$(13) 8720 key$=input$(1) 8730 If key$=chr$(13) then goto Menu1_kyusei: 8740 '3.ヘルプ 8750 Menu2_Help: 8760 cls 3:font 48:color rgb(0,0,0),,rgb(176,196,222) 8770 '描画領域ここから 8780 line (0,0)-(650,60),rgb(0,0,255),bf 8790 pen 5:line(0,0)-(653,63),rgb(255,255,255),b 8800 line (0,60)-(650,560),rgb(127,255,212),bf 8810 pen 5:line(0,63)-(653,563),rgb(255,0,255),b 8820 line (0,560)-(650,660),rgb(0,255,0),bf 8830 pen 5:line(0,563)-(653,663),rgb(0,0,0),b 8840 '描画領域　ここまで 8850 talk"ヘルプ画面です番号を選んでエンターキーを押してください" 8860 color rgb(255,255,255):print "姓名判断　ヘルプ"+chr$(13) 8870 color rgb(255,0,255):print"1.バージョン情報"+chr$(13) 8880 color rgb(255,0,255):print"2.参考文献"+chr$(13) 8890 color rgb(255,0,255):print"3.プログラムの終了"+chr$(13) 8900 color rgb(255,0,255):print"4.メンバーリストの削除"+chr$(13) 8910 color rgb(255,0,255):PRINT"5.前の画面に戻る"+chr$(13) 8920 color rgb(0,0,0):Input"番号:",selectNo 8930 if selectNo=1 then goto Version_Info: 8940 if selectNo=2 then goto Reference_book: 8950 if selectNo=3 then talk"終了いたします":cls 3:end 8960 if selectNo=4 then goto Remove_MemberList: 8970 if selectNo=5 then goto Main_Screen: 8980 if selectNo > 5 or selectNo = 0 then goto 8730 8990 Menu1_name_Kikkyo: 9000 'Menu1　画面 9010 talk"調べたい名前のみよじをいれてください" 9020 'グラフィック描画領域　ここから 9030 cls 3 9040 line (0,0)-(1000,60),rgb(0,0,255),bf 9050 pen 5:line(0,0)-(1003,63),rgb(255,255,255),b 9060 line (0,60)-(1000,170),rgb(127,255,212),bf 9070 pen 5:line(0,63)-(1003,173),rgb(255,0,255),b 9080 line (0,170)-(1000,300),rgb(0,255,0),bf 9090 pen 5:line(0,173)-(1003,303),rgb(0,0,0),b 9100 'グラフィック描画領域　ここまで 9110 color rgb(255,255,255):print"調べたい名前の苗字を入れてください"+chr$(13) 9120 color rgb(255,0,255):print"例:山田太郎の山田の部分"+chr$(13) 9130 color rgb(0,0,0):input"調べたい名前の苗字(上の文字):",name$ 9140 cls 9150 talk "調べたい名前の下の名を入れてください":color rgb(255,255,255):print"調べたい名前の名の部分を入れてください"+chr$(13) 9160 color rgb(255,0,255):print"例:山田太郎の太郎の部分を入れてください"+chr$(13) 9170 color rgb(0,0,0):input"調べたい名前の名の部分(下の部分):",name2$ 9180 goto 9400 9190 'メニュー6　バージョン表示 9200 'グラフィック　描画　領域　ここから 9210 Version_Info: 9220 cls 3 9230 line (0,0)-(1050,60),rgb(0,0,255),bf 9240 pen 5:line(0,0)-(1053,63),rgb(255,255,255),b 9250 line (0,60)-(1050,630),rgb(127,255,212),bf 9260 pen 5:line(0,0)-(1053,633),rgb(0,255,0),b 9270 line (0,630)-(1050,750),rgb(0,255,0),bf 9280 pen 5:line(0,633)-(1053,753),rgb(0,0,0),b 9290 'グラフィック　描画領域　ここまで 9300 color rgb(255,255,255):print"バージョン情報"+chr$(13) 9310 color rgb(255,0,255):print"姓名判断"+chr$(13) 9320 color rgb(255,0,255):PRINT"Ver:235_02.20200715"+chr$(13) 9330 color rgb(255,0,255):print"対応文字:漢字、ひらがな、カタカナ、数字"+chr$(13) 9340 color rgb(255,0,255):print"アルファベット（大文字、小文字)"+chr$(13) 9350 color rgb(255,0,255):print"対応漢字画数：1画から24画まで"+chr$(13) 9360 color rgb(255,0,2550):print"制作開始:since 2019.04.07"+chr$(13) 9370 'ここを書き換える 9380 talk "このプログラムは、姓名判断バージョン2.35です" 9390 color rgb(0,0,0):print"エンターキーを押してください"+chr$(13) 9400 key$=INPUT$(1) 9410 if key$=chr$(13) then goto Main_Screen: 9420 '文字数を求める変数 9430 buf_char_size=len(name$) 9440 buf_char_size2=len(name2$) 9450 '入力した文字を代入する変数 9460 '入力した文字を配列に代入する処理 9470 '姓名判断データー文字比較 9480 '画数を求める関数 9490 func char_count(buf_count$) 9500 count=0:buffer=0 9510 '1画の文字 23文字 9520 for j=0 to ((Moji_1)-1) 9530 if buf_count$=buf_char_hiragana1$(j) then 9540 count =1: 9550 endif 9560 next j 9570 '2画の文字 9580 for j=0 to ((Moji_2)-1) 9590 if buf_count$=buf_char_hiragana2$(j) then 9600 count = 2: 9610 endif 9620 next j 9630 for j=0 to ((Moji_3)-1) 9640 if buf_count$=buf_char_hiragana3$(j) then 9650 count =3: 9660 endif 9670 next j 9680 for j=0 to ((Moji_4)-1) 9690 if buf_count$=buf_char_hiragana4$(j) then 9700 count = 4: 9710 endif 9720 next j 9730 for j=0 to ((Moji_5)-1) 9740 if buf_count$=buf_char_hiragana5$(j) then 9750 count = 5: 9760 endif 9770 next j 9780 for j=0 to ((Moji_6)-1) 9790 if buf_count$=buf_char_hiragana6$(j) then 9800 count= 6 9810 endif 9820 next j 9830 for j=0 to ((Moji_7)-1) 9840 if buf_count$=buf_char_hiragana7$(j) then 9850 count= 7 9860 endif 9870 next j 9880 for j=0 to ((Moji_8)-1) 9890 if buf_count$=buf_char_hiragana8$(j) then 9900 count= 8 9910 endif 9920 next j 9930 for j=0 to ((Moji_9)-1) 9940 if buf_count$=buf_char_hiragana9$(j) then 9950 count=9 9960 endif 9970 next j 9980 for j=0 to ((Moji_10)-1) 9990 if buf_count$=buf_char_hiragana10$(j) then 10000 count=10 10010 endif 10020 next j 10030 for j=0 to ((Moji_11)-1) 10040 if buf_count$=buf_char_hiragana11$(j) then 10050 count=11 10060 endif 10070 next j 10080 for j=0 to ((Moji_12)-1) 10090 if buf_count$=buf_char_hiragana12$(j) then 10100 count=12 10110 endif 10120 next j 10130 for j=0 to ((Moji_13)-1) 10140 if buf_count$=buf_char_hiragana13$(j) then 10150 count=13 10160 endif 10170 next j 10180 for j=0 to ((Moji_14)-1) 10190 if buf_count$=buf_char_hiragana14$(j) then 10200 count=14 10210 endif 10220 next j 10230 for j=0 to ((Moji_15)-1) 10240 if buf_count$=buf_char_hiragana15$(j) then 10250 count=15 10260 endif 10270 next j 10280 for j=0 to ((Moji_16)-1) 10290 if buf_count$=buf_char_hiragana16$(j) then 10300 count=16 10310 endif 10320 next j 10330 for j=0 to ((Moji_17)-1) 10340 if buf_count$=buf_char_hiragana17$(j) then 10350 count=17 10360 endif 10370 next j 10380 for j=0 to ((Moji_18)-1) 10390 if buf_count$=buf_char_hiragana18$(j) then 10400 count=18 10410 endif 10420 next j 10430 for j=0 to ((Moji_19)-1) 10440 if buf_count$=buf_char_hiragana19$(j) then 10450 count=19 10460 endif 10470 next j 10480 for j=0 to ((Moji_20)-1) 10490 if buf_count$=buf_char_hiragana20$(j) then 10500 count=20 10510 endif 10520 next i 10530 for j=0 to ((Moji_21)-1) 10540 if buf_count$=buf_char_hiragana21$(j) then 10550 count=21 10560 endif 10570 next j 10580 for j=0 to ((Moji_22)-1) 10590 if buf_count$=buf_char_hiragana22$(j) then 10600 count=22 10610 endif 10620 next j 10630 for j=0 to ((Moji_23)-1) 10640 if buf_count$=buf_char_hiragana23$(j) then 10650 count=23 10660 endif 10670 next j 10680 for j=0 to ((Moji_24)-1) 10690 if buf_count$=buf_char_hiragana24$(j) then 10700 count=24 10710 endif 10720 buffer = count 10730 next j 10740 endfunc buffer 10750 '合計を求める関数 10760 func totalcounts(buffers$) 10770 buffers=0: 10780 for i=0 to len(buffers$)-1 10790 buffers=buffers+char_count(buffers$) 10800 next i 10810 endfunc buffers 10820 buf_count2=0:buf_count3=0 10830 'dim buf_Input_data$(len(name$)) 10840 '1.苗字の文字数 10850 for n=0 to (buf_char_size-1) 10860 buf_Input_data$(n)=mid$(name$,n+1,1) 10870 next n 10880 for i=0 to (buf_char_size-1) 10890 buf_count2 = buf_count2 + char_count(buf_Input_data$(i)) 10900 next i 10910 '2.名の文字数 10920 for n2=0 to (buf_char_size2-1) 10930 buf_Input_data2$(n2)=mid$(name2$,n2+1,1) 10940 next n2 10950 for i2=0 to (buf_char_size2-1) 10960 buf_count3 = buf_coun3 + char_count(buf_Input_data2$(i2)) 10970 next i2 10980 '総数を出す 10990 select case (buf_char_size+buf_char_size2) 11000 case 5: 11010 if ((buf_char_size=2) and (buf_char_size2=3)) then 11020 buf_total=char_count(buf_Input_data$(0))+char_count(buf_Input_data$(1))+char_count(buf_Input_data2$(0))+char_count(buf_Input_data2$(1))+char_count(buf_Input_data2$(2)) 11030 endif 11040 if ((buf_char_size=3) and (buf_char_size2=2)) then 11050 buf_total=char_count(buf_Input_data$(0))+char_count(buf_Input_data$(1))+char_count(buf_Input_data$(2))+char_count(buf_Input_data2$(0))+char_count(buf_Input_data2$(1)) 11060 endif 11070 case 4: 11080 if ((char_count(buf_Input_data$(0))=0) or (char_count(buf_Input_data$(1))=0) or ((char_count(buf_Input_data2$(0))=0) or char_count(buf_Input_data2$(1))=0)) then 11090 color rgb(255,0,255) 11100 cls:print name$+name2$;"は、登録されていない文字があります"+chr$(13) 11110 color rgb(0,0,0) 11120 Input"エンターキーを押してください",key$ 11130 if (key$="") then goto 4520 11140 else 11150 buf_total = char_count(buf_Input_data$(0))+char_count(buf_Input_data$(1))+char_count(buf_Input_data2$(0))+char_count(buf_Input_data2$(1)) 11160 endif 11170 case 3: 11180 if ((buf_char_size = 1) and (buf_char_size2 = 2)) then 11190 buf_total = char_count(buf_Input_data$(0))+char_count(buf_Input_data2$(0))+char_count(buf_Input_data2$(1)) 11200 endif 11210 if ((buf_char_size=2) and (buf_char_size2=1)) then 11220 buf_total=char_count(buf_Input_data$(0))+char_count(buf_Input_data$(1))+char_count(buf_Input_data2$(0)) 11230 endif 11240 case 2: 11250 buf_total = char_count(buf_Input_data$(0)) + char_count(buf_Input_data2$(0)) 11260 case else: 11270 end select 11280 '文字の総数をだす 11290 total_name$=name$+name2$ 11300 '1.姓星を求める 11310 select case buf_char_size 11320 '苗字1文字のとき 11330 case 1: 11340 buf_seisei=char_count(buf_Input_data$(0)) + 1 11350 '苗字2文字の時 11360 case 2: 11370 for i = 0 to 1 11380 buf_seisei = buf_seisei+char_count(buf_Input_data$(i)) 11390 next i 11400 '苗字3文字のとき 11410 case 3: 11420 buf_seisei = char_count(buf_Input_data$(0)) + char_count(buf_Input_data$(1) + buf_Input_data$(2)) 11430 case else: 11440 end select 11450 '2.主星をだす 11460 '2.主星 11470 select case (buf_char_size + buf_char_size2) 11480 '姓名4文字のとき 11490 case 4: 11500 if ((buf_char_size = 2) and (buf_char_size2 = 2)) then 11510 buf_syusei = char_count(buf_Input_data$(1)) + char_count(buf_Input_data2$(0)) 11520 endif 11530 '姓名3文字のとき 11540 case 3: 11550 if ((buf_char_size = 1) and (buf_charsize2 = 2)) then 11560 buf_syusei = char_count(buf_Input_data$(1)) + char_count(buf_Input_data2$(0)) 11570 else 11580 buf_syusei = char_count(buf_Input_data$(1)) + char_count(buf_Input_data2$(0)) 11590 endif 11600 case 2: 11610 buf_syusei = char_count(buf_Input_data$(1)) + char_count(buf_Input_data2$(0)) 11620 case else: 11630 end select 11640 '3.名星を求める 11650 select case (buf_char_size + buf_char_size2) 11660 case 4: 11670 buf_meisei = char_count(buf_Input_data2$(0)) + char_count(buf_Input_data2$(1)) 11680 case 3: 11690 if ((buf_char_size = 1) and (buf_char_size2 = 2)) then 11700 buf_meisei=char_count(buf_Input_data2$(0)+buf_Input_data2$(1)) 11710 endif 11720 if ((buf_char_size=2) and (buf_char_size2=1)) then 11730 buf_meisei=char_count(buf_Input_data2$(0))+1 11740 endif 11750 case 2: 11760 buf_meisei=char_count(buf_Input_data2$(0))+1 11770 case else: 11780 end select 11790 '4.外星を求める 11800 select case (buf_char_size+buf_char_size2) 11810 case 4: 11820 buf_gaisei=char_count(buf_Input_data$(0))+char_count(buf_Input_data2$(1)) 11830 case 3: 11840 if ((buf_char_size=1) and (buf_char_size2=2)) then 11850 buf_gaisei=1+char_count(buf_Input_data2$(1)) 11860 endif 11870 if ((buf_char_size=2) and (buf_char_size2=1)) then 11880 buf_gaisei=char_count(buf_Input_data$(0))+1 11890 endif 11900 case 2: 11910 buf_gaisei=2 11920 case else: 11930 end select 11940 '診断結果表示 11950 '1.姓星を出す 11960 'グラフィック描画領域　ここから 11970 Menu1_Result_Kyusei: 11980 cls 3: 11990 '縦の画面 12000 line (0,0)-(950,60),rgb(0,0,255),bf 12010 pen 5:line (0,0)-(953,63),rgb(255,255,255),b 12020 line (0,60)-(950,650),rgb(127,255,212),bf 12030 pen 5: line (0,63)-(953,653),rgb(0,255,0),b 12040 line (0,650)-(950,770),rgb(0,255,0),bf 12050 pen 5: line (0,653)-(953,773),rgb(0,0,0),b 12060 '横の画面　吉凶のランク表 12070 'グラフィック描画領域　ここまで 12080 talk"診断結果です" 12090 color rgb(255,255,255):print "九星姓名判断　吉凶の結果表示"+chr$(13) 12100 color Rgb(255,0,255) 12110 print total_name$;"の姓星:";buf_seisei;"吉凶:";buf_Kikkyo$(buf_seisei-1)+chr$(13) 12120 '2.主星を出す 12130 print total_name$;"の主星:";buf_syusei;"吉凶:";buf_Kikkyo$(buf_syusei-1)+chr$(13) 12140 '3.名星を求める 12150 print total_name$;"の名星:";buf_meisei;"吉凶:";buf_Kikkyo$(buf_meisei-1)+chr$(13) 12160 '4.外星を求める 12170 print total_name$;"の外星:";buf_gaisei;"吉凶:";buf_Kikkyo$(buf_gaisei-1)+chr$(13) 12180 '5.総数を出す 12190 print total_name$;"の総数:";buf_total;"です"+chr$(13) 12200 print total_name$;"の文字の総合的な吉凶:";buf_Kikkyo$(buf_total-1)+chr$(13) 12210 color rgb(0,0,0) 12220 print "エンターキーを押してください"+chr$(13) 12230 key$=input$(1) 12240 if key$=chr$(13) then bufferCount=0:buf_count2=0:count=0:buffer=0:buf_seisei=0:buf_syusei=0:buf_meisei=0:buf_gaisei=0:goto Main_Screen: 12250 '2.主星を出す 12260 'メニュー3 登録文字の確認ここから 12270 'グラフィック領域　ここから 12280 'タイトル青文字:白 12290 Menu2_moji_check: 12300 cls 3:line (0,0)-(1100,60),rgb(0,0,255),bf 12310 pen 5:line(0,0)-(1097,57),rgb(255,255,255),b 12320 line (0,57)-(1100,180),rgb(0,255,255),bf 12330 pen 5:line(0,63)-(1103,183),rgb(0,0,255),b 12340 line (0,180)-(1100,300),rgb(0,255,0),bf 12350 pen 5:line(0,183)-(1103,303),rgb(0,0,0),b 12360 'グラフィック領域　ここまで 12370 '文字:白 12380 color rgb(255,255,255):print"登録文字の確認"+chr$(13) 12390 '文字:アクア 12400 color rgb(255,0,0):print"文字を入力してエンターキーを押してください"+chr$(13) 12410 color rgb(0,0,0):Input"登録文字を入れてください(1文字):",name$ 12420 if (len(name$)>1) then ui_msg("１文字で入れてください"):goto Menu2_moji_check: 12430 '1画の文字 12440 for i=0 to ((Moji_1)-1) 12450 if (name$=buf_char_hiragana1$(i)) then 12460 buffer_count=1:goto Result_moji_check: 12470 endif 12480 next i 12490 '2画の文字 12500 for i=0 to ((Moji_2)-1) 12510 if (name$=buf_char_hiragana2$(i)) then 12520 buffer_count=2:goto Result_moji_check: 12530 endif 12540 next i 12550 '3画の文字 12560 for i=0 to ((Moji_3)-1) 12570 if (name$=buf_char_hiragana3$(i)) then 12580 buffer_count=3:goto Result_moji_check: 12590 endif 12600 next i 12610 '4画の文字 12620 for i=0 to ((Moji_4)-1) 12630 if (name$=buf_char_hiragana4$(i)) then 12640 buffer_count=4:goto Result_moji_check: 12650 endif 12660 next i 12670 '5画の文字 12680 for i=0 to ((Moji_5)-1) 12690 if (name$=buf_char_hiragana5$(i)) then 12700 buffer_count=5:goto Result_moji_check: 12710 endif 12720 next i 12730 '6画の文字 12740 for i=0 to ((Moji_6)-1) 12750 if (name$=buf_char_hiragana6$(i)) then 12760 buffer_count=6:goto Result_moji_check: 12770 endif 12780 next i 12790 '7画の文字 12800 for i=0 to ((Moji_7)-1) 12810 if (name$=buf_char_hiragana7$(i)) then 12820 buffer_count=7:goto Result_moji_check: 12830 endif 12840 next i 12850 '8画の文字 120 文字 12860 for i=0 to ((Moji_8)-1) 12870 if (name$=buf_char_hiragana8$(i)) then 12880 buffer_count=8:goto Result_moji_check: 12890 endif 12900 next i 12910 '9画の文字 103文字 12920 for i=0 to ((Moji_9)-1) 12930 if (name$=buf_char_hiragana9$(i)) then 12940 buffer_count=9:goto Result_moji_check: 12950 endif 12960 next i 12970 '10画の文字 98文字 12980 for i=0 to ((Moji_10)-1) 12990 if (name$=buf_char_hiragana10$(i)) then 13000 buffer_count=10:goto Result_moji_check: 13010 endif 13020 next i 13030 '11画の文字 98文字 13040 for i=0 to ((Moji_11)-1) 13050 if (name$=buf_char_hiragana11$(i)) then 13060 buffer_count=11:goto Result_moji_check: 13070 endif 13080 next i 13090 '12画の文字 13100 for i=0 to ((Moji_12)-1) 13110 if (name$=buf_char_hiragana12$(i)) then 13120 buffer_count=12:goto Result_moji_check: 13130 endif 13140 next i 13150 '13画の文字 13160 for i=0 to ((Moji_13)-1) 13170 if (name$=buf_char_hiragana13$(i)) then 13180 buffer_count=13:goto Result_moji_check: 13190 endif 13200 next i 13210 '14画の文字 13220 for i=0 to ((Moji_14)-1) 13230 if (name$=buf_char_hiragana14$(i)) then 13240 buffer_count=14:goto Result_moji_check: 13250 endif 13260 next i 13270 '15画の文字 13280 for i=0 to ((Moji_15)-1) 13290 if (name$=buf_char_hiragana15$(i)) then 13300 buffer_count=15:goto Result_moji_check: 13310 endif 13320 next i 13330 '16画の文字 13340 for i=0 to ((Moji_16)-1) 13350 if (name$=buf_char_hiragana16$(i)) then 13360 buffer_count=16:goto Result_moji_check: 13370 endif 13380 next i 13390 '17画の文字 13400 for i=0 to ((Moji_17)-1) 13410 if (name$=buf_char_hiragana17$(i)) then 13420 buffer_count=17:goto Result_moji_check: 13430 endif 13440 next i 13450 '18画の文字 25 13460 for i=0 to ((Moji_18)-1) 13470 if (name$=buf_char_hiragana18$(i)) then 13480 buffer_count=18:goto Result_moji_check: 13490 endif 13500 next i 13510 '19画の文字 17 13520 for i=0 to ((Moji_19)-1) 13530 if (name$=buf_char_hiragana19$(i)) then 13540 buffer_count=19:goto Result_moji_check: 13550 endif 13560 next i 13570 '20画の文字 13 13580 for i=0 to ((Moji_20)-1) 13590 if (name$=buf_char_hiragana20$(i)) then 13600 buffer_count=20:goto Result_moji_check: 13610 endif 13620 next i 13630 '21画の文字 6 13640 for i=0 to ((Moji_21)-1) 13650 if (name$=buf_char_hiragana21$(i)) then 13660 buffer_count=21:goto Result_moji_check: 13670 endif 13680 next i 13690 '22画の文字 4 13700 for i=0 to ((Moji_22)-1) 13710 if (name$=buf_char_hiragana22$(i)) then 13720 buffer_count=22:goto Result_moji_check: 13730 endif 13740 next i 13750 '23画の文字 3 13760 for i=0 to ((Moji_23)-1) 13770 if (name$=buf_char_hiragana23$(i)) then 13780 buffer_count=23:goto Result_moji_check: 13790 endif 13800 next i 13810 '24画の文字 13820 for i=0 to ((Moji_24)-1) 13830 if (name$=buf_char_hiragana24$(i)) then 13840 buffer_count=24:goto Result_moji_check: 13850 endif 13860 next i 13870 'Menu3 結果表示画数の登録確認 13880 Result_moji_check: 13890 if (buffer_count=0) then 13900 '登録文字がない場合の処理 13910 'グラフィック領域　ここから 13920 cls 3 13930 line (0,0)-(850,40),rgb(0,0,255),bf 13940 line (0,40)-(850,200),rgb(127,255,212),bf 13950 line (0,203)-(853,323),rgb(0,0,255),bf 13960 line (0,320)-(850,520),rgb(0,255,0),bf 13970 'グラフィック領域　ここまで 13980 color rgb(255,255,255):print"登録文字数結果確認"+chr$(13) 13990 color rgb(255,0,0):print name$;"は、登録されていません"+chr$(13) 14000 talk "この文字は、登録されていません" 14010 color rgb(255,255,255):print"q+エンターキー:トップ画面"+chr$(13) 14020 COLOR rgb(255,255,255):print"エンターキー:もう一度調べる"+chr$(13) 14030 color rgb(0,0,0):print"コマンド:"+chr$(13) 14040 key$=input$(1) 14050 if key$="q" then goto Main_Screen: 14060 if key$=chr$(13) then goto Menu2_moji_check: 14070 else 14080 'グラフィック描画領域　ここから 14090 cls 3 14100 line (0,0)-(850,52),rgb(0,0,255),bf 14110 pen 5:line (0,0)-(853,55),rgb(255,255,255),b 14120 line (0,52)-(850,102),rgb(127,255,212),bf 14130 pen 5:line (0,55)-(847,99),rgb(0,0,0),b 14140 line (0,102)-(850,260),rgb(0,0,255),bf 14150 pen 5:line(0,105)-(847,257),rgb(255,0,255),b 14160 line (0,260)-(850,360),rgb(0,255,0),bf 14170 pen 5:line (0,257)-(853,363),rgb(0,0,0),b 14180 'グラフィック描画領域　ここまで 14190 color rgb(255,255,255):print "登録文字画数結果表示" 14200 talk "この文字は"+ str$(buffer_count) +"かくでとうろくされています":color rgb(255,0,255):print name$;"は、";buffer_count;"画で登録されています": 14210 endif 14220 color rgb(255,255,255) 14230 print"q+エンターキー:トップ画面"+chr$(13) 14240 print"エンターキー:もう一度やる"+chr$(13) 14250 color rgb(0,0,0) 14260 print"コマンド:" + chr$(13) 14270 key$=input$(1) 14280 if key$=chr$(13) then buffer_count=0:goto Menu2_moji_check: 14290 if key$="q" then buffer_count=0:goto Main_Screen: 14300 if not(key$="q") then goto Result_moji_check: 14310 'Menu2 名前の陰陽を見る 14320 'グラフィック描画領域ここから 14330 Input_name_InYo: 14340 cls 3:line (0,0)-(820,60),rgb(0,0,255),bf 14350 pen 5:line(0,0)-(823,63),rgb(255,255,255),b 14360 LINE (0,60)-(820,250),rgb(127,255,212),bf 14370 pen 5:line(0,57)-(817,247),rgb(255,0,255),b 14380 line (0,250)-(820,350),rgb(0,255,0),bf 14390 pen 5:line(0,253)-(823,353),rgb(0,0,0),b 14400 'グラフィック描画領域　ここまで 14410 color rgb(255,255,255) 14420 print"Menu2 名前の陰陽を見る"+chr$(13) 14430 COLOR rgb(255,0,255) 14440 PRINT"(●:陽,○:陰)"+chr$(13) 14450 print"調べたい名前苗字を入れてください"+chr$(13) 14460 color rgb(0,0,0) 14470 Input"調べたい名前の苗字:",name$ 14480 'Menu2 陰陽の吉凶を見る名入力 14490 cls:color rgb(255,255,255) 14500 print"Menu2 名前の陰陽を見る"+chr$(13) 14510 color rgb(255,0,255) 14520 print"(●:陽,○:陰)"+chr$(13) 14530 print"調べたい名前の名を入れてください"+chr$(13) 14540 color rgb(0,0,0) 14550 Input"調べたい名前の名:",name2$ 14560 for i=0 to len(name$)-1 14570 name_array$(i)=Mid$(name$,i+1,1) 14580 if char_count(name_array$(i)) mod 2 = 1 then 14590 name_array$(i)="○":buffer$=buffer$+name_array$(i) 14600 else 14610 name_array$(i)="●":buffer$=buffer$+name_array$(i) 14620 endif 14630 next i 14640 for i=0 to len(name2$)-1 14650 name_array2$(i)=Mid$(name2$,i+1,1) 14660 if char_count(name_array2$(i)) mod 2 = 1 then 14670 name_array2$(i)="○":buffer2$=buffer2$+name_array2$(i) 14680 else 14690 name_array2$(i)="●":buffer2$=buffer2$+name_array2$(i) 14700 endif 14710 next i 14720 bufname$=buffer$+buffer2$ 14730 '陰陽のタイプここから 14740 select case (len(bufname$)) 14750 '2文字 14760 case 2: 14770 if ((bufname$="○●") or (bufname$="●○")) then buffer_name$="吉相:姓名2字の陰陽吉相" 14780 ' 14790 ' endif 14800 if ((bufname$="○○") or (bufname$="●●")) then buffer_name$ = "一律陰陽:大凶相" 14810 ' endif 14820 '3文字 14830 case 3: 14840 if (((bufname$)="●○○") or ((bufname$)="○○●") or ((bufname$)="●●○") or ((bufname$)="○●●")) then buffer_name$="吉相:姓名3字陰陽吉相" 14850 if (((bufname$)="●○●") or ((bufname$)="○●○")) then buffer_name$="凶相:ハサミ陰陽" 14860 if (((bufname$)="●●●") or ((bufname$)="○○○")) then buffer_name$="大凶相:一律陰陽" 14870 '4文字 14880 case 4: 14890 if bufname$="●○●○" or bufname$="○●○●" or bufname$ ="●●○●" or bufname$ ="○○●○" or bufname$="●○●●" or bufname$="○●○○" then buffer_name$="吉相:陰陽吉相" 14900 if bufname$="●○○●" or bufname$="○●●○" then buffer_name$="凶相:ハサミ陰陽" 14910 if bufname$="○○○●" or bufname$="●●●○" then buffer_name$="凶相:片寄り陰陽" 14920 if bufname$="●●○○" or bufname$="○○●●" then buffer_name$="大凶相:分離陰陽" 14930 if bufname$ ="●●●●" or bufname$ = "○○○○" then buffer_name$="大凶相:一律陰陽" 14940 '5文字 14950 case 5: 14960 if bufname$="○●○○●" or bufname$="●○●●○" or bufname$="○●○●●" or bufname$="●○●○○" or bufname$="●○○●○" or bufname$="●○●●●" or bufname$="○●○○○" or bufname$="○○●○●" or bufname$="●●○○●" or bufname$="●○○●●" or bufname$="○○●●○" or bufname$="○●●○○" or bufname$="○●○○○" or bufname$="●●●○●" or bufname$="○●○●●" Then buffer_name$="吉相:陰陽吉相" 14970 if bufname$="○○●○○" or bufname$="●●○●●" then buffer_name$="大凶相:中縛り陰陽" 14980 if bufname$="●●●○○" or bufname$="○○○●●" then buffer_name$="大凶相:分離陰陽" 14990 if bufname$="○●●●○" or bufname$="●○○○●" or bufname$="●○●○●" or bufname$="○●○●○" then buffr_name$="凶相:ハサミ陰陽" 15000 case 6: 15010 if bufname$="○○○○○○" or bufname$="●●●●●●" then buffer_name$="大凶相:一律陰陽" 15020 if bufname$="●●●○○○" or bufname$="○○○●●●" then buffer_name$="大凶相:分離陰陽" 15030 if bufname$="○○●●○○" or bufname$="●●○○●●" then buffer_name$="大凶相:中縛り陰陽" 15040 if bufname$="○●○○○●" or bufname$="○●○●○○" or bufname$="●○●●●○" or bufname$="●○●○●●" or bufname$="●○○●○○" or bufname$="○●●○●●" then buffer_name$="吉相:陰陽吉相" 15050 case else: 15060 buffer_name$="例外に入りました" 15070 end select 15080 '陰陽のタイプ　ここまで 15090 'グラフィック描画領域　ここから 15100 Result_Inyo: 15110 cls 3 15120 line (0,0)-(900,60),rgb(0,0,250),bf 15130 pen 5:line(0,0)-(903,63),rgb(255,255,255),b 15140 line (0,60)-(900,250),rgb(127,255,212),bf 15150 pen 5:line(0,57)-(897,297),rgb(255,0,255),b 15160 line (0,250)-(900,460),rgb(0,255,0),bf 15170 pen 5:line(0,247)-(897,457),rgb(0,0,0),b 15180 'グラフィック描画領域ここまで 15190 color rgb(255,255,255) 15200 cls:print"名前:";name$ + name2$ + chr$(13) 15210 color rgb(255,0,255) 15220 print"陰陽配列(陽:●,陰:○)";buffer$ + buffer2$ + chr$(13) 15230 print buffer_name$;chr$(13) 15240 color rgb(0,0,0) 15250 print"エンターキー:トップ画面へ行く"+chr$(13) 15260 print"S or s:保存する"+chr$(13) 15270 key$=input$(1) 15280 '1.メイン画面に行く 15290 if key$=chr$(13) then buffer$="":buffer2$="": goto Main_Screen: 15300 '2.データーの保存 15310 if key$="S" or key$="s" then goto Save_Inyo_array: 15320 'Menu3 15330 Menu2_Entry_moji: 15340 '登録文字数の確認 15350 totalmoji=Moji_1+Moji_2+Moji_3+Moji_4+Moji_5+Moji_6+Moji_7+Moji_8+Moji_9+Moji_10+Moji_11+Moji_12+Moji_13+Moji_14+Moji_15+Moji_16+Moji_17+moji_18+Moji_19+Moji_20+Moji_21+Moji_21+moji_22+Moji_23+Moji_24: 15360 'グラフィック描画領域　ここから 15370 cls 3 15380 line (0,0)-(780,60),rgb(0,0,255),bf 15390 pen 5:line(0,0)-(777,57),rgb(255,255,255),b 15400 line (0,60)-(780,170),rgb(127,255,212),bf 15410 pen 5:line(0,64)-(783,173),rgb(0,0,255),b 15420 line (0,167)-(777,267),rgb(0,255,0),bf 15430 pen 5:line(0,173)-(783,273),rgb(0,0,0),b 15440 'グラフィック描画領域ここまで 15450 color rgb(255,255,255) 15460 PRINT"登録文字数の確認"+chr$(13) 15470 color rgb(255,0,255) 15480 PRINT"登録文字数は";totalmoji;"文字です"+chr$(13) 15490 TALK"登録文字数は"+str$(totalmoji)+"もじです" 15500 color rgb(0,0,0) 15510 print"エンターキーを押してください"+chr$(13) 15520 key$=input$(1) 15530 if key$=chr$(13) then goto Main_Screen: 15540 'Menu2 文字の総数で名前の吉凶を見る（総数で判定) 15550 Menu1_2_Total_name: 15560 talk"名前の総数で吉凶を判定します。名前を入れてください" 15570 'グラフィック描画領域　ここから 15580 cls 3 15590 line (0,0)-(650,60),rgb(0,0,250),bf 15600 line (0,60)-(650,140),rgb(127,255,212),bf 15610 line (0,140)-(650,220),rgb(0,255,0),bf 15620 'グラフィック描画領域　ここまで 15630 buf=0 15640 color rgb(255,255,255) 15650 Print"名前の総数で吉凶を判断します"+chr$(13) 15660 color rgb(255,0,255) 15670 PRINT"名前を入れてください"+chr$(13) 15680 color rgb(0,0,0) 15690 Input"名前:",name$ 15700 for n=0 to (len(name$)-1) 15710 buf_Input_data$(n)=mid$(name$,n+1,1) 15720 buf=buf+char_count(buf_Input_data$(n)) 15730 next n 15740 cls:color rgb(255,255,255):print name$;"の総数:";buf;chr$(13) 15750 color rgb(255,0,255):print name$;"の吉凶:";buf_Kikkyo$(buf-1);chr$(13) 15760 color rgb(0,0,0):Input"エンターキーを押してください",key$ 15770 if key$="" then goto Main_Screen: 15780 '名前2文字 15790 'グラフィック描画領域　ここから 15800 Menu2_Result_Anzai_Kikkyo: 15810 CLS 3 15820 line (0,0)-(1350,60),rgb(0,0,255),bf 15830 pen 5:line(0,0)-(1347,57),rgb(255,255,255),b 15840 line (0,60)-(1350,560),rgb(127,255,212),bf 15850 pen 5:line(0,63)-(1353,563),rgb(255,0,255),b 15860 line (0,560)-(1350,680),rgb(0,255,0),bf 15870 pen 5:line(0,563)-(1353,683),rgb(0,0,0),b 15880 'グラフィック描画領域ここまで 15890 color rgb(255,255,255):print"名前:";bufname$;bufname2$;chr$(13) 15900 color rgb(255,0,255) 15910 print"天運";buf_tenunn;chr$(13) 15920 print"地運";buf_chiunn;",地運の吉凶(初年運:0〜20歳):";buf_Kikkyo_Anzai_chiunn$(buf_chiunn-1);chr$(13) 15930 print"人運";buf_jinunn;",人運の吉凶(中年運:20〜50歳):";buf_Kikkyo_Anzai_jinunn$(buf_jinunn-2);chr$(13) 15940 print"外運";buf_gaiunn;chr$(13) 15950 print"総数";buf_total;",総運の吉凶(晩年運:50歳以上):";buf_Kikkyo_Anzai_total$(buf_total-2);chr$(13) 15960 COLOR rgb(0,0,0) 15970 print "エンターキーを押してください"+chr$(13) 15980 key$=input$(1) 15990 if key$=chr$(13) then goto Main_Screen: 16000 '参考文献表示ここから 16010 'グラフィック描画領域　ここから 16020 Reference_book: 16030 cls 3 16040 line (0,0)-(1100,60),rgb(0,0,255),bf 16050 pen 5:line(0,0)-(1103,63),rgb(255,255,255),b 16060 line (0,60)-(1100,650),rgb(127,255,212),bf 16070 pen 5:line(0,63)-(1103,653),rgb(255,255,255),b 16080 line (0,650)-(1100,730),rgb(0,255,0),bf 16090 pen 5:line(0,653)-(1103,733),rgb(0,0,0),b 16100 'グラフィック描画領域ここまで 16110 '参考文献１ 16120 color rgb(255,255,255) 16130 print"◎参考文献"+chr$(13) 16140 color rgb(255,0,255) 16150 print "参考文献１"+chr$(13) 16160 print "Title:九星姓名判断"+chr$(13) 16170 print "Author:高嶋　美伶"+chr$(13) 16180 print "出版社:日本文芸者"+chr$(13) 16190 print "ISBN:4-537-20073-1"+chr$(13) 16200 print "定価:1,200+税"+chr$(13) 16210 color rgb(0,0,0) 16220 print "エンターキーを押してください"+chr$(13) 16230 key$=input$(1) 16240 if key$=chr$(13) then goto Reference_book2: 16250 '参考文献２ 16260 Reference_book2: 16270 cls 16280 color rgb(255,255,255) 16290 print "◎参考文献"+chr$(13) 16300 color rgb(255,0,255) 16310 print "参考文献２"+chr$(13) 16320 print "Title:究極の姓名判断"+chr$(13) 16330 print "Author:安斎　勝洋"+chr$(13) 16340 print "出版社:説話社"+chr$(13) 16350 print "ISBN:978-4-916217-61-5"+chr$(13) 16360 print "定価:1,800円+税"+chr$(13) 16370 color rgb(0,0,0) 16380 print "エンターキーを押してください"+chr$(13) 16390 key$=input$(1) 16400 if key$=chr$(13) then goto Reference_book3: 16410 '参考文献３ 16420 Reference_book3: 16430 cls 16440 color rgb(255,255,255) 16450 print"◎参考文献"+chr$(13) 16460 color rgb(255,0,255) 16470 print "参考文献3"+chr$(13) 16480 print "Title:新明解現在漢和辞典"+chr$(13) 16490 print "Author:影山輝國(編集主幹)他"+chr$(13) 16500 print "出版社:三省堂"+chr$(13) 16510 print "ISBN:978-4-385-13755-1"+chr$(13) 16520 print "定価:2,800円 + 税"+chr$(13) 16530 print "エンターキーを押してください"+chr$(13) 16540 'トップ画面に戻る 16550 key$=input$(1) 16560 if key$=chr$(13) then goto Main_Screen: 16570 '安斎流姓名判断　メニュー 16580 'グラフィック領域　ここから 16590 Menu1_2_Anzai_Top: 16600 cls 3 16610 line (0,0)-(1000,60),rgb(0,0,255),bf 16620 pen 5:line(0,0)-(1003,63),rgb(255,255,255),b 16630 line (0,60)-(1000,450),rgb(127,255,212),bf 16640 pen 5:line(0,63)-(1003,453),rgb(255,0,255),b 16650 line (0,450)-(1000,630),rgb(0,255,0),bf 16660 pen 5:line(0,453)-(1003,633),rgb(0,0,0),b 16670 'グラフィック描画領域　ここまで 16680 color rgb(255,255,255) 16690 print "安斎流姓名判断　トップメニュー" + chr$(13) 16700 color rgb(255,0,255) 16710 print "1.安斎流姓名判断名前の吉凶判定" + chr$(13) 16720 print "2.安斎流姓名判断改名チェック" + chr$(13) 16730 print "3.安斎流姓名判断相性占い"+chr$(13) 16740 print "4.前の画面に戻る"+chr$(13) 16750 color rgb(0,0,0) 16760 print"番号を選んでください"+chr$(13) 16770 Input "番号:",key 16780 if key=1 then goto Menu2_Anzai_Kikkyo: 16790 if key=2 then goto Menu2_Anzai_name_check: 16800 if key=3 then goto Anzai_Aisyou_Top: 16810 if key=4 then goto SeimeiHandan_Top: 16820 '2.安斎流姓名判断　男女の相性占い　ここから 16830 'グラフィック描画領域ここから 16840 Anzai_Aisyou2: 16850 cls 3 16860 line (0,0)-(850,60),rgb(0,0,255),bf 16870 pen 5:line(0,0)-(853,63),rgb(255,255,255),b 16880 line (0,60)-(850,180),rgb(127,255,212),bf 16890 line (0,63)-(853,183),rgb(255,0,255),b 16900 line (0,180)-(850,270),rgb(0,255,0),bf 16910 pen 5:line(0,183)-(853,273),rgb(0,0,0),b 16920 'グラフィック描画領域　男女の相性占いここまで 16930 's2=1:男 16940 if s2 = 1 then goto Input_female: 16950 's2=2:女 16960 if s2 = 2 then goto Input_male: 16970 '1.名前の姓を入力男性 16980 's2=2:女 16990 's2=1:男 17000 Input_male: 17010 color rgb(255,255,255) 17020 print "安斎流姓名判断　相性占い(男性)"+chr$(13) 17030 color rgb(255,0,255) 17040 print "男性の名前(姓)を入れてください"+chr$(13) 17050 color rgb(0,0,0) 17060 Input "男性の名前(姓):",name$ 17070 '2.名前の名を入力男性 17080 cls 17090 color rgb(255,255,255) 17100 print "安斎流姓名判断相性占い(男性)"+chr$(13) 17110 color rgb(255,0,255) 17120 print "男性の名前（名）をいれてください"+chr$(13) 17130 color rgb(0,0,0) 17140 Input "男性の名前(名):",name2$ 17150 's2=2:女 17160 's2=1:男 17170 if s2=2 then goto male_complate: 17180 '3.名前(姓)入力女性 17190 Input_female: 17200 cls 17210 color rgb(255,255,255) 17220 print "安斎流姓名判断相性占い(女性)"+chr$(13) 17230 color rgb(255,0,255) 17240 print "女性の名前(姓)を入れてください"+chr$(13) 17250 color rgb(0,0,0) 17260 Input"女性の名前:",name3$ 17270 '4.名前（名)入力女性 17280 cls 17290 color rgb(255,255,255) 17300 print "安斎流姓名判断相性占い(女性)"+chr$(13) 17310 color rgb(255,0,255) 17320 print "女性の名前（名）を入れてください"+chr$(13) 17330 color rgb(0,0,0) 17340 Input "女性の名前(名):",name4$ 17350 '男性　の地運を求める 17360 '姓名の合計数 17370 '1.男性 17380 male_complate: 17390 buff_name1 = len(name$) 17400 buff_name2 = len(name2$) 17410 buff_name = buff_name1 + buff_name2 17420 '診断結果に飛ぶ 17430 'goto Anzai_Result_Aisyou_male_female: 17440 '2.女性 17450 'female_complate: 17460 buff_name3 = len(name3$) 17470 buff_name4 = len(name4$) 17480 buff_wname = buff_name3 + buff_name4 17490 '診断結果に飛ぶ 17500 goto Anzai_Result_Aisyou_male_female: 17510 '1.男性の地運を求める 17520 select case buff_name 17530 case 2: 17540 '男性の地運を求める 17550 buf_chiunn=char_count(name2$) 17560 case 3: 17570 '姓が一文字名が2文字 17580 if buff_name1=1 and buff_name2=2 then 17590 buf_Input_name$(0)=mid$(name2$,1,1) 17600 buf_Input_name$(1)=mid$(name2$,2,1) 17610 '地運を計算 17620 buf_chiunn=char_count(buf_Input_name$(0))+char_count(buf_Input_name$(1)) 17630 endif 17640 if buff_name1=2 and buff_name2=1 then 17650 buf_Input_name$(0)=Mid$(name2$,1,1) 17660 buf_chiunn=char_count(buf_Input_name$(0)) 17670 endif 17680 case 4: 17690 '1.姓１，名３ 17700 if buff_name1=1 and buff_name2=3 then 17710 buf_Input_name$(0)=Mid$(name2$,1,1) 17720 buf_Input_name$(1)=Mid$(name2$,2,1) 17730 buf_Input_name$(2)=Mid$(name2$,3,1) 17740 buf_chiunn=char_count(buf_Input_name$(0))+char_count(buf_Input_name$(1))+char_count(buf_Input_name$(2)) 17750 endif 17760 '2.姓２,名２ 17770 if buff_name1=2 and buff_name2=2 then 17780 buf_Input_name$(0)=Mid$(name2$,1,1) 17790 buf_Input_name$(1)=Mid$(name2$,2,1) 17800 buf_chiunn=char_count(buf_Input_name$(0))+char_count(buf_Input_name$(1)) 17810 endif 17820 '3.姓３、名１ 17830 if buff_name1=3 and buff_name2=1 then 17840 buf_Input_name$(0)=Mid$(name2$,1,1) 17850 '地運を求める 17860 buf_chiunn=char_count(buf_Input_name$(0)) 17870 endif 17880 case 5: 17890 '1.姓２，名３ 17900 if buff_name1=2 and buff_name2=3 then 17910 buf_Input_name$(0)=Mid$(name2$,1,1) 17920 buf_Input_name$(1)=Mid$(name2$,2,1) 17930 buf_Input_name$(2)=Mid$(name2$,3,1) 17940 '地運を求める 17950 buf_chiunn=char_count(buf_Input_name$(0))+char_count(buf_Input_name$(1))+char_count(buf_Input_name$(2)) 17960 endif 17970 '2.姓３，名２ 17980 if buff_name1=3 and buff_name2=2 then 17990 buf_Input_name$(0)=Mid$(name2$,1,1) 18000 buf_Input_name$(1)=Mid$(name2$,2,1) 18010 '地運を求める 18020 buf_chiunn=char_count(buf_Input_name$(0))+char_count(buf_Input_name$(1)) 18030 endif 18040 '3.姓４、名１ 18050 buf_Input_name$(0)=Mid$(name2$,1,1) 18060 '地運を求める 18070 buf_chiunn = char_count(buf_Input_name$(0)) 18080 case 6: 18090 '1.姓３，名３ 18100 if buff_name1=3 and buff_name2=3 then 18110 buf_Input_name$(0)=Mid$(name2$,1,1) 18120 buf_Input_name$(1)=Mid$(name2$,2,1) 18130 buf_Input_name$(2)=Mid$(name2$,3,1) 18140 '地運を求める 18150 buf_chiunn = char_count(buf_Input_name$(0)) + char_count(buf_Input_name$(1))+char_count(buf_Input_name$(2)) 18160 endif 18170 '２.姓４，名２ 18180 if buff_name1=4 and buff_name2=2 then 18190 buf_Input_name$(0)=Mid$(name2$,1,1) 18200 buf_Input_name$(1)=Mid$(name2$,2,1) 18210 '地運を求める 18220 buf_chiunn = char_count(buf_Input_name$(0)) + char_count(buf_Input_name$(1)) 18230 endif 18240 case else: 18250 end select 18260 'if s2=1 then goto Input_female: 18270 'if s2=2 then goto Main_Screen: 18280 '2.女性　外運を求める 18290 select case buff_wname 18300 '姓と名の合計数 18310 case 2: 18320 buf_Input_name2$(0)=Mid$(name3$,1,1) 18330 buf_Input_name2$(1)=Mid$(name4$,1,1) 18340 buf_gaiunn=char_count(buf_Input_name2$(0)) + char_count(buf_Input_name2$(1)) 18350 case 3: 18360 if buff_name3=2 and buff_name4=1 then 18370 buf_Input_name2$(0)=Mid$(name3$,1,1) 18380 buf_Input_name2$(1)=Mid$(name3$,2,1) 18390 buf_Input_name2$(2)=Mid$(name4$,1,1) 18400 buf_gaiunn=char_count(buf_Input_name2$(0))+char_count(buf_Input_name2$(2)) 18410 endif 18420 if buff_name3=1 and buff_name4=2 then 18430 buf_Input_name2$(0)=Mid$(name3$,1,1) 18440 buf_Input_name2$(1)=Mid$(name4$,1,1) 18450 buf_Input_name2$(2)=Mid$(name4$,2,1) 18460 buf_gaiunn=char_count(buf_Input_name2$(0))+char_count(buf_Input_name2$(2)) 18470 endif 18480 case 4: 18490 '姓１、名３ 18500 if buff_name3=1 and buff_name4=3 then 18510 buf_Input_name2$(0)=Mid$(name3$,1,1) 18520 buf_Input_name2$(1)=Mid$(name4$,1,1) 18530 buf_Input_name2$(2)=Mid$(name4$,2,1) 18540 buf_Input_name2$(3)=Mid$(name4$,3,1) 18550 '外運を求める 18560 buf_gaiunn=char_count(buf_Input_name2$(0))+char_count(buf_Input_name2$(2))+char_count(buf_Input_name2$(3)) 18570 endif 18580 '姓２,名２ 18590 if buff_name3=2 and buff_name4=2 then 18600 buf_Input_name2$(0)=Mid$(name3$,1,1) 18610 buf_Input_name2$(1)=Mid$(name3$,2,1) 18620 buf_Input_name2$(2)=Mid$(name4$,1,1) 18630 buf_Input_name2$(3)=Mid$(name4$,2,1) 18640 '外運を求める 18650 buf_gaiunn=char_count(buf_Input_name2$(0))+char_count(buf_Input_name2$(3)) 18660 endif 18670 '姓３，名１ 18680 if buff_name3=3 and buff_name4=1 then 18690 buf_Input_name2$(0)=Mid$(name3$,1,1) 18700 buf_Input_name2$(1)=Mid$(name3$,2,1) 18710 buf_Input_name2$(2)=Mid$(name3$,3,1) 18720 buf_Input_name2$(3)=Mid$(name4$,1,1) 18730 '外運を求める 18740 buf_gaiunn=char_count(buf_Input_name2$(0))+char_count(buf_Input_name2$(1))+char_count(buf_Input_name2$(3)) 18750 endif 18760 case 5: 18770 '姓 3,名2 18780 if buff_name3=3 and buff_name=2 then 18790 buf_Input_name2$(0)=Mid$(name3$,1,1) 18800 buf_Input_name2$(1)=Mid$(name3$,2,1) 18810 buf_Input_name2$(2)=Mid$(name3$,3,1) 18820 buf_Input_name2$(3)=Mid$(name4$,1,1) 18830 buf_Input_name2$(4)=Mid$(name4$,2,1) 18840 '外運を求める 18850 buf_gaiunn=char_count(buf_Input_name2$(0))+char_count(buf_Input_name2$(1))+char_count(buf_Input_name2$(4)) 18860 endif 18870 '姓４、名１ 18880 if buff_name3=4 and buff_name4=1 then 18890 buf_Input_name2$(0)=Mid$(name3$,1,1) 18900 buf_Input_name2$(1)=Mid$(name3$,2,1) 18910 buf_Input_name2$(2)=Mid$(name3$,3,1) 18920 buf_Input_name2$(3)=Mid$(name3$,4,1) 18930 buf_Input_name2$(4)=Mid$(name4$,1,1) 18940 '外運を求める 18950 buf_gaiunn=char_count(buf_Input_name2$(0))+char_count(buf_Input_name2$(1))+char_count(buf_Input_name$(4)) 18960 endif 18970 '姓２、名３ 18980 if buff_name3=2 and buff_name4=3 then 18990 buf_Input_name2$(0)=Mid$(name3$,1,1) 19000 buf_Input_name2$(1)=Mid$(name3$,2,1) 19010 buf_Input_name2$(2)=Mid$(name4$,1,1) 19020 buf_Input_name2$(3)=Mid$(name4$,2,1) 19030 buf_Input_name2$(4)=Mid$(name4$,3,1) 19040 '外運を求める 19050 buf_gaiunn=char_count(buf_Input_name$(0))+char_count(buf_Input_name$(3))+char_count(buf_Input_name$(4)) 19060 endif 19070 case 6: 19080 '1.姓３，名３ 19090 if buff_name3=3 and buff_name4=3 then 19100 buf_Input_name2$(0)=Mid$(name3$,1,1) 19110 buf_Input_name2$(1)=Mid$(name3$,2,1) 19120 buf_Input_name2$(2)=Mid$(name3$,3,1) 19130 buf_Input_name2$(3)=Mid$(name4$,1,1) 19140 buf_Input_name2$(4)=Mid$(name4$,2,1) 19150 buf_Input_name2$(5)=Mid$(name4$,3,1) 19160 '外運を求める 19170 buf_gaiunn=char_count(buf_Input_name2$(0))+char_count(buf_Input_name2$(1))+char_count(buf_Input_name2$(4))+char_count(buf_Input_name$(5)) 19180 endif 19190 '2.姓４，名２ 19200 if buff_name3=4 and buff_name4=2 then 19210 buf_Input_name2$(0)=Mid$(name3$,1,1) 19220 buf_Input_name2$(1)=Mid$(name3$,2,1) 19230 buf_Input_name2$(2)=Mid$(name3$,3,1) 19240 buf_Input_name2$(3)=Mid$(name3$,4,1) 19250 buf_Input_name2$(4)=Mid$(name4$,1,1) 19260 buf_Input_name2$(5)=Mid$(name4$,2,1) 19270 '外運を求める 19280 buf_gaiunn=char_count(buf_Input_name2$(0))+char_count(buf_Input_name2$(1))+char_count(buf_Input_name$(5)) 19290 endif 19300 case 7: 19310 '1姓４，名３ 19320 '外運を求める 19330 end select 19340 if s2=1 then goto Input_female: 19350 if s2=2 then goto Main_Screen: 19360 func buf_number(a) 19370 if a < 10 then 19380 buf_tansu=a 19390 endif 19400 if a>9 and a < 20 then 19410 buf_tansu = a - 10 19420 endif 19430 if a>19 and a < 30 then 19440 buf_tansu = a - 20 19450 endif 19460 endfunc buf_tansu 19470 func Aisyou_type$(man,woman) 19480 Result$="No data" 19490 '1.理解し合える最良のカップル 19500 '1のFor文 19510 for i=0 to 19 19520 if buf_good_couple1(i) = man and buf_good_couple2(i) = woman then 19530 Result$ = "1.理解し合える最良のカップル" 19540 ResultNo = 0 19550 endif 19560 if buf_natural_couple1(i) = man and buf_natural_couple2(i) = woman then 19570 Result$="2.互いに自然体でつきあえるカップル" 19580 ResultNo=1 19590 endif 19600 '3.男性にとって居心地の良いカップル 19610 if buf_good_for_man1(i)= man AND buf_good_for_man2(i)= woman then 19620 Result$="3.男性にとって居心地の良いカップル" 19630 ResultNo=2 19640 endif 19650 '4.女性にとって居心地の良いカップル 19660 if buf_good_for_woman1(i) = man AND buf_good_for_woman2(i) = woman then 19670 Result$ = "4.女性にとって居心地の良いカップル" 19680 ResultNo=3 19690 endif 19700 '5.恋愛経験を重ねた後なら愛を育める 19710 'for i=0 to 9 19720 'for j=0 to 9 19730 if short_of_experience1(i) = man AND short_of_experience2(i) = woman then 19740 Result$="5.恋愛経験を重ねた後なら愛を育める" 19750 ResultNo=4 19760 endif 19770 'next j 19780 'next i 19790 '6 19800 if buf_difficult_for_couple1(i)=man AND buf_difficult_for_couple2(i)=woman then 19810 Result$="6.結婚への発展が困難なカップル" 19820 endif 19830 '7 19840 if buf_difference_of_love1(i)=man AND buf_difference_of_love2(i)=woman then 19850 Result$="7.愛し方にずれが出てくる二人" 19860 endif 19870 '8 19880 if buf_difference_of_KachiKan1(i)=man AND buf_difference_of_KachiKan2(i)=woman then 19890 Result$="8.互いに価値観が噛み合わない相性" 19900 endif 19910 next i 19920 ' 19930 endfunc Result$ 19940 'Anzai_Result_Aisyou_male_female: 19950 cls 3: 19960 buf_t_chiunn = buf_number(buf_chiunn) 19970 buf_t_gaiunn=buf_number(buf_gaiunn) 19980 bufferAisyou$ = Aisyou_type$(buf_t_chiunn,buf_t_gaiunn) 19990 'グラフィック描画領域　ここから 20000 'Anzai_Result_Aisyou_male_female: 20010 line(0,0)-(1200,60),rgb(0,0,255),bf 20020 pen 5:line(0,0)-(1203,63),rgb(255,255,255),b 20030 line(0,60)-(1200,560),rgb(127,255,212),bf 20040 pen 5:line(0,63)-(1203,563),rgb(255,0,255),b 20050 LINE(0,560)-(1200,770),rgb(0,255,0),bf 20060 pen 5:line(0,563)-(1203,773),rgb(0,0,0),b 20070 if s2=1 then goto　read_mydata: 20080 buf_t_chiunn=get_chiunn(name2$) 20090 'グラフィック描画領域　ここまで 20100 color rgb(255,255,255) 20110 print "安斎流姓名判断　相性占い　結果表示"+chr$(13) 20120 color rgb(255,0,255) 20130 print "男性の名前:";name$+name2$;chr$(13) 20140 print "地運の単数";buf_t_chiunn;chr$(13) 20150 print "女性の名前:";name3$+name4$;chr$(13) 20160 print "外運の単数";buf_t_gaiunn;chr$(13) 20170 print"二人の相性:";bufferAisyou$;chr$(13) 20180 color rgb(0,0,0) 20190 print "エンターキー:トップ画面へ行く"+chr$(13) 20200 print "S or s:保存する"+chr$(13) 20210 key$=input$(1) 20220 if key$=chr$(13) then goto Main_Screen: 20230 if key$="s" or key$="S" then goto Save_Good_fortune: 20240 '相性占い　データー保存 20250 'Save_Good_fortune: 20260 '1.ファイル：fortune_list.datが無い時 20270 '1-0.保存フォルダ:config/Kikkyo_data/ 20280 '1-1.ファイル:fortune_list.datを作る 20290 '1-2.異性の名前と自分との相性を保存 20300 '1-3.データーを保存したと表示する 20310 Save_Good_fortune: 20320 open "config/Kikkyo_data/fortune_list.dat" for append as #1 20330 ' 20340 close #1 20350 '改名チェック 20360 'グラフィック描画領域ここから 20370 Menu2_Anzai_name_check: 20380 cls 3 20390 '1行目 20400 line (0,0)-(1300,60),rgb(0,0,255),bf 20410 pen 5:line(0,0)-(1297,57),rgb(255,255,255),b 20420 '2行目 20430 line (0,60)-(1300,450),rgb(127,255,212),bf 20440 pen 5:line(0,63)-(1303,453),rgb(255,0,255),b 20450 '3行目 20460 line (0,450)-(1300,550),rgb(0,255,0),bf 20470 pen 5:line(0,453)-(1303,553),rgb(0,0,0),b 20480 'グラフィック描画領域ここまで 20490 talk"ニックネームまたは会社名から改名が必要かチェックします、10文字以内で名前を入れてください" 20500 color rgb(255,255,255) 20510 print "安斎流姓名判断改名チェッカー"+chr$(13) 20520 color rgb(255,0,255) 20530 print "総数で、改名が、必要か否かを調べます"+chr$(13) 20540 print "名前(ニックネーム or 会社名等)を" + chr$(13) 20550 print "入れてください" + chr$(13) 20560 print "10文字までで入れてください" + chr$(13) 20570 color rgb(0,0,0) 20580 Input "名前:",name$ 20590 '計算領域　ここから 20600 '名前から総運を計算 20610 '1.名前の文字数を出す 20620 n=len(name$) 20630 if n > 10 then 20640 '文字数が10個までという表示 20650 'トーストで表示 20660 ui_msg "文字は10個までです" 20670 goto Menu2_Anzai_name_check: 20680 endif 20690 'それ以外 20700 '総数を出す処理を出す 20710 '画面消去　データー初期化 20720 Result_Anzai_Kaimei: 20730 cls 3:bufer_total=0 20740 'グラフィック描画領域ここから 20750 line(0,0)-(960,60),rgb(0,0,255),bf 20760 pen 5:line(0,0)-(963,63),rgb(255,255,255),b 20770 line(0,60)-(960,320),rgb(127,255,212),bf 20780 pen 5:line(0,63)-(963,323),rgb(255,0,255),b 20790 line(0,320)-(960,600),rgb(0,255,0),bf 20800 pen 5:line(0,323)-(963,603),rgb(0,0,0),b 20810 'グラフィック描画領域ここまで 20820 'cls 3 20830 color rgb(255,255,255) 20840 print"安斎流姓名判断　改名チェック　診断結果"+chr$(13) 20850 for i=0 to len(name$)-1 20860 buf_Input_name$(i)=Mid$(name$,i+1,1) 20870 bufer_total = char_count(buf_Input_name$(i)) + bufer_total 20880 next i 20890 color rgb(255,0,255) 20900 print "名前:";name$ 20910 print "この名前の総数:";bufer_total 20920 print "この名前の吉凶:";buf_Kikkyo_Anzai_total$(bufer_total - 2);"です" 20930 color rgb(255,0,255) 20940 buffer_total$=Kaimei_check$(buf_Kikkyo_Anzai_total$(bufer_total - 2 )) 20950 print bufer_total$;chr$(13) 20960 color rgb(0,0,0) 20970 locate 0,7 20980 print"エンターキー:メイン画面"+chr$(13) 20990 print"スペース:もう一度やる"+chr$(13) 21000 print"s or S:保存する"+chr$(13) 21010 key$=input$(1) 21020 if key$=chr$(13) then goto Main_Screen: 21030 if key$=" " then goto Menu2_Anzai_name_check: 21040 if key$="S" or key$="s" then 21050 count=0 21060 if dir$("config/Anzai_Kikkyo/Anzai_Kikkyo_name_list.dat")="" then 21070 count=0 21080 else 21090 open "config/Anzai_Kikkyo/Anzai_Kikkyo_name_list.dat" for input as #1 21100 while eof(1)=0 21110 line input #1,lines$:count=count+1 21120 wend 21130 close #1 21140 endif 21150 if count => 5 then 21160 ui_msg"登録できるのは5件までです。" 21170 goto Result_Anzai_Kaimei: 21180 else 21190 if count<6 then 21200 open "config/Anzai_Kikkyo/Anzai_Kikkyo_name_list.dat" for append as #1 21210 print #1,"名前:";name$;",総数:";str$(bufer_total);",吉凶:";buf_Kikkyo_Anzai_total$(bufer_total-2) 21220 close #1 21230 ui_msg"保存しました" 21240 endif 21250 endif 21260 endif 21270 goto Result_Anzai_Kaimei: 21280 func Kaimei_check$(r$) 21290 if r$="大吉数" or r$="中吉数" or r$="小吉数" or r$="半吉数" or r$="六大吉数" or r$="吉数" then 21300 '改名の必要なし 21310 talk"この名前は改名の必要がございませんエンターキーを押してください" 21320 print"この名前は、改名の必要はありません"+chr$(13) 21330 '改名の必要ナシの場合 21340 K=0 21350 else 21360 '改名の必要あり 21370 talk"この名前は、改名の必要があります" 21380 print"この名前は、改名の必要があります"+chr$(13) 21390 K=1 21400 '◎表示パターン 21410 'パターン１ 21420 'color rgb(0,0,0) 21430 'Input"エンターキーを押してください",key$ 21440 endif 21450 endfunc result$ 21460 'ui_msg="1件追加しました,残り9件追加できます" 21470 'ファイルの存在確認設定ファイル:mydata.dat 21480 Anzai_Result_Aisyou_male_female: 21490 cls 3 21500 '設定ファイルの確認 21510 if dir$("config/Mydata/mydata.dat")="" then 21520 'print "File not found"+chr$(13) 21530 '1.ファイルがない時 21540 goto Input_profile: 21550 else 21560 'ファイルがある時 21570 goto read_mydata: 21580 'goto 16820 21590 endif 21600 '1-1.ファイルがない時の処理 21610 '1-1.自分の姓名判断を入力 21620 'グラフィック描画領域ここから 21630 Input_profile: 21640 cls 3 21650 line(0,0)-(1000,60),rgb(0,0,250),bf 21660 line(0,60)-(1000,150),rgb(127,255,212),bf 21670 line(0,150)-(1000,240),rgb(0,255,0),bf 21680 'グラフィック描画領域ここまで 21690 '1.名前の姓の入力 21700 '1行目 Title 21710 color rgb(255,255,255) 21720 print"相性占い　自分のプロフィール入力"+chr$(13) 21730 '2行目名前の姓を入力 21740 color rgb(255,0,255) 21750 print "自分の名前の姓を入れてください"+chr$(13) 21760 color rgb(0,0,0) 21770 'buf_name1$:自分の名前の姓 21780 Input"名前の姓:",buf_name1$ 21790 '2.名前の名の入力 21800 '画面消去 21810 cls 21820 '1行目 Title 21830 color rgb(255,255,255) 21840 print "相性占い自分のプロフィール入力"+chr$(13) 21850 '2行目名前の名の入力 21860 color rgb(255,0,255) 21870 print "自分の名前の名を入れてください"+chr$(13) 21880 color rgb(0,0,0) 21890 'buf_name2$:自分の名前の名 21900 input "名前の名:",buf_name2$ 21910 '3.性別入力 21920 cls 21930 '1行目 Title 21940 color rgb(255,255,255) 21950 print "相性占い自分のプロフィール入力"+chr$(13) 21960 '2行目性別入力 21970 color rgb(255,0,255) 21980 print"自分の性別を入れてください(女性 or 男性)"+chr$(13) 21990 sex_type$(0)="女性" 22000 sex_type$(1)="男性" 22010 type=ui_select("sex_type$","性別を選んでください") 22020 '3行目 22030 '性別変数 sex_type$ 22040 if type=1 then 22050 print"自分の性別(女性 or 男性):";sex_type$(1)+chr$(13):sex_type$=sex_type$(1):goto Input_male_: 22060 else 22070 print"自分の性別(女性 or 男性):";sex_type$(0)+chr$(13):sex_type$=sex_type$(0):goto Input_female_: 22080 endif 22090 Input_male_: 22100 if sex_type$ = "男性" then 22110 name$=buf_name1$ 22120 name2$=buf_name2$ 22130 s2=1 22140 goto Entry_Profile: 22150 endif 22160 Input_female_: 22170 If sex_type$="女性" then 22180 name3$=buf_name1$ 22190 name4$=buf_name2$ 22200 s=2 22210 goto Entry_Profile: 22220 endif 22230 '登録プロフィール確認画面 22240 Entry_Profile: 22250 cls 3 22260 'グラフィック描画領域　ここから 22270 line(0,0)-(1000,60),rgb(0,0,255),bf 22280 line(0,60)-(1000,605),rgb(127,255,212),bf 22290 line(0,300)-(1000,460),rgb(0,255,0),bf 22300 'if s2=2 then goto Main_Screen: 22310 'グラフィック描画領域　ここまで 22320 '1行目 Title 22330 color rgb(255,255,255) 22340 print"安斎流姓名判断自分のプロフィール　登録確認"+chr$(13) 22350 color rgb(255,0,255) 22360 print"名前:";buf_name1$+buf_name2$;chr$(13) 22370 PRINT"性別:";sex_type$;chr$(13) 22380 if sex_type$="女性" then 22390 buf_t_gaiunn = get_gaiunn(buf_name1$,buf_name2$) 22400 buf_t_gaiunn_tansuu=buf_number(buf_t_gaiunn) 22410 print"外運:";buf_t_gaiunn_tansuu;chr$(13) 22420 buffer$="外運:"+str$(buf_t_gaiunn_tansuu) 22430 endif 22440 if sex_type$="男性" then 22450 buf_chiunn = get_chiunn(buf_name2$) 22460 buf_chiunn_tansuu1 = buf_number(buf_chiunn) 22470 print"地運:";buf_chiunn_tansuu1;chr$(13) 22480 buffer$="地運:" + str$(buf_chiunn_tansuu1) 22490 endif 22500 color rgb(0,0,0) 22510 input"(登録する:Yes/登録しない:No):",key$ 22520 if key$="Yes" or key$="yes" then 22530 open "config/Mydata/mydata.dat" for output as #1 22540 print #1,"名前:";buf_name1$+buf_name2$ 22550 print #1,"性別:";sex_type$ 22560 print #1,buffer$ 22570 close #1 22580 ui_msg"データーを保存しました" 22590 goto Main_Screen: 22600 endif 22610 '２．設定ファイルが存在する場合 22620 'ファイル読み込み自分のデーターを表示 22630 read_mydata: 22640 cls 3:line=0 22650 open "config/Mydata/mydata.dat" for input as #2 22660 Select case line 22670 case 0: 22680 line input #2,a$ 22690 line = line + 1 22700 case 1: 22710 line input #2,b$ 22720 line = line + 1 22730 case 2: 22740 line input #2,c$ 22750 line = line + 1 22760 end Select 22770 close #2 22780 line=0 22790 buffername$=a$ 22800 buffername2$=b$ 22810 buffername3$=c$ 22820 bufff$=Mid$(buffername$,1,3) 22830 buff2$=Mid$(buffername2$,1,3) 22840 buff3$=Mid$(buffername3$,1,3) 22850 n=len(a$) 22860 sextype$=Mid$(buffername2$,4,2) 22870 if sextype$ = "男性" then 22880 '男性:s2 22890 s2=1 22900 '女性のデーター入力 22910 goto Anzai_Aisyou2: 22920 endif 22930 if sextype$="女性" then 22940 s2=2 22950 '男性のデーター入力 22960 goto Anzai_Aisyou2: 22970 endif 22980 '女性のデーター結果表示 22990 '1.プロフィール性別男性の場合ここから 23000 cls 23010 color rgb(255,255,255) 23020 print "安斎流姓名判断　相性占い　結果表示"+chr$(13) 23030 name_length = len(bufername$) 23040 myname$ = Mid$(buffername$,4,4) 23050 chiunn = val(Mid$(buffername3$,4,2)) 23060 tansuu1 = buf_number(chiunn) 23070 bufname$ = name3$ + name4$ 23080 buf_t_gaiunn = get_gaiunn(name3$,name4$) 23090 buf_t_gaiunn_tansuu=buf_number(buf_t_gaiunn) 23100 bufferAisyou$ = Aisyou_type$(tansuu1,buf_t_gaiunn_tansuu) 23110 color rgb(255,0,255) 23120 print "自分の名前(男性):";myname$;chr$(13) 23130 print "地運の端数:";tansuu1;chr$(13) 23140 print "相手の名前(女性):";bufname$;chr$(13) 23150 print "外運の端数:";buf_t_gaiunn_tansuu;chr$(13) 23160 print "二人の相性:";bufferAisyou$;chr$(13) 23170 talk "二人の相性は";bufferAisyou$ 23180 color rgb(0,0,0) 23190 print"エンターキー:トップ画面へ行く"+chr$(13) 23200 print"S or s:データーを保存"+chr$(13) 23210 key$=input$(1) 23220 'トップ画面に行く 23230 if key$ = chr$(13) then goto Main_Screen: 23240 if key$="s" or key$="S" then goto Save_my_fortune_list: 23250 'データー保存 23260 'ファイル名:my_fortune_list_male.dat 23270 'フォルダ:config/ 23280 'Save_my_fortune_list:相性リストに保存 23290 Save_my_fortune_list: 23300 open "config/Mydata/my_fortune_list_male.dat" for append as #1 23310 print #1,"相手の名前:";bufname$;",あなたとの相性:";bufferAisyou$ 23320 close #1 23330 ui_msg "保存しました" 23340 goto Main_Screen: 23350 '1-1.データーを保存する 23360 '1-2.appendモードで保存 23370 '1-3.ui_msgで保存したと表示する 23380 '1-4.終了する 23390 '1.プロフィール性別男性の場合　ここまで 23400 '2.プロフィール性別女性の場合　ここから 23410 cls 3 23420 '描画領域　ここから 23430 line (0,0)-(1200,60),rgb(0,0,255),bf 23440 line (0,60)-(1200,560),rgb(127,255,212),bf 23450 LINE (0,560)-(1200,780),rgb(0,255,0),bf 23460 '描画領域ここまで 23470 color rgb(255,255,255) 23480 print"安斎流姓名判断　相性占い　結果表示"+chr$(13) 23490 '計算領域　ここから 23500 myname$=Mid$(buffername$,4,4) 23510 gaiunn=val(Mid$(buffername3$,4,2)) 23520 buf_t_gaiunn=buf_number(gaiunn) 23530 buf_t_chiunn=buf_number(buf_chiunn) 23540 bufferAisyou$ = Aisyou_type$(buf_t_chiunn,buf_t_gaiunn) 23550 bufname$ = name$ + name2$ 23560 '計算領域ここまで 23570 color rgb(255,0,255) 23580 print "自分の名前(女性):";myname$;chr$(13) 23590 print "外運の端数";buffer_t_gaiunn;chr$(13) 23600 print "相手の名前(男性):";bufname$;chr$(13) 23610 print "地運の端数:";buf_t_chiunn;chr$(13) 23620 print "二人の相性:";bufferAisyou$;chr$(13) 23630 color rgb(0,0,0) 23640 print "エンターキー:トップ画面へ行く"+chr$(13) 23650 print "S or s:データー保存"+chr$(13) 23660 key$=input$(1) 23670 if key$=chr$(13) then goto Main_Screen: 23680 '2.プロフィール性別女性の場合　ここまで 23690 'endfunc result$ 23700 '取扱説明書 23710 '相性占い　トップメニューここから 23720 'グラフィックここから 23730 Anzai_Aisyou_Top: 23740 cls 3: 23750 line(0,0)-(1100,60),rgb(0,0,255),bf 23760 pen 5:line(0,0)-(1103,63),rgb(255,255,255),b 23770 line(0,60)-(1100,450),rgb(127,255,212),bf 23780 pen 5:line(0,63)-(1103,453),rgb(255,0,255),b 23790 line(0,450)-(1100,650),rgb(0,255,0),bf 23800 pen 5:line(0,453)-(1103,653),rgb(0,0,0),b 23810 'グラフィック　ここまで 23820 color rgb(255,255,255) 23830 print"安斎流姓名判断　相性占いトップメニュー"+chr$(13) 23840 color rgb(255,0,255) 23850 print"1.自分と異性の相性"+chr$(13) 23860 print"2.男女の相性"+chr$(13) 23870 print"3.前の画面に戻る"+chr$(13) 23880 print"4.トップ画面に戻る"+chr$(13) 23890 color rgb(0,0,0) 23900 print"番号を選んでください:"+chr$(13) 23910 Input"番号:",key 23920 if key=1 then goto Anzai_Result_Aisyou_male_female: 23930 if key=2 then s2=2:goto Anzai_Aisyou2: 23940 if key=3 then goto Menu1_2_Anzai_Top: 23950 if key=4 then goto Main_Screen: 23960 if key>4 or key=0 then goto Anzai_Aisyou_Top: 23970 'グラフィック領域　ここから 23980 cls 3:line(0,0)-(1150,60),rgb(0,0,255),bf 23990 line(0,60)-(1150,180),rgb(127,255,212),bf 24000 line(0,120)-(1150,200),rgb(0,255,0),bf 24010 'グラフィック領域　ここまで 24020 '誕生日入力　生まれた年 24030 color rgb(255,255,255) 24040 print"誕生日入力　生まれた年"+chr$(13) 24050 COLOR rgb(255,0,255) 24060 print"生まれた年を入れてください"+chr$(13) 24070 color rgb(0,0,0) 24080 Input"生まれた年:",year 24090 '誕生日入力生まれた月 24100 cls 24110 color rgb(255,255,255) 24120 print"誕生日入力生まれた月"+chr$(13) 24130 color rgb(255,0,255) 24140 print"生まれた月を入力してください"+chr$(13) 24150 color rgb(0,0,0) 24160 Input"生まれた月:",month 24170 '誕生日入力生まれた日を入力 24180 cls 24190 color rgb(255,255,255) 24200 print"誕生日入力生まれた日入力"+chr$(13) 24210 color rgb(255,0,255) 24220 print"生まれた日を入力してください"+chr$(13) 24230 color rgb(0,0,0) 24240 Input"生まれた日:",day 24250 '人生の転機を見る 24260 'グラフィック領域　ここから 24270 cls 3 24280 line(0,0)-(1150,60),rgb(0,0,255),bf 24290 line(0,60)-(1150,470),rgb(127,255,212),bf 24300 line(0,470)-(1150,520),rgb(0,255,0),bf 24310 'グラフィック描画領域ここまで 24320 cls 24330 color rgb(255,255,255) 24340 print"人生の転機を見る"+chr$(13) 24350 color rgb(255,0,255) 24360 buf_total2=buf_total-(fix(buf_total/10)10) 24370 print"誕生日";year;"年";month;"月";day;"日"+chr$(13) 24380 print year+buf_total2;"年";buf_total2;"歳"+chr$(13) 24390 print year+buf_total2+5;"年";buf_total2+5;"歳"+chr$(13) 24400 Member_List_Top: 24410 cls 3 24420 line (0,0)-(950,60),rgb(0,0,255),bf 24430 pen 5:line(0,0)-(947,57),rgb(255,255,255),b 24440 line (0,60)-(950,460),rgb(127,255,212),bf 24450 pen 5:LINE(0,63)-(953,463),rgb(255,0,255),b 24460 line (0,463)-(950,640),rgb(0,255,0),bf 24470 pen 5:line(0,457)-(953,643),rgb(0,0,0),b 24480 color rgb(255,255,255) 24490 print "●メンバーリストトップ"+chr$(13) 24500 color rgb(255,0,255) 24510 print "1.安斎流姓名判断　改名チェックリスト"+chr$(13) 24520 print "2.安斎流姓名判断相性メンバーリスト"+chr$(13) 24530 print "3.九星姓名判断　陰陽配列"+chr$(13) 24540 print "4.トップ画面に行く"+chr$(13) 24550 color rgb(0,0,0) 24560 print "番号を選んでください"+chr$(13) 24570 Input "番号:",key 24580 if key=1 then goto Anzai_Rename_Entry_List: 24590 if key=2 then goto Anzai_Aisyou_Member_list_Top: 24600 if key=3 then goto Kyusei_Inyou_Array_List: 24610 if key=4 then goto Main_Screen: 24620 if key>4 or key=0 then goto Member_List_Top: 24630 '1.安斎流姓名判断改名リスト 24640 Anzai_Rename_Entry_List: 24650 if dir$("config/Anzai_Kikkyo/Anzai_Kikkyo_name_list.dat")="" then 24660 cls 3 24670 line (0,0)-(850,60),rgb(0,0,255),bf 24680 pen 5:line(0,0)-(853,63),rgb(255,255,255),b 24690 line (0,60)-(850,180),rgb(127,255,212),bf 24700 pen 5:line(0,63)-(853,183),rgb(255,0,255),b 24710 line (0,180)-(850,250),rgb(0,255,0),bf 24720 pen 5:line(0,183)-(853,253),rgb(0,0,0),b 24730 color rgb(255,255,255) 24740 cls :print"1.安斎流姓名判断改名リスト"+chr$(13) 24750 color rgb(255,0,255) 24760 print "登録データーは、ございません"+chr$(13) 24770 color rgb(0,0,0) 24780 print "エンターキーを押してください"+chr$(13) 24790 key$=Input$(1) 24800 if key$=chr$(13) then goto Main_Screen: 24810 else 24820 counts=0 24830 open "config/Anzai_Kikkyo/Anzai_Kikkyo_name_list.dat" for input as #2 24840 while eof(2) = 0 24850 line input #2,line$:counts = counts + 1 24860 wend 24870 close #2 24880 cls 3: 24890 line (0,0)-(900,60),rgb(0,0,255),bf 24900 pen 5:line(0,0)-(903,63),rgb(255,255,255),b 24910 line (0,60)-(900,180),rgb(127,255,212),bf 24920 pen 5:line(0,63)-(903,183),rgb(255,0,255),b 24930 line (0,180)-(900,250),rgb(0,255,0),bf 24940 pen 5:line(0,183)-(903,253),rgb(0,0,0),b 24950 color rgb(255,255,255) 24960 print "1.安斎流姓名判断改名リスト登録件数"+chr$(13) 24970 color rgb(255,0,255) 24980 print "登録件数:";counts;"件"+chr$(13) 24990 talk "登録件数は"+str$(counts)+"件です。" 25000 color rgb(0,0,0) 25010 print "エンターキーを押してください"+chr$(13) 25020 endif 25030 key$ = input$(1) 25040 if key$ = chr$(13) then goto Show_Entry_list: 25050 ' 25060 ' 25070 Show_Entry_list: 25080 open "config/Anzai_Kikkyo/Anzai_Kikkyo_name_list.dat" for input as #1 25090 for i=0 to 3 counts - 1 25100 input #1,buf_lines$(i) 25110 next i 25120 close #1 25130 n=0:cls 3 25140 'グラフィック領域　ここから 25150 line (0,0)-(1300,60),rgb(0,0,255),bf 25160 pen 5:line(0,0)-(1303,63),rgb(255,255,255),b 25170 line (0,60)-(1300,100counts+60),rgb(124,255,212),bf 25180 pen 5:line(0,63)-(1303,100counts+60+3),rgb(255,0,255),b 25190 line (0,100counts+60)-(1300,60+100counts+120),rgb(0,255,0),bf 25200 pen 5:line(0,100counts+60+3)-(1300,60+100counts+120+3),rgb(0,0,0),b 25210 'グラフィック領域　ここまで 25220 color rgb(255,255,255) 25230 print "安斎流姓名判断　ネームリスト"+chr$(13) 25240 color rgb(255,0,255) 25250 'count:登録件数 25260 while n < counts 25270 font 16:print n+1 ; ".";buf_lines$(3n+0) ; ",";buf_lines$(3n+1);",";buf_lines$(3n+2);chr$(13) 25280 n=n+1 25290 wend 25300 color rgb(0,0,0) 25310 print"エンターキーを押してください"+chr$(13) 25320 key$=INPUT$(1) 25330 if key$=chr$(13) then goto Main_Screen: 25340 Anzai_Aisyou_Member_list_Top: 25350 n=0 25360 if dir$("config/Mydata/my_fortune_list_male.dat")="" then 25370 goto Empty_member_list: 25380 else 25390 goto show_Aisyou_member_List: 25400 endif 25410 ' 25420 show_Aisyou_member_List: 25430 'ファイルを読み込む 1.登録件数、登録データーを読み込む 25440 '1.ファイルがない時　ファイルがありませんと表示する 25450 if dir$("config/Mydata/my_fortune_list_male.dat") = " " then 25460 '1.ファイルがない時、ファイルがありませんと表示させる 25470 'グラフィック描画領域ここから 25480 line (0,0)-(1200,60),rgb(0,0,255),bf 25490 line (0,60)-(1200,273),rgb(127,255,212),bf 25500 line (0,270)-(1200,500),rgb(0,255,0),bf 25510 'グラフィック描画領域　ここまで 25520 print "ファイルがありません" + chr$(13) 25530 else 25540 'n:ファイルを開いて、登録件数の確認 25550 open "config/Mydata/my_fortune_list_male.dat" for input as #1 25560 while eof(1) = 0 25570 line input #1,lines$:n=n+1 25580 'input #1,buffLines$(n) 25590 'n = n + 1 25600 wend 25610 close #1 25620 'ファイルを開いて、配列にデーターを入力する 25630 open "config/Mydata/my_fortune_list_male.dat" for input as #2 25640 for i=0 to n2-2 25650 input #2,buffLines$(i) 25660 next i 25670 close #2 25680 'ファイル読み込み　ここまで 25690 N=0 25700 'グラフィック領域　ここから 25710 cls 3 25720 line (0,0)-(1200,60),rgb(0,0,255),bf 25730 pen 5:line (0,0)-(1203,63),rgb(255,255,255),b 25740 line (0,60)-(1200,160),rgb(127,255,212),bf 25750 pen 5:line (0,63)-(1203,163),rgb(255,0,255),b 25760 line (0,160)-(1200,250),rgb(0,255,0),bf 25770 pen 5:line(0,163)-(1203,253),rgb(0,0,0),b 25780 'グラフィック領域　ここまで 25790 color rgb(255,255,255) 25800 print "安斎流姓名判断　相性メンバーリスト登録件数"+chr$(13) 25810 color rgb(255,0,255) 25820 print "登録件数:";n;"件"+chr$(13) 25830 color rgb(0,0,0) 25840 print "エンターキーを押してください"+chr$(13) 25850 key$=input$(1) 25860 if key$ = chr$(13) then goto Aisyou_List: 25870 endif 25880 '安斎流姓名判断　相性リスト　メンバー表示 25890 Aisyou_List: 25900 cls 3: 25910 line (0,0)-(1300,60),rgb(0,0,255),bf 25920 pen 5:line (0,0)-(1303,63),rgb(255,255,255),b 25930 line (0,60)-(1300,260),rgb(127,255,212),bf 25940 pen 5:line(0,63)-(1303,263),rgb(255,0,255),b 25950 line (0,260)-(1300,470),rgb(0,255,0),bf 25960 line (0,263)-(1303,473),rgb(0,0,0),b 25970 color rgb(255,255,255) 25980 print "安斎流姓名判断相性メンバーリスト登録件数";count+1;"件目"+chr$(13) 25990 while n > count - 1 26000 color rgb(255,0,255) 26010 print buffLines$(2count+0)+chr$(13) 26020 print buffLines$(2count+1)+chr$(13) 26030 color rgb(0,0,0) 26040 print "エンターキー:前の画面"+chr$(13) 26050 print "スペースキー:次のリストへ行く"+chr$(13) 26060 key$=input$(1) 26070 if key$=chr$(13) then goto Member_List_Top: 26080 if key$=" " then 26090 count= ((count + 1) Mod n) 26100 if n = count then ui_msg"データーが一杯です.":count = ((count + 1) Mod n) 26110 goto Aisyou_List: 26120 endif 26130 wend 26140 '空っぽのときの表示 26150 Empty_member_list: 26160 cls 3 26170 line(0,0)-(850,60),rgb(0,0,255),bf 26180 pen 5:line(0,0)-(853,183),rgb(255,255,255),b 26190 line(0,60)-(850,180),rgb(127,255,212),bf 26200 pen 5:line(0,63)-(853,183),rgb(255,0,255),b 26210 line (0,180)-(850,250),rgb(0,255,0),bf 26220 pen 5:line(0,183)-(853,253),rgb(0,0,0),b 26230 color rgb(255,255,255) 26240 print "安斎流姓名判断　相性メンバーリスト" + chr$(13) 26250 color rgb(255,0,255) 26260 print "登録メンバーはいません" + chr$(13) 26270 color rgb(0,0,0) 26280 print"エンターキーを押してください" + chr$(13) 26290 key$ = input$(1) 26300 if key$=chr$(13) then goto Main_Screen: 26310 Remove_MemberList: 26320 cls 3: 26330 line (0,0)-(1200,60),rgb(0,0,255),bf 26340 line (0,3)-(1197,57),rgb(255,255,255),b 26350 line (0,60)-(1202,362),rgb(127,255,212),bf 26360 line (0,57)-(1197,357),rgb(255,0,255),b 26370 line (0,357)-(1197,557),rgb(0,255,0),bf 26380 line(0,360)-(1200,560),rgb(0,0,0),b 26390 color rgb(255,255,255) 26400 print"メンバーリストの編集(安斎流姓名判断)" + chr$(13) 26410 color rgb(255,0,255) 26420 print "1.改名チェックリストの編集" + chr$(13) 26430 print "2.相性メンバーリストの編集" + chr$(13) 26440 print "3.トップ画面へ行く" + chr$(13) 26450 color rgb(0,0,0) 26460 print"番号を選んでください" + chr$(13) 26470 Input"番号:",No 26480 if No = 0 or No > 3 then goto Remove_MemberList:ui_msg "番号をもう一度、入れ直してください " 26490 if No=1 then 26500 If dir$("config/Anzai_Kikkyo/Anzai_Kikkyo_name_list.dat") = "" then 26510 ui_msg"そのファイルはありません":goto Remove_MemberList: 26520 else 26530 kill "config/Anzai_Kikkyo/Anzai_Kikkyo_name_list.dat":ui_msg"改名チェックリストを削除しました":goto Remove_MemberList: 26540 endif 26550 endif 26560 if No=2 then 26570 if dir$("config/Mydata/my_fortune_list_male.dat")="" then 26580 ui_msg"そのファイルはありません":goto Remove_MemberList: 26590 else 26600 kill "config/Mydata/my_fortune_list_male.dat":ui_msg"相性メンバーリストを削除しました":goto Remove_MemberList: 26610 endif 26620 endif 26630 if No=3 then goto Main_Screen: 26640 '九星姓名判断 1.陰陽配列の保存 26650 Save_Inyo_array: 26660 open "config/Inyo_list/Inyo_array.dat" for append as #1 26670 print #1,"名前:";name$ + name2$;",陰陽配列:";buffer$ + buffer2$ 26680 close #1 26690 ui_msg "保存しました" 26700 '九星姓名判断陰陽配列 List 26710 Kyusei_Inyou_Array_List: 26720 cls 3 26730 'グラフィック領域　ここから 26740 Line (0,0)-(1200,60),rgb(0,0,255),bf 26750 line (0,0)-(1197,57),rgb(255,255,255),b 26760 line (0,60)-(1203,273),rgb(127,255,212),bf 26770 line (0,63)-(1200,270),rgb(255,0,255),b 26780 line (0,270)-(1200,500),rgb(0,255,0),bf 26790 line (0,273)-(1203,503),rgb(0,0,0),b 26800 'グラフィック描画領域　ここまで 26810 'ファイル読み込みここから 26820 if dir$("config/Inyo_list/Inyo_array.dat")="" then 26830 mode=0 26840 else 26850 mode=1 26860 '登録件数を求める 26870 open "config/Inyo_list/Inyo_array.dat" for input as #1 26880 bcount=0 26890 while eof(1)=0 26900 line input #1,bufLine$:bcount = bcount + 1 26910 wend 26920 close #1 26930 open "config/Inyo_list/Inyo_array.dat" for input as #2 26940 for i=0 to 2 * bcount - 1 26950 input #2,count1$(i) 26960 next i 26970 close #2 26980 endif 26990 'ファイル読み込みここまで 27000 '1行目　文字色　白 27010 '1.ファイルがない時 27020 color rgb(255,255,255) 27030 print "九星姓名判断陰陽配列　リスト" + chr$(13) 27040 if mode=0 then 27050 color rgb(255,0,255) 27060 print "ファイルがありません"+chr$(13) 27070 else 27080 '2.ファイルが有る時 27090 color rgb(255,0,255) 27100 'bcount:登録件数 27110 select case bcount 27120 '登録件数が一件のとき 27130 case 1: 27140 print count1$(0) + chr$(13) 27150 print count1$(1) + chr$(13) 27160 color rgb(0,0,0) 27170 print "エンターキー:トップへ行く" + chr$(13) 27180 key$ = input$(1) 27190 if key$ = chr$(13) then goto Main_Screen: 27200 '登録件数が2件以上の時 27210 case else: 27220 n = 0 27230 while (1) 27240 l=n mod bcount 27250 if l => 0 then 27260 '登録件数がn件のときの 27270 cls 27280 color rgb(255,255,255) 27290 print"九星姓名判断陰陽配列リスト"+chr$(13) 27300 color rgb(255,0,255) 27310 print count1$(2l + 0) + chr$(13) 27320 'l = l + 1 27330 print count1$(2l + 1) + chr$(13) 27340 print"スペースキー:次へ行く" + chr$(13) 27350 print"エンターキー:トップへ行く" + chr$(13) 27360 key$ = input$(1) 27370 if key$ = " " then n = (n + 1) Mod bcount 27380 if key$ = Chr$(13) then goto Main_Screen: 27390 endif 27400 wend 27410 end Select 27420 endif 27430 func get_chiunn(name2$) 27440 buff_name=len(name2$) 27450 '1.男性の地運を求める 27460 select case buff_name 27470 case 1: 27480 '男性の地運を求める 27490 buf_chiunn = char_count(name2$) 27500 case 2: 27510 '名が2文字 27520 if buff_name = 2 then 27530 buf_Input_name$(0) = mid$(name2$,1,1) 27540 buf_Input_name$(1) = mid$(name2$,2,1) 27550 '地運を計算 27560 buf_chiunn = char_count(buf_Input_name$(0)) + char_count(buf_Input_name$(1)) 27570 endif 27580 case 3: 27590 '1.名３ 27600 if buff_name = 3 then 27610 buf_Input_name$(0) = Mid$(name2$,1,1) 27620 buf_Input_name$(1) = Mid$(name2$,2,1) 27630 buf_Input_name$(2) = Mid$(name2$,3,1) 27640 buf_chiunn=char_count(buf_Input_name$(0))+char_count(buf_Input_name$(1))+char_count(buf_Input_name$(2)) 27650 endif 27660 case else: 27670 end select 27680 endfunc buf_chiunn 27690 func get_gaiunn(name3$,name4$) 27700 buff_name3 = len(name3$) 27710 buff_name4 = len(name4$) 27720 buff_wname = buff_name3 + buff_name4 27730 '2.女性　外運を求める 27740 select case buff_wname 27750 '姓と名の合計数 27760 case 2: 27770 buf_Input_name2$(0)=Mid$(name3$,1,1) 27780 buf_Input_name2$(1)=Mid$(name4$,1,1) 27790 buf_gaiunn=char_count(buf_Input_name2$(0)) + char_count(buf_Input_name2$(1)) 27800 case 3: 27810 if buff_name3=2 and buff_name4=1 then 27820 buf_Input_name2$(0)=Mid$(name3$,1,1) 27830 buf_Input_name2$(1)=Mid$(name3$,2,1) 27840 buf_Input_name2$(2)=Mid$(name4$,1,1) 27850 buf_gaiunn=char_count(buf_Input_name2$(0))+char_count(buf_Input_name2$(2)) 27860 endif 27870 if buff_name3=1 and buff_name4=2 then 27880 buf_Input_name2$(0)=Mid$(name3$,1,1) 27890 buf_Input_name2$(1)=Mid$(name4$,1,1) 27900 buf_Input_name2$(2)=Mid$(name4$,2,1) 27910 buf_gaiunn=char_count(buf_Input_name2$(0))+char_count(buf_Input_name2$(2)) 27920 endif 27930 case 4: 27940 '姓１、名３ 27950 if buff_name3=1 and buff_name4=3 then 27960 buf_Input_name2$(0)=Mid$(name3$,1,1) 27970 buf_Input_name2$(1)=Mid$(name4$,1,1) 27980 buf_Input_name2$(2)=Mid$(name4$,2,1) 27990 buf_Input_name2$(3)=Mid$(name4$,3,1) 28000 '外運を求める 28010 buf_gaiunn=char_count(buf_Input_name2$(0))+char_count(buf_Input_name2$(2))+char_count(buf_Input_name2$(3)) 28020 endif 28030 '姓２,名２ 28040 if buff_name3=2 and buff_name4=2 then 28050 buf_Input_name2$(0)=Mid$(name3$,1,1) 28060 buf_Input_name2$(1)=Mid$(name3$,2,1) 28070 buf_Input_name2$(2)=Mid$(name4$,1,1) 28080 buf_Input_name2$(3)=Mid$(name4$,2,1) 28090 '外運を求める 28100 buf_gaiunn=char_count(buf_Input_name2$(0))+char_count(buf_Input_name2$(3)) 28110 endif 28120 '姓３，名１ 28130 if buff_name3=3 and buff_name4=1 then 28140 buf_Input_name2$(0)=Mid$(name3$,1,1) 28150 buf_Input_name2$(1)=Mid$(name3$,2,1) 28160 buf_Input_name2$(2)=Mid$(name3$,3,1) 28170 buf_Input_name2$(3)=Mid$(name4$,1,1) 28180 '外運を求める 28190 buf_gaiunn=char_count(buf_Input_name2$(0))+char_count(buf_Input_name2$(1))+char_count(buf_Input_name2$(3)) 28200 endif 28210 case 5: 28220 '姓 3,名2 28230 if buff_name3=3 and buff_name=2 then 28240 buf_Input_name2$(0)=Mid$(name3$,1,1) 28250 buf_Input_name2$(1)=Mid$(name3$,2,1) 28260 buf_Input_name2$(2)=Mid$(name3$,3,1) 28270 buf_Input_name2$(3)=Mid$(name4$,1,1) 28280 buf_Input_name2$(4)=Mid$(name4$,2,1) 28290 '外運を求める 28300 buf_gaiunn=char_count(buf_Input_name2$(0))+char_count(buf_Input_name2$(1))+char_count(buf_Input_name2$(4)) 28310 endif 28320 '姓４、名１ 28330 if buff_name3=4 and buff_name4=1 then 28340 buf_Input_name2$(0)=Mid$(name3$,1,1) 28350 buf_Input_name2$(1)=Mid$(name3$,2,1) 28360 buf_Input_name2$(2)=Mid$(name3$,3,1) 28370 buf_Input_name2$(3)=Mid$(name3$,4,1) 28380 buf_Input_name2$(4)=Mid$(name4$,1,1) 28390 '外運を求める 28400 buf_gaiunn=char_count(buf_Input_name2$(0))+char_count(buf_Input_name2$(1))+char_count(buf_Input_name$(4)) 28410 endif 28420 '姓２、名３ 28430 if buff_name3=2 and buff_name4=3 then 28440 buf_Input_name2$(0)=Mid$(name3$,1,1) 28450 buf_Input_name2$(1)=Mid$(name3$,2,1) 28460 buf_Input_name2$(2)=Mid$(name4$,1,1) 28470 buf_Input_name2$(3)=Mid$(name4$,2,1) 28480 buf_Input_name2$(4)=Mid$(name4$,3,1) 28490 '外運を求める 28500 buf_gaiunn=char_count(buf_Input_name$(0))+char_count(buf_Input_name$(3))+char_count(buf_Input_name$(4)) 28510 endif 28520 case 6: 28530 '1.姓３，名３ 28540 if buff_name3=3 and buff_name4=3 then 28550 buf_Input_name2$(0)=Mid$(name3$,1,1) 28560 buf_Input_name2$(1)=Mid$(name3$,2,1) 28570 buf_Input_name2$(2)=Mid$(name3$,3,1) 28580 buf_Input_name2$(3)=Mid$(name4$,1,1) 28590 buf_Input_name2$(4)=Mid$(name4$,2,1) 28600 buf_Input_name2$(5)=Mid$(name4$,3,1) 28610 '外運を求める 28620 buf_gaiunn=char_count(buf_Input_name2$(0))+char_count(buf_Input_name2$(1))+char_count(buf_Input_name2$(4))+char_count(buf_Input_name$(5)) 28630 endif 28640 '2.姓４，名２ 28650 if buff_name3=4 and buff_name4=2 then 28660 buf_Input_name2$(0)=Mid$(name3$,1,1) 28670 buf_Input_name2$(1)=Mid$(name3$,2,1) 28680 buf_Input_name2$(2)=Mid$(name3$,3,1) 28690 buf_Input_name2$(3)=Mid$(name3$,4,1) 28700 buf_Input_name2$(4)=Mid$(name4$,1,1) 28710 buf_Input_name2$(5)=Mid$(name4$,2,1) 28720 '外運を求める 28730 buf_gaiunn=char_count(buf_Input_name2$(0))+char_count(buf_Input_name2$(1))+char_count(buf_Input_name$(5)) 28740 endif 28750 case 7: 28760 '1姓４，名３ 28770 '外運を求める 28780 end select 28790 endfunc buf_gaiunn
!-------------------------------------------------- !- Pentominos for Commodore Computers !- By Jim Butterfield, Compute! May 1984 !- !- Copied and pasted into CBM prg Studio !- on 5th September 2015 !- A.B.Sayuti H.M.Saman !-------------------------------------------------- 100 PRINT CHR$(142) "{clear}{right5}PENTOMINOS{down}" 110 DATA I,2 120 DATA 0,1,0,2,0,3,0,4 130 DATA 1,0,2,0,3,0,4,0 140 DATA X,1 150 DATA 1,-1,1,0,2,0,1,1 160 DATA V,4 170 DATA 0,1,0,2,1,0,2,0 180 DATA 0,1,0,2,1,2,2,2 190 DATA 1,0,2,0,2,1,2,2 200 DATA 1,0,2,0,2,-1,2,-2 210 DATA T,4 220 DATA 0,1,0,2,1,1,2,1 230 DATA 1,0,1,1,2,0,1,2 240 DATA 1,0,2,0,1,-1,1,-2 250 DATA 2,-1,2,0,2,1,1,0 260 DATA W,4 270 DATA 0,1,1,1,1,2,2,2 280 DATA 1,0,1,1,2,1,2,2 290 DATA 0,1,1,-1,1,0,2,-1 300 DATA 1,-1,1,0,2,-2,2,-1 310 DATA U,4 320 DATA 0,2,1,0,1,1,1,2 330 DATA 2,0,0,1,1,1,2,1 340 DATA 0,1,1,0,2,0,2,1 350 DATA 1,0,0,1,0,2,1,2 360 DATA F,8 370 DATA 0,1,1,-1,1,0,2,0 380 DATA 1,-1,2,-1,1,0,1,1 390 DATA 1,-1,1,0,1,1,2,1 400 DATA 1,-1,1,0,2,0,2,1 410 DATA 0,1,1,1,1,2,2,1 420 DATA 1,0,1,1,2,1,1,2 430 DATA 1,0,1,1,2,-1,2,0 440 DATA 1,-2,1,-1,2,-1,1,0 450 DATA L,8 460 DATA 1,0,2,0,3,0,3,1 470 DATA 0,1,0,2,0,3,1,3 480 DATA 1,-3,1,-2,1,-1,1,0 490 DATA 1,0,2,0,3,0,3,-1 500 DATA 1,0,2,0,3,0,0,1 510 DATA 0,1,0,2,0,3,1,0 520 DATA 0,1,1,1,2,1,3,1 530 DATA 1,0,1,1,1,2,1,3 540 DATA Y,8 550 DATA 0,1,0,2,0,3,1,1 560 DATA 1,0,2,0,3,0,1,1 570 DATA 1,-1,1,0,1,1,1,2 580 DATA 1,-1,1,0,2,0,3,0 590 DATA 0,1,0,2,0,3,1,2 600 DATA 1,0,2,0,3,0,2,1 610 DATA 1,-2,1,-1,1,0,1,1 620 DATA 1,0,2,0,3,0,2,-1 630 DATA Z,4 640 DATA 0,1,1,1,2,1,2,2 650 DATA 1,0,1,1,1,2,2,2 660 DATA 1,-2,1,-1,1,0,2,-2 670 DATA 2,-1,1,0,2,0,0,1 680 DATA P,8 690 DATA 0,1,1,0,1,1,2,0 700 DATA 1,0,0,1,1,1,0,2 710 DATA 0,1,1,0,1,1,1,2 720 DATA 1,0,0,1,1,1,2,1 730 DATA 1,-1,1,0,2,-1,2,0 740 DATA 1,-1,1,0,0,1,1,1 750 DATA 0,1,0,2,1,1,1,2 760 DATA 1,0,2,0,1,1,2,1 770 DATA R,8 780 DATA 0,1,0,2,1,2,1,3 790 DATA 1,0,2,0,2,1,3,1 800 DATA 1,-1,1,0,2,-1,3,-1 810 DATA 1,-1,1,0,0,1,0,2 820 DATA 0,1,1,1,1,2,1,3 830 DATA 1,0,1,1,2,1,3,1 840 DATA 1,0,2,-1,2,0,3,-1 850 DATA 1,-2,1,-1,1,0,0,1 860 DATA A,0 870 V$ = "{home}{down13}" 880 H$ = "{right23}" 1000 DIM X(63,4), Y(63,4), P(64), P$(13), S(13), T(13), B(6,20) 1001 DIM X1(5),Y1(5), X2(12), Y2(12), U(12) 1010 READ P$,N: IF N=0 GOTO 1070 1020 T = T+1: P$(T) = P$: S(T) = V+1 1030 FOR J=V+1 TO V+N: P(J)=T 1040 FOR K=0 TO 3: READ X(J,K), Y(J,K): NEXT K,J 1050 V=V+N: PRINT P$; 1060 GOTO 1010 1070 PRINTLEFT$(V$,5);: PRINT"CHOOSE: {DOWN}" 1080 FOR J=3 TO 6:PRINT J;"BY";60/J;"{DOWN}": NEXT J 1090 INPUT "SELECT 3 THRU 6";W1 1100 IF W1<3 OR W1>6 OR W1<>INT(W1) GOTO 1070 1110 W2=60/W1 1120 PRINT "{clear}" 2000 REM FIND NEW SPACE TO FILL 2010 GOSUB 3000: P=J: GOSUB 3200: IF X1>W2 GOTO 2170 2020 REM GET A NEW PIECE 2030 T(P)=S(P) 2040 PRINT "{HOME}";P$(P);"{DOWN11}" 2050 REM TRY FITTING PIECE 2060 C$=P$(P): X1(0)=X1: Y1(0)=Y1: FOR J=1 TO 4 2070 X=X(T(P),J-1)+X1:Y=Y(T(P),J-1)+Y1:X1(J)=X:Y1(J)=Y 2080 IF X<1 OR Y<1 OR X>W2 OR Y>W1 GOTO 2260 2090 IF B(Y,X)<>0 GOTO 2260 2100 NEXT J 2110 REM IT FITS - PUT PIECE IN PLACE 2120 B=P:FOR J=0 TO 4 2130 X=X1(J):Y=Y1(J):GOSUB 3500 2140 NEXT J 2150 X2(P)=X1:Y2(P)=Y1:P1=P1+1:U(P1)=P:GOTO 2010 2160 REM BOARD FILLED :rem 197 2170 PRINT "{HOME} SOLUTION" ;: END 2180 REM UNDRAW LAST ONE :rem 150 2190 P=U(P1) :U(P1)=0: P1 = P1-1: IF P1<0 THEN PRINT"THAT'S ALL":END 2200 B=0:X=X2(P):Y=Y2(P):C$=" ":GOSUB 3500 2210 X1=X:Y1=Y:FOR J=1 TO 4 2220 X=X(T(P),J-1)+X1:Y=Y(T(P),J-1)+Y1:X1(J)=X:Y1(J)=Y 2230 GOSUB 3500 2240 NEXT J 2250 REM ROTATE THE PIECE 2260 T(P)=T(P)+1:IF P(T(P))=P GOTO 2060 2270 REM GIVE UP ON PIECE 2280 T(P)=0 2290 REM LOOK FOR NEW PIECE 2300 P=P+1:IF P>12 GOTO 2190 2310 IF T(P)<>0 GOTO 2300 2320 GOTO 2030 3000 FOR J=1 TO 12: IF T(J)<>0 THEN NEXT J 3010 RETURN 3200 FOR X1=1 TO W2: FOR Y1=1 TO W1 3210 IF B(Y1,X1)=0 GOTO 3230 3220 NEXT Y1,X1 3230 RETURN 3500 PRINT LEFT$(V$,Y+2);LEFT$(H$,X);C$:B(Y,X)=B 3510 RETURN
Attribute VB_Name = "MATRIX_RC_REMOVE_LIBR" Option Explicit 'Requires that all variables to be declared explicitly. Option Base 1 'The "Option Base" statement allows to specify 0 or 1 as the 'default first index of arrays. '********************************************************************************** '******************************************************************************** 'FUNCTION : MATRIX_REMOVE_ROWS_FUNC 'DESCRIPTION : Delete row(s) from array 'LIBRARY : MATRIX 'GROUP : RC_REMOVE 'ID : 001 'AUTHOR : RAFAEL NICOLAS FERMIN COTA 'LAST UPDATE : 01/19/2009 '******************************************************************************** '******************************************************************************** '// PERFECT Function MATRIX_REMOVE_ROWS_FUNC(ByRef DATA_RNG As Variant, _ ByVal START_ROW As Long, _ Optional ByVal NO_ROWS As Long = 1) Dim i As Long Dim j As Long Dim k As Long Dim SROW As Long Dim NROWS As Long Dim SCOLUMN As Long Dim NCOLUMNS As Long Dim DATA_MATRIX As Variant Dim TEMP_MATRIX As Variant On Error GoTo ERROR_LABEL DATA_MATRIX = DATA_RNG If NO_ROWS = 0 Then MATRIX_REMOVE_ROWS_FUNC = DATA_MATRIX Exit Function End If SROW = LBound(DATA_MATRIX, 1) SCOLUMN = LBound(DATA_MATRIX, 2) NROWS = UBound(DATA_MATRIX, 1) NCOLUMNS = UBound(DATA_MATRIX, 2) If (NO_ROWS < 0) Then: NO_ROWS = 1 If NO_ROWS >= (NROWS - SROW) + 1 Then: GoTo ERROR_LABEL ReDim TEMP_MATRIX(SROW To (NROWS - NO_ROWS), SCOLUMN To NCOLUMNS) For j = SCOLUMN To NCOLUMNS k = SROW For i = SROW To NROWS If i = START_ROW Then: i = i + NO_ROWS If (i > NROWS) Or (k > UBound(TEMP_MATRIX, 1)) Then: GoTo 1983 TEMP_MATRIX(k, j) = DATA_MATRIX(i, j) k = k + 1 Next i 1983: Next j MATRIX_REMOVE_ROWS_FUNC = TEMP_MATRIX Exit Function ERROR_LABEL: MATRIX_REMOVE_ROWS_FUNC = Err.number End Function '******************************************************************************** '******************************************************************************** 'FUNCTION : MATRIX_REMOVE_COLUMNS_FUNC 'DESCRIPTION : Delete column(s) from array 'LIBRARY : MATRIX 'GROUP : RC_REMOVE 'ID : 002 'AUTHOR : RAFAEL NICOLAS FERMIN COTA 'LAST UPDATE : 01/19/2009 '******************************************************************************** '********************************************************************************** '// PERFECT Function MATRIX_REMOVE_COLUMNS_FUNC(ByRef DATA_RNG As Variant, _ ByVal START_COLUMN As Long, _ Optional ByVal NO_COLUMNS As Long = 1) Dim i As Long Dim j As Long Dim k As Long Dim SROW As Long Dim NROWS As Long Dim SCOLUMN As Long Dim NCOLUMNS As Long Dim DATA_MATRIX As Variant Dim TEMP_MATRIX As Variant On Error GoTo ERROR_LABEL DATA_MATRIX = DATA_RNG If NO_COLUMNS = 0 Then MATRIX_REMOVE_COLUMNS_FUNC = DATA_MATRIX Exit Function End If SROW = LBound(DATA_MATRIX, 1) SCOLUMN = LBound(DATA_MATRIX, 2) NROWS = UBound(DATA_MATRIX, 1) NCOLUMNS = UBound(DATA_MATRIX, 2) If (NO_COLUMNS < 0) Then: NO_COLUMNS = 1 If NO_COLUMNS >= (NCOLUMNS - SCOLUMN) + 1 Then: GoTo ERROR_LABEL ReDim TEMP_MATRIX(SROW To NROWS, SCOLUMN To (NCOLUMNS - NO_COLUMNS)) For j = SROW To NROWS k = SCOLUMN For i = SCOLUMN To NCOLUMNS If i = START_COLUMN Then: i = i + NO_COLUMNS If (i > NCOLUMNS) Or (k > UBound(TEMP_MATRIX, 2)) Then: GoTo 1983 TEMP_MATRIX(j, k) = DATA_MATRIX(j, i) k = k + 1 Next i 1983: Next j MATRIX_REMOVE_COLUMNS_FUNC = TEMP_MATRIX Exit Function ERROR_LABEL: MATRIX_REMOVE_COLUMNS_FUNC = Err.number End Function
CLS total# = 1 DaysInYear = 365 INPUT "Number of people in group "; N min = DaysInYear - (N - 1) FOR i = min TO DaysInYear STEP 1 total# = total# * i NEXT J = total# / DaysInYear ^ N chance = (1 - J) * 100 PRINT PRINT chance; "% that two people in the group will have the same birthday"
10 MAXFILES=2:OPEN"sndDIR"AS1LEN=1:FIELD1,1ASN$:PRINT"Figura (0-";(LOF(1)/3)-1;")";:INPUTN:FORI=0TO2:GET1,N3+I+1:A(I)=ASC(N$):NEXT:V=A(0)\16:P=((A(0)AND15)256+A(1))256+A(2):IFV>2THENPRINT"Nao existe. Tente outra.":ENDELSECLOSE 20 P=P+1:OPEN"VOL."+RIGHT$(STR$(V),1)AS1LEN=1:FIELD1,1ASN$:GET1,P:A=ASC(N$):GET1,P+1:B=ASC(N$):GET1,P+2:C=ASC(N$):IFNOT(&H12=AAND&H34=BANDC=V)THENPRINT"Invalido.":ENDELSEGET1,P+3:L=ASC(N$):GET1,P+4:L=L+256ASC(N$):P=P+5 30 FORI=0TO3:GOSUB1000:N(I)=A:GOSUB1000:N(I)=N(I)+A256:PRINTN(I):NEXT 35 P=P+N(0)-8 40 DIMD(600),F(600),V(600):I=0 50 GOSUB1000:IFA=255THEN100 60 D(I)=A:GOSUB1000:D(I)=D(I)+A256:GOSUB1000:F(I)=AAND&H3F:GOSUB1000:F(I)=(AAND15)+F(I)*16:GOSUB1000:V(I)=(AAND15)XOR15:PRINTD(I);F(I);V(I):I=I+1:GOTO50 100 M=I:I=0:SOUND7,&B001000:ONINTERVAL=1GOSUB110:INTERVALON 105 GOTO 105 110 D(I)=D(I)-1:IFD(I)>0THENRETURNELSESOUND0,F(I)AND255:SOUND1,F(I)\256:SOUND8,V(I):I=I+1:IFI<MTHENRETURNELSEEND 999 END 1000 GET1,P:P=P+1:L=L-1:A=ASC(N$):RETURN
1 goto 9 'Start 2 ' * SayHello * 3 print "Nice to meet you ";a$;"! How're you doing?" 4 return 5 ' * AskForName * 6 print "Hello! What is your name?" 7 input a$ 8 return 9 ' * Start * 10 print "This is a test program." 11 gosub 5 'AskForName 12 gosub 2 'SayHello 13 end
Version =20 VersionRequired =20 Begin Form RecordSelectors = NotDefault NavigationButtons = NotDefault DividingLines = NotDefault AllowDesignChanges = NotDefault DefaultView =0 ScrollBars =0 PictureAlignment =2 DatasheetGridlinesBehavior =3 Cycle =1 GridX =24 GridY =24 Width =10650 DatasheetFontHeight =11 ItemSuffix =351 Left =60 Top =45 Right =10455 Bottom =5655 DatasheetGridlinesColor =15722980 RecSrcDt = Begin 0x9a907331b4cce440 End OnDirty ="[Event Procedure]" RecordSource ="WaterQuantity" OnCurrent ="[Event Procedure]" BeforeInsert ="[Event Procedure]" BeforeUpdate ="[Event Procedure]" DatasheetFontName ="Calibri" PrtMip = Begin 0x6801000068010000680100006801000000000000201c0000e010000001000000 , 0x010000006801000000000000a10700000100000001000000 End AllowDatasheetView =0 AllowPivotTableView =0 AllowPivotChartView =0 AllowPivotChartView =0 FilterOnLoad =0 ShowPageMargins =0 DisplayOnSharePointSite =1 DatasheetAlternateBackColor =15921906 DatasheetGridlinesColor12 =0 FitToScreen =1 DatasheetBackThemeColorIndex =1 BorderThemeColorIndex =3 ThemeFontIndex =1 ForeThemeColorIndex =0 AlternateBackThemeColorIndex =1 AlternateBackShade =95.0 Begin Begin Label BackStyle =0 FontSize =11 FontName ="Calibri" ThemeFontIndex =1 BackThemeColorIndex =1 BorderThemeColorIndex =0 BorderTint =50.0 ForeThemeColorIndex =0 ForeTint =50.0 GridlineThemeColorIndex =1 GridlineShade =65.0 End Begin Rectangle SpecialEffect =3 BackStyle =0 BorderLineStyle =0 BackThemeColorIndex =1 BorderThemeColorIndex =1 BorderShade =65.0 GridlineThemeColorIndex =1 GridlineShade =65.0 End Begin Image BackStyle =0 OldBorderStyle =0 BorderLineStyle =0 SizeMode =3 PictureAlignment =2 BorderColor =16777215 GridlineColor =16777215 BackThemeColorIndex =1 BorderThemeColorIndex =1 BorderShade =65.0 GridlineThemeColorIndex =1 GridlineShade =65.0 End Begin CheckBox BorderLineStyle =0 LabelX =230 LabelY =-30 BorderThemeColorIndex =1 BorderShade =65.0 GridlineThemeColorIndex =1 GridlineShade =65.0 End Begin TextBox AddColon = NotDefault FELineBreak = NotDefault BorderLineStyle =0 LabelX =-1800 FontSize =11 FontName ="Calibri" AsianLineBreak =1 BackThemeColorIndex =1 BorderThemeColorIndex =1 BorderShade =65.0 ThemeFontIndex =1 ForeThemeColorIndex =0 ForeTint =75.0 GridlineThemeColorIndex =1 GridlineShade =65.0 End Begin ComboBox AddColon = NotDefault BorderLineStyle =0 LabelX =-1800 FontSize =11 FontName ="Calibri" AllowValueListEdits =1 InheritValueList =1 ThemeFontIndex =1 BackThemeColorIndex =1 BorderThemeColorIndex =1 BorderShade =65.0 ForeThemeColorIndex =2 ForeShade =50.0 GridlineThemeColorIndex =1 GridlineShade =65.0 End Begin Subform BorderLineStyle =0 BorderThemeColorIndex =1 GridlineThemeColorIndex =1 GridlineShade =65.0 BorderShade =65.0 ShowPageHeaderAndPageFooter =1 End Begin Tab FontSize =11 FontName ="Calibri" ThemeFontIndex =0 GridlineThemeColorIndex =1 GridlineShade =65.0 UseTheme =1 Shape =3 BackThemeColorIndex =1 BackShade =85.0 BorderLineStyle =0 BorderColor =16777215 BorderThemeColorIndex =2 BorderTint =60.0 HoverThemeColorIndex =1 PressedThemeColorIndex =1 HoverForeThemeColorIndex =0 HoverForeTint =75.0 PressedForeThemeColorIndex =0 PressedForeTint =75.0 ForeThemeColorIndex =0 ForeTint =75.0 End Begin Page BorderThemeColorIndex =1 BorderShade =65.0 GridlineThemeColorIndex =1 GridlineShade =65.0 End Begin EmptyCell Height =240 GridlineColor =12632256 GridlineThemeColorIndex =1 GridlineShade =65.0 End Begin Section CanGrow = NotDefault Height =7245 BackColor =11973548 Name ="Detail" AlternateBackColor =15921906 AlternateBackThemeColorIndex =1 AlternateBackShade =95.0 BackThemeColorIndex =9 BackTint =60.0 Begin Begin TextBox SpecialEffect =2 OverlapFlags =85 TextAlign =1 IMESentenceMode =3 Left =2280 Top =390 Width =2040 Height =285 FontSize =9 TabIndex =1 LeftMargin =44 TopMargin =22 RightMargin =44 BottomMargin =22 BackColor =14940657 BorderColor =10921638 Name ="txtEstimateDischarge_cfs" ControlSource ="EstimateDischarge_cfs" GroupTable =1 BottomPadding =43 GridlineColor =10921638 VerticalAnchor =1 LayoutCachedLeft =2280 LayoutCachedTop =390 LayoutCachedWidth =4320 LayoutCachedHeight =675 RowStart =1 RowEnd =1 ColumnStart =1 ColumnEnd =1 LayoutGroup =1 BackThemeColorIndex =-1 ThemeFontIndex =-1 ForeThemeColorIndex =-1 GroupTable =1 End Begin TextBox SpecialEffect =2 OverlapFlags =85 TextAlign =1 IMESentenceMode =3 Left =2280 Top =1080 Width =2040 Height =285 FontSize =9 TabIndex =3 LeftMargin =44 TopMargin =22 RightMargin =44 BottomMargin =22 BackColor =14940657 BorderColor =10921638 Name ="txtEstimateType" ControlSource ="EstimateType" GroupTable =1 BottomPadding =43 GridlineColor =10921638 VerticalAnchor =1 LayoutCachedLeft =2280 LayoutCachedTop =1080 LayoutCachedWidth =4320 LayoutCachedHeight =1365 RowStart =3 RowEnd =3 ColumnStart =1 ColumnEnd =1 LayoutGroup =1 BackThemeColorIndex =-1 ThemeFontIndex =-1 ForeThemeColorIndex =-1 GroupTable =1 End Begin Label OverlapFlags =85 TextAlign =3 Left =60 Top =60 Width =2158 Height =259 FontSize =9 LeftMargin =44 TopMargin =22 RightMargin =44 BottomMargin =22 BorderColor =8355711 Name ="Label18" Caption ="Measurable Discharge" GroupTable =1 BottomPadding =43 GridlineColor =10921638 VerticalAnchor =1 LayoutCachedLeft =60 LayoutCachedTop =60 LayoutCachedWidth =2218 LayoutCachedHeight =319 LayoutGroup =1 ThemeFontIndex =-1 ForeTint =100.0 GroupTable =1 End Begin Label OverlapFlags =85 TextAlign =3 Left =60 Top =390 Width =2158 Height =285 FontSize =9 LeftMargin =44 TopMargin =22 RightMargin =44 BottomMargin =22 BorderColor =8355711 Name ="Label24" Caption ="Estimate Discharge (cfs)" GroupTable =1 BottomPadding =43 GridlineColor =10921638 VerticalAnchor =1 LayoutCachedLeft =60 LayoutCachedTop =390 LayoutCachedWidth =2218 LayoutCachedHeight =675 RowStart =1 RowEnd =1 LayoutGroup =1 ThemeFontIndex =-1 ForeTint =100.0 GroupTable =1 End Begin Label OverlapFlags =85 TextAlign =3 Left =60 Top =1080 Width =2158 Height =285 FontSize =9 LeftMargin =44 TopMargin =22 RightMargin =44 BottomMargin =22 BorderColor =8355711 Name ="Label27" Caption ="Estimate Type" GroupTable =1 BottomPadding =43 GridlineColor =10921638 VerticalAnchor =1 LayoutCachedLeft =60 LayoutCachedTop =1080 LayoutCachedWidth =2218 LayoutCachedHeight =1365 RowStart =3 RowEnd =3 LayoutGroup =1 ThemeFontIndex =-1 ForeTint =100.0 GroupTable =1 End Begin Label OverlapFlags =85 TextAlign =3 Left =60 Top =750 Width =2158 Height =255 FontSize =9 LeftMargin =44 TopMargin =22 RightMargin =44 BottomMargin =22 BorderColor =8355711 Name ="Label30" Caption ="Flow Severity" GroupTable =1 BottomPadding =43 GridlineColor =10921638 VerticalAnchor =1 LayoutCachedLeft =60 LayoutCachedTop =750 LayoutCachedWidth =2218 LayoutCachedHeight =1005 RowStart =2 RowEnd =2 LayoutGroup =1 ThemeFontIndex =-1 ForeTint =100.0 GroupTable =1 End Begin ComboBox SpecialEffect =2 OverlapFlags =85 TextAlign =1 IMESentenceMode =3 ColumnCount =2 Left =2280 Top =750 Width =2040 Height =255 FontSize =9 TabIndex =2 BackColor =14940657 BorderColor =10921638 ColumnInfo ="\"\";\"\";\"\";\"\";\"10\";\"100\"" Name ="cboFlowSeverityID" ControlSource ="FlowSeverityID" RowSourceType ="Table/Query" RowSource ="SELECT [ID], Label FROM Lkup_FlowSeverity ORDER BY Label; " ColumnWidths ="0;3975" GroupTable =1 BottomPadding =43 GridlineColor =10921638 VerticalAnchor =1 LeftMargin =44 TopMargin =22 RightMargin =44 BottomMargin =22 LayoutCachedLeft =2280 LayoutCachedTop =750 LayoutCachedWidth =4320 LayoutCachedHeight =1005 RowStart =2 RowEnd =2 ColumnStart =1 ColumnEnd =1 LayoutGroup =1 ThemeFontIndex =-1 BackThemeColorIndex =-1 ForeThemeColorIndex =-1 ForeTint =75.0 ForeShade =100.0 GroupTable =1 End Begin Tab OverlapFlags =85 Top =1500 Width =10650 Height =5745 FontSize =9 TabIndex =8 Name ="tabWaterQuantity" GridlineColor =10921638 LayoutCachedTop =1500 LayoutCachedWidth =10650 LayoutCachedHeight =7245 ThemeFontIndex =1 BackColor =15197923 BackThemeColorIndex =9 BackTint =20.0 BackShade =100.0 BorderColor =13866864 HoverColor =15197923 HoverThemeColorIndex =9 HoverTint =20.0 PressedColor =10319446 PressedThemeColorIndex =-1 HoverForeColor =5822891 HoverForeThemeColorIndex =8 HoverForeTint =60.0 PressedForeThemeColorIndex =1 PressedForeTint =100.0 ForeColor =2500134 ForeTint =85.0 Begin Begin Page OverlapFlags =87 Left =75 Top =1920 Width =10500 Height =5250 BorderColor =10921638 Name ="pgVolumetric" Caption ="Volumetric" GridlineColor =10921638 LayoutCachedLeft =75 LayoutCachedTop =1920 LayoutCachedWidth =10575 LayoutCachedHeight =7170 WebImagePaddingLeft =2 WebImagePaddingTop =2 WebImagePaddingRight =2 WebImagePaddingBottom =2 Begin Begin Subform OverlapFlags =215 OldBorderStyle =0 BorderWidth =1 Left =135 Top =1950 Width =10440 Height =2940 BorderColor =855309 Name ="fsubVolumetric" SourceObject ="Form.fsubVolumetric" LinkChildFields ="WaterQuantityID" LinkMasterFields ="ID" OnEnter ="[Event Procedure]" GridlineColor =10921638 LayoutCachedLeft =135 LayoutCachedTop =1950 LayoutCachedWidth =10575 LayoutCachedHeight =4890 BorderThemeColorIndex =0 BorderTint =95.0 BorderShade =100.0 End End End Begin Page OverlapFlags =215 Left =75 Top =1920 Width =10500 Height =5250 BorderColor =10921638 Name ="pgPiezometer" Caption ="Piezometer" GridlineColor =10921638 LayoutCachedLeft =75 LayoutCachedTop =1920 LayoutCachedWidth =10575 LayoutCachedHeight =7170 WebImagePaddingLeft =2 WebImagePaddingTop =2 WebImagePaddingRight =2 WebImagePaddingBottom =2 Begin Begin Subform OverlapFlags =247 OldBorderStyle =0 Left =150 Top =1950 Width =8910 Height =2910 BorderColor =10921638 Name ="fsubPiezometer" SourceObject ="Form.fsubPiezometer" LinkChildFields ="WaterQuantityID" LinkMasterFields ="ID" OnEnter ="[Event Procedure]" GridlineColor =10921638 LayoutCachedLeft =150 LayoutCachedTop =1950 LayoutCachedWidth =9060 LayoutCachedHeight =4860 End End End Begin Page OverlapFlags =215 Left =75 Top =1920 Width =10500 Height =5250 BorderColor =10921638 Name ="pgDepthToPool" Caption ="Depth to Pool" GridlineColor =10921638 LayoutCachedLeft =75 LayoutCachedTop =1920 LayoutCachedWidth =10575 LayoutCachedHeight =7170 WebImagePaddingLeft =2 WebImagePaddingTop =2 WebImagePaddingRight =2 WebImagePaddingBottom =2 Begin Begin Subform OverlapFlags =247 OldBorderStyle =0 Left =215 Top =2000 Width =4380 Height =285 BorderColor =10921638 Name ="fsubPoolSurfaceElevation" SourceObject ="Form.fsubPoolSurfaceElevation" LinkChildFields ="WaterQuantityID" LinkMasterFields ="ID" BottomPadding =43 GridlineColor =10921638 VerticalAnchor =2 LayoutCachedLeft =215 LayoutCachedTop =2000 LayoutCachedWidth =4595 LayoutCachedHeight =2285 RowStart =2 RowEnd =2 ColumnStart =2 ColumnEnd =4 End Begin Label OverlapFlags =223 Left =300 Top =2640 Width =1380 Height =300 FontSize =9 BorderColor =8355711 ForeColor =16777215 Name ="Label343" Caption ="Calculations" GridlineColor =10921638 LayoutCachedLeft =300 LayoutCachedTop =2640 LayoutCachedWidth =1680 LayoutCachedHeight =2940 ForeThemeColorIndex =1 ForeTint =100.0 End Begin Subform OverlapFlags =247 Left =300 Top =2880 Width =3120 Height =480 TabIndex =1 BorderColor =855309 Name ="fsubPoolElevationCalculation" SourceObject ="Form.fsubPoolElevationCalculation" LinkChildFields ="WaterQuantityID" LinkMasterFields ="ID" GridlineColor =10921638 HorizontalAnchor =2 VerticalAnchor =2 LayoutCachedLeft =300 LayoutCachedTop =2880 LayoutCachedWidth =3420 LayoutCachedHeight =3360 BorderThemeColorIndex =0 BorderTint =95.0 BorderShade =100.0 End Begin Label FontItalic = NotDefault OverlapFlags =223 TextAlign =1 Left =300 Top =2880 Width =3000 Height =300 FontSize =8 BorderColor =8355711 ForeColor =16777215 Name ="Label344" Caption =" Will be displayed when measurement is entered" GroupTable =5 GridlineColor =10921638 HorizontalAnchor =2 LayoutCachedLeft =300 LayoutCachedTop =2880 LayoutCachedWidth =3300 LayoutCachedHeight =3180 LayoutGroup =4 ForeThemeColorIndex =1 ForeTint =100.0 GroupTable =5 End Begin Label FontItalic = NotDefault OverlapFlags =215 Left =300 Top =3420 Width =4350 Height =300 FontSize =8 BorderColor =8355711 ForeColor =16777215 Name ="Label350" Caption =" Will be displayed when measurement is entered" GridlineColor =10921638 LayoutCachedLeft =300 LayoutCachedTop =3420 LayoutCachedWidth =4650 LayoutCachedHeight =3720 ForeThemeColorIndex =1 ForeTint =100.0 End End End End End Begin Rectangle SpecialEffect =0 BackStyle =1 OverlapFlags =223 Left =4800 Top =60 Width =5820 Height =1500 BackColor =6108695 BorderColor =8355711 Name ="Box684" GridlineColor =10921638 LayoutCachedLeft =4800 LayoutCachedTop =60 LayoutCachedWidth =10620 LayoutCachedHeight =1560 BackThemeColorIndex =-1 BorderShade =50.0 End Begin CheckBox OverlapFlags =223 Left =6960 Top =120 Width =600 Height =270 TabIndex =4 BorderColor =10921638 Name ="cbIsProofed" ControlSource ="IsProofed" RightPadding =0 BottomPadding =29 GridlineColor =10921638 LayoutCachedLeft =6960 LayoutCachedTop =120 LayoutCachedWidth =7560 LayoutCachedHeight =390 ColumnStart =1 ColumnEnd =1 End Begin Label OverlapFlags =215 TextAlign =3 Left =7590 Top =420 Width =1200 Height =270 FontSize =9 LeftMargin =44 TopMargin =22 RightMargin =44 BottomMargin =22 BorderColor =8355711 ForeColor =16777215 Name ="Label668" Caption ="Certification" GroupTable =4 RightPadding =0 BottomPadding =29 GridlineColor =10921638 LayoutCachedLeft =7590 LayoutCachedTop =420 LayoutCachedWidth =8790 LayoutCachedHeight =690 ColumnStart =2 ColumnEnd =2 LayoutGroup =3 ThemeFontIndex =-1 ForeThemeColorIndex =-1 GroupTable =4 End Begin ComboBox LimitToList = NotDefault SpecialEffect =2 OverlapFlags =215 TextAlign =1 IMESentenceMode =3 ColumnCount =2 Left =8820 Top =420 Width =1680 Height =270 FontSize =9 TabIndex =6 BackColor =14940657 BorderColor =10921638 ColumnInfo ="\"\";\"\";\"\";\"\";\"10\";\"40\"" Name ="cboDataCertificationID" ControlSource ="DataCertificationID" RowSourceType ="Table/Query" RowSource ="SELECT Lkup_DataCertification.ID, Lkup_DataCertification.Label, Lkup_DataCertifi" "cation.AllowsLocks FROM Lkup_DataCertification WHERE (((Lkup_DataCertification.[" "IsActive])=True)); " ColumnWidths ="0" DefaultValue ="1" GroupTable =4 RightPadding =0 BottomPadding =29 GridlineColor =10921638 LeftMargin =44 TopMargin =22 RightMargin =44 BottomMargin =22 LayoutCachedLeft =8820 LayoutCachedTop =420 LayoutCachedWidth =10500 LayoutCachedHeight =690 ColumnStart =3 ColumnEnd =3 LayoutGroup =3 ThemeFontIndex =-1 BackThemeColorIndex =-1 ForeThemeColorIndex =-1 ForeTint =75.0 ForeShade =100.0 GroupTable =4 End Begin Label OverlapFlags =247 TextAlign =1 Left =4860 Top =120 Width =2100 Height =270 FontSize =9 LeftMargin =44 TopMargin =22 RightMargin =44 BottomMargin =22 BorderColor =8355711 ForeColor =16777215 Name ="Label667" Caption ="Data have been proofed" BottomPadding =29 GridlineColor =10921638 LayoutCachedLeft =4860 LayoutCachedTop =120 LayoutCachedWidth =6960 LayoutCachedHeight =390 ThemeFontIndex =-1 ForeThemeColorIndex =-1 End Begin Label OverlapFlags =215 TextAlign =3 Left =4860 Top =420 Width =1200 Height =270 FontSize =9 LeftMargin =44 TopMargin =22 RightMargin =44 BottomMargin =22 BorderColor =8355711 ForeColor =16777215 Name ="Label197" Caption ="Flag" GroupTable =4 BottomPadding =29 GridlineColor =10921638 LayoutCachedLeft =4860 LayoutCachedTop =420 LayoutCachedWidth =6060 LayoutCachedHeight =690 LayoutGroup =3 ThemeFontIndex =-1 ForeThemeColorIndex =-1 GroupTable =4 End Begin ComboBox LimitToList = NotDefault SpecialEffect =2 OverlapFlags =215 TextAlign =1 IMESentenceMode =3 ColumnCount =2 Left =6120 Top =420 Height =270 FontSize =9 TabIndex =5 BackColor =14940657 BorderColor =10921638 ColumnInfo ="\"\";\"\";\"\";\"\";\"10\";\"70\"" Name ="cboFlagID" ControlSource ="FlagID" RowSourceType ="Table/Query" RowSource ="SELECT Lkup_Flag.ID, Lkup_Flag.Label FROM Lkup_Flag; " ColumnWidths ="0" DefaultValue ="1" GroupTable =4 RightPadding =0 BottomPadding =29 GridlineColor =10921638 LeftMargin =44 TopMargin =22 RightMargin =44 BottomMargin =22 LayoutCachedLeft =6120 LayoutCachedTop =420 LayoutCachedWidth =7560 LayoutCachedHeight =690 ColumnStart =1 ColumnEnd =1 LayoutGroup =3 ThemeFontIndex =-1 BackThemeColorIndex =-1 ForeThemeColorIndex =-1 ForeTint =75.0 ForeShade =100.0 GroupTable =4 End Begin TextBox ScrollBars =2 SpecialEffect =2 OverlapFlags =215 TextAlign =1 IMESentenceMode =3 Left =6120 Top =750 Width =4380 Height =720 FontSize =9 TabIndex =7 LeftMargin =44 TopMargin =22 RightMargin =44 BottomMargin =22 BackColor =14940657 BorderColor =10921638 Name ="txtResultComments" ControlSource ="ResultComments" GroupTable =4 RightPadding =0 BottomPadding =29 GridlineColor =10921638 LayoutCachedLeft =6120 LayoutCachedTop =750 LayoutCachedWidth =10500 LayoutCachedHeight =1470 RowStart =1 RowEnd =1 ColumnStart =1 ColumnEnd =3 LayoutGroup =3 BackThemeColorIndex =-1 ThemeFontIndex =-1 ForeThemeColorIndex =-1 GroupTable =4 Begin Begin Label OverlapFlags =215 TextAlign =3 Left =4860 Top =750 Width =1200 Height =720 FontSize =9 LeftMargin =44 TopMargin =22 RightMargin =44 BottomMargin =22 BorderColor =8355711 ForeColor =16777215 Name ="Label315" Caption ="Result Comments" GroupTable =4 BottomPadding =29 GridlineColor =10921638 LayoutCachedLeft =4860 LayoutCachedTop =750 LayoutCachedWidth =6060 LayoutCachedHeight =1470 RowStart =1 RowEnd =1 LayoutGroup =3 ThemeFontIndex =-1 ForeThemeColorIndex =-1 GroupTable =4 End End End Begin ComboBox LimitToList = NotDefault SpecialEffect =2 OverlapFlags =85 TextAlign =1 IMESentenceMode =3 ColumnCount =2 Left =2280 Top =60 Width =2040 Height =259 FontSize =9 BackColor =14940657 BorderColor =10921638 ColumnInfo ="\"\";\"\";\"\";\"\";\"10\";\"20\"" Name ="cboHasMeasurableDischarge_YesNoID" ControlSource ="HasMeasurableDischarge_YesNoID" RowSourceType ="Table/Query" RowSource ="SELECT Lkup_YesNo.ID, Lkup_YesNo.Label FROM Lkup_YesNo; " ColumnWidths ="0;3975" GroupTable =1 BottomPadding =43 GridlineColor =10921638 VerticalAnchor =1 LeftMargin =44 TopMargin =21 RightMargin =44 BottomMargin =21 LayoutCachedLeft =2280 LayoutCachedTop =60 LayoutCachedWidth =4320 LayoutCachedHeight =319 ColumnStart =1 ColumnEnd =1 LayoutGroup =1 ThemeFontIndex =-1 BackThemeColorIndex =-1 ForeThemeColorIndex =-1 ForeShade =100.0 GroupTable =1 End Begin TextBox ScrollBars =2 SpecialEffect =2 OverlapFlags =223 TextAlign =1 IMESentenceMode =3 Left =60 Top =5220 Width =10560 Height =570 FontSize =9 TabIndex =9 LeftMargin =44 TopMargin =22 RightMargin =44 BottomMargin =22 BackColor =14940657 BorderColor =10921638 Name ="txtDischargeComments" ControlSource ="DischargeComments" GroupTable =2 TopPadding =0 RightPadding =0 BottomPadding =43 GridlineColor =10921638 LayoutCachedLeft =60 LayoutCachedTop =5220 LayoutCachedWidth =10620 LayoutCachedHeight =5790 RowStart =1 RowEnd =1 LayoutGroup =2 BackThemeColorIndex =-1 ThemeFontIndex =-1 ForeThemeColorIndex =-1 GroupTable =2 End Begin Label OverlapFlags =215 TextAlign =1 Left =60 Top =4980 Width =10560 Height =240 FontSize =9 LeftMargin =44 TopMargin =22 RightMargin =44 BottomMargin =22 BorderColor =8355711 ForeColor =16777215 Name ="Label155" Caption ="Discharge Comments" GroupTable =2 RightPadding =0 BottomPadding =0 GridlineColor =10921638 LayoutCachedLeft =60 LayoutCachedTop =4980 LayoutCachedWidth =10620 LayoutCachedHeight =5220 LayoutGroup =2 ThemeFontIndex =-1 ForeThemeColorIndex =1 ForeTint =100.0 GroupTable =2 End End End End End CodeBehindForm Attribute VB_GlobalNameSpace = False Attribute VB_Creatable = True Attribute VB_PredeclaredId = True Attribute VB_Exposed = False Option Compare Database Option Explicit ' -------------------------------------------------------------------------------------------- ' Sub: Form_Current ' Description: Current actions for fsubWaterQuantity ' Assumptions: - ' Parameters: - ' Returns: - ' Throws: - ' References: - ' Source/date: Sarah Shultz, November, 2016 ' Adapted: - ' Revisions: ' Helen Thomas - 4/10/2017 - Changed cbHasMeasurableDischarge to cboHasMeasurableDischarge_YesNoID ' --------------------------------------------------------------------------------------------- Private Sub Form_Current() On Error Resume Next cboHasMeasurableDischarge_YesNoID.SetFocus End Sub Private Sub Form_BeforeInsert(Cancel As Integer) CreatedBy = GetUserName() End Sub Private Sub Form_BeforeUpdate(Cancel As Integer) On Error GoTo ErrorHandler 'Check to make sure the parent record wasn't somehow by-passed If CheckForParent(Me.Parent.ID, "hydrology") = False Then Me.Undo Me.Parent.txtAirTemperature_C.SetFocus Else: LastModifiedBy = GetUserName() LastModifiedDate = Now() End If ExitSub: Exit Sub ErrorHandler: MsgBox "Error #" & Err.Number & ". " & Err.Description, vbCritical, "Springs error" Resume ExitSub End Sub
1 a% = 4 2 WHILE a$ > 0 DO 3 a% > b% THEN 4 a% = b% 5 ELSE 6 a% = b% 7 b% = c% 8 END IF 9 END WHILE 10 STOP
1 %TITLE "Library Screens" %SBTTL "TK_RPRT_LIBREP" %IDENT "V3.6a Calico" ! ! COPYRIGHT (C) 1987 BY ! ! Computer Management Center ! Idaho Falls, Idaho. ! ! This software is furnished under a license and may be used and ! copied only in accordance with terms of such license and with ! the inclusion of the above copyright notice. This software or ! any other copies therof may not be provided or otherwise made ! available to any other person. No title to and ownership of ! the software is hereby transferred. ! ! The information in this software is subject to change without ! notice and should not be construed as a commitment by ! Computer Management Center, Inc. ! ! CMC assumes no responsibility for the use or reliability of ! its software on equipment which is not supported by CMC. ! !++ ! ID:TK011 ! ! Abstract:HELP ! .p ! This report dumps out reports/screens that are stored in ! a particular library. ! They will be printed out one per page, without any titles. ! ! Index: ! .X Report>Windows ! .x Windows>Report ! ! Option: ! ! Author: ! ! 03/31/88 - Frank Starman ! ! Compile: ! ! $ BAS TK_SOURCE:TK_RPRT_LIBREP ! $ LINK/EXE=TK_EXE:.EXE TK_RPRT_LIBREP, FUNC_LIB:CMCLINK/OPTION ! $ DELETE TK_RPRT_LIBREP.OBJ; ! ! Modification history: ! ! 04/15/95 - Kevin Handy ! (V3.6) ! Update to V3.6 coding standards ! ! 10/29/96 - Kevin Handy ! Reformat source code ! ! 05/16/97 - Kevin Handy ! Reformat source code ! ! 08/20/97 - Kevin Handy ! Don't allocate channel for report ! ! 08/22/98 - Kevin Handy ! (V3.6a Calico) ! Update to V3.6a coding standards ! ! 12/05/2000 - Kevin Handy ! Use WHEN ERROR IN !-- %PAGE OPTION SIZE = (INTEGER LONG, REAL GFLOAT) ! ! Include files ! %INCLUDE "FUNC_INCLUDE:FUNCTION.HB" MAP (SCOPE) SCOPE_STRUCT SCOPE %INCLUDE "SOURCE:[UTL.OPEN]UTL_REPORTX.HB" DECLARE UTL_REPORTX_CDD UTL_REPORTX ! ! External functions ! EXTERNAL LONG FUNCTION LIBR_NODIGSR ! ! Declare ! DECLARE INTEGER CONSTANT NUM_LINES = 6000 ! Size of the array DECLARE INTEGER CONSTANT LIB_INDEX = 2000 ! Size of the array ! ! Dimension statements ! DIM LINE_NUM$(NUM_LINES), LIB_INDEX$(LIB_INDEX), LIB_CONNECT%(LIB_INDEX) DIM RFA LIB_RFA(LIB_INDEX) %PAGE ON ERROR GOTO 19000 Init: ! ! Initilize for output ! CALL OUTP_INITFROMFILE(UTL_REPORTX, 132%) GOTO ExitProgram IF UTL_REPORTX::STAT LFILE$ = EDIT$(UTL_REPORTX::OPTDEF(0%), 132%) !++ ! Abstract:FLD01 ! ^(01) Library Name\ ! .p ! This field specifies the library that is to be ! printed. Screens and reports exist in files coded as ! "^WINDOWS__\??", where ?? is the system name. Help ! text is in files coded as "^HELP__\??". ! ! Index: ! .x Library name>Windows>Report ! .x Report>Windows>Library name ! !-- WLDCRD$ = EDIT$(UTL_REPORTX::OPTDEF(1%), 132%) !++ ! Abstract:FLD02 ! ^(02) Wildcard\ ! .p ! This field selects specific items out of the ! library using wildcard characters. ! i.e. if you want all ! reports, you will enter "^_$REPORT\" here. ! ! Index: ! .x Wildcard>Windows>Report ! .x Report>Windows>Wildcard ! !-- %PAGE 17000 !*************************************************************** ! OUTPUT REPORT !************************************************************** CALL OUTP_LINENOTITLE(LYT_LINE$, UTL_REPORTX, "", 0%) & FOR I% = 1% TO 20% CALL OUTP_LINENOTITLE(LYT_LINE$, UTL_REPORTX, SPACE$(30%) + LFILE$, 0%) CALL OUTP_LINENOTITLE(LYT_LINE$, UTL_REPORTX, SPACE$(30%) + & DATE$(0%), 0%) CALL OUTP_LINENOTITLE(LYT_LINE$, UTL_REPORTX, SPACE$(30%) + & TIME$(0%), 0%) LINE_COUNT% = 23% ! ! Look up entries in library ! CALL LIBR_INDEX(LFILE$, WLDCRD$, LIB_INDEX$(), LIB_RFA()) ! ! Print library entries ! FOR ENTRY% = 1% TO LIB_INDEX GOTO ExitProgram IF LIB_INDEX$(ENTRY%) = "" GOTO ExitProgram IF UTL_REPORTX::STAT CALL OUTP_LINENOTITLE(LYT_LINE$, UTL_REPORTX, "", 0%) & FOR LOOP% = LINE_COUNT% + 1% TO 66% LINE_COUNT% = 0% ST% = LIBR_NODIGSR(LFILE$, LIB_INDEX$(ENTRY%), LINE_NUM$()) WHEN ERROR IN CURR_LINE% = VAL%(LINE_NUM$(0%)) USE CURR_LINE% = 0% END WHEN FOR LOOP% = 1% TO CURR_LINE% CALL OUTP_LINENOTITLE(LYT_LINE$, & UTL_REPORTX, LINE_NUM$(LOOP%), 0%) LINE_COUNT% = LINE_COUNT% + 1% GOTO ExitProgram IF UTL_REPORTX::STAT NEXT LOOP% NextText: NEXT ENTRY% ExitProgram: CALL OUTP_LINENOTITLE(LYT_LINE$, UTL_REPORTX, "", 0%) & FOR I% = LINE_COUNT% + 1% TO 66% CALL OUTP_FINISHNOTITLE(UTL_REPORTX) ! ! Exit to next program or menu ! IF TRM$(UTL_REPORTX::NEXTRUN) = "" THEN CALL SUBR_3EXITPROGRAM(SCOPE, "", "") ELSE CALL SUBR_3EXITPROGRAM(SCOPE, "RUN " + UTL_REPORTX::NEXTRUN, "") END IF %Page HelpError: !************************************************************** ! Help Message for an error !************************************************************** CALL HELP_34MESSAGE(SCOPE, NUM1$(ERL) + " " + ERT$(ERR), & "E", ERN$, FILENAME$, NUM1$(ERR)) UTL_REPORTX::STAT = -1% GOTO ExitProgram 19000 !*************************************************************** ! Trap errors !***************************************************************** RESUME HelpError 32767 END
1 IF INKEY$ = CHR$(27) THEN END PRINT "\| Please wait..." FOR x = 1 TO 1000 NEXT x FOR x = 1 TO 1000 NEXT x PRINT "/ Please wait..." FOR x = 1 TO 1000 NEXT x FOR x = 1 TO 1000 NEXT x PRINT "- Please wait..." FOR x = 1 TO 1000 NEXT x FOR x = 1 TO 1000 NEXT x PRINT "\ Please wait..." FOR x = 1 TO 1000 NEXT x GOTO 1
REM SPACE AILEN GAME REM for MachiKania type Z REM Programmed by KENKEN GOSUB INIT1 WHILE 1 GOSUB INITGM DO GOSUB NXTSTG DO WAIT 1 GOSUB CLCHAR GOSUB BUTTON GOSUB FIRE GOSUB MVCANN GOSUB MVALIN GOSUB MVUFO GOSUB MVMISL GOSUB CKCLSN GOSUB PTMISL GOSUB PTALIN GOSUB PTUFO GOSUB PTCANN GOSUB PTSCOR S=GOSUB(CKGAME) LOOP WHILE S=0 LOOP WHILE S=1 GOSUB GAMEOV WEND END REM FIRST TIME INIT LABEL INIT1 USEPCG USEGRAPHIC GOSUB SETPCG DIM V(10,4),X(1),Y(1) H=0 RETURN REM INIT FOR EVERY GAME LABEL INITGM GPRINT 40,80,7,0,"SPACE ALIEN" GPRINT 24,110,7,0,"PUSH START BUTTON" WHILE KEYS(16)=0:WAIT 1:P=RND():WEND P=0:R=0:L=3 GCLS RETURN REM INIT FOR NEXT STAGE LABEL NXTSTG VAR I,X,S$ P=P+1 IF P>=2 THEN GPRINT 30,60,6,0,"CONGRATULATIONS!" WAIT 60 GPRINT 50,85,6,0,"NEXT STAGE" WAIT 120 ENDIF GCLS S$=DEC$(P) GPRINT 216,0,6,0,"SPACE" GPRINT 216,8,6,0,"ALIEN" GPRINT 216,48,7,0,"HIGH-" GPRINT 216,56,7,0,"SCORE" GPRINT 216,104,7,0,"SCORE" GPRINT 216,152,7,0,"STAGE" GPRINT (32-LEN(S$))8,168,7,0,S$ GOSUB PTSCOR GPRINT 216,200,5,0,"\XA0\XA1" GPRINT 248,200,7,0,DEC$(L) FOR I=0 TO 10:V(I,0)=3:NEXT FOR I=0 TO 10:V(I,1)=2:NEXT FOR I=0 TO 10:V(I,2)=2:NEXT FOR I=0 TO 10:V(I,3)=1:NEXT FOR I=0 TO 10:V(I,4)=1:NEXT BOXFILL 0,206,215,207,2 X=21 FOR I=1 TO 4 GPRINT X,160,2,0,"\XF0\XF1\XF2" GPRINT X,168,2,0,"\XF3\XF4\XF5" X=X+48 NEXT GPRINT 60,100,4,0,"STAGE " GPRINT ,4,0,S$ WAIT 180 BOXFILL 60,100,150,107,0 E=16:F=((P-1)%8)8+32:D=2 W=8:A=-1:Q=0:N=1:M=0:B=0:T=0 G=0:U=55:Y(0)=0:Y(1)=0:Z=50 K=KEYS() RETURN REM GAMEOVER LABEL GAMEOV GPRINT 50,130,4,0,"GAME OVER" WAIT 240 RETURN REM ERASE CHARACTERS LABEL CLCHAR IF B>0 THEN BOXFILL C,B,C+1,B+3,0 ELSEIF B=-1 THEN BOXFILL C-3,0,C+4,7,0 ENDIF IF Y(0)>0 THEN BOXFILL X(0),Y(0),X(0)+1,Y(0)+3,0 ELSEIF Y(0)=-1 THEN BOXFILL X(0)-2,198,X(0)+3,205,0:Y(0)=0 ENDIF IF Y(1)>0 THEN BOXFILL X(1),Y(1),X(1)+1,Y(1)+3,0 ELSEIF Y(1)=-1 THEN BOXFILL X(1)-2,198,X(1)+3,205,0:Y(1)=0 ENDIF RETURN REM READ BUTTONS LABEL BUTTON J=K K=KEYS() I=(J XOR 63) AND K RETURN REM FIRE MISSILE LABEL FIRE VAR P,Q IF M>0 THEN RETURN IF B=0 AND (I AND 32)!=0 THEN P=RND() B=180:C=W+8 SOUND SOUND1 ENDIF IF Z>0 THEN Z=Z-1 IF Z=0 AND (Y(0)=0 OR Y(1)=0) THEN P=RND()%11 Q=4 WHILE Q>=0 IF V(P,Q)>0 THEN BREAK Q=Q-1 WEND IF Q<0 OR F+Q16>=176 THEN RETURN IF Y(0)=0 THEN X(0)=E+P16+7 Y(0)=F+Q16+8 ELSE X(1)=E+P16+7 Y(1)=F+Q16+8 ENDIF Z=50 ENDIF RETURN REM MOVE CANNON LABEL MVCANN IF M>0 THEN M=M-1 IF M=0 THEN GPRINT 248,200,7,0,DEC$(L) BOXFILL W,184,W+15,191,0 W=8 ENDIF RETURN ENDIF IF W>0 AND (K AND 12)=4 THEN W=W-1 IF W<192 AND (K AND 12)=8 THEN W=W+1 RETURN REM MOVE ALIEN LABEL MVALIN VAR A,I,S IF M>0 THEN RETURN G=G+1 IF (U>=20 AND G<20) OR (U>=12 AND G<10) OR (U>=6 AND G<6) OR (U>=3 AND G<2) OR G<1 THEN RETURN G=0 E=E+D:S=0:T=1-T IF D>0 AND E>32 THEN A=12-E/16 FOR I=0 TO 4:S=S+V(A,I):NEXT IF S>0 THEN E=E-D:F=F+8:D=-D ELSEIF E<0 THEN A=-E/16 FOR I=0 TO 4:S=S+V(A,I):NEXT IF S>0 THEN E=E-D:F=F+8:D=-D ENDIF IF S>0 THEN GOSUB CLRAL,E,F-8 ENDIF RETURN REM MOVE UFO LABEL MVUFO Q=Q+1 IF A>=0 THEN IF Q>0 AND (Q AND 1)=0 THEN A=A+N IF Q=6 THEN Q=0:IF M=0 THEN SOUND SOUND3 IF A<0 OR A>184 OR Q=-1 THEN BOXFILL A,8,A+23,15,0 A=-1 N=-N Q=0 ENDIF ELSE IF Q>=1500 AND U>7 THEN Q=0 IF N>0 THEN A=0 ELSE A=184 SOUND SOUND3 ENDIF ENDIF RETURN REM MOVE MISSILE LABEL MVMISL IF B>0 THEN B=B-4 IF B<=0 THEN B=-3 ELSEIF B<0 THEN B=B+1 ENDIF IF Y(0) THEN Y(0)=Y(0)+1 IF Y(0)>=200 THEN Y(0)=-3 ENDIF IF Y(1) THEN Y(1)=Y(1)+1 IF Y(1)>=200 THEN Y(1)=-3 ENDIF RETURN REM COLISION CHECK LABEL CKCLSN VAR S,I,J REM CHECK MISSILE AND ALIENS IF B>0 THEN GOSUB CKHIT REM CHECK MISSILE AND UFO IF B>=8 AND B<16 AND A>=0 AND Q>=0 THEN IF C>=A+4 AND C<A+19 THEN B=0 SOUND SOUND2 Q=-25 O=((RND() AND 3)+2)50 IF O=250 THEN O=300 GOSUB ADDSCR,O ENDIF ENDIF REM CHECK MISSILE AND MISSILE IF B>0 THEN IF C=X(0) AND B>=Y(0) AND B<Y(0)+4 THEN B=0:Y(0)=0:SOUND SOUND2 IF C=X(1) AND B>=Y(1) AND B<Y(1)+4 THEN B=0:Y(1)=0:SOUND SOUND2 ENDIF REM CHECK CANNON AND MISSILE IF M=0 THEN IF Y(0)>181 AND Y(0)<192 AND X(0)>=W+2 AND X(0)<=W+14 THEN M=120 SOUND SOUND5 ELSEIF Y(1)>181 AND Y(1)<192 AND X(1)>=W+2 AND X(1)<=W+14 THEN M=120 SOUND SOUND5 ENDIF ENDIF REM CHECK MISSILE AND SHIELD IF B>=160 THEN S=GCOLOR(C,B)+GCOLOR(C,B+1)+GCOLOR(C,B+2)+GCOLOR(C,B+3) IF S THEN BOXFILL C-1,B,C+1,B+3,0:B=0 ENDIF IF Y(0)>=160 THEN I=X(0):J=Y(0) S=GCOLOR(I,J)+GCOLOR(I,J+1)+GCOLOR(I,J+2)+GCOLOR(I,J+3) IF S THEN Y(0)=0:BOXFILL I-1,J-1,I+2,J+5,0 ENDIF IF Y(1)>=160 THEN I=X(1):J=Y(1) S=GCOLOR(I,J)+GCOLOR(I,J+1)+GCOLOR(I,J+2)+GCOLOR(I,J+3) IF S THEN Y(1)=0:BOXFILL I-1,J-1,I+2,J+5,0 ENDIF RETURN REM CHECK MISSILE HIT ALIEN LABEL CKHIT VAR X,Y IF C<E THEN RETURN IF C>=E+176 THEN RETURN IF B<F THEN RETURN IF B>=F+72 THEN RETURN X=(C-E)/16:Y=(B-F)/16 IF (E+X16+ 2)>C THEN RETURN IF (E+X16+13)<C THEN RETURN IF (F+Y16 )>B THEN RETURN IF (F+Y16+15)<B THEN RETURN IF V(X,Y)<=0 THEN RETURN IF M=0 THEN SOUND SOUND2 GOSUB ADDSCR,V(X,Y)10 V(X,Y)=-4:U=U-1:G=-3:B=0 RETURN REM DRAW ALIENS LABEL PTALIN VAR X,Y,I,J,W,N X=E:Y=F FOR J=0 TO 4 W=X FOR I=0 TO 10 N=V(I,J) IF N THEN GOSUB PALIEN,W,Y,N IF N<0 THEN V(I,J)=N+1 W=W+16 NEXT Y=Y+16 NEXT RETURN REM DRAW UFO LABEL PTUFO IF A<0 THEN RETURN IF Q>=0 THEN GPRINT A,8,3,0,"\XB0\XB1\XB2" ELSEIF Q=-24 THEN GPRINT A,8,3,0,"\XB3\XB4\XB5" SOUND SOUND2 ELSEIF Q=-18 THEN GPRINT A,8,3,0,DEC$(O) SOUND SOUND4 ENDIF RETURN REM DRAW CANNON LABEL PTCANN IF M=0 THEN GPRINT W,184,5,0,"\XA0\XA1" ELSE IF (M AND 2) THEN GPRINT W,184,2,0,"\XA2\XA3" ELSE GPRINT W,184,2,0,"\XA4\XA5" ENDIF ENDIF RETURN REM DRAW MISSILE LABEL PTMISL IF B>0 THEN PUTBMP C,B,1,4,BMPMSL ELSEIF B<=-2 THEN GPRINT C-3,0,2,0,"\X90" ENDIF IF Y(0)>0 THEN PUTBMP X(0),Y(0),2,4,BMPMS2 IF Y(1)>0 THEN PUTBMP X(1),Y(1),2,4,BMPMS2 IF Y(0)<0 THEN GPRINT X(0)-2,198,2,0,"\X91" IF Y(1)<0 THEN GPRINT X(1)-2,198,2,0,"\X91" RETURN REM DRAW SCORE LABEL PTSCOR VAR S$ S$=DEC$(R) GPRINT (32-LEN(S$))8,120,7,0,S$ S$=DEC$(H) GPRINT (32-LEN(S$))8,72,7,0,S$ RETURN REM CHECK GAME STATUS LABEL CKGAME VAR A,I,S IF M=120 THEN IF L=0 THEN RETURN 2 L=L-1 ENDIF IF U=0 THEN RETURN 1 IF F>=120 THEN S=0:A=11-(F-8)/16 FOR I=0 TO 10:S=S+V(I,A):NEXT IF S>0 THEN RETURN 2 ENDIF RETURN 0 REM ERASE ALIEN LABEL CLRAL VAR X,Y,I,J,W X=ARGS(1):Y=ARGS(2) FOR J=0 TO 4 W=X FOR I=0 TO 10 IF V(I,J) THEN BOXFILL W,Y,W+15,Y+7,0 W=W+16 NEXT Y=Y+16 NEXT RETURN REM DRAW AN ALIEN LABEL PALIEN VAR X,Y,C,N,P X=ARGS(1):Y=ARGS(2):N=ARGS(3) IF N=-1 THEN BOXFILL X,Y,X+15,Y+7,0:RETURN IF G>0 THEN RETURN IF N<0 THEN P=$8C ELSE P=$80+(N-1)4+T*2 ENDIF IF Y<8 THEN C=2 ELSEIF Y<32 THEN C=3 ELSEIF Y<64 THEN C=4 ELSEIF Y<96 THEN C=5 ELSEIF Y<128 THEN C=3 ELSEIF Y<160 THEN C=6 ELSE C=2 ENDIF GPRINT X,Y,C,0,CHR$(P)+CHR$(P+1) RETURN REM ADD SCORES LABEL ADDSCR R=R+ARGS(1) IF R>=99999 THEN R=99999 IF R>H THEN H=R RETURN REM SET CHARACTERS FONTS LABEL SETPCG VAR N RESTORE PCGDAT WHILE 1 N=READ() IF N=$100 THEN BREAK PCG N,READ(),READ() WEND RETURN LABEL PCGDAT REM ALIEN1 DATA $80,$031F3F39,$3F060D30 DATA $81,$C0F8FC9C,$FC60B00C DATA $82,$031F3F39,$3F0E190C DATA $83,$C0F8FC9C,$FC709830 REM ALIEN2 DATA $84,$0812171D,$1F0F0408 DATA $85,$1024F4DC,$FCF81008 DATA $86,$0402070D,$1F171403 DATA $87,$1020F0D8,$FCF41460 REM ALIEN3 DATA $88,$0103070D,$0F02050A DATA $89,$80C0E0B0,$F040A050 DATA $8A,$0103070D,$0F050804 DATA $8B,$80C0E0B0,$F0A01020 REM ALIEN EXPLODE DATA $8C,$04221008,$60081224 DATA $8D,$40881020,$0C209048 REM SHOT EXPLODE DATA $90,$89227EFF,$FF7E2491 REM ALIEN SHOT EXPLODE DATA $91,$20883478,$BC7CBC54 REM CANNON DATA $A0,$0001011F,$3F3F3F3F DATA $A1,$80C0C0FC,$FEFEFEFE REM CANNON EXPLODE DATA $A2,$02000212,$01451F3F DATA $A3,$0010A000,$B0A8E4F5 DATA $A4,$10821002,$4B211F37 DATA $A5,$0419C002,$31C4F0F2 REM UFO DATA $B0,$00000103,$060F0302 DATA $B1,$007EFFFF,$DBFF9900 DATA $B2,$000080C0,$60F0C080 REM UFO EXPLODE DATA $B3,$12085103,$07114011 DATA $B4,$8106E3F9,$54F1A310 DATA $B5,$48100088,$E4801080 REM SHIELD DATA $F0,$0F1F3F7F,$FFFFFFFF DATA $F1,$FFFFFFFF,$FFFFFFFF DATA $F2,$C0E0F0F8,$FCFCFCFC DATA $F3,$FFFFFFFF,$FEFCF8F8 DATA $F4,$FFFFFFFF,$03010000 DATA $F5,$FCFCFCFC,$FCFCFCFC DATA $100 LABEL BMPMSL CDATA 6,6,6,6 LABEL BMPMS2 CDATA 5,0,0,5,5,0,0,5 REM SOUND DATA REM FIRE LABEL SOUND1 DATA $000A02D0,1 REM AILEN EXPLOSION LABEL SOUND2 DATA $00020600,$00080300,1 REM UFO MOVING LABEL SOUND3 DATA $00030680,$00030635,1 REM UFO SCORE LABEL SOUND4 DATA $00040780,$00020000,3 REM CANNON EXPLOSION LABEL SOUND5 DATA $00032000,$00010000,20
10 REM 'PRINT' TEST PROGRAM 20 PRINT "THE PRINT STATEMENT WORKS" 99 END
/* The HAI the Hidden SAI backed by DERO is an attempt to create a hidden stable coin with a colleteral of 25% for the dARCH 2021 competition Created by 89ron - MIT License / FUNCTION InitializePrivate() Uint64 10 STORE("owner", signer()) 20 STORE("collateral", 4) // collateral is 25% of dero deposited 30 STORE("price", 10) // price is update through an Oracle 40 STORE("liquidity_pool", 0) 60 RETURN 0 END FUNCTION // ++ Public ++ // user can convert Dero for the hai FUNCTION Buy() Uint64 10 DIM deposit, collateral, hai as Uint64 20 LET deposit = DEROVALUE() 30 IF require(deposit > 0, "invalid deposit value") > 0 THEN GOTO 999 41 LET collateral = deposit / LOAD("collateral") 50 IF require(collateral > 0, "invalid collateral value") > 0 THEN GOTO 999 60 LET hai = deposit - collateral 70 IF add_to_liquidity_pool(deposit) > 0 THEN GOTO 999 80 IF issue_hai(hai) > 0 THEN GOTO 999 90 RETURN 0 999 RETURN 999 END FUNCTION // users can redeem their hai for Dero FUNCTION Sell() Uint64 10 DIM deposit, collateral, hai as Uint64 20 LET hai = TOKENVALUE() 30 IF require(hai > 0, "invalid hai value") > 0 THEN GOTO 999 40 LET collateral = hai / LOAD("collateral") 50 IF require(collateral > 0, "invalid collateral value") > 0 THEN GOTO 999 60 LET hai = hai + collateral 70 IF issue_dero(hai) > 0 THEN GOTO 999 80 RETURN 0 999 RETURN 999 END FUNCTION // users can look at the current conversion price FUNCTION Price() Uint64 10 RETURN LOAD("price") END FUNCTION // users can look at the liquidity pool FUNCTION Liquidity() Uint64 10 RETURN LOAD("liquidity_pool") END FUNCTION // ++ ADMIN ++ // The owner update the price with a centralized Oracle FUNCTION SetPrice(price Uint64) Uint64 10 IF require(SIGNER() == LOAD("owner"), "Only the owner have access") > 0 THEN GOTO 999 20 IF require(price > 0, "invalid value") > 0 THEN GOTO 999 30 STORE("price", price) 40 RETURN 0 999 RETURN 999 END FUNCTION // -- Private -- FUNCTION issue_hai(hai Uint64) Uint64 10 DIM total as Uint64 20 IF require(hai > 0, "invalid hai value") > 0 THEN GOTO 999 30 LET total = hai LOAD("price") 40 ADD_VALUE(SIGNER(), total) 50 RETURN 0 999 RETURN 999 END FUNCTION FUNCTION issue_dero(dero Uint64) Uint64 10 DIM total as Uint64 20 IF require(dero > 0, "invalid dero value") > 0 THEN GOTO 999 30 LET total = dero / LOAD("price") 40 IF remove_from_liquidity_pool(total) > 0 THEN GOTO 999 60 SEND_DERO_TO_ADDRESS(SIGNER(), total) 70 RETURN 0 999 RETURN 999 END FUNCTION // add dero to the liquidity pool FUNCTION add_to_liquidity_pool(deposit Uint64) Uint64 10 IF require(deposit > 0, "invalid deposit value") > 0 THEN GOTO 999 20 STORE("liquidity_pool", LOAD("liquidity_pool") + deposit) 30 RETURN 0 999 RETURN 999 END FUNCTION // remove deros from the liquidity pool FUNCTION remove_from_liquidity_pool(deposit Uint64) Uint64 10 IF require(deposit < LOAD("liquidity_pool"), "invalid deposit value") > 0 THEN GOTO 999 20 STORE("liquidity_pool", LOAD("liquidity_pool") - deposit) 30 RETURN 0 999 RETURN 999 END FUNCTION // == Library(s) == // ++ require ++ FUNCTION require(condition Uint64, error_msg String) Uint64 10 IF require_(condition) == 0 THEN GOTO 30 20 RETURN error(error_msg) 30 RETURN 0 END FUNCTION FUNCTION require_(condition Uint64) Uint64 10 IF condition == 1 THEN GOTO 40 20 RETURN 1 40 RETURN 0 END FUNCTION FUNCTION error(error_msg String) Uint64 10 IF "invalid value" == error_msg THEN GOTO 40 11 IF "invalid dero value" == error_msg THEN GOTO 41 12 IF "invalid hai value" == error_msg THEN GOTO 42 13 IF "invalid deposit value" == error_msg THEN GOTO 43 14 IF "invalid collateral value" == error_msg THEN GOTO 44 20 IF "Only the owner have access" == error_msg THEN GOTO 50 30 IF "" == error_msg THEN GOTO 9999 40 RETURN 10 41 RETURN 11 42 RETURN 12 43 RETURN 13 44 RETURN 14 50 RETURN 777 9999 RETURN 99 END FUNCTION // -- require --
Version =21 VersionRequired =20 Begin Form RecordSelectors = NotDefault NavigationButtons = NotDefault DividingLines = NotDefault AllowDesignChanges = NotDefault DefaultView =0 TabularFamily =48 PictureAlignment =2 DatasheetGridlinesBehavior =3 GridX =24 GridY =24 DatasheetFontHeight =10 ItemSuffix =2 Left =5550 Top =2685 Right =12750 Bottom =5550 DatasheetGridlinesColor =12632256 RecSrcDt = Begin 0xe7dab460ac32e340 End OnClose ="[Event Procedure]" DatasheetFontName ="Arial" FilterOnLoad =0 DatasheetGridlinesColor12 =12632256 Begin Begin Label BackStyle =0 FontName ="Tahoma" End Begin Section Height =2880 BackColor =-2147483633 Name ="Detail" Begin Begin Label OverlapFlags =85 Left =75 Top =150 Width =5190 Height =690 Name ="Label0" Caption ="Greetings: My task is to set (OnClose) the value of a Global Variable, ZRef() t" "o a monthly Privileges file name for uploading to the AS400, a 10 character stri" "ng, in the format: \"SW\" & day & Hr & Min & Sec" End Begin Label Visible = NotDefault OverlapFlags =85 TextAlign =3 Left =4020 Top =2625 Width =3015 Height =240 ForeColor =3355443 Name ="Label1" Caption ="wolf sgnisselb lla mohw morf doG esiarP" End End End End End CodeBehindForm Attribute VB_GlobalNameSpace = False Attribute VB_Creatable = True Attribute VB_PredeclaredId = True Attribute VB_Exposed = False Option Compare Database ''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''' ' * Clean *, 27 Jun 19 ''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''' Private Sub Form_Close() config_log "Form_SwoRefF - Form_Close" Dim stDayFunc As String Dim stDay As String Dim stHrFunc As String Dim stHr As String Dim stMinFunc As String Dim stMin As String Dim stSecFunc As String Dim stSec As String stDayFunc = Day(Date) stDay = IIf(Len(stDayFunc) = 2, stDayFunc, "0" & stDayFunc) stHrFunc = Hour(Time) stHr = IIf(Len(stHrFunc) = 2, stHrFunc, "0" & stHrFunc) stMinFunc = Minute(Time) stMin = IIf(Len(stMinFunc) = 2, stMinFunc, "0" & stMinFunc) stSecFunc = Second(Time) stSec = IIf(Len(stSecFunc) = 2, stSecFunc, "0" & stSecFunc) 'Z_Ref = "DP" & Day(Date) & Hour(Time()) & Minute(Time()) & Second(Time()) Z_Ref = "DP" & stDay & stHr & stMin & stSec 'MsgBox ZRef() End Sub
CLS LOCATE 11, 35 COLOR 2 PRINT "Bach's Giga" LOCATE 13, 27 COLOR 1 PRINT "From the Partita in B flat." COLOR 0 FOR i = 1 TO 2 PLAY "t250" PLAY "l8" PLAY "ML" 1 PLAY "f < d b- < b- > d b- < < b- > > d b- > f < d b- >" 2 PLAY "g < e- b- a- e- b- g e- b- > g < e- b-" 3 PLAY "> c < e- a g- e- a f e- a > c < e- a" 4 PLAY "> d < f b- < b- > f b- < < b- > > f b- > d < f b-" 5 PLAY "> g < b- > d < a b- > d < l16 g a l8 g b- > d < f b- > d" 'The 2nd G in this measure is trilled. 6 PLAY "< e b- > c < g b- > c < c b- > c e < b- > c" 7 PLAY "f < a > c < g a > c < l16 f g l8 f a > c < e a > c" 'The 2nd F is trilled. 8 PLAY "< d a b- f a b- < b- > a b- > d < a b-" 9 PLAY "> e < g b- d- g b- c g b- > e < g b-" 10 PLAY "> f < f a- d- f a- c f a- > f < f a-" 11 PLAY "> g < e g d- e g c e g > g < e g" 12 PLAY "> a- < e f d- e f c e f > a- < e f" 13 PLAY "b d f < a- > d f < g > d f b d f" 14 PLAY "> c < e g < d- > e g < c > e g b- e g" 15 PLAY "a- e f < b > e f c e f < c > e f" 16 PLAY "< < f > a > c f a > c l2 f" PLAY "P4" NEXT i FOR u = 1 TO 2 17 PLAY "l8 a < f > c < e- f > c < < f > f > c a < f > c" 18 PLAY "b- < f > d < a- f > d < < b- > f > d b- < f > d" 19 PLAY "g < e- > d < b- e- > d < a e- > c g < e- > c" 20 PLAY "f# < d > c < g e > c < a f# > c f# < a > c" 21 PLAY "g < g b- e- g b- d g b- > g < g b- " 22 PLAY "> a < f# a e- f# a d f# a > a < f# a" 23 PLAY "> b- < f# g e- f# g d f# g > b- < f# g" 24 PLAY " > > c < < f# a e- f# a d f# a > > c < < f# a" 25 PLAY "> b- < g b- > f# < a > c g < b- > d c# < g > e" 26 PLAY "d < a > f# < g b- > g <f# > c a < e- > c f#" 27 PLAY "< d b > g < c# b- > e < d a > f# < < d > > c f#" 28 PLAY "< < < g > > b- > g < < d > b- > g < < g > b- > g < < b- > b- > g" 29 PLAY "< d a- > f < f a- > f < b- a- > f d < a- > f" 30 PLAY "< e- g > e- < b- g > e- g < g > e- < d g > e-" 31 PLAY "< c a > e- < f a > e- < < b- > b- > d e < b- > d-" 32 PLAY "f < a > c < f a > c f < a > c < f a > c" 33 PLAY "e- < a > c < f a > c e- < a > c < f a > c" 34 PLAY "d < a- b f a- b > d < a- b f a- b" 35 PLAY "> d- < g b- e g b- > d- < g b- e g b-" 36 PLAY "> c < g- a e- g- a > c < g- a e- g- a" 37 PLAY "b f a- d f a- b f a- d f a-" 38 PLAY "b - e g d- e g b- e g d- e g" 39 PLAY "a e- g- c e- g- a e- g- c e- g-" 40 PLAY "g d- e < b- > d- e g d- e < b- > d- e" 41 PLAY "a c e- < g- > c e- < f > c e- a c e-" 42 PLAY "b- < b- > d- < g- b- > d- < f b- > d- b- < b- > d-" 43 PLAY "> c < < a > c < g- a > c < f a > c > c < < a > c" 44 PLAY "> d- < < a b- g- a b- f a b- > > d- < < a b-" 45 PLAY "> > e < < g b- d- g b- c g b- > > e < < g b-" 46 PLAY "> > f < < a > c < < g- > a > c < < f > a > c > e- < < a > c" 47 PLAY "> d- < < a b- e a b- f a b- < f > a b-" 48 PLAY "< b- > > d f b- > d f l2 b-" PLAY "P4" NEXT u
DEFINT A-Z ' QB2 Version of Sound Effects Demo Program ' (works under most other BASIC compilers) ' Sound effects menu WHILE Q$ <> "Q" CLS PRINT "Sound effects": PRINT COLOR 15, 0: PRINT " B"; : COLOR 7, 0: PRINT "ouncing" COLOR 15, 0: PRINT " F"; : COLOR 7, 0: PRINT "alling" COLOR 15, 0: PRINT " K"; : COLOR 7, 0: PRINT "laxon" COLOR 15, 0: PRINT " S"; : COLOR 7, 0: PRINT "iren" COLOR 15, 0: PRINT " Q"; : COLOR 7, 0: PRINT "uit" PRINT : PRINT "Select: "; ' Get valid key Q$ = " " WHILE INSTR("BFKSQbfksq", Q$) = 0 Q$ = INPUT$(1) WEND ' Take action based on key CLS IF Q$ = "B" OR Q$ = "b" THEN PRINT "Bouncing . . . " CALL Bounce(32767, 246) ELSEIF Q$ = "F" OR Q$ = "f" THEN PRINT "Falling . . . " CALL Fall(2000, 550, 500) ELSEIF Q$ = "S" OR Q$ = "s" THEN PRINT "Wailing . . ." PRINT " . . . press any key to end." CALL Siren(780, 650) ELSEIF Q$ = "K" OR Q$ = "k" THEN PRINT "Oscillating . . ." PRINT " . . . press any key to end." CALL Klaxon(987, 329) ELSEIF Q$ = "q" THEN Q$ = "Q" END IF WEND END ' Loop two sounds down at decreasing time intervals SUB Bounce (Hi, Low) STATIC FOR Count = 60 TO 1 STEP -2 SOUND Low - Count / 2, Count / 20 SOUND Hi, Count / 15 NEXT END SUB ' Loop down from a high sound to a low sound SUB Fall (Hi, Low, Del) STATIC FOR Count = Hi TO Low STEP -10 SOUND Count, Del / Count NEXT END SUB ' Alternate two sounds until a key is pressed SUB Klaxon (Hi, Low) STATIC WHILE INKEY$ = "" SOUND Hi, 5 SOUND Low, 5 WEND END SUB ' Loop a sound from low to high to low SUB Siren (Hi, Rng) STATIC WHILE INKEY$ = "" FOR Count = Rng TO -Rng STEP -4 SOUND Hi - ABS(Count), .3 Count = Count - 2 / Rng NEXT WEND END SUB
1 %TITLE "Sales Category" %SBTTL "OE_MAST_CATEGORY" %IDENT "V3.6a Calico" ! ! COPYRIGHT (C) 1987, 1988 BY ! ! Computer Management Center, Inc. ! Idaho Falls, Idaho. ! ! This software is furnished under a license and may be used and ! copied only in accordance with terms of such license and with ! the inclusion of the above copyright notice. This software or ! any other copies thereof may not be provided or otherwise made ! available to any other person. No title to and ownership of ! the software is hereby transferred. ! ! The information in this software is subject to change without ! notice and should not be construed as a commitment by ! Computer Management Center, Inc. ! ! CMC assumes no responsibility for the use or reliability of ! its software on equipment which is not supported by CMC. ! !++ ! Abstract:HELP ! .b ! .lm +5 ! The ^Sales Category\ option ! accesses the file where Sales Category information ! is stored. ! .lm -5 ! ! Index: ! .x Sales Category ! ! Option: ! OE_MAIN_CATEGORY$HELP ! ! Compile: ! ! $ BAS SOURCE:[OE.SOURCE]OE_MAST_CATEGORY/LINE ! $ LINK/EXEC:OE_EXE OE_MAST_CATEGORY,FUNC_LIB:CMCLINK/OPTION ! $ DELETE OE_MAST_CATEGORY.OBJ;* ! ! Author: ! 06/14/90 - Lance Williams ! ! Modification history: ! ! 04/15/95 - Kevin Handy ! (V3.6) ! Update to V3.6 coding standards ! ! 10/20/96 - Kevin Handy ! Reformat source code ! ! 08/21/98 - Kevin Handy ! (V3.6a Calico) ! Update to V3.6a coding standards !-- %PAGE ! ! Set up compiling options ! OPTION SIZE = (REAL GFLOAT, INTEGER LONG) ! ! Include files ! %INCLUDE "FUNC_INCLUDE:FUNCTION.HB" MAP (SCOPE) SCOPE_STRUCT SCOPE %INCLUDE "FUNC_INCLUDE:OE_WINDOW.INC" ! ! External functions ! EXTERNAL LONG FUNCTION MAIN_WINDOW %PAGE !***************************************************************** ! Initilize maintainence !*************************************************************** CALL READ_INITIALIZE 1000 !*************************************************************** ! Handle main program !*************************************************************** V% = MAIN_WINDOW(OE_MAIN_CATEGORY.ID, "") !************************************************************** ! End of the program !**************************************************************** ExitProgram: CALL SUBR_3EXITPROGRAM(SCOPE, "", "") 19990 END 20000 ! ! Function to select window ! FUNCTION LONG MAINT_GROUP(CDD_WINDOW_CDD SMG_WINDOW, & LONG MOPTION, LONG MLOOP, LONG MFLAG, STRING MVALUE) ! ! Set up compiling options ! OPTION SIZE = (INTEGER LONG, REAL GFLOAT) ! ! Include files ! %INCLUDE "SOURCE:[CDD.OPEN]CDD_WINDOW.HB" %INCLUDE "FUNC_INCLUDE:OE_WINDOW.INC" ! ! Extrnal Functions ! EXTERNAL LONG FUNCTION OE_MAIN_CATEGORY %PAGE ! ! Process the proper window ! SELECT SMG_WINDOW::IDENT CASE OE_MAIN_CATEGORY.ID MAINT_GROUP = OE_MAIN_CATEGORY(SMG_WINDOW, & MOPTION, MLOOP, MFLAG, MVALUE) END SELECT 32767 END FUNCTION
10 print "I am test 1" 20 end
atom=Al contraction shell=S num_primitives=1 num_coefficients=1 0.01770 1.0000 contraction shell=P num_primitives=1 num_coefficients=1 0.01150 1.0000 contraction shell=D num_primitives=1 num_coefficients=1 0.0254 1.0000 contraction shell=F num_primitives=1 num_coefficients=1 0.05090 1.0000 contraction shell=G num_primitives=1 num_coefficients=1 0.10690 1.0000 contraction shell=H num_primitives=1 num_coefficients=1 0.22700 1.0000 atom=Si contraction shell=S num_primitives=1 num_coefficients=1 0.02600 1.0000 contraction shell=P num_primitives=1 num_coefficients=1 0.01920 1.0000 contraction shell=D num_primitives=1 num_coefficients=1 0.0390 1.0000 contraction shell=F num_primitives=1 num_coefficients=1 0.07350 1.0000 contraction shell=G num_primitives=1 num_coefficients=1 0.15100 1.0000 contraction shell=H num_primitives=1 num_coefficients=1 0.32300 1.0000 atom=P contraction shell=S num_primitives=1 num_coefficients=1 0.03350 1.0000 contraction shell=P num_primitives=1 num_coefficients=1 0.02530 1.0000 contraction shell=D num_primitives=1 num_coefficients=1 0.0537 1.0000 contraction shell=F num_primitives=1 num_coefficients=1 0.09500 1.0000 contraction shell=G num_primitives=1 num_coefficients=1 0.18400 1.0000 contraction shell=H num_primitives=1 num_coefficients=1 0.37200 1.0000 atom=S contraction shell=S num_primitives=1 num_coefficients=1 0.04200 1.0000 contraction shell=P num_primitives=1 num_coefficients=1 0.02940 1.0000 contraction shell=D num_primitives=1 num_coefficients=1 0.0664 1.0000 contraction shell=F num_primitives=1 num_coefficients=1 0.11880 1.0000 contraction shell=G num_primitives=1 num_coefficients=1 0.22000 1.0000 contraction shell=H num_primitives=1 num_coefficients=1 0.47200 1.0000 atom=Cl contraction shell=S num_primitives=1 num_coefficients=1 0.04790 1.0000 contraction shell=P num_primitives=1 num_coefficients=1 0.03480 1.0000 contraction shell=D num_primitives=1 num_coefficients=1 0.0836 1.0000 contraction shell=F num_primitives=1 num_coefficients=1 0.16400 1.0000 contraction shell=G num_primitives=1 num_coefficients=1 0.27700 1.0000 contraction shell=H num_primitives=1 num_coefficients=1 0.60700 1.0000 atom=Ar contraction shell=S num_primitives=1 num_coefficients=1 0.05380 1.0000 contraction shell=P num_primitives=1 num_coefficients=1 0.04020 1.0000 contraction shell=D num_primitives=1 num_coefficients=1 0.0978 1.0000 contraction shell=F num_primitives=1 num_coefficients=1 0.20900 1.0000 contraction shell=G num_primitives=1 num_coefficients=1 0.33400 1.0000 contraction shell=H num_primitives=1 num_coefficients=1 0.74200 1.0000
REM $INCLUDE: 'x86.bi' DECLARE FUNCTION FLAGS# (N.BYTES!) DECLARE SUB FLAG.STORE (value#, N.BYTES!) DECLARE FUNCTION REGZ# (REG.NUM!) DECLARE SUB load.data.seg (SREG!, desc AS DESCR, TSSload!) DECLARE FUNCTION in.limits! (desc AS DESCR, Offst#, Size) REM Decoding Functions DECLARE FUNCTION RM.BITS! (DEC.NUM) DECLARE FUNCTION REG.BITS (DEC.NUM!) DECLARE FUNCTION REG# (REG.NUM!) DECLARE FUNCTION REG.CODE! (REG.NUM!, Size!) DECLARE FUNCTION WORD.SIZE! (OS!, WIDTH.BIT!) DECLARE SUB REG.STORE (REG.NUM!, NUM#) REM Execution Functions DECLARE FUNCTION GetOffset# (SGRG!, ADS!, DEC.NUM!) REM Simulator Functions REM Conversion Functions DECLARE FUNCTION BYTE.SWAP$ (HEX.STRING$) DECLARE FUNCTION Mod2N# (NUM#, N!) SUB check.brkpt (btype%, X#) END SUB SUB check.interrupts END SUB SUB checkpoint END SUB SUB Fetchexec (REPEAT, BYTE) END SUB SUB FLAG.STORE (value#, N.BYTES) LET N.BITS = 8 * N.BYTES LET FLAG$ = BitStr$(value#, N.BITS) IF N.BYTES = 4 THEN LET FLAG$ = RIGHT$(FLAG$, 18) LET AC = VAL(LEFT$(FLAG$, 1)) LET FLAG$ = MID$(FLAG$, 2) LET VM = VAL(LEFT$(FLAG$, 1)) LET FLAG$ = MID$(FLAG$, 2) LET RF = VAL(LEFT$(FLAG$, 1)) LET FLAG$ = MID$(FLAG$, 2) END IF LET FLAG$ = RIGHT$(FLAG$, 14) LET NT = VAL(LEFT$(FLAG$, 1)) LET FLAG$ = MID$(FLAG$, 2) LET IOPL = BinVal#(LEFT$(FLAG$, 2)) LET FLAG$ = MID$(FLAG$, 3) LET OF = VAL(LEFT$(FLAG$, 1)) LET FLAG$ = MID$(FLAG$, 2) LET DF = VAL(LEFT$(FLAG$, 1)) LET FLAG$ = MID$(FLAG$, 2) LET IE = VAL(LEFT$(FLAG$, 1)) LET FLAG$ = MID$(FLAG$, 2) LET TF = VAL(LEFT$(FLAG$, 1)) LET FLAG$ = MID$(FLAG$, 2) LET SF = VAL(LEFT$(FLAG$, 1)) LET FLAG$ = MID$(FLAG$, 2) LET ZF = VAL(LEFT$(FLAG$, 1)) LET FLAG$ = MID$(FLAG$, 2) LET AF = VAL(LEFT$(FLAG$, 1)) LET FLAG$ = MID$(FLAG$, 3) LET PF = VAL(LEFT$(FLAG$, 1)) LET FLAG$ = MID$(FLAG$, 3) LET CF = VAL(LEFT$(FLAG$, 1)) END SUB FUNCTION FLAGS# (N.BYTES) IF N.BYTES = 4 THEN LET X# = AC * 2# ^ (18) LET X# = X# + VM * 2# ^ (17) LET X# = X# + RF * 2# ^ (16) ELSE LET X# = 0# END IF LET X# = X# + NT * 2# ^ (14) LET X# = X# + IOPL * 2# ^ (12) LET X# = X# + OF * 2# ^ (11) LET X# = X# + DF * 2# ^ (10) LET X# = X# + IE * 2# ^ (9) LET X# = X# + TF * 2# ^ (8) LET X# = X# + SF * 2# ^ (7) LET X# = X# + ZF * 2# ^ (6) LET X# = X# + 0 * 2# ^ (5) LET X# = X# + AF * 2# ^ (4) LET X# = X# + 0 * 2# ^ (3) LET X# = X# + PF * 2# ^ (2) LET X# = X# + 1 * 2# ^ (1) LET X# = X# + CF * 2# ^ (0) LET FLAGS# = X# END FUNCTION FUNCTION GetOffset# (SGRG, ADS, DEC.NUM) END FUNCTION SUB HelpDisplay (PLACE) END SUB FUNCTION REG# (REG.NUM) REM See comment on REG.CODE IF REG.NUM < 8 THEN LET X# = HexVal#(genReg(REG.NUM)) ELSEIF REG.NUM < 16 THEN LET RG$ = MID$(genReg(REG.NUM - 8), 5) LET X# = HexVal#(RG$) ELSEIF REG.NUM < 20 THEN LET RG$ = MID$(genReg(REG.NUM - 16), 7) LET X# = HexVal#(RG$) ELSEIF REG.NUM < 24 THEN LET RG$ = MID$(genReg(REG.NUM - 20), 5, 2) LET X# = HexVal#(RG$) END IF LET REG# = X# END FUNCTION SUB REG.STORE (REG.NUM, NUM#) REM Value of NUM# should be ok whether it's 2's complement or not. IF REG.NUM < 8 THEN LET genReg(REG.NUM) = HexStr$(NUM#, -8) ELSEIF REG.NUM < 16 THEN MID$(genReg(REG.NUM - 8), 5, 4) = HexStr$(NUM#, -4) ELSEIF REG.NUM < 20 THEN MID$(genReg(REG.NUM - 16), 7, 2) = HexStr$(NUM#, -2) ELSEIF REG.NUM < 24 THEN MID$(genReg(REG.NUM - 20), 5, 2) = HexStr$(NUM#, -2) END IF END SUB FUNCTION REGZ# (REG.NUM) REM Same as REG# except return values in the 2's complement range. IF REG.NUM < 8 THEN LET X# = HexVal#(genReg(REG.NUM)) LET X# = Mod2N#(X#, -32) ELSEIF REG.NUM < 16 THEN LET RG$ = MID$(genReg(REG.NUM - 8), 5) LET X# = HexVal#(RG$) LET X# = Mod2N(X#, -16) ELSEIF REG.NUM < 20 THEN LET RG$ = MID$(genReg(REG.NUM - 16), 7) LET X# = HexVal#(RG$) LET X# = Mod2N(X#, -8) ELSEIF REG.NUM < 24 THEN LET RG$ = MID$(genReg(REG.NUM - 20), 5, 2) LET X# = HexVal#(RG$) LET X# = Mod2N(X#, -8) END IF LET REGZ# = X# END FUNCTION SUB report.brkpts END SUB SUB reset.cpu END SUB SUB signal.fault (xcptype%, err.cde%) REM p155 LET INTERRUPT.RECEIVED = TRUE LET INTERRUPT.NUMBER = xcptype% END SUB
Attribute VB_Name = "mod_Func18" Option Explicit Private cn As Object Private strAuthenticID As String Public Function JustDoIt(ByRef objWebPool As Object, _ ByRef strPara As String) As String On Error GoTo ChkErr Dim strQry As String Dim rs As Object Dim objCnPool As Object Dim strOwner As String Dim varPara As Variant Set objCnPool = objWebPool Set cn = objCnPool.GetConnection If cn.State <= 0 Then Set cn = objCnPool.GetConnection If cn.State <= 0 Then strErr = "無法連線資料庫!" JustDoIt = "-99,資料庫連線失敗!" GoTo 66 End If End If strOwner = GetOwner(cn) varPara = Split(strPara, ",") '*************************************************** '#3018 增加判斷傳入的個數是否正確 By Kin 2007/09/03 If UBound(varPara) < 2 Then JustDoIt = "-99,參數不足!" GoTo 66 End If '*************************************************** strAuthenticID = varPara(2) bytComp = Val(Left(strAuthenticID, 3)) '18、會員代號、認證ID '讀取點數收費資料 '18 'XML(收費項目代碼、收費項目名稱) 'Select CodeNo, Description, Amount, CreditPoint from cd019 where StopFlag=0 and 'RefNo in (4,17) Order By CodeNo strQry = "SELECT CODENO,DESCRIPTION,AMOUNT,CREDITPOINT FROM " & strOwner & "CD019" & _ Get_DB_Link(cn) & " WHERE STOPFLAG <> 1 AND REFNO IN (4,17) ORDER BY CODENO" Set rs = cn.Execute(strQry) 'If RecordSet筆數 > 0 Then ' 產生XML檔.(依select出來之資料) ' 回傳(0,成功)及XML檔 'Else ' 回傳(-15,查無點數收費資料) 'End If 'PS: 'XML(收費項目代碼、收費項目名稱、金額、點數) If rs.RecordCount <= 0 Then JustDoIt = "-15,查無點數收費資料" Else JustDoIt = "0,成功" & vbCrLf & ExpXML(rs) End If 66: On Error Resume Next Rlx rs Rlx strQry Rlx varPara Rlx strOwner Rlx strAuthenticID Set cn = Nothing Set objCnPool = Nothing Exit Function ChkErr: ErrHandle "mod_Func18", "JustDoIt" JustDoIt = "-99," & strErr End Function
1 %TITLE "Cash Disbursements Journal Maintenance" %SBTTL "AP_MAIN_CDJ_L" %IDENT "V3.6a Calico" FUNCTION LONG AP_MAIN_CDJ_L(CDD_WINDOW_CDD SMG_WINDOW, & LONG MOPTION, LONG MLOOP, LONG MFLAG, STRING MVALUE) ! ! COPYRIGHT (C) 1987, 1988 BY ! ! Computer Management Center, Inc. ! Idaho Falls, Idaho. ! ! This software is furnished under a license and may be used and ! copied only in accordance with terms of such license and with ! the inclusion of the above copyright notice. This software or ! any other copies thereof may not be provided or otherwise made ! available to any other person. No title to and ownership of ! the software is hereby transferred. ! ! The information in this software is subject to change without ! notice and should not be construed as a commitment by ! Computer Management Center, Inc. ! ! CMC assumes no responsibility for the use or reliability of ! its software on equipment which is not supported by CMC. ! !++ ! Abstract:HELP ! .B ! .LM +5 ! The ^Cash Disbursements Journal Maintenance\ program maintains the Marketing ! file. ! .LM -5 ! ! Index: ! .x Cash Disbursements Journal Maintenance ! ! Option: ! ! ! Compile: ! ! $ BAS AP_SOURCE:AP_MAIN_CDJ_L/LINE ! $ LIB/REP FUNC_LIB:CMCFUN AP_MAIN_CDJ_L ! $ DELETE AP_MAIN_CDJ_L.OBJ;* ! ! Author: ! ! 10/12/87 - Kevin Handy ! ! Modification history: ! ! 05/19/88 - Lance Williams ! Modified to allow R/O open of file if R/W fails. ! ! 07/04/90 - Kevin Handy ! Modified to use formatted PO number. ! ! 03/05/92 - Dan Perkins ! Changed ENTR_3PO to ENTR_3STRING. ! ! 12/11/92 - Kevin Handy ! Added DISAMT, AP_ACCT, CASH_ACCT to available ! items to maintain. ! ! 01/04/93 - Kevin Handy ! Increased dimension for array from 300 to 2000. ! ! 04/15/95 - Kevin Handy ! (V3.6) ! Update to V3.6 coding standards ! ! 06/04/96 - Kevin Handy ! Reformat source code. ! Added batch number to AP_CDJ. ! ! 06/24/97 - Kevin Handy ! Lose unecessary definitions ! ! 08/17/98 - Kevin Handy ! (V3.6a Calico) ! Update to V3.6a coding standards ! ! 03/09/99 - Kevin Handy ! Fix FIND bug ! ! 11/09/2000 - Kevin Handy ! Use WHEN ERROR IN !-- %PAGE ! ! Set up compiling options ! OPTION SIZE = (REAL GFLOAT, INTEGER LONG) ! ! Include files ! %INCLUDE "FUNC_INCLUDE:FUNCTION.HB" MAP (SCOPE) SCOPE_STRUCT SCOPE %INCLUDE "FUNC_INCLUDE:MAIN_WINDOW.COM" %INCLUDE "FUNC_INCLUDE:GL_WINDOW.INC" ! ! CDD inclusions and MAPs ! %INCLUDE "SOURCE:[CDD.OPEN]CDD_WINDOW.HB" %INCLUDE "SOURCE:[AP.OPEN]AP_CDJ.HB" MAP (AP_CDJ) AP_CDJ_CDD AP_CDJ MAP (AP_CDJ_OLD) AP_CDJ_CDD AP_CDJ_OLD, AP_CDJ2 MAP (AP_CDJ_H) AP_CDJ_CDD AP_CDJ_H %INCLUDE "SOURCE:[GL.OPEN]GL_CHART.HB" MAP (GL_CHART) GL_CHART_CDD GL_CHART ! ! Create array to contain pointers and totals ! RECORD RARRAY_RECORD RFA LINRFA ! Rfa pointer for record REAL DISC_LOST_AMT ! Amount for record REAL CKAMT ! Quanity for record END RECORD MAP (TT_AP_CDJ) RARRAY_RECORD RARRAY(2000%) ! ! Common areas ! ! These areas store information that is re-used between ! calls to these functions. ! COM (CH_AP_CDJ) & AP_CDJ.CH%, & AP_CDJ.READONLY%, & CDJ_BATCH$ = 2% ! ! External functions ! EXTERNAL LONG FUNCTION FUNC_TESTENTRY EXTERNAL LONG FUNCTION MAIN_WINDOW ! ! Set up error trapping ! ON ERROR GOTO 29000 %PAGE SELECT MOPTION !**************************************************************** ! Initialization ! ! This option is used to initialize the window structure, ! set up the default values for add, and open all files ! necessary that have not already been opened. !************************************************************** CASE OPT_INIT ! ! Define window ! SMG_WINDOW::DESCR = "Line items" SMG_WINDOW::NHELP = "AP_MAIN_CDJ_L" SMG_WINDOW::HSIZE = 130% SMG_WINDOW::VSIZE = 12% SMG_WINDOW::HPOS = 2% SMG_WINDOW::VPOS = 8% SMG_WINDOW::NITEMS= 12% SMG_WINDOW::FLAGS = 0% SMG_WINDOW::TOPLIN = 3% SMG_WINDOW::BOTLIN = 11% IF INSTR(1%, " QV", MVALUE) <= 1% THEN ! ! Load in defaults ! CALL READ_DEFAULTS(SMG_WINDOW) END IF 700 ! ! Get info required for main file - Should already be open ! This section is not required ! IF AP_CDJ.CH% > 0% THEN ! ! Already open, set flag to read-only if ! was that way from last time. ! SMG_WINDOW::FLAGS = (SMG_WINDOW::FLAGS OR 2%) & IF AP_CDJ.READONLY% GOTO 790 END IF 750 WHEN ERROR IN %INCLUDE "SOURCE:[AP.OPEN]AP_CDJ.CRE" USE CONTINUE 760 IF ERR = 10% AP_MAIN_CDJ_L = ERR CONTINUE 770 END WHEN AP_CDJ.READONLY% = 0% GOTO 790 760 ! ! If unable to open for modify, try to open ! with read access only. ! WHEN ERROR IN %INCLUDE "SOURCE:[AP.OPEN]AP_CDJ.OPN" USE AP_MAIN_CDJ_L = ERR CONTINUE 770 END WHEN SMG_WINDOW::FLAGS = (SMG_WINDOW::FLAGS OR 2%) AP_CDJ.READONLY% = -1% GOTO 790 770 ! ! File not able to open, so reset channel ! CALL ASSG_FREECHANNEL(AP_CDJ.CH%) EXIT FUNCTION 790 SMG_WINDOW::CHAN = AP_CDJ.CH% WHEN ERROR IN RESET #AP_CDJ.CH% GET #AP_CDJ.CH%, REGARDLESS USE CONTINUE 32767 END WHEN %PAGE 20100 !************************************************************** ! Display the background ! ! This option is used to display the background information ! on the screen. It must first clear any junk on the screen, ! and then write the background onto it. !**************************************************************** CASE OPT_BACKGROUND SMG_STATUS% = SMG$BEGIN_DISPLAY_UPDATE(SMG_WINDOW::WNUMBER) SMG_STATUS% = SMG$ERASE_DISPLAY(SMG_WINDOW::WNUMBER) SMG_STATUS% = SMG$PUT_CHARS(SMG_WINDOW::WNUMBER, & " (01) (02) (03) (04) (05) " + & " (06) (07) (08) (09) " + & " (10) (11) (12) ", & 1%, 1%, , SMG$M_REVERSE) SMG_STATUS% = SMG$PUT_CHARS(SMG_WINDOW::WNUMBER, & " Tran # Invoice # Inv Date Po # Disc Lst " + & " Lst Amt Check# Date Net Amt " + & " Discount A/P Account Cash Account ", & 2%, 1%, , SMG$M_REVERSE) SMG_STATUS% = SMG$END_DISPLAY_UPDATE(SMG_WINDOW::WNUMBER) ! ! Extra information to be displayed ! CASE OPT_DISPLAY SMG_STATUS% = SMG$BEGIN_DISPLAY_UPDATE(SMG_WINDOW::WNUMBER) ! ! Generate totals ! DISC_LOST_AMT = 0.0 CKAMT = 0.0 FOR I% = 1% TO SMG_WINDOW::TOTREC DISC_LOST_AMT = DISC_LOST_AMT + RARRAY(I%)::DISC_LOST_AMT CKAMT = CKAMT + RARRAY(I%)::CKAMT NEXT I% ! ! Display totals ! SMG_STATUS% = SMG$PUT_CHARS(SMG_WINDOW::WNUMBER, & "Number of lines" + & FORMAT$(SMG_WINDOW::TOTREC, "###") + & " " + & FORMAT$(DISC_LOST_AMT, "#####.## ") + & FORMAT$(CKAMT, "######.##") + & " ", & SMG_WINDOW::VSIZE, 1%, , SMG$M_REVERSE) ! ! Paint lines on screen ! FOR I% = 1% TO 11% A% = VAL%(MID("009,020,029,035,044,053,060,069,079,088,107", & I% * 4% - 3%, 3%)) SMG_STATUS% = SMG$DRAW_LINE(SMG_WINDOW::WNUMBER, & 1%, A%, SMG_WINDOW::BOTLIN, A%) NEXT I% SMG_STATUS% = SMG$END_DISPLAY_UPDATE(SMG_WINDOW::WNUMBER) 20200 !**************************************************************** ! Enter/Display/Default ! ! This option is used to enter the data from the user, display ! data, set defaults, and return the data back according to ! MFLAG. !**************************************************************** CASE OPT_ENTRY TEMP$, TEMP1$ = TRM$(SCOPE::PRG_ITEM) TEMP$ = "View starting at" IF TEMP$ = "View" SCOPE::PRG_ITEM = "FLD" + FORMAT$(MLOOP, "<0>##") XLINE$ = NUM1$(SMG_WINDOW::CURLIN) E0Loop: SCOPE::SCOPE_EXIT = 0% SELECT MLOOP CASE 1% !++ ! Abstract:FLD001 ! ^(01) Transaction Number\ ! .b ! .lm +5 ! The ^Transaction Number\ field ! refers to the system generated transaction number which was assigned at the ! time a purchase journal record was entered. ! .lm -5 ! ! Index: ! .x Transaction Number>Lines ! .x Lines>Transaction Number ! !-- AP_CDJ::TRANKEY = ENTR_3STRING(SCOPE, SMG_WINDOW::WNUMBER, & XLINE$ + ";3", TEMP$, & AP_CDJ::TRANKEY, MFLAG, "'LLLLL", MVALUE) CASE 2% !++ ! Abstract:FLD002 ! .x Invoice #>Lines ! ^(02) Invoice _#\ ! .b ! .lm +5 ! The ^Invoice _#\ field ! refers to the invoice number which was entered at the time a purchase journal ! record was entered. ! .b ! Fifteen (15) spaces are available for the entry. ! .lm -5 ! ! Index: ! .x Lines>Invoice # ! !-- AP_CDJ::INVNUM=ENTR_3STRING(SCOPE, SMG_WINDOW::WNUMBER, & XLINE$ + ";10", TEMP$, & AP_CDJ::INVNUM, MFLAG, & "'LLLLLLLLL", MVALUE) CASE 3% !++ ! Abstract:FLD003 ! .x Invoice Date>Lines ! ^* (03) Invoice Date\* ! .b ! .lm +5 ! The ^Invoice Date\ field ! contains the date of a vendor's invoice. ! .b ! The format for entry is MMDDYYYY or MMDDYY. ! .lm -5 ! ! Index: ! .x Lines>Invoice Date ! !-- AP_CDJ::INVDAT= ENTR_3DATE(SCOPE, SMG_WINDOW::WNUMBER, & XLINE$ + ";21", TEMP$, & AP_CDJ::INVDAT, MFLAG, "6", MVALUE) CASE 4% !++ ! Abstract:FLD004 ! ^(04) Purchase Order Number\ ! .b ! .lm +5 ! The ^Purchase Order Number\ field ! refers to the purchase order related to a vendor's invoice as it was ! entered at the time a purchase journal record was entered. ! .lm -5 ! ! Index: ! .x Purchase Order Number>Lines ! .x Lines>Purchase Order Number ! !-- AP_CDJ::PONUM=ENTR_3STRING(SCOPE, SMG_WINDOW::WNUMBER, & XLINE$ + ";30", TEMP$, & AP_CDJ::PONUM, MFLAG OR 2%, "~R 'E", MVALUE) CASE 5% !++ ! Abstract:FLD005 ! ^(05) Discount Lost\ ! .b ! .lm +5 ! The ^Discount Lost\ field ! indicates the General Ledger account which will be debited in the ! event that a discount lost amount is recorded in field (06). ! .lm -5 ! ! Index: ! .x Discount Lost>Lines ! .x Lines>Discount Lost ! !-- AP_CDJ::DISCLOST_ACCT = ENTR_3STRING(SCOPE, SMG_WINDOW::WNUMBER, & XLINE$ + ";36", TEMP$, & AP_CDJ::DISCLOST_ACCT, MFLAG, & "'LLLLLLL", MVALUE) IF (SCOPE::SCOPE_EXIT = SMG$K_TRM_F14) THEN IF (MAIN_WINDOW(GL_MAIN_CHART.ID, "VX") = 1%) THEN AP_CDJ::DISCLOST_ACCT= GL_CHART::ACCT END IF GOTO E0Loop END IF CASE 6% !++ ! Abstract:FLD006 ! ^(06) Lost Amount\ ! .b ! .lm +5 ! The ^Lost Amount\ field ! enters the amount of a discount lost due to not paying a ! vendor's invoice on or before the discount date. ! .b ! If the amount of the discount lost is entered in this field, the value of the ! discount in field (10) must be blanked. ! .lm -5 ! ! Index: ! .x Lost Amount>Lines ! .x Lines>Lost Amount ! !-- AP_CDJ::DISC_LOST_AMT = ENTR_3NUMBER(SCOPE, SMG_WINDOW::WNUMBER, & XLINE$ + ";45", TEMP$, & AP_CDJ::DISC_LOST_AMT, MFLAG, & "#####.##", MVALUE) CASE 7% !++ ! Abstract:FLD007 ! ^(07) Check _#\ ! .b ! .lm +5 ! The ^Check _#\ field refers to ! the number of the check used to make payment for a vendor's invoice. This field ! is entered by the system during the check writing process. ! .b ! In the event a hand check is written for a vendor's invoice, the check number ! must be manually entered in this field. A line item with a check number ! already in this field will be bypassed during the check writing process. ! .lm -5 ! ! Index: ! .x Check #>Lines ! .x Lines>Check # ! !-- AP_CDJ::CKNUM = ENTR_3STRING(SCOPE, SMG_WINDOW::WNUMBER, & XLINE$ + ";54", TEMP$, & AP_CDJ::CKNUM, MFLAG, & "'LLLLL", MVALUE) CASE 8% !++ ! Abstract:FLD008 ! .x Check Date>Lines ! ^(08) Date\ ! .b ! .lm +5 ! The ^Date\ field is blank ! until the check writing process is executed, at which time the system enters ! the date of the check. ! .b ! The format for entry is MMDDYYYY or MMDDYY. ! .b ! If a manual check is prepared for an vendor's invoice, this field must have ! the date of the check which was manually prepared. ! .lm -5 ! ! Index: ! .x Lines>Check Date ! !-- AP_CDJ::CKDAT = ENTR_3DATE(SCOPE, SMG_WINDOW::WNUMBER, & XLINE$ + ";61", TEMP$, & AP_CDJ::CKDAT, MFLAG, & "6", MVALUE) CASE 9% !++ ! Abstract:FLD009 ! ^(09) Net Amount\ ! .b ! .lm +5 ! The ^Net Amount\ field ! contains the net amount to be paid on a vendor's invoice. ! .b ! If field (10), ^Discount\, contains a value, the sum of field (09) and field ! (10) will be displayed on the check stub as the ^&Gross Amount\&. Field (10) ! will be displayed in the ^&Discount\& column and field (09) will be displayed ! in the ^&Net Amount\& column. ! .b ! If field (06), ^[Discount] Lost Amount\, contains a value, the sum of field ! (06) and field (09) will be displayed on the check stub as the ^&Gross Amount\& ! and the ^&Net Amount\&. The ^&Discount\& column will display zeroes. ! .b ! If a partial payment is to be made, this field must be changed ! to reflect the amount which is to be paid. ! .lm -5 ! ! Index: ! .x Net Amount>Lines ! .x Lines>Net Amount ! !-- AP_CDJ::CKAMT = ENTR_3NUMBER(SCOPE, SMG_WINDOW::WNUMBER, & XLINE$ + ";70", TEMP$, & AP_CDJ::CKAMT, MFLAG, "######.##", MVALUE) CASE 10% !++ ! Abstract:FLD010 ! ^(10) Discount Amount\ ! .b ! .lm +5 ! The ^Discount Amount\ field ! contains the amount of the discount to be taken when an invoice is paid. ! .b ! If a discount value is displayed in this field, but cannot be taken, the value ! must be moved to field (06) ^[Discount] Lost Amount\ by accessing the ! ^Change\ function in the COMMAND menu. This field must be blanked or changed ! to zero. ! .lm -5 ! ! Index: ! .x Discount>Lines ! .x Lines>Discount ! !-- AP_CDJ::DISAMT = ENTR_3NUMBER(SCOPE, SMG_WINDOW::WNUMBER, & XLINE$ + ";80", TEMP$, & AP_CDJ::DISAMT, MFLAG, & "#####.##", MVALUE) CASE 11% !++ ! Abstract:FLD011 ! ^(11) A/P Account\ ! .lm +5 ! .b ! The ^A/P Account\ field is ! automatically filled with the normal General Ledger Accounts Payable account. ! As a rule, it would not be necessary to edit this field, though the default ! account could be overridden. ! .lm -5 ! ! Index: ! .x Line>Account Payable Account ! .x Account Payable Account>Line ! !-- AP_CDJ::AP_ACCT = ENTR_3STRING(SCOPE, SMG_WINDOW::WNUMBER, & XLINE$ + ";89", TEMP$, & AP_CDJ::AP_ACCT, MFLAG, & "'E", MVALUE) IF (SCOPE::SCOPE_EXIT = SMG$K_TRM_F14) THEN IF (MAIN_WINDOW(GL_MAIN_CHART.ID, "VX ") = 1%) THEN AP_CDJ::AP_ACCT = GL_CHART::ACCT END IF GOTO E0Loop END IF CASE 12% !++ ! Abstract:FLD012 ! ^(12) Cash Account\ ! .lm +5 ! .b ! The ^Cash Account\ field is ! automatically filled with the default General Ledger Cash account. The ! default account can be overridden, though it would not normally be necessary ! to do so. ! .lm -5 ! ! Index: ! .x Line>Cash Account ! .x Cash Account>Line ! !-- AP_CDJ::CASH_ACCT = ENTR_3STRING(SCOPE, SMG_WINDOW::WNUMBER, & XLINE$ + ";108", TEMP$, & AP_CDJ::CASH_ACCT, MFLAG, & "'E", MVALUE) IF (SCOPE::SCOPE_EXIT = SMG$K_TRM_F14) THEN IF (MAIN_WINDOW(GL_MAIN_CHART.ID, "VX ") = 1%) THEN AP_CDJ::CASH_ACCT = GL_CHART::ACCT END IF GOTO E0Loop END IF END SELECT SCOPE::PRG_ITEM = TEMP1$ !********************************************************************* ! Test values !******************************************************************* 20300 CASE OPT_TESTENTRY AP_MAIN_CDJ_L = 0% SELECT MLOOP CASE 1% IF (MVALUE = "ADD") THEN WHEN ERROR IN FIND #AP_CDJ.CH%, & KEY #0% EQ AP_CDJ::VENNUM + AP_CDJ::TRANKEY, & REGARDLESS USE CONTINUE 32767 IF ERR = 155% EXIT HANDLER END WHEN AP_MAIN_CDJ_L = 1% CALL ENTR_3MESSAGE(SCOPE, "Record Already Exists", 1%) END IF CASE 5% IF AP_CDJ::DISCLOST_ACCT <> "" THEN ! ! Is the input defined? ! AP_MAIN_CDJ_L = FUNC_TESTENTRY( SMG_WINDOW, & AP_CDJ::DISCLOST_ACCT, GL_CHART::DESCR, & "GL", MLOOP, "ACCT", & "Account number", GL_MAIN_CHART.ID) END IF CASE 11% ! ! Is the input defined? ! AP_MAIN_CDJ_L = FUNC_TESTENTRY( SMG_WINDOW, & AP_CDJ::AP_ACCT, GL_CHART::DESCR, & "AP", MLOOP, "ACCT", & "Account number", GL_MAIN_CHART.ID) CASE 12% ! ! Is the input defined? ! AP_MAIN_CDJ_L = FUNC_TESTENTRY( SMG_WINDOW, & AP_CDJ::CASH_ACCT, GL_CHART::DESCR, & "AP", MLOOP, "ACCT", & "Account number", GL_MAIN_CHART.ID) END SELECT !******************************************************************* ! Set AP_CDJ_OLD value !******************************************************************* 20500 CASE OPT_SETOLD AP_CDJ_OLD = AP_CDJ !******************************************************************* ! Restore AP_CDJ_OLD value !******************************************************************* CASE OPT_RESETOLD AP_CDJ = AP_CDJ_OLD !******************************************************************* ! Set default value !******************************************************************* CASE OPT_SETDEFAULT AP_CDJ2 = AP_CDJ !******************************************************************* ! Restore default value !******************************************************************* CASE OPT_RESETDEFAULT AP_CDJ = AP_CDJ2 ! ! Set special default values for the key of a new record ! which is the most likely case when this function is to ! be called. ! AP_CDJ::VENNUM = AP_CDJ_H::VENNUM !******************************************************************* ! Find !******************************************************************* CASE OPT_FIND SELECT MLOOP CASE 0% FIND #AP_CDJ.CH%, & KEY #0% GE AP_CDJ::VENNUM + "", & REGARDLESS END SELECT !******************************************************************* ! Handle array of records !******************************************************************* 27000 CASE OPT_ARRAY ! ! Select sub-option of array ! SELECT MLOOP ! ! Load array with line items ! CASE 1% ! ! Empty array ! SMG_WINDOW::TOTREC = 0% 27110 ! ! Search for first record ! WHEN ERROR IN FIND #SMG_WINDOW::CHAN, & KEY #0% GE AP_CDJ_H::VENNUM + "", & REGARDLESS USE CONTINUE 28000 END WHEN 27120 ! ! Get a record ! WHEN ERROR IN GET #SMG_WINDOW::CHAN USE CONTINUE 28000 IF ERR = 11% EXIT HANDLER END WHEN IF AP_CDJ::VENNUM = AP_CDJ_H::VENNUM THEN ! ! Add information to array ! SMG_WINDOW::TOTREC = SMG_WINDOW::TOTREC + 1% RARRAY(SMG_WINDOW::TOTREC)::LINRFA = & GETRFA(SMG_WINDOW::CHAN) RARRAY(SMG_WINDOW::TOTREC)::DISC_LOST_AMT = & AP_CDJ::DISC_LOST_AMT RARRAY(SMG_WINDOW::TOTREC)::CKAMT = & AP_CDJ::CKAMT GOTO 27120 END IF ! ! Remove one element of the array ! CASE 2% ! ! Remove item pointed to by Mflag ! FOR I% = MFLAG TO SMG_WINDOW::TOTREC - 1% RARRAY(I%) = RARRAY(I% + 1%) NEXT I% ! ! Set array item to current record ! CASE 3% RARRAY(MFLAG)::LINRFA = GETRFA(SMG_WINDOW::CHAN) RARRAY(MFLAG)::DISC_LOST_AMT = AP_CDJ::DISC_LOST_AMT RARRAY(MFLAG)::CKAMT = AP_CDJ::CKAMT ! ! Load in current record, locked ! CASE 4% 27200 GET #SMG_WINDOW::CHAN, RFA RARRAY(MFLAG)::LINRFA ! ! Load in current record, unlocked ! CASE 5% GET #SMG_WINDOW::CHAN, RFA RARRAY(MFLAG)::LINRFA, & REGARDLESS ! ! Change the current record's key to match header. The ! new key is probibly passes through MVALUE, unless some ! other means is devised. ! CASE 6% AP_CDJ::VENNUM = RIGHT(MVALUE, 2%) END SELECT END SELECT 28000 EXIT FUNCTION %PAGE 29000 !*************************************************************** ! Trap errors !***************************************************************** ON ERROR GO BACK 32767 END FUNCTION
10 input "Geben Sie bitte einen String ein: "; a$ 20 print "Guten Tag "; a$ 30 input "Geben Sie bitte eine int-Zahl ein "; a% 40 print "Guten Tag "; a% 50 input "Geben Sie bitte eine float-Zahl ein: "; a 60 print "Guten Tag "; a 70 input "Alle drei zusammen! "; b$,b%,b 80 print "Gruppenkuscheln!!! String = ";b$;", Int = ";b%;", Float = ";b
5 REM Name: Elena Corpus 10 REM Program number: 5 15 REM Part: 2 20 REM email: elena.corpus@und.edu 25 let x = 1 30 let mess$ = "" 35 if x = 100 then goto 65 40 if x mod 3 = 0 then goto 70 45 if x mod 5 = 0 then goto 75 50 PRINT mess$ 55 if mess$ = "" then goto 80 60 x = x + 1 goto 30 65 system 70 mess$ = "fizz" goto 45 75 mess$ = mess$ + "buzz" goto 50 80 PRINT x goto 60
10 SC=1024:PRINT"{clear}" :rem 15 20 POKE 53281,1 :rem 241 30 ROW=12:COLUMN=20:GOSUB 150 :rem 242 40 COLUMN=COLUMN-1:GOSUB 150 :rem 235 50 COLUMN=COLUMN+2:GOSUB 150 :rem 235 m 60 ROW=ROW-1:COLUMN=COLUMN-1:GOSUB 150 :rem 178 70 ROW=ROW+2:GOSUB 150 80 ROW=0:FOR COLUMN=39 TO 0 STEP -1:GOSUB 150:NEXT 90 COLUMN=0:FOR ROW=0 TO 24:GOSUB 150:NEXT 100 ROW=24:FOR COLUMN=0 TO 39:GOSUB 150:NEXT 110 COLUMN=39:FOR ROW=24 TO 0 STEP -1:GOSUB 150:NEXT 120 GOTO 30 150 POKE SC+COLUMN+ROW*40,102: RETURN
DEFINT A-Z ' $DYNAMIC TYPE chest Item AS INTEGER Quantity AS INTEGER Flags AS INTEGER END TYPE DECLARE FUNCTION FileOPEN% (FileName$, Mode$) DECLARE FUNCTION READBIT% (Value%, Bit%) DECLARE FUNCTION ItemName$ (Item%) DECLARE SUB ChestOpened () DECLARE SUB EnsueBattle () DECLARE SUB SetInventory (Item%, Amount%) DECLARE FUNCTION InInventory% (Item%) DECLARE SUB TreasureShow () DIM SHARED Treasure(0 TO 0) AS chest SUB ChestOpened COLOR 15 LINE (0, 0)-(319, 31), totalback, BF LINE (0, 31)-(319, 31), 12 LOCATE 1, 1 PRINT " EMPTY " LOCATE 3, 40 PRINT CHR$(254) PCOPY 2, 0 SLEEP dmb$ = INKEY$ END SUB SUB ChestsInit (FileName AS STRING) SHARED Treasure() AS chest fc% = FileOPEN(FileName, "B") GET fc%, , NumberOfChests% REDIM Treasure(0 TO NumberOfChests%) AS chest FOR i = 1 TO NumberOfChests% GET fc%, , Treasure(i) NEXT i CLOSE fc% END SUB SUB TreasureChest (trnum) 'Open Flag IF READBIT%(Treasure(trnum).Flags, 0) THEN ChestOpened: EXIT SUB Treasure(trnum).Flags = Treasure(trnum).Flags OR 1 'Battle Flag IF READBIT%(Treasure(trnum).Flags, 1) THEN COLOR 15 LINE (0, 0)-(319, 31), totalback, BF LINE (0, 31)-(319, 31), 12: LOCATE 1, 1 PRINT "You open the treasure chest" PRINT "and find..." PRINT " MONSTER " LOCATE 3, 40 PRINT CHR$(254) PCOPY 2, 0 SLEEP dmb$ = INKEY$ cannotrun = 1 EnsueBattle SCREEN 7, 0, 2, 0: COLOR 15: LINE (0, 0)-(319, 31), totalback, BF LINE (0, 31)-(319, 31), 12: LOCATE 1, 1 PRINT "You look deeper into the chest" TreasureShow DO bbb$ = INKEY$ LOOP UNTIL bbb$ = "" LOCATE 3, 40 PRINT CHR$(254): PCOPY 2, 0: SLEEP: dmb$ = INKEY$ ELSE COLOR 15 LINE (0, 0)-(319, 31), totalback, BF LINE (0, 31)-(319, 31), 12 LOCATE 1, 1 PRINT "Found "; UCASE$(ItemName$(Treasure(trnum).Item)); " x"; PRINT Treasure(trnum).Quantity PotentialInventoryAdjustment% = InInventory(Treasure(trnum).Item) + Treasure(trnum).Quantity IF PotentialInventoryAdjustment% > 99 THEN SetInventory Treasure(trnum).Item, 99 ELSE SetInventory Treasure(trnum).Item, PotentialInventoryAdjustment% END IF LOCATE 3, 40 PRINT CHR$(254) PCOPY 2, 0 SLEEP dmb$ = INKEY$ END IF END SUB SUB TreasureShow IF Treasure(trnum).Item = 0 THEN PRINT "but find nothing." ELSE PRINT "and find "; ItemName$(Treasure(trnum).Item); " x"; PRINT Treasure(trnum).Quantity PotentialInventoryAdjustment% = InInventory(Treasure(trnum).Item) + Treasure(trnum).Quantity IF PotentialInventoryAdjustment% > 99 THEN SetInventory Treasure(trnum).Item, 99 ELSE SetInventory Treasure(trnum).Item, PotentialInventoryAdjustment% END IF END IF END SUB
Attribute VB_Name = "mdl成都内江" Option Explicit '编译常量不能定义成公共的，必须在使用到的地方单独定义，在编译时统一修改 #Const gverControl = 99 ' 0-不支持动态医保(9.19以前),1-支持动态医保无附加参数(9.22以前) , _ 2-解决了虚拟结算与正式结算结果不一致;结算作废与原始结算结果不一致;门诊收费死锁的问题;99-所有交易增加附加参数(最新版) Private mblnInit As Boolean Public Enum 业务类型_成都内江读病人信息_内江 = 0 更改密码_内江获取帐户余额_内江门诊明细写入_内江门诊消费确认_内江门诊消费取消_内江住院登记_内江住院交易上传_内江住院产易上传取消_内江出院登记上传_内江出院登记确认_内江获取单位欠缴情况_内江初始化函数_内江网上对帐_内江 '20051020 陈东并发症申请上传_内江 End Enum Private gInitCard As Boolean '初始化了卡的 Private Type InitbaseInfor 医院编码 As String '初始医院编码串号号_内江 As Integer 读卡器_内江 As Integer '0-明化,1-德森公司模拟数据 As Boolean '当前是否处于模拟读取医保接口数据解析卡内数据 As Boolean End Type Public InitInfor_成都内江 As InitbaseInfor Private mblnStartTran As Boolean '启动了事务的 Private Type 病人身份卡号 As String 个人编号 As String 身份证号 As String 姓名 As String 性别 As String 工况类别 As String 出生日期 As String 单位号码 As String 统筹编号 As String 制卡日期 As String 卡有效期 As String 补卡次数 As String 制卡单位 As String 年龄 As Integer 帐户余额 As Double 在职情况 As String 住院流水号 As String 交易类别 As String lng病人ID As Long 费用总额 As Double 结算方式 As String '结算方式串病种编码 As String 病种名称 As String 出院类别 As String 生育总费用 As Double End Type Private Type 结算数据待遇标志 As String 医保交易流水号 As String 医保内费用 As Double 医保外费用 As Double 基本医保支付 As Double 高额医保支付 As Double 公务员医疗补助 As Double 帐户可用余额 As Double 帐户支付 As Double 比例支付 As Double 起付标准 As Double 结算标志 As Byte '0-门诊,1-住院结帐ID As Long 生育支付 As Double '20051020 新增生育盈亏 As Double '20051118 新增 End Type Public g病人身份_成都内江 As 病人身份 Public gcnOracle_成都内江 As ADODB.Connection '中间库连接 Private g结算数据 As 结算数据 '************************************************************************************************************************************************************************************************************************************** '1 相关读卡组件函数 '************************************************************************************************************************************************************************************************************************************ ' 0-读病人信息函数(明华的) Private Declare Function GetCardInfo_MW Lib "NeijCard.dll" Alias "GetCardInfo" (ByVal lngPort As Long, ByVal strPassWord As String, str卡号 As String, _ str个人编号 As String, str身份证号 As String, STR姓名 As String, str性别 As String, _ str工况类别 As String, str出生日期 As String, str单位号码 As String, str统筹编号 As String, _ str制卡日期 As String, str卡有效期 As String, str补卡次数 As String, str制卡单位 As String) As Long '---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- '明华: '函数原型:function GetCardInfo(port: integer;UserPassword:PChar; var CardNum,PersonNum, ' IDNum,Name,Sex,PersonKind,Birthday,DeptNum,Zone,MAKEDATE,EXPIREDATE,REISSUE,MAKEDEPT: PChar):integer '参数: a) Port：输入参数，为通讯端口号，0、1、2、3分别代表串口1、2、3、4;并口为其I/O地址（如0x378）；建议将读卡器连接到串口1； ' b) UserPassword：输入参数，为用户密码，要求长度为6，字符串中只能包含0到9的数字； ' c) CardNum：输出参数，为卡号，长度为10； ' d) PersonNum：输出参数，为个人编号（医保编号），长度为8； ' e) IDNum：输出参数，为身份证号码，长度为18； ' f) Name：输出参数，为姓名，长度为20； ' g) Sex：输出参数，为性别编码，长度为1，其中'1'为男，'2'为女； ' h) PersonKind：输出参数，为工况类别，长度为1； ' i) Birthday：输出参数，为出生日期，长度为8，例如1982年6月23日表示为'19820623'； ' j) DeptNum：输出参数，为单位号码，长度为6； ' k) Zone：输出参数，为统筹地区编码，长度为1； ' l) MAKEDATE：输出参数，为制卡日期，长度为8，表示方式同出生日期； ' m) EXPIREDATE：输出参数，为卡有效日期（卡的有效期为99年，如制卡日期为20021101，则卡有效日期为21011101），长度为8，表示方式同出生日期； ' n) REISSUE：输出参数，为补卡次数，长度为2，例如：首次制卡，补卡次数为'00'，第一次补卡，补卡次数为'01'，以次类推； ' o) MAKEDEPT：输出参数，为制卡单位，长度为1，例如：'0'表示制卡方为温州德森公司。 '---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- ' 1-读病人信息函数(科瑞奇) Private Declare Function GetCardInfo_KRQ Lib "NeijCard.dll" Alias "GetCardInfo" (ByVal lngPort As Long, str卡号 As String, _ str个人编号 As String, str身份证号 As String, STR姓名 As String, str性别 As String, _ str工况类别 As String, str出生日期 As String, str单位号码 As String, str统筹编号 As String, _ str制卡日期 As String, str卡有效期 As String, str补卡次数 As String, str制卡单位 As String) As Long '---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- '科瑞奇 '说明: 与明细相比,没有密码的输入 '函数原型:function GetCardInfoForKRQ(port: integer; var CardNum,PersonNum,IDNum,Name,Sex,PersonKind,Birthday,DeptNum,Zone, ' MAKEDATE,EXPIREDATE,REISSUE,MAKEDEPT: PChar):integer; '参数: a) Port：输入参数，为通讯端口号，0、1、2、3分别代表串口1、2、3、4;并口为其I/O地址（如0x378）；建议将读卡器连接到串口1； ' b) CardNum：输出参数，为卡号，长度为10； ' c) PersonNum：输出参数，为个人编号（医保编号），长度为8； ' d) IDNum：输出参数，为身份证号码，长度为18； ' e) Name：输出参数，为姓名，长度为20； ' f) Sex：输出参数，为性别编码，长度为1，其中'1'为男，'2'为女； ' g) PersonKind：输出参数，为工况类别，长度为1； ' h) Birthday：输出参数，为出生日期，长度为8，例如1982年6月23日表示为'19820623'； ' i) DeptNum：输出参数，为单位号码，长度为6； ' j) Zone：输出参数，为统筹地区编码，长度为1； ' k) MAKEDATE：输出参数，为制卡日期，长度为8，表示方式同出生日期； ' l) EXPIREDATE：输出参数，为卡有效日期（卡的有效期为99年，如制卡日期为20021101，则卡有效日期为21011101），长度为8，表示方式同出生日期； ' m) REISSUE：输出参数，为补卡次数，长度为2，例如：首次制卡，补卡次数为'00'，第一次补卡，补卡次数为'01'，以次类推； ' n) MAKEDEPT：输出参数，为制卡单位，长度为1，例如：'0'表示制卡方为温州德森公司。 '---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- ' 2-修改密码 Private Declare Function ChangePassword Lib "NeijCard.dll" (ByVal lngPort As Long, ByVal strOldPassWord As String, ByVal strNewPassWord As String) As Long '---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- '说明: 与明细相比,没有密码的输入 '函数原型:function ChangePassword(port:integer;OldPassword,NewPassword:PChar):integer; '参数: a) Port：输入参数，为通讯端口号，0、1、2、3分别代表串口1、2、3、4;并口为其I/O地址（如0x378）；建议将读卡器连接到串口1； ' b) OldPassword：输入参数，为原密码，要求长度为6，字符串中只能包含0到9的数字； ' c) NewPassword：输入参数，为新密码，要求长度为6，字符串中只能包含0到9的数字。 '---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- '************************************************************************************************************************************************************************************************************************************ '2 业务对象 '************************************************************************************************************************************************************************************************************************************** Public gobj成都内江 As Object ' 'Public gobj成都内江 As New clsNjYh Public Function 医保初始化_成都内江() As Boolean Dim strReg As String Dim rsTemp As New ADODB.Recordset Dim strUser As String, strPass As String, strServer As String If mblnInit Then 医保初始化_成都内江 = True Exit Function End If GetRegInFor g公共全局, "医保", "读卡器", strReg InitInfor_成都内江.读卡器_内江 = Val(strReg) GetRegInFor g公共全局, "医保", "串口号", strReg InitInfor_成都内江.串号号_内江 = IIf(strReg = "", 1, Val(strReg)) '初始模拟接口 Call GetRegInFor(g公共模块, "操作", "模拟接口", strReg) If Val(strReg) = 1 Then InitInfor_成都内江.模拟数据 = True Else InitInfor_成都内江.模拟数据 = False End If Call GetRegInFor(g公共模块, "操作", "解析卡内数据", strReg) If Val(strReg) = 1 Then InitInfor_成都内江.解析卡内数据 = True Else InitInfor_成都内江.解析卡内数据 = False End If InitInfor_成都内江.解析卡内数据 = InitInfor_成都内江.解析卡内数据 Or InitInfor_成都内江.模拟数据 '创建医保对象 If gobj成都内江 Is Nothing Then Err = 0 On Error Resume Next Set gobj成都内江 = CreateObject("SocketOcxForNC.SocketOcxForNC") If Err <> 0 Then ShowMsgbox "不能创建医保接口,请检查SocketOcxForNC.ocx是否正常注册!" Exit Function End If End If '取医院编码 gstrSQL = "Select 医院编码 From 保险类别 Where 序号=" & TYPE_成都内江 Call zlDatabase.OpenRecordset(rsTemp, gstrSQL, "读取医院编码") InitInfor_成都内江.医院编码 = Nvl(rsTemp!医院编码) If Open中间库 = False Then Exit Function mblnInit = True 医保初始化_成都内江 = True End Function Private Function Open中间库() As Boolean '连接中间库 '中间库连接 Dim rsTemp As New ADODB.Recordset Dim strUser As String, strServer As String, strPass As String, strReg As String Dim StrInput As String, strOutput As String Err = 0 On Error GoTo errHand: gstrSQL = "select 参数名,参数值 from 保险参数 where 参数名 like '医保%' and 险类=" & TYPE_成都内江 Call zlDatabase.OpenRecordset(rsTemp, gstrSQL, "获取相关参数值") Do Until rsTemp.EOF Select Case rsTemp("参数名") Case "医保用户名" strUser = IIf(IsNull(rsTemp("参数值")), "", rsTemp("参数值")) Case "医保服务器" strServer = IIf(IsNull(rsTemp("参数值")), "", rsTemp("参数值")) Case "医保用户密码" strPass = IIf(IsNull(rsTemp("参数值")), "", rsTemp("参数值")) End Select rsTemp.MoveNext Loop Set gcnOracle_成都内江 = New ADODB.Connection If OraDataOpen(gcnOracle_成都内江, strServer, strUser, strPass, False) = False Then MsgBox "无法连接到医保中间库，请检查保险参数是否设置正确！", vbInformation, gstrSysName Exit Function End If '检查网络是否畅通无阻 'GetRegInFor g公共全局, "医保", "ConfigFileName", strReg 'StrInput = strReg 'GetRegInFor g公共全局, "医保", "HostPort", strReg 'StrInput = StrInput & vbTab & strReg 'GetRegInFor g公共全局, "医保", "IPAddress", strReg 'StrInput = StrInput & vbTab & strReg 'If 业务请求_成都内江(初始化函数_内江, StrInput, strOutput) = False Then Exit Function Open中间库 = True Exit Function errHand: If ErrCenter = 1 Then Resume End If End Function Public Function 医保终止_成都内江() As Boolean '结束读写卡组件 Dim strReg As String mblnInit = False Err = 0 On Error Resume Next Set gobj成都内江 = Nothing If gcnOracle_成都内江.State = 1 Then gcnOracle_成都内江.Close End If 医保终止_成都内江 = True End Function Public Function 身份标识_成都内江(Optional bytType As Byte, Optional lng病人ID As Long) As String '功能：识别指定人员是否为参保病人，返回病人的信息 '参数：bytType-识别类型，0-门诊收费，1-入院登记，2-不区分门诊与住院,3-挂号,4-结帐 '返回：空或信息串 Err = 0 On Error GoTo errHand: 身份标识_成都内江 = frmIdentify成都内江.GetPatient(bytType, lng病人ID) Exit Function errHand: If ErrCenter() = 1 Then Resume End If 身份标识_成都内江 = "" End Function Public Function 个人余额_成都内江(ByVal lng病人ID As Long) As Currency '功能: 提取参保病人个人帐户余额 '返回: 返回个人帐户余额 Dim rsTemp As New ADODB.Recordset gstrSQL = "select nvl(帐户余额,0) as 帐户余额 from 保险帐户 where 病人ID='" & lng病人ID & "' and 险类=" & TYPE_成都内江 Call zlDatabase.OpenRecordset(rsTemp, gstrSQL, "读取个人帐户余额") If rsTemp.EOF Then 个人余额_成都内江 = 0 Else If rsTemp("帐户余额") > 0 Then 个人余额_成都内江 = rsTemp("帐户余额") Else 个人余额_成都内江 = 0 End If End If End Function Public Function 门诊虚拟结算_成都内江(rs明细 As ADODB.Recordset, str结算方式 As String) As Boolean '参数：rsDetail 费用明细(传入) ' cur结算方式 "报销方式;金额;是否允许修改\|...." '字段：病人ID,收费细目ID,数量,单价,实收金额,统筹金额,保险支付大类ID,是否医保 Dim StrInput As String, strOutput As String Dim strArr Dim rsTemp As New ADODB.Recordset Dim lng病人ID As Long Dim str操作员编码 As String Dim str收费细目ID As String '保存所有收费细目的ID，用来判断是否存在重复的项目 Err = 0: On Error GoTo errHand: Call DebugTool("进入门诊虚拟结算") With g结算数据 .比例支付 = 0 .待遇标志 = "" .高额医保支付 = 0 .公务员医疗补助 = 0 .起付标准 = 0 .医保交易流水号 = "" .医保内费用 = 0 .医保外费用 = 0 .帐户可用余额 = 0 .帐户支付 = 0 .生育支付 = 0 '20051021 add End With '检查是否存在重复的项目 With rs明细 Do While Not .EOF If InStr(1, str收费细目ID & ",", "," & !收费细目ID & ",") = 0 Then str收费细目ID = str收费细目ID & "," & !收费细目ID Else Err.Raise 9000, gstrSysName, "存在重复的收费细目，请合并后再进行预结算！" End If .MoveNext Loop If .RecordCount <> 0 Then .MoveFirst End With lng病人ID = rs明细("病人ID") str操作员编码 = Nvl(rs明细!开单人) If g病人身份_成都内江.lng病人ID <> lng病人ID Then Err.Raise 9000, gstrSysName, "该病人还没有经过身份验证，不能进行医保结算。" Exit Function End If g结算数据.结算标志 = 0 g结算数据.结帐ID = 0 '写入明细 If 门诊明细写入(rs明细, True) = False Then Exit Function If 结算方式更正(1, str结算方式) = False Then Exit Function 门诊虚拟结算_成都内江 = True Exit Function errHand: ErrMsgBox Err.Description, IIf(Err.Number > 9000, Err.Number - 9000, vbInformation), Err.Source Err.Clear End Function Private Function 获取个人帐户支付() As Double '----------------------------------------------------------------------------------------------------------- '--功能:获取个人帐户值(从预交记录中获取) '--入参数: '--出参数: '--返回:成功,返回本次个人帐户支付,否则返回0 '----------------------------------------------------------------------------------------------------------- Dim rsTemp As New ADODB.Recordset gstrSQL = "Select * From 病人预交记录 where 结帐ID=[1] and 结算方式='个人帐户'" Set rsTemp = zlDatabase.OpenSQLRecord(gstrSQL, "获取个人帐户支付", g结算数据.结帐ID) If Not rsTemp.EOF Then 获取个人帐户支付 = Nvl(rsTemp!冲预交, 0) End If End Function Public Function 门诊结算_成都内江(lng结帐ID As Long, cur个人帐户 As Currency, str医保号 As String, cur全自付 As Currency, Optional ByRef strAdvance = "") As Boolean '功能：将门诊收费的明细和结算数据转发送医保前置服务器确认； '参数：lng结帐ID 收费记录的结帐ID；，从预交记录中可以检索医保号和密码 ' cur支付金额从个人帐户中支出的金额 '返回：交易成功返回true；否则，返回false '注意：1)主要利用接口的费用明细传输交易和辅助结算交易； ' 2)理论上，由于我们保证了个人帐户结算金额不大于个人帐户余额，因此交易必然成功。但从安全角度考虑；当辅助结算交易失败时，需要使用费用删除交易处理；如果辅助结算交易成功，但费用分割结果与我们处理结果不一致，需要执行恢复结算交易和费用删除交易。这样才能保证数据的完全统一。 '此时所有收费细目必然有对应的医保编码 Dim StrInput As String, strOutput As String Dim strArr Dim rs明细 As New ADODB.Recordset, rsTemp As New ADODB.Recordset Dim lng病人ID As Long Dim str操作员编码 As String Err = 0: On Error GoTo errHand: Call DebugTool("进入门诊结算") 'Modified by ZYB 22051123 门诊虚拟结算已上传明细，结算不再进行合法性检查及明细上传 '################################################################################# ' gstrSQL = "Select 收费细目ID From 病人费用记录 where 结帐id=" & lng结帐ID & " group by 收费细目iD having Count(收费细目id)>=2 " ' Call OpenRecordset(rsTemp, "判断明细是否重复") ' If Not rsTemp.EOF Then ' MsgBox "存在重复的收费细目,请合并后再结算!" ' Exit Function ' End If ' ' ' With g结算数据 ' .比例支付 = 0 ' .待遇标志 = "" ' .高额医保支付 = 0 ' .公务员医疗补助 = 0 ' .起付标准 = 0 ' .医保交易流水号 = "" ' .医保内费用 = 0 ' .医保外费用 = 0 ' .帐户可用余额 = 0 ' .帐户支付 = 0 ' .生育支付 = 0 '20051021 add ' End With ' '################################################################################# gstrSQL = "" & _ " Select a.,a.付数a.数次 as 数量,a.实收金额/(nvl(a.付数,1)nvl(a.数次,1)) as 单价 " & _ " From 门诊费用记录 a " & _ " Where 结帐ID=" & lng结帐ID & " And Nvl(附加标志,0)<>9 And Nvl(记录状态,0)<>0" Call zlDatabase.OpenRecordset(rs明细, gstrSQL, "获取明细记录") If rs明细.EOF = True Then Err.Raise 9000, gstrSysName, "没有填写收费记录" Exit Function End If lng病人ID = rs明细("病人ID") str操作员编码 = Nvl(rs明细!操作员姓名) If g病人身份_成都内江.lng病人ID <> lng病人ID Then Err.Raise 9000, gstrSysName, "该病人还没有经过身份验证，不能进行医保结算。" Exit Function End If g结算数据.结算标志 = 0 g结算数据.结帐ID = lng结帐ID '写入明细 ' If 门诊明细写入(rs明细, False) = False Then Exit Function If 结算方式更正(1, strAdvance) = False Then Exit Function '获取帐户支付 strAdvance = "" '强制赋为空，告诉调用者不需要校正 g结算数据.帐户支付 = 获取个人帐户支付() '消费进行确认 '输入参数: 个人编号 String(8) In ' 社保卡号码 String(10) In ' 医院代码 String(5) In ' 操作员卡号码 String(10) In ' 统筹地区编码 String(1) In ' 医保交易流水号 String(20) In ' 交易类别 String(1) In ' 个人帐户支付 String(10) In With g病人身份_成都内江 StrInput = Rpad(.个人编号, 8) StrInput = StrInput & vbTab & Rpad(.卡号, 10) StrInput = StrInput & vbTab & Rpad(InitInfor_成都内江.医院编码, 5) StrInput = StrInput & vbTab & Substr(Rpad(str操作员编码, 10), 1, 10) StrInput = StrInput & vbTab & Rpad(.统筹编号, 1) StrInput = StrInput & vbTab & Substr(Rpad(g结算数据.医保交易流水号, 20), 1, 20) StrInput = StrInput & vbTab & Rpad(.交易类别, 1) StrInput = StrInput & vbTab & Lpad(Round(g结算数据.帐户支付 100), 10, "0") End With '调用结算 Call DebugTool("准备调用门诊消费确认") If 业务请求_成都内江(门诊消费确认_内江, StrInput, strOutput) = False Then Exit Function Call DebugTool("调用门诊消费确认结束") '插入保险结算记录 '原过程参数: ' 性质_IN ,记录ID_IN,险类_IN,病人ID_IN,年度_IN," & _ " 帐户累计增加_IN,帐户累计支出_IN,累计进入统筹_IN,累计统筹报销_IN,住院次数_IN,起付线_IN,封顶线_IN,实际起付线_IN, ' 发生费用金额_IN,全自付金额_IN,首先自付金额_IN, ' 进入统筹金额_IN,统筹报销金额_IN,大病自付金额_IN,超限自付金额_IN,个人帐户支付_IN," ' 支付顺序号_IN,主页ID_IN,中途结帐_IN,备注_IN '新值代表 ' 性质_IN ,记录ID_IN,险类_IN,病人ID_IN,年度_IN," & _ " 帐户累计增加_IN(无),帐户累计支出_IN(无),累计进入统筹_IN(无),累计统筹报销_IN(无),住院次数_IN(无),起付线(无),封顶线_IN(帐户可用余额),实际起付线_IN(无), ' 发生费用金额_IN(费用总额),全自付金额_IN(无),首先自付金额_IN(无), ' 进入统筹金额_IN(统筹支付),统筹报销金额_IN(统筹支付),大病自付金额_IN(无),超限自付金额_IN(生育支付),个人帐户支付_IN(个人帐户支付)," ' 支付顺序号_IN(结算时产生流水号),主页ID_IN,中途结帐_IN,备注_IN 'Modified by ZYB 22051123 新老版本都不存在校正的问题了 gstrSQL = "zl_保险结算记录_insert(1," & lng结帐ID & "," & TYPE_成都内江 & "," & lng病人ID & "," & Year(zlDatabase.Currentdate) & "," & _ "0,0,0,0,0,0," & g结算数据.帐户可用余额 & ",0," & _ g病人身份_成都内江.费用总额 & "," & g结算数据.医保内费用 & "," & g结算数据.医保外费用 & "," & _ "0,0,0," & g结算数据.生育支付 & "," & g结算数据.帐户支付 & ",'" & _ g结算数据.医保交易流水号 & "',NULL,NULL,NULL)" Call zlDatabase.ExecuteProcedure(gstrSQL, "保存结算记录") '--------------------------------------------------------------------------------------------- 门诊结算_成都内江 = True Exit Function errHand: ErrMsgBox Err.Description, IIf(Err.Number > 9000, Err.Number - 9000, vbInformation), Err.Source Err.Clear End Function Private Function Get交易流水号(ByVal str发生日期 As String) As String '----------------------------------------------------------------------------------------------------------- '--功能:获取交易流水号 '--入参数:str发生日期-以YYMMDD格式传入 '--出参数: '--返回:交易流水号 '----------------------------------------------------------------------------------------------------------- Dim rsTemp As New ADODB.Recordset gstrSQL = "Select 医院交易流水号_ID.nextval as 序列 From dual" OpenRecordset_成都内江 rsTemp, "获取交易流水号" Get交易流水号 = InitInfor_成都内江.医院编码 & str发生日期 & Lpad(Nvl(rsTemp!序列), 7, "0") End Function Private Function 门诊明细写入(ByVal rs明细 As ADODB.Recordset, Optional ByVal bln虚拟 As Boolean = False) As Boolean '----------------------------------------------------------------------------------------------------------- '--功能:上传门诊明细数据 '--入参数:rs明细-明细记录 '--出参数: '--返回:成功,返回true,否则返回False '----------------------------------------------------------------------------------------------------------- Dim rsTemp As New ADODB.Recordset, rsTmp As New ADODB.Recordset Dim StrInput As String, strOutput As String, str明细 As String Dim strInsert As String Dim lngSumLen As Long Dim str规格 As String Dim str保险编码 As String Dim str大类编码 As String Dim str交易流水号 As String Dim lng处方条数 As Long Dim strArr 门诊明细写入 = False DebugTool "进入门诊明细上传接口" g病人身份_成都内江.费用总额 = 0 g病人身份_成都内江.生育总费用 = 0 Err = 0 On Error GoTo errHand: str明细 = "" '然后插入处方明细 str交易流水号 = Get交易流水号(Format(zlDatabase.Currentdate, "yyyymmdd")) With rs明细 lng处方条数 = 0 Do While Not .EOF If Val(Nvl(rs明细("实收金额"), 0)) <> 0 Then '处方明细 '1 处方项目种类 Varchar2(1) '1'：药品编码 '2'：服务项目 '2 处方项目代码 Varchar2(20) "药品编码"或者"诊疗项目编码" '3 数量 Varchar2(10) 实际数量100上传 '4 规格 Varchar2(10) 汉字算2字节 '5 单项费用 Varchar2(10) 由医院上传(主要传什么?) gstrSQL = "select A.名称,A.编码,A.类别,A.规格,A.计算单位,B.项目编码,B.附注,B.是否医保,A.计算单位,E.规格,G.名称剂型,B.大类编码 " & _ "from 收费细目 A," & _ " ( Select a.,b.大类编码 " & _ " From 保险支付项目 a,保险项目 b" & _ " where a.险类=b.险类 and a.项目编码=b.编码 and A.收费细目ID =[1] and a.险类=[2]) B,药品目录 E ,药品信息 F,药品剂型 G " & _ "where A.ID=[1] and A.ID=B.收费细目ID(+) " & _ " AND A.ID=E.药品ID(+) AND E.药名ID=F.药名ID(+) AND F.剂型=G.编码(+) " Set rsTemp = zlDatabase.OpenSQLRecord(gstrSQL, "获取医保项目", CLng(rs明细!收费细目ID), TYPE_成都内江) If rsTemp.EOF Then Err.Raise 9000, gstrSysName, "存在未对码的项目,请在保险项目管理中进行对码!" Exit Function End If str规格 = Nvl(rsTemp!规格) str保险编码 = Nvl(!保险编码) '如果保险编码为空，则需要用户选择编码 If str保险编码 = "" Then str保险编码 = GetItemInsure_成都内江(0, !收费细目ID, True) End If If str保险编码 = "" Then str保险编码 = Nvl(rsTemp!项目编码) '取大类编码 gstrSQL = "Select 大类编码 From 保险项目 Where 险类=" & TYPE_成都内江 & " And 编码='" & str保险编码 & "'" Call zlDatabase.OpenRecordset(rsTemp, gstrSQL, "取大类编码") str大类编码 = Nvl(rsTemp!大类编码) str明细 = str明细 & Substr(Rpad(str大类编码, 1), 1, 1) str明细 = str明细 & Rpad(str保险编码, 20) str明细 = str明细 & Lpad(Nvl(!数量) * 100, 10, "0") str明细 = str明细 & Rpad(Nvl(str规格), 10) str明细 = str明细 & Lpad(Nvl(!实收金额) * 100, 10, "0") 'Beging 20051025 add '门诊部分:A.不能用“生育费用”(见生育项目代码.xls后4项)，可以用“计划生育费用 If str保险编码 = "M10000116" Or str保险编码 = "M10000117" Or str保险编码 = "M10000118" Or str保险编码 = "M10000119" Then Err.Raise 9000, gstrSysName, "门诊不能使用生育费用!" Exit Function End If 'End '为病人费用记录打上标记，以便随时上传 'ID_IN,统筹金额_IN,保险大类ID_IN,保险项目否_IN,保险编码_IN,是否上传_IN,摘要_IN '摘要值:医院交易流水号 'Modified by ZYB 20051123 虚拟结算时未保存处方，无法更新 If Not bln虚拟 Then gstrSQL = "ZL_病人费用记录_更新医保(" & Nvl(!ID, 0) & ",NULL," & Nvl(str大类编码, "NULL") & ",NUll,'" & str保险编码 & "',1,'" & str交易流水号 & "')" Call zlDatabase.ExecuteProcedure(gstrSQL, "打上上传标志") End If lng处方条数 = lng处方条数 + 1 End If 'Beging 20051027 陈东 If Substr(Rpad(str大类编码, 1), 1, 1) <> "4" Then g病人身份_成都内江.费用总额 = g病人身份_成都内江.费用总额 + Nvl(rs明细!实收金额, 0) Else g病人身份_成都内江.生育总费用 = g病人身份_成都内江.生育总费用 + Nvl(rs明细!实收金额, 0) End If 'End 20051027 陈东 rs明细.MoveNext Loop If lng处方条数 > 99 Then Err.Raise 9000, gstrSysName, "门诊处方明细不能大于99种项目,请分成两张处方进行录入!" Exit Function End If If .RecordCount <> 0 Then .MoveFirst '输入参数：个人编号 String(8) In ' 社保卡号码 String(10) In ' 医院代码 String(5) In ' 操作员卡号码 String(10) In ' 统筹地区编码 String(1) In ' 医院交易流水号 String(20) In ' 交易类别 String(1) In ' 处方条数 String(2) In ' 处方明细 String处方条数×51 In StrInput = Rpad(g病人身份_成都内江.个人编号, 8) StrInput = StrInput & vbTab & Rpad(g病人身份_成都内江.卡号, 10) StrInput = StrInput & vbTab & Rpad(InitInfor_成都内江.医院编码, 5) If bln虚拟 Then StrInput = StrInput & vbTab & Rpad(UserInfo.编号, 10) Else StrInput = StrInput & vbTab & Rpad(Nvl(!操作员编号), 10) End If StrInput = StrInput & vbTab & Rpad(g病人身份_成都内江.统筹编号, 1) StrInput = StrInput & vbTab & Rpad(str交易流水号, 20) StrInput = StrInput & vbTab & Rpad(g病人身份_成都内江.交易类别, 1) StrInput = StrInput & vbTab & Rpad(lng处方条数, 2) StrInput = StrInput & vbTab & str明细 If 业务请求_成都内江(门诊明细写入_内江, StrInput, strOutput) = False Then Exit Function '保存相关数据 ' 医院流水号_IN IN 医保消费信息.医院流水号%TYPE, ' 病人ID_IN IN 医保消费信息.病人ID%TYPE, ' 医保流水号_IN IN 医保消费信息.医保流水号%TYPE, ' 医保内费用_IN IN 医保消费信息.医保内费用%TYPE, ' 医保外费用_IN IN 医保消费信息.医保外费用%TYPE, ' 帐户可用余额_IN IN 医保消费信息.帐户可用余额%TYPE, ' 在职情况_IN IN 医保消费信息.在职情况%TYPE, ' 医保项目种类_IN IN 医保消费信息.医保项目种类%TYPE, ' 医保项目编码_IN IN 医保消费信息.医保项目编码%TYPE, ' 医保内费用1_IN IN 医保消费信息.医保内费用1%TYPE, ' 费用类别_IN IN 医保消费信息.费用类别%TYPE, ' 项目费用_IN IN 医保消费信息.项目费用%TYPE strArr = Split(strOutput, vbTab) With g结算数据 .医保交易流水号 = strArr(0) .医保内费用 = Val(strArr(1)) .医保外费用 = Val(strArr(2)) .帐户可用余额 = Val(strArr(3)) .生育支付 = Val(strArr(6)) '20051020 Add End With strInsert = "ZL_医保消费信息_INSERT(" strInsert = strInsert & "'" & str交易流水号 & "'," strInsert = strInsert & "" & g病人身份_成都内江.lng病人ID & "," strInsert = strInsert & "'" & strArr(0) & "'," strInsert = strInsert & "" & Val(strArr(1)) & "," strInsert = strInsert & "" & Val(strArr(2)) & "," strInsert = strInsert & "" & Val(strArr(3)) & "," strInsert = strInsert & "'" & strArr(5) & "'," '分解明细记录记录 '1 处方项目种类 Varchar2(1) '1'：药品编码 '2'：服务项目 '2 处方项目代码 Varchar2(20) "药品编码"或者"诊疗项目编码" '3 医保内费用 Varchar2(10) 实际数量100 '4 费用类别 Varchar2(10)(中药?西药?化验等) '5 项目费用 Varchar2(10) 实际数量100 '6 生育支付 20051026 str明细 = strArr(4) lngSumLen = zlCommFun.ActualLen(str明细) StrInput = "" Dim r As Long, i As Integer For i = 1 To lngSumLen Step 51 r = i StrInput = StrInput & "'" & Substr(str明细, r, 1) & "'," r = r + 1 StrInput = StrInput & "'" & Substr(str明细, r, 20) & "'," r = r + 20 StrInput = StrInput & "" & Val(Substr(str明细, r, 10)) & "," r = r + 10 StrInput = StrInput & "'" & Substr(str明细, r, 10) & "'," r = r + 10 StrInput = StrInput & "" & Val(Substr(str明细, r, 10)) & "," StrInput = StrInput & "" & Val(strArr(6)) & ")" '组合SQL误句 gstrSQL = strInsert & StrInput 'Modified by zyb 20051123 可能会造成HIS库中存在无效的明细（点击多次预结算），中心也一样 ExecuteProcedure_ZLNJ "插入明细数据到中间库" StrInput = "" Next End If End With 门诊明细写入 = True Exit Function errHand: ErrMsgBox Err.Description, IIf(Err.Number > 9000, Err.Number - 9000, vbInformation), Err.Source Err.Clear End Function Public Function 门诊结算冲销_成都内江(lng结帐ID As Long, cur个人帐户 As Currency, lng病人ID As Long) As Boolean '功能：将门诊收费的明细和结算数据转发送医保前置服务器确认； '参数：lng结帐ID 收费记录的结帐ID；，从预交记录中可以检索医保号和密码 ' cur个人帐户从个人帐户中支出的金额 Dim rsTemp As New ADODB.Recordset Dim StrInput As String, strOutput As String, str流水号 As String Dim lng冲销ID As Long, lng病人id1 As Long Dim strArr Dim rs明细 As New ADODB.Recordset Dim i As Long Dim intMouse As Integer On Error GoTo errHand: DebugTool "进入门诊结算" intMouse = Screen.MousePointer Screen.MousePointer = 1 '身份验证 'by 20050123 gzy lng病人id1 = lng病人ID If 身份标识_成都内江(2, lng病人id1) = "" Then Screen.MousePointer = intMouse 门诊结算冲销_成都内江 = False If lng病人id1 = 0 Then Exit Function End If End If Screen.MousePointer = intMouse DebugTool "身份验证完成" gstrSQL = "Select * From 门诊费用记录 " & _ " Where 结帐ID=" & lng结帐ID & " And Nvl(附加标志,0)<>9 And Nvl(记录状态,0)<>0" Call zlDatabase.OpenRecordset(rs明细, gstrSQL, "获取冲销记录") g病人身份_成都内江.费用总额 = 0 Do Until rs明细.EOF If lng病人ID = 0 Then lng病人ID = rsTemp("病人ID") str流水号 = Nvl(rs明细!摘要) g病人身份_成都内江.费用总额 = g病人身份_成都内江.费用总额 + Nvl(rs明细("结帐金额"), 0) rs明细.MoveNext Loop g病人身份_成都内江.费用总额 = Round(g病人身份_成都内江.费用总额, 2) If lng病人ID <> lng病人id1 Then Err.Raise 9000, gstrSysName, " 验卡病人不是当前要冲销的病人,不能冲销结算" Exit Function End If '退费 gstrSQL = "select distinct A.结帐ID from 门诊费用记录 A,门诊费用记录 B " & _ " where A.NO=B.NO and A.记录性质=B.记录性质 and A.记录状态=2 and B.结帐ID=" & lng结帐ID Call zlDatabase.OpenRecordset(rsTemp, gstrSQL, "重庆医保") lng冲销ID = rsTemp("结帐ID") gstrSQL = "Select * From 门诊费用记录 " & _ " Where 结帐ID=" & lng冲销ID & " And Nvl(附加标志,0)<>9 And Nvl(记录状态,0)<>0" Call zlDatabase.OpenRecordset(rsTemp, gstrSQL, "获取冲销记录") DebugTool "更新摘要标志" Do While Not rsTemp.EOF '更新上传标志 gstrSQL = "ZL_病人费用记录_更新医保(" & Nvl(rsTemp!ID, 0) & ",NULL,NULL,NULL,NULL,1,'" & str流水号 & "')" Call zlDatabase.ExecuteProcedure(gstrSQL, "打上上传标志") rsTemp.MoveNext Loop DebugTool "更新摘要标志完成" gstrSQL = "select * from 保险结算记录 where 性质=1 and 险类=" & TYPE_成都内江 & " and 记录ID=" & lng结帐ID Call zlDatabase.OpenRecordset(rsTemp, gstrSQL, "获取原来的结算记录") If rsTemp.EOF = True Then Err.Raise 9000, gstrSysName, "原单据的医保记录不存在，不能作废。", vbInformation, gstrSysName Exit Function End If g结算数据.医保交易流水号 = rsTemp("支付顺序号") ' 个人编号 String(8) In ' 社保卡号码 String(10) In ' 医院代码 String(5) In ' 操作员卡号码 String(10) In ' 统筹地区编码 String(1) In ' 医保交易流水号 String(20) In ' 交易类别 String(1) In With g病人身份_成都内江 StrInput = Rpad(.个人编号, 8) StrInput = StrInput & vbTab & Rpad(.卡号, 10) StrInput = StrInput & vbTab & Rpad(InitInfor_成都内江.医院编码, 5) StrInput = StrInput & vbTab & Rpad(gstrUserName, 10) StrInput = StrInput & vbTab & Rpad(.统筹编号, 1) StrInput = StrInput & vbTab & Rpad(g结算数据.医保交易流水号, 20) StrInput = StrInput & vbTab & Rpad(.交易类别, 1) End With If 业务请求_成都内江(门诊消费取消_内江, StrInput, strOutput) = False Then Exit Function DebugTool "业务请求成功" '插入保险结算记录 '原过程参数: ' 性质_IN ,记录ID_IN,险类_IN,病人ID_IN,年度_IN," & _ " 帐户累计增加_IN,帐户累计支出_IN,累计进入统筹_IN,累计统筹报销_IN,住院次数_IN,起付线_IN,封顶线_IN(帐户可用余额),实际起付线_IN, ' 发生费用金额_IN,全自付金额_IN,首先自付金额_IN, ' 进入统筹金额_IN,统筹报销金额_IN,大病自付金额_IN,超限自付金额_IN,个人帐户支付_IN," ' 支付顺序号_IN,主页ID_IN,中途结帐_IN,备注_IN '新值代表 ' 性质_IN ,记录ID_IN,险类_IN,病人ID_IN,年度_IN," & _ " 帐户累计增加_IN(无),帐户累计支出_IN(无),累计进入统筹_IN(无),累计统筹报销_IN(无),住院次数_IN(无),起付线(无),封顶线_IN(帐户可用余额),实际起付线_IN(无), ' 发生费用金额_IN(费用总额),全自付金额_IN(无),首先自付金额_IN(无), ' 进入统筹金额_IN(统筹支付),统筹报销金额_IN(统筹支付),大病自付金额_IN(无),超限自付金额_IN(无),个人帐户支付_IN(个人帐户支付)," ' 支付顺序号_IN(结算时产生流水号),主页ID_IN,中途结帐_IN,备注_IN DebugTool "保存结算记录" gstrSQL = "zl_保险结算记录_insert(1," & lng冲销ID & "," & TYPE_成都内江 & "," & lng病人ID & "," & Year(zlDatabase.Currentdate) & "," & _ "0,0,0,0,0,0,0," & -1 * Nvl(rsTemp!封顶线, 0) & "," & _ Nvl(rsTemp!发生费用金额, 0) * -1 & "," & Nvl(rsTemp!全自付金额, 0) * -1 & "," & Nvl(rsTemp!首先自付金额, 0) * -1 & "," & _ rsTemp("进入统筹金额") * -1 & "," & rsTemp("统筹报销金额") * -1 & ",0,0," & rsTemp("个人帐户支付") * -1 & ",'" & _ g结算数据.医保交易流水号 & "',NULL,0,null)" Call zlDatabase.ExecuteProcedure(gstrSQL, "更新保险结算信息") DebugTool "门诊结算冲销完成" 门诊结算冲销_成都内江 = True Exit Function errHand:: ErrMsgBox Err.Description, IIf(Err.Number > 9000, Err.Number - 9000, vbInformation), Err.Source Err.Clear End Function Private Function 病人入院登记处理(lng病人ID As Long, lng主页ID As Long) As Boolean '进行门诊登记 Dim StrInput As String, strOutput As String Dim str交易流水号 As String Dim rsTemp As New ADODB.Recordset, rsRydj As New ADODB.Recordset Dim strArr Err = 0 On Error GoTo errHand: gstrSQL = "Select C.住院号,C.当前床号,to_char(A.确诊日期,'yyyy-MM-dd') as 确诊日期,A.登记人经办人,B.位置入院科室,A.住院医师,to_char(A.登记时间,'yyyy-mm-dd hh24:mi:ss') 入院经办时间," & _ " to_char(A.入院日期,'yyyymmdd') 入院日期 ,to_char(A.登记时间,'yyyy-mm-dd hh24:mi:ss') 入院时间,D.入院诊断编码,D.入院诊断名称,G.确诊诊断编码,g.确诊诊断名称 " & _ " From 病案主页 A,部门表 B,病人信息 C, " & _ " (Select 病人id,主页id,max(DECODE(a.诊断次序,1,b.编码,'')) AS 入院诊断编码,max(DECODE(a.诊断次序,1,b.名称,'')) AS 入院诊断名称 From 诊断情况 A ,疾病编码目录 B Where a.疾病ID = b.ID And a.诊断类型 =1 and a.主页id=" & lng主页ID & " and a.病人id=" & lng病人ID & " Group by 病人id,主页id) D," & _ " (Select 病人id,主页id,max(DECODE(a.诊断次序,2,b.编码,'')) AS 确诊诊断编码,max(DECODE(a.诊断次序,2,b.名称,'')) AS 确诊诊断名称 From 诊断情况 A ,疾病编码目录 B Where a.疾病ID = b.ID And a.诊断类型 =1 and a.主页id=" & lng主页ID & " and a.病人id=" & lng病人ID & " Group by 病人id,主页id) g" & _ " Where A.病人id=C.病人id and C.病人id=" & lng病人ID & _ " and A.病人ID=[1] And A.主页ID=[2] And A.入院科室ID=B.ID " & _ " and A.主页id=D.主页id(+) and a.病人id=D.病人id(+) " & _ " and A.主页id=g.主页id(+) and a.病人id=g.病人id(+) " & _ "" Set rsTemp = zlDatabase.OpenSQLRecord(gstrSQL, "读取入院信息", lng病人ID, lng主页ID) With g病人身份_成都内江 '输入参数 ' 个人编号 String(8) In ' 社保卡号码 String(10) In ' 医院代码 String(5) In ' 操作员卡号码 String(10) In ' 统筹地区编码 String(1) In ' 入院日期 String(8) In ' 入院科别 String(10) In ' 入院诊治医生 String(10) In ' 诊断编码 String(20) In 20051026 修改为 string(200) 'Beging 20051026 陈东 Dim vat并发症 As Variant, str其他病种 As String, i As Long gstrSQL = "Select * from 保险帐户 Where 病人ID=" & lng病人ID & " And 险类=" & TYPE_成都内江 Call zlDatabase.OpenRecordset(rsRydj, gstrSQL, "取其他病种") str其他病种 = Nvl(rsRydj!其他病种) If str其他病种 <> "" Then If InStr(str其他病种, "\|") > 0 Then vat并发症 = Split(str其他病种, "\|") str其他病种 = "" For i = 0 To UBound(vat并发症) - 1 str其他病种 = str其他病种 & Rpad(Substr(vat并发症(i), 1, 20), 20) Next End If Else str其他病种 = Space(180) End If 'End 20051026 陈东 StrInput = Rpad(.个人编号, 8) StrInput = StrInput & vbTab & Rpad(.卡号, 10) StrInput = StrInput & vbTab & Rpad(InitInfor_成都内江.医院编码, 5) StrInput = StrInput & vbTab & Rpad(gstrUserName, 10) StrInput = StrInput & vbTab & Rpad(.统筹编号, 1) StrInput = StrInput & vbTab & Rpad(rsTemp!入院日期, 8) StrInput = StrInput & vbTab & Rpad(Substr(Nvl(rsTemp!入院科室), 1, 10), 10) StrInput = StrInput & vbTab & Rpad(Substr(Nvl(rsTemp!住院医师), 1, 10), 10) StrInput = StrInput & vbTab & Rpad(Rpad(Substr(g病人身份_成都内江.病种编码, 1, 20), 20) & Substr(str其他病种, 1, 180), 200) If 业务请求_成都内江(住院登记_内江, StrInput, strOutput) = False Then Exit Function End If '输出参数 ' 住院流水号 String(20) Out ' 享受待遇标志 Small int Out ' 起付标准 Long Out ' 在职情况 String(1) Out strArr = Split(strOutput, vbTab) '保存将交易流水号 gstrSQL = "zl_保险帐户_更新信息(" & lng病人ID & "," & TYPE_成都内江 & ",'顺序号','''" & strArr(0) & "''')" Call zlDatabase.ExecuteProcedure(gstrSQL, "保存交易流水号") '保存享受待遇标志 gstrSQL = "zl_保险帐户_更新信息(" & lng病人ID & "," & TYPE_成都内江 & ",'享受待遇标志','''" & Val(strArr(1)) & "''')" Call zlDatabase.ExecuteProcedure(gstrSQL, "保存享受待遇标志") '保存起付标准 gstrSQL = "zl_保险帐户_更新信息(" & lng病人ID & "," & TYPE_成都内江 & ",'起付标准','''" & Val(strArr(2)) & "''')" Call zlDatabase.ExecuteProcedure(gstrSQL, "保存起付标准") End With 病人入院登记处理 = True Exit Function errHand: If ErrCenter = 1 Then Resume End If End Function Public Function 入院登记_成都内江(lng病人ID As Long, lng主页ID As Long, ByRef str医保号 As String) As Boolean '功能：将入院登记信息发送医保前置服务器确认； '参数：lng病人ID-病人ID；lng主页ID-主页ID '返回：交易成功返回true；否则，返回false Dim rsTemp As New ADODB.Recordset, rsData As New ADODB.Recordset Dim strOutput As String, StrInput As String '获取住院号 Err = 0 On Error GoTo errHand: '判断单位欠费情况 ' 个人编号 String (8) IN ' 社保卡号码 String (10) IN ' 统筹地区编码 String (1) IN StrInput = g病人身份_成都内江.个人编号 StrInput = StrInput & vbTab & g病人身份_成都内江.卡号 StrInput = StrInput & vbTab & g病人身份_成都内江.统筹编号 If 业务请求_成都内江(获取单位欠缴情况_内江, StrInput, strOutput) = False Then Exit Function End If If Val(strOutput) <> 0 Then ShowMsgbox "注意：" & vbCrLf & " 单位已经欠费!" 'Exit Function End If '先进行登记处理 If 病人入院登记处理(lng病人ID, lng主页ID) = False Then 'Exit Function End If '将病人的状态进行修改 gstrSQL = "zl_保险帐户_入院(" & lng病人ID & "," & TYPE_成都内江 & ")" Call zlDatabase.ExecuteProcedure(gstrSQL, gstrSysName) 入院登记_成都内江 = True Exit Function errHand: If ErrCenter() = 1 Then Resume End If 入院登记_成都内江 = False End Function Public Function 入院登记撤销_成都内江(lng病人ID As Long, lng主页ID As Long) As Boolean '功能：将出院信息发送医保前置服务器确认（如果没发生费用，则调入院登记撤销接口） '参数：lng病人ID-病人ID；lng主页ID-主页ID '返回：交易成功返回true；否则，返回false Dim rsTemp As New ADODB.Recordset Dim StrInput As String, strOutput As String Dim str医保号 As String Dim str出院日期 As String Err = 0 On Error GoTo errHand ShowMsgbox "该医保接口不支持入院登记撤消,只能办理出院" Exit Function 入院登记撤销_成都内江 = True Exit Function errHand: If ErrCenter = 1 Then Resume End Function Public Function 出院登记_成都内江(lng病人ID As Long, lng主页ID As Long) As Boolean '功能：将出院信息发送医保前置服务器确认；由于只针对撤消出院的病人，因此这个流程相对简单 '参数：lng病人ID-病人ID；lng主页ID-主页ID '返回：交易成功返回true；否则，返回false '个人状态的修改 gstrSQL = "zl_保险帐户_出院(" & lng病人ID & "," & TYPE_成都内江 & ")" Call zlDatabase.ExecuteProcedure(gstrSQL, gstrSysName) 出院登记_成都内江 = True Exit Function errHand:: If ErrCenter() = 1 Then Resume End If 出院登记_成都内江 = False End Function Public Function 出院登记撤销_成都内江(ByVal lng病人ID As Long, ByVal lng主页ID As Long) As Boolean '出院登记撤消 '改变病人状态 If Not 存在未结费用(lng病人ID, lng主页ID) Then ShowMsgbox "该病人已经出院结算了,不能出院登记撤消!" Exit Function End If gstrSQL = "zl_保险帐户_入院(" & lng病人ID & "," & TYPE_成都内江 & ")" Call zlDatabase.ExecuteProcedure(gstrSQL, "办理入院登记") 出院登记撤销_成都内江 = True Exit Function errHand: If ErrCenter = 1 Then Resume End If End Function Public Function 住院结算_成都内江(lng结帐ID As Long, ByVal lng病人ID As Long) As Boolean '功能：将需要本次结帐的费用明细和结帐数据发送医保前置服务器确认； '参数: lng结帐ID -病人结帐记录ID, 从预交记录中可以检索医保号和密码 '返回：交易成功返回true；否则，返回false '注意：1)主要利用接口的费用明细传输交易和辅助结算交易； ' 2)理论上，由于我们通过模拟结算提取了基金报销额，保证了医保基金结算金额的正确性，因此交易必然成功。但从安全角度考虑；当辅助结算交易失败时，需要使用费用删除交易处理；如果辅助结算交易成功，但费用分割结果与我们处理结果不一致，需要执行恢复结算交易和费用删除交易。这样才能保证数据的完全统一。 ' 3)由于结帐之后，可能使用结帐作废交易，这时需要结帐时执行结算交易的交易号，因此我们需要同时结帐交易号。(由于门诊收费作废时，已经不再和医保有关系，所以不需要保存结帐的交易号) Dim rsTemp As New ADODB.Recordset, StrInput As String, strOutput As String Dim str操作员 As String Dim lng主页ID As Long Dim strArr Dim lng入院病种 As Long, lng出院病种 As Long Dim i As Integer If g病人身份_成都内江.lng病人ID <> lng病人ID Then MsgBox "该病人没有完成医保的预结算操作，不能进行结算。", vbInformation, gstrSysName Exit Function End If gstrSQL = "Select Sum(nvl(结帐金额,0)) as 总额 from 住院费用记录 where 结帐id=" & lng结帐ID zlDatabase.OpenRecordset rsTemp, gstrSQL, "费用总额" If g病人身份_成都内江.费用总额 + g病人身份_成都内江.生育总费用 <> Nvl(rsTemp!总额, 0) Then 'Modified by ZYB 20051118 提示框显示的信息不正确 Err.Raise 9000, gstrSysName, "虚结算费用总额不等于本次结算总额:" & vbCrLf & "虚结算总额:" & Format(g病人身份_成都内江.费用总额 + g病人身份_成都内江.生育总费用, "#####0.00;-####0.00;0;0") & vbCrLf & "当前结算总额为:" & Format(Nvl(rsTemp!总额, 0), "#####0.00;-####0.00;0;0") Exit Function End If Err = 0: On Error GoTo errHand: Call DebugTool("进入住院结算") With g结算数据 gstrSQL = "select MAX(主页ID) AS 主页ID from 病案主页 where 病人ID=" & lng病人ID Call zlDatabase.OpenRecordset(rsTemp, gstrSQL, "虚拟结算") If IsNull(rsTemp("主页ID")) = True Then Err.Raise 9000, gstrSysName, "只有住院病人才可以使用医保结算。", vbInformation, gstrSysName Exit Function End If lng主页ID = rsTemp("主页ID") End With ' gstrSQL = "Select A.ID From 病人费用记录 a,药品收发记录 B where A.no=b.No and B.单据 in (9,10) and a.id=b.费用ID and a.结帐ID=" & lng结帐ID & " and b.扣率 like '_3%' and rownum<=2" ' ' ' Dim bln出院带药 As Boolean ' zlDatabase.OpenRecordset rsTemp, gstrSQL, "确定出院带药" ' If rsTemp.EOF Then ' bln出院带药 = False ' Else ' bln出院带药 = True ' End If ' ' gstrSQL = "Select c.住院号,A.登记人经办人,B.名称入院科室,A.住院医师,to_char(A.登记时间,'yyyy-MM-dd hh24:mi:ss') 入院经办时间," & _ ' " to_char(A.入院日期,'yyyyMMdd') 入院日期,J.终止时间,J.操作员,D.诊断编码,A.出院方式,to_Char(a.出院日期,'yyyyMMDD') as 出院日期,a.出院病床,H.名称 as 出院科室" & _ ' " From 病案主页 A,部门表 B,病人信息 C,部门表 H, " & _ ' " (Select 病人id,主页id max(DECODE(a.诊断次序,2,b.编码,'')) AS 诊断编码 From 诊断情况 A ,疾病编码目录 B Where a.疾病ID = b.ID And a.诊断类型 =3 and a.主页id=" & lng主页ID & " and a.病人id=" & lng病人ID & " Group by 病人id,主页id) D" & _ ' " Where A.病人id=C.病人id and C.病人id=" & lng病人ID & _ ' " and A.病人ID=" & lng病人ID & " And A.主页ID=" & lng主页ID & " And A.入院科室ID=B.ID and A.出院科室ID=H.id(+) " & _ ' " and A.主页id=D.主页id(+) and a.病人id=D.病人id(+) " & _ ' "" ' zlDatabase.OpenRecordset rsTemp, gstrSQL, "确定入出类别" ' ' ' ' '入参: ' ' 个人编号 String(8) In ' ' 社保卡号码 String(10) In ' ' 医院代码 String(5) In ' ' 操作员卡号码 String(10) In ' ' 统筹地区编码 String(1) In ' ' 出院日期 String(8) In ' ' 出院科别 String(10) In ' ' 出院诊治医生 String(10) In ' ' 诊断编码 String(20) In ' ' 出院带药 String(1) In ' ' 出院类别 String(1) In ' ' 住院流水号 String(20) In ' ' With g病人身份_成都内江 ' strInput = Rpad(.个人编号, 8) ' strInput = strInput & vbTab & Rpad(.卡号, 10) ' strInput = strInput & vbTab & Rpad(InitInfor_成都内江.医院编码, 5) ' strInput = strInput & vbTab & Rpad(Nvl(rsTemp!操作员), 10) ' strInput = strInput & vbTab & Rpad(.统筹编号, 1) ' strInput = strInput & vbTab & Rpad(Nvl(rsTemp!出院日期), 8) ' strInput = strInput & vbTab & Substr(Rpad(Nvl(rsTemp!出院科室), 10), 1, 10) ' strInput = strInput & vbTab & Substr(Rpad(Nvl(rsTemp!住院医师), 10), 1, 10) ' strInput = strInput & vbTab & Substr(Rpad(Nvl(rsTemp!诊断编码), 20), 1, 20) ' strInput = strInput & vbTab & IIf(bln出院带药, "1", "0") ' strInput = strInput & vbTab & Substr(Nvl(rsTemp!出院方式), 1, 1) ' strInput = strInput & vbTab & Substr(Rpad(.住院流水号, 20), 1, 20) ' If 业务请求_成都内江(出院登记上传_内江, strInput, stroutput) = False Then Exit Function ' End With ' If stroutput = "" Then Exit Function ' strArr = Split(stroutput, vbTab) ' ' '出参 ' ' TRANSDETIAL输出 (计算费用明细) ' ' 享受待遇标志 String(1) Out ' ' 医保内费用 String(10) Out ' ' 医保外费用 String(10) Out ' ' 基本医保支付 ' ' 如果参加大病医保，则为大病医保支付 String(10) Out ' ' 高额医保支付 String(10) Out ' ' 公务员医疗补助 String(10) Out ' ' 个人按比例支付 String(10) Out ' ' TRANSDETIAL结束 ' ' 起付标准 String(10) Out ' ' 个人帐户可用余额 String(10) Out ' stroutput = strArr(0) ' With g结算数据 ' .结算标志 = 1 ' .待遇标志 = Substr(stroutput, 1, 1) ' .医保内费用 = Val(Substr(stroutput, 2, 10)) ' .医保外费用 = Val(Substr(stroutput, 12, 10)) ' .基本医保支付 = Val(Substr(stroutput, 22, 10)) ' .高额医保支付 = Val(Substr(stroutput, 32, 10)) ' .公务员医疗补助 = Val(Substr(stroutput, 42, 10)) ' .比例支付 = Val(Substr(stroutput, 52, 10)) ' .起付标准 = Val(strArr(1)) ' .帐户可用余额 = Val(strArr(2)) ' ' End With ' ' If 结算方式更正(2) = False Then Exit Function '获取帐户支付 g结算数据.结帐ID = lng结帐ID g结算数据.帐户支付 = 获取个人帐户支付() * 100 ' 个人编号 String(8) In ' 社保卡号码 String(10) In ' 操作员卡号码 String(10) In ' 统筹地区编号 String(1) In ' 住院流水号 String(20) In ' 个人帐户支付 String(10) In With g病人身份_成都内江 StrInput = Rpad(.个人编号, 8) StrInput = StrInput & vbTab & Rpad(.卡号, 10) StrInput = StrInput & vbTab & Rpad(Substr(gstrUserName, 1, 10), 10) StrInput = StrInput & vbTab & Rpad(.统筹编号, 1) StrInput = StrInput & vbTab & Rpad(Substr(Rpad(.住院流水号, 20), 1, 20), 20) StrInput = StrInput & vbTab & Lpad(Substr(Lpad(g结算数据.帐户支付, 10), 1, 10), 10, 0) End With If 业务请求_成都内江(出院登记确认_内江, StrInput, strOutput) = False Then Exit Function End If '插入保险结算记录 '原过程参数: ' 性质_IN ,记录ID_IN,险类_IN,病人ID_IN,年度_IN," & _ " 帐户累计增加_IN,帐户累计支出_IN,累计进入统筹_IN,累计统筹报销_IN,住院次数_IN,起付线_IN,封顶线_IN,实际起付线_IN, ' 发生费用金额_IN,全自付金额_IN,首先自付金额_IN, ' 进入统筹金额_IN,统筹报销金额_IN,大病自付金额_IN,超限自付金额_IN,个人帐户支付_IN," ' 支付顺序号_IN,主页ID_IN,中途结帐_IN,备注_IN '新值代表 ' 性质_IN ,记录ID_IN,险类_IN,病人ID_IN,年度_IN," & _ " 帐户累计增加_IN(无),帐户累计支出_IN(无),累计进入统筹_IN(无),累计统筹报销_IN(生育支付),住院次数_IN(无),起付线(比例支付),封顶线_IN(帐户可用余额),实际起付线_IN(起付标准), ' 发生费用金额_IN(费用总额),全自付金额_IN(医保内费用),首先自付金额_IN(医保外费用), ' 进入统筹金额_IN(统筹支付),统筹报销金额_IN(统筹支付),大病自付金额_IN(高额医保支付),超限自付金额_IN(公务员医疗补助),个人帐户支付_IN(个人帐户支付)," ' 支付顺序号_IN(结算时产生流水号),主页ID_IN,中途结帐_IN,备注_IN(享受待遇标志) DebugTool "结算交易提交成功,并开始保存保险结算记录" 'Bgeing 陈东 20050601 gstrSQL = "Select * from 保险帐户 where 病人ID=" & lng病人ID & " and 险类=" & TYPE_成都内江 Call zlDatabase.OpenRecordset(rsTemp, gstrSQL, "入出院病种") lng入院病种 = Nvl(rsTemp!病种ID, 0) lng出院病种 = Nvl(rsTemp!出院病种ID, 0) 'beging 20051026 陈东 Dim str入院其他病种 As String, str出院其他病种 As String str入院其他病种 = Nvl(rsTemp!其他病种) str出院其他病种 = Nvl(rsTemp!出院其他病种) 'end '20051026 陈东 'End 陈东 20050601 gstrSQL = "zl_保险结算记录_insert(2," & lng结帐ID & "," & TYPE_成都内江 & "," & lng病人ID & "," & Year(zlDatabase.Currentdate) & "," & _ "0,0,0," & g结算数据.生育支付 & ",0," & g结算数据.比例支付 & "," & g结算数据.帐户可用余额 & "," & g结算数据.起付标准 & "," & _ g病人身份_成都内江.费用总额 & "," & g结算数据.医保内费用 & "," & g结算数据.医保外费用 & "," & _ g结算数据.基本医保支付 & "," & g结算数据.基本医保支付 & "," & g结算数据.高额医保支付 & "," & g结算数据.公务员医疗补助 & "," & g结算数据.帐户支付 / 100 & ",'" & _ g病人身份_成都内江.住院流水号 & "',NULL,NULL,'" & g结算数据.待遇标志 & "')" Call zlDatabase.ExecuteProcedure(gstrSQL, "保存结算记录") '--------------------------------------------------------------------------------------------- 'beging 陈东 20050601 gstrSQL = "update 保险结算记录 Set 病种ID=" & lng入院病种 & ",出院病种ID=" & lng出院病种 & _ " where 记录ID=" & lng结帐ID & " And 性质=2 and 险类=" & TYPE_成都内江 gcnOracle.Execute gstrSQL 'end 'beging 20051026 陈东 If str入院其他病种 <> "" Then gstrSQL = "Update 保险结算记录 Set 其他病种='" & str入院其他病种 & "'" & _ " Where 记录ID=" & lng结帐ID & " And 性质=2 and 险类=" & TYPE_成都内江 gcnOracle.Execute gstrSQL End If If str出院其他病种 <> "" Then gstrSQL = "Update 保险结算记录 Set 出院其他病种='" & str出院其他病种 & "'" & _ " Where 记录ID=" & lng结帐ID & " And 性质=2 and 险类=" & TYPE_成都内江 gcnOracle.Execute gstrSQL End If 'end '20051026 陈东住院结算_成都内江 = True Exit Function errHand: ErrMsgBox Err.Description, IIf(Err.Number > 9000, Err.Number - 9000, vbInformation), Err.Source Err.Clear End Function Public Function 住院结算冲销_成都内江(lng结帐ID As Long) As Boolean '---------------------------------------------------------------- '功能：将指定结帐涉及的结帐交易和费用明细从医保数据中删除； '参数：lng结帐ID-需要作废的结帐单ID号； '返回：交易成功返回true；否则，返回false '注意：1)主要使用结帐恢复交易和费用删除交易； ' 2)有关原结算交易号，在病人结帐记录中根据结帐单ID查找；原费用明细传输交易的交易号，在病人费用记录中根据结帐ID查找； ' 3)作废的结帐记录(记录性质=2)其交易号，填写本次结帐恢复交易的交易号；因结帐作废而产生的费用记录的交易号号，填写为本次费用删除交易的交易号。 '---------------------------------------------------------------- Err = 0: On Error GoTo errHand: Err.Raise 9000, gstrSysName, "本医保接不支持反结帐" 住院结算冲销_成都内江 = False Exit Function errHand: ErrMsgBox Err.Description, IIf(Err.Number > 9000, Err.Number - 9000, vbInformation), Err.Source Err.Clear End Function Private Function 保存明细结果到中间库(ByVal str交易流水号 As String, ByVal strOutput As String) As Boolean '----------------------------------------------------------------------------------------------------------- '--功能:保存明细结果到中间库 '--入参数:以vbtab分离 '--出参数: '--返回:成功,返回true,否则返回False '----------------------------------------------------------------------------------------------------------- Dim strHead As String Dim StrInput As String, str明细 As String Dim strArr Dim lngSumLen As Long Dim r As Long, i As Integer 'strOutPut: 医保交易流水号 String(20) Out ' 处方明细 String处方条数×51 Out ' TRANSDETIAL输出 (计算费用明细) Out 'TRANSDETIAL输出 ' 享受待遇标志 String(1) Out ' 医保内费用 String(10) Out ' 医保外费用 String(10) Out ' 基本医保支付如果参加大病医保，则为大病医保支付 String(10) Out ' 高额医保支付 String(10) Out ' 公务员医疗补助 String(10) Out ' 个人按比例支付 String(10) Out 保存明细结果到中间库 = False Err = 0: On Error GoTo errHand: strArr = Split(strOutput, vbTab) '过程参数 ' 医院流水号_IN IN 医保消费信息.医院流水号%TYPE, ' 病人ID_IN IN 医保消费信息.病人ID%TYPE, ' 医保流水号_IN IN 医保消费信息.医保流水号%TYPE, ' 医保内费用_IN IN 医保消费信息.医保内费用%TYPE, ' 医保外费用_IN IN 医保消费信息.医保外费用%TYPE, ' 帐户可用余额_IN IN 医保消费信息.帐户可用余额%TYPE:=NULL, ' 在职情况_IN IN 医保消费信息.在职情况%TYPE:=NULL, ' 医保项目种类_IN IN 医保消费信息.医保项目种类%TYPE:=NULL, ' 医保项目编码_IN IN 医保消费信息.医保项目编码%TYPE, ' 医保内费用1_IN IN 医保消费信息.医保内费用1%TYPE, ' 费用类别_IN IN 医保消费信息.费用类别%TYPE:=NULL, ' 项目费用_IN IN 医保消费信息.项目费用%TYPE:=NULL, ' 享受待遇标志_IN IN 医保消费信息.享受待遇标志%TYPE:=NULL, ' 基本医保支付_IN IN 医保消费信息.基本医保支付%TYPE:=NULL, ' 高额医保支付_IN IN 医保消费信息.高额医保支付%TYPE:=NULL, ' 公务员补助_IN IN 医保消费信息.公务员补助%TYPE:=NULL, ' 个人比例支付_IN IN 医保消费信息.个人比例支付%TYPE:=NULL ' 20051021 Add ' 生育支付_IN IN 医保消费信息.生育支付%TYPE:NULL strHead = "ZL_医保消费信息_INSERT(" strHead = strHead & "'" & str交易流水号 & "'," strHead = strHead & "" & g病人身份_成都内江.lng病人ID & "," strHead = strHead & "'" & strArr(0) & "'," strHead = strHead & "" & Val(Substr(strArr(2), 2, 10)) & "," strHead = strHead & "" & Val(Substr(strArr(2), 12, 10)) & "," strHead = strHead & "" & 0 & "," strHead = strHead & "null," str明细 = strArr(1) lngSumLen = zlCommFun.ActualLen(strArr(1)) StrInput = "" For i = 1 To lngSumLen Step 51 ' 在职情况_IN IN 医保消费信息.在职情况%TYPE:=NULL, ' 医保项目种类_IN IN 医保消费信息.医保项目种类%TYPE:=NULL, ' 医保项目编码_IN IN 医保消费信息.医保项目编码%TYPE, ' 医保内费用1_IN IN 医保消费信息.医保内费用1%TYPE, ' 费用类别_IN IN 医保消费信息.费用类别%TYPE:=NULL, ' 项目费用_IN IN 医保消费信息.项目费用%TYPE:=NULL, r = i StrInput = StrInput & "'" & Substr(str明细, r, 1) & "'," r = r + 1 StrInput = StrInput & "'" & Substr(str明细, r, 20) & "'," r = r + 20 StrInput = StrInput & "" & Val(Substr(str明细, r, 10)) & "," r = r + 10 StrInput = StrInput & "'" & Substr(str明细, r, 10) & "'," r = r + 10 StrInput = StrInput & "" & Val(Substr(str明细, r, 10)) & "," '加上 'TRANSDETIAL输出 ' 享受待遇标志 String(1) Out ' 医保内费用 String(10) Out ' 医保外费用 String(10) Out ' 基本医保支付如果参加大病医保，则为大病医保支付 String(10) Out ' 高额医保支付 String(10) Out ' 公务员医疗补助 String(10) Out ' 个人按比例支付 String(10) Out ' 享受待遇标志_IN IN 医保消费信息.享受待遇标志%TYPE:=NULL, ' 基本医保支付_IN IN 医保消费信息.基本医保支付%TYPE:=NULL, ' 高额医保支付_IN IN 医保消费信息.高额医保支付%TYPE:=NULL, ' 公务员补助_IN IN 医保消费信息.公务员补助%TYPE:=NULL, ' 个人比例支付_IN IN 医保消费信息.个人比例支付%TYPE:=NULL StrInput = StrInput & "'" & Substr(strArr(2), 1, 1) & "'," StrInput = StrInput & "" & Val(Substr(strArr(2), 22, 10)) & "," StrInput = StrInput & "" & Val(Substr(strArr(2), 32, 10)) & "," StrInput = StrInput & "" & Val(Substr(strArr(2), 42, 10)) & "," '20051021 add StrInput = StrInput & "" & Val(Substr(strArr(2), 52, 10)) & "," StrInput = StrInput & "" & Val(Substr(strArr(2), 62, 10)) & ")" '组合SQL误句 gstrSQL = strHead & StrInput ExecuteProcedure_ZLNJ "插入明细数据到中间库" StrInput = "" Next 保存明细结果到中间库 = True Exit Function errHand: If ErrCenter = 1 Then Resume End If End Function Private Function StartOrCommitorRollbackTransaction(ByVal bytType As Byte, Optional blnGcnoracle As Boolean = False) As Boolean '----------------------------------------------------------------------------------------------------------- '--功能:启动、提交、回滚事务 '--入参数:byttype-0启动,1提交,2回滚 ' blnGcnoracle-是否存在事务(gcnoracle) '--出参数: '--返回:成功,返回true,否则返回False '----------------------------------------------------------------------------------------------------------- Select Case bytType Case 0 gcnOracle_成都内江.BeginTrans If Not blnGcnoracle Then gcnOracle.BeginTrans End If mblnStartTran = True Case 1 gcnOracle_成都内江.CommitTrans If Not blnGcnoracle Then gcnOracle.CommitTrans End If mblnStartTran = False Case Else gcnOracle_成都内江.RollbackTrans If Not blnGcnoracle Then gcnOracle.RollbackTrans End If mblnStartTran = False End Select End Function Private Function 处方上传(ByVal lng记录性质 As Long, lng记录状态 As Long, ByVal str单据号 As String) As Boolean '处方明细上传 '功能:上传新产生的记帐明细到医保中心 '参数: str单据号 NO ' int性质记录性质 ' lng病人ID 默认为0，表示传输整张单据，否则为单据中指定病人的。（主要是因为医嘱在保存记帐单时，是分病人在提交数据而不是一起提交） '返回: Dim rsTemp As New ADODB.Recordset, rs明细 As New ADODB.Recordset Dim StrInput As String, strOutput As String, strArr As Variant Dim lng病人ID As Long, str明细 As String Dim i As Long Dim 取交易号_int As Integer 'Beging 20051025 add Dim bln传明细 As Boolean Dim vat并发症 As Variant, str附加诊断 As String Dim lng医院编码长度 As Long, str入院日期 As String 'End 20051025 add 处方上传 = False Err = 0: On Error GoTo errHand: gstrSQL = "Select A.ID,A.NO,A.病人ID,A.主页ID,to_char(A.发生时间,'yyyymmdd') as 发生时间,to_char(A.发生时间,'yyyy-mm-dd hh24:mi:ss') as 登记时间,Round(A.实收金额,4) 实收金额 " & _ " ,A.收费细目ID,A.数次nvl(A.付数,1) as 数量,Decode(A.数次nvl(A.付数,1),0,0,Round(A.实收金额/(A.数次nvl(A.付数,1)),4)) as 价格 " & _ " ,Z.位置 as 开单部门,A.保险编码,C.项目编码,C.大类编码,J.类别 as 收费类别,C.是否医保,B.编码,B.名称,A.是否急诊,nvl(A.开单人,A.操作员姓名) as 医生,A.操作员姓名,B.计算单位,E.规格,G.名称剂型,M.医保号 " & _ " From 住院费用记录 A,部门表 Z,收费类别 J,收费细目 B,保险帐户 M,(Select O.,Z.大类编码 From 保险支付项目 O,保险项目 Z where O.险类=Z.险类 and O.项目编码=Z.编码 and O.险类=" & TYPE_成都内江 & ") C,病案主页 D,药品目录 E ,药品信息 F,药品剂型 G " & _ " where a.病人id=M.病人id and a.开单部门ID=Z.iD(+) and M.险类=" & TYPE_成都内江 & " and A.NO='" & str单据号 & "' and A.记录性质=" & lng记录性质 & " and A.记录状态=" & lng记录状态 & "And Nvl(A.是否上传,0)=0 " & _ " and A.收费类别=J.编码(+) and A.病人ID=D.病人ID and A.主页ID=D.主页ID And D.险类=" & TYPE_成都内江 & _ " and A.收费细目ID=B.ID and A.收费细目ID=C.收费细目ID(+) " & _ " AND B.ID=E.药品ID(+) AND E.药名ID=F.药名ID(+) AND F.剂型=G.编码(+) " & _ " Order by A.病人ID,A.登记时间,C.项目编码" Call zlDatabase.OpenRecordset(rs明细, gstrSQL, "处方明细上传") Dim lng冲销ID As Long '先检查是否存在退单情况，如果存在，看有否对应的记录单. With rs明细 '上传明细 If .RecordCount <> 0 Then .MoveFirst Do While Not .EOF '单价检查 If Val(!数量) < 0 Or Val(!价格) < 0 Then ShowMsgbox "在单据中不能输入负单据!" Exit Function End If If Nvl(!项目编码) = "" Then MsgBox "有项目未设置医保编码[" & Nvl(!编码) & "-" & Nvl(!名称) & "]，不能上传明细!", vbInformation, gstrSysName Exit Function End If .MoveNext Loop End With If rs明细.RecordCount <> 0 Then rs明细.MoveFirst Dim str交易流水号 As String Dim blnStarTran As Boolean '启动事务 Dim str项目编码 As String, str保险编码 As String, str大类编码 As String StrInput = "" mblnStartTran = False 取交易号_int = 0 lng病人ID = 0 str项目编码 = "@#$%^&()_+_)(&^%$$#" '进行费用传输 With rs明细 If .RecordCount <> 0 Then .MoveFirst Do Until .EOF If mblnStartTran = False Then '启动事务 Call StartOrCommitorRollbackTransaction(0) End If str保险编码 = Nvl(!保险编码) '如果保险编码为空，则需要用户选择编码 If str保险编码 = "" Then str保险编码 = GetItemInsure_成都内江(0, !收费细目ID, False) End If '如果为空表示没有取到缺省编码（使用新程序对码以前的项目存在这种情况），所以取当前记录集中的项目编码即可 If str保险编码 = "" Then str保险编码 = Nvl(!项目编码) 'Begin 20051025 '普通医保病人(入院诊断不是“平产”和“剖宫产”) 'a.不能用“生育费用”(见生育项目代码.xls后4项)，可以用“计划生育费用”(见生育项目代码.xls前15项)和普通费用混合打包上传; bln传明细 = True gstrSQL = "Select * From 保险病种 Where id=(select 病种ID from 保险帐户 Where 病人ID=" & !病人ID & ")" & _ " And (名称 ='平产' or 名称='剖宫产')" Call zlDatabase.OpenRecordset(rsTemp, gstrSQL, "取入院诊断") If rsTemp.EOF = True Then If str保险编码 = "M10000116" Or str保险编码 = "M10000117" Or str保险编码 = "M10000118" Or str保险编码 = "M10000119" Then ShowMsgbox "普通医保疾病不能使用生育费用：" & rs明细!名称 & vbCrLf & _ "收费项目：" & rs明细!名称 & " [" & str保险编码 & "] 不上传" bln传明细 = False 'Call StartOrCommitorRollbackTransaction(2) 'Exit Function End If Else gstrSQL = "Select to_char(入院日期,'yyyymmdd') as 入院日期 from 病案主页 Where 病人ID=" & !病人ID & " And 主页ID=" & !主页ID Call zlDatabase.OpenRecordset(rsTemp, gstrSQL, "附加诊断") str入院日期 = rsTemp!入院日期 gstrSQL = "Select * from 保险类别 where 序号=" & TYPE_成都内江 Call zlDatabase.OpenRecordset(rsTemp, gstrSQL, "医院编号") lng医院编码长度 = Len(Trim(rsTemp!医院编码)) gstrSQL = "Select * from 保险帐户 Where 病人ID=" & !病人ID & " And 险类=" & TYPE_成都内江 Call zlDatabase.OpenRecordset(rsTemp, gstrSQL, "附加诊断") If Nvl(rsTemp!附加诊断) = "" Then ' Beging 一般生育病人(入院诊断是“平产”和“剖宫产”) ' a.只能上传“生育费用”(见生育项目代码.xls后4项)和“计划生育费用”(见生育项目代码.xls前15项),可以使用一般费用但不上传； ' b.4项“生育费用”中(除生育多胞胎-M10000118)每项不能重复使用，且"平产"费和"剖宫产"费只用一个； 'If str保险编码 = "M10000116" Or str保险编码 = "M10000117" Or str保险编码 = "M10000118" Or str保险编码 = "M10000119" Then '龚智毅 20051026 可以用计划生育项目 If Substr(str保险编码, 1, 1) = "M" Then gstrSQL = "Select 保险编码 from 住院费用记录 Where 记录状态=1 and 摘要<>'不上传'" & _ " and 保险编码 IN ('M10000116','M10000117','M10000119') " & _ " And 主页id=" & !主页ID & " and 病人id=" & !病人ID Call zlDatabase.OpenRecordset(rsTemp, gstrSQL, "是否有重复项目") Do Until rsTemp.EOF If str保险编码 = rsTemp!保险编码 Then ShowMsgbox "医保规定此项目：" & rs明细!名称 & " [" & str保险编码 & "] " & "不能重复使用" & vbCrLf & _ "收费项目：" & rs明细!名称 & " [" & str保险编码 & "] 不上传" bln传明细 = False 'Call StartOrCommitorRollbackTransaction(2) 'Exit Function End If rsTemp.MoveNext Loop '龚智毅 20051026 优化语句 If str保险编码 = "M10000116" Or str保险编码 = "M10000117" Then gstrSQL = "Select 保险编码 from 住院费用记录 Where 记录状态=1 and 摘要<>'不上传'" & _ " And (保险编码='M10000116' or 保险编码='M10000117')" & _ " And 主页id=" & !主页ID & " and 病人id=" & !病人ID Call zlDatabase.OpenRecordset(rsTemp, gstrSQL, "是否有互斥项目") If rsTemp.RecordCount > 0 Then ShowMsgbox "医保规定M10000116(平产)不能和M10000117(剖宫产)一同使用" & vbCrLf & _ "收费项目：" & rs明细!名称 & " [" & str保险编码 & "] 不上传" bln传明细 = False 'Call StartOrCommitorRollbackTransaction(2) 'Exit Function End If End If If str保险编码 = "M10000118" Then gstrSQL = "Select 保险编码 from 住院费用记录 Where 记录状态=1 and 摘要<>'不上传'" & _ " And (保险编码='M10000116' or 保险编码='M10000117')" & _ " And 主页id=" & !主页ID & " and 病人id=" & !病人ID Call zlDatabase.OpenRecordset(rsTemp, gstrSQL, "是否有基础项目") If rsTemp.EOF Then ShowMsgbox "医保规定使用M10000118(生育多胞胎),需要先使用M10000116(平产)或M10000117(剖宫产)" & vbCrLf & _ "收费项目：" & rs明细!名称 & " [" & str保险编码 & "] 不上传" bln传明细 = False 'Call StartOrCommitorRollbackTransaction(2) 'Exit Function End If End If If str保险编码 = "M10000119" Then gstrSQL = "Select 保险编码 from 住院费用记录 Where 记录状态=1 and 摘要<>'不上传'" & _ " And 保险编码='M10000117'" & _ " And 主页id=" & !主页ID & " and 病人id=" & !病人ID Call zlDatabase.OpenRecordset(rsTemp, gstrSQL, "是否有剖宫产") If rsTemp.EOF Then ShowMsgbox "医保规定使用M10000119(生育全身麻醉),需要先使用M10000117(剖宫产)" & vbCrLf & _ "收费项目：" & rs明细!名称 & " [" & str保险编码 & "] 不上传" bln传明细 = False 'Call StartOrCommitorRollbackTransaction(2) 'Exit Function End If End If 'bln传明细 = True Else bln传明细 = False End If 'End 一般生育病人 Else 'Beging 并发症生育病人(入院诊断是“平产”和“剖宫产”，且完成了并发症申请) ' a.可以使用所有费用，使用的“生育费用”(见生育项目代码.xls后4项)和“计划生育费用”(见生育项目代码.xls前15项)需要上传； ' ' c.4项“生育费用”中每项不能重复使用，且"平产"费和"剖宫产"费只用一个; 'If str保险编码 = "M10000116" Or str保险编码 = "M10000117" Or str保险编码 = "M10000118" Or str保险编码 = "M10000119" Then '龚智毅 20051026 可以用计划生育项目 If Substr(str保险编码, 1, 1) = "M" Then gstrSQL = "Select 保险编码 from 住院费用记录 Where 记录状态=1 and 摘要<>'不上传'" & _ " And 保险编码 IN ('M10000116','M10000117','M10000119')" & _ " And 主页id=" & !主页ID & " and 病人id=" & !病人ID Call zlDatabase.OpenRecordset(rsTemp, gstrSQL, "是否有重复项目") Do Until rsTemp.EOF If str保险编码 = rsTemp!保险编码 Then ShowMsgbox "医保规定此项目：" & rs明细!名称 & "[" & str保险编码 & "]" & "不能重复使用" & vbCrLf & _ "收费项目：" & rs明细!名称 & " [" & str保险编码 & "] 不上传" bln传明细 = False 'Call StartOrCommitorRollbackTransaction(2) 'Exit Function End If rsTemp.MoveNext Loop '龚智毅 20051026 优化语句 If str保险编码 = "M10000116" Or str保险编码 = "M10000117" Then gstrSQL = "Select 保险编码 from 住院费用记录 Where 记录状态=1 and 摘要<>'不上传'" & _ " And (保险编码='M10000116' or 保险编码='M10000117')" & _ " And 主页id=" & !主页ID & " and 病人id=" & !病人ID Call zlDatabase.OpenRecordset(rsTemp, gstrSQL, "是否有互斥项目") If rsTemp.RecordCount > 0 Then ShowMsgbox "医保规定M10000116(平产)不能和M10000117(剖宫产)一同使用" & vbCrLf & _ "收费项目：" & rs明细!名称 & " [" & str保险编码 & "] 不上传" bln传明细 = False ' Call StartOrCommitorRollbackTransaction(2) ' Exit Function End If End If If str保险编码 = "M10000118" Then gstrSQL = "Select 保险编码 from 住院费用记录 Where 记录状态=1 and 摘要<>'不上传'" & _ " And (保险编码='M10000116' or 保险编码='M10000117')" & _ " And 主页id=" & !主页ID & " and 病人id=" & !病人ID Call zlDatabase.OpenRecordset(rsTemp, gstrSQL, "是否有基础项目") If rsTemp.EOF Then ShowMsgbox "医保规定使用M10000118(生育多胞胎),需要先使用M10000116(平产)或M10000117(剖宫产)" & vbCrLf & _ "收费项目：" & rs明细!名称 & " [" & str保险编码 & "] 不上传" bln传明细 = False 'Call StartOrCommitorRollbackTransaction(2) 'Exit Function End If End If If str保险编码 = "M10000119" Then gstrSQL = "Select 保险编码 from 住院费用记录 Where 记录状态=1 and 摘要<>'不上传'" & _ " And 保险编码='M10000117'" & _ " And 主页id=" & !主页ID & " and 病人id=" & !病人ID Call zlDatabase.OpenRecordset(rsTemp, gstrSQL, "是否有剖宫产") If rsTemp.EOF Then ShowMsgbox "医保规定使用M10000119(生育全身麻醉),需要先使用M10000117(剖宫产)" & vbCrLf & _ "收费项目：" & rs明细!名称 & " [" & str保险编码 & "] 不上传" bln传明细 = False 'Call StartOrCommitorRollbackTransaction(2) 'Exit Function End If End If 'bln传明细 = True Else 'b.使用的普通项目如果是因并发症新需要的费用项目则上传,否则不上传; '龚智毅 20051026 手工选择是否上传 'str附加诊断 = Nvl(rsTemp!附加诊断) 'If InStr(str附加诊断, "\|") > 0 Then ' vat并发症 = Split(str附加诊断, "\|") ' For i = 0 To UBound(vat并发症) - 1 ' gstrSQL = "Select * From 保险特准项目 A,保险病种 B " & _ ' "Where A.病种ID=B.Id And B.编码='" & Split(vat并发症(i), ";")(0) & "'" & _ ' " And A.收费细目ID=" & !收费细目ID ' Call OpenRecordset(rsTemp, "是否是特准项目") ' If rsTemp.EOF Then ' bln传明细 = False ' Else ' bln传明细 = True ' End If ' Next 'End If If MsgBox("收费项目：" & rs明细!名称 & " 金额：" & rs明细!实收金额 & vbCrLf & _ "请确认是否并发症使用项目。" & vbCrLf & _ "（点 [是] 则上传到医保，点 [否] 则不上传）", vbYesNo, gstrSysName) = vbYes Then bln传明细 = True Else bln传明细 = False End If End If 'End 并发症生育病人 End If End If 'End 20051025 '取大类编码 gstrSQL = "Select 大类编码 From 保险项目 Where 险类=" & TYPE_成都内江 & " And 编码='" & str保险编码 & "'" Call zlDatabase.OpenRecordset(rsTemp, gstrSQL, "取大类编码") str大类编码 = Nvl(rsTemp!大类编码) '龚智毅 20051027 If bln传明细 Then If lng病人ID <> Nvl(!病人ID, 0) Or i >= 38 Or str项目编码 = str保险编码 Then 'i = 1 If 取交易号_int = 0 Then str交易流水号 = Get交易流水号(Nvl(!发生时间)) 取交易号_int = 1 End If lng病人ID = Nvl(!病人ID, 0) str项目编码 = str保险编码 If StrInput <> "" Then StrInput = StrInput & vbTab & Rpad(i - 1, 2) & vbTab & str明细 '请求相关的业务数据 'Beging 20051025 add 'If bln传明细 = True Then If 业务请求_成都内江(住院交易上传_内江, StrInput, strOutput) = False Then '回滚事务 Call StartOrCommitorRollbackTransaction(2) Exit Function End If If 保存明细结果到中间库(str交易流水号, strOutput) = False Then '提交事务,中间库数据未保存起 Call StartOrCommitorRollbackTransaction(1) Exit Function End If 'End If 'End 20051025 add 取交易号_int = 0 End If i = 1 If 取交易号_int = 0 Then str交易流水号 = Get交易流水号(Nvl(!发生时间)) 取交易号_int = 1 End If Call Get病人信息(lng病人ID) StrInput = Rpad(g病人身份_成都内江.个人编号, 8) StrInput = StrInput & vbTab & Rpad(g病人身份_成都内江.卡号, 10) StrInput = StrInput & vbTab & Rpad(InitInfor_成都内江.医院编码, 5) StrInput = StrInput & vbTab & Rpad(g病人身份_成都内江.统筹编号, 1) StrInput = StrInput & vbTab & Rpad(str交易流水号, 20) If Nvl(str大类编码) = "1" Then StrInput = StrInput & vbTab & IIf(IS出院带药(Nvl(!NO), Nvl(!ID, 0)), "1", "0") Else StrInput = StrInput & vbTab & "0" End If StrInput = StrInput & vbTab & Rpad(Substr(Nvl(!开单部门), 1, 10), 10) StrInput = StrInput & vbTab & Rpad(Substr(!医生, 1, 10), 10) StrInput = StrInput & vbTab & Rpad(Substr(g病人身份_成都内江.住院流水号, 1, 20), 20) str明细 = "" '个人编号 String(8) In '社保卡号码 String(10) In '医院代码 String(5) In '统筹地区编码 String(1) In '医院交易流水号 String(20) In '出院带药类别 String(1) In '科别 String(10) In '医生 String(10) In '住院流水号 String(20) In '处方条数 String(2) In '处方明细 String处方条数×51 In End If lng病人ID = Nvl(!病人ID, 0) str项目编码 = str保险编码 str明细 = str明细 & Substr(Rpad(Nvl(str大类编码), 1), 1, 1) str明细 = str明细 & Rpad(str保险编码, 20) str明细 = str明细 & Lpad(Nvl(!数量) * 100, 10, "0") str明细 = str明细 & Rpad(Nvl(!规格), 10) str明细 = str明细 & Lpad(Nvl(!实收金额) * 100, 10, "0") i = i + 1 End If '龚智毅 20051027 If bln传明细 Then gstrSQL = "ZL_病人费用记录_更新医保(" & Nvl(!ID, 0) & ",NULL," & Nvl(str大类编码, "NULL") & ",NULL,'" & str保险编码 & "',1,'" & str交易流水号 & "')" Else gstrSQL = "ZL_病人费用记录_更新医保(" & Nvl(!ID, 0) & ",NULL," & Nvl(str大类编码, "NULL") & ",NULL,'" & str保险编码 & "',1,'不上传')" End If Call zlDatabase.ExecuteProcedure(gstrSQL, "打上上传标志") .MoveNext Loop End With 'Beging 20051025 add 'If bln传明细 = True Then If StrInput <> "" Then StrInput = StrInput & vbTab & Rpad(i - 1, 2) & vbTab & str明细 '请求相关的业务数据 If 业务请求_成都内江(住院交易上传_内江, StrInput, strOutput) = False Then '提交事务,中间库数据未保存起 Call StartOrCommitorRollbackTransaction(2) Exit Function End If If 保存明细结果到中间库(str交易流水号, strOutput) = False Then '提交事务,中间库数据未保存起 Call StartOrCommitorRollbackTransaction(2) Exit Function End If '提交 StartOrCommitorRollbackTransaction (1) Else '龚智毅 20051027 If bln传明细 Then If mblnStartTran Then Call StartOrCommitorRollbackTransaction(2) End If Else StartOrCommitorRollbackTransaction (1) End If End If 'End If 'End 20051025 add 处方上传 = True Exit Function errHand: If ErrCenter() = 1 Then Resume End If If mblnStartTran Then '提交事务,中间库数据未保存起 Call StartOrCommitorRollbackTransaction(2) End If End Function Private Function IS出院带药(ByVal strNO As String, lng费用ID As Long) As Boolean '检查是否出院带药 'Dim rsTemp As New ADODB.Recordset Dim rsTemp1 As New ADODB.Recordset Err = 0 On Error GoTo errHand: Set rsTemp1 = New ADODB.Recordset gstrSQL = "Select ID From 药品收发记录 where NO='" & strNO & "' and 单据 IN(9,10) and 费用id=" & lng费用ID & " and 扣率 like '_3%'" zlDatabase.OpenRecordset rsTemp1, gstrSQL, "获取是否出院带药" If rsTemp1.EOF Then IS出院带药 = False Exit Function End If IS出院带药 = True Exit Function errHand: If ErrCenter = 1 Then Resume End If End Function Public Function 处方登记_成都内江(ByVal lng记录性质 As Long, ByVal lng记录状态 As Long, ByVal str单据号 As String) As Boolean '----------------------------------------------------------------------------------------------------------- '--功能:上传处理明细数据 '--入参数: '--出参数: '--返回:上传成功返回True,否则False '----------------------------------------------------------------------------------------------------------- Dim lng病人ID As Long Dim lng主页ID As Long Dim rs明细 As New ADODB.Recordset, rsTemp As New ADODB.Recordset Dim StrInput As String, strOutput As String Err = 0 On Error GoTo errHand: 处方登记_成都内江 = False If lng记录状态 = 1 Then '正常单据 If 处方上传(lng记录性质, lng记录状态, str单据号) = False Then Exit Function End If Else '开始事务 Call StartOrCommitorRollbackTransaction(0) '冲销单据 If 处方作废(lng记录性质, lng记录状态, str单据号) = False Then '提交事务,中间库数据未保存起,所以回滚 Call StartOrCommitorRollbackTransaction(2) Exit Function End If '提交事务 Call StartOrCommitorRollbackTransaction(1) End If 处方登记_成都内江 = True Exit Function errHand: If ErrCenter = 1 Then Resume End If End Function Private Function 处方作废(ByVal lng记录性质 As Long, ByVal lng记录状态 As Long, ByVal str单据号 As String) As Boolean '----------------------------------------------------------------------------------------------------------- '--功能:记帐处方作废,即记录状态=2的记录 '--入参数: '--出参数: '--返回:上传成功返回True,否则False '----------------------------------------------------------------------------------------------------------- Dim rs明细 As New ADODB.Recordset Dim rs原明细 As New ADODB.Recordset Dim rsTemp As New ADODB.Recordset Dim StrInput As String, strOutput As String, str交易流水号 As String Dim strArr Dim lng病人ID As Long 处方作废 = False Err = 0: On Error GoTo errHand: gstrSQL = " Select a.摘要,A.ID,a.收费细目id,A.序号,A.数次nvl(A.付数,1) as 数量,Round(A.实收金额/(A.数次nvl(A.付数,1)),4) as 单价,a.病人id " & _ " From 住院费用记录 A,保险帐户 B " & _ " where a.病人id=b.病人id and A.NO='" & str单据号 & "' and A.记录性质=" & lng记录性质 & " and A.记录状态=3 and Nvl(附加标志,0)<>9 " & _ " order by A.病人id,A.摘要" Call zlDatabase.OpenRecordset(rs原明细, gstrSQL, "处方明细上传") If rs原明细.EOF Then ShowMsgbox "该单据没有相应的明细记录,不能作废!" Exit Function End If gstrSQL = " Select a.* " & _ " From 住院费用记录 A,保险帐户 b" & _ " where a.病人id=b.病人id and A.NO='" & str单据号 & "' and A.记录性质=" & lng记录性质 & " and A.记录状态=2 and Nvl(附加标志,0)<>9 AND nvl(a.是否上传,0)=0 " & _ " order by A.病人ID" Call zlDatabase.OpenRecordset(rs明细, gstrSQL, "处方明细上传") lng病人ID = 0 '更新原单据的值 With rs明细 Do While Not .EOF rs原明细.Filter = "序号=" & Nvl(!序号, 0) & " and 收费细目id=" & Nvl(!收费细目ID, 0) If rs原明细.EOF Then ShowMsgbox "冲销时未找到相应的记录,冲销失败!" Exit Function End If str交易流水号 = Nvl(rs原明细!摘要) If str交易流水号 = "" Then ShowMsgbox "在原单中不存在交易流水号,不能继续！" Exit Function End If '检查消费明细中有交易流水号没有 '龚智毅 20051027 If str交易流水号 <> "不上传" Then gstrSQL = "Select 医保流水号 From 医保消费信息 where 医院流水号='" & str交易流水号 & "' and 病人id=" & Nvl(!病人ID, 0) OpenRecordset_成都内江 rsTemp, "获取医保消费信息" If rsTemp.EOF Then ShowMsgbox "不存在医保交易数据,请与系统管理员联系!" Exit Function End If If Nvl(rsTemp!医保流水号) = "" Then ShowMsgbox "不存在医保交易数据,请与系统管理员联系!" Exit Function End If End If '更新上传标志 gstrSQL = "ZL_病人费用记录_更新医保(" & Nvl(!ID, 0) & ",NULL,NULL,NULL,NULL,1,'" & Nvl(rs原明细!摘要) & "')" Call zlDatabase.ExecuteProcedure(gstrSQL, "打上上传标志") .MoveNext Loop End With Dim str摘要 As String gstrSQL = " Select a.摘要,A.ID,a.收费细目id,A.序号,A.数次nvl(A.付数,1) as 数量,Round(A.实收金额/(A.数次nvl(A.付数,1)),4) as 单价,a.病人id " & _ " From 住院费用记录 A,保险帐户 B " & _ " where a.病人id=b.病人id and A.NO='" & str单据号 & "' and A.记录性质=" & lng记录性质 & " and A.记录状态=3 and Nvl(附加标志,0)<>9 " & _ " order by A.病人id,A.摘要" Call zlDatabase.OpenRecordset(rs原明细, gstrSQL, "处方明细上传") lng病人ID = 0 str摘要 = "" With rs原明细 .MoveFirst Do While Not .EOF 'lng病人ID <> Nvl(!病人ID, 0) And '龚智毅 20051027 If Nvl(!摘要) <> "不上传" Then If str摘要 <> Nvl(!摘要) Then If lng病人ID <> Nvl(!病人ID, 0) Then lng病人ID = Nvl(!病人ID, 0) '需重新获取相关的病人信息 If Get病人信息(lng病人ID) = False Then ShowMsgbox "在获取病人信息时间出了错误,请与系统员立即联系!" Exit Function End If End If str摘要 = Nvl(!摘要) gstrSQL = "Select 医保流水号 From 医保消费信息 where 医院流水号='" & str摘要 & "' and 病人id=" & lng病人ID OpenRecordset_成都内江 rsTemp, "获取医保消费信息" StrInput = Rpad(g病人身份_成都内江.个人编号, 8) StrInput = StrInput & vbTab & Rpad(g病人身份_成都内江.卡号, 10) StrInput = StrInput & vbTab & Rpad(Substr(gstrUserName, 1, 10), 10) StrInput = StrInput & vbTab & Rpad(g病人身份_成都内江.统筹编号, 1) StrInput = StrInput & vbTab & Rpad(g病人身份_成都内江.住院流水号, 20) StrInput = StrInput & vbTab & Rpad(Nvl(rsTemp!医保流水号), 20) '取消 ' 个人编号 String(8) In ' 社保卡号码 String(10) In ' 操作员卡号码 String(10) In ' 统筹地区编码 String(1) In ' 住院流水号 String(20) In ' 医保交易流水号 String(20) In If 业务请求_成都内江(住院产易上传取消_内江, StrInput, strOutput) = False Then Exit Function End If End If .MoveNext Loop End With 处方作废 = True Exit Function errHand: If ErrCenter = 1 Then Resume End If End Function Private Function Read模拟数据(ByVal int业务类型 As 业务类型_成都内江, ByVal strInputString As String, ByRef strOutPutstring As String) '---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- '--功能:通过该功能读取模拟数据,以便测试 '--入参数: '--出参数: '--返回:字串 '---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- Dim objFile As New FileSystemObject Dim objText As TextStream Dim strText As String Dim strTemp As String Dim strFile As String Dim str As String Dim STRNAME As String If int业务类型 = 读取卡内数据 Then strFile = App.Path & "\解析卡.txt" Else strFile = App.Path & "\模拟提交串.txt" End If If Not Dir(strFile) <> "" Then objFile.CreateTextFile strFile End If STRNAME = Get交易代码(int业务类型, True) Dim blnStart As Boolean Dim strArr Err = 0 On Error GoTo errHand: If Dir(strFile) <> "" Then Set objText = objFile.OpenTextFile(strFile) blnStart = False str = "" Do While Not objText.AtEndOfStream strText = Trim(objText.ReadLine) If int业务类型 = 读取卡内数据 Then strArr = Split(strText, vbTab & "\|") If Val(strArr(0)) = 1 Then str = strArr(1) Exit Do End If Else If blnStart Then If strText = "" Then strText = "" & vbTab & "\|" End If strArr = Split(strText, vbTab & "\|") If Val(strArr(0)) = 1 Then str = strArr(1) Exit Do End If Else If "<" & STRNAME & ">" = strText Then blnStart = True End If End If If "</" & STRNAME & ">" = strText Then Exit Do End If End If Loop objText.Close strOutPutstring = str End If Exit Function errHand: DebugTool Err.Description Exit Function End Function Private Function Get病人信息(ByVal lng病人ID As Long) As Boolean Dim rsTemp As New ADODB.Recordset Dim strTemp As String Dim strArr Get病人信息 = False Err = 0 On Error GoTo errHand: 'COMMENT ON COLUMN 保险帐户.病人ID is '病人ID'; 'COMMENT ON COLUMN 保险帐户.险类 is '固定值:106'; 'COMMENT ON COLUMN 保险帐户.中心 is '0'; 'COMMENT ON COLUMN 保险帐户.卡号 is '卡号'; 'COMMENT ON COLUMN 保险帐户.医保号 is '统筹编号+个人编号'; 'COMMENT ON COLUMN 保险帐户.密码 is '无'; 'COMMENT ON COLUMN 保险帐户.人员身份 is '交易类别'; 'COMMENT ON COLUMN 保险帐户.单位编码 is '单位号码'; ' 'COMMENT ON COLUMN 保险帐户.顺序号 is '只针对住院:住院流水号'; 'COMMENT ON COLUMN 保险帐户.退休证号 is '统筹地区编码\|制卡日期\|卡有效日期\|制卡单位\|在职情况'; 'COMMENT ON COLUMN 保险帐户.帐户余额 is '帐户余额'; 'COMMENT ON COLUMN 保险帐户.当前状态 is '0-门诊,1-在院'; 'COMMENT ON COLUMN 保险帐户.病种ID is '无'; 'COMMENT ON COLUMN 保险帐户.在职 is '目前保存的值是1，无用处'; 'COMMENT ON COLUMN 保险帐户.年龄段 is '补卡次数'; 'COMMENT ON COLUMN 保险帐户.灰度级 is '工况类别'; 'COMMENT ON COLUMN 保险帐户.就诊时间 is '当前就诊的时间'; ' 'COMMENT ON COLUMN 保险帐户.享受待遇标志 is '只针对住院:享受待遇标志'; 'COMMENT ON COLUMN 保险帐户.起付标准 is '只针对住院:起付标准'; ' gstrSQL = "select a.,b.姓名,b.性别, b.年龄, b.出生日期, b.身份证号,b.工作单位,c.编码,C.名称 " & _ ' " from 保险帐户 a,病人信息 b,保险病种 C " & _ ' " WHERE a.病种ID=c.ID and a.病人id=" & lng病人ID & " AND a.病人id=b.病人id and a.险类=" & TYPE_成都内江 '2006-4-10 龚智毅修改 gstrSQL = "select a.卡号,A.医保号,A.灰度级,A.单位编码,A.退休证号,A.年龄段,A.帐户余额,A.人员身份,A.顺序号,A.病人ID" & _ ",b.姓名,b.性别, b.年龄, b.出生日期, b.身份证号,b.工作单位,c.编码,C.名称 " & _ " from 保险帐户 a,病人信息 b,保险病种 C " & _ " WHERE a.出院病种ID=c.ID(+) and a.病人id=" & lng病人ID & " AND a.病人id=b.病人id and a.险类=" & TYPE_成都内江 zlDatabase.OpenRecordset rsTemp, gstrSQL, "获取病人信息" With g病人身份_成都内江 .卡号 = Nvl(rsTemp!卡号) .个人编号 = Mid(Nvl(rsTemp!医保号), 2) .身份证号 = Nvl(rsTemp!身份证号) .姓名 = Nvl(rsTemp!姓名) .性别 = Decode(Nvl(rsTemp!性别), "男", 1, "女", 2, 1) .工况类别 = Nvl(rsTemp!灰度级) .出生日期 = Format(rsTemp!出生日期, "yyyy-mm-dd") .单位号码 = Nvl(rsTemp!单位编码) strArr = Split(Nvl(rsTemp!退休证号) & "\|\|\|\|\|", "\|") .统筹编号 = strArr(0) .制卡日期 = strArr(1) .卡有效期 = strArr(2) .补卡次数 = Nvl(rsTemp!年龄段) .制卡单位 = strArr(3) .年龄 = Nvl(rsTemp!年龄, 0) .帐户余额 = Nvl(rsTemp!帐户余额, 0) .在职情况 = strArr(4) .交易类别 = Nvl(rsTemp!人员身份) .住院流水号 = Nvl(rsTemp!顺序号) .lng病人ID = Nvl(rsTemp!病人ID, 0) .病种编码 = Nvl(rsTemp!编码) .病种名称 = Nvl(rsTemp!名称) End With Get病人信息 = True Exit Function errHand: DebugTool "获取病人信息失败" & vbCrLf & " 错误号:" & Err.Number & vbCrLf & " 错误信息:" & Err.Description End Function Private Sub OpenRecordset_成都内江(rsTemp As ADODB.Recordset, ByVal strCaption As String, Optional strSQL As String = "", Optional cnOracle As ADODB.Connection) '功能：打开记录集 If rsTemp.State = adStateOpen Then rsTemp.Close Call SQLTest(App.ProductName, strCaption, IIf(strSQL = "", gstrSQL, strSQL)) If cnOracle Is Nothing Then rsTemp.Open IIf(strSQL = "", gstrSQL, strSQL), gcnOracle_成都内江, adOpenStatic, adLockReadOnly Else If cnOracle.State <> 1 Then rsTemp.Open IIf(strSQL = "", gstrSQL, strSQL), gcnOracle_成都内江, adOpenStatic, adLockReadOnly Else rsTemp.Open IIf(strSQL = "", gstrSQL, strSQL), cnOracle, adOpenStatic, adLockReadOnly End If End If Call SQLTest End Sub Public Function 住院虚拟结算_成都内江(rsExse As Recordset, ByVal lng病人ID As Long, Optional bln结帐处 As Boolean = True) As String 'rsExse:字符集 '功能：获取该病人指定结帐内容的可报销金额； '参数：rsExse-需要结算的费用明细记录集合；strSelfNO-医保号；strSelfPwd-病人密码； '返回：可报销金额串:"报销方式;金额;是否允许修改\|...." '注意：1)该函数主要使用模拟结算交易，查询结果返回获取基金报销额； Dim cn上传 As New ADODB.Connection, rsTemp As New ADODB.Recordset Dim rs明细 As New ADODB.Recordset Dim lng主页ID As Long Dim StrInput As String, strOutput As String Dim strArr As Variant Dim intMouse As Integer Dim dbl费用总额 As Double Dim dbl生育包干 As Double Dim str结算方式 As String Err = 0: On Error GoTo errHand: g病人身份_成都内江.lng病人ID = lng病人ID If rsExse.RecordCount = 0 Then MsgBox "该病人没有有发生费用，无法进行结算操作。", vbInformation, gstrSysName Exit Function End If With g结算数据 .比例支付 = 0 .待遇标志 = "" .高额医保支付 = 0 .公务员医疗补助 = 0 .起付标准 = 0 .医保交易流水号 = "" .医保内费用 = 0 .医保外费用 = 0 .帐户可用余额 = 0 .帐户支付 = 0 End With If Get病人信息(lng病人ID) = False Then Exit Function If bln结帐处 Then Screen.MousePointer = 1 If 身份标识_成都内江(4, lng病人ID) = "" Then Screen.MousePointer = intMouse 住院虚拟结算_成都内江 = "" Exit Function End If If lng病人ID <> g病人身份_成都内江.lng病人ID Then ShowMsgbox "你的卡可能有误,不能进行结算!" Exit Function End If Screen.MousePointer = intMouse Else Call Get病人信息(lng病人ID) End If '判断单位欠费情况 ' 个人编号 String (8) IN ' 社保卡号码 String (10) IN ' 统筹地区编码 String (1) IN StrInput = g病人身份_成都内江.个人编号 StrInput = StrInput & vbTab & g病人身份_成都内江.卡号 StrInput = StrInput & vbTab & g病人身份_成都内江.统筹编号 If 业务请求_成都内江(获取单位欠缴情况_内江, StrInput, strOutput) = False Then Exit Function End If If Val(strOutput) <> 0 Then ShowMsgbox "注意：" & vbCrLf & " 单位已经欠费" End If gstrSQL = "select MAX(主页ID) AS 主页ID from 病案主页 where 病人ID=" & rsExse("病人ID") Call zlDatabase.OpenRecordset(rsTemp, gstrSQL, "虚拟结算") If IsNull(rsTemp("主页ID")) = True Then MsgBox "只有住院病人才可以使用医保结算。", vbInformation, gstrSysName Exit Function End If lng主页ID = rsTemp("主页ID") Screen.MousePointer = vbHourglass '补传明细 If 补传住院明细记录(lng病人ID, lng主页ID) = False Then Exit Function g病人身份_成都内江.费用总额 = 0 g病人身份_成都内江.生育总费用 = 0 With rsExse Do While Not .EOF 'g病人身份_成都内江.费用总额 = g病人身份_成都内江.费用总额 + Nvl(!金额, 0) 'Beging 20051027 陈东 Dim str大类编码 As String If Nvl(rsExse!保险大类id, 0) = 0 Then gstrSQL = "Select Nvl(大类编码,0) As 大类编码 From 保险项目 Where 险类=" & TYPE_成都内江 & _ " And 编码=(Select nvl(保险编码,'0') From 住院费用记录 Where 收费细目ID=" & rsExse!收费细目ID & _ " And NO='" & rsExse!NO & "' And 记录性质=" & rsExse!记录性质 & _ " And 记录状态=" & rsExse!记录状态 & " And 序号=" & rsExse!序号 & ")" Call zlDatabase.OpenRecordset(rsTemp, gstrSQL, "取大类编码") str大类编码 = "0" If rsTemp.RecordCount > 0 Then str大类编码 = Nvl(rsTemp!大类编码, "0") End If If Substr(Rpad(str大类编码, 1), 1, 1) <> "4" And Nvl(rsExse!摘要, "") <> "不上传" Then g病人身份_成都内江.费用总额 = g病人身份_成都内江.费用总额 + Nvl(rsExse!金额, 0) End If If Substr(Rpad(str大类编码, 1), 1, 1) = "4" Or Nvl(rsExse!摘要, "") = "不上传" Then g病人身份_成都内江.生育总费用 = g病人身份_成都内江.生育总费用 + Nvl(rsExse!金额, 0) End If Else If Nvl(rsExse!保险大类id, 0) <> "4" And Nvl(rsExse!摘要, "") <> "不上传" Then g病人身份_成都内江.费用总额 = g病人身份_成都内江.费用总额 + Nvl(rsExse!金额, 0) End If If Nvl(rsExse!保险大类id, 0) = "4" Or Nvl(rsExse!摘要, "") = "不上传" Then g病人身份_成都内江.生育总费用 = g病人身份_成都内江.生育总费用 + Nvl(rsExse!金额, 0) End If End If 'End 20051027 陈东 .MoveNext Loop End With gstrSQL = "Select A.ID From 住院费用记录 a,药品收发记录 B where A.no=b.No and B.单据 in (9,10) and a.id=b.费用ID and a.病人id=" & lng病人ID & " and 主页id=" & lng主页ID & " and b.扣率 like '_3%' and rownum<=2" Dim bln出院带药 As Boolean zlDatabase.OpenRecordset rsTemp, gstrSQL, "确定出院带药" If rsTemp.EOF Then bln出院带药 = False Else bln出院带药 = True End If gstrSQL = "Select c.住院号,A.登记人经办人,B.名称入院科室,A.住院医师,to_char(A.登记时间,'yyyy-MM-dd hh24:mi:ss') 入院经办时间," & _ " to_char(A.入院日期,'yyyyMMdd') 入院日期,D.诊断编码,A.出院方式,to_Char(a.出院日期,'yyyyMMDD') as 出院日期,a.出院病床,H.位置 as 出院科室" & _ " From 病案主页 A,部门表 B,病人信息 C,部门表 H, " & _ " (Select 病人id,主页id,max(DECODE(a.诊断次序,2,b.编码,'')) AS 诊断编码 From 诊断情况 A ,疾病编码目录 B Where a.疾病ID = b.ID And a.诊断类型 =3 and a.主页id=" & lng主页ID & " and a.病人id=" & lng病人ID & " Group by 病人id,主页id) D" & _ " Where A.病人id=C.病人id and C.病人id=" & lng病人ID & _ " and A.病人ID=" & lng病人ID & " And A.主页ID=" & lng主页ID & " And A.入院科室ID=B.ID and A.出院科室ID=H.id(+) " & _ " and A.主页id=D.主页id(+) and a.病人id=D.病人id(+) " & _ "" zlDatabase.OpenRecordset rsTemp, gstrSQL, "确定入出类别" '入参: ' 个人编号 String(8) In ' 社保卡号码 String(10) In ' 医院代码 String(5) In ' 操作员卡号码 String(10) In ' 统筹地区编码 String(1) In ' 出院日期 String(8) In ' 出院科别 String(10) In ' 出院诊治医生 String(10) In ' 诊断编码 String(20) In ' 出院带药 String(1) In ' 出院类别 String(1) In ' 住院流水号 String(20) In With g病人身份_成都内江 StrInput = Rpad(.个人编号, 8) StrInput = StrInput & vbTab & Rpad(.卡号, 10) StrInput = StrInput & vbTab & Rpad(InitInfor_成都内江.医院编码, 5) StrInput = StrInput & vbTab & Rpad(Nvl(gstrUserName), 10) StrInput = StrInput & vbTab & Rpad(.统筹编号, 1) If Trim(Nvl(rsTemp!出院日期)) = "" Then '如果没有出院日期,则传当前的时间上去. StrInput = StrInput & vbTab & Format(zlDatabase.Currentdate, "yyyymmdd") Else StrInput = StrInput & vbTab & Rpad(Nvl(rsTemp!出院日期), 8) End If StrInput = StrInput & vbTab & Rpad(Substr(Rpad(Nvl(rsTemp!出院科室), 10), 1, 10), 10) StrInput = StrInput & vbTab & Rpad(Substr(Rpad(Nvl(rsTemp!住院医师), 10), 1, 10), 10) 'Beging 20051026 陈东 Dim vat并发症 As Variant, str出院其他病种 As String, i As Long Dim rsCydj As New ADODB.Recordset gstrSQL = "Select from 保险帐户 Where 病人ID=" & lng病人ID & " And 险类=" & TYPE_成都内江 Call zlDatabase.OpenRecordset(rsCydj, gstrSQL, "取出院其他病种") str出院其他病种 = Nvl(rsCydj!出院其他病种) If str出院其他病种 <> "" Then If InStr(str出院其他病种, "\|") > 0 Then vat并发症 = Split(str出院其他病种, "\|") str出院其他病种 = "" For i = 0 To UBound(vat并发症) - 1 str出院其他病种 = str出院其他病种 & Rpad(Substr(vat并发症(i), 1, 20), 20) Next End If Else str出院其他病种 = Space(180) End If 'End 20051026 陈东 StrInput = StrInput & vbTab & Rpad(Rpad(Substr(g病人身份_成都内江.病种编码, 1, 20), 20) & Substr(str出院其他病种, 1, 180), 200) StrInput = StrInput & vbTab & IIf(bln出院带药, "1", "0") StrInput = StrInput & vbTab & Rpad(g病人身份_成都内江.出院类别, 1) 'strInput = strInput & vbTab & Rpad(Get治渝情况_内江(lng病人ID, lng主页ID), 1) StrInput = StrInput & vbTab & Rpad(Substr(Rpad(.住院流水号, 20), 1, 20), 20) 'Beging 陈东 20051020 If bln结帐处 = True Then If 业务请求_成都内江(出院登记上传_内江, StrInput, strOutput) = False Then Exit Function Else Exit Function End If 'End 陈东 20051020 End With If strOutput = "" Then Exit Function strArr = Split(strOutput, vbTab) '出参 ' TRANSDETIAL输出 (计算费用明细) ' 享受待遇标志 String(1) Out ' 医保内费用 String(10) Out ' 医保外费用 String(10) Out ' 基本医保支付 ' 如果参加大病医保，则为大病医保支付 String(10) Out ' 高额医保支付 String(10) Out ' 公务员医疗补助 String(10) Out ' 个人按比例支付 String(10) Out ' TRANSDETIAL结束 ' 起付标准 String(10) Out ' 个人帐户可用余额 String(10) Out strOutput = strArr(0) With g结算数据 .结算标志 = 1 .待遇标志 = Substr(strOutput, 1, 1) .医保内费用 = Val(Substr(strOutput, 2, 10)) / 100 .医保外费用 = Val(Substr(strOutput, 12, 10)) / 100 .基本医保支付 = Val(Substr(strOutput, 22, 10)) / 100 .高额医保支付 = Val(Substr(strOutput, 32, 10)) / 100 .公务员医疗补助 = Val(Substr(strOutput, 42, 10)) / 100 .比例支付 = Val(Substr(strOutput, 52, 10)) / 100 .起付标准 = Val(strArr(1)) / 100 .帐户可用余额 = Val(strArr(2)) / 100 '20051021 add .生育支付 = Val(Substr(strOutput, 62, 10)) / 100 End With dbl费用总额 = g结算数据.医保内费用 + g结算数据.医保外费用 '龚智毅 20060809 内江二院要求医保外费用可以用帐户支付 'g结算数据.帐户支付 = dbl费用总额 - g结算数据.医保外费用 - g结算数据.基本医保支付 - g结算数据.高额医保支付 - g结算数据.公务员医疗补助 g结算数据.帐户支付 = dbl费用总额 - g结算数据.基本医保支付 - g结算数据.高额医保支付 - g结算数据.公务员医疗补助 'by 20050122 gzy If g结算数据.帐户可用余额 >= 0 Then If g结算数据.帐户可用余额 < g结算数据.帐户支付 Then g结算数据.帐户支付 = g结算数据.帐户可用余额 End If Else g结算数据.帐户支付 = 0 End If If g结算数据.帐户支付 <= 0 Then g结算数据.帐户支付 = 0 str结算方式 = "个人帐户;" & g结算数据.帐户支付 & ";1" If g结算数据.基本医保支付 <> 0 Then str结算方式 = str结算方式 & "\|基本统筹;" & g结算数据.基本医保支付 & ";0" End If If g结算数据.高额医保支付 <> 0 Then str结算方式 = str结算方式 & "\|大病支付;" & g结算数据.高额医保支付 & ";0" End If If g结算数据.公务员医疗补助 <> 0 Then str结算方式 = str结算方式 & "\|公务员补助;" & g结算数据.公务员医疗补助 & ";0" End If g结算数据.生育盈亏 = 0 If g结算数据.生育支付 <> 0 Then str结算方式 = str结算方式 & "\|生育支付;" & g结算数据.生育支付 & ";0" 'Modified by ZYB 20051118 '将医保中心包干支付费用与实际发生的生育费用进行比较，多余部分计入生育盈亏中 g结算数据.生育盈亏 = g病人身份_成都内江.生育总费用 - g结算数据.生育支付 End If '龚智毅 20051029 增加生育费用包干模式 'Modified by ZYB 20051118 If g结算数据.生育盈亏 <> 0 Then str结算方式 = str结算方式 & "\|生育盈亏;" & g结算数据.生育盈亏 & ";0" ShowMsgbox "本院发生的生育费用为：" & g病人身份_成都内江.生育总费用 & vbCrLf & _ "医保中心报销生育费用：" & g结算数据.生育支付 & vbCrLf & _ "生育费用当前计算方式：多退少补 " & vbCrLf & _ "生育盈亏： " & g结算数据.生育盈亏 End If 'If Format(g病人身份_成都内江.费用总额, "###0.00;-###0.00;0;0") <> Format(dbl费用总额, "###0.00;-###0.00;0;0") Then ' Dim blnYes As Boolean ' 费用总额与医保中心返回总额不致,不能进行结算 ' ShowMsgbox "本次结算总额(" & g病人身份_成都内江.费用总额 & ") 与" & vbCrLf & _ ' " 中心返回的总额(" & dbl费用总额 & ")不等,不能结算?" ' Exit Function 'End If 'gzy 20051129 普通生育病人不判断医保金额 gstrSQL = "Select * From 保险病种 Where id=(select 病种ID from 保险帐户 Where 病人ID=" & lng病人ID & ")" & _ " And (名称 ='平产' or 名称='剖宫产')" Call zlDatabase.OpenRecordset(rsTemp, gstrSQL, "取入院诊断") If rsTemp.EOF = True Then If Format(g病人身份_成都内江.费用总额, "###0.00;-###0.00;0;0") <> Format(dbl费用总额, "###0.00;-###0.00;0;0") Then Dim blnYes As Boolean '费用总额与医保中心返回总额不致,不能进行结算 ShowMsgbox "本次结算非生育费用总额(" & g病人身份_成都内江.费用总额 & ") 与" & vbCrLf & _ " 中心返回的非生育费用总额(" & dbl费用总额 & ")不等,不能结算?" Exit Function End If Else gstrSQL = "Select * from 保险帐户 Where 病人ID=" & lng病人ID & " And 险类=" & TYPE_成都内江 Call zlDatabase.OpenRecordset(rsTemp, gstrSQL, "附加诊断") If Nvl(rsTemp!附加诊断) <> "" Then If Format(g病人身份_成都内江.费用总额, "###0.00;-###0.00;0;0") <> Format(dbl费用总额, "###0.00;-###0.00;0;0") Then 'Dim blnYes As Boolean '费用总额与医保中心返回总额不致,不能进行结算 ShowMsgbox "本次结算非生育费用总额(" & g病人身份_成都内江.费用总额 & ") 与" & vbCrLf & _ " 中心返回的非生育费用总额(" & dbl费用总额 & ")不等,不能结算?" Exit Function End If Else If g病人身份_成都内江.费用总额 <> 0 Then ShowMsgbox "补传了生育费用(" & g病人身份_成都内江.费用总额 & ")，请重新进行结算。" Exit Function End If End If End If 住院虚拟结算_成都内江 = str结算方式 g病人身份_成都内江.lng病人ID = lng病人ID '表示该病人已经进行了虚拟结算 Exit Function errHand: If ErrCenter = 1 Then Resume End If End Function Private Function Get治渝情况_内江(lng病人ID As Long, lng主页ID As Long) As String '功能:获取治渝情况标识 ' A-治愈、B-好转、C-未愈、D-死亡、E-其他 '??49 治愈情况标识 CHAR 439 1 1治愈、2好转、3未愈、4死亡、5其他，住院必添院端 'A-治愈、B-好转、C-未愈、D-死亡、E-其他 Dim rsInNote As New ADODB.Recordset Dim strTmp As String strTmp = " Select A.出院情况" & _ " From 诊断情况 A,疾病编码目录 B " & _ " Where A.病人ID=" & lng病人ID & " And A.疾病ID=B.ID(+) And A.主页ID=" & lng主页ID & _ " And A.诊断类型 in (2,3)" & _ " Order by A.诊断类型 Desc" rsInNote.CursorLocation = adUseClient Call zlDatabase.OpenRecordset(rsInNote, strTmp, "医保接口") strTmp = "" If Not rsInNote.EOF Then strTmp = Nvl(rsInNote!出院情况) End If strTmp = Decode(strTmp, "治愈", "0", "好转", "1", "未愈", "2", "死亡", "3", "自动出院", 4, "转本地统筹地区内医院", 5, "转本地统筹地区外医院", 6, "其他", "3") Get治渝情况_内江 = strTmp End Function Private Function 补传住院明细记录(ByVal lng病人ID As Long, ByVal lng主页ID As Long) As Boolean '补传相关明细记录 Dim rs明细 As New ADODB.Recordset, rsTemp As New ADODB.Recordset Dim StrInput As String, strOutput As String Dim strArr, strArr摘要 Dim lng冲销ID As Long Err = 0 On Error GoTo errHand: 补传住院明细记录 = False '读出未上传明细（排序，以便先上传正明细，再上传负明细） gstrSQL = "" & _ " Select distinct A.NO,A.记录性质,A.记录状态 " & _ " From 住院费用记录 A " & _ " Where A.病人ID=" & lng病人ID & " and A.主页ID=" & lng主页ID & " and A.记帐费用=1 and nvl(A.实收金额,0)<>0 and nvl(A.是否上传,0)=0 And Nvl(A.记录状态,0)<>0 " & _ " Order by A.NO,A.记录性质,Decode(A.记录状态,2,2,1)" zlDatabase.OpenRecordset rs明细, gstrSQL, "获取补传明细记录" '先检查是否存在退单情况，如果存在，看有否对应的记录单. With rs明细 ' '上传明细 ' If .RecordCount <> 0 Then .MoveFirst ' Do While Not .EOF ' If Nvl(!项目编码) = "" Then ' ShowMsgbox "项目:[" & Nvl(!编码) & "] 未设置对应的医保项目,请设置对应关系!" ' Exit Function ' End If ' If (Val(!数量) < 0 Or Val(!价格) < 0) And rs明细!记录状态 = 1 Then ' ShowMsgbox "项目:[" & Nvl(!编码) & "] 不能输入负单据!" ' Exit Function ' End If ' .MoveNext ' Loop End With '先传正单据 With rs明细 If .RecordCount <> 0 Then .MoveFirst Do While Not .EOF If Nvl(!记录状态, 1) = 1 Or Nvl(!记录状态, 1) = 3 Then '上传指定处方 If 处方上传(Nvl(!记录性质, 0), Nvl(!记录状态, 0), Nvl(!NO)) = False Then Exit Function End If Else '上传指定处方 gcnOracle_成都内江.BeginTrans gcnOracle.BeginTrans If 处方作废(Nvl(!记录性质, 0), Nvl(!记录状态, 0), Nvl(!NO)) = False Then gcnOracle.RollbackTrans gcnOracle_成都内江.RollbackTrans Exit Function End If gcnOracle.CommitTrans gcnOracle_成都内江.CommitTrans End If .MoveNext Loop End With 补传住院明细记录 = True Exit Function errHand: If ErrCenter = 1 Then Resume End If End Function 'Private Function Get原单据摘要(ByVal strNO As String, ByVal int序号 As Integer, ByVal int性质 As Integer) As Variant ' '根据指定的值，获取摘要的相关信息 ' Dim rsTemp As New ADODB.Recordset ' Dim strTemp As String ' ' ' gstrSQL = " Select 摘要 From 病人费用记录" & _ ' " Where NO='" & strNO & "' And 序号=" & int序号 & _ ' " And 记录性质=" & int性质 & " And 记录状态=3" ' ' Call OpenRecordset(rsTemp, "取原始处方明细的流水号") ' ' If Not rsTemp.EOF Then ' strTemp = Nvl(rsTemp!摘要) & "\|\|\|\|\|\|\|" ' Else ' strTemp = "\|\|\|\|\|\|\|" ' End If ' Get原单据摘要 = Split(strTemp, "\|") 'End Function '----200410刘兴宏加入 Public Function 医保设置_成都内江() As Boolean 医保设置_成都内江 = frmSet成都内江.参数设置 End Function ' 'Public Function 下载服务项目目录_成都内江(ByVal bytType As Byte, ByVal objProgss As Object) As Boolean ' '-------------------------------------------------------------------------------------------------------------------------------------------------------------------------- ' '功能:下载服务项目目录 ' '参数:bytType-1-药品,2-诊疗,3-服务,4-费用类别,5-病种目录 ' '返回:下载成功,返回true,否则返回False ' '-------------------------------------------------------------------------------------------------------------------------------------------------------------------------- ' Dim strSql As String ' Dim rsTemp As New ADODB.Recordset ' Dim strDate As String, strInput As String, strOutput As String ' Dim lngCount As Long ' Dim i As Long ' Dim strArr ' Dim strTitle As String ' ' 下载服务项目目录_成都内江 = False ' strTitle = Switch(bytType = 1, "药品", bytType = 2, "诊疗项目", bytType = 3, "服务设施", bytType = 4, "费用类别", True, "病种目录取") ' ' Err = 0 ' On Error GoTo ErrHand: ' strSql = "" & _ ' " Select to_char(Max(变更时间),'yyyy-mm-dd hh24:mi:ss') as 变更时间 " & _ ' " From 医保收费目录 " & _ ' " where 类别=" & bytType ' zlDatabase.OpenRecordset rsTemp, strSql, "获取最大变更时间" ' ' strDate = Nvl(rsTemp!变更时间) ' strDate = IIf(strDate = "", "1977-01-01 00:00:00", strDate) ' ' If Not objProgss Is Nothing Then ' Else ' zlCommFun.ShowFlash "正在下载《" & strTitle & "》数据,请等待..." ' End If ' '预处理 ' strInput = bytType & "\|" & strDate ' If 业务请求_成都内江(收费目录下载预处理, strInput, strOutput) = False Then Exit Function ' strArr = Split(strOutput, "\|") ' lngCount = Val(strArr(1)) ' ' If Not objProgss Is Nothing Then ' objProgss.Max = IIf(lngCount = 0, 1, lngCount) ' objProgss.Min = 1 ' objProgss.Value = 1 ' End If ' ' For i = 1 To lngCount ' '正试下载 ' If 业务请求_成都内江(收费目录下载处理, strInput, strOutput) = False Then Exit Function ' strArr = Split(strOutput, "\|") ' '更新收费目录 ' ' '过程:类别,编码,名称,英文名称,收费类别,收费等级,费用等级,拼音码,单位,单价,规格,备注,变更时间,可维护标志,支付标准 ' strSql = "ZL_医保收费目录_UPDATE(" ' strSql = strSql & bytType & ",'" ' strSql = strSql & strArr(1) & "','" '编码 ' strSql = strSql & strArr(2) & "','" '名称 ' Select Case bytType ' Case 1 ' strSql = strSql & strArr(3) & "','" '英文名称 ' strSql = strSql & strArr(4) & "','" '收费类别 ' strSql = strSql & strArr(5) & "','" '费用等级 ' strSql = strSql & strArr(6) & "','" '拼音码 ' strSql = strSql & strArr(7) & "','" '单位 ' strSql = strSql & strArr(8) & "','" '单价 ' strSql = strSql & strArr(9) & "','" '剂型 ' strSql = strSql & strArr(10) & "','" '规格 ' strSql = strSql & strArr(11) & "',to_date('" '备注 ' strSql = strSql & strArr(12) & "','yyyy-mm-dd hh24:mi:ss'),'" '变更时间 ' strSql = strSql & strArr(13) & "','" '可维护标志 ' strSql = strSql & "" & "')" '支付标准 ' Case 2 ' strSql = strSql & "" & "','" '英文名称 ' strSql = strSql & strArr(3) & "','" '收费类别 ' strSql = strSql & "" & "','" '费用等级 ' strSql = strSql & strArr(4) & "','" '拼音码 ' strSql = strSql & strArr(5) & "','" '单位 ' strSql = strSql & strArr(6) & "','" '单价 ' strSql = strSql & "" & "','" '剂型 ' strSql = strSql & "" & "','" '规格 ' strSql = strSql & strArr(7) & "',to_date('" '备注 ' strSql = strSql & strArr(8) & "','yyyy-mm-dd hh24:mi:ss'),'" '变更时间 ' strSql = strSql & strArr(9) & "','" '可维护标志 ' strSql = strSql & "" & "')" '支付标准 ' Case 3 ' strSql = strSql & "" & "','" '英文名称 ' strSql = strSql & strArr(3) & "','" '收费类别 ' strSql = strSql & "" & "','" '费用等级 ' strSql = strSql & strArr(6) & "','" '拼音码 ' strSql = strSql & "" & "','" '单位 ' strSql = strSql & strArr(4) & "','" '单价 ' strSql = strSql & "" & "','" '剂型 ' strSql = strSql & "" & "','" '规格 ' strSql = strSql & "" & "',to_date('" '备注 ' strSql = strSql & strArr(7) & "','yyyy-mm-dd hh24:mi:ss'),'" '变更时间 ' strSql = strSql & "" & "'," '可维护标志 ' strSql = strSql & strArr(5) & "')" '支付标准 ' Case 4 ' ' 费用类别编码\|费用类别名称 ' strSql = "ZL_医保收费类别_UPDATE(" ' ' strSql = strSql & strArr(1) & "','" '编码 ' strSql = strSql & strArr(2) & "')" '名称 ' Case Else ' '病种编码\|病种名称\|拼音码\|变更日期 ' strSql = "ZL_医保病种目录_UPDATE(" ' strSql = strSql & strArr(1) & "','" '编码 ' strSql = strSql & strArr(2) & "','" '名称 ' strSql = strSql & strArr(3) & "',to_date('" '助记码 ' strSql = strSql & strArr(4) & "','yyyy-mm-dd hh24:mi:ss')" '变更时间 ' End Select ' gcnOracle_成都内江.Execute strSql, , adCmdStoredProc ' If Not objProgss Is Nothing Then ' objProgss.Value = i ' Else ' zlCommFun.ShowFlash "正在下载《" & strTitle & "》数据,已下载" & i & "/" & lngCount & "" ' End If ' Next ' 下载服务项目目录_成都内江 = True ' Exit Function 'ErrHand: ' If ErrCenter = 1 Then Resume 'End Function Public Function 获取参保人员信息_成都内江(ByVal StrInput As String) As Boolean '----------------------------------------------------------------------------------------------------------- '--功能:对所有业务进行业务请求 '--入参数:strinPutString-输入串,按参数顺序,以tab键分隔的传入串 '--出参数: '--返回:成功,返回true,否则返回False '----------------------------------------------------------------------------------------------------------- '获取参保人员信息 Dim strOutput As String Dim strArr Dim str出生日期 As String 获取参保人员信息_成都内江 = False Err = 0 On Error GoTo errHand: If 业务请求_成都内江(读病人信息_内江, StrInput, strOutput) = False Then Exit Function '返回串是:卡号vbtab个人编号vbtab身份证号vbtab姓名vbtab性别vbtab工况类别vbtab出生日期vbtab单位号码vbtab统筹编号vbtab制卡日期vbtab卡有效期vbtab补卡次数vbtab制卡单位 If strOutput = "" Then Exit Function strArr = Split(strOutput, vbTab) With g病人身份_成都内江 .卡号 = strArr(0) .个人编号 = strArr(1) .身份证号 = strArr(2) .姓名 = strArr(3) .性别 = strArr(4) .工况类别 = strArr(5) '.出生日期 = zlCommFun.AddDate(strArr(6)) '陈东 20050601 If 身份证号转出生日期(strArr(2), str出生日期) = True Then .出生日期 = zlCommFun.AddDate(str出生日期) Else MsgBox str出生日期 & "将采用出生日期字段的值", vbInformation, gstrSysName .出生日期 = zlCommFun.AddDate(strArr(6)) End If .单位号码 = strArr(7) .统筹编号 = strArr(8) .制卡日期 = strArr(9) .卡有效期 = strArr(10) .补卡次数 = strArr(11) .制卡单位 = strArr(12) .年龄 = Get年龄(.出生日期) End With '--获取个人帐户余额 If 获取帐户余额_成都内江() = False Then Exit Function 获取参保人员信息_成都内江 = True Exit Function errHand: If ErrCenter = 1 Then Resume End If End Function Public Function 获取帐户余额_成都内江() As Boolean '----------------------------------------------------------------------------------------------------------- '--功能:获取病人当前帐户余额 '--入参数: '--出参数: '--返回:成功,返回true,否则返回False '----------------------------------------------------------------------------------------------------------- Dim StrInput As String, strOutput As String Dim strArr Err = 0 On Error GoTo errHand: 获取帐户余额_成都内江 = False With g病人身份_成都内江 ' 个人编号 String (8) IN ' 社保卡号码 String (10) IN ' 统筹地区编码 String (1) IN StrInput = .个人编号 StrInput = StrInput & vbTab & .卡号 StrInput = StrInput & vbTab & .统筹编号 End With If 业务请求_成都内江(获取帐户余额_内江, StrInput, strOutput) = False Then Exit Function If strOutput = "" Then Exit Function strArr = Split(strOutput, vbTab) With g病人身份_成都内江 .帐户余额 = Val(strArr(0)) .在职情况 = strArr(1) End With 获取帐户余额_成都内江 = True Exit Function errHand: If ErrCenter = 1 Then Resume End Function Private Function Get年龄(ByVal strDate As String) As Integer Dim rsTemp As New ADODB.Recordset Err = 0 On Error GoTo errHand: gstrSQL = "Select (sysdate-[1])/365 as 年龄 from dual " Set rsTemp = zlDatabase.OpenSQLRecord(gstrSQL, "获取年龄", CDate(strDate)) If Not rsTemp.EOF Then Get年龄 = Int(Nvl(rsTemp!年龄, 0)) Exit Function End If Exit Function errHand: End Function Private Function GetErrInfor(ByVal strErrCode As String) As String Dim strErrMsg As String Select Case strErrCode '---读卡的相关错误 Case "1 ": strErrMsg = " 错误号：1 " & vbCrLf & " 错误描述：检测通讯方式错误(chk_baud异常错误)" Case "2 ": strErrMsg = " 错误号：2 " & vbCrLf & " 错误描述：始化端口错误(auto_init)" Case "3 ": strErrMsg = " 错误号：3 " & vbCrLf & " 错误描述：关闭通讯口错误(ic_exit)" Case "4 ": strErrMsg = " 错误号：4 " & vbCrLf & " 错误描述：读写器错误" Case "5 ": strErrMsg = " 错误号：5 " & vbCrLf & " 错误描述：无法初始化卡密码" Case "10": strErrMsg = " 错误号：10" & vbCrLf & " 错误描述：检测读写器中是否有卡错误(get_status)" Case "11": strErrMsg = " 错误号：11" & vbCrLf & " 错误描述：卡型错误（非4428卡）(chk_4428)" Case "12": strErrMsg = " 错误号：12" & vbCrLf & " 错误描述：卡密码错误(csc_4428)" Case "13": strErrMsg = " 错误号：13" & vbCrLf & " 错误描述：修改卡密码错误" Case "20": strErrMsg = " 错误号：20" & vbCrLf & " 错误描述：读卡芯数据错误(srd_4428)" Case "21": strErrMsg = " 错误号：21" & vbCrLf & " 错误描述：写卡芯数据(用户数据)错误(swr_4428)" Case "23": strErrMsg = " 错误号：23" & vbCrLf & " 错误描述：写卡芯数据(用户密码)错误(swr_4428)" Case "30": strErrMsg = " 错误号：30" & vbCrLf & " 错误描述：用户密码错误" Case "31": strErrMsg = " 错误号：31" & vbCrLf & " 错误描述：用户数据加密错误(ic_decrypt)" Case "32": strErrMsg = " 错误号：32" & vbCrLf & " 错误描述：用户数据解密错误(ic_decrypt)" Case "33": strErrMsg = " 错误号：33" & vbCrLf & " 错误描述：用户密码加密错误(ic_encrypt)" Case "34": strErrMsg = " 错误号：34" & vbCrLf & " 错误描述：用户密码解密错误(ic_decrypt)" Case "35": strErrMsg = " 错误号：35" & vbCrLf & " 错误描述：用户原密码长度为零或者大于6" Case "36": strErrMsg = " 错误号：36" & vbCrLf & " 错误描述：用户新密码长度为零或者大于6" Case "40": strErrMsg = " 错误号：40" & vbCrLf & " 错误描述：不能打开数据库" Case "41": strErrMsg = " 错误号：41" & vbCrLf & " 错误描述：没有制卡数据" Case "42": strErrMsg = " 错误号：42" & vbCrLf & " 错误描述：个人信息不完整（姓名、性别、民族等文本信息）" '---医保接口返回的相关错误 Case "000": strErrMsg = "执行成功" Case "001": strErrMsg = " 错误号： 001" & vbCrLf & " 错误描述：读卡器无响应" Case "002": strErrMsg = " 错误号： 002" & vbCrLf & " 错误描述：没有社保卡" Case "003": strErrMsg = " 错误号： 003" & vbCrLf & " 错误描述：社保卡无响应" Case "004": strErrMsg = " 错误号： 004" & vbCrLf & " 错误描述：主机无响应" Case "051": strErrMsg = " 错误号： 051" & vbCrLf & " 错误描述：输入参数不足" Case "052": strErrMsg = " 错误号： 052" & vbCrLf & " 错误描述：卡号与社保号码不符" Case "053": strErrMsg = " 错误号： 053" & vbCrLf & " 错误描述：处方明细与实际纪录数量不符" Case "054": strErrMsg = " 错误号： 054" & vbCrLf & " 错误描述：没有此交易流水号" Case "055": strErrMsg = " 错误号： 055" & vbCrLf & " 错误描述：处方项目不符" Case "056": strErrMsg = " 错误号： 056" & vbCrLf & " 错误描述：没有此住院流水号（输入医保交易号+输入的住院流水号与库表中医保流水号对应的住院流水号不一致）等等" Case "058": strErrMsg = " 错误号： 058" & vbCrLf & " 错误描述：重复业务操作例如：已住院还进行住院操作，已出院还进行出院操作" Case "059": strErrMsg = " 错误号： 059" & vbCrLf & " 错误描述：输入社保号码和对应交易流水号不一致(住院时用住院流水号对应)" Case "060": strErrMsg = " 错误号： 060" & vbCrLf & " 错误描述：流水号不为最大撤消时" Case "061": strErrMsg = " 错误号： 061" & vbCrLf & " 错误描述：交易未确认上传住院交易前" Case "062": strErrMsg = " 错误号： 062" & vbCrLf & " 错误描述：未进行住院登记" Case "071": strErrMsg = " 错误号： 071" & vbCrLf & " 错误描述：医院交易流水号异常由HIS系统生成（空，长度不正常）" Case "072": strErrMsg = " 错误号： 072" & vbCrLf & " 错误描述：重复数据包传送" Case "073": strErrMsg = " 错误号： 073" & vbCrLf & " 错误描述：交叉数据包传送" Case "074": strErrMsg = " 错误号： 074" & vbCrLf & " 错误描述：应该上传明细而没有上传明细" Case "075": strErrMsg = " 错误号： 075" & vbCrLf & " 错误描述：检查项目种类异常项目种类不在[1]，[2]之内" Case "077": strErrMsg = " 错误号： 077" & vbCrLf & " 错误描述：上传医疗机构编码异常在KB01之中不存在" Case "078": strErrMsg = " 错误号： 078" & vbCrLf & " 错误描述：非定点医疗机构" Case "079": strErrMsg = " 错误号： 079" & vbCrLf & " 错误描述：社保卡号与医保交易号不对应门诊消费撤销时，只允许用消费的卡来撤销交易" Case "080": strErrMsg = " 错误号： 080" & vbCrLf & " 错误描述：医疗机构编号与交易流水号不对应(住院时用住院流水号对应)只允许交易医疗机构撤销自己的交易" Case "081": strErrMsg = " 错误号： 081" & vbCrLf & " 错误描述：对应流水号明细不存在Kc07,KC08K1,Kc08k2" Case "082": strErrMsg = " 错误号： 082" & vbCrLf & " 错误描述：没有对应的住院流水号Kc08" Case "083": strErrMsg = " 错误号： 083" & vbCrLf & " 错误描述：不允许撤销已出院的交易已经出院的交易补允许撤销" Case "084": strErrMsg = " 错误号： 084" & vbCrLf & " 错误描述：出院医院不是入院医院" Case "085": strErrMsg = " 错误号： 085" & vbCrLf & " 错误描述：输入输出参数长度错误输入长度与约定长度不符" Case "086": strErrMsg = " 错误号： 086" & vbCrLf & " 错误描述：出院人员不是原来那个住院人员防止一卡号对应多个人编号的情况" Case "101": strErrMsg = " 错误号： 101" & vbCrLf & " 错误描述：个人状态异常" Case "102": strErrMsg = " 错误号： 102" & vbCrLf & " 错误描述：社保卡为黑名单卡" Case "103": strErrMsg = " 错误号： 103" & vbCrLf & " 错误描述：帐户被冻结" Case "104": strErrMsg = " 错误号： 104" & vbCrLf & " 错误描述：不能享受统筹待遇" Case "106": strErrMsg = " 错误号： 106" & vbCrLf & " 错误描述：不存在此人" Case "107": strErrMsg = " 错误号： 107" & vbCrLf & " 错误描述：没有参加医疗保险或生育保险" Case "108": strErrMsg = " 错误号： 108" & vbCrLf & " 错误描述：帐户被注销只有死亡，出国定居才存在注销" Case "109": strErrMsg = " 错误号： 109" & vbCrLf & " 错误描述：出院已上传，但未确认出院上传时" Case "110": strErrMsg = " 错误号： 110" & vbCrLf & " 错误描述：出院已确认出院确认传时" Case "111": strErrMsg = " 错误号： 111" & vbCrLf & " 错误描述：没有此人医保卡数据T_cardinfo中" Case "112": strErrMsg = " 错误号： 112" & vbCrLf & " 错误描述：挂失卡已经挂失" Case "113": strErrMsg = " 错误号： 113" & vbCrLf & " 错误描述：卡状态异常" Case "114": strErrMsg = " 错误号： 114" & vbCrLf & " 错误描述：不存在个人账户Kc04无数据" Case "115": strErrMsg = " 错误号： 115" & vbCrLf & " 错误描述：系统没有当年起付线参数" Case "116": strErrMsg = " 错误号： 116" & vbCrLf & " 错误描述：没有当年基本医疗保险报销比例" Case "117": strErrMsg = " 错误号： 117" & vbCrLf & " 错误描述：没有当年大病医疗保险报销比例" Case "118": strErrMsg = " 错误号： 118" & vbCrLf & " 错误描述：没有当年高额医疗保险报销比例" Case "119": strErrMsg = " 错误号： 119" & vbCrLf & " 错误描述：没有当年公务员医疗保险报销比例" Case "120": strErrMsg = " 错误号： 120" & vbCrLf & " 错误描述：入院时间无效" Case "121": strErrMsg = " 错误号： 121" & vbCrLf & " 错误描述：没有单位封锁信息Kb02" Case "150": strErrMsg = " 错误号： 150" & vbCrLf & " 错误描述：支出金额为负数输入的支出的金额为负数" Case "151": strErrMsg = " 错误号： 151" & vbCrLf & " 错误描述：个人帐户超支（扣减为负）账户扣出负数来" Case "152": strErrMsg = " 错误号： 152" & vbCrLf & " 错误描述：基本统筹超支" Case "153": strErrMsg = " 错误号： 153" & vbCrLf & " 错误描述：大病统筹超支" Case "154": strErrMsg = " 错误号： 154" & vbCrLf & " 错误描述：公务员医疗补助超支" Case "155": strErrMsg = " 错误号： 155" & vbCrLf & " 错误描述：账户支付费用超过个人应当支付费用" Case "255": strErrMsg = " 错误号： 255" & vbCrLf & " 错误描述：服务程序出错" Case "998": strErrMsg = " 错误号： 998" & vbCrLf & " 错误描述：获取各类流水号失败" Case "999": strErrMsg = " 错误号： 999" & vbCrLf & " 错误描述：数据库sql错误，或者未找到数据" Case "800": strErrMsg = " 错误号： 800" & vbCrLf & " 错误描述：未办理出院手续，却试图进行出院确认操作" Case "801": strErrMsg = " 错误号： 801" & vbCrLf & " 错误描述：已经出院确认，再次试图办理出院确认" '20051020 陈东 add Case "122": strErrMsg = " 错误号： 122" & vbCrLf & " 错误描述：生育支付项目参数错误" Case "200": strErrMsg = " 错误号： 200" & vbCrLf & " 错误描述：对帐开始日期到终止日期没有费用明细" Case "201": strErrMsg = " 错误号： 201" & vbCrLf & " 错误描述：本月已有对帐信息，不能再次对帐" Case "202": strErrMsg = " 错误号： 202" & vbCrLf & " 错误描述：对帐类别错误" Case "203": strErrMsg = " 错误号： 203" & vbCrLf & " 错误描述：没有在系统指定日期对帐" Case "210": strErrMsg = " 错误号： 210" & vbCrLf & " 错误描述：上传诊断代码重复" Case "211": strErrMsg = " 错误号： 211" & vbCrLf & " 错误描述：上传诊断代码不存在" Case "220": strErrMsg = " 错误号： 220" & vbCrLf & " 错误描述：一次住院不能多次生育" Case "221": strErrMsg = " 错误号： 221" & vbCrLf & " 错误描述：一次门诊不能多次生育" Case "222": strErrMsg = " 错误号： 222" & vbCrLf & " 错误描述：药店不能上传生育类费用" Case "223": strErrMsg = " 错误号： 223" & vbCrLf & " 错误描述：没有发生生育时不能上传多胎费用" Case "224": strErrMsg = " 错误号： 224" & vbCrLf & " 错误描述：没有剖宫产时不能上传全身麻醉费用" Case "225": strErrMsg = " 错误号： 225" & vbCrLf & " 错误描述：门诊不能上传剖宫产费用或全身麻醉费用" Case "230": strErrMsg = " 错误号： 230" & vbCrLf & " 错误描述：非生育住院不能上传生育费用" Case "231": strErrMsg = " 错误号： 231" & vbCrLf & " 错误描述：生育住院没有申请并发症不能上传医疗费用" Case Else strErrMsg = "不能确定的错误代码,代码号为" & strErrCode End Select GetErrInfor = strErrMsg End Function Public Sub ExecuteProcedure_ZLNJ(ByVal strCaption As String) '功能：执行SQL语句 Call SQLTest(App.ProductName, strCaption, gstrSQL) gcnOracle_成都内江.Execute gstrSQL, , adCmdStoredProc Call SQLTest End Sub Private Function 结算方式更正(类别 As Integer, Optional ByRef strAdvance = "") As Boolean '----------------------------------------------------------------------------------------------------------- '--功能:更正及显示结算结果 '--入参数: '--出参数:str结算方式 '--返回:成功返回true,否则返回False '----------------------------------------------------------------------------------------------------------- Dim str结算方式 As String, str虚拟结算返回串 As String Dim dbl费用总额 As Double '费用总额=病人自费金额+基本统筹支付金额+大病统筹金额此解释是由刘兴宏根据以面公式转换而来的 '病人自费金额 = 总费用额 - 基本统筹支付金额 - 大病 / 高额统筹支付金额 '自费金额＝现金支付额＋帐户支付额 (即:可选择由现金或用帐户支付) '大病统筹与高额统筹意义相同 '统筹支付金额等于医保内费用根据不同的起付标准和报销比例由医保中心算 '此说明依据北京科瑞奇技术开发股份有限公司蒋红彬负责的解释结算方式更正 = False Err = 0 On Error GoTo errHand: DebugTool "进入(" & "Get结算方式" & ")" ' If g结算数据.结算标志 = 0 Then dbl费用总额 = g结算数据.医保内费用 + g结算数据.医保外费用 ' End If ' If 类别 = 1 Then '龚智毅 20051028 'g结算数据.帐户支付 = dbl费用总额 - g结算数据.医保外费用 - g结算数据.基本医保支付 - g结算数据.高额医保支付 - g结算数据.公务员医疗补助 - g结算数据.生育支付 g结算数据.帐户支付 = dbl费用总额 - g结算数据.医保外费用 - g结算数据.基本医保支付 - g结算数据.高额医保支付 - g结算数据.公务员医疗补助 ' Else ' g结算数据.帐户支付 = dbl费用总额 - g结算数据.基本医保支付 - g结算数据.高额医保支付 - g结算数据.公务员医疗补助 ' End If 'by 20050122 gzy If g结算数据.帐户可用余额 >= 0 Then If g结算数据.帐户可用余额 < g结算数据.帐户支付 Then g结算数据.帐户支付 = g结算数据.帐户可用余额 End If Else g结算数据.帐户支付 = 0 End If str结算方式 = "\|\|个人帐户\|" & g结算数据.帐户支付 str虚拟结算返回串 = "个人帐户;" & g结算数据.帐户支付 & ";1" If g结算数据.基本医保支付 <> 0 Then str结算方式 = str结算方式 & "\|\|基本统筹\|" & g结算数据.基本医保支付 str虚拟结算返回串 = str虚拟结算返回串 & "\|基本统筹;" & g结算数据.基本医保支付 & ";0" End If If g结算数据.高额医保支付 <> 0 Then str结算方式 = str结算方式 & "\|\|大病支付\|" & g结算数据.高额医保支付 str虚拟结算返回串 = str虚拟结算返回串 & "\|大病支付;" & g结算数据.高额医保支付 & ";0" End If If g结算数据.公务员医疗补助 <> 0 Then str结算方式 = str结算方式 & "\|\|公务员补助\|" & g结算数据.公务员医疗补助 str虚拟结算返回串 = str虚拟结算返回串 & "\|公务员补助;" & g结算数据.公务员医疗补助 & ";0" End If '20051020 陈东 '>Beging 生育支付 g结算数据.生育盈亏 = 0 If g结算数据.生育支付 <> 0 Then str结算方式 = str结算方式 & "\|\|生育支付\|" & g结算数据.生育支付 str虚拟结算返回串 = str虚拟结算返回串 & "\|生育支付;" & g结算数据.生育支付 & ";0" End If '>end 生育支付 If Format(g病人身份_成都内江.费用总额, "###0.00;-###0.00;0;0") <> Format(dbl费用总额, "###0.00;-###0.00;0;0") Then Dim blnYes As Boolean '费用总额与医保中心返回总额不致,不能进行结算 ShowMsgbox "本次结算总额(" & g病人身份_成都内江.费用总额 & ") 与" & vbCrLf & _ " 中心返回的总额(" & dbl费用总额 & ")不等，不能结算！" Exit Function End If If g结算数据.生育支付 > g病人身份_成都内江.生育总费用 Then ShowMsgbox "本次发生生育费用：(" & g病人身份_成都内江.生育总费用 & ") 小于" & vbCrLf & _ " 中心返回的生育支付：(" & g结算数据.生育支付 & ")不能结算！" Exit Function End If strAdvance = str虚拟结算返回串结算方式更正 = True Exit Function 'Modified by ZYB 20051123 由于存在虚拟结算，所以不存在校正的问题了 '如果存在,则保存冲预交记录中 ' If str结算方式 <> "" Then ' str结算方式 = Mid(str结算方式, 3) ' g病人身份_成都内江.结算方式 = str结算方式 ' ' If g结算数据.结算标志 = 0 Then ' #If gverControl < 2 Then ' gstrSQL = "zl_病人结算记录_Update(" & g结算数据.结帐ID & ",'" & str结算方式 & "', 0)" ' #Else ' strAdvance = str结算方式 ' gstrSQL = "zl_医保核对表_Insert(" & g结算数据.结帐ID & ",'" & str结算方式 & "')" ' #End If ' Call zlDatabase.ExecuteProcedure(gstrSQL, "更新预交记录") '' Else '' gstrSQL = "zl_病人结算记录_Update(" & g结算数据.结帐ID & ",'" & str结算方式 & "',1)" '' Call zlDatabase.ExecuteProcedure(gstrSQL, "更新预交记录") ' End If ' End If ' ' '显示结算信息 ' '"个人帐户:" & g结算数据.帐户支付 ' #If gverControl < 2 Then ' If frm结算信息.ShowMe(g结算数据.结帐ID, False, , IIf(g结算数据.结算标志 = 0, 0, 1)) = False Then ' 结算方式更正 = False ' Exit Function ' End If ' #End If 结算方式更正 = True Exit Function errHand: If ErrCenter = 1 Then Resume End Function Private Function Get交易代码(ByVal intType As 业务类型_成都内江, Optional bln读名称 As Boolean = False) As String Select Case intType Case 读病人信息_内江 Get交易代码 = IIf(bln读名称, "读病人信息", "01") Case 更改密码_内江 Get交易代码 = IIf(bln读名称, "更改密码", "02") Case 获取帐户余额_内江 Get交易代码 = IIf(bln读名称, "获取帐户余额", "03") Case 门诊明细写入_内江 Get交易代码 = IIf(bln读名称, "门诊明细写入", "04") Case 门诊消费确认_内江 Get交易代码 = IIf(bln读名称, "门诊消费确认", "05") Case 门诊消费取消_内江 Get交易代码 = IIf(bln读名称, "门诊消费取消", "06") Case 住院登记_内江 Get交易代码 = IIf(bln读名称, "住院登记", "07") Case 出院登记上传_内江 Get交易代码 = IIf(bln读名称, "出院登记上传", "08") Case 住院交易上传_内江 Get交易代码 = IIf(bln读名称, "住院交易上传", "09") Case 住院产易上传取消_内江 Get交易代码 = IIf(bln读名称, "住院产易上传取消", "10") Case 出院登记确认_内江 Get交易代码 = IIf(bln读名称, "出院登记确认_内江", "11") Case 获取单位欠缴情况_内江 Get交易代码 = IIf(bln读名称, "获取单位欠缴情况", "12") Case 初始化函数_内江 Get交易代码 = IIf(bln读名称, "初始化函数", "13") Case 网上对帐_内江 Get交易代码 = IIf(bln读名称, "网上对帐", "14") Case 并发症申请上传_内江 Get交易代码 = IIf(bln读名称, "并发症申请上传", "15") Case Else Get交易代码 = IIf(bln读名称, "错误的交易代码", "-1") End Select End Function Public Function 业务请求_成都内江(ByVal intType As 业务类型_成都内江, strInputString As String, strOutPutstring As String) As Boolean '----------------------------------------------------------------------------------------------------------- '--功能:对所有业务进行业务请求 '--入参数:strinPutString-输入串,按参数顺序,以tab键分隔的传入串 '--出参数:strOutPutString-输出串,按参数顺序,以tab键分隔的返回串 '--返回:成功,返回true,否则返回False '----------------------------------------------------------------------------------------------------------- Dim StrInput As String, lngReturn As Long, strReturn As String Dim strOutput(0 To 20) As String, dblOutPut(0 To 25) As Double, intOutPut(0 To 5) As Integer, lngOutPut(0 To 5) As Long Dim strArr1 Dim strArr(0 To 20) As String Dim str业务 As String Dim strReg As String Dim strNetInput As String Dim lng重试 As Long Dim i As Integer str业务 = Get交易代码(intType, True) DebugTool "进入业务请求函数(业务类型代码为:" & intType & " 业务名称：" & str业务 & ")" & vbCrLf & " 输入参数为:" & strInputString 业务请求_成都内江 = False StrInput = strInputString If InitInfor_成都内江.模拟数据 Then '读取模拟数据 Read模拟数据 intType, strInputString, strOutPutstring 业务请求_成都内江 = True Exit Function End If 'Modify 陈东 20051020 'Beging 检查网络是否连通 GetRegInFor g公共全局, "医保", "ConfigFileName", strReg strNetInput = strReg GetRegInFor g公共全局, "医保", "HostPort", strReg strNetInput = strNetInput & vbTab & strReg GetRegInFor g公共全局, "医保", "IPAddress", strReg strNetInput = strNetInput & vbTab & strReg strArr1 = Split(strNetInput, vbTab) For i = 0 To UBound(strArr1) strArr(i) = strArr1(i) Next lngReturn = gobj成都内江.SetCommPara(strArr(0), Val(strArr(1)), strArr(2)) If lngReturn <> 1 Then '龚智毅 20051028 'ShowMsgbox GetErrInfor(Lpad(lngReturn, 3, "0")) ShowMsgbox "医保网络不通" Exit Function End If lngReturn = 0 'End检查网络是否连通 strArr1 = Split(strInputString, vbTab) For i = 0 To UBound(strArr1) strArr(i) = strArr1(i) Next For i = 0 To 20 strOutput(i) = Space(100) Next Err = 0 On Error GoTo errHand: Select Case intType Case 读病人信息_内江 If InitInfor_成都内江.读卡器_内江 = 0 Then '输入参数: ''调试时要加上 gobj成都内江. lngReturn = GetCardInfo_MW(Val(strArr(0)), strArr(1), strOutput(0), strOutput(1), strOutput(2), strOutput(3), strOutput(4), strOutput(5), strOutput(6), strOutput(7), strOutput(8), strOutput(9), strOutput(10), strOutput(11), strOutput(12)) Else lngReturn = GetCardInfo_KRQ(Val(strArr(0)), strOutput(0), strOutput(1), strOutput(2), strOutput(3), strOutput(4), strOutput(5), strOutput(6), strOutput(7), strOutput(8), strOutput(9), strOutput(10), strOutput(11), strOutput(12)) End If For i = 0 To 20 strOutput(i) = Trim(Split(strOutput(i), Chr(0))(0)) Next If lngReturn <> 0 Then ShowMsgbox GetErrInfor(CStr(lngReturn)) Exit Function End If '构建返回串 strReturn = strOutput(0) & vbTab & strOutput(1) & vbTab & strOutput(2) & vbTab & strOutput(3) & vbTab & strOutput(4) & vbTab & strOutput(5) & vbTab & strOutput(6) & vbTab & strOutput(7) & vbTab & strOutput(8) & vbTab & strOutput(9) & vbTab & strOutput(10) & vbTab & strOutput(11) & vbTab & strOutput(12) Case 更改密码_内江 lngReturn = ChangePassword(Val(strArr(0)), strArr(1), strArr(2)) If lngReturn <> 0 Then ShowMsgbox GetErrInfor(CStr(lngReturn)) Exit Function End If Case 获取帐户余额_内江 '输入参数: 个人编号 String (8) IN ' 社保卡号码 String (10) IN ' 统筹地区编码 String (1) IN '输出参数: 帐户余额 Long OUT ' 在职情况 String(1) OUT lngReturn = gobj成都内江.GetAccountAmountFunc(strArr(0), strArr(1), strArr(2), lngOutPut(0), strOutput(0)) If lngReturn <> 0 Then ShowMsgbox GetErrInfor(Lpad(lngReturn, 3, "0")) Exit Function End If strReturn = lngOutPut(0) / 100 & vbTab & strOutput(0) Case 门诊明细写入_内江 '输入参数: 个人编号 String(8) In ' 社保卡号码 String(10) In ' 医院代码 String(5) In ' 操作员卡号码 String(10) In ' 统筹地区编码 String(1) In ' 医院交易流水号 String(20) In ' 交易类别 String(1) In ' 处方条数 String(2) In ' 处方明细 String处方条数×51 In '输出参数: 医保流水号 String(20) Out ' 医保内费用 String(10) Out ' 医保外费用 String(10) Out ' 个人帐户可用余额 String(10) Out ' 处方明细 String处方条数×51 Out ' 在职情况 String(1) Out ' '20051020 add ' 生育支付 String(10) Out Do While lng重试 <= 3 'lngReturn = gobj成都内江.DoConsumeTransFunc(strArr(0), strArr(1), strArr(2), strArr(3), strArr(4), strArr(5), strArr(6), strArr(7), strArr(8), strOutPut(0), strOutPut(1), strOutPut(2), strOutPut(3), strOutPut(4), strOutPut(5)) lngReturn = gobj成都内江.DoConsumeTransFunc(strArr(0), strArr(1), strArr(2), strArr(3), strArr(4), strArr(5), strArr(6), strArr(7), strArr(8), strOutput(0), strOutput(1), strOutput(2), strOutput(3), strOutput(4), strOutput(5), strOutput(6)) If lngReturn <> 0 Then 'If MsgBox(GetErrInfor(Lpad(lngReturn, 3, "0")), vbRetryCancel + vbDefaultButton1, "医保接口") = vbCancel Then ' lng重试 = 8 ' Exit Function ' End If lng重试 = lng重试 + 1 If lng重试 > 3 Then MsgBox GetErrInfor(Lpad(lngReturn, 3, "0")), vbInformation, "医保接口" Exit Function End If Else lng重试 = 5 End If Loop 'strReturn = strOutPut(0) & vbTab & Val(strOutPut(1)) / 100 & vbTab & Val(strOutPut(2)) / 100 & vbTab & Val(strOutPut(3)) / 100 & vbTab & strOutPut(4) & vbTab & strOutPut(5) strReturn = strOutput(0) & vbTab & Val(strOutput(1)) / 100 & vbTab & Val(strOutput(2)) / 100 & vbTab & Val(strOutput(3)) / 100 & vbTab & strOutput(4) & vbTab & strOutput(5) & vbTab & strOutput(6) / 100 Case 门诊消费确认_内江 '输入参数: 个人编号 String(8) In ' 社保卡号码 String(10) In ' 医院代码 String(5) In ' 操作员卡号码 String(10) In ' 统筹地区编码 String(1) In ' 医保交易流水号 String(20) In ' 交易类别 String(1) In ' 个人帐户支付 String(10) In Do While lng重试 <= 3 lngReturn = gobj成都内江.DoConsumeAffirmFunc(strArr(0), strArr(1), strArr(2), strArr(3), strArr(4), strArr(5), strArr(6), strArr(7)) If lngReturn <> 0 Then ' If MsgBox(GetErrInfor(Lpad(lngReturn, 3, "0")), vbRetryCancel + vbDefaultButton1, "医保接口") = vbCancel Then ' lng重试 = 8 ' Exit Function ' End If lng重试 = lng重试 + 1 If lng重试 > 3 Then MsgBox GetErrInfor(Lpad(lngReturn, 3, "0")), vbInformation, "医保接口" Exit Function End If Else lng重试 = 5 End If Loop strReturn = "" Case 门诊消费取消_内江 '输入参数: 个人编号 String(8) In ' 社保卡号码 String(10) In ' 医院代码 String(5) In ' 操作员卡号码 String(10) In ' 统筹地区编码 String(1) In ' 医保交易流水号 String(20) In ' 交易类别 String(1) In Do While lng重试 <= 3 lngReturn = gobj成都内江.DoConsumeCancelFunc(strArr(0), strArr(1), strArr(2), strArr(3), strArr(4), strArr(5), strArr(6)) If lngReturn <> 0 Then ' If MsgBox(GetErrInfor(Lpad(lngReturn, 3, "0")), vbRetryCancel + vbDefaultButton1, "医保接口") = vbCancel Then ' lng重试 = 8 ' Exit Function ' End If lng重试 = lng重试 + 1 If lng重试 > 3 Then MsgBox GetErrInfor(Lpad(lngReturn, 3, "0")), vbInformation, "医保接口" Exit Function End If Else lng重试 = 5 End If Loop strReturn = "" Case 住院登记_内江 '输入参数: 个人编号 String(8) In ' 社保卡号码 String(10) In ' 医院代码 String(5) In ' 操作员卡号码 String(10) In ' 统筹地区编码 String(1) In ' 入院日期 String(8) In ' 入院科别 String(10) In ' 入院诊治医生 String(10) In ' 诊断编码 String(20) In '输出参数:住院流水号 String(20) Out ' 享受待遇标志 Small int Out ' 起付标准 Long Out ' 在职情况 String(1) Out Do While lng重试 <= 3 lngReturn = gobj成都内江.DoHospInFunc(strArr(0), strArr(1), strArr(2), strArr(3), strArr(4), strArr(5), strArr(6), strArr(7), strArr(8), strOutput(0), intOutPut(0), lngOutPut(0), strOutput(1)) If lngReturn <> 0 Then ' If MsgBox(GetErrInfor(Lpad(lngReturn, 3, "0")), vbRetryCancel + vbDefaultButton1, "医保接口") = vbCancel Then ' lng重试 = 8 ' Exit Function ' End If lng重试 = lng重试 + 1 If lng重试 > 3 Then MsgBox GetErrInfor(Lpad(lngReturn, 3, "0")), vbInformation, "医保接口" Exit Function End If Else lng重试 = 5 End If Loop strReturn = strOutput(0) & vbTab & intOutPut(0) & vbTab & lngOutPut(0) & vbTab & strOutput(1) Case 住院交易上传_内江 '输入参数: 个人编号 String(8) In ' 社保卡号码 String(10) In ' 医院代码 String(5) In ' 统筹地区编码 String(1) In ' 医院交易流水号 String(20) In ' 出院带药类别 String(1) In ' 科别 String(10) In ' 医生 String(10) In ' 住院流水号 String(20) In ' 处方条数 String(2) In ' 处方明细 String处方条数×51 In '输出参数: 医保交易流水号 String(20) Out ' 处方明细 String处方条数×51 Out ' TRANSDETIAL输出 (计算费用明细) Out Do While lng重试 <= 3 lngReturn = gobj成都内江.DoHospTransFunc(strArr(0), strArr(1), strArr(2), strArr(3), strArr(4), strArr(5), strArr(6), strArr(7), strArr(8), strArr(9), strArr(10), strOutput(0), strOutput(1), strOutput(2)) If lngReturn <> 0 Then ' If MsgBox(GetErrInfor(Lpad(lngReturn, 3, "0")), vbRetryCancel + vbDefaultButton1, "医保接口") = vbCancel Then ' lng重试 = 8 ' Exit Function ' End If lng重试 = lng重试 + 1 If lng重试 > 3 Then MsgBox GetErrInfor(Lpad(lngReturn, 3, "0")), vbInformation, "医保接口" Exit Function End If Else lng重试 = 5 End If Loop strReturn = strOutput(0) & vbTab & strOutput(1) & vbTab & strOutput(2) Case 住院产易上传取消_内江 '输入参数:个人编号 String(8) In ' 社保卡号码 String(10) In ' 操作员卡号码 String(10) In ' 统筹地区编码 String(1) In ' 住院流水号 String(20) In ' 医保交易流水号 String(20) In '输出参数: ' lngReturn = gobj成都内江.DoHospCancelFunc(strArr(0), strArr(1), strArr(2), strArr(3), strArr(4), strArr(5)) ' If lngReturn <> 0 Then ' ShowMsgbox GetErrInfor(Lpad(lngReturn, 3, "0")) ' Exit Function ' End If Do While lng重试 <= 3 lngReturn = gobj成都内江.DoHospCancelFunc(strArr(0), strArr(1), strArr(2), strArr(3), strArr(4), strArr(5)) If lngReturn <> 0 Then ' If MsgBox(GetErrInfor(Lpad(lngReturn, 3, "0")), vbRetryCancel + vbDefaultButton1, "医保接口") = vbCancel Then ' lng重试 = 8 ' Exit Function ' End If lng重试 = lng重试 + 1 If lng重试 > 3 Then MsgBox GetErrInfor(Lpad(lngReturn, 3, "0")), vbInformation, "医保接口" Exit Function End If Else lng重试 = 5 End If Loop strReturn = strOutput(0) & vbTab & strOutput(1) & vbTab & strOutput(2) Case 出院登记上传_内江 '输入参数:个人编号 String(8) In ' 社保卡号码 String(10) In ' 医院代码 String(5) In ' 操作员卡号码 String(10) In ' 统筹地区编码 String(1) In ' 出院日期 String(8) In ' 出院科别 String(10) In ' 出院诊治医生 String(10) In ' 诊断编码 String(20) In ' 出院带药 String(1) In ' 出院类别 String(1) In ' 住院流水号 String(20) In '输出参数 ' TRANSDETIAL输出 (计算费用明细) ' 享受待遇标志 String(1) Out ' 医保内费用 String(10) Out ' 医保外费用 String(10) Out ' 基本医保支付如果参加大病医保，则为大病医保支付 String(10) Out ' 高额医保支付 String(10) Out ' 公务员医疗补助 String(10) Out ' 个人按比例支付 String(10) Out ' TRANSDETIAL结束 ' 起付标准 String(10) Out ' 个人帐户可用余额 String(10) Out ' lngReturn = gobj成都内江.DoHospOutTransFunc(strArr(0), strArr(1), strArr(2), strArr(3), strArr(4), strArr(5), strArr(6), strArr(7), strArr(8), strArr(9), strArr(10), strArr(11), strOutPut(0), strOutPut(1), strOutPut(2)) ' If lngReturn <> 0 Then ' ShowMsgbox GetErrInfor(Lpad(lngReturn, 3, "0")) ' Exit Function ' End If Do While lng重试 <= 3 lngReturn = gobj成都内江.DoHospOutTransFunc(strArr(0), strArr(1), strArr(2), strArr(3), strArr(4), strArr(5), strArr(6), strArr(7), strArr(8), strArr(9), strArr(10), strArr(11), strOutput(0), strOutput(1), strOutput(2)) If lngReturn <> 0 Then ' If MsgBox(GetErrInfor(Lpad(lngReturn, 3, "0")), vbRetryCancel + vbDefaultButton1, "医保接口") = vbCancel Then ' lng重试 = 8 ' Exit Function ' End If lng重试 = lng重试 + 1 If lng重试 > 3 Then MsgBox GetErrInfor(Lpad(lngReturn, 3, "0")), vbInformation, "医保接口" Exit Function End If Else lng重试 = 5 End If Loop strReturn = strOutput(0) & vbTab & strOutput(1) & vbTab & strOutput(2) Case 出院登记确认_内江 '输入参数:个人编号 String(8) In ' 社保卡号码 String(10) In ' 操作员卡号码 String(10) In ' 统筹地区编号 String(1) In ' 住院流水号 String(20) In ' 个人帐户支付 String(10) In ' lngReturn = gobj成都内江.DoHospOutAffirmFunc(strArr(0), strArr(1), strArr(2), strArr(3), strArr(4), strArr(5)) ' If lngReturn <> 0 Then ' ShowMsgbox GetErrInfor(Lpad(lngReturn, 3, "0")) ' Exit Function ' End If Do While lng重试 <= 3 lngReturn = gobj成都内江.DoHospOutAffirmFunc(strArr(0), strArr(1), strArr(2), strArr(3), strArr(4), strArr(5)) If lngReturn <> 0 Then ' If MsgBox(GetErrInfor(Lpad(lngReturn, 3, "0")), vbRetryCancel + vbDefaultButton1, "医保接口") = vbCancel Then ' lng重试 = 8 ' Exit Function ' End If lng重试 = lng重试 + 1 If lng重试 > 3 Then MsgBox GetErrInfor(Lpad(lngReturn, 3, "0")), vbInformation, "医保接口" Exit Function End If Else lng重试 = 5 End If Loop strReturn = "" Case 获取单位欠缴情况_内江 '输入参数:个人编号 String (8) IN ' 社保卡号码 String (10) IN ' 统筹地区编码 String (1) IN '输出参数 ' 单位欠缴情况 String(1) OUT lngReturn = gobj成都内江.GetArrearInfo(strArr(0), strArr(1), strArr(2), strOutput(0)) If lngReturn <> 0 Then ShowMsgbox GetErrInfor(Lpad(lngReturn, 3, "0")) Exit Function End If strReturn = strOutput(0) Case 初始化函数_内江 '输入参数:ConfigFileName ' HostPort ' IPAddress lngReturn = gobj成都内江.SetCommPara(strArr(0), Val(strArr(1)), strArr(2)) If lngReturn <> 1 Then ShowMsgbox GetErrInfor(Lpad(lngReturn, 3, "0")) Exit Function End If strReturn = "" 'Add 陈东 20051020 Case 网上对帐_内江 '输入参数内容 'HOSPID 医院/药店编号 'TCDQBM 统筹地区编码 'DZLB 对帐类别(0:门诊,1:住院, 2药店) 'KSRQ 对帐开始日期 'ZZRQ 对帐终止日期 'Count 上传数据条数 'je 上传总额 '输出参数 'DZQK 对帐情况(0成功,1 金额相等 , 条数不等 2 金额不等 , 条数相等 3金额不等,条数不等) 'DZCOUNT 对帐数据条数 'DZJE 对帐金额 lngReturn = gobj成都内江.CompareTotal(strArr(0), strArr(1), strArr(2), strArr(3), strArr(4), strArr(5), strArr(6), strOutput(0), strOutput(1), strOutput(2)) If lngReturn <> 0 Then ShowMsgbox GetErrInfor(Lpad(lngReturn, 3, "0")) Exit Function End If strReturn = strOutput(0) & vbTab & strOutput(1) & vbTab & strOutput(2) Case 并发症申请上传_内江 'TCDQBM '统筹地区编码 String (1) IN 'ZYLSH '住院流水号 String (20) IN 'ZDBM '诊断编码 String (200) IN lngReturn = gobj成都内江.DoBFZAffirmFunc(strArr(0), strArr(1), strArr(2)) If lngReturn <> 1 Then ShowMsgbox GetErrInfor(Lpad(lngReturn, 3, "0")) Exit Function End If strReturn = "" End Select strOutPutstring = strReturn 业务请求_成都内江 = True DebugTool " 输出参数为:" & strReturn Exit Function errHand: DebugTool "业务请求失败输出参数为:" & strReturn If ErrCenter = 1 Then Resume End If End Function Public Function GetItemInsure_成都内江(lng病人ID As Long, lng收费细目ID As Long, bln门诊 As Boolean) As String Dim strDefault As String '缺省医保编码 Dim strCurrent As String '当前医保编码，门诊取门诊编码，住院取住院编码 Dim rsTemp As New ADODB.Recordset On Error GoTo errHand gstrSQL = "Select B.类别,A.编码,A.名称,B.说明 From 保险项目 A,医保对照明细 B" & _ " Where B.险类=[1] And A.险类=B.险类 And A.编码=B.项目编码 And B.收费细目ID=[2]" Set rsTemp = zlDatabase.OpenSQLRecord(gstrSQL, "提取医保编码", TYPE_成都内江, lng收费细目ID) rsTemp.Filter = "类别=" & IIf(bln门诊, 1, 2) Select Case rsTemp.RecordCount Case 0 '没有设置对应编码，取缺省编码 rsTemp.Filter = "类别=0" If rsTemp.RecordCount <> 0 Then GetItemInsure_成都内江 = rsTemp!编码 End If Case 1 GetItemInsure_成都内江 = rsTemp!编码 Case Else '多选 GetItemInsure_成都内江 = frm医保项目选择.ShowSelect(rsTemp, lng收费细目ID) End Select rsTemp.Filter = 0 Exit Function errHand: If ErrCenter = 1 Then Resume rsTemp.Filter = 0 End Function Public Function 并发症选择_成都内江(lng病人ID As Long, lng主页ID As Long) '功能上传并发证 '20051024 陈东 Dim rsBfz As New ADODB.Recordset gstrSQL = "Select * from 病案主页 Where 出院日期 is null and 病人ID=[1] And 主页ID=[2]" Set rsBfz = zlDatabase.OpenSQLRecord(gstrSQL, "是否在院", lng病人ID, lng主页ID) If rsBfz.RecordCount > 0 Then gstrSQL = "Select * from 保险帐户 Where 病人ID=[1]" Set rsBfz = zlDatabase.OpenSQLRecord(gstrSQL, "取统筹地区编码", lng病人ID) Else MsgBox "出院病人不能执行此操作!", vbInformation, gstrSysName Exit Function End If If 医保初始化_成都内江 = False Then Exit Function If 存在未结费用(lng病人ID, lng主页ID) = True Then frm病种选择_成都内江.GetCode (lng病人ID) Else MsgBox "费用已结清，不能执行此操作！", vbInformation, gstrSysName Exit Function End If End Function Public Function 判断补办效期_成都内江(lng病人ID As Long, lng主页ID As Long) As Boolean Dim rsTemp As New ADODB.Recordset Dim int有效天数 As Integer Dim dbl相差天数 As Double gstrSQL = "Select nvl(参数值,0) as 参数值 From 保险参数 where 险类=" & TYPE_成都内江 & " and 参数名='允许补办天数'" zlDatabase.OpenRecordset rsTemp, gstrSQL, "获取允许补办天数" If rsTemp.EOF Then 判断补办效期_成都内江 = False MsgBox "没有发现参数：允许补充天数。", vbInformation, gstrSysName Exit Function End If int有效天数 = rsTemp!参数值 gstrSQL = "Select trunc(sysdate-入院日期,2) as 相差天数 From 病案主页 where 病人id =" & lng病人ID & " and 主页id =" & lng主页ID zlDatabase.OpenRecordset rsTemp, gstrSQL, "获取相差天数" If rsTemp.EOF Then 判断补办效期_成都内江 = False MsgBox "无法获取相差天数。", vbInformation, gstrSysName Exit Function End If dbl相差天数 = rsTemp!相差天数 If int有效天数 < dbl相差天数 And int有效天数 > 0 Then 判断补办效期_成都内江 = False MsgBox "已经超过了允许的补办天数。", vbInformation, gstrSysName Exit Function End If 判断补办效期_成都内江 = True End Function
REM ================================================================= REM FFT benchmark program for xbasic REM This version is one COG and does not use PASM butterflies REM ================================================================= include "fft.bas" include "math.bas" include "print.bas" include "propeller.bas" REM ================================================================= REM constants and data REM def FFT_FFT_SIZE = 1024 def FFT_LOG2_FFT_SIZE = 10 def FFT_CMD_DECIMATE = 1 def FFT_CMD_BUTTERFLY = 2 def FFT_CMD_MAGNITUDE = 4 REM default size is integer (long) REM dim bx(FFT_FFT_SIZE) dim by(FFT_FFT_SIZE) REM For testing define 16 samples of an input wave form here. dim indat() = { 4096, 3784, 2896, 1567, 0, -1567, -2896, -3784, -4096, -3784, -2896, -1567, 0, 1567, 2896, 3784 } REM ================================================================= REM start program REM main REM finish program in a loop do waitcnt(clkfreq+cnt) loop REM ----------------------------------------------------------------- REM main fft test REM Test harness for the FFT REM def main print print "heater_fft v2.0"; print " - ported to xbasic by "; print " jazzed July 2011." print print " Test time about 3 seconds"; print " on 80MHz Propeller." print " Starting test ...." print REM Input some data fillInput REM The Fourier transform, including bit-reversal reordering and magnitude converstion startTime = cnt FFT_butterflies(FFT_CMD_DECIMATE \| FFT_CMD_BUTTERFLY \| FFT_CMD_MAGNITUDE, @bx, @by) endTime = cnt REM Print resulting spectrum printSpectrum print "1024 point FFT plus magnitude "; print "calculation run time = "; print (endTime - startTime) / (clkfreq / 1000); " ms" print end def REM ----------------------------------------------------------------- REM dim real, imag, magnitude REM Spectrum is available in first half of the buffers after FFT. REM def printSpectrum dim i print "Freq. Magnitude" for i = 0 to (FFT_FFT_SIZE / 2) print i, bx(i) next i end def dim hex16array(16) = { '0', '1', '2', '3', '4', '5', '6', '7' '8', '9', 'A', 'B', 'C', 'D', 'E', 'F' } REM=================================================== REM Print a hexidecimal number to current text position REM @param value - decimal number REM @param digits - number of digits to print REM def printhex(value, digits) dim n do while digits > 0 digits = digits - 1 n = (value >> (digits<<2)) & 0xf uartTx(hex16array(n)) loop end def REM ----------------------------------------------------------------- REM Fill buffer bx with samples of of an imput signal and clear by. REM WARNING: Keep the peek amplitude < 2048. REM def fillInput REM dim r, sx, sy dim length = FFT_FFT_SIZE dim one = 1 dim k = 0 do while k < length REM Two frequencies of the waveform defined in indat bx(k) = (indat((3k) mod 16) / 4) - 1 bx(k) = bx(k) + (indat((5k) mod 16) / 4) - 1 REM The highest frequency if k & 1 then bx(k) = bx(k) + 200 else bx(k) = bx(k) + -200 end if REM A DC level bx(k) = bx(k) + 200 REM Clear Y array. by(k) = 0 k = k + one loop end def REM end of file REM =================================================================
Operation =1 Option =0 Where ="(((dbo_ProjectHeader.DocketNum) Is Not Null) AND ((dbo_ProjectHeader.ProjectStat" "usID)<=30))" Begin InputTables Name ="dbo_ProjectComponentLFFinishWorkList" Name ="dbo_ProjectComponentHeader" Name ="dbo_ProjectHeader" Name ="dbo_ContactGeneral" Name ="dbo_CompanyLocation" End Begin OutputColumns Expression ="dbo_ProjectComponentLFFinishWorkList.ID" Expression ="dbo_ProjectComponentLFFinishWorkList.ProjectComponentID" Expression ="dbo_ContactGeneral.CompName" Expression ="dbo_ProjectHeader.ProjectName" Expression ="dbo_ProjectComponentHeader.ComponentName" Expression ="dbo_ProjectComponentLFFinishWorkList.SectionName" Expression ="dbo_ProjectHeader.DocketNum" Alias ="HasCutter" Expression ="IIf(InStr([name],\"flatbed cutter\")>1,True,False)" Alias ="HasRollCutter" Expression ="IIf(InStr([name],\"roll cutter\")>1,True,False)" Alias ="HasRouter" Expression ="IIf(InStr([name],\"flatbed router\")>0,True,False)" Alias ="HasLaminate" Expression ="IIf(InStr([name],\"laminat\")>0,True,False)" Alias ="HasDrill" Expression ="IIf(InStr([name],\"drill\")>0,True,False)" Alias ="HasTaping" Expression ="IIf(InStr([name],\"taping\")>0,True,False)" Alias ="HasKitting" Expression ="IIf(InStr([name],\"kitting\")>0,True,False)" Alias ="HasSewnHem" Expression ="IIf(InStr([name],\"sewn hem\")>0,True,False)" Alias ="HasOtherSrv" Expression ="IIf([HasCutter]=False And [HasRollCutter]=False And [hasrouter]=False And [hasla" "minate]=False And [hasdrill]=False And [hastaping]=False And [haskitting]=False " "And [hassewnhem]=False,True,False)" Expression ="dbo_ProjectComponentLFFinishWorkList.Status" Expression ="dbo_ProjectHeader.InvoiceNum" Expression ="dbo_ProjectHeader.KeepInProductionYN" Expression ="dbo_ProjectComponentLFFinishWorkList.Name" Expression ="dbo_ProjectComponentHeader.StLFFinish" Expression ="dbo_ProjectComponentHeader.MHLFFinish" Expression ="dbo_ProjectComponentHeader.DYLFFinish" Expression ="dbo_ProjectComponentHeader.StPrint" Alias ="DueDate" Expression ="IIf(Nz([SpecifiedDueDate],0)>0,[specifiedduedate],[assignedduedate])" Expression ="dbo_ProjectHeader.ProjectStatusID" Alias ="ProofDisplay" Expression ="IIf([HardProofSentDate],Format(IIf([HardProofApprovedDate],[HardProofApprovedDat" "e],\"\"),\"Medium Date\"),Format(IIf([ProofApprovedDate],[ProofApprovedDate],\"\"" "),\"Medium Date\"))" Expression ="dbo_ProjectHeader.DeliveryCutoffTime" Expression ="dbo_ProjectComponentHeader.ExpectedQty" Expression ="dbo_ProjectHeader.IsRush" Expression ="dbo_ProjectHeader.ContactGeneralID" Expression ="dbo_ProjectHeader.FirmDueDate" Expression ="dbo_ProjectComponentHeader.ProjectHeaderID" Expression ="dbo_ProjectHeader.CompanyLocationID" Expression ="dbo_CompanyLocation.ReportColor" End Begin Joins LeftTable ="dbo_ProjectComponentLFFinishWorkList" RightTable ="dbo_ProjectComponentHeader" Expression ="dbo_ProjectComponentLFFinishWorkList.ProjectComponentID = dbo_ProjectComponentHe" "ader.ID" Flag =1 LeftTable ="dbo_ProjectComponentHeader" RightTable ="dbo_ProjectHeader" Expression ="dbo_ProjectComponentHeader.ProjectHeaderID = dbo_ProjectHeader.ID" Flag =1 LeftTable ="dbo_ProjectHeader" RightTable ="dbo_ContactGeneral" Expression ="dbo_ProjectHeader.ContactGeneralID = dbo_ContactGeneral.ID" Flag =2 LeftTable ="dbo_ProjectHeader" RightTable ="dbo_CompanyLocation" Expression ="dbo_ProjectHeader.CompanyLocationID = dbo_CompanyLocation.ID" Flag =2 End dbBoolean "ReturnsRecords" ="-1" dbInteger "ODBCTimeout" ="60" dbByte "RecordsetType" ="0" dbBoolean "OrderByOn" ="0" dbByte "Orientation" ="0" dbByte "DefaultView" ="2" dbBinary "GUID" = Begin 0x614bcc4f284baa4cadb9f55c8a324323 End dbBoolean "FilterOnLoad" ="0" dbBoolean "OrderByOnLoad" ="-1" dbBoolean "TotalsRow" ="0" dbLongBinary "DOL" = Begin 0x0acc0e5500000000ccdae839ea603049a9a3da6e12671b4f000000009726574c , 0x2de0e4400000000000000000640062006f005f00500072006f006a0065006300 , 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0x9d745c2d3c9b453407000000f0a07a545f8a6448b11bd6a1031b20d149004400 , 0x000000000000000000000000000000000000000000000c000000050000000000 , 0x000000000000000000000000 End dbByte "PublishToWeb" ="1" Begin Begin dbText "Name" ="dbo_ContactGeneral.CompName" dbLong "AggregateType" ="-1" dbBinary "GUID" = Begin 0xda5b718935ed4143b9c647680df595f1 End End Begin dbText "Name" ="dbo_ProjectHeader.DocketNum" dbLong "AggregateType" ="-1" dbBinary "GUID" = Begin 0x95f4e4e94221bf4cb264d8f2bcaa5f4a End End Begin dbText "Name" ="dbo_ProjectComponentLFFinishWorkList.SectionName" dbLong "AggregateType" ="-1" dbBinary "GUID" = Begin 0xe9109248176610449a9283fb025cfefd End End Begin dbText "Name" ="dbo_ProjectHeader.InvoiceNum" dbLong "AggregateType" ="-1" dbBinary "GUID" = Begin 0xe888f07c5e51cb46a64537e533d89f72 End End Begin dbText "Name" ="dbo_ProjectComponentLFFinishWorkList.Status" dbLong "AggregateType" ="-1" dbBinary "GUID" = Begin 0x404d31817d65844a8da6a72b740b671e End End Begin dbText "Name" ="dbo_ProjectHeader.KeepInProductionYN" dbLong "AggregateType" ="-1" dbBinary "GUID" = Begin 0x0d45eb16938f0a458de9e1a323bb5dd5 End End Begin dbText "Name" ="dbo_ProjectComponentLFFinishWorkList.ProjectComponentID" dbLong "AggregateType" ="-1" End Begin dbText "Name" ="dbo_ProjectComponentLFFinishWorkList.Name" dbInteger "ColumnWidth" ="2835" dbBoolean "ColumnHidden" ="0" dbLong "AggregateType" ="-1" End Begin dbText "Name" ="HasCutter" dbLong "AggregateType" ="-1" dbBinary "GUID" = Begin 0x1b420ba99e70424782f5e01ec3c5157e End End Begin dbText "Name" ="HasRouter" dbLong "AggregateType" ="-1" dbBinary "GUID" = Begin 0x62878ec8fedc484d85115c3ba8f8250c End End Begin dbText "Name" ="HasRollCutter" dbLong "AggregateType" ="-1" dbBinary "GUID" = Begin 0x7445d7793732e946b9c9a9c0b8285048 End End Begin dbText "Name" ="HasLaminate" dbLong "AggregateType" ="-1" dbBinary "GUID" = Begin 0x0403edd95e096148b9f904b1a7120f0e End End Begin dbText "Name" ="HasDrill" dbLong "AggregateType" ="-1" dbBinary "GUID" = Begin 0xbf415f8d37d9c845b2e86d12a05c9513 End End Begin dbText "Name" ="HasTaping" dbLong "AggregateType" ="-1" dbBinary "GUID" = Begin 0x8668125fd1bf9d48b3190313ff17f1a5 End End Begin dbText "Name" ="HasKitting" dbLong "AggregateType" ="-1" dbBinary "GUID" = Begin 0xa473e003de09d540b06e8007d5854ba6 End End Begin dbText "Name" ="HasSewnHem" dbLong "AggregateType" ="-1" dbBinary "GUID" = Begin 0xd9bfbe4b140cca4e96783149bc2ec916 End End Begin dbText "Name" ="dbo_ProjectHeader.ProjectName" dbLong "AggregateType" ="-1" End Begin dbText "Name" ="dbo_ProjectComponentHeader.ComponentName" dbLong "AggregateType" ="-1" End Begin dbText "Name" ="dbo_ProjectComponentHeader.StLFFinish" dbLong "AggregateType" ="-1" End Begin dbText "Name" ="dbo_ProjectComponentHeader.MHLFFinish" dbLong "AggregateType" ="-1" End Begin dbText "Name" ="dbo_ProjectComponentHeader.StPrint" dbLong "AggregateType" ="-1" End Begin dbText "Name" ="DueDate" dbLong "AggregateType" ="-1" dbBinary "GUID" = Begin 0xc4e49d975864f94698cb4f0614c3ec7a End End Begin dbText "Name" ="HasOtherSrv" dbLong "AggregateType" ="-1" dbBinary "GUID" = Begin 0xf1e532df9ae7d84e95e08a34bd0dba56 End End Begin dbText "Name" ="dbo_ProjectHeader.ProjectStatusID" dbLong "AggregateType" ="-1" End Begin dbText "Name" ="ProofDisplay" dbInteger "ColumnWidth" ="3075" dbBoolean "ColumnHidden" ="0" dbLong "AggregateType" ="-1" dbBinary "GUID" = Begin 0x97bf7db54a399948baa43dcb82c13455 End End Begin dbText "Name" ="dbo_ProjectHeader.DeliveryCutoffTime" dbLong "AggregateType" ="-1" End Begin dbText "Name" ="dbo_ProjectComponentHeader.ExpectedQty" dbLong "AggregateType" ="-1" End Begin dbText "Name" ="dbo_ProjectHeader.IsRush" dbLong "AggregateType" ="-1" End Begin dbText "Name" ="dbo_ProjectHeader.ContactGeneralID" dbLong "AggregateType" ="-1" End Begin dbText "Name" ="dbo_ProjectHeader.FirmDueDate" dbLong "AggregateType" ="-1" End Begin dbText "Name" ="dbo_ProjectComponentHeader.DYLFFinish" dbLong "AggregateType" ="-1" End Begin dbText "Name" ="dbo_ProjectComponentHeader.ProjectHeaderID" dbLong "AggregateType" ="-1" End Begin dbText "Name" ="dbo_ProjectComponentLFFinishWorkList.ID" dbLong "AggregateType" ="-1" End Begin dbText "Name" ="dbo_CompanyLocation.ReportColor" dbLong "AggregateType" ="-1" End Begin dbText "Name" ="dbo_ProjectHeader.CompanyLocationID" dbLong "AggregateType" ="-1" End End Begin State =0 Left =28 Top =126 Right =1558 Bottom =849 Left =-1 Top =-1 Right =1498 Bottom =366 Left =0 Top =0 ColumnsShown =539 Begin Left =29 Top =9 Right =322 Bottom =394 Top =0 Name ="dbo_ProjectComponentLFFinishWorkList" Name ="" End Begin Left =373 Top =18 Right =600 Bottom =350 Top =0 Name ="dbo_ProjectComponentHeader" Name ="" End Begin Left =689 Top =8 Right =881 Bottom =365 Top =0 Name ="dbo_ProjectHeader" Name ="" End Begin Left =1005 Top =81 Right =1291 Bottom =373 Top =0 Name ="dbo_ContactGeneral" Name ="" End Begin Left =1339 Top =12 Right =1483 Bottom =156 Top =0 Name ="dbo_CompanyLocation" Name ="" End End
DECLARE SUB center (row%, text$) ' ллллллллллллллллллллллллллллллллллллллллллллллллллллллллллллллллллллл" ' л л ' л л лл лллл лллл ллллл лл л ллллллл л л л ' л л л л л л л л л л л л л л л л ' л л лллллл лллл лллл л л л л л лллллл л ' л л л л л л л л л л л л л л л л ' л ллллл л л лллл л л ллллл л лл л л л л ' л л ' ллллллллллллллллллллллллллллллллллллллллллллллллллллллллллллллллллллл ' ' By Tim Caswell ' ' Controls ' ' 8 ' 7 9 ' \Г/ ' 4ФФ6 ' /Г\ ' 4 3 ' 2 ' ' ' ' DECLARE SUB instruct () DEFINT A-S, U-Z DIM c(11, 11), L(23, 17) FOR X = 0 TO 22: L(X, 0) = 1: L(X, 17) = 1: NEXT X: FOR Y = 1 TO 16: L(0, Y) = 1: L(22, Y) = 1: NEXT Y DIM TEMP%(10000), BAD(10, 5) DIM X(1000), Y(1000) MMD = -1: MMR = -1 MD = 1: MR = 1 'INPUT "SCREEN MODE(1-CGA 2-EGA 3-VGA 4-MONOCHROME 5-MONOCHROME)"; SCM SCM = 3 IF SCM = 1 THEN SCREEN 1 IF SCM = 2 THEN SCREEN 9 IF SCM = 3 THEN SCREEN 12 IF SCM = 4 THEN SCREEN 12 IF SCM = 5 THEN SCREEN 12: FOR a = 0 TO 15: PALETTE a, a / 15 * 63: NEXT a WINDOW SCREEN (0, 0)-(639, 479) S = 1 OPEN "Labyrint.PIC" FOR INPUT AS #1 FOR N = 1 TO 15 FOR Y = 1 TO 10 STEP S FOR X = 1 TO 10 STEP S INPUT #1, c IF c > 0 THEN IF c = 8 THEN c = -1 c = c + 8 IF SCM = 1 THEN IF c <> 15 AND c <> 7 THEN c = 1 IF c = 15 THEN c = 3 IF c = 7 THEN c = 2 END IF IF SCM = 4 THEN IF c <> 15 AND c <> 7 THEN c = 3.5 IF c = 15 THEN c = 7.5 IF c = 7 THEN c = 4 c = c * 2 END IF IF SCM = 5 THEN IF c <> 15 AND c <> 7 THEN c = .2 IF c = 15 THEN c = .3 IF c = 7 THEN c = .1 c = c * 10! / 3 * 15 END IF END IF c(X, Y) = c NEXT X NEXT Y FOR X = 1 TO 10 STEP S c(X, 0) = c(X, 1) c(X, 11) = c(X, 10) NEXT X FOR Y = 0 TO 11 STEP S c(0, Y) = c(1, Y) c(11, Y) = c(10, Y) NEXT Y P = P + 1 FOR Y = 1 TO 10 FOR X = 1 TO 10 c = c(X, Y) IF SCM <> 5 THEN PSET (X * 3 - 2 + P * 30 - 30, Y * 3 - 2), c PSET (X * 3 - 3 + P * 30 - 30, Y * 3 - 3), c PSET (X * 3 - 3 + P * 30 - 30, Y * 3 - 1), c PSET (X * 3 - 1 + P * 30 - 30, Y * 3 - 1), c PSET (X * 3 - 1 + P * 30 - 30, Y * 3 - 3), c PSET (X * 3 - 3 + P * 30 - 30, Y * 3 - 2), c(X - 1, Y) PSET (X * 3 - 1 + P * 30 - 30, Y * 3 - 2), c(X + 1, Y) PSET (X * 3 - 2 + P * 30 - 30, Y * 3 - 3), c(X, Y - 1) PSET (X * 3 - 2 + P * 30 - 30, Y * 3 - 1), c(X, Y + 1) ELSE PSET (X * 3 - 2 + P * 30 - 30, Y * 3 - 2), c PSET (X * 3 - 3 + P * 30 - 30, Y * 3 - 3), (c(X - 1, Y - 1) + c) / 2 PSET (X * 3 - 3 + P * 30 - 30, Y * 3 - 1), (c(X - 1, Y + 1) + c) / 2 PSET (X * 3 - 1 + P * 30 - 30, Y * 3 - 1), (c(X + 1, Y + 1) + c) / 2 PSET (X * 3 - 1 + P * 30 - 30, Y * 3 - 3), (c(X + 1, Y - 1) + c) / 2 PSET (X * 3 - 3 + P * 30 - 30, Y * 3 - 2), (c(X - 1, Y) + c) / 2 PSET (X * 3 - 1 + P * 30 - 30, Y * 3 - 2), (c(X + 1, Y) + c) / 2 PSET (X * 3 - 2 + P * 30 - 30, Y * 3 - 3), (c(X, Y - 1) + c) / 2 PSET (X * 3 - 2 + P * 30 - 30, Y * 3 - 1), (c(X, Y + 1) + c) / 2 END IF NEXT X NEXT Y IF N = 1 THEN DIM P1%(900): GET (1 + P * 30 - 30, 1)-(P * 30, 30), P1% IF N = 2 THEN DIM P2%(900): GET (1 + P * 30 - 30, 1)-(P * 30, 30), P2% IF N = 3 THEN DIM P3%(900): GET (1 + P * 30 - 30, 1)-(P * 30, 30), P3% IF N = 4 THEN DIM P4%(900): GET (1 + P * 30 - 30, 1)-(P * 30, 30), P4% IF N = 5 THEN DIM P5%(900): GET (1 + P * 30 - 30, 1)-(P * 30, 30), P5% IF N = 6 THEN DIM P6%(900): GET (1 + P * 30 - 30, 1)-(P * 30, 30), P6% IF N = 7 THEN DIM P7%(900): GET (1 + P * 30 - 30, 1)-(P * 30, 30), P7% IF N = 8 THEN DIM P8%(900): GET (1 + P * 30 - 30, 1)-(P * 30, 30), P8% IF N = 9 THEN DIM P9%(900): GET (1 + P * 30 - 30, 1)-(P * 30, 30), P9% IF N = 10 THEN DIM P10%(900): GET (1 + P * 30 - 30, 1)-(P * 30, 30), P10% IF N = 11 THEN DIM P11%(900): GET (1 + P * 30 - 30, 1)-(P * 30, 30), P11% IF N = 12 THEN DIM P12%(900): GET (1 + P * 30 - 30, 1)-(P * 30, 30), P12% IF N = 13 THEN DIM P13%(900): GET (1 + P * 30 - 30, 1)-(P * 30, 30), P13% IF N = 14 THEN DIM P14%(900): GET (1 + P * 30 - 30, 1)-(P * 30, 30), P14% IF N = 15 THEN DIM P15%(900): GET (1 + P * 30 - 30, 1)-(P * 30, 30), P15% NEXT N CLOSE #1 wow: CLS CALL center(9, "Labyrinth") CALL center(11, "1-PLAY GAME") CALL center(12, "2-EDIT OR TEST") CALL center(13, "3-QUIT") CALL center(14, "4-Instructions") DO: a$ = INKEY$ IF a$ = "1" THEN GOSUB START: GOTO wow IF a$ = "2" THEN GOSUB EDIT: GOTO wow IF a$ = "3" THEN RUN "\tim\menu.bas" IF a$ = "4" THEN CALL instruct: GOTO wow LOOP START: FOR LEVEL = 1 TO 30 IF LEVEL < 1 THEN LEVEL = 1 IF LEVEL = 1 THEN OPEN "Labyrint.001" FOR INPUT AS #1 IF LEVEL = 2 THEN OPEN "Labyrint.002" FOR INPUT AS #1 IF LEVEL = 3 THEN OPEN "Labyrint.003" FOR INPUT AS #1 IF LEVEL = 4 THEN OPEN "Labyrint.004" FOR INPUT AS #1 IF LEVEL = 5 THEN OPEN "Labyrint.005" FOR INPUT AS #1 IF LEVEL = 6 THEN OPEN "Labyrint.006" FOR INPUT AS #1 IF LEVEL = 7 THEN OPEN "Labyrint.007" FOR INPUT AS #1 IF LEVEL = 8 THEN OPEN "Labyrint.008" FOR INPUT AS #1 IF LEVEL = 9 THEN OPEN "Labyrint.009" FOR INPUT AS #1 IF LEVEL = 10 THEN OPEN "Labyrint.010" FOR INPUT AS #1 IF LEVEL = 11 THEN OPEN "Labyrint.011" FOR INPUT AS #1 IF LEVEL = 12 THEN OPEN "Labyrint.012" FOR INPUT AS #1 IF LEVEL = 13 THEN OPEN "Labyrint.013" FOR INPUT AS #1 IF LEVEL = 14 THEN OPEN "Labyrint.014" FOR INPUT AS #1 IF LEVEL = 15 THEN OPEN "Labyrint.015" FOR INPUT AS #1 IF LEVEL = 16 THEN OPEN "Labyrint.016" FOR INPUT AS #1 IF LEVEL = 17 THEN OPEN "Labyrint.017" FOR INPUT AS #1 IF LEVEL = 18 THEN OPEN "Labyrint.018" FOR INPUT AS #1 IF LEVEL = 19 THEN OPEN "Labyrint.019" FOR INPUT AS #1 IF LEVEL = 20 THEN OPEN "Labyrint.020" FOR INPUT AS #1 IF LEVEL = 21 THEN OPEN "Labyrint.021" FOR INPUT AS #1 IF LEVEL = 22 THEN OPEN "Labyrint.022" FOR INPUT AS #1 IF LEVEL = 23 THEN OPEN "Labyrint.023" FOR INPUT AS #1 IF LEVEL = 24 THEN OPEN "Labyrint.024" FOR INPUT AS #1 IF LEVEL = 25 THEN OPEN "Labyrint.025" FOR INPUT AS #1 IF LEVEL = 26 THEN OPEN "Labyrint.026" FOR INPUT AS #1 IF LEVEL = 27 THEN OPEN "Labyrint.027" FOR INPUT AS #1 IF LEVEL = 28 THEN OPEN "Labyrint.028" FOR INPUT AS #1 IF LEVEL = 29 THEN OPEN "Labyrint.029" FOR INPUT AS #1 IF LEVEL = 30 THEN OPEN "Labyrint.030" FOR INPUT AS #1 COIN = 0 FOR Y = 1 TO 16 INPUT #1, a$ FOR X = 1 TO 21 L$ = MID$(a$, X, 1) L = ASC(L$) - 64 IF L$ = "." OR L$ = " " THEN L = 0 IF L = 6 THEN COIN = COIN + 1 IF L$ = "S" THEN L = 0: TTX = X: TTY = Y IF L$ = "e" OR L = 16 THEN L = 16: FX = X: FY = Y IF L < 0 OR L > 16 THEN L = 0 L(X, Y) = L NEXT X NEXT Y CLOSE #1 CLS FOR Y = 1 TO 16 FOR X = 1 TO 21 SX = X * 30 - 30 SY = Y * 30 - 30 IF L(X, Y) = .1 THEN L(X, Y) = 0 TX = X TY = Y LV = L(X, Y): GOSUB DD: NEXT X: NEXT Y X = TTX: Y = TTY GOSUB GO IF LEVEL > 30 THEN RETURN NEXT LEVEL: RETURN GO: DO: LOOP WHILE INKEY$ <> "" HP = 0 J = 0 GET (100, 6 * 30)-(540, 7 * 30), TEMP% CALL center(13, "PRESS SPACE TO PLAY") DO: LOOP WHILE INKEY$ <> " " PUT (100, 6 * 30), TEMP%, PSET DO: a$ = INKEY$: OX = X: OY = Y: MN = 0 FOR a = 1 TO MN MX = BAD(a, 1) MY = BAD(a, 2) MT = BAD(a, 3) MHP = BAD(a, 4) MJ = BAD(a, 5) LOCATE a, 1: PRINT MT PRINT L(MX - 1, MY); L(MX, MY); L(MX + 1, MY) IF MT = 0 THEN GOTO SKIP OMX = MX: OMY = MY IF MT = 1 THEN IF L(MX + 1, MY) > 0 THEN MX = MX + 1 ELSE MT = -2 IF MT = -1 THEN IF L(MX - 1, MY) > 0 THEN MX = MX - 1 ELSE MT = 1 IF MT = -2 THEN MT = -1 IF MT = 2 THEN IF MX < X THEN MX = MX + 1 IF MX > X THEN MX = MX - 1 IF MY > Y THEN IF L(MX, MY + 1) > 0 THEN MJ = -3 IF MY < Y THEN MJ = 0: IF L(MX, MY) = 8 OR L(MX, MY + 1) = 8 THEN MY = MY + 1 END IF IF L(MX, MY) = 1 OR L(MX, MY) = 14 THEN MX = OMX: MY = OMY MS = 0 IF MJ > 0 THEN MJ = MJ - 1: MY = MY - 1: MS = 1 IF L(MX, MY) = 8 THEN MS = 1 IF L(MX, MY) = 10 THEN MS = 1 IF L(MX, MY + 1) = 8 THEN MS = 1 IF L(MX, MY + 1) = 14 THEN MS = 1 IF L(MX, MY + 1) >= 1 AND L(MX, MY + 1) <= 3 THEN MS = 1 IF MS = 0 THEN MY = MY + 1 IF L(MX, MY) = 1 OR L(MX, MY) = 14 THEN MX = OMX: MY = OMY IF L(MX, MY) = 15 THEN MHP = MHP - 5 IF L(MX, MY) = 2 THEN IF OMX < MX THEN MY = MY - 1 ELSE MX = OMX: Y = OMY IF L(MX, MY) = 3 THEN IF OMX > MX THEN MY = MY - 1 ELSE MX = OMX: Y = OMY IF L(MX, MY) = 4 THEN IF OMY < MY THEN MX = MX - 1 ELSE MX = OMX: Y = OMY IF L(MX, MY) = 5 THEN IF OMY < MY THEN MX = MX + 1 ELSE MX = OMX: MY = OMY IF L(MX, MY) = 9 THEN MHP = MHP - 10 IF L(MX, MY) = 12 THEN L(MX, MY) = 13: SX = MX * 30 - 30: SY = MY * 30 - 30: LV = 13: GOSUB DD: L1 = 15: L2 = 14: GOSUB C1: MX = OMX: MY = OMY IF L(MX, MY) = 13 THEN L(MX, MY) = 12: SX = MX * 30 - 30: SY = MY * 30 - 30: LV = 12: GOSUB DD: L1 = 14: L2 = 15: GOSUB C1: MX = OMX: MY = OMY IF L(MX, MY) = 7 AND OMY < MY THEN IF MMD = 1 THEN IF L(MX, MY + 1) = 0 THEN L(MX, MY + 1) = 7: L(MX, MY) = 0 ELSE MD = -2: MY = OMY IF MMD = -1 THEN IF L(MX, MY - 1) = 0 AND L(MX, MY - 2) = 0 THEN L(MX, MY) = 0: L(MX, MY - 1) = 7: MY = MY - 2 ELSE MMD = 2: MY = OMY IF MMD = 2 THEN MMD = 1 ELSE IF MMD = -2 THEN MMD = -1 SX = MX * 30 - 30: SY = MY * 30: LV = 7: GOSUB DD SX = MX * 30 - 30: SY = MY * 30 + 30: LV = L(MX, MY + 2): GOSUB DD END IF IF L(X, Y) = 11 AND OY <= Y THEN IF MMR = 1 THEN IF L(MX + 1, MY) = 0 THEN L(MX + 1, MY) = 11: L(MX, MY) = 0: MX = MX + 1 ELSE MMR = -2 IF MMR = -1 THEN IF L(MX - 1, MY) = 0 THEN L(MX - 1, MY) = 11: L(MX, MY) = 0: MX = MX - 1 ELSE MMR = 2 IF MMR = 2 THEN MMR = 1 ELSE IF MMR = -2 THEN MMR = -1 SX = OMX * 30 - 30: SY = MY * 30 - 30: LV = L(OMX, MY): GOSUB DD SX = MX * 30 - 30: SY = MY * 30 - 30: GOSUB D11 Y = OMY END IF IF MPH < 0 THEN MT = 0 BAD(a, 1) = MX BAD(a, 2) = MY BAD(a, 3) = MT BAD(a, 4) = MHP BAD(a, 5) = MJ SKIP: SX = OMX * 30 - 30: SY = OMY * 30 - 30: LV = L(OMX, OMY): GOSUB DD IF MT <> 0 THEN CIRCLE (MX * 30 - 15, MY * 30 - 15), 10, 12: CIRCLE (MX * 30 - 15, MY * 30 - 15), 5, 10 NEXT a MN = 0 IF HP > 150 THEN FOR a = 300 TO 37 STEP -3: SOUND a + 4 * RND, .1: CIRCLE (320, 240), 300 - a: SOUND 340 - a + 3 * RND, .1: NEXT a: HP = 0: LEVEL = LEVEL - 2: RETURN IF a$ = "q" OR a$ = "Q" THEN LEVEL = 50: RETURN IF a$ = "R" THEN HP = HP + 100 IF a$ = "8" OR a$ = CHR$(0) + "H" THEN a$ = INKEY$: IF L(X, Y + 1) > 0 AND L(X, Y + 1) < 15 THEN J = 3 ELSE IF L(X, Y) = 8 OR L(X, Y) = 10 THEN J = 9 IF a$ = "7" OR a$ = CHR$(0) + "G" THEN a$ = "4": IF L(X, Y + 1) > 0 AND L(X, Y + 1) < 15 THEN J = 3 ELSE IF L(X, Y) = 8 OR L(X, Y) = 10 THEN J = 3 IF a$ = "9" OR a$ = CHR$(0) + "I" THEN a$ = "6": IF L(X, Y + 1) > 0 AND L(X, Y + 1) < 15 THEN J = 3 ELSE IF L(X, Y) = 8 OR L(X, Y) = 10 THEN J = 3 IF a$ = "2" OR a$ = CHR$(0) + "P" THEN IF L(X, Y) = 8 OR L(X, Y + 1) = 8 OR L(X, Y) = 10 THEN IF Y < 16 THEN Y = Y + 1 IF a$ = "1" OR a$ = CHR$(0) + "O" THEN a$ = "4": IF L(X, Y) = 8 OR L(X, Y + 1) = 8 OR L(X, Y) = 10 THEN IF Y < 16 THEN Y = Y + 1 IF a$ = "3" OR a$ = CHR$(0) + "Q" THEN a$ = "6": IF L(X, Y) = 8 OR L(X, Y + 1) = 8 OR L(X, Y) = 10 THEN IF Y < 16 THEN Y = Y + 1 IF a$ = "4" OR a$ = CHR$(0) + "K" THEN X = X - 1 IF a$ = "6" OR a$ = CHR$(0) + "M" THEN X = X + 1 IF L(X, Y) = 1 THEN X = OX: Y = OY IF L(X, Y) = 14 THEN X = OX: Y = OY S = 0 IF J > 0 THEN J = J - 1: Y = Y - 1: S = 1 IF L(X, Y) = 8 THEN S = 1: J = 0 IF L(X, Y) = 10 THEN S = 1 IF L(X, Y + 1) = 8 THEN S = 1 IF L(X, Y + 1) = 14 THEN S = 1 IF L(X, Y + 1) >= 1 AND L(X, Y + 1) <= 3 THEN S = 1 IF S = 0 THEN Y = Y + 1 IF X < OX THEN X = OX - 1 IF X > OX THEN X = OX + 1 IF Y < OY THEN Y = OY - 1 IF Y > OY THEN Y = OY + 1 IF X < 1 THEN X = 1 IF X > 21 THEN X = 21 IF Y < 1 THEN Y = 1 IF Y > 16 THEN Y = 16 IF L(X, Y) = 1 THEN X = OX: Y = OY: SOUND 100, .2 IF L(X, Y) = 14 THEN X = OX: Y = OY: SOUND 1000, .1: SOUND 3000, .1 IF LEVEL <> 11 THEN IF L(X, Y) = 15 THEN HP = HP + 5: FOR a = 1 TO 10: SOUND 37 + ABS(100 - HP + a ^ 2), .1: NEXT a IF LEVEL = 11 THEN IF L(X, Y) = 15 THEN HP = HP + 1: FOR a = 1 TO 2: SOUND 37 + ABS(100 - HP + a ^ 2), .1: NEXT a IF L(X, Y) = 2 THEN IF OX < X THEN Y = Y - 1 ELSE X = OX: Y = OY IF L(X, Y) = 3 THEN IF OX > X THEN Y = Y - 1 ELSE X = OX: Y = OY IF L(X, Y) = 4 THEN IF OY < Y THEN X = X - 1 ELSE X = OX: Y = OY IF L(X, Y) = 5 THEN IF OY < Y THEN X = X + 1 ELSE X = OX: Y = OY IF COIN = 0 THEN COIN = -5: SX = FX * 30 - 30: SY = FY * 30 - 30: LV = 16: GOSUB DD IF L(X, Y) = 6 THEN L(X, Y) = 0: FOR a = 1 TO 10: SOUND 100 + a * a * 10, .08 + a / 100: NEXT a: COIN = COIN - 1 IF L(X, Y) = 9 THEN HP = HP + 10: FOR a = 1 TO 20: SOUND 37 + ABS(100 - HP + a ^ 2), .1: NEXT a IF L(X, Y) = 12 THEN L(X, Y) = 13: SX = X * 30 - 30: SY = Y * 30 - 30: LV = 13: GOSUB DD: L1 = 15: L2 = 14: GOSUB C1: X = OX: Y = OY IF L(X, Y) = 13 THEN L(X, Y) = 12: SX = X * 30 - 30: SY = Y * 30 - 30: LV = 12: GOSUB DD: L1 = 14: L2 = 15: GOSUB C1: X = OX: Y = OY IF L(X, Y) = 7 AND OY < Y THEN IF MD = 1 THEN IF L(X, Y + 1) = 0 THEN L(X, Y + 1) = 7: L(X, Y) = 0 ELSE MD = -2: Y = OY IF MD = -1 THEN IF L(X, Y - 1) = 0 AND L(X, Y - 2) = 0 THEN L(X, Y) = 0: L(X, Y - 1) = 7: Y = Y - 2 ELSE MD = 2: Y = OY IF MD = 2 THEN MD = 1 ELSE IF MD = -2 THEN MD = -1 SX = X * 30 - 30: SY = Y * 30: LV = 7: GOSUB DD SX = X * 30 - 30: SY = Y * 30 + 30: LV = L(X, Y + 2): GOSUB DD END IF IF L(X, Y) = 11 AND OY <= Y THEN IF MR = 1 THEN IF L(X + 1, Y) = 0 THEN L(X + 1, Y) = 11: L(X, Y) = 0: X = X + 1 ELSE MR = -2 IF MR = -1 THEN IF L(X - 1, Y) = 0 THEN L(X - 1, Y) = 11: L(X, Y) = 0: X = X - 1 ELSE MR = 2 IF MR = 2 THEN MR = 1 ELSE IF MR = -2 THEN MR = -1 SX = OX * 30 - 30: SY = Y * 30 - 30: LV = L(OX, Y): GOSUB DD SX = X * 30 - 30: SY = Y * 30 - 30: GOSUB D11 Y = OY END IF IF L(X, Y) = 6 THEN L(X, Y) = 0: FOR a = 1 TO 10: SOUND 100 + a * a * 10, .08 + a / 100: NEXT a: COIN = COIN - 1 SX = X * 30 - 30: SY = Y * 30 - 30: LV = L(X, Y): GOSUB DD SX = OX * 30 - 30: SY = OY * 30 - 30 LV = L(OX, OY): GOSUB DD CIRCLE (X * 30 - 15, Y * 30 - 15), 10, 15 CIRCLE (X * 30 - 15, Y * 30 - 15), 9, 7 DO: LOOP WHILE TIMER - TME < .1: TME = TIMER IF L(X, Y) = 16 AND COIN < 0 THEN RETURN LOOP C1: X(0) = X: Y(0) = Y: LN = 0 C3: IF LN >= 0 THEN TX = X(LN) + 1: TY = Y(LN): GOSUB C2 IF LN >= 0 THEN TX = X(LN) - 1: TY = Y(LN): GOSUB C2 IF LN >= 0 THEN TX = X(LN): TY = Y(LN) - 1: GOSUB C2 IF LN >= 0 THEN TX = X(LN): TY = Y(LN) + 1: GOSUB C2 LN = LN - 1 RETURN C2: IF TX <= 0 OR TY <= 0 OR TX > 21 OR TY > 16 THEN RETURN IF L(TX, TY) = L1 THEN L(TX, TY) = L2 SX = TX * 30 - 30: SY = TY * 30 - 30: LV = L(TX, TY): GOSUB DD LN = LN + 1: X(LN) = TX: Y(LN) = TY: GOSUB C3 END IF RETURN DD: IF SX >= 0 AND SY >= 0 AND SX <= 640 - 30 AND SY <= 480 - 30 THEN ON LV + 1 GOSUB D0, D1, D2, D3, D4, D5, D6, D7, D8, D9, D10, D11, D12, D13, D14, D15, D16 RETURN D0: LINE (SX, SY)-(SX + 29, SY + 29), 0, BF: RETURN D1: PUT (SX, SY), P1%, PSET: RETURN D2: PUT (SX, SY), P2%, PSET: RETURN D3: PUT (SX, SY), P3%, PSET: RETURN D4: PUT (SX, SY), P4%, PSET: RETURN D5: PUT (SX, SY), P5%, PSET: RETURN D6: PUT (SX, SY), P6%, PSET: RETURN D7: PUT (SX, SY), P7%, PSET: RETURN D8: PUT (SX, SY), P8%, PSET: RETURN D9: PUT (SX, SY), P9%, PSET: RETURN D10: PUT (SX, SY), P10%, PSET: RETURN D11: PUT (SX, SY), P11%, PSET: RETURN D12: PUT (SX, SY), P12%, PSET: RETURN D13: PUT (SX, SY), P13%, PSET: RETURN D14: PUT (SX, SY), P14%, PSET: RETURN D15: PUT (SX, SY), P15%, PSET: RETURN D16: GOSUB D0 IF COIN < 0 THEN FOR a = 1 TO 15 STEP 1: LINE (SX + a, SY + a)-(SX + 29 - a, SY + 29 - a), 15 * RND, B: SOUND 1000 - a * 20, .3: NEXT a: ELSE GOSUB D0 RETURN EDIT: GOSUB REFRESH DO: a$ = INKEY$ IF a$ = "q" OR a$ = "Q" THEN RETURN IF a$ = "`" THEN COIN = 0 SX = X: SY = Y FOR Y = 1 TO 16 FOR X = 1 TO 21 IF L(X, Y) = 6 THEN COIN = COIN + 1 IF L(X, Y) = 16 THEN FX = X: FY = Y NEXT X NEXT Y 'SX = TTX: SY = TTY X = SX: Y = SY GOSUB GO END IF IF a$ = "5" THEN GOSUB REFRESH IF a$ = "8" OR a$ = CHR$(0) + "H" THEN Y = Y - 1 IF a$ = "2" OR a$ = CHR$(0) + "P" THEN Y = Y + 1 IF a$ = "4" OR a$ = CHR$(0) + "K" THEN X = X - 1 IF a$ = "6" OR a$ = CHR$(0) + "M" THEN X = X + 1 IF a$ = "7" OR a$ = CHR$(0) + "G" THEN X = X - 1: Y = Y - 1 IF a$ = "9" OR a$ = CHR$(0) + "I" THEN X = X + 1: Y = Y - 1 IF a$ = "1" OR a$ = CHR$(0) + "O" THEN X = X - 1: Y = Y + 1 IF a$ = "3" OR a$ = CHR$(0) + "Q" THEN X = X + 1: Y = Y + 1 IF X < 1 THEN X = 1 IF Y < 1 THEN Y = 1 IF X > 21 THEN X = 21 IF Y > 16 THEN Y = 16 IF a$ = "s" THEN DO: PRINT "SAVE AS WHAT LEVEL(1-30)WAS "; ADD$; : INPUT LEVEL LOOP WHILE LEVEL < 0 OR LEVEL > 30 LEVEL$ = "Labyrint.0" IF LEVEL = 1 THEN ADD$ = "00" IF LEVEL = 1 THEN ADD$ = "01" IF LEVEL = 2 THEN ADD$ = "02" IF LEVEL = 3 THEN ADD$ = "03" IF LEVEL = 4 THEN ADD$ = "04" IF LEVEL = 5 THEN ADD$ = "05" IF LEVEL = 6 THEN ADD$ = "06" IF LEVEL = 7 THEN ADD$ = "07" IF LEVEL = 8 THEN ADD$ = "08" IF LEVEL = 9 THEN ADD$ = "09" IF LEVEL = 10 THEN ADD$ = "10" IF LEVEL = 11 THEN ADD$ = "11" IF LEVEL = 12 THEN ADD$ = "12" IF LEVEL = 13 THEN ADD$ = "13" IF LEVEL = 14 THEN ADD$ = "14" IF LEVEL = 15 THEN ADD$ = "15" IF LEVEL = 16 THEN ADD$ = "16" IF LEVEL = 17 THEN ADD$ = "17" IF LEVEL = 18 THEN ADD$ = "18" IF LEVEL = 19 THEN ADD$ = "19" IF LEVEL = 20 THEN ADD$ = "20" IF LEVEL = 21 THEN ADD$ = "21" IF LEVEL = 22 THEN ADD$ = "22" IF LEVEL = 23 THEN ADD$ = "23" IF LEVEL = 24 THEN ADD$ = "24" IF LEVEL = 25 THEN ADD$ = "25" IF LEVEL = 26 THEN ADD$ = "26" IF LEVEL = 27 THEN ADD$ = "27" IF LEVEL = 28 THEN ADD$ = "28" IF LEVEL = 29 THEN ADD$ = "29" IF LEVEL = 30 THEN ADD$ = "30" OPEN LEVEL$ + ADD$ FOR OUTPUT AS #1 FOR Y = 1 TO 16 a$ = "" FOR X = 1 TO 21 L$ = CHR$(L(X, Y) + 64) L = L(X, Y) IF L = 0 THEN L$ = "." IF L = 16 THEN L$ = "e" IF X = TTX AND Y = TTY THEN L$ = "S" a$ = a$ + L$ NEXT X PRINT a$ PRINT #1, a$ NEXT Y CLOSE #1 GOSUB REFRESH END IF IF a$ = "l" THEN DO: INPUT "LOAD WHICH LEVEL(1-30)"; LEVEL LOOP WHILE LEVEL < 0 OR LEVEL > 30 LEVEL$ = "Labyrint.0" IF LEVEL = 0 THEN ADD$ = "00" IF LEVEL = 1 THEN ADD$ = "01" IF LEVEL = 2 THEN ADD$ = "02" IF LEVEL = 3 THEN ADD$ = "03" IF LEVEL = 4 THEN ADD$ = "04" IF LEVEL = 5 THEN ADD$ = "05" IF LEVEL = 6 THEN ADD$ = "06" IF LEVEL = 7 THEN ADD$ = "07" IF LEVEL = 8 THEN ADD$ = "08" IF LEVEL = 9 THEN ADD$ = "09" IF LEVEL = 10 THEN ADD$ = "10" IF LEVEL = 11 THEN ADD$ = "11" IF LEVEL = 12 THEN ADD$ = "12" IF LEVEL = 13 THEN ADD$ = "13" IF LEVEL = 14 THEN ADD$ = "14" IF LEVEL = 15 THEN ADD$ = "15" IF LEVEL = 16 THEN ADD$ = "16" IF LEVEL = 17 THEN ADD$ = "17" IF LEVEL = 18 THEN ADD$ = "18" IF LEVEL = 19 THEN ADD$ = "19" IF LEVEL = 20 THEN ADD$ = "20" IF LEVEL = 21 THEN ADD$ = "21" IF LEVEL = 22 THEN ADD$ = "22" IF LEVEL = 23 THEN ADD$ = "23" IF LEVEL = 24 THEN ADD$ = "24" IF LEVEL = 25 THEN ADD$ = "25" IF LEVEL = 26 THEN ADD$ = "26" IF LEVEL = 27 THEN ADD$ = "27" IF LEVEL = 28 THEN ADD$ = "28" IF LEVEL = 29 THEN ADD$ = "29" IF LEVEL = 30 THEN ADD$ = "30" OPEN LEVEL$ + ADD$ FOR INPUT AS #1 FOR Y = 1 TO 16 INPUT #1, a$ FOR X = 1 TO 21 L$ = MID$(a$, X, 1) L = ASC(L$) - 64 IF L$ = "S" THEN L = 0: TTX = X: TTY = Y IF L$ = "." THEN L = 0 IF L$ = "e" THEN L = 16 L(X, Y) = L NEXT X NEXT Y CLOSE #1 GOSUB REFRESH X = TTX: Y = TTY END IF IF a$ = "A" THEN L(X, Y) = 0 IF a$ = "S" THEN CIRCLE (TTX * 30 - 15, TTY * 30 - 15), 10, 0 CIRCLE (TTX * 30 - 15, TTY * 30 - 15), 9, 0 TTX = X: TTY = Y END IF IF a$ = " " THEN L(X, Y) = 1 IF a$ = "/" THEN L(X, Y) = 2 IF a$ = "\" THEN L(X, Y) = 3 IF a$ = "," THEN L(X, Y) = 4 IF a$ = "." THEN L(X, Y) = 5 IF a$ = "Q" THEN L(X, Y) = 6 IF a$ = "W" THEN L(X, Y) = 7 IF a$ = "E" THEN L(X, Y) = 8 IF a$ = "R" THEN L(X, Y) = 9 IF a$ = "T" THEN L(X, Y) = 10 IF a$ = "Y" THEN L(X, Y) = 11 IF a$ = "U" THEN L(X, Y) = 12 IF a$ = "I" THEN L(X, Y) = 13 IF a$ = "O" THEN L(X, Y) = 14 IF a$ = "P" THEN L(X, Y) = 15 IF a$ = "F" THEN L(X, Y) = 16 IF a$ = "Z" THEN DO: X = INT(21 * RND) + 1: Y = INT(16 * RND) + 1: LOOP WHILE L(X, Y) <> 0 L(X, Y) = 6 END IF IF a$ = "N" THEN FOR Y = 1 TO 16 FOR X = 1 TO 21 L(X, Y) = 0 NEXT X NEXT Y GOSUB REFRESH END IF COIN = -1 SX = OX * 30 - 30: SY = OY * 30 - 30: LV = L(OX, OY): GOSUB DD CIRCLE (TTX * 30 - 15, TTY * 30 - 15), 10, 15 CIRCLE (TTX * 30 - 15, TTY * 30 - 15), 9, 7 CIRCLE (X * 30 - 15, Y * 30 - 15), 3, 9 CIRCLE (X * 30 - 15, Y * 30 - 15), 7, 14 CIRCLE (X * 30 - 15, Y * 30 - 15), 10, 15 OX = X: OY = Y TME = TIMER DO: LOOP WHILE TIMER - TME < .05 LOOP REFRESH: CLS FOR X = 1 TO 21 FOR Y = 1 TO 16 SX = X * 30 - 30: SY = Y * 30 - 30: LV = L(X, Y): GOSUB DD NEXT Y NEXT X RETURN DEFINT T 'Center: ' Centers text on given row SUB center (row, text$) LOCATE row, 41 - LEN(text$) / 2 PRINT text$; END SUB DEFSNG T SUB instruct CLS COLOR 15 COLOR 9 PRINT PRINT " л лл лллл лллл ллллл лл л ллллллл л л" PRINT " л л л л л л л л л л л л л л" PRINT " л лллллл лллл лллл л л л л л лллллл" PRINT " л л л л л л л л л л л л л л" PRINT " ллллл л л лллл л л ллллл л лл л л л" PRINT COLOR 15 PRINT " By Tim Caswell" PRINT PRINT " Controls" COLOR 10 PRINT PRINT " 'q' - Quit and return to menu 7 8 9" PRINT " \Г/" PRINT " 4ФФ6" PRINT " /Г\" PRINT " 1 2 3" PRINT COLOR 13 PRINT " The object of Labyrinth is to solve the puzzle of each level and" PRINT "to pass it. The exit is hidden somwhere in the level and cannot be" PRINT "found until all the coins are collected." COLOR 11 PRINT " The switches are used to control the status of the touching squares." PRINT "The blue squares are ice and are solid. The red squares are fire. You " PRINT "can go through them, but you get hurt. The spikes just hurt you a lot." PRINT "You can hang off of a bar to climb over a dangerous area. The sliding" PRINT "bridges help you get around also. Once all the coins are collected, " PRINT "the exit appears. Some levels have other, not so visible, exits that can be" PRINT "found." DO: c = (c + 1) MOD 5 COLOR c + 9 LOCATE 1, 1 PRINT PRINT " л лл лллл лллл ллллл лл л ллллллл л л" PRINT " л л л л л л л л л л л л л л" PRINT " л лллллл лллл лллл л л л л л лллллл" PRINT " л л л л л л л л л л л л л л" PRINT " ллллл л л лллл л л ллллл л лл л л л" PRINT LOOP WHILE INKEY$ = "" END SUB
100 ' POINT sample 110 SCREEN 0,0:CLS 3 120 IF INKEY$<>"" THEN 120 130 X=RND639:Y=RND199:C=RND*6+1 140 PSET(X,Y),C 150 PRINT "x=";POINT(0);" y=";POINT(1); 160 PRINT " color=";POINT(POINT(0),POINT(1)) 170 IF INKEY$="" THEN 130 ELSE END
OPTION EXPLICIT OPTION DEFAULT NONE OPTION BASE 0 OPTION CONSOLE BOTH #INCLUDE "../INC/Dummy.inc" #INCLUDE "../INC/Utility.inc" #INCLUDE "../INC/Palette.inc" #INCLUDE "../INC/Sheet.inc" #INCLUDE "../INC/Box.inc" #INCLUDE "../INC/Background.inc" #INCLUDE "../INC/TileEngine.inc" #INCLUDE "../INC/Frame.inc" #INCLUDE "../INC/Anim.inc" #INCLUDE "../INC/EventTypes.inc" #INCLUDE "../INC/Event.inc" #INCLUDE "../INC/EventTEtrigger.inc" #INCLUDE "../INC/EventStep.inc" #INCLUDE "../INC/ObjectTypes.inc" #INCLUDE "../INC/ViewEventTags.inc" #INCLUDE "../INC/EventView.inc" #INCLUDE "../INC/ViewObject.inc" #INCLUDE "../INC/TextEntry.inc" #INCLUDE "../INC/Object.inc" #INCLUDE "../INC/ObjectList.inc" #INCLUDE "../INC/EventCollision.inc" #INCLUDE "../INC/EventManager.inc" #INCLUDE "../INC/LogManager.inc" #INCLUDE "../INC/DisplayManager.inc" #INCLUDE "../INC/EventOut.inc" #INCLUDE "../INC/SceneGraph.inc" #INCLUDE "../INC/WorldManager.inc" #INCLUDE "../INC/EventKeyboard.inc" #INCLUDE "../INC/EventJoystick.inc" #INCLUDE "../INC/InputManager.inc" #INCLUDE "../INC/Sound.inc" #INCLUDE "../INC/GameManager.inc" #INCLUDE "../CSUBS/cFuncRAM.inc" DIM box1% = Box_create%(0, 0, 0, 0) DIM c1x% = 3 DIM c1y% = 2 box_cornerX%(box1%) = c1x% box_cornerY%(box1%) = c1y% box_width%(box1%) = 100 box_height%(box1%) = 200 DIM c2x% = 10 DIM c2y% = 20 DIM box2% = Box_create%(c2x%, c2y%, 1000, 2000) IF box_cornerX%(box2%) <> c2x% THEN ERROR "Box_getCorner error." ENDIF IF box_cornerY%(box2%) <> c2y% THEN ERROR "Box_getCorner error." ENDIF IF box_width%(box2%) <> 1000 THEN ERROR "Box_getHorizontal error" ENDIF IF box_height%(box2%) <> 2000 THEN ERROR "Box_getVertical error" ENDIF Box_copy(box2%, box1%) IF NOT Box_eq%(box2%, box1%) THEN ERROR "Box_copy error" ENDIF box_cornerX%(box2%) = -1 box_cornerY%(box2%) = -1 box_width%(box2%) = 2 box_height%(box2%) = 2 Box_scale(box2%, 2) box_cornerX%(box1%) = -2 box_cornerY%(box1%) = -2 box_width%(box1%) = 4 box_height%(box1%) = 4 IF NOT Box_eq%(box2%, box1%) THEN ERROR "Box_scale error" ENDIF Box_destroy(box1%) Box_destroy(box2%) PRINT "Num boxes allocated = "+STR$(box_numAllocated%) PRINT "Test Complete." END
' size in bytes (STRING) the data type needs CONST IntegerLength = 2 ' how many of each type will we store CONST ARRAYSIZE = 100 ' determine memory needed by multiplying arraysize by datatypesize CONST IntegerArrayLength = IntegerLength * ARRAYSIZE DEFSTR S ' all variables whose name starts with s is a string TYPE IntList 'dim for 10 integers IntegerArray AS STRING * INTEGERARRAYLENGTH END TYPE DECLARE FUNCTION Array$ (Dim1, Dim2, Dim3, Value$) REDIM SHARED intList(1 TO 1000) AS IntList ' The Mstuff array will be treated as a ' 3-dimensional array containing mixed data types. ' Create various values... MyInteger% = 32000 ' Set various array elements with the values above. ' The Value$ parameter accepts the values. sRet = Array$(IntegerArray, 2, 3, STR$(MyInteger%)) ' Get the values back. ' Array$ returns the values if the Value$ parameter = "" NewInteger% = VAL(Array$(IntegerArray, 2, 3, "")) NewLong& = VAL(Array$(LongArray, 9, 1, "")) NewSingle! = VAL(Array$(SingleArray, 2, 7, "")) NewDouble# = VAL(Array$(DoubleArray, 1, 1, "")) CLS ' Print them PRINT " Stored:"; MyInteger%, MyLong&, MySingle!, MyDouble# PRINT "Retrieved:"; NewInteger%, NewLong&, NewSingle!, NewDouble# FUNCTION Array$ (Dim1, Dim2, Dim3, Value$) SELECT CASE Value$ CASE "" SELECT CASE Dim1 CASE IntegerArray Array$ = LTRIM$(STR$(CVI(MID$(Mstuff(Dim2).IntegerArray, Dim3 * 2 - 1, 2)))) CASE LongArray Array$ = LTRIM$(STR$(CVL(MID$(Mstuff(Dim2).LongArray, Dim3 * 4 - 1, 4)))) CASE SingleArray Array$ = LTRIM$(STR$(CVS(MID$(Mstuff(Dim2).SingleArray, Dim3 * 4 - 1, 4)))) CASE DoubleArray Array$ = LTRIM$(STR$(CVD(MID$(Mstuff(Dim2).DoubleArray, Dim3 * 8 - 1, 8)))) END SELECT CASE ELSE SELECT CASE Dim1 CASE IntegerArray MID$(Mstuff(Dim2).IntegerArray, Dim3 * 2 - 1, 2) = MKI$(VAL(Value$)) CASE LongArray MID$(Mstuff(Dim2).LongArray, Dim3 * 4 - 1, 4) = MKL$(VAL(Value$)) CASE SingleArray MID$(Mstuff(Dim2).SingleArray, Dim3 * 4 - 1, 4) = MKS$(VAL(Value$)) CASE DoubleArray MID$(Mstuff(Dim2).DoubleArray, Dim3 * 8 - 1, 8) = MKD$(VAL(Value$)) END SELECT END SELECT END FUNCTION
'*** PROGRAM: Show ASCII... ' This program shows ASCII codes, with each one being written onto it's own separate line. CLS PRINT "ASCII no", "ASCII character" FOR intEachAsciiNo% = 0 TO 255 PRINT intEachAsciiNo%, CHR$(intEachAsciiNo%) DO: LOOP UNTIL INKEY$ <> "" NEXT END

10 DIM TG(70,25):DIM TB(70,25):DIM PG(70,25):DIM PB(70,25) 20 DIM T(25):DIM P(25):DIM T1(70):DIM P1(70) 30 DIM QOG(70,25):DIM QOG1(70,25):DIM QOGS(70,25):DIM QB(70,25):DIM QB1(70,25):DIM QBS(70,25) 40 DIM RE(70,25):DIM REB(70,25):DIM RE1(25):DIM REB1(70) 50 COLOR 7,1:CLS 60 P$=STRING$(43,219) 70 COLOR 11,1 80 FOR I%=12 TO 17 STEP 1 90 LOCATE I%,19:PRINT P$ 100 NEXT I% 110 COLOR 10,1:LOCATE 11,18:PRINT STRING$(43,177) 120 LOCATE 12,18:PRINT CHR$(177)+STRING$(41,32)+CHR$(177) 130 LOCATE 13,18:PRINT CHR$(177)+STRING$(41,32)+CHR$(177) 140 LOCATE 14,18:PRINT CHR$(177)+STRING$(41,32)+CHR$(177) 150 LOCATE 15,18:PRINT CHR$(177)+STRING$(41,32)+CHR$(177) 160 LOCATE 16,18:PRINT STRING$(43,177) 170 COLOR 14,1:LOCATE 13,26:PRINT "Для начала расчета введите " 175 LOCATE 14,26:PRINT "только Вам известный код?"; 178 QZ$=INPUT$ (3) 180 IF QZ$="MOK" THEN 197 ELSE 182 182 COLOR 7,1:CLS:KEY OFF 190 COLOR 14,1:LOCATE 14,25:PRINT "Поскольку код Вам неизвестен," 191 LOCATE 15,29:PRINT "программа заблокирована !" 192 LOCATE 16,21:PRINT "Для выхода в DOS нажмите любую клавишу" 194 A$=INKEY$ 195 IF A$="" THEN 194 196 SYSTEM 197 CLS:KEY OFF 198 INPUT " Введите дату:";DAT$ 200 PRINT 210 INPUT " номер варианта-";VAR$ 220 PRINT 230 PRINT 240 INPUT " БУДЕТЕ ИСПРАВЛЯТЬ ИСХОДНЫЕ ДАННЫЕ? да - 1, нет - ввод";U 250 IF U=1 THEN 290 ELSE 260 260 OPEN "C:\mx\vm\rt1 " FOR INPUT AS #2 270 INPUT #2,GG,TG,PG,DEG,NEG,NKY,LG,SG,FG,FEG,GB,TB,PB,DEB,NEB,NKE,LB,ME,BETACT,HPG,FPG,HN,SB,FB 280 CLOSE 2:GOTO 618 290 PRINT SPC(25);"ВВЕДИТЕ ИСХОДНЫЕ ДАННЫЕ:" 300 PRINT SPC(10);"ПО ГОРЯЧЕЙ СТОРОНЕ: " 310 INPUT " массовый расход теплонос. (кг), Gг= ",GG 320 INPUT " температ. теплоносителя ,град tг= ",TG 330 INPUT " абс.давл.теплоносителя,(кгс/кв.см) Рг= ",PG 340 INPUT " эквивалентный диаметр ,(м) dэг= ",DEG 350 INPUT " число элементов в пакете ,(шт) Nэг= ",NEG 360 INPUT " число каналов.в 1-ом элем.(шт) Nку= ",NKY 370 INPUT " длина хода теплоносит.в яч.(м) Lэг= ",LG 380 INPUT " площ.сечения, (кв.м), Sг= ",SG 390 INPUT " площ.поверхн. с ребрами, (кв.м), Fг= ",FG 400 INPUT " площ.поверхн. без ребер, (кв.м), Fэг= ",FEG 410 PRINT SPC(10);"ПО ХОЛОДНОЙ СТОРОНЕ: " 420 INPUT " массовый расход теплонос. (кг), Gв= ",GB 430 INPUT " температ. теплоносителя ,град tв= ",TB 440 INPUT " абс.давл.теплоносителя,(кгс/кв.см) Рв= ",PB 450 INPUT " эквивалентный диаметр, (м) dэв= ",DEB 460 INPUT " число элементов в пакете, (шт) Nэв= ",NEB 470 INPUT " число канал.в 1-ом элем. (шт) Nкэ= ",NKE 480 INPUT " длина хода теплоносит. (м) Lэв= ",LB 490 INPUT " площ.сечения по холодн.сторон.(кв.м),Sв= ",SB 500 INPUT " площ.поверхн.по холодн. сторон.(кв.м), Fв= ",FB 510 PRINT SPC(10);"ОБЩИЕ ДАННЫЕ: " 520 INPUT " масса одн. элем.без ребер(кг) Мэ= ",ME 530 INPUT " толщина стенки (м) бст= ",BETACT 540 INPUT " высота ребра (м) hрг= ",HPG 550 INPUT " относит.высота ребра (м) fрг= ",FPG 560 INPUT " 1/4 перим.основн.поверхн.(м) hn= ",HN 570 GOSUB 580:GOTO 618 580 OPEN "C:\mx\vm\rt1 " FOR OUTPUT AS #2 582 PRINT#2,USING "##.###";GG 583 PRINT#2,USING "###";TG 584 PRINT#2,USING "#####";PG 585 PRINT#2,USING "#.###^^^^";DEG 586 PRINT#2,USING "###";NEG 587 PRINT#2,USING "###";NKY 588 PRINT#2,USING "#.###^^^^";LG 589 PRINT#2,USING "###.##^^^^";SG 590 PRINT#2,USING "###.##^^^^";FG 591 PRINT#2,USING "###.##^^^^";FEG 592 PRINT#2,USING "#.###";GB 593 PRINT#2,USING "###";TB 594 PRINT#2,USING "#####";PB 595 PRINT#2,USING "#.###^^^^";DEB 596 PRINT#2,USING "###";NEB 597 PRINT#2,USING "###";NKE 598 PRINT#2,USING "#.###^^^^";LB 599 PRINT#2,USING "#.###^^^^";ME 600 PRINT#2,USING "#.###^^^^";BETACT 601 PRINT#2,USING "#.###^^^^";HPG 602 PRINT#2,USING "#.####";FPG 603 PRINT#2,USING "#.###^^^^";HN 604 PRINT#2,USING "###.##^^^^";SB 605 PRINT#2,USING "###.###^^^^";FB 617 CLOSE 2 618 PRINT SPC(25);"ВВЕДИТЕ СРЕДУ ТЕПЛОНОСИТЕЛЕЙ:" 620 INPUT " ПО ГОРЯЧЕЙ СТОРОНЕ: 1 - воздух; 2 - вода; 3 - масло ";CPED1 630 INPUT " ПО ХОЛОДНОЙ СТОРОНЕ: 1 - воздух; 2 - вода; 3 - масло ";CPED2 640 PRINT SPC(25);"ВВЕДИТЕ МАТЕРИАЛ ЭЛЕМЕНТОВ:" 650 INPUT " Сталь 12Х18Н10Т - 1; алюм.- 2; cталь углер. - 3. ";MATEP 660 FOR K=1 TO NKY1 670 TG(0,K)=TG:PG(0,K)=PG 680 NEXT K 690 FOR I=1 TO NKE 700 TB(I,0)=TB2(I,NKY2) :PB(I,0)=PB2(I,NKY2) 710 QOG(I,0)=0:QB(I,0)=0 720 NEXT I 730 QOGS(0,NKY1)=0:QBS(0,NKY1)=0 740 FOR I=1 TO NKE 750 FOR K=1 TO NKY1 760 IF CPED1=1 THEN 770 ELSE 800 770 TGP=TG(I-1,K)+273.1 780 PG1=PG(I-1,K) 790 ROG=PG1/(29.27*TGP):TG1=TG(I-1,K):GOTO 830 800 TG1=TG(I-1,K) 810 ROG=1001.67-TG1*.163947-(TG1^2)*.002619 820 TGP=TG(I-1,K)+273.1:PG1=PG(I-1,K) 830 WG=GG/(ROG*NEG*NKY1*SG) 840 MUG=(17.0579+(TG1*.055383)-(TG1^2*7.38713E-05)+(TG1^3*9.3917E-08))/1000000! 850 NJG=MUG/ROG 860 RE(I,K)=(WG*DEG)/NJG 870 PRG=.706703-(TG1*1.4958E-04)-(TG1^2*1.32215E-06)+(TG1^3*1.43419E-08)-(TG1^4*4.71376E-11)+(TG1^5*5.17353E-14) 900 NUG=(.001888)*RE(I,K)^(1.1717)*PRG^(.43) 910 KSIG1=.3 920 LAMG=(7.26633E-03*TG1+2.46078)/100 930 ALFAG=(NUG*LAMG)/DEG 940 IF CPED2=1 THEN 950 ELSE 970 950 TBP=TB(I,K-1)+273.1:PB1=PB(I,K-1) 960 ROB=PB1/(29.27*TBP):TB1=TB(I,K-1):GOTO 1000 970 TB1=TB(I,K-1) 980 ROB=1001.67-TB1*.163947-(TB1^2)*.002619 990 TBP=TB(I,K-1)+273.1 1000 WB=GB/(ROB*NKE*NEB*SB) 1010 LAMB=(7.26633E-03*TB1+2.46078)/100 1020 MUB=(17.0579+(TB1*.055383)-(TB1^2*7.38713E-05)+(TB1^3*9.3917E-08))/1000000! 1030 NJB=MUB/ROB 1040 REB(I,K)=(WB*DEB)/NJB 1050 PRB=.706703-(TB1*1.4958E-04)-(TB1^2*1.32215E-06)+(TB1^3*1.43419E-08)-(TB1^4*4.71376E-11)+(TB1^5*5.17353E-14) 1060 NUB=.11613*REB(I,K)^.7148*PRB^.43 1070 ALFAB=(NUB*LAMB)/DEB 1080 FI=ALFAG/ALFAB 1090 DELTG=(TB1-TG1)/(1+FI) 1100 TCT=TB1-DELTG 1110 IF MATEP=1 THEN 1140 1120 IF MATEP=2 THEN 1150 1130 IF MATEP=3 THEN 1160 1140 LAMCT=.0140857*TCT+14.82:MAT$="Ст.12Х18Н10Т":GOTO 1170 1150 LAMCT=152.702+(.599547*TCT)-(4.50183E-03*TCT^2)+(TCT^3*1.37909E-05)-(TCT^4*1.42909E-08):MAT$="Алюминий":GOTO 1170 1160 LAMCT=-.0475*TCT+65.09:MAT$="Ст.углер.":GOTO 1170 1170 DELTCT=(ALFAG*DELTG*BETACT)/LAMCT 1180 DELTSUM=TB1-TG1 1190 DELTG=(DELTSUM-DELTCT)/(1+FI) 1200 DELTB=(DELTSUM-DELTCT)*FI/(1+FI) 1210 IF CPED1=2 THEN 1390 ELSE 1220 1220 MG=(2*ALFAG/(LAMCT*BETACT))^.5 1230 E1=EXP(MG*HPG):E2=EXP(-MG*HPG) 1240 THM=(E1-E2)/(E1+E2) 1250 PSIPG=THM/(MG*HPG) 1260 BH=((ALFAG+ALFAB)/(LAMCT*BETACT))^.5*HN 1270 EX1=EXP(BH):EX2=EXP(-BH):THB=(EX1-EX2)/(EX1+EX2) 1280 PSIN=THB/BH 1290 FPG=HPG/HN 1300 QPG=((TB1-TG1)*ALFAG*HN*FPG*PSIN*4*.01)/(PSIPG*FPG+PSIN*(FI+1)) 1310 IF MATEP=1 THEN 1340 1320 IF MATEP=2 THEN 1350 1330 IF MATEP=3 THEN 1360 1340 CM=.000244*TCT+.4456:GOTO 1370 1350 CM=1.24-(TCT*.00325)+(TCT^2*.0000205)-(TCT^3*3E-08):GOTO 1370 1360 CM=.4884+(TCT*3.35001E-05)+(TCT^2*7.17857E-07):GOTO 1370 1370 BETATN=QPG/(CM*ME*1000) 1380 GOTO 1410 1390 DELTNG=DELTG 1400 DELTNB=DELTB:GOTO 1430 1410 DELTNG=DELTG+BETATN 1420 DELTNB=DELTB-BETATN 1430 QNG=ALFAG*FEG*DELTNG 1440 QOG(I,K)=QNG+QPG 1450 QB(I,K)=ALFAB*FB*DELTNB 1452 IF CPED1=2 THEN 1455 ELSE 1460 1455 CPG=4.21085-(TG1*.0020377)+(TG1^2*3.08919E-05)-(TG1^3*9.615539E-08):GOTO 1465 1460 CPG=1.00546-(TG1*1.55415E-04)+(TG1^2*6.82078E-06)-(TG1^3*9.803309E-08)+(TG1^4*6.71777E-10)-(TG1^5*2.06063E-12)+(TG1^6*2.31421E-15) 1465 IF CPED2=2 THEN 1467 ELSE 1470 1467 CPB=4.21085-(TG1*.0020377)+(TG1^2*3.08919E-05)-(TG1^3*9.615539E-08):GOTO 1480 1470 CPB=1.00546-(TB1*1.55415E-04)+(TB1^2*6.82078E-06)-(TB1^3*9.803309E-08)+(TB1^4*6.71777E-10)-(TB1^5*2.06063E-12)+(TB1^6*2.31421E-15) 1480 MGE=GG/(NEG*NKY1):MBE=GB/(NEB*NKE) 1490 BETATG=QOG(I,K)/(CPG*MGE*1000) 1500 BETATB=QB(I,K)/(CPB*MBE*1000) 1510 DELPG=(LG*KSIG1*ROG*WG^2)/(DEG*2*9.810001) 1520 KSIB=.419834*REB(I,K)^(-.110047) 1530 DELPB=(LB*KSIB*ROB*WB^2)/(DEB*2*9.810001) 1540 PG(I,K)=PG1-DELPG 1550 TG(I,K)=TG1+BETATG 1560 PB(I,K)=PB1-DELPB 1570 TB(I,K)=TB1-BETATB 1580 QOG1(I,K)=QOG1(I,K-1)+QOG(I,K) 1590 QB1(I,K)=QB1(I,K-1)+QB(I,K) 1600 NEXT K 1610 NEXT I 1620 T(0)=0:P(0)=0:RE1(0)=0 1630 FOR K=1 TO NKY1 1640 T(K)=T(K-1)+TG(NKE,K) 1650 P(K)=P(K-1)+PG(NKE,K) 1660 RE1(K)=RE1(K-1)+RE(NKE,K) 1670 NEXT K 1680 TGSR=T(NKY1)/NKY1 1690 PGSR=P(NKY1)/NKY1 1700 RESR=RE1(NKY1)/NKY1 1710 T1(0)=0:P1(0)=0:REB1(0)=0 1720 FOR I=1 TO NKE 1730 T1(I)=T1(I-1)+TB(I,NKY1) 1740 P1(I)=P1(I-1)+PB(I,NKY1) 1750 REB1(I)=REB1(I-1)+REB(I,NKY1) 1760 QOGS(I,NKY1)=QOGS(I-1,NKY1)+QOG1(I,NKY1) 1770 QBS(I,NKY1)=QBS(I-1,NKY1)+QB1(I,NKY1) 1780 NEXT I 1790 TBSR=T1(NKE)/NKE 1800 PBSR=P1(NKE)/NKE 1810 REBSR=REB1(NKE)/NKE 1820 DLTPG=PG(0,1)-PGSR: DLTPB=PB(1,0)-PBSR 1830 DPG=PGSR/PG(0,1) 1840 DPB=PBSR/PB(1,0) 1850 E=(TG(0,1)-TGSR)/(TG(0,1)-TB(1,0)) 1860 REM Подгот.данных для печати 1870 NKYP=LG*NKE*1000:DEGP=DEG*1000:SGP=SG*1000000!:NKYR=NKY*10:DEBP=DEB*1000:SBP=SB*1000000!:BETACTP=BETACT*1000 1880 QOGP=QOGS(NKE,NKY)*NEG/1000:QBP=QBS(NKE,NKY)*NEB/1000 1890 FGP=(NKE*NKY*NEG)*FG:FBP=(NKE*NKY*NEB)*FB:FSUM=FGP+FBP 1900 BETACT1=BETACT*1000 1910 LPRINT SPC(20);"РАСЧЕТ ТЕПЛООБМЕННИКА " 1920 IF CPED1=1 AND CPED2=1 GOTO 1950 1930 IF CPED1=1 AND CPED2=2 GOTO 1960 1940 IF CPED1=2 AND CPED2=1 GOTO 1970 1950 LPRINT SPC(20);"ТИПА 'воздух-воздух'":GOTO 1980 1960 LPRINT SPC(20);"ТИПА 'воздух-вода'":GOTO 1980 1970 LPRINT SPC(20);"ТИПА 'вода-воздух'":GOTO 1980 1980 LPRINT :LPRINT 1990 LPRINT TAB(2);"Вариант-";VAR$; 2000 LPRINT TAB(43);" ''РУТА'' " 2010 LPRINT TAB(2);"Дата - ";DAT$; 2020 LPRINT TAB(43);" Мухачев В.А." 2030 LPRINT TAB(43);" Губайдуллин Б.Т." 2040 LPRINT :LPRINT 2050 LPRINT TAB(2);"ИСХОДНЫЕ ПАРАМЕТРЫ:" 2060 LPRINT TAB(2);"По стороне наддувочного воздуха" 2070 LPRINT USING " Расход ................................(кг/с) #.###";GG 2080 LPRINT USING " Давление...............................(кг/кв.м) #####";PG 2090 LPRINT USING " Температура............................(град.С) ###.##";TG 2100 LPRINT 2110 LPRINT TAB(2);"По стороне охлаждающего воздуха" 2120 LPRINT USING " Расход ................................(кг/с) #.###";GB 2130 LPRINT USING " Давление...............................(кг/кв.м) #####";PB 2140 LPRINT USING " Температура............................(град.С) ###.##";TB 2150 LPRINT 2160 LPRINT TAB(2);"КОНСТРУКТИВНЫЕ ПАРАМЕТРЫ:" 2170 LPRINT " Количество элементов в пакете .........шт ";NEG 2180 LPRINT " Количество трубчатых канал.в элемен....шт ";NKE 2190 LPRINT USING " Длина хода наддувочн.воздуха...........мм ###";NKYP 2200 LPRINT USING " Гидравлический диаметр.................мм ##.##";DEGP 2210 LPRINT USING " Площадь сечения канала ................кв.мм ###.##";SGP 2220 LPRINT USING " Длина хода охлажд.воздуха..............мм ###";NKYR 2230 LPRINT USING " Гидравлический диаметр.................мм ##.##";DEBP 2240 LPRINT USING " Площадь сечения канала.................кв.мм ###.##";SBP 2250 LPRINT " Суммарная площадь поверхности:" 2260 LPRINT USING " по стороне наддув.воздуха..............(кв.м) ###.##";FGP 2270 LPRINT USING " по стороне охлажд.воздуха..............(кв.м) ###.##";FBP 2280 LPRINT USING " общая..................................(кв.м) ###.##";FSUM 2290 LPRINT 2300 LPRINT " Материал:";MAT$ 2310 LPRINT USING " Толщина (мм.): #.####";BETACT1 2320 LPRINT :PRINT 2330 LPRINT TAB(2);"РЕЗУЛЬТАТЫ РАСЧЕТА:" 2340 LPRINT USING " Температ.(средн.)надд.возд.на выходе...(град.С) ###.##";TGSR 2350 LPRINT USING " Степень регенерации....................(%) #.###";E 2360 LPRINT " Потери давления:" 2370 LPRINT " по стороне наддув.воздуха" 2380 LPRINT USING " абсолютные.............................(кг/кв.м) #####";DLTPG 2390 LPRINT USING " относительные..........................(%) #.###";DPG 2400 LPRINT " по стороне охлажд.воздуха" 2410 LPRINT USING " абсолютные.............................(кг/кв.м) #####";DLTPB 2420 LPRINT USING " относительные..........................(%) #.###";DPB 2430 LPRINT " Суммарный теплосъем:" 2440 LPRINT USING " по стороне наддув.воздуха.............(квт) ###.##";QOGP 2450 LPRINT USING " по стороне охлажд.воздуха.............(квт) ###.##";QBP 2460 LPRINT " Число Рейнольдса:" 2470 LPRINT USING " на входе по надд.воздуху................. ######.#";RE(1,1) 2480 LPRINT USING " на входе по охлажд.воздуху................ ######.#";REB(1,1) 2490 LPRINT USING " среднее на выходе по надд.возд............ ######.#";RESR 2500 LPRINT USING " среднее на выходе по охлажд.возд.......... ######.#";REBSR 2505 END

Attribute VB_Name = "STAT_REGRESSION_LS_LIBR" Option Explicit 'Requires that all variables to be declared explicitly. Option Base 1 'The "Option Base" statement allows to specify 0 or 1 as the 'default first index of arrays. '************************************************************************************ '************************************************************************************ 'FUNCTION : REGRESSION_LS1_FUNC 'DESCRIPTION : Multiple regression Frame: We use the adjustment to robust 'standard errors suggested by Davidson and MacKinnon (1993). 'LIBRARY : REGRESSION 'GROUP : MULTIPLE 'ID : 001 'AUTHOR : RAFAEL NICOLAS FERMIN COTA 'LAST UPDATE : 01/21/2009 '************************************************************************************ '************************************************************************************ Function REGRESSION_LS1_FUNC(ByRef XDATA_RNG As Variant, _ ByRef YDATA_RNG As Variant, _ Optional ByVal INTERCEPT_FLAG As Boolean = True, _ Optional ByVal SE_VERSION As Long = 2, _ Optional ByVal OUTPUT As Integer = 0) '--------------------------------------------------------------------------- ' Uses LU Factorization for the Inverse of a Matrix ' Davidson and MacKinnon textbook (1993) p. 553 recommends ' using a correction factor in which one divides the estimate ' of the standard error by a factor where the factor is the ' square root of the t'th diagonal entry in the "hat matrix". ' This hat matrix is sometimes called P because it projects ' orthogonally onto the space spanned by the columns of ' the independent variables. ' Stata uses a much simpler correction namely sqrt(N/(N-K)). ' Davidson and MacKinnon (553-54) say that Stata's correction ' is inferior to dividing by (1-factor). 'REFERENCES: 'Davidson, R. and J. G. MacKinnon (1993). Estimation and Inference in 'Econometrics. New York, Oxford University Press. 'Goldberger, A. S. (1991). A Course in Econometrics. 'Cambridge, Mass., Harvard University. 'Ruud, P. A. (2000). An Introduction to Classical Econometric Theory. 'New York, Oxford Universtity Press. 'Wooldridge, J. M. (2002). Econometric Analysis of Cross Section and 'Panel Data, The MIT Press. 'Wooldridge, J. M. (2000). Introductory Econometrics: A Modern Approach, 'Southwestern College Publishing. '--------------------------------------------------------------------------- Dim h As Long Dim i As Long Dim j As Long Dim k As Long Dim NROWS As Long Dim NO_VAR As Long Dim NCOLUMNS As Long Dim TEMP_SUM As Double Dim FSTAT_VAL As Double Dim MULT_VAL As Double Dim TSS_VAL As Double Dim YSQ_VAL As Double Dim SSR_VAL As Double Dim RSQ_VAL As Double Dim RMSE_VAL As Double Dim YFIT_VAL As Double Dim YMEAN_VAL As Double Dim SE_VECTOR As Variant Dim RSE_VECTOR As Variant Dim HT_VECTOR As Variant Dim HAT_VECTOR As Variant Dim COEF_VECTOR As Variant Dim RESID_VECTOR As Variant Dim RESID_SQR_VECTOR As Variant Dim Y_VECTOR As Variant Dim X_MATRIX As Variant Dim XT_MATRIX As Variant Dim XTX_MATRIX As Variant Dim XTY_MATRIX As Variant Dim XTXI_MATRIX As Variant Dim XTXIXT_MATRIX As Variant Dim S_MATRIX As Variant Dim XTXIS_MATRIX As Variant Dim RSE_MATRIX As Variant Dim XTEMP_VECTOR As Variant Dim YTEMP_VECTOR As Variant Dim XDATA_MATRIX As Variant Dim YDATA_VECTOR As Variant On Error GoTo ERROR_LABEL XDATA_MATRIX = XDATA_RNG If UBound(XDATA_MATRIX, 1) = 1 Then XDATA_MATRIX = MATRIX_TRANSPOSE_FUNC(XDATA_MATRIX) End If YDATA_VECTOR = YDATA_RNG If UBound(YDATA_VECTOR, 1) = 1 Then YDATA_VECTOR = MATRIX_TRANSPOSE_FUNC(YDATA_VECTOR) End If If UBound(XDATA_MATRIX, 1) <> UBound(YDATA_VECTOR, 1) Then GoTo ERROR_LABEL End If NROWS = UBound(XDATA_MATRIX, 1) NO_VAR = UBound(XDATA_MATRIX, 2) '-------------------------------------------------------------------------------------------------------------- Select Case INTERCEPT_FLAG '-------------------------------------------------------------------------------------------------------------- Case True '-------------------------------------------------------------------------------------------------------------- NCOLUMNS = NO_VAR + 1 ReDim X_MATRIX(1 To NROWS, 1 To NCOLUMNS) ReDim XT_MATRIX(1 To NCOLUMNS, 1 To NROWS) For i = 1 To NROWS X_MATRIX(i, 1) = 1 XT_MATRIX(1, i) = 1 For j = 2 To NCOLUMNS X_MATRIX(i, j) = XDATA_MATRIX(i, j - 1) XT_MATRIX(j, i) = XDATA_MATRIX(i, j - 1) Next j Next i Y_VECTOR = YDATA_VECTOR XTX_MATRIX = MMULT_FUNC(XT_MATRIX, X_MATRIX) 'X'X XTXI_MATRIX = MATRIX_INVERSE_FUNC(XTX_MATRIX, 0) 'X'X -1 XTXIXT_MATRIX = MMULT_FUNC(XTXI_MATRIX, XT_MATRIX) 'ESTIMATES COEF_VECTOR = MMULT_FUNC(XTXIXT_MATRIX, Y_VECTOR) '-------------------------------------------------------------------------------------------------------------- Case False '-------------------------------------------------------------------------------------------------------------- NCOLUMNS = NO_VAR XT_MATRIX = MATRIX_TRANSPOSE_FUNC(XDATA_MATRIX) XTX_MATRIX = MMULT_FUNC(XT_MATRIX, XDATA_MATRIX) 'X'X XTXI_MATRIX = MATRIX_INVERSE_FUNC(XTX_MATRIX, 0) 'X'X -1 XTY_MATRIX = MMULT_FUNC(XT_MATRIX, YDATA_VECTOR) COEF_VECTOR = MMULT_FUNC(XTXI_MATRIX, XTY_MATRIX) Y_VECTOR = YDATA_VECTOR X_MATRIX = XDATA_MATRIX '-------------------------------------------------------------------------------------------------------------- End Select '-------------------------------------------------------------------------------------------------------------- ReDim RESID_VECTOR(1 To NROWS, 1 To 1) ReDim RESID_SQR_VECTOR(1 To NROWS, 1 To 1) ReDim RSE_VECTOR(1 To NCOLUMNS, 1 To 1) YMEAN_VAL = 0 For i = 1 To NROWS YMEAN_VAL = YMEAN_VAL + Y_VECTOR(i, 1) Next i YMEAN_VAL = YMEAN_VAL / NROWS RMSE_VAL = 0: TSS_VAL = 0: YSQ_VAL = 0 For i = 1 To NROWS YFIT_VAL = 0 TSS_VAL = TSS_VAL + (Y_VECTOR(i, 1) - YMEAN_VAL) ^ 2 For j = 1 To NCOLUMNS YFIT_VAL = YFIT_VAL + COEF_VECTOR(j, 1) * X_MATRIX(i, j) Next j RESID_VECTOR(i, 1) = Y_VECTOR(i, 1) - YFIT_VAL RESID_SQR_VECTOR(i, 1) = RESID_VECTOR(i, 1) ^ 2 RMSE_VAL = RMSE_VAL + RESID_SQR_VECTOR(i, 1) YSQ_VAL = YSQ_VAL + Y_VECTOR(i, 1) ^ 2 Next i '-------------------------------------------------------------------- If (INTERCEPT_FLAG = False) Then: TSS_VAL = YSQ_VAL '-------------------------------------------------------------------- SSR_VAL = RMSE_VAL RMSE_VAL = (RMSE_VAL / (NROWS - NCOLUMNS)) ^ 0.5 RSQ_VAL = 1 - (SSR_VAL / TSS_VAL) If (INTERCEPT_FLAG = True) Then FSTAT_VAL = ((TSS_VAL - SSR_VAL) / (NCOLUMNS - 1)) / (SSR_VAL / (NROWS - NCOLUMNS)) Else FSTAT_VAL = ((TSS_VAL - SSR_VAL) / (NCOLUMNS)) / (SSR_VAL / (NROWS - NCOLUMNS)) End If If NCOLUMNS = 1 Then ReDim SE_VECTOR(1 To NCOLUMNS, 1 To NCOLUMNS) SE_VECTOR(1, 1) = XTXI_MATRIX(1, 1) ^ 0.5 * RMSE_VAL Else ReDim SE_VECTOR(1 To NCOLUMNS, 1 To 1) For i = 1 To NCOLUMNS SE_VECTOR(i, 1) = XTXI_MATRIX(i, i) ^ 0.5 * RMSE_VAL Next i End If ReDim HT_VECTOR(1 To NROWS, 1 To 1) ReDim HAT_VECTOR(1 To NROWS, 1 To 1) '------------------------------------------------------------------------- Select Case SE_VERSION '------------------------------------------------------------------------- Case 0 '------------------------------------------------------------------------- For h = 1 To NROWS HAT_VECTOR(h, 1) = RESID_SQR_VECTOR(h, 1) Next h '------------------------------------------------------------------------- Case 1 '------------------------------------------------------------------------- For h = 1 To NROWS HAT_VECTOR(h, 1) = RESID_SQR_VECTOR(h, 1) * (NROWS / (NROWS - NCOLUMNS)) Next h '------------------------------------------------------------------------- Case Else '------------------------------------------------------------------------- ReDim XT_VECTOR(1 To NCOLUMNS, 1 To 1) For h = 1 To NROWS For k = 1 To NCOLUMNS XT_VECTOR(k, 1) = X_MATRIX(h, k) Next k If NCOLUMNS = 1 Then MULT_VAL = XT_VECTOR(1, 1) * XTXI_MATRIX(1, 1) * XT_VECTOR(1, 1) Else ReDim YTEMP_VECTOR(1 To NCOLUMNS, 1 To 1) ReDim XTEMP_VECTOR(1 To NCOLUMNS, 1 To 1) For i = 1 To NCOLUMNS: XTEMP_VECTOR(i, 1) = XT_VECTOR(i, 1): Next i For i = 1 To NCOLUMNS For j = 1 To 1 YTEMP_VECTOR(i, j) = 0 For k = 1 To NCOLUMNS: YTEMP_VECTOR(i, j) = XTXI_MATRIX(i, k) * XTEMP_VECTOR(k, j) + YTEMP_VECTOR(i, j): Next k Next j Next i MULT_VAL = 0 For i = 1 To NCOLUMNS MULT_VAL = MULT_VAL + YTEMP_VECTOR(i, 1) * XT_VECTOR(i, 1) Next i End If HT_VECTOR(h, 1) = MULT_VAL If HT_VECTOR(h, 1) = 1 Then HAT_VECTOR(h, 1) = 0 Else If SE_VERSION = 2 Then HAT_VECTOR(h, 1) = RESID_SQR_VECTOR(h, 1) / (1 - HT_VECTOR(h, 1)) Else HAT_VECTOR(h, 1) = RESID_SQR_VECTOR(h, 1) / ((1 - HT_VECTOR(h, 1)) ^ 2) 'Here is the Difference between Case 2 End If End If Next h '------------------------------------------------------------------------- End Select '------------------------------------------------------------------------- ReDim S_MATRIX(1 To NCOLUMNS, 1 To NCOLUMNS) For j = 1 To NCOLUMNS For k = 1 To NCOLUMNS TEMP_SUM = 0 For i = 1 To NROWS S_MATRIX(j, k) = X_MATRIX(i, j) * X_MATRIX(i, k) * HAT_VECTOR(i, 1) + TEMP_SUM TEMP_SUM = S_MATRIX(j, k) Next i Next k Next j ReDim XTXIS_MATRIX(1 To NCOLUMNS, 1 To NCOLUMNS) If NCOLUMNS = 1 Then XTXIS_MATRIX(1, 1) = XTXI_MATRIX(1, 1) * S_MATRIX(1, 1) Else For i = 1 To NCOLUMNS For j = 1 To NCOLUMNS XTXIS_MATRIX(i, j) = 0 For k = 1 To NCOLUMNS XTXIS_MATRIX(i, j) = XTXI_MATRIX(i, k) * S_MATRIX(k, j) + XTXIS_MATRIX(i, j) Next k Next j Next i End If ReDim RSE_MATRIX(1 To NCOLUMNS, 1 To NCOLUMNS) If NCOLUMNS = 1 Then RSE_MATRIX(1, 1) = XTXIS_MATRIX(1, 1) * XTXI_MATRIX(1) Else For i = 1 To NCOLUMNS For j = 1 To NCOLUMNS RSE_MATRIX(i, j) = 0 For k = 1 To NCOLUMNS RSE_MATRIX(i, j) = XTXIS_MATRIX(i, k) * XTXI_MATRIX(k, j) + RSE_MATRIX(i, j) Next k Next j Next i End If For i = 1 To NCOLUMNS If RSE_MATRIX(i, i) < 0 Then: RSE_MATRIX(i, i) = 0 RSE_VECTOR(i, 1) = RSE_MATRIX(i, i) ^ 0.5 Next i ReDim TEMP_MATRIX(1 To 5 + NCOLUMNS, 1 To 4) TEMP_MATRIX(1, 1) = "OBS" TEMP_MATRIX(1, 2) = NROWS TEMP_MATRIX(2, 1) = "YMEAN" TEMP_MATRIX(2, 2) = YMEAN_VAL TEMP_MATRIX(3, 1) = "RMSE" TEMP_MATRIX(3, 2) = RMSE_VAL TEMP_MATRIX(4, 1) = "F-STAT" TEMP_MATRIX(4, 2) = FSTAT_VAL TEMP_MATRIX(1, 3) = "SSR" 'SS Residuals TEMP_MATRIX(1, 4) = SSR_VAL TEMP_MATRIX(3, 3) = "SST" 'SS Total TEMP_MATRIX(3, 4) = TSS_VAL TEMP_MATRIX(2, 3) = "SSREG" 'SS Regression TEMP_MATRIX(2, 4) = TSS_VAL - SSR_VAL TEMP_MATRIX(4, 3) = "R^2" TEMP_MATRIX(4, 4) = RSQ_VAL 'RSQ = 1 - SSR_VAL / (NROWS * YSIGMA_VAL ^ 2) 'RSQ = 1 - NROWS / (NROWS - 1) * RSQ TEMP_MATRIX(5, 1) = "VAR" TEMP_MATRIX(5, 2) = "COEF" TEMP_MATRIX(5, 3) = "SE" If INTERCEPT_FLAG = True Then TEMP_MATRIX(6, 1) = "Alpha" Else TEMP_MATRIX(6, 1) = "Beta: " & 1 End If TEMP_MATRIX(6, 2) = COEF_VECTOR(1, 1) TEMP_MATRIX(6, 3) = SE_VECTOR(1, 1) If (NCOLUMNS <> 1) Then For i = 2 To NCOLUMNS If NO_VAR < NCOLUMNS Then TEMP_MATRIX(5 + i, 1) = "Beta: " & i - 1 Else TEMP_MATRIX(5 + i, 1) = "Beta: " & i End If TEMP_MATRIX(5 + i, 2) = COEF_VECTOR(i, 1) TEMP_MATRIX(5 + i, 3) = SE_VECTOR(i, 1) Next i End If Select Case SE_VERSION Case 0 TEMP_MATRIX(5, 4) = "HC0" Case 1 TEMP_MATRIX(5, 4) = "HC1" Case 2 TEMP_MATRIX(5, 4) = "HC2" Case Else TEMP_MATRIX(5, 4) = "HC3" End Select For i = 1 To NCOLUMNS: TEMP_MATRIX(5 + i, 4) = RSE_VECTOR(i, 1): Next i Select Case OUTPUT Case 0 REGRESSION_LS1_FUNC = TEMP_MATRIX Case 1 REGRESSION_LS1_FUNC = COEF_VECTOR Case 2 REGRESSION_LS1_FUNC = RESID_VECTOR Case 3 REGRESSION_LS1_FUNC = SE_VECTOR Case 4 REGRESSION_LS1_FUNC = HAT_VECTOR Case 5 REGRESSION_LS1_FUNC = RSE_VECTOR Case Else REGRESSION_LS1_FUNC = Array(TEMP_MATRIX, COEF_VECTOR, RESID_VECTOR, SE_VECTOR, HAT_VECTOR, RSE_VECTOR) End Select Exit Function ERROR_LABEL: REGRESSION_LS1_FUNC = Err.number End Function '************************************************************************************ '************************************************************************************ 'FUNCTION : REGRESSION_LS2_FUNC 'DESCRIPTION : Multiple regression Frame: We use the cholesky adjustment for the 'inverse of the matrix and the correction factor suggested by Davidson 'and MacKinnon (1993). 'Davidson and MacKinnon textbook (1993) p. 553 recommends using a correction factor 'in which one divides the estimate of the standard error by (1- HT) where HT is the 'square root of the t'th diagonal entry in the "hat matrix". This hat matrix is 'sometimes called P because it projects orthogonally onto the space spanned by the 'columns of X. 'Stata uses a much simpler correction namely sqrt(N/(N-j)). 'Davidson and MacKinnon (553-54) say that Stata's correction is inferior to dividing 'by (1-HT). 'LIBRARY : STATISTICS 'GROUP : REGRESSION 'ID : 002 'AUTHOR : RAFAEL NICOLAS FERMIN COTA 'LAST UPDATE : 01/22/2009 '************************************************************************************ '************************************************************************************ Function REGRESSION_LS2_FUNC(ByRef XDATA_RNG As Variant, _ ByRef YDATA_RNG As Variant, _ Optional ByVal INTERCEPT_FLAG As Boolean = True, _ Optional ByVal SE_VERSION As Long = 2, _ Optional ByVal CI_VAL As Double = 0.95, _ Optional ByVal OUTPUT As Integer = 1) Dim h As Long Dim i As Long Dim j As Long Dim k As Long Dim ii As Long Dim jj As Long Dim NO_VAR As Long Dim NROWS As Long Dim NCOLUMNS As Long Dim TEMP_SUM As Double Dim MULT_VAL As Double Dim PXT_VAL As Double Dim PYT_VAL As Double Dim PYX_VAL As Double Dim YMEAN_VAL As Double Dim YSTDEV_VAL As Double Dim RMEAN_VAL As Double Dim RSTDEVP_VAL As Double Dim YFIT_VAL As Double Dim SSR_VAL As Double Dim DW_VAL As Double Dim RMSE_VAL As Double Dim TSS_VAL As Double Dim YSQ_VAL As Double Dim RSQ_VAL As Double Dim FSTAT_VAL As Double Dim MAPE_VAL As Double Dim FACTOR_VAL As Double Dim ERROR_STR As String Dim P_ARR() As Double Dim HT_ARR() As Double Dim XT_ARR() As Double Dim SE_ARR() As Double Dim HAT_ARR() As Double Dim RSE_ARR() As Double Dim RESID1_ARR() As Double Dim RESID2_ARR() As Double Dim S_MATRIX() As Double Dim T_MATRIX() As Double Dim RSE_MATRIX() As Double Dim COEF_VECTOR() As Double Dim X_MATRIX() As Double Dim XT_MATRIX() As Double Dim XTX_MATRIX() As Double Dim XTXI_MATRIX() As Double Dim XTXIS_MATRIX() As Double Dim XTXIXT_MATRIX() As Double Dim XTXIXTX_MATRIX() As Double Dim XTEMP_VECTOR As Variant Dim YTEMP_VECTOR As Variant Dim XDATA_MATRIX As Variant Dim YDATA_VECTOR As Variant Dim TEMP_MATRIX As Variant Const PI_VAL As Double = 3.14159265358979 On Error GoTo ERROR_LABEL ERROR_STR = "" XDATA_MATRIX = XDATA_RNG NO_VAR = UBound(XDATA_MATRIX, 2) YDATA_VECTOR = YDATA_RNG If UBound(YDATA_VECTOR, 1) = 1 Then YDATA_VECTOR = YDATA_VECTOR = MATRIX_TRANSPOSE_FUNC(YDATA_VECTOR) End If '---------------------------------------------------------------------------------- NROWS = UBound(YDATA_VECTOR, 1) If NROWS > UBound(XDATA_MATRIX, 1) Then: NROWS = UBound(XDATA_MATRIX, 1) '---------------------------------------------------------------------------------- 'tells us the number of parameters to estimate If INTERCEPT_FLAG = True Then NCOLUMNS = NO_VAR + 1 Else NCOLUMNS = NO_VAR GoSub INPUTS_LINE: GoSub COEF_LINE: GoSub OUTPUT_LINE '--------------------------------------------------------------------------------------------------- Select Case OUTPUT '--------------------------------------------------------------------------------------------------- Case 0 '--------------------------------------------------------------------------------------------------- ReDim TEMP_MATRIX(1 To 7, 1 To 4) If INTERCEPT_FLAG = True Then j = NROWS - NO_VAR - 1 'Residual DF k = NROWS - j - 1 'Regression DF Else j = NROWS - NO_VAR 'Residual DF k = NROWS - j 'Regression DF End If '-------------------------------------------------------------------------------------------------------------------------------------- TEMP_MATRIX(1, 1) = "R^2" TEMP_MATRIX(1, 2) = RSQ_VAL '1 - SSR_VAL / TSS_VAL TEMP_MATRIX(2, 1) = "RBar^2" 'TEMP_MATRIX(2, 2) = 1 - (((1 - RSQ_VAL) * (NROWS - 1)) / (NROWS - k - 1)) TEMP_MATRIX(2, 2) = 1 - ((SSR_VAL / (NROWS - k - 1)) / (TSS_VAL / (NROWS - 1))) 'The Adjusted R-Squared is similar to the R-Squared, however, the Adjusted RSquared 'takes into account the number of independent variables in the regression. The 'Adjusted R-Squared is useful when comparing the fit of two equations with the same 'dependent variable but a different number of explanatory variables 'Johnston, Jack and John DiNardo (1997). Econometric Methods. New York The 'McGraw-Hill Companies, Incorporated, pg 74. '-------------------------------------------------------------------------------------------------------------------------------------- TEMP_MATRIX(3, 1) = "RMSE" 'S.E. of regression TEMP_MATRIX(3, 2) = RMSE_VAL TEMP_MATRIX(4, 1) = "SSR" 'Sum squared resid TEMP_MATRIX(4, 2) = SSR_VAL '-------------------------------------------------------------------------------------------------------------------------------------- TEMP_MATRIX(5, 1) = "F-test" TEMP_MATRIX(5, 2) = FSTAT_VAL TEMP_MATRIX(6, 1) = "Prob(F)" TEMP_MATRIX(6, 2) = FDIST_FUNC(FSTAT_VAL, k, j, True, False) '-------------------------------------------------------------------------------------------------------------------------------------- TEMP_MATRIX(7, 1) = "S.D. Resids" TEMP_MATRIX(7, 2) = RSTDEVP_VAL '-------------------------------------------------------------------------------------------------------------------------------------- '-------------------------------------------------------------------------------------------------------------------------------------- '-------------------------------------------------------------------------------------------------------------------------------------- TEMP_MATRIX(1, 3) = "MAPE" TEMP_MATRIX(1, 4) = MAPE_VAL '-------------------------------------------------------------------------------------------------------------------------------------- TEMP_MATRIX(2, 3) = "CV Regr" TEMP_MATRIX(2, 4) = RMSE_VAL / YMEAN_VAL * 100 'The coefficient of variation for the regression is a measure of the average error relative to the actual mean of the 'dependent variable '-------------------------------------------------------------------------------------------------------------------------------------- TEMP_MATRIX(3, 3) = "Durbin-Watson" TEMP_MATRIX(3, 4) = DW_VAL 'The Durbin-Watson test statistic is a measure of first-order autocorrelation in the model. 'http://en.wikipedia.org/wiki/Durbin%E2%80%93Watson_statistic '-------------------------------------------------------------------------------------------------------------------------------------- TEMP_MATRIX(4, 3) = "Rho" 'The most common procedure for modeling a system with autocorrelation is a first-order autoregressive process or an AR(1). 'In an AR(1) process the error in time t is lagged on the error in t-1 which yields the equation: et = p * et-1 + rt 'et = Error term in time t from a regression model: y =Xb + e 'p = Parameter rho that determines the properties of et 'rt = Independent disturbances for the AR(1) process XTEMP_VECTOR = XDATA_MATRIX YTEMP_VECTOR = YDATA_VECTOR jj = NCOLUMNS: ii = NROWS NROWS = NROWS - 1: NCOLUMNS = 1: INTERCEPT_FLAG = False ReDim YDATA_VECTOR(1 To NROWS, 1 To 1) ReDim XDATA_MATRIX(1 To NROWS, 1 To 1) For i = 1 To NROWS YDATA_VECTOR(i, 1) = RESID1_ARR(i + 1) XDATA_MATRIX(i, 1) = RESID1_ARR(i + 0) Next i 'parameter rho can be calculated from the regression equation y=Xb+e as: GoSub INPUTS_LINE: GoSub COEF_LINE TEMP_MATRIX(4, 4) = COEF_VECTOR(1, 1) XDATA_MATRIX = XTEMP_VECTOR YDATA_VECTOR = YTEMP_VECTOR NCOLUMNS = jj: NROWS = ii: INTERCEPT_FLAG = True '-------------------------------------------------------------------------------------------------------------------------------------- TEMP_MATRIX(5, 3) = "Akaike Information Criterion" TEMP_MATRIX(5, 4) = Log(SSR_VAL / NROWS) + (2 * (NO_VAR) / NROWS) 'The Akaike Information Criterion is used in the selection of regressors. A penalty 'for increasing the number of regressors is added to a transformation of the minimum 'residual sum of squares. The Akaike Information Criterion is calculated as follows 'http://en.wikipedia.org/wiki/Akaike_information_criterion 'Johnston, Jack and John DiNardo (1997). Econometric Methods. New York The McGraw-Hill Companies, Incorporated, pg 74. '-------------------------------------------------------------------------------------------------------------------------------------- TEMP_MATRIX(6, 3) = "Schwarz Information Criterion" TEMP_MATRIX(6, 4) = Log(SSR_VAL / NROWS) + (NO_VAR / NROWS) * Log(NROWS) 'The Schwarz Criterion is used in the selection of lags for an AR(p) process. A 'penalty for increasing the number of lags is added to a transformation of the minimum 'residual sum of squares. 'Johnston, Jack and John DiNardo (1997). Econometric Methods. New York The McGraw-Hill Companies, Incorporated, pg 74. 'http://en.wikipedia.org/wiki/Bayesian_information_criterion 'http://en.wikipedia.org/wiki/Hannan%E2%80%93Quinn_information_criterion 'http://en.wikipedia.org/wiki/Newey%E2%80%93West_estimator '-------------------------------------------------------------------------------------------------------------------------------------- TEMP_MATRIX(7, 3) = "Log Likelihood" TEMP_MATRIX(7, 4) = -(NROWS / 2) * Log(2 * PI_VAL) - (NROWS / 2) * Log(SSR_VAL / NROWS) - (NROWS / 2) 'If INTERCEPT_FLAG = True Then k = NO_VAR + 1 else k = NO_VAR 'Akaike: -2 * (LLIKE_VAL / NROWS) + ((2 * k) / NROWS) 'Schwarz: = -2 * (LLIKE_VAL / NROWS) + ((k * Log(NROWS)) / NROWS) 'http://en.wikipedia.org/wiki/Likelihood-ratio_test '-------------------------------------------------------------------------------------------------------------------------------------- Case 1 '-------------------------------------------------------------------------------------------------------------------------------------- GoSub RSE_LINE ReDim TEMP_MATRIX(0 To NCOLUMNS, 1 To 8) TEMP_MATRIX(0, 1) = "Heading" TEMP_MATRIX(0, 2) = "Coefficient" TEMP_MATRIX(0, 3) = "HC" & SE_VERSION TEMP_MATRIX(0, 4) = "S.E." TEMP_MATRIX(0, 5) = "t-test" TEMP_MATRIX(0, 6) = "Prob(t)" TEMP_MATRIX(0, 7) = "Elasticity at Mean" TEMP_MATRIX(0, 8) = "Variance Inflation Factor" 'In statistics, the variance inflation factor (VIF) quantifies the severity of multicollinearity 'in an ordinary least squares regression analysis. It provides an index that measures how much the 'variance of an estimated regression coefficient (the square of the estimate's standard deviation) is 'increased because of collinearity. 'TEMP_MATRIX(0, 9) = "Partial Correlation" 'TEMP_MATRIX(0, 10) = "Semipartial Correlation" If INTERCEPT_FLAG = True Then k = NROWS - NO_VAR - 1 j = 1: TEMP_MATRIX(j, 1) = "Alpha" TEMP_MATRIX(j, 7) = "" For j = 2 To NCOLUMNS TEMP_MATRIX(j, 1) = "Beta: " & j - 1 TEMP_MATRIX(j, 7) = 0: For i = 1 To NROWS: TEMP_MATRIX(j, 7) = TEMP_MATRIX(j, 7) + X_MATRIX(i, j): Next i TEMP_MATRIX(j, 7) = COEF_VECTOR(j, 1) * (TEMP_MATRIX(j, 7) / NROWS) / YMEAN_VAL Next j Else k = NROWS - NO_VAR 'Residual DF For j = 1 To NCOLUMNS TEMP_MATRIX(j, 1) = "Beta: " & j TEMP_MATRIX(j, 7) = 0: For i = 1 To NROWS: TEMP_MATRIX(j, 7) = TEMP_MATRIX(j, 7) + X_MATRIX(i, j): Next i TEMP_MATRIX(j, 7) = COEF_VECTOR(j, 1) * (TEMP_MATRIX(j, 7) / NROWS) / YMEAN_VAL Next j End If For j = 1 To NCOLUMNS TEMP_MATRIX(j, 2) = COEF_VECTOR(j, 1) TEMP_MATRIX(j, 3) = RSE_ARR(j) TEMP_MATRIX(j, 4) = SE_ARR(j) TEMP_MATRIX(j, 5) = TEMP_MATRIX(j, 2) / TEMP_MATRIX(j, 4) TEMP_MATRIX(j, 6) = 2 * (1 - TDIST_FUNC(Abs(TEMP_MATRIX(j, 5)), k, True)) Next j If NO_VAR > 1 Then 'http://en.wikipedia.org/wiki/Variance_inflation_factor NO_VAR = NO_VAR - 1 'UBound(XDATA_MATRIX, 2) - 1 If INTERCEPT_FLAG = True Then NCOLUMNS = NO_VAR + 1 Else NCOLUMNS = NO_VAR XTEMP_VECTOR = XDATA_MATRIX For h = 1 To NO_VAR + 1 ReDim XDATA_MATRIX(1 To NROWS, 1 To NO_VAR) ReDim YDATA_VECTOR(1 To NROWS, 1 To 1) For i = 1 To NROWS YDATA_VECTOR(i, 1) = XTEMP_VECTOR(i, h) k = 1 For j = 1 To NO_VAR + 1 If j = h Then GoTo 1985 XDATA_MATRIX(i, k) = XTEMP_VECTOR(i, j) k = k + 1 1985: Next j Next i If INTERCEPT_FLAG = True Then If h = 1 Then: TEMP_MATRIX(h, 8) = "" GoSub INPUTS_LINE: GoSub COEF_LINE: GoSub OUTPUT_LINE TEMP_MATRIX(h + 1, 8) = 1 / (1 - RSQ_VAL) Else 'Revise This INTERCEPT_FLAG = True: GoSub INPUTS_LINE: GoSub COEF_LINE: GoSub OUTPUT_LINE: INTERCEPT_FLAG = False TEMP_MATRIX(h, 8) = 1 / (1 - RSQ_VAL) End If Next h Else For j = 1 To NCOLUMNS: TEMP_MATRIX(j, 8) = "": Next j End If ' TEMP_MATRIX = YDATA_VECTOR 'http://www.dss.uniud.it/utenti/rizzi/econometrics_part2_file/heteroUK2.pdf '--------------------------------------------------------------------------------------------------- Case Else '--------------------------------------------------------------------------------------------------- ReDim TEMP_MATRIX(0 To UBound(XDATA_MATRIX, 1), 1 To 9) TEMP_MATRIX(0, 1) = "Actual Y" TEMP_MATRIX(0, 2) = "Predicted Y" TEMP_MATRIX(0, 3) = "Residuals" TEMP_MATRIX(0, 4) = "SE Mean Predicted Y" TEMP_MATRIX(0, 5) = "SE Predicted Y" TEMP_MATRIX(0, 6) = "Lower " & Format(CI_VAL, "0%") & " Conf. Interval" TEMP_MATRIX(0, 7) = "Upper " & Format(CI_VAL, "0%") & " Conf. Interval" TEMP_MATRIX(0, 8) = "Lower " & Format(CI_VAL, "0%") & " Predict. Interval" TEMP_MATRIX(0, 9) = "Upper " & Format(CI_VAL, "0%") & " Predict. Interval" '----------------------------------------------------------------------------------------------- If INTERCEPT_FLAG = True Then j = NROWS - NO_VAR - 1 Else j = NROWS - NO_VAR 'Residual DF FACTOR_VAL = -INVERSE_TDIST_FUNC((1 - CI_VAL) / 2, j) 'The least squares projection matrix or the hat matrix determines the predicted 'values of a regression model. The diagonal elements of the hat matrix or Leverage can 'be used to measure the effect that the individual observations of the dependant variable 'have on the corresponding estimation of that observation. For i = 1 To NROWS TEMP_MATRIX(i, 4) = RMSE_VAL * XTXIXTX_MATRIX(i, i) ^ 0.5 'Diagonal of Hat Matrix TEMP_MATRIX(i, 5) = RMSE_VAL * (1 + XTXIXTX_MATRIX(i, i)) ^ 0.5 TEMP_MATRIX(i, 1) = YDATA_VECTOR(i, 1) TEMP_MATRIX(i, 3) = RESID1_ARR(i) TEMP_MATRIX(i, 2) = TEMP_MATRIX(i, 1) - TEMP_MATRIX(i, 3) MULT_VAL = FACTOR_VAL * TEMP_MATRIX(i, 4) TEMP_MATRIX(i, 6) = TEMP_MATRIX(i, 2) - MULT_VAL TEMP_MATRIX(i, 7) = TEMP_MATRIX(i, 2) + MULT_VAL MULT_VAL = FACTOR_VAL * RMSE_VAL * (1 + (TEMP_MATRIX(i, 4) / RMSE_VAL) ^ 2) ^ 0.5 TEMP_MATRIX(i, 8) = TEMP_MATRIX(i, 2) - MULT_VAL TEMP_MATRIX(i, 9) = TEMP_MATRIX(i, 2) + MULT_VAL Next i If UBound(XDATA_MATRIX, 1) > NROWS Then 'Projected Values for the Exogenous Variables h = UBound(YDATA_VECTOR, 1): NROWS = UBound(XDATA_MATRIX, 1): GoSub INPUTS_LINE For i = h + 1 To NROWS TEMP_MATRIX(i, 1) = CVErr(xlErrNA) 'NORMSINV_FUNC(Rnd(), TEMP_MATRIX(i, 2), TEMP_MATRIX(i, 5), 0) TEMP_MATRIX(i, 3) = CVErr(xlErrNA) '"" ReDim XTEMP_VECTOR(1 To NCOLUMNS) For j = 1 To NCOLUMNS 'Thanks to Dr. Zaric!!! XTEMP_VECTOR(j) = 0: For k = 1 To NCOLUMNS: XTEMP_VECTOR(j) = XTEMP_VECTOR(j) + X_MATRIX(i, k) * XTXI_MATRIX(k, j): Next k Next j TEMP_MATRIX(i, 2) = 0: TEMP_MATRIX(i, 5) = 0 For j = 1 To NCOLUMNS TEMP_MATRIX(i, 2) = TEMP_MATRIX(i, 2) + COEF_VECTOR(j, 1) * X_MATRIX(i, j) TEMP_MATRIX(i, 5) = TEMP_MATRIX(i, 5) + XTEMP_VECTOR(j) * XT_MATRIX(j, i) Next j 'TEMP_MATRIX(i, 4) = (TEMP_MATRIX(i, 5) ^ 2 - RMSE_VAL ^ 2) ^ 0.5 TEMP_MATRIX(i, 4) = RMSE_VAL * TEMP_MATRIX(i, 5) ^ 0.5 TEMP_MATRIX(i, 5) = RMSE_VAL * (1 + TEMP_MATRIX(i, 5)) ^ 0.5 MULT_VAL = FACTOR_VAL * TEMP_MATRIX(i, 4) TEMP_MATRIX(i, 6) = TEMP_MATRIX(i, 2) - MULT_VAL TEMP_MATRIX(i, 7) = TEMP_MATRIX(i, 2) + MULT_VAL MULT_VAL = FACTOR_VAL * RMSE_VAL * (1 + (TEMP_MATRIX(i, 4) / RMSE_VAL) ^ 2) ^ 0.5 TEMP_MATRIX(i, 8) = TEMP_MATRIX(i, 2) - MULT_VAL TEMP_MATRIX(i, 9) = TEMP_MATRIX(i, 2) + MULT_VAL Next i End If '--------------------------------------------------------------------------------------------------- End Select '--------------------------------------------------------------------------------------------------- REGRESSION_LS2_FUNC = TEMP_MATRIX '-------------------------------------------------------------------------------------------------------------------------------- Exit Function '-------------------------------------------------------------------------------------------------------------------------------- INPUTS_LINE: '-------------------------------------------------------------------------------------------------------------------------------- ReDim X_MATRIX(1 To NROWS, 1 To NCOLUMNS) ReDim XT_MATRIX(1 To NCOLUMNS, 1 To NROWS) If INTERCEPT_FLAG = True Then For i = 1 To NROWS j = 1: X_MATRIX(i, j) = 1: XT_MATRIX(j, i) = 1 For j = 2 To NCOLUMNS X_MATRIX(i, j) = XDATA_MATRIX(i, j - 1) XT_MATRIX(j, i) = X_MATRIX(i, j) Next j Next i Else For i = 1 To NROWS For j = 1 To NCOLUMNS X_MATRIX(i, j) = XDATA_MATRIX(i, j) XT_MATRIX(j, i) = X_MATRIX(i, j) Next j Next i End If '-------------------------------------------------------------------------------------------------------------------------------- Return '-------------------------------------------------------------------------------------------------------------------------------- COEF_LINE: '-------------------------------------------------------------------------------------------------------------------------------- ReDim T_MATRIX(1 To NCOLUMNS, 1 To NCOLUMNS) ReDim XTX_MATRIX(1 To NCOLUMNS, 1 To NCOLUMNS) For i = 1 To NCOLUMNS For j = 1 To NCOLUMNS T_MATRIX(i, j) = 0 XTX_MATRIX(i, j) = 0 For k = 1 To NROWS T_MATRIX(i, j) = XT_MATRIX(i, k) * X_MATRIX(k, j) + T_MATRIX(i, j) XTX_MATRIX(i, j) = XT_MATRIX(i, k) * X_MATRIX(k, j) + XTX_MATRIX(i, j) Next k Next j Next i ReDim P_ARR(1 To NCOLUMNS): For i = 1 To NCOLUMNS: P_ARR(i) = i: Next i If REGRESSION_LS_MC_TEST_FUNC(T_MATRIX, P_ARR, NCOLUMNS) = False Then ERROR_STR = "There is perfect or near-perfect multicollinearity in the independent variables. Thus the regression fails." GoTo ERROR_LABEL End If ReDim XTXIXT_MATRIX(1 To NCOLUMNS, 1 To NROWS) If NCOLUMNS = 1 Then ReDim XTXI_MATRIX(1 To 1) XTXI_MATRIX(1) = 1 / XTX_MATRIX(1, 1) For i = 1 To NROWS: XTXIXT_MATRIX(1, i) = XTXI_MATRIX(1) * XT_MATRIX(1, i): Next i Else XTXI_MATRIX = MATRIX_CHOLESKY_INVERSE_FUNC(XTX_MATRIX, 0, True) For i = 1 To NCOLUMNS For j = 1 To NROWS XTXIXT_MATRIX(i, j) = 0 For k = 1 To NCOLUMNS: XTXIXT_MATRIX(i, j) = XTXI_MATRIX(i, k) * XT_MATRIX(k, j) + XTXIXT_MATRIX(i, j): Next k Next j Next i End If ReDim XTXIXTX_MATRIX(1 To NROWS, 1 To NROWS) 'Halt Matrix For i = 1 To NROWS For j = 1 To NROWS XTXIXTX_MATRIX(i, j) = 0 For k = 1 To NCOLUMNS: XTXIXTX_MATRIX(i, j) = XTXIXTX_MATRIX(i, j) + X_MATRIX(i, k) * XTXIXT_MATRIX(k, j): Next k Next j Next i ReDim COEF_VECTOR(1 To NCOLUMNS, 1 To 1) For j = 1 To NCOLUMNS COEF_VECTOR(j, 1) = 0 For i = 1 To NROWS: COEF_VECTOR(j, 1) = COEF_VECTOR(j, 1) + XTXIXT_MATRIX(j, i) * YDATA_VECTOR(i, 1): Next i Next j '-------------------------------------------------------------------------------------------------------------------------------- Return '-------------------------------------------------------------------------------------------------------------------------------- OUTPUT_LINE: '-------------------------------------------------------------------------------------------------------------------------------- YMEAN_VAL = 0: For i = 1 To NROWS: YMEAN_VAL = YMEAN_VAL + YDATA_VECTOR(i, 1): Next i YMEAN_VAL = YMEAN_VAL / NROWS ReDim RESID1_ARR(1 To NROWS): ReDim RESID2_ARR(1 To NROWS) YSTDEV_VAL = 0 RMEAN_VAL = 0: DW_VAL = 0: MAPE_VAL = 0 RMSE_VAL = 0: TSS_VAL = 0: YSQ_VAL = 0 For i = 1 To NROWS YSTDEV_VAL = YSTDEV_VAL + (YDATA_VECTOR(i, 1) - YMEAN_VAL) ^ 2 YFIT_VAL = 0 TSS_VAL = TSS_VAL + (YDATA_VECTOR(i, 1) - YMEAN_VAL) ^ 2 For j = 1 To NCOLUMNS: YFIT_VAL = YFIT_VAL + COEF_VECTOR(j, 1) * X_MATRIX(i, j): Next j RESID1_ARR(i) = YDATA_VECTOR(i, 1) - YFIT_VAL RMEAN_VAL = RMEAN_VAL + RESID1_ARR(i) If YDATA_VECTOR(i, 1) <> 0 Then: MAPE_VAL = MAPE_VAL + Abs(RESID1_ARR(i) / YDATA_VECTOR(i, 1)) RESID2_ARR(i) = RESID1_ARR(i) ^ 2 RMSE_VAL = RMSE_VAL + RESID2_ARR(i) YSQ_VAL = YSQ_VAL + YDATA_VECTOR(i, 1) ^ 2 If i > 1 Then: DW_VAL = DW_VAL + (RESID1_ARR(i) - RESID1_ARR(i - 1)) ^ 2 Next i YSTDEV_VAL = (YSTDEV_VAL / (NROWS - 1)) ^ 0.5 RMEAN_VAL = RMEAN_VAL / NROWS MAPE_VAL = MAPE_VAL / NROWS * 100 RSTDEVP_VAL = 0 For i = 1 To NROWS: RSTDEVP_VAL = RSTDEVP_VAL + (RESID1_ARR(i) - RMEAN_VAL) ^ 2: Next i RSTDEVP_VAL = (RSTDEVP_VAL / (NROWS - 0)) ^ 0.5 SSR_VAL = RMSE_VAL If INTERCEPT_FLAG = False Then TSS_VAL = YSQ_VAL FSTAT_VAL = ((TSS_VAL - SSR_VAL) / (NCOLUMNS)) / (SSR_VAL / (NROWS - NCOLUMNS)) Else FSTAT_VAL = ((TSS_VAL - SSR_VAL) / (NCOLUMNS - 1)) / (SSR_VAL / (NROWS - NCOLUMNS)) End If RSQ_VAL = 1 - (SSR_VAL / TSS_VAL) DW_VAL = DW_VAL / SSR_VAL RMSE_VAL = (RMSE_VAL / (NROWS - NCOLUMNS)) ^ 0.5 ReDim SE_ARR(1 To NCOLUMNS) If NCOLUMNS = 1 Then SE_ARR(1) = XTXI_MATRIX(1) ^ 0.5 * RMSE_VAL Else For i = 1 To NCOLUMNS SE_ARR(i) = XTXI_MATRIX(i, i) SE_ARR(i) = SE_ARR(i) ^ 0.5 SE_ARR(i) = SE_ARR(i) * RMSE_VAL Next i End If '-------------------------------------------------------------------------------------------------------------------------------- Return '-------------------------------------------------------------------------------------------------------------------------------- RSE_LINE: ' Get S matrix ' It has the same dimensions as XTX ' First , following Davidson and MacKinnnon, p. 553, divide each ESQ by (1-HT) ' to get HT_ARR, multiply the i'th row of X_MATRIX into X_MATRIX'XInverse ' and the transpose of the i'th row of X_MATRIX '-------------------------------------------------------------------------------------------------------------------------------- ReDim HT_ARR(1 To NROWS) ReDim HAT_ARR(1 To NROWS) ' robust SE using Davidson and MacKinnon's various approaches (p. 553) implemented here Select Case SE_VERSION Case 0 For i = 1 To NROWS: HAT_ARR(i) = RESID2_ARR(i): Next i Case 1 For i = 1 To NROWS: HAT_ARR(i) = RESID2_ARR(i) * (NROWS / (NROWS - NCOLUMNS)): Next i Case Else ReDim XT_ARR(1 To NCOLUMNS) For h = 1 To NROWS For k = 1 To NCOLUMNS: XT_ARR(k) = X_MATRIX(h, k): Next k If NCOLUMNS = 1 Then MULT_VAL = XT_ARR(1) * XTXI_MATRIX(1) * XT_ARR(1) Else ReDim YTEMP_VECTOR(1 To NCOLUMNS, 1 To 1) ReDim XTEMP_VECTOR(1 To NCOLUMNS, 1 To 1) For i = 1 To NCOLUMNS: XTEMP_VECTOR(i, 1) = XT_ARR(i): Next i For i = 1 To NCOLUMNS For j = 1 To 1 YTEMP_VECTOR(i, j) = 0 For k = 1 To NCOLUMNS: YTEMP_VECTOR(i, j) = XTXI_MATRIX(i, k) * XTEMP_VECTOR(k, j) + YTEMP_VECTOR(i, j): Next k Next j Next i MULT_VAL = 0 For i = 1 To NCOLUMNS: MULT_VAL = MULT_VAL + YTEMP_VECTOR(i, 1) * XT_ARR(i): Next i End If HT_ARR(h) = MULT_VAL If HT_ARR(h) = 1 Then HAT_ARR(h) = 0 Else If SE_VERSION = 2 Then HAT_ARR(h) = RESID2_ARR(h) / (1 - HT_ARR(h)) Else HAT_ARR(h) = RESID2_ARR(h) / ((1 - HT_ARR(h)) ^ 2) End If End If Next h End Select ReDim S_MATRIX(1 To NCOLUMNS, 1 To NCOLUMNS) For j = 1 To NCOLUMNS For k = 1 To NCOLUMNS TEMP_SUM = 0 For h = 1 To NROWS S_MATRIX(j, k) = X_MATRIX(h, j) * X_MATRIX(h, k) * HAT_ARR(h) + TEMP_SUM TEMP_SUM = S_MATRIX(j, k) Next h Next k Next j ReDim XTXIS_MATRIX(1 To NCOLUMNS, 1 To NCOLUMNS) If NCOLUMNS = 1 Then XTXIS_MATRIX(1, 1) = XTXI_MATRIX(1) * S_MATRIX(1, 1) Else For i = 1 To NCOLUMNS For j = 1 To NCOLUMNS XTXIS_MATRIX(i, j) = 0 For k = 1 To NCOLUMNS: XTXIS_MATRIX(i, j) = XTXI_MATRIX(i, k) * S_MATRIX(k, j) + XTXIS_MATRIX(i, j): Next k Next j Next i End If ReDim RSE_MATRIX(1 To NCOLUMNS, 1 To NCOLUMNS) If NCOLUMNS = 1 Then RSE_MATRIX(1, 1) = XTXIS_MATRIX(1, 1) * XTXI_MATRIX(1) Else For i = 1 To NCOLUMNS For j = 1 To NCOLUMNS RSE_MATRIX(i, j) = 0 For k = 1 To NCOLUMNS: RSE_MATRIX(i, j) = XTXIS_MATRIX(i, k) * XTXI_MATRIX(k, j) + RSE_MATRIX(i, j): Next k Next j Next i End If ReDim RSE_ARR(1 To NCOLUMNS) For i = 1 To NCOLUMNS If RSE_MATRIX(i, i) < 0 Then: RSE_MATRIX(i, i) = 0 RSE_ARR(i) = RSE_MATRIX(i, i) ^ 0.5 Next i '------------------------------------------------------------------------------------------------------------------------ Return '------------------------------------------------------------------------------------------------------------------------ ERROR_LABEL: '------------------------------------------------------------------------------------------------------------------------ If ERROR_STR = "" Then REGRESSION_LS2_FUNC = Err.number Else REGRESSION_LS2_FUNC = ERROR_STR End If End Function '************************************************************************************ '************************************************************************************ 'FUNCTION : REGRESSION_LS_MC_TEST_FUNC 'DESCRIPTION : Test for perfect or near-perfect multicollinearity 'in the independent variables 'LIBRARY : STATISTICS 'GROUP : REGRESSION_CHOLESKY 'ID : 003 'AUTHOR : RAFAEL NICOLAS FERMIN COTA 'LAST UPDATE : 01/22/2009 '************************************************************************************ '************************************************************************************ Private Function REGRESSION_LS_MC_TEST_FUNC(ByRef DATA_MATRIX As Variant, _ ByRef DATA_ARR As Variant, _ Optional ByVal NSIZE As Long = 0) Dim i As Long Dim j As Long Dim k As Long Dim TEMP_SUM As Double Dim tolerance As Double On Error GoTo ERROR_LABEL tolerance = 0.0000001 If UBound(DATA_MATRIX, 1) <> UBound(DATA_MATRIX, 2) Then: GoTo ERROR_LABEL If NSIZE = 0 Then: NSIZE = UBound(DATA_MATRIX, 1) If IsArray(DATA_ARR) = False Then: ReDim DATA_ARR(1 To NSIZE) REGRESSION_LS_MC_TEST_FUNC = True For i = 1 To NSIZE For j = 1 To NSIZE TEMP_SUM = DATA_MATRIX(i, j) k = i - 1 Do While k > 0 TEMP_SUM = TEMP_SUM - DATA_MATRIX(i, k) * DATA_MATRIX(j, k) k = k - 1 Loop If i = j Then If TEMP_SUM < tolerance Then REGRESSION_LS_MC_TEST_FUNC = False 'One reason for the test to fail is that there may be perfect or 'near-perfect multicollinearity in the independent variables. Thus 'the regression fails. Exit Function End If DATA_ARR(i) = TEMP_SUM ^ 0.5 Else DATA_MATRIX(j, i) = TEMP_SUM / DATA_ARR(i) End If Next j Next i Exit Function ERROR_LABEL: REGRESSION_LS_MC_TEST_FUNC = False End Function '************************************************************************************ '************************************************************************************ 'FUNCTION : REGRESSION_INPUTS1_FUNC 'DESCRIPTION : 'LIBRARY : STATISTICS 'GROUP : REGRESSION_DATA 'ID : 004 'AUTHOR : RAFAEL NICOLAS FERMIN COTA 'LAST UPDATE : 01/22/2009 '************************************************************************************ '************************************************************************************ Function REGRESSION_INPUTS1_FUNC( _ ByRef XDATA_RNG As Excel.Range, _ ByRef YDATA_RNG As Excel.Range) Dim h As Long 'searching through cells in an area Dim i As Long Dim j As Long Dim k As Long Dim hh As Long Dim ii As Long ' keep track of which X areas have problems Dim jj As Long ' Dim kk As Long ' index for x variables Dim ll As Long ' count the number of valid observations Dim NSIZE As Long Dim NO_X_ROWS As Long Dim X_NROWS As Long Dim Y_NROWS As Long Dim X_NCOLUMNS As Long Dim Y_NCOLUMNS As Long Dim ROWS_ARR() As Long ' keep track of how many obs in each area Dim COLUMNS_ARR() As Long ' keep track of how many x variables in each area Dim ERROR_STR As String Dim X_VAR_LABEL_ARR() As String Dim Y_VAR_LABEL_STR As String Dim YTEMP_VECTOR() As Double Dim XTEMP_MATRIX() As Double 'The actual values go here Dim ERROR_MATCH_FLAG As Boolean 'indicator for mismatch between no of obs in X cols On Error GoTo ERROR_LABEL ERROR_STR = "" NSIZE = XDATA_RNG.Areas.COUNT X_NCOLUMNS = 0 ERROR_MATCH_FLAG = False ReDim COLUMNS_ARR(1 To NSIZE) ReDim ROWS_ARR(1 To NSIZE) For i = 1 To NSIZE COLUMNS_ARR(i) = XDATA_RNG.Areas(i).Columns.COUNT ROWS_ARR(i) = XDATA_RNG.Areas(i).Rows.COUNT X_NCOLUMNS = X_NCOLUMNS + COLUMNS_ARR(i) If i > 1 Then If ROWS_ARR(i) <> ROWS_ARR(i - 1) Then ERROR_MATCH_FLAG = True ii = i - 1 jj = i End If End If Next i If X_NCOLUMNS > 51 Then ERROR_STR = "Unfortunately, this function cannot handle more than 51 independent variables. You've selected " & X_NCOLUMNS & ". Sorry!" GoTo ERROR_LABEL End If ' Warning if ERROR_MATCH_FLAG is true If ERROR_MATCH_FLAG = True Then ERROR_STR = "The number of rows in X area " & ii & "does not equal the number of observations in X area " & jj & ". Please try again." GoTo ERROR_LABEL End If ' go through cells in each area (determine how many there will be) ' labels need to be found X_NROWS = ROWS_ARR(1) - 1 ReDim X_VAR_LABEL_ARR(1 To X_NCOLUMNS) As String Y_NROWS = YDATA_RNG.Rows.COUNT - 1 Y_NCOLUMNS = YDATA_RNG.Columns.COUNT If X_NROWS <> Y_NROWS Then ERROR_STR = "You must select the same number of rows for both the X variable(s) and the Y variable. Please try again." GoTo ERROR_LABEL End If ' Check that we have just one Y column If Y_NCOLUMNS > 1 Then ERROR_STR = "You must select only one column for the Y variable. Please try again." GoTo ERROR_LABEL End If ' Check on labels NO_X_ROWS = X_NROWS ReDim XTEMP_MATRIX(1 To NO_X_ROWS, 1 To X_NCOLUMNS) ReDim YTEMP_VECTOR(1 To NO_X_ROWS, 1 To 1) kk = 0 For i = 1 To NSIZE For j = 1 To COLUMNS_ARR(i) kk = kk + 1 h = j X_VAR_LABEL_ARR(kk) = XDATA_RNG.Areas(i).Cells(h) If IsNumeric(X_VAR_LABEL_ARR(kk)) = True Then hh = MsgBox("The X variable label in column " & kk & " you've chosen is a number. Do you really want the variable label to be " & X_VAR_LABEL_ARR(kk) & "?", vbYesNo, Title:="Potential Label Problem") If hh = vbNo Then GoTo ERROR_LABEL End If Next j Next i Y_VAR_LABEL_STR = YDATA_RNG(1) If IsNumeric(Y_VAR_LABEL_STR) = True Then hh = MsgBox("The Y variable label you've chosen is a number. Do you really want the variable label to be " & Y_VAR_LABEL_STR & "?", vbYesNo, Title:="Potential Label Problem") If hh = vbNo Then GoTo ERROR_LABEL End If ' Start reading the data ' Must read in one SROW at a time across Y variable and X variables ' Data is assumed to be in columnar format! ll = 0 For i = 1 To NO_X_ROWS On Error GoTo 1982 ' Read y data first ll = ll + 1 'remember first SROW is label so must add one ' We are sent to error handling if this isn't a number ' Now check for blanks YTEMP_VECTOR(ll, 1) = YDATA_RNG(i + 1, 1) If IsEmpty(YDATA_RNG(i + 1, 1)) = True Then ll = ll - 1 ' we are going to skip this obs. GoTo 1983 End If ' If we've passed, go to the x variables kk = 0 For j = 1 To NSIZE For k = 1 To COLUMNS_ARR(j) h = i * COLUMNS_ARR(j) + k kk = kk + 1 On Error GoTo 1982 ' XTEMP_MATRIX(ll, j) = XDATA_RNG(i + 1, j) ' Check for empty values If IsEmpty(XDATA_RNG.Areas(j).Cells(h)) = True Then ll = ll - 1 GoTo 1983 Else XTEMP_MATRIX(ll, kk) = XDATA_RNG.Areas(j).Cells(h) End If Next k Next j GoTo 1983 1982: ll = ll - 1 'Resume 1983 1983: Next i ' End reading in data If ll < X_NCOLUMNS Then ERROR_STR = "There aren't enough observations with non-missing values to obtain parameter estimates. Try again." GoTo ERROR_LABEL End If REGRESSION_INPUTS1_FUNC = Array(XTEMP_MATRIX(), YTEMP_VECTOR(), X_NCOLUMNS, NO_X_ROWS) Exit Function ERROR_LABEL: If ERROR_STR = "" Then REGRESSION_INPUTS1_FUNC = Err.number Else REGRESSION_INPUTS1_FUNC = ERROR_STR End If End Function '************************************************************************************ '************************************************************************************ 'FUNCTION : REGRESSION_INPUTS2_FUNC 'DESCRIPTION : 'LIBRARY : STATISTICS 'GROUP : REGRESSION_DATA 'ID : 005 'AUTHOR : RAFAEL NICOLAS FERMIN COTA 'LAST UPDATE : 01/22/2009 '************************************************************************************ '************************************************************************************ Function REGRESSION_INPUTS2_FUNC(ByRef XDATA_RNG As Variant, _ ByRef YDATA_RNG As Variant) Dim i As Long Dim j As Long Dim k As Long ' count the number of valid observations Dim X_NROWS As Long Dim Y_NROWS As Long Dim X_NCOLUMNS As Long Dim Y_NCOLUMNS As Long Dim ERROR_STR As String Dim YDATA_VECTOR As Variant Dim XDATA_MATRIX As Variant Dim YTEMP_VECTOR() As Double Dim XTEMP_MATRIX() As Double 'The actual values go here On Error GoTo ERROR_LABEL YDATA_VECTOR = YDATA_RNG XDATA_MATRIX = XDATA_RNG ERROR_STR = "" '--------------------------------------------------------------------------------- X_NCOLUMNS = UBound(XDATA_MATRIX, 2) '--------------------------------------------------------------------------------- If X_NCOLUMNS > 51 Then ERROR_STR = "Unfortunately, this function cannot handle more than 51 independent variables. You've selected " & X_NCOLUMNS & ". Sorry!" GoTo ERROR_LABEL End If '--------------------------------------------------------------------------------- ' go through cells in each area (determine how many there will be) ' labels need to be found X_NROWS = UBound(XDATA_MATRIX, 1) - 1 Y_NROWS = UBound(YDATA_VECTOR, 1) - 1 Y_NCOLUMNS = UBound(YDATA_VECTOR, 2) If X_NROWS <> Y_NROWS Then ERROR_STR = "You must select the same number of rows for both the X variable(s) and the Y variable. Please try again." GoTo ERROR_LABEL End If '--------------------------------------------------------------------------------- ' Check that we have just one Y column If Y_NCOLUMNS > 1 Then ERROR_STR = "You must select only one column for the Y variable. Please try again." GoTo ERROR_LABEL End If '--------------------------------------------------------------------------------- ' Check on labels ReDim XTEMP_MATRIX(1 To X_NROWS, 1 To X_NCOLUMNS) ReDim YTEMP_VECTOR(1 To X_NROWS, 1 To 1) '--------------------------------------------------------------------------------- For j = 1 To X_NCOLUMNS If IsNumeric(XDATA_MATRIX(1, j)) = True Then ERROR_STR = "The X variable label in column " & j & " you've chosen is a number. Please try again." 'Potential Label Problem GoTo ERROR_LABEL End If Next j '--------------------------------------------------------------------------------- If IsNumeric(YDATA_VECTOR(1, 1)) = True Then ERROR_STR = "The Y variable label you've chosen is a number. Please try again." 'Potential Label Problem GoTo ERROR_LABEL End If '--------------------------------------------------------------------------------- ' Start reading the data ' Must read in one SROW at a time across Y variable and X variables ' Data is assumed to be in columnar format! '--------------------------------------------------------------------------------- k = 0 For i = 1 To X_NROWS On Error GoTo 1982 ' Read y data first k = k + 1 'remember first SROW is label so must add one ' We are sent to error handling if this isn't a number ' Now check for blanks YTEMP_VECTOR(k, 1) = YDATA_VECTOR(i + 1, 1) If IsEmpty(YDATA_VECTOR(i + 1, 1)) = True Then k = k - 1 ' we are going to skip this obs. GoTo 1983 End If ' If we've passed, go to the x variables For j = 1 To X_NCOLUMNS On Error GoTo 1982 ' Check for empty values If IsEmpty(XDATA_MATRIX(i + 1, j)) = True Then k = k - 1 GoTo 1983 Else XTEMP_MATRIX(k, j) = XDATA_MATRIX(i + 1, j) End If Next j GoTo 1983 1982: k = k - 1 'Resume 1983 1983: Next i '--------------------------------------------------------------------------------- ' End reading in data If k < X_NCOLUMNS Then ERROR_STR = "There aren't enough observations with non-missing values to obtain parameter estimates. Try again." GoTo ERROR_LABEL End If '--------------------------------------------------------------------------------- REGRESSION_INPUTS2_FUNC = Array(XTEMP_MATRIX(), YTEMP_VECTOR(), k, X_NCOLUMNS, X_NROWS) Exit Function ERROR_LABEL: If ERROR_STR = "" Then REGRESSION_INPUTS2_FUNC = Err.number Else REGRESSION_INPUTS2_FUNC = ERROR_STR End If End Function

DECLARE SUB nextblock () DECLARE SUB zeroblocks () DECLARE SUB rotategraphics () DECLARE SUB zerographics () DECLARE SUB linedone () DECLARE SUB rotate () DECLARE SUB lose () DECLARE SUB main () DECLARE SUB graphics () DECLARE SUB rand () COMMON SHARED l$, r$, u$, d$, blocktype, blockcount, time, counter, position, blocknumber, t, direction$, nextblocknumber, nextblockcount, settime, toggle, fromline COMMON SHARED score, extra, lines CLS LET toggle = 1 'dimensions - 20 x 13 'This program uses a grid system that starts with 1 in the upper right hand 'corner and numbers down to 20 in the first column 'the next column would then start with block number 21, and so on, until the 'last column starts with 241 and ends with 260 'This program treats each dropping piece as four separate blocks, not as one 'uniform piece 'Rotation is put in by manually telling it how it will look after the 'rotation, not by a formula (Which would probably be better, but I didn't 'feel like changing the whole program to make it work) 'This program is written really sloppily, so good luck trying to change or add 'to it! OPTION BASE 1 DIM SHARED blocks(290) 'blocks already on the ground DIM SHARED b(10) 'the positions of the blocks currently dropping DIM SHARED nb(10) 'the positions of the next block to be dropped LET settime = 30000 PRINT "Please calibrate the keys:" PRINT "Press left arrow key (move left):" DO UNTIL l$ <> "" LET l$ = INKEY$ LOOP PRINT "Press right arrow key (move right):" DO UNTIL r$ <> "" LET r$ = INKEY$ LOOP PRINT "Press down arrow key (drop block):" DO UNTIL d$ <> "" LET d$ = INKEY$ LOOP PRINT "Press up arrow key (toggle show next block):" DO UNTIL u$ <> "" LET u$ = INKEY$ LOOP CLS RANDOMIZE TIMER nextblocknumber = INT(RND * 7) + 1 rand SUB graphics COLOR 15 LOCATE 2, 4 PRINT "Score:" LOCATE 3, 6 PRINT score LOCATE 5, 4 PRINT "Lines:" LOCATE 6, 6 PRINT lines LOCATE 2, 65 PRINT "Next piece:" LOCATE 10, 60 PRINT "Press 'P' to Pause" LOCATE 11, 60 PRINT "Press 'Q' to Quit" COLOR 12 FOR r = 1 TO 20 LOCATE r, 28 PRINT CHR$(186) NEXT r FOR r = 1 TO 20 LOCATE r, 56 PRINT CHR$(186) NEXT r LOCATE 21, 28 PRINT STRING$(28, CHR$(205)) LOCATE 21, 28 PRINT CHR$(200) LOCATE 21, 56 PRINT CHR$(188) COLOR 15 FOR i = 1 TO 260 IF blocks(i) <> 1 THEN GOTO finished LET counter = 0 tempb = i DO UNTIL tempb < 1 LET tempb = tempb - 20 LET counter = counter + 1 LOOP LET x = (counter * 2) + 28 LET y = (i - ((counter - 1) * 20)) LOCATE y, x PRINT CHR$(219) LOCATE y, x + 1 PRINT CHR$(219) finished: NEXT i counter = 0 IF fromline = 0 THEN FOR i = 1 TO blockcount tempb = b(i) DO UNTIL tempb < 1 LET tempb = tempb - 20 LET counter = counter + 1 LOOP LET x = (counter * 2) + 28 LET y = ((b(i)) - ((counter - 1) * 20)) COLOR 15 LOCATE 1, 1 IF y < 1 OR y > 20 OR x < 1 OR x > 80 THEN PRINT y, x: END LOCATE y, x PRINT CHR$(219) LOCATE y, x + 1 PRINT CHR$(219) LET counter = 0 NEXT i END IF END SUB SUB linedone FOR i = 1 TO 13 LET x = (i * 2) + 28 COLOR 12 LOCATE t, x PRINT CHR$(219) LOCATE t, x + 1 PRINT CHR$(219) NEXT i FOR w = 1 TO 60000 NEXT w FOR i = 1 TO 13 LET x = (i * 2) + 28 COLOR 9 LOCATE t, x PRINT CHR$(219) LOCATE t, x + 1 PRINT CHR$(219) NEXT i FOR w = 1 TO 60000 NEXT w FOR i = 0 TO 12 LET blocks(t + (i * 20)) = 0 NEXT i FOR i = (t - 1) TO 1 STEP -1 FOR p = 0 TO 12 IF blocks(i + (p * 20)) = 1 THEN LET blocks(i + (p * 20)) = 0 LET blocks(1 + (i + (p * 20))) = 1 END IF NEXT p NEXT i LET extra = extra + 1 LET score = score + 9 + extra LET lines = lines + 1 LET settime = settime - 25 IF settime < 100 THEN LET settime = 100 zeroblocks graphics END SUB SUB lose CLS PLAY "t200" PLAY "<l2cl4cmll2fffl2cl4fmll2aaa" LOCATE 1, 36 COLOR 12 FOR i = 1 TO 12 FOR t = 1 TO 10000 NEXT t COLOR 0 IF (i * 3) - 3 > 0 THEN LOCATE i, (i * 3) - 3 IF (i * 3) - 0 < 1 THEN LOCATE i, 1 PRINT "You lost." COLOR 12 LOCATE i + 1, (i * 3) PRINT "You lost." NEXT i COLOR 0 END END SUB SUB main top: graphics LET time = 0 DO UNTIL time = settime LET y$ = INKEY$ IF y$ = l$ THEN GOTO left IF y$ = r$ THEN GOTO right IF y$ = u$ THEN IF toggle = 0 THEN LET toggle = 1: nextblock: GOTO done IF toggle = 1 THEN COLOR 0 FOR n = 5 TO 7 LOCATE n, 67 PRINT STRING$(8, 219) NEXT n LET toggle = 0: GOTO done END IF END IF IF y$ = d$ THEN GOTO down IF UCASE$(y$) = "Q" THEN END IF UCASE$(y$) = "P" THEN DO WHILE INKEY$ = "" LOOP GOTO done END IF IF y$ = CHR$(32) THEN IF blocknumber = 4 THEN GOTO done rotate GOTO done END IF IF y$ = "" THEN GOTO done left: FOR i = 1 TO blockcount IF b(i) - 20 < 1 THEN GOTO done IF blocks(b(i) - 20) = 1 THEN GOTO done NEXT i zerographics FOR i = 1 TO blockcount LET b(i) = b(i) - 20 NEXT i graphics GOTO done right: FOR i = 1 TO blockcount IF b(i) + 20 > 260 THEN GOTO done IF blocks(b(i) + 20) = 1 THEN GOTO done NEXT i zerographics FOR i = 1 TO blockcount LET b(i) = b(i) + 20 NEXT i graphics GOTO done down: FOR i = 1 TO blockcount IF blocks(b(i) + 1) = 1 THEN GOTO done NEXT i FOR i = 1 TO blockcount IF b(i) = 20 OR b(i) = 40 OR b(i) = 60 OR b(i) = 80 OR b(i) = 100 OR b(i) = 120 OR b(i) = 140 OR b(i) = 160 OR b(i) = 180 OR b(i) = 200 OR b(i) = 260 OR b(i) = 220 OR b(i) = 240 THEN FOR t = 1 TO blockcount LET blocks(b(t)) = 1 NEXT t LET abc = 1 END IF IF abc = 1 THEN LET abc = 0: GOTO complete NEXT i zerographics FOR i = 1 TO blockcount LET b(i) = b(i) + 1 NEXT i graphics done: LET time = time + 1 LOOP 'FOR t = 1 TO 20 ' FOR f = 0 TO 240 STEP 20 ' LET a = 0 ' IF blocks(t + f) = 0 THEN EXIT FOR ' LET a = 1 ' NEXT f 'IF a = 1 THEN linedone: LET a = 0 'NEXT t FOR t = 1 TO blockcount IF (blocks(b(t) + 1) = 1) OR (b(t) = 20 OR b(t) = 40 OR b(t) = 60 OR b(t) = 80 OR b(t) = 100 OR b(t) = 120 OR b(t) = 140 OR b(t) = 160 OR b(t) = 180 OR b(t) = 200 OR b(t) = 260 OR b(t) = 220 OR b(t) = 240) THEN FOR i = 1 TO blockcount LET blocks(b(i)) = 1 NEXT i GOTO complete END IF NEXT t zerographics FOR i = 1 TO blockcount LET b(i) = b(i) + 1 NEXT i graphics GOTO top complete: END SUB SUB nextblock IF nextblocknumber = 1 THEN LET nextblockcount = 4: LET nb(1) = 121: LET nb(2) = 102: LET nb(3) = 122: LET nb(4) = 142: 'block = 010 ' 111 IF nextblocknumber = 2 THEN LET nextblockcount = 4: LET nb(1) = 121: LET nb(2) = 122: LET nb(3) = 102: LET nb(4) = 103: 'block = 010 ' 110 ' 100 IF nextblocknumber = 3 THEN LET nextblockcount = 4: LET nb(1) = 121: LET nb(2) = 122: LET nb(3) = 142: LET nb(4) = 143: 'block = 010 ' 011 ' 001 IF nextblocknumber = 4 THEN LET nextblockcount = 4: LET nb(1) = 101: LET nb(2) = 121: LET nb(3) = 102: LET nb(4) = 122: 'block = 11 ' 11 IF nextblocknumber = 5 THEN LET nextblockcount = 4: LET nb(1) = 141: LET nb(2) = 142: LET nb(3) = 122: LET nb(4) = 102: 'block = 001 ' 111 IF nextblocknumber = 6 THEN LET nextblockcount = 4: LET nb(1) = 101: LET nb(2) = 102: LET nb(3) = 122: LET nb(4) = 142: 'block = 100 ' 111 IF nextblocknumber = 7 THEN LET nextblockcount = 4: LET nb(1) = 101: LET nb(2) = 121: LET nb(3) = 141: LET nb(4) = 161: 'block = 1111 COLOR 0 FOR n = 5 TO 7 LOCATE n, 67 PRINT STRING$(8, 219) NEXT n FOR i = 1 TO nextblockcount counter = 0 tempb = nb(i) DO UNTIL tempb < 1 LET tempb = tempb - 20 LET counter = counter + 1 LOOP LET x = (counter * 2) + 55 LET y = (nb(i) - (counter - 1) * 20) + 4 COLOR 15 LOCATE 1, 1 IF y < 1 OR y > 20 OR x < 1 OR x > 80 THEN PRINT y, x: END LOCATE y, x PRINT CHR$(219) LOCATE y, x + 1 PRINT CHR$(219) LET counter = 0 NEXT i END SUB 'this sub chooses a block section to drop ' SUB rand DO LET blocknumber = nextblocknumber RANDOMIZE TIMER nextblocknumber = INT(RND * 7) + 1 IF blocknumber = 1 THEN LET blockcount = 4: LET b(1) = 121: LET b(2) = 102: LET b(3) = 122: LET b(4) = 142: 'block = 010 ' 111 IF blocknumber = 2 THEN LET blockcount = 4: LET b(1) = 121: LET b(2) = 122: LET b(3) = 102: LET b(4) = 103: 'block = 010 ' 110 ' 100 IF blocknumber = 3 THEN LET blockcount = 4: LET b(1) = 121: LET b(2) = 122: LET b(3) = 142: LET b(4) = 143: 'block = 010 ' 011 ' 001 IF blocknumber = 4 THEN LET blockcount = 4: LET b(1) = 101: LET b(2) = 121: LET b(3) = 102: LET b(4) = 122: 'block = 11 ' 11 IF blocknumber = 5 THEN LET blockcount = 4: LET b(1) = 141: LET b(2) = 142: LET b(3) = 122: LET b(4) = 102: 'block = 001 ' 111 IF blocknumber = 6 THEN LET blockcount = 4: LET b(1) = 101: LET b(2) = 102: LET b(3) = 122: LET b(4) = 142: 'block = 100 ' 111 IF blocknumber = 7 THEN LET blockcount = 4: LET b(1) = 101: LET b(2) = 121: LET b(3) = 141: LET b(4) = 161: 'block = 1111 topofline: FOR t = 1 TO 20 FOR f = 0 TO 240 STEP 20 LET a = 0 IF blocks(t + f) = 0 THEN EXIT FOR LET a = 1 NEXT f IF a = 1 THEN LET fromline = 1 linedone LET fromline = 0 LET a = 0 GOTO topofline END IF NEXT t IF toggle = 1 THEN nextblock graphics FOR i = 1 TO 241 STEP 20 IF blocks(i) = 1 THEN lose NEXT i LET position = 1 main LOOP END SUB SUB rotate zerographics 'everything rotates clockwise FOR t = 1 TO blockcount IF b(t) = 20 OR b(t) = 40 OR b(t) = 60 OR b(t) = 80 OR b(t) = 100 OR b(t) = 120 OR b(t) = 140 OR b(t) = 160 OR b(t) = 180 OR b(t) = 200 OR b(t) = 220 OR b(t) = 240 OR b(t) = 260 THEN GOTO nographics NEXT t IF blocknumber = 4 THEN GOTO nographics IF blocknumber = 1 THEN IF position = 1 THEN IF blocks(b(1) + 21) = 1 THEN GOTO doner IF blocks(b(2) + 19) = 1 THEN GOTO doner IF blocks(b(4) - 19) = 1 THEN GOTO doner LET b(1) = b(1) + 21 LET b(2) = b(2) + 19 LET b(4) = b(4) - 19 LET position = 2 GOTO doner END IF IF position = 2 THEN IF b(4) - 21 < 1 THEN FOR g = 1 TO blockcount LET b(g) = b(g) + 20 NEXT g END IF IF blocks(b(1) - 19) = 1 THEN GOTO doner IF blocks(b(2) + 21) = 1 THEN GOTO doner IF blocks(b(4) - 21) = 1 THEN GOTO doner LET b(1) = b(1) - 19 LET b(2) = b(2) + 21 LET b(4) = b(4) - 21 LET position = 3 GOTO doner END IF IF position = 3 THEN IF blocks(b(1) - 21) = 1 THEN GOTO doner IF blocks(b(2) - 19) = 1 THEN GOTO doner IF blocks(b(4) + 19) = 1 THEN GOTO doner LET b(1) = b(1) - 21 LET b(2) = b(2) - 19 LET b(4) = b(4) + 19 LET position = 4 GOTO doner END IF IF position = 4 THEN IF b(2) + 21 > 260 THEN FOR g = 1 TO blockcount LET b(g) = b(g) - 20 NEXT g END IF IF blocks(b(1) + 19) = 1 THEN GOTO doner IF blocks(b(2) - 21) = 1 THEN GOTO doner IF blocks(b(4) + 21) = 1 THEN GOTO doner LET b(1) = b(1) + 19 LET b(2) = b(2) - 21 LET b(4) = b(4) + 21 LET position = 1 GOTO doner END IF END IF IF blocknumber = 2 THEN IF position = 1 THEN IF b(1) + 21 > 260 THEN FOR g = 1 TO blockcount LET b(g) = b(g) - 20 NEXT g END IF IF blocks(b(1) + 21) = 1 THEN GOTO doner IF blocks(b(3) + 19) = 1 THEN GOTO doner IF blocks(b(4) - 2) = 1 THEN GOTO doner LET b(1) = b(1) + 21 LET b(3) = b(3) + 19 LET b(4) = b(4) - 2 LET position = 2 GOTO doner END IF IF position = 2 THEN IF blocks(b(1) - 21) = 1 THEN GOTO doner IF blocks(b(3) - 19) = 1 THEN GOTO doner IF blocks(b(4) + 2) = 1 THEN GOTO doner LET b(1) = b(1) - 21 LET b(3) = b(3) - 19 LET b(4) = b(4) + 2 LET position = 1 GOTO doner END IF END IF IF blocknumber = 3 THEN IF position = 1 THEN IF b(1) - 19 < 1 THEN FOR g = 1 TO blockcount LET b(g) = b(g) + 20 NEXT g END IF IF blocks(b(1) - 19) = 1 THEN GOTO doner IF blocks(b(3) - 21) = 1 THEN GOTO doner IF blocks(b(4) - 2) = 1 THEN GOTO doner LET b(1) = b(1) - 19 LET b(3) = b(3) - 21 LET b(4) = b(4) - 2 LET position = 2 GOTO doner END IF IF position = 2 THEN IF b(1) + 19 < 1 OR b(1) + 19 > 260 THEN GOTO doner IF b(3) + 21 < 1 OR b(3) + 21 > 260 THEN GOTO doner IF b(4) + 2 < 1 OR b(4) + 2 > 260 THEN GOTO doner IF blocks(b(1) + 19) = 1 THEN GOTO doner IF blocks(b(3) + 21) = 1 THEN GOTO doner IF blocks(b(4) + 2) = 1 THEN GOTO doner LET b(1) = b(1) + 19 LET b(3) = b(3) + 21 LET b(4) = b(4) + 2 LET position = 1 GOTO doner END IF END IF IF blocknumber = 5 THEN IF position = 1 THEN IF blocks(b(1) + 2) = 1 THEN GOTO doner IF blocks(b(2) - 19) = 1 THEN GOTO doner IF blocks(b(4) + 19) = 1 THEN GOTO doner LET b(1) = b(1) + 2 LET b(2) = b(2) - 19 LET b(4) = b(4) + 19 LET position = 2 GOTO doner END IF IF position = 2 THEN IF b(2) - 21 < 1 THEN FOR g = 1 TO blockcount LET b(g) = b(g) + 20 NEXT g END IF IF blocks(b(1) - 20) = 1 THEN GOTO doner IF blocks(b(2) - 21) = 1 THEN GOTO doner IF blocks(b(4) + 21) = 1 THEN GOTO doner LET b(1) = b(2) - 20 LET b(2) = b(2) - 21 LET b(4) = b(4) + 21 LET position = 3 GOTO doner END IF IF position = 3 THEN IF blocks(b(1) - 2) = 1 THEN GOTO doner IF blocks(b(2) + 19) = 1 THEN GOTO doner IF blocks(b(4) - 19) = 1 THEN GOTO doner LET b(1) = b(1) - 2 LET b(2) = b(2) + 19 LET b(4) = b(4) - 19 LET position = 4 GOTO doner END IF IF position = 4 THEN IF b(1) + 40 > 260 THEN FOR g = 1 TO blockcount LET b(g) = b(g) - 20 NEXT g END IF IF blocks(b(1) + 40) = 1 THEN GOTO doner IF blocks(b(2) + 21) = 1 THEN GOTO doner IF blocks(b(4) - 21) = 1 THEN GOTO doner LET b(1) = b(1) + 40 LET b(2) = b(2) + 21 LET b(4) = b(4) - 21 LET position = 1 GOTO doner END IF END IF IF blocknumber = 6 THEN IF position = 1 THEN IF blocks(b(1) + 40) = 1 THEN GOTO doner IF blocks(b(2) + 19) = 1 THEN GOTO doner IF blocks(b(4) - 19) = 1 THEN GOTO doner LET b(1) = b(1) + 40 LET b(2) = b(2) + 19 LET b(4) = b(4) - 19 LET position = 2 GOTO doner END IF IF position = 2 THEN IF b(4) - 21 < 1 THEN FOR g = 1 TO blockcount LET b(g) = b(g) + 20 NEXT g END IF IF blocks(b(1) + 2) = 1 THEN GOTO doner IF blocks(b(2) + 21) = 1 THEN GOTO doner IF blocks(b(4) - 21) = 1 THEN GOTO doner LET b(1) = b(1) + 2 LET b(2) = b(2) + 21 LET b(4) = b(4) - 21 LET position = 3 GOTO doner END IF IF position = 3 THEN IF blocks(b(1) - 40) = 1 THEN GOTO doner IF blocks(b(2) - 19) = 1 THEN GOTO doner IF blocks(b(4) + 19) = 1 THEN GOTO doner LET b(1) = b(1) - 40 LET b(2) = b(2) - 19 LET b(4) = b(4) + 19 LET position = 4 GOTO doner END IF IF position = 4 THEN IF b(4) + 21 > 260 THEN FOR g = 1 TO blockcount LET b(g) = b(g) - 20 NEXT g END IF IF blocks(b(1) - 2) = 1 THEN GOTO doner IF blocks(b(2) - 21) = 1 THEN GOTO doner IF blocks(b(4) + 21) = 1 THEN GOTO doner LET b(1) = b(1) - 2 LET b(2) = b(2) - 21 LET b(4) = b(4) + 21 LET position = 1 GOTO doner END IF END IF IF blocknumber = 7 THEN IF position = 1 THEN FOR e = 1 TO 141 STEP 20 IF b(1) = e THEN GOTO nographics NEXT e IF blocks(b(1) + 19) = 1 THEN GOTO doner IF blocks(b(3) - 19) = 1 THEN GOTO doner IF blocks(b(4) - 38) = 1 THEN GOTO doner LET b(1) = b(1) + 19 LET b(3) = b(3) - 19 LET b(4) = b(4) - 38 LET position = 2 GOTO doner END IF IF position = 2 THEN IF b(4) + 38 > 260 THEN FOR g = 1 TO blockcount LET b(g) = b(g) - 40 NEXT g END IF IF b(1) - 19 < 1 THEN FOR g = 1 TO blockcount LET b(g) = b(g) + 20 NEXT g END IF IF blocks(b(1) - 19) = 1 THEN GOTO doner IF blocks(b(3) + 19) = 1 THEN GOTO doner IF blocks(b(4) + 38) = 1 THEN GOTO doner LET b(1) = b(1) - 19 LET b(3) = b(3) + 19 LET b(4) = b(4) + 38 LET position = 1 GOTO doner END IF END IF GOTO nographics doner: graphics nographics: END SUB SUB zeroblocks FOR i = 1 TO 20 FOR u = 1 TO 27 LOCATE i, u + 28 COLOR 0 PRINT CHR$(219) NEXT u NEXT i END SUB SUB zerographics FOR i = 1 TO blockcount tempb = b(i) DO UNTIL tempb < 1 LET tempb = tempb - 20 LET counter = counter + 1 LOOP LET x = (counter * 2) + 28 LET y = ((b(i)) - ((counter - 1) * 20)) COLOR 0 LOCATE y, x PRINT CHR$(219) LOCATE y, x + 1 PRINT CHR$(219) LET counter = 0 NEXT i END SUB

'OPTION _EXPLICIT $LET INCLUDED = 1 $EXEICON:'qb64.ico' _ICON '$CHECKING:OFF '$INCLUDE: 'init.bi' 'the NES '$INCLUDE: 'bus.bi' '$INCLUDE: 'ComDlgFileName.bi ' DIM SHARED AS LONG count DIM SHARED AS _OFFSET hFileSubmenu, hRecentSubmenu, hContSubmenu, hAboutSubmenu, hViewSubmenu, hDebugSubmenu 'DIM SHARED winrect AS RECT DIM SHARED nestea_logo AS _UNSIGNED LONG DIM SHARED col AS _UNSIGNED LONG DIM SHARED bEmulationrun AS _BYTE DIM SHARED step_cont AS _BYTE DIM SHARED origtitle AS STRING DIM SHARED nselectedpalette AS _UNSIGNED _BYTE DIM SHARED ff% DIM SHARED fps% DIM SHARED start! DIM SHARED sprPatternTable(1) AS _UNSIGNED LONG sprPatternTable(0) = _NEWIMAGE(128, 128, 32) _DEST sprPatternTable(0) CLS sprPatternTable(1) = _NEWIMAGE(128, 128, 32) _DEST sprPatternTable(1) CLS bEmulationrun = 0 img~& = _LOADIMAGE("NESTEA_LOGO.png", 32) _SOURCE img~& nestea_logo = _NEWIMAGE(1000, 1000, 32) _DEST nes_scrn CLS _DEST nestea_logo _DONTBLEND FOR y = 0 TO 1000 - 1 FOR x = 0 TO 1000 - 1 col~& = POINT(x, y) alpha~& = _ALPHA(col~&) / 2 red~& = _RED(col~&) green~& = _GREEN(col~&) blue~& = _BLUE(col~&) col~& = _RGB32(red~&, green~&, blue~&, alpha~&) PSET (x, y), col~& NEXT x NEXT y _BLEND _FREEIMAGE img~& _DEST canvas _SOURCE displayarea DIM SHARED btn1 AS MENUITEMINFO ''/////////////////////////////////////////////////////////////////////////////////////////////////// SetMenu _WINDOWHANDLE, hMenu hMenu = CreateMenu DIM AS LONG prev, new nes_init main 'END 'NES main SUB main () origtitle = _TITLE$ DIM AS LONG Prev, new DO _DEST canvas i% = _MOUSEINPUT _LIMIT 60 'maybe have a better timer... frames_per_sec 'Prev = new 'GetMenuItemInfo hSubMenu, 0, 1, _OFFSET(btn1) 'new = (btn1.fState <> 128) 'IF (Prev = 0 AND new <> 0) THEN BEEP 'player 1 controller controller(0) = &H00 IF keyheld(ASC("x")) THEN controller(0) = controller(0) OR &H80 ELSE controller(0) = controller(0) OR &H00 IF keyheld(ASC("z")) THEN controller(0) = controller(0) OR &H40 ELSE controller(0) = controller(0) OR &H00 IF keyheld(ASC("a")) THEN controller(0) = controller(0) OR &H20 ELSE controller(0) = controller(0) OR &H00 IF keyheld(ASC("s")) THEN controller(0) = controller(0) OR &H10 ELSE controller(0) = controller(0) OR &H00 IF keyheld(72) THEN controller(0) = controller(0) OR &H08 ELSE controller(0) = controller(0) OR &H00 IF keyheld(80) THEN controller(0) = controller(0) OR &H04 ELSE controller(0) = controller(0) OR &H00 IF keyheld(75) THEN controller(0) = controller(0) OR &H02 ELSE controller(0) = controller(0) OR &H00 IF keyheld(77) THEN controller(0) = controller(0) OR &H01 ELSE controller(0) = controller(0) OR &H00 'TODO add player 2 controller IF keypress(ASC(" ")) THEN bEmulationrun = NOT bEmulationrun 'run emulation IF keypress(ASC("x")) THEN step_cont = NOT step_cont 'run emulation IF keypress(ASC("r")) THEN reset_NES 'reset the NES IF keypress(ASC("p")) THEN nselectedpalette = nselectedpalette + 1 AND &H07& 'select palette IF bEmulationrun THEN 'wip for now.... slowish DO clock_NES LOOP WHILE NOT framecomplete framecomplete = 0 ELSEIF step_cont THEN DO clock_NES LOOP WHILE NOT complete DO clock_NES LOOP WHILE complete ELSE IF keypress(ASC("r")) THEN reset_NES END IF 'run 1 whole frame IF keypress(ASC("f")) THEN DO clock_NES LOOP WHILE NOT framecomplete 'DO ' clock_NES 'LOOP WHILE NOT complete framecomplete = 0 END IF 'run code step by step IF keypress(ASC("c")) THEN DO clock_NES LOOP WHILE NOT complete DO clock_NES LOOP WHILE complete END IF END IF episode4_UI _PUTIMAGE (516, 348)-(516 + 127, 348 + 127), GetPatternTable(0, nselectedpalette), canvas _PUTIMAGE (648, 348)-(648 + 127, 348 + 127), GetPatternTable(1, nselectedpalette), canvas 'IF ImageValid = -1 THEN ' WHILE _SNDRAWLEN < 0.1 AND ImageValid = -1 ' _SNDRAW 0.4 * (RND * 1 - 0.5) ' WEND 'END IF IF _RESIZE THEN oldimage& = displayarea displayarea = _NEWIMAGE(_RESIZEWIDTH, _RESIZEHEIGHT, 32) SCREEN displayarea _FREEIMAGE oldimage& END IF _PUTIMAGE (0, 25)-(_RESIZEWIDTH, _RESIZEHEIGHT), canvas, displayarea ' stretch canvas to fill the screen; _DISPLAY LOOP UNTIL INKEY$ = CHR$(27) ' CHR$(ASC("q")) cleanup END SUB SUB nes_init () DIM AS STRING cart app_menu (_WINDOWHANDLE) _PUTIMAGE ((_WIDTH(displayarea) / 2) - 400, 0)-((_WIDTH(displayarea) / 2) + 400, _HEIGHT(displayarea)), nestea_logo, 0 ' _DISPLAY cart = ComDlgFileName("Open Source File", _CWD$, "*.NES|*.NES", OFN_FORCESHOWHIDDEN) insert_cartridge cart, 1 _DEST _CONSOLE IF cart_ImageValid THEN PRINT "Success!" ELSE PRINT "failed!" cleanup END END IF ' InsertCartridge 0 'might not need disassemble mapAsm(), &H0000, &HFFFF~% reset_NES END SUB SUB app_menu (hwnd AS _OFFSET) 'hFileSubmenu = CreatePopupMenu 'hSubMenu = CreatePopupMenu ' hMenu = CreateMenu hFileSubmenu = CreateMenu hRecentSubmenu = CreateMenu hContSubmenu = CreateMenu hAboutSubmenu = CreateMenu hViewSubmenu = CreateMenu hDebugSubmenu = CreateMenu 'file menu////////////////////////////////////////////////////////////////////////////////////////////// count = GetMenuItemCount(hMenu): PRINT count MenuItem.cbSize = LEN(MenuItem) MenuItem.fMask = MIIM_ID OR MIIM_TYPE MenuItem.fType = MFT_SEPARATOR MenuItem.wID = count IF InsertMenuItem(hMenu, count, 1, _OFFSET(MenuItem)) THEN ELSE END count = GetMenuItemCount(hFileSubmenu) MenuItem.cbSize = LEN(MenuItem) MenuItem.fMask = MIIM_STATE OR MIIM_ID OR MIIM_TYPE MenuItem.fType = MFT_STRING DIM AS STRING TypeData: TypeData = "Load Rom" + CHR$(0) MenuItem.dwTypeData = _OFFSET(TypeData) MenuItem.cch = LEN(MenuItem.dwTypeData) MenuItem.wID = NES_LOAD_ROM IF InsertMenuItem(hFileSubmenu, count, 1, _OFFSET(MenuItem)) THEN PRINT ELSE END count = GetMenuItemCount(hFileSubmenu) MenuItem.cbSize = LEN(MenuItem) MenuItem.fMask = MIIM_STATE OR MIIM_ID OR MIIM_TYPE MenuItem.fState = MFS_GRAYED MenuItem.fType = MFT_STRING TypeData = "Empty" + CHR$(0) MenuItem.dwTypeData = _OFFSET(TypeData) MenuItem.cch = LEN(MenuItem.dwTypeData) MenuItem.wID = EMPTY_LIST IF InsertMenuItem(hRecentSubmenu, count, 1, _OFFSET(MenuItem)) THEN ELSE END count = GetMenuItemCount(hFileSubmenu) MenuItem.cbSize = LEN(MenuItem) MenuItem.fMask = MIIM_ID OR MIIM_TYPE OR MIIM_SUBMENU MenuItem.fType = MFT_STRING TypeData = "Recent Roms" + CHR$(0) MenuItem.dwTypeData = _OFFSET(TypeData) MenuItem.hSubMenu = hRecentSubmenu MenuItem.cch = LEN(MenuItem.dwTypeData) MenuItem.wID = NES_RECENT_ROMS IF InsertMenuItem(hFileSubmenu, count, 1, _OFFSET(MenuItem)) THEN ELSE END count = GetMenuItemCount(hFileSubmenu) MenuItem.cbSize = LEN(MenuItem) MenuItem.fMask = MIIM_STATE OR MIIM_ID OR MIIM_TYPE MenuItem.fState = MFS_ENABLED MenuItem.fType = MFT_STRING TypeData = "Exit" + CHR$(0) MenuItem.dwTypeData = _OFFSET(TypeData) MenuItem.cch = LEN(MenuItem.dwTypeData) MenuItem.wID = 2 IF InsertMenuItem(hFileSubmenu, count, 1, _OFFSET(MenuItem)) THEN ELSE END count = GetMenuItemCount(hFileSubmenu) MenuItem.cbSize = LEN(MenuItem) MenuItem.fMask = MIIM_ID OR MIIM_TYPE OR MIIM_SUBMENU MenuItem.fType = MFT_STRING TypeData = "File" + CHR$(0) MenuItem.dwTypeData = _OFFSET(TypeData) MenuItem.cch = LEN(MenuItem.dwTypeData) MenuItem.hSubMenu = hFileSubmenu MenuItem.wID = count IF InsertMenuItem(hMenu, count, 1, _OFFSET(MenuItem)) THEN ELSE END '/////////////////////////////////////////////////////////////////////////////////////////////////// 'view menu//////////////////////////////////////////////////////////////////////////////////// count = GetMenuItemCount(hViewSubmenu) MenuItem.cbSize = LEN(MenuItem) MenuItem.fMask = MIIM_STATE OR MIIM_ID OR MIIM_TYPE MenuItem.fState = MFS_GRAYED MenuItem.fType = MFT_STRING TypeData = "Empty" + CHR$(0) MenuItem.dwTypeData = _OFFSET(TypeData) MenuItem.cch = LEN(MenuItem.dwTypeData) MenuItem.wID = EMPTY_LIST IF InsertMenuItem(hViewSubmenu, count, 1, _OFFSET(MenuItem)) THEN ELSE END count = GetMenuItemCount(hMenu) MenuItem.cbSize = LEN(MenuItem) MenuItem.fMask = MIIM_ID OR MIIM_TYPE OR MIIM_SUBMENU MenuItem.fType = MFT_STRING TypeData = "View" + CHR$(0) MenuItem.dwTypeData = _OFFSET(TypeData) MenuItem.cch = LEN(MenuItem.dwTypeData) MenuItem.hSubMenu = hViewSubmenu MenuItem.wID = count IF InsertMenuItem(hMenu, count, 1, _OFFSET(MenuItem)) THEN ELSE END '///////////////////////////////////////////////////////////////////////////////////////////////// count = GetMenuItemCount(hDebugubmenu) MenuItem.cbSize = LEN(MenuItem) MenuItem.fMask = MIIM_STATE OR MIIM_ID OR MIIM_TYPE MenuItem.fState = MFS_ENABLED MenuItem.fType = MFT_STRING TypeData = "Add Breakpoint" + CHR$(0) MenuItem.dwTypeData = _OFFSET(TypeData) MenuItem.cch = LEN(MenuItem.dwTypeData) MenuItem.wID = 0 IF InsertMenuItem(hDebugSubmenu, count, 1, _OFFSET(MenuItem)) THEN ELSE END count = GetMenuItemCount(hDebugubmenu) MenuItem.cbSize = LEN(MenuItem) MenuItem.fMask = MIIM_STATE OR MIIM_ID OR MIIM_TYPE MenuItem.fState = MFS_ENABLED MenuItem.fType = MFT_STRING TypeData = "Remove Breakpoint" + CHR$(0) MenuItem.dwTypeData = _OFFSET(TypeData) MenuItem.cch = LEN(MenuItem.dwTypeData) MenuItem.wID = 1 IF InsertMenuItem(hDebugSubmenu, count, 1, _OFFSET(MenuItem)) THEN ELSE END count = GetMenuItemCount(hMenu) MenuItem.cbSize = LEN(MenuItem) MenuItem.fMask = MIIM_ID OR MIIM_TYPE OR MIIM_SUBMENU MenuItem.fType = MFT_STRING TypeData = "Debug" + CHR$(0) MenuItem.dwTypeData = _OFFSET(TypeData) MenuItem.cch = LEN(MenuItem.dwTypeData) MenuItem.hSubMenu = hDebugSubmenu MenuItem.wID = count IF InsertMenuItem(hMenu, count, 1, _OFFSET(MenuItem)) THEN ELSE END '///////////////////////////////////////////////////////////////////////////////////////////////// 'controls menu//////////////////////////////////////////////////////////////////////////////////// count = GetMenuItemCount(hContSubmenu) MenuItem.cbSize = LEN(MenuItem) MenuItem.fMask = MIIM_ID OR MIIM_TYPE MenuItem.fType = MFT_STRING TypeData = "Setup" + CHR$(0) MenuItem.dwTypeData = _OFFSET(TypeData) MenuItem.cch = LEN(MenuItem.dwTypeData) MenuItem.wID = count IF InsertMenuItem(hContSubmenu, count, 1, _OFFSET(MenuItem)) THEN ELSE END count = GetMenuItemCount(hMenu) MenuItem.cbSize = LEN(MenuItem) MenuItem.fMask = MIIM_ID OR MIIM_TYPE OR MIIM_SUBMENU MenuItem.fType = MFT_STRING TypeData = "Controls" + CHR$(0) MenuItem.dwTypeData = _OFFSET(TypeData) MenuItem.cch = LEN(MenuItem.dwTypeData) MenuItem.hSubMenu = hContSubmenu MenuItem.wID = count IF InsertMenuItem(hMenu, count, 1, _OFFSET(MenuItem)) THEN ELSE END '///////////////////////////////////////////////////////////////////////////////////////////////// 'about menu//////////////////////////////////////////////////////////////////////////////////// count = GetMenuItemCount(hContSubmenu) MenuItem.cbSize = LEN(MenuItem) MenuItem.fMask = MIIM_ID OR MIIM_TYPE MenuItem.fType = MFT_STRING TypeData = "about OLC-QB64-NESTEA" + CHR$(0) MenuItem.dwTypeData = _OFFSET(TypeData) MenuItem.cch = LEN(MenuItem.dwTypeData) MenuItem.wID = count IF InsertMenuItem(hAboutSubmenu, count, 1, _OFFSET(MenuItem)) THEN ELSE END count = GetMenuItemCount(hMenu) MenuItem.cbSize = LEN(MenuItem) MenuItem.fMask = MIIM_ID OR MIIM_TYPE OR MIIM_SUBMENU MenuItem.fType = MFT_STRING TypeData = "About" + CHR$(0) MenuItem.dwTypeData = _OFFSET(TypeData) MenuItem.cch = LEN(MenuItem.dwTypeData) MenuItem.hSubMenu = hAboutSubmenu MenuItem.wID = count IF InsertMenuItem(hMenu, count, 1, _OFFSET(MenuItem)) THEN ELSE END '///////////////////////////////////////////////////////////////////////////////////////////////// IF SetMenu(hwnd, hMenu) THEN ELSE END END SUB SUB cleanup () SCREEN 0 _FREEIMAGE sprPatternTable(0) _FREEIMAGE sprPatternTable(1) _FREEIMAGE nestea_logo _FREEIMAGE displayarea _FREEIMAGE canvas _FREEIMAGE nes_scrn END SUB SUB frames_per_sec ff% = ff% + 1 IF TIMER - start! >= 1 THEN fps% = ff%: ff% = 0: start! = TIMER _TITLE origtitle + "-FPS:" + STR$(fps%) END SUB 'the NES '$include: 'bus.bm' '$include: 'ComDlgFileName.bm' '$INCLUDE: 'init_subs_funcs.bm'

5 REM * * * * * * * * * * * * * * * * 6 REM License? If, for some weird 7 REM reason, you'd like to use this 8 REM code, please feel free to do so! 9 REM 10 REM Variable information: 11 REM SX(x) & SY(x) are sprite positions 12 REM for that particular sprite # 13 REM I.E.: SX(3) if the horizontal 14 REM position for sprite #3 15 REM MVX(X)&MVY(X)are SPRITE 16 REM movement increments for a given 17 REM sprite #. I.E.: MVX(3) is the 18 REM horizontal increment or decrement 19 REM value for sprite #3 20 REM Line 6040 has a RND value added 21 REM if necessary, to keep sprites 22 REM from bunching up together and 23 REM staying that way. 24 REM To change the potential upper end 25 REM of sprite movement speeds, change 26 REM the RND(5) in line 6025 for X axis 27 REM movement and RND(6) in line 6045 28 REM for Y axis movement. 29 REM Lines 6050 & 6055 will invert those 30 REM particular movement flags, so as 31 REM to move some sprites in opposite 32 REM directions to start ou. 33 REM 34 REM 35 REM I'm sure there are better ways to 36 REM do these things. It is the way 37 REM it is to make it easy(ish) to 38 REM read. I hope I didn't fail to badly 39 REM 40 REM Sprite assets are free to use images 41 REM from itch io 50 CPUSPEED 99 60 DIM SX(31),SY(31),MVX(31),MVY(31) 100 SCREEN 14:PALETTE 0 110 GOSUB &LOADSPRITEIMAGES 120 GOSUB &TURNALLSPRITESON 130 GOSUB &FILLUPSPRITEPOSITIONS 150 WHILE INKEY$="" 160 FOR LP=0 TO 31 170 SX(LP)=SX(LP)+MVX(LP) 175 SY(LP)=SY(LP)+MVY(LP) 180 IF SX(LP)>447 THEN 185 MVX(LP)=-MVX(LP) 190 SX(LP)=447 195 ENDIF 200 IF SX(LP)<0 THEN 205 MVX(LP)=-MVX(LP) 210 SX(LP)=0 215 ENDIF 220 IF SY(LP)>237 THEN 225 MVY(LP)=-MVY(LP) 230 SY(LP)=237 235 ENDIF 240 IF SY(LP)<0 THEN 245 MVY(LP)=-MVY(LP) 250 SY(LP)=0 255 ENDIF 265 MOVE SPRITE LP TO SX(LP),SY(LP) 266 IF RND(301)=3 THEN MVY(LP)=-MVY(LP) 267 IF RND(301)=19 THEN MVX(LP)=-MVX(LP) 270 NEXT LP 280 VSYNC 290 WEND 999 END 5000 &LOADSPRITEIMAGES 5005 LOAD IMAGE "P132X32.PNG" AS SPRITE 1 5010 LOAD IMAGE "P1S32X32.PNG" AS SPRITE 2 5015 LOAD IMAGE "P232X32.PNG" AS SPRITE 3 5020 LOAD IMAGE "P2S32X32.PNG" AS SPRITE 4 5025 LOAD IMAGE "P32X32.PNG" AS SPRITE 5 5030 LOAD IMAGE "P332X32.PNG" AS SPRITE 6 5035 LOAD IMAGE "P3S32X32.PNG" AS SPRITE 7 5040 LOAD IMAGE "P432X32.PNG" AS SPRITE 8 5045 LOAD IMAGE "P4S32X32.PNG" AS SPRITE 9 5050 LOAD IMAGE "P532X32.PNG" AS SPRITE 10 5055 LOAD IMAGE "P5S32X32.PNG" AS SPRITE 11 5060 LOAD IMAGE "P5S32X32.PNG" AS SPRITE 12 5065 LOAD IMAGE "P632X32.PNG" AS SPRITE 13 5070 LOAD IMAGE "P6S32X32.PNG" AS SPRITE 14 5075 LOAD IMAGE "P732X32.PNG" AS SPRITE 15 5080 LOAD IMAGE "P7S32X32.PNG" AS SPRITE 16 5085 LOAD IMAGE "P832X32.PNG" AS SPRITE 17 5090 LOAD IMAGE "P8S32X32.PNG" AS SPRITE 18 5095 LOAD IMAGE "P932X32.PNG" AS SPRITE 19 5100 LOAD IMAGE "P9S32X32.PNG" AS SPRITE 20 5105 LOAD IMAGE "P0S32X32.PNG" AS SPRITE 21 5110 LOAD IMAGE "P1032X32.PNG" AS SPRITE 22 5115 LOAD IMAGE "P132X32.PNG" AS SPRITE 23 5120 LOAD IMAGE "P1S32X32.PNG" AS SPRITE 24 5125 LOAD IMAGE "P232X32.PNG" AS SPRITE 25 5130 LOAD IMAGE "P2S32X32.PNG" AS SPRITE 26 5135 LOAD IMAGE "P32X32.PNG" AS SPRITE 27 5140 LOAD IMAGE "P332X32.PNG" AS SPRITE 28 5145 LOAD IMAGE "P3S32X32.PNG" AS SPRITE 29 5150 LOAD IMAGE "P432X32.PNG" AS SPRITE 30 5155 LOAD IMAGE "P4S32X32.PNG" AS SPRITE 31 5175 RETURN 5500 &TURNALLSPRITESON 5505 FOR LP=0 TO 31 5510 SPRITE LP SIZE 32,32 ON 5515 NEXT LP 5525 RETURN 6000 &FILLUPSPRITEPOSITIONS 6005 FOR LP=0 TO 31 6010 X=RND(447) 6015 Y=RND(237) 6020 SX(LP)=X:SY(LP)=Y 6025 MX=RND(9) 6030 IF MX=0 THEN MX=0.33+((RND(4)+1)/2) 6035 MY=RND(7) 6040 IF MY=0 THEN MY=0.67+((RND(4)+1)/2) 6045 RXY=RND(7) 6050 IF RXY=3 THEN MX=-MX 6055 IF RXY=6 THEN MY=-MY 6060 MVX(LP)=MX 6065 MVY(LP)=MY 6070 NEXT LP 6080 RETURN

DECLARE SUB MousePut (X%, Y%) DECLARE SUB load () DECLARE SUB save () DECLARE FUNCTION MouseInit% () DECLARE SUB MouseDriver (AX%, bx%, CX%, DX%) DECLARE SUB MouseHide () DECLARE SUB MouseShow () DECLARE SUB MOUSESTATUS (lb%, RB%, xmouse%, ymouse%) DIM SHARED mouse$, OMX, OMY GOSUB mouse DEFINT A-R DEFINT U-Z RANDOMIZE (TIMER) SD = 1 SCREEN 0 DO CLS INPUT "1-PLAY FULL STRATAGY OR 2-BATTLE PRACTICE OR 0-QUIT"; NM: IF NM = 0 THEN RUN "\tim\menu.bas" LOOP WHILE NM <> 1 AND NM <> 2 DO INPUT "HOW MANY PLAYERS"; pn CLS pn = INT(pn) LOOP WHILE pn < 2 OR pn > 7 SCREEN 7 DIM SX(8), SY(8) DIM MP(24, 24) DIM L(24, 80) DIM W$(20) DIM MONEY(8), P(24, 3), A(20), W(20), E(20), S(20), n$(20) DIM tmp%(32000), O%(13) DIM S%(200) DIM ST(8) GET (1, 1)-(1, 1), O% LOCATE 12, 12: COLOR 15: PRINT "Loading Wars of Melbon" SCREEN , , 5, 0 DEF SEG = VARSEG(tmp%(0)) BLOAD "ships.gfx", 0 PUT (0, 0), tmp% DEF SEG OPEN "wars.dat" FOR INPUT AS #1 n$(0) = "NONE " FOR A = 1 TO 20 INPUT #1, W$(A) W$(A) = LEFT$(W$(A) + " ", 11) NEXT A FOR A = 1 TO 20 INPUT #1, n$(A) n$(A) = LEFT$(n$(A) + " ", 11) NEXT A FOR A = 1 TO 24 INPUT #1, P(A, 1), P(A, 2) NEXT A FOR A = 1 TO 20 INPUT #1, A(A), W(A), E(A), S(A) NEXT A FOR A = 1 TO 24 L(A, 21) = 500 + 500 * RND NEXT A IF NM = 1 THEN FOR A = 1 TO pn SOUND A * 100, .1 DO: AA = INT(24 * RND) + 1: LOOP WHILE L(AA, 0) <> 0 ST(A) = AA SX(A) = P(AA, 1) SY(A) = P(AA, 2) MONEY(A) = 2500 L(AA, 21) = 2000 L(AA, 0) = A L(AA, 22) = 3 L(AA, 23) = 2 L(AA, 24) = 1 NEXT A FOR A = 1 TO 24 INPUT #1, P(A, 3) NEXT A FOR A = 1 TO 24 FOR B = 1 TO 24 INPUT #1, MP(A, B) NEXT B NEXT A END IF SCREEN , , 0 CLOSE #1 IF NM = 1 THEN 2 GOSUB UPDATE WHO = 1 1 A$ = "" PLAY "MB O1 L16 AABA>C<A>D<A" COLOR WHO + 8 LOCATE 13, 15: PRINT "PLAYER"; WHO DO: LOOP WHILE INKEY$ <> "": DO: LOOP WHILE INKEY$ = "" Y = SY(WHO) - 100 SX = SX(WHO): SY = SY(WHO) IF Y < 0 THEN Y = 0 IF Y > 199 THEN Y = 199 ST = 1 X = -10 GOSUB GO: WHO = WHO + 1: IF WHO <= pn THEN GOTO 1 CLS LOCATE 13, 15: COLOR 14: PRINT "UPDATING.." GOTO 2 END IF CLS FOR A = 1 TO pn L(A, 0) = A NEXT A DO FC = 0 FOR G = 1 TO pn WHO = L(G, 0) CR = 1 TY = 1 FST = 1 DO IF A$ = "q" THEN SYSTEM IF A$ = "Q" THEN CR = 0 IF (A$ = " ") OR lb <> 0 THEN DO LOCATE 1, 1: INPUT "ATTACK WHERE"; WH LOOP WHILE WH < 0 OR WH > pn IF WH = WHO THEN WH = 0 L(G, TY + 60) = WH END IF IF A$ = "." THEN FC = FC + 1 IF A$ = "," THEN FC = FC - 1 IF FC < 0 THEN FC = 0 IF FC > 8 THEN FC = 8 IF A$ = "8" THEN TY = TY - 1 IF A$ = "2" THEN TY = TY + 1 IF TY < 1 THEN TY = 10 IF TY > 10 THEN TY = 1 TT = L(G, TY) IF A$ = "*" THEN TT = INT(20 * RND) + 1 IF A$ = "4" THEN TT = TT - 1 IF A$ = "6" THEN TT = TT + 1 IF TT < 0 THEN TT = 20 IF TT > 20 THEN TT = 0 L(G, TY) = TT IF TT <= 10 THEN L(G, TY + 10) = 50 ELSE L(G, TY + 10) = 100 L(G, TY + 30) = A(TT) L(G, TY + 40) = W(TT) L(G, TY + 50) = E(TT) L(G, TY + 70) = S(TT) COLOR WHO + 8 LOCATE 1, 1: PRINT " PLAYER"; WHO COLOR 14 LOCATE 2, 1: PRINT "NAME HP MOVING STATUS" FOR A = 1 TO 10 LOCATE A + 2, 1 COLOR 15 IF A = TY THEN COLOR 9 PRINT n$(L(G, A)) IF L(G, A) > 0 THEN LOCATE A + 2, 12: COLOR 9 IF L(G, A) <= 10 THEN PRINT 50 ELSE PRINT 100 LOCATE A + 2, 19 IF L(G, A + 60) = 0 OR L(G, A + 60) = G THEN COLOR WHO + 8: PRINT "DEFENDING" ELSE IF L(L(G, A + 60), 0) = WHO THEN COLOR WHO + 8: PRINT "MOVING " IF L(L(G, A + 60), 0) <> 0 THEN COLOR L(G, A + 60) + 8: PRINT "ATTACKING" END IF ELSE LOCATE A + 2, 12 PRINT " " END IF NEXT A LOCATE 13, 1: COLOR 10: PRINT "FORTS"; : COLOR 12 FOR A = 1 TO FC: PRINT "#"; : NEXT A: PRINT " " DO: A$ = INKEY$: LOOP WHILE A$ = "" AND FST = 0 IF FST > 1 THEN FST = FST - .5 LOOP WHILE CR = 1 FOR A = 1 TO 8 IF FC >= A THEN L(G, 21 + A) = 1 ELSE L(G, 21 + A) = 0 NEXT A NEXT G GOSUB UPDATE: LOOP GO: DO IF OX = X AND OY = Y THEN PUT (OSX - OX, OSY - OY), O%, PSET IF SX - X + 4 < 320 THEN GET (SX - X, SY - Y)-(SX - X + 4, SY - Y + 4), O% IF MV = 0 THEN CIRCLE (SX - X + 2, SY - Y + 2), 2, WHO + 8 CIRCLE (SX - X + 2, SY - Y + 2), 0, WHO CIRCLE (SX - X + 2, SY - Y + 2), 1, 15 ELSE LINE (SX - X, SY - Y)-(SX - X + 4, SY - Y + 4), 9, B LINE (SX - X + 1, SY - Y + 1)-(SX - X + 3, SY - Y + 3), 10, B LINE (SX - X + 2, SY - Y + 2)-(SX - X + 2, SY - Y + 2), WHO END IF OX = X: OY = Y: OSX = SX: OSY = SY IF MV = 1 AND A$ = "`" THEN MV = 0: A$ = "" IF A$ = "`" THEN RETURN IF MV = 1 AND A$ = " " THEN GOSUB WHICH: IF WH > 0 THEN MV = 0 CT = WH: N1 = 1: N2 = 10 MT = WH GOSUB FINDSPACE: 'IF N > 0 THEN IF MP(OCT, WH) = 1 OR MP(WH, OCT) = 1 THEN L(OCT, NO + 60) = MT: A$ = "" ELSE CT = OCT: N1 = 22: N2 = 30: F = 5 GOSUB CHECK: IF n > 0 AND P(OCT, 3) = 1 THEN L(OCT, NO + 60) = -MT: A$ = "" L(OCT, n) = -5 ELSE CT = OCT: N1 = 22: N2 = 30: F = 4: GOSUB CHECK: IF n > 0 THEN L(OCT, NO + 60) = -MT: A$ = "" L(OCT, n) = -4 END IF END IF END IF 'END IF END IF END IF IF A$ = "W" AND MONEY(WHO) >= 200 THEN GOSUB WHICH: IF L(WH, O) = WHO THEN CT = WH: C1 = 22: N2 = 30: F = 7: GOSUB CHECK: IF n > 0 THEN GET (0, 0)-(319, 199), tmp% COLOR 15 KY = 0 DO LOCATE 2, 3: COLOR 10: PRINT "MONEY"; INT(MONEY(WHO)) COLOR 15 n$ = n$(ABS(L(CT, TY))) IF n$ = "" THEN n$ = " " LOCATE 3, 3: PRINT TY; n$ COLOR 9 W$ = W$(L(CT, TY + 70)) IF W$ = "" THEN W$ = " " LOCATE 5, 3: PRINT W$ COLOR 7 LOCATE 6, 3: PRINT "ARMOR"; L(CT, TY + 30) LOCATE 7, 3: PRINT "WEAPON"; L(CT, TY + 40) LOCATE 8, 3: PRINT "ENGINE"; L(CT, TY + 50) LOCATE 9, 3: PRINT "HIT POINTS"; L(CT, TY + 10) IF L(CT, TY + 60) <> 0 THEN m$ = "MOVED " ELSE m$ = "HERE " IF L(CT, TY) < 0 THEN m$ = "COMING" COLOR 12 LOCATE 10, 3: PRINT m$ FOR A = -5 TO 5 LOCATE 10 + A, 20 n = A + TTT IF n < 1 THEN n = n + 20 IF n > 20 THEN n = n - 20 IF A = 0 THEN COLOR 9 ELSE COLOR 7 PRINT W$(n) NEXT A DO: m$ = INKEY$: LOOP WHILE m$ = "" IF m$ = "4" THEN TY = TY - 1: TY = TY + 1: DO: TY = TY - 1: LOOP WHILE L(CT, TY) = 0 IF m$ = "6" THEN TY = TY + 1: TY = TY - 1: DO: TY = TY + 1: LOOP WHILE L(CT, TY) = 0 IF m$ = "8" THEN TTT = TTT - 1 IF m$ = "2" THEN TTT = TTT + 1 IF TTT < 1 THEN TTT = 20 IF TTT > 20 THEN TTT = 1 TT = 0 IF m$ = "+" THEN TT = TTT IF TT > 0 THEN MONEY(WHO) = MONEY(WHO) - 75: L(CT, TY + 70) = TT IF TY < 1 THEN TY = 10 IF TY > 10 THEN TY = 1 IF m$ = " " THEN KY = 1 LOOP WHILE MONEY(WHO) >= 200 AND KY = 0 PUT (0, 0), tmp%, PSET END IF END IF END IF IF A$ = "S" THEN GET (0, 0)-(319, 199), tmp% COLOR 15: LOCATE 3, 15: PRINT "SAVE GAME" COLOR 7 FOR A = 0 TO 9 LOCATE 5 + A, 5: PRINT "GAME SLOT"; A NEXT A DO: LOOP WHILE INKEY$ <> "" KY = 0 DO m$ = INKEY$ IF m$ = " " THEN TY = -1: KY = 1 IF m$ = "0" THEN TY = 0: KY = 1 IF m$ = "1" THEN TY = 1: KY = 1 IF m$ = "2" THEN TY = 2: KY = 1 IF m$ = "3" THEN TY = 3: KY = 1 IF m$ = "4" THEN TY = 4: KY = 1 IF m$ = "5" THEN TY = 5: KY = 1 IF m$ = "6" THEN TY = 6: KY = 1 IF m$ = "7" THEN TY = 7: KY = 1 IF m$ = "8" THEN TY = 8: KY = 1 IF m$ = "9" THEN TY = 9: KY = 1 LOOP WHILE KY = 0 IF TY >= 0 THEN S$ = "wars.00" + CHR$(TY + 48) OPEN S$ FOR OUTPUT AS #1 FOR A = 1 TO 24 FOR B = 0 TO 80 PRINT #1, L(A, B) NEXT B NEXT A PRINT #1, pn FOR A = 1 TO pn WRITE #1, MONEY(A), SX(A), SY(A) NEXT A PRINT #1, WHO CLOSE #1 END IF PUT (0, 0), tmp%, PSET END IF IF A$ = "L" THEN GET (0, 0)-(319, 199), tmp% COLOR 15: LOCATE 3, 15: PRINT "LOAD GAME" COLOR 7 FOR A = 0 TO 9 LOCATE 5 + A, 5: PRINT "GAME SLOT"; A NEXT A DO: LOOP WHILE INKEY$ <> "" KY = 0 DO m$ = INKEY$ IF m$ = " " THEN TY = -1: KY = 1 IF m$ = "0" THEN TY = 0: KY = 1 IF m$ = "1" THEN TY = 1: KY = 1 IF m$ = "2" THEN TY = 2: KY = 1 IF m$ = "3" THEN TY = 3: KY = 1 IF m$ = "4" THEN TY = 4: KY = 1 IF m$ = "5" THEN TY = 5: KY = 1 IF m$ = "6" THEN TY = 6: KY = 1 IF m$ = "7" THEN TY = 7: KY = 1 IF m$ = "8" THEN TY = 8: KY = 1 IF m$ = "9" THEN TY = 9: KY = 1 LOOP WHILE KY = 0 IF TY >= 0 THEN S$ = "wars.00" + CHR$(TY + 48) OPEN S$ FOR INPUT AS #1 FOR A = 1 TO 24 FOR B = 0 TO 80 INPUT #1, L(A, B) NEXT B NEXT A INPUT #1, pn FOR A = 1 TO pn INPUT #1, MONEY(A), SX(A), SY(A) NEXT A INPUT #1, WHO CLOSE #1 END IF IF m$ <> " " THEN GOSUB MAP1: GOSUB REFRESH: A$ = "C": X = -10 END IF IF A$ = "F" AND MONEY(WHO) >= 500 THEN GOSUB WHICH: IF L(WH, 0) = WHO THEN CT = WH: N1 = 22: N2 = 23: F = 3: GOSUB CHECK: IF n = 0 THEN CT = WH: N1 = 22: N2 = 30: GOSUB FINDSPACE: IF n > 0 THEN MONEY(WHO) = MONEY(WHO) - 500 L(CT, n) = 3 PX = P(CT, 1) PY = P(CT, 2) IF PX < 320 AND PY < 200 THEN SCREEN , , 0, 4 IF PX >= 320 AND PY < 200 THEN SCREEN , , 1, 4 IF PX < 320 AND PY >= 200 THEN SCREEN , , 2, 4 IF PX >= 320 AND PY >= 200 THEN SCREEN , , 3, 4 IF PX > 320 THEN PX = PX - 320 IF PY > 200 THEN PY = PY - 200 LINE (PX - 23, PY - 23)-(PX + 23, PY + 23), WHO + 8, B LINE (PX - 24, PY - 24)-(PX + 24, PY + 24), WHO, B SCREEN , , 4, 4: OX = -10 END IF END IF END IF END IF IF A$ = "B" THEN GOSUB WHICH: CT = WH: N1 = 22: N2 = 30: F = 3: GOSUB CHECK: IF L(WH, 0) = WHO AND n > 0 THEN N1 = 22: N2 = 30: CT = WH GOSUB FINDSPACE: IF n > 0 THEN GET (0, 0)-(319, 199), tmp% COLOR 15 LOCATE 4, 5: PRINT "MONEY"; INT(MONEY(WHO)) LOCATE 5, 5: PRINT "1-FORT $1000" LOCATE 6, 5: PRINT "2-ARMORY $2000" LOCATE 7, 5: PRINT "3-AIRPORT $5000" LOCATE 8, 5: PRINT "4-SEADOCK $3000" LOCATE 9, 5: PRINT "5-TRAINING $2600" LOCATE 10, 5: PRINT "6-WEAPONORY $2400" FOR A = 22 TO 30 LOCATE A - 10, 5 COLOR 15 IF ABS(L(WH, A)) = 1 THEN PRINT "FORT "; IF ABS(L(WH, A)) = 2 THEN PRINT "ARMORY "; IF ABS(L(WH, A)) = 3 THEN PRINT "CAPITAL "; IF ABS(L(WH, A)) = 4 THEN PRINT "AIRPORT "; IF ABS(L(WH, A)) = 5 THEN PRINT "SEADOCK "; IF ABS(L(WH, A)) = 6 THEN PRINT "TRAINING "; IF ABS(L(WH, A)) = 7 THEN PRINT "WEAPONARY "; COLOR 14 IF L(WH, A) < 0 THEN PRINT "BUILDING" ELSE PRINT "" NEXT A DO: LOOP WHILE INKEY$ <> "" KY = 0 DO A$ = INKEY$ IF A$ = "q" THEN SYSTEM IF A$ = "1" AND MONEY(WHO) >= 1000 THEN MONEY(WHO) = MONEY(WHO) - 1000: L(CT, n) = -1: KY = 1 IF A$ = "2" AND MONEY(WHO) >= 2000 THEN MONEY(WHO) = MONEY(WHO) - 2000: L(CT, n) = -2: KY = 1 IF A$ = "3" AND MONEY(WHO) >= 5000 THEN MONEY(WHO) = MONEY(WHO) - 5000: L(CT, n) = -4: KY = 1 IF A$ = "4" AND MONEY(WHO) >= 3000 AND P(CT, 3) = 1 THEN MONEY(WHO) = MONEY(WHO) - 3000: L(CT, n) = -5: KY = 1 IF A$ = "5" AND MONEY(WHO) >= 2600 THEN MONEY(WHO) = MONEY(WHO) - 2600: L(CT, n) = -6: KY = 1 IF A$ = "6" AND MONEY(WHO) >= 2400 THEN MONEY(WHO) = MONEY(WHO) - 2400: L(CT, n) = -7: KY = 1 IF A$ = " " THEN KY = 1 A$ = "" LOOP WHILE KY = 0 PUT (0, 0), tmp%, PSET END IF END IF END IF IF A$ = "T" AND MONEY(WHO) >= 100 THEN GOSUB WHICH: IF L(WH, 0) = WHO THEN CT = WH N1 = 22: N2 = 30: F = 6 GOSUB CHECK: IF n > 0 THEN GET (0, 0)-(319, 199), tmp% KY = 0 TY = 1 DO LOCATE 2, 3: COLOR 10: PRINT "MONEY"; INT(MONEY(WHO)) COLOR 15 n$ = n$(ABS(L(CT, TY))) IF n$ = "" THEN n$ = " " LOCATE 3, 3: PRINT TY; n$ W$ = W$(L(CT, TY + 70)) IF W$ = "" THEN W$ = " " LOCATE 4, 3: PRINT W$ IF TT = 1 THEN COLOR 9 ELSE COLOR 7 LOCATE 5, 3: PRINT "ARMOR"; L(CT, TY + 30) IF TT = 2 THEN COLOR 9 ELSE COLOR 7 LOCATE 6, 3: PRINT "WEAPON"; L(CT, TY + 40) IF TT = 3 THEN COLOR 9 ELSE COLOR 7 LOCATE 7, 3: PRINT "ENGINE"; L(CT, TY + 50) IF TT = 4 THEN COLOR 9 ELSE COLOR 7 LOCATE 8, 3: PRINT "HIT POINTS"; L(CT, TY + 10) IF L(CT, TY + 60) <> 0 THEN m$ = "MOVED " ELSE m$ = "HERE " IF L(CT, TY) < 0 THEN m$ = "COMING" COLOR 12 LOCATE 9, 3: PRINT m$ DO: m$ = INKEY$: LOOP WHILE m$ = "" IF m$ = "4" THEN TY = TY - 1: TY = TY + 1: DO: TY = TY - 1: LOOP WHILE L(CT, TY) = 0 IF m$ = "6" THEN TY = TY + 1: TY = TY - 1: DO: TY = TY + 1: LOOP WHILE L(CT, TY) = 0 IF m$ = "8" THEN TT = TT - 1 IF m$ = "2" THEN TT = TT + 1 IF m$ = "+" AND MONEY(WHO) >= 100 THEN MONEY(WHO) = MONEY(WHO) - 100 IF TT = 1 AND L(CT, TY + 30) < A(ABS(L(CT, TY))) + 11 THEN L(CT, TY + 30) = L(CT, TY + 30) + 1 IF TT = 2 AND L(CT, TY + 40) < W(ABS(L(CT, TY))) + 11 THEN L(CT, TY + 40) = L(CT, TY + 40) + 1 IF TT = 3 AND L(CT, TY + 50) < E(ABS(L(CT, TY))) + 11 THEN L(CT, TY + 50) = L(CT, TY + 50) + 1 IF TT = 4 AND L(CT, TY + 30) < 200 THEN L(CT, TY + 10) = L(CT, TY + 10) + 10 END IF IF TY < 1 THEN TY = 10 IF TY > 10 THEN TY = 1 IF TT < 1 THEN TT = 4 IF TT > 4 THEN TT = 1 IF m$ = " " THEN KY = 1 LOOP WHILE KY = 0 PUT (0, 0), tmp%, PSET END IF END IF END IF IF A$ = "M" OR B2 <> 0 THEN IF MONEY(WHO) >= 700 THEN GOSUB WHICH: IF L(WH, 0) = WHO THEN CT = WH N1 = 22: N2 = 30: F = 2 GOSUB CHECK: IF n > 0 THEN N1 = 1: N2 = 10 GOSUB FINDSPACE: IF n > 0 THEN GET (0, 0)-(319, 199), tmp% KY = 1 DO COLOR 15 LOCATE 3, 5: PRINT "MONEY"; MONEY(WHO) FOR A = -4 TO 4 LOCATE A + 10, 5 n = TY + A IF n < 1 THEN n = n + 20 IF n > 20 THEN n = n - 20 IF n < 1 THEN n = 1 ELSE IF n > 20 THEN n = 20 IF A = 0 THEN COLOR 9 ELSE IF n <= 10 THEN COLOR 7 ELSE COLOR 10 PRINT n$(n) NEXT A KY = 0 B1 = STRIG(1) STY = STICK(0) IF STY = 0 THEN DO: m$ = INKEY$: LOOP WHILE m$ = "" IF STY > 0 THEN DO: STY = STICK(0): LOOP WHILE ABS(STY - 100) < 20 IF STY > 0 THEN B1 = STRIG(0) IF STY < 80 THEN TY = TY - 1 IF STY > 120 THEN TY = TY + 1 ELSE IF m$ = "8" THEN TY = TY - 1 IF m$ = "2" THEN TY = TY + 1 END IF IF TY < 1 THEN TY = 20 IF TY > 20 THEN TY = 1 IF m$ = "+" OR B1 <> 0 THEN N1 = 1: N2 = 10: GOSUB FINDSPACE: IF n > 0 THEN IF TY > 0 AND TY <= 10 THEN MONEY(WHO) = MONEY(WHO) - 700: L(CT, n) = -TY: L(CT, n + 10) = 50: L(CT, n + 30) = A(TY): L(CT, n + 40) = W(TY): L(CT, n + 50) = E(TY): L(CT, n + 60) = 0: L(CT, n + 70) = S(TY) IF TY > 10 AND TY <= 20 AND MONEY(WHO) >= 1300 THEN MONEY(WHO) = MONEY(WHO) - 1300: L(CT, n) = -TY: L(CT, n + 10) = 100: L(CT, n + 30) = A(TY): L(CT, n + 40) = W(TY): L(CT, n + 50) = E(TY): L(CT, n + 60) = 0: L(CT, n + 70) = S(TY) END IF END IF IF m$ = " " THEN KY = 1 IF MONEY(WHO) < 700 THEN KY = 1 LOOP WHILE KY = 0 PUT (0, 0), tmp%, PSET END IF END IF END IF END IF END IF IF A$ = "I" THEN GET (0, 0)-(319, 199), tmp% LOCATE 5, 10: COLOR WHO + 8: PRINT "PLAYER"; WHO LOCATE 6, 10: PRINT "MONEY"; INT(MONEY(WHO) + .5) DO: LOOP WHILE INKEY$ <> "": DO: LOOP WHILE INKEY$ = "" PUT (0, 0), tmp%, PSET END IF IF A$ = " " THEN GOSUB WHICH: IF WH > 0 AND L(WH, 0) = WHO THEN GET (0, 0)-(319, 199), tmp% LOCATE 2, 1 COLOR 15 PRINT "#NAME A W E WEAPON HP" FOR A = 1 TO 10 IF L(WH, A) <> 0 THEN n$ = n$(ABS(L(WH, A))) AR = L(WH, A + 30) W = L(WH, A + 40) E = L(WH, A + 50) m = L(WH, A + 60) S = L(WH, A + 70) HP = L(WH, A + 10) LOCATE A + 3, 1 COLOR 15 IF A < 10 THEN PRINT CHR$(A + 48); ELSE PRINT "0" COLOR 9 LOCATE A + 3, 2 PRINT n$ COLOR 13 LOCATE A + 3, 11 PRINT AR COLOR 14 LOCATE A + 3, 13 PRINT W COLOR 12 LOCATE A + 3, 15 PRINT E LOCATE A + 3, 19 COLOR 10 PRINT W$(S) COLOR 15 LOCATE A + 3, 30 PRINT HP LOCATE A + 3, 34 IF m <> 0 THEN m$ = "MOVING" ELSE m$ = "" IF L(WH, A) < 0 THEN m$ = "MAKING" COLOR 14 PRINT m$ END IF NEXT A LOCATE 15, 5: COLOR 15: PRINT "INCOME"; INT(L(WH, 21) + .5) COLOR L(WH, 0) + 8 LOCATE 16, 5: PRINT "OWNED BY"; L(WH, 0) KY = 0 MouseShow DO m$ = INKEY$ MOUSESTATUS lb, RB, MX, my IF amouse$ = "YES" THEN n = (my \ 8) - 2: IF lb THEN m$ = " ": IF n > 0 AND n < 10 THEN m$ = RIGHT$(STR$(n), 1) ELSE IF n = 10 THEN m$ = " " IF m$ = "1" THEN OCT = WH: NO = 1: KY = 1: IF L(WH, 1) > 0 THEN MV = 1 IF m$ = "2" THEN OCT = WH: NO = 2: KY = 1: IF L(WH, 2) > 0 THEN MV = 1 IF m$ = "3" THEN OCT = WH: NO = 3: KY = 1: IF L(WH, 3) > 0 THEN MV = 1 IF m$ = "4" THEN OCT = WH: NO = 4: KY = 1: IF L(WH, 4) > 0 THEN MV = 1 IF m$ = "5" THEN OCT = WH: NO = 5: KY = 1: IF L(WH, 5) > 0 THEN MV = 1 IF m$ = "6" THEN OCT = WH: NO = 6: KY = 1: IF L(WH, 6) > 0 THEN MV = 1 IF m$ = "7" THEN OCT = WH: NO = 7: KY = 1: IF L(WH, 7) > 0 THEN MV = 1 IF m$ = "8" THEN OCT = WH: NO = 8: KY = 1: IF L(WH, 8) > 0 THEN MV = 1 IF m$ = "9" THEN OCT = WH: NO = 9: KY = 1: IF L(WH, 9) > 0 THEN MV = 1 IF m$ = "0" THEN OCT = WH: NO = 10: KY = 1: IF L(WH, 10) > 0 THEN MV = 1 IF m$ = " " THEN KY = 1 LOOP WHILE KY = 0 MouseHide PUT (0, 0), tmp%, PSET END IF END IF IF A$ = "~" THEN IF MONEY(WHO) >= 3000 THEN MONEY(WHO) = MONEY(WHO) - 3000: GOSUB DESTROY: IF A$ = "C" THEN SX = SX(WHO): SY = SY(WHO): X = SX - 160: Y = SY - 100 IF A$ = "Z" THEN GOSUB WHICH: IF WH > 0 THEN SX = P(WH, 1): SY = P(WH, 2): X = SX - 160: Y = SY - 100 IF A$ = "5" THEN SX = 320: SY = 200: X = 160: Y = 100 IF A$ = "7" THEN X = 0: Y = 0: SX = 160: SY = 100 IF A$ = "9" THEN X = 319: Y = 0: SX = 480: SY = 100 IF A$ = "3" THEN X = 319: Y = 199: SX = 480: SY = 300 IF A$ = "1" THEN X = 0: Y = 199: SX = 160: SY = 300 IF A$ = "8" THEN SY = SY - 20 IF A$ = "2" THEN SY = SY + 20 IF A$ = "4" THEN SX = SX - 20 IF A$ = "6" THEN SX = SX + 20 OMX = MX: OMY = my MOUSESTATUS lb, RB, MX, my IF amouse$ = "YES" AND (MX <> OMX OR my <> OMY) THEN SX = MX + X - 2: SY = my + Y - 2 IF RB THEN X = SX - 160: Y = SY - 100: MousePut 160, 100 IF SY < 0 THEN SY = 0 IF SX < 0 THEN SX = 0 IF SX > 634 THEN SX = 643 IF SY > 394 THEN SY = 394 STX = 0: IF STX > 0 THEN STY = STICK(0) IF STX > 0 AND STY > 0 THEN IF ABS(STX - 100) < 20 THEN STX = 100 IF ABS(STY - 100) < 20 THEN STY = 100 B1 = STRIG(0) B2 = STRIG(4) SX = SX + (STX - 100) \ 3 SY = SY + (STY - 100) \ 3 END IF IF SX < X THEN X = SX IF SY < Y THEN Y = SY IF SX > X + 314 THEN X = SX - 314 IF SY > Y + 194 THEN Y = SY - 194 IF SX < 0 THEN SX = 0 IF SY < 0 THEN SY = 0 IF SX > 643 THEN SX = 643 IF SY > 394 + 200 THEN SY = 394 IF SX < X THEN Y = SY IF SY < Y THEN Y = SY IF SX > X + 314 THEN X = SX - 314 IF SY > Y + 194 THEN Y = SY - 194 IF X < 0 THEN X = 0 IF Y < 0 THEN Y = 0 IF X > 319 THEN X = 319 IF Y > 199 THEN Y = 199 IF OX <> X OR OY <> Y OR ST = 1 THEN SCREEN , , 0, 4 GET (X, Y)-(319, 199), tmp% SCREEN , , 4, 4 PUT (0, 0), tmp%, PSET SCREEN , , 1, 4 GET (0, Y)-(X, 199), tmp% SCREEN , , 4, 4 PUT (319 - X, 0), tmp%, PSET SCREEN , , 2, 4 GET (X, 0)-(319, Y), tmp% SCREEN , , 4, 4 PUT (0, 199 - Y), tmp%, PSET SCREEN , , 3, 4 GET (0, 0)-(X, Y), tmp% SCREEN , , 4, 4 PUT (319 - X, 199 - Y), tmp%, PSET END IF A$ = INKEY$ IF lb THEN A$ = " " ST = 0 LOOP WHICH: SOUND 400, .1: SOUND 3000, .1 WH = 0 FOR AZ = 1 TO 24 QX = P(AZ, 1) QY = P(AZ, 2) IF SX - 23 < QX AND SY - 23 < QY AND SX + 23 > QX AND SY + 23 > QY THEN WH = AZ NEXT AZ RETURN UPDATE: IF NM = 1 THEN GOSUB MAP1: '***UPDATE*** FOR AF = 1 TO 24 IF NM = 1 THEN 'THINGS JUST BOUGHT FOR B = 0 TO 80 L(AF, B) = ABS(L(AF, B)) NEXT B 'INCOME CT = AF: N1 = 22: N2 = 30: F = 3 GOSUB CHECK: IF n > 0 THEN W = L(AF, 0): MONEY(W) = MONEY(W) + ABS(L(AF, 21)) END IF 'MOVING FOR B = 1 TO 10 IF L(AF, B) > 0 THEN WH = L(AF, B + 60) IF WH > 0 THEN IF L(WH, 0) = 0 OR L(WH, 0) = L(AF, 0) THEN CT = WH: N1 = 1: N2 = 10 GOSUB FINDSPACE: IF n > 0 THEN TY = L(AF, B) L(AF, B) = 0 L(WH, n) = TY L(WH, n + 10) = L(AF, B + 10) L(WH, n + 30) = L(AF, B + 30) L(WH, n + 40) = L(AF, B + 40) L(WH, n + 50) = L(AF, B + 50) L(WH, n + 70) = L(AF, B + 70) IF L(WH, 0) = 0 THEN L(WH, 0) = L(AF, 0) END IF ELSE TY1 = L(AF, B) L(AF, B) = 0 HP1 = L(AF, B + 10) AR1 = L(AF, B + 30) W1 = L(AF, B + 40) E1 = L(AF, B + 50) FP = L(AF, B + 60) WP1 = L(AF, B + 70) P1 = 1: P2 = 0 WH1 = L(AF, 0) WH2 = L(FP, 0) FOR AA = 1 TO 10 IF L(WH, AA) > 0 THEN P2 = P2 + 1 NEXT AA DO FC = 0 FOR AA = 22 TO 30 IF L(FP, AA) = 1 THEN FC = FC + 1 NEXT AA IF P2 > 0 THEN DO: FO = INT(10 * RND) + 1: LOOP WHILE L(FP, FO) = 0: GOSUB FIGHT: IF HP2 <= 0 THEN L(FP, FO) = 0 LOOP WHILE P1 = 1 AND P2 > 0 IF P1 = 1 THEN L(FP, 0) = WH1 L(FP, 1) = TY1 L(FP, 11) = HP1 L(FP, 31) = AR1 L(FP, 41) = W1 L(FP, 51) = E1 L(FP, 71) = WP1 ELSE L(FP, FO) = TY2 L(FP, FO + 10) = HP2 L(FP, FO + 30) = AR2 L(FP, FO + 40) = W2 L(FP, FO + 50) = E2 L(FP, FO + 70) = WP2 END IF END IF END IF END IF NEXT B FOR B = 1 TO 10 L(AF, B + 60) = 0 NEXT B NEXT AF REFRESH: IF NM = 1 THEN FOR AF = 1 TO 24 SOUND 100, .2 'UPDATING MAP FOR B = 22 TO 30 L = L(AF, B) IF B = 30 THEN FOR C = 1 TO 10 IF L(AF, C) > 0 THEN L = 8 NEXT C END IF SX = P(AF, 1) SY = P(AF, 2) IF B = 22 THEN SX = SX - 22: SY = SY - 22 IF B = 23 THEN SX = SX - 7: SY = SY - 22 IF B = 24 THEN SX = SX + 8: SY = SY - 22 IF B = 25 THEN SX = SX - 22: SY = SY - 7 IF B = 26 THEN SX = SX - 7: SY = SY - 7 IF B = 27 THEN SX = SX + 8: SY = SY - 7 IF B = 28 THEN SX = SX - 22: SY = SY + 8 IF B = 29 THEN SX = SX - 7: SY = SY + 8 IF B = 30 THEN SX = SX + 8: SY = SY + 8 IF SX < 320 AND SY < 200 THEN SCREEN , , 0, 4: sc = 0 IF SX >= 320 AND SY < 200 THEN SCREEN , , 1, 4: SX = SX - 320: sc = 1 IF SX < 320 AND SY >= 200 THEN SCREEN , , 2, 4: SY = SY - 200: sc = 2 IF SX >= 320 AND SY >= 200 THEN SCREEN , , 3, 4: SX = SX - 320: SY = SY - 200: sc = 3 IF SX < 0 THEN SX = 0 IF SY < 0 THEN SY = 0 IF SX > 299 + 5 THEN SX = 299 + 5 IF SY > 179 + 5 THEN SY = 179 + 5 C = L(AF, 0) + 8 SCREEN , , 5, 4 IF L < 8 AND L > 0 THEN GET (301, L * 15)-(315, L * 15 + 14), S% IF L = 8 THEN GET (301, 0)-(315, 14), S% SCREEN , , sc, 4 IF L > 0 THEN PUT (SX, SY), S%, PSET IF L = 1 THEN PAINT (SX + 8, SY + 8), C, 15 IF L = 2 THEN PAINT (SX + 8, SY + 3), C, 15 IF L = 3 THEN LINE (SX, SY)-(SX + 5, SY + 5), L(AF, 0) + 8, BF: LINE (SX, SY)-(SX + 5, SY + 5), L(AF, 0), B IF L = 4 THEN PAINT (SX + 13, SY + 13), C, 15 IF L = 5 THEN PAINT (SX + 8, SY + 2), C, 15: PAINT (SX + 8, SY + 13), C, 15 IF L = 6 THEN PAINT (SX + 8, SY + 3), C, 15 IF L = 7 THEN PAINT (SX + 8, SY + 3), C, 15 IF L = 8 THEN PAINT (SX + 8, SY + 8), C, 15 NEXT B NEXT AF END IF SCREEN , , 4, 4 RETURN MAP1: SOUND 800, .3 SCREEN , , 0, 4 DEF SEG = VARSEG(tmp%(0)): BLOAD "map0.gfx", 0: DEF SEG : PUT (0, 0), tmp%, PSET SCREEN , , 1, 4 DEF SEG = VARSEG(tmp%(0)): BLOAD "map1.gfx", 0: DEF SEG : PUT (0, 0), tmp%, PSET SCREEN , , 2, 4 DEF SEG = VARSEG(tmp%(0)): BLOAD "map2.gfx", 0: DEF SEG : PUT (0, 0), tmp%, PSET SCREEN , , 3, 4 DEF SEG = VARSEG(tmp%(0)): BLOAD "map3.gfx", 0: DEF SEG : PUT (0, 0), tmp%, PSET SCREEN , , 4, 4 RETURN FINDSPACE: 'CT WHAT COUNTRY n = 0: SOUND 300, .2: SOUND 500, .1 FOR AA = N2 TO N1 STEP -1 IF L(CT, AA) = 0 THEN n = AA NEXT AA RETURN CHECK: 'CHECK FOR A THING SOUND 100, .1: SOUND 200, .1 n = 0 FOR AA = N1 TO N2 IF L(CT, AA) = F THEN n = AA NEXT AA RETURN FIGHT: SCREEN , , 6, 6 CLS X1 = 20: X2 = 300: Y1 = 80: Y2 = 120: D1 = 1: D2 = 3 TY2 = L(FP, FO) HP2 = L(FP, FO + 10) AR2 = L(FP, FO + 30) W2 = L(FP, FO + 40) E2 = L(FP, FO + 50) WP2 = L(FP, FO + 70) COLOR WH1 + 8 LOCATE 13, 5: PRINT "PLAYER"; WH1 COLOR 14 LOCATE 13, 19: PRINT "vs" COLOR WH2 + 8 LOCATE 13, 25 PRINT "PLAYER"; WH2 DO: LOOP WHILE INKEY$ <> "": DO: LOOP WHILE INKEY$ = "" CLS TY1 = ABS(TY1) TY2 = ABS(TY2) REDIM MIS(10, 5) DO FOR smooth = 0 TO 1 STEP 1 \ SD OD1 = D1: OD2 = D2 A$ = "" DO: OA$ = A$: A$ = INKEY$: LOOP WHILE A$ <> "": A$ = OA$ 'STX = STICK(0): sTY = STICK(0) STX = 0: STY = 0 IF STX > 0 AND STY > 0 THEN IF STX < 80 THEN IF OD1 = 1 THEN D1 = 2 ELSE D1 = 3 IF STX > 120 THEN IF OD1 = 3 THEN D1 = 4 ELSE D1 = 1 IF STY < 80 THEN IF OD1 = 2 THEN D1 = 3 ELSE D1 = 4 IF STY > 120 THEN IF OD1 = 4 THEN D1 = 1 ELSE D1 = 2 IF STRIG(0) <> 0 OR STRIG(4) <> 0 THEN GOSUB SHOOT1: END IF IF A$ = "W" THEN GOSUB SHOOT1: IF A$ = "A" THEN D1 = OD1 - 1 IF A$ = "D" THEN D1 = OD1 + 1 IF A$ = "8" THEN GOSUB SHOOT2: IF A$ = "4" THEN D2 = OD2 - 1 IF A$ = "6" THEN D2 = OD2 + 1 FOR FF = 1 TO FC IF RND < .3 THEN GOSUB SHOOT3: NEXT FF IF D1 < 1 THEN D1 = 4 IF D1 > 4 THEN D1 = 1 IF D2 < 1 THEN D2 = 4 IF D2 > 4 THEN D2 = 1 IF D1 = 1 THEN X1 = X1 + E1 \ SD IF D1 = 2 THEN Y1 = Y1 + E1 \ SD IF D1 = 3 THEN X1 = X1 - E1 \ SD IF D1 = 4 THEN Y1 = Y1 - E1 \ SD IF D2 = 1 THEN X2 = X2 + E2 \ SD IF D2 = 2 THEN Y2 = Y2 + E2 \ SD IF D2 = 3 THEN X2 = X2 - E2 \ SD IF D2 = 4 THEN Y2 = Y2 - E2 \ SD IF X1 < 0 THEN X1 = 299 IF X2 < 0 THEN X2 = 299 IF X1 > 299 THEN X1 = 0 IF X2 > 299 THEN X2 = 0 IF Y1 < 0 THEN Y1 = 179 IF Y2 < 0 THEN Y2 = 179 IF Y1 > 179 THEN Y1 = 0 IF Y2 > 179 THEN Y2 = 0 SCREEN , , 5, 6 IF TY1 <= 10 THEN GET (D1 * 20 - 19, TY1 * 20 - 20)-(D1 * 20, TY1 * 20 - 1), S% IF TY1 >= 11 THEN GET (D1 * 20 - 19 + 80, (TY1 - 10) * 20 - 20)-(D1 * 20 + 80, (TY1 - 10) * 20 - 1), S% SCREEN , , 6, 6 LINE (OX1, OY1)-(OX1 + 20, OY1 + 20), 0, BF PUT (X1, Y1), S%, PSET SCREEN , , 5, 6 IF TY2 <= 10 THEN GET (D2 * 20 - 19, TY2 * 20 - 20)-(D2 * 20, TY2 * 20 - 1), S% IF TY2 >= 11 THEN GET (D2 * 20 - 19 + 80, (TY2 - 10) * 20 - 20)-(D2 * 20 + 80, (TY2 - 10) * 20 - 1), S% SCREEN , , 6, 6 LINE (OX2, OY2)-(OX2 + 20, OY2 + 20), 0, BF PUT (X2, Y2), S%, PSET OX1 = X1: OY1 = Y1: OX2 = X2: OY2 = Y2 LOCATE 1, 3: COLOR WH1 + 8: PRINT "HP"; INT(HP1) LOCATE 1, 34: COLOR WH2 + 8: PRINT "HP"; INT(HP2) GOSUB BULLET: HP1 = HP1 - PS1 \ 5 \ SD HP2 = HP2 - PS2 \ 5 \ SD NEXT smooth TTY = TIMER - TME IF TTY < .06 THEN SD = SD + .1 IF TTY > .08 THEN SD = SD - .1 IF TTY < .05 THEN SD = SD + .2 IF TTY > .09 THEN SD = SD - .2 TME = TIMER SD = 1 LOOP WHILE HP1 > 0 AND HP2 > 0 PS1 = 0: PS2 = 0 IF HP1 <= 0 THEN P1 = 0 ELSE P2 = P2 - 1 END IF CLS IF HP1 <= 0 THEN LOCATE 13, 15: COLOR WH2 + 8: PRINT "PLAYER"; WH2; "WON!" ELSE LOCATE 13, 15: COLOR WH1 + 8: PRINT "PLAYER"; WH1; "WON" DO: LOOP WHILE INKEY$ <> "": A$ = "": DO: LOOP WHILE INKEY$ = "" RETURN SHOOT1: IF MIS(1, 5) < 0 THEN MIS(1, 1) = X1 + 10: MIS(1, 2) = Y1 + 10: MIS(1, 3) = D1: MIS(1, 4) = WP1: MIS(1, 5) = 10 RETURN SHOOT2: IF MIS(2, 5) < 0 THEN MIS(2, 1) = X2 + 10: MIS(2, 2) = Y2 + 10: MIS(2, 3) = D2: MIS(2, 4) = WP2: MIS(2, 5) = 10 RETURN SHOOT3: IF MIS(2 + FF, 5) < 0 THEN MIS(2 + FF, 1) = 320 * RND: MIS(2 + FF, 2) = 200 * RND: MIS(2 + FF, 3) = INT(4 * RND) + 1: MIS(2 + FF, 4) = 13: MIS(2 + FF, 5) = 15 RETURN BULLET: FOR MS = 1 TO 2 + FC MX = MIS(MS, 1) my = MIS(MS, 2) MD = MIS(MS, 3) MT = MIS(MS, 4) MR = MIS(MS, 5) OMX = MX OMY = my IF MS = 1 THEN TX = X2 + 10: TY = Y2 + 10 ELSE TX = X1 + 10: TY = Y1 + 10 IF MS = 1 THEN C = WH1 ELSE C = WH2 IF MR >= 0 THEN IF MT = 1 THEN IF MD = 1 THEN MX = MX + MR + 10 \ SD IF MD = 2 THEN my = my + MR + 10 \ SD IF MD = 3 THEN MX = MX - MR - 10 \ SD IF MD = 4 THEN my = my - MR - 10 \ SD IF MD = 1 OR MD = 3 THEN XX = 10: YY = 7 IF MD = 2 OR MD = 4 THEN XX = 7: YY = 10 LINE (OMX - XX, OMY - YY)-(OMX + XX, OMY + YY), 0, BF IF MR > 0 THEN LINE (MX - XX, my - YY)-(MX + XX, my + YY), C + 8, BF END IF IF MT = 2 THEN IF MD = 1 THEN MX = MX + 25 \ SD + MR \ 2 \ SD IF MD = 2 THEN my = my + 25 \ SD + MR \ 2 \ SD IF MD = 3 THEN MX = MX - 25 \ SD - MR \ 2 \ SD IF MD = 4 THEN my = my - 25 \ SD - MR \ 2 \ SD IF MD = 1 OR MD = 3 THEN XX = 35: YY = 2 IF MD = 2 OR MD = 4 THEN XX = 2: YY = 35 LINE (OMX - XX, OMY - YY)-(OMX + XX, OMY + YY), 0, BF IF MR > 0 THEN LINE (MX - XX, my - YY)-(MX + XX, my + YY), C + 8, BF END IF IF MT = 3 THEN IF MD = 1 THEN MX = MX + 5 \ SD + ((10 - MR) + (10 - MR)) \ SD IF MD = 2 THEN my = my + 5 \ SD + ((10 - MR) + (10 - MR)) \ SD IF MD = 3 THEN MX = MX - 5 \ SD - ((10 - MR) + (10 - MR)) \ SD IF MD = 4 THEN my = my - 5 \ SD - ((10 - MR) + (10 - MR)) \ SD SS = MR \ 2 + 1 IF MX < TX THEN MX = MX + SS \ SD ELSE MX = MX - SS \ SD IF my < TY THEN my = my + SS \ SD ELSE my = my - SS \ SD XX = 8: YY = 8 LINE (OMX - 10, OMY - 10)-(OMX + 10, OMY + 10), 0, BF IF MR > 0 THEN LINE (MX - 2, my - YY)-(MX + 2, my + YY), C, BF: LINE (MX - XX, my - 2)-(MX + XX, my + 2), C, BF: CIRCLE (MX, my), 10, 14 END IF IF MT = 4 THEN IF MD = 1 THEN MX = MX + 15 \ SD: IF MX > TX THEN ND = 4 IF MD = 2 THEN my = my + 15 \ SD: IF my > TY THEN ND = 1 IF MD = 3 THEN MX = MX - 15 \ SD: IF MX < TX THEN ND = 2 IF MD = 4 THEN my = my - 15 \ SD: IF my < TY THEN ND = 3 MD = ND XX = 8: YY = 8 LINE (OMX - 10, OMY - 10)-(OMX + 10, OMY + 10), 0, BF IF MR > 0 THEN LINE (MX - 2, my - YY)-(MX + 2, my + YY), C, BF: LINE (MX - XX, my - 2)-(MX + XX, my + 2), C, BF: CIRCLE (MX, my), 10, 12 END IF IF MT = 5 THEN IF MD = 1 THEN MX = MX + MR * MR \ 3 \ SD IF MD = 2 THEN my = my + MR * MR \ 3 \ SD IF MD = 3 THEN MX = MX - MR * MR \ 3 \ SD IF MD = 4 THEN my = my - MR * MR \ 3 \ SD XX = 13: YY = 13 CIRCLE (OMX, OMY), 15, 0: CIRCLE (OMX - 4 + MR, OMY - 4 + MR), 5, 0 IF MR > 0 THEN CIRCLE (MX, my), 15, 15: CIRCLE (MX - 5 + MR, my - 5 + MR), 5, 15 END IF IF MT = 6 THEN IF MD = 1 THEN MX = MX + 10 \ SD IF MD = 2 THEN my = my + 10 \ SD IF MD = 3 THEN MX = MX - 10 \ SD IF MD = 4 THEN my = my - 10 \ SD IF MD = 1 OR MD = 3 THEN XX = 7: YY = 25 - MR - MR IF MD = 2 OR MD = 4 THEN YY = 7: XX = 25 - MR - MR LINE (OMX - XX, OMY - YY)-(OMX + XX, OMY + YY), 0, BF IF MR > 0 THEN LINE (MX - XX, my - YY)-(MX + XX, my + YY), 15 * RND, BF END IF IF MT = 7 THEN IF MD = 1 THEN MX = MX + 20 \ SD IF MD = 2 THEN my = my + 20 \ SD IF MD = 3 THEN MX = MX - 20 \ SD IF MD = 4 THEN my = my - 20 \ SD XX = 25 - MR - MR: YY = XX XY = 25 - MR - MR - 1 CIRCLE (OMX, OMY), XY, 0: CIRCLE (OMX, OMY), XY \ 6, 0: CIRCLE (OMX, OMY), XY \ 3, 0 IF MR > 0 THEN CIRCLE (MX, my), XX, 12: CIRCLE (MX, my), XX \ 6, 4: CIRCLE (MX, my), XX \ 3, 12 END IF IF MT = 8 THEN IF MS = 1 THEN SP = E1 ELSE SP = E2 IF MD = 1 THEN MX = MX + 3 + SP \ SD XX = (10 - MR) * 3 YY = 20 END IF IF MD = 2 THEN my = my + 3 + SP \ SD YY = (10 - MR) * 3 XX = 20 END IF IF MD = 3 THEN MX = MX - SP - 3 \ SD XX = (10 - MR) * 3 YY = 20 END IF IF MD = 4 THEN my = my - SP - 3 \ SD YY = (10 - MR) * 3 XX = 20 END IF LINE (OMX - XX, OMY - YY)-(OMX + XX, OMY + YY), 0, BF IF MR > 0 THEN LINE (MX - XX, my - YY)-(MX + XX, my + YY), C + 8, BF END IF IF MT = 9 THEN IF MD = 1 THEN MX = MX + 14 \ SD: XO = 0: YO = (11 - MR) * 5 IF MD = 2 THEN my = my + 14 \ SD: YO = 0: XO = (11 - MR) * 5 IF MD = 3 THEN MX = MX - 14 \ SD: XO = 0: YO = (11 - MR) * 5 IF MD = 4 THEN my = my - 14 \ SD: YO = 0: XO = (11 - MR) * 5 XX = 10: YY = 10 LINE (OMX - XX, OMY - YY)-(OMX + XX, OMY + YY), 0, BF IF MR > 0 THEN LINE (MX - XX, my - YY)-(MX + XX, my + YY), C + 8, BF IF MX - XX - 10 - XO < TX AND MX + XX + 10 - XO > TX AND my - YY - 10 - YO < TY AND my + YY + 10 - YO > TY THEN IF MS = 1 THEN DM = (W1 \ SQR(AR2) + W1) \ 2 ELSE DM = (W2 \ SQR(AR1) + W1) \ 2 IF MS = 1 THEN HP2 = HP2 - DM \ SD ELSE HP1 = HP1 - DM \ SD SOUND 100, .1: SOUND 300, .2: SOUND 37, .3 END IF IF MX - XX - 10 + XO < TX AND MX + XX + 10 + XO > TX AND my - YY - 10 + YO < TY AND my + YY + 10 + YO > TY THEN IF MS = 1 THEN DM = (W1 \ SQR(AR2) + W1) \ 2 ELSE DM = (W2 \ SQR(AR1) + W1) \ 2 IF MS = 1 THEN HP2 = HP2 - DM \ SD ELSE HP1 = HP1 - DM \ SD SOUND 100, .1: SOUND 300, .2: SOUND 37, .3 END IF LINE (OMX - XX - XO - 5, OMY - YY - YO - 5)-(OMX + XX - XO + 5, OMY + YY - YO + 5), 0, BF IF MR > 0 THEN LINE (MX - XX - XO, my - YY - YO)-(MX + XX - XO, my + YY - YO), C + 8, BF LINE (OMX - XX + XO - 5, OMY - YY + YO - 5)-(OMX + XX + XO + 5, OMY + YY + YO + 5), 0, BF IF MR > 0 THEN LINE (MX - XX + XO, my - YY + YO)-(MX + XX + XO, my + YY + YO), C + 8, BF END IF IF MT = 10 THEN IF MS = 1 THEN SP = E1 ELSE SP = E2 IF MD = 1 THEN MX = MX + 5 + SP \ SD XX = (10 - MR) * 5 YY = 20 END IF IF MD = 2 THEN my = my + 5 + SP \ SD YY = (10 - MR) * 5 XX = 20 END IF IF MD = 3 THEN MX = MX - SP - 5 \ SD XX = (10 - MR) * 5 YY = 20 END IF IF MD = 4 THEN my = my - SP - 5 \ SD YY = (10 - MR) * 5 XX = 20 END IF LINE (OMX - XX, OMY - YY)-(OMX + XX, OMY + YY), 0, BF IF MR > 0 THEN LINE (MX - XX, my - YY)-(MX + XX, my + YY), C + 8, BF END IF IF MT = 11 THEN IF MD = 1 THEN MX = MX + (MR + MR) \ SD + 5 \ SD: my = my + 8 * RND \ SD - 4 \ SD IF MD = 2 THEN my = my + (MR + MR) \ SD + 5 \ SD: MX = MX + 8 * RND \ SD - 4 \ SD IF MD = 3 THEN MX = MX - (MR + MR) \ SD - 5 \ SD: my = my + 8 * RND \ SD - 4 \ SD IF MD = 4 THEN my = my - (MR + MR) \ SD - 5 \ SD: MX = MX + 8 * RND \ SD - 4 \ SD XX = 10: YY = 10 LINE (OMX - XX, OMY - YY)-(OMX + XX, OMY + YY), 0, BF IF MR > 0 THEN IF MD = 1 OR MD = 3 THEN LINE (MX - XX, my - YY)-(MX + XX, my - 5), C + 8, BF: LINE (MX - XX, my + YY)-(MX + XX, my + 5), C + 8, BF IF MR > 0 THEN IF MD = 2 OR MD = 4 THEN LINE (MX - XX, my - YY)-(MX - 5, my + YY), C + 8, BF: LINE (MX + XX, my - YY)-(MX + 5, my + YY), C + 8, BF END IF IF MT = 12 THEN IF MS = 1 THEN MX = X1 + 10: my = Y1 + 10 ELSE MX = X2 + 10: my = Y2 + 10 XX = 11 - MR + 7: YY = 11 - MR + 7 LINE (OMX - XX, OMY - YY)-(OMX + XX, OMY + YY), 0, BF IF MR > 0 THEN LINE (MX - XX, my - YY)-(MX + XX, my + YY), C + 8, BF END IF IF MT = 13 THEN IF MR > 2 THEN IF MX > TX THEN MX = MX - 5 \ SD ELSE MX = MX + 5 \ SD IF my > TY THEN my = my - 5 \ SD ELSE my = my + 5 \ SD MX = MX + 5 * RND - 2.5: my = my + 5 * RND - 2.5: XX = 5: YY = 5 END IF IF MR <= 1 THEN XX = 40: YY = 40: SOUND 400, .2: SOUND 300, .1 IF MR = 2 THEN XX = 20: YY = 20: FOR S = 1 TO 10: SOUND 137 - S * 10, .1: NEXT S LINE (OMX - XX, OMY - XX)-(OMX + XX, OMY + XX), 0, BF IF MR > 0 THEN LINE (MX - XX, my - XX)-(MX + XX, my + XX), C + 8, BF END IF IF MT = 14 THEN IF MD = 1 THEN MX = MX + 15 \ SD IF MD = 2 THEN my = my + 15 \ SD IF MD = 3 THEN MX = MX - 15 \ SD IF MD = 4 THEN my = my - 15 \ SD IF MX > TX THEN MX = MX - 2 \ SD ELSE MX = MX + 2 \ SD IF my > TY THEN my = my - 2 \ SD ELSE my = my + 2 \ SD XX = (11 - MR) * 3 YY = (11 - MR) * 3 LINE (OMX - XX, OMY - XX)-(OMX + XX, OMY + XX), 0, BF IF MR > 0 THEN LINE (MX - XX, my - XX)-(MX + XX, my + XX), C + 8, BF END IF IF MT = 15 THEN IF MR \ 2 = INT(MR \ 2) THEN IF MX - 10 > TX THEN MD = 3 ELSE IF MX + 10 < TX THEN MD = 1 IF my - 10 > TY THEN MD = 4 ELSE IF my + 10 < TY THEN MD = 2 END IF IF MD = 1 THEN MX = MX + 25 \ SD + MR \ 2 \ SD IF MD = 2 THEN my = my + 25 \ SD + MR \ 2 \ SD IF MD = 3 THEN MX = MX - 25 \ SD - MR \ 2 \ SD IF MD = 4 THEN my = my - 25 \ SD - MR \ 2 \ SD IF MD = 1 OR MD = 3 THEN XX = 15: YY = 2 IF MD = 2 OR MD = 4 THEN XX = 2: YY = 15 LINE (OMX - 15, OMY - 15)-(OMX + 15, OMY + 15), 0, BF IF MR > 0 THEN LINE (MX - XX, my - YY)-(MX + XX, my + YY), C + 8, BF END IF IF MT = 16 THEN IF MR \ 2 = INT(MR \ 2) THEN IF MX - 10 > TX THEN MD = 3 ELSE IF MX + 10 < TX THEN MD = 1 IF my - 10 > TY THEN MD = 4 ELSE IF my + 10 < TY THEN MD = 2 END IF IF MD = 1 THEN MX = MX + MR + 10 \ SD IF MD = 2 THEN my = my + MR + 10 \ SD IF MD = 3 THEN MX = MX - MR - 10 \ SD IF MD = 4 THEN my = my - MR - 10 \ SD IF MD = 1 OR MD = 3 THEN XX = 10: YY = 7 IF MD = 2 OR MD = 4 THEN XX = 7: YY = 10 LINE (OMX - 10, OMY - 10)-(OMX + 10, OMY + 10), 0, BF IF MR > 0 THEN LINE (MX - XX, my - YY)-(MX + XX, my + YY), C + 8, BF END IF IF MT = 17 THEN IF MR > 3 THEN MR = 3 IF MD = 1 THEN MX = MX + 45 \ SD IF MD = 2 THEN my = my + 45 \ SD IF MD = 3 THEN MX = MX - 45 \ SD IF MD = 4 THEN my = my - 45 \ SD IF MD = 1 OR MD = 3 THEN XX = 20: YY = 10 IF MD = 2 OR MD = 4 THEN XX = 10: YY = 20 LINE (OMX - XX, OMY - YY)-(OMX + XX, OMY + YY), 0, BF IF MR > 0 THEN LINE (MX - XX, my - YY)-(MX + XX, my + YY), C + 8, BF END IF IF MT = 18 THEN XX = 25: YY = 25 IF MS = 1 THEN MX = X1: my = Y1 ELSE MX = X2: my = Y2 IF MX - XX - 10 < TX AND MX + XX + 10 > TX AND my - YY - 10 < TY AND my + YY + 10 > TY THEN IF MS = 1 THEN HP1 = HP1 + 5 ELSE HP2 = HP2 + 5 END IF LINE (OMX - XX, OMY - YY)-(OMX + XX, OMY + YY), 0, BF IF MR > 0 THEN LINE (MX - XX, my - YY)-(MX + XX, my + YY), C + 8, BF END IF IF MT = 19 THEN XX = (11 - MR) * 7: YY = XX LINE (OMX - XX, OMY - YY)-(OMX + XX, OMY + YY), 0, BF IF MR > 0 THEN LINE (MX - XX, my - YY)-(MX + XX, my + YY), C + 8, BF END IF IF MT = 20 THEN IF MD = 1 THEN MX = MX + 15 \ SD IF MD = 2 THEN my = my + 15 \ SD IF MD = 3 THEN MX = MX - 15 \ SD IF MD = 4 THEN my = my - 15 \ SD XX = 13: YY = 13 LINE (OMX - XX, OMY - YY)-(OMX + XX, OMY + YY), 0, BF IF MR > 0 THEN LINE (MX - XX, my - YY)-(MX + XX, my + YY), C, BF IF MR > 0 THEN LINE (MX - XX \ 2, my - YY \ 2)-(MX + XX \ 2, my + YY \ 2), C + 8, BF END IF MR = MR - 1 \ SD XX = XX + 10: YY = YY + 10 IF MS = 1 THEN DM = W1 \ SQR(AR2) ELSE DM = W2 \ SQR(AR1) IF MS > 2 THEN DM = 7 \ SQR(AR1) IF MX - XX < TX AND MX + XX > TX AND my - YY < TY AND my + YY > TY THEN IF MS = 1 THEN HP2 = HP2 - DM \ SD ELSE HP1 = HP1 - DM \ SD SOUND 100, .1: SOUND 300, .2: SOUND 37, .3 IF MT = 20 THEN IF MS = 1 THEN PS2 = PS2 + 1 \ SD ELSE PS1 = PS1 + 1 \ SD END IF END IF MIS(MS, 1) = MX MIS(MS, 2) = my MIS(MS, 3) = MD MIS(MS, 4) = MT MIS(MS, 5) = MR END IF NEXT MS RETURN DESTROY: GOSUB WHICH: IF WH > 0 AND L(WH, O) <> WHO THEN FOR A = 1 TO 4 * RND + 1 DS = INT(22 + 9 * RND) IF L(WH, DS) > 0 THEN L(WH, DS) = 0: FOR A = 1 TO 30: SOUND 37 + 200 * RND, .1: NEXT A NEXT A FOR A = 1 TO 4 * RND + 3 DS = INT(11 + 11 * RND) L(WH, DS) = L(WH, DS) - 100 * RND IF L(WH, DS) <= 0 THEN L(WH, DS - 10) = 0: FOR A = 1 TO 40: SOUND 1000 - A * 20, .1: NEXT A NEXT A ELSE BEEP END IF RETURN '//////////////////////////////////////////////////////////////// '//////////////////////////////////////////////////////////////// '//////////////////////////////////////////////////////////////// '//////////////////////////////////////////////////////////////// '//////////////////////////////////////////////////////////////// mouse: RESTORE mouse$ = SPACE$(57) FOR I% = 1 TO 57 READ A$ H$ = CHR$(VAL("&H" + A$)) MID$(mouse$, I%, 1) = H$ NEXT I% CLS MS% = MouseInit% IF NOT MS% THEN PRINT "Mouse not found" PRINT "YOU WILL SUFFER WITH ONLY KEYS TO GUIDE YOUR PATH TO VICTORY!!" LET amouse$ = "NO": ELSE PRINT "I have found your mouse!!" PRINT "I think it's pretty cool!!" LET amouse$ = "YES" END IF RETURN DATA 55,89,E5,8B,5E,0C,8B,07,50,8B,5E,0A,8B,07,50,8B DATA 5E,08,8B,0F,8B,5E,06,8B,17,5B,58,1E,07,CD,33,53 DATA 8B,5E,0C,89,07,58,8B,5E,0A,89,07,8B,5E,08,89,0F DATA 8B,5E,06,89,17,5D,CA,08,00 SUB MouseDriver (AX%, bx%, CX%, DX%) DEF SEG = VARSEG(mouse$) mouse% = SADD(mouse$) CALL Absolute(AX%, bx%, CX%, DX%, mouse%) END SUB SUB MouseHide AX% = 2 MouseDriver AX%, 0, 0, 0 END SUB FUNCTION MouseInit% AX% = 0 MouseDriver AX%, 0, 0, 0 MouseInit% = AX% END FUNCTION SUB MousePut (X%, Y%) AX% = 4 CX% = X% * 2 DX% = Y% MouseDriver AX%, 0, CX%, DX% END SUB SUB MouseShow AX% = 1 MouseDriver AX%, 0, 0, 0 END SUB SUB MOUSESTATUS (lb%, RB%, xmouse%, ymouse%) AX% = 3 MouseDriver AX%, bx%, CX%, DX% lb% = ((bx% AND 1) <> 0) RB% = ((bx% AND 2) <> 0) xmouse% = CX% \ 2 ymouse% = DX% END SUB

0 HOME 1 TREE$ = "" 2 RET$ = CHR$(13) 3 LINE = 1 4 SIZE = 0 5 REM GET TREE SIZE 6 INPUT "TREE SIZE: "; SIZE 7 PRINT 8 REM STARTS DRAWING THE TREE 10 FOR I = 1 TO SIZE 20 FOR J = I TO SIZE 30 TREE$ = TREE$ + " " 40 NEXT J 50 FOR J = 1 TO LINE 60 TREE$ = TREE$ + "*" 70 NEXT J 80 LINE = LINE + 2 90 TREE$ = TREE$ + RET$ 100 NEXT I 110 REM DRAW THE BASE OF THE TREE 120 FOR I = 1 TO SIZE 130 TREE$ = TREE$ + " " 140 NEXT I 150 TREE$ = TREE$ + "=" 160 REM PRINT THE FINAL TREE 170 PRINT TREE$ + RET$ + CHR$(7) 180 FLASH 190 PRINT "MERRY CHRISTMAS DUDE :D" 200 NORMAL

100 ' 110 ' L E D G E R 120 ' 130 ' USES MERGED DATA FILE (.MDT) AND CHART OF ACCOUNTS (.COA) 140 ' TO PRODUCE A LEDGER REPORT IN FORM SPECIFIED BY .RPT FILE. 150 ' 160 ' COPYRIGHT 1973, LUPFER & LONG COMPUTER SERVICES 170 ' 180 DIM I(132),O(132),D(16),T(132) 190 DIM R(16,15) 200 DIM F$(10) 210 DIM G(4,15),G$(5) 220 DIM A(12,10) 230 DIM H(72),H$(5) 240 ' 245 REM ========= FILES ================= 250 FILE #3, "COMCOM.TMP" 270 FOR X=1 TO 10 280 READ #3, F$(X) 290 NEXT X 310 FILE :4: F$(5) ' .COA 320 GOSUB 8500 330 FILE :1: F$(6) ' .RPT 340 GOSUB 7500 350 FILE :2: F3$ ' .MDT 570 READ :2: S1$ 580 REM ======== INITIALIZE ============= 590 FOR Y=H(1) TO 1 STEP -1 600 IF R(2,Y)<>1 GO TO 620 610 F1=Y 620 IF R(2,Y)<>7 GO TO 632 630 F2=Y 632 IF R(2,Y)<>5 GO TO 640 634 F4=Y 640 NEXT Y 650 P6=68 660 P8=69 670 P7=0 675 ' SPECIAL PRINT POSITIONS (ENDING) 680 C1$="OPENING BALANCE" 690 C2$="CLOSING BALANCE" 700 V2=20 710 IF F4=0 GO TO 725 715 IF R(8,F2)-R(8,F4)<15 GO TO 725 720 V2=R(8,F4)+14 725 V1=(V2-15)+G1+3+G2 730 V3=R(9,F2) 735 V4=V3+2 800 ' 810 GOSUB 2150 820 B7$=SPACE$(72) 830 CHANGE B7$ TO O 840 REM ======== PRINT OPENING BALANCE ======= 850 GOSUB 8700 ' GET .COA RECORD 860 IF S1=1 GO TO 1640 870 IF G4>1 GO TO 900 880 A$(1)=G$(3) 890 GO TO 910 900 A$(1)=MID$(G$(5),10*(G4-1),10) 910 A$(2)=MID$(G$(5),10*G4,10) 915 GOSUB 4000 920 G$(1)=RIGHT$(G$(1),G1) 930 S$=G$(1)+" "+G$(4) 940 CHANGE S$ TO T 950 T1=V1 960 GOSUB 2020 970 GOSUB 4000 980 GOSUB 4000 990 CHANGE C1$ TO T 1000 T1=V2 1010 GOSUB 2020 1020 CHANGE A$(1) TO T 1030 GOSUB 3000 1040 T1=V3 1050 GOSUB 2080 1060 GOSUB 4000 1070 REM ======== PRINT DETAILS =============== 1080 IF C$>G$(1) THEN 1480 1082 REM ------- JOURNAL ENTRY # ------- 1084 IF H(6)=0 GO TO 1100 1086 T=100*(I(1)-20)+(I(2)-20) 1088 FOR K2=H(6)+3 TO H(6) STEP -1 1090 T2=T-INT(T/10)*10 1092 O(K2)=ASC(0)+T2 1094 T=INT(T/10) 1096 IF T=0 GO TO 1100 1098 NEXT K2 1100 REM ------- INSERT FIELDS -------- 1102 FOR Y=1 TO H(1) 1104 IF R(8,Y)=0 GO TO 1430 1110 IF R(2,Y)=F1 THEN 1430 1120 T6=R(11,Y) 1130 ' - NUMERIC OR STRING - 1140 IF R(3,Y)>2 THEN 1200 1150 FOR Z=1 TO R(4,Y) 1160 T(Z)=I(T6+Z-1) 1170 NEXT Z 1180 GO TO 1400 1190 ' - DATE - 1200 IF R(3,Y)<>3 THEN 1310 1210 T(1)=I(T6+2) 1220 T(2)=I(T6+3) 1230 T(4)=I(T6+4) 1240 T(5)=I(T6+5) 1250 T(7)=I(T6) 1260 T(8)=I(T6+1) 1270 T(3)=ASC(-) 1280 T(6)=ASC(-) 1290 GO TO 1400 1300 ' - AMOUNT - 1310 IF R(3,Y)<>4 THEN 9000 1320 FOR Z=T6 TO T6+R(4,Y)-1 1330 T(Z-T6+1)=I(Z) 1340 NEXT Z 1350 T(0)=R(4,Y) 1360 T1=R(9,Y) 1370 GOSUB 2080 1380 GO TO 1430 1390 ' - COMMON - 1400 T(0)=R(5,Y) 1410 T1=R(9,Y) 1420 GOSUB 2020 1430 NEXT Y 1450 GOSUB 4000 1460 GOSUB 2150 1470 GO TO 1080 1480 REM ======= PRINT CLOSING BALANCE ======= 1490 CHANGE C2$ TO T 1500 T1=V2 1510 GOSUB 2020 1530 CHANGE A$(2) TO T 1540 GOSUB 3000 1550 T1=V3 1560 GOSUB 2080 1570 O(V4)=ASC(*) 1580 P5=1 1590 PRINT 1600 P8=P8+1 1610 GOSUB 4000 1630 GO TO 840 1640 REM =========== WRAP-UP ============ 1650 P1$="DONE" 1660 GOSUB 4030 1670 IF C$="ZZZZ" GO TO 2000 1680 PRINT "INCOMPLETE .MDT PASS ";C$;" ";G$(1) 1690 GO TO 9000 2000 REM --------- DONE ----------- 2010 CHAIN F$(10)+F$(9) 2015 REM ========== SUBROUTINES ============ 2018 ' 2020 REM ---MOVE STRING TO O--- 2030 T2=T1-T(0)+1 2040 FOR T3=T2 TO T1 2050 O(T3)=T(T3-T2+1) 2060 NEXT T3 2070 RETURN 2080 REM ---MOVE DOLLAR TO O--- 2090 GOSUB 2280 2100 T2=T1-16+D1 2110 FOR T3=T2 TO T1 2120 O(T3)=D(T3-T2+D1) 2130 NEXT T3 2140 RETURN 2150 REM ------- READ DATA FILE (.MDT) -------- 2160 IF END :2 THEN 2260 2170 READ :2: I$ 2172 SET :2, LOC(2)-1 ' RETRY 2174 READ :2: S$ 2175 IF I$=S$ GO TO 2180 2176 SET :2, LOC(2)-1 2177 GO TO 2170 2180 IF I$="EOF" THEN 2260 2190 CHANGE I$ TO I 2200 C$=MID$(I$,R(11,F1),R(5,F1)) 2210 IF C$>=C9$ THEN 2240 2220 PRINT "FILE OUT OF SEQUENCE---CAN'T RUN LEDGER" 2230 GO TO 9000 2240 C9$=C$ 2250 RETURN 2260 C$="ZZZZ" 2270 GO TO 2250 2280 REM ---DOLLAR FIELD PRINT--- 2290 D1=16-T(0)-INT((T(0)-4)/3) 2300 D2=1 2310 D3=0 2320 FOR D9=1 TO 16 2330 D(D9)=32 2340 IF D9<D1 THEN 2380 2350 IF D9>8 THEN 2370 2360 ON D9 GO TO 2380,2400,2400,2400,2460,2400,2400,2400 2370 ON D9-8 GO TO 2460,2400,2400,2420,2490,2420,2420,2420 2380 NEXT D9 2390 RETURN 2400 IF D3>0 THEN 2420 2410 IF T(D2)=ASC(0) THEN 2440 2420 D(D9)=T(D2) 2430 D3=1 2440 D2=D2+1 2450 GO TO 2380 2460 IF D3=0 THEN 2480 2470 D(D9)=ASC(,) 2480 GO TO 2380 2490 D(D9)=ASC(.) 2500 GO TO 2380 2510 REM 3000 REM --------- UNPACK SIGN --------- 3010 T(0)=11 3020 T(11)=ASC(SP) 3030 IF T(10)<=ASC(9) GO TO 3060 3040 T(10)=T(10)-10 3050 T(11)=ASC(-) 3060 RETURN 4000 REM --- TOP OF PAGE/PRINT ---- 4010 IF P8<59 THEN 4210 4020 IF P7=0 THEN 4070 4030 FOR P9=P8 TO 61 4040 GOSUB 4350 4050 NEXT P9 4060 PRINT TAB(31);"PAGE";P7 4070 PRINT 4080 PRINT "." 4090 PRINT 4100 P7=P7+1 4110 IF P1$="DONE" THEN 4320 4120 GOSUB 4330 4130 FOR P9=1 TO 3 4140 PRINT TAB(24);H$(P9) 4150 NEXT P9 4160 PRINT 4165 PRINT 4170 PRINT H$(4) 4180 PRINT H$(5) 4190 PRINT 4200 P8=12 4210 FOR K1=O(0) TO 1 STEP -1 4211 IF O(K1)<>32 GO TO 4214 4212 NEXT K1 4214 O(0)=K1 4216 CHANGE O TO O$ 4220 PRINT O$ 4230 P8=P8+1 4240 CHANGE B7$ TO O 4270 P5=0 4280 IF P5=0 THEN 4320 4290 IF P8=51 THEN 4320 4300 PRINT 4310 P8=P8+1 4320 RETURN 4330 PRINT 4340 PRINT 4350 PRINT 4360 RETURN 5000 REM ---ACCUMULATE--- 5010 A1=13-T(0) 5020 A2=1 5030 IF T(13-A1)<>ASC(-) THEN 5050 5040 A2=-1 5050 FOR A8=A1 TO 11 5060 IF T(A8-A1+1)=ASC(0) THEN 5100 5070 A4=T(A8-A1+1)-48 5080 A5=INT((A2*A4)+.5) 5090 A(A8,A9)=A(A8,A9)+A5 5100 NEXT A8 5110 RETURN 5199 REM 5200 REM ---READ ACCUMULATOR--- 5210 T(12)=32 5220 FOR A8=11 TO 1 STEP -1 5230 A1=0 5240 IF A(A8,A9)=0 THEN 5260 5250 A1=A(A8,A9)/10 5260 A2=INT(A1) 5270 A(A8-1,A9)=A(A8-1,A9)+A2 5280 A(A8,A9)=INT(.5+10*(A1-A2)) 5290 NEXT A8 5300 IF A(0,A9)=0 THEN 5350 5310 A(11,A9)=A(11,A9)-1 5320 A(0,A9)=0 5330 T(12)=ASC(-) 5340 GO TO 5220 5350 FOR A8=1 TO 11 5360 IF T(12)<>ASC(-) THEN 5390 5370 T(A8)=ASC(0)+9-A(A8,A9) 5380 GO TO 5400 5390 T(A8)=ASC(0)+A(A8,A9) 5400 NEXT A8 5410 T(0)=12 5420 IF T(12)<>ASC(-) THEN 5450 5430 A(0,A9)=-1 5440 A(11,A9)=A(11,A9)+1 5450 FOR I=1 TO T(0)-2 5460 IF T(I)<>ASC(0) GO TO 5480 5470 NEXT I 5480 RETURN 5600 REM ---CLEAR ACCUMULATOR--- 5610 FOR A8=0 TO 12 5620 A(A8,A9)=0 5630 NEXT A8 5640 RETURN 6000 REM --- KLUDGE CHAR SET FOR PDP-10 --- 6010 FOR K1=1 TO O(0) 6020 IF O(K1)>13 GO TO 6040 6030 O(K1)=100+O(K1) 6040 NEXT K1 6050 RETURN 6100 REM ---- UNKLUDGE PDP-10 CHARS ----- 6110 FOR K1=1 TO I(0) 6120 IF I(K1)<100 GO TO 6140 6130 I(K1)=I(K1)-100 6140 NEXT K1 6150 RETURN 7500 REM -------- READ .RPT ---------- 7505 GOSUB 8400 7510 CHANGE I$ TO I 7520 GOSUB 6100 7530 FOR K1=1 TO I(0) 7540 H(K1)=I(K1) 7550 NEXT K1 7560 F3$=MID$(I$,9,10) 7570 FOR Y=1 TO H(1) 7580 GOSUB 8400 7590 CHANGE I$ TO I 7600 GOSUB 6100 ' UN-KLUDGE 7610 FOR X=1 TO I(0) 7620 R(X,Y)=I(X) 7630 NEXT X 7660 NEXT Y 7670 FOR X=1 TO 5 7680 GOSUB 8400 7685 H$(X)=I$ 7690 NEXT X 7700 H$(3)="PERIOD ENDING "+G2$ 7790 RETURN 8400 REM -----READ WITH RETRY ------- 8410 READ :1: I$ 8420 SET :1, LOC(1)-1 8430 READ :1: S$ 8440 IF I$=S$ GO TO 8490 8450 SET :1, LOC(1)-1 8460 GO TO 8410 8490 RETURN 8500 REM ----- READ .COA HEADER --------- 8510 S1=0 8520 GOSUB 8900 8521 G1$=I$ 8530 CHANGE G1$ TO I 8535 GOSUB 6100 8540 G1=I(10) 8550 G2=I(11) 8560 G3=I(12) 8570 G4=I(13) 8580 G5=I(14) 8590 G6=I(15) 8600 G7=I(16) 8601 G8=I(16) 8602 S$=G1$ 8604 G2$=MID$(S$,29+8*(G4-G6),8) 8610 SET :4, LOC(4)+1 8690 RETURN 8700 REM ----- READ .COA RECORD ----------- 8705 SET :4, LOC(4)+G7 8710 IF LOC(4)<=LOF(4) GO TO 8800 8720 S1=1 8730 GO TO 8890 8800 GOSUB 8900 8830 G$(1)=LEFT$(I$,8) 8840 G$(2)=MID$(I$,10,4) 8850 G$(3)=MID$(I$,14,10) 8860 G$(4)=MID$(I$,24,G2) 8870 GOSUB 8900 8880 G$(5)=I$ 8890 RETURN 8900 ' SPECIAL READ WITH RE-TRY 8910 READ :4: I$ 8920 SET :4, LOC(4)-1 8930 READ :4: I2$ 8940 IF I$=I2$ GO TO 8990 8960 SET :4, LOC(4)-1 8970 GO TO 8910 8990 RETURN 9000 REM ---TROUBLE--- 9010 PRINT "* PROGRAM ERROR * LEDGER *" 9020 STOP 9999 END

Attribute VB_Name = "modSmartFind" ' '---------------------------------------------------------- ' Project : DoDMudServer ' Module : modSmartFind ' Author : Chris Van Hooser ' Copyright : 2004, Spike Technologies, Chris Van Hooser ' Email : spike.spikey@comcast.net '---------------------------------------------------------- ' Public Enum SmartFindChoices Inventory_Item = 0 Equiped_Item = 1 Item_In_Room = 2 Monster_In_Room = 3 Item_In_Shop = 4 Player_In_Room = 5 Hidden_Item = 6 All_Players = 7 All_Items = 8 All_Monsters = 9 End Enum Public Function SmartFind(Index As Long, SmartFindWhat As String, Which As SmartFindChoices, Optional bPutUnFormattedInByRef As Boolean = False, Optional ByRef UnFormatted As String) As String Dim i As Long If Index = 0 Or modSC.FastStringComp(SmartFindWhat, "") Then Exit Function SmartFindWhat = LCaseFast(SmartFindWhat) Dim pINV$, tArr() As String, Floor$, Monsters$, ShopItems$, ShopItemsIDs$, _ Players$, ShopDBIndex As Long, tArr2() As String Dim s As String Dim j As Long Dim k As Long Dim t As String Dim dbIndex As Long Select Case Which Case 0 dbIndex = GetPlayerIndexNumber(Index) With dbPlayers(dbIndex) pINV$ = modGetData.GetPlayersInvFromNums(Index, , dbIndex) & modItemManip.GetListOfLettersFromInv(dbIndex) pINV$ = LCaseFast(ReplaceFast(pINV$, "0", "")) If modSC.FastStringComp(pINV$, "") Then SmartFind = SmartFindWhat: Exit Function SplitFast Left$(pINV$, Len(pINV$) - 1), tArr, "," For i = 0 To UBound(tArr) tArr(i) = LCaseFast(tArr(i)) If InStr(1, ReplaceFast(tArr(i), Chr$(0), ""), SmartFindWhat) Then s = s & LCaseFast(tArr(i)) & ";" If bPutUnFormattedInByRef And InStr(1, tArr(i), "note: ") = 0 Then SplitFast .sInventory, tArr2, ";" t = t & tArr2(i) & ";" End If End If If DE Then DoEvents Next If DCount(s, ";") = 1 Then SmartFind = Left$(s, Len(s) - 1) If t <> "" Then UnFormatted = Left$(t, Len(t) - 1) End If Exit Function ElseIf s <> "" Then Erase tArr SplitFast s, tArr, ";" SplitFast t, tArr2, ";" j = Len(tArr(LBound(tArr))) For i = LBound(tArr) To UBound(tArr) If tArr(i) <> "" Then If Len(tArr(i)) < j Then j = Len(tArr(i)) k = i End If End If If DE Then DoEvents Next SmartFind = tArr(k) If k < UBound(tArr2) Then If tArr2(k) <> "" Then UnFormatted = tArr2(k) End If End If Exit Function End If SmartFind = "----1" UnFormatted = "" End With Case 1 dbIndex = GetPlayerIndexNumber(Index) With dbPlayers(dbIndex) pINV$ = modGetData.GetPlayersEqFromNums(Index, True, dbIndex) SplitFast LCaseFast(Left$(pINV$, Len(pINV$) - 1)), tArr, "," pINV = .sArms & ";" & .sBack & ";" & .sBody & ";" & .sEars & ";" & .sFace & _ ";" & .sFeet & ";" & .sHands & ";" & .sHead & ";" & .sLegs & ";" & .sNeck & _ ";" & .sShield & ";" & .sWaist & ";" & .sWeapon & ";" & .sRings( _ 0) & ";" & .sRings(1) & ";" & .sRings(2) & ";" & .sRings(3) & ";" & .sRings( _ 4) & ";" & .sRings(5) SplitFast pINV$, tArr2, ";" For i = 0 To UBound(tArr) If InStr(1, ReplaceFast(tArr(i), Chr$(0), ""), SmartFindWhat) Then s = s & tArr(i) & ";" If bPutUnFormattedInByRef Then t = t & tArr2(i) & ";" End If End If If DE Then DoEvents Next If DCount(s, ";") = 1 Then SmartFind = Left$(s, Len(s) - 1) If t <> "" Then UnFormatted = Left$(t, Len(t) - 1) End If Exit Function ElseIf s <> "" Then Erase tArr SplitFast s, tArr, ";" SplitFast t, tArr2, ";" j = Len(tArr(LBound(tArr))) For i = LBound(tArr) To UBound(tArr) If tArr(i) <> "" Then If Len(tArr(i)) < j Then j = Len(tArr(i)) k = i End If End If If DE Then DoEvents Next SmartFind = tArr(k) If k < UBound(tArr2) Then If tArr2(k) <> "" Then UnFormatted = tArr2(k) End If End If Exit Function End If SmartFind = "----1" End With Case 2 dbIndex = GetPlayerIndexNumber(Index) Floor$ = modGetData.GetRoomItemsFromNums(Index, , , dbIndex) If modSC.FastStringComp(Floor$, "") Then SmartFind = SmartFindWhat: Exit Function SplitFast LCaseFast(Left$(Floor$, Len(Floor$) - 1)), tArr, "," For i = 0 To UBound(tArr) If InStr(1, ReplaceFast(tArr(i), Chr$(0), ""), SmartFindWhat) Then SmartFind = LCaseFast(tArr(i)) If bPutUnFormattedInByRef And InStr(1, tArr(i), "note: ") = 0 Then With dbMap(dbPlayers(dbIndex).lDBLocation) SplitFast Left$(.sItems, Len(.sItems) - 1), tArr2, ";" End With UnFormatted = tArr2(i) End If Exit Function End If If DE Then DoEvents Next SmartFind = "----1" Case 3 dbIndex = GetPlayerIndexNumber(Index) Monsters$ = modGetData.GetMonsHere(dbPlayers(dbIndex).lLocation, , dbIndex, dbPlayers(dbIndex).lDBLocation) & ";" If modSC.FastStringComp(Monsters$, ";") Then Monsters$ = "" Monsters$ = Monsters$ & modGetData.GetFamiliarsHere(dbPlayers(dbIndex).lLocation) Monsters$ = ReplaceFast(Monsters$, ", ", ";") Monsters$ = ReplaceFast(Monsters$, BRIGHTMAGNETA, "") Monsters$ = ReplaceFast(Monsters$, YELLOW, "") Monsters$ = ReplaceFast(Monsters$, BRIGHTBLUE, "") Monsters$ = ReplaceFast(Monsters$, LIGHTBLUE, "") If modSC.FastStringComp(Monsters$, "") Then SmartFind = SmartFindWhat: Exit Function SplitFast Left$(Monsters$, Len(Monsters$) - 1), tArr, ";" For i = 0 To UBound(tArr) If InStr(1, LCaseFast(tArr(i)), SmartFindWhat) Then SmartFind = LCaseFast(tArr(i)) Exit Function End If If DE Then DoEvents Next SmartFind = "----1" Case 4 dbIndex = GetPlayerIndexNumber(Index) With dbMap(dbPlayers(dbIndex).lDBLocation) ShopDBIndex = GetShopIndex(CLng(.sShopItems)) End With If ShopDBIndex = 0 Then SmartFind = SmartFindWhat Exit Function End If For i = 0 To 14 If dbShops(ShopDBIndex).iItems(i) <> 0 Then With dbItems(GetItemID(, CLng(dbShops(ShopDBIndex).iItems(i)))) ShopItems$ = ShopItems$ & .sItemName & "," End With End If If DE Then DoEvents Next If modSC.FastStringComp(ShopItems, "") Then SmartFind = SmartFindWhat: Exit Function SplitFast Left$(ShopItems$, Len(ShopItems$) - 1), tArr, "," For i = LBound(tArr) To UBound(tArr) If InStr(1, LCaseFast(tArr(i)), SmartFindWhat) Then SmartFind = LCaseFast(tArr(i)) Exit Function End If If DE Then DoEvents Next SmartFind = "----1" Case 5 dbIndex = GetPlayerIndexNumber(Index) Players$ = modGetData.GetPlayersHereWithoutRiding(dbPlayers(dbIndex).lLocation, dbIndex) If modSC.FastStringComp(Players$, "") Then SmartFind = SmartFindWhat: Exit Function SplitFast Left$(Players$, Len(Players$) - 1), tArr, ";" For i = 0 To UBound(tArr) tArr(i) = LCaseFast(tArr(i)) If InStr(1, tArr(i), SmartFindWhat) <> 0 Then SmartFind = tArr(i) Exit Function End If If DE Then DoEvents Next SmartFind = "----1" Case 6 dbIndex = GetPlayerIndexNumber(Index) Floor$ = modGetData.GetRoomHiddenItemsFromNums(Index, , , dbIndex) & modItemManip.GetListOfLettersFromHidden(dbPlayers(dbIndex).lDBLocation) If modSC.FastStringComp(Floor$, "") Or modSC.FastStringComp(Floor$, "0") Then SmartFind = SmartFindWhat: Exit Function SplitFast LCaseFast(Left$(Floor$, Len(Floor$) - 1)), tArr, "," For i = 0 To UBound(tArr) If InStr(1, ReplaceFast(tArr(i), Chr$(0), ""), SmartFindWhat) Then SmartFind = LCaseFast(tArr(i)) If bPutUnFormattedInByRef And InStr(1, tArr(i), "note: ") = 0 Then With dbMap(dbPlayers(dbIndex).lLocation) SplitFast Left$(.sHidden, Len(.sHidden) - 1), tArr2, ";" End With UnFormatted = tArr2(i) End If Exit Function End If If DE Then DoEvents Next SmartFind = "----1" Case 7 For i = LBound(dbPlayers) To UBound(dbPlayers) With dbPlayers(i) If modSC.FastStringComp(LCaseFast(Left$(.sPlayerName, Len(SmartFindWhat))), LCaseFast(SmartFindWhat)) Or modSC.FastStringComp(LCaseFast(Left$(.sSeenAs, Len(SmartFindWhat))), LCaseFast(SmartFindWhat)) Then SmartFindWhat = .sPlayerName Exit For End If End With If DE Then DoEvents Next SmartFind = "----1" Case 8 For i = LBound(dbItems) To UBound(dbItems) With dbItems(i) If modSC.FastStringComp(LCaseFast(Left$(.sItemName, Len(SmartFindWhat))), LCaseFast(SmartFindWhat)) Then SmartFindWhat = .sItemName Exit For End If End With If DE Then DoEvents Next SmartFind = "----1" Case 9 For i = LBound(dbMonsters) To UBound(dbMonsters) If InStr(1, LCaseFast(dbMonsters(i).sMonsterName), SmartFindWhat) Then SmartFind = LCaseFast(dbMonsters(i).sMonsterName) Exit Function End If If DE Then DoEvents Next SmartFind = "----1" End Select SmartFind = LCaseFast(SmartFindWhat) End Function

sierr: IF ERR = 70 THEN SYSTEM GOTO sierrpass

1 PCLEAR 4:CLEAR 500,&H5FF0:DIM M(32) 5 JMS F:POKE 150,7 10 LOADM"DEBUG" 20 DV=0 30 POKE &HFFA3,1 40 BL=PEEK(&H6000):P=PEEK(&H6001)*256+PEEK(&H6002)-&H4000 45 POKE &HFFA3,BL 46 FORX=P TOP+31:M(X-P)=PEEK(X):NEXT:MO=0 47 P=P+24:B=INT(P/256):C=P-B*256:POKE &HE00,B:POKE &HE01,C:EXEC:P=P-24 48 PRINT 50 PRINT#DV,"D=";:GOSUB 1000:PRINT#DV," X=";:GOSUB 1000:PRINT#DV," Y=";:GOSUB 1000:PRINT#DV," U=";:GOSUB 1000:PRINT#DV," CC=";:GOSUB 2000:PRINT#DV," PC=";:GOSUB 1000:MO=MO+5::PRINT#DV," BLOCKS ";:GOSUB 2000:GOSUB 2000:GOSUB 2000:GOSUB 2000 60 GOSUB 2000:GOSUB 2000:GOSUB 2000:GOSUB 2000 100 P=P-32:IF P<&H6000 THEN P=&H8000-32:BL=BL-1:IF BL=1 THEN BL=&H1F 110 GOTO 45 1000 A$=HEX$(M(MO)):B$=HEX$(M(MO+1)):MO=MO+2:IF LEN(A$)=1 THEN A$="0"+A$ 1010 IF LEN(B$)=1 THEN B$="0"+B$ 1020 PRINT#DV,A$;B$;" ";:RETURN 2000 A$=HEX$(M(MO)):MO=MO+1:IF LEN(A$)=1 THEN PRINT#DV,"0";A$;" "; :ELSE PRINT#DV,A$;" "; 2010 RETURN

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="Report.rSub_Event_Monster_Saplings" LinkChildFields ="Event_ID;Location_ID;Event_Date" LinkMasterFields ="Event_ID;Location_ID;Event_Date" LayoutCachedTop =6660 LayoutCachedWidth =10800 LayoutCachedHeight =6660 End Begin Label FontItalic = NotDefault FontUnderline = NotDefault BackStyle =1 TextAlign =1 TextFontFamily =34 Top =6180 Width =10800 Height =390 FontSize =14 FontWeight =700 BackColor =12581629 Name ="lblHdrMonsterSaplings" Caption ="Monster Saplings" FontName ="Calibri" LayoutCachedTop =6180 LayoutCachedWidth =10800 LayoutCachedHeight =6570 End Begin Label TextAlign =3 TextFontFamily =34 Left =9480 Top =6360 Width =1200 Height =225 FontWeight =700 Name ="lblDBHgt10cm" Caption ="DBH > 10 cm" LayoutCachedLeft =9480 LayoutCachedTop =6360 LayoutCachedWidth =10680 LayoutCachedHeight =6585 End Begin Label Visible = NotDefault TextAlign =2 TextFontFamily =34 Left =2880 Top =5160 Width =1905 Height =288 FontWeight =700 ForeColor =5855577 Name ="lblNoDataUnsampled" Caption ="-- None Found --" LayoutCachedLeft =2880 LayoutCachedTop =5160 LayoutCachedWidth =4785 LayoutCachedHeight =5448 ForeThemeColorIndex =0 ForeTint =65.0 End Begin Label Visible = NotDefault TextAlign =2 TextFontFamily =34 Left =2880 Top =6240 Width =1905 Height =288 FontWeight =700 ForeColor =5855577 Name ="lblNoDataMonster" Caption ="-- None Found --" LayoutCachedLeft =2880 LayoutCachedTop =6240 LayoutCachedWidth =4785 LayoutCachedHeight =6528 ForeThemeColorIndex =0 ForeTint =65.0 End Begin Subform Locked = NotDefault OldBorderStyle =0 Top =6120 Width =10800 Height =0 TabIndex =23 Name ="rSub_Unsampled_Quadrats" SourceObject ="Report.rSub_Event_UnsampledQuadrats" LinkChildFields ="Location_ID;Event_ID" LinkMasterFields ="Location_ID;Event_ID" LayoutCachedTop =6120 LayoutCachedWidth =10800 LayoutCachedHeight =6120 End Begin Label FontItalic = NotDefault FontUnderline = NotDefault BackStyle =1 TextAlign =1 TextFontFamily =34 Top =5640 Width =10800 Height =390 FontSize =14 FontWeight =700 BackColor =12581629 Name ="lblUnsampledQuadrats" Caption ="Unsampled Quadrats" FontName ="Calibri" LayoutCachedTop =5640 LayoutCachedWidth =10800 LayoutCachedHeight =6030 End Begin Label Visible = NotDefault TextAlign =2 TextFontFamily =34 Left =2880 Top =5700 Width =1905 Height =288 FontWeight =700 ForeColor =5855577 Name ="lblNoDataUnsampledQuadrats" Caption ="-- None Found --" LayoutCachedLeft =2880 LayoutCachedTop =5700 LayoutCachedWidth =4785 LayoutCachedHeight =5988 ForeThemeColorIndex =0 ForeTint =65.0 End End End Begin PageFooter Height =420 Name ="PageFooterSection" Begin Begin TextBox FontItalic = NotDefault TextAlign =3 TextFontFamily =34 IMESentenceMode =3 Left =8880 Top =180 Width =2280 ForeColor =8421504 Name ="tbxPrintDate" ControlSource ="=Now()" LayoutCachedLeft =8880 LayoutCachedTop =180 LayoutCachedWidth =11160 LayoutCachedHeight =420 Begin Begin Label FontItalic = NotDefault TextAlign =3 TextFontFamily =34 Left =7980 Top =180 Width =900 Height =225 ForeColor =8421504 Name ="Label19" Caption ="Printed on:" LayoutCachedLeft =7980 LayoutCachedTop =180 LayoutCachedWidth =8880 LayoutCachedHeight =405 End End End Begin TextBox FontItalic = NotDefault TextAlign =1 TextFontFamily =34 IMESentenceMode =3 Top =180 Width =1380 TabIndex =1 ForeColor =8421504 Name ="tbxFooterPlotName" ControlSource ="Plot_Name" LayoutCachedTop =180 LayoutCachedWidth =1380 LayoutCachedHeight =420 End Begin TextBox FontItalic = NotDefault TextAlign =1 TextFontFamily =34 IMESentenceMode =3 Left =1440 Top =180 Width =2520 TabIndex =2 ForeColor =8421504 Name ="tbxFooterEventDate" ControlSource ="Event_Date" LayoutCachedLeft =1440 LayoutCachedTop =180 LayoutCachedWidth =3960 LayoutCachedHeight =420 End End End End End CodeBehindForm Attribute VB_GlobalNameSpace = False Attribute VB_Creatable = True Attribute VB_PredeclaredId = True Attribute VB_Exposed = False Option Compare Database Option Explicit ' ================================= ' REPORT: rpt_Event_Summary_Unfiltered ' Level: Application report ' Version: 1.01 ' ' Description: Report related functions & procedures for application ' ' Source/date: Bonnie Campbell, April 20, 2018 ' Revisions: BLC - 4/20/2018 - 1.00 - initial version ' BLC - 5/1/2018 - 1.01 - added unsampled quadrats ' ================================= ' --------------------------------- ' SUB: Report_Open ' Description: report open actions ' Assumptions: - ' Parameters: Cancel - whether open action(s) should be cancelled (boolean) ' Returns: - ' Throws: none ' References: - ' Source/date: Bonnie Campbell, April 12, 2018 ' Adapted: - ' Revisions: ' BLC - 4/12/2018 - initial version ' --------------------------------- Private Sub Report_Open(Cancel As Integer) On Error GoTo Err_Handler 'Forms!frm_Events!Event_ID 'If IsError(Forms!frm_Events!Event_ID) Then Debug.Print "error" Debug.Print "oa= " & Me.OpenArgs Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - Report_Open[rpt_Event_Summary_Unfiltered])" End Select Resume Exit_Handler End Sub ' --------------------------------- ' SUB: Detail_Format ' Description: report format actions ' Assumptions: - ' Parameters: Cancel - whether format action should be cancelled (boolean) ' FormatCount - number of times a section (in this case the detail section) ' is formatted (integer) ' Returns: - ' Throws: none ' References: - ' Source/date: Bonnie Campbell, April 20, 2018 ' Adapted: - ' Revisions: ' BLC - 4/20/2018 - initial version ' BLC - 5/1/2018 - added unsampled quadrats ' --------------------------------- Private Sub Detail_Format(Cancel As Integer, FormatCount As Integer) On Error GoTo Err_Handler 'show/hide label Me.lblNoDataUnsampled.visible = Not Me.Report.Controls("rSub_UnsampledTags").Report.HasData Me.lblNoDataUnsampledQuadrats.visible = Not Me.Report.Controls("rSub_Unsampled_Quadrats").Report.HasData Me.lblNoDataMonster.visible = Not Me.Report.Controls("rSub_Monster_Saplings").Report.HasData Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - Detail_Format[rpt_Event_Summary_Unfiltered])" End Select Resume Exit_Handler End Sub

Attribute VB_Name = "Mod_Torneo1vs1" Option Explicit Private PuntosGanados As Integer Private Type cClasesv Mago As Byte Clerigo As Byte Bardo As Byte Paladin As Byte Asesino As Byte Cazador As Byte Guerrero As Byte Druida As Byte Ladron As Byte Bandido As Byte End Type Private Type tMapPos MapaTorneo As Integer EsperaX As Byte EsperaY As Byte Esquina1x As Byte Esquina2x As Byte Esquina1y As Byte Esquina2y As Byte X1 As Byte Y1 As Byte X2 As Byte Y2 As Byte End Type Private Type tTorneo1vs1 AutoCancelTime As Byte MinLevel As Byte MaxLevel As Byte ClasesValidas As cClasesv Cupos As Byte rondas As Integer Activo As Boolean Ingresaron As Boolean Premio As Long Inscripcion As Long Peleando(1 To 2) As String Cuenta As Byte Torneo_Luchadores() As Integer End Type Private Const CONST_CUENTA As Byte = 5 Private Const TAG_EVENT As String = "Torneo 1vs1>" Private EventoMapPos As tMapPos Public Torneo1vs1 As tTorneo1vs1 Public Sub Torneo1vs1_CargarPos() On Error GoTo errhandler With EventoMapPos ' @@ MAPA DONDE SE PELEA .MapaTorneo = 72 .Esquina2x = 35 .Esquina2y = 29 .Esquina1x = 19 .Esquina1y = 17 .EsperaX = 44 .EsperaY = 69 .X1 = 35 'CInt(Leer.GetValue("INIT", "X1")) .X2 = 56 'CInt(Leer.GetValue("INIT", "X2")) .Y1 = 61 'CInt(Leer.GetValue("INIT", "Y1")) .Y2 = 82 'CInt(Leer.GetValue("INIT", "Y2")) End With Exit Sub errhandler: LogError "ERROR AL CARGAR POS DE TORNEOI 1vs1" Debug.Print "ERRORASO" End Sub Sub Rondas_Cancela(Optional ByVal AutoCancel As Boolean = False) 10 On Error GoTo Rondas_Cancela_Error 20 With Torneo1vs1 .AutoCancelTime = 0 If .Activo = False Then Exit Sub '30 If (Not .Activo And Not .Ingresaron) Then ' If AutoCancel = False Then Exit Sub ' End If 40 .Activo = False 50 .Ingresaron = False 33 If Len(Torneo1vs1.Peleando(1)) > 0 Then 34 If (NameIndex(Torneo1vs1.Peleando(1))) > 0 Then 35 If Torneo1vs1.Cuenta > 0 Then 36 WritePauseToggle (NameIndex(Torneo1vs1.Peleando(1))) 37 End If 83 End If 88 End If 89 If Len(Torneo1vs1.Peleando(2)) > 0 Then 77 If (NameIndex(Torneo1vs1.Peleando(2))) > 0 Then 76 If Torneo1vs1.Cuenta > 0 Then 75 WritePauseToggle (NameIndex(Torneo1vs1.Peleando(2))) 74 End If 73 End If End If 70 Call SendData(SendTarget.ToAll, 0, PrepareMessageConsoleMsgNew("Torneo 1vs1>", "El evento ha sido cancelado.")) Dim i As Long 939 If UBound(.Torneo_Luchadores) <= 0 Then Exit Sub 90 For i = LBound(.Torneo_Luchadores) To UBound(.Torneo_Luchadores) 100 If (.Torneo_Luchadores(i) <> -1) Then Dim NuevaPos As WorldPos, FuturePos As WorldPos 110 FuturePos.Map = Ullathorpe.Map 120 FuturePos.X = Ullathorpe.X 130 FuturePos.Y = Ullathorpe.Y 140 Call ClosestLegalPos(FuturePos, NuevaPos) UserList(.Torneo_Luchadores(i)).Stats.GLD = UserList(.Torneo_Luchadores(i)).Stats.GLD + .Inscripcion WriteUpdateGold .Torneo_Luchadores(i) Dim N As WorldPos Call ClosestLegalPos(NuevaPos, N) 280 Call WarpUserChar(.Torneo_Luchadores(i), N.Map, N.X, N.Y, True) 290 UserList(.Torneo_Luchadores(i)).flags.Automatico = False 350 End If 360 Next i 370 End With 380 Exit Sub Rondas_Cancela_Error: 390 Call LogError("Error " & Err.Number & " (" & Err.description & ") in procedure Rondas_Cancela of M�dulo m_Torneo1vs1" & Erl & ".") Resume Next End Sub Sub Rondas_UsuarioMuere(ByVal Userindex As Integer, Optional Real As Boolean = True, Optional CambioMapa As Boolean = False) 10 On Error GoTo Rondas_UsuarioMuere_Error 20 With Torneo1vs1 Dim i As Integer Dim pos As Integer Dim combate As Integer Dim LI1 As Integer, LI2 As Integer Dim UI1 As Integer, UI2 As Integer Dim N As WorldPos, k As WorldPos 30 If (Not Torneo1vs1.Activo) Then 40 Exit Sub 50 ElseIf (.Activo And .Ingresaron) Then 60 For i = LBound(.Torneo_Luchadores) To UBound(.Torneo_Luchadores) 70 If (.Torneo_Luchadores(i) = Userindex) Then 80 .Torneo_Luchadores(i) = -1 Call ClosestLegalPos(Ullathorpe, N) 90 Call WarpUserChar(Userindex, N.Map, N.X, N.Y, True) 100 UserList(Userindex).flags.Automatico = False 110 Exit Sub 120 End If 130 Next i 140 Exit Sub 150 End If 160 For pos = LBound(.Torneo_Luchadores) To UBound(.Torneo_Luchadores) 170 If (.Torneo_Luchadores(pos) = Userindex) Then Exit For 180 Next pos ' si no lo ha encontrado 190 If (.Torneo_Luchadores(pos) <> Userindex) Then Exit Sub ' Ojo con esta parte, aqui es donde verifica si el usuario esta en la posicion de espera del torneo, en estas cordenadas tienen que fijarse al crear su Mapa de torneos. 200 If UserList(Userindex).pos.X >= EventoMapPos.X1 And UserList(Userindex).pos.X <= EventoMapPos.X2 And UserList(Userindex).pos.Y >= EventoMapPos.Y1 And UserList(Userindex).pos.Y <= EventoMapPos.Y2 Then 210 Call SendData(SendTarget.ToAll, 0, PrepareMessageConsoleMsgNew("Torneo 1vs1>", UserList(Userindex).Name & " se fue mientras esperaba pelear!")) Call ClosestLegalPos(Ullathorpe, N) Call WarpUserChar(Userindex, N.Map, N.X, N.Y, True) 230 UserList(Userindex).flags.Automatico = False 240 .Torneo_Luchadores(pos) = -1 250 Exit Sub 260 End If 270 combate = 1 + (pos - 1) \ 2 'ponemos li1 y li2 (luchador index) de los que combatian 280 LI1 = 2 * (combate - 1) + 1 290 LI2 = LI1 + 1 'se informa a la gente 300 If (Real) Then 310 Call SendData(SendTarget.ToAll, 0, PrepareMessageConsoleMsgNew("Torneo 1vs1>", UserList(Userindex).Name & " pierde el combate!")) 320 Else 330 Call SendData(SendTarget.ToAll, 0, PrepareMessageConsoleMsgNew("Torneo 1vs1>", UserList(Userindex).Name & " se fue del combate!")) 340 End If 'se le teleporta fuera si murio 460 If (Real) Then Dim NuevaPos As WorldPos, FuturePos As WorldPos 470 FuturePos.Map = Ullathorpe.Map 480 FuturePos.X = Ullathorpe.X 490 FuturePos.Y = Ullathorpe.Y 540 Call ClosestLegalPos(FuturePos, NuevaPos) 550 Call WarpUserChar(Userindex, NuevaPos.Map, NuevaPos.X, NuevaPos.Y, True) 560 UserList(Userindex).flags.Automatico = False 570 ElseIf (Not CambioMapa) Then Call ClosestLegalPos(Ullathorpe, N) 620 Call WarpUserChar(Userindex, N.Map, N.X, N.Y, True) 630 UserList(Userindex).flags.Automatico = False 640 End If 'se le borra de la lista y se mueve el segundo a li1 650 If (.Torneo_Luchadores(LI1) = Userindex) Then 660 .Torneo_Luchadores(LI1) = .Torneo_Luchadores(LI2) 'cambiamos slot 670 .Torneo_Luchadores(LI2) = -1 680 Else 690 .Torneo_Luchadores(LI2) = -1 700 End If 'si es la ultima ronda 533 If (.rondas = 1) Then k = Ullathorpe Call ClosestLegalPos(k, N) 890 Call WarpUserChar(.Torneo_Luchadores(LI1), N.Map, N.X, N.Y, True) 900 'Call SendData(SendTarget.ToAll, 0, PrepareMessageConsoleMsgNew("Torneo 1vs1>", "El ganador del torneo es " & UserList(.Torneo_Luchadores(LI1)).Name) & " por haber matado " & .Cupos & " usuarios.") With UserList(.Torneo_Luchadores(LI1)) 'Aviso al mundo. SendData SendTarget.ToAll, 0, PrepareMessageConsoleMsgNew("Torneo 1vs1>", .Name & " - " & ListaClases(.clase) & " " & ListaRazas(.raza) & " Nivel " & .Stats.ELV & " Gan� " & Format$(Torneo1vs1.Premio, "#,###") & " monedas de oro y " & Torneo1vs1.Cupos & " puntos de Canje por salir primero en el evento.") End With Dim Canjes As Integer Canjes = .Cupos UserList(.Torneo_Luchadores(LI1)).flags.PuntosShop = UserList(.Torneo_Luchadores(LI1)).flags.PuntosShop + Canjes 'Oro de Premio 1080 If .Premio <> 0 Then 1090 UserList(.Torneo_Luchadores(LI1)).Stats.GLD = UserList(.Torneo_Luchadores(LI1)).Stats.GLD + .Premio 1100 Call WriteUpdateGold(.Torneo_Luchadores(LI1)) 1110 End If 'Sumamos un torneo ganado '1120 UserList(.Torneo_Luchadores(LI1)).Stats.TorneosGanados = UserList(.Torneo_Luchadores(LI1)).Stats.TorneosGanados + 1 1130 UserList(.Torneo_Luchadores(LI1)).flags.Automatico = False 1140 .Activo = False 1150 Erase .Torneo_Luchadores() .Cuenta = 0 1170 .AutoCancelTime = 0 1190 Exit Sub 1200 Else 'A su compa�ero se le teleporta dentro, condicional por seguridad 1340 Call WarpUserChar(.Torneo_Luchadores(LI1), EventoMapPos.MapaTorneo, EventoMapPos.EsperaX, EventoMapPos.EsperaY, True) 1350 End If 'Si es el ultimo combate de la ronda 1360 If (2 ^ .rondas = 2 * combate) Then 1370 Call SendData(SendTarget.ToAll, 0, PrepareMessageConsoleMsgNew("Torneo 1vs1>", "Siguiente ronda")) 1380 .rondas = .rondas - 1 'Antes de llamar a la proxima ronda hay q copiar a los tipos 1390 For i = 1 To 2 ^ .rondas 1400 UI1 = .Torneo_Luchadores(2 * (i - 1) + 1) 1410 UI2 = .Torneo_Luchadores(2 * i) 1420 If (UI1 = -1) Then UI1 = UI2 1430 .Torneo_Luchadores(i) = UI1 1440 Next i 1450 ReDim Preserve .Torneo_Luchadores(1 To 2 ^ .rondas) As Integer 1460 Call Rondas_Combate(1) 1470 Exit Sub 1480 End If 'vamos al siguiente combate 1490 Call Rondas_Combate(combate + 1) 1500 End With 1510 Exit Sub Rondas_UsuarioMuere_Error: 1520 Call LogError("Error " & Err.Number & " (" & Err.description & ") in procedure Rondas_UsuarioMuere, line " & Erl & ".") End Sub Sub Rondas_UsuarioDesconecta(ByVal Userindex As Integer) 10 On Error GoTo Rondas_UsuarioDesconecta_Error ' @@ Por alguna razon explotaba todo al pingo y quedaba como userindex 0 xddx lo parcheamos para que no explote too. 20 If Userindex > 0 Then If (NameIndex(Torneo1vs1.Peleando(1))) > 0 Then If Torneo1vs1.Cuenta > 0 Then WritePauseToggle (NameIndex(Torneo1vs1.Peleando(1))) End If End If If (NameIndex(Torneo1vs1.Peleando(2))) > 0 Then If Torneo1vs1.Cuenta > 0 Then WritePauseToggle (NameIndex(Torneo1vs1.Peleando(2))) End If End If Torneo1vs1.Cuenta = 0 '30 Call SendData(SendTarget.ToAll, 0, PrepareMessageConsoleMsgNew("Torneo 1vs1>", UserList(UserIndex).Name & " ha desconectado en Torneo1vs1.")) 120 Call Rondas_UsuarioMuere(Userindex, False, False) 130 End If 140 Exit Sub Rondas_UsuarioDesconecta_Error: 150 Call LogError("Error " & Err.Number & " (" & Err.description & ") in procedure Rondas_UsuarioDesconecta, line " & Erl & ".") End Sub Sub Rondas_UsuarioCambiamapa(ByVal Userindex As Integer) Call Rondas_UsuarioMuere(Userindex, False, True) End Sub Sub Torneos_Inicia(ByVal Userindex As Integer, ByVal rondas As Integer, ByVal MinLevel As Byte, ByVal MaxLevel As Byte, ByVal cMago As Byte, ByVal cClerigo As Byte, ByVal cBardo As Byte, ByVal cPaladin As Byte, ByVal cAsesino As Byte, ByVal cCazador As Byte, ByVal cGuerrero As Byte, ByVal cDruida As Byte, ByVal cLadron As Byte, ByVal cBandido As Byte) With Torneo1vs1 Dim i As Long ' @@ Ya esta en curso If (.Activo) Then WriteConsoleMsg Userindex, "Ya hay un torneo activo.", FontTypeNames.FONTTYPE_AMARILLO: Exit Sub 'Ya hay un torneo en curso .Cupos = val(2 ^ rondas) .rondas = rondas .AutoCancelTime = 0 .Activo = True .Ingresaron = True .Inscripcion = 20000 .Premio = 100000 ' * .Cupos .MaxLevel = MaxLevel .MinLevel = MinLevel Dim T As Boolean .AutoCancelTime = 180 .ClasesValidas.Mago = cMago: If T = False Then T = (cMago > 0) .ClasesValidas.Clerigo = cClerigo: If T = False Then T = (cClerigo > 0) .ClasesValidas.Bardo = cBardo: If T = False Then T = (cBardo > 0) .ClasesValidas.Paladin = cPaladin: If T = False Then T = (cPaladin > 0) .ClasesValidas.Asesino = cAsesino: If T = False Then T = (cAsesino > 0) .ClasesValidas.Cazador = cCazador: If T = False Then T = (cCazador > 0) .ClasesValidas.Guerrero = cGuerrero: If T = False Then T = (cGuerrero > 0) .ClasesValidas.Druida = cDruida: If T = False Then T = (cDruida > 0) .ClasesValidas.Ladron = cLadron: If T = False Then T = (cLadron > 0) .ClasesValidas.Bandido = cBandido: If T = False Then T = (cBandido > 0) ReDim .Torneo_Luchadores(1 To 2 ^ rondas) As Integer For i = LBound(.Torneo_Luchadores) To UBound(.Torneo_Luchadores) .Torneo_Luchadores(i) = -1 Next i Call SendData(SendTarget.ToAll, 0, PrepareMessageConsoleMsgNew("Torneo Autom�tico>", "Esta empezando un nuevo Torneo 1vs1 de " & .Cupos & " participantes!! para participar teclea /PARTICIPAR - (No cae inventario)")) PuntosGanados = .Cupos If T Then SendData SendTarget.ToAll, 0, PrepareMessageConsoleMsgNew("Torneo Autom�tico>", "Clases prohibidas: " & IIf(cMago > 0, " MAGO ", "") & IIf(cClerigo > 0, " CLERIGO ", "") & IIf(cBardo > 0, " BARDO ", "") & IIf(cPaladin > 0, " PALADIN ", "") & IIf(cAsesino > 0, " ASESINO ", "") & IIf(cCazador > 0, " CAZADOR ", "") & IIf(cGuerrero > 0, " GUERRERO ", "") & IIf(cDruida > 0, " DRUIDA ", "") & IIf(cLadron > 0, " LADRON ", "") & IIf(cBandido > 0, " BANDIDO ", ""), FontTypeNames.FONTTYPE_TORNEO) End If End With End Sub Sub Ingresar1vs1(ByVal Userindex As Integer) Dim i As Integer 10 On Error GoTo Torneos_Entra_Error 20 With UserList(Userindex) '@@ Tiene el oro de ingreso? 70 If .Stats.GLD < 20000 Then Call WriteConsoleMsgNew(Userindex, "Torneo 1vs1>", "No tienes el oro suficiente. Necesitas tener " & Torneo1vs1.Inscripcion & " monedas de oro."): Exit Sub '@@ Esta comerciando? 90 If .flags.Comerciando <> 0 Then Exit Sub If .pos.Map <> 1 Then Exit Sub '@@ No hay ning�n torneo en curso 100 If (Not Torneo1vs1.Activo) Then Call WriteConsoleMsg(Userindex, "No hay ning�n torneo en curso.", FontTypeNames.FONTTYPE_INFO): Exit Sub '@@ Cupos llenos. 110 If (Not Torneo1vs1.Ingresaron) Then Call WriteConsoleMsg(Userindex, "Cupos llenos.", FontTypeNames.FONTTYPE_INFO): Exit Sub If Torneo1vs1.MinLevel > UserList(Userindex).Stats.ELV Then Call WriteConsoleMsg(Userindex, "El m�nimo nivel para entrar es de " & Torneo1vs1.MinLevel, FontTypeNames.FONTTYPE_TORNEO) Exit Sub End If If Torneo1vs1.MaxLevel < UserList(Userindex).Stats.ELV Then Call WriteConsoleMsg(Userindex, "El m�ximo nivel para entrar es de " & Torneo1vs1.MaxLevel, FontTypeNames.FONTTYPE_TORNEO) Exit Sub End If Dim MiClase As String MiClase = ListaClases(UserList(Userindex).clase) On Error GoTo NoHayClases If MiClase = ListaClases(DeathMatch.ClasesValidas.Asesino) Or MiClase = ListaClases(DeathMatch.ClasesValidas.Bandido) Or MiClase = ListaClases(DeathMatch.ClasesValidas.Bardo) Or MiClase = ListaClases(DeathMatch.ClasesValidas.Cazador) Or MiClase = ListaClases(DeathMatch.ClasesValidas.Clerigo) Or MiClase = ListaClases(DeathMatch.ClasesValidas.Druida) Or MiClase = ListaClases(DeathMatch.ClasesValidas.Guerrero) Or MiClase = ListaClases(DeathMatch.ClasesValidas.Ladron) Or MiClase = ListaClases(DeathMatch.ClasesValidas.Mago) Or MiClase = ListaClases(DeathMatch.ClasesValidas.Paladin) Then Call WriteConsoleMsg(Userindex, "Tu clase no es v�lida.", FontTypeNames.FONTTYPE_TORNEO) Exit Sub End If NoHayClases: 130 End With 'Esta en torneo? 140 For i = LBound(Torneo1vs1.Torneo_Luchadores) To UBound(Torneo1vs1.Torneo_Luchadores) 150 If (Torneo1vs1.Torneo_Luchadores(i) = Userindex) Then 160 Call WriteConsoleMsg(Userindex, "Ya est�s dentro del torneo", FontTypeNames.FONTTYPE_INFO) 170 Exit Sub 180 End If 190 Next i 200 For i = LBound(Torneo1vs1.Torneo_Luchadores) To UBound(Torneo1vs1.Torneo_Luchadores) 210 If (Torneo1vs1.Torneo_Luchadores(i) = -1) Then 220 Torneo1vs1.Torneo_Luchadores(i) = Userindex Dim NuevaPos As WorldPos, FuturePos As WorldPos 230 FuturePos.Map = EventoMapPos.MapaTorneo 240 FuturePos.X = EventoMapPos.EsperaX 250 FuturePos.Y = EventoMapPos.EsperaY 350 Call ClosestLegalPos(FuturePos, NuevaPos) 360 Call WarpUserChar(Torneo1vs1.Torneo_Luchadores(i), NuevaPos.Map, NuevaPos.X, NuevaPos.Y, False) 370 UserList(Torneo1vs1.Torneo_Luchadores(i)).flags.Automatico = True '380 Call WriteMensajes(UserIndex, eMensajes.mensaje484) 'Has ingresado al torneo 390 If Torneo1vs1.Inscripcion <> 0 Then 400 UserList(Torneo1vs1.Torneo_Luchadores(i)).Stats.GLD = UserList(Torneo1vs1.Torneo_Luchadores(i)).Stats.GLD - 20000 410 Call WriteUpdateGold(Torneo1vs1.Torneo_Luchadores(i)) 420 End If 430 Call SendData(SendTarget.ToAll, 0, PrepareMessageConsoleMsgNew("Torneo 1vs1>", "El personaje " & UserList(Userindex).Name & " ingres� al Torneo1vs1.")) 440 If (i = UBound(Torneo1vs1.Torneo_Luchadores)) Then 450 Call SendData(SendTarget.ToAll, 0, PrepareMessageConsoleMsgNew("Torneo 1vs1>", "Comienza el torneo")) 460 Torneo1vs1.Ingresaron = False Torneo1vs1.AutoCancelTime = 0 480 Call Rondas_Combate(1) 490 End If 500 Exit Sub 510 End If 520 Next i 530 Exit Sub Torneos_Entra_Error: 540 Call LogError("Error " & Err.Number & " (" & Err.description & ") in procedure Torneos_Entra of M�dulo m_Torneo1vs1" & Erl & ".") End Sub Sub Rondas_Combate(combate As Integer) 10 On Error GoTo Rondas_Combate_Error 20 With Torneo1vs1 Dim UI1 As Integer Dim UI2 As Integer Dim k As WorldPos, N As WorldPos 30 UI1 = .Torneo_Luchadores(2 * (combate - 1) + 1) 40 UI2 = .Torneo_Luchadores(2 * combate) 50 If (UI2 = -1) Then 60 UI2 = .Torneo_Luchadores(2 * (combate - 1) + 1) 70 UI1 = .Torneo_Luchadores(2 * combate) 80 End If 90 If (UI1 = -1) Then 100 Call SendData(SendTarget.ToAll, 0, PrepareMessageConsoleMsgNew("Torneo 1vs1>", "Combate anulado por la desconexi�n de uno de los dos participantes.")) 110 If (.rondas = 1) Then 120 If (UI2 <> -1) Then 130 Call SendData(SendTarget.ToAll, 0, PrepareMessageConsoleMsgNew("Torneo 1vs1>", "Torneo terminado, ganador del torneo por eliminaci�n " & UserList(UI2).Name & ".")) Call ClosestLegalPos(Ullathorpe, N) 140 Call WarpUserChar(UI2, N.Map, N.X, N.Y, True) UserList(UI2).flags.PuntosShop = UserList(UI2).flags.PuntosShop + .Cupos 'Oro de Premio 310 If .Premio <> 0 Then 320 UserList(UI2).Stats.GLD = UserList(UI2).Stats.GLD + .Premio 330 Call WriteUpdateGold(UI2) 340 End If 360 UserList(UI2).flags.Automatico = False 370 .Activo = False 380 Erase .Torneo_Luchadores() 400 .AutoCancelTime = 0 420 Exit Sub 430 End If 440 Call SendData(SendTarget.ToAll, 0, PrepareMessageConsoleMsgNew("Torneo 1vs1>", "No hay ganador del evento por la desconexi�n de todos sus participantes.")) 450 Exit Sub 460 End If 470 If (UI2 <> -1) Then Call SendData(SendTarget.ToAll, 0, PrepareMessageConsoleMsgNew("Torneo 1vs1>", "El usuario " & UserList(UI2).Name & " pas� a la siguiente ronda.")) 480 If (2 ^ .rondas = 2 * combate) Then 490 Call SendData(SendTarget.ToAll, 0, PrepareMessageConsoleMsgNew("Torneo 1vs1>", "Siguiente ronda.")) 500 .rondas = .rondas - 1 'antes de llamar a la proxima ronda hay q copiar a los tipos Dim i As Integer 510 For i = 1 To 2 ^ .rondas 520 UI1 = .Torneo_Luchadores(2 * (i - 1) + 1) 530 UI2 = .Torneo_Luchadores(2 * i) 540 If (UI1 = -1) Then UI1 = UI2 550 .Torneo_Luchadores(i) = UI1 560 Next i 570 ReDim Preserve .Torneo_Luchadores(1 To 2 ^ .rondas) As Integer 580 Call Rondas_Combate(1) 590 Exit Sub 600 End If 610 Call Rondas_Combate(combate + 1) 620 Exit Sub 630 End If 640 Call SendData(SendTarget.ToAll, 0, PrepareMessageConsoleMsgNew("Torneo 1vs1>", UserList(UI1).Name & " vs. " & UserList(UI2).Name & ". Esquinas, Peleen")) 650 .Peleando(1) = UserList(UI1).Name 660 .Peleando(2) = UserList(UI2).Name WritePauseToggle UI1 WritePauseToggle UI2 .Cuenta = 5 ' @@ Jugador 1 670 With UserList(UI1) 680 .Stats.MinHp = .Stats.MaxHP 690 .Stats.MinMAN = .Stats.MaxMAN 700 .Stats.MinSta = .Stats.MaxSta 134 .Stats.MinAGU = 100 720 .Stats.MinHam = 100 730 Call WriteUpdateUserStats(UI1) 740 End With ' @@ Jugador 2 750 With UserList(UI2) 760 .Stats.MinHp = .Stats.MaxHP 770 .Stats.MinMAN = .Stats.MaxMAN 780 .Stats.MinSta = .Stats.MaxSta 790 .Stats.MinAGU = 100 800 .Stats.MinHam = 100 810 Call WriteUpdateUserStats(UI2) 820 End With 840 Call WarpUserChar(UI1, EventoMapPos.MapaTorneo, EventoMapPos.Esquina1x, EventoMapPos.Esquina1y, True) 850 Call WarpUserChar(UI2, EventoMapPos.MapaTorneo, EventoMapPos.Esquina2x, EventoMapPos.Esquina2y, True) 860 End With 870 Exit Sub Rondas_Combate_Error: 880 Call LogError("Error " & Err.Number & " (" & Err.description & ") in procedure Rondas_Combate, line " & Erl & ".") End Sub Sub Cuenta() On Error Resume Next ' @ Cuenta regresiva y auto-cancel ac�. Dim PacketToSend As String Dim CanSendPackage As Boolean With Torneo1vs1 'Hay cuenta? If .Cuenta <> 0 Then 'Resta el tiempo. .Cuenta = .Cuenta - 1 If .Cuenta > 1 Then SendData SendTarget.toMap, EventoMapPos.MapaTorneo, PrepareMessageConsoleMsgNew("Torneo 1vs1>", "La ronda iniciar� en " & .Cuenta & " segundos.") ElseIf .Cuenta = 1 Then SendData SendTarget.toMap, EventoMapPos.MapaTorneo, PrepareMessageConsoleMsgNew("Torneo 1vs1>", "La ronda iniciar� en 1 segundo!") ElseIf .Cuenta <= 0 Then WritePauseToggle (NameIndex(Torneo1vs1.Peleando(1))) WritePauseToggle (NameIndex(Torneo1vs1.Peleando(2))) SendData SendTarget.toMap, EventoMapPos.MapaTorneo, PrepareMessageConsoleMsgNew("Torneo 1vs1>", "�PELEEN!") End If End If 'Tiempo de auto-cancelamiento? If .AutoCancelTime <> 0 Then 'Resto el contador If .AutoCancelTime <> 0 Then .AutoCancelTime = .AutoCancelTime - 1 End If 'Avisa cada 30 segundos. Select Case .AutoCancelTime Case 150 'Quedan 2:30. CanSendPackage = True PacketToSend = PrepareMessageConsoleMsgNew("Torneo 1vs1>", "Auto-Cancelar� en 2:30 minutos") Case 120 CanSendPackage = True PacketToSend = PrepareMessageConsoleMsgNew("Torneo 1vs1>", "Auto-Cancelar� en 2 minutos") Case 90 CanSendPackage = True PacketToSend = PrepareMessageConsoleMsgNew("Torneo 1vs1>", "Auto-Cancelar� en 1:30 minutos") Case 60 CanSendPackage = True PacketToSend = PrepareMessageConsoleMsgNew("Torneo 1vs1>", "Auto-Cancelar� en 1 minuto") Case 30 CanSendPackage = True PacketToSend = PrepareMessageConsoleMsgNew("Torneo 1vs1>", "Auto-Cancelar� en 30 segundos") 'Avisa a los 15 Case 15 CanSendPackage = True PacketToSend = PrepareMessageConsoleMsgNew("Torneo 1vs1>", "Auto-Cancelar� en 15 segundos") 'Avisa a los 10 Case 10 CanSendPackage = True PacketToSend = PrepareMessageConsoleMsgNew("Torneo 1vs1>", "Auto-Cancelar� en 10 segundos") 'Avisa a los 5 Case 5 CanSendPackage = True PacketToSend = PrepareMessageConsoleMsgNew("Torneo 1vs1>", "Auto-Cancelar� en 5 segundos") 'Avisa a los 3,2,1. Case 1, 2, 3 CanSendPackage = True PacketToSend = PrepareMessageConsoleMsgNew("Torneo 1vs1>", "Auto-Cancelar� en " & .AutoCancelTime & " segundo/s") Case 0 CanSendPackage = False Call Rondas_Cancela(1) End Select 'Hay que enviar el mensaje? If CanSendPackage Then 'Envia SendData SendTarget.ToAll, 0, PacketToSend 'Reset el flag. CanSendPackage = False End If End If End With End Sub

@ERASE 0 REM Line $1 will store the address filter we are going to target 1 00A8FF @INIT 10 0 REM LED output and on 10 A = pioset 20 11 A = baud 96 0 REM debug 12 Z = 1 14 RETURN @IDLE 15 0 REM blink LED 15 A = pioset 20; 16 A = pioclr 20 0 REM slave for 5 seconds 17 A = slave 5 18 RETURN @SLAVE 20 0 REM If we now call to getconn, we will get the peer addr that wants to connect 0 REM with us on $0 20 A = getconn 21 PRINTU $0 22 A = strcmp $1; 23 IF A <> 0 THEN 33 0 REM 5 seconds timeout to start shell with '+' and enter 0 REM when you have a slave connection over air 24 TIMEOUTS 5 25 INPUTS $0 26 IF $0[0] = 43 THEN 30 0 REM LED on 27 B = pioset 20 0 REM connect RS232 28 C = link 1 29 RETURN 0 REM start BASIC shell 30 A = shell 0 REM LED on 31 B = pioset 20 32 RETURN 33 A = disconnect 0 34 RETURN

1 DIMN1(6,6),K1(18),A1(16),X(2),Y(2) 3 DATA 3,102,103,120,130,121,112,111,12 4 DATA 21,30,1020,1030,1011,1021,1003,1002,1012 10 FORM=1TO18:READK1(M):NEXTM 13 DATA-1,0,1,0,0,-1,0,1,-1,-1,1,-1,-1,1,1,1 14 FORO1=1TO16:READA1(O1):NEXTO1 20 GOTO 500 50 FORJ=1TO5 51 FORK=1TO5 55 IFN1(J,K)>99THENGOSUB200 60 NEXTK 65 NEXTJ 90 LETK=0:LETM2=0:LETM3=0 99 FORJ=0TO6:PRINT 100 FORK=0TO6 101 IFJ<>0THENIFJ<>6THEN105 102 IFK=6THENPRINT0;:GOTO 125 103 PRINTK;:GOTO120 105 IFK<>0THENIFK<>6THEN110 106 IFJ=6THENPRINT0;:GOTO 126 107 PRINTJ;:GOTO120 110 GOSUB300 120 NEXTK 125 NEXTJ 126 RETURN 200 LETB=1:IFN1(J,K)>999THENLETB=10 220 FORO1=1TO15STEP2 230 LETN1(J+A1(O1),K+A1(O1+1))=N1(J+A1(O1),K+A1(O1+1))+B 231 NEXTO1 239 RETURN 300 IFN1(J,K)<3THEN399 305 FORO1=1TO18 310 IFN1(J,K)=K1(O1)THEN350 315 NEXTO1 320 GO TO 399 350 IFO1>9THEN360 351 LETN1(J,K)=100:LETM2=M2+1:PRINT" * "; 355 RETURN 360 LETN1(J,K)=1000:LETM3=M3+1:PRINT" # "; 365 RETURN 399 LETN1(J,K)=0:PRINT" ";:RETURN 500 PRINTTAB(10);"U.B LIFE GAME" 505 LETM2=0:LETM3=0 510 FORJ=1TO5 511 FORK=1TO5 515 LETN1(J,K)=0 516 NEXTK 517 NEXTJ 519 FORB=1TO2:LETP1=3:IFB=2THENLETP1=30 520 PRINT"PLAYER";B;" 3 LIVE PIECES" 535 FORK1=1TO3:GOSUB700 540 LETN1(X(B),Y(B))=P1:NEXTK1 542 NEXTB 559 GOSUB90 560 PRINT:GOSUB50 570 IFM2=0THENIFM3=0THEN574 571 IFM3=0THENLETB=1:GOTO575 572 IFM2=0THENLETB=2:GOTO575 573 GOTO580 574 PRINT:PRINT"A DRAW":RUN 575 PRINT:PRINT"PLAYER ";B;" IS THE WINNER":RUN 580 FORB=1TO2:PRINT:PRINT"PLAYER";B;:GOSUB700 581 IFB=99THEN560 582 NEXTB 586 LETN1(X(1),Y(1))=100:LETN1(X(2),Y(2))=1000 596 GOTO 560 700 PRINT" X,Y":PRINT"XXXX";CHR$(13);"@@@@";CHR$(13);:INPUT"",Y(B),X(B) 705 IFX(B)<=5THENIFX(B)>0THEN708 706 GOTO750 708 IFY(B)<=5THENIFY(B)>0THEN715 710 GOTO750 715 IFN1(X(B),Y(B))<>0THEN750 720 IFB=1 THEN RETURN 725 IFX(1)=X(2)THENIFY(1)=Y(2)THEN740 730 RETURN 740 PRINT"SAME COORD. SET TO 0" 741 LETN1(X(B)+1,Y(B)+1)=0:LETB=99:RETURN 750 PRINT"ILLEGAL COORDS. RETYPE": GOTO700 900 END

REM Sean Coyne REM Ch3 Project REM pg 95 number 4 REM REM Program to compute finance charges REM and amount owed on a credit card REM statement. REM REM CLS REM first read statements READ act1$ READ PastDue READ Payment READ Purchase REM first formula -simplify to one LET financeCharge = .015 * (PastDue - Payment) LET amountDue = PastDue - Payment + Purchase + financeCharge REM 2nd read statements READ act2$ READ PastDue2 READ Payment2 READ Purchase2 REM second formula -simplify to one formula LET financeCharge2 = .015 * (PastDue2 - Payment2) LET amountDue2 = PastDue2 - Payment2 + Purchase2 + financeCharge2 REM headings PRINT TAB(10); "Account"; TAB(20); "Past Due"; TAB(30); "Payments"; TAB(40); "Purchases"; TAB(50); "Finance"; TAB(60); "Current" PRINT TAB(10); " Number"; TAB(20); " Amount"; TAB(50); "Charges"; TAB(60); "Amt Due" REM format string LET a$ = " \ \ ###.## ###.## ###.## #.## $$#,###.##" REM values PRINT "" PRINT USING a$; act1$; PastDue; Payment; Purchase; financeCharge; amountDue PRINT USING a$; act2$; PastDue2; Payment2; Purchase2; financeCharge2; amountDue2 REM data DATA "123-AB", 123.45, 10.00, 934.00 DATA "456-CD", 134.56, 134.56, 300.00 END

Version =20 VersionRequired =20 Begin Form AutoCenter = NotDefault DividingLines = NotDefault AllowDesignChanges = NotDefault DefaultView =2 PictureAlignment =2 DatasheetGridlinesBehavior =3 GridX =24 GridY =24 Width =6630 DatasheetFontHeight =9 ItemSuffix =20 Left =585 Top =3480 Right =15165 Bottom =7620 DatasheetGridlinesColor =14806254 Filter ="([FinishedGoodsInventory subform1].[LoadNumber] Like \"1085*\")" RecSrcDt = Begin 0x12100953d760e440 End RecordSource ="SELECT FinishedGoodsInventory.SalesOrderNumber, FinishedGoodsInventory.ShipTo, F" "inishedGoodsInventory.QtyOfPackages, FinishedGoodsInventory.QtyPerPackage, Finis" "hedGoodsInventory.PackageType, FinishedGoodsInventory.QtySubTotal, FinishedGoods" "Inventory.GrossWeight, FinishedGoodsInventory.NetWeight, FinishedGoodsInventory." "CBM, FinishedGoodsInventory.LoadNumber, FinishedGoodsInventory.CustomerNumber, F" "inishedGoodsInventory.ShippedFlag FROM FinishedGoodsInventory WHERE (((FinishedG" "oodsInventory.CustomerNumber)=Forms!DestinationSummaryForm!List0) And ((Finished" "GoodsInventory.ShippedFlag)=False)); " Caption ="FinishedGoodsInventory subform1" DatasheetFontName ="Calibri" PrtMip = Begin 0x6801000068010000680100006801000000000000201c0000e010000001000000 , 0x010000006801000000000000a10700000100000001000000 End FilterOnLoad =0 ShowPageMargins =0 DisplayOnSharePointSite =1 DatasheetAlternateBackColor =15921906 DatasheetGridlinesColor12 =0 FitToScreen =1 DatasheetBackThemeColorIndex =1 BorderThemeColorIndex =3 ThemeFontIndex =1 ForeThemeColorIndex =0 AlternateBackThemeColorIndex =1 AlternateBackShade =95.0 Begin Begin Label BackStyle =0 FontSize =11 FontName ="Calibri" ThemeFontIndex =1 BackThemeColorIndex =1 BorderThemeColorIndex =0 BorderTint =50.0 ForeThemeColorIndex =0 ForeTint =50.0 GridlineThemeColorIndex =1 GridlineShade =65.0 End Begin TextBox AddColon = NotDefault FELineBreak = NotDefault BorderLineStyle =0 LabelX =-1800 FontSize =11 FontName ="Calibri" AsianLineBreak =1 BackThemeColorIndex =1 BorderThemeColorIndex =1 BorderShade =65.0 ThemeFontIndex =1 ForeThemeColorIndex =0 ForeTint =75.0 GridlineThemeColorIndex =1 GridlineShade =65.0 End Begin FormHeader Height =0 BackColor =15849926 Name ="FormHeader" AutoHeight =1 AlternateBackThemeColorIndex =1 AlternateBackShade =95.0 BackThemeColorIndex =2 BackTint =20.0 End Begin Section Height =4170 Name ="Detail" AutoHeight =1 AlternateBackColor =15921906 AlternateBackThemeColorIndex =1 AlternateBackShade =95.0 BackThemeColorIndex =1 Begin Begin TextBox OverlapFlags =85 IMESentenceMode =3 Left =2910 Top =360 Width =3060 Height =330 ColumnWidth =1965 BorderColor =10921638 ForeColor =4210752 Name ="SalesOrderNumber" ControlSource ="SalesOrderNumber" GridlineColor =10921638 LayoutCachedLeft =2910 LayoutCachedTop =360 LayoutCachedWidth =5970 LayoutCachedHeight =690 Begin Begin Label OverlapFlags =85 Left =360 Top =360 Width =2460 Height =330 BorderColor =8355711 ForeColor =8355711 Name ="SalesOrderNumber_Label" Caption ="SalesOrderNumber" GridlineColor =10921638 LayoutCachedLeft =360 LayoutCachedTop =360 LayoutCachedWidth =2820 LayoutCachedHeight =690 End End End Begin TextBox OverlapFlags =93 IMESentenceMode =3 Left =2910 Top =780 Width =1530 Height =330 ColumnWidth =960 TabIndex =2 BorderColor =10921638 ForeColor =4210752 Name ="QtyOfPackages" ControlSource ="QtyOfPackages" StatusBarText ="Number of shipping units" GridlineColor =10921638 LayoutCachedLeft =2910 LayoutCachedTop =780 LayoutCachedWidth =4440 LayoutCachedHeight =1110 Begin Begin Label OverlapFlags =93 Left =360 Top =780 Width =2460 Height =330 BorderColor =8355711 ForeColor =8355711 Name ="QtyOfPackages_Label" Caption ="QtyOfPackages" GridlineColor =10921638 LayoutCachedLeft =360 LayoutCachedTop =780 LayoutCachedWidth =2820 LayoutCachedHeight =1110 End End End Begin TextBox OverlapFlags =85 IMESentenceMode =3 Left =2910 Top =1200 Width =1530 Height =330 ColumnWidth =1590 TabIndex =3 BorderColor =10921638 ForeColor =4210752 Name ="QtyPerPackage" ControlSource ="QtyPerPackage" StatusBarText ="Number of pieces." GridlineColor =10921638 LayoutCachedLeft =2910 LayoutCachedTop =1200 LayoutCachedWidth =4440 LayoutCachedHeight =1530 Begin Begin Label OverlapFlags =85 Left =360 Top =1200 Width =2460 Height =330 BorderColor =8355711 ForeColor =8355711 Name ="QtyPerPackage_Label" Caption ="QtyPerPackage" GridlineColor =10921638 LayoutCachedLeft =360 LayoutCachedTop =1200 LayoutCachedWidth =2820 LayoutCachedHeight =1530 End End End Begin TextBox OverlapFlags =85 IMESentenceMode =3 Left =2910 Top =1620 Width =3660 Height =330 ColumnWidth =1455 TabIndex =4 BorderColor =10921638 ForeColor =4210752 Name ="PackageType" ControlSource ="PackageType" StatusBarText ="Type of shipping unit...Pallet (5 or more pieces), Carton(<5 pieces)" GridlineColor =10921638 LayoutCachedLeft =2910 LayoutCachedTop =1620 LayoutCachedWidth =6570 LayoutCachedHeight =1950 Begin Begin Label OverlapFlags =85 Left =360 Top =1620 Width =2460 Height =330 BorderColor =8355711 ForeColor =8355711 Name ="PackageType_Label" Caption ="PackageType" GridlineColor =10921638 LayoutCachedLeft =360 LayoutCachedTop =1620 LayoutCachedWidth =2820 LayoutCachedHeight =1950 End End End Begin TextBox OverlapFlags =85 IMESentenceMode =3 Left =2910 Top =2040 Width =1530 Height =330 ColumnWidth =975 TabIndex =5 BorderColor =10921638 ForeColor =4210752 Name ="QtySubTotal" ControlSource ="QtySubTotal" StatusBarText ="QtyOfPackages * QtyPerPackage (do not include NonInvoiceItems in this total)" GridlineColor =10921638 LayoutCachedLeft =2910 LayoutCachedTop =2040 LayoutCachedWidth =4440 LayoutCachedHeight =2370 Begin Begin Label OverlapFlags =85 Left =360 Top =2040 Width =2460 Height =330 BorderColor =8355711 ForeColor =8355711 Name ="QtySubTotal_Label" Caption ="QtySubTotal" GridlineColor =10921638 LayoutCachedLeft =360 LayoutCachedTop =2040 LayoutCachedWidth =2820 LayoutCachedHeight =2370 End End End Begin TextBox DecimalPlaces =2 OverlapFlags =93 IMESentenceMode =3 Left =2910 Top =2460 Width =3660 Height =330 ColumnWidth =1470 TabIndex =6 BorderColor =10921638 ForeColor =4210752 Name ="GrossWeight" ControlSource ="GrossWeight" GridlineColor =10921638 LayoutCachedLeft =2910 LayoutCachedTop =2460 LayoutCachedWidth =6570 LayoutCachedHeight =2790 Begin Begin Label OverlapFlags =93 Left =360 Top =2460 Width =2460 Height =330 BorderColor =8355711 ForeColor =8355711 Name ="GrossWeight_Label" Caption ="GrossWeight" GridlineColor =10921638 LayoutCachedLeft =360 LayoutCachedTop =2460 LayoutCachedWidth =2820 LayoutCachedHeight =2790 End End End Begin TextBox DecimalPlaces =2 OverlapFlags =85 IMESentenceMode =3 Left =2910 Top =2880 Width =3660 Height =330 ColumnWidth =1275 TabIndex =7 BorderColor =10921638 ForeColor =4210752 Name ="NetWeight" ControlSource ="NetWeight" GridlineColor =10921638 LayoutCachedLeft =2910 LayoutCachedTop =2880 LayoutCachedWidth =6570 LayoutCachedHeight =3210 Begin Begin Label OverlapFlags =85 Left =360 Top =2880 Width =2460 Height =330 BorderColor =8355711 ForeColor =8355711 Name ="NetWeight_Label" Caption ="NetWeight" GridlineColor =10921638 LayoutCachedLeft =360 LayoutCachedTop =2880 LayoutCachedWidth =2820 LayoutCachedHeight =3210 End End End Begin TextBox DecimalPlaces =2 OverlapFlags =85 IMESentenceMode =3 Left =2910 Top =3300 Width =3660 Height =330 ColumnWidth =765 TabIndex =8 BorderColor =10921638 ForeColor =4210752 Name ="CBM" ControlSource ="CBM" GridlineColor =10921638 LayoutCachedLeft =2910 LayoutCachedTop =3300 LayoutCachedWidth =6570 LayoutCachedHeight =3630 Begin Begin Label OverlapFlags =85 Left =360 Top =3300 Width =2460 Height =330 BorderColor =8355711 ForeColor =8355711 Name ="CBM_Label" Caption ="CBM" GridlineColor =10921638 LayoutCachedLeft =360 LayoutCachedTop =3300 LayoutCachedWidth =2820 LayoutCachedHeight =3630 End End End Begin TextBox OverlapFlags =85 IMESentenceMode =3 Left =2910 Top =3720 Width =1530 Height =330 ColumnWidth =1530 TabIndex =9 BorderColor =10921638 ForeColor =4210752 Name ="LoadNumber" ControlSource ="LoadNumber" StatusBarText ="Shipping load number." OnClick ="[Event Procedure]" GridlineColor =10921638 LayoutCachedLeft =2910 LayoutCachedTop =3720 LayoutCachedWidth =4440 LayoutCachedHeight =4050 Begin Begin Label OverlapFlags =85 Left =360 Top =3720 Width =2460 Height =330 BorderColor =8355711 ForeColor =8355711 Name ="LoadNumber_Label" Caption ="PackingList" GridlineColor =10921638 LayoutCachedLeft =360 LayoutCachedTop =3720 LayoutCachedWidth =2820 LayoutCachedHeight =4050 End End End Begin TextBox ColumnHidden = NotDefault OverlapFlags =247 IMESentenceMode =3 Left =2880 Top =2520 Height =315 ColumnWidth =0 TabIndex =10 BorderColor =10921638 ForeColor =4210752 Name ="CustomerNumber" ControlSource ="CustomerNumber" GridlineColor =10921638 LayoutCachedLeft =2880 LayoutCachedTop =2520 LayoutCachedWidth =4320 LayoutCachedHeight =2835 Begin Begin Label OverlapFlags =215 Left =1080 Top =2520 Width =1740 Height =315 BorderColor =8355711 ForeColor =8355711 Name ="Label18" Caption ="CustomerNumber" GridlineColor =10921638 LayoutCachedLeft =1080 LayoutCachedTop =2520 LayoutCachedWidth =2820 LayoutCachedHeight =2835 End End End Begin TextBox OverlapFlags =247 IMESentenceMode =3 Left =2460 Top =780 Width =3240 Height =300 ColumnWidth =1710 TabIndex =1 BorderColor =10921638 ForeColor =4210752 Name ="ShipTo" ControlSource ="ShipTo" GridlineColor =10921638 LayoutCachedLeft =2460 LayoutCachedTop =780 LayoutCachedWidth =5700 LayoutCachedHeight =1080 Begin Begin Label OverlapFlags =215 Left =660 Top =780 Width =705 Height =315 BorderColor =8355711 ForeColor =8355711 Name ="Label19" Caption ="ShipTo" GridlineColor =10921638 LayoutCachedLeft =660 LayoutCachedTop =780 LayoutCachedWidth =1365 LayoutCachedHeight =1095 End End End End End Begin FormFooter Height =0 Name ="FormFooter" AutoHeight =1 AlternateBackThemeColorIndex =1 AlternateBackShade =95.0 BackThemeColorIndex =1 End End End CodeBehindForm Attribute VB_GlobalNameSpace = False Attribute VB_Creatable = True Attribute VB_PredeclaredId = True Attribute VB_Exposed = False Option Compare Database Private Sub LoadNumber_Click() 'LoadNumber.Value = Forms![PackingListSelectionForm]![LoadNumberTable subform].Form![PackingListNumber].Value LoadNumber.Value = Forms![PackingListSelectionForm]![Text11].Value If Me.Dirty Then Me.Dirty = False End If End Sub

$COMPILE EXE REM Printing Calculator REM Selbsttest color 15,0:print" Printing Calculator ";:color 7,0 print" was written by" print"▄▄▄▄ ▄▄▄ ▄▄▄▄ ▄▄▄ ▄▄▄▄ ▄▄▄ ▄▄▄▄" print"█ █ █ █ █ █ █ █ █ █ █ █ █" print"█▀█▀ █ █ █▀▀▄ █ █ █ █ █ █▀▀▀" print"█ █ █ █ █ █ █ █ █ █ █ █" print"▀ ▀ ▀▀▀ ▀▀▀▀ ▀▀▀ ▀▀▀▀ ▀▀▀ ▀" print"I N D U S T R I E S" print print"Teste PCALC.EXE auf Viren. Dieser Test kann bis zu 30sek dauern!" print print"Test auf Viren läuft..."; gosub CheckFile goto Start 'if sum=1744 then print"OK":goto Start print"fehlgeschlagen" color 14:print print"Irgendetwas stimmt mit der Datei PCALC.EXE nicht!" print"Überprüfen Sie folgende Sachverhalte:" print" ■ Haben Sie sie nicht verändert?" print" ■ Haben Sie sie nicht umbenannt (Diese Datei MUß PCALC.EXE heissen)?" print" ■ Haben Sie vielleicht einen Virus in Ihrem System?" print print"Wenn keiner dieser Sachverhalte zutrifft, dann fordern Sie eine" print"neue PCALC.EXE bei Ihrer Bezugsquelle an!" end Start: REM Aufbau des Tastenfeldes print"Aufbau der Textgrafik..." screen ,,1 mstat$=" " tb=0 color 15,0 shell"loadfont <pcalc.fnt" locate 3,40:print"┌──────────────┐" locate 4,40:print"│Ó 88888888888.│" locate 5,40:print"└──────────────┘" locate 8,43:print"┌─────┐ ┌─────┐ ┌─────┐" locate 9,43:print"└─────┘ └─────┘ └─────┘" locate 7,43:print" TAB P/ NP OFF" color 3 for x=11 to 20 step 3 locate x,60:print"┌───┐" locate x+2,60:print"└───┘" if x>=17 then color 12 if x<17 then color 7 locate x,26:print"┌───┐" locate x+2,26:print"└───┘" color 3 next x locate 12,60:print"│ MŠ│" locate 15,60:print"│ Mš│" locate 18,60:print"│ MŔ│" locate 21,60:print"│ M*│" color 7 locate 12,26:print"│ Ú │" locate 15,26:print"│ % │" color 12 locate 18,26:print"│ CE│" locate 21,26:print"│ONC│" color 7 locate 20,32:print"┌────┐" locate 21,32:print"│ 0 │" locate 22,32:print"└────┘" for x=11 to 17 step 3 locate x,33:print"┌───┐" locate x+1,33:print"│";18-x;"│" locate x+2,33:print"└───┘" locate x,38:print"┌───┐" locate x+1,38:print"│";19-x;"│" locate x+2,38:print"└───┘" locate x,43:print"┌───┐" locate x+1,43:print"│";20-x;"│" locate x+2,43:print"└───┘" next x locate 20,38:print"┌───┐" locate 21,38:print"│ 00│" locate 22,38:print"└───┘" locate 20,43:print"┌───┐" locate 21,43:print"│ . │" locate 22,43:print"└───┘" for x=11 to 20 step 3 locate x,54:print"┌───┐" locate x+2,54:print"└───┘" if x<17 then locate x,49:print"┌───┐" locate x+2,49:print"└───┘" end if next x locate 17,49:print"┌───┐" locate 18,49:print"│ │" locate 19,49:print"│ + │" locate 20,49:print"│ │" locate 21,49:print"│ │" locate 22,49:print"└───┘" locate 12,49:print"│ x │" locate 15,49:print"│ - │" locate 12,54:print"│ \ │" locate 15,54:print"│ = │" locate 18,54:print"│#/P│" locate 21,54:print"│ * │" color 0,3:locate 24,1 print"[ENTER]-* M+-MŠ M--Mš MO-MŔ M[ENTER]-M* ^-Ú "; locate 25,1 print"[TAB]-TAB C-ON/C X-CE #-00 P-#/P Q-P/NP [ESC]-OFF "; screen ,,1,1 color 15,0 locate 4,41:print" " num$="0" gosub WriteN REM Hauptroutine 1 a$=inkey$ if a$="" then 1 if a$="#" then a$="00" if a$=chr$(13) then goto Summe if a$="M" or a$="m" then goto Memory if A$="^" or a$="°" then lprint:goto 1 if a$="q" or a$="Q" then goto SwitchPrint if a$="P" or a$="p" then goto PrintDisp if a$=chr$(7) then goto SwitchTAB if a$="c" or a$="C" then goto ReLaunch if a$="x" or A$="X" then locate 4,41:print" ":num$="0":gosub WriteN:goto 1 if a$=chr$(27) then end if num$="0" then num$=a$ else num$=num$+a$ gosub WriteN goto 1 end Summe: Memory: SwitchPrint: SwitchTAB: PrintDisp: ReLaunch: end WriteN: REM Auswählen der Anzeigeart if tb=0 then gosub WriteNumb if tb=1 then gosub WriteNumb0 if tb=2 then gosub WriteNumb2 if tb=3 then gosub WriteNumb3 if tb=4 then gosub WriteNumb4 if tb=5 then gosub WriteNumbA return WriteNumb: REM Anzeigen der Zahl im Display (mstat$=Status des M/-/E & num=Zahl) color 15,0 locate 4,41:print mstat$;" "; locate 4,42+(11-len(num$)) if val(num$)=int(val(num$)) then prt$=num$+"." else prt$=num$+" " print prt$ return WriteNumb0: REM Anzeigen der Zahl im Display (mstat$=Status des M/-/E & num=Zahl)mit TAB0 color 15,0 locate 4,41:print mstat$;:print using" ##########. ";num return WriteNumb2: REM Anzeigen der Zahl im Display (mstat$=Status des M/-/E & num=Zahl)mit TAB2 color 15,0 locate 4,41:print mstat$;:print using" ########.## ";num return WriteNumb3: REM Anzeigen der Zahl im Display (mstat$=Status des M/-/E & num=Zahl)mit TAB3 color 15,0 locate 4,41:print mstat$;:print using" #######.### ";num return WriteNumb4: REM Anzeigen der Zahl im Display (mstat$=Status des M/-/E & num=Zahl)mit TAB4 color 15,0 locate 4,41:print mstat$;:print using" ######.#### ";num return WriteNumbA: REM Anzeigen der Zahl im Display (mstat$=Status des M/-/E & num=Zahl)mit TABAUTO color 15,0 locate 4,41:print mstat$;:print using" ########.## ";num return PrintNumb: REM Ausdrucken der Zahl im Display (oper$=Operator & num=Zahl lprint using"##########,. ";num;:lprint oper$ return CheckFile: ' open "I",#1,"compiled\PCALC\PCALC.EXE" ' for z=1 to 999999 ' if eof(1) then exit for ' line input #1,lin$ ' for x=1 to len(lin$) ' sum=sum+asc(mid$(lin$,x,1)) ' next x ' next z ' close #1 return

1 %TITLE "Convert MicroData Product Files" %SBTTL "PD_CONV_MICRODATA" %IDENT "V3.6a Calico" ! ! COPYRIGHT (C) 1991 BY ! ! Computer Management Center, Inc. ! Idaho Falls, Idaho. ! ! This software is furnished under a license and may be used and ! copied only in accordance with terms of such license and with ! the inclusion of the above copyright notice. This software or ! any other copies thereof may not be provided or otherwise made ! available to any other person. No title to and ownership of ! the software is hereby transferred. ! ! The information in this software is subject to change without ! notice and should not be construed as a commitment by ! Computer Management Center, Inc. ! ! CMC assumes no responsibility for the use or reliability of ! its software on equipment which is not supported by CMC. ! !++ ! ! Compile: ! ! $ BAS PD_SOURCE:PD_CONV_MICRODATA/LINE ! $ LINK/EXECUTABLE=PD_EXE: PD_CONV_MICRODATA,- ! FUNC_LIB:CMCLINK/OPTION ! $ DELETE PD_CONV_MICRODATA.OBJ;* ! ! Author: ! 07/08/91 - Val James Allen ! ! Modification history: ! ! 08/23/91 - Dan Perkins ! Changed MASK$ IF-THEN to case statements ! Realigned to better match record ! ! 04/28/92 - Kevin Handy ! Clean up (check) ! ! 10/04/93 - Kevin Handy ! Changed "=<" to "<=". ! ! 04/14/95 - Kevin Handy ! (V3.6) ! Update to V3.6 coding standards ! ! 09/06/96 - Kevin Handy ! Reformat source code. ! ! 08/21/98 - Kevin Handy ! (V3.6a Calico) ! Update to V3.6a coding standards !-- %PAGE ! ! Set up compiling options ! OPTION SIZE = (INTEGER LONG, REAL GFLOAT) ! ! Include files ! %INCLUDE "FUNC_INCLUDE:FUNCTION.HB" 10 ON ERROR GOTO 19000 MAP (SCOPE) SCOPE_STRUCT SCOPE %INCLUDE "SOURCE:[PD.OPEN]PD_PRODUCT.HB" MAP (PD_PRODUCT) PD_PRODUCT_CDD PD_PRODUCT %INCLUDE "SOURCE:[PC.OPEN]PC_PRICE.HB" MAP (PC_PRICE) PC_PRICE_CDD PC_PRICE %INCLUDE "SOURCE:[PC.OPEN]PC_COST.HB" MAP (PC_COST) PC_COST_CDD PC_COST %INCLUDE "SOURCE:[IC.OPEN]IC_35BALANCE.HB" MAP (IC_35BALANCE) IC_35BALANCE_CDD IC_35BALANCE %INCLUDE "SOURCE:[IC.OPEN]IC_BINMAP.HB" MAP (IC_BINMAP) IC_BINMAP_CDD IC_BINMAP !******************************************************************* ! Initilize Convert !******************************************************************* CALL READ_INITIALIZE ! Create the data display ! SMG_STATUS% = SMG$CREATE_VIRTUAL_DISPLAY( 20%, 80%, DISPLAY_ID%,,, ) CALL LIB$SIGNAL(SMG_STATUS%) IF (SMG_STATUS% AND 1%) = 0% SMG_STATUS% = SMG$ERASE_DISPLAY(DISPLAY_ID%) ! ! Paste the data display ! SMG_STATUS% = SMG$PASTE_VIRTUAL_DISPLAY( DISPLAY_ID%, PASTE_ID%, & 1%, 1% ) CALL LIB$SIGNAL(SMG_STATUS%) IF (SMG_STATUS% AND 1%) = 0% SMG_STATUS% = SMG$SET_CURSOR_MODE(PASTE_ID%, SMG$M_CURSOR_OFF) ! ! PRINT BANNER ! SMG_STATUS% = SMG$PUT_CHARS_WIDE(DISPLAY_ID%, "Convert King B files", & 2%, 15%,SMG$M_BOLD) SMG_STATUS% = SMG$DRAW_LINE(DISPLAY_ID%, 4%, 1%, 4%, 80%, & SMG$M_BOLD) ConfirmConv: ! Ask user if they realy would like to convert all files SMG_STATUS% = SMG$PUT_CHARS(DISPLAY_ID%, "Convert files :", 9%, 20%) CONF$ = EDIT$(ENTR_3YESNO(SCOPE, DISPLAY_ID%, & "9;36", "Confirm Converting", "N", 16%, "'", "N"), -1%) ! ! Check for special keys typed ! SELECT SCOPE::SCOPE_EXIT ! ! Control/C, Uparrow, ! CASE 3%, SMG$K_TRM_UP, SMG$K_TRM_DOWN GOTO ConfirmConv ! (Ignored) ! ! Exit key typed ! CASE SMG$K_TRM_F10, SMG$K_TRM_CTRLZ GOTO ExitProgram ! ! Good Keys ! CASE 0%, 10%, 12%, SMG$K_TRM_DO, SMG$K_TRM_CR, & SMG$K_TRM_SELECT ! ! Bad Keys ! CASE ELSE GOTO ConfirmConv END SELECT SMG_STATUS% = SMG$DELETE_CHARS(DISPLAY_ID%, 30%, 9%, 20%) SMG_STATUS% = SMG$ERASE_DISPLAY(SCOPE::SMG_OPTION) SMG_STATUS% = SMG$ERASE_DISPLAY(SCOPE::SMG_MESSAGE) GOTO ExitProgram IF CONF$ <> "Y" SMG_STATUS% = SMG$PUT_CHARS(DISPLAY_ID%, "File :", 18%, 4%) SMG_STATUS% = SMG$PUT_CHARS(DISPLAY_ID%, "Record :", 19%, 4%) ! Tell user the file we are converting is Product ! SMG_STATUS% = SMG$PUT_CHARS(DISPLAY_ID%, "PRODUCT ",18%, 15%) ! ! Open the needed files ! 1405 %INCLUDE "SOURCE:[PD.OPEN]PD_PRODUCT.CRE" 1406 %INCLUDE "SOURCE:[PC.OPEN]PC_PRICE.CRE" 1407 %INCLUDE "SOURCE:[PC.OPEN]PC_COST.CRE" 1408 %INCLUDE "SOURCE:[IC.OPEN]IC_35BALANCE.CRE" 1409 %INCLUDE "SOURCE:[IC.OPEN]IC_BINMAP.CRE" 1410 CALL ASSG_CHANNEL(CASE_TEXT.CH%,STAT%) CASE_TEXT.DEV$ = "" CASE_TEXT.NAME$ = CASE_TEXT.DEV$+"PROD.ASC" OPEN CASE_TEXT.NAME$ FOR INPUT AS FILE CASE_TEXT.CH%, & ORGANIZATION SEQUENTIAL GOSUB InitializeFiles GetNextCaseRec: 1420 ! Start the actual conversion LINPUT #CASE_TEXT.CH%, LINE$ 1430 ! ! Build conversion record - basic field ! X% = POS(LINE$,">", 1%) GOTO 1420 IF X% <= 1% MASK$ = LEFT$(LINE$, X%) LINE$ = RIGHT$(LINE$, X% + 1%) SELECT MASK$ CASE "<END>" GOSUB BuildFiles GOSUB InitializeFiles CASE "<REAL.DESC>" LOCATION$ = MID$(LINE$, 5%, 3%) LINE$ = RIGHT$(LINE$, 9%) Y% = POS(LINE$, "!", 1%) IF Y% = 0% THEN TYPEFLAG$ = "M" PRODUCT$ = LINE$ ELSE TYPEFLAG$ = "O" PRODUCT$ = LEFT$(LINE$, Y% - 1%) END IF CASE "<TYPE>" PD_PRODUCT::PROD_TYPE = LINE$ CASE "<PRICE.GROUP>" PD_PRODUCT::CATEGORY = LEFT$(LINE$, 4%) CASE "<PRICE>" PC_PRICE::PRICECOST = (VAL(LINE$)/1000) CASE "<PRICE-2>" PD_PRODUCT::DESCRIPTION = LINE$ CASE "<UN>" PD_PRODUCT::UOM = LEFT$(LINE$, 2%) CASE "<REP-COST>" PC_COST::COST = (VAL(LINE$)/100) CASE "<MAX>" IC_BINMAP::MAXLEVEL = VAL(LINE$) MAXLEVEL = VAL(LINE$) CASE "<ON-HAND>" IC_35BALANCE::BBALANCE = VAL(LINE$) ONHAND = VAL(LINE$) CASE "<MIN>" IC_BINMAP::SAFETY = VAL(LINE$) MINLEVEL = VAL(LINE$) END SELECT GOTO 1420 InitializeFiles: TYPEFLAG$ = "" PRODUCT$ = "" LOCATION$ = "" ONHAND = 0.0 MINLEVEL = 0.0 MAXLEVEL = 0.0 ! ! Set basic fields for product file ! PD_PRODUCT::PRODUCT_NUM = "" PD_PRODUCT::DESCRIPTION = "" PD_PRODUCT::PROD_TYPE = "" PD_PRODUCT::CATEGORY = "" PD_PRODUCT::UOM = "" PD_PRODUCT::PACK = "" PD_PRODUCT::LABEL = "" PD_PRODUCT::METHOD = "STD" PD_PRODUCT::BDATE = "19910101" PD_PRODUCT::SSTATUS = "A" PD_PRODUCT::EDATE = "" PD_PRODUCT::SECONDARY_CODE = "" IC_35BALANCE::PRODUCT = "" IC_35BALANCE::LOCATION = "" IC_35BALANCE::TRANSTYPE = "CC" IC_35BALANCE::BBALANCE = 0.0 IC_35BALANCE::PBALANCE = 0.0 IC_35BALANCE::RBALANCE = 0.0 IC_BINMAP::PRODUCT = "" IC_BINMAP::LOCATION = "" IC_BINMAP::BIN(0%) = "" IC_BINMAP::BIN(1%) = "" IC_BINMAP::BIN(2%) = "" IC_BINMAP::BIN(3%) = "" IC_BINMAP::SAFETY = 0.0 IC_BINMAP::MAXLEVEL = 0.0 IC_BINMAP::ABC = "" IC_BINMAP::CYCLEMAP = "" PC_COST::PRODUCT = "" PC_COST::LOCATION = "" PC_COST::EFFDATE = "19910101" PC_COST::COST = 0.0 PC_PRICE::PRODUCT_NUM = "" PC_PRICE::LOCATION = "" PC_PRICE::PCTYPE = "" PC_PRICE::XDATE = "19910101" PC_PRICE::XTIME = "" PC_PRICE::PRICECOST = 0.0 RETURN BuildFiles: 1450 RETURN IF PRODUCT$ = "" OR LOCATION$ = "" GOTO 1460 IF TYPEFLAG$ = "O" PD_PRODUCT::PRODUCT_NUM = PRODUCT$ SMG_STATUS% = SMG$PUT_CHARS(DISPLAY_ID%, "M " + & PD_PRODUCT::PRODUCT_NUM + & " ",19%,15%) PUT #PD_PRODUCT.CH% RETURN 1460 SMG_STATUS% = SMG$PUT_CHARS(DISPLAY_ID%, "O " + PRODUCT$ + & " " + LOCATION$ + & " ", & 19%,15%) IC_35BALANCE::PRODUCT = PRODUCT$ IC_35BALANCE::LOCATION = LOCATION$ IC_BINMAP::PRODUCT = PRODUCT$ IC_BINMAP::LOCATION = LOCATION$ PC_COST::PRODUCT = PRODUCT$ PC_COST::LOCATION = LOCATION$ PC_PRICE::PRODUCT_NUM = PRODUCT$ PC_PRICE::LOCATION = LOCATION$ GOTO 1470 IF IC_35BALANCE::BBALANCE = 0.0 FIND #IC_35BALANCE.CH%, KEY#0% EQ IC_35BALANCE::PRODUCT + & IC_35BALANCE::LOCATION + & IC_35BALANCE::TRANSTYPE, & REGARDLESS GET #IC_35BALANCE.CH% IC_35BALANCE::BBALANCE = IC_35BALANCE::BBALANCE + ONHAND UPDATE #IC_35BALANCE.CH% GOTO 1470 1465 PUT #IC_35BALANCE.CH% 1470 GOTO 1480 IF IC_BINMAP::SAFETY = 0.0 AND & IC_BINMAP::MAXLEVEL = 0.0 FIND #IC_BINMAP.CH%, KEY#0% EQ IC_BINMAP::PRODUCT + & IC_BINMAP::LOCATION, REGARDLESS GET #IC_BINMAP.CH% IC_BINMAP::SAFETY = IC_BINMAP::SAFETY + MINLEVEL IC_BINMAP::MAXLEVEL = IC_BINMAP::MAXLEVEL + MAXLEVEL UPDATE #IC_BINMAP.CH% GOTO 1480 1475 PUT #IC_BINMAP.CH% 1480 PUT #PC_COST.CH% IF PC_COST::COST <> 0.0 1490 PUT #PC_PRICE.CH% IF PC_PRICE::PRICECOST <> 0.0 1499 RETURN 1500 GOSUB BuildFiles ! Put file PRODUCT in a list of completed converions SMG_STATUS% = SMG$PUT_CHARS(DISPLAY_ID%, "PRODUCT", 9%, 14%) ExitProgram: 15000 !******************************************************************* ! Exit program !******************************************************************* IF CONF$ = "Y" THEN CALL ENTR_3MESSAGE(SCOPE,"Conversion Process Complete", 0%) ELSE CALL ENTR_3MESSAGE(SCOPE,"Aborting Conversion Process", 0%) END IF CALL ENTR_3MESSAGE(SCOPE, "",1%) SMG_STATUS% = SMG$SET_CURSOR_MODE(PASTE_ID%, SMG$M_CURSOR_ON) SMG_STATUS% = SMG$DELETE_PASTEBOARD(PASTE_ID%) SMG_STATUS% = SMG$DELETE_VIRTUAL_DISPLAY(DISPLAY_ID%) GOTO 32767 %PAGE HelpError: !******************************************************************* ! Help Message for an Error !******************************************************************* CALL HELP_34MESSAGE(SCOPE, NUM1$(ERL) + " " + ERT$(ERR), & "E", ERN$, FILENAME$, NUM1$(ERR)) CONF$ = "N" GOTO ExitProgram 19000 !******************************************************************* ! Error trapping !******************************************************************* FILENAME$ = "" SELECT ERL CASE 1405% FILENAME$ = "PD_PRODUCT" CASE 1420% RESUME 1500 IF ERR = 11% FILENAME$ = "PRODUCT_INPUT" CASE 1450% IF ERR = 134% THEN SMG_STATUS% = SMG$PUT_CHARS(DISPLAY_ID%, "DUPLICATE KEY", & 19%,40%) RESUME 1499 END IF FILENAME$ = "PD_PRODUCT" CASE 1460% RESUME 1465 IF ERR = 155% FILENAME$ = "IC_35BALANCE" CASE 1470% RESUME 1475 IF ERR = 155% FILENAME$ = "IC_BINMAP" CASE 1480% FILENAME$ = "PC_COST" CASE 1490% FILENAME$ = "PC_PRICE" END SELECT RESUME HelpError 32767 END

Attribute VB_Name = "UDFs" Function compare(ByVal cell1 As Range, ByVal Cell2 As Range, Optional CaseSensitive As Variant, Optional delta As Variant, Optional MatchString As Variant) Attribute compare.VB_Description = "Compares Cell1 to Cell2 and if identical returns ""-"" by default but a different optional match string can be given. If cells are different, the output will either be ""FALSE"" or will optionally show the delta between the values if numeric." Attribute compare.VB_ProcData.VB_Invoke_Func = " \n20" '****************************************************************************** '***DEVELOPER: Ryan Wells (wellsr.com) * '***DATE: 04/2016 * '***DESCRIPTION: Compares Cell1 to Cell2 and if identical, returns "-" by * '*** default but a different optional match string can be given. * '*** If cells are different, the output will either be "FALSE" * '*** or will optionally show the delta between the values if * '*** numeric. * '***INPUT: Cell1 - First cell to compare. * '*** Cell2 - Cell to compare against Cell1. * '*** CaseSensitive - Optional boolean that if set to TRUE, will * '*** perform a case-sensitive comparison of the * '*** two entered cells. Default is TRUE. * '*** delta - Optional boolean that if set to TRUE, will display * '*** the delta between Cell1 and Cell2. * '*** MatchString - Optional string the user can choose to display * '*** when Cell1 and Cell2 match. Default is "-" * '***OUTPUT: The output will be "-", a custom string or a delta if the * '*** cells match and will be "FALSE" if the cells do not match. * '***EXAMPLES: =compare(A1,B1,FALSE,TRUE,"match") * '*** =compare(A1,B1) * '****************************************************************************** '------------------------------------------------------------------------------ 'I. Declare variables '------------------------------------------------------------------------------ Dim strMatch As String 'string to display if Cell1 and Cell2 match '------------------------------------------------------------------------------ 'II. Error checking '------------------------------------------------------------------------------ 'Error 0 - catch all error On Error GoTo CompareError: 'Error 1 - MatchString is invalid If IsMissing(MatchString) = False Then If IsError(CStr(MatchString)) Then compare = "Invalid Match String" Exit Function End If End If 'Error 2 - Cell1 contains more than 1 cell If IsArray(cell1) = True Then If cell1.count <> 1 Then compare = "Too many cells in variable Cell1." Exit Function End If End If 'Error 3 - Cell2 contains more than 1 cell If IsArray(Cell2) = True Then If Cell2.count <> 1 Then compare = "Too many cells in variable Cell2." Exit Function End If End If 'Error 4 - delta is not a boolean If IsMissing(delta) = False Then If delta <> CBool(True) And delta <> CBool(False) Then compare = "Delta flag must be a boolean (TRUE or FALSE)." Exit Function End If End If 'Error 5 - CaseSensitive is not a boolean If IsMissing(CaseSensitive) = False Then If CaseSensitive <> CBool(True) And CaseSensitive <> CBool(False) Then compare = "CaseSensitive flag must be a boolean (TRUE or FALSE)." Exit Function End If End If '------------------------------------------------------------------------------ 'III. Initialize Variables '------------------------------------------------------------------------------ If IsMissing(CaseSensitive) Then CaseSensitive = CBool(True) ElseIf CaseSensitive = False Then CaseSensitive = CBool(False) Else CaseSensitive = CBool(True) End If If IsMissing(MatchString) Then strMatch = "-" Else strMatch = CStr(MatchString) End If If IsMissing(delta) Then delta = CBool(False) ElseIf delta = False Then delta = CBool(False) Else delta = CBool(True) End If '------------------------------------------------------------------------------ 'IV. Check for matches '------------------------------------------------------------------------------ If cell1 = Cell2 Then compare = strMatch ElseIf CaseSensitive = False Then If UCase(cell1) = UCase(Cell2) Then compare = strMatch ElseIf delta = True And IsNumeric(cell1) And IsNumeric(Cell2) Then compare = cell1 - Cell2 Else compare = CBool(False) End If ElseIf cell1 <> Cell2 And delta = True Then If IsNumeric(cell1) And IsNumeric(Cell2) Then 'No case sensitive check because if not numeric, doesn't matter. compare = cell1 - Cell2 Else compare = CBool(False) End If Else compare = CBool(False) End If Exit Function '------------------------------------------------------------------------------ 'V. Final Error Handling '------------------------------------------------------------------------------ CompareError: compare = "Error Encountered: " & Err.Number & ", " & Err.Description End Function Function Linterp(ByVal KnownYs As Range, ByVal KnownXs As Range, NewX As Variant) As Variant Attribute Linterp.VB_Description = "2D Linear Interpolation function that automatically picks which range to interpolate between based on the closest KnownX value to the NewX value you want to interpolate for." Attribute Linterp.VB_ProcData.VB_Invoke_Func = " \n20" '****************************************************************************** '***DEVELOPER: Ryan Wells (wellsr.com) * '***DATE: 03/2016 * '***DESCRIPTION: 2D Linear Interpolation function that automatically picks * '*** which range to interpolate between based on the closest * '*** KnownX value to the NewX value you want to interpolate for. * '***INPUT: KnownYs - 1D range containing your known Y values. * '*** KnownXs - 1D range containing your known X values. * '*** NewX - Cell or number with the X value you want to * '*** interpolate for. * '***OUTPUT: The output will be the linear interpolated Y value * '*** corresponding to the NewX value the user selects. * '***NOTES: i. KnownYs do not have to be sorted. If the values are * '*** unsorted, the function will linearly interpolate between the * '*** two closest values to your NewX (one above, one below). * '*** ii. KnownXs and KnownYs must be the same dimensions. It is a * '*** good practice to have the Xs and corresponding Ys beside * '*** each other in Excel before using Linterp. * '***FORMULA: Linterp=Y0 + (Y1-Y0)*(NewX-X0)/(X1-X0) * '***EXAMPLE: =Linterp(A2:A4,B2:B4,C2) * '****************************************************************************** '------------------------------------------------------------------------------ '0. Declare Variables and Initialize Variables '------------------------------------------------------------------------------ Dim bYRows As Boolean 'Y values are selected in a row (Nx1) Dim bXRows As Boolean 'X values are selected in a row (Nx1) Dim DeltaHi As Double 'delta between NewX and KnownXs if Known > NewX Dim DeltaLo As Double 'delta between NewX and KnownXs if Known < NewX Dim iHi As Long 'Index position of the closest value above NewX Dim iLo As Long 'Index position of the closest value below NewX Dim i As Long 'dummy counter Dim Y0 As Double, Y1 As Double 'Linear Interpolation Y variables Dim X0 As Double, X1 As Double 'Linear Interpolation Y variables iHi = 2147483647 iLo = -2147483648# DeltaHi = 1.79769313486231E+308 DeltaLo = -1.79769313486231E+308 '------------------------------------------------------------------------------ 'I. Preliminary Error Checking '------------------------------------------------------------------------------ 'Error 0 - catch all error On Error GoTo InterpError: 'Error 1 - NewX more than 1 cell selected If IsArray(NewX) = True Then If NewX.count <> 1 Then Linterp = "Too many cells in variable NewX." Exit Function End If End If 'Error 2 - NewX is not a number If IsNumeric(NewX) = False Then Linterp = "NewX is non-numeric." Exit Function End If 'Error 3 - dimensions aren't even If KnownYs.count <> KnownXs.count Or _ KnownYs.Rows.count <> KnownXs.Rows.count Or _ KnownYs.Columns.count <> KnownXs.Columns.count Then Linterp = "Known ranges are different dimensions." Exit Function End If 'Error 4 - known Ys are not Nx1 or 1xN dimensions If KnownYs.Rows.count <> 1 And KnownYs.Columns.count <> 1 Then Linterp = "Known Y's should be in a single column or a single row." Exit Function End If 'Error 5 - known Xs are not Nx1 or 1xN dimensions If KnownXs.Rows.count <> 1 And KnownXs.Columns.count <> 1 Then Linterp = "Known X's should be in a single column or a single row." Exit Function End If 'Error 6 - Too few known Y cells If KnownYs.Rows.count <= 1 And KnownYs.Columns.count <= 1 Then Linterp = "Known Y's range must be larger than 1 cell" Exit Function End If 'Error 7 - Too few known X cells If KnownXs.Rows.count <= 1 And KnownXs.Columns.count <= 1 Then Linterp = "Known X's range must be larger than 1 cell" Exit Function End If 'Error 8 - Check for non-numeric KnownYs If KnownYs.Rows.count > 1 Then bYRows = True For i = 1 To KnownYs.Rows.count If IsNumeric(KnownYs.Cells(i, 1)) = False Then Linterp = "One or all Known Y's are non-numeric." Exit Function End If Next i ElseIf KnownYs.Columns.count > 1 Then bYRows = False For i = 1 To KnownYs.Columns.count If IsNumeric(KnownYs.Cells(1, i)) = False Then Linterp = "One or all KnownYs are non-numeric." Exit Function End If Next i End If 'Error 9 - Check for non-numeric KnownXs If KnownXs.Rows.count > 1 Then bXRows = True For i = 1 To KnownXs.Rows.count If IsNumeric(KnownXs.Cells(i, 1)) = False Then Linterp = "One or all Known X's are non-numeric." Exit Function End If Next i ElseIf KnownXs.Columns.count > 1 Then bXRows = False For i = 1 To KnownXs.Columns.count If IsNumeric(KnownXs.Cells(1, i)) = False Then Linterp = "One or all Known X's are non-numeric." Exit Function End If Next i End If '------------------------------------------------------------------------------ 'II. Check for nearest values from list of Known X's '------------------------------------------------------------------------------ If bXRows = True Then 'check by rows For i = 1 To KnownXs.Rows.count 'loop through known Xs If KnownXs.Cells(i, 1) <> "" Then If KnownXs.Cells(i, 1) > NewX And KnownXs.Cells(i, 1) - NewX < DeltaHi Then 'determine DeltaHi DeltaHi = KnownXs.Cells(i, 1) - NewX iHi = i ElseIf KnownXs.Cells(i, 1) < NewX And KnownXs.Cells(i, 1) - NewX > DeltaLo Then 'determine DeltaLo DeltaLo = KnownXs.Cells(i, 1) - NewX iLo = i ElseIf KnownXs.Cells(i, 1) = NewX Then 'match. just report corresponding Y Linterp = KnownYs.Cells(i, 1) Exit Function End If End If Next i Else ' check by columns For i = 1 To KnownXs.Columns.count 'loop through known Xs If KnownXs.Cells(1, i) <> "" Then If KnownXs.Cells(1, i) > NewX And KnownXs.Cells(1, i) - NewX < DeltaHi Then 'determine DeltaHi DeltaHi = KnownXs.Cells(1, i) - NewX iHi = i ElseIf KnownXs.Cells(1, i) < NewX And KnownXs.Cells(1, i) - NewX > DeltaLo Then 'determine DeltaLo DeltaLo = KnownXs.Cells(1, i) - NewX iLo = i ElseIf KnownXs.Cells(1, i) = NewX Then 'match. just report corresponding Y Linterp = KnownYs.Cells(1, i) Exit Function End If End If Next i End If '------------------------------------------------------------------------------ 'III. Linear interpolate based on the closest cells in the range. Includes minor error handling '------------------------------------------------------------------------------ If iHi = 2147483647 Or iLo = -2147483648# Then Linterp = "NewX is out of range. Cannot linearly interpolate with the given Knowns." Exit Function End If If bXRows = True Then Y0 = KnownYs.Cells(iLo, 1) Y1 = KnownYs.Cells(iHi, 1) X0 = KnownXs.Cells(iLo, 1) X1 = KnownXs.Cells(iHi, 1) Else Y0 = KnownYs.Cells(1, iLo) Y1 = KnownYs.Cells(1, iHi) X0 = KnownXs.Cells(1, iLo) X1 = KnownXs.Cells(1, iHi) End If Linterp = Y0 + (Y1 - Y0) * (NewX - X0) / (X1 - X0) Exit Function '------------------------------------------------------------------------------ 'IV. Final Error Handling '------------------------------------------------------------------------------ InterpError: Linterp = "Error Encountered: " & Err.Number & ", " & Err.Description End Function Function Locate(ByVal LookFor As Variant, ByVal InRange As Range, Optional MatchString As String, Optional CaseSensitive As Variant) As Variant Attribute Locate.VB_Description = "Determines if a given value is located somewhere in a range." Attribute Locate.VB_ProcData.VB_Invoke_Func = " \n20" '****************************************************************************** '***DEVELOPER: Ryan Wells (wellsr.com) * '***DATE: 04/2016 * '***DESCRIPTION: Function determines if a given value is present in a range. * '***INPUT: LookFor - Cell or string you want to look for in the range. * '*** InRange - Range you want to search to find the value given * '*** in the variable LookFor. * '*** CaseSensitive - Optional boolean that if set to TRUE, will * '*** perform a case-sensitive search for the * '*** variable LookFor in range InRange. Default * '*** is FALSE. * '*** MatchString - Optional string the user can choose to display * '*** when LookFor is in InRange. Default is to * '*** display the location of the found value. * '***OUTPUT: By default, the output will be the address (cell) where the * '*** value LookFor was found in the range InRange. If the value * '*** is not found, a message saying such will display. * '***EXAMPLES: =locate(V3,A2:P80) * '*** =locate("Smith",A2:P80,"-",TRUE) * '****************************************************************************** '------------------------------------------------------------------------------ 'I. Declare variables '------------------------------------------------------------------------------ Dim i As Long, j As Long 'counters Dim bMatch As Boolean '------------------------------------------------------------------------------ 'II. Preliminary Error Checking '------------------------------------------------------------------------------ 'Error 0 - catch all error On Error GoTo LocateError: 'Error 1 - LookFor has too many cells If IsArray(LookFor) = True Then If LookFor.count <> 1 Then Locate = "Too many cells in variable LookFor." Exit Function End If End If 'Error 2 - CaseSensitive is not a boolean If IsMissing(CaseSensitive) = False Then If CaseSensitive <> CBool(True) And CaseSensitive <> CBool(False) Then Locate = "CaseSensitive flag must be a boolean (TRUE or FALSE)." Exit Function End If End If 'Error 3 - MatchString is invalid If IsMissing(MatchString) = False Then If IsError(CStr(MatchString)) Then Locate = "Invalid Match String" Exit Function End If End If 'Error 4 - LookFor is not a valid string If IsError(LookFor) = True Then Locate = "Error in variable LookFor" Exit Function End If 'Error 5 - InRange is not valid If IsError(InRange) = True Then Locate = "Error in variable InRange" Exit Function End If '------------------------------------------------------------------------------ 'III. Initialize Variables '------------------------------------------------------------------------------ If IsMissing(CaseSensitive) Then CaseSensitive = CBool(False) ElseIf CaseSensitive = False Then CaseSensitive = CBool(False) Else CaseSensitive = CBool(True) End If '------------------------------------------------------------------------------ 'IV. Look for the variable "LookFor" in range "InRange" '------------------------------------------------------------------------------ For i = 1 To InRange.Rows.count For j = 1 To InRange.Columns.count If CaseSensitive = CBool(True) Then If LookFor = InRange(i, j) Then If IsMissing(MatchString) = True Or MatchString = Empty Then Locate = "=" & InRange(i, j).Address Else Locate = MatchString End If bMatch = True Exit Function End If Else If UCase(CStr(LookFor)) = UCase(CStr(InRange(i, j))) Then If IsMissing(MatchString) = True Or MatchString = Empty Then Locate = "=" & InRange(i, j).Address Else Locate = MatchString End If bMatch = True Exit Function End If End If Next j Next i If bMatch = False Then Locate = "Cannot find """ & LookFor & """ in range " & InRange.Address End If Exit Function '------------------------------------------------------------------------------ 'V. Final Error Handling '------------------------------------------------------------------------------ LocateError: Locate = "Error Encountered: " & Err.Number & ", " & Err.Description End Function Function TrapIntegration(KnownXs As Variant, KnownYs As Variant) As Variant Attribute TrapIntegration.VB_Description = "Approximates the integral (the area under the curve) of a data set by using the trapezoidal rule." Attribute TrapIntegration.VB_ProcData.VB_Invoke_Func = " \n20" '------------------------------------------------------------------------------------------------------ '---DESCRIPTION: Approximates the integral using trapezoidal rule.------------------------------------- '---CREATED BY: Ryan Wells----------------------------------------------------------------------------- '---INPUT: KnownXs is the range of x-values. KnownYs is the range of y-values.------------------------- '---OUTPUT: The output will be the approximate area under the curve (integral).------------------------ '------------------------------------------------------------------------------------------------------ Dim i As Integer Dim bYRows As Boolean, bXRows As Boolean '------------------------------------------------------------------------------ 'I. Preliminary Error Checking '------------------------------------------------------------------------------ On Error GoTo TrapIntError: 'Error 1 - Check if the X values are range. If Not TypeName(KnownXs) = "Range" Then TrapIntegration = "Invalid X-range" Exit Function End If 'Error 2 - Check if the Y values are range. If Not TypeName(KnownYs) = "Range" Then TrapIntegration = "Invalid Y-range" Exit Function End If 'Error 3 - dimensions aren't even If KnownYs.count <> KnownXs.count Or _ KnownYs.Rows.count <> KnownXs.Rows.count Or _ KnownYs.Columns.count <> KnownXs.Columns.count Then TrapIntegration = "Known ranges are different dimensions." Exit Function End If 'Error 4 - known Ys are not Nx1 or 1xN dimensions If KnownYs.Rows.count <> 1 And KnownYs.Columns.count <> 1 Then TrapIntegration = "Known Y's should be in a single column or a single row." Exit Function End If 'Error 5 - known Xs are not Nx1 or 1xN dimensions If KnownXs.Rows.count <> 1 And KnownXs.Columns.count <> 1 Then TrapIntegration = "Known X's should be in a single column or a single row." Exit Function End If 'Error 6 - Check for non-numeric KnownYs If KnownYs.Rows.count > 1 Then bYRows = True For i = 1 To KnownYs.Rows.count If IsNumeric(KnownYs.Cells(i, 1)) = False Then TrapIntegration = "One or all Known Y's are non-numeric." Exit Function End If Next i ElseIf KnownYs.Columns.count > 1 Then bYRows = False For i = 1 To KnownYs.Columns.count If IsNumeric(KnownYs.Cells(1, i)) = False Then TrapIntegration = "One or all KnownYs are non-numeric." Exit Function End If Next i End If 'Error 7 - Check for non-numeric KnownXs If KnownXs.Rows.count > 1 Then bXRows = True For i = 1 To KnownXs.Rows.count If IsNumeric(KnownXs.Cells(i, 1)) = False Then TrapIntegration = "One or all Known X's are non-numeric." Exit Function End If Next i ElseIf KnownXs.Columns.count > 1 Then bXRows = False For i = 1 To KnownXs.Columns.count If IsNumeric(KnownXs.Cells(1, i)) = False Then TrapIntegration = "One or all Known X's are non-numeric." Exit Function End If Next i End If '------------------------------------------------------------------------------ 'II. Perform Trapezoidal Integration '------------------------------------------------------------------------------ TrapIntegration = 0 'Apply the trapezoid rule: (y(i+1) + y(i))*(x(i+1) - x(i))*1/2. 'Use the absolute value in case of negative numbers. If bXRows = True Then For i = 1 To KnownXs.Rows.count - 1 TrapIntegration = TrapIntegration + Abs(0.5 * (KnownXs.Cells(i + 1, 1) _ - KnownXs.Cells(i, 1)) * (KnownYs.Cells(i, 1) + KnownYs.Cells(i + 1, 1))) Next i Else For i = 1 To KnownXs.Columns.count - 1 TrapIntegration = TrapIntegration + Abs(0.5 * (KnownXs.Cells(1, i + 1) _ - KnownXs.Cells(1, i)) * (KnownYs.Cells(1, i) + KnownYs.Cells(1, i + 1))) Next i End If Exit Function TrapIntError: TrapIntegration = "Error Encountered: " & Err.Number & ", " & Err.Description End Function Function RGBn(r As Integer, g As Integer, b As Integer) As Variant Attribute RGBn.VB_Description = "Convert colors defined with RGB to a long data type. This can be paired with the DrawArrows function to draw arrows of different colors." Attribute RGBn.VB_ProcData.VB_Invoke_Func = " \n20" '------------------------------------------------------------------------------------------------ '---Script: RGBn--------------------------------------------------------------------------------- '---Created by: Ryan Wells ---------------------------------------------------------------------- '---Date: 4/2016 -------------------------------------------------------------------------------- '---Description: This function converts 3 integers to a long data type and can be paired -------- '--- with DrawArrows to draw arrows of a different color.- -------------------------- '------------------------------------------------------------------------------------------------ 'Convert RGB to LONG: If r > 255 Or g > 255 Or b > 255 Or r < 0 Or g < 0 Or b < 0 Then RGBn = "Arguments should be >=0 and <=255" Exit Function End If RGBn = RGB(r, g, b) End Function Function DrawArrows(FromRange As Range, ToRange As Range, Optional RGBcolor As Variant, Optional LineType As String) As Variant Attribute DrawArrows.VB_Description = "This function draws arrows or lines from the middle of one cell to the middle of another. Custom endpoints and shape colors are suppported." Attribute DrawArrows.VB_ProcData.VB_Invoke_Func = " \n20" '--------------------------------------------------------------------------------------------------- '---Script: DrawArrows------------------------------------------------------------------------------ '---Created by: Ryan Wells ------------------------------------------------------------------------- '---Date: 10/2015----------------------------------------------------------------------------------- '---Description: This function draws arrows or lines from the middle of one cell to the middle ----- '----------------of another. Custom endpoints and shape colors are suppported ---------------------- '--------------------------------------------------------------------------------------------------- Dim dleft1 As Double, dleft2 As Double Dim dtop1 As Double, dtop2 As Double Dim dheight1 As Double, dheight2 As Double Dim dwidth1 As Double, dwidth2 As Double dleft1 = FromRange.Left dleft2 = ToRange.Left dtop1 = FromRange.Top dtop2 = ToRange.Top dheight1 = FromRange.Height dheight2 = ToRange.Height dwidth1 = FromRange.Width dwidth2 = ToRange.Width ActiveSheet.Shapes.AddConnector(msoConnectorStraight, dleft1 + dwidth1 / 2, dtop1 + dheight1 / 2, dleft2 + dwidth2 / 2, dtop2 + dheight2 / 2).Select 'format line With Selection.ShapeRange.Line .BeginArrowheadStyle = msoArrowheadNone .EndArrowheadStyle = msoArrowheadOpen .Weight = 1.75 .Transparency = 0.5 If UCase(LineType) = "DOUBLE" Then 'double arrows .BeginArrowheadStyle = msoArrowheadOpen ElseIf UCase(LineType) = "LINE" Then 'Line (no arows) .EndArrowheadStyle = msoArrowheadNone Else 'single arrow 'defaults to an arrow with one head End If 'color arrow If IsMissing(RGBcolor) = False Then .ForeColor.RGB = CLng(RGBcolor) 'custom color Else .ForeColor.RGB = RGB(228, 108, 10) 'orange (DEFAULT) End If End With DrawArrows = "" End Function Function ArrayMatch(ByVal xy As Range, ByVal array1 As Range, array2 As Range) As Variant Attribute ArrayMatch.VB_Description = "Return the value in one range based on the relative position of a value in another range." Attribute ArrayMatch.VB_ProcData.VB_Invoke_Func = " \n20" '****************************************************************************** '***DEVELOPER: Ryan Wells (wellsr.com) * '***DATE: 07/2016 * '***DESCRIPTION: Return the value in a different range based on the relative * '*** position of a value in one range. * '***INPUT: xy - A single cell within range array1. * '*** array1 - The array where xy exists within. * '*** array2 - The array you want to look up to find the value in * '*** the cell corresponding to the position of xy inside * '*** array1. The size of array1 and array2 must match. * '***OUTPUT: The output will be the value in array2 that is in the same * '*** position as xy is within array1. This is a simpler form of * '*** one of the dozens of index/match/lookup Excel formula * '*** combinations. * '***EXAMPLE: =ArrayMatch(D10,B9:E11,B3:E5) * '****************************************************************************** '------------------------------------------------------------------------------ 'I. Preliminary Error Checking '------------------------------------------------------------------------------ 'Error 0 - catch all error On Error GoTo ArrayMatchError: 'Error 1 - xy more than 1 cell selected If IsArray(xy) = True Then If xy.count <> 1 Then ArrayMatch = "Too many cells in variable xy (argument 1). xy should be 1 cell." Exit Function End If End If 'Error 2 - array dimensions aren't even If array1.count <> array2.count Or _ array1.Rows.count <> array2.Rows.count Or _ array1.Columns.count <> array2.Columns.count Then ArrayMatch = "Lookup arrays are different dimensions (arguments 2 3)." Exit Function End If 'Error 3 - Cell xy is not positioned inside array1. If Application.Intersect(xy, array1) Is Nothing Then ArrayMatch = "Cell xy (argument 1) does not reside inside array1 (argument 2)." Exit Function End If '------------------------------------------------------------------------------ 'II. Return Position Inside Other Range '------------------------------------------------------------------------------ If Not Intersect(array1, xy) Is Nothing Then ArrayMatch = array2.Cells(Range(array1(1), xy).Rows.count, _ Range(array1(1), xy).Columns.count) End If Exit Function '------------------------------------------------------------------------------ 'III. Final Error Handling '------------------------------------------------------------------------------ ArrayMatchError: ArrayMatch = "Error Encountered: " & Err.Number & ", " & Err.Description End Function Function TimeToWords(rng1 As Variant, Optional units As String) Attribute TimeToWords.VB_Description = "Converts decimal times to words. Function is capable of converting hours, minutes and seconds from decimal format (10.5) to words (""10 Minutes 30 Seconds"")." Attribute TimeToWords.VB_ProcData.VB_Invoke_Func = " \n20" '******************************************************************************* 'DEVELOPER: Ryan Wells (wellsr.com) * 'DATE: 08/2016 * 'DESCRIPTION: Converts decimal times to words. * ' Function is capable of converting hours, minutes and seconds from* ' decimal format (10.5) to words ("10 Minutes 30 Seconds"). * 'EXAMPLES: =TimeToWords(A1) to convert from minutes (default) * ' =TimeToWords(A1,"h") to convert from hours * ' =TimeToWords(A1,"s") to convert from seconds * ' =TimeToWords(7.5) converts to "7 Minutes 30 Seconds" * '******************************************************************************* Dim dSec As Double, dMin As Double, dHrs As Double Dim strHrs As String, strMin As String, strSec As String Dim dBase As Double If IsNumeric(rng1) = False Then GoTo 101: 'Check if base unit is hours, minutes or seconds. Default is minutes units = UCase(units) dBase = rng1 If units = "H" Or units = "HOUR" Or units = "HR" Or units = "HOURS" Or units = "HRS" Then dMin = Application.WorksheetFunction.RoundDown(dBase * 60, 0) dSec = dBase * 60 - dMin ElseIf units = "S" Or units = "SECOND" Or units = "SEC" Or units = "SECONDS" Or units = "SECS" Then dMin = Application.WorksheetFunction.RoundDown(dBase / 60, 0) dSec = dBase / 60 - dMin ElseIf units = "M" Or units = "MINUTE" Or units = "MIN" Or units = "MINUTES" Or units = "MINS" Or units = "" Then dMin = Application.WorksheetFunction.RoundDown(dBase, 0) dSec = dBase - dMin Else TimeToWords = "Invalid units entered" Exit Function End If 'calculate hours, minutes, and seconds based on base unit provided dSec = Round(dSec * 60, 0) If dMin >= 60 Then dHrs = dMin / 60 dMin = (dHrs - Application.WorksheetFunction.RoundDown(dHrs, 0)) * 60 dHrs = Application.WorksheetFunction.RoundDown(dHrs, 0) dMin = Round(dMin, 0) End If 'handle plural vs not If dHrs = 1 Then strHrs = dHrs & " Hour " ElseIf dHrs = 0 Then strHrs = "" Else strHrs = dHrs & " Hours " End If If dSec = 1 Then strSec = dSec & " Second " ElseIf dSec = 0 Then strSec = "" Else strSec = dSec & " Seconds " End If If dMin = 1 Then strMin = dMin & " Minute " ElseIf dMin = 0 Then strMin = "" Else strMin = dMin & " Minutes " End If 'final results TimeToWords = strHrs & strMin & strSec Exit Function 'handle errors 101: TimeToWords = "Non-numeric value entered as an argument" End Function Function SuperMid(ByVal strMain As String, str1 As String, str2 As String, Optional reverse As Boolean) As String Attribute SuperMid.VB_Description = "Easily extract text between two strings with this VBA Function. This function can extract a substring between two characters, delimiters, words and more. The delimiters can be the same delimiter or unique strings." Attribute SuperMid.VB_ProcData.VB_Invoke_Func = " \n20" 'DESCRIPTION: Extract the portion of a string between the two substrings defined in str1 and str2. 'DEVELOPER: Ryan Wells (wellsr.com) 'HOW TO USE: - Pass the argument your main string and the 2 strings you want to find in the main string. ' - This function will extract the values between the end of your first string and the beginning ' of your next string. ' - If the optional boolean "reverse" is true, an InStrRev search will occur to find the last ' instance of the substrings in your main string. Dim i As Integer, j As Integer, temp As Variant On Error GoTo errhandler: If reverse = True Then i = InStrRev(strMain, str1) j = InStrRev(strMain, str2) If Abs(j - i) < Len(str1) Then j = InStrRev(strMain, str2, i) If i = j Then 'try to search 2nd half of string for unique match j = InStrRev(strMain, str2, i - 1) End If Else i = InStr(1, strMain, str1) j = InStr(1, strMain, str2) If Abs(j - i) < Len(str1) Then j = InStr(i + Len(str1), strMain, str2) If i = j Then 'try to search 2nd half of string for unique match j = InStr(i + 1, strMain, str2) End If End If If i = 0 And j = 0 Then GoTo errhandler: If j = 0 Then j = Len(strMain) + Len(str2) 'just to make it arbitrarily large If i = 0 Then i = Len(strMain) + Len(str1) 'just to make it arbitrarily large If i > j And j <> 0 Then 'swap order temp = j j = i i = temp temp = str2 str2 = str1 str1 = temp End If i = i + Len(str1) SuperMid = Mid(strMain, i, j - i) Exit Function errhandler: MsgBox "Error extracting strings. Check your input" & vbNewLine & vbNewLine & "Aborting", , "Strings not found" End End Function Function ReplaceN(ByVal str1 As Variant, strFind As String, strReplace As String, N As Long, Optional count As Long) As String Attribute ReplaceN.VB_Description = "Replace Nth Occurrence of substring in a string." Attribute ReplaceN.VB_ProcData.VB_Invoke_Func = " \n20" Dim i As Long, j As Long Dim strM As String strM = str1 If count <= 0 Then count = 1 For i = 1 To N - 1 j = InStr(1, strM, strFind) strM = Mid(strM, j + Len(strFind), Len(strM)) Next i If N <= 0 Then ReplaceN = str1 Else ReplaceN = Mid(str1, 1, Len(str1) - Len(strM)) & Replace(strM, strFind, strReplace, Start:=1, count:=count) End If End Function Function SayIt(cell1 As Variant, Optional bAsync As Boolean, Optional bPurge As Boolean) Attribute SayIt.VB_Description = "Function that speaks the content of whatever cell you want." Attribute SayIt.VB_ProcData.VB_Invoke_Func = " \n20" Application.Speech.Speak (cell1), bAsync, , bPurge SayIt = "Speaking" End Function

1 COMMON A, AL, B, BASEONLY, C, C$, C1, CAT$, CC, CKT$, D, D$, DD, DIA, DIMN$, DMS, E, EO, EX$, F, F$, FD, FF, FQ, FRQ, G$, GO$, I, I$, L, LATLONG, LD, LL, LN, LS, LW, LX, MAX, MENU, MIN, MX, N, NN, NT, OV, P, PI, PROG$, Q, QQ, QU, R, RA, RC, T, T$, U, U$, UH, UL$, V$, VC, W, WHIP, WIRD, WW, X, X$, X1, XS, Z$, ZP, ZS 10 'SNGLWIRE - 26 MAY 95 rev. 20 AUG 2007 20 IF EX$=""THEN EX$="EXIT" 30 CLS:KEY OFF 40 COLOR 7,0,1 50 UL$=STRING$(80,205) 60 U$="#,###.#" 70 PI=3.141592 80 DIM AWG(40) 'AWG sizes 90 DIM CF(11,2) 'centre frequency of each band 100 ' 110 DATA 1.8,1.897,3.742,7.148,10.125,14.174,18.118,21.224,24.94,28.837,29.7 120 FOR Z=1 TO 11:READ CF(Z,1):NEXT Z 130 ' 140 '.....load AWG sizes 150 K=(4.600000E-01/4.999999E-03)^(1/39) 'increment multiplier 160 FOR Z=1 TO 40 170 N=Z+3 180 AWG(Z)=4.600000E-01/K^N 190 NEXT Z 200 ' 210 '.....start 220 CLS:Y=0 230 COLOR 15,2 240 PRINT " SINGLE WIRE ANTENNA SYSTEM";TAB(57);;"by George Murphy VE3ERP "; 250 COLOR 1,0:PRINT STRING$(80,223); 260 COLOR 7,0 270 ' 280 '.....preface 290 'OPEN"I",1,"\hamcalc\docfiles\antenna.doc" 300 'IF EOF(1)THEN 320 310 'INPUT #1,NOTE$:PRINT " ";NOTE$:GOTO 300 320 'CLOSE 330 'PRINT UL$; 340 GOSUB 3070 'further notes 350 COLOR 15,1 360 LOCATE 25,22:PRINT " Press 1 to continue or 0 to EXIT....."; 370 COLOR 7,0 380 Z$=INKEY$:IF Z$=""THEN 380 390 IF Z$="0"THEN CLS:RUN EX$ 400 IF Z$="1"THEN 420 410 GOTO 380 420 VIEW PRINT 3 TO 24:CLS:VIEW PRINT:LOCATE 3 430 GOTO 500 440 ' 450 '.....format input line 460 USIN$="####.###":LOCATE CSRLIN-1:PRINT SPC(7); 470 LOCATE CSRLIN,47:PRINT SPC(7);USING USIN$;Z; 480 RETURN 490 ' 500 '.....initial inputs 510 VIEW PRINT 3 TO 24:CLS:VIEW PRINT:LOCATE 3 520 INPUT " ENTER: LOWEST operating frequency.............(MHz)";LF 530 Z=LF:GOSUB 450:PRINT " MHz ("; 540 PRINT CINT(300/LF*10)/10;;"m.)" 550 INPUT " ENTER: HIGHEST operating frequency.............(MHz)";HF 560 Z=HF:GOSUB 450:PRINT " MHz ("; 570 PRINT CINT(300/HF*10)/10;;"m.)" 580 PRINT UL$; 590 ' 600 T=18 610 PRINT TAB(T);;"Z - 50 ê coaxial transmission line from rig" 620 PRINT TAB(T);;"C1, C2 - Transmatch variable tuning capacitors" 630 PRINT TAB(T);;"L1 - Transmatch variable inductor or tapped coil" 640 PRINT TAB(T);;"A1 - Single wire feedline to antenna" 650 PRINT TAB(T);;"A2 - End-fed single wire horizontal antenna" 660 PRINT UL$; 670 LN=CSRLIN-1 680 GOSUB 2630 'print diagrams 690 ' 700 F=HF:N=1:GOSUB 2400 'calculate values at highest frequency 710 F=LF:N=2:GOSUB 2400 'calculate values at lowest frequency 720 GOSUB 2520 'print component values 730 GOSUB 3430 'screen dump option 740 ' 750 '.....page 2 760 CLS 770 PRINT 780 PRINT TAB(20);;"TYPICAL SETTINGS FOR ALL AMATEUR HF BANDS" 790 PRINT TAB(19);STRING$(43,205) 800 PRINT TAB(14);;"³ FIG.1";TAB(34);;"³ FIG.2";TAB(54);;"³ FIG.3" 810 PRINT TAB(14);;"³ C1 pF";TAB(26);;"L1 æH";TAB(34);;"³"; 820 PRINT TAB(39);;"C1 pF";TAB(46);;"L1 æH";TAB(54);;"³"; 830 PRINT TAB(59);;"C1 pF";TAB(66);;"C2 pF";TAB(73);;"L1 æH" 840 PRINT TAB(14);;"³ ÄÄÄÄÄ ÄÄÄÄÄ";TAB(34);;"³"; 850 PRINT TAB(39);;"ÄÄÄÄÄ ÄÄÄÄÄ";TAB(54);;"³"; 860 PRINT TAB(59);;"ÄÄÄÄÄ ÄÄÄÄÄ ÄÄÄÄÄ" 870 ' 880 '.....calculate component values for each band 890 N=3 900 FOR Y=1 TO 11 910 F=CF(Y,1) 920 GOSUB 2400 'calculate component values 930 GOSUB 2280 'print component values 940 NEXT Y 950 GOSUB 3430 960 ' 970 '.....page 3 980 CLS:PRINT 990 MG=7:PRINT TAB(MG); 1000 PRINT"The computer can help you design a multi-band tapped coil for Fig.3." 1010 PRINT TAB(MG); 1020 PRINT "Being a computer, it may locate two or more taps somewhere on the" 1030 PRINT TAB(MG); 1040 PRINT "same turn of the coil. A computer is very accurate, but it can also" 1050 PRINT TAB(MG); 1060 PRINT "be pretty impractical. Wherever it locates taps less than a turn" 1070 PRINT TAB(MG); 1080 PRINT "or two apart, just make a single tap somewhere between them. The" 1090 PRINT TAB(MG); 1100 PRINT "variable capacitors will hardly notice the difference!" 1110 COLOR 15,1:LOCATE 12,8 1120 PRINT " Do you want to design a multi-band tapped coil for Fig.3? (y/n) " 1130 COLOR 7,0 1140 Z$=INKEY$:IF Z$=""THEN 1140 1150 IF Z$="N"OR Z$="n"THEN 3400 1160 IF Z$="Y"OR Z$="y"THEN 1190 1170 GOTO 1140 1180 ' 1190 '.....design coil 1200 CLS 1210 PRINT " Press number in < > to choose standard units of measure:" 1220 PRINT UL$; 1230 PRINT " < 1 > Metric" 1240 PRINT " < 2 > U.S.A./Imperial" 1250 Z$=INKEY$ 1260 IF Z$="1"THEN UM=2.539999E+01:UM$="mm.":GOTO 1290 1270 IF Z$="2"THEN UM=1:UM$="in.":GOTO 1290 1280 GOTO 1250 1290 PRINT UL$; 1300 '.....input wire size 1310 PRINT " ENTER: Coil Wire Size -"; 1320 PRINT " either AWG# (10 to 40) or diameter (";UM$;;") "; 1330 INPUT WS 1340 IF WS<10 THEN W=WS/UM ELSE W=AWG(WS):W$="("+STR$(WS)+" AWG )" 1350 '.....compute coil diameter 1360 CLS 1370 D=1.000000E-01 'initial diameter 1380 L=4.000000E-01*D 'minimum length/diameter ratio 1390 U=CF(1,1) 'minimum inductance 1400 N=SQR(U*(18*D+40*L))/D 'number of turns @ minimum L/D ratio 1410 IF (N*2*W)>L THEN D=D+9.999999E-03:GOTO 1380 'where w=wire diameter 1420 OD=(D-W)*UM 1430 PRINT 1440 COLOR 0,7 1450 PRINT " COIL FORM O.D. SHOULD BE AS CLOSE TO";OD;UM$;;" AS POSSIBLE." 1460 COLOR 7,0 1470 PRINT 1480 PRINT " Diameters much larger or smaller than this may produce"; 1490 PRINT " unpredictable results," 1500 PRINT " especially at the high and low ends of the HF frequency spectrum." 1510 PRINT 1520 PRINT " ENTER: Coil Form Diameter.........(";UM$;;")";:INPUT Z 1530 FD=Z/UM 'diameter of coil form 1540 CLS 1550 PRINT TAB(26);;"ALL-BAND TAPPED COIL FOR FIG.3" 1560 PRINT UL$; 1570 U$="#####.###" 1580 PRINT " Coil FORM diameter..................";USING U$;FD*UM;:PRINT " ";UM$ 1590 PRINT " Coil WIRE diameter..................";USING U$;W*UM;:PRINT " ";UM$; 1600 PRINT W$ 1610 D=FD+W 1620 PRINT " COIL diameter.......................";USING U$;D*UM;:PRINT " ";UM$ 1630 LOCATE 11 1640 PRINT UL$; 1650 PRINT " BAND";TAB(14);;"FREQ.";TAB(27);;"æH";TAB(33);;"TURNS &"; 1660 PRINT TAB(41);;"DISTANCE FROM INPUT END FOR EACH TAP" 1670 PRINT UL$; 1680 COLOR 0,7 1690 LOCATE CSRLIN-1,21:PRINT " ( L/D = Tap Length-to-Diameter ratio ) " 1700 COLOR 7,0 1710 ' 1720 J=12 'set counter 1730 N=0 'set number of turns to 0 1740 FLAG=0 'set FLAG 1750 GOSUB 2130:PRINT "¯ BAND EDGE ¯ (L/D =";USING "##.##";LG/D;:PRINT ":1)" 1760 IF LG/D<4.000000E-01 THEN FLAG=1 1770 GOSUB 2130:PRINT "Ä¿ ¯ ¯ ¯ (L/D =";USING "##.##";LG/D;:PRINT ":1)" 1780 GOSUB 2130:PRINT " ´ ¯ ¯ ¯ (L/D =";USING "##.##";LG/D;:PRINT ":1)" 1790 GOSUB 2130:PRINT " ´ ¯ ¯ ¯ (L/D =";USING "##.##";LG/D;:PRINT ":1)" 1800 GOSUB 2130:PRINT " ´ ¯ ¯ ¯ (L/D =";USING "##.##";LG/D;:PRINT ":1)" 1810 GOSUB 2130:PRINT " TAPS ¯ ¯ (L/D =";USING "##.##";LG/D;:PRINT ":1)" 1820 GOSUB 2130:PRINT " ´ ¯ ¯ ¯ (L/D =";USING "##.##";LG/D;:PRINT ":1)" 1830 GOSUB 2130:PRINT " ´ ¯ ¯ ¯ (L/D =";USING "##.##";LG/D;:PRINT ":1)" 1840 GOSUB 2130:PRINT " ´ ¯ ¯ ¯ (L/D =";USING "##.##";LG/D;:PRINT ":1)" 1850 GOSUB 2130:PRINT "ÄÙ ¯ ¯ ¯ (L/D =";USING "##.##";LG/D;:PRINT ":1)" 1860 GOSUB 2130:PRINT "¯ BAND EDGE ¯ (L/D =";USING "##.##";LG/D;:PRINT ":1)"; 1870 J=0 1880 NN=INT(N)+1 'number of turns 1890 LG=NN*2*W*UM 'length of coil 1900 AMT=INT(PI*D*NN)+1 'amount of wire 1910 TU=D^2*NN^2/(18*D+40*LG)*UM 1920 LOCATE 5 1930 PRINT " Number of turns.....................";USING "#####";NN 1940 PRINT " Turn spacing........................";USING "#####.###";2*W*UM; 1950 PRINT " ";UM$;;" c.c. (2 x wire diameter)" 1960 PRINT " Coil length.........................";USING "#####.##";LG; 1970 PRINT " ";UM$ 1980 PRINT " Inductance of entire coil...........";USING "#####.##";TU; 1990 PRINT " æH" 2000 PRINT " Amount of wire required.............";USING "#####";AMT*UM; 2010 PRINT " ";UM$;;" plus end leads (if any)" 2020 COLOR 15,4 2030 IF FLAG<>1 THEN 2080 2040 LOCATE 16,52:PRINT " Length/Diameter ratio (L/D) " 2050 LOCATE 17,52:PRINT " must not be less than 0.4:1 " 2060 LOCATE 21,52:PRINT " Run program again and select" 2070 LOCATE 22,52:PRINT " a smaller coil form diameter" 2080 COLOR 7,0:GOTO 3380 'end 2090 END 2100 ' 2110 PRINT '************ sub-routines ************ 2120 ' 2130 '.....calculate coil taps 2140 J=J-1 2150 U=CF(J,2) 'required inductance at tap 2160 IF N=0 THEN N=1 'initial number of turns 2170 L=N*2*W 2180 UH=(D^2*N^2)/(18*D+40*L) 2190 IF UH<U THEN N=N+1.000000E-01:GOTO 2170 2200 PRINT USING "####.#";300/CF(J,1);:PRINT " m."; 2210 PRINT USING "####.###";CF(J,1);:PRINT " MHz."; 2220 PRINT USING "####.#";U;:PRINT " æH"; 2230 PRINT USING "####.#";N; 2240 LG=N*W*2 2250 PRINT USING "#####.##";LG*UM;:PRINT " ";UM$; 2260 RETURN 2270 ' 2280 '.....print component values for each band 2290 PRINT USING "###.###";F;:PRINT " MHz ³ "; 2300 PRINT USING "#######";C1A(N); 2310 PRINT USING "#####.#";L1A(N); 2320 PRINT TAB(31);;" ³"; 2330 PRINT TAB(37);USING "#######";C1B(N); 2340 PRINT USING "#####.#";L1B(N); 2350 PRINT TAB(54);;"³"; 2360 PRINT TAB(57);USING "#######";C1C(N);C2C(N); 2370 PRINT USING "#####.#";L1C(N) 2380 RETURN 2390 ' 2400 '.....calculate 2410 C1A=1/(2*PI*F*225)*10^6: C1A(N)=INT(C1A) 2420 L1A=480/(2*PI*F): L1A(N)=INT(L1A*10)/10 2430 ' 2440 C1B=1/(2*PI*F*480)*10^6: C1B(N)=INT(C1B) 2450 L1B=480/(2*PI*F): L1B(N)=INT(L1B*10)/10 2460 ' 2470 C1C=1/(2*PI*F*225)*10^6: C1C(N)=INT(C1C) 2480 C2C=1/(2*PI*F*300)*10^6: C2C(N)=INT(C2C) 2490 L1C=400/(2*PI*F): L1C(N)=INT(L1C*10)/10:CF(Y,2)=L1C 2500 RETURN 2510 ' 2520 '.....print component values 2530 B=27:C=54 2540 PRINT " C1 =";C1A(1);;"-";C1A(2);;"pF"; 2550 PRINT TAB(B);;"³ C1 =";C1B(1);;"-";C1B(2);;"pF"; 2560 PRINT TAB(C);;"³ C1 =";C1C(1);;"-";C1C(2);;"pF" 2570 PRINT TAB(B);;"³";TAB(C);;"³ C2 =";C2C(1);;"-";C2C(2);;"pF" 2580 PRINT " L1 =";L1A(1);;"-";L1A(2);;"æH"; 2590 PRINT TAB(B);;"³ L1 =";L1B(1);;"-";L1B(2);;"æH"; 2600 PRINT TAB(C);;"³ L1 =";L1C(1);;"-";L1C(2);;"æH"; 2610 RETURN 2620 ' 2630 '.....diagrams 2640 LOCATE LN,27:PRINT "Ñ";:LOCATE LN,54:PRINT "Ñ" 2650 CO=1 2660 LOCATE LN+ 1,CO:PRINT " A1+A2= ¬ wavelength or " 2670 LOCATE LN+ 2,CO:PRINT " odd multiple " 2680 COLOR 0,7 2690 LOCATE LN+ 3,CO:PRINT " FIG.1 " 2700 LOCATE LN+ 4,CO:PRINT " ìÂÄÄÄA2ÄÄÄÄì " 2710 LOCATE LN+ 5,CO:PRINT " L1 A1 " 2720 LOCATE LN+ 6,CO:PRINT " ZÚÄÂÄÄÂïïïÄÄÙ®- Low-Z " 2730 LOCATE LN+ 7,CO:PRINT "ÍÑ¼ ³ ÀÄÙ " 2740 LOCATE LN+ 8,CO:PRINT " ³ ÍØÍ C1 " 2750 LOCATE LN+ 9,CO:PRINT " ÀÄÄÁ\\earth ground " 2760 COLOR 7,0 2770 ' 2780 CO=27 2790 LOCATE LN+ 1,CO:PRINT "³ A1+A2= « wavelength or " 2800 LOCATE LN+ 2,CO:PRINT "³ multiple " 2810 COLOR 0,7 2820 LOCATE LN+ 3,CO:PRINT "³ FIG.2 " 2830 LOCATE LN+ 4,CO:PRINT "³ ìÂÄÄÄA2ÄÄÄÄì " 2840 LOCATE LN+ 5,CO:PRINT "³ L1 A1 " 2850 LOCATE LN+ 6,CO:PRINT "³ ZÚÄÄÄÂïïïÄÄÄÄ´®Ä Hi-Z " 2860 LOCATE LN+ 7,CO:PRINT "³ÍÑ¼ ÀÄÙ ³ " 2870 LOCATE LN+ 8,CO:PRINT "³ ³ ÍØÍ C1 " 2880 LOCATE LN+ 9,CO:PRINT "³ ÀÄÄÄ\\earth\\Á\\ground " 2890 COLOR 7,0 2900 LOCATE LN+10,CO:PRINT "³ " 2910 ' 2920 CO=54 2930 LOCATE LN+ 1,CO:PRINT "³ A1+A2= any random length" 2940 LOCATE LN+ 2,CO:PRINT "³ " 2950 COLOR 0,7 2960 LOCATE LN+ 3,CO:PRINT "³ FIG.3 "; 2970 LOCATE LN+ 4,CO:PRINT "³ ìÂÄÄÄA2ÄÄÄÄì "; 2980 LOCATE LN+ 5,CO:PRINT "³ C1 C2 A1 "; 2990 LOCATE LN+ 6,CO:PRINT "³ ZÚÄÄ×ÄÄÂÄÄ×ÄÄÙ®- Z "; 3000 LOCATE LN+ 7,CO:PRINT "³ÍÑ¼ ÚïïïÙ unknown "; 3010 LOCATE LN+ 8,CO:PRINT "³ ³ ÃÄÙL1 "; 3020 LOCATE LN+ 9,CO:PRINT "³ À\\Á\\earth ground "; 3030 COLOR 7,0 3040 LOCATE LN+10,CO:PRINT "³ " 3050 RETURN 3060 ' 3070 '.....foreword 3080 T=8 3090 PRINT TAB(T); 3100 PRINT "The program designs a complete system including a Transmatch and" 3110 PRINT TAB(T); 3120 PRINT "calculates component values for three configurations:" 3130 PRINT 3140 PRINT TAB(T); 3150 PRINT "FIG.1 and FIG.2 are best for monoband antennas, requiring only one" 3160 PRINT TAB(T); 3170 PRINT "inductor (which may not need to be variable or tapped for the" 3180 PRINT TAB(T); 3190 PRINT "higher frequency bands) and one variable tuning capacitor. FIG.3 is" 3200 PRINT TAB(T); 3210 PRINT "a random-wire multi-band antenna which requires one variable or" 3220 PRINT TAB(T); 3230 PRINT "tapped inductor and two variable tuning capacitors." 3240 PRINT 3250 PRINT TAB(T); 3260 PRINT "The wire can be any length within the parameters shown from a short" 3270 PRINT TAB(T); 3280 PRINT "whip to a true long wire, however, due to the variable conditions" 3290 PRINT TAB(T); 3300 PRINT "noted above, the Transmatch control settings calculated by this" 3310 PRINT TAB(T); 3320 PRINT "program should be considered as approximate only." 3330 PRINT 3340 PRINT TAB(T); 3350 PRINT "(Ref. ARRL Electronics Data Book, 2nd Edition, page 7-2)"; 3360 RETURN 3370 ' 3380 '.....end 3390 GOSUB 3430 3400 GOTO 210 'start 3410 END 3420 ' 3430 'PRT 3440 KEY OFF:GOSUB 3510:LOCATE 25,5:COLOR 0,2 3450 PRINT " Send this page to:(1)Printer Queue? (2)Printout? "; 3460 PRINT "(3)Next page? (1/2/3)";:COLOR 7,0 3470 Z$=INKEY$:IF Z$<"1"OR Z$>"3"THEN 3470 ELSE GOSUB 3510 3480 IF Z$="3"THEN RETURN 3490 FOR I%=1 TO 24:FOR J%=1 TO 80:LPRINT CHR$(SCREEN(I%,J%));:NEXT J%:NEXT I% 3500 IF Z$="2"THEN LPRINT CHR$(12) ELSE 3440 3510 LOCATE 25,1:PRINT STRING$(80,32);:RETURN

Attribute VB_Name = "FINAN_PORT_WEIGHTS_ROTAT_LIBR" Option Explicit 'Requires that all variables to be declared explicitly. Option Base 1 'The "Option Base" statement allows to specify 0 or 1 as the 'default first index of arrays. '************************************************************************************ '************************************************************************************ 'FUNCTION : PORT_ASSET_ROTATION_FUNC 'DESCRIPTION : 'LIBRARY : PORTFOLIO 'GROUP : TRADE_SWITCH 'ID : 001 'AUTHOR : RAFAEL NICOLAS FERMIN COTA 'LAST UPDATE : 21/01/2009 'REFERENCES : 'http://www.gummy-stuff.org/rotation.htm 'http://www.gummy-stuff.org/sector-rotation.htm 'http://www.gummy-stuff.org/sector-math.htm 'http://www.gummy-stuff.org/sector-explain.htm 'http://www.gummy-stuff.org/sectors.htm 'http://www.gummy-stuff.org/sector-returns.htm '************************************************************************************ '************************************************************************************ Function PORT_ASSET_ROTATION_FUNC(ByRef DATA_RNG As Variant, _ ByVal INITIAL_CASH_VAL As Double, _ Optional ByRef PREFER_ASSET_INDEX_VAL As Long = 2, _ Optional ByRef MA_PERIODS As Double = 8, _ Optional ByRef SWITCH_FACTOR As Double = 18, _ Optional ByRef VERSION As Integer = 1, _ Optional ByRef OUTPUT As Integer = 0) 'VERION = + 1: Choose the sector which has the largest gMA, meaning the sector whose price 'is farthest above the Moving Average. That's assuming there's a upward trend with that sector 'and we want to be in on that trend. Indeed, since the gMA is the rate of increase of that 'Weighted Moving Average, we want the sector with the largest Rate of Increase. 'VERION = - 1: Choose the sector whose price is farthest below its Moving Average. That's 'consistent with Buy Low. We anticipate that we'll being buying a bargain. 'Note: gMA = CurrentPrice - MovingAverage and you switch from your Favourite only Dim i As Long Dim j As Long Dim k As Long Dim NROWS As Long Dim NCOLUMNS As Long Dim TEMP_SUM As Double Dim MAX_VAL As Double Dim DATA_MATRIX As Variant Dim DATES_VECTOR As Variant Dim TICKERS_VECTOR As Variant Dim TEMP1_MATRIX As Variant Dim TEMP2_MATRIX As Variant Dim TEMP3_MATRIX As Variant Dim TEMP4_MATRIX As Variant Dim COLLECTION_OBJ As Collection On Error Resume Next If VERSION <> 1 Then: VERSION = -1 DATA_MATRIX = DATA_RNG TICKERS_VECTOR = MATRIX_GET_ROW_FUNC(DATA_MATRIX, 1, 1) TICKERS_VECTOR = MATRIX_REMOVE_COLUMNS_FUNC(TICKERS_VECTOR, 1, 1) DATES_VECTOR = MATRIX_GET_COLUMN_FUNC(DATA_MATRIX, 1, 1) DATES_VECTOR = MATRIX_REMOVE_ROWS_FUNC(DATES_VECTOR, 1, 1) DATA_MATRIX = MATRIX_REMOVE_ROWS_FUNC(DATA_MATRIX, 1, 1) DATA_MATRIX = MATRIX_REMOVE_COLUMNS_FUNC(DATA_MATRIX, 1, 1) NROWS = UBound(DATA_MATRIX, 1) NCOLUMNS = UBound(DATA_MATRIX, 2) If MA_PERIODS > NROWS Then: GoTo ERROR_LABEL If MA_PERIODS < 2 Then: GoTo ERROR_LABEL If PREFER_ASSET_INDEX_VAL > NCOLUMNS Then: GoTo ERROR_LABEL If PREFER_ASSET_INDEX_VAL < 1 Then: GoTo ERROR_LABEL Set COLLECTION_OBJ = New Collection For j = 1 To NCOLUMNS - 1 Call COLLECTION_OBJ.Add(CStr(j), CStr(TICKERS_VECTOR(1, j))) Next j ReDim TEMP1_MATRIX(1 To NROWS, 1 To NCOLUMNS) ReDim TEMP2_MATRIX(1 To NROWS, 1 To NCOLUMNS) For i = 1 To NROWS For j = 1 To NCOLUMNS If DATA_MATRIX(i, j) <> 0 Then TEMP1_MATRIX(i, j) = DATA_MATRIX(i, j) / DATA_MATRIX(1, j) Else TEMP1_MATRIX(i, j) = DATA_MATRIX(i - 1, j) / DATA_MATRIX(1, j) End If TEMP2_MATRIX(i, j) = TEMP1_MATRIX(i, j) * INITIAL_CASH_VAL Next j Next i ReDim TEMP3_MATRIX(1 To NROWS, 1 To NCOLUMNS) For j = 1 To NCOLUMNS TEMP_SUM = 0 For i = 1 To NROWS TEMP_SUM = TEMP_SUM + TEMP1_MATRIX(i, j) If i > MA_PERIODS + 1 Then TEMP_SUM = TEMP_SUM - TEMP1_MATRIX(i - MA_PERIODS - 1, j) TEMP3_MATRIX(i, j) = TEMP1_MATRIX(i, j) - (TEMP_SUM / (MA_PERIODS + 1)) Else TEMP3_MATRIX(i, j) = TEMP1_MATRIX(i, j) - (TEMP_SUM / i) End If Next i Next j i = 0 ReDim TEMP4_MATRIX(i To NROWS, 1 To 10) TEMP4_MATRIX(i, 1) = ("DATE") TEMP4_MATRIX(i, 2) = TICKERS_VECTOR(1, PREFER_ASSET_INDEX_VAL) 'FAVOURITE GMA TEMP4_MATRIX(i, 3) = "MAX - GMA" TEMP4_MATRIX(i, 4) = ("CURRENT ASSET") TEMP4_MATRIX(i, 5) = ("NEW PRICE") TEMP4_MATRIX(i, 6) = ("OLD PRICE") TEMP4_MATRIX(i, 7) = ("DOLLARS AVAILABLE") TEMP4_MATRIX(i, 8) = ("UNITS") TEMP4_MATRIX(i, 9) = ("PORTFOLIO") TEMP4_MATRIX(i, 10) = ("GAINS") i = 1 TEMP4_MATRIX(i, 1) = DATES_VECTOR(i, 1) TEMP4_MATRIX(i, 2) = TEMP3_MATRIX(i, PREFER_ASSET_INDEX_VAL) GoSub MAX_LINE: TEMP4_MATRIX(i, 3) = MAX_VAL TEMP4_MATRIX(i, 4) = TEMP4_MATRIX(i - 1, 2) k = 0: k = CLng(COLLECTION_OBJ(CStr(TEMP4_MATRIX(i, 4)))) If k = 0 Then: k = NCOLUMNS TEMP4_MATRIX(i, 5) = TEMP2_MATRIX(i, k) TEMP4_MATRIX(i, 6) = TEMP2_MATRIX(i, k) TEMP4_MATRIX(i, 7) = 0 TEMP4_MATRIX(i, 8) = INITIAL_CASH_VAL / TEMP4_MATRIX(i, 5) TEMP4_MATRIX(i, 9) = INITIAL_CASH_VAL TEMP4_MATRIX(i, 10) = "" '------------------------------------------------------------------------------------------------------------------ For i = 2 To NROWS '------------------------------------------------------------------------------------------------------------------ TEMP4_MATRIX(i, 1) = DATES_VECTOR(i, 1) TEMP4_MATRIX(i, 2) = TEMP3_MATRIX(i, PREFER_ASSET_INDEX_VAL) GoSub MAX_LINE: TEMP4_MATRIX(i, 3) = MAX_VAL If VERSION * TEMP4_MATRIX(i, 3) > VERSION * SWITCH_FACTOR * TEMP4_MATRIX(i, 2) Then For j = 1 To NCOLUMNS If TEMP3_MATRIX(i, j) = TEMP4_MATRIX(i, 3) Then: Exit For Next j TEMP4_MATRIX(i, 4) = TICKERS_VECTOR(1, j) Else TEMP4_MATRIX(i, 4) = TEMP4_MATRIX(i - 1, 4) End If k = 0: k = CLng(COLLECTION_OBJ(CStr(TEMP4_MATRIX(i, 4)))) If k = 0 Then: k = NCOLUMNS TEMP4_MATRIX(i, 5) = TEMP2_MATRIX(i, k) k = 0: k = CLng(COLLECTION_OBJ(CStr(TEMP4_MATRIX(i - 1, 4)))) If k = 0 Then: k = NCOLUMNS TEMP4_MATRIX(i, 6) = TEMP2_MATRIX(i, k) TEMP4_MATRIX(i, 7) = TEMP4_MATRIX(i, 6) * TEMP4_MATRIX(i - 1, 8) If (TEMP4_MATRIX(i, 4) <> TEMP4_MATRIX(i - 1, 4)) And (TEMP4_MATRIX(i, 5) <> 0) Then TEMP4_MATRIX(i, 8) = TEMP4_MATRIX(i, 7) / TEMP4_MATRIX(i, 5) Else TEMP4_MATRIX(i, 8) = TEMP4_MATRIX(i - 1, 8) End If If (TEMP4_MATRIX(i, 4) <> TEMP4_MATRIX(i - 1, 4)) And (TEMP4_MATRIX(i, 5) <> 0) Then TEMP4_MATRIX(i, 8) = TEMP4_MATRIX(i, 7) / TEMP4_MATRIX(i, 5) Else TEMP4_MATRIX(i, 8) = TEMP4_MATRIX(i - 1, 8) End If TEMP4_MATRIX(i, 9) = TEMP4_MATRIX(i, 8) * TEMP4_MATRIX(i, 5) If (TEMP4_MATRIX(i - 1, 9) <> 0) Then TEMP4_MATRIX(i, 10) = TEMP4_MATRIX(i, 9) / TEMP4_MATRIX(i - 1, 9) - 1 Else TEMP4_MATRIX(i, 10) = TEMP4_MATRIX(i, 9) End If 1983: '------------------------------------------------------------------------------------------------------------------ Next i '------------------------------------------------------------------------------------------------------------------ '---------------------------------------------------------------------------------------------------------------- Select Case OUTPUT '---------------------------------------------------------------------------------------------------------------- Case 0 '---------------------------------------------------------------------------------------------------------------- PORT_ASSET_ROTATION_FUNC = TEMP4_MATRIX 'Sector Switching Summary '---------------------------------------------------------------------------------------------------------------- Case 1 '---------------------------------------------------------------------------------------------------------------- PORT_ASSET_ROTATION_FUNC = TEMP3_MATRIX 'gMA '---------------------------------------------------------------------------------------------------------------- Case 2 '---------------------------------------------------------------------------------------------------------------- PORT_ASSET_ROTATION_FUNC = TEMP2_MATRIX ' Portfolio $Growth '---------------------------------------------------------------------------------------------------------------- Case 3 '---------------------------------------------------------------------------------------------------------------- PORT_ASSET_ROTATION_FUNC = TEMP1_MATRIX ' Asset Growth '---------------------------------------------------------------------------------------------------------------- Case Else '---------------------------------------------------------------------------------------------------------------- ReDim DATA_MATRIX(0 To NROWS, 1 To NCOLUMNS) For j = 1 To NCOLUMNS DATA_MATRIX(0, j) = TICKERS_VECTOR(1, j) 'Charting Summary For i = 1 To NROWS DATA_MATRIX(i, j) = IIf(DATA_MATRIX(0, j) = TEMP4_MATRIX(i, 4), 0.5, 0) Next i Next j If OUTPUT = 4 Then PORT_ASSET_ROTATION_FUNC = DATA_MATRIX Else PORT_ASSET_ROTATION_FUNC = Array(TEMP4_MATRIX, TEMP3_MATRIX, TEMP2_MATRIX, TEMP1_MATRIX, DATA_MATRIX) End If '---------------------------------------------------------------------------------------------------------------- End Select '---------------------------------------------------------------------------------------------------------------- Exit Function '---------------------------------------------------------------------------------------------------------------- MAX_LINE: '---------------------------------------------------------------------------------------------------------------- MAX_VAL = -2 ^ 52 For j = 1 To NCOLUMNS If TEMP3_MATRIX(i, j) > MAX_VAL Then: MAX_VAL = TEMP3_MATRIX(i, j) Next j '---------------------------------------------------------------------------------------------------------------- Return '---------------------------------------------------------------------------------------------------------------- ERROR_LABEL: PORT_ASSET_ROTATION_FUNC = Err.number End Function

10 LET X = 10 + 5 20 LET Y = X - 100 30 PRINT X 40 PRINT Y 50 PRINT 3 + 4 * 2 / ( 1 - 5 ) 60 PRINT ( 3 + 4 ) * ( 5 - 1 ) 65 PRINT (3 + 4) * (5 - 1) 70 IF X > Y THEN 90 80 PRINT "Y IS GREATER" 85 GOTO 100 90 PRINT "X IS GREATER" 100 REM END

5 REM ROLLS N<21 DICE WITH GIVEN SIDES (4-100, EVEN) 10 PRINT "ENTER NUMBER OF DICE":INPUT D% 20 IF D%>21 THEN PRINT "PLEASE DON'T MAKE ME ROLL THAT MANY":GOTO 10 30 IF D%<0 THEN PRINT "SERIOUSLY?":GOTO 10 40 FOR X=1 TO D%: 50 PRINT "NUMBER OF SIDES FOR DIE" X:INPUT S 60 IF S>100 OR S<4 THEN PRINT "NOT A REASONABLE DIE":GOTO 50 70 IF NOT S/2=INT(S/2) THEN PRINT "NOT A REASONABLE DIE":GOTO 50 80 R%=INT(RND(1)*S)+1 90 PRINT "RESULT FOR DIE";X;"IS:";R% 100 NEXT

\****************************************************************************** \****************************************************************************** \*** \*** FUNCTIONS FOR THE DEC CONFIGURATION FILE \*** \*** REFERENCE : DECCFFUN.BAS \*** \*** Version A Mark Goode 20th October 2010 \*** \****************************************************************************** \******************************************************************************* %INCLUDE DECCFDEC.J86 INTEGER*2 GLOBAL CURRENT.REPORT.NUM% STRING GLOBAL \ CURRENT.CODE$, \ FILE.OPERATION$ \------------------------------------------------------------------------------ FUNCTION DECCF.SET PUBLIC \*************************** DECCF.REPORT.NUM% = 815 DECCF.FILE.NAME$ = "DECCONF" DECCF.RECL% = 56 END FUNCTION \------------------------------------------------------------------------------ FUNCTION READ.DECCF PUBLIC \**************************** INTEGER*2 I%, READ.DECCF READ.DECCF = 1 IF END #DECCF.SESS.NUM% THEN END.OF.DECCF READ FORM "T1,C56"; #DECCF.SESS.NUM%,DECCF.REC.NUM%; DECCF.RECORD$ READ.DECCF = 0 EXIT FUNCTION END.OF.DECCF: FILE.OPERATION$ = "R" CURRENT.CODE$ = RIGHT$(PACK$("0000000000000000" + \ STR$(DECCF.REC.NUM%)), 8) CURRENT.REPORT.NUM% = DECCF.REPORT.NUM% EXIT FUNCTION END FUNCTION \---------------------------------------------------------------------------- FUNCTION WRITE.DECCF PUBLIC \**************************** INTEGER*2 I%, WRITE.DECCF WRITE.DECCF = 1 DECCF.RECORD$ = DECCF.MSGID$ + DECCF.MSGNAME$ + DECCF.DIRECTION$ + DECCF.TYPE$ + DECCF.QOS$ + DECCF.DELIVERY$ IF END #DECCF.SESS.NUM% THEN END.OF.WRITE.DECCF WRITE FORM "C54,C2"; #DECCF.SESS.NUM%, DECCF.REC.NUM%; \ DECCF.RECORD$, CHR$(0DH) + CHR$(0AH) WRITE.DECCF = 0 EXIT FUNCTION END.OF.WRITE.DECCF: FILE.OPERATION$ = "W" CURRENT.CODE$ = RIGHT$(PACK$("0000000000000000" + \ STR$(DECCF.REC.NUM%)), 8) CURRENT.REPORT.NUM% = DECCF.REPORT.NUM% EXIT FUNCTION END FUNCTION \------------------------------------------------------------------------------

1 REM THE VENERABLE STAR TREK COMPUTER GAME -- ANTTI J YLIKOSKI 12/19/2010 2 REM ENTERED, MODIFIED AND DEBUGGED BY ANTTI J YLIKOSKI 3 REM ORIGINALLY FROM: THE BEST OF CREATIVE COMPUTING, VOL 1, 4 REM EDITED BY DAVID H. AHL, CREATIVE COMPUTING PRESS, 5 REM P.O.BOX 789-M, MORRISTOWN, N. J. 07960, USA 6 REM ISBN 0-916688-01-1, (C) 1976 BY CREATIVE COMPUTING 7 REM 8 REM THE QB64 VERSION -- SOME IDIOSYNCRACIES FIXED 9 REM 10 REM [VERSION "STREK7", 1/12/75 RCL] 12 REM EDITED AND DEBUGGED BY ANTTI J. YLIKOSKI 02/10/2010 -- 14 REM THE PROGRAM EXHIBITS THE CONTROL STRUCTURE AFFECTIONATELY 18 REM CALLED A "RAT*S NEST". 20 REM IT PROBABLY STEMS FROM THE ERA OF THE GOTO AND THE GOSUB 25 REM ONCOLOGICAL SURGERY WOULD HAVE BEEN POSSIBLE BUT ANYWAY: 27 REM "IF IT AIN*T BROKEN, DON*T FIX IT!" 29 REM 30 REM 40 REM *** *** STAR TREK *** 50 REM *** SIMULATION OF A MISSION OF THE STARSHIP ENTERPRISE, 60 REM *** AS SEEN ON THE STAR TREK TV SHOW 70 REM *** ORIGINAL PROGRAM BY MIKE MAYFIELD, MODIFIED VERSION 80 REM *** PUBLISHED IN DEC*S *101 BASIC GAMES* BY DAVE AHL 90 REM *** MODIFICATIONS TO THE LATTER (PLUS DEBUGGINGS) BY 100 REM *** BOB LEEDOM -- APRIL & DECEMBER 1974, 110 REM *** WITH A LITTLE HELP FROM HIS FRIENDS... 120 REM *** COMMENTS, EPITETHS, AND SUGGESTIONS SOLICITED (IN 1975) 130 REM *** ADDRESS TO: R. C. LEEDOM 140 REM *** WESTINGHOUSE DEFENSE & ELECTRONIC SYSTEMS CNTR. 150 REM *** BOX 746, M. S. 338 BALTIMORE, MD 21283, USA 152 REM 153 REM ORIGINALLY CONVERTED TO THE FREEBASIC, SEE 154 REM HTTP://WWW.FREEBASIC.NET 155 REM AND THE DOCUMENTATION 156 REM HTTP://WWW.FREEBASIC.NET/WIKI/ 157 REM BY ANTTI J YLIKOSKI 10-16-2010 158 REM 159 REM QB64 VERSION BY ANTTI J. YLIKOSKI 12-19-2010, UPDATED 03-02-2012. 160 REM START THE QB64.EXE, OPEN THE PROGRAM FILE AND EXECUTE CTL-F5 161 REM TO ENJOY THE GAME -- GOOD LUCK, ADMIRAL!!!!! 164 REM 165 REM SEE http://www.qb64.net/ 166 REM 167 REM EXISTING BUGS: THE CALCLULATION OF THE PHOTON TORPEDO COURSE 168 REM IS PARTIALLY FLAWED. 169 REM 172 REM RANDOMIZE TIMER 175 PRINT TAB(15); "* * * STAR TREK * * *" 180 PRINT 190 PRINT "DO YOU NEED INSTRUCTIONS (YES/NO)"; 200 REM DIM A$ 210 INPUT A$ 219 REM IF UCASE$(A$) = "YES" THEN GOSUB 10000 220 IF A$ = "YES" THEN GOSUB 10000 240 REM THE PROGRAM BEGINS HERE.... 242 REM DIM Q9$ 244 REM DIM R9$ 246 REM DIM S4$ 250 REM DIM Z$ 251 DIM Q$(72) 252 DIM R$(72) 253 DIM S$(72) 260 REM DIM G1$ 261 REM DIM G2$ 262 REM DIM G3$ 263 REM DIM G4$ 265 REM DIM D7$ 270 LET Z$ = "" 272 LET Q$ = "" 274 LET R$ = "" 276 LET S$ = "" 278 FOR I = 1 TO 72 280 LET Z$ = Z$ + " " 290 LET Q$ = Q$ + " " 300 LET R$ = R$ + " " 310 LET S$ = S$ + " " 320 NEXT I 322 REM Z$ IS SO TO SPEAK A ZERO STRING -- FULL OF SPACES 324 REM Q$ + R$ + S$ ARE ALTOGETHER 3*72 = 216 CHARACTERS OF MEMORY 326 REM THE VIDEO OF THE CURRENT QUADRANT ARE (3*8)*8 CHARACTERS, IE. 327 REM 192 CHARACTERS, STORED IN THE STRINGS Q$+R$+S$. 330 DIM G(8, 8) AS INTEGER 331 DIM C(9, 2) AS INTEGER 332 DIM K(3, 3) AS INTEGER 333 DIM N(3) AS INTEGER 334 DIM Z(8, 8) AS INTEGER 340 REM DIM O1$ 341 REM DIM C$ 350 REM DIM A1$ 351 REM DIM T$ 360 REM DIM D$ 361 REM DIM O3$ 362 REM THE VARIABLE A1 IS THE GOOD LUCK FACTOR 363 REM A1 = 1 <=> ALMOST IMPOSSIBLE GAME 364 REM A1 = 3 <=> POSSIBLE GAME 365 REM A1 = 5 <=> EASY GAME 367 LET A1 = 5 370 DIM C9(1) AS DOUBLE, A9(1) AS DOUBLE, W9(1) AS DOUBLE, D4(1) AS DOUBLE, D1(1) AS DOUBLE 372 DIM P7(1) AS DOUBLE 374 DIM A8(1) AS DOUBLE, X8(1) AS DOUBLE 379 LET T = INT(RND(1) * 20 + 20) * 100 380 LET T0 = T 390 LET T9 = 30 + 5 * (A1 - 1): REM I WANT THE GAME TO BE WINNABLE 400 LET D0 = 0 410 LET E0 = 3000 * A1: REM THE ENERGY AVAILABLE 420 LET E = E0 430 LET P = 10 440 LET P0 = P 450 LET S9 = 200 460 LET S = 0 465 LET F7 = 0 470 REM AN AUXILIARY FUNCTION DEF FND(Z) SUBSTITUTED IN THE PROGRAM TEXT 485 REM INITIALIZE ENTERPRISE*S POSITION 490 LET Q1 = INT(RND(1) * 8 + 1) 500 LET Q2 = INT(RND(1) * 8 + 1) 510 LET S1 = INT(RND(1) * 8 + 1) 520 LET S2 = INT(RND(1) * 8 + 1) 530 REM MAT C=ZER 531 FOR F8 = 1 TO 9 532 FOR F9 = 1 TO 2 533 LET C(F8, F9) = 0 534 NEXT F9 535 NEXT F8 540 LET C(3, 1) = -1 550 LET C(2, 1) = -1 560 LET C(4, 1) = -1 570 LET C(4, 2) = -1 580 LET C(5, 2) = -1 590 LET C(6, 2) = -1 600 LET C(1, 2) = 1 610 LET C(2, 2) = 1 620 LET C(6, 1) = 1 630 LET C(7, 1) = 1 640 LET C(8, 1) = 1 650 LET C(8, 2) = 1 660 LET C(9, 2) = 1 670 DIM D(8) AS INTEGER 680 FOR I = 1 TO 8 690 LET D(I) = 0 700 NEXT I 710 LET A1$ = "NSLPTSDCX" 720 LET D$ = "WARP ENGINESS.R.SENSORS L.R.SENSORS PHASER CNTRL" 730 LET D$ = D$ + "PHOTON TUBESDAMAGE CNTRLSHIELD CNTRLCOMPUTER " 740 LET G4$ = "III" 750 LET G1$ = " ANTARES. SIRIUS. RIGEL. DENEB. PROCYON. CAPELLA. VEGA. " 760 LET G1$ = G1$ + "BETELGEUZE. CANOPUS. ALDEBARAN. ALTAIR. REGULUS. " 770 LET G1$ = G1$ + "SAGITTARIUS. ARCTURUS. POLLUX. SPICA. " 780 LET B9 = 0 790 LET K9 = 0 800 LET A1$ = "NSLPTSDCX" 810 REM SET UP WHAT EXISTS IN THE GALAXY.... 820 FOR I = 1 TO 8 830 FOR J = 1 TO 8 840 LET R1 = RND(1) 850 IF R1 > 0.98 THEN GOTO 900 860 IF R1 > 0.95 THEN GOTO 930 870 IF R1 > 0.8 THEN GOTO 960 880 LET K3 = 0 890 GOTO 980 900 LET K3 = 3 910 LET K9 = K9 + 3 920 GOTO 980 930 LET K3 = 2 940 LET K9 = K9 + 2 950 GOTO 980 960 LET K3 = 1 970 LET K9 = K9 + 1 980 LET R1 = RND(1) 990 IF R1 > 0.96 THEN GOTO 1020 1000 LET B3 = 0 1010 GOTO 1040 1020 LET B3 = 1 1030 LET B9 = B9 + 1 1040 LET S3 = INT(RND(1) * 8 + 1) 1050 LET G(I, J) = K3 * 100 + B3 * 10 + S3 1060 REM K3=#KLINGONS; B3=#STARBASES; S3=#STARS 1070 LET Z(I, J) = 0 1080 NEXT J 1090 NEXT I 1100 LET K7 = K9 1110 DIM X$(1) 1111 DIM X0$(1) 1120 LET X$ = "" 1130 LET X0$ = " IS " 1140 IF B9 <> 0 THEN GOTO 1200 1150 LET B9 = 1 1160 IF G(6, 3) = 200 THEN GOTO 1190 1170 LET G(6, 3) = G(6, 3) + 100 1180 LET K9 = K9 + 1 1190 G(6, 3) = G(6, 3) + 10 1200 IF B9 = 1 THEN GOTO 1230 1210 LET X$ = "S" 1220 LET X0$ = " ARE " 1230 PRINT 1235 PRINT "YOUR ORDERS ARE AS FOLLOWS:" 1240 PRINT " DESTROY THE"; K9; " KLINGON WARSHIPS WHICH HAVE INVADED" 1250 PRINT " THE GALAXY BEFORE THEY CAN ATTACK FEDERATION HEADQUARTERS" 1260 PRINT " ON STARDATE"; T0 + T9; "; THIS GIVES YOU"; T9; " DAYS. THERE"; X0$ 1270 PRINT " "; B9; " STARBASE"; X$; " IN THE GALAXY FOR RESUPPLYING YOUR SHIP." 1280 PRINT 1290 PRINT "HIT *RETURN* WHEN READY TO ASSUME COMMAND ----" 1300 INPUT A$ 1310 REM *** HERE ANY TIME ENTER NEW QUADRANT *** 1320 LET Z4 = Q1 1330 LET Z5 = Q2 1340 LET K3 = 0 1350 LET B3 = 0 1360 LET S3 = 0 1370 LET G5 = 0 1380 LET D4 = 0.5 * RND(1) 1385 REM EXCEEDING GALAXY BORDERS? 1390 IF Q1 < 1 THEN GOTO 1600 1400 IF Q1 > 8 THEN GOTO 1600 1410 IF Q2 < 1 THEN GOTO 1600 1420 IF Q2 > 8 THEN GOTO 1600 1430 GOSUB 9030 1440 PRINT 1450 IF T <> T0 THEN GOTO 1490 1460 PRINT "YOUR MISSION BEGINS WITH YOUR STARSHIP LOCATED" 1470 PRINT "IN THE GALACTIC QUADRANT, *"; G2$; "*." 1472 LET F7 = 1 1480 GOTO 1505 1490 PRINT "NOW ENTERING *"; G2$; "* QUARDANT ..." 1500 PRINT 1505 LET F7 = 1 1510 LET X = G(Q1, Q2) * 0.01 1520 LET K3 = INT(X) 1530 LET B3 = INT((X - K3) * 10) 1540 LET S3 = G(Q1, Q2) - INT(G(Q1, Q2) * 0.1) * 10 1550 IF K3 = 0 THEN GOTO 1590 1560 PRINT "COMBAT AREA CONDITION RED" 1570 IF S > 200 THEN GOTO 1590 1580 PRINT " SHIELDS DANGEROUSLY LOW" 1590 REM MAT K=ZER 1592 FOR F8 = 1 TO 3 1594 FOR F9 = 1 TO 3 1596 LET K(F8, F9) = 0 1597 NEXT F9 1598 NEXT F8 1600 FOR I = 1 TO 3 1610 LET K(I, 3) = 0 1620 NEXT I 1630 LET Q$ = Z$ 1640 LET R$ = Z$ 1650 LET S$ = MID$(Z$, 1, 48) 1660 REM POSITION ENTERPRISE IN QUADRANT, THEN PLACE *K3* KLINGONS, 1670 REM *B3* STARBASES, AND *S3* STARS ELSEWHERE 1680 LET A$ = "<*>" 1690 LET Z1 = S1 1700 LET Z2 = S2 1710 GOSUB 8670 1715 IF K3 <= 0 THEN GOTO 1815 1720 FOR I = 1 TO K3 1730 GOSUB 8590 1740 LET A$ = "+++" 1750 LET Z1 = R1 1760 LET Z2 = R2 1770 GOSUB 8670 1780 LET K(I, 1) = R1 1790 LET K(I, 2) = R2 1800 LET K(I, 3) = S9 1810 NEXT I 1815 IF B3 <= 0 THEN GOTO 1905 1820 FOR I = 1 TO B3 1830 GOSUB 8590 1840 LET A$ = ">!<" 1850 LET Z1 = R1 1860 LET Z2 = R2 1870 GOSUB 8670 1880 LET B4 = Z1 1890 LET B5 = Z2 1900 NEXT I 1905 IF S3 <= 0 THEN GOTO 1975 1910 FOR I = 1 TO S3 1920 GOSUB 8590 1930 LET A$ = " * " 1940 LET Z1 = R1 1950 LET Z2 = R2 1960 GOSUB 8670 1970 NEXT I 1975 REM 1980 GOSUB 6430 1985 REM ***** THE LOOP BEGINS HERE ***** CHECK ENERGY, RECEIVE COMMAND 1986 REM ***** LOOP BEGINS AT STATEMENT 1990 1990 IF S + E <= 10 THEN GOTO 2020 2000 IF E > 10 THEN GOTO 2060 2010 IF D(7) = 0 THEN GOTO 2060 2020 PRINT "** FATAL ERROR ** YOU*VE JUST STRANDED YOUR SHIP IN SPACE!!" 2030 PRINT "YOU HAVE INSUFFICIENT MANEUVERING ENERGY, AND SHIELD CONTROL" 2040 PRINT "IS PRESENTLY INCAPABLE OF CROSS-CIRCUITING TO ENGINE ROOM!" 2050 GOTO 6260 2060 PRINT "COMMAND (CAR RET FOR HELP) "; 2070 INPUT A$ 2072 DIM H9$(1) 2074 DIM I9$(1) 2076 DIM J9$(1) 2080 FOR I = 1 TO 9 2082 LET H9$ = MID$(A$, 1, 1) 2084 LET I9$ = MID$(A1$, I, 1) 2090 IF H9$ <> I9$ THEN GOTO 2160 2100 IF I <> 2 THEN GOTO 2140 2110 IF LEN(A$) < 2 THEN GOTO 2140 2115 LET J9$ = MID$(A$, 2, 1) 2120 IF J9$ = "R" THEN GOTO 2140 2130 LET I = 6 2140 ON I GOTO 2300, 1980, 4000, 4260, 4700, 5530, 5690, 7290 2150 IF A$ = "XXX" THEN GOTO 6270 2160 NEXT I 2170 PRINT "ENTER ONE OF THE FOLLOWING:" 2180 PRINT "NAV (TO SET COURSE)" 2190 PRINT "SRS (FOR SHORT RANGE SENSOR SCAN)" 2200 PRINT "LRS (FOR LONG RANGE SENSOR SCAN)" 2210 PRINT "PHA (TO FIRE PHASERS)" 2220 PRINT "TOR (TO FIRE PHOTON TODPEDOS)" 2230 PRINT "SHE (TO RAISE OR LOWER SHIELDS)" 2240 PRINT "DAM (FOR DAMAGE CONTROL REPORT)" 2250 PRINT "COM (TO CALL ON THE LIBRARY-COMPUTER" 2260 PRINT "XXX (TO RESIGN YOUR COMMAND)" 2270 PRINT 2280 GOTO 1990 2290 REM COURSE CONTROL BEGINS HERE 2300 PRINT "COURSE (1-9) "; 2310 INPUT C1 2320 IF C1 >= 1 THEN GOTO 2350 2330 PRINT " LT. SULU REPORTS, *INCORRECT COURSE DATA, SIR!*" 2340 GOTO 1990 2350 IF C1 < 9 THEN GOTO 2380 2360 IF C1 > 9 THEN GOTO 2330 2370 LET C1 = 1 2380 PRINT "WARP FACTOR (0-8) "; 2390 INPUT W1 2400 IF W1 <= 0 THEN GOTO 2420 2410 IF W1 <= 8 THEN GOTO 2450 2420 PRINT "CHIEF ENGINEER SCOTT REPORTS *THE ENGINES WON*T" 2430 PRINT " TAKE WARP "; W1; " !*" 2440 GOTO 1990 2450 IF D(1) >= 0 THEN GOTO 2490 2460 IF (W1 <= 0.2) THEN GOTO 2490 2465 IF (W1 = 0.2) THEN GOTO 2490 2470 PRINT "WARP ENGINES ARE DAMAGED. MAXIMUM SPEED = WARP 0.2" 2480 GOTO 2300 2490 LET N7 = INT(W1 * 8 + 0.5) 2500 IF E - N7 > 0 THEN GOTO 2590 2510 PRINT "ENGINEERING REPORTS *INSUFFICIENT ENRGY AVAILABLE" 2520 PRINT " FOR MANEUVERING AT WARP "; W1; "!*" 2530 IF S < N7 - E THEN GOTO 1990 2540 IF D(7) < 0 THEN GOTO 1990 2550 PRINT "DEFLECTOR CONTROL ROOM ACKNOWLEDGES "; S; " UNITS" 2560 PRINT " OF ENERGY DEPLOYED TO THE SHIELDS." 2570 GOTO 5530 2580 REM KLINGONS MOVE/FIRE ON MOVING STARSHIP............ 2590 FOR I = 1 TO K3 2600 IF K(I, 3) <= 0 THEN GOTO 2700 2610 LET A$ = " " 2620 LET Z1 = K(I, 1) 2630 LET Z2 = K(1, 2) 2640 GOSUB 8670 2650 GOSUB 8570 2660 LET K(I, 1) = Z1 2670 LET K(I, 2) = Z2 2680 LET A$ = "+++" 2690 GOSUB 8670 2700 NEXT I 2710 GOSUB 6000 2720 LET D1 = 0 2730 LET D6 = W1 2740 IF W1 < 1 THEN GOTO 2770 2750 LET D6 = 1 2760 REM MAKE REPAIRS TO THE SHIP 2770 FOR I = 1 TO 8 2780 IF D(I) >= 0 THEN GOTO 2880 2790 LET D(I) = D(I) + D6 2800 IF D(I) < 0 THEN GOTO 2880 2810 IF D1 = 1 THEN GOTO 2840 2820 LET D1 = 1 2830 PRINT "DAMAGE CONTROL REPORT: " 2840 PRINT " "; 2850 LET R1 = I 2860 GOSUB 8790 2870 PRINT " REPAIR COMPLETED" 2880 NEXT I 2890 REM DAMAGE/IMPROVEMENT DURING SOME VES 2900 IF (RND(1) > 0.2) THEN GOTO 3070 2910 LET R1 = INT(RND(1) * 8 + 1) 2920 IF (RND(1) >= 0.9) THEN GOTO 3000 2925 REM CHANGED 0.6 TO 0.9 TO MAKE THE GAME LESS IMPOSSIBLE - A. J. Y. 2930 LET D(R1) = D(R1) - (RND(1) * 5 + 1) / A1 2932 REM ADDED / A1 TO MAKE THE GAME LESS IMPOSSIBLE 2940 PRINT 2950 PRINT "DAMAGE CONTROL REPORT: "; 2960 GOSUB 8790 2970 PRINT " DAMAGED" 2980 PRINT 2990 GOTO 3070 3000 LET D(R1) = D(R1) + (RND(1) * 3.0 + 1.0) 3010 PRINT 3020 PRINT "DAMAGE CONTROL REPORT: "; 3030 GOSUB 8790 3040 PRINT " STATE OF REPAIR IMPROVED" 3050 PRINT 3060 REM BEGIN MOVING STARSHIP ** 3070 REM EMPTY THE STARSHIP*S PLACE ON THE SCREEN 3075 LET A$ = " " 3080 LET Z1 = INT(S1 + 0.5) 3090 LET Z2 = INT(S2 + 0.5) 3100 GOSUB 8670 3110 LET X1 = C(C1, 1) + (C(C1 + 1, 1) - C(C1, 1)) * (C1 - INT(C1)) 3120 LET X = S1 3130 LET Y = S2 3140 LET X2 = C(C1, 2) + (C(C1 + 1, 2) - C(C1, 2)) * (C1 - INT(C1)) 3150 LET Q4 = Q1 3160 LET Q5 = Q2 3164 DIM X8$(1) 3170 FOR I = 1 TO N7 3180 LET S1 = S1 + X1 3190 LET S2 = S2 + X2 3200 IF S1 < 1 THEN GOTO 3500 3210 IF S1 >= 9 THEN GOTO 3500 3220 IF S2 < 1 THEN GOTO 3500 3230 IF S2 >= 9 THEN GOTO 3500 3240 LET S8 = INT(S1 + 0.5) * 24 + INT(S2 + 0.5) * 3 - 26 3250 IF S8 > 72 THEN 3280 3255 LET X8$ = MID$(Q$, S8, 3) 3257 REM IF NAVIGATING THRU EMPTY SPACE, GO ON: 3260 IF X8$ = " " THEN GOTO 3360 3270 GOTO 3320 3280 IF S8 > 144 THEN GOTO 3310 3285 LET X8$ = MID$(R$, S8 - 72, 3) 3290 IF X8$ = " " THEN GOTO 3360 3300 GOTO 3320 3310 LET X8$ = MID$(S$, S8 - 144, 3) 3315 IF X8$ = " " THEN GOTO 3360 3320 LET S1 = S1 - X1 3330 LET S2 = S2 - X2 3340 PRINT "WARP ENGINES SHUT DOWN AT SECTOR "; S1; ", "; S2; " DUE TO " 3345 PRINT "BAD NAVIGATION" 3350 GOTO 3370 3360 NEXT I 3370 LET A$ = "<*>" 3380 LET Z1 = INT(S1 + 0.5) 3390 LET Z2 = INT(S2 + 0.5) 3400 GOSUB 8670 3410 GOSUB 3910 3420 LET T8 = 1 3430 IF W1 > 1 THEN GOTO 3450 3440 LET T8 = 0.1 * INT(10 * W1) 3450 LET T = T + T8 3460 IF T > T0 + T9 THEN GOTO 6220 3470 REM SEE IF DOCKED, THEN GET COMMAND 3480 GOTO 1980 3490 REM EXCEED QUADRANT LIMITS 3500 LET X = 8 * Q1 + X + N7 * X1 3510 LET Y = 8 * Q2 + Y + N7 * X2 3520 LET Q1 = INT(X / 8) 3530 LET Q2 = INT(Y / 8) 3540 LET S1 = INT(X - Q1 * 8) 3550 LET S2 = INT(Y - Q2 * 8) 3560 IF S1 <> 0 THEN GOTO 3590 3570 LET Q1 = Q1 - 1 3580 LET S1 = 8 3590 IF S2 <> 0 THEN GOTO 3620 3600 LET Q2 = Q2 - 1 3610 LET S2 = 8 3620 LET X5 = 0 3630 IF Q1 >= 1 THEN GOTO 3670 3640 LET X5 = 1 3650 LET Q1 = 1 3660 LET S1 = 1 3670 IF Q1 <= 8 THEN GOTO 3710 3680 LET X5 = 1 3690 LET Q1 = 8 3700 LET S1 = 8 3710 IF Q2 >= 1 THEN GOTO 3750 3720 LET X5 = 1 3730 LET Q2 = 1 3740 LET S2 = 1 3750 IF Q2 <= 8 THEN GOTO 3790 3760 LET X5 = 1 3770 LET Q2 = 8 3780 LET S2 = 8 3790 IF X5 = 0 THEN GOTO 3860 3800 PRINT "LT. UHURA REPORTS FROM STARFLEET COMMAND:" 3810 PRINT " *PERMISSION TO ATTEMPT CROSSING OF GALACTIC PERIMETER" 3820 PRINT " IS HEREBY *DENIED*. SHUT DOWN YOUR ENGINES.*" 3830 PRINT "CHIEF ENGINEER SCOTT REPORTS *WARP ENGINES SHUT DOWN" 3840 PRINT " AT SECTOR "; S1; " "; S2; " OF QUADRANT "; Q1; ", "; Q2; ".*" 3850 IF T > T0 + T9 THEN GOTO 3370 3860 REM REMOVED THIS MYSTERY LINE: IF (8*Q1 + Q2) = (8*Q4 + Q5) THEN GOTO 3370 3870 LET T = T + 1 3880 GOSUB 3910 3890 GOTO 1320 3900 REM MANEUVER ENERGY S/R 3910 LET E = E - N7 - 10 3920 IF E > 0 THEN GOTO 3980 3930 PRINT "SHIELD CONTROL SUPPLIED ENERGY TO COMPLETE THE MANEUVER." 3940 LET S = S + E 3950 LET E = 0 3960 IF S > 0 THEN GOTO 3980 3970 LET S = 0 3980 RETURN 3990 REM L. R. SCAN SENSOR SCAN CODE *** 4000 IF D(3) >= 0 THEN GOTO 4030 4010 PRINT "LONG RANGE SENSORS ARE INOPERABLE" 4020 GOTO 1990 4030 PRINT "LONG RANGE SENSOR SCAN FOR QUADRANT "; Q1; ", "; Q2 4040 LET O1$ = "................." 4050 PRINT O1$ 4060 FOR I = Q1 - 1 TO Q1 + 1 4070 DIM N(3) 4080 FOR I1 = 1 TO 3 4090 LET N(I1) = 0 4100 NEXT I1 4110 FOR J = Q2 - 1 TO Q2 + 1 4120 IF I < 1 THEN GOTO 4180 4130 IF I > 8 THEN GOTO 4180 4140 IF J < 1 THEN GOTO 4180 4150 IF J > 8 THEN GOTO 4180 4160 LET N(J - Q2 + 2) = G(I, J) 4170 LET Z(I, J) = G(I, J) 4180 NEXT J 4190 DIM P1$(1) 4200 LET P1$ = ": ### : ### : ### :" 4210 PRINT USING P1$; N(1), N(2), N(3) 4220 PRINT O1$ 4230 NEXT I 4240 GOTO 1990 4250 REM *** PHASER CONTROL CODE BEGINS HERE 4260 IF K3 > 0 THEN GOTO 4300 4270 PRINT "SCIENCE OFFICER SPOCK REPORTS *SENSORS SHOW" 4280 PRINT " NO ENEMY SHIPS IN THIS QUADRANT.*" 4290 GOTO 1990 4300 IF D(4) >= 0 THEN GOTO 4330 4310 PRINT "PHASERS INOPERATIVE" 4320 GOTO 1990 4330 IF D(8) >= 0 THEN GOTO 4350 4340 PRINT "COMPUTER FAILURE HAMPERS ACCURACY" 4350 PRINT "PHASERS LOCKED ON TARGET; " 4360 PRINT "ENERGY AVAILABLE ="; E 4370 PRINT "NUMBER OF UNITS TO FIRE: "; 4380 INPUT X 4390 IF X <= 0 THEN GOTO 1990 4400 IF E - X < 0 THEN GOTO 4360 4410 LET E = E - X 4420 GOSUB 6000 4430 IF D(7) >= 0 THEN GOTO 4450 4440 LET X = X * RND(1) 4450 LET H1 = INT(X / K3) 4460 FOR I = 1 TO 3 4470 IF K(I, 3) <= 0 THEN GOTO 4670 4480 LET H = INT((H1 / (SQR((K(I, 1) - S1) ** 2 + (K(I, 2) - S2) ** 2)) * (RND(1) + 2))) 4490 IF H > 0.15 * K(I, 3) THEN GOTO 4530 4500 PRINT "SENSORS SHOW NO DAMAGE" 4510 PRINT " TO ENEMY AT "; K(I, 1); ", "; K(I, 2) 4520 GOTO 4670 4530 LET K(I, 3) = K(I, 3) - H 4540 PRINT H; " UNIT HIT ON KLINGON AT SECTOR "; K(I, 1); ", "; K(I, 2) 4550 IF K(I, 3) <= O THEN GOTO 4580 4560 PRINT " (SENSORS SHOW "; K(I, 3), " UNITS REMAINING)" 4570 GOTO 4670 4580 PRINT " *** KLINGON DESTROYED ***" 4590 LET K3 = K3 - 1 4600 LET K9 = K9 - 1 4610 LET A$ = " " 4620 LET Z1 = K(I, 1) 4630 LET Z2 = K(I, 2) 4640 GOSUB 8670 4650 LET G(Q1, Q2) = K3 * 100 + B3 * 10 + S3 4655 LET Z(Q1, Q2) = G(Q1, Q2) 4660 IF K9 <= 0 THEN GOTO 6370 4670 NEXT I 4680 GOTO 1990 4690 REM PHOTON TORPEDO CODE BEGINS *** 4700 IF D(5) >= O THEN GOTO 4730 4710 PRINT "PHOTON TUBES ARE NOT OPERATIONAL " 4720 GOTO 1990 4730 IF P > 0 THEN GOTO 4760 4740 PRINT "ALL PHOTON TORPEDOS EXPENDED" 4750 GOTO 1990 4760 PRINT "TORPEDO COURSE (1-9) "; 4770 INPUT C1 4780 IF C1 >= 1 THEN GOTO 4810 4790 PRINT " ENSIGN CHEKOV REPORTS, *INCORRECT COURSE DATA, SIR!*" 4800 GOTO 1990 4810 IF C1 > 9 THEN GOTO 4790 4820 IF C1 < 9 THEN GOTO 4850 4830 IF C1 >= 9 THEN GOTO 4760 4840 LET C1 = 1 4850 LET X1 = C(C1, 1) + (C(C1 + 1, 1) - C(C1, 1)) * (C1 - INT(C1)) 4860 LET X2 = C(C1, 2) + (C(C1 + 1, 2) - C(C1, 2)) * (C1 - INT(C1)) 4870 LET E = E - 2 4880 LET X = S1 4890 LET Y = S2 4900 LET P = P - 1 4910 PRINT "TORPEDO TRACK:" 4920 LET X = X + X1 4930 LET Y = Y + X2 4940 LET X3 = INT(X + 0.5) 4950 LET Y3 = INT(Y + 0.5) 4960 IF X3 < 1 THEN GOTO 5490 4970 IF X3 >= 9 THEN GOTO 5490 4980 IF Y3 < 1 THEN GOTO 5490 4990 IF Y3 >= 9 THEN GOTO 5490 5000 PRINT " "; X3; ", "; Y3 5010 LET A$ = " " 5020 LET Z1 = X 5030 LET Z2 = Y 5040 GOSUB 8830 5050 IF Z3 <> 0 THEN GOTO 4920 5060 LET A$ = "+++" 5070 LET Z1 = X 5080 LET Z2 = Y 5090 GOSUB 8830 5100 IF Z3 = 0 THEN GOTO 5210 5110 PRINT "*** KLINGON DESTROYED ***" 5120 LET K3 = K3 - 1 5130 LET K9 = K9 - 1 5140 IF K9 <= 0 THEN GOTO 6370 5150 FOR I = 1 TO 3 5160 IF X3 <> K(I, 1) THEN GOTO 5180 5170 IF Y3 = K(I, 2) THEN GOTO 5190 5180 NEXT I 5190 LET K(I, 3) = 0 5200 GOTO 5430 5210 LET A$ = " * " 5220 LET Z1 = X 5230 LET Z2 = Y 5240 GOSUB 8830 5250 IF Z3 = 0 THEN GOTO 5280 5260 PRINT "STAR AT "; X3; ", "; Y3; " ABSORBED TORPEDO ENERGY" 5270 GOTO 5500 5280 LET A$ = ">!<" 5290 LET Z1 = X 5300 LET Z2 = Y 5310 GOSUB 8830 5320 IF Z3 = 0 THEN GOTO 4760 5330 PRINT "*** STARBASE DESTROYED ***" 5340 LET B3 = B3 - 1 5350 LET B9 = B9 - 1 5360 IF B9 > 0 THEN GOTO 5400 5370 PRINT "THAT DOES IT, CAPTAIN!! YOU ARE HEREBY RELIEVED OF COMMMAND" 5380 PRINT " AND SENTENCED TO 99 STARDATES AT HARD LABOR ON CYGNUS 12!!" 5390 GOTO 6270 5400 PRINT "STARFLEET COMMAND REVIEWING YOUR RECORD TO CONSIDER" 5410 PRINT " COURT MARTIAL!" 5420 LET D0 = 0 5430 LET A$ = " " 5440 LET Z1 = X 5450 LET Z2 = Y 5460 GOSUB 8670 5470 LET G(Q1, Q2) = K3 * 100 + B3 * 10 + S3 5480 GOTO 5500 5490 PRINT "TORPEDO MISSED" 5500 GOSUB 6000 5510 GOTO 1990 5520 REM ** SHIELD CONTROL STARTS HERE 5530 IF D(7) >= 0 THEN GOTO 5560 5540 PRINT "SHIELD CONTROL INOPERABLE" 5550 GOTO 1990 5560 PRINT "ENERGY AVAILABLE = "; E + S; " NUMBER OF UNITS TO SHIELDS: "; 5570 INPUT X 5580 IF X >= 0 THEN GOTO 5620 5590 IF S <> X THEN GOTO 5620 5600 PRINT "(SHIELDS UNCHANGED)" 5610 GOTO 1990 5620 IF E + S - X < 0 THEN GOTO 5560 5630 LET E = E + S - X 5640 LET S = X 5650 PRINT "DEFLECTOR CONTROL ROOM REPORT:" 5660 PRINT " *SHIELDS NOW AT "; S; " PER YOUR COMMAND*" 5670 GOTO 1990 5680 REM *** DAMAGE CONTROL STARTS HERE 5690 IF D(6) >= 0 THEN GOTO 5910 5700 PRINT "DAMAGE CONTROL REPORT NOT AVAILABLE" 5710 IF D0 = 0 THEN GOTO 1990 5720 LET D3 = 0 5730 FOR I = 1 TO 8 5740 IF D(I) >= 0 THEN GOTO 5760 5750 LET D3 = D3 + 0.1 5760 NEXT I 5770 IF D3 = 0 THEN GOTO 1990 5780 LET D3 = D3 + D4 5790 IF D3 < 1 THEN GOTO 5810 5800 LET D3 = 0.9 5810 PRINT "TECHNICIANS STANDING BY TO EFFECT REPAIRS TO YOUR SHIP." 5820 PRINT "ESTIMATED TIME TO REPAIR:"; 5830 PRINT USING ".# STARDATES"; D3 5840 PRINT "WILL YOU AUTHORIZE THE REPAIR ORDER (YES/NO)"; 5850 INPUT A$ 5860 IF A$ <> "YES" THEN GOTO 1990 5870 FOR I = 1 TO 8 5880 LET D(I) = 0 5890 NEXT I 5900 LET T = T + D3 + 0.1 5910 PRINT 5920 PRINT "DEVICE STATE OF REPAIR" 5930 FOR R1 = 1 TO 8 5940 GOSUB 8790 5950 PRINT USING " -##.##"; D(R1) 5960 NEXT R1 5970 PRINT 5980 GOTO 5710 5990 REM "KLINGONS SHOOTING" CODE BEGINS *** 6000 IF K3 <= O THEN GOTO 6210 6010 IF D0 = 0 THEN GOTO 6040 6020 PRINT "STAR BASE SHIELDS PROTECT THE ENTERPRISE" 6030 GOTO 6210 6040 FOR I = 1 TO 3 6050 IF K(I, 3) <= 0 THEN GOTO 6200 6060 LET H = INT((K(I, 3) / (SQR((K(I, 1) - S1) ** 2 + (K(I, 2) - S2) ** 2)) * (2 + RND(1)))) 6062 REM ADDED THE FOLLOWING TO MAKE THE GAME LESS IMPOSSIBLE 6064 LET H = INT(H / A1) 6070 LET S = S - H 6080 PRINT H; " UNIT HIT ON ENTERPRISE FROM SECTOR "; K(I, 1); ", "; K(I, 2) 6090 IF S < 0 THEN GOTO 6240 6100 PRINT " (SHIELDS DOWN TO "; S; " UNITS.)" 6110 IF H < 20 THEN GOTO 6200 6120 IF RND(1) > 0.6 THEN GOTO 6200 6130 IF H / S <= 0.02 THEN GOTO 6200 6140 LET D2 = H / S + 0.5 * RND(1) 6150 LET R1 = INT(RND(1) * 8 + 1) 6160 LET D(R1) = D(R1) - D2 6170 PRINT "DAMAGE CONTROL REPORTS *"; 6180 GOSUB 8790 6190 PRINT "DAMAGED BY THE HIT!*" 6200 NEXT I 6210 RETURN 6220 PRINT "IT IS STARDATE "; T 6230 GOTO 6270 6240 PRINT 6250 PRINT "THE ENTERPRISE HAS BEEN DESTROYED."; 6255 PRINT " THE FEDERATION WILL BE CONQUERED." 6260 PRINT "IT IS STARDATE "; T 6270 PRINT "THERE WERE "; K9; " KLINGON BATTLE CRUISERS LEFT AT" 6280 PRINT " THE END OF YOUR MISSION." 6290 PRINT 6300 PRINT 6310 PRINT "THE FEDERATION IS IN NEED OF A NEW STARSHIP COMMANDER" 6320 PRINT "FOR A SIMILAR MISSION -- IF THERE IS A VOLUNTEER," 6330 PRINT "LET HIM STEP FORWARD AND ENTER *AYE*." 6335 PRINT "OTHERWISE, DISCONTINUE PLAYING BY ENTERING (CAR RET)." 6340 INPUT A$ 6350 IF UCASE$(A$) = "AYE" THEN GOTO 240 6360 GOTO 9250 6370 PRINT "CONGRATULATIONS, CAPTAIN! THE LAST KLINGON BATTLE CRUISER" 6380 PRINT " MENACING THE FEDERATION HAS BEEN DESTROYED." 6390 PRINT 6400 PRINT "YOUR EFFICIENCY RATING IS "; ((K7 / (T - T0)) * 1000); ". " 6410 GOTO 6290 6420 REM S. R. SENSOR SCAN & STARTUP SUBR. *** 6430 FOR I = S1 - 1 TO S1 + 1 6440 FOR J = S2 - 1 TO S2 + 1 6450 IF INT(I + 0.5) < 1 THEN GOTO 6540 6460 IF INT(I + 0.5) > 8 THEN GOTO 6540 6470 IF INT(J + 0.5) < 1 THEN GOTO 6540 6480 IF INT(J + 0.5) > 8 THEN GOTO 6540 6490 LET A$ = ">!<" 6500 LET Z1 = I 6510 LET Z2 = J 6520 GOSUB 8830 6530 IF Z3 = 1 THEN GOTO 6580 6540 NEXT J 6550 NEXT I 6560 LET D0 = 0 6570 GOTO 6650 6580 LET D0 = 1 6590 LET C$ = "DOCKED" 6600 LET E = 3000 * A1 6602 REM THE VARIABLE E == ENERGY 6610 LET P = 10 6612 REM THE VARIABLE P == # OF TORPEDOS 6620 PRINT "SHIELDS DROPPED FOR DOCKING PURPOSES" 6630 LET S = 0 6632 REM THE VARIABLE S == ENERGY IN SHIELDS 6640 GOTO 6720 6650 IF K3 > 0 THEN GOTO 6690 6660 IF E < E0 * 0.1 THEN GOTO 6710 6670 LET C$ = "GREEN" 6680 GOTO 6720 6690 LET C$ = "*RED*" 6700 GOTO 6720 6710 LET C$ = "YELLOW" 6720 IF D(2) >= 0 THEN GOTO 6770 6730 PRINT 6740 PRINT "*** SHORT RANGE SENSORS ARE OUT ***" 6750 PRINT 6760 GOTO 7270 6770 LET Z4 = Q1 6771 LET Z5 = Q2 6772 LET Q5 = 0 6773 GOSUB 9030 6774 IF F7 = 1 THEN 6777 6775 PRINT "YOU ARE LOCATED IN THE GALACTIC QUADRANT, *"; G2$; "*..." 6777 PRINT 6778 LET F7 = 0 6779 LET O1$ = "---------------------------------" 6780 PRINT O1$ 6790 DIM N5$(1) 6800 LET N5$ = "#####" 6810 PRINT " "; 6820 FOR I = 1 TO 22 STEP 3 6825 LET Q9$ = MID$(Q$, I, 3) 6830 PRINT Q9$; " "; 6840 NEXT I 6850 PRINT 6860 PRINT " "; 6870 FOR I = 25 TO 46 STEP 3 6875 LET Q9$ = MID$(Q$, I, 3) 6880 PRINT Q9$; " "; 6890 NEXT I 6900 PRINT " STARDATE "; 6910 PRINT USING "####.#"; T 6920 PRINT " "; 6930 FOR I = 49 TO 70 STEP 3 6935 LET Q9$ = MID$(Q$, I, 3) 6940 PRINT Q9$; " "; 6950 NEXT I 6960 PRINT " CONDITION "; 6970 PRINT C$ 6980 PRINT " "; 6990 FOR I = 1 TO 22 STEP 3 6995 LET R9$ = MID$(R$, I, 3) 7000 PRINT R9$; " "; 7010 NEXT I 7020 PRINT " QUADRANT "; Q1; ", "; Q2 7030 PRINT " "; 7040 FOR I = 25 TO 46 STEP 3 7045 LET R9$ = MID$(R$, I, 3) 7050 PRINT R9$; " "; 7060 NEXT I 7070 PRINT " SECTOR "; S1; ", "; S2 7080 PRINT " "; 7090 FOR I = 49 TO 70 STEP 3 7095 LET R9$ = MID$(R$, I, 3) 7100 PRINT R9$; " "; 7110 NEXT I 7120 PRINT " TOTAL ENERGY "; 7130 PRINT USING N5$; E + S 7140 PRINT " "; 7150 FOR I = 1 TO 22 STEP 3 7155 LET S4$ = MID$(S$, I, 3) 7160 PRINT S4$; " "; 7170 NEXT I 7180 PRINT " PHOTON TORPEDOS "; 7190 PRINT USING N5$; P 7200 PRINT " "; 7210 FOR I = 25 TO 46 STEP 3 7215 LET S4$ = MID$(S$, I, 3) 7220 PRINT S4$; " "; 7230 NEXT I 7240 PRINT " SHIELDS "; 7250 PRINT USING N5$; S 7260 PRINT O1$ 7270 RETURN 7280 REM *** LIBRARY COMPUTER CODE BEGINS HERE 7290 IF D(8) >= 0 THEN GOTO 7320 7300 PRINT "COMPUTER DISABLED" 7310 GOTO 1990 7320 PRINT "COMPUTER ACTIVE AND AWAITING COMMAND: (9 FOR HELP) "; 7330 INPUT a 7340 IF a < 0 THEN GOTO 1990 7350 PRINT 7360 LET H8 = 1 7370 IF a = 0 THEN GOTO 7540 7380 ON a GOTO 7900, 8070, 8500, 8150, 7400 7390 GOTO 7450 7400 REM *** CREATED S/R 20000 TO FIX CRIPPLING BUGS 7410 LET H8 = 0 7420 LET Q5 = 1 7430 PRINT " THE GALAXY" 7440 GOSUB 20000 7445 GOTO 1990 7450 PRINT "FUNCTIONS AVAILABLE FROM LIBRARY-COMPUTER:" 7460 PRINT " 0 = CUMULATIVE GALACTIC RECORD" 7470 PRINT " 1 = STATUS REPORT" 7480 PRINT " 2 = PHOTON TORPEDO DATA" 7490 PRINT " 3 = STARBASE NAV DATA" 7500 PRINT " 4 = DIRECTION/DISTANCE CALCULATOR" 7510 PRINT " 5 = GALAXY *REGION NAME* MAP" 7520 GOTO 7320 7530 REM *** CUMULATIVE GALACTIC RECORD CODE BEGINS *** 7540 PRINT "COMPUTER RECORD OF GALAXY FOR QUADRANT "; Q1; ", "; Q2 7550 PRINT " 1 2 3 4 5 6 7 8" 7560 LET O3$ = " ----- ----- ----- ----- ----- ----- ----- -----" 7570 PRINT O3$ 7580 DIM N1$(1) 7582 DIM N2$(1) 7584 DIM N$(1) 7590 FOR I = 1 TO 8 7600 LET N1$ = "#" 7610 PRINT USING N1$; I; 7620 IF H8 = 0 THEN GOTO 7740 7630 FOR J = 1 TO 8 7640 LET N2$ = " ###" 7650 LET N$ = "" 7660 IF I <> Q1 THEN GOTO 7700 7670 IF J <> Q2 THEN GOTO 7700 7680 LET N$ = "" 7690 PRINT N$; 7700 PRINT USING N2$; Z(I, J); 7710 PRINT N$; 7720 NEXT J 7730 GOTO 7850 7740 LET Z4 = I 7750 LET Z5 = J 7760 GOSUB 9030 7770 LET J0 = INT(15 - 0.5 * LEN(G2$)) 7780 PRINT TAB(J0); 7790 PRINT G2$; 7800 LET Z5 = 5 7810 GOSUB 9030 7820 LET J0 = INT(39 - 0.5 * LEN(G2$)) 7830 PRINT TAB(J0); 7840 PRINT G2$; 7850 PRINT 7860 PRINT O3$ 7870 NEXT I 7880 GOTO 1990 7890 REM *** STATUS REPORT CODE BEGINS HERE *** 7900 PRINT " STATUS REPORT" 7910 LET X$ = "" 7920 IF K9 = 1 THEN GOTO 7940 7930 LET X$ = "S" 7940 PRINT K9; " KLINGON"; X$; " LEFT" 7950 LET V5 = (T0 + T9) - T 7960 PRINT USING "MISSION MUST BE COMPLETED IN ##.# STARDATES"; V5 7970 LET X$ = "" 7980 IF B9 = 1 THEN GOTO 8040 7990 LET X$ = "S" 8000 IF B9 <> 0 THEN GOTO 8040 8010 PRINT "YOUR STUPIDITY HAS LEFT YOU ON YOUR OWN IN" 8020 PRINT " THE GALAXY -- YOU HAVE NO STARBASES LEFT!" 8030 GOTO 5690 8040 PRINT "THE FEDERATION IS MAINTAINING "; B9; " STARBASE"; X$; 8045 PRINT " IN THE GALAXY" 8050 GOTO 5690 8060 REM CODE FOR TORPEDO DATA, BASE NAV, D/D CALCULATOR 8070 PRINT "PHOTON TORPEDO SIGINT, PLUS GATHERED HUMINT:" 8071 IF K3 = 0 THEN GOTO 8492 8072 LET H8 = 0 8074 LET K5 = 1 8080 FOR I = 1 TO 3 8090 IF K(I, 3) <= 0 THEN GOTO 8480 8100 LET W9 = CDBL(K(I, 2)) 8110 LET X9 = CDBL(K(I, 1)) 8120 LET C9 = CDBL(S2) 8130 LET A9 = CDBL(S1) 8140 GOTO 8220 8150 PRINT "DIRECTION/DISTANCE CALULATOR:" 8160 PRINT "YOU ARE AT QUADRANT ("; Q1; ", "; Q2; ") SECTOR ("; 8165 PRINT S1; ", "; S2; ")" 8170 PRINT "PLEASE ENTER --" 8180 PRINT " INITIAL COORDINATES (X, Y) "; 8190 INPUT C9, A9 8200 PRINT " FINAL COORDINATES (X, Y) "; 8210 INPUT W9, X9 8211 REM REWORKED THIS CODE ENTIRELY WITH THE ATN() FUNCTION /AJY 8212 LET P7 = ATN(1.0#) 8213 REM ARCUS TANGENS (1.0) = PI / 4.0 8214 LET P7 = 4.0# * P7 8215 PRINT "COMPUTER RESPONDS:" 8220 LET X8 = A9 - X9 8221 REM THE Y COORDINATE GROWS GOING DOWNWARDS 8222 REM X8 = DELTA(Y) 8230 LET A8 = W9 - C9 8331 REM THE X COORDINATE GROWS GOING LEFTWARDS 8232 REM A8 = DELTA(X) 8234 REM D-Y AND D-X 8250 IF (X8 > 0.0#) AND (A8 > 0.0#) THEN GOTO 8300 8260 IF (X8 < 0.0#) AND (A8 > 0.0#) THEN GOTO 8360 8270 IF (X8 < 0.0#) AND (A8 < 0.0#) THEN GOTO 8330 8280 IF (X8 > 0.0#) AND (A8 < 0.0#) THEN GOTO 8317 8282 IF (X8 = 0.0#) AND (A8 = 0.0#) THEN GOTO 8370 8284 IF (X8 = 0.0#) AND (A8 <> 0.0#) THEN GOTO 8401 8286 IF (X8 <> 0.0#) AND (A8 = 0.0#) THEN GOTO 8380 8290 PRINT "IMPOSSIBLE, I QUIT!" 8292 END 8300 REM HERE D-Y IS POS. AND D-X IS POS. 8305 GOSUB 30000 8310 PRINT "*DIRECTION = "; (D1 + 1.0#), 8315 GOTO 8460 8317 REM HERE D-Y IS POS. AND D-X IS NEG. 8318 GOSUB 30000 8320 PRINT "*DIRECTION = "; (5.0# - D1), 8322 GOTO 8460 8330 REM HERE D-Y AND D-Y ARE BOTH NEG. 8332 GOSUB 30000 8340 PRINT "*DIRECTION = "; (5.0# + D1), 8350 GOTO 8460 8360 REM HERE D-Y IS NEG. AND D-X IS POS. 8361 GOSUB 30000 8362 PRINT "*DIRECTION = "; (9.0# - D1), 8364 GOTO 8460 8370 PRINT "NO TRAVEL NECESSARY.*" 8372 GOTO 1990 8380 PRINT "*DIRECTION = "; 8382 IF X8 < 0 THEN GOTO 8390 8384 PRINT 1.0, 8386 GOTO 8460 8390 PRINT 5.0, 8400 GOTO 8460 8401 PRINT "*DIRECTION = "; 8402 IF A8 < 0 THEN GOTO 8390 8406 PRINT 3.0, 8410 GOTO 8460 8412 PRINT 7.0, 8414 GOTO 8460 8460 PRINT " DISTANCE = "; SQR(X8 ** 2 + A8 ** 2); "*" 8470 IF H8 = 1 THEN GOTO 1990 8480 NEXT I 8490 GOTO 1990 8492 PRINT "NO KLINGONS DETECTED." 8494 GOTO 1990 8500 IF B3 <> 0 THEN GOTO 8530 8510 PRINT "MR. SPOCK REPORTS, *SENSORS SHOW NO STARBASES IN THIS QUADRANT.*" 8520 GOTO 1990 8530 PRINT "FROM ENTERPRISE TO STARBASE:" 8532 PRINT "*"; 8540 LET W1 = B4 8550 LET X = B5 8560 GOTO 8120 8570 REM *** END OF LIBRARY-COMPUTER CODE 8580 REM S/R FINDS RANDOM HOLE IN QUADRANT 8590 LET R1 = INT(RND(1) * 8.0 + 1.0) 8600 LET R2 = INT(RND(1) * 8.0 + 1.0) 8610 LET A$ = " " 8620 LET Z1 = R1 8630 LET Z2 = R2 8640 GOSUB 8830 8650 IF Z3 = 0 THEN GOTO 8590 8660 RETURN 8670 REM *** INSERTION IN STRING ARRAY FOR QUARDANT *** 8680 LET S8 = INT(Z1 + 0.5) * 24 + INT(Z2 + 0.5) * 3 - 26 8690 IF S8 > 72 THEN GOTO 8720 8692 MID$(Q$, S8, 3) = A$ 8710 GOTO 8780 8720 IF S8 > 144 THEN GOTO 8760 8730 LET S8 = S8 - 72 8740 MID$(R$, S8, 3) = A$ 8750 GOTO 8780 8760 LET S8 = S8 - 144 8765 REM TO THE LOCATION OF S8 IS ASSIGNED THE CHAR STRING A$ 8770 MID$(S$, S8, 3) = A$ 8780 RETURN 8790 REM *** PRINTS DEVICE NAME FROM ARRAY *** 8800 LET S8 = R1 * 12 - 11 8807 LET D7$ = MID$(D$, S8, 12) 8810 PRINT D7$; " "; 8820 RETURN 8830 REM *** STRING COMPARISON IN QUADRANT ARRAY *** 8840 LET Z1 = INT(Z1 + 0.5) 8850 LET Z2 = INT(Z2 + 0.5) 8860 LET S8 = Z1 * 24 + Z2 * 3 - 26 8865 DIM X9$(1) 8870 LET Z3 = 0 8880 IF S8 > 72 THEN GOTO 8920 8890 LET X9$ = MID$(Q$, S8, 3) 8895 IF X9$ <> A$ THEN GOTO 9000 8900 LET Z3 = 1 8910 GOTO 9000 8920 IF S8 > 144 THEN GOTO 8970 8930 LET S8 = S8 - 72 8940 LET X9$ = MID$(R$, S8, 3) 8945 IF X9$ <> A$ THEN GOTO 9000 8950 LET Z3 = 1 8960 GOTO 9000 8970 LET S8 = S8 - 144 8980 LET X9$ = MID$(S$, S8, 3) 8985 IF X9$ <> A$ THEN GOTO 9000 8990 LET Z3 = 1 9000 RETURN 9010 REM *** S/R PRODUCES QUADRANT NAME IN G2$ FROM Z4, Z5 (=Q1,Q2) 9020 REM *** (CALL WITH Q5=1 TO GET REGION NAME ONLY) 9030 LET L2 = 2 9035 REM IF Z5 > 5 THEN IT IS THE RIGHTMOST OF A PAIR OF NAMES 9040 IF Z5 >= 5 THEN GOTO 9060 9050 LET L2 = 1 9060 LET L3 = 2 * (Z4 - 1) + L2 9070 LET I3 = 1 9080 LET I0 = 1 9085 DIM Y7$(1) 9090 FOR L = 1 TO LEN(G1$) 9095 LET Y7$ = MID$(G1$, L, 2) 9100 IF Y7$ <> ". " THEN GOTO 9140 9110 IF I3 = L3 THEN GOTO 9150 9120 LET I0 = L + 1 9130 LET I3 = I3 + 1 9140 NEXT L 9150 LET G2$ = MID$(G1$, I0 + 1, L - 1 - I0) 9160 IF Q5 = 1 THEN GOTO 9240 9170 LET L3 = 25 9180 IF Z5 <= 4 THEN GOTO 9200 9190 LET L3 = Z5 - 4 9200 LET G3$ = "IV" 9210 IF L3 = 4 THEN GOTO 9230 9220 LET G3$ = MID$(G4$, 1, L3) 9230 LET G2$ = G2$ + " " + G3$ 9240 RETURN 9250 END 10000 REM THE INSTRUCTIONS SUBROUTINE 10030 DIM A5$(1) 10040 FOR I = 1 TO 9 10050 ON I GOSUB 10240, 10360, 10540, 10640, 10720, 10780, 10860, 10910, 10960 10060 PRINT 10070 PRINT "(TO CONTINUE, HIT *RETURN*)" 10080 PRINT 10090 INPUT A5$: CLS 10100 NEXT I 10110 PRINT "1. WHEN YOU SEE *COMMAND ?* PRINTED, ENTER ONE OF THE LEGAL" 10120 PRINT " COMMANDS (NAV, SRS, LRS, PHA, TOR, SHE, DAM, COM, OR XXX)." 10130 PRINT "2. IF YOU SHOULD TYPE IN AN ILLEGAL COMMAND, YOU*LL GET A SHORT" 10140 PRINT " LIST OF THE LEGAL COMMANDS PRINTED OUT." 10150 PRINT "3. SOME COMMANDS REQUIRE YOU TO ENTER DATA. (FOR EXAMPLE, THE" 10160 PRINT " *NAV* COMMAND COMES BACK WITH *COURSE (1-9)?*. IF YOU" 10170 PRINT " TYPE IN ILLEGAL DATA (LIKE NEGATIVE NUMBERS), THAT COMMAND" 10180 PRINT " WILL BE ABORTED." 10190 PRINT 10200 PRINT "HIT (CAR RET) TO CONTINUE " 10210 INPUT A5$ 10215 PRINT 10220 RETURN 10230 REM ***** EXIT HERE ***** 10240 PRINT 10250 PRINT " INSTRUCTIONS FOR ** STAR TREK **" 10260 PRINT 10270 PRINT "THE GALAXY IS DIVIDED INTO AN 8 X 8 QUADRANT GRID," 10280 PRINT "AND EACH QUADRANT IS FURTHER DIVIDED INTO AN 8 X 8 SECTOR GRID." 10290 PRINT 10300 PRINT " YOU WILL BE ASSIGNED A STARTING POINT SOMEWHERE IN THE GALAXY" 10310 PRINT "TO BEGIN A TOUR OF DUTY AS COMMANDER OF THE STARSHIP *ENTERPRISE*;" 10320 PRINT "YOUR MISSION: TO SEEK AND DESTROY THE FLEET OF KLINGON WARSHIPS" 10330 PRINT "WHICH ARE MENACING THE UNITED FEREDATION OF PLANETS." 10340 PRINT 10350 RETURN 10360 PRINT 10370 PRINT "YOU HAVE THE FOLLOWING COMMANDS AVAILABLE TO YOU AS" 10380 PRINT "CAPTAIN OF THE STARSHIP:" 10390 PRINT "*NAV* COMMAND = WARP ENGINE CONTROL --" 10400 PRINT " COURSE IS IN A CIRCULAR NUMERICAL 4 3 2" 10410 PRINT " VECTOR ARRANGEMENT AS SHOWN. . . . " 10420 PRINT " INTEGER AND REAL VALUES MAY BE ... " 10430 PRINT " USED. (THUS, COURSE 1.5 IS HALF - 5-----1" 10440 PRINT " WAY BETWEEN 1 AND 2.) ... " 10450 PRINT " . . . " 10460 PRINT " VALUES MAY APPROACH 9.0, WHICH 6 7 8" 10470 PRINT " ITSELF IS EQUIVALENT TO 1.0." 10480 PRINT " COURSE " 10490 PRINT " ONE WARP FACTOR IS THE SIZE OF" 10500 PRINT " ONE QUADRANT. THEREFORE, TO GET" 10510 PRINT " FROM QUADRANT 6, 5 TO 5, 5, YOU WOULD" 10520 PRINT " USE COURSE 3, WARP FACTOR 1." 10530 RETURN 10540 PRINT 10545 PRINT "*SRS* COMMAND = SHORT RANGE SENSOR SCAN" 10550 PRINT " SHOWS YOU A SCAN OF YOUR PRESENT QUADRANT." 10560 PRINT " SYMBOLOGY ON YOUR SENSOR SCREEN IS A FOLLOWS:" 10570 PRINT " <*> = YOUR STARSHIP*S POSITION" 10580 PRINT " +++ = KLINGON BATTLE CRUISER" 10590 PRINT " >!< = FEDERATION STARBASE (REFUEL/REPAIR/RE-ARM HERE!)" 10600 PRINT " * = STAR" 10610 PRINT " A CONDENSED *STATUS REPORT* WILL ALSO BE PRESENTED." 10620 PRINT 10630 RETURN 10640 PRINT 10645 PRINT "*LRS* COMMAND = LONG RANGE SENSOR SCAN" 10650 PRINT " SHOWS CONDITIONS IN SPACE FOR ONE QUADRANT ON EACH SIDE" 10660 PRINT " OF THE ENTERPRISE (WHICH IS IN THE MIDDLE OF THE SCAN)" 10670 PRINT " THE SCAN IS CODED IN THE FORM *###*, WHERE THE UNITS DIGIT" 10680 PRINT " IS THE NUMBER OF STARS, TENS DIGIT IS THE NUMBER OF STARBASES," 10690 PRINT " AND HUNDREDS DIGIT IS THE NUMBER OF KLINGONS." 10700 PRINT " EXAMPLE -- 207 = 2 KLINGONS, NO STARBASES, 7 STARS." 10710 RETURN 10720 PRINT 10725 PRINT "*PHA* COMMAND = PHASER CONTROL" 10730 PRINT " ALLOWS YOU TO DESTROY THE KLINGON BATTLE CRUISERS BY" 10740 PRINT " ZAPPING THEM WITH SUITABLY LARGE UNITS OF ENERGY TO" 10750 PRINT " DEPLETE THEIR SHIELD POWER. (REMEMBER, KLINGONS HAVE" 10760 PRINT " PHASERS, TOO!)" 10770 RETURN 10780 PRINT 10785 PRINT "*TOR* COMMAND = PHOTON TORPEDO CONTROL." 10790 PRINT " TORPEDO COURSE IS THE SAME AS USED IN WARP ENGINE CONTROL." 10800 PRINT " IF YOU HIT THE KLINGON VESSEL, HE IS DESTROYED AND" 10810 PRINT " CANNOT FIRE BACK AT YOU. IF YOU MISS, YOU ARE SUBJECT TO" 10820 PRINT " HIS PHASER FIRE." 10830 PRINT " NOTE: THE LIBRARY-COMPUTER (*COM* COMMAND) HAS AN" 10840 PRINT " OPTION TO COMPUTE TORPEDO TRAJECTORY FOR YOU (OPTION 2))." 10850 RETURN 10860 PRINT 10865 PRINT "*SHE* COMMMAND = SHIELD CONTROL." 10870 PRINT " DEFINES NUMBER OF ENERGY UNITS TO BE ASSIGNED TO SHIELDS." 10880 PRINT " ENERGY IS TAKEN FROM TOTAL SHIP*S ENERGY. NOTE THAT THE" 10890 PRINT " TOTAL ENERGY INCLUDES SHIELD ENERGY." 10900 RETURN 10910 PRINT 10915 PRINT "*DAM* COMMAND = DAMAGE CONTROL REPORT" 10920 PRINT " GIVES STATE OF REPAIR OF ALL DEVICES, WHERE A NEGATIVE" 10930 PRINT " *STATE OF REPAIR* SHOWS THAT THE DEVICE IS TEMPORARILY" 10940 PRINT " DAMAGED." 10950 RETURN 10960 PRINT 10965 PRINT "*COM* COMMMAND = LIBRARY-COMPUTER" 10970 PRINT " THE LIBRARY-COMPUTER CONTAINS SIX OPTIONS:" 10980 PRINT " OPTION 0 = CUMULATIVE GALACTIC RECORD" 10990 PRINT " WHICH SHOWS COMPUTER MEMORY OF THE RESULTS OF ALL PREVIOUS" 11000 PRINT " LONG RANGE SENSOR SCANS." 11010 PRINT " OPTION 1 = STATUS REPORT" 11020 PRINT " WHICH THE NUMBER OF KLINGONS, STARDATES, AND STARBASES" 11030 PRINT " REMAINING IN THE GAME." 11040 PRINT " OPTION 2 = PHOTON TORPEDO DATA" 11050 PRINT " WHICH GIVES DIRECTIONS AND DISTANCE FROM THE ENTERPRISE" 11060 PRINT " TO ALL KLINGONS IN YOU QUADRANT" 11070 PRINT " OPTION 3 = STARBASE NAV DATA" 11080 PRINT " WHICH GIVES DIRECTION AND DISTANCE TO ANY STARBASE" 11090 PRINT " WITHIN YOUR QUADRANT" 11100 PRINT " OPTION 4 = DIRECTION/DISTANCE CALCULATOR" 11110 PRINT " WHICH ALLOWS YOU TO ENTER COORDINATES FOR" 11120 PRINT " DIRECTION/DISTANCE CALCULATIONS." 11130 PRINT " OPTION 5 = GALACTIC *REGION NAME* MAP" 11140 PRINT " WHICH PRINTS THE NAMES OF THE SIXTEEN MAJOR GALACTIC" 11150 PRINT " REGIONS REFERRED TO IN THE GAME." 11160 RETURN 20000 REM **** PROGRAMMMED A NEW SUBROUTINE TO DISPLAY THE GALAXY 20010 PRINT " 1 2 3 4 5 6 7 8" 20020 LET O3$ = " ----- ----- ----- ----- ----- ----- ----- -----" 20030 PRINT O3$ 20040 FOR J = 1 TO 8 20050 PRINT USING "#"; J; 20060 PRINT " "; 20065 LET Q5 = 1 20066 LET Z4 = J 20067 LET Z5 = 2 20070 GOSUB 9030 20080 PRINT G2$; 20082 FOR J9 = 1 TO (25 - LEN(G2$)) 20090 PRINT " "; 20092 NEXT J9 20100 LET Z5 = 7 20110 GOSUB 9030 20120 PRINT G2$ 20130 PRINT " I II III IV I II III IV" 20200 NEXT J 20210 LET Q5 = 0 20220 RETURN 30000 REM AUX S/R FOR DIRECTION/DISTANCE CALCLULATION 30005 REM REWORKED ALL OF THIS CODE TO USE TRIGONOMETRY A. J. Y. 10-18-2010 30010 LET D4 = ABS(ATN(ABS(X9) / ABS(A8))) 30012 LET P7 = ATN(1.0#) 30014 LET P7 = 4.0# * P7 30020 LET D1 = (D4 / (2.0# * P7)) * 8.0# 30030 RETURN 99999 END

10 DIM A$(5,6) 20 OPTION BASE 0 30 MAT READ A$ 40 MAT B$ = SORT2$(A$) 50 GOSUB 800 90 REM RESTORE 120 OPTION BASE 1 130 MAT READ A$ 140 MAT B$ = SORT2$(A$) 150 GOSUB 800 790 STOP 800 REM PROCEDURE A 810 PRINT "MATRIX A" 820 MAT PRINT A$ 830 PRINT "MATRIX B" 840 MAT PRINT B$ 890 RETURN 900 DATA "A3","B10","C23","D30","E40","F50","G60" 901 DATA "A3","B10","C22","D30","E40","F50","G60" 902 DATA "A1","B10","C20","D30","E40","F50","G60" 903 DATA "A3","B10","C21","D30","E40","F50","G60" 904 DATA "A0","B10","C20","D30","E40","F50","G60" 905 DATA "A0","B10","C20","D30","E40","F50","G60" 910 DATA "A3","B10","C23","D30","E40","F50" 911 DATA "A3","B10","C22","D30","E40","F50" 912 DATA "A1","B10","C20","D30","E40","F50" 913 DATA "A3","B10","C21","D30","E40","F50" 914 DATA "A0","B10","C20","D30","E40","F50" 999 END

1 gosub 2000:nb=32:input "number of beats (1-32: default=32)";nb 2 tm=5:input "tempo{space*13}(1-50: default= 5)"; tm 3 a$="n":input "clear rhythms?{space*3}(y/n: default is n)";a$ 4 if a$="y" then gosub 6000 5 a$="n":input "load rhythms{space*5}(y/n: default is n)";a$ 6 if a$="y" then gosub 7000 8 gr$=" b+++b+++b+++b+++b+++b+++b+++b+++" 9 ps$=" 7.. .7.. .7. .7.. .7 " 10 print"{clear}{down*2}" left$(gr$,nb+1) 20 for j=1 to 3:print left$(ps$,nb+1):next 30 print "{home}";:poke 53280,6:poke 650,128 50 gosub 3000 60 gosub 5000 70 n$="000000" 100 print " ": print "{up}"; 110 ti$=n$:poke 56334,17 120 print "{left}";:poke 252,bt:sys 49200 130 if ti<tm goto 130 140 bt=bt+1:if bt=nb then bt=0:goto 100 150 goto 110 1999 rem 2000 si=54272 2010 poke si+4,8:poke si+11,8:poke si+18,8 2020 for i=si to si+28:poke i,0 2030 poke si+24,8 2040 return 2999 rem 3000 rem 3010 rem 3030 rem freq low 3031 rem freq hi 3032 rem pw lo 3033 rem pw hi 3034 rem waveform gate 3035 rem attack + decay 3036 rem sustain + release 3037 rem plus one 'dummy' byte to give an 8-byte block 3039 data "instrs" 3040 data 000,010,000,000,017,024,008,0 3050 data 000,015,000,000,017,023,007,0 3060 data 000,015,000,000,129,006,000,0 3070 data 075,001,000,008,065,025,008,0 3080 data 000,226,000,000,129,025,008,0 3090 data 255,253,000,000,129,040,008,0 3100 restore:for j=1 to 1e9:read x$:if x$<>"instrs" then next 3110 for j=0 to 6*8-1:read x:poke 49152+j,x:next 3120 rem 3130 return 4998 rem 4999 data "ml" 5000 data 165,252,141,245,192,9,32,141,246,192,73,96,141,247,192,32,228 5001 data 255,201,0,240,54,141,243,192,162,3,221,239,192,208,17,189,244 5002 data 192,170,169,63,157,92,193,169,46,32,214, 192,76,124,192,202,208 5003 data 231,173,243,192,56,233,49,201,6,176,14,4 2,42,42,72,42,41,96,5 5004 data 252,170,104,157,92,193,174,245,192,189,92,193,201,63,240,9,168 5005 data 32,209,192,162,0,32,182,192,174,246,192,189,92,193,201,63,240 5006 data 9,168,32,209,192,162,7,32,182,192,174,247,192,189,92,193,201 5007 data 63,240,9,168,32,209,192,162,14,32,182,192,96,185,4,192,41,254 5008 data 157,4,212,169,7,141,244,192,185,0,192,157,0,212,200,232,206,244 5009 data 192,208,243,96,106,106,106,105,49,72,138,201,32,144,9,201,64 5010 data 144,3,24,105,8,105,8,170,104,157,121,4,169,1,157,121,216,96,133 5011 data 134,135 5015 restore: for j=1 to 1e9:read x$:if x$<>"ml" then next 5020 for j=49200 to 49394: read x: poke j,x: next:return 5999 rem 6000 for j=49500 to 49500+95:poke j,63:next 6010 rem 6020 poke 49500+32,16 6021 poke 49500+40,16 6022 poke 49500+48,16 6023 poke 49500+56,16 6040 return 6998 rem 6999 data "rhythms" 7000 data 63,63,63,63,63,63,63,63 7002 data 63,63,63,63,63,63,63,63 7004 data 08,63,00,63,63,63,00,63 7006 data 08,63,08,63,08,63,08,63 7007 rem 7010 data 16,63,63,63,63,63,63,63 7012 data 16,63,63,63,63,63,63,63 7014 data 16,63,63,63,63,63,63,63 7016 data 16,63,16,63,63,63,63,63 7017 rem 7020 data 40,63,63,63,40,63,40,63 7022 data 40,63,63,63,40,63,63,63 7024 data 32,63,63,63,32,63,32,40 7026 data 40,63,40,32,32,40,32,63 7030 restore:for j=1 to 1e9:read x$:if x$<>"rhythms" then next 7040 for j=49500 to 49500+95:read x:poke j,x:next:return

10 LET A = 0 - 9 20 LET B = 0 - 9 30 PRINT A ; "," ; B ; " is " ; 40 PRINT A + B ; " " ; A - B ; " " ; A * B ; 50 IF B = 0 THEN PRINT " _" ; 51 IF B <> 0 THEN PRINT " " ; A / B ; 60 IF A <= B THEN PRINT " _" ; 61 IF A > B THEN PRINT " " ; A % B ; 70 PRINT " " 80 LET B = B + 1 90 IF B < 10 THEN GOTO 30 100 LET A = A + 1 110 IF A < 10 THEN GOTO 20 120 END

Operation =1 Option =0 Having ="(((Count(qxsub_Coordinates_with_best_assigned.Location_ID))=0))" Begin InputTables Name ="tbl_Locations" Name ="qxsub_Coordinates_with_best_assigned" Name ="tbl_Events" Name ="tbl_Coordinates" Name ="tbl_Sites" Name ="tbl_Rare_Bird_Obs" Name ="tlu_Project_Taxa" End Begin OutputColumns Expression ="tbl_Locations.Location_ID" Expression ="tbl_Locations.Park_code" Alias ="Feat_name" Expression ="IIf(IsNull([Site_code]),[tbl_Locations].[Park_code],[Site_code]) & '.' & IIf([Lo" "cation_type]<>'Incidental',[Location_code],IIf(IsNull([Site_code]),[Location_cod" "e],IIf(IsNull([Rare_trans_pt]),'TO',[Rare_trans_pt])) & IIf([Location_type]='Inc" "idental','.' & [Species_code],''))" Expression ="tbl_Locations.Location_type" Expression ="tbl_Locations.Location_status" Alias ="N_sample_years" Expression ="Count(tbl_Events.Event_ID)" Alias ="Last_year_sampled" Expression ="Max(Year([Start_date]))" Alias ="N_coord_recs" Expression ="Count(tbl_Coordinates.Coord_ID)" Alias ="N_best_recs" Expression ="Count(qxsub_Coordinates_with_best_assigned.Location_ID)" End Begin Joins LeftTable ="tbl_Locations" RightTable ="qxsub_Coordinates_with_best_assigned" Expression ="tbl_Locations.Location_ID = qxsub_Coordinates_with_best_assigned.Location_ID" Flag =2 LeftTable ="tbl_Events" RightTable ="tbl_Rare_Bird_Obs" Expression ="tbl_Events.Event_ID = tbl_Rare_Bird_Obs.Event_ID" Flag =2 LeftTable ="tbl_Sites" RightTable ="tbl_Locations" Expression ="tbl_Sites.Site_ID = tbl_Locations.Site_ID" Flag =3 LeftTable ="tbl_Locations" RightTable ="tbl_Events" Expression ="tbl_Locations.Location_ID = tbl_Events.Location_ID" Flag =1 LeftTable ="tlu_Project_Taxa" RightTable ="tbl_Rare_Bird_Obs" Expression ="tlu_Project_Taxa.Taxon_ID = tbl_Rare_Bird_Obs.Taxon_ID" Flag =3 LeftTable ="tbl_Events" RightTable ="tbl_Coordinates" Expression ="tbl_Events.Event_ID = tbl_Coordinates.Event_ID" Flag =1 End Begin OrderBy Expression ="tbl_Locations.Park_code" Flag =0 Expression ="tbl_Sites.Site_code" Flag =0 Expression ="tbl_Locations.Location_code" Flag =0 Expression ="tbl_Locations.Rare_trans_pt" Flag =0 End Begin Groups Expression ="tbl_Locations.Location_ID" GroupLevel =0 Expression ="tbl_Locations.Park_code" GroupLevel =0 Expression ="IIf(IsNull([Site_code]),[tbl_Locations].[Park_code],[Site_code]) & '.' & IIf([Lo" "cation_type]<>'Incidental',[Location_code],IIf(IsNull([Site_code]),[Location_cod" "e],IIf(IsNull([Rare_trans_pt]),'TO',[Rare_trans_pt])) & IIf([Location_type]='Inc" "idental','.' & [Species_code],''))" GroupLevel =0 Expression ="tbl_Locations.Location_type" GroupLevel =0 Expression ="tbl_Locations.Location_status" GroupLevel =0 Expression ="tbl_Sites.Site_code" GroupLevel =0 Expression ="tbl_Locations.Location_code" GroupLevel =0 Expression ="tbl_Locations.Rare_trans_pt" GroupLevel =0 End dbBoolean "ReturnsRecords" ="-1" dbInteger "ODBCTimeout" ="60" dbByte "RecordsetType" ="0" dbBoolean "OrderByOn" ="-1" dbByte "Orientation" ="0" dbByte "DefaultView" ="2" dbText "Description" ="Locations without best coordinates - each location should have one and only one " "record identified as best" Begin Begin dbText "Name" ="tbl_Locations.Location_ID" dbInteger "ColumnWidth" ="1530" dbBoolean "ColumnHidden" ="0" End Begin dbText "Name" ="N_sample_years" dbInteger "ColumnWidth" ="1605" dbBoolean "ColumnHidden" ="0" dbBinary "GUID" = Begin 0x7ab6a17f2322934bbec1c8d6f802e10f End End Begin dbText "Name" ="Last_year_sampled" dbInteger "ColumnWidth" ="1830" dbBoolean "ColumnHidden" ="0" dbBinary "GUID" = Begin 0x47a0971dee2b884ea5cb16c5dde57053 End End Begin dbText "Name" ="N_coord_recs" dbBinary "GUID" = Begin 0x34b5d7777e70d5488b4171d0fc0eab51 End End Begin dbText "Name" ="N_best_recs" dbBinary "GUID" = Begin 0xd9400f831a3dc344b803202861d95350 End End Begin dbText "Name" ="Feat_name" dbInteger "ColumnWidth" ="1725" dbBoolean "ColumnHidden" ="0" End End Begin State =2 Left =-4 Top =-23 Right =1680 Bottom =931 Left =-1 Top =-1 Right =1677 Bottom =180 Left =0 Top =0 ColumnsShown =543 Begin Left =169 Top =8 Right =289 Bottom =145 Top =0 Name ="tbl_Locations" Name ="" End Begin Left =402 Top =13 Right =498 Bottom =75 Top =0 Name ="qxsub_Coordinates_with_best_assigned" Name ="" End Begin Left =614 Top =33 Right =710 Bottom =140 Top =0 Name ="tbl_Events" Name ="" End Begin Left =762 Top =12 Right =882 Bottom =149 Top =0 Name ="tbl_Coordinates" Name ="" End Begin Left =38 Top =6 Right =134 Bottom =113 Top =0 Name ="tbl_Sites" Name ="" End Begin Left =920 Top =6 Right =1016 Bottom =113 Top =0 Name ="tbl_Rare_Bird_Obs" Name ="" End Begin Left =1054 Top =6 Right =1150 Bottom =113 Top =0 Name ="tlu_Project_Taxa" Name ="" End End

1 %TITLE "Labor Performance 2" %SBTTL "PR_RPRT_LABPER02" %IDENT "V3.6a Calico" ! ! COPYRIGHT (C) 1987, 1988 BY ! ! Computer Management Center, Inc. ! Idaho Falls, Idaho. ! ! This software is furnished under a license and may be used and ! copied only in accordance with terms of such license and with ! the inclusion of the above copyright notice. This software or ! any other copies thereof may not be provided or otherwise made ! available to any other person. No title to and ownership of ! the software is hereby transferred. ! ! The information in this software is subject to change without ! notice and should not be construed as a commitment by ! Computer Management Center, Inc. ! ! CMC assumes no responsibility for the use or reliability of ! its software on equipment which is not supported by CMC. ! !++ ! ID:PR012 ! ! Abstract:HELP ! .p ! The ^*Labor Performance Report 2\* provides an alternative method to print a ! report which displays the work totals and ! evaluates the performance of the desired employees. The following fields are ! included in this report: ! .b ! .lm 15 ! .list 0,"*" ! .le ! Employee Number ! .le ! Employee Name ! .le ! Date ! .le ! Subaccount ! .le ! Operation ! .le ! Actual Hours ! .le ! Actual Units ! .le ! Actual Units per Hour ! .le ! Rate ! .le ! Standard Units per Hour ! .le ! Standard Rate ! .le ! Productivity ! .le ! Gross ! .els ! ! Index: ! .x Report>Labor Performance ! .x Labor Performance>Report ! .x Report>Labor Performance 02 ! .x Labor Performance 02>Report ! ! Option: ! ! Author: ! ! 12/11/87 - Frank F. Starman ! ! Compile: ! ! $ BAS PR_SOURCE:PR_RPRT_LABPER02 ! $ LINK/EXE=PR_EXE:*.EXE PR_RPRT_LABPER02, - ! FUNC_LIB:CMCLINK/OPTION ! $ DELETE PR_RPRT_LABPER02.OBJ;* ! ! Modification history: ! ! 06/15/90 - Aaron Redd ! Added line layout information so that the report could ! be sent to either a spreadsheet or a DIF file. ! ! 06/04/91 - Kevin Handy ! Unwound error trapping. ! ! 12/18/91 - Kevin Handy ! Modified to ignore "A" records. ! ! 04/15/92 - Kevin Handy ! Clean up (Check) ! ! 04/15/95 - Kevin Handy ! (V3.6) ! Update to V3.6 coding standards ! ! 09/10/96 - Kevin Handy ! Reformat source code. ! Lose commented out code. ! ! 08/21/98 - Kevin Handy ! (V3.6a Calico) ! Update to V3.6a coding standards ! ! 12/12/2000 - Kevin Handy ! Use WHEN ERROR IN !-- %PAGE ! ! Set up compiling options ! OPTION SIZE = (INTEGER LONG, REAL GFLOAT) ! ! Include files ! %INCLUDE "FUNC_INCLUDE:FUNCTION.HB" MAP (SCOPE) SCOPE_STRUCT SCOPE %INCLUDE "SOURCE:[UTL.OPEN]UTL_REPORTX.HB" DECLARE UTL_REPORTX_CDD UTL_REPORTX %INCLUDE "SOURCE:[PR.OPEN]PR_EMP_MASTER.HB" MAP (PR_EMP_MASTER) PR_EMP_MASTER_CDD PR_EMP_MASTER %INCLUDE "SOURCE:[PR.OPEN]PR_TRN_PAY.HB" MAP (PR_TRN_PAY) PR_TRN_PAY_CDD PR_TRN_PAY MAP (PR_HIS_PAY) PR_TRN_PAY_CDD PR_HIS_PAY ! ! Dimension statements ! DIM EMP_TOTAL(11%), AMT(11%), LOC_TOTAL(11%), & DEPT_TOTAL(11%), TOTAL(11%) %PAGE ON ERROR GOTO 19000 Init: ! ! Initilize for output ! CALL OUTP_INITFROMFILE(UTL_REPORTX, 132%) GOTO ExitProgram IF UTL_REPORTX::STAT BATCH_NO$ = EDIT$(UTL_REPORTX::OPTDEF(0%), 132%) !++ ! Abstract:FLD01 ! ^*(01) Payroll Folder Date\* ! .p ! The ^*Payroll Folder Date\* field enters the particular ! payroll date which is to be printed. ! .p ! An entry is required in this field. The format for entry is ! MMDDYYYY or MMDDYY. ! ! Index: ! .x Payroll Date ! .x Date>Payroll ! !-- BATCH_NO$ = DATE_STOREDATE(BATCH_NO$) NONPROD_CODE$ = EDIT$(UTL_REPORTX::OPTDEF(5%), -1%) !++ ! Abstract:FLD06 ! ^*(06) Non-Productive Operation\* ! .p ! The ^*Non-Productive Operation\* field enters the ! operation which will receive no immediate payment from a client, but the ! company must cover the cost themselves. ! ! Index: ! .x Non-Productive Operation ! !-- PAGEBREAK$ = EDIT$(UTL_REPORTX::OPTDEF(7%), -1%) !++ ! Abstract:FLD08 ! ^*(08) Page break\* ! .p ! The ^*Page Break\* field allows the user to determine if a page break will ! be placed between each item. A ^*Y\* entry causes there to be page break, ! while a ^*N\* entry does not. ! ! Index: ! !-- 300 WHEN ERROR IN %INCLUDE "SOURCE:[PR.OPEN]PR_EMP_MASTER.OPN" USE FILENAME$ = "PR_EMP_MASTER" CONTINUE HelpError END WHEN 310 ! ! Open Pay folder ! WHEN ERROR IN %INCLUDE "SOURCE:[PR.OPEN]PR_TRN_PAY.OPN" USE CONTINUE 315 IF ERR = 5% FILENAME$ = "PR_TRN_PAY" CONTINUE HelpError END WHEN GOTO ReportTitle 315 ! ! Open Pay history if pay journal no found ! USE_HISTORY% = -1% WHEN ERROR IN %INCLUDE "SOURCE:[PR.OPEN]PR_HIS_PAY.OPN" USE FILENAME$ = "PR_TRN_PAY" CONTINUE HelpError END WHEN PR_TRN_PAY.CH% = PR_HIS_PAY.CH% ReportTitle: ! ! Title ! TITLE$(1%) = "Labor Performance Report Sorted by Location and Dept" TITLE$(2%) = "For the Payroll Folder Dated: " + PRNT_DATE(BATCH_NO$, 8%) TITLE$(3%) = "" ! ! Heading ! TITLE$(4%) = SPACE$(60%) + & "---------------Actual--------------- -------Std-------" TITLE$(5%) = "EmpNum EmpName Date SubAcc " + & "Oper Hours Units Unit/hr Rate Unit/hr " + & "Rate Prod Gross" TITLE$(6%) = "" ! ! Line layouts ! LYT_LINE$ = "$EmpNum:010,$EmpName:028,DPRDate:039,$SubAcct:050," + & "$Oper:059,VActHours:067,VActUnits:076,VActUnitsPerHr:085," + & "VActRate:095,$RType:096,VSTDUnitPerHr:104,VSTDRate:114," + & "VProd:123,VGross:132" %PAGE 17000 !****************************************************************** ! OUTPUT REPORT !****************************************************************** RESET #PR_EMP_MASTER.CH%, KEY #4% LINE_PRINTED% = 0% GetNextRec: 17020 ! ! Main loop starts here ! GOTO ExitProgram IF UTL_REPORTX::STAT ! ! Get next record ! WHEN ERROR IN GET #PR_EMP_MASTER.CH%, REGARDLESS USE CONTINUE ExitTotal IF ERR = 11% FILENAME$ = "PR_EMP_MASTER" CONTINUE HelpError END WHEN ! ! Check current record ! !GOTO ExitTotal IF PR_EMP_MASTER::LOCATION + & ! PR_EMP_MASTER::DEPT > TO.ITEM$ AND & ! TO.ITEM$ <> "" 17100 WHEN ERROR IN FIND #PR_TRN_PAY.CH%, KEY #0% EQ PR_EMP_MASTER::EMPNUM, REGARDLESS USE CONTINUE 17350 IF ERR = 155% FILENAME$ = "PR_TRN_PAY" CONTINUE HelpError END WHEN IF TEST_LOCATION$ <> PR_EMP_MASTER::LOCATION AND LINE_PRINTED% THEN ! ! Print total for an Department ! GOSUB DeptTotal GOTO ExitProgram IF UTL_REPORTX::STAT ! ! Print total for a Location ! GOSUB LocTotal GOTO ExitProgram IF UTL_REPORTX::STAT LINE_PRINTED% = 0% END IF IF TEST_DEPT$ <> PR_EMP_MASTER::DEPT AND LINE_PRINTED% THEN ! ! Print total for an Dept ! GOSUB DeptTotal GOTO ExitProgram IF UTL_REPORTX::STAT END IF LINE_PRINTED% = 0% TEST_LOCATION$ = PR_EMP_MASTER::LOCATION TEST_DEPT$ = PR_EMP_MASTER::DEPT TEXT_NAME$ = PR_EMP_MASTER::EMPNUM + " " + & PR_EMP_MASTER::EMPNAME 17110 ! ! Get next employee pay record ! WHEN ERROR IN GET #PR_TRN_PAY.CH%, REGARDLESS USE CONTINUE 17200 IF ERR = 11% FILENAME$ = "PR_TRN_PAY" CONTINUE HelpError END WHEN ! ! If history then set history map to journal ! IF USE_HISTORY% THEN PR_TRN_PAY = PR_HIS_PAY END IF ! ! Goto to total employee if different employee number ! GOTO 17200 IF (PR_EMP_MASTER::EMPNUM <> PR_TRN_PAY::EMPNUM) GOTO 17110 IF PR_TRN_PAY::PTYPE = "A" ! ! Set employee test value ! CALL PR_READ_SUBJOPER(PR_TRN_PAY::OPER, & PR_TRN_PAY::PR_END_DATE, & PIECE.RATE, & HOUR.RATE) AMT(1%) = PR_TRN_PAY::REG_HR + PR_TRN_PAY::OVT_HR AMT(2%) = PR_TRN_PAY::PIECE AMT(3%) = 0.0 AMT(3%) = FUNC_ROUND(AMT(2%) / AMT(1%), 2%) IF AMT(1%) <> 0.0 AMT(4%) = PR_TRN_PAY::HOUR_RATE AMT(5%) = 0.0 AMT(5%) = FUNC_ROUND(HOUR.RATE / PIECE.RATE, 2%) IF PIECE.RATE <> 0.0 AMT(6%) = HOUR.RATE AMT(7%) = 0.0 AMT(7%) = AMT(3%) / AMT(5%) * 100.0 IF AMT(5%) <> 0.0 AMT(8%) = PR_TRN_PAY::GROSS AMT(9%), AMT(10%), AMT(11%) = 0.0 ! ! Check to see if productive hours ! IF COMP_STRING(TRM$(PR_TRN_PAY::OPER), NONPROD_CODE$) AND TRM$(NONPROD_CODE$) <> "" THEN AMT(9%) = AMT(1%) ELSE AMT(10%) = AMT(1%) AMT(11%) = AMT(8%) END IF TEXT$ = LEFT(TEXT_NAME$ + SPACE$(28%), 28%) + " " + & PRNT_DATE(PR_TRN_PAY::PR_END_DATE, 8%) + " " + & PR_TRN_PAY::SUBACC + " " + & PR_TRN_PAY::OPER + & FORMAT$(AMT(1%), "#####.## ") + & FORMAT$(AMT(2%), "#####.## ") + & FORMAT$(AMT(3%), "#####.## ") + & FORMAT$(AMT(4%), "####.####") + & PR_TRN_PAY::RTYPE + & FORMAT$(AMT(5%), " ####.## ") + & FORMAT$(AMT(6%), "####.#### ") + & FORMAT$(AMT(7%), "####.###%") + & FORMAT$(AMT(8%), "#####.##") CALL OUTP_LINE(LYT_LINE$, UTL_REPORTX, TITLE$(), TEXT$, 0%) GOTO ExitProgram IF UTL_REPORTX::STAT TEXT_NAME$ = "" ! ! Check to see if productive hours ! IF COMP_STRING(TRM$(PR_TRN_PAY::OPER), NONPROD_CODE$) AND & TRM$(NONPROD_CODE$) <> "" OR & PR_TRN_PAY::RTYPE <> "P" THEN AMT(3%), AMT(5%) = 0.0 ELSE ! ! Take the weighted average for productivity ! AMT(3%) = AMT(1%) * AMT(7%) AMT(5%) = AMT(1%) END IF FOR LOOP% = 1% TO 11% EMP_TOTAL(LOOP%) = EMP_TOTAL(LOOP%) + AMT(LOOP%) LOC_TOTAL(LOOP%) = LOC_TOTAL(LOOP%) + AMT(LOOP%) DEPT_TOTAL(LOOP%) = DEPT_TOTAL(LOOP%) + AMT(LOOP%) TOTAL(LOOP%) = TOTAL(LOOP%) + AMT(LOOP%) NEXT LOOP% LINE_PRINTED% = -1% GOTO 17110 17200 ! ! Print total for employee ! IF LINE_PRINTED% THEN ! ! Print total for an employee ! GOSUB EmpTotal GOTO ExitProgram IF UTL_REPORTX::STAT END IF EMP_TOTAL(LOOP%) = 0.0 FOR LOOP% = 1% TO 11% 17350 ! ! Try for next record ! GOTO GetNextRec ExitTotal: 17400 ! ! Handle end of report ! IF LINE_PRINTED% THEN ! ! Print total for an Department ! GOSUB DeptTotal GOTO ExitProgram IF UTL_REPORTX::STAT ! ! Print total for a Location ! GOSUB LocTotal GOTO ExitProgram IF UTL_REPORTX::STAT END IF !***************************************************************** ! Print total !***************************************************************** TEXT$ = SPACE$(39%) + & LEFT("Grand Total" + SPACE$(20%), 20%) + & FORMAT$(TOTAL(1%), "#####.## ") + & SPACE$(54%) + & FORMAT$(TOTAL(8%), "#######.##") CALL OUTP_LINE("", UTL_REPORTX, TITLE$(), TEXT$, 0%) ExitProgram: CALL OUTP_FINISH(UTL_REPORTX) ! ! Exit to next program or menu ! IF TRM$(UTL_REPORTX::NEXTRUN) = "" THEN CALL SUBR_3EXITPROGRAM(SCOPE, "", "") ELSE CALL SUBR_3EXITPROGRAM(SCOPE, "RUN " + UTL_REPORTX::NEXTRUN, "") END IF %Page EmpTotal: !***************************************************************** ! Print Employee total !***************************************************************** ! Count the employees DEPT_COUNT% = DEPT_COUNT% + 1% TEXT$ = SPACE$(33%) + & LEFT("Emp Total" + SPACE$(26%), 26%) + & FORMAT$(EMP_TOTAL(1%), "#####.## ") + & SPACE$(54%) + & FORMAT$(EMP_TOTAL(8%), "#######.##") CALL OUTP_LINE("", UTL_REPORTX, TITLE$(), TEXT$, 5%) GOTO EmpTotal1 IF UTL_REPORTX::STAT ! ! Print Average rate ! TEMP = 0.0 TEMP = EMP_TOTAL(11%) / EMP_TOTAL(10%) IF EMP_TOTAL(10%) <> 0.0 CALL OUTP_LINE("", UTL_REPORTX, TITLE$(), & "Average Rate (Prod Hrs)" + & FORMAT$(TEMP, "#####.####"), 0%) GOTO EmpTotal1 IF UTL_REPORTX::STAT ! ! Print average productivity level ! TEMP = 0.0 TEMP = EMP_TOTAL(3%) / EMP_TOTAL(5%) IF EMP_TOTAL(5%) <> 0.0 CALL OUTP_LINE("", UTL_REPORTX, TITLE$(), & "Wght Average Prod-Level" + & FORMAT$(TEMP, "#####.###%"), 0%) GOTO EmpTotal1 IF UTL_REPORTX::STAT ! ! Print productive hours ! CALL OUTP_LINE("", UTL_REPORTX, TITLE$(), & "Productive Hours " + & FORMAT$(EMP_TOTAL(10%), "#####.##"), 0%) GOTO EmpTotal1 IF UTL_REPORTX::STAT ! ! Print Non Productive Hours ! CALL OUTP_LINE("", UTL_REPORTX, TITLE$(), & "Non - Productive Hours " + & FORMAT$(EMP_TOTAL(9%), "#####.##"), 0%) GOTO EmpTotal1 IF UTL_REPORTX::STAT CALL OUTP_LINE("", UTL_REPORTX, TITLE$(), "", 0%) EmpTotal1: RETURN %Page LocTotal: !***************************************************************** ! Print Location total !***************************************************************** TEXT$ = SPACE$(37%) + & LEFT("Loc Total " + TEST_LOCATION$ + SPACE$(22%), 22%) + & FORMAT$(LOC_TOTAL(1%), "#####.## ") + & SPACE$(54%) + & FORMAT$(LOC_TOTAL(8%), "#######.##") CALL OUTP_LINE("", UTL_REPORTX, TITLE$(), TEXT$, 0%) ! ! Print Average rate ! TEMP = 0.0 TEMP = LOC_TOTAL(11%) / LOC_TOTAL(10%) IF LOC_TOTAL(10%) <> 0.0 CALL OUTP_LINE("", UTL_REPORTX, TITLE$(), & "Average Rate (Prod Hrs)" + & FORMAT$(TEMP, "#####.####"), 0%) GOTO LocTotal1 IF UTL_REPORTX::STAT ! ! Print average productivity level ! TEMP = 0.0 TEMP = LOC_TOTAL(3%) / LOC_TOTAL(5%) IF LOC_TOTAL(5%) <> 0.0 CALL OUTP_LINE("", UTL_REPORTX, TITLE$(), & "Wght Average Prod-Level" + & FORMAT$(TEMP, "#####.###%"), 0%) GOTO LocTotal1 IF UTL_REPORTX::STAT ! ! Print productive hours ! CALL OUTP_LINE("", UTL_REPORTX, TITLE$(), & "Productive Hours " + & FORMAT$(LOC_TOTAL(10%), "#####.##"), 0%) GOTO LocTotal1 IF UTL_REPORTX::STAT ! ! Print Non Productive Hours ! CALL OUTP_LINE("", UTL_REPORTX, TITLE$(), & "Non - Productive Hours " + & FORMAT$(LOC_TOTAL(9%), "#####.##"), 0%) GOTO LocTotal1 IF UTL_REPORTX::STAT ! ! Print Number of employees ! CALL OUTP_LINE("", UTL_REPORTX, TITLE$(), & "Employee count " + & FORMAT$(LOC_COUNT%, "########"), 0%) GOTO LocTotal1 IF UTL_REPORTX::STAT CALL OUTP_LINE("", UTL_REPORTX, TITLE$(), "", 0%) LOC_TOTAL(LOOP%) = 0.0 FOR LOOP% = 1% TO 11% LOC_COUNT% = 0% LocTotal1: RETURN %Page DeptTotal: !***************************************************************** ! Print Dept total !***************************************************************** ! Count the employees LOC_COUNT% = LOC_COUNT% + DEPT_COUNT% TEXT$ = SPACE$(35%) + & LEFT("Dept Total " + TEST_DEPT$ + SPACE$(24%), 24%) + & FORMAT$(DEPT_TOTAL(1%), "#####.## ") + & SPACE$(54%) + & FORMAT$(DEPT_TOTAL(8%), "#######.##") CALL OUTP_LINE("", UTL_REPORTX, TITLE$(), TEXT$, 0%) ! ! Print Average rate ! TEMP = 0.0 TEMP = DEPT_TOTAL(11%) / DEPT_TOTAL(10%) IF DEPT_TOTAL(10%) <> 0.0 CALL OUTP_LINE("", UTL_REPORTX, TITLE$(), & "Average Rate (Prod Hrs)" + & FORMAT$(TEMP, "#####.####"), 0%) GOTO DeptTotal1 IF UTL_REPORTX::STAT ! ! Print average productivity level ! TEMP = 0.0 TEMP = DEPT_TOTAL(3%) / DEPT_TOTAL(5%) IF DEPT_TOTAL(5%) <> 0.0 CALL OUTP_LINE("", UTL_REPORTX, TITLE$(), & "Wght Average Prod-Level" + & FORMAT$(TEMP, "#####.###%"), 0%) GOTO DeptTotal1 IF UTL_REPORTX::STAT ! ! Print productive hours ! CALL OUTP_LINE("", UTL_REPORTX, TITLE$(), & "Productive Hours " + & FORMAT$(DEPT_TOTAL(10%), "#####.##"), 0%) GOTO DeptTotal1 IF UTL_REPORTX::STAT ! ! Print Non Productive Hours ! CALL OUTP_LINE("", UTL_REPORTX, TITLE$(), & "Non - Productive Hours " + & FORMAT$(DEPT_TOTAL(9%), "#####.##"), 0%) GOTO DeptTotal1 IF UTL_REPORTX::STAT ! ! Print Number of employees ! CALL OUTP_LINE("", UTL_REPORTX, TITLE$(), & "Employee count " + & FORMAT$(DEPT_COUNT%, "########"), 0%) GOTO LocTotal1 IF UTL_REPORTX::STAT DEPT_TOTAL(LOOP%) = 0.0 FOR LOOP% = 1% TO 11% DEPT_COUNT% = 0% IF PAGEBREAK$ = "Y" THEN CALL OUTP_LINE("", UTL_REPORTX, TITLE$(), "", 1000%) ELSE CALL OUTP_LINE("", UTL_REPORTX, TITLE$(), "", 0%) END IF DeptTotal1: RETURN %Page HelpError: !****************************************************************** ! Help Message for an error !****************************************************************** CALL HELP_34MESSAGE(SCOPE, NUM1$(ERL) + " " + ERT$(ERR), & "E", ERN$, FILENAME$, NUM1$(ERR)) UTL_REPORTX::STAT = -1% GOTO ExitProgram 19000 !****************************************************************** ! ERROR TRAPPING !****************************************************************** ! ! Untrapped error ! FILENAME$ = "" RESUME HelpError 32767 END !+-+-+ !++ ! Abstract:FLD02 ! ^*(02) From Subaccount/Location\* ! .p ! The ^*From Subaccount/Location\* field causes the ! printing to begin with a certain Subaccount/Location. ! .p ! A blank field will cause the report to start with the first Subaccount/Location ! in the field. ! ! Index: ! !-- !+-+-+ !++ ! Abstract:FLD03 ! ^*(03) From Operation/Department\* ! .p ! The ^*From Operation/Department\* field causes the printing ! to begin with a particular Operation/Department. ! .p ! A blank field causes the report to start with the first Operation/Department in ! the file. ! ! Index: ! !-- !+-+-+ !++ ! Abstract:FLD04 ! ^*(04) To Subaccount/Location\* ! .p ! The ^*To Subaccount/Location\* field causes the ! printingto end with a certain Subaccount/Location. ! .p ! A blank field causes the report to end with the last Subaccount/Location ! in the field. ! ! Index: ! !-- !+-+-+ !++ ! Abstract:FLD05 ! ^*(05) To Operation/Department\* ! .p ! The ^*To Operation/Department\* field causes the printing ! to end with a particular Operation/Department. ! .p ! A blank field causes the report to end with the lastOperation/Department in ! the file. ! ! Index: ! !-- !+-+-+ !++ ! Abstract:FLD07 ! ^*(07) Sort by (NU,NA,LO)\* ! .p ! The ^*Sort by\* field ! indicates how the report will be sorted. ! .p ! Valid codes are: ! .lm 15 ! .b ! .list 0,"*" ! .le ! NU = Number ! .le ! NA = Name ! .le ! LO = Location ! .els ! .lm -10 ! .p ! An entry is required in this field. Only the above codes ! are valid. ! ! Index: ! !--

10 HGR 15 PI = 3.141592:TP = 6.2831 20 HCOLOR= 3 30 RX = 60 34 RY = 80 35 RY = 30 45 S = 30 50 ST = TP / S 53 T3 = TP + ST 55 OX = 140:OY = 80 60 AN = TP / 12 65 AN = PI / 12 66 I = 0 70 X1 = OX + RX * SIN (I):Y1 = OY + RY * COS (I) 80 DX = X1 - OX:DY = Y1 - OY 85 D = SQR (DX * DX + DY * DY) 86 IF DX = 0 THEN A3 = 0: GOTO 95 90 A2 = ATN (DY / DX) 93 A3 = A2 + AN 94 PRINT "A3????" 95 X1 = OX + D * SIN (A3) 99 Y1 = OY + D * COS (A3) 100 PRINT DX,DY 101 HPLOT OX,OY 102 GOTO 110 105 HPLOT X1,Y1 110 XS = X1:YS = Y1 113 FOR AN = 1.0 TO 1.7 STEP 0. 25 115 N = 0 120 FOR I = 0 TO T3 STEP ST 130 X = OX + RX * SIN (I) 135 Y = OY + RY * COS (I) 140 DX = X - OX:DY = Y - OY 145 D = SQR (DX * DX + DY * DY) 147 IF DX = 0 THEN A3 = I: GOTO 170 150 A2 = ATN (DY / DX) 152 IF I > PI AND I < TP THEN A 2 = A2 + PI 155 PRINT A2 160 A3 = A2 + AN 170 X = OX + D * SIN (A3) 172 Y = OY + D * COS (A3) 177 IF (X < 0 OR X > 279 OR X1 < 0 OR X1 > 279 OR Y < 0 OR Y > 159 OR Y1 < 0 OR Y1 > 159) GOTO 190 179 IF N < 2 GOTO 189 180 REM HPLOT X1,Y1 TO X,Y 181 REM HPLOT X,Y: 182 HPLOT X1,Y1 TO X,Y 189 REM 190 REM 195 X1 = X:Y1 = Y 197 PRINT X1,Y1: PRINT X,Y 198 N = N + 1 199 PRINT N 200 NEXT 210 REM 220 NEXT AN

Check 5DBACD49 Auto 8224 # Run-time Variables Var n: Num = 55339 Var a: NumFOR = 22, 21, 1, 10, 2 # End Run-time Variables 1 POKE 23675,0: POKE 23676,192 5 LET n=49152+6144+1 10 FOR a=1 TO 21 11 POKE 23675,PEEK (n): LET n=n+1: POKE 23676,PEEK (n): LET n=n+1 19 REM FOR i=1 TO 7 20 PRINT "\a\b\c\d\e\f\g\h\i\j\k\l\m\n\o\p\q\r\s\t\u" 21 REM NEXT i 30 NEXT a

5 '"Удобный" вывод на экран двумерного массива. 10 FOR I=1 TO 3:FOR J=1 TO 4:READ A(I,J):NEXTJ,I 15 FOR I=1 TO 3:FOR J=1 TO 4 20 'Обратите внимание на символ ";" в строке 25! 25 PRINT A(I,J);:NEXT J:PRINT:NEXT I 30 DATA 1,2,3,4,3,4,5,6,0,4,5,3

2 PRINT TAB(33);"CHANGE" 4 PRINT TAB(15);"CREATIVE COMPUTING MORRISTOWN, NEW JERSEY" 5 PRINT:PRINT:PRINT 6 PRINT "I, YOUR FRIENDLY MICROCOMPUTER, WILL DETERMINE" 8 PRINT "THE CORRECT CHANGE FOR ITEMS COSTING UP TO $100." 9 PRINT:PRINT 10 PRINT "COST OF ITEM";:INPUT A:PRINT "AMOUNT OF PAYMENT";:INPUT P 20 C=P-A:M=C:IF C<>0 THEN 90 25 PRINT "CORRECT AMOUNT, THANK YOU." 30 GOTO 400 90 IF C>0 THEN 120 95 PRINT "SORRY, YOU HAVE SHORT-CHANGED ME $";A-P 100 GOTO 10 120 PRINT "YOUR CHANGE, $";C 130 D=INT(C/10) 140 IF D=0 THEN 155 150 PRINT D;"TEN DOLLAR BILL(S)" 155 C=M-(D*10) 160 E=INT(C/5) 170 IF E=0 THEN 185 180 PRINT E;"FIVE DOLLARS BILL(S)" 185 C=M-(D*10+E*5) 190 F=INT(C) 200 IF F=0 THEN 215 210 PRINT F;"ONE DOLLAR BILL(S)" 215 C=M-(D*10+E*5+F) 220 C=C*100 225 N=C 230 G=INT(C/50) 240 IF G=0 THEN 255 250 PRINT G;"ONE HALF DOLLAR(S)" 255 C=N-(G*50) 260 H=INT(C/25) 270 IF H=0 THEN 285 280 PRINT H;"QUARTER(S)" 285 C=N-(G*50+H*25) 290 I=INT(C/10) 300 IF I=0 THEN 315 310 PRINT I;"DIME(S)" 315 C=N-(G*50+H*25+I*10) 320 J=INT(C/5) 330 IF J=0 THEN 345 340 PRINT J;"NICKEL(S)" 345 C=N-(G*50+H*25+I*10+J*5) 350 K=INT(C+.5) 360 IF K=0 THEN 380 370 PRINT K;"PENNY(S)" 380 PRINT "THANK YOU, COME AGAIN." 390 PRINT:PRINT 400 GOTO 10 410 END

100 'inicia o programa carregando as variaveis s0 = 0 s1 = 1 s2 = 2 s3 = 4 s4 = 8 s5 = 16 s6 = 32 s7 = 64 s8 = 128 WordOptimize = 0 Cortitle% = 15 Title$ = "CONTROLADOR MULTIFUN€ÇO VIA SOFTWARE" cback% = 1 marc$ = "Copyhigth (c) 1995-1996 ver.:1.0 Wizards Software " comsvx$ = "COMS_V1" Outpoot$ = "nenhum" lpt1 = &H378 lpt2 = &H278 PushBoton = 0 laco = 1 150 'reseta as saidas a serem usadas pelo controlador OUT lpt1, s0 OUT lpt2, s0 200 'faz alteracoes no dos KEY OFF: OUT sai, s0 IF WordOptimize = 0 THEN GOTO 300 IF WordOptimize = 1 THEN SHELL "CLS" PRINT "A Wizards Software apresenta o freeware "; comsvx$ PRINT Title$ PRINT "" PRINT "Cria‡ao do programa: M rcio de Sousa Pessoa" PRINT "Cria‡ao de hardware: Milton de Sousa Pessoa" SHELL "SET PATH=%PATH% C:\DOS" SHELL "MODE CON CODEPAGE PREPARE=((850)C:\DOS\EGA.CPI)" SHELL "MODE CON CODEPAGE SELECT=850" END IF 300 'altera o modo de tela para EGA/VGA, que suporta o formato de 640 x 350 CLS : SCREEN 9 400 'desenha a tela de titulo do programa com texto LINE (0, 0)-(640, 350), 8, BF LINE (5, 10)-(635, 31), cback%, BF LINE (8, 13)-(632, 28), 9, BF titleword% = LEN(Title$) xpos% = (80 / 2) - (titleword% / 2) LOCATE 2, xpos%: COLOR Cortitle%, 25: PRINT Title$ 500 'desenha janelas adicionais do programa LINE (10, 40)-(630, 340), cback%, BF LINE (13, 43)-(627, 337), 9, BF LINE (18, 48)-(69, 79), 15, BF DRAW "b m20,77 c12 u5 r10 d5 u3 r26 d3 u5 r10 d5 b m38,73 u3 r9 d3 u3 r10 u15 l29 d15 r10 l10 u10 l2 u2 l4 d8 r4 u2 r2 b m57,60 c12 r2 u2 r4 d8 l4 u2 l2 b m33,60 c12 r5 b r8 c12 r5 b l9 c12 d3 b d3 l7 c12 r15" 600 'imprime textos adicionais ao programa COLOR 11, 25: LOCATE 5, 15: PRINT marc$ COLOR 10, 25: LOCATE 7, 4: PRINT "Selecione uma das op‡äes abaixo pela sua respectiva tecla." COLOR 15, 25: LOCATE 9, 4: PRINT "Modo Manual (M)" LOCATE 11, 4: PRINT "Modo Autom tico (A)" LOCATE 13, 4: PRINT "Configurar sa¡da (C)" LOCATE 15, 4: PRINT "Suspende execu‡Æo (S)" LOCATE 17, 4: PRINT "Sai do controlador <ESC>" 'habilita teclado para leitura de dados 601 IF INKEY$ <> "" THEN 601 602 opcao$ = INKEY$: IF opcao$ = "" THEN 602 IF opcao$ = "M" OR opcao$ = "m" THEN GOTO 700 IF opcao$ = "A" OR opcao$ = "a" THEN GOTO 800 IF opcao$ = "C" OR opcao$ = "c" THEN GOTO 1100 IF opcao$ = "S" OR opcao$ = "s" THEN GOTO 2500 IF opcao$ = CHR$(27) THEN GOTO 3000 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: GOTO 602 700 'modo manual LINE (10, 40)-(630, 340), cback%, BF LINE (13, 43)-(627, 337), 9, BF LINE (18, 48)-(69, 79), 15, BF DRAW "b m25,75 c12 r20 u4 l20 d4 u4 r6 u15 r15 u2 r8 f2 d2 l6 d2 r6 d2 g2 l8 u2 l8 d9" COLOR 11, 25: LOCATE 5, 30: PRINT comsvx$; " - MODO MANUAL" COLOR 10, 25: LOCATE 7, 4: PRINT "Cada tecla abaixo corresponde a uma determinada sa¡da, pode se acessa-las" LOCATE 8, 4: PRINT "precionando as mesmas." COLOR 15, 25: LOCATE 10, 4: PRINT "Primeira sa¡da (1)" LOCATE 11, 4: PRINT "Segunda sa¡da (2)" LOCATE 12, 4: PRINT "Terceira sa¡da (3)" LOCATE 13, 4: PRINT "Quarta sa¡da (4)" LOCATE 14, 4: PRINT "Quinta sa¡da (5)" LOCATE 15, 4: PRINT "Sexta sa¡da (6)" LOCATE 16, 4: PRINT "S‚tima sa¡da (7)" LOCATE 17, 4: PRINT "Oitava sa¡da (8)" LOCATE 18, 4: PRINT "Resetar sa¡da (+) " LOCATE 19, 4: PRINT "Push Boton "; PushBoton; " <Enter> " LOCATE 21, 4: PRINT "Tela anterior <ESC>" COLOR 11, 25: LOCATE 23, 4: PRINT "MODO MANUAL - "; marc$ LOCATE 11, 40: PRINT "Sa¡da atualmente ativada" COLOR 15, 25: LOCATE 14, 30: PRINT "(1) (2) (3) (4) (5) (6) (7) (8)" 701 IF INKEY$ <> "" THEN 701 702 opcao$ = INKEY$: IF opcao$ = "" THEN 702 IF opcao$ = "1" THEN COLOR 15, 25: LOCATE 14, 30: PRINT "(1) (2) (3) (4) (5) (6) (7) (8)" COLOR 12, 25: LOCATE 14, 30: PRINT "(1)" OUT sai, s1 IF PushBoton = 0 THEN OUT sai, s0 COLOR 15, 25: LOCATE 14, 30: PRINT "(1)" END IF END IF IF opcao$ = "2" THEN COLOR 15, 25: LOCATE 14, 30: PRINT "(1) (2) (3) (4) (5) (6) (7) (8)" COLOR 12, 25: LOCATE 14, 36: PRINT "(2)" OUT sai, s2 IF PushBoton = 0 THEN OUT sai, s0 COLOR 15, 25: LOCATE 14, 36: PRINT "(2)" END IF END IF IF opcao$ = "3" THEN COLOR 15, 25: LOCATE 14, 30: PRINT "(1) (2) (3) (4) (5) (6) (7) (8)" COLOR 12, 25: LOCATE 14, 42: PRINT "(3)" OUT sai, s3 IF PushBoton = 0 THEN OUT sai, s0 COLOR 15, 25: LOCATE 14, 42: PRINT "(3)" END IF END IF IF opcao$ = "4" THEN COLOR 15, 25: LOCATE 14, 30: PRINT "(1) (2) (3) (4) (5) (6) (7) (8)" COLOR 12, 25: LOCATE 14, 48: PRINT "(4)" OUT sai, s4 IF PushBoton = 0 THEN OUT sai, s0 COLOR 15, 25: LOCATE 14, 48: PRINT "(4)" END IF END IF IF opcao$ = "5" THEN COLOR 15, 25: LOCATE 14, 30: PRINT "(1) (2) (3) (4) (5) (6) (7) (8)" COLOR 12, 25: LOCATE 14, 54: PRINT "(5)" OUT sai, s5 IF PushBoton = 0 THEN OUT sai, s0 COLOR 15, 25: LOCATE 14, 54: PRINT "(5)" END IF END IF IF opcao$ = "6" THEN COLOR 15, 25: LOCATE 14, 30: PRINT "(1) (2) (3) (4) (5) (6) (7) (8)" COLOR 12, 25: LOCATE 14, 60: PRINT "(6)" OUT sai, s6 IF PushBoton = 0 THEN OUT sai, s0 COLOR 15, 25: LOCATE 14, 60: PRINT "(6)" END IF END IF IF opcao$ = "7" THEN COLOR 15, 25: LOCATE 14, 30: PRINT "(1) (2) (3) (4) (5) (6) (7) (8)" COLOR 12, 25: LOCATE 14, 66: PRINT "(7)" OUT sai, s7 IF PushBoton = 0 THEN OUT sai, s0 COLOR 15, 25: LOCATE 14, 66: PRINT "(7)" END IF END IF IF opcao$ = "8" THEN COLOR 15, 25: LOCATE 14, 30: PRINT "(1) (2) (3) (4) (5) (6) (7) (8)" COLOR 12, 25: LOCATE 14, 72: PRINT "(8)" OUT sai, s8 IF PushBoton = 0 THEN OUT sai, s0 COLOR 15, 25: LOCATE 14, 72: PRINT "(8)" END IF END IF IF opcao$ = CHR$(13) THEN PushBoton = (NOT (PushBoton)) IF PushBoton = -1 THEN PushBoton = 1 IF PushBoton = -2 THEN PushBoton = 0 COLOR 15, 25: LOCATE 19, 4: PRINT "Push Boton "; PushBoton; " <Enter> " END IF IF opcao$ = "+" THEN OUT sai, s0 COLOR 15, 25: LOCATE 14, 30: PRINT "(1) (2) (3) (4) (5) (6) (7) (8)" END IF IF opcao$ = CHR$(27) THEN GOTO 400 IF opcao$ <> "" THEN GOTO 702 800 'modo automatico 'janela principal do modo automatico LINE (10, 40)-(630, 340), cback%, BF LINE (13, 43)-(627, 337), 9, BF LINE (18, 48)-(69, 79), 15, BF 'janela do programa do modo automatico LINE (225, 107)-(621, 300), 1, BF LINE (228, 110)-(618, 297), 9, BF DRAW "b m28,75 c12 r30 u8 l30 d8 u8 r8 u2 r15 d2 u2 r4 u12 l24 d12 r4 b u2 c12 r17 u8 l18 d8 b d7 c12 r5 b d2 c12 l5 b u11 b r3 u4 r3 d2 l3 b d2 b r5 u2 r2 d1 b d1 b r2 u2 r2 d2 l2h" 805 'textos da primeira coluna COLOR 11, 25: LOCATE 5, 28: PRINT comsvx$; " - MODO AUTOMµTICO" COLOR 15, 25: LOCATE 7, 4: PRINT "Primeira sa¡da (1)" LOCATE 8, 4: PRINT "Segunda sa¡da (2)" LOCATE 9, 4: PRINT "Terceira sa¡da (3)" LOCATE 10, 4: PRINT "Quarta sa¡da (4)" LOCATE 11, 4: PRINT "Quinta sa¡da (5)" LOCATE 12, 4: PRINT "Sexta sa¡da (6)" LOCATE 13, 4: PRINT "S‚tima sa¡da (7)" LOCATE 14, 4: PRINT "Oitava sa¡da (8)" LOCATE 16, 4: PRINT "Executar programa (E)" COLOR 8, 25: LOCATE 17, 4: PRINT "Pausar programa (P)" LOCATE 18, 4: PRINT "Cancelar programa (C)" COLOR 15, 25: LOCATE 19, 4: PRINT "Novo programa (N)" LOCATE 20, 4: PRINT "Definir La‡o (L)" LOCATE 21, 4: PRINT "Tela anterior <ESC>" 8100 'imprime setas da tela do programa COLOR 10, 25: LOCATE 7, 32: PRINT "Dispositivos Dura‡Æo Espera" COLOR 11, 25: LOCATE 9, 30: PRINT CHR$(16): LOCATE 9, 46: PRINT CHR$(16): LOCATE 9, 63: PRINT CHR$(16) LOCATE 10, 30: PRINT CHR$(16): LOCATE 10, 46: PRINT CHR$(16): LOCATE 10, 63: PRINT CHR$(16) LOCATE 11, 30: PRINT CHR$(16): LOCATE 11, 46: PRINT CHR$(16): LOCATE 11, 63: PRINT CHR$(16) LOCATE 12, 30: PRINT CHR$(16): LOCATE 12, 46: PRINT CHR$(16): LOCATE 12, 63: PRINT CHR$(16) LOCATE 13, 30: PRINT CHR$(16): LOCATE 13, 46: PRINT CHR$(16): LOCATE 13, 63: PRINT CHR$(16) LOCATE 14, 30: PRINT CHR$(16): LOCATE 14, 46: PRINT CHR$(16): LOCATE 14, 63: PRINT CHR$(16) LOCATE 15, 30: PRINT CHR$(16): LOCATE 15, 46: PRINT CHR$(16): LOCATE 15, 63: PRINT CHR$(16) LOCATE 16, 30: PRINT CHR$(16): LOCATE 16, 46: PRINT CHR$(16): LOCATE 16, 63: PRINT CHR$(16) LOCATE 17, 30: PRINT CHR$(16): LOCATE 17, 46: PRINT CHR$(16): LOCATE 17, 63: PRINT CHR$(16) LOCATE 18, 30: PRINT CHR$(16): LOCATE 18, 46: PRINT CHR$(16): LOCATE 18, 63: PRINT CHR$(16) LOCATE 19, 30: PRINT CHR$(16): LOCATE 19, 46: PRINT CHR$(16): LOCATE 19, 63: PRINT CHR$(16) LOCATE 20, 30: PRINT CHR$(16): LOCATE 20, 46: PRINT CHR$(16): LOCATE 20, 63: PRINT CHR$(16) LOCATE 21, 30: PRINT CHR$(16): LOCATE 21, 46: PRINT CHR$(16): LOCATE 21, 63: PRINT CHR$(16) COLOR 11, 25: LOCATE 23, 4: PRINT "MODO AUTOMµTICO - "; marc$ 'imprime as variaveis ativas do modo automatico LOCATE 9, 32: PRINT sa1 LOCATE 9, 48: PRINT dura1 LOCATE 9, 65: PRINT espe1 LOCATE 10, 32: PRINT sa2 LOCATE 10, 48: PRINT dura2 LOCATE 10, 65: PRINT espe2 LOCATE 11, 32: PRINT sa3 LOCATE 11, 48: PRINT dura3 LOCATE 11, 65: PRINT espe3 LOCATE 12, 32: PRINT sa4 LOCATE 12, 48: PRINT dura4 LOCATE 12, 65: PRINT espe4 LOCATE 13, 32: PRINT sa5 LOCATE 13, 48: PRINT dura5 LOCATE 13, 65: PRINT espe5 LOCATE 14, 32: PRINT sa6 LOCATE 14, 48: PRINT dura6 LOCATE 14, 65: PRINT espe6 LOCATE 15, 32: PRINT sa7 LOCATE 15, 48: PRINT dura7 LOCATE 15, 65: PRINT espe7 LOCATE 16, 32: PRINT sa8 LOCATE 16, 48: PRINT dura8 LOCATE 16, 65: PRINT espe8 LOCATE 17, 32: PRINT sa9 LOCATE 17, 48: PRINT dura9 LOCATE 17, 65: PRINT espe9 LOCATE 18, 32: PRINT sa10 LOCATE 18, 48: PRINT dura10 LOCATE 18, 65: PRINT espe10 LOCATE 19, 32: PRINT sa11 LOCATE 19, 48: PRINT dura11 LOCATE 19, 65: PRINT espe11 LOCATE 20, 32: PRINT sa12 LOCATE 20, 48: PRINT dura12 LOCATE 20, 65: PRINT espe12 LOCATE 21, 32: PRINT sa13 LOCATE 21, 48: PRINT dura13 LOCATE 21, 65: PRINT espe13 'habilita teclado para leitura de dados 801 IF INKEY$ <> "" THEN 801 802 opcao$ = INKEY$: IF opcao$ = "" THEN 802 IF opcao$ = "E" OR opcao$ = "e" THEN GOTO 830 IF opcao$ = "L" OR opcao$ = "l" THEN GOTO 810 IF opcao$ = "N" OR opcao$ = "n" THEN GOTO 820 IF opcao$ = CHR$(27) THEN GOTO 400 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: GOTO 802 810 'definir laco do programa COLOR 14, 25: LOCATE 20, 4: PRINT "La‡o="; laco; ",alterar? (S/N)" 811 IF INKEY$ <> "" THEN 811 812 opcao$ = INKEY$: IF opcao$ = "" THEN 812 IF opcao$ = "S" OR opcao$ = "s" THEN GOTO 813 IF opcao$ = "N" OR opcao$ = "n" THEN GOTO 814 IF opcao$ = CHR$(27) THEN GOTO 400 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: GOTO 812 813 LOCATE 20, 4: PRINT " " LOCATE 20, 4: INPUT "La‡o do programa= ", laco COLOR 15, 25: LOCATE 20, 4: PRINT "Definir La‡o (L)" GOTO 801 814 LOCATE 20, 4: PRINT " " COLOR 15, 25: LOCATE 20, 4: PRINT "Definir La‡o (L)" GOTO 801 820 'novo programa, le as veriaveis apartir do teclado 'janela do programa do modo automatico LINE (225, 107)-(621, 300), 1, BF LINE (228, 110)-(618, 297), 9, BF 'imprime setas da tela do programa COLOR 10, 25: LOCATE 7, 32: PRINT "Dispositivos Dura‡Æo Espera" COLOR 11, 25: LOCATE 9, 30: PRINT CHR$(16): LOCATE 9, 46: PRINT CHR$(16): LOCATE 9, 63: PRINT CHR$(16) LOCATE 10, 30: PRINT CHR$(16): LOCATE 10, 46: PRINT CHR$(16): LOCATE 10, 63: PRINT CHR$(16) LOCATE 11, 30: PRINT CHR$(16): LOCATE 11, 46: PRINT CHR$(16): LOCATE 11, 63: PRINT CHR$(16) LOCATE 12, 30: PRINT CHR$(16): LOCATE 12, 46: PRINT CHR$(16): LOCATE 12, 63: PRINT CHR$(16) LOCATE 13, 30: PRINT CHR$(16): LOCATE 13, 46: PRINT CHR$(16): LOCATE 13, 63: PRINT CHR$(16) LOCATE 14, 30: PRINT CHR$(16): LOCATE 14, 46: PRINT CHR$(16): LOCATE 14, 63: PRINT CHR$(16) LOCATE 15, 30: PRINT CHR$(16): LOCATE 15, 46: PRINT CHR$(16): LOCATE 15, 63: PRINT CHR$(16) LOCATE 16, 30: PRINT CHR$(16): LOCATE 16, 46: PRINT CHR$(16): LOCATE 16, 63: PRINT CHR$(16) LOCATE 17, 30: PRINT CHR$(16): LOCATE 17, 46: PRINT CHR$(16): LOCATE 17, 63: PRINT CHR$(16) LOCATE 18, 30: PRINT CHR$(16): LOCATE 18, 46: PRINT CHR$(16): LOCATE 18, 63: PRINT CHR$(16) LOCATE 19, 30: PRINT CHR$(16): LOCATE 19, 46: PRINT CHR$(16): LOCATE 19, 63: PRINT CHR$(16) LOCATE 20, 30: PRINT CHR$(16): LOCATE 20, 46: PRINT CHR$(16): LOCATE 20, 63: PRINT CHR$(16) LOCATE 21, 30: PRINT CHR$(16): LOCATE 21, 46: PRINT CHR$(16): LOCATE 21, 63: PRINT CHR$(16) COLOR 11, 25: LOCATE 23, 4: PRINT "MODO AUTOMµTICO - "; marc$ COLOR 11, 25 LOCATE 9, 32: INPUT "", sa1 SELECT CASE sa1 CASE IS = 1 disp1 = s1 CASE IS = 2 disp1 = s2 CASE IS = 3 disp1 = s3 CASE IS = 4 disp1 = s4 CASE IS = 5 disp1 = s5 CASE IS = 6 disp1 = s6 CASE IS = 7 disp1 = s7 CASE IS = 8 disp1 = s8 END SELECT LOCATE 9, 48: INPUT "", dura1 LOCATE 9, 65: INPUT "", espe1 LOCATE 10, 32: INPUT "", sa2 SELECT CASE sa2 CASE IS = 1 disp2 = s1 CASE IS = 2 disp2 = s2 CASE IS = 3 disp2 = s3 CASE IS = 4 disp2 = s4 CASE IS = 5 disp2 = s5 CASE IS = 6 disp2 = s6 CASE IS = 7 disp2 = s7 CASE IS = 8 disp2 = s8 END SELECT LOCATE 10, 48: INPUT "", dura2 LOCATE 10, 65: INPUT "", espe2 LOCATE 11, 32: INPUT "", sa3 SELECT CASE sa3 CASE IS = 1 disp3 = s1 CASE IS = 2 disp3 = s2 CASE IS = 3 disp3 = s3 CASE IS = 4 disp3 = s4 CASE IS = 5 disp3 = s5 CASE IS = 6 disp3 = s6 CASE IS = 7 disp3 = s7 CASE IS = 8 disp3 = s8 END SELECT LOCATE 11, 48: INPUT "", dura3 LOCATE 11, 65: INPUT "", espe3 LOCATE 12, 32: INPUT "", sa4 SELECT CASE sa4 CASE IS = 1 disp4 = s1 CASE IS = 2 disp4 = s2 CASE IS = 3 disp4 = s3 CASE IS = 4 disp4 = s4 CASE IS = 5 disp4 = s5 CASE IS = 6 disp4 = s6 CASE IS = 7 disp4 = s7 CASE IS = 8 disp4 = s8 END SELECT LOCATE 12, 48: INPUT "", dura4 LOCATE 12, 65: INPUT "", espe4 LOCATE 13, 32: INPUT "", sa5 SELECT CASE sa5 CASE IS = 1 disp5 = s1 CASE IS = 2 disp5 = s2 CASE IS = 3 disp5 = s3 CASE IS = 4 disp5 = s4 CASE IS = 5 disp5 = s5 CASE IS = 6 disp5 = s6 CASE IS = 7 disp5 = s7 CASE IS = 8 disp5 = s8 END SELECT LOCATE 13, 48: INPUT "", dura5 LOCATE 13, 65: INPUT "", espe5 LOCATE 14, 32: INPUT "", sa6 SELECT CASE sa6 CASE IS = 1 disp6 = s1 CASE IS = 2 disp6 = s2 CASE IS = 3 disp6 = s3 CASE IS = 4 disp6 = s4 CASE IS = 5 disp6 = s5 CASE IS = 6 disp6 = s6 CASE IS = 7 disp6 = s7 CASE IS = 8 disp6 = s8 END SELECT LOCATE 14, 48: INPUT "", dura6 LOCATE 14, 65: INPUT "", espe6 LOCATE 15, 32: INPUT "", sa7 SELECT CASE sa7 CASE IS = 1 disp7 = s1 CASE IS = 2 disp7 = s2 CASE IS = 3 disp7 = s3 CASE IS = 4 disp7 = s4 CASE IS = 5 disp7 = s5 CASE IS = 6 disp7 = s6 CASE IS = 7 disp7 = s7 CASE IS = 8 disp7 = s8 END SELECT LOCATE 15, 48: INPUT "", dura7 LOCATE 15, 65: INPUT "", espe7 LOCATE 16, 32: INPUT "", sa8 SELECT CASE sa8 CASE IS = 1 disp8 = s1 CASE IS = 2 disp8 = s2 CASE IS = 3 disp8 = s3 CASE IS = 4 disp8 = s4 CASE IS = 5 disp8 = s5 CASE IS = 6 disp8 = s6 CASE IS = 7 disp8 = s7 CASE IS = 8 disp8 = s8 END SELECT LOCATE 16, 48: INPUT "", dura8 LOCATE 16, 65: INPUT "", espe8 LOCATE 17, 32: INPUT "", sa9 SELECT CASE sa9 CASE IS = 1 disp9 = s1 CASE IS = 2 disp9 = s2 CASE IS = 3 disp9 = s3 CASE IS = 4 disp9 = s4 CASE IS = 5 disp9 = s5 CASE IS = 6 disp9 = s6 CASE IS = 7 disp9 = s7 CASE IS = 8 disp9 = s8 END SELECT LOCATE 17, 48: INPUT "", dura9 LOCATE 17, 65: INPUT "", espe9 LOCATE 18, 32: INPUT "", sa10 SELECT CASE sa10 CASE IS = 1 disp10 = s1 CASE IS = 2 disp10 = s2 CASE IS = 3 disp10 = s3 CASE IS = 4 disp10 = s4 CASE IS = 5 disp10 = s5 CASE IS = 6 disp10 = s6 CASE IS = 7 disp10 = s7 CASE IS = 8 disp10 = s8 END SELECT LOCATE 18, 48: INPUT "", dura10 LOCATE 18, 65: INPUT "", espe10 LOCATE 19, 32: INPUT "", sa11 SELECT CASE sa11 CASE IS = 1 disp11 = s1 CASE IS = 2 disp11 = s2 CASE IS = 3 disp11 = s3 CASE IS = 4 disp11 = s4 CASE IS = 5 disp11 = s5 CASE IS = 6 disp11 = s6 CASE IS = 7 disp11 = s7 CASE IS = 8 disp11 = s8 END SELECT LOCATE 19, 48: INPUT "", dura11 LOCATE 19, 65: INPUT "", espe11 LOCATE 20, 32: INPUT "", sa12 SELECT CASE sa12 CASE IS = 1 disp12 = s1 CASE IS = 2 disp12 = s2 CASE IS = 3 disp12 = s3 CASE IS = 4 disp12 = s4 CASE IS = 5 disp12 = s5 CASE IS = 6 disp12 = s6 CASE IS = 7 disp12 = s7 CASE IS = 8 disp12 = s8 END SELECT LOCATE 20, 48: INPUT "", dura12 LOCATE 20, 65: INPUT "", espe12 LOCATE 21, 32: INPUT "", sa13 SELECT CASE sa13 CASE IS = 1 disp13 = s1 CASE IS = 2 disp13 = s2 CASE IS = 3 disp13 = s3 CASE IS = 4 disp13 = s4 CASE IS = 5 disp13 = s5 CASE IS = 6 disp13 = s6 CASE IS = 7 disp13 = s7 CASE IS = 8 disp13 = s8 END SELECT LOCATE 21, 48: INPUT "", dura13 LOCATE 21, 65: INPUT "", espe13 GOTO 8100 830 'executa programa que foi escrito COLOR 15, 25: LOCATE 17, 4: PRINT "Pausar programa (P)" LOCATE 18, 4: PRINT "Cancelar programa (C)" FOR l% = 1 TO laco STEP 1 LOCATE 10, 30: PRINT CHR$(16): LOCATE 10, 46: PRINT CHR$(16): LOCATE 10, 63: PRINT CHR$(16) LOCATE 11, 30: PRINT CHR$(16): LOCATE 11, 46: PRINT CHR$(16): LOCATE 11, 63: PRINT CHR$(16) LOCATE 12, 30: PRINT CHR$(16): LOCATE 12, 46: PRINT CHR$(16): LOCATE 12, 63: PRINT CHR$(16) LOCATE 13, 30: PRINT CHR$(16): LOCATE 13, 46: PRINT CHR$(16): LOCATE 13, 63: PRINT CHR$(16) LOCATE 14, 30: PRINT CHR$(16): LOCATE 14, 46: PRINT CHR$(16): LOCATE 14, 63: PRINT CHR$(16) LOCATE 15, 30: PRINT CHR$(16): LOCATE 15, 46: PRINT CHR$(16): LOCATE 15, 63: PRINT CHR$(16) LOCATE 16, 30: PRINT CHR$(16): LOCATE 16, 46: PRINT CHR$(16): LOCATE 16, 63: PRINT CHR$(16) LOCATE 17, 30: PRINT CHR$(16): LOCATE 17, 46: PRINT CHR$(16): LOCATE 17, 63: PRINT CHR$(16) LOCATE 18, 30: PRINT CHR$(16): LOCATE 18, 46: PRINT CHR$(16): LOCATE 18, 63: PRINT CHR$(16) LOCATE 19, 30: PRINT CHR$(16): LOCATE 19, 46: PRINT CHR$(16): LOCATE 19, 63: PRINT CHR$(16) LOCATE 20, 30: PRINT CHR$(16): LOCATE 20, 46: PRINT CHR$(16): LOCATE 20, 63: PRINT CHR$(16) LOCATE 21, 30: PRINT CHR$(16): LOCATE 21, 46: PRINT CHR$(16): LOCATE 21, 63: PRINT CHR$(16) FOR d% = 1 TO dura1 STEP 1 opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: OUT sai, disp1 COLOR 12, 25: LOCATE 9, 30: PRINT CHR$(16): LOCATE 9, 46: PRINT CHR$(16) NEXT d% COLOR 11, 25: LOCATE 9, 30: PRINT CHR$(16): LOCATE 9, 46: PRINT CHR$(16) OUT sai, s0 opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: FOR e% = 1 TO espe1 STEP 1 opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: COLOR 12, 25: LOCATE 9, 63: PRINT CHR$(16) NEXT e% COLOR 11, 25: LOCATE 9, 63: PRINT CHR$(16) opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: '############################################################################ FOR d% = 1 TO dura2 STEP 1 opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: OUT sai, disp2 COLOR 12, 25: LOCATE 10, 30: PRINT CHR$(16): LOCATE 10, 46: PRINT CHR$(16) NEXT d% COLOR 11, 25: LOCATE 10, 30: PRINT CHR$(16): LOCATE 10, 46: PRINT CHR$(16) OUT sai, s0 opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: FOR e% = 1 TO espe2 STEP 1 opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: COLOR 12, 25: LOCATE 10, 63: PRINT CHR$(16) NEXT e% COLOR 11, 25: LOCATE 10, 63: PRINT CHR$(16) opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: '############################################################################ FOR d% = 1 TO dura3 STEP 1 opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: OUT sai, disp3 COLOR 12, 25: LOCATE 11, 30: PRINT CHR$(16): LOCATE 11, 46: PRINT CHR$(16) NEXT d% COLOR 11, 25: LOCATE 11, 30: PRINT CHR$(16): LOCATE 11, 46: PRINT CHR$(16) OUT sai, s0 opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: FOR e% = 1 TO espe3 STEP 1 opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: COLOR 12, 25: LOCATE 11, 63: PRINT CHR$(16) NEXT e% COLOR 11, 25: LOCATE 11, 63: PRINT CHR$(16) opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: '############################################################################ FOR d% = 1 TO dura4 STEP 1 opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: OUT sai, disp4 COLOR 12, 25: LOCATE 12, 30: PRINT CHR$(16): LOCATE 12, 46: PRINT CHR$(16) NEXT d% COLOR 11, 25: LOCATE 12, 30: PRINT CHR$(16): LOCATE 12, 46: PRINT CHR$(16) OUT sai, s0 opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: FOR e% = 1 TO espe4 STEP 1 opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: COLOR 12, 25: LOCATE 12, 63: PRINT CHR$(16) NEXT e% COLOR 11, 25: LOCATE 12, 63: PRINT CHR$(16) opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: '############################################################################ FOR d% = 1 TO dura5 STEP 1 opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: OUT sai, disp5 COLOR 12, 25: LOCATE 13, 30: PRINT CHR$(16): LOCATE 13, 46: PRINT CHR$(16) NEXT d% COLOR 11, 25: LOCATE 13, 30: PRINT CHR$(16): LOCATE 13, 46: PRINT CHR$(16) OUT sai, s0 opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: FOR e% = 1 TO espe5 STEP 1 opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: COLOR 12, 25: LOCATE 13, 63: PRINT CHR$(16) NEXT e% COLOR 11, 25: LOCATE 13, 63: PRINT CHR$(16) opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: '############################################################################ FOR d% = 1 TO dura6 STEP 1 opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: OUT sai, disp6 COLOR 12, 25: LOCATE 14, 30: PRINT CHR$(16): LOCATE 14, 46: PRINT CHR$(16) NEXT d% COLOR 11, 25: LOCATE 14, 30: PRINT CHR$(16): LOCATE 14, 46: PRINT CHR$(16) OUT sai, s0 opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: FOR e% = 1 TO espe6 STEP 1 opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: COLOR 12, 25: LOCATE 14, 63: PRINT CHR$(16) NEXT e% COLOR 11, 25: LOCATE 14, 63: PRINT CHR$(16) opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: '############################################################################ FOR d% = 1 TO dura7 STEP 1 opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: OUT sai, disp7 COLOR 12, 25: LOCATE 15, 30: PRINT CHR$(16): LOCATE 15, 46: PRINT CHR$(16) NEXT d% COLOR 11, 25: LOCATE 15, 30: PRINT CHR$(16): LOCATE 15, 46: PRINT CHR$(16) OUT sai, s0 opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: FOR e% = 1 TO espe7 STEP 1 opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: COLOR 12, 25: LOCATE 15, 63: PRINT CHR$(16) NEXT e% COLOR 11, 25: LOCATE 15, 63: PRINT CHR$(16) opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: '############################################################################ FOR d% = 1 TO dura8 STEP 1 opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: OUT sai, disp8 COLOR 12, 25: LOCATE 16, 30: PRINT CHR$(16): LOCATE 16, 46: PRINT CHR$(16) NEXT d% COLOR 11, 25: LOCATE 16, 30: PRINT CHR$(16): LOCATE 16, 46: PRINT CHR$(16) OUT sai, s0 opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: FOR e% = 1 TO espe8 STEP 1 opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: COLOR 12, 25: LOCATE 16, 63: PRINT CHR$(16) NEXT e% COLOR 11, 25: LOCATE 16, 63: PRINT CHR$(16) opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: '############################################################################ FOR d% = 1 TO dura9 STEP 1 opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: OUT sai, disp9 COLOR 12, 25: LOCATE 17, 30: PRINT CHR$(16): LOCATE 17, 46: PRINT CHR$(16) NEXT d% COLOR 11, 25: LOCATE 17, 30: PRINT CHR$(16): LOCATE 17, 46: PRINT CHR$(16) OUT sai, s0 opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: FOR e% = 1 TO espe9 STEP 1 opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: COLOR 12, 25: LOCATE 17, 63: PRINT CHR$(16) NEXT e% COLOR 11, 25: LOCATE 17, 63: PRINT CHR$(16) opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: '############################################################################ FOR d% = 1 TO dura10 STEP 1 opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: OUT sai, disp10 COLOR 12, 25: LOCATE 18, 30: PRINT CHR$(16): LOCATE 18, 46: PRINT CHR$(16) NEXT d% COLOR 11, 25: LOCATE 18, 30: PRINT CHR$(16): LOCATE 18, 46: PRINT CHR$(16) OUT sai, s0 opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: FOR e% = 1 TO espe10 STEP 1 opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: COLOR 12, 25: LOCATE 18, 63: PRINT CHR$(16) NEXT e% COLOR 11, 25: LOCATE 18, 63: PRINT CHR$(16) opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: '############################################################################ FOR d% = 1 TO dura11 STEP 1 opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: OUT sai, disp11 COLOR 12, 25: LOCATE 19, 30: PRINT CHR$(16): LOCATE 19, 46: PRINT CHR$(16) NEXT d% COLOR 11, 25: LOCATE 19, 30: PRINT CHR$(16): LOCATE 19, 46: PRINT CHR$(16) OUT sai, s0 opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: FOR e% = 1 TO espe11 STEP 1 opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: COLOR 12, 25: LOCATE 19, 63: PRINT CHR$(16) NEXT e% COLOR 11, 25: LOCATE 19, 63: PRINT CHR$(16) opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: '############################################################################ FOR d% = 1 TO dura12 STEP 1 opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: OUT sai, disp12 COLOR 12, 25: LOCATE 20, 30: PRINT CHR$(16): LOCATE 20, 46: PRINT CHR$(16) NEXT d% COLOR 11, 25: LOCATE 20, 30: PRINT CHR$(16): LOCATE 20, 46: PRINT CHR$(16) OUT sai, s0 opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: FOR e% = 1 TO espe12 STEP 1 opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: COLOR 12, 25: LOCATE 20, 63: PRINT CHR$(16) NEXT e% COLOR 11, 25: LOCATE 20, 63: PRINT CHR$(16) opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: '############################################################################ FOR d% = 1 TO dura13 STEP 1 opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: OUT sai, disp13 COLOR 12, 25: LOCATE 21, 30: PRINT CHR$(16): LOCATE 21, 46: PRINT CHR$(16) NEXT d% COLOR 11, 25: LOCATE 21, 30: PRINT CHR$(16): LOCATE 21, 46: PRINT CHR$(16) OUT sai, s0 opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: FOR e% = 1 TO espe13 STEP 1 opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: COLOR 12, 25: LOCATE 21, 63: PRINT CHR$(16) NEXT e% COLOR 11, 25: LOCATE 21, 63: PRINT CHR$(16) opcao$ = INKEY$ IF opcao$ = "P" OR opcao$ = "p" THEN DO WHILE INKEY$ <> CHR$(13): LOOP IF opcao$ = "C" OR opcao$ = "c" THEN OUT (sai), s0: GOTO 805 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: '############################################################################ NEXT l% 'repeticao do laco GOTO 805 1100 'configurar saida LINE (10, 40)-(630, 340), 8, BF LINE (180, 160)-(460, 235), cback%, BF 1101 IF sai = lpt1 THEN Outpoot$ = "LPT1" IF sai = lpt2 THEN Outpoot$ = "LPT2" LINE (183, 163)-(457, 232), 9, BF LINE (190, 180)-(241, 211), 15, BF DRAW "b l46 b u7 c12 u16 e4 r10 d5 l8 d14 r8 d5 l10 h4 b r20 b u5 c12 r8 d2 l8 u2 b u6 c12 u2 r8 d2 l8 u2 b r22 b d3 c12 l4 d5 r4" COLOR 10, 25: LOCATE 13, 33: PRINT "Escolha a porta de sa¡da" COLOR 15, 25: LOCATE 14, 35: PRINT "LPT1 (1) LPT2 (2)" COLOR 10, 25: LOCATE 16, 37: PRINT "Atual em "; Outpoot$ 1102 IF INKEY$ <> "" THEN 1102 1103 opcao$ = INKEY$: IF opcao$ = "" THEN 1103 IF opcao$ = "1" THEN sai = lpt1: GOTO 1101 IF opcao$ = "2" THEN sai = lpt2: GOTO 1101 IF opcao$ = CHR$(27) OR opcao$ = CHR$(13) THEN GOTO 400 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: GOTO 1103 2500 'suspende execucao SCREEN 0 COLOR 15 LOCATE 1, 1: PRINT "ÚÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄ¿" LOCATE 2, 1: PRINT "³ "; comsvx$; " ³" LOCATE 3, 1: PRINT "³ Controlador Multifun‡Æo via Software ³" LOCATE 4, 1: PRINT "³ "; marc$; " ³" LOCATE 5, 1: PRINT "³ ³" LOCATE 6, 1: PRINT "³ Digite EXIT para retornar ao "; comsvx$; " ³" LOCATE 7, 1: PRINT "ÀÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÙ" PRINT ; PRINT ; PRINT ; SHELL GOTO 300 3000 'sai do programa LINE (10, 40)-(630, 340), 8, BF LINE (180, 160)-(460, 235), cback%, BF LINE (183, 163)-(457, 232), 9, BF LINE (190, 180)-(241, 211), 15, BF COLOR 10, 25: LOCATE 13, 33: PRINT "Deseja realmente sair ?" COLOR 15, 25: LOCATE 15, 36: PRINT "Sim (S) NÆo (N)" DRAW "b m200,195 c12 e8 d5 r22 d7 l22 d5 h8" 3001 IF INKEY$ <> "" THEN 3001 3002 opcao$ = INKEY$: IF opcao$ = "" THEN 3002 IF opcao$ = "N" OR opcao$ = "n" THEN GOTO 400 IF opcao$ = "S" OR opcao$ = "s" THEN SYSTEM IF opcao$ = CHR$(27) THEN GOTO 400 IF opcao$ <> "" THEN SOUND 293.66, 18.2 / 15: SOUND 32767, 18.2 / 10: GOTO 3002 'Inicio da producao do programa 'Sao Paulo, 24 de junho de 1995 - sabado 'Marcio de Sousa Pessoa 'Praca Tito Pacheco 24-A Jardim Miriam 'Sao Paulo -SP- , Brasil, Planeta Terra, Via Lactea (Sistema Solar) 'Finalizacao da producao do programa 'SÆo Paulo, 3 de julho de 1997 - quarta feira 'Marcio de Sousa Pessoa 'e-mail: marciomexicano@zipmail.com.br 'Praca Tito Pacheco 24-A Jardim Miriam 'Sao Paulo -SP- , Brasil, Planeta Terra, Via Lactea (Sistema Solar)

VERSION 1.0 CLASS BEGIN MultiUse = -1 'True END Attribute VB_Name = "Form_DailyBalancingUpload" Attribute VB_GlobalNameSpace = False Attribute VB_Creatable = True Attribute VB_PredeclaredId = True Attribute VB_Exposed = False Option Compare Database Option Explicit Private Const UPDATE_BATCHES As String = "BATCH_UPDATES" Private Const UPDATE_VOUCHERS As String = "VOUCHER_UPDATES" Private Const INSERT_BATCHES As String = "BATCH_INSERTS" Dim postPd As String Dim PostDt As Date Dim Payments As Currency Dim user As String Dim batch As String Dim batchDesc As String Dim DepDt As Date Dim depRecord As String Dim DrawerStatus As String Dim postPdClmn As Integer Dim postDtClmn As Integer Dim paymentsClmn As Integer Dim userClmn As Integer Dim batchClmn As Integer Dim paymentCodeClmn As Integer Dim transClmn As Integer Dim invoiceClmn As Integer Dim postingModuleClmn As Integer Dim depDtClmn As Integer Dim depRecordClmn As Integer Dim drawerStatusClmn As Integer Private Sub btnBrowse_Click() Dim fdFilePicker As Office.FileDialog Dim strFileName As String Set fdFilePicker = Application.FileDialog(DialogType:=msoFileDialogFilePicker) strFileName = "\\hc-file1\JOPFS\Common\Fiscal Services\dmcfall - CMN\" _ & "R Bohlken\PASC IDX DailyBalancing\Daily Balancing Spreadsheets\" _ & "Daily Balancing\DAILY UPLOAD TO DATA BASE" strFileName = IIf(Dir(strFileName, vbDirectory) = vbNullString, _ Environ(Constants.USER_PROFILE), _ strFileName) With fdFilePicker .AllowMultiSelect = False .initialFileName = strFileName If .Show Then If Not Utilities.NullOrEmpty(.SelectedItems(1)) Then txtFilePath.Value = .SelectedItems(1) txtFilePathAuditor.Value = vbNullString txtFilePathEpic.Value = vbNullString End If End If End With End Sub Private Sub btnBrowseEpic_Click() Dim fdFilePicker As Office.FileDialog Set fdFilePicker = Application.FileDialog(msoFileDialogFilePicker) With fdFilePicker .AllowMultiSelect = False If .Show Then If Trim(Nz(.SelectedItems(1))) <> vbNullString Then txtFilePathEpic.Value = fdFilePicker.SelectedItems(1) txtFilePathAuditor.Value = vbNullString txtFilePath.Value = vbNullString End If End If End With End Sub Private Sub btnBrowserAuditor_Click() Dim fdFilePicker As FileDialog Set fdFilePicker = Application.FileDialog(msoFileDialogFilePicker) With fdFilePicker .AllowMultiSelect = False If .Show Then If Not NoE(.SelectedItems(1)) Then txtFilePathAuditor = fdFilePicker.SelectedItems(1) txtFilePath.Value = vbNullString txtFilePathEpic.Value = vbNullString End If End If End With End Sub Private Sub btnUpload_Click() Dim bCloseForm As Boolean bCloseForm = True If NoE(txtFilePath) And NoE(txtFilePathEpic) And NoE(txtFilePathAuditor) Then MsgBox "Please select an Auditor, IDX, or Epic file to upload." bCloseForm = False ElseIf Not NoE(txtFilePath) And NoE(txtFilePathEpic) And NoE(txtFilePathAuditor) Then Call UploadIDX ElseIf Not NoE(txtFilePathEpic) And NoE(txtFilePath) And NoE(txtFilePathAuditor) Then UploadEpic ElseIf Not NoE(txtFilePathAuditor) And NoE(txtFilePath) And NoE(txtFilePathEpic) Then GenerateAuditorReport Else MsgBox "Please specify one file at a time." bCloseForm = False End If If bCloseForm Then DoCmd.Close acForm, "DailyBalancingUpload" End If End Sub Private Sub GenerateAuditorReport() Const TIMER_INC As Long = 30 Dim lNumRows As Long Dim lDataRowNum As Long, lReportRowNum As Long Dim XlApp As New Excel.Application Dim xlData As Workbook Dim xlReport As Workbook Dim bIsError As Boolean Dim rsCashDrawers As New ADODB.Recordset Dim cmdCashDrawers As New ADODB.Command Dim cUserDrawers As New Collection Dim strUserId As String Dim iStartIndex As Integer, iEndIndex As Integer On Error GoTo GenerateAuditorReport_Err DoCmd.Hourglass True lNumRows = countLinesInExcelFile(txtFilePathAuditor) xTimer.InitTimer TIMER_INC, lNumRows Set xlData = XlApp.Workbooks.Open(txtFilePathAuditor) Set xlReport = XlApp.Workbooks.Add lReportRowNum = 1 lDataRowNum = 2 bIsError = False xlData.Worksheets(1).Activate If Not GetColumnNums(XlApp) Then MsgBox "Columns aren't right." Else With xlData.Worksheets(1) .Sort.SortFields.Clear .Sort.SortFields.Add Key:=.Cells(1, batchClmn), SortOn:=xlSortOnValues, Order:=xlAscending, DataOption:=xlSortNormal .Sort.SortFields.Add Key:=.Cells(1, depRecordClmn), SortOn:=xlSortOnValues, Order:=xlAscending, DataOption:=xlSortNormal .Sort.SetRange .Range("A2:AZ50000") .Sort.Header = xlNo .Sort.MatchCase = False .Sort.Orientation = xlTopToBottom .Sort.SortMethod = xlPinYin .Sort.Apply End With With cmdCashDrawers .ActiveConnection = con .CommandType = adCmdStoredProc .CommandText = Constants.SCHEMA & ".[Rec_SelectDrawersAndUsers]" End With With rsCashDrawers .CursorLocation = adUseClient .Open cmdCashDrawers If Not .BOF Then While Not .EOF strUserId = CStr(Nz(![user_id], vbNullString)) If Not NoE(strUserId) Then cUserDrawers.Add CLng(Nz(!drawer_num, 0)), strUserId End If .MoveNext Wend End If End With With xlReport.Worksheets(1) 'Add headers .Cells(lReportRowNum, 1) = "Batch Number" .Cells(lReportRowNum, 2) = "User Name" .Cells(lReportRowNum, 3) = "Payments" .Cells(lReportRowNum, 4) = "Posted Date" .Cells(lReportRowNum, 5) = "Posting Period" .Cells(lReportRowNum, 6) = "Deposit Date" .Cells(lReportRowNum, 7) = "Batch Description" .Cells(lReportRowNum, 8) = "Amount" .Cells(lReportRowNum, 9) = "Variance" .Cells(lReportRowNum, 10) = "Comments" .Cells(lReportRowNum, 11) = "Drawer" End With lReportRowNum = 2 With xlReport.Worksheets(1) Payments = 0 batch = xlData.Worksheets(1).Cells(lDataRowNum, batchClmn) depRecord = xlData.Worksheets(1).Cells(lDataRowNum, depRecordClmn) Do Until NoE(xlData.Worksheets(1).Cells(lDataRowNum, 1)) If batch = xlData.Worksheets(1).Cells(lDataRowNum, batchClmn) Then If depRecord <> xlData.Worksheets(1).Cells(lDataRowNum, depRecordClmn) Then iStartIndex = InStr(1, user, "[") + 1 iEndIndex = InStr(iStartIndex, user, "]") strUserId = Mid(user, iStartIndex, iEndIndex - iStartIndex) .Cells(lReportRowNum, 1) = batch .Cells(lReportRowNum, 2) = user .Cells(lReportRowNum, 3) = Payments .Cells(lReportRowNum, 4) = PostDt .Cells(lReportRowNum, 5) = postPd .Cells(lReportRowNum, 6) = DepDt .Cells(lReportRowNum, 7) = batchDesc .Cells(lReportRowNum, 8) = vbNullString .Cells(lReportRowNum, 9) = vbNullString .Cells(lReportRowNum, 10) = vbNullString If Utilities.Contains(cUserDrawers, strUserId) Then .Cells(lReportRowNum, 11) = cUserDrawers(strUserId) Else .Cells(lReportRowNum, 11) = vbNullString End If batchDesc = vbNullString user = vbNullString Payments = 0 lReportRowNum = lReportRowNum + 1 End If xlData.Worksheets(1).Activate GetVals XlApp, lDataRowNum Else iStartIndex = InStr(1, user, "[") + 1 iEndIndex = InStr(iStartIndex, user, "]") strUserId = Mid(user, iStartIndex, iEndIndex - iStartIndex) .Cells(lReportRowNum, 1) = batch .Cells(lReportRowNum, 2) = user .Cells(lReportRowNum, 3) = Payments .Cells(lReportRowNum, 4) = PostDt .Cells(lReportRowNum, 5) = postPd .Cells(lReportRowNum, 6) = DepDt .Cells(lReportRowNum, 7) = batchDesc .Cells(lReportRowNum, 8) = vbNullString .Cells(lReportRowNum, 9) = vbNullString .Cells(lReportRowNum, 10) = vbNullString If Utilities.Contains(cUserDrawers, strUserId) Then .Cells(lReportRowNum, 11) = cUserDrawers(strUserId) Else .Cells(lReportRowNum, 11) = vbNullString End If batchDesc = vbNullString user = vbNullString Payments = 0 xlData.Worksheets(1).Activate GetVals XlApp, lDataRowNum lReportRowNum = lReportRowNum + 1 End If lDataRowNum = lDataRowNum + 1 If lDataRowNum Mod TIMER_INC = 0 Then xTimer.Lap End If Loop End With 'Freeze top row xlReport.Worksheets(1).Activate xlReport.Worksheets(1).Range("A2").Select With XlApp.ActiveWindow .FreezePanes = False .ScrollRow = 1 .ScrollColumn = 1 .FreezePanes = True .ScrollRow = .ActiveCell.Row End With 'Format data With xlReport.Worksheets(1) .Range("A1", "K" & lReportRowNum - 1).Columns.AutoFit .Range("A1", "K" & lReportRowNum - 1).Rows.AutoFit .Range("A1", "K1").HorizontalAlignment = xlCenter .Range("A1", "K1").Font.Bold = True End With End If GenerateAuditorReport_Exit: On Error Resume Next xTimer.ClearTimer DoCmd.Hourglass False xlData.Close SaveChanges:=False If bIsError Then xlReport.Close SaveChanges:=False Else xlReport.Worksheets(1).Activate XlApp.Visible = True End If Exit Sub GenerateAuditorReport_Err: MsgBox "Error on row number " & lDataRowNum & ": " & Err.description bIsError = True Resume GenerateAuditorReport_Exit End Sub Private Function UploadIDX() Dim iExcel As New Excel.Application Dim rs As New ADODB.Recordset Dim cmd As New ADODB.Command Dim X As Long Dim bNotEof As Boolean Dim Sql As String On Error GoTo Handler: X = 2 bNotEof = True DoCmd.Hourglass True iExcel.Workbooks.Open (txtFilePath) If isValidDBSpreadsheet(iExcel) = False Then Exit Function End If Set cmd.ActiveConnection = con rs.CursorLocation = adUseClient rs.CursorType = adOpenStatic While (bNotEof) With cmd .CommandText = Constants.SCHEMA & ".[Rec_Insert_Daily_Balancing_test]" .CommandType = adCmdStoredProc .Parameters.Append _ Object:=.CreateParameter( _ name:="@Batch_Group", _ Type:=adVarChar, _ Direction:=adParamInput, _ Size:=50, _ Value:=iExcel.Cells(X, 1)) .Parameters.Append _ Object:=.CreateParameter( _ name:="@Batch_Num", _ Type:=adVarChar, _ Direction:=adParamInput, _ Size:=50, _ Value:=iExcel.Cells(X, 2)) .Parameters.Append _ Object:=.CreateParameter( _ name:="@UserName", _ Type:=adVarChar, _ Direction:=adParamInput, _ Size:=50, _ Value:=iExcel.Cells(X, 3)) .Parameters.Append _ Object:=.CreateParameter( _ name:="@Payments", _ Type:=adCurrency, _ Direction:=adParamInput, _ Value:=iExcel.Cells(X, 4)) .Parameters.Append _ Object:=.CreateParameter( _ name:="@Post_Dt", _ Type:=adVarChar, _ Direction:=adParamInput, _ Size:=20, _ Value:=iExcel.Cells(X, 5)) .Parameters.Append _ Object:=.CreateParameter( _ name:="@Post_Pd", _ Type:=adVarChar, _ Direction:=adParamInput, _ Size:=50, _ Value:=iExcel.Cells(X, 6)) .Parameters.Append _ Object:=.CreateParameter( _ name:="@Batch_Description", _ Type:=adVarChar, _ Direction:=adParamInput, _ Size:=2000, _ Value:=iExcel.Cells(X, 7)) .Parameters.Append _ Object:=.CreateParameter( _ name:="@CV_OD_EFT", _ Type:=adVarChar, _ Direction:=adParamInput, _ Size:=50, _ Value:=IIf(Utilities.NullOrEmpty(iExcel.Cells(X, 9)), 0, iExcel.Cells(X, 9))) .Parameters.Append _ Object:=.CreateParameter( _ name:="@Variance", _ Type:=adVarChar, _ Direction:=adParamInput, _ Size:=50, _ Value:=IIf(Utilities.NullOrEmpty(iExcel.Cells(X, 9)), iExcel.Cells(X, 4), 0)) .Execute .CommandType = adCmdText .CommandText = "Select * from " & Constants.SCHEMA & ".[Rec_Vouchers] where [v_num] = '" & iExcel.Cells(X, 2) & "'" If rs.State <> adStateClosed Then rs.Close rs.Open cmd If Not rs.BOF Then .CommandType = adCmdText .CommandText = "Update " & Constants.SCHEMA & ".[Rec_Daily_Balancing_Test] set [voucher] = '" & rs("v_id") & "' where [batch_num] = '" & iExcel.Cells(X, 2) & "'" .Execute End If End With X = X + 1 DBUtilities.ClearADOCmdParams CmdObj:=cmd If IsEmpty(iExcel.Cells(X, 1)) Or iExcel.Cells(X, 1) = "#N/A" Then bNotEof = False End If Wend cmd.CommandType = adCmdText cmd.CommandText = "Insert into " & Constants.SCHEMA & ".[Rec_TimeStamp] (Timestamp) values ('" & Now() & "' )" cmd.Execute TimeStamper Forms("NewMain").Repaint DoSQL.addDoc Me.name, "Uploaded " & X - 1 & " records", txtFilePath iExcel.DisplayAlerts = False iExcel.Workbooks.Close iExcel.DisplayAlerts = True DoCmd.Hourglass False MsgBox ("Upload successful!") Set rs = Nothing Set cmd = Nothing Exit Function Handler: iExcel.DisplayAlerts = False iExcel.Workbooks.Close iExcel.DisplayAlerts = True DoCmd.Hourglass False Set rs = Nothing Set cmd = Nothing MsgBox ("An Error Occured on line " & X & " in the DB Sheet." & vbCrLf & "Error " & Err.Number & " " & Err.description) End Function ''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''' ' ' This is the entry point when the user specifies an Epic file to upload. ' This function sorts and parses the spreadsheet and builds a Collection of ' batches from the data. Batches with a zero payment amount are ignored. ' PrepareBatchesForDatabase then builds Collections of batches to be inserted ' as well as batches and vouchers to be updated. ' ''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''' Public Function UploadEpic() On Error GoTo UploadEpic_Err Dim XlApp As New Excel.Application Dim xlWkbk As Workbook Dim xlWksht As Worksheet Dim cBatch As New CDBEpicSpreadsheet Dim cColumns As Collection, cBatches As New Collection Dim cCollections As Collection Dim cmdCommand As New ADODB.Command Dim lLastRow As Long Dim lRowNum As Long Dim lTimerIncrement As Long ' Open the Excel document and find the last row Set xlWkbk = XlApp.Workbooks.Open(txtFilePathEpic) Set xlWksht = xlWkbk.Worksheets(1) lLastRow = xlWksht.Range("A1").End(xlDown).Row ' Determine which column numbers correspond to which column labels Set cColumns = cBatch.GetColumns(xlWksht) ' If the spreadsheet doesn't have the columns we expect it to have If Utilities.Contains(cColumns, cBatch.ErrorMessageKey) Then MsgBox cColumns(cBatch.ErrorMessageKey) Else ' Sort the spreadsheet by Batch Number and Deposit Record SortSpreadsheet xlWksht, _ cColumns(cBatch.BatchNumberColumn), _ cColumns(cBatch.DepositRecColLabel) ' Give the user something to watch while the file is parsed DoCmd.Hourglass HourglassOn:=True lTimerIncrement = IIf(lLastRow / 48 < 1, 1, lLastRow / 48) xTimer.InitTimer xInc:=lTimerIncrement, _ xLines:=lLastRow, _ loadingLbl:="Parsing spreadsheet..." ' Fill the cBatches Collection with rows from the spreadsheet For lRowNum = 2 To lLastRow Set cBatch = New CDBEpicSpreadsheet cBatch.Populate xlWksht, cColumns, lRowNum If cBatch.Payments <> 0 Then cBatches.Add cBatch, CStr(lRowNum) End If ' Update the timer If lRowNum Mod lTimerIncrement = 0 Then xTimer.Lap End If Next ' Insert the batches into the database Set cCollections = PrepareBatchesForDatabase(cBatches) InsertBatchesIntoDatabase cCollections(INSERT_BATCHES), _ cCollections(UPDATE_BATCHES), _ cCollections(UPDATE_VOUCHERS) End If UploadEpic_Exit: XlApp.DisplayAlerts = False xlWkbk.Close SaveChanges:=False XlApp.DisplayAlerts = True Set cmdCommand = Nothing DoCmd.Hourglass False xTimer.ClearTimer Exit Function UploadEpic_Err: Err.source = Err.source & vbNewLine & vbTab & "Form_DailyBalancingUpload.UploadEpic" MsgBox Err.source & ": " & Err.description Resume UploadEpic_Exit End Function ''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''' ' ' Takes the batches with nonzero payment amounts and sums the payment amounts ' by batch number/deposit record. If a record exists in dbo.Rec_Vouchers ' whose v_num equals the batch number from the spreadsheet, then the Voucher ' field of the record in dbo.Rec_Daily_Balancing_Epic must be updated to ' v_id from dbo.Rec_Vouchers. ' ''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''' Private Function PrepareBatchesForDatabase(cBatches As Collection) As Collection On Error GoTo PrepareBatchesForDatabase_Err Dim cRecord As CDBEpicSpreadsheet Dim cModRecord As CDBEpicSpreadsheet Dim cPrevRecord As CDBEpicSpreadsheet Dim cInserts As New Collection Dim cBatchUpdates As New Collection Dim cVoucherUpdates As New Collection Dim cCollections As New Collection Dim ccyPaymentSum As Currency Dim lTimerIncrement As Long Dim lRowNum As Long Dim bHasVouchers As Boolean Dim rsVouchers As ADODB.Recordset If cBatches.count > 0 Then Set rsVouchers = GetVouchersByBatchNum(cBatches) If rsVouchers.BOF Then bHasVouchers = False Else bHasVouchers = True DBUtilities.LoadAllRecords Records:=rsVouchers End If lTimerIncrement = IIf(cBatches.count / 12 < 1, 1, cBatches.count) xTimer.ClearTimer xTimer.InitTimer xInc:=lTimerIncrement, _ xLines:=cBatches.count, _ loadingLbl:="Inserting records..." ccyPaymentSum = cBatches(1).Payments ' if there's more than one batch, then loop ' through comparing the current to the previous If cBatches.count > 1 Then ' Populate the database For lRowNum = 2 To cBatches.count Set cRecord = cBatches(lRowNum) Set cPrevRecord = cBatches(lRowNum - 1) ' Batch Numbers match, but different Deposit Records ' Insert the record and reset the Payment sum If cRecord.BatchNumber = cPrevRecord.BatchNumber Then If cRecord.DepositRecord <> cPrevRecord.DepositRecord Then Set cModRecord = cPrevRecord.CopyDBEpicSpreadsheet cModRecord.Payments = ccyPaymentSum cInserts.Add cModRecord ccyPaymentSum = 0 End If ccyPaymentSum = ccyPaymentSum + cRecord.Payments ' Batch Numbers are different. Same as above, but we also need ' to update the Voucher field in the Daily Balancing Epic table. Else Set cModRecord = cPrevRecord.CopyDBEpicSpreadsheet cModRecord.Payments = ccyPaymentSum cInserts.Add cModRecord ccyPaymentSum = cRecord.Payments If bHasVouchers Then rsVouchers.Find "v_num" & " = '" _ & CStr(cPrevRecord.BatchNumber) & "'", _ 0, _ adSearchForward, _ adBookmarkFirst If Not rsVouchers.EOF Then cBatchUpdates.Add CStr(cPrevRecord.BatchNumber) cVoucherUpdates.Add CLng(rsVouchers!v_id) End If End If End If If lRowNum Mod lTimerIncrement = 0 Then xTimer.Lap End If Next ' otherwise there's just one Else Set cRecord = cBatches(1) End If ' Insert last record and return all objects to ' be inserted/updated Set cModRecord = cRecord.CopyDBEpicSpreadsheet cModRecord.Payments = ccyPaymentSum cInserts.Add cModRecord cCollections.Add cBatchUpdates, UPDATE_BATCHES cCollections.Add cInserts, INSERT_BATCHES cCollections.Add cVoucherUpdates, UPDATE_VOUCHERS End If Set rsVouchers = Nothing xTimer.ClearTimer Set PrepareBatchesForDatabase = cCollections Exit Function PrepareBatchesForDatabase_Err: Set rsVouchers = Nothing xTimer.ClearTimer Err.Raise Err.Number, _ Err.source & vbNewLine & vbTab & "Form_DailyBalancingUpload.PrepareBatchesForDatabase", _ Err.description End Function ''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''' ' ' Selects all records from dbo.Rec_Vouchers where v_num equals Batch # ' ''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''' Private Function GetVouchersByBatchNum(cBatches As Collection) As ADODB.Recordset On Error GoTo GetVouchersByBatchNum_Err Dim cmdCommand As New ADODB.Command Dim rsVouchers As New ADODB.Recordset With cmdCommand Set .ActiveConnection = con .CommandText = BuildSelectVouchersQuery(cBatches) .CommandType = adCmdText End With With rsVouchers .CursorLocation = adUseClient .CursorType = adOpenStatic .Open cmdCommand End With Set GetVouchersByBatchNum = rsVouchers.Clone Set rsVouchers = Nothing Set cmdCommand = Nothing Exit Function GetVouchersByBatchNum_Err: Set rsVouchers = Nothing Set cmdCommand = Nothing Err.Raise Err.Number, _ Err.source & vbNewLine & vbTab & "Form_DailyBalancingUpload.GetVouchersByBatchNum", _ Err.description End Function ''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''' ' ' Sorts the spreadsheet by Batch # A - Z and then Deposit Record A - Z ' ''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''' Private Sub SortSpreadsheet(xlWksht As Worksheet, lFirstColumn As Long, lSecondColumn As Long) On Error GoTo SortSpreadsheet_Err With xlWksht.Sort .SortFields.Clear .SortFields.Add _ Key:=xlWksht.Cells(1, lFirstColumn), _ SortOn:=xlSortOnValues, _ Order:=xlAscending, _ DataOption:=xlSortNormal .SortFields.Add _ Key:=xlWksht.Cells(1, lSecondColumn), _ SortOn:=xlSortOnValues, _ Order:=xlAscending, _ DataOption:=xlSortNormal .SetRange xlWksht.Cells .Header = xlYes .MatchCase = False .Orientation = xlSortColumns .Apply End With Exit Sub SortSpreadsheet_Err: Err.Raise Err.Number, "Form_DailyBalancingUpload.SortSpreadsheet", Err.description End Sub ''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''' ' ' Builds the SQL query: ' ' SELECT * ' FROM dbo.Rec_Vouchers ' WHERE v_num IN ' ('11111', '22222', ... , 'nnnnn') ' ORDER BY v_num; ' ''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''' Private Function BuildSelectVouchersQuery(cBatches As Collection) As String On Error GoTo BuildSelectVouchersQuery_Err Dim strQuery As String Dim lNumEntries As Long Dim lNumInserted As Long Dim cRecord As CDBEpicSpreadsheet Dim strPrevBatch As String If cBatches.count > 0 Then strQuery = "SELECT *" & vbNewLine _ & Space(2) & "FROM " & Constants.SCHEMA & ".[Rec_Vouchers]" & vbNewLine _ & Space(2) & "WHERE v_num IN" & vbNewLine _ & Space(4) & "(" For lNumEntries = 1 To cBatches.count Set cRecord = cBatches(lNumEntries) If cRecord.BatchNumber <> strPrevBatch Then If lNumInserted > 0 And lNumInserted Mod 5 = 0 Then strQuery = strQuery & vbNewLine & Space(5) End If strQuery = strQuery & "'" & cRecord.BatchNumber & "', " lNumInserted = lNumInserted + 1 End If strPrevBatch = cRecord.BatchNumber Next strQuery = Left(strQuery, InStrRev(strQuery, ", ") - 1) & ")" & vbNewLine _ & Space(2) & "ORDER BY v_num;" End If BuildSelectVouchersQuery = strQuery Exit Function BuildSelectVouchersQuery_Err: Err.Raise Err.Number, _ Err.source & vbNewLine & vbTab & "Form_DailyBalancingUpload.BuildSelectVouchersQuery", _ Err.description End Function ''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''' ' ' Builds the query: ' ' INSERT INTO dbo.Rec_Daily_Balancing_Epic ' (Batch_Num, Username, Payments, Post_Dt, Post_Pd, ' Batch_Description, Deposit_Dt, Drawer_Status) ' VALUES ' ('xxxxx', 'xxxxx', nn.nn, 'mm/dd/yyyy', 'nnnnn', ' 'xxxxx', 'mm/dd/yyyy', 'xxxxx'), ' ' . . . ' ' ('xxxxx', 'xxxxx', nn.nn, 'mm/dd/yyyy', 'nnnnn', ' 'xxxxx', 'mm/dd/yyyy', 'xxxxx'); ' ''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''' Private Function BuildInsertQuery(cInserts As Collection) As String On Error GoTo BuildInsertQuery_Err Const MAX_INSERTS As Integer = 1000 Dim strInsert As String Dim lInsertNum As Long Dim cRecord As CDBEpicSpreadsheet ' Build the INSERT INTO query If cInserts.count > 0 Then ' Start with the table and column names strInsert = "INSERT INTO " & Constants.SCHEMA & ".[Rec_Daily_Balancing_Epic]" & vbNewLine _ & Space(4) & "(Batch_Num, Username, Payments, Post_Dt, " _ & "Post_Pd, Batch_Description, " _ & "Deposit_Dt, Drawer_Status)" & vbNewLine _ & Space(2) & "VALUES" & vbNewLine _ & Space(4) For lInsertNum = 1 To cInserts.count Set cRecord = cInserts(lInsertNum) ' 1000 rows at a time is the limit set by SQL Server If lInsertNum Mod MAX_INSERTS = 0 Then strInsert = strInsert & vbNewLine & vbNewLine _ & "INSERT INTO " & Constants.SCHEMA & ".[Rec_Daily_Balancing_Epic]" & vbNewLine _ & Space(4) & "(Batch_Num, Username, Payments, Post_Dt, " _ & "Post_Pd, Batch_Description, " _ & "Deposit_Dt, Drawer_Status)" & vbNewLine _ & Space(2) & "VALUES" & vbNewLine _ & Space(4) End If ' Dates and Currencies don't need to be formatted strInsert = strInsert & "('" & Replace(cRecord.BatchNumber, "'", "''") & "', " _ & "'" & Replace(cRecord.UserName, "'", "''") & "', " _ & cRecord.Payments & ", " _ & "'" & cRecord.PostDate & "', " _ & "'" & Replace(cRecord.PostPaid, "'", "''") & "', " _ & "'" & Replace(cRecord.BatchDescription, "'", "''") & "', " _ & "'" & cRecord.DepositDate & "', " _ & "'" & Replace(cRecord.DrawerStatus, "'", "''") & "')" ' Either the last record, or there are more to come If lInsertNum = cInserts.count Or (lInsertNum + 1) Mod MAX_INSERTS = 0 Then strInsert = strInsert & ";" Else strInsert = strInsert & "," & vbNewLine _ & Space(4) End If Next End If BuildInsertQuery = strInsert Exit Function BuildInsertQuery_Err: Err.Raise Err.Number, _ Err.source & vbNewLine & vbTab & "Form_DailyBalancingUpload.BuildInsertQuery", _ Err.description End Function ''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''' ' ' Builds the query: ' ' UPDATE dbo.Rec_Daily_Balancing_Epic ' SET Voucher = ' CASE ' WHEN Batch_Num = 'xxxxxx' THEN nnnnnn ' WHEN Batch_Num = 'xxxxxx' THEN nnnnnn ' ' . . . ' ' ELSE Voucher ' END ' WHERE Batch_Num IN ( ' 'xxxxx', 'xxxxx', 'xxxxx', 'xxxxx', 'xxxxx', ' ' . . . ' ' 'xxxxx', 'xxxxx', 'xxxxx', 'xxxxx', 'xxxxx'); ' ''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''' Private Function BuildUpdateQuery(cBatches As Collection, cVouchers As Collection) As String On Error GoTo BuildUpdateQuery_Err Dim strUpdate As String Dim lBatchNum As Long Dim lRecordNum As Long If cBatches.count > 0 Then strUpdate = "UPDATE " & Constants.SCHEMA & ".[Rec_Daily_Balancing_Epic]" & vbNewLine _ & " SET Voucher = " & vbNewLine _ & " CASE" & vbNewLine For lRecordNum = 1 To cBatches.count strUpdate = strUpdate _ & " WHEN Batch_Num = '" & CStr(cBatches(lRecordNum)) & "' THEN " & CLng(cVouchers(lRecordNum)) If lRecordNum = cBatches.count Then strUpdate = strUpdate & vbNewLine _ & " ELSE Voucher" & vbNewLine _ & " END" & vbNewLine Else strUpdate = strUpdate & vbNewLine End If Next strUpdate = strUpdate & " WHERE Batch_Num IN (" & vbNewLine _ & Space(4) For lRecordNum = 1 To cBatches.count strUpdate = strUpdate & "'" & CStr(cBatches(lRecordNum)) & "', " If lRecordNum = cBatches.count Then strUpdate = Left(strUpdate, InStrRev(strUpdate, "', ")) & ");" ElseIf lRecordNum Mod 5 = 0 Then strUpdate = strUpdate & vbNewLine _ & Space(4) End If Next End If BuildUpdateQuery = strUpdate Exit Function BuildUpdateQuery_Err: Err.Raise Err.Number, _ Err.source & vbNewLine & vbTab & "Form_DailyBalancingUpload.BuildUpdateQuery", _ Err.description End Function ''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''' ' ' Executes the queries built above. ' ''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''' Private Sub InsertBatchesIntoDatabase(cInserts As Collection, _ cUpdateBatches As Collection, cUpdateVouchers As Collection) On Error GoTo InsertBatchesIntoDatabase_Err Dim cmdCommand As New ADODB.Command With cmdCommand If cInserts.count > 0 Then Set .ActiveConnection = con .CommandText = BuildInsertQuery(cInserts) .CommandType = adCmdText .Execute End If If cUpdateBatches.count > 0 _ And cUpdateVouchers.count > 0 Then Set .ActiveConnection = con .CommandText = BuildUpdateQuery(cUpdateBatches, _ cUpdateVouchers) .CommandType = adCmdText .Execute End If End With Set cmdCommand = Nothing Exit Sub InsertBatchesIntoDatabase_Err: Set cmdCommand = Nothing Err.Raise Err.Number, _ Err.source & vbNewLine & vbTab & "Form_DailyBalancingUpload.InsertBatchesIntoDatabase", _ Err.description End Sub Public Function GetColumnNums(xl As Excel.Application) As Boolean Dim i As Integer Dim clmns As String GetColumnNums = True i = 1 Do Until NoE(xl.Cells(1, i)) Select Case xl.Cells(1, i) Case "Post Date" postDtClmn = i Case "Dep Date" postPdClmn = i depDtClmn = i Case "Amount" paymentsClmn = i Case "Payment Code" paymentCodeClmn = i Case "User" userClmn = i Case "Batch #" batchClmn = i Case "Transaction Comment" transClmn = i Case "Invoice Payor" invoiceClmn = i Case "Posting Module" postingModuleClmn = i Case "Deposit Record" depRecordClmn = i Case "Cash Drawer Status" drawerStatusClmn = i End Select i = i + 1 Loop If postDtClmn = 0 Then clmns = clmns & " Post Date" GetColumnNums = False End If If postPdClmn = 0 Then clmns = clmns & " Dep Date" GetColumnNums = False End If If paymentsClmn = 0 Then clmns = clmns & " Amount" GetColumnNums = False End If If paymentCodeClmn = 0 Then clmns = clmns & " Payment Code" GetColumnNums = False End If If userClmn = 0 Then clmns = clmns & " User" GetColumnNums = False End If If batchClmn = 0 Then clmns = clmns & " Batch #" GetColumnNums = False End If If transClmn = 0 Then clmns = clmns & " Transaction Comment" GetColumnNums = False End If If invoiceClmn = 0 Then clmns = clmns & " Invoice Payor" GetColumnNums = False End If If postingModuleClmn = 0 Then clmns = clmns & " Posting Module" GetColumnNums = False End If If depDtClmn = 0 Then clmns = clmns & " Dep Date" GetColumnNums = False End If If depRecordClmn = 0 Then clmns = clmns & " Deposit Record" GetColumnNums = False End If If drawerStatusClmn = 0 Then clmns = clmns & " Cash Drawer Status" GetColumnNums = False End If If GetColumnNums = False Then MsgBox "Could not find column(s):" & clmns & Chr(10) & "Please review the spreadsheet and try again." End If End Function Public Sub GetVals(xl As Excel.Application, i As Long) Dim Sql As String Dim rs As New ADODB.Recordset Dim updateFlag As Boolean updateFlag = False If Len(DatePart("m", xl.Cells(i, postPdClmn))) = 1 Then postPd = "1" & Right(DatePart("yyyy", xl.Cells(i, postPdClmn)), 2) & "0" & DatePart("m", xl.Cells(i, postPdClmn)) Else postPd = "1" & Right(DatePart("yyyy", xl.Cells(i, postPdClmn)), 2) & DatePart("m", xl.Cells(i, postPdClmn)) End If PostDt = xl.Cells(i, postDtClmn) Payments = Payments + xl.Cells(i, paymentsClmn) batch = xl.Cells(i, batchClmn) DepDt = xl.Cells(i, depDtClmn) user = xl.Cells(i, userClmn) depRecord = xl.Cells(i, depRecordClmn) DrawerStatus = xl.Cells(i, drawerStatusClmn) If NoE(batchDesc) Then If NoE(xl.Cells(i, transClmn)) Then batchDesc = xl.Cells(i, paymentCodeClmn) ElseIf InStr(xl.Cells(i, transClmn), "Electronic Remittance") > 0 Then If InStr(xl.Cells(i, transClmn), ";") > 0 Then batchDesc = Left(xl.Cells(i, transClmn), InStr(xl.Cells(i, transClmn), ";")) & "; " & xl.Cells(i, invoiceClmn) Else batchDesc = xl.Cells(i, transClmn) & "; " & xl.Cells(i, invoiceClmn) End If Else batchDesc = xl.Cells(i, transClmn) End If End If End Sub Public Function isValidDBSpreadsheet(xl As Excel.Application) As Boolean Dim rs As New ADODB.Recordset Dim Sql As String Dim i As Long i = 2 'check to make sure column H is hidden If xl.Columns("H").Hidden = False Then isValidDBSpreadsheet = False xl.Workbooks.Close MsgBox "Column H needs to be hidden." & Chr(13) & _ "No data was uploaded. Please verify the spreadsheet and try again." Exit Function End If 'check for duplicate upload Sql = "Select * from " & Constants.SCHEMA & ".[rec_user_data2] where filename = '" & xl.ActiveWorkbook.Path & "\" & xl.ActiveWorkbook.name & "'" Set rs = con.Execute(Sql) If Not rs.EOF Then isValidDBSpreadsheet = False xl.Workbooks.Close MsgBox "It looks like " & UCase(rs("username")) & " already uploaded this document on " & Format(rs("time"), "Short Date") & "." & Chr(13) & _ "No data was uploaded. Please verify you are uploading the correct spreadsheet." Exit Function End If 'check for duplicate batches Do Until NoE(xl.Cells(i, 1)) Or xl.Cells(i, 1) = "#N/A" Sql = "Select * from " & Constants.SCHEMA & ".[rec_daily_balancing_test] where batch_num = '" & xl.Cells(i, 2) & "'" Set rs = con.Execute(Sql) If Not rs.EOF Then isValidDBSpreadsheet = False MsgBox "The batch number " & xl.Cells(i, 2) & " is already in the database." & Chr(13) & _ "No data was uploaded. Please verify the spreadsheet and try again." xl.Workbooks.Close Exit Function End If i = i + 1 Loop isValidDBSpreadsheet = True End Function Private Sub Form_Load() Utilities.FormatWindow Me End Sub

'$INCLUDE: 'qb.bi' DIM regs AS regtype SCREEN 12 regs.ax = 0 interrupt &H33, regs, regs IF regs.ax = -1 THEN BEEP regs.ax = 1 interrupt &H33, regs, regs WHILE INKEY$ <> CHR$(27) regs.ax = 3 interrupt &H33, regs, regs x = regs.cx: y = regs.dx LOCATE 1, 1: PRINT "x="; x, "y="; y regs.ax = 6 regs.bx = 0 interrupt &H33, regs, regs b = regs.ax IF b = 1 THEN PLAY "t255l64o3cgagefgagb" IF b = 2 THEN PLAY "t255l64o4adfeggggfebcdfgea" IF b = 3 THEN PLAY "t255l64o5fgfedefedcdeagfegbgfaggfe" LOCATE 1, 23: PRINT b WEND

10 poke54784,18 20 if peek(54784)and128<>128 then 20 30 poke54785,0 40 poke54784,19 50 poke54785,0 60 poke54784,31 70 poke54785,2

10 HOME : PRINT "One moment..." : PRINT CHR$ (4)"BLOAD QRCO DE,A$2000" 20 VTAB 8: PRINT "This program creates and displays a": PRINT "QR code of 33 by 33 pixels.": PRINT "": PRINT "Choose an encoding type:" 30 HTAB 4: VTAB 14: PRINT "[A] for Alphanumeric.": HTAB 4: PRINT "Up to 114 characters. Limited": HTAB 4: PRINT "to upper case letters, numbers,": HTAB 4: PRINT "$ % * + - . / : and spaces." 40 HTAB 4: VTAB 19: PRINT "[B] for Bytes.": HTAB 4: PRINT "Limited to 78 ASCII characters." 50 VTAB 22: INPUT "Enter A or B :";M$ 60 IF NOT (M$ = "A" OR M$ = "B" or M$="a" or M$="b") THEN GOTO 50 70 IF (M$ = "B" or M$="b") THEN POKE M$ = "B" : 8,64: GOTO 700 80 IF (M$ = "A" or M$="a") THEN M$ = "A": POKE 8,32: GOTO 800 700 HOME : VTAB 8 710 PRINT "BYTE MODE:": PRINT " Enter up to 78 ASCII characters:" 730 GOTO 1000 800 HOME : VTAB 8 810 PRINT "ALPHANUMERIC MODE:": PRINT "Enter up to 114 characters:" 820 VTAB 16: INVERSE: PRINT "Valid characters:" : PRINT "A-Z 0-9 $ % * + - . / : (space)": NORMAL 1000 VTAB 12: INPUT ">";S$ 1010 if ((M$ = "A" and len(S$)>114) or (M$ = "B" and len(S$)>78)) then ? "Message too long.": goto 1000 1020 CALL 8192

' * * * * * FIB.BAS COPYRIGHT 2016 LUIS YBARRA * * * * * * * ' * * ' * Program that takes a number & calculates its Fibonacci * ' * * ' * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * DECLARE FUNCTION Fibonacci! (num AS INTEGER) CLS COLOR 4 10 INPUT "Enter a Number: ", num% IF num% < 0 THEN PRINT "Bad Dog!" ELSE PRINT STR$(Fibonacci(num%)) + CHR$(10) GOTO 10 END IF FUNCTION Fibonacci (num AS INTEGER) IF num = 0 THEN Fibonacci = 0 ELSEIF num = 1 OR num = 2 THEN Fibonacci = 1 ELSE Fibonacci = Fibonacci(num - 1) + Fibonacci(num - 2) END IF END FUNCTION

1 %TITLE "Purge SubAccount/Balance/Budget Files" %SBTTL "SB_TRAN_PURGE" %IDENT "V3.6a Calico" FUNCTION LONG SB_TRAN_PURGE(LONG OPT, & STRING BATCH_NUMBER, & STRING TITLE(), & UTL_REPORTX_CDD UTL_REPORTX) ! ! COPYRIGHT (C) 1987, 1988, 1989 BY ! Computer Management Center ! Idaho Falls, Idaho. ! ! This software is furnished under a license and may be used and ! copied only in accordance with terms of such license and with ! the inclusion of the above copyright notice. This software or ! any other copies therof may not be provided or otherwise made ! available to any other person. No title to and ownership of ! the software is hereby transferred. ! ! The information in this software is subject to change without ! notice and should not be construed as a commitment by ! Computer Management Center, Inc. ! ! CMC assumes no responsibility for the use or reliability of ! its software on equipment which is not supported by CMC. ! !++ ! ! ABSTRACT:HELP ! .p ! This function is used to purge the SB_SUBACCOUNT, SB_BALANCE ! and the SB_BUDGET files. ! ! Index: ! ! Option: ! ! Compile: ! ! $ BAS SB_SOURCE:SB_TRAN_PURGE ! $ LIB FUNC_LIB:CMCFUN/REP SB_TRAN_PURGE ! $ DELETE SB_TRAN_PURGE.OBJ;* ! ! AUTHOR: ! ! 05/26/89 - B. Craig Larsen ! ! MODIFICATION HISTORY: ! ! 04/23/93 - Kevin Handy ! Clean up (Check) ! ! 04/15/95 - Kevin Handy ! (V3.6) ! Update to V3.6 coding standards ! ! 09/13/96 - Kevin Handy ! Reformat source code. ! ! 08/22/98 - Kevin Handy ! (V3.6a Calico) ! Update to V3.6a coding standards ! ! 11/05/2000 - Kevin Handy ! Use A"x"B ! Use WHEN ERROR IN !-- %PAGE OPTION SIZE = (INTEGER LONG, REAL GFLOAT) ! ! Include files ! %INCLUDE "FUNC_INCLUDE:FUNCTION.HB" MAP (SCOPE) SCOPE_STRUCT SCOPE %INCLUDE "SOURCE:[UTL.OPEN]UTL_REPORTX.HB" ! ! Map statements ! %INCLUDE "SOURCE:[SB.OPEN]SB_CONTROL.HB" MAP (SB_CONTROL) SB_CONTROL_CDD SB_CONTROL %INCLUDE "SOURCE:[SB.OPEN]SB_SUBACCOUNT.HB" MAP (SB_SUBACCOUNT) SB_SUBACCOUNT_CDD SB_SUBACCOUNT %INCLUDE "SOURCE:[SB.OPEN]SB_BALANCE.HB" MAP (SB_BALANCE) SB_BALANCE_CDD SB_BALANCE %INCLUDE "SOURCE:[SB.OPEN]SB_BUDGET.HB" MAP (SB_BUDGET) SB_BUDGET_CDD SB_BUDGET MAP (DP_OUTP_XUNSOL) RRR_FLAG% COM (SB_TRAN_PURGE_COM) RECORDS%, & SB_CONTROL.CH%, & SB_SUBACCOUNT.CH%, & SB_BALANCE.CH%, & SB_BUDGET.CH% ! ! External functions ! EXTERNAL LONG FUNCTION ASSG_POSTBATCH EXTERNAL LONG FUNCTION OUTP_UNSOLICITED EXTERNAL LONG FUNCTION OUTP_FILE DECLARE LONG EXIT_STATUS %PAGE ON ERROR GOTO 19000 ! ! Assume success ! EXIT_STATUS = CMC$_NORMAL ! ! Set up input from user ! SUBJECT$ = EDIT$(UTL_REPORTX::OPTDEF(0%), 132%) !++ ! ABSTRACT:SUBJECT ! !-- LIMITDATE$ = DATE_STOREDATE(EDIT$(UTL_REPORTX::OPTDEF(1%), 132%)) !++ ! ABSTRACT:LIMITDATE ! !-- SELECT SUBJECT$ CASE "J" DEF_SYSTEM$ = "JC" CASE ELSE DEF_SYSTEM$ = "" END SELECT SELECT OPT CASE OPT_OPENFILE SELECT SUBJECT$ CASE "J" CASE ELSE TEXT$ = SPACE$(18%) + "Unknown Subject '" + SUBJECT$ + & "' - Will attempt to purge " + & "SB_SUBACCOUNT file only." CALL OUTP_LINE("", UTL_REPORTX, TITLE(), TEXT$, 0%) GOTO 250 END SELECT 200 WHEN ERROR IN %INCLUDE "SOURCE:[SB.OPEN]SB_CONTROL.MOD" GET #SB_CONTROL.CH%, KEY #0% EQ DEF_SYSTEM$ USE IF ERR = 154% ! Locked Block THEN SLEEP 5% RETRY END IF FILENAME$ = "SB_CONTROL" CONTINUE HelpError END WHEN ! ! Check control flag ! IF SB_CONTROL::CONTROLFLAG <> "0" AND & SB_CONTROL::CONTROLFLAG <> "4" THEN TEXT$ = SPACE$(18%) + & "The status flag in the control " + & "file is " + SB_CONTROL::CONTROLFLAG + "." CALL OUTP_LINE("", UTL_REPORTX, TITLE(), TEXT$, 0%) EXIT_STATUS = CMC$_UNTERROR GOTO ExitFunction END IF EXIT_STATUS = ASSG_POSTBATCH(OPT_MARKFILE, BATCH_NUMBER, & TITLE(), UTL_REPORTX, & "SB_SUBACCOUNT.MAS", "", "", "") GOTO ExitFunction IF (1% AND EXIT_STATUS) = 0% 220 RECORDS% = 0% SB_CONTROL::CONTROLFLAG = "4" SB_CONTROL::BATCH = BATCH_NUMBER SB_CONTROL::CDATE = DATE_TODAY SB_CONTROL::CTIME = TIME_NOW WHEN ERROR IN UPDATE #SB_CONTROL.CH% USE FILENAME$ = "SB_CONTROL" CONTINUE HelpError END WHEN 230 WHEN ERROR IN %INCLUDE "SOURCE:[SB.OPEN]SB_BALANCE.PST" USE FILENAME$ = "SB_BALANCE" CONTINUE HelpError END WHEN 240 WHEN ERROR IN %INCLUDE "SOURCE:[SB.OPEN]SB_BUDGET.PST" USE FILENAME$ = "SB_BUDGET" CONTINUE HelpError END WHEN 250 WHEN ERROR IN %INCLUDE "SOURCE:[SB.OPEN]SB_SUBACCOUNT.PST" USE FILENAME$ = "SB_SUBACCOUNT" CONTINUE HelpError END WHEN 260 EXIT_STATUS = ASSG_POSTBATCH(OPT_OPENFILE, BATCH_NUMBER, & TITLE(), UTL_REPORTX, "", "", "", "") CASE OPT_DELETE 400 WHEN ERROR IN FIND #SB_SUBACCOUNT.CH%, KEY #0% EQ SUBJECT$ USE IF ERR = 154% ! Locked Block THEN SLEEP 5% RETRY END IF CONTINUE ExitFunction IF ERR = 155% FILENAME$ = "SB_SUBACCOUNT" CONTINUE HelpError END WHEN NextRec: 410 WHEN ERROR IN GET #SB_SUBACCOUNT.CH% USE IF ERR = 154% ! Locked Block THEN SLEEP 5% RETRY END IF CONTINUE ExitFunction IF ERR = 11% FILENAME$ = "SB_SUBACCOUNT" CONTINUE HelpError END WHEN ! ! Check unsolicited input ! IF RRR_FLAG% THEN IF OUTP_UNSOLICITED(OPT_REPORT) <> CMC$_NORMAL THEN EXIT_STATUS = CMC$_UNTERROR GOTO ExitFunction END IF END IF GOTO ExitFunction IF SB_SUBACCOUNT::SUBJECT <> SUBJECT$ GOTO NextRec IF SB_SUBACCOUNT::EDATE >= LIMITDATE$ OR & SB_SUBACCOUNT::SSTATUS <> "C" SELECT SUBJECT$ CASE "J" CASE ELSE GOTO 460 END SELECT NextRec1: 420 WHEN ERROR IN FIND #SB_BUDGET.CH%, KEY #0% EQ DEF_SYSTEM$ + & SB_SUBACCOUNT::SUBACCOUNT USE IF ERR = 154% ! Locked Block THEN SLEEP 5% RETRY END IF CONTINUE 440 IF ERR = 155% FILENAME$ = "SB_BUDGET" CONTINUE HelpError END WHEN 430 WHEN ERROR IN GET #SB_BUDGET.CH% USE IF ERR = 154% ! Locked Block THEN SLEEP 5% RETRY END IF CONTINUE 440 IF ERR = 11% FILENAME$ = "SB_BUDGET" CONTINUE HelpError END WHEN GOTO NextRec2 IF SB_BUDGET::SYSTEM <> DEF_SYSTEM$ OR & SB_BUDGET::SUBACCOUNT <> SB_SUBACCOUNT::SUBACCOUNT DELETE #SB_BUDGET.CH% ! ! Try for next record ! GOTO NextRec1 NextRec2: 440 WHEN ERROR IN FIND #SB_BALANCE.CH%, KEY #0% EQ DEF_SYSTEM$ + & SB_SUBACCOUNT::SUBACCOUNT USE IF ERR = 154% ! Locked Block THEN SLEEP 5% RETRY END IF CONTINUE 460 IF ERR = 155% FILENAME$ = "SB_BALANCE" CONTINUE HelpError END WHEN 450 WHEN ERROR IN GET #SB_BALANCE.CH% USE IF ERR = 154% ! Locked Block THEN SLEEP 5% RETRY END IF CONTINUE 460 IF ERR = 11% FILENAME$ = "SB_BALANCE" CONTINUE HelpError END WHEN GOTO 460 IF SB_BALANCE::SYSTEM <> DEF_SYSTEM$ OR & SB_BALANCE::SUBACCOUNT <> SB_SUBACCOUNT::SUBACCOUNT DELETE #SB_BALANCE.CH% ! ! Try for next record ! GOTO NextRec2 460 WHEN ERROR IN DELETE #SB_SUBACCOUNT.CH% USE FILENAME$ = "SB_SUBACCOUNT" CONTINUE HelpError END WHEN RECORDS% = RECORDS% + 1% ! ! Output a line to the file ! TEXT$ = SB_SUBACCOUNT::SUBJECT + " " + & SB_SUBACCOUNT::SUBACCOUNT + " " + & LEFT(SB_SUBACCOUNT::DESCR, 30%) + " " + & SB_SUBACCOUNT::TTYPE + " " + & SB_SUBACCOUNT::CLASS + " " + & PRNT_DATE(SB_SUBACCOUNT::BDATE, 8%) + " " + & SB_SUBACCOUNT::SSTATUS + " " + & PRNT_DATE(SB_SUBACCOUNT::EDATE, 8%) ! ! Keep undefined codes ! EXIT_STATUS = OUTP_FILE(OPT_ADDREC, TITLE(), & UTL_RECORDX, TEXT$, ADD_TITLE$()) GOTO ExitFunction IF EXIT_STATUS <> CMC$_NORMAL ! ! Try for next record ! GOTO NextRec CASE OPT_CLOSEFILE SELECT SUBJECT$ CASE "J" CASE ELSE GOTO 510 END SELECT 500 WHEN ERROR IN GET #SB_CONTROL.CH%, KEY #0% EQ DEF_SYSTEM$ SB_CONTROL::CONTROLFLAG = "0" UPDATE #SB_CONTROL.CH% CLOSE #SB_CONTROL.CH% USE IF ERR = 154% ! Locked Block THEN SLEEP 5% RETRY END IF FILENAME$ = "SB_CONTROL" CONTINUE HelpError END WHEN 510 EXIT_STATUS = ASSG_POSTBATCH(OPT_CLOSEFILE, BATCH_NUMBER, & TITLE(), UTL_REPORTX, "", "", "", "") TEXT$ = SPACE$(9%) + FORMAT$(RECORDS%, "########") + & " Records were deleted from SB_SUBACCOUNT file." CALL OUTP_LINE("", UTL_REPORTX, TITLE(), TEXT$, 0%) CASE OPT_REPORT ! ! Print deleted records if any ! ADD_TITLE$(1%) = "RECORDS DELETED FROM SUBACCOUNT FILE" X% = (132% - LEN(ADD_TITLE$(1%))) / 2% ADD_TITLE$(1%) = STRING$(X%, A"="B) + ADD_TITLE$(1%) + & STRING$(132% - (X% + LEN(ADD_TITLE$(1%))), A"="B) ADD_TITLE$(2%) = & "Sb Subaccount Description " + & "Ty Clas OnsetDate S TermDate" EXIT_STATUS = OUTP_FILE(OPT_SUMMARY, TITLE(), & UTL_REPORTX, TEXT$, ADD_TITLE$()) CASE ELSE ! ! Undefined option ! EXIT_STATUS = CMC$_NOOPTION END SELECT ExitFunction: SB_TRAN_PURGE = EXIT_STATUS EXIT FUNCTION %PAGE HelpError: !****************************************************************** ! Help Message for an error !****************************************************************** CALL HELP_34MESSAGE(SCOPE, NUM1$(ERL) + " " + ERT$(ERR), & "E", ERN$, FILENAME$, NUM1$(ERR)) EXIT_STATUS = CMC$_UNTERROR GOTO ExitFunction 19000 !****************************************************************** ! Error trapping !****************************************************************** ! ! Untrapped error ! FILENAME$ = "" RESUME HelpError 32767 END FUNCTION

CHDIR ".\programs\samples\thebob\abacus" '****************************************************************************' ' '------------------------- A B A C U S 1 2. B A S ---------------------------' '--------------- Copyright (C) 2007 by Bob Seguin (Freeware) ----------------' ' '****************************************************************************' DEFINT A-Z DECLARE FUNCTION InitMOUSE () DECLARE SUB MouseSTATUS (LB, RB, MouseX, MouseY) DECLARE SUB ShowMOUSE () DECLARE SUB HideMOUSE () DECLARE SUB ClearMOUSE () DECLARE SUB MouseDRIVER (LB, RB, MX, MY) DECLARE SUB Graphics () DECLARE SUB PutBEADS (col, OneVAL) DECLARE SUB PutNUM (col) DECLARE SUB Menu (InOUT) DECLARE SUB ResetABACUS () DIM SHARED Box(26000) DIM SHARED NumBOX(1 TO 250) DIM SHARED MenuBOX(600) DEF SEG = VARSEG(NumBOX(1)) BLOAD "abanums.bsv", VARPTR(NumBOX(1)) DEF SEG = VARSEG(MenuBOX(0)) BLOAD "abamenu.bsv", VARPTR(MenuBOX(0)) DEF SEG DIM SHARED Abacus(1 TO 10, 1 TO 2) DIM SHARED MouseDATA$ DIM SHARED LB, RB 'Create and load MouseDATA$ for CALL ABSOLUTE routines Cheddar: DATA 55,89,E5,8B,5E,0C,8B,07,50,8B,5E,0A,8B,07,50,8B,5E,08,8B DATA 0F,8B,5E,06,8B,17,5B,58,1E,07,CD,33,53,8B,5E,0C,89,07,58 DATA 8B,5E,0A,89,07,8B,5E,08,89,0F,8B,5E,06,89,17,5D,CA,08,00 MouseDATA$ = SPACE$(57) RESTORE Cheddar FOR i = 1 TO 57 READ h$ Hexxer$ = CHR$(VAL("&H" + h$)) MID$(MouseDATA$, i, 1) = Hexxer$ NEXT i Moused = InitMOUSE IF NOT Moused THEN PRINT "Sorry, cat must have got the mouse." SLEEP 2 SYSTEM END IF SCREEN 12 GOSUB SetPALETTE Graphics ShowMOUSE DO k$ = INKEY$ IF k$ = CHR$(27) THEN SYSTEM MouseSTATUS LB, RB, MouseX, MouseY SELECT CASE MouseX CASE 212 TO 233: col = 1 CASE 234 TO 255: col = 2 CASE 256 TO 277: col = 3 CASE 278 TO 299: col = 4 CASE 300 TO 321: col = 5 CASE 322 TO 343: col = 6 CASE 344 TO 365: col = 7 CASE 366 TO 387: col = 8 CASE 388 TO 409: col = 9 CASE 410 TO 431: col = 10 CASE ELSE: col = 0 END SELECT SELECT CASE MouseY CASE 124 TO 133: Menu 1 CASE 161 TO 176: row = 1 CASE 177 TO 192: row = 2 CASE 202 TO 218: row = 3 CASE 219 TO 234: row = 4 CASE 235 TO 250: row = 5 CASE 251 TO 266: row = 6 CASE 267 TO 282: row = 7 CASE ELSE: row = 0: Menu 0 END SELECT IF LB = -1 THEN IF col <> 0 THEN SELECT CASE row CASE 1: PutBEADS col, 6: Abacus(col, 1) = 5 CASE 2: PutBEADS col, 5: Abacus(col, 1) = 0 CASE 3 TO 7: Sum = row - 3: Abacus(col, 2) = Sum: PutBEADS col, Sum END SELECT PutNUM col END IF ClearMOUSE END IF LOOP SYSTEM SetPALETTE: DATA 20, 0, 24, 0, 0, 42, 0, 0, 45, 10, 0, 50 DATA 55, 0, 0, 50, 0, 0, 40, 0, 0, 42, 42, 42 DATA 30, 0, 0, 20, 10, 55, 25, 5, 29, 40, 30, 63 DATA 45, 0, 0, 63, 0, 0, 60, 45, 20, 63, 63, 63 RESTORE SetPALETTE OUT &H3C8, 0 FOR n = 1 TO 48 READ Intensity OUT &H3C9, Intensity NEXT n RETURN SUB ClearMOUSE WHILE LB OR RB MouseSTATUS LB, RB, MouseX, MouseY WEND END SUB SUB Graphics DEF SEG = VARSEG(Box(0)) FOR y = 0 TO 320 STEP 160 FileCOUNT = FileCOUNT + 1 FileNAME$ = "ABACUS" + LTRIM$(RTRIM$(STR$(FileCOUNT))) + ".BSV" BLOAD FileNAME$, VARPTR(Box(0)) PUT (0, y), Box NEXT y BLOAD "abasets.bsv", VARPTR(Box(0)) DEF SEG END SUB SUB HideMOUSE LB = 2 MouseDRIVER LB, 0, 0, 0 END SUB FUNCTION InitMOUSE LB = 0 MouseDRIVER LB, 0, 0, 0 InitMOUSE = LB END FUNCTION SUB Menu (InOUT) STATIC MenuITEM IF InOUT = 0 THEN GOSUB CloseMENU: EXIT SUB MouseSTATUS LB, RB, MouseX, MouseY SELECT CASE MouseX CASE 210 TO 238 IF MenuITEM <> 1 THEN GOSUB CloseMENU MenuITEM = 1 GOSUB OpenMENU END IF CASE 412 TO 432 IF MenuITEM <> 2 THEN GOSUB CloseMENU MenuITEM = 2 GOSUB OpenMENU END IF CASE ELSE: GOSUB CloseMENU END SELECT IF LB = -1 THEN SELECT CASE MenuITEM CASE 1: ResetABACUS CASE 2: GOSUB CloseMENU: SYSTEM END SELECT END IF EXIT SUB OpenMENU: HideMOUSE SELECT CASE MenuITEM CASE 1: PUT (210, 124), MenuBOX(200), PSET CASE 2: PUT (412, 124), MenuBOX(300), PSET END SELECT ShowMOUSE RETURN CloseMENU: IF MenuITEM <> 0 THEN HideMOUSE SELECT CASE MenuITEM CASE 1: PUT (210, 124), MenuBOX, PSET CASE 2: PUT (412, 124), MenuBOX(100), PSET END SELECT ShowMOUSE MenuITEM = 0 END IF RETURN END SUB SUB MouseDRIVER (LB, RB, MX, MY) DEF SEG = VARSEG(MouseDATA$) mouse = SADD(MouseDATA$) CALL ABSOLUTE(LB, RB, MX, MY, mouse) END SUB SUB MouseSTATUS (LB, RB, MouseX, MouseY) LB = 3 MouseDRIVER LB, RB, MX, MY LB = ((RB AND 1) <> 0) RB = ((RB AND 2) <> 0) MouseX = MX MouseY = MY END SUB SUB PutBEADS (col, BeadVAL) PutCOL = col * 22 + 192 IF BeadVAL > 4 THEN Hop = -43 ELSE Hop = 0 HideMOUSE PUT (PutCOL, 204 + Hop), Box(BeadVAL * 1000 + 10000), PSET ShowMOUSE END SUB SUB PutNUM (col) Sum = Abacus(col, 1) + Abacus(col, 2) HideMOUSE PUT (col * 22 + 198, 320), NumBOX(Sum * 25 + 1), PSET ShowMOUSE END SUB SUB ResetABACUS HideMOUSE PUT (212, 161), Box, PSET ShowMOUSE ERASE Abacus END SUB SUB ShowMOUSE LB = 1 MouseDRIVER LB, 0, 0, 0 END SUB

Attribute VB_Name = "mainSort" Option Explicit 'by Geovani Montoya (DA at KRB1) Sub sort() Application.Calculation = xlCalculationAutomatic Application.ScreenUpdating = False ''' THIS SUB TRANSFORMS ARRAYS TO COLUMN/CELL FORMAT AND MAPS DATA ONTO REPORT''' '!!!!!!!!!!!!!! FIX: horrible way of doing this (e.g. loop through the rows) Dim itemm As Worksheet Dim arrWs On Error Resume Next Set arrWs = Sheets(Array("ppr1", "pid1", "frr1", "ur1", _ "ppr2", "pid2", "frr2", "ur2", _ "ppr3", "pid3", "frr3", "ur3", _ "ppr4", "pid4", "frr4", "ur4", _ "ppr5", "pid5", "frr5", "ur5", _ "ppr6", "pid6", "frr6", "ur6", _ "ppr7", "pid7", "frr7", "ur7", _ "ppr8", "pid8", "frr8", "ur8", _ "ppr9", "pid9", "frr9", "ur9", _ "ppr10", "pid10", "frr10", "ur10", _ "ppr11", "pid11", "frr11", "ur11", _ "ppr12", "pid12", "frr12", "ur12")) For Each itemm In arrWs Sheets(itemm.Name).Visible = True itemm.Select Columns("A:A").Select Call transform itemm.Columns.AutoFit 'Sort for NOW If itemm.Name = "ppr1" Then Call mapPPRNow(itemm, 10) ElseIf itemm.Name = "pid1" Then Call mapPIDNow(itemm, 10) ElseIf itemm.Name = "frr1" Then Call mapFRR(itemm, 10) ElseIf itemm.Name = "ur1" Then Call mapUR(itemm, Sheets("ppr1"), 10) 'Sort for Hour1 ElseIf itemm.Name = "ppr2" Then Call mapPPR(itemm, 14) ElseIf itemm.Name = "pid2" Then Call mapPID(itemm, 14, "B8") ElseIf itemm.Name = "frr2" Then Call mapFRR(itemm, 14) ElseIf itemm.Name = "ur2" Then Call mapUR(itemm, Sheets("ppr2"), 14) 'Sort for Hour2 ElseIf itemm.Name = "ppr3" Then Call mapPPR(itemm, 15) ElseIf itemm.Name = "pid3" Then Call mapPID(itemm, 15, "B9") ElseIf itemm.Name = "frr3" Then Call mapFRR(itemm, 15) ElseIf itemm.Name = "ur3" Then Call mapUR(itemm, Sheets("ppr3"), 15) 'Sort for Hour3 ElseIf itemm.Name = "ppr4" Then Call mapPPR(itemm, 16) ElseIf itemm.Name = "pid4" Then Call mapPID(itemm, 16, "B10") ElseIf itemm.Name = "frr4" Then Call mapFRR(itemm, 16) ElseIf itemm.Name = "ur4" Then Call mapUR(itemm, Sheets("ppr3"), 16) 'Sort for Hour4 ElseIf itemm.Name = "ppr5" Then Call mapPPR(itemm, 17) ElseIf itemm.Name = "pid5" Then Call mapPID(itemm, 17, "B11") ElseIf itemm.Name = "frr5" Then Call mapFRR(itemm, 17) ElseIf itemm.Name = "ur5" Then Call mapUR(itemm, Sheets("ppr5"), 17) 'Sort for Hour5 ElseIf itemm.Name = "ppr6" Then Call mapPPR(itemm, 18) ElseIf itemm.Name = "pid6" Then Call mapPID(itemm, 18, "B12") ElseIf itemm.Name = "frr6" Then Call mapFRR(itemm, 18) ElseIf itemm.Name = "ur6" Then Call mapUR(itemm, Sheets("ppr6"), 18) 'Sort for Hour6 ElseIf itemm.Name = "ppr7" Then Call mapPPR(itemm, 19) ElseIf itemm.Name = "pid7" Then Call mapPID(itemm, 19, "B13") ElseIf itemm.Name = "frr7" Then Call mapFRR(itemm, 19) ElseIf itemm.Name = "ur7" Then Call mapUR(itemm, Sheets("ppr7"), 19) 'Sort for Hour7 ElseIf itemm.Name = "ppr8" Then Call mapPPR(itemm, 20) ElseIf itemm.Name = "pid8" Then Call mapPID(itemm, 20, "B14") ElseIf itemm.Name = "frr8" Then Call mapFRR(itemm, 20) ElseIf itemm.Name = "ur8" Then Call mapUR(itemm, Sheets("ppr8"), 20) 'Sort for Hour8 ElseIf itemm.Name = "ppr9" Then Call mapPPR(itemm, 21) ElseIf itemm.Name = "pid9" Then Call mapPID(itemm, 21, "B15") ElseIf itemm.Name = "frr9" Then Call mapFRR(itemm, 21) ElseIf itemm.Name = "ur9" Then Call mapUR(itemm, Sheets("ppr9"), 21) 'Sort for Hour9 ElseIf itemm.Name = "ppr10" Then Call mapPPR(itemm, 22) ElseIf itemm.Name = "pid10" Then Call mapPID(itemm, 22, "B16") ElseIf itemm.Name = "frr10" Then Call mapFRR(itemm, 22) ElseIf itemm.Name = "ur10" Then Call mapUR(itemm, Sheets("ppr10"), 22) 'Sort for Hour10 ElseIf itemm.Name = "ppr11" Then Call mapPPR(itemm, 23) ElseIf itemm.Name = "pid11" Then Call mapPID(itemm, 23, "B17") ElseIf itemm.Name = "frr11" Then Call mapFRR(itemm, 23) ElseIf itemm.Name = "ur11" Then Call mapUR(itemm, Sheets("ppr11"), 23) 'Sort for Hour11 ElseIf itemm.Name = "ppr12" Then Call mapPPR(itemm, 24) ElseIf itemm.Name = "pid12" Then Call mapPID(itemm, 24, "B18") ElseIf itemm.Name = "frr12" Then Call mapFRR(itemm, 24) ElseIf itemm.Name = "ur12" Then Call mapUR(itemm, Sheets("ppr12"), 24) Else Debug.Print itemm, "worksheet does not exist" End If Sheets(itemm.Name).Visible = False Next itemm Call clearzero Call delConnect Application.ScreenUpdating = True Sheets("Report Generator").Select End Sub Sub mapPPRNow(ws As Worksheet, j As Integer) '''''map data onto report 'Get reveive dock values Sheets("Report Generator").Cells(j, 2).value = WorksheetFunction.IfError(Round(ws.Cells(2, 10), 1), " ") 'Get stow Sheets("Report Generator").Cells(j, 4).value = Round(ws.Cells(46, 10), 1) 'Get IB Total Sheets("Report Generator").Cells(j, 5).value = Round(ws.Cells(54, 10), 1) 'Get Receive Volume Sheets("Report Generator").Cells(j, 6).value = Round(ws.Cells(54, 8), 1) 'Get inbound UPC Sheets("Report Generator").Cells(j, 8).value = WorksheetFunction.IfError(Round(ws.Cells(54, 8) / ws.Cells(14, 8), 1), "not found") 'Get Pick Volume Sheets("Report Generator").Cells(j, 11).value = Round(ws.Cells(69, 8), 1) 'Get TO Dock Sheets("Report Generator").Cells(j, 14).value = Round(ws.Cells(71, 10), 1) 'TO total Sheets("Report Generator").Cells(j, 15).value = Round(ws.Cells(74, 10), 1) 'Get IB CPLH Sheets("Report Generator").Cells(j, 7).value = Round(ws.Cells(46, 8) / ws.Cells(180, 9), 1) '++++++ planned data +++++++++ 'Get planned stow rate Sheets("Report Generator").Cells(j - 1, 4).value = Round(ws.Range("K46"), 1) 'Get planned IB Total Sheets("Report Generator").Cells(j - 1, 5).value = Round(ws.Range("K54"), 1) 'gets planned pick rate 'Sheets("Report Generator").Cells(j - 3, 10).value = Round(ws.Range("L69"), 1) 'gets planned TO total Sheets("Report Generator").Cells(j - 1, 15).value = Round(ws.Range("K74"), 1) End Sub Sub mapPPR(ws As Worksheet, j As Integer) '''''map data onto report 'Get reveive dock values Sheets("Report Generator").Cells(j, 2).value = WorksheetFunction.IfError(Round(ws.Cells(2, 10), 1), " ") 'Get stow Sheets("Report Generator").Cells(j, 4).value = Round(ws.Cells(46, 10), 1) 'Get IB Total Sheets("Report Generator").Cells(j, 5).value = Round(ws.Cells(54, 10), 1) 'Get Receive Volume Sheets("Report Generator").Cells(j, 6).value = Round(ws.Cells(54, 8), 1) 'Get inbound UPC Sheets("Report Generator").Cells(j, 8).value = WorksheetFunction.IfError(Round(ws.Cells(54, 8) / ws.Cells(14, 8), 1), "not found") 'Get Pick Volume Sheets("Report Generator").Cells(j, 11).value = Round(ws.Cells(69, 8), 1) 'Get TO Dock Sheets("Report Generator").Cells(j, 14).value = Round(ws.Cells(71, 10), 1) 'TO total Sheets("Report Generator").Cells(j, 15).value = Round(ws.Cells(74, 10), 1) 'Get IB CPLH Sheets("Report Generator").Cells(j, 7).value = Round(ws.Cells(46, 8) / ws.Cells(180, 9), 1) End Sub Sub mapPIDNow(ws As Worksheet, j As Integer) '''' map PID data report ''' 'LP receive Sheets("Report Generator").Cells(j, 3).value = Round(ws.Cells(5, 2), 1) 'planned LP receive Sheets("Report Generator").Cells(9, 3).value = Round(Sheets("ppr1").Range("K14"), 1) End Sub Sub mapPID(ws As Worksheet, j As Integer, refCell As String) '''' map PID data report ''' 'LP receive Sheets("Report Generator").Cells(j, 3).value = Round(ws.Range(refCell), 1) End Sub Sub mapFRR(ws As Worksheet, j As Integer) 'gets pick rate Sheets("Report Generator").Cells(j, 10).value = Round(Application.SumIfs(ws.Columns(17), ws.Columns(16), "Total", ws.Columns(15), "Case") / _ Application.SumIfs(ws.Columns(11), ws.Columns(16), "Total", ws.Columns(15), "Case"), 1) 'Outbound UPC Sheets("Report Generator").Cells(j, 13).value = Round(Application.SumIfs(ws.Columns(17), ws.Columns(15), "EACH", ws.Columns(16), "Total") / _ Application.SumIfs(ws.Columns(13), ws.Columns(15), "EACH", ws.Columns(16), "Total"), 1) End Sub Sub mapUR(ws As Worksheet, ws2 As Worksheet, j As Integer) 'gets OB CLPH from PPR and UR calculation Sheets("Report Generator").Cells(j, 12).value = Round(Application.SumIfs(ws.Columns(9), ws.Columns(8), "Total", ws.Columns(7), "Case") / ws2.Range("I181"), 1) End Sub Sub transform() Selection.TextToColumns Destination:=Range("A1"), DataType:=xlDelimited, _ TextQualifier:=xlDoubleQuote, ConsecutiveDelimiter:=False, Tab:=False, _ Semicolon:=False, Comma:=True, Space:=False, Other:=False, OtherChar _ :="#", FieldInfo:=Array(Array(1, 1), Array(2, 1), Array(3, 1), Array(4, 1), Array(5, _ 1), Array(6, 1), Array(7, 1), Array(8, 1), Array(9, 1), Array(10, 1), Array(11, 1), Array(12 _ , 1), Array(13, 1), Array(14, 1), Array(15, 1), Array(16, 1), Array(17, 1), Array(18, 1), _ Array(19, 1)), TrailingMinusNumbers:=True End Sub Sub clearzero() Dim rng As Range For Each rng In Sheets("Report Generator").Range("B14:L24") ' substitute your range here If rng.value = 0 Then rng.value = "" End If Next For Each rng In Sheets("Report Generator").Range("B9:F10") ' substitute your range here If rng.value = 0 Then rng.value = "" End If Next End Sub Sub delayedSort1() '''THIS SUB HELPS DELAY SUB ''' Application.OnTime Now() + TimeValue("0:00:20"), "sort" sort Debug.Print "sorting..." End Sub Sub delayedSort2() '''THIS SUB HELPS DELAY SUB ''' Application.OnTime Now() + TimeValue("0:00:20"), "sort" sort Debug.Print "sorting..." End Sub Sub mainReset() 'This clears the data to recycle the report 'Application.ScreenUpdating = False Range("B14:P24").Select Selection.ClearContents 'Application.ScreenUpdating = True Sheets("Report Generator").Range("D2").Select End Sub

1 REM ZILCH (C) COPYRIGHT 1980 BY MORRIE WILSON 2 REM ****** ZILCH BY MORRIE WILSON 3 REM 4 REM A DICE GAME FOR 1 TO 9 PLAYERS, 5 REM AND THE COMPUTER CAN BE A PLAYER TOO. 6 REM 7 REM 8 REM THIS IS A FREE PROGRAM. NO COMMERCIAL USE ALLOWED. 9 REM FOR INFO: MORRIE WILSON / 2527 56TH SW /SEATTLE WASH / 98116 10 REM IF YOU HAVE MICROSOFT 5.+ BASIC, REMOVE "REM" FROM LINE 35 11 REM TO ALLOW IT TO GENERATE RANDOM NUMBERS. THIS PROGRAM IS 12 REM COMPATIBLE WITH MICROSOFT BASIC 4.51 AND 5.03 13 REM IF CODING LOOKS STRANGE & REDUNDANT, IT IS BECAUSE I'M TRYING 14 REM TO REMAIN COMPATIBLE WITH BOTH BASICS. 15 REM 16 REM IF IT RUNS, BUT THE DICE VALUES ARE STRANGE, THEN ITS 17 REM PROBABLY THAT YOUR BASIC HANDLES RANDOM NUMBER GENERATION 18 REM DIFFERENTLY. CHECK OUT THE RND(X) STUFF IN LINE 74 19 W6=250 20 A1$="ABCDEF" 21 A=ASC("A") 22 PRINT TAB(30);"ZILCH" 23 A$="N":INPUT "DO YOU WANT INSTRUCTIONS ";A$ 24 IF LEFT$(A$,1)="Y" THEN GOSUB 149 25 INPUT "NUMBER OF PLAYERS";N1 26 N1=INT(N1):IF N1<1 THEN PRINT "WHAT....YOU CAN'T DO THAT":GOTO 25 27 IF N1>9 THEN PRINT "TOO MANY PLAYERS FOR THIS GAME":GOTO 25 28 FOR II=1 TO N1:PRINT "THE NAME PLEASE....OF PLAYER #";II;" " 29 INPUT N9$(II):FOR I9=1 TO LEN(N9$(II)):R9=R9+ASC(MID$(N9$(II),I9,1)):NEXT I9 30 NEXT II 31 R9=R9*3.14161:IF R9>65000! THEN R9=R9/5.67:GOTO 31 32 R9=INT(R9) 33 FOR I=1 TO 200:NEXT I 34 PRINT:PRINT 35 REM RANDOMIZE R9 36 W7$="Y":W4=0:INPUT "CAN I PLAY TOO ";W7$ 37 IF LEFT$(W7$,1)<>"Y" THEN 40 38 N1=N1+1:N9$(N1)="<WALTER>" 39 W4=N1 40 S8=0 41 FOR N=1 TO N1 : S1(N)=0 : NEXT N 42 FOR N=1 TO N1 43 IF N=S8 THEN 137 44 S=0:D=6:S9=0 45 PRINT:PRINT:PRINT:PRINT "IT'S ";N9$(N);"'S TURN" 46 PRINT:PRINT 47 IF S8<>0 THEN PRINT "************************ LAST TURN******" 48 FOR K9=1 TO N1:PRINT N9$(K9);" HAS ";S1(K9):NEXT K9 49 PRINT N9$(N)". YOUR GAME TOTAL SO FAR IS ";S1(N) 50 PRINT "CURRENT TURN SCORE IS ";S 51 S2=S1(N)+S 52 IF S2<500 THEN S2=0 53 PRINT "IF YOU STOP NOW YOUR TOTAL WILL BE ";S2 54 W$="DICE":IF D=1 THEN W$="DIE" 55 PRINT "YOU HAVE";D;" ";W$;" LEFT. DO YOU WISH TO ROLL "; 56 A$="Y":IF W4<>N THEN INPUT A$:GOTO 67 57 PRINT "?";:FOR W5=1 TO W6:NEXT W5:A$="Y" 58 IF D<=2 THEN A$="N" 59 IF S2=0 THEN A$="Y" 60 IF S>999 AND D<=4 THEN A$="N" 61 W9=S2 62 IF S8=0 THEN 66 63 FOR W5=1 TO N1:IF W9<S1(W5) THEN W9=S1(W5) 64 NEXT W5 65 IF S2<W9 THEN A$="Y" 66 PRINT A$:FOR W5=1 TO W6:NEXT W5 67 PRINT:PRINT 68 IF LEN(A$)=0 THEN 70 69 IF LEFT$(A$,1)="N" THEN 129 70 FOR D9=1 TO D 71 REM D1(D9)=INT(RND(R9)*6+1) IS SUPPOSED TO PUT A RANDOM 72 REM VALUE BETWEEN 1 AND 6 INTO D1(D9). YOU MAY HAVE 73 REM FIDDLE WITH IT IF IT DOES NOT WORK FOR YOUR BASIC 74 D1(D9)=INT(RND(R9)*6+1):PRINT CHR$(A+D9-1);"=";D1(D9);" "; 75 NEXT D9:PRINT 76 PRINT 77 GOTO 79 78 PRINT "WHAT!!!???.....RETYPE LINE" 79 A$=LEFT$(A1$,D):IF W4<>N THEN INPUT "WHICH DIE DO YOU WISH TO KEEP";A$:GOTO 83 80 PRINT "WHICH DIE DO YOU WISH TO KEEP? "; 81 FOR W5=1 TO W6*2:NEXT W5:A$=LEFT$(A1$,D) 82 PRINT A$ 83 PRINT:PRINT:IF A$="?" THEN GOSUB 204: GOTO 79 84 IF LEN(A$)=0 THEN A$=LEFT$(A1$,D):GOTO 89 85 L=LEN(A$):IF L<2 THEN 89 86 FOR I=1 TO L-1:FOR II=I+1 TO L 87 IF MID$(A$,I,1)=MID$(A$,II,1) THEN 78 88 NEXT II:NEXT I 89 L=LEN(A$):IF L>D THEN 78 90 FOR D9=1 TO L:D8=ASC(MID$(A$,D9,1))-A+1 91 IF D8<1 OR D8>D THEN 78 92 H9(D9)=D1(D8) 93 NEXT D9 94 IF L=1 THEN 100 95 FOR I=1 TO L-1 96 FOR J=1 TO L-I 97 IF H9(J)<H9(J+1) THEN 99 98 T=H9(J):H9(J)=H9(J+1):H9(J+1)=T 99 NEXT J:NEXT I 100 IF L<>6 THEN 107 101 FOR I=1 TO 6 102 IF H9(I)<>I THEN 107 103 NEXT I 104 S=S+1000 105 D=0 106 GOTO 121 107 C=1 108 IF C>L THEN 121 109 IF C+2>L THEN 117 110 FOR C9=C TO C+1 111 IF H9(C9)<>H9(C9+1) THEN 117 112 NEXT C9 113 S=H9(C)*100+S 114 IF H9(C)=1 THEN S=S+900 115 C=C+3:D=D-3 116 GOTO 108 117 IF H9(C)=5 THEN S=S+50:D=D-1 118 IF H9(C)=1 THEN S=S+100:D=D-1 119 C=C+1 120 GOTO 108 121 IF S=S9 THEN 126 122 S9=S 123 IF D<>0 THEN 49 124 PRINT "ALL DIE SCORED, YOU GET 6 MORE DIE TO CONTINUE" 125 D=6:GOTO 50 126 S=0 127 PRINT " *** ZILCH ***" 128 FOR W5=1 TO 300 : NEXT W5 129 REM 130 IF S1(N)<>0 THEN 132 131 IF S<500 THEN 133 132 S1(N)=S1(N)+S 133 IF S8<>0 THEN 135 134 IF S1(N)>4999 THEN S8=N 135 NEXT N 136 GOTO 42 137 PRINT:PRINT:PRINT 138 Q=0 139 FOR I=1 TO N1 140 PRINT N9$(I);" HAS A SCORE OF ";S1(I) 141 IF S1(I)>Q THEN Q1=I:Q=S1(I) 142 NEXT I 143 PRINT:PRINT N9$(Q1);" HAS WON THIS GAME" 144 GOTO 145 145 A$="Y":INPUT "WOULD YOU LIKE TO PLAY AGAIN";A$ 146 IF LEN(A$)=0 THEN A$="Y" 147 IF LEFT$(A$,1)="Y" THEN 25 148 END 149 PRINT:PRINT:PRINT:PRINT 150 PRINT " ZILCH" 151 PRINT " BY MORRIE WILSON" 152 PRINT 153 PRINT 154 PRINT 155 PRINT "THIS IS THE GAME OF ZILCH. IT IS A DICE GAME FOR 1 TO 9 PLAYERS." 156 PRINT "THE OBJECT OF THE GAME IS TO ROLL DIE, AND GAIN THE MOST POINTS" 157 PRINT "DURING THE COURSE OF THE GAME. IN ORDER TO WIN, A COMBINATION OF" 158 PRINT "BOTH LUCK AND STRATEGY IS NECESSARY. WHAT YOU ROLL IS LUCK, BUT" 159 PRINT "WHAT YOU DO WITH YOUR ROLL IS STRATEGY. NOW FOR THE DETAILS" 160 PRINT 161 PRINT "PRESS RETURN TO CONTINUE";:INPUT A$ 162 FOR I=1 TO 25:PRINT:NEXT I 163 PRINT 164 PRINT "THE PLAY ROTATES AMONGST THE PLAYERS, WITH EACH PLAYER" 165 PRINT "COMPLETING A SERIES OF ROLLS WHICH COMPRISE HIS TURN." 166 PRINT 167 PRINT "A TURN CONSISTS OF STARTING OUT WITH SIX DIE. ALL OF THEM ARE" 168 PRINT "ROLLED. THE DIE ARE THEN EXAMINED, AND SOME OF THE DIE THAT" 169 PRINT "HAVE POINTS ARE PULLED FROM THE PLAY, WITH THE POINTS REPRESENTED" 170 PRINT "BEING ADDED TO A PLAYER'S TURN TOTAL. THE PLAYER THEN ROLLS" 171 PRINT "THE REMAINING DIE. THE PLAYER CONTINUES TO ROLL AND PULL DIE" 172 PRINT "UNTIL IT IS FELT THAT TO CONTINUE TO DO SO WILL RESULT IN A ZILCH." 173 PRINT "IF A PLAYER ROLLS THE DIE AND FINDS THAT NONE OF DIE HAVE POINTS" 174 PRINT "SHOWING, THEN THE PLAYER HAS ZILCHED, AND LOSES ALL POINTS THAT" 175 PRINT "HE HAS ACCUMULATED DURING THE CURRENT TURN. NOTE THAT POINTS" 176 PRINT "FROM PREVIOUS TURNS ARE NOT AFFECTED. CONFUSING, ISN'T IT?" 177 PRINT "WELL PLAY A FEW TIMES AND THEN IT WILL BECOME OBVIOUS." 179 PRINT 180 PRINT "PRESS RETURN TO CONTINUE";:INPUT A$ 181 FOR I=1 TO 25:PRINT:NEXT I 182 PRINT "A PLAYER MUST GET AT LEAST 500 POINTS IN ONE TURN" 183 PRINT "TO GET INTO THE GAME. AFTER THE INITIAL 500 POINTS IS" 184 PRINT "OBTAINED, THERE IS NO MINIMUM NUMBER OF POINTS NECESSARY TO 185 PRINT "ACCUMULATE MORE POINTS. 186 PRINT 187 PRINT "IF A PLAYER SCORES ON ALL SIX OF THE ORIGINAL DIE, SIX MORE" 188 PRINT "DIE ARE GIVEN TO OBTAIN ADDITIONAL POINTS (BUT WATCH OUT" 189 PRINT "FOR ZILCHING)." 190 PRINT 191 PRINT "WHENEVER A PLAYER GET 5000 OR MORE POINTS, ALL THE OTHER PLAYERS" 192 PRINT "GET ONE MORE TURN TO TRY TO BEAT THE HIGHEST SCORE. THE PLAYER" 193 PRINT "WITH THE HIGHEST SCORE WINS." 194 PRINT 195 PRINT "THE COMPUTER CAN ALSO ACT AS ONE OF THE PLAYERS, IF YOU LET HIM." 196 PRINT "<WALTER>, THE COMPUTER WILL ASK IF HE CAN PLAY LATER." 197 PRINT:PRINT:PRINT "PRESS RETURN TO CONTINUE";:INPUT A$ 198 FOR I=1 TO 25:PRINT:NEXT I 199 GOSUB 204 200 PRINT "DURING THE PLAY OF THE GAME, A QUESTION MARK WILL GET YOU A " 201 PRINT "LISTING OF HOW THE DIE SCORE AGAIN." 202 PRINT:PRINT:PRINT:PRINT:PRINT 203 RETURN 204 PRINT "SCORING" 205 PRINT 206 PRINT "5 - 50 POINTS 1 - 100 POINTS" 207 PRINT "2 : 2 : 2 - 200 POINTS 3 : 3 : 3 - 300 POINTS" 208 PRINT "4 : 4 : 4 - 400 POINTS 5 : 5 : 5 - 500 POINTS" 209 PRINT "6 : 6 : 6 - 600 POINTS 1 : 1 : 1 - 1000 POINTS" 210 PRINT 211 PRINT "1 : 2 : 3 : 4 : 5 : 6 - (IN 1 ROLL, IN ANY ORDER) 1000 POINTS" 212 PRINT:PRINT "A RETURN WILL ALWAYS GIVE YOU THE MAXIMUM POINTS POSSIBLE" 213 PRINT:PRINT:PRINT:RETURN

Version =21 VersionRequired =20 Begin Form RecordSelectors = NotDefault AutoCenter = NotDefault AllowDesignChanges = NotDefault ScrollBars =2 ViewsAllowed =1 TabularFamily =0 PictureAlignment =2 DatasheetGridlinesBehavior =3 GridX =24 GridY =24 Width =11340 DatasheetFontHeight =9 ItemSuffix =31 Top =270 Right =9330 Bottom =3735 DatasheetGridlinesColor =12632256 RecSrcDt = Begin 0x384b3f359387e340 End RecordSource ="tbl_OT_Tree_Saplings" Caption ="fsub_OT_Tree_Saplings" BeforeInsert ="[Event Procedure]" DatasheetFontName ="Arial" PrtMip = Begin 0xa0050000a0050000a0050000a005000000000000201c0000e010000001000000 , 0x010000006801000000000000a10700000100000001000000 End OnDeactivate ="[Event Procedure]" OnLoad ="[Event Procedure]" AllowDatasheetView =0 FilterOnLoad =255 DatasheetGridlinesColor12 =12632256 Begin Begin Label BackStyle =0 BackColor =-2147483633 ForeColor =-2147483630 End Begin Rectangle SpecialEffect =3 BackStyle =0 BorderLineStyle =0 End Begin Image BackStyle =0 OldBorderStyle =0 BorderLineStyle =0 PictureAlignment =2 End Begin CommandButton FontSize =8 FontWeight =400 FontName ="MS Sans Serif" BorderLineStyle =0 End Begin OptionButton SpecialEffect =2 BorderLineStyle =0 LabelX =230 LabelY =-30 End Begin CheckBox SpecialEffect =2 BorderLineStyle =0 LabelX =230 LabelY =-30 End Begin OptionGroup SpecialEffect =3 BorderLineStyle =0 End Begin BoundObjectFrame SpecialEffect =2 OldBorderStyle =0 BorderLineStyle =0 BackStyle =0 End Begin TextBox FELineBreak = NotDefault SpecialEffect =2 BorderLineStyle =0 BackColor =-2147483643 ForeColor =-2147483640 AsianLineBreak =255 End Begin ListBox SpecialEffect =2 BorderLineStyle =0 BackColor =-2147483643 ForeColor =-2147483640 End Begin ComboBox SpecialEffect =2 BorderLineStyle =0 BackColor =-2147483643 ForeColor =-2147483640 End Begin Subform SpecialEffect =2 BorderLineStyle =0 End Begin UnboundObjectFrame SpecialEffect =2 OldBorderStyle =1 End Begin ToggleButton FontSize =8 FontWeight =400 FontName ="MS Sans Serif" BorderLineStyle =0 End Begin Tab BackStyle =0 BorderLineStyle =0 End Begin FormHeader Height =1200 BackColor =-2147483633 Name ="FormHeader" Begin Begin Rectangle BackStyle =1 OverlapFlags =93 Left =4725 Top =660 Width =1008 Height =540 BackColor =13434828 Name ="rct2" LayoutCachedLeft =4725 LayoutCachedTop =660 LayoutCachedWidth =5733 LayoutCachedHeight =1200 End Begin Label OverlapFlags =85 TextAlign =2 Left =225 Top =720 Width =1335 Height =240 FontWeight =700 Name ="Species_Label" Caption ="Tree Species" Tag ="DetachedLabel" End Begin Label OverlapFlags =85 TextAlign =2 Left =2580 Top =720 Width =720 Height =240 FontWeight =700 Name ="Alive_Label" Caption ="Alive?" Tag ="DetachedLabel" End Begin Label OverlapFlags =93 TextAlign =2 Left =3660 Top =960 Width =930 Height =240 FontWeight =700 Name ="HC25_Label" Caption ="2.5-5.0cm" Tag ="DetachedLabel" LayoutCachedLeft =3660 LayoutCachedTop =960 LayoutCachedWidth =4590 LayoutCachedHeight =1200 End Begin Label OverlapFlags =223 TextAlign =2 Left =4703 Top =960 Width =1035 Height =240 FontWeight =700 Name ="HC50_Label" Caption ="5.1-10.0cm" Tag ="DetachedLabel" LayoutCachedLeft =4703 LayoutCachedTop =960 LayoutCachedWidth =5738 LayoutCachedHeight =1200 End Begin Label OverlapFlags =223 TextAlign =2 Left =5730 Top =960 Width =1140 Height =240 FontWeight =700 Name ="HC100_Label" Caption ="10.1-15.0cm" Tag ="DetachedLabel" LayoutCachedLeft =5730 LayoutCachedTop =960 LayoutCachedWidth =6870 LayoutCachedHeight =1200 End Begin Label BackStyle =1 OverlapFlags =215 TextAlign =2 Left =3600 Top =480 Width =3255 Height =240 FontWeight =700 BackColor =14277081 Name ="Label22" Caption ="Diameter Class Totals" LayoutCachedLeft =3600 LayoutCachedTop =480 LayoutCachedWidth =6855 LayoutCachedHeight =720 BackThemeColorIndex =1 BackShade =85.0 End Begin Label OverlapFlags =85 TextAlign =2 Left =1620 Top =60 Width =5760 Height =300 FontSize =10 FontWeight =700 Name ="Label23" Caption ="Number of Tree Saplings in 5 Meter Belt Transect" End Begin CommandButton OverlapFlags =85 Left =7500 Top =120 Width =1545 Height =300 Name ="btnMaster" Caption ="Master Lookup" OnClick ="[Event Procedure]" OnGotFocus ="[Event Procedure]" LayoutCachedLeft =7500 LayoutCachedTop =120 LayoutCachedWidth =9045 LayoutCachedHeight =420 WebImagePaddingLeft =2 WebImagePaddingTop =2 WebImagePaddingRight =1 WebImagePaddingBottom =1 End Begin CommandButton OverlapFlags =85 Left =7500 Top =540 Width =1545 Height =300 TabIndex =1 Name ="btnUnknown" Caption ="Unknown Species" OnClick ="[Event Procedure]" OnGotFocus ="[Event Procedure]" LayoutCachedLeft =7500 LayoutCachedTop =540 LayoutCachedWidth =9045 LayoutCachedHeight =840 WebImagePaddingLeft =2 WebImagePaddingTop =2 WebImagePaddingRight =1 WebImagePaddingBottom =1 End Begin Label OverlapFlags =215 TextAlign =2 Left =4020 Top =735 Width =195 Height =240 FontSize =5 FontWeight =700 Name ="lbl1" Caption ="1" Tag ="DetachedLabel" LayoutCachedLeft =4020 LayoutCachedTop =735 LayoutCachedWidth =4215 LayoutCachedHeight =975 End Begin Label OverlapFlags =215 TextAlign =2 Left =5100 Top =735 Width =195 Height =240 FontSize =5 FontWeight =700 BackColor =13434828 Name ="lbl2" Caption ="2" Tag ="DetachedLabel" LayoutCachedLeft =5100 LayoutCachedTop =735 LayoutCachedWidth =5295 LayoutCachedHeight =975 End Begin Label OverlapFlags =215 TextAlign =2 Left =6180 Top =735 Width =195 Height =240 FontSize =5 FontWeight =700 Name ="lbl3" Caption ="3" Tag ="DetachedLabel" LayoutCachedLeft =6180 LayoutCachedTop =735 LayoutCachedWidth =6375 LayoutCachedHeight =975 End End End Begin Section Height =420 BackColor =-2147483633 Name ="Detail" Begin Begin Rectangle BackStyle =1 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0x01000000000000000100000000000000ffffff00250000005b00500061007200 , 0x65006e0074005d002e005b006300620078004e006f005300610070006c006900 , 0x6e00670073005d002e005b00560061006c00750065005d003d00540072007500 , 0x6500000000000000000000000000000000000000000000010000000000000001 , 0x00000000000000ffff6600170000005b0048004300320035005d002b005b0048 , 0x004300350030005d002b005b00480043003100300030005d003d003000000000 , 0x000000000000000000000000000000000000 End End Begin ComboBox LimitToList = NotDefault RowSourceTypeInt =1 OverlapFlags =85 IMESentenceMode =3 ColumnCount =2 ListWidth =375 Left =2580 Top =60 Width =780 TabIndex =1 Name ="Alive" ControlSource ="Alive" RowSourceType ="Value List" RowSource ="-1;\"Yes\";0;\"No\"" ColumnWidths ="0;375" BeforeUpdate ="[Event Procedure]" DefaultValue ="-1" OnGotFocus ="[Event Procedure]" End Begin ComboBox OverlapFlags =247 TextFontFamily =0 IMESentenceMode =3 ColumnCount =3 ListWidth =6480 Left =60 Top =60 Width =2304 BackColor =65535 ColumnInfo ="\"\";\"\";\"\";\"\";\"\";\"\";\"10\";\"510\"" ConditionalFormat = Begin 0x0100000030010000030000000100000000000000000000001a00000001000000 , 0x00000000ffffff0001000000000000001b000000420000000100000000000000 , 0xffff0000010000000000000043000000670000000100000000000000ffffff00 , 0x49004900660028004c0065006e0028005b005300700065006300690065007300 , 0x5d0029003e0030002c0031002c00300029000000000049004900660028004900 , 0x73004e0075006c006c0028005b0048004300320035005d002b005b0048004300 , 0x350030005d002b005b00480043003100300030005d0029002c0030002c003100 , 0x2900000000005b0050006100720065006e0074005d002e005b00630062007800 , 0x4e006f005300610070006c0069006e00670073005d002e00560061006c007500 , 0x65003d00540072007500650000000000 End Name ="Species" ControlSource ="Species" RowSourceType ="Table/Query" RowSource ="SELECT DISTINCT q.Master_PLANT_Code, q.LU_Code, q.Utah_Species, q.Lifeform F" "ROM qryU_Top_Canopy q WHERE ((q.[Utah_Species] Is Not Null) AND (q.[Lifeform]='" "Tree')) OR (q.[LU_Code] = 'JUNIPERUS') ORDER BY q.LU_Code UNION (SELECT DI" "STINCT u.Unknown_Code, u.Unknown_Code, u.Plant_Type + \" - \" + u.Plant_Descr" "iption, u.Plant_Type AS Lifeform FROM tbl_Unknown_Species u WHERE u.Plant_Type " "IN ('Tree','Other') OR u.Plant_Type IS NULL ORDER BY u.Unknown_Code);" ColumnWidths ="0;2160;4320" BeforeUpdate ="[Event Procedure]" OnGotFocus ="[Event Procedure]" OnChange ="[Event Procedure]" ConditionalFormat14 = Begin 0x01000300000001000000000000000100000000000000ffffff00190000004900 , 0x4900660028004c0065006e0028005b0053007000650063006900650073005d00 , 0x29003e0030002c0031002c003000290000000000000000000000000000000000 , 0x000000000001000000000000000100000000000000ffff000026000000490049 , 0x0066002800490073004e0075006c006c0028005b0048004300320035005d002b , 0x005b0048004300350030005d002b005b00480043003100300030005d0029002c , 0x0030002c00310029000000000000000000000000000000000000000000000100 , 0x0000000000000100000000000000ffffff00230000005b005000610072006500 , 0x6e0074005d002e005b006300620078004e006f005300610070006c0069006e00 , 0x670073005d002e00560061006c00750065003d00540072007500650000000000 , 0x0000000000000000000000000000000000 End End Begin CommandButton TabStop = NotDefault OverlapFlags =85 Left =7740 Top =60 Width =705 Height =300 TabIndex =5 ForeColor =255 Name ="btnDelete" Caption ="Delete" OnClick ="[Event Procedure]" OnGotFocus ="[Event Procedure]" WebImagePaddingLeft =2 WebImagePaddingTop =2 WebImagePaddingRight =1 WebImagePaddingBottom =1 End End End Begin FormFooter Height =420 BackColor =-2147483633 Name ="FormFooter" Begin Begin CommandButton OverlapFlags =85 Left =3480 Top =60 Width =606 Height =288 Name ="btnA1" Caption ="+ 1" OnClick ="[Event Procedure]" FontName ="Arial" WebImagePaddingLeft =2 WebImagePaddingTop =2 WebImagePaddingRight =1 WebImagePaddingBottom =1 End Begin CommandButton OverlapFlags =85 Left =4200 Top =60 Width =606 Height =288 TabIndex =1 Name ="btnA5" Caption ="+ 5" OnClick ="[Event Procedure]" FontName ="Arial" WebImagePaddingLeft =2 WebImagePaddingTop =2 WebImagePaddingRight =1 WebImagePaddingBottom =1 End Begin CommandButton OverlapFlags =85 Left =4920 Top =60 Width =606 Height =288 TabIndex =2 Name ="btnS1" Caption ="- 1" OnClick ="[Event Procedure]" FontName ="Arial" WebImagePaddingLeft =2 WebImagePaddingTop =2 WebImagePaddingRight =1 WebImagePaddingBottom =1 End Begin CommandButton OverlapFlags =85 Left =5640 Top =60 Width =606 Height =288 TabIndex =3 Name ="btnS5" Caption ="- 5" OnClick ="[Event Procedure]" FontName ="Arial" WebImagePaddingLeft =2 WebImagePaddingTop =2 WebImagePaddingRight =1 WebImagePaddingBottom =1 End Begin CommandButton OverlapFlags =85 Left =6360 Top =60 Width =606 Height =288 TabIndex =4 Name ="btnZero" Caption ="0" OnClick ="[Event Procedure]" FontName ="Arial" WebImagePaddingLeft =2 WebImagePaddingTop =2 WebImagePaddingRight =1 WebImagePaddingBottom =1 End End End End End CodeBehindForm Attribute VB_GlobalNameSpace = False Attribute VB_Creatable = True Attribute VB_PredeclaredId = True Attribute VB_Exposed = False Option Compare Database Option Explicit ' ================================= ' MODULE: Form_fsub_OT_Tree_Saplings ' Level: Form module ' Version: 1.06 ' Description: data functions & procedures specific to overstory tree sapling monitoring ' ' Source/date: Bonnie Campbell, 2/11/2016 ' Revisions: RDB - unknown - 1.00 - initial version ' BLC - 2/11/2016 - 1.01 - added documentation, set checkbox notifications for no species found ' BLC - 3/8/2016 - 1.02 - added documentation, Species_GotFocus() ' BLC - 3/29/2016 - 1.03 - added field highlighting ' BLC - 4/13/2016 - 1.04 - added refresh for underlying subforms for conditional formatting ' BLC - 8/9/2017 - 1.05 - revised to avoid clearing 0 values entered for diameter class totals, ' added documentation, error handling & renamed button prefixes to btnXX ' BLC - 2/2/2018 - 1.06 - added ToggleTallyButtons, SetTallyButtons, and HC25, HC50, HC100 got ' focus events to avoid error #438 object doesn't support this ' property/method & control when tally buttons are available ' ================================= ' --------------------------------- ' SUB: Form_Load ' Description: handles form loading actions ' Parameters: ' Returns: - ' Assumptions: - ' Throws: none ' References: - ' Source/date: Bonnie Campbell, March 29, 2016 - for NCPN tools ' Revisions: ' BLC, 3/29/2016 - initial version ' BLC, 2/2/2018 - disable tally buttons unless diameter class field has focus ' --------------------------------- Private Sub Form_Load() On Error GoTo Err_Handler 'default btnA1.Enabled = False btnA5.Enabled = False btnS1.Enabled = False btnS5.Enabled = False btnZero.Enabled = False Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - Form_Load[Form_fsub_OT_Tree_Saplings])" End Select Resume Exit_Handler End Sub ' --------------------------------- ' SUB: Form_BeforeInsert ' Description: Handles form pre-insert actions ' Assumptions: - ' Parameters: - ' Returns: N/A ' Throws: none ' References: none ' Source/date: Russ DenBleyker, unknown ' Adapted: Bonnie Campbell, February 11, 2016 - for NCPN tools ' Revisions: ' RDB, unknown - initial version ' BLC, 2/11/2016 - added no data collected info updates ' --------------------------------- Private Sub Form_BeforeInsert(Cancel As Integer) On Error GoTo Err_Handler ' Make sure there is an events record If IsNull(Me.Parent!Start_Date) Then MsgBox "Missing site visit date." DoCmd.CancelEvent SendKeys "{ESC}" GoTo Exit_Handler End If ' Create the GUID primary key value If IsNull(Me!TS_ID) Then If GetDataType("tbl_OT_Tree_Saplings", "TS_ID") = dbText Then Me.TS_ID = fxnGUIDGen End If End If '----------------------------------- ' update the NoDataCollected info '----------------------------------- Dim noData As Scripting.Dictionary 'remove the no data collected record Set noData = SetNoDataCollected(Me.Parent.Form.Controls("Event_ID"), "E", "OverstoryTree-Sapling", 0) 'update checkbox/rectangle Me.Parent.Form.Controls("cbxNoSaplings") = 0 Me.Parent.Form.Controls("cbxNoSaplings").Enabled = False Me.Parent.Form.Controls("rctNoSaplings").Visible = False Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - Form_BeforeInsert[Form_fsub_OT_Tree_Saplings])" End Select Resume Exit_Handler End Sub '================================== ' HC25-50-100 Tally Toggling '================================== ' --------------------------------- ' SUB: HC25_GotFocus ' Description: Handles actions when control has focus ' Assumptions: - ' Parameters: - ' Returns: N/A ' Throws: none ' References: none ' Source/date: Bonnie Campbell, February 2, 2018 - for NCPN tools ' Adapted: ' Revisions: ' BLC, 2/2/2018 - initial version ' --------------------------------- Private Sub HC25_GotFocus() On Error GoTo Err_Handler ' Debug.Print "HC25_GotFocus" SetTallyButtons HC25 Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - HC25_GotFocus[Form_fsub_OT_Tree_Saplings])" End Select Resume Exit_Handler End Sub ' --------------------------------- ' SUB: HC50_GotFocus ' Description: Handles actions when control has focus ' Assumptions: - ' Parameters: - ' Returns: N/A ' Throws: none ' References: none ' Source/date: Bonnie Campbell, February 2, 2018 - for NCPN tools ' Adapted: ' Revisions: ' BLC, 2/2/2018 - initial version ' --------------------------------- Private Sub HC50_GotFocus() On Error GoTo Err_Handler ' Debug.Print "HC50_GotFocus" SetTallyButtons HC50 Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - HC50_GotFocus[Form_fsub_OT_Tree_Saplings])" End Select Resume Exit_Handler End Sub ' --------------------------------- ' SUB: HC100_GotFocus ' Description: Handles actions when control has focus ' Assumptions: - ' Parameters: - ' Returns: N/A ' Throws: none ' References: none ' Source/date: Bonnie Campbell, February 2, 2018 - for NCPN tools ' Adapted: ' Revisions: ' BLC, 2/2/2018 - initial version ' --------------------------------- Private Sub HC100_GotFocus() On Error GoTo Err_Handler ' Debug.Print "HC100_GotFocus" SetTallyButtons HC100 Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - HC100_GotFocus[Form_fsub_OT_Tree_Saplings])" End Select Resume Exit_Handler End Sub ' --------------------------------- ' SUB: HC25_LostFocus ' Description: Handles actions when control lost focus ' Assumptions: - ' Parameters: - ' Returns: N/A ' Throws: none ' References: none ' Source/date: Bonnie Campbell, February 2, 2018 - for NCPN tools ' Adapted: ' Revisions: ' BLC, 2/2/2018 - initial version ' --------------------------------- Private Sub HC25_LostFocus() On Error GoTo Err_Handler Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - HC25_LostFocus[Form_fsub_OT_Tree_Saplings])" End Select Resume Exit_Handler End Sub ' --------------------------------- ' SUB: HC50_LostFocus ' Description: Handles actions when control lost focus ' Assumptions: - ' Parameters: - ' Returns: N/A ' Throws: none ' References: none ' Source/date: Bonnie Campbell, February 2, 2018 - for NCPN tools ' Adapted: ' Revisions: ' BLC, 2/2/2018 - initial version ' --------------------------------- Private Sub HC50_LostFocus() On Error GoTo Err_Handler Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - HC50_LostFocus[Form_fsub_OT_Tree_Saplings])" End Select Resume Exit_Handler End Sub ' --------------------------------- ' SUB: HC100_LostFocus ' Description: Handles actions when control lost focus ' Assumptions: - ' Parameters: - ' Returns: N/A ' Throws: none ' References: none ' Source/date: Bonnie Campbell, February 2, 2018 - for NCPN tools ' Adapted: ' Revisions: ' BLC, 2/2/2018 - initial version ' --------------------------------- Private Sub HC100_LostFocus() On Error GoTo Err_Handler Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - HC100_LostFocus[Form_fsub_OT_Tree_Saplings])" End Select Resume Exit_Handler End Sub '================================== ' HC25-50-100 Highlighting '================================== ' --------------------------------- ' SUB: SetHCHighlight ' Description: Handles HC highlighting ' Assumptions: - ' Parameters: - ' Returns: N/A ' Throws: none ' References: none ' Source/date: Bonnie Campbell, March 29, 2016 - for NCPN tools ' Adapted: ' Revisions: ' BLC, 3/29/2016 - initial version ' BLC, 8/9/2017 - revised to remove clearing action where ' user chooses to enter 0 per issue: ' https://github.com/NCPN/upland/issues/103 ' --------------------------------- Private Sub SetHCHighlighting() On Error GoTo Err_Handler 'clear HC25-50-100 values to get rid of 0 if not set ' If Not Me.HC25 <> 0 Then Me.HC25 = Null ' If Not Me.HC50 <> 0 Then Me.HC50 = Null ' If Not Me.HC100 <> 0 Then Me.HC100 = Null Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - SetHCHighlighting[Form_fsub_OT_Tree_Saplings])" End Select Resume Exit_Handler End Sub ' --------------------------------- ' SUB: HC25_Change ' Description: Handles actions when control has been changed ' Assumptions: - ' Parameters: - ' Returns: N/A ' Throws: none ' References: none ' Source/date: Bonnie Campbell, March 29, 2016 - for NCPN tools ' Adapted: ' Revisions: ' BLC, 3/29/2016 - initial version ' --------------------------------- Private Sub HC25_Change() On Error GoTo Err_Handler SetHCHighlighting Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - HC25_Change[Form_fsub_OT_Tree_Saplings])" End Select Resume Exit_Handler End Sub ' --------------------------------- ' SUB: HC50_Change ' Description: Handles actions when control has been changed ' Assumptions: - ' Parameters: - ' Returns: N/A ' Throws: none ' References: none ' Source/date: Bonnie Campbell, March 29, 2016 - for NCPN tools ' Adapted: ' Revisions: ' BLC, 3/29/2016 - initial version ' --------------------------------- Private Sub HC50_Change() On Error GoTo Err_Handler SetHCHighlighting Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - HC50_Change[Form_fsub_OT_Tree_Saplings])" End Select Resume Exit_Handler End Sub ' --------------------------------- ' SUB: HC100_Change ' Description: Handles actions when control has been changed ' Assumptions: - ' Parameters: - ' Returns: N/A ' Throws: none ' References: none ' Source/date: Bonnie Campbell, March 29, 2016 - for NCPN tools ' Adapted: ' Revisions: ' BLC, 3/29/2016 - initial version ' --------------------------------- Private Sub HC100_Change() On Error GoTo Err_Handler SetHCHighlighting Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - HC100_Change[Form_fsub_OT_Tree_Saplings])" End Select Resume Exit_Handler End Sub '================================== ' Disable Tallies for Non-HC Control Foci '================================== ' --------------------------------- ' SUB: Alive_GotFocus ' Description: Handles actions when control has focus ' Assumptions: - ' Parameters: - ' Returns: N/A ' Throws: none ' References: none ' Source/date: Bonnie Campbell, February 2, 2018 - for NCPN tools ' Adapted: ' Revisions: ' BLC, 2/2/2018 - initial version ' --------------------------------- Private Sub Alive_GotFocus() On Error GoTo Err_Handler 'disable all by passing non-diameter class control SetTallyButtons Me.Alive Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - Alive_GotFocus[Form_fsub_OT_Tree_Saplings])" End Select Resume Exit_Handler End Sub ' --------------------------------- ' SUB: btnDelete_GotFocus ' Description: Handles actions when control has focus ' Assumptions: - ' Parameters: - ' Returns: N/A ' Throws: none ' References: none ' Source/date: Bonnie Campbell, February 2, 2018 - for NCPN tools ' Adapted: ' Revisions: ' BLC, 2/2/2018 - initial version ' --------------------------------- Private Sub btnDelete_GotFocus() On Error GoTo Err_Handler 'disable all by passing non-diameter class control SetTallyButtons Me.btnDelete Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - btnDelete_GotFocus[Form_fsub_OT_Tree_Saplings])" End Select Resume Exit_Handler End Sub ' --------------------------------- ' SUB: btnMaster_GotFocus ' Description: Handles actions when control has focus ' Assumptions: - ' Parameters: - ' Returns: N/A ' Throws: none ' References: none ' Source/date: Bonnie Campbell, February 2, 2018 - for NCPN tools ' Adapted: ' Revisions: ' BLC, 2/2/2018 - initial version ' --------------------------------- Private Sub btnMaster_GotFocus() On Error GoTo Err_Handler 'disable all by passing non-diameter class control SetTallyButtons Me.btnMaster Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - btnMaster_GotFocus[Form_fsub_OT_Tree_Saplings])" End Select Resume Exit_Handler End Sub ' --------------------------------- ' SUB: btnUnknown_GotFocus ' Description: Handles actions when control has focus ' Assumptions: - ' Parameters: - ' Returns: N/A ' Throws: none ' References: none ' Source/date: Bonnie Campbell, February 2, 2018 - for NCPN tools ' Adapted: ' Revisions: ' BLC, 2/2/2018 - initial version ' --------------------------------- Private Sub btnUnknown_GotFocus() On Error GoTo Err_Handler 'disable all by passing non-diameter class control SetTallyButtons Me.btnUnknown Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - btnUnknown_GotFocus[Form_fsub_OT_Tree_Saplings])" End Select Resume Exit_Handler End Sub ' --------------------------------- ' SUB: Form_Deactivate ' Description: Handles actions when form deactivates ' Deactivate vs. LostFocus event is used because the latter does not ' fire when moving to the main form or another subform ' Assumptions: - ' Parameters: - ' Returns: N/A ' Throws: none ' References: none ' Source/date: Bonnie Campbell, February 2, 2018 - for NCPN tools ' Adapted: ' Revisions: ' BLC, 2/2/2018 - initial version ' --------------------------------- Private Sub Form_Deactivate() On Error GoTo Err_Handler 'disable all by passing non-diameter class control SetTallyButtons Me.Species Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - Form_Deactivate[Form_fsub_OT_Tree_Saplings])" End Select Resume Exit_Handler End Sub '================================== ' Species Record Methods '================================== ' --------------------------------- ' SUB: Species_GotFocus ' Description: Handles species actions when control has focus ' Assumptions: - ' Parameters: - ' Returns: N/A ' Throws: none ' References: none ' Source/date: Bonnie Campbell, March 8, 2016 - for NCPN tools ' Adapted: ' Revisions: ' BLC, 3/8/2016 - initial version ' BLC, 2/2/2018 - disable tally buttons ' --------------------------------- Private Sub Species_GotFocus() On Error GoTo Err_Handler 'update the data to ensure new unknowns are added Me.ActiveControl.Requery 'disable all by passing non-diameter class control SetTallyButtons Me.Species Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - Species_GotFocus[Form_fsub_OT_Tree_Saplings])" End Select Resume Exit_Handler End Sub ' --------------------------------- ' SUB: Species_Change ' Description: Handles species actions when control has been changed ' Assumptions: - ' Parameters: - ' Returns: N/A ' Throws: none ' References: none ' Source/date: Bonnie Campbell, March 29, 2016 - for NCPN tools ' Adapted: ' Revisions: ' BLC, 3/29/2016 - initial version ' --------------------------------- Private Sub Species_Change() On Error GoTo Err_Handler SetHCHighlighting Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - Species_Change[Form_fsub_OT_Tree_Saplings])" End Select Resume Exit_Handler End Sub ' --------------------------------- ' SUB: Species_BeforeUpdate ' Description: Handles species actions before update ' Assumptions: - ' Parameters: - ' Returns: N/A ' Throws: none ' References: none ' Source/date: Bonnie Campbell, August 9, 2017 - for NCPN tools ' Adapted: ' Revisions: ' RDB, unknown - initial version ' BLC, 8/9/2017 - added documentation, error handling ' --------------------------------- Private Sub Species_BeforeUpdate(Cancel As Integer) On Error GoTo Err_Handler Dim Reply As Integer Dim TextMsg As String If Not IsNull(DLookup("[TS_ID]", "tbl_OT_Tree_Saplings", "[Event_ID] = '" & Me!Event_ID & "' AND [Species] = '" & Me!Species & "' AND [Alive] = " & Me!Alive)) Then If Me!Alive Then TextMsg = "This species already exists as alive on this point. Would you like to set it to dead?" Else TextMsg = "This species already exists as dead on this point. Would you like to set it to alive?" End If Reply = MsgBox(TextMsg, vbYesNo, "Species Verification") If Reply = vbYes Then Me!Alive = IIf(Me!Alive = True, False, True) If Not IsNull(DLookup("[TS_ID]", "tbl_OT_Tree_Saplings", "[Event_ID] = '" & Me!Event_ID & "' AND [Species] = '" & Me!Species & "' AND [Alive] = " & Me!Alive)) Then MsgBox "This species is already recorded for this point." DoCmd.CancelEvent SendKeys "{ESC}" Exit Sub End If Else DoCmd.CancelEvent SendKeys "{ESC}" Exit Sub End If End If Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - Species_BeforeUpdate[Form_fsub_OT_Tree_Saplings])" End Select Resume Exit_Handler End Sub ' --------------------------------- ' SUB: Alive_BeforeUpdate ' Description: Handles alive before update actions ' Assumptions: - ' Parameters: - ' Returns: N/A ' Throws: none ' References: none ' Source/date: ' Adapted: Bonnie Campbell, February 11, 2016 - for NCPN tools ' Revisions: ' JRB, 6/x/2006 - initial version ' RDB, unknown - ? ' BLC, 2/11/2016 - added documentation ' BLC, 8/9/0217 - added error handling ' --------------------------------- Private Sub Alive_BeforeUpdate(Cancel As Integer) On Error GoTo Err_Handler If Not IsNull(DLookup("[TS_ID]", "tbl_OT_Tree_Saplings", "[Event_ID] = '" & Me!Event_ID & "' AND [Species] = '" & Me!Species & "' AND [Alive] = " & Me!Alive)) Then MsgBox "This species is already recorded for this transect." DoCmd.CancelEvent SendKeys "{ESC}" End If Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - Alive_BeforeUpdate[Form_fsub_OT_Tree_Saplings])" End Select Resume Exit_Handler End Sub ' --------------------------------- ' SUB: btnDelete_Click ' Description: Handles delete button actions ' Assumptions: - ' Parameters: - ' Returns: N/A ' Throws: none ' References: none ' Source/date: Russ DenBleyker, unknown ' Adapted: Bonnie Campbell, February 11, 2016 - for NCPN tools ' Revisions: ' RDB, unknown - initial version ' BLC, 2/11/2016 - added error handling, documentation, refresh checkbox/no data collected ' BLC, 4/13/2016 - added requery of related subform to clear/set conditional formatting on change ' BLC, 8/9/2017 - renamed button to btnDelete ' --------------------------------- Private Sub btnDelete_Click() On Error GoTo Err_Handler Dim intReply As Integer intReply = MsgBox("Are you sure you want to delete this record?", vbYesNo, "Delete Record") If intReply = vbYes Then DoCmd.SetWarnings False DoCmd.DoMenuItem acFormBar, acEditMenu, 8, , acMenuVer70 DoCmd.DoMenuItem acFormBar, acEditMenu, 6, , acMenuVer70 DoCmd.SetWarnings True Me.Requery End If '----------------------------------- ' update the NoDataCollected info IF no records now exist '----------------------------------- If Me.RecordsetClone.RecordCount = 0 Then Dim noData As Scripting.Dictionary 'remove the no data collected record Set noData = SetNoDataCollected(Me.Parent.Form.Controls("Event_ID"), "E", "OverstoryTree-Sapling", 1) 'update checkbox/rectangle Me.Parent.Form.Controls("cbxNoSaplings") = 1 Me.Parent.Form.Controls("cbxNoSaplings").Enabled = True Me.Parent.Form.Controls("rctNoSaplings").Visible = True 'refresh the subform to clear conditional formatting Me.Requery End If Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - btnDelete_Click[Form_fsub_OT_Tree_Saplings])" End Select Resume Exit_Handler End Sub '================================== ' Tally Buttons '================================== ' --------------------------------- ' SUB: btnA1_Click ' Description: Handles A1 button click actions (add 1 to value) ' Assumptions: - ' Parameters: - ' Returns: N/A ' Throws: none ' References: none ' Source/date: Bonnie Campbell, August 9, 2017 - for NCPN tools ' Adapted: ' Revisions: ' RDB, unknown - initial version ' BLC, 8/9/2017 - added documentation, error handling ' --------------------------------- Private Sub btnA1_Click() On Error GoTo Err_Handler If Screen.PreviousControl.Name <> "Species" And Not IsNull(Me!Species) Then If IsNull(Screen.PreviousControl.Value) Then Screen.PreviousControl.Value = 1 Else Screen.PreviousControl.Value = Screen.PreviousControl.Value + 1 End If End If Screen.PreviousControl.SetFocus Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - btnA1_Click[Form_fsub_OT_Tree_Saplings])" End Select Resume Exit_Handler End Sub ' --------------------------------- ' SUB: btnA5_Click ' Description: Handles A5 button click actions (add 5 to value) ' Assumptions: - ' Parameters: - ' Returns: N/A ' Throws: none ' References: none ' Source/date: Bonnie Campbell, August 9, 2017 - for NCPN tools ' Adapted: ' Revisions: ' RDB, unknown - initial version ' BLC, 8/9/2017 - added documentation, error handling ' --------------------------------- Private Sub btnA5_Click() On Error GoTo Err_Handler If Screen.PreviousControl.Name <> "Species" And Not IsNull(Me!Species) Then If IsNull(Screen.PreviousControl.Value) Then Screen.PreviousControl.Value = 5 Else Screen.PreviousControl.Value = Screen.PreviousControl.Value + 5 End If End If Screen.PreviousControl.SetFocus Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - btnA5_Click[Form_fsub_OT_Tree_Saplings])" End Select Resume Exit_Handler End Sub ' --------------------------------- ' SUB: btnS5_Click ' Description: Handles S5 button click actions (subtract 5 from value) ' Assumptions: - ' Parameters: - ' Returns: N/A ' Throws: none ' References: none ' Source/date: Bonnie Campbell, August 9, 2017 - for NCPN tools ' Adapted: ' Revisions: ' RDB, unknown - initial version ' BLC, 8/9/2017 - added documentation, error handling ' --------------------------------- Private Sub btnS1_Click() On Error GoTo Err_Handler If Screen.PreviousControl.Name <> "Species" And Not IsNull(Me!Species) Then If IsNull(Screen.PreviousControl.Value) Then Screen.PreviousControl.Value = 0 ElseIf Screen.PreviousControl.Value - 1 < 0 Then MsgBox "Total cannot be negative.", , "Belt Shrubs" Exit Sub Else Screen.PreviousControl.Value = Screen.PreviousControl.Value - 1 End If End If Screen.PreviousControl.SetFocus Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - btnS1_Click[Form_fsub_OT_Tree_Saplings])" End Select Resume Exit_Handler End Sub ' --------------------------------- ' SUB: btnS5_Click ' Description: Handles A5 button click actions (subtract 5 from value) ' Assumptions: - ' Parameters: - ' Returns: N/A ' Throws: none ' References: none ' Source/date: Bonnie Campbell, August 9, 2017 - for NCPN tools ' Adapted: ' Revisions: ' RDB, unknown - initial version ' BLC, 8/9/2017 - added documentation, error handling ' --------------------------------- Private Sub btnS5_Click() On Error GoTo Err_Handler If Screen.PreviousControl.Name <> "Species" And Not IsNull(Me!Species) Then If IsNull(Screen.PreviousControl.Value) Then Screen.PreviousControl.Value = 0 ElseIf Screen.PreviousControl.Value - 5 < 0 Then MsgBox "Total cannot be negative.", , "Belt Shrubs" Exit Sub Else Screen.PreviousControl.Value = Screen.PreviousControl.Value - 5 End If End If Screen.PreviousControl.SetFocus Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - btnS5_Click[Form_fsub_OT_Tree_Saplings])" End Select Resume Exit_Handler End Sub ' --------------------------------- ' SUB: btnZero_Click ' Description: Handles Zero button click actions (set value as 0) ' Assumptions: - ' Parameters: - ' Returns: N/A ' Throws: none ' References: none ' Source/date: Bonnie Campbell, August 9, 2017 - for NCPN tools ' Adapted: ' Revisions: ' RDB, unknown - initial version ' BLC, 8/9/2017 - added documentation, error handling ' --------------------------------- Private Sub btnZero_Click() On Error GoTo Err_Handler If Screen.PreviousControl.Name <> "Species" And Not IsNull(Me!Species) Then Screen.PreviousControl.Value = 0 End If Screen.PreviousControl.SetFocus Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - btnZero_Click[Form_fsub_OT_Tree_Saplings])" End Select Resume Exit_Handler End Sub ' --------------------------------- ' SUB: btnUnknown_Click ' Description: Handles Unknown button click actions (opens unknown form) ' Assumptions: - ' Parameters: - ' Returns: N/A ' Throws: none ' References: none ' Source/date: Bonnie Campbell, August 9, 2017 - for NCPN tools ' Adapted: ' Revisions: ' RDB, unknown - initial version ' BLC, 8/9/2017 - added documentation, error handling ' --------------------------------- Private Sub btnUnknown_Click() On Error GoTo Err_Handler Dim stDocName As String Dim stLinkCriteria As String DoCmd.OpenForm "frm_List_Unknown", , , , , acDialog Me.Refresh Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - btnUnknown_Click[Form_fsub_OT_Tree_Saplings])" End Select Resume Exit_Handler End Sub ' --------------------------------- ' SUB: btnMaster_Click ' Description: Handles Master button click actions (opens master plants) ' Assumptions: - ' Parameters: - ' Returns: N/A ' Throws: none ' References: none ' Source/date: Bonnie Campbell, August 9, 2017 - for NCPN tools ' Adapted: ' Revisions: ' RDB, unknown - initial version ' BLC, 8/9/2017 - added documentation, error handling ' --------------------------------- Private Sub btnMaster_Click() On Error GoTo Err_Handler Dim stDocName As String Dim stLinkCriteria As String stDocName = "frm_Master_Species" DoCmd.OpenForm stDocName, , , stLinkCriteria Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - btnMaster_Click[Form_fsub_OT_Tree_Saplings])" End Select Resume Exit_Handler End Sub ' --------------------------------- ' SUB: ToggleTallyButtons ' Description: Enables or disables tally buttons based on current state ' Assumptions: - ' Parameters: btn - tally button to set (command button object, optional) ' Returns: N/A ' Throws: none ' References: none ' Source/date: Bonnie Campbell, February 2, 2018 - for NCPN tools ' Adapted: ' Revisions: ' BLC, 2/2/2018 - initial version ' --------------------------------- Private Sub ToggleTallyButtons(Optional btn As CommandButton) On Error GoTo Err_Handler 'toggle single tally button If Not btn Is Nothing Then btn.Enabled = Not btn.Enabled GoTo Exit_Handler End If 'toggle all tally buttons btnA1.Enabled = Not btnA1.Enabled btnA5.Enabled = Not btnA5.Enabled btnS1.Enabled = Not btnS1.Enabled btnA5.Enabled = Not btnS5.Enabled btnZero.Enabled = Not btnZero.Enabled Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - ToggleTallyButtons[Form_fsub_OT_Tree_Saplings])" End Select Resume Exit_Handler End Sub ' --------------------------------- ' SUB: SetTallyButtons ' Description: Enables or disables tally buttons based on textbox value ' Assumptions: 1) If run from controls other than HC25, HC50, HC100 all tally ' buttons should be disabled ' 2) No other controls on the form begin with "HC" ' 3) Lost focus events for HC25/HC50/HC100 trigger this subroutine ' to disable tally buttons when the focus is NOT HC25, HC50, HC100 ' Parameters: tbx - control to evaluate (Textbox object) ' Returns: N/A ' Throws: none ' References: none ' Source/date: Bonnie Campbell, February 2, 2018 - for NCPN tools ' Adapted: ' Revisions: ' BLC, 2/2/2018 - initial version ' --------------------------------- Private Sub SetTallyButtons(ctrl As Control) On Error GoTo Err_Handler 'ensure the control is HC25, HC50, HC100 If ctrl.ControlType <> acTextBox Or _ (ctrl.ControlType = acTextBox And _ Left(ctrl.Name, 2) <> "HC") Then 'no buttons are viable (+5, +1, 0, -1, -5 disabled) If btnA1.Enabled = True Then ToggleTallyButtons btnA1 If btnA5.Enabled = True Then ToggleTallyButtons btnA5 If btnZero.Enabled = True Then ToggleTallyButtons btnZero If btnS1.Enabled = True Then ToggleTallyButtons btnS1 If btnS5.Enabled = True Then ToggleTallyButtons btnS5 GoTo Exit_Handler End If Select Case ctrl 'HC25, HC50, HC100 Case Is > 5, Is = 5 'all buttons are viable (+5, +1, 0, -1, -5) If btnA1.Enabled = False Then ToggleTallyButtons btnA1 If btnA5.Enabled = False Then ToggleTallyButtons btnA5 If btnZero.Enabled = False Then ToggleTallyButtons btnZero If btnS1.Enabled = False Then ToggleTallyButtons btnS1 If btnS5.Enabled = False Then ToggleTallyButtons btnS5 Case Is > 1, Is = 1 'all buttons except -5 are viable (+5, +1, 0, -1) If btnA1.Enabled = False Then ToggleTallyButtons btnA1 If btnA5.Enabled = False Then ToggleTallyButtons btnA5 If btnZero.Enabled = False Then ToggleTallyButtons btnZero If btnS1.Enabled = False Then ToggleTallyButtons btnS1 If btnS5.Enabled = True Then ToggleTallyButtons btnS5 Case Else 'includes Is = 0, Is < 0 'only add/zero buttons are viable (+5, +1, 0) If btnA1.Enabled = False Then ToggleTallyButtons btnA1 If btnA5.Enabled = False Then ToggleTallyButtons btnA5 If btnZero.Enabled = False Then ToggleTallyButtons btnZero If btnS1.Enabled = True Then ToggleTallyButtons btnS1 If btnS5.Enabled = True Then ToggleTallyButtons btnS5 End Select Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - SetTallyButtons[Form_fsub_OT_Tree_Saplings])" End Select Resume Exit_Handler End Sub

ON ERROR GOTO 10 REM SIMPLE TEST FOR SLIC CLOSE #1 CLS OPEN "COM1:9600, N,8,1 " FOR RANDOM AS #1 PRINT "POR FAVOR CARREGUE NO BOTAO DE RESET" SLEEP (2) PRINT INPUT$(1, #1); "RECEBIDO" PRINT "SLIC ESTA VIVO, AGORA PERGUNTANDO POR IDENTIFICAAO" PRINT #1, "X" PRINT "AGUARDANDO RESPOSTA" ID$ = "" WHILE RES$ <> CHR$(&HD): REM UNTIL <CR> RES$ = INPUT$(1, #1) ID$ = ID$ + RES$ PRINT ASC(RES$); WEND PRINT : PRINT "O ID "; ID$ PRINT PRINT "AGORA VAMOS FAZER ALGUMA PROGRAMAAO" REM IF YOU CHANGE NEXT LINE REMEMBER LSB OF ADDRESS FIRST!! PRINT #1, "M"; CHR$(3); CHR$(&H30); CHR$(5); CHR$(H12); CHR$(34); CHR$(56) PRINT "AGUARDANDO RESPOSTA" RES$ = INPUT$(1, #1) PRINT "RECEBIDO"; PRINT RES$; "("; ASC(RES$); ")" PRINT PRINT "VERIFICAAO DOS BYTES PROGRAMADOS" PRINT #1, "V"; CHR$(3); CHR$(48); CHR$(&H5); CHR$(18); CHR$(&H22); CHR$(56) PRINT "AGUARDANDO RESPOSTA" RES$ = INPUT$(1, #1) IF RES$ = "F" THEN PRINT "ERRO RECEBIDO, VERIFICAAO FALHOU" IF RES$ = "D" THEN PRINT " FEITO RECEBIDO, VERIFICAAO O.K" CLOSE #1 SLEEP (5) CHAIN "A:\A1B1C1.AúC" 10 CLS PRINT "ERRO: Inexistncia de comunicaÆo " CHAIN "A:\A1B1C1.AúC"

DECLARE SUB linedone () DECLARE SUB rotate () DECLARE SUB lose () DECLARE SUB main () DECLARE SUB graphics () DECLARE SUB rand () COMMON SHARED l$, r$, u$, d$, blocktype, blockcount, time, counter, position, blocknumber, t CLS 'dimensions - 20 x 13 OPTION BASE 1 DIM SHARED blocks(290) 'blocks already on the ground DIM SHARED b(10) 'the positions of the blocks currently dropping PRINT "Please calibrate the keys:" PRINT "Press left arrow key (move left):" DO UNTIL l$ <> "" LET l$ = INKEY$ LOOP PRINT "Press right arrow key (move right):" DO UNTIL r$ <> "" LET r$ = INKEY$ LOOP PRINT "Press down arrow key (drop block):" DO UNTIL d$ <> "" LET d$ = INKEY$ LOOP PRINT "Press up arrow key (toggle display next block):" DO UNTIL u$ <> "" LET u$ = INKEY$ LOOP rand SUB graphics CLS COLOR 12 FOR r = 1 TO 20 LOCATE r, 28 PRINT CHR$(186) NEXT r FOR r = 1 TO 20 LOCATE r, 56 PRINT CHR$(186) NEXT r LOCATE 21, 28 PRINT STRING$(28, CHR$(205)) LOCATE 21, 28 PRINT CHR$(200) LOCATE 21, 56 PRINT CHR$(188) COLOR 15 FOR i = 1 TO 260 IF blocks(i) <> 1 THEN GOTO finished LET counter = 0 tempb = i DO UNTIL tempb < 1 LET tempb = tempb - 20 LET counter = counter + 1 LOOP LET x = (counter * 2) + 28 LET y = (i - ((counter - 1) * 20)) LOCATE y, x PRINT CHR$(219) LOCATE y, x + 1 PRINT CHR$(219) finished: NEXT i counter = 0 FOR i = 1 TO blockcount tempb = b(i) DO UNTIL tempb < 1 LET tempb = tempb - 20 LET counter = counter + 1 LOOP LET x = (counter * 2) + 28 LET y = ((b(i)) - ((counter - 1) * 20)) LOCATE y, x PRINT CHR$(219) LOCATE y, x + 1 PRINT CHR$(219) LET counter = 0 NEXT i END SUB SUB linedone FOR i = 1 TO 13 LET x = (i * 2) + 28 COLOR 12 LOCATE t, x PRINT CHR$(219) LOCATE t, x + 1 PRINT CHR$(219) NEXT i FOR w = 1 TO 60000 NEXT w FOR i = 1 TO 13 LET x = (i * 2) + 28 COLOR 9 LOCATE t, x PRINT CHR$(219) LOCATE t, x + 1 PRINT CHR$(219) NEXT i FOR w = 1 TO 60000 NEXT w FOR i = 0 TO 12 LET blocks(t + (i * 20)) = 0 NEXT i FOR i = (t - 1) TO 1 STEP -1 FOR p = 0 TO 12 IF blocks(i + (p * 20)) = 1 THEN LET blocks(i + (p * 20)) = 0 LET blocks(1 + (i + (p * 20))) = 1 END IF NEXT p NEXT i graphics END SUB SUB lose PRINT "You lose!" END END SUB SUB main top: graphics LET time = 0 DO UNTIL time = 500 LET time = time + 1 LET y$ = INKEY$ IF y$ = l$ THEN GOTO left IF y$ = r$ THEN GOTO right 'IF y$ = u$ THEN GOTO up IF y$ = d$ THEN GOTO down IF UCASE$(y$) = "Q" THEN END IF UCASE$(y$) = "P" THEN DO WHILE INKEY$ = "" LOOP GOTO done END IF IF y$ = CHR$(32) THEN rotate: GOTO done IF y$ = "" THEN GOTO done left: FOR i = 1 TO blockcount IF b(i) - 20 < 1 THEN GOTO done IF blocks(b(i) - 20) = 1 THEN GOTO done NEXT i FOR i = 1 TO blockcount LET b(i) = b(i) - 20 NEXT i graphics GOTO done right: FOR i = 1 TO blockcount IF b(i) + 20 > 260 THEN GOTO done IF blocks(b(i) + 20) = 1 THEN GOTO done NEXT i FOR i = 1 TO blockcount LET b(i) = b(i) + 20 NEXT i graphics GOTO done down: FOR i = 1 TO blockcount IF blocks(b(i) + 1) = 1 THEN GOTO done NEXT i FOR i = 1 TO blockcount IF b(i) = 20 OR b(i) = 40 OR b(i) = 60 OR b(i) = 80 OR b(i) = 100 OR b(i) = 120 OR b(i) = 140 OR b(i) = 160 OR b(i) = 180 OR b(i) = 200 OR b(i) = 260 OR b(i) = 220 OR b(i) = 240 THEN FOR t = 1 TO blockcount LET blocks(b(t)) = 1 NEXT t LET abc = 1 END IF IF abc = 1 THEN LET abc = 0: GOTO complete NEXT i FOR i = 1 TO blockcount LET b(i) = b(i) + 1 NEXT i graphics done: LET time = time + 1 FOR t = 1 TO 20 LET linefinished = 1 FOR u = 0 TO 12 IF blocks(t + (u * 20)) <> 1 THEN LET linefinished = 0 NEXT u IF linefinished = 1 THEN linedone NEXT t LOOP FOR i = 1 TO blockcount IF (blocks(b(i) + 1) = 1) OR (b(i) = 20 OR b(i) = 40 OR b(i) = 60 OR b(i) = 80 OR b(i) = 100 OR b(i) = 120 OR b(i) = 140 OR b(i) = 160 OR b(i) = 180 OR b(i) = 200 OR b(i) = 260 OR b(i) = 220 OR b(i) = 240) THEN FOR t = 1 TO blockcount LET blocks(b(t)) = 1 NEXT t GOTO complete END IF NEXT i 'IF i = blockcount AND finish = 1 THEN GOTO complete FOR i = 1 TO blockcount LET b(i) = b(i) + 1 NEXT i graphics GOTO top complete: END SUB 'this sub chooses a block section to drop ' SUB rand DO RANDOMIZE TIMER blocknumber = INT(RND * 7) + 1 IF blocknumber = 1 THEN LET blockcount = 4: LET b(1) = 121: LET b(2) = 102: LET b(3) = 122: LET b(4) = 142: 'block = 010 ' 111 IF blocknumber = 2 THEN LET blockcount = 4: LET b(1) = 121: LET b(2) = 122: LET b(3) = 102: LET b(4) = 103: 'block = 010 ' 110 ' 100 IF blocknumber = 3 THEN LET blockcount = 4: LET b(1) = 121: LET b(2) = 122: LET b(3) = 142: LET b(4) = 143: 'block = 010 ' 011 ' 001 IF blocknumber = 4 THEN LET blockcount = 4: LET b(1) = 101: LET b(2) = 121: LET b(3) = 102: LET b(4) = 122: 'block = 11 ' 11 IF blocknumber = 5 THEN LET blockcount = 4: LET b(1) = 141: LET b(2) = 142: LET b(3) = 122: LET b(4) = 102: 'block = 001 ' 111 IF blocknumber = 6 THEN LET blockcount = 4: LET b(1) = 101: LET b(2) = 102: LET b(3) = 122: LET b(4) = 142: 'block = 100 ' 111 IF blocknumber = 7 THEN LET blockcount = 4: LET b(1) = 101: LET b(2) = 121: LET b(3) = 141: LET b(4) = 161: 'block = 1111 graphics FOR i = 1 TO blockcount IF blocks(b(i) + 1) = 1 THEN lose NEXT i LET position = 1 main LOOP END SUB SUB rotate 'everything rotates clockwise IF (b(1) = 1) - (counter - 1 * 20) = 1 THEN GOTO doner IF blocknumber = 1 THEN IF position = 1 THEN IF blocks(b(2) - 2) = 1 OR b(2) - 2 < 1 OR (b(2) - 2) > 260 THEN GOTO doner IF blocks(b(3) - 21) = 1 OR b(3) - 21 < 1 OR (b(3) - 21) > 260 THEN GOTO doner IF blocks(b(4) - 40) = 1 OR b(4) - 40 < 1 OR (b(4) - 40) > 260 THEN GOTO doner LET b(2) = b(2) - 2 LET b(3) = b(3) - 21 LET b(4) = b(4) - 40 LET position = 2 GOTO doner END IF IF position = 2 THEN IF blocks(b(2) + 40) = 1 OR (b(2) + 40) < 1 OR (b(2) + 40) > 260 THEN GOTO doner IF blocks(b(3) + 19) = 1 OR (b(3) + 19) < 1 OR (b(3) + 19) > 260 THEN GOTO doner IF blocks(b(4) - 2) = 1 OR (b(4) - 2) < 1 OR (b(4) - 2) > 260 THEN GOTO doner LET b(2) = b(2) + 40 LET b(3) = b(3) + 19 LET b(4) = b(4) - 2 LET position = 3 GOTO doner END IF IF position = 3 THEN IF blocks(b(2) + 2) = 1 OR (b(2) + 2) < 1 OR (b(2) + 2) > 260 THEN GOTO doner IF blocks(b(3) + 21) = 1 OR (b(3) + 21) < 1 OR (b(3) + 21) > 260 THEN GOTO doner IF blocks(b(4) + 40) = 1 OR (b(4) + 40) < 1 OR (b(4) + 40) > 260 THEN GOTO doner LET b(2) = b(2) + 2 LET b(3) = b(3) + 21 LET b(4) = b(4) + 40 LET position = 4 GOTO doner END IF IF position = 4 THEN IF blocks(b(2) - 40) = 1 OR (b(2) - 40) < 1 OR (b(2) - 40) > 260 THEN GOTO doner IF blocks(b(3) - 19) = 1 OR (b(3) - 19) < 1 OR (b(3) - 19) > 260 THEN GOTO doner IF blocks(b(4) + 2) = 1 OR (b(4) + 2) < 1 OR (b(4) + 2) > 260 THEN GOTO doner LET b(2) = b(2) - 40 LET b(3) = b(3) - 19 LET b(4) = b(4) + 2 LET position = 1 GOTO doner END IF END IF IF blocknumber = 2 THEN IF position = 1 THEN IF blocks(b(1) + 21) = 1 OR b(1) + 21 < 1 OR b(1) + 21 > 260 THEN GOTO doner IF blocks(b(3) + 19) = 1 OR b(3) + 19 < 1 OR b(3) + 19 > 260 THEN GOTO doner IF blocks(b(4) - 2) = 1 OR b(4) - 2 < 1 OR b(4) - 2 > 260 THEN GOTO doner LET b(1) = b(1) + 21 LET b(3) = b(3) + 19 LET b(4) = b(4) - 2 LET position = 2 GOTO doner END IF IF position = 2 THEN IF blocks(b(1) - 21) = 1 OR b(1) - 21 < 1 OR b(1) - 21 > 260 THEN GOTO doner IF blocks(b(3) - 19) = 1 OR b(3) - 19 < 1 OR b(3) - 19 > 260 THEN GOTO doner IF blocks(b(4) + 2) = 1 OR b(4) + 2 < 1 OR b(4) + 2 > 260 THEN GOTO doner LET b(1) = b(1) - 21 LET b(3) = b(3) - 19 LET b(4) = b(4) + 2 LET position = 1 GOTO doner END IF END IF IF blocknumber = 3 THEN IF position = 1 THEN IF b(1) - 19 < 1 OR b(1) - 19 > 260 THEN GOTO doner IF b(3) - 21 < 1 OR b(3) - 21 > 260 THEN GOTO doner IF b(4) - 2 < 1 OR b(4) - 2 > 260 THEN GOTO doner IF blocks(b(1) - 19) = 1 THEN GOTO doner IF blocks(b(3) - 21) = 1 THEN GOTO doner IF blocks(b(4) - 2) = 1 THEN GOTO doner LET b(1) = b(1) - 19 LET b(3) = b(3) - 21 LET b(4) = b(4) - 2 LET position = 2 GOTO doner END IF IF position = 2 THEN IF b(1) + 19 < 1 OR b(1) + 19 > 260 THEN GOTO doner IF b(3) + 21 < 1 OR b(3) + 21 > 260 THEN GOTO doner IF b(4) + 2 < 1 OR b(4) + 2 > 260 THEN GOTO doner IF blocks(b(1) + 19) = 1 THEN GOTO doner IF blocks(b(3) + 21) = 1 THEN GOTO doner IF blocks(b(4) + 2) = 1 THEN GOTO doner LET b(1) = b(1) + 19 LET b(3) = b(3) + 21 LET b(4) = b(4) + 2 LET position = 1 GOTO doner END IF END IF IF blocknumber = 5 THEN IF position = 1 THEN IF b(1) + 2 < 1 OR b(1) + 2 > 260 THEN GOTO doner IF b(2) - 19 < 1 OR b(2) - 19 > 260 THEN GOTO doner IF b(4) + 19 < 1 OR b(4) + 19 > 260 THEN GOTO doner IF blocks(b(1) + 2) = 1 THEN GOTO doner IF blocks(b(2) - 19) = 1 THEN GOTO doner IF blocks(b(4) + 19) = 1 THEN GOTO doner LET b(1) = b(1) + 2 LET b(2) = b(2) - 19 LET b(4) = b(4) + 19 LET position = 2 GOTO doner END IF IF position = 2 THEN IF b(1) - 20 < 1 OR b(1) - 20 > 260 THEN GOTO doner IF b(2) - 21 < 1 OR b(2) - 21 > 260 THEN GOTO doner IF b(4) + 21 < 1 OR b(4) + 21 > 260 THEN GOTO doner IF blocks(b(1) - 20) = 1 THEN GOTO doner IF blocks(b(2) - 21) = 1 THEN GOTO doner IF blocks(b(4) + 21) = 1 THEN GOTO doner LET b(1) = b(2) - 20 LET b(2) = b(2) - 21 LET b(4) = b(4) + 21 LET position = 3 GOTO doner END IF IF position = 3 THEN IF b(1) - 2 < 1 OR b(1) - 2 > 260 THEN GOTO doner IF b(2) + 19 < 1 OR b(2) + 19 > 260 THEN GOTO doner IF b(2) + 19 < 1 OR b(2) + 19 > 260 THEN GOTO doner IF blocks(b(1) - 2) = 1 THEN GOTO doner IF blocks(b(2) + 19) = 1 THEN GOTO doner IF blocks(b(4) - 19) = 1 THEN GOTO doner LET b(1) = b(1) - 2 LET b(2) = b(2) + 19 LET b(4) = b(4) - 19 LET position = 4 GOTO doner END IF IF position = 4 THEN IF b(1) + 40 < 1 OR b(1) + 40 > 260 THEN GOTO doner IF b(2) + 21 < 1 OR b(2) + 21 > 260 THEN GOTO doner IF b(4) - 21 < 1 OR b(4) - 21 > 260 THEN GOTO doner IF blocks(b(1) + 40) = 1 THEN GOTO doner IF blocks(b(2) + 21) = 1 THEN GOTO doner IF blocks(b(4) - 21) = 1 THEN GOTO doner LET b(1) = b(1) + 40 LET b(2) = b(2) + 21 LET b(4) = b(4) - 21 LET position = 1 GOTO doner END IF END IF IF blocknumber = 6 THEN IF position = 1 THEN IF b(1) + 40 < 1 OR b(1) + 40 > 260 THEN GOTO doner IF b(2) + 19 < 1 OR b(2) + 19 > 260 THEN GOTO doner IF b(4) - 19 < 1 OR b(4) - 19 > 260 THEN GOTO doner IF blocks(b(1) + 40) = 1 THEN GOTO doner IF blocks(b(2) + 19) = 1 THEN GOTO doner IF blocks(b(4) - 19) = 1 THEN GOTO doner LET b(1) = b(1) + 40 LET b(2) = b(2) + 19 LET b(4) = b(4) - 19 LET position = 2 GOTO doner END IF IF position = 2 THEN IF b(1) + 2 < 1 OR b(1) + 2 > 260 THEN GOTO doner IF b(2) + 21 < 1 OR b(2) + 21 > 260 THEN GOTO doner IF b(4) - 21 < 1 OR b(4) - 21 > 260 THEN GOTO doner IF blocks(b(1) + 2) = 1 THEN GOTO doner IF blocks(b(2) + 21) = 1 THEN GOTO doner IF blocks(b(4) - 21) = 1 THEN GOTO doner LET b(1) = b(1) + 2 LET b(2) = b(2) + 21 LET b(4) = b(4) - 21 LET position = 3 GOTO doner END IF IF position = 3 THEN IF b(1) - 40 < 1 OR b(1) - 40 > 260 THEN GOTO doner IF b(2) - 19 < 1 OR b(2) - 19 > 260 THEN GOTO doner IF b(4) + 19 < 1 OR b(4) + 19 > 260 THEN GOTO doner IF blocks(b(1) - 40) = 1 THEN GOTO doner IF blocks(b(2) - 19) = 1 THEN GOTO doner IF blocks(b(4) + 19) = 1 THEN GOTO doner LET b(1) = b(1) - 40 LET b(2) = b(2) - 19 LET b(4) = b(4) + 19 LET position = 4 GOTO doner END IF IF position = 4 THEN IF b(1) - 2 < 1 OR b(1) - 2 > 260 THEN GOTO doner IF b(2) - 21 < 1 OR b(2) - 21 > 260 THEN GOTO doner IF b(4) + 21 < 1 OR b(4) + 21 > 260 THEN GOTO doner IF blocks(b(1) - 2) = 1 THEN GOTO doner IF blocks(b(2) - 21) = 1 THEN GOTO doner IF blocks(b(4) + 21) = 1 THEN GOTO doner LET b(1) = b(1) - 2 LET b(2) = b(2) - 21 LET b(4) = b(4) + 21 LET position = 1 GOTO doner END IF END IF IF blocknumber = 7 THEN IF position = 1 THEN IF b(1) + 19 < 1 OR b(1) + 19 > 260 THEN GOTO doner IF b(3) - 19 < 1 OR b(3) - 19 > 260 THEN GOTO doner IF b(4) - 38 < 1 OR b(4) - 38 > 260 THEN GOTO doner IF blocks(b(1) + 19) = 1 THEN GOTO doner IF blocks(b(3) - 19) = 1 THEN GOTO doner IF blocks(b(4) - 38) = 1 THEN GOTO doner LET b(1) = b(1) + 19 LET b(3) = b(3) - 19 LET b(4) = b(4) - 38 LET position = 2 GOTO doner END IF IF position = 2 THEN IF b(1) - 19 < 1 OR b(1) - 19 > 260 THEN GOTO doner IF b(3) + 19 < 1 OR b(3) + 19 > 260 THEN GOTO doner IF b(4) + 38 < 1 OR b(4) + 38 > 260 THEN GOTO doner IF blocks(b(1) - 19) = 1 THEN GOTO doner IF blocks(b(3) + 19) = 1 THEN GOTO doner IF blocks(b(4) + 38) = 1 THEN GOTO doner LET b(1) = b(1) - 19 LET b(3) = b(3) + 19 LET b(4) = b(4) + 38 LET position = 1 GOTO doner END IF END IF GOTO nographics doner: graphics nographics: END SUB

10 H=&H100 20 IF H <> 256 THEN 900 30 B=&B100000000 40 IF B <> 256 THEN 900 50 O=&O400 60 IF O <> 256 THEN 900 70 D=256 80 IF D <> 256 THEN 900 200 PRINT "SUCCESS" 210 END 900 PRINT "FAILED" 999 END

10 FOR I = 1 TO 5 20 FOR J = 1 TO 5 30 PRINT J 40 NEXT I 50 PRINT I 60 NEXT I

10 :REMARK MENU.BAS NAVPROGseven Air Navigation Menu 06-Jan-82 20 :REMARK 30 :REMARK Developed by\tAlan Bose (AOPA 642188) 40 :REMARK \t\t\tVice President, Taildragger Flyers 50 :REMARK \t\t\tRoss Field, Benton Harbor, MI 60 :REMARK \t\t\tUpdated 16-Mar-82 /JB/ 70 CLEAR 1000:WIDTH 80:ON ERROR GOTO 540 80 DEF FN C$(C1,C2)=Y$+CHR$(C1+31)+CHR$(C2+31) 90 BL$=CHR$(7):E$=CHR$(27):ER$=E$+"E":L$=E$+"l":P$=E$+"p":Q$=E$+"q": \n J1$=E$+"J":Y$=E$+"Y":PRINT ER$ 100 :REMARK 110 OPEN"I",1,"DISCID.DAT":LINE INPUT #1,ID$ 120 CLOSE:IF ID$="172" THEN 150 130 PRINT ER$;"At tone place NAVPROGseven PROGRAM DISC on drive SY0:":PRINT: \n RESET"SY0:":GOTO110 140 :REMARK 150 OPEN"I",1,"SY1:DISCID.DAT":LINE INPUT#1,ID$ 160 CLOSE:IF ID$="182" THEN 190 170 PRINT ER$;"Place NAVPROGseven DATA DISC on drive SY1:": \n PRINT:RESET"SY1:":GOTO150 180 :REMARK 190 PRINT E$+"x1";FN C$(25,1);ER$;FN C$(1,1);ER$ 200 HD$="A I R N A V I G A T I O N M E N U" 210 PRINT FN C$(2,1);P$ 220 PRINT TAB(40-LEN(HD$)/2);HD$;TAB(79);Q$ 230 PRINT FN C$(6,20);"1 - Directions & Guidance" 240 PRINT FN C$(8,20);"2 - Input/revise Airport & Navaid Data" 250 PRINT FN C$(10,20);"3 - Input/revise Aircraft Performance Data" 260 PRINT FN C$(12,20);"4 - Automatic Route Preparation" 270 PRINT FN C$(14,20);"5 - Air Navigation & Flight Planning" 280 PRINT FN C$(16,20);"6 - Navigate Pre-planned Route" 290 PRINT FN C$(18,20);"7 - Sort & list data on file" 300 PRINT FN C$(21,26);J1$;"Enter selection <EXIT> "; 310 X$=INPUT$(1):PRINT X$:X=VAL(X$) 320 IF X$=CHR$(13) THEN PRINT ER$;"...services terminated. Squawk 1200.": \n PRINT"Frequency change approved. Have a good flight.":SYSTEM:END 330 IF X<1 OR X>7 THEN PRINT BL$:GOTO 300 340 :REMARK 350 PRINT ER$;"Standby one..." 360 ON X GOTO 460,370,380,390,400,430,440 370 LOAD"AIRINPUT",R 380 LOAD"AIRCRAFT",R 390 LOAD"SY1:AUTONAV",R 400 OPEN"I",1,"SY1:FLIGHT.SEQ":CLOSE 410 LOAD"NAVPROG7",R 420 LOAD"AIRROUTE",R 430 LOAD"OLDROUTE",R 440 LOAD"SY1:AIRALPHA",R 450 :REMARK 460 PRINT ER$;FNC$(25,11);"Press ";P$;"SCROLL";Q$;" for next line or ";P$; \n "SHIFT/SCROLL";Q$;" for next page";E$+"H";ER$;E$+"[" 470 OPEN"I",1,"SY1:NAVPROG.DOC" 480 LINE INPUT #1,A$ 490 PRINT A$ 500 GOTO 480 510 CLOSE:PRINT E$+"\";FNC$(25,25);L$;"Hit <RETURN> to continue..."; 520 X$=INPUT$(1):GOTO10 530 END 540 :REMARK error trap 550 IF ERR=53 AND ERL=400 THEN RESUME 420 560 IF ERR=63 AND ERL=480 THEN RESUME 510 570 IF ERL=150 AND (ERR=53 OR ERR=65) THEN RESUME 170 580 IF ERL=110 AND ERR=53 THEN RESUME 130 590 ON ERROR GOTO 0

CLS SCREEN 12 PALETTE 12, 63 COLOR 0 FOR i = 10 TO 18 LOCATE i, 25 COLOR 9 PRINT STRING$(10, CHR$(219)) NEXT i FOR i = 10 TO 18 LOCATE i, 44 COLOR 12 PRINT STRING$(10, CHR$(219)) NEXT i edu = 35 agi = 7 str = 7 eedu = 35 eagi = 7 estr = 7 ehealth = eedu health = edu DO UNTIL ehealth = 0 OR health = 0 t$ = INKEY$ IF t$ = "a" OR t$ = "A" THEN FOR u = 44 TO 35 STEP -1 LOCATE 15, u COLOR 12 PRINT CHR$(219) FOR i = 1 TO 100 'will be replace by time NEXT i NEXT u RANDOMIZE TIMER block = INT(RND * agi + 10) + 1 SELECT CASE block CASE 1 TO 10 LET edu = edu - 1 IF edu = 0 THEN GOTO win CASE IS > 11 END SELECT END IF IF t$ = "s" OR t$ = "S" THEN FOR u = 44 TO 25 STEP -1 LOCATE 15, u COLOR 12 PRINT CHR$(219) FOR i = 1 TO 100 'will be replace by time NEXT i NEXT u RANDOMIZE TIMER block = INT(RND * agi + 10) + 1 SELECT CASE block CASE 1 TO 10 LET edu = edu - 1 IF edu = 0 THEN GOTO win CASE IS > 11 END SELECT END IF IF t$ = "q" OR t$ = "Q" THEN FOR u = 44 TO 25 STEP -1 LOCATE 15, u COLOR 12 PRINT CHR$(219) FOR i = 1 TO 100 'will be replace by time NEXT i NEXT u RANDOMIZE TIMER block = INT(RND * agi + 10) + 1 SELECT CASE block CASE 1 TO 10 LET edu = edu - 1 IF edu = 0 THEN GOTO win CASE IS > 11 END SELECT END IF IF t$ = "w" OR t$ = "W" THEN FOR u = 44 TO 25 STEP -1 LOCATE 15, u COLOR 12 PRINT CHR$(219) FOR i = 1 TO 100 'will be replace by time NEXT i NEXT u RANDOMIZE TIMER block = INT(RND * agi + 10) + 1 SELECT CASE block CASE 1 TO 10 LET edu = edu - 1 IF edu = 0 THEN GOTO win CASE IS > 11 END SELECT END IF LOOP win: PRINT "You won!" END

CLS SCREEN 1 COLOR 14,1 LOCATE 2,2 INPUT " JAK JSE JMENUJETE " ;A$ CLS LOCATE 2,2 PRINT " VíTáM UžIVATELE JMéNEM " LOCATE 3,2 PRINT A$ SOUND 100+12,80 END

'ULTIMA299.BAS is a software application that enables the user to 'program their computer to conduct abbreviated-combinatorial analysis 'of card games belonging to the Blackjack family of table-card games. 'Copyright (C) 2016 Kevin Michael McDaniel 'This program is free software: you can redistribute it and/or modify 'it under the terms of the GNU General Public License as published by 'the Free Software Foundation, either version 3 of the License, or '(at your option) any later version. 'This program is distributed in the hope that it will be useful, 'but WITHOUT ANY WARRANTY; without even the implied warranty of 'MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the 'GNU General Public License for more details. 'You should have received a copy of the GNU General Public License 'along with this program. If not, see <http://www.gnu.org/licenses/>. _TITLE "ULTIMA299.BAS" TYPE rec dv1 AS DOUBLE dv2 AS DOUBLE dv3 AS DOUBLE dv4 AS DOUBLE dv5 AS DOUBLE dv6 AS DOUBLE dv7 AS DOUBLE dv8 AS DOUBLE dv9 AS DOUBLE dv10 AS DOUBLE dv11 AS DOUBLE dv12 AS DOUBLE dv13 AS DOUBLE fv1 AS DOUBLE fv2 AS DOUBLE fv3 AS DOUBLE fv4 AS DOUBLE fv5 AS DOUBLE fv6 AS DOUBLE fv7 AS DOUBLE fv8 AS DOUBLE fv9 AS DOUBLE fv10 AS DOUBLE fv11 AS DOUBLE fv12 AS DOUBLE fv13 AS DOUBLE description AS STRING * 80 END TYPE TYPE short nor AS INTEGER fr AS INTEGER fl AS SINGLE sr AS INTEGER sl AS SINGLE tr AS INTEGER tl AS SINGLE rr AS INTEGER rl AS SINGLE vr AS INTEGER vl AS SINGLE xr AS INTEGER xl AS SINGLE nr AS INTEGER nl AS SINGLE er AS INTEGER el AS SINGLE nnr AS INTEGER nnl AS SINGLE lr AS INTEGER ll AS SINGLE END TYPE TYPE str description AS STRING * 80 END TYPE TYPE bsrules c1 AS INTEGER c2 AS INTEGER c3 AS INTEGER c4 AS INTEGER c5 AS INTEGER c6 AS INTEGER c7 AS INTEGER c8 AS INTEGER c9 AS INTEGER cT AS INTEGER cJ AS INTEGER cQ AS INTEGER cK AS INTEGER j AS INTEGER dwt AS INTEGER dbc AS INTEGER hole AS INTEGER push AS INTEGER ten AS INTEGER schw AS INTEGER ls AS INTEGER early AS INTEGER splt AS INTEGER nsh AS INTEGER rsa AS INTEGER das AS INTEGER dh AS INTEGER ld AS INTEGER blackjack AS SINGLE ins AS INTEGER dsa AS INTEGER bjsh AS INTEGER deck AS INTEGER shf AS INTEGER immed AS INTEGER pbd AS INTEGER b21po AS INTEGER ms777 AS SINGLE ss777 AS SINGLE sp777 AS SINGLE jp777 AS SINGLE po5c21 AS SINGLE po6c21 AS SINGLE po7c21 AS SINGLE po8c21 AS SINGLE ms678 AS SINGLE ss678 AS SINGLE sp678 AS SINGLE dd AS INTEGER dd3 AS INTEGER dd4 AS INTEGER dd5 AS INTEGER dd6 AS INTEGER dd7 AS INTEGER description AS STRING * 80 END TYPE TYPE bs far AS INTEGER sar AS INTEGER r AS INTEGER hit AS SINGLE END TYPE TYPE comp adc0 AS DOUBLE adc1 AS DOUBLE adc2 AS DOUBLE adc3 AS DOUBLE adc4 AS DOUBLE adc5 AS DOUBLE adc6 AS DOUBLE adc7 AS DOUBLE adc8 AS DOUBLE adc9 AS DOUBLE adc10 AS DOUBLE adc11 AS DOUBLE adc12 AS DOUBLE adc13 AS DOUBLE adc14 AS DOUBLE hmr AS LONG ap AS INTEGER description AS STRING * 80 END TYPE TYPE xbase dat AS SINGLE END TYPE DIM database AS xbase: DIM ez AS rec: DIM sd AS bsrules: DIM num AS bs: DIM wow AS str: DIM mdc AS comp: DIM adc(14, 600) AS DOUBLE: DIM aq(54, 9, 32) DIM ir(54, 9) AS short: DIM ifar(54, 9) AS short: DIM isar(54, 9) AS short: DIM g(32) AS INTEGER: DIM h(32) AS INTEGER: DIM splithands(10, 9) AS DOUBLE DIM hit(54, 9): DIM sar(54, 9) AS INTEGER: DIM far(54, 9) AS INTEGER: DIM br(54, 9) AS INTEGER: DIM dmult(14) AS INTEGER: DIM dadd(14) AS INTEGER: DIM dp(14) AS DOUBLE DIM pfar(54, 9, 32, 24): DIM dfar(54, 9, 11): DIM psar(54, 9, 32, 24): DIM dsar(54, 9, 11): DIM dbr(54, 9, 11): DIM pbr(54, 9, 32, 24) DIM duc(10): DIM f(29, 24) AS DOUBLE: DIM mc(33) AS DOUBLE: DIM df(11) AS DOUBLE: DIM mv(5) AS INTEGER: DIM puc(54): DIM dd(3 TO 7) AS INTEGER: DIM mc21po(11): DIM card(10) DIM cv(14): DIM dv(13) AS DOUBLE: DIM ev(13) AS DOUBLE: DIM fv(13) AS DOUBLE: DIM gv(14) AS DOUBLE: DIM bc(12) AS INTEGER DIM pc1 AS INTEGER: DIM pc2 AS INTEGER: DIM dc1 AS INTEGER: GOTO 226 777 dmult(2) = pc1 * pc2: dadd(2) = pc1 + pc2: dp(2) = 1 IF bjsh% = 1 THEN IF dadd(2) = 19 THEN f(I, 17) = f(I, 17) + dp(2): GOTO 18 IF dadd(2) > g - 3 THEN mv(1) = dadd(2) - 10: f(I, mv(1)) = f(I, mv(1)) + dp(2): GOTO 18 IF dmult(2) = 0 AND dadd(2) > h - 1 THEN mv(1) = dadd(2): f(I, mv(1)) = f(I, mv(1)) + dp(2): GOTO 18 FOR s = 0 TO 9 STEP 1 dmult(3) = dmult(2) * s: dadd(3) = dadd(2) + s IF mc(s) < 1 THEN mc(14) = mc(s) ELSE mc(14) = 1 IF mc(s) = 0 THEN GOTO 19 ELSE dp(3) = dp(2) * mc(s) / mc(10): mc(s) = mc(s) - mc(14): mc(10) = mc(10) - mc(14) IF b21po% = 1 THEN IF dadd(3) = 18 THEN IF pc1 = 6 AND pc2 = 6 THEN IF dc1 = 6 THEN po777 = mc21po(1) + mc21po(11) ELSE po777 = mc21po(1) + mc21po(2) + mc21po(3) IF po777 <> 0 THEN f(I, 18) = f(I, 18) + dp(3): mc(s) = mc(s) + mc(14): mc(10) = mc(10) + mc(14): GOTO 19 END IF IF pc1 = 5 THEN IF pc2 = 6 OR pc2 = 7 THEN po678 = mc21po(8) + mc21po(9) + mc21po(10): IF po678 <> 0 THEN f(I, 19) = f(I, 19) + dp(3): mc(s) = mc(s) + mc(14): mc(10) = mc(10) + mc(14): GOTO 19 IF pc1 = 6 THEN IF pc2 = 5 OR pc2 = 7 THEN po678 = mc21po(8) + mc21po(9) + mc21po(10): IF po678 <> 0 THEN f(I, 19) = f(I, 19) + dp(3): mc(s) = mc(s) + mc(14): mc(10) = mc(10) + mc(14): GOTO 19 IF pc1 = 7 THEN IF pc2 = 5 OR pc2 = 6 THEN po678 = mc21po(8) + mc21po(9) + mc21po(10): IF po678 <> 0 THEN f(I, 19) = f(I, 19) + dp(3): mc(s) = mc(s) + mc(14): mc(10) = mc(10) + mc(14): GOTO 19 END IF END IF IF dadd(3) > g - 4 THEN mv(1) = dadd(3) - 9: f(I, mv(1)) = f(I, mv(1)) + dp(3): mc(s) = mc(s) + mc(14): mc(10) = mc(10) + mc(14): GOTO 19 IF dmult(3) = 0 AND dadd(3) > h - 2 AND dadd(3) < 9 THEN mv(1) = dadd(3) + 1: f(I, mv(1)) = f(I, mv(1)) + dp(3): mc(s) = mc(s) + mc(14): mc(10) = mc(10) + mc(14): GOTO 19 IF dd(3) = 1 AND dadd(3) + 1 - k < 10 THEN IF split% <> 1 THEN ddn = k / 2 * (19 - k) + dadd(3) + 1 - k: IF br(ddn, m) = 32 THEN dd% = 2 ELSE dd% = 1 IF split% = 1 AND das% = 1 THEN IF pc1 <= pc2 THEN ddn = pc1 / 2 * (19 - pc1) + dadd(3) + 1 - pc1: IF sar(ddn, m) = 32 THEN dd% = 2 ELSE dd% = 1 IF pc2 < pc1 THEN ddn = pc2 / 2 * (19 - pc2) + dadd(3) + 1 - pc2: IF far(ddn, m) = 32 THEN dd% = 2 ELSE dd% = 1 END IF IF split% = 1 AND das% <> 1 THEN dd% = 1 END IF FOR t = 0 TO 9 STEP 1 dmult(4) = dmult(3) * t: dadd(4) = dadd(3) + t IF mc(t) < 1 THEN mc(15) = mc(t) ELSE mc(15) = 1 IF mc(t) = 0 THEN GOTO 20 ELSE dp(4) = dp(3) * mc(t) / mc(10): mc(t) = mc(t) - mc(15): mc(10) = mc(10) - mc(15) IF dadd(4) > g - 5 THEN mv(1) = dadd(4) - 8: f(I, mv(1)) = f(I, mv(1)) + dp(4) * dd%: mc(t) = mc(t) + mc(15): mc(10) = mc(10) + mc(15): GOTO 20 IF dmult(4) = 0 AND dadd(4) > h - 3 AND dadd(4) < 8 THEN mv(1) = dadd(4) + 2: f(I, mv(1)) = f(I, mv(1)) + dp(4) * dd%: mc(t) = mc(t) + mc(15): mc(10) = mc(10) + mc(15): GOTO 20 IF dd% = 2 THEN IF dmult(4) = 0 AND dadd(4) < 8 THEN mv(1) = dadd(4) + 2 ELSE mv(1) = dadd(4) - 8 IF mv(1) < 0 THEN mv(1) = 0 f(I, mv(1)) = f(I, mv(1)) + dp(4) * dd% mc(t) = mc(t) + mc(15) mc(10) = mc(10) + mc(15) GOTO 20 END IF IF dd(4) = 1 AND dadd(4) + 2 - k < 10 THEN IF split% <> 1 THEN ddn = k / 2 * (19 - k) + dadd(4) + 2 - k: IF br(ddn, m) = 32 THEN dd% = 2 ELSE dd% = 1 IF split% = 1 AND das% = 1 THEN IF pc1 <= pc2 THEN ddn = pc1 / 2 * (19 - pc1) + dadd(4) + 2 - pc1: IF sar(ddn, m) = 32 THEN dd% = 2 ELSE dd% = 1 IF pc2 < pc1 THEN ddn = pc2 / 2 * (19 - pc2) + dadd(4) + 2 - pc2: IF far(ddn, m) = 32 THEN dd% = 2 ELSE dd% = 1 END IF IF split% = 1 AND das% <> 1 THEN dd% = 1 END IF FOR u = 0 TO 9 STEP 1 dmult(5) = dmult(4) * u: dadd(5) = dadd(4) + u IF mc(u) < 1 THEN mc(16) = mc(u) ELSE mc(16) = 1 IF mc(u) = 0 THEN GOTO 21 ELSE dp(5) = dp(4) * mc(u) / mc(10): mc(u) = mc(u) - mc(16): mc(10) = mc(10) - mc(16) IF dadd(5) > g - 6 THEN mv(1) = dadd(5) - 7 IF b21po% = 1 AND mv(1) = 9 THEN IF mc21po(4) <> 0 THEN f(I, 20) = f(I, 20) + dp(5) * dd%: mc(u) = mc(u) + mc(16): mc(10) = mc(10) + mc(16): GOTO 21 f(I, mv(1)) = f(I, mv(1)) + dp(5) * dd%: mc(u) = mc(u) + mc(16): mc(10) = mc(10) + mc(16): GOTO 21 END IF IF dmult(5) = 0 AND dadd(5) > h - 4 AND dadd(5) < 7 THEN mv(1) = dadd(5) + 3 IF b21po% = 1 AND mv(1) = 9 THEN IF mc21po(4) <> 0 THEN f(I, 20) = f(I, 20) + dp(5) * dd%: mc(u) = mc(u) + mc(16): mc(10) = mc(10) + mc(16): GOTO 21 f(I, mv(1)) = f(I, mv(1)) + dp(5) * dd%: mc(u) = mc(u) + mc(16): mc(10) = mc(10) + mc(16): GOTO 21 END IF IF dd% = 2 THEN IF dmult(5) = 0 AND dadd(5) < 7 THEN mv(1) = dadd(5) + 3 ELSE mv(1) = dadd(5) - 7 IF mv(1) < 0 THEN mv(1) = 0 f(I, mv(1)) = f(I, mv(1)) + dp(5) * dd% mc(u) = mc(u) + mc(16) mc(10) = mc(10) + mc(16) GOTO 21 END IF IF dd(5) = 1 AND dadd(5) + 3 - k < 10 THEN IF split% <> 1 THEN ddn = k / 2 * (19 - k) + dadd(5) + 3 - k: IF br(ddn, m) = 32 THEN dd% = 2 ELSE dd% = 1 IF split% = 1 AND das% = 1 THEN IF pc1 <= pc2 THEN ddn = pc1 / 2 * (19 - pc1) + dadd(5) + 3 - pc1: IF sar(ddn, m) = 32 THEN dd% = 2 ELSE dd% = 1 IF pc2 < pc1 THEN ddn = pc2 / 2 * (19 - pc2) + dadd(5) + 3 - pc2: IF far(ddn, m) = 32 THEN dd% = 2 ELSE dd% = 1 END IF IF split% = 1 AND das% <> 1 THEN dd% = 1 END IF FOR v = 0 TO 9 STEP 1 dmult(6) = dmult(5) * v: dadd(6) = dadd(5) + v IF mc(v) < 1 THEN mc(17) = mc(v) ELSE mc(17) = 1 IF mc(v) = 0 THEN GOTO 22 ELSE dp(6) = dp(5) * mc(v) / mc(10): mc(v) = mc(v) - mc(17): mc(10) = mc(10) - mc(17) IF schw% = 1 THEN IF dadd(6) < 16 THEN f(I, 24) = f(I, 24) + dp(6): mc(v) = mc(v) + mc(17): mc(10) = mc(10) + mc(17): GOTO 22 IF dadd(6) > g - 7 THEN mv(1) = dadd(6) - 6 IF b21po% = 1 AND mv(1) = 9 THEN IF mc21po(5) <> 0 THEN f(I, 21) = f(I, 21) + dp(6) * dd%: mc(v) = mc(v) + mc(17): mc(10) = mc(10) + mc(17): GOTO 22 f(I, mv(1)) = f(I, mv(1)) + dp(6) * dd%: mc(v) = mc(v) + mc(17): mc(10) = mc(10) + mc(17): GOTO 22 END IF IF dmult(6) = 0 AND dadd(6) > h - 5 AND dadd(6) < 6 THEN mv(1) = dadd(6) + 4 IF b21po% = 1 AND mv(1) = 9 THEN IF mc21po(5) <> 0 THEN f(I, 21) = f(I, 21) + dp(6) * dd%: mc(v) = mc(v) + mc(17): mc(10) = mc(10) + mc(17): GOTO 22 f(I, mv(1)) = f(I, mv(1)) + dp(6) * dd%: mc(v) = mc(v) + mc(17): mc(10) = mc(10) + mc(17): GOTO 22 END IF IF dd% = 2 THEN IF dmult(6) = 0 AND dadd(6) < 6 THEN mv(1) = dadd(6) + 4 ELSE mv(1) = dadd(6) - 6 IF mv(1) < 0 THEN mv(1) = 0 f(I, mv(1)) = f(I, mv(1)) + dp(6) * dd% mc(v) = mc(v) + mc(17) mc(10) = mc(10) + mc(17) GOTO 22 END IF IF dd(6) = 1 AND dadd(6) + 4 - k < 10 THEN IF split% <> 1 THEN ddn = k / 2 * (19 - k) + dadd(6) + 4 - k: IF br(ddn, m) = 32 THEN dd% = 2 ELSE dd% = 1 IF split% = 1 AND das% = 1 THEN IF pc1 <= pc2 THEN ddn = pc1 / 2 * (19 - pc1) + dadd(6) + 4 - pc1: IF sar(ddn, m) = 32 THEN dd% = 2 ELSE dd% = 1 IF pc2 < pc1 THEN ddn = pc2 / 2 * (19 - pc2) + dadd(6) + 4 - pc2: IF far(ddn, m) = 32 THEN dd% = 2 ELSE dd% = 1 END IF IF split% = 1 AND das% <> 1 THEN dd% = 1 END IF FOR w = 0 TO 9 STEP 1 dmult(7) = dmult(6) * w: dadd(7) = dadd(6) + w IF mc(w) < 1 THEN mc(12) = mc(w) ELSE mc(12) = 1 IF mc(w) = 0 THEN GOTO 23 ELSE dp(7) = dp(6) * mc(w) / mc(10): mc(w) = mc(w) - mc(12): mc(10) = mc(10) - mc(12) IF dadd(7) > g - 8 THEN mv(1) = dadd(7) - 5 IF b21po% = 1 AND mv(1) = 9 THEN IF mc21po(6) <> 0 THEN f(I, 22) = f(I, 22) + dp(7) * dd%: mc(w) = mc(w) + mc(12): mc(10) = mc(10) + mc(12): GOTO 23 f(I, mv(1)) = f(I, mv(1)) + dp(7) * dd%: mc(w) = mc(w) + mc(12): mc(10) = mc(10) + mc(12): GOTO 23 END IF IF dmult(7) = 0 AND dadd(7) > h - 6 AND dadd(7) < 5 THEN mv(1) = dadd(7) + 5 IF b21po% = 1 AND mv(1) = 9 THEN IF mc21po(6) <> 0 THEN f(I, 22) = f(I, 22) + dp(7) * dd%: mc(w) = mc(w) + mc(12): mc(10) = mc(10) + mc(12): GOTO 23 f(I, mv(1)) = f(I, mv(1)) + dp(7) * dd%: mc(w) = mc(w) + mc(12): mc(10) = mc(10) + mc(12): GOTO 23 END IF IF dd% = 2 THEN IF dmult(7) = 0 AND dadd(7) < 5 THEN mv(1) = dadd(7) + 5 ELSE mv(1) = dadd(7) - 5 IF mv(1) < 0 THEN mv(1) = 0 f(I, mv(1)) = f(I, mv(1)) + dp(7) * dd% mc(w) = mc(w) + mc(12) mc(10) = mc(10) + mc(12) GOTO 23 END IF IF dd(7) = 1 AND dadd(7) + 5 - k < 10 THEN IF split% <> 1 THEN ddn = k / 2 * (19 - k) + dadd(7) + 5 - k: IF br(ddn, m) = 32 THEN dd% = 2 ELSE dd% = 1 IF split% = 1 AND das% = 1 THEN IF pc1 <= pc2 THEN ddn = pc1 / 2 * (19 - pc1) + dadd(7) + 5 - pc1: IF sar(ddn, m) = 32 THEN dd% = 2 ELSE dd% = 1 IF pc2 < pc1 THEN ddn = pc2 / 2 * (19 - pc2) + dadd(7) + 5 - pc2: IF far(ddn, m) = 32 THEN dd% = 2 ELSE dd% = 1 END IF IF split% = 1 AND das% <> 1 THEN dd% = 1 END IF FOR o = 0 TO 9 STEP 1 dmult(8) = dmult(7) * o: dadd(8) = dadd(7) + o IF mc(o) < 1 THEN mc(18) = mc(o) ELSE mc(18) = 1 IF mc(o) = 0 THEN GOTO 24 ELSE dp(8) = dp(7) * mc(o) / mc(10): mc(o) = mc(o) - mc(18): mc(10) = mc(10) - mc(18) IF dadd(8) > g - 9 THEN mv(1) = dadd(8) - 4 IF b21po% = 1 AND mv(1) = 9 THEN IF mc21po(7) <> 0 THEN f(I, 23) = f(I, 23) + dp(8) * dd%: mc(o) = mc(o) + mc(18): mc(10) = mc(10) + mc(18): GOTO 24 f(I, mv(1)) = f(I, mv(1)) + dp(8) * dd%: mc(o) = mc(o) + mc(18): mc(10) = mc(10) + mc(18): GOTO 24 END IF IF dmult(8) = 0 AND dadd(8) > h - 7 AND dadd(8) < 4 THEN mv(1) = dadd(8) + 6 IF b21po% = 1 AND mv(1) = 9 THEN IF mc21po(7) <> 0 THEN f(I, 23) = f(I, 23) + dp(8) * dd%: mc(o) = mc(o) + mc(18): mc(10) = mc(10) + mc(18): GOTO 24 f(I, mv(1)) = f(I, mv(1)) + dp(8) * dd%: mc(o) = mc(o) + mc(18): mc(10) = mc(10) + mc(18): GOTO 24 END IF IF dd% = 2 THEN IF dmult(8) = 0 AND dadd(8) < 4 THEN mv(1) = dadd(8) + 6 ELSE mv(1) = dadd(8) - 4 IF mv(1) < 0 THEN mv(1) = 0 f(I, mv(1)) = f(I, mv(1)) + dp(8) * dd% mc(o) = mc(o) + mc(18) mc(10) = mc(10) + mc(18) GOTO 24 END IF FOR aa = 0 TO 9 STEP 1 dmult(9) = dmult(8) * aa: dadd(9) = dadd(8) + aa IF mc(aa) < 1 THEN mc(22) = mc(aa) ELSE mc(22) = 1 IF mc(aa) = 0 THEN GOTO 25 ELSE dp(9) = dp(8) * mc(aa) / mc(10): mc(aa) = mc(aa) - mc(22): mc(10) = mc(10) - mc(22) IF dadd(9) > g - 10 THEN mv(1) = dadd(9) - 3: f(I, mv(1)) = f(I, mv(1)) + dp(9): mc(aa) = mc(aa) + mc(22): mc(10) = mc(10) + mc(22): GOTO 25 IF dmult(9) = 0 AND dadd(9) > h - 8 AND dadd(9) < 3 THEN mv(1) = dadd(9) + 7: f(I, mv(1)) = f(I, mv(1)) + dp(9): mc(aa) = mc(aa) + mc(22): mc(10) = mc(10) + mc(22): GOTO 25 FOR ab = 0 TO 9 STEP 1 dmult(10) = dmult(9) * ab: dadd(10) = dadd(9) + ab IF mc(ab) < 1 THEN mc(23) = mc(ab) ELSE mc(23) = 1 IF mc(ab) = 0 THEN GOTO 26 ELSE dp(10) = dp(9) * mc(ab) / mc(10): mc(ab) = mc(ab) - mc(23): mc(10) = mc(10) - mc(23) IF dadd(10) > g - 11 THEN mv(1) = dadd(10) - 2: f(I, mv(1)) = f(I, mv(1)) + dp(10) * dd%: mc(ab) = mc(ab) + mc(23): mc(10) = mc(10) + mc(23): GOTO 26 IF dmult(10) = 0 AND dadd(10) > h - 9 AND dadd(10) < 2 THEN mv(1) = dadd(10) + 8: f(I, mv(1)) = f(I, mv(1)) + dp(10) * dd%: mc(ab) = mc(ab) + mc(23): mc(10) = mc(10) + mc(23): GOTO 26 FOR ac = 0 TO 9 STEP 1 dmult(11) = dmult(10) * ac: dadd(11) = dadd(10) + ac IF mc(ac) < 1 THEN mc(24) = mc(ac) ELSE mc(24) = 1 IF mc(ac) = 0 THEN GOTO 27 ELSE dp(11) = dp(10) * mc(ac) / mc(10): mc(ac) = mc(ac) - mc(24): mc(10) = mc(10) - mc(24) IF dadd(11) > g - 12 THEN mv(1) = dadd(11) - 1: f(I, mv(1)) = f(I, mv(1)) + dp(11): mc(ac) = mc(ac) + mc(24): mc(10) = mc(10) + mc(24): GOTO 27 IF dmult(11) = 0 AND dadd(11) > h - 10 AND dadd(11) < 1 THEN mv(1) = dadd(11) + 9: f(I, mv(1)) = f(I, mv(1)) + dp(11): mc(ac) = mc(ac) + mc(24): mc(10) = mc(10) + mc(24): GOTO 27 FOR ad = 0 TO 9 STEP 1 dmult(12) = dmult(11) * ad: dadd(12) = dadd(11) + ad IF mc(ad) < 1 THEN mc(28) = mc(ad) ELSE mc(28) = 1 IF mc(ad) = 0 THEN GOTO 15 ELSE dp(12) = dp(11) * mc(ad) / mc(10): mc(ad) = mc(ad) - mc(28): mc(10) = mc(10) - mc(28) IF dadd(12) > g - 13 THEN mv(1) = dadd(12) - 0: f(I, mv(1)) = f(I, mv(1)) + dp(12): mc(ad) = mc(ad) + mc(28): mc(10) = mc(10) + mc(28): GOTO 15 IF dmult(12) = 0 AND dadd(12) > h - 11 AND dadd(12) < 0 THEN mv(1) = dadd(12) + 10: f(I, mv(1)) = f(I, mv(1)) + dp(12): mc(ad) = mc(ad) + mc(28): mc(10) = mc(10) + mc(28): GOTO 15 FOR ae = 0 TO 9 STEP 1 dmult(13) = dmult(12) * ae: dadd(13) = dadd(12) + ae IF mc(ae) < 1 THEN mc(29) = mc(ae) ELSE mc(29) = 1 IF mc(ae) = 0 THEN GOTO 16 ELSE dp(13) = dp(12) * mc(ae) / mc(10): mc(ae) = mc(ae) - mc(29): mc(10) = mc(10) - mc(29) IF dadd(13) > g - 14 THEN mv(1) = dadd(13) + 1: f(I, mv(1)) = f(I, mv(1)) + dp(13) * dd%: mc(ae) = mc(ae) + mc(29): mc(10) = mc(10) + mc(29): GOTO 16 IF dmult(13) = 0 AND dadd(13) > h - 12 AND dadd(13) < -1 THEN mv(1) = dadd(13) + 11: f(I, mv(1)) = f(I, mv(1)) + dp(13) * dd%: mc(ae) = mc(ae) + mc(29): mc(10) = mc(10) + mc(29): GOTO 16 FOR af = 0 TO 9 STEP 1 dmult(14) = dmult(13) * af: dadd(14) = dadd(13) + af IF mc(af) < 1 THEN mc(30) = mc(af) ELSE mc(30) = 1 IF mc(af) = 0 THEN GOTO 17 ELSE dp(14) = dp(13) * mc(af) / mc(10): mc(af) = mc(af) - mc(30): mc(10) = mc(10) - mc(30) IF dadd(14) > g - 15 THEN mv(1) = dadd(14) + 2: f(I, mv(1)) = f(I, mv(1)) + dp(14): mc(af) = mc(af) + mc(30): mc(10) = mc(10) + mc(30): GOTO 17 IF dmult(14) = 0 AND dadd(14) > h - 13 AND dadd(14) < -2 THEN mv(1) = dadd(14) + 12: f(I, mv(1)) = f(I, mv(1)) + dp(14): mc(af) = mc(af) + mc(30): mc(10) = mc(10) + mc(30): GOTO 17 mc(af) = mc(af) + mc(30): mc(10) = mc(10) + mc(30): dd% = 1 17 NEXT af mc(ae) = mc(ae) + mc(29): mc(10) = mc(10) + mc(29): dd% = 1 16 NEXT ae mc(ad) = mc(ad) + mc(28): mc(10) = mc(10) + mc(28): dd% = 1 15 NEXT ad mc(ac) = mc(ac) + mc(24): mc(10) = mc(10) + mc(24): dd% = 1 27 NEXT ac mc(ab) = mc(ab) + mc(23): mc(10) = mc(10) + mc(23): dd% = 1 26 NEXT ab mc(aa) = mc(aa) + mc(22): mc(10) = mc(10) + mc(22): dd% = 1 25 NEXT aa mc(o) = mc(o) + mc(18): mc(10) = mc(10) + mc(18): dd% = 1 24 NEXT o mc(w) = mc(w) + mc(12): mc(10) = mc(10) + mc(12): dd% = 1 23 NEXT w mc(v) = mc(v) + mc(17): mc(10) = mc(10) + mc(17): dd% = 1 22 NEXT v mc(u) = mc(u) + mc(16): mc(10) = mc(10) + mc(16): dd% = 1 21 NEXT u mc(t) = mc(t) + mc(15): mc(10) = mc(10) + mc(15): dd% = 1 20 NEXT t mc(s) = mc(s) + mc(14): mc(10) = mc(10) + mc(14): dd% = 1 19 NEXT s 18 RETURN 666 dmult(1) = dc1: dadd(1) = dc1 FOR r = 0 TO 9 STEP 1 dmult(2) = dmult(1) * r: dadd(2) = dadd(1) + r IF mc(r) < 1 THEN mc(13) = mc(r) ELSE mc(13) = 1 IF mc(r) = 0 THEN GOTO 28 ELSE dp(2) = mc(r) / mc(10): mc(r) = mc(r) - mc(13): mc(10) = mc(10) - mc(13) IF dadd(2) > 14 THEN mv(1) = dadd(2) - 15: df(mv(1)) = df(mv(1)) + dp(2): mc(r) = mc(r) + mc(13): mc(10) = mc(10) + mc(13): GOTO 28 IF dmult(2) = 0 AND dadd(2) > j - 1 THEN mv(1) = dadd(2) - 5: df(mv(1)) = df(mv(1)) + dp(2): mc(r) = mc(r) + mc(13): mc(10) = mc(10) + mc(13): GOTO 28 FOR s = 0 TO 9 STEP 1 dmult(3) = dmult(2) * s: dadd(3) = dadd(2) + s IF mc(s) < 1 THEN mc(14) = mc(s) ELSE mc(14) = 1 IF mc(s) = 0 THEN GOTO 29 ELSE dp(3) = dp(2) * mc(s) / mc(10): mc(s) = mc(s) - mc(14): mc(10) = mc(10) - mc(14) IF dadd(3) > 13 THEN mv(1) = dadd(3) - 14: df(mv(1)) = df(mv(1)) + dp(3): mc(s) = mc(s) + mc(14): mc(10) = mc(10) + mc(14): GOTO 29 IF dmult(3) = 0 AND dadd(3) > j - 2 AND dadd(3) < 9 THEN mv(1) = dadd(3) - 4: df(mv(1)) = df(mv(1)) + dp(3): mc(s) = mc(s) + mc(14): mc(10) = mc(10) + mc(14): GOTO 29 FOR t = 0 TO 9 STEP 1 dmult(4) = dmult(3) * t: dadd(4) = dadd(3) + t IF mc(t) < 1 THEN mc(15) = mc(t) ELSE mc(15) = 1 IF mc(t) = 0 THEN GOTO 30 ELSE dp(4) = dp(3) * mc(t) / mc(10): mc(t) = mc(t) - mc(15): mc(10) = mc(10) - mc(15) IF dadd(4) > 12 THEN mv(1) = dadd(4) - 13: df(mv(1)) = df(mv(1)) + dp(4): mc(t) = mc(t) + mc(15): mc(10) = mc(10) + mc(15): GOTO 30 IF dmult(4) = 0 AND dadd(4) > j - 3 AND dadd(4) < 8 THEN mv(1) = dadd(4) - 3: df(mv(1)) = df(mv(1)) + dp(4): mc(t) = mc(t) + mc(15): mc(10) = mc(10) + mc(15): GOTO 30 FOR u = 0 TO 9 STEP 1 dmult(5) = dmult(4) * u: dadd(5) = dadd(4) + u IF mc(u) < 1 THEN mc(16) = mc(u) ELSE mc(16) = 1 IF mc(u) = 0 THEN GOTO 31 ELSE dp(5) = dp(4) * mc(u) / mc(10): mc(u) = mc(u) - mc(16): mc(10) = mc(10) - mc(16) IF dadd(5) > 11 THEN mv(1) = dadd(5) - 12: df(mv(1)) = df(mv(1)) + dp(5): mc(u) = mc(u) + mc(16): mc(10) = mc(10) + mc(16): GOTO 31 IF dmult(5) = 0 AND dadd(5) > j - 4 AND dadd(5) < 7 THEN mv(1) = dadd(5) - 2: df(mv(1)) = df(mv(1)) + dp(5): mc(u) = mc(u) + mc(16): mc(10) = mc(10) + mc(16): GOTO 31 FOR v = 0 TO 9 STEP 1 dmult(6) = dmult(5) * v: dadd(6) = dadd(5) + v IF mc(v) < 1 THEN mc(17) = mc(v) ELSE mc(17) = 1 IF mc(v) = 0 THEN GOTO 32 ELSE dp(6) = dp(5) * mc(v) / mc(10): mc(v) = mc(v) - mc(17): mc(10) = mc(10) - mc(17) IF dadd(6) > 10 THEN mv(1) = dadd(6) - 11: df(mv(1)) = df(mv(1)) + dp(6): mc(v) = mc(v) + mc(17): mc(10) = mc(10) + mc(17): GOTO 32 IF dmult(6) = 0 AND dadd(6) > j - 5 AND dadd(6) < 6 THEN mv(1) = dadd(6) - 1: df(mv(1)) = df(mv(1)) + dp(6): mc(v) = mc(v) + mc(17): mc(10) = mc(10) + mc(17): GOTO 32 FOR w = 0 TO 9 STEP 1 dmult(7) = dmult(6) * w: dadd(7) = dadd(6) + w IF mc(w) < 1 THEN mc(12) = mc(w) ELSE mc(12) = 1 IF mc(w) = 0 THEN GOTO 33 ELSE dp(7) = dp(6) * mc(w) / mc(10): mc(w) = mc(w) - mc(12): mc(10) = mc(10) - mc(12) IF dadd(7) > 9 THEN mv(1) = dadd(7) - 10: df(mv(1)) = df(mv(1)) + dp(7): mc(w) = mc(w) + mc(12): mc(10) = mc(10) + mc(12): GOTO 33 IF dmult(7) = 0 AND dadd(7) > j - 6 AND dadd(7) < 5 THEN mv(1) = dadd(7): df(mv(1)) = df(mv(1)) + dp(7): mc(w) = mc(w) + mc(12): mc(10) = mc(10) + mc(12): GOTO 33 FOR o = 0 TO 9 STEP 1 dmult(8) = dmult(7) * o: dadd(8) = dadd(7) + o IF mc(o) < 1 THEN mc(18) = mc(o) ELSE mc(18) = 1 IF mc(o) = 0 THEN GOTO 34 ELSE dp(8) = dp(7) * mc(o) / mc(10): mc(o) = mc(o) - mc(18): mc(10) = mc(10) - mc(18) IF dadd(8) > 8 THEN mv(1) = dadd(8) - 9: df(mv(1)) = df(mv(1)) + dp(8): mc(o) = mc(o) + mc(18): mc(10) = mc(10) + mc(18): GOTO 34 IF dmult(8) = 0 AND dadd(8) > j - 7 AND dadd(8) < 4 THEN mv(1) = dadd(8) + 1: df(mv(1)) = df(mv(1)) + dp(8): mc(o) = mc(o) + mc(18): mc(10) = mc(10) + mc(18): GOTO 34 FOR aa = 0 TO 9 STEP 1 dmult(9) = dmult(8) * aa: dadd(9) = dadd(8) + aa IF mc(aa) < 1 THEN mc(25) = mc(aa) ELSE mc(25) = 1 IF mc(aa) = 0 THEN GOTO 35 ELSE dp(9) = dp(8) * mc(aa) / mc(10): mc(aa) = mc(aa) - mc(25): mc(10) = mc(10) - mc(25) IF dadd(9) > 7 THEN mv(1) = dadd(9) - 8: df(mv(1)) = df(mv(1)) + dp(9): mc(aa) = mc(aa) + mc(25): mc(10) = mc(10) + mc(25): GOTO 35 IF dmult(9) = 0 AND dadd(9) > j - 8 AND dadd(9) < 3 THEN mv(1) = dadd(9) + 2: df(mv(1)) = df(mv(1)) + dp(9): mc(aa) = mc(aa) + mc(25): mc(10) = mc(10) + mc(25): GOTO 35 FOR ab = 0 TO 9 STEP 1 dmult(10) = dmult(9) * ab: dadd(10) = dadd(9) + ab IF mc(ab) < 1 THEN mc(26) = mc(ab) ELSE mc(26) = 1 IF mc(ab) = 0 THEN GOTO 36 ELSE dp(10) = dp(9) * mc(ab) / mc(10): mc(ab) = mc(ab) - mc(26): mc(10) = mc(10) - mc(26) IF dadd(10) > 6 THEN mv(1) = dadd(10) - 7: df(mv(1)) = df(mv(1)) + dp(10): mc(ab) = mc(ab) + mc(26): mc(10) = mc(10) + mc(26): GOTO 36 IF dmult(10) = 0 AND dadd(10) > j - 9 AND dadd(10) < 2 THEN mv(1) = dadd(10) + 3: df(mv(1)) = df(mv(1)) + dp(10): mc(ab) = mc(ab) + mc(26): mc(10) = mc(10) + mc(26): GOTO 36 FOR ac = 0 TO 9 STEP 1 dmult(11) = dmult(10) * ac: dadd(11) = dadd(10) + ac IF mc(ac) < 1 THEN mc(27) = mc(ac) ELSE mc(27) = 1 IF mc(ac) = 0 THEN GOTO 37 ELSE dp(11) = dp(10) * mc(ac) / mc(10): mc(ac) = mc(ac) - mc(27): mc(10) = mc(10) - mc(27) IF dadd(11) > 5 THEN mv(1) = dadd(11) - 6: df(mv(1)) = df(mv(1)) + dp(11): mc(ac) = mc(ac) + mc(27): mc(10) = mc(10) + mc(27): GOTO 37 IF dmult(11) = 0 AND dadd(11) > j - 10 AND dadd(11) < 1 THEN mv(1) = dadd(11) + 4: df(mv(1)) = df(mv(1)) + dp(11): mc(ac) = mc(ac) + mc(27): mc(10) = mc(10) + mc(27): GOTO 37 FOR ad = 0 TO 9 STEP 1 dmult(12) = dmult(11) * ad: dadd(12) = dadd(11) + ad IF mc(ad) < 1 THEN mc(31) = mc(ad) ELSE mc(31) = 1 IF mc(ad) = 0 THEN GOTO 38 ELSE dp(12) = dp(11) * mc(ad) / mc(10): mc(ad) = mc(ad) - mc(31): mc(10) = mc(10) - mc(31) IF dadd(12) > 4 THEN mv(1) = dadd(12) - 5: df(mv(1)) = df(mv(1)) + dp(12): mc(ad) = mc(ad) + mc(31): mc(10) = mc(10) + mc(31): GOTO 38 IF dmult(12) = 0 AND dadd(12) > j - 11 AND dadd(12) < 0 THEN mv(1) = dadd(12) + 5: df(mv(1)) = df(mv(1)) + dp(12): mc(ad) = mc(ad) + mc(31): mc(10) = mc(10) + mc(31): GOTO 38 FOR ae = 0 TO 9 STEP 1 dmult(13) = dmult(12) * ae: dadd(13) = dadd(9) + ae IF mc(ae) < 1 THEN mc(32) = mc(ae) ELSE mc(32) = 1 IF mc(ae) = 0 THEN GOTO 39 ELSE dp(13) = dp(12) * mc(ae) / mc(10): mc(ae) = mc(ae) - mc(32): mc(10) = mc(10) - mc(32) IF dadd(13) > 3 THEN mv(1) = dadd(13) - 4: df(mv(1)) = df(mv(1)) + dp(13): mc(ae) = mc(ae) + mc(32): mc(10) = mc(10) + mc(32): GOTO 39 IF dmult(13) = 0 AND dadd(13) > j - 12 AND dadd(13) < -1 THEN mv(1) = dadd(13) + 6: df(mv(1)) = df(mv(1)) + dp(13): mc(ae) = mc(ae) + mc(32): mc(10) = mc(10) + mc(32): GOTO 39 FOR af = 0 TO 9 STEP 1 dmult(14) = dmult(13) * af: dadd(14) = dadd(13) + af IF mc(af) < 1 THEN mc(33) = mc(af) ELSE mc(33) = 1 IF mc(af) = 0 THEN GOTO 40 ELSE dp(14) = dp(13) * mc(af) / mc(10): mc(af) = mc(af) - mc(33): mc(10) = mc(10) - mc(33) IF dadd(14) > 2 THEN mv(1) = dadd(14) - 3: df(mv(1)) = df(mv(1)) + dp(14): mc(af) = mc(af) + mc(33): mc(10) = mc(10) + mc(33): GOTO 40 IF dmult(14) = 0 AND dadd(14) > j - 13 AND dadd(14) < -2 THEN mv(1) = dadd(14) + 7: df(mv(1)) = df(mv(1)) + dp(14): mc(af) = mc(af) + mc(33): mc(10) = mc(10) + mc(33): GOTO 40 mc(af) = mc(af) + mc(33): mc(10) = mc(10) + mc(33) 40 NEXT af mc(ae) = mc(ae) + mc(32): mc(10) = mc(10) + mc(32) 39 NEXT ae mc(ad) = mc(ad) + mc(31): mc(10) = mc(10) + mc(31) 38 NEXT ad mc(ac) = mc(ac) + mc(27): mc(10) = mc(10) + mc(27) 37 NEXT ac mc(ab) = mc(ab) + mc(26): mc(10) = mc(10) + mc(26) 36 NEXT ab mc(aa) = mc(aa) + mc(25): mc(10) = mc(10) + mc(25) 35 NEXT aa mc(o) = mc(o) + mc(18): mc(10) = mc(10) + mc(18) 34 NEXT o mc(w) = mc(w) + mc(12): mc(10) = mc(10) + mc(12) 33 NEXT w mc(v) = mc(v) + mc(17): mc(10) = mc(10) + mc(17) 32 NEXT v mc(u) = mc(u) + mc(16): mc(10) = mc(10) + mc(16) 31 NEXT u mc(t) = mc(t) + mc(15): mc(10) = mc(10) + mc(15) 30 NEXT t mc(s) = mc(s) + mc(14): mc(10) = mc(10) + mc(14) 29 NEXT s mc(r) = mc(r) + mc(13): mc(10) = mc(10) + mc(13) 28 NEXT r FOR y = 0 TO 9 df(10) = df(10) + df(y): NEXT y FOR y = 1 TO 5 df(11) = df(11) + df(4 + y): NEXT y IF push% <> 1 THEN IF dc1 = 0 THEN df(4) = df(4) - mc(9) / mc(10) FOR x = 0 TO 11 IF x = 10 THEN x = 11 IF dc1 = 0 THEN df(x) = df(x) / (1 - mc(9) / mc(10)) NEXT x END IF IF ten% <> 1 THEN IF dc1 = 9 THEN df(4) = df(4) - mc(0) / mc(10) FOR x = 0 TO 11 IF x = 10 THEN x = 11 IF dc1 = 9 THEN df(x) = df(x) / (1 - mc(0) / mc(10)) NEXT x END IF RETURN 888 IF pc1 <= pc2 THEN n = pc1 / 2 * (19 - pc1) + pc2 ELSE n = pc2 / 2 * (19 - pc2) + pc1 x = 0 IF split% <> 1 THEN hit(n, dc1) = -3 ELSE splithands(pc2, dc1) = -3 FOR v = 12 TO 19 FOR w = 5 TO 8 IF w + 12 < v THEN w = v - 12 x = x + 1 IF v >= hl% AND v <= hu% AND w + 12 >= sl% AND w + 12 <= su% THEN q# = 0 IF bjsh% <> 1 THEN f(x, 9) = f(x, 9) + f(x, 17): f(x, 17) = 0 IF po777 = 0 THEN f(x, 9) = f(x, 9) + f(x, 18): f(x, 18) = 0 IF po678 = 0 THEN f(x, 9) = f(x, 9) + f(x, 19): f(x, 19) = 0 IF mc21po(4) = 0 THEN f(x, 9) = f(x, 9) + f(x, 20): f(x, 20) = 0 IF mc21po(5) = 0 THEN f(x, 9) = f(x, 9) + f(x, 21): f(x, 21) = 0 IF mc21po(6) = 0 THEN f(x, 9) = f(x, 9) + f(x, 22): f(x, 22) = 0 IF mc21po(7) = 0 THEN f(x, 9) = f(x, 9) + f(x, 23): f(x, 23) = 0 FOR y = 0 TO 16 IF y > 9 THEN FOR z = 0 TO 4 q# = q# - f(x, y) * df(z) NEXT z FOR z = 1 TO 5 IF dbc% <> 1 AND dbc% <> 2 THEN q# = q# - f(x, y) * df(4 + z) IF dbc% = 1 OR dbc% = 2 THEN IF z + 21 < y + 12 THEN q# = q# - f(x, y) * df(4 + z) IF z + 21 = y + 12 THEN IF dwt% = 1 THEN q# = q# - f(x, y) * df(4 + z) IF dwt% <> 1 AND dbc% = 1 THEN q# = q# - f(x, y) * df(4 + z) * .5 END IF IF z + 21 > y + 12 AND dbc% = 2 THEN q# = q# + f(x, y) * df(4 + z) END IF NEXT z END IF IF y < 10 THEN FOR z = 0 TO 5 IF z = 5 THEN q# = q# + f(x, y) * df(11) IF z < 5 THEN IF z < y - 5 THEN q# = q# + f(x, y) * df(z) IF z < 5 THEN IF z > y - 5 THEN q# = q# - f(x, y) * df(z) IF z < 4 THEN IF z = y - 5 THEN IF dwt% = 1 THEN q# = q# - f(x, y) * df(z) IF z = 4 AND y = 9 THEN IF immed% = 1 THEN q# = q# + f(x, y) * df(4) IF immed% <> 1 AND dwt% = 1 THEN q# = q# - f(x, y) * df(4) END IF NEXT z END IF NEXT y q# = q# + f(x, 17) * blackjack + f(x, 18) * (po777 + 1) + f(x, 19) * (po678 + 1) + f(x, 20) * (mc21po(4) + 1) + f(x, 21) * (mc21po(5) + 1) + f(x, 22) * (mc21po(6) + 1) + f(x, 23) * (mc21po(7) + 1) + f(x, 24) IF split% <> 1 THEN IF dc1 = 0 AND push% <> 1 THEN q# = q# * (1 - mc9 / mc10) - mc9 / mc10 IF dc1 = 9 AND ten% <> 1 THEN q# = q# * (1 - mc0 / mc10) - mc0 / mc10 aq(n, dc1, x) = q# IF q# > hit(n, dc1) THEN hit(n, dc1) = q#: br(n, dc1) = x END IF IF split% = 1 THEN IF pc2 < pc1 THEN IF q# > splithands(pc2, dc1) THEN splithands(pc2, dc1) = q#: far(n, dc1) = x IF pc2 = pc1 THEN IF q# > splithands(pc2, dc1) THEN splithands(pc2, dc1) = q#: far(n, dc1) = x: sar(n, dc1) = x IF pc1 < pc2 THEN IF q# > splithands(pc2, dc1) THEN splithands(pc2, dc1) = q#: sar(n, dc1) = x END IF IF pc1 * pc2 = 0 THEN IF pc1 + pc2 > 5 AND w < 6 THEN IF x < 25 THEN x = x + 1: w = w + 1: IF split% <> 1 THEN aq(n, dc1, x) = q# IF pc1 + pc2 > 6 AND w < 7 THEN IF x < 28 THEN x = x + 1: w = w + 1: IF split% <> 1 THEN aq(n, dc1, x) = q# IF pc1 + pc2 > 7 AND w < 8 THEN x = x + 1: w = w + 1: IF split% <> 1 THEN aq(n, dc1, x) = q# END IF IF pc1 * pc2 <> 0 THEN IF pc1 + pc2 > 4 AND w < 6 THEN IF x < 25 THEN x = x + 1: w = w + 1: IF split% <> 1 THEN aq(n, dc1, x) = q# IF pc1 + pc2 > 5 AND w < 7 THEN IF x < 28 THEN x = x + 1: w = w + 1: IF split% <> 1 THEN aq(n, dc1, x) = q# IF pc1 + pc2 > 6 AND w < 8 THEN x = x + 1: w = w + 1: IF split% <> 1 THEN aq(n, dc1, x) = q# END IF END IF NEXT w: NEXT v: account = 0: q# = 0 IF split% <> 1 THEN standr% = br(n, dc1): stand = hit(n, dc1): REM PRINT MID$(o$, br(n, dc1) * 5 + 1, 5); " stand strategy yields a win minus loss expectation of"; : PRINT USING "##.####"; hit(n, dc1) RETURN 222 FOR x = 0 TO 9 dadd(0) = pc1 + pc2 + x: dmult(0) = pc1 * pc2 * x: IF dadd(0) > 26 THEN dadd(0) = 26 IF dmult(0) <> 0 THEN IF dadd(0) > 8 THEN f(0, dadd(0) - 9) = f(0, dadd(0) - 9) + mc(x) / mc(10) ELSE f(0, 4) = f(0, 4) + mc(x) / mc(10) IF dmult(0) = 0 THEN IF dadd(0) > 3 THEN IF dadd(0) < 9 THEN f(0, dadd(0) + 1) = f(0, dadd(0) + 1) + mc(x) / mc(10) ELSE f(0, dadd(0) - 9) = f(0, dadd(0) - 9) + mc(x) / mc(10) IF dmult(0) = 0 THEN IF dadd(0) < 4 THEN f(0, 4) = f(0, 4) + mc(x) / mc(10) NEXT x FOR y = 0 TO 17 IF split% <> 1 THEN pbr(n, dc1, 32, y) = f(0, y) IF split% = 1 THEN IF pc1 > pc2 THEN pfar(n, dc1, 32, y) = f(0, y) IF pc1 = pc2 THEN pfar(n, dc1, 32, y) = f(0, y): psar(n, dc1, 32, y) = f(0, y) IF pc2 > pc1 THEN psar(n, dc1, 32, y) = f(0, y) END IF IF y > 9 THEN FOR z = 0 TO 4 q# = q# - f(0, y) * df(z) NEXT z FOR z = 1 TO 5 IF dbc% <> 1 AND dbc% <> 2 THEN q# = q# - f(0, y) * df(4 + z) IF dbc% = 1 OR dbc% = 2 THEN IF z + 21 < y + 12 THEN q# = q# - f(0, y) * df(4 + z) IF z + 21 = y + 12 THEN IF dwt% = 1 THEN q# = q# - f(0, y) * df(4 + z) IF dwt% <> 1 AND dbc% = 1 THEN q# = q# - f(0, y) * df(4 + z) * .5 END IF IF z + 21 > y + 12 AND dbc% = 2 THEN q# = q# + f(0, y) * df(4 + z) END IF NEXT z END IF IF y < 10 THEN FOR z = 0 TO 5 IF z = 5 THEN q# = q# + f(0, y) * df(11) IF z < 5 THEN IF z < y - 5 THEN q# = q# + f(0, y) * df(z) IF z < 5 THEN IF z > y - 5 THEN q# = q# - f(0, y) * df(z) IF z < 4 THEN IF z = y - 5 THEN IF dwt% = 1 THEN q# = q# - f(0, y) * df(z) IF z = 4 AND y = 9 THEN IF immed% = 1 THEN q# = q# + f(0, y) * df(4) IF immed% <> 1 AND dwt% = 1 THEN q# = q# - f(0, y) * df(4) END IF NEXT z END IF NEXT y IF (hole% <> 1 AND split% = 1) THEN q# = 2 * q# IF split% <> 1 THEN IF hole% <> 1 THEN q# = 2 * q# IF dc1 = 0 THEN IF push% <> 1 THEN q# = (q# * (1 - mc9 / mc10) - mc9 / mc10) * (1 + hole%) ELSE IF hole% = 1 THEN q# = 2 * q# IF dc1 = 9 THEN IF ten% <> 1 THEN q# = (q# * (1 - mc0 / mc10) - mc0 / mc10) * (1 + hole%) ELSE IF hole% = 1 THEN q# = 2 * q# IF dc1 <> 0 AND dc1 <> 9 THEN IF hole% = 1 THEN q# = 2 * q# aq(n, dc1, 32) = q# IF q# > hit(n, dc1) THEN hit(n, dc1) = q#: br(n, dc1) = 32 ddown = q#: REM PRINT "double down strategy yields a win minus loss expectation of"; : PRINT USING "##.####"; q# END IF IF split% = 1 THEN IF pc1 > pc2 THEN IF q# * prob# > splithands(pc2, dc1) THEN splithands(pc2, dc1) = q# * prob#: far(n, dc1) = 32 IF split% = 1 THEN IF pc2 = pc1 THEN IF q# * prob# > splithands(pc2, dc1) THEN splithands(pc2, dc1) = q# * prob#: far(n, dc1) = 32: sar(n, dc1) = 32 IF split% = 1 THEN IF pc2 > pc1 THEN IF q# * prob# > splithands(pc2, dc1) THEN splithands(pc2, dc1) = q# * prob#: sar(n, dc1) = 32 RETURN 234 IF (split% <> 1 AND ls% = 1) THEN q# = -.5 IF dc1 = 0 AND early% <> 1 THEN q# = q# * (1 - mc9 / mc10) - mc9 / mc10 IF dc1 = 9 AND early% <> 1 THEN q# = q# * (1 - mc0 / mc10) - mc0 / mc10 aq(n, dc1, 31) = q# IF q# > hit(n, dc1) THEN hit(n, dc1) = q#: br(n, dc1) = 31 IF early% <> 1 THEN srndr = q#: REM PRINT "L surrender strategy yields a win minus loss expectation of"; : PRINT USING "##.####"; q# IF early% = 1 THEN srndr = q#: REM PRINT "E surrender strategy yields a win minus loss expectation of"; : PRINT USING "##.####"; q# END IF RETURN 226 CLS: PRINT "ULTIMA299.BAS loads data saved by ULTIMA282.BAS about playing strategy." PRINT "ULTIMA299.BAS loads data saved by ULTIMA298.BAS about average stack compositions" PRINT "that occur at various card count totals during a simulated game of blackjack" PRINT "and generates indices. ULTIMA297.BAS loads and uses these indices to vary" PRINT "player response strategy with changes in the integer card count total during" PRINT "a simulated game of blackjack. Card count values are assigned to each" PRINT "denomination by the user. ULTIMA299.BAS uses these card count values to deduct" PRINT "the card count value of the player's hand and dealer up from the total count." PRINT "Doing so makes it possible to enable the computer player to include both the" PRINT "player's hand and the dealers up card in the count to access play variation" PRINT "indices. Card count values should only be input when a Hi-Lo type system is" PRINT "being tested. The user should enter zeros for card count values whenever a" PRINT "OPP type system is being tested." PRINT "" PRINT "enter 'folder/filename prefix' to be used to store the input screen and program output": INPUT files$ OPEN files$ + "i.txt" FOR OUTPUT AS #1 PRINT #1, "ULTIMA299.BAS loads data saved by ULTIMA282.BAS about playing strategy." PRINT #1, "ULTIMA299.BAS loads data saved by ULTIMA298.BAS about average stack compositions" PRINT #1, "that occur at various card count totals during a simulated game of blackjack" PRINT #1, "and generates indices. ULTIMA297.BAS loads and uses these indices to vary" PRINT #1, "player response strategy with changes in the integer card count total during" PRINT #1, "a simulated game of blackjack. ULTIMA298.BAS stores the number of times bets" PRINT #1, "were placed at the various integer card count totals that occurs during " PRINT #1, "a simulated a game of blackjack. ULTIMA298.BAS also stores data about stack" PRINT #1, "compositions that occur at the time a bet was placed at those various integer" PRINT #1, "card count totals that occur during simulated play of a game of blackjack." PRINT #1, "The average stack composition that occurred at any given card count total" PRINT #1, "can be found by dividing the sum of all stack compositions found at a given" PRINT #1, "integer card count total by the sum of all the times bets were placed at" PRINT #1, "that card count total. ULTIMA299.BAS loads this data saved by ULTIMA298.BAS" PRINT #1, "about the various integer card count totals that occurred during" PRINT #1, "a simulated game of blackjack and about the average stack compositions" PRINT #1, "that correlate with those various integer card count totals and does" PRINT #1, "an approximate combinatorial analysis to find a nearly optimal" PRINT #1, "combination dependent playing strategy for each of the average stack" PRINT #1, "compositions that occured at each of the various integer card count levels." PRINT #1, "This approximate combinatorial analysis of average deck compositions" PRINT #1, "is the basis for the playing indices used by ULTIMA297.BAS to" PRINT #1, "vary playing strategy with changes in the integer card count total" PRINT #1, "during a user defined simulated game of blackjack. These three programs" PRINT #1, "when used together offer a way of creating and testing playing indices" PRINT #1, "for a user defined card count strategy in a simulated game of blackjack." PRINT #1, "" PRINT #1, "enter 'folder/filename prefix' to be used to store the input screen and program output ": PRINT #1, files$ CLOSE #1 o$ = " 12/A612/A712/A812/A913/A613/A713/A813/A914/A614/A714/A814/A915/A615/A715/A815/A916/A616/A716/A816/A917/A617/A717/A817/A918/A718/A818/A919/A819/A9SplitSrndrDDown" n$ = " 12 12 12 12 13 13 13 13 14 14 14 14 15 15 15 15 16 16 16 16 17 17 17 17 18 18 18 19 19 SplitSrndrDDown" 69 PRINT "enter 'folder/filename prefix' of matching basic strategy": INPUT D$ OPEN D$ + "a.dat" FOR RANDOM AS #1 LEN = LEN(sd) GET #1, , sd bc(0) = sd.c1: bc(1) = sd.c2: bc(2) = sd.c3: bc(3) = sd.c4: bc(4) = sd.c5 bc(5) = sd.c6: bc(6) = sd.c7: bc(7) = sd.c8: bc(8) = sd.c9: bc(9) = sd.cT bc(10) = sd.cJ: bc(11) = sd.cQ: bc(12) = sd.cK: dwt% = sd.dwt: dbc% = sd.dbc j = sd.j: hole% = sd.hole: schw% = sd.schw: blackjack = sd.blackjack: ins% = sd.ins splt% = sd.splt: most% = sd.nsh: rsa% = sd.rsa: das% = sd.das: dh% = sd.dh ld% = sd.ld: ls% = sd.ls: early% = sd.early: bjsh% = sd.bjsh: dsa% = sd.dsa push% = sd.push: ten% = sd.ten: deck% = sd.deck: shf = sd.shf: immed% = sd.immed: pbd% = sd.pbd b21po% = sd.b21po: ms777 = sd.ms777: ss777 = sd.ss777: sp777 = sd.sp777: jp777 = sd.jp777 mc21po(4) = sd.po5c21: mc21po(5) = sd.po6c21: mc21po(6) = sd.po7c21: mc21po(7) = sd.po8c21 ms678 = sd.ms678: ss678 = sd.ss678: sp678 = sd.sp678 q$ = sd.description CLOSE #1 ERASE card FOR x = 0 TO 12 IF x < 9 THEN card(x) = bc(x) ELSE card(9) = card(9) + bc(x) NEXT x card(10) = card(0) + card(1) + card(2) + card(3) + card(4) + card(5) + card(6) + card(7) + card(8) + card(9) IF card(6) <> 0 AND b21po% = 1 THEN mc21po(1) = (card(6) * deck%) * (card(6) * deck% - 1) * (card(6) * deck% - 2): mc21po(2) = deck% * (deck% - 1) * (deck% - 2) * 4 / mc21po(1) mc21po(3) = deck% * (deck% - 1) * (deck% - 2) / mc21po(1): mc21po(1) = ms777 mc21po(11) = (jp777 - ms777) * mc21po(2): mc21po(3) = (sp777 - ss777) * mc21po(3): mc21po(2) = (ss777 - ms777) * mc21po(2) END IF IF card(5) * card(6) * card(7) <> 0 AND b21po% = 1 THEN mc21po(8) = card(5) * card(6) * card(7) * deck% ^ 3: mc21po(9) = deck% ^ 3 * 4 / mc21po(8) mc21po(10) = deck% ^ 3 * 1 / mc21po(8): mc21po(8) = ms678 mc21po(9) = (ss678 - ms678) * mc21po(9): mc21po(10) = (sp678 - ss678) * mc21po(10) END IF OPEN D$ + "b.dat" FOR RANDOM AS #1 LEN = LEN(num) w = 0 FOR x = 0 TO 54 FOR y = 0 TO 9 w = w + 1 GET #1, w, num br(x, y) = num.r: far(x, y) = num.far: sar(x, y) = num.sar: hit(x, y) = num.hit NEXT y: NEXT x CLOSE #1 PRINT "strategy loaded is described as follows: "; q$ PRINT "if this is acceptable type 'y'and press enter ";: INPUT ans$: IF ans$ <> "y" THEN GOTO 69 IF rsa% = 1 THEN rsa% = splt% ELSE rsa% = 2 OPEN files$ + "i.txt" FOR APPEND AS #1 PRINT #1, "enter 'folder/filename prefix'of matching basic strategy ": PRINT #1, D$ PRINT #1, "strategy loaded is described as follows: ";: PRINT #1, q$ PRINT #1, "if this is acceptable type 'y'and press enter ";: PRINT #1, ans$ CLOSE #1 OPEN files$ + "i.txt" FOR APPEND AS #1 PRINT #1, "input the number of decks used";: PRINT #1, deck% PRINT #1, "what is the percentage of the shoe remaining at point of reshuffle.(15-100)";: PRINT #1, shf PRINT #1, "input dealer soft finish";: PRINT #1, j + 12 PRINT #1, "press 1 and enter for dealer wins ties";: PRINT #1, dwt% PRINT #1, "press 1 and enter for a double bust contest where in if the player" PRINT #1, "finishes closer to twenty-one than the dealer, the player pushes" PRINT #1, "press 2 and enter for a double bust contest where in if the player" PRINT #1, "finishes closer to twenty-one than the dealer, the player wins";: PRINT #1, dbc% PRINT #1, "press 1 and enter for dealer takes no hole card";: PRINT #1, hole% PRINT #1, "press 1 and enter for player hands of 21 push against all dealer bjs";: PRINT #1, push% IF push% = 1 THEN ten% = 1 ELSE PRINT #1, "press 1 and enter for player 21 pushes against dealer 10 up bjs only";: PRINT #1, ten% PRINT #1, "press 1 and enter for automatic six card player hand win";: PRINT #1, schw% PRINT #1, "press 1 and enter for insurance";: PRINT #1, ins% PRINT #1, "press 1 and enter for surrender";: PRINT #1, ls% IF ls% = 1 THEN PRINT #1, "press 1 and enter for early surrender";: PRINT #1, early% PRINT #1, "press 1 and enter for split option";: PRINT #1, splt% IF splt% = 1 THEN PRINT #1, "press 1 and enter for double down after split";: PRINT #1, das% PRINT #1, "what is the maximum number of split hands allowed";: PRINT #1, most% IF most% > 2 THEN PRINT #1, "press 1 and enter for resplit of aces is allowed";: PRINT #1, rsa% PRINT #1, "press 1 and enter to draw to split aces";: PRINT #1, dsa% END IF PRINT #1, "press 1 and enter to restrict use of double down to specific hand totals";: PRINT #1, dh% IF dh% = 1 THEN PRINT #1, "enter 9 for 9/10/11 only, enter 10 for 10/11 only, enter 11 for 11 only ";: PRINT #1, ld% IF NOT dh% = 1 THEN ld% = 1 PRINT #1, "input 2 for blackjack pays 2:1 or 1.5 for pays 3:2 or 1 for pays 1:1";: PRINT #1, blackjack PRINT #1, "press 1 and enter for blackjack pays off on split hands";: PRINT #1, bjsh% PRINT #1, "press 1 and enter for all player hands of 21 pay off immediately";: PRINT #1, immed% PRINT #1, "press 1 and enter for player blackjack beats dealer blackjack";: PRINT #1, pbd% PRINT #1, "press 1 and enter for bonus 21 payoffs";: PRINT #1, b21po% IF b21po% = 1 THEN FOR x = 5 TO 8 PRINT #1, "enter payoff for"; x; " card 21";: PRINT #1, mc21po(x - 1) NEXT x PRINT #1, "enter payoff for 678 mixed suits";: PRINT #1, ms678 PRINT #1, "enter payoff for 678 same suit";: PRINT #1, ss678 PRINT #1, "enter payoff for 678 spades suit";: PRINT #1, sp678 PRINT #1, "enter payoff for 777 mixed suits";: PRINT #1, ms777 IF deck% > 2 THEN PRINT #1, "enter payoff for 777 same suit";: PRINT #1, ss777 PRINT #1, "enter payoff for 777 spades suit";: PRINT #1, sp777 PRINT #1, "enter jackpot for for 777 same suit against any dealer 7";: PRINT #1, jp777 END IF END IF PRINT #1, "press 1 and enter for double on more than two cards": PRINT #1, dd% IF dd% = 1 THEN FOR x = 3 TO 7 PRINT #1, "press 1 and enter for double on "; x; " cards";: PRINT #1, dd(x): NEXT x END IF PRINT #1, "type and enter a brief description of rules": PRINT #1, q$ PRINT #1, "" dd% = 1 CLOSE #1 70 PRINT "enter 'folder/filename prefix' of average deck compositions ": INPUT a$ OPEN a$ + "adc.dat" FOR RANDOM AS #1 LEN = LEN(mdc) GET #1, , mdc dc$ = mdc.description CLOSE #1 PRINT "deck compositions loaded are described as follows:": PRINT dc$ PRINT "if this is acceptable type 'y'and press enter": INPUT ans$ OPEN files$ + "i.txt" FOR APPEND AS #1 PRINT #1, "enter 'folder/filename prefix' of average deck compositions ": PRINT #1, a$ PRINT #1, "deck compositions loaded are described as follows: ": PRINT #1, dc$ PRINT #1, "if this is acceptable type 'y'and press enter ": PRINT #1, ans$ CLOSE #1 IF ans$ <> "y" THEN GOTO 70 hmr& = mdc.hmr: ap% = mdc.ap 79 PRINT "press 'y' and enter to load an ezcount strategy ": INPUT ans$ OPEN files$ + "i.txt" FOR APPEND AS #1 PRINT #1, "press 'y' and enter to load an ezcount strategy ": PRINT #1, ans$ CLOSE #1 IF ans$ = "y" THEN PRINT "enter 'folder/filename prefix' of ezcount strategy to be loaded": INPUT z$ OPEN z$ + "z.dat" FOR RANDOM AS #1 LEN = LEN(ez) GET #1, , ez dv(0) = ez.dv1: dv(1) = ez.dv2: dv(2) = ez.dv3: dv(3) = ez.dv4: dv(4) = ez.dv5 dv(5) = ez.dv6: dv(6) = ez.dv7: dv(7) = ez.dv8: dv(8) = ez.dv9: dv(9) = ez.dv10 dv(10) = ez.dv11: dv(11) = ez.dv12: dv(12) = ez.dv13 fv(0) = ez.fv1: fv(1) = ez.fv2: fv(2) = ez.fv3: fv(3) = ez.fv4: fv(4) = ez.fv5 fv(5) = ez.fv6: fv(6) = ez.fv7: fv(7) = ez.fv8: fv(8) = ez.fv9: fv(9) = ez.fv10 fv(10) = ez.fv11: fv(11) = ez.fv12: fv(12) = ez.fv13 k$ = ez.description PRINT "ezcount loaded is described as "; k$ I = 1 CLOSE #1 END IF OPEN files$ + "i.txt" FOR APPEND AS #1 IF ans$ = "y" THEN PRINT #1, "enter 'folder/filename prefix' of ezcount strategy to be loaded ": PRINT #1, z$ PRINT #1, "ezcount loaded is described as "; k$ END IF CLOSE #1 IF ans$ = "y" THEN PRINT "if this is acceptable press 'y' and enter";: INPUT ans$: IF ans$ <> "y" THEN GOTO 79 OPEN files$ + "i.txt" FOR APPEND AS #1 IF ans$ = "y" THEN PRINT #1, "if this is acceptable press 'y' and enter ";: PRINT #1, ans$ CLOSE #1 IF ans$ <> "y" THEN FOR x = 0 TO 12 READ a: dv(x) = a: fv(x) = 100: NEXT x DATA -1,1,1,1,1,1,0,0,0,-1,-1,-1,-1 PRINT "press 1 and enter for default count values ";: INPUT I END IF FOR x = 0 TO 12 IF I = 1 THEN c = dv(x) / fv(x) * 100: GOTO 808 PRINT "what is the count value of ";: PRINT MID$(b$, x + 1, 1);: PRINT "'s ("; dv(x); ")";: INPUT c: dv(x) = c 808 cv(x) = c: dv(13) = dv(13) + cv(x) * mc(x) / 4: cv(13) = cv(13) - cv(x) * mc(x) * deck%: gv(14) = cv(14) + ABS(cv(x)) * mc(x) * deck%: NEXT x OPEN files$ + "i.txt" FOR APPEND AS #1 IF ans$ <> "y" THEN PRINT #1, "press 1 and enter for default count values "; I FOR x = 0 TO 12 PRINT #1, "what is the count value of ";: PRINT #1, MID$(b$, x + 1, 1);: PRINT #1, "'s ("; dv(x); ")": NEXT x END IF CLOSE #1 809 PRINT "press 1 and enter for true count conversion";: INPUT true% PRINT "input a constant added to render the bet count";: INPUT constant PRINT "Press 1 and enter to mathematically balance count strategy if unbalanced.";: INPUT bal% IF bal% = 1 THEN PRINT "Press 1 and enter or 2 and enter to specify the type of balancing to be used. " PRINT "1 for additive, 2 for multiplicative": INPUT balance% END IF IF balance% = 1 THEN FOR x = 0 TO 12 gv(x) = cv(x) + cv(13) / deck% / mc(13) cv(x) = gv(x) NEXT x cv(13) = 0 END IF IF balance% = 2 THEN FOR x = 0 TO 12 IF cv(x) >= 0 THEN gv(x) = cv(x) * cv(14) / (cv(14) + cv(13)) IF cv(x) < 0 THEN gv(x) = cv(x) * cv(14) / (cv(14) - cv(13)) cv(x) = gv(x) NEXT x cv(13) = 0: gv(13) = 0 END IF FOR x = 9 TO 12 STEP 1 cv(13) = cv(13) + bc(x) * cv(x) NEXT x cv(9) = cv(13) / (bc(9) + bc(10) + bc(11) + bc(12)) OPEN files$ + "i.txt" FOR APPEND AS #1 PRINT #1, "press 1 and enter for true count conversion ";: PRINT #1, true% PRINT #1, "input a constant added to render the bet count ";: PRINT #1, constant PRINT #1, "Press 1 and enter to mathematically balance count strategy if unbalanced. ";: PRINT #1, bal% IF bal% = 1 THEN PRINT #1, "Press 1 or 2 and enter to specify the type of balancing to be used. " PRINT #1, "1 for additive, 2 for multiplicative ": PRINT #1, balance% END IF CLOSE #1 PRINT "input the minimum number of samples required to trigger this program" PRINT "to produce an optimal playing strategy for an average deck composition" PRINT "and use this in the process of creating playing indices.";: INPUT sample& PRINT "input a description of indices": INPUT indx$ wow.description = indx$ OPEN files$ + "i.txt" FOR APPEND AS #1 PRINT #1, "input the minimum number of samples required to trigger this program" PRINT #1, "to produce an optimal playing strategy for an average deck composition" PRINT #1, "and use this in the process of creating playing indices. ";: PRINT #1, sample& PRINT #1, "input a description of indices ";: PRINT #1, indx$ wow.description = indx$ CLOSE #1 I = 0 819 PRINT "type 'y' and enter to save count level strategies": INPUT ans$ OPEN files$ + "i.txt" FOR APPEND AS #1 PRINT #1, "type 'y' and enter to save count level strategies ": PRINT #1, ans$ CLOSE #1 IF ans$ = "y" THEN PRINT "type 'y' and enter to save each strategy generated for each deck composition": INPUT ans$: IF ans$ = "y" THEN ss% = 1 OPEN files$ + "i.txt" FOR APPEND AS #1 PRINT #1, "type 'y' and enter to save each strategy generated for each deck composition ";: PRINT #1, ans$ CLOSE #1 PRINT "type 'y' and enter to save strategy tables generated for each deck composition": INPUT ans$: IF ans$ = "y" THEN sp% = 1 OPEN files$ + "i.txt" FOR APPEND AS #1 PRINT #1, "type 'y' and enter to save strategy tables generated for each deck composition ";: PRINT #1, ans$ CLOSE #1 END IF hl% = 12: hu% = 19: sl% = 17: su% = 20 OPEN files$ + "i.txt" FOR APPEND AS #1 PRINT #1, "input lower limit of player response strategies considered for hard hands ";: PRINT #1, hl% PRINT #1, "input upper limit of player response strategies considered for hard hands ";: PRINT #1, hu% PRINT #1, "input lower limit of player response strategies considered for soft hands ";: PRINT #1, sl% PRINT #1, "input upper limit of player response strategies considered for soft hands ";: PRINT #1, su% PRINT #1, "" PRINT #1, "" PRINT #1, "START: "; DATE$; " "; TIME$ CLOSE #1 OPEN a$ + "adc.dat" FOR RANDOM AS #1 LEN = LEN(mdc) number = LOF(1) / LEN(mdc) FOR x = 1 TO number GET #1, x, mdc adc(0, dcs) = mdc.adc0: adc(1, dcs) = mdc.adc1: adc(2, dcs) = mdc.adc2: adc(3, dcs) = mdc.adc3: adc(4, dcs) = mdc.adc4 adc(5, dcs) = mdc.adc5: adc(6, dcs) = mdc.adc6: adc(7, dcs) = mdc.adc7: adc(8, dcs) = mdc.adc8: adc(9, dcs) = mdc.adc9 adc(10, dcs) = mdc.adc10: adc(11, dcs) = mdc.adc11: adc(12, dcs) = mdc.adc12: adc(13, dcs) = mdc.adc13: adc(14, dcs) = mdc.adc14 dcs = dcs + 1 NEXT x: CLOSE #1 z = 0 FOR x = 12 TO 19 FOR y = 5 TO 8 IF x > y + 12 THEN y = x - 12 z = z + 1 g(z) = x: h(z) = y NEXT y: NEXT x: g(30) = 1000: g(31) = 1000: h(30) = 1000: h(31) = 1000: h(32) = 1000: g(32) = 1000 FOR level = 0 TO 600 IF adc(14, level) < sample& THEN GOTO 949 FOR x = 0 TO 13 IF x < 10 THEN adc(x, level) = adc(x, level) / adc(14, level) IF x > 9 AND x < 13 THEN adc(9, level) = adc(9, level) + adc(x, level) / adc(14, level) IF x = 13 THEN adc(10, level) = adc(13, level) / adc(14, level) NEXT x FOR k = 9 TO 0 STEP -1 FOR l = 9 TO k STEP -1 n = k / 2 * (19 - k) + l FOR m = 9 TO 0 STEP -1 pc1 = k: pc2 = l: dc1 = m IF adc(10, level) = 0 THEN GOTO 949 FOR x = 0 TO 10 mc(x) = adc(x, level): NEXT x FOR x = 0 TO 32 aq(n, dc1, x) = -1: NEXT x IF mc(pc1) < 1 THEN mc(19) = mc(pc1) ELSE mc(19) = 1 IF mc(pc1) = 0 THEN GOTO 456 ELSE mc(pc1) = mc(pc1) - mc(19): mc(10) = mc(10) - mc(19) IF mc(pc2) < 1 THEN mc(19) = mc(pc2) ELSE mc(19) = 1 IF mc(pc2) = 0 THEN GOTO 456 ELSE mc(pc2) = mc(pc2) - mc(19): mc(10) = mc(10) - mc(19) IF mc(dc1) < 1 THEN mc(19) = mc(dc1) ELSE mc(19) = 1 IF mc(dc1) = 0 THEN GOTO 456 ELSE mc(dc1) = mc(dc1) - mc(19): mc(10) = mc(10) - mc(19) mc0 = mc(0): mc9 = mc(9): mc10 = mc(10) IF ins% = 1 THEN IF dc1 = 0 THEN IF 3 * mc(9) / mc(10) > 1 THEN insur = 3 * mc(9) / mc(10) - 1 ELSE insur = 0 IF (pc1 = 0 AND pc2 = 9) OR (pc1 = 9 AND pc2 = 0) THEN q# = blackjack IF pbd% <> 1 THEN IF dc1 = 0 THEN q# = q# * (1 - mc(9) / mc(10)): IF dwt% = 1 THEN q# = q# - mc(9) / mc(10) IF dc1 = 9 THEN q# = q# * (1 - mc(0) / mc(10)): IF dwt% = 1 THEN q# = q# - mc(0) / mc(10) END IF hit(9, dc1) = q#: br(9, dc1) = 1: far(9, dc1) = 1: sar(9, dc1) = 1: n = 9: aq(n, dc1, 1) = q#: GOTO 333 END IF GOSUB 666 FOR y = 0 TO 11 dbr(n, dc1, y) = df(y): NEXT y FOR x = 0 TO 10 mc(x) = adc(x, level): NEXT x IF mc(pc1) < 1 THEN mc(19) = mc(pc1) ELSE mc(19) = 1 IF mc(pc1) = 0 THEN GOTO 456 ELSE mc(pc1) = mc(pc1) - mc(19): mc(10) = mc(10) - mc(19) IF mc(pc2) < 1 THEN mc(19) = mc(pc2) ELSE mc(19) = 1 IF mc(pc2) = 0 THEN GOTO 456 ELSE mc(pc2) = mc(pc2) - mc(19): mc(10) = mc(10) - mc(19) IF mc(dc1) < 1 THEN mc(19) = mc(dc1) ELSE mc(19) = 1 IF mc(dc1) = 0 THEN GOTO 456 ELSE mc(dc1) = mc(dc1) - mc(19): mc(10) = mc(10) - mc(19) mc0 = mc(0): mc9 = mc(9): mc10 = mc(10) IF hole% <> 1 AND push% <> 1 AND dc1 = 0 THEN FOR x = 0 TO 8 mc(x) = mc(x) * (mc(10) - mc(9) - 1) / (mc(10) - mc(9)) NEXT x: mc(10) = mc(10) - 1 END IF IF hole% <> 1 AND ten% <> 1 AND dc1 = 9 THEN FOR x = 1 TO 9 mc(x) = mc(x) * (mc(10) - mc(0) - 1) / (mc(10) - mc(0)) NEXT x: mc(10) = mc(10) - 1 END IF FOR g = 12 TO 19 FOR h = 5 TO 8 IF h + 12 < g THEN h = g - 12 I = I + 1 IF g >= hl% AND g <= hu% AND h + 12 >= sl% AND h + 12 <= su% THEN GOSUB 777 IF pc1 * pc2 = 0 THEN IF pc1 + pc2 > 5 AND h < 6 THEN IF I < 25 THEN I = I + 1: h = h + 1 IF pc1 + pc2 > 6 AND h < 7 THEN IF I < 28 THEN I = I + 1: h = h + 1 IF pc1 + pc2 > 7 AND h < 8 THEN I = I + 1: h = h + 1 END IF IF pc1 * pc2 <> 0 THEN IF pc1 + pc2 > 4 AND h < 6 THEN IF I < 25 THEN I = I + 1: h = h + 1 IF pc1 + pc2 > 5 AND h < 7 THEN IF I < 28 THEN I = I + 1: h = h + 1 IF pc1 + pc2 > 6 AND h < 8 THEN I = I + 1: h = h + 1 END IF END IF NEXT h: NEXT g: I = 0 FOR x = 0 TO 29 FOR y = 0 TO 24 pbr(n, dc1, x, y) = f(x, y) NEXT y: NEXT x GOSUB 888 IF dh% <> 1 THEN GOSUB 222 IF dh% = 1 THEN IF (12 > pc1 + pc2 + 2 AND pc1 + pc2 + 2 > ld% - 1) THEN GOSUB 222 IF ls% = 1 THEN GOSUB 234 ERASE df: ERASE f IF (pc1 <> pc2 OR splt% <> 1) THEN GOTO 333 ELSE split% = 1 pc3 = pc2 FOR pc2 = 9 TO 0 STEP -1 IF pc1 <= pc2 THEN n = pc1 / 2 * (19 - pc1) + pc2 ELSE n = pc2 / 2 * (19 - pc2) + pc1 IF pc1 <> 0 OR dsa% = 1 THEN IF adc(10, level) = 0 THEN GOTO 444 FOR x = 0 TO 10 mc(x) = adc(x, level): NEXT x IF mc(pc1) < 1 THEN mc(19) = mc(pc1) ELSE mc(19) = 1 IF mc(pc1) = 0 THEN GOTO 444 ELSE mc(pc1) = mc(pc1) - mc(19): mc(10) = mc(10) - mc(19) IF mc(pc1) < 1 THEN mc(19) = mc(pc1) ELSE mc(19) = 1 IF mc(pc1) = 0 THEN GOTO 444 ELSE mc(pc1) = mc(pc1) - mc(19): mc(10) = mc(10) - mc(19) IF mc(dc1) < 1 THEN mc(19) = mc(dc1) ELSE mc(19) = 1 IF mc(dc1) = 0 THEN GOTO 444 ELSE mc(dc1) = mc(dc1) - mc(19): mc(10) = mc(10) - mc(19) IF mc(pc2) < 1 THEN mc(19) = mc(pc2) ELSE mc(19) = 1 IF mc(pc2) = 0 THEN GOTO 444 ELSE mc(pc2) = mc(pc2) - mc(19): mc(10) = mc(10) - mc(19) GOSUB 666 END IF IF pc1 > pc2 THEN FOR y = 0 TO 11 dfar(n, dc1, y) = df(y): NEXT y END IF IF pc1 = pc2 THEN FOR y = 0 TO 11 dfar(n, dc1, y) = df(y): dsar(n, dc1, y) = df(y): NEXT y END IF IF pc2 > pc1 THEN FOR y = 0 TO 11 dsar(n, dc1, y) = df(y): NEXT y END IF IF adc(10, level) = 0 THEN GOTO 444 FOR x = 0 TO 10 mc(x) = adc(x, level): NEXT x IF mc(pc1) < 1 THEN mc(19) = mc(pc1) ELSE mc(19) = 1 IF mc(pc1) = 0 THEN GOTO 444 ELSE mc(pc1) = mc(pc1) - mc(19): mc(10) = mc(10) - mc(19) IF mc(pc1) < 1 THEN mc(19) = mc(pc1) ELSE mc(19) = 1 IF mc(pc1) = 0 THEN GOTO 444 ELSE mc(pc1) = mc(pc1) - mc(19): mc(10) = mc(10) - mc(19) IF mc(dc1) < 1 THEN mc(19) = mc(dc1) ELSE mc(19) = 1 IF mc(dc1) = 0 THEN GOTO 444 ELSE mc(dc1) = mc(dc1) - mc(19): mc(10) = mc(10) - mc(19) mc0 = mc(0): mc9 = mc(9): mc10 = mc(10) IF hole% <> 1 AND push% <> 1 AND dc1 = 0 THEN FOR x = 0 TO 8 mc(x) = mc(x) * (mc(10) - mc(9) - 1) / (mc(10) - mc(9)) NEXT x: mc(10) = mc(10) - 1 END IF IF hole% <> 1 AND ten% <> 1 AND dc1 = 9 THEN FOR x = 1 TO 9 mc(x) = mc(x) * (mc(10) - mc(0) - 1) / (mc(10) - mc(0)) NEXT x: mc(10) = mc(10) - 1 END IF x = 2: y = mc(pc1) / mc(10): anh = 2 mc(11) = mc(pc1): mc(20) = mc(10) IF pc1 <> 0 OR rsa% = 1 THEN DO WHILE x < most% anh = anh + y * x: x = x + 1 IF mc(11) = 0 THEN x = most% IF mc(11) < 1 THEN mc(19) = mc(11) ELSE mc(19) = 1 mc(11) = mc(11) - mc(19): mc(20) = mc(20) - mc(19) - 1 y = y * mc(11) / mc(20) LOOP END IF IF mc(pc2) < 1 THEN mc(19) = mc(pc2) ELSE mc(19) = 1 IF mc(pc2) = 0 THEN GOTO 444 IF pc2 <> pc1 THEN prob# = mc(pc2) / mc(10) / (1 - mc(pc1) / mc(10) + y) IF pc2 = pc1 THEN prob# = y / (1 - mc(pc1) / mc(10) + y) IF pc1 = 0 AND dsa% <> 1 THEN dadd(0) = pc1 + pc2: f(0, dadd(0)) = f(0, dadd(0)) + prob# mc(pc2) = mc(pc2) - mc(19): mc(10) = mc(10) - mc(19) probs# = probs# + prob# IF pc1 <> 0 OR dsa% = 1 THEN FOR g = 12 TO 19 FOR h = 5 TO 8 IF h + 12 < g THEN h = g - 12 I = I + 1 IF g >= hl% AND g <= hu% AND h + 12 >= sl% AND h + 12 <= su% THEN GOSUB 777 IF pc1 * pc2 = 0 THEN IF pc1 + pc2 > 5 AND h < 6 THEN IF I < 25 THEN I = I + 1: h = h + 1 IF pc1 + pc2 > 6 AND h < 7 THEN IF I < 28 THEN I = I + 1: h = h + 1 IF pc1 + pc2 > 7 AND h < 8 THEN I = I + 1: h = h + 1 END IF IF pc1 * pc2 <> 0 THEN IF pc1 + pc2 > 4 AND h < 6 THEN IF I < 25 THEN I = I + 1: h = h + 1 IF pc1 + pc2 > 5 AND h < 7 THEN IF I < 28 THEN I = I + 1: h = h + 1 IF pc1 + pc2 > 6 AND h < 8 THEN I = I + 1: h = h + 1 END IF END IF NEXT h: NEXT g: I = 0 IF pc1 > pc2 THEN FOR x = 0 TO 29 FOR y = 0 TO 24 pfar(n, dc1, x, y) = f(x, y) NEXT y: NEXT x END IF IF pc1 = pc2 THEN FOR x = 0 TO 29 FOR y = 0 TO 24 pfar(n, dc1, x, y) = f(x, y): psar(n, dc1, x, y) = f(x, y) NEXT y: NEXT x END IF IF pc2 > pc1 THEN FOR x = 0 TO 29 FOR y = 0 TO 24 psar(n, dc1, x, y) = f(x, y) NEXT y: NEXT x END IF GOSUB 888: splithands(pc2, dc1) = splithands(pc2, dc1) * prob# IF das% = 1 THEN IF dsa% = 1 OR pc1 <> 0 THEN IF dh% <> 1 THEN GOSUB 222 ELSE IF (pc1 + pc2 > ld% - 3 AND pc1 * pc2 <> 0) THEN GOSUB 222 END IF END IF ERASE df: ERASE f END IF 444 NEXT pc2: pc2 = pc3: q# = 0: IF pc1 <> 0 OR dsa% = 1 THEN mc(pc2) = mc(pc2) + mc(19): mc(10) = mc(10) + mc(19) IF pc1 <= pc2 THEN n = pc1 / 2 * (19 - pc1) + pc2 ELSE n = pc2 / 2 * (19 - pc2) + pc1 IF pc1 = 0 AND dsa% <> 1 THEN FOR x = 0 TO 10 mc(x) = adc(x, level): NEXT x IF mc(pc1) < 1 THEN mc(19) = mc(pc1) ELSE mc(19) = 1 IF mc(pc1) = 0 THEN GOTO 456 ELSE mc(pc1) = mc(pc1) - mc(19): mc(10) = mc(10) - mc(19) IF mc(pc1) < 1 THEN mc(19) = mc(pc1) ELSE mc(19) = 1 IF mc(pc1) = 0 THEN GOTO 456 ELSE mc(pc1) = mc(pc1) - mc(19): mc(10) = mc(10) - mc(19) IF mc(dc1) < 1 THEN mc(19) = mc(dc1) ELSE mc(19) = 1 IF mc(dc1) = 0 THEN GOTO 456 ELSE mc(dc1) = mc(dc1) - mc(19): mc(10) = mc(10) - mc(19) q# = 0: mc0 = mc(0): mc9 = mc(9): mc10 = mc(10) IF mc(pc2) < 1 THEN mc(19) = mc(pc2) ELSE mc(19) = 1 IF mc(pc2) = 0 THEN GOTO 456 ELSE mc(pc2) = mc(pc2) - mc(19): mc(10) = mc(10) - mc(19) GOSUB 666 FOR y = 0 TO 11 dfar(n, dc1, y) = df(y): dsar(n, dc1, y) = df(y): NEXT y FOR y = 0 TO 9 FOR z = 0 TO 5 IF z = 5 THEN IF y = 9 AND bjsh% = 1 THEN q# = q# + f(0, y) * df(11) * blackjack ELSE q# = q# + f(0, y) * df(11) IF z < 5 THEN IF z < y - 5 THEN IF y = 9 AND bjsh% = 1 THEN q# = q# + f(0, y) * df(z) * blackjack ELSE q# = q# + f(0, y) * df(z) IF z < 5 THEN IF z > y - 5 THEN q# = q# - f(0, y) * df(z) IF z < 4 THEN IF z = y - 5 THEN IF dwt% = 1 THEN q# = q# - f(0, y) * df(z) IF z = 4 AND y = 9 THEN IF immed% = 1 THEN q# = q# + f(0, y) * df(4) IF bjsh% = 1 THEN q# = q# + f(0, y) * df(4) * (blackjack - 1) END IF IF immed% <> 1 AND dwt% = 1 THEN q# = q# - f(0, y) * df(4) END IF NEXT z: NEXT y ERASE df: ERASE f END IF IF pc1 <> 0 OR dsa% = 1 THEN FOR x = 0 TO 9 q# = q# + splithands(x, dc1) NEXT x END IF ERASE splithands: ERASE df: probs# = 0 IF hole% <> 1 THEN q# = q# * anh IF dc1 = 0 THEN IF push% <> 1 THEN q# = (q# * (1 - mc9 / mc10) - mc9 / mc10) * (1 + hole%) ELSE IF hole% = 1 THEN q# = q# * anh IF dc1 = 9 THEN IF ten% <> 1 THEN q# = (q# * (1 - mc0 / mc10) - mc0 / mc10) * (1 + hole%) ELSE IF hole% = 1 THEN q# = q# * anh IF dc1 <> 0 AND dc1 <> 9 THEN IF hole% = 1 THEN q# = anh * q# aq(n, dc1, 30) = q# split = q#: IF q# > hit(pc1 * (21 - pc1) / 2, dc1) THEN hit(pc1 * (21 - pc1) / 2, dc1) = q#: br(pc1 * (21 - pc1) / 2, dc1) = 30 333 FOR x = 0 TO 11 df(x) = dbr(n, dc1, x) NEXT x hit(n, dc1) = hit(n, dc1) + insur CLS account# = 0 PRINT " point values assigned to" PRINT " player cards are"; pc1 + 1; "and"; pc2 + 1; "dealer card is"; dc1 + 1 PRINT " given the user input deck composition," PRINT " and user defined set of game rules," PRINT " here are the dealer finish probabilities," PRINT " and expected value of the available player response strategies" PRINT " " PRINT " "; FOR x = 1 TO 5 PRINT x + 16; " "; NEXT x PRINT " bust " account# = account# + df(10) PRINT USING "####"; dc1 + 1; FOR y = 0 TO 5 IF y = 5 THEN y = 11 PRINT USING "####.###"; df(y) / (df(10) + 1E-08) * 100; NEXT y: PRINT " " PRINT "total hands accounted for are ";: PRINT USING "###.###"; account# * 100;: PRINT "% of all possible" IF n = 9 THEN PRINT "blackjack yields a win minus loss expectation of";: PRINT USING "##.####"; hit(n, dc1) IF n <> 9 THEN PRINT MID$(o$, standr% * 5 + 1, 5);: PRINT " stand strategy yields a win minus loss expectation of";: PRINT USING "##.####"; stand IF dh% <> 1 THEN PRINT "double down strategy yields a win minus loss expectation of";: PRINT USING "##.####"; ddown IF dh% = 1 THEN IF (12 > pc1 + pc2 + 2 AND pc1 + pc2 + 2 > ld% - 1) THEN PRINT "double down strategy yields a win minus loss expectation of";: PRINT USING "##.####"; ddown IF ls% = 1 THEN IF early% <> 1 THEN PRINT "L surrender strategy yields a win minus loss expectation of";: PRINT USING "##.####"; srndr IF ls% = 1 THEN IF early% = 1 THEN PRINT "E surrender strategy yields a win minus loss expectation of";: PRINT USING "##.####"; srndr IF splt% = 1 THEN IF pc1 = pc2 THEN PRINT USING "##"; pc1 + 1;: PRINT " ";: PRINT USING "##"; pc1 + 1;: PRINT " split strategy yields a win minus loss expectation of";: PRINT USING "##.####"; split IF ins% = 1 THEN IF dc1 = 0 THEN IF insur > 0 THEN PRINT "insurance against 21 yields a win minus loss expectation of";: PRINT USING "##.####"; insur PRINT "": account# = 0 IF br(n, dc1) < 30 THEN PRINT MID$(o$, br(n, dc1) * 5 + 1, 5); " stand strategy is found to be the optimal strategy. " IF br(n, dc1) = 30 THEN PRINT USING "##"; pc1 + 1;: PRINT " ";: PRINT USING "##"; pc1 + 1;: PRINT " split strategy is found to be the optimal strategy. " IF br(n, dc1) = 31 THEN IF early% <> 1 THEN PRINT "L surrender strategy is found to be the optimal strategy. " IF br(n, dc1) = 31 THEN IF early% = 1 THEN PRINT "E surrender strategy is found to be the optimal strategy. " IF br(n, dc1) = 32 THEN PRINT "double down strategy is found to be the optimal strategy. " END IF 456 ERASE df: split% = 0: insur = 0: NEXT m: NEXT l: NEXT k: GOSUB 999 ERASE puc: ERASE f: ERASE df: ERASE splithands: ERASE br: ERASE far: ERASE sar: ERASE duc: ERASE mv: ERASE mc: r = 0 949 NEXT level 952 OPEN files$ + "d.dat" FOR RANDOM AS #1 LEN = LEN(wow) PUT #1, , wow CLOSE #1 OPEN files$ + "c.dat" FOR RANDOM AS #1 LEN = LEN(ir(0, 0)) FOR x = 0 TO 54 FOR y = 0 TO 9 PUT #1, , ir(x, y) NEXT y: NEXT x FOR x = 0 TO 54 FOR y = 0 TO 9 PUT #1, , ifar(x, y) NEXT y: NEXT x FOR x = 0 TO 54 FOR y = 0 TO 9 PUT #1, , isar(x, y) NEXT y: NEXT x CLOSE #1 OPEN files$ + "i.txt" FOR APPEND AS #1 PRINT #1, "" PRINT #1, "END: "; DATE$; " "; TIME$ CLOSE #1 END 999 total# = 0 FOR k = 0 TO 9 FOR l = k TO 9 n = k / 2 * (19 - k) + l FOR m = 0 TO 9 pc1 = k: pc2 = l: dc1 = m FOR x = 0 TO 10 mc(x) = adc(x, level): NEXT x IF mc(pc1) < 1 THEN mc(19) = mc(pc1) ELSE mc(19) = 1 IF mc(pc1) = 0 THEN GOTO 567 ELSE prob# = mc(pc1) / mc(10): mc(pc1) = mc(pc1) - mc(19): mc(10) = mc(10) - mc(19) IF mc(pc2) < 1 THEN mc(19) = mc(pc2) ELSE mc(19) = 1 IF mc(pc2) = 0 THEN GOTO 567 ELSE prob# = prob# * mc(pc2) / mc(10): mc(pc2) = mc(pc2) - mc(19): mc(10) = mc(10) - mc(19) IF pc1 <> pc2 THEN prob# = prob# * 2 puc(n) = prob# IF mc(dc1) < 1 THEN mc(19) = mc(dc1) ELSE mc(19) = 1 IF mc(dc1) = 0 THEN GOTO 567 ELSE prob# = prob# * mc(dc1) / mc(10): mc(dc1) = mc(dc1) - mc(19): mc(10) = mc(10) - mc(19) total# = total# + hit(n, dc1) * prob#: probs# = probs# + prob# 567 NEXT m: NEXT l: NEXT k FOR w = 0 TO 9 FOR x = w TO 9 n = w / 2 * (19 - w) + x FOR y = 0 TO 9 cv% = cv(w) + cv(x) + cv(y): IF true% = 1 THEN cv% = CINT(cv% * card(10) / adc(10, level)) IF br(n, y) > 0 THEN IF ir(n, y).nor = 9 THEN IF ir(n, y).nnr <> br(n, y) THEN ir(n, y).nor = 10: ir(n, y).nnl = cv% + level - 300: ir(n, y).lr = br(n, y) IF ir(n, y).nor = 8 THEN IF ir(n, y).er <> br(n, y) THEN ir(n, y).nor = 9: ir(n, y).el = cv% + level - 300: ir(n, y).nnr = br(n, y) IF ir(n, y).nor = 7 THEN IF ir(n, y).nr <> br(n, y) THEN ir(n, y).nor = 8: ir(n, y).nl = cv% + level - 300: ir(n, y).er = br(n, y) IF ir(n, y).nor = 6 THEN IF ir(n, y).xr <> br(n, y) THEN ir(n, y).nor = 7: ir(n, y).xl = cv% + level - 300: ir(n, y).nr = br(n, y) IF ir(n, y).nor = 5 THEN IF ir(n, y).vr <> br(n, y) THEN ir(n, y).nor = 6: ir(n, y).vl = cv% + level - 300: ir(n, y).xr = br(n, y) IF ir(n, y).nor = 4 THEN IF ir(n, y).rr <> br(n, y) THEN ir(n, y).nor = 5: ir(n, y).rl = cv% + level - 300: ir(n, y).vr = br(n, y) IF ir(n, y).nor = 3 THEN IF ir(n, y).tr <> br(n, y) THEN ir(n, y).nor = 4: ir(n, y).tl = cv% + level - 300: ir(n, y).rr = br(n, y) IF ir(n, y).nor = 2 THEN IF ir(n, y).sr <> br(n, y) THEN ir(n, y).nor = 3: ir(n, y).sl = cv% + level - 300: ir(n, y).tr = br(n, y) IF ir(n, y).nor = 1 THEN IF ir(n, y).fr <> br(n, y) THEN ir(n, y).nor = 2: ir(n, y).fl = cv% + level - 300: ir(n, y).sr = br(n, y) IF ir(n, y).nor = 0 THEN ir(n, y).nor = 1: ir(n, y).fr = br(n, y): ir(n, y).fl = 1000: ir(n, y).sl = 1000: ir(n, y).tl = 1000: ir(n, y).rl = 1000 ir(n, y).vl = 1000: ir(n, y).xl = 1000: ir(n, y).nl = 1000: ir(n, y).el = 1000: ir(n, y).nnl = 1000: ir(n, y).ll = 1000 END IF END IF IF far(n, y) > 0 THEN IF ifar(n, y).nor = 9 THEN IF ifar(n, y).nnr <> far(n, y) THEN ifar(n, y).nor = 10: ifar(n, y).nnl = cv% + level - 300: ifar(n, y).lr = far(n, y) IF ifar(n, y).nor = 8 THEN IF ifar(n, y).er <> far(n, y) THEN ifar(n, y).nor = 9: ifar(n, y).el = cv% + level - 300: ifar(n, y).nnr = far(n, y) IF ifar(n, y).nor = 7 THEN IF ifar(n, y).nr <> far(n, y) THEN ifar(n, y).nor = 8: ifar(n, y).nl = cv% + level - 300: ifar(n, y).er = far(n, y) IF ifar(n, y).nor = 6 THEN IF ifar(n, y).xr <> far(n, y) THEN ifar(n, y).nor = 7: ifar(n, y).xl = cv% + level - 300: ifar(n, y).nr = far(n, y) IF ifar(n, y).nor = 5 THEN IF ifar(n, y).vr <> far(n, y) THEN ifar(n, y).nor = 6: ifar(n, y).vl = cv% + level - 300: ifar(n, y).xr = far(n, y) IF ifar(n, y).nor = 4 THEN IF ifar(n, y).rr <> far(n, y) THEN ifar(n, y).nor = 5: ifar(n, y).rl = cv% + level - 300: ifar(n, y).vr = far(n, y) IF ifar(n, y).nor = 3 THEN IF ifar(n, y).tr <> far(n, y) THEN ifar(n, y).nor = 4: ifar(n, y).tl = cv% + level - 300: ifar(n, y).rr = far(n, y) IF ifar(n, y).nor = 2 THEN IF ifar(n, y).sr <> far(n, y) THEN ifar(n, y).nor = 3: ifar(n, y).sl = cv% + level - 300: ifar(n, y).tr = far(n, y) IF ifar(n, y).nor = 1 THEN IF ifar(n, y).fr <> far(n, y) THEN ifar(n, y).nor = 2: ifar(n, y).fl = cv% + level - 300: ifar(n, y).sr = far(n, y) IF ifar(n, y).nor = 0 THEN ifar(n, y).nor = 1: ifar(n, y).fr = far(n, y): ifar(n, y).fl = 1000: ifar(n, y).sl = 1000: ifar(n, y).tl = 1000: ifar(n, y).rl = 1000 ifar(n, y).vl = 1000: ifar(n, y).xl = 1000: ifar(n, y).nl = 1000: ifar(n, y).el = 1000: ifar(n, y).nnl = 1000: ifar(n, y).ll = 1000 END IF END IF IF sar(n, y) > 0 THEN IF isar(n, y).nor = 9 THEN IF isar(n, y).nnr <> sar(n, y) THEN isar(n, y).nor = 10: isar(n, y).nnl = cv% + level - 300: isar(n, y).lr = sar(n, y) IF isar(n, y).nor = 8 THEN IF isar(n, y).er <> sar(n, y) THEN isar(n, y).nor = 9: isar(n, y).el = cv% + level - 300: isar(n, y).nnr = sar(n, y) IF isar(n, y).nor = 7 THEN IF isar(n, y).nr <> sar(n, y) THEN isar(n, y).nor = 8: isar(n, y).nl = cv% + level - 300: isar(n, y).er = sar(n, y) IF isar(n, y).nor = 6 THEN IF isar(n, y).xr <> sar(n, y) THEN isar(n, y).nor = 7: isar(n, y).xl = cv% + level - 300: isar(n, y).nr = sar(n, y) IF isar(n, y).nor = 5 THEN IF isar(n, y).vr <> sar(n, y) THEN isar(n, y).nor = 6: isar(n, y).vl = cv% + level - 300: isar(n, y).xr = sar(n, y) IF isar(n, y).nor = 4 THEN IF isar(n, y).rr <> sar(n, y) THEN isar(n, y).nor = 5: isar(n, y).rl = cv% + level - 300: isar(n, y).vr = sar(n, y) IF isar(n, y).nor = 3 THEN IF isar(n, y).tr <> sar(n, y) THEN isar(n, y).nor = 4: isar(n, y).tl = cv% + level - 300: isar(n, y).rr = sar(n, y) IF isar(n, y).nor = 2 THEN IF isar(n, y).sr <> sar(n, y) THEN isar(n, y).nor = 3: isar(n, y).sl = cv% + level - 300: isar(n, y).tr = sar(n, y) IF isar(n, y).nor = 1 THEN IF isar(n, y).fr <> sar(n, y) THEN isar(n, y).nor = 2: isar(n, y).fl = cv% + level - 300: isar(n, y).sr = sar(n, y) IF isar(n, y).nor = 0 THEN isar(n, y).nor = 1: isar(n, y).fr = sar(n, y): isar(n, y).fl = 1000: isar(n, y).sl = 1000: isar(n, y).tl = 1000: isar(n, y).rl = 1000 isar(n, y).vl = 1000: isar(n, y).xl = 1000: isar(n, y).nl = 1000: isar(n, y).el = 1000: isar(n, y).nnl = 1000: isar(n, y).ll = 1000 END IF END IF NEXT y: NEXT x: NEXT w twentysixes% = INT((level) / 26): ones% = INT(level - twentysixes% * 26) FOR x = 0 TO 10 mc(x) = adc(x, level): NEXT x IF ss% = 1 THEN v$ = files$ + CHR$(twentysixes% + 97) + CHR$(ones% + 97) + "a.dat" OPEN v$ FOR RANDOM AS #1 LEN = LEN(sd) sd.c1 = bc(0): sd.c2 = bc(1): sd.c3 = bc(2): sd.c4 = bc(3): sd.c5 = bc(4) sd.c6 = bc(5): sd.c7 = bc(6): sd.c8 = bc(7): sd.c9 = bc(8): sd.cT = bc(9) sd.cJ = bc(10): sd.cQ = bc(11): sd.cK = bc(12): sd.dwt = dwt%: sd.dbc = dbc% sd.ls = ls%: sd.early = early%: sd.j = j: sd.hole = hole%: sd.push = push%: sd.ten = ten% sd.schw = schw%: sd.splt = splt%: sd.nsh = most%: sd.rsa = rsa%: sd.das = das% sd.dh = dh%: sd.ld = ld%: sd.blackjack = blackjack: sd.ins = ins%: sd.dsa = dsa% sd.bjsh = bjsh%: sd.deck = deck%: sd.shf = shf: sd.immed = immed%: sd.pbd = pbd% sd.b21po = b21po%: sd.ms777 = ms777: sd.ss777 = ss777: sd.sp777 = sp777: sd.jp777 = jp777 sd.po5c21 = mc21po(4): sd.po6c21 = mc21po(5): sd.po7c21 = mc21po(6): sd.po8c21 = mc21po(7) sd.ms678 = ms678: sd.ss678 = ss678: sd.sp678 = sp678 IF LEN(q$) > 80 THEN sd.description = MID$(q$, 1, 80) ELSE sd.description = q$ PUT #1, , sd CLOSE #1 v$ = files$ + CHR$(twentysixes% + 97) + CHR$(ones% + 97) + "b.dat" w = 0 OPEN v$ FOR RANDOM AS #1 LEN = LEN(num) FOR x = 0 TO 54 FOR y = 0 TO 9 w = w + 1 num.far = far(x, y): num.sar = sar(x, y): num.r = br(x, y): num.hit = hit(x, y) PUT #1, w, num NEXT y: NEXT x CLOSE END IF v$ = files$ + CHR$(twentysixes% + 97) + CHR$(ones% + 97) + "t.dat" w = 0 OPEN v$ FOR RANDOM AS #1 LEN = LEN(database) FOR x = 0 TO 54 FOR y = 0 TO 9 FOR z = 0 TO 32 w = w + 1 database.dat = aq(x, y, z) PUT #1, w, database NEXT z: NEXT y: NEXT x CLOSE #1 v$ = files$ + CHR$(twentysixes% + 97) + CHR$(ones% + 97) + "e.dat" w = 0 OPEN v$ FOR RANDOM AS #1 LEN = LEN(database) FOR x = 0 TO 54 FOR y = 0 TO 9 FOR z = 0 TO 11 w = w + 1 database.dat = dbr(x, y, z) PUT #1, w, database NEXT z: NEXT y: NEXT x CLOSE #1 v$ = files$ + CHR$(twentysixes% + 97) + CHR$(ones% + 97) + "q.dat" w = 0 OPEN v$ FOR RANDOM AS #1 LEN = LEN(database) FOR x = 0 TO 54 FOR y = 0 TO 9 FOR r = 0 TO 32 FOR f = 0 TO 24 w = w + 1 database.dat = pbr(x, y, r, f) PUT #1, w, database NEXT f: NEXT r: NEXT y: NEXT x CLOSE #1 v$ = files$ + CHR$(twentysixes% + 97) + CHR$(ones% + 97) + "f.dat" w = 0 OPEN v$ FOR RANDOM AS #1 LEN = LEN(database) FOR x = 0 TO 54 FOR y = 0 TO 9 FOR z = 0 TO 11 w = w + 1 database.dat = dfar(x, y, z) PUT #1, w, database NEXT z: NEXT y: NEXT x CLOSE #1 v$ = files$ + CHR$(twentysixes% + 97) + CHR$(ones% + 97) + "r.dat" w = 0 OPEN v$ FOR RANDOM AS #1 LEN = LEN(database) FOR x = 0 TO 54 FOR y = 0 TO 9 FOR r = 0 TO 32 FOR f = 0 TO 24 w = w + 1 database.dat = pfar(x, y, r, f) PUT #1, w, database NEXT f: NEXT r: NEXT y: NEXT x CLOSE #1 v$ = files$ + CHR$(twentysixes% + 97) + CHR$(ones% + 97) + "g.dat" w = 0 OPEN v$ FOR RANDOM AS #1 LEN = LEN(database) FOR x = 0 TO 54 FOR y = 0 TO 9 FOR z = 0 TO 11 w = w + 1 database.dat = dsar(x, y, z) PUT #1, w, database NEXT z: NEXT y: NEXT x CLOSE #1 v$ = files$ + CHR$(twentysixes% + 97) + CHR$(ones% + 97) + "s.dat" w = 0 OPEN v$ FOR RANDOM AS #1 LEN = LEN(database) FOR x = 0 TO 54 FOR y = 0 TO 9 FOR r = 0 TO 32 FOR f = 0 TO 24 w = w + 1 database.dat = psar(x, y, r, f) PUT #1, w, database NEXT f: NEXT r: NEXT y: NEXT x CLOSE #1 ERASE pbr: ERASE dbr: ERASE pfar: ERASE dfar: ERASE psar: ERASE dsar FOR x = 0 TO 9 duc(x) = mc(x) / mc(10): NEXT x IF sp% = 1 THEN v$ = files$ + CHR$(twentysixes% + 97) + CHR$(ones% + 97) + "o.txt" OPEN v$ FOR OUTPUT AS #1 321 PRINT #1, "the most favorable player responses for level ";: PRINT #1, USING "####"; level - 300 PRINT #1, "total number of times bets were placed is ";: PRINT #1, USING "###########"; adc(14, level);: PRINT #1, " hands" PRINT #1, q$ b$ = "AAA2A3A4A5A6A7A8A9AJ22232425262728292J333435363738393J4445464748494J55565758595J666768696J7778797J88898J999JJJ" FOR x = 0 TO 10 IF x = 0 THEN PRINT #1, " "; IF x > 0 THEN PRINT #1, USING "##"; x;: PRINT #1, " "; NEXT x PRINT #1, " " FOR x = 0 TO 10 IF x = 0 THEN PRINT #1, " "; NEXT x PRINT #1, " " FOR w = 0 TO 9 FOR x = w TO 9 n = w / 2 * (19 - w) + x FOR y = 0 TO 10 IF y = 0 THEN PRINT #1, MID$(b$, n * 2 + 1, 2); " "; IF y <> 0 THEN IF w + x < h(br(n, y - 1)) THEN IF w * x <> 0 THEN IF w + x + 2 >= g(br(n, y - 1)) THEN PRINT #1, "Stand "; IF w + x + 2 < g(br(n, y - 1)) THEN PRINT #1, MID$(o$, br(n, y - 1) * 5 + 1, 5); " "; END IF IF w * x = 0 THEN IF w + x >= h(br(n, y - 1)) THEN PRINT #1, "Stand "; IF w + x < h(br(n, y - 1)) THEN PRINT #1, MID$(o$, br(n, y - 1) * 5 + 1, 5); " "; END IF END IF IF w + x >= h(br(n, y - 1)) THEN IF w * x <> 0 THEN IF w + x + 2 >= g(br(n, y - 1)) THEN PRINT #1, "Stand "; IF w + x + 2 < g(br(n, y - 1)) THEN PRINT #1, MID$(n$, br(n, y - 1) * 5 + 1, 5); " "; END IF IF w * x = 0 THEN IF w + x >= h(br(n, y - 1)) THEN PRINT #1, "Stand "; IF w + x < h(br(n, y - 1)) THEN PRINT #1, MID$(n$, br(n, y - 1) * 5 + 1, 5); " "; END IF END IF END IF NEXT y: PRINT #1, " ": NEXT x: NEXT w PRINT #1, " " PRINT #1, "win minus loss results for two card combos verses dealer up cards " FOR x = 0 TO 10 IF x = 0 THEN PRINT #1, " "; IF x > 0 THEN PRINT #1, USING "##"; x;: PRINT #1, " "; NEXT x PRINT #1, " " FOR x = 0 TO 10 IF x = 0 THEN PRINT #1, " "; IF x > 0 THEN PRINT #1, USING "###.##"; duc(x - 1) * 100;: PRINT #1, " "; NEXT x PRINT #1, " %" FOR x = 0 TO 54 FOR y = 0 TO 10 IF y = 0 THEN PRINT #1, MID$(b$, x * 2 + 1, 2); " "; IF y > 0 THEN PRINT #1, USING "###.##"; hit(x, y - 1) * 100;: PRINT #1, " "; NEXT y: PRINT #1, USING "##.##"; puc(x) * 100: NEXT x PRINT #1, " " PRINT #1, "total win minus loss result is ";: PRINT #1, USING "##.###"; total# * 100;: PRINT #1, "%" CLS: PRINT #1, "the most favorable player responses after split with pc1>=pc2": PRINT #1, " " b$ = "AA2A3A4A5A6A7A8A9AJA2232425262728292J233435363738393J3445464748494J45565758595J566768696J6778797J78898J899J9JJ" FOR x = 0 TO 10 IF x = 0 THEN PRINT #1, " "; IF x > 0 THEN PRINT #1, USING "##"; x;: PRINT #1, " "; NEXT x PRINT #1, " " FOR x = 0 TO 10 IF x = 0 THEN PRINT #1, " "; NEXT x PRINT #1, " " FOR w = 0 TO 9 FOR x = w TO 9 n = w / 2 * (19 - w) + x FOR y = 0 TO 10 IF y = 0 THEN PRINT #1, MID$(b$, n * 2 + 1, 2); " "; IF y <> 0 THEN IF w + x < h(far(n, y - 1)) THEN IF w * x <> 0 THEN IF w + x + 2 >= g(far(n, y - 1)) THEN PRINT #1, "Stand"; IF w + x + 2 < g(far(n, y - 1)) THEN PRINT #1, MID$(o$, far(n, y - 1) * 5 + 1, 5); END IF IF w * x = 0 THEN IF w + x = 0 AND dsa% <> 1 THEN PRINT #1, "Stand"; IF w + x <> 0 OR dsa% = 1 THEN PRINT #1, MID$(o$, far(n, y - 1) * 5 + 1, 5); END IF IF far(n, y - 1) <> br(n, y - 1) THEN PRINT #1, "* "; IF far(n, y - 1) = br(n, y - 1) THEN PRINT #1, " "; END IF IF w + x >= h(far(n, y - 1)) THEN IF w * x <> 0 THEN IF w + x + 2 >= g(far(n, y - 1)) THEN PRINT #1, "Stand"; IF w + x + 2 < g(far(n, y - 1)) THEN PRINT #1, MID$(n$, far(n, y - 1) * 5 + 1, 5); END IF IF w * x = 0 THEN PRINT #1, "Stand"; IF far(n, y - 1) <> br(n, y - 1) THEN PRINT #1, "* "; IF far(n, y - 1) = br(n, y - 1) THEN PRINT #1, " "; END IF END IF NEXT y: PRINT #1, " ": NEXT x: NEXT w PRINT #1, " " CLS: PRINT #1, "the most favorable player responses after split with pc1<=pc2": PRINT #1, " " b$ = "AAA2A3A4A5A6A7A8A9AJ22232425262728292J333435363738393J4445464748494J55565758595J666768696J7778797J88898J999JJJ" FOR x = 0 TO 10 IF x = 0 THEN PRINT #1, " "; IF x > 0 THEN PRINT #1, USING "##"; x;: PRINT #1, " "; NEXT x PRINT #1, " " FOR x = 0 TO 10 IF x = 0 THEN PRINT #1, " "; NEXT x PRINT #1, " " FOR w = 0 TO 9 FOR x = w TO 9 n = w / 2 * (19 - w) + x FOR y = 0 TO 10 IF y = 0 THEN PRINT #1, MID$(b$, n * 2 + 1, 2); " "; IF y <> 0 THEN IF w + x < h(sar(n, y - 1)) THEN IF w * x <> 0 THEN IF w + x + 2 >= g(sar(n, y - 1)) THEN PRINT #1, "Stand"; IF w + x + 2 < g(sar(n, y - 1)) THEN PRINT #1, MID$(o$, sar(n, y - 1) * 5 + 1, 5); END IF IF w * x = 0 THEN IF w = 0 AND dsa% <> 1 THEN PRINT #1, "Stand"; IF w <> 0 OR dsa% = 1 THEN PRINT #1, MID$(o$, sar(n, y - 1) * 5 + 1, 5); END IF IF sar(n, y - 1) <> br(n, y - 1) THEN PRINT #1, "* "; IF sar(n, y - 1) = br(n, y - 1) THEN PRINT #1, " "; END IF IF w + x >= h(sar(n, y - 1)) THEN IF w * x <> 0 THEN IF w + x + 2 >= g(sar(n, y - 1)) THEN PRINT #1, "Stand"; IF w + x + 2 < g(sar(n, y - 1)) THEN PRINT #1, MID$(n$, sar(n, y - 1) * 5 + 1, 5); END IF IF w * x = 0 THEN PRINT #1, "Stand"; IF sar(n, y - 1) <> br(n, y - 1) THEN PRINT #1, "* "; IF sar(n, y - 1) = br(n, y - 1) THEN PRINT #1, " "; END IF END IF NEXT y: PRINT #1, " ": NEXT x: NEXT w PRINT #1, " " CLOSE #1 END IF RETURN

Attribute VB_Name = "STAT_HISTOGRAM_RANK_LIBR" Option Explicit 'Requires that all variables to be declared explicitly. Option Base 1 'The "Option Base" statement allows to specify 0 or 1 as the 'default first index of arrays. '************************************************************************************ '************************************************************************************ 'FUNCTION : VECTOR_RANK_PERCENTILE_FUNC 'DESCRIPTION : Returns the rank of a value in a data set as a percentage 'of the data set. This function can be used to evaluate the relative 'standing of a value within a data set. 'LIBRARY : STATISTICS 'GROUP : HISTOGRAM_RANK 'ID : 001 'AUTHOR : RAFAEL NICOLAS FERMIN COTA 'LAST UPDATE : 09/22/2010 '************************************************************************************ '************************************************************************************ Function VECTOR_RANK_PERCENTILE_FUNC(ByRef DATA_RNG As Variant, _ Optional ByVal OUTPUT As Integer = 1) Dim i As Long Dim j As Long Dim k As Long Dim NROWS As Long Dim TEMP_VECTOR As Variant Dim DATA_VECTOR As Variant On Error GoTo ERROR_LABEL DATA_VECTOR = DATA_RNG If UBound(DATA_VECTOR, 1) = 1 Then DATA_VECTOR = MATRIX_TRANSPOSE_FUNC(DATA_VECTOR) End If NROWS = UBound(DATA_VECTOR, 1) ReDim Preserve DATA_VECTOR(1 To NROWS, 1 To 2) For i = 1 To NROWS: DATA_VECTOR(i, 2) = i: Next i TEMP_VECTOR = MATRIX_QUICK_SORT_FUNC(DATA_VECTOR, 1, 1) ReDim Preserve TEMP_VECTOR(1 To NROWS, 1 To 3) TEMP_VECTOR(1, 3) = 1 For i = 2 To NROWS If TEMP_VECTOR(i, 1) = TEMP_VECTOR(i - 1, 1) Then TEMP_VECTOR(i, 3) = TEMP_VECTOR(i - 1, 3) + 1 Else TEMP_VECTOR(i, 3) = 1 End If Next i For i = 1 To NROWS j = TEMP_VECTOR(i, 2) DATA_VECTOR(j, 1) = TEMP_VECTOR(i, 1) k = i - TEMP_VECTOR(i, 3) DATA_VECTOR(j, 2) = k / (NROWS - 1) Next i Erase TEMP_VECTOR Select Case OUTPUT Case 0 VECTOR_RANK_PERCENTILE_FUNC = DATA_VECTOR Case Else VECTOR_RANK_PERCENTILE_FUNC = MATRIX_GET_COLUMN_FUNC(DATA_VECTOR, 2, 1) End Select Exit Function ERROR_LABEL: VECTOR_RANK_PERCENTILE_FUNC = Err.number End Function '************************************************************************************ '************************************************************************************ 'FUNCTION : PERCENTRANK_FUNC 'DESCRIPTION : Calculate the PERCENTRANK_FUNC(array, x) 'If X matches one of the values in the array, this function is 'equivalent to the Excel formula =(RANK(x)-1)/(N-1) where N is 'the number of data points. 'If X does not match one of the values, then the PERCENTRANK_FUNC 'function interpolates. 'LIBRARY : STATISTICS 'GROUP : HISTOGRAM_RANK 'ID : 002 'AUTHOR : RAFAEL NICOLAS FERMIN COTA 'LAST UPDATE : 09/22/2010 '************************************************************************************ '************************************************************************************ Function PERCENTRANK_FUNC(ByRef DATA_RNG As Variant, _ ByVal X0_VAL As Double, _ Optional ByVal DIGITS_VAL As Integer = 3) Dim i As Long Dim j As Long Dim k As Long Dim NROWS As Long Dim NCOLUMNS As Long Dim X1_VAL As Variant Dim X2_VAL As Variant Dim Y1_VAL As Variant Dim Y2_VAL As Variant Dim Y0_VAL As Variant Dim DATA_VECTOR As Variant Dim DATA_MATRIX As Variant On Error GoTo ERROR_LABEL DATA_VECTOR = DATA_RNG NROWS = UBound(DATA_VECTOR, 1) NCOLUMNS = UBound(DATA_VECTOR, 2) If NCOLUMNS = 1 Then DATA_MATRIX = DATA_VECTOR Else ReDim DATA_MATRIX(1 To NROWS * NCOLUMNS, 1 To 1) k = 1 For i = 1 To NROWS For j = 1 To NCOLUMNS DATA_MATRIX(k, 1) = DATA_VECTOR(i, j) k = k + 1 Next j Next i NROWS = NROWS * NCOLUMNS End If DATA_MATRIX = MATRIX_QUICK_SORT_FUNC(DATA_MATRIX, 1, 1) ReDim Preserve DATA_MATRIX(1 To NROWS, 1 To 2) i = 1: DATA_MATRIX(i, 2) = 1: GoSub CHECK_LINE For i = 2 To NROWS If DATA_MATRIX(i, 1) = DATA_MATRIX(i - 1, 1) Then DATA_MATRIX(i, 2) = DATA_MATRIX(i - 1, 2) + 1 Else DATA_MATRIX(i, 2) = 1 End If GoSub CHECK_LINE Next i GoSub INTERP_LINE 1983: If DIGITS_VAL > 0 Then PERCENTRANK_FUNC = ADOWN_DIG_FUNC(Y0_VAL, DIGITS_VAL) Else PERCENTRANK_FUNC = Y0_VAL End If Exit Function '-------------------------------------------------------------------------------- CHECK_LINE: '-------------------------------------------------------------------------------- If DATA_MATRIX(i, 1) = X0_VAL Then k = i - DATA_MATRIX(i, 2) Y0_VAL = k / (NROWS - 1) GoTo 1983 End If '-------------------------------------------------------------------------------- Return '-------------------------------------------------------------------------------- INTERP_LINE: '-------------------------------------------------------------------------------- For i = 1 To NROWS If X0_VAL < DATA_MATRIX(i, 1) Then j = i - 1 Exit For ElseIf X0_VAL = DATA_MATRIX(i, 1) Then j = i Exit For End If Next i k = i - DATA_MATRIX(j, 2) Y1_VAL = k / (NROWS - 1) k = i - DATA_MATRIX(j + 1, 2) Y2_VAL = k / (NROWS - 1) X1_VAL = DATA_MATRIX(j, 1) X2_VAL = DATA_MATRIX(j + 1, 1) If X0_VAL <= X1_VAL Then Y0_VAL = Y1_VAL ElseIf X0_VAL >= X2_VAL Then Y0_VAL = Y2_VAL Else Y0_VAL = (X0_VAL - X1_VAL) / (X2_VAL - X1_VAL) * Y2_VAL + (X2_VAL - X0_VAL) / (X2_VAL - X1_VAL) * Y1_VAL End If '-------------------------------------------------------------------------------- Return '-------------------------------------------------------------------------------- ERROR_LABEL: PERCENTRANK_FUNC = CVErr(xlErrNA) End Function '************************************************************************************ '************************************************************************************ 'FUNCTION : RANK_ARRAY_FUNC 'DESCRIPTION : Returns the rank of a number in a list of numbers. The rank of 'a number is its size relative to other values in a list. (If you were to sort the 'list, the rank of the number would be its position.) 'Order: is a number specifying how to rank number. 'If order is 0 (zero) or omitted, Microsoft Excel ranks number as if ref were a list 'sorted in descending order. If order is any nonzero value, Microsoft Excel ranks 'number as if ref were a list sorted in ascending order. 'LIBRARY : STATISTICS 'GROUP : HISTOGRAM_RANK 'ID : 003 'AUTHOR : RAFAEL NICOLAS FERMIN COTA 'LAST UPDATE : 09/22/2010 '************************************************************************************ '************************************************************************************ Function RANK_ARRAY_FUNC(ByRef DATA_RNG As Variant, _ Optional ByVal ORDER_TYPE As Integer = 0) 'DATA_RNG: An array of, or a reference to, a list of numbers. Nonnumeric values 'in ref are ignored. 'If ORDER_TYPE is 0 (zero) or omitted, the list is sorted in 'descending order. 'If ORDER_TYPE is any nonzero value, the list is sorted in 'ascending order. Dim i As Long Dim j As Long Dim k As Long Dim NSIZE As Long Dim NROWS As Long Dim NCOLUMNS As Long Dim TEMP_VAL As Variant Dim DATA_MATRIX As Variant Dim TEMP_MATRIX As Variant On Error GoTo ERROR_LABEL DATA_MATRIX = DATA_RNG If UBound(DATA_MATRIX, 1) = 1 Then DATA_MATRIX = MATRIX_TRANSPOSE_FUNC(DATA_MATRIX) End If NROWS = UBound(DATA_MATRIX, 1) NCOLUMNS = UBound(DATA_MATRIX, 2) If NCOLUMNS > 1 Then NSIZE = NROWS * NCOLUMNS ReDim TEMP_MATRIX(1 To NSIZE, 1 To 2) k = 1 For j = 1 To NCOLUMNS For i = 1 To NROWS TEMP_MATRIX(k, 1) = DATA_MATRIX(i, j) TEMP_MATRIX(k, 2) = 0 k = k + 1 Next i Next j DATA_MATRIX = TEMP_MATRIX TEMP_MATRIX = MATRIX_QUICK_SORT_FUNC(DATA_MATRIX, 1, ORDER_TYPE) Else NSIZE = NROWS TEMP_MATRIX = MATRIX_QUICK_SORT_FUNC(DATA_MATRIX, 1, ORDER_TYPE) ReDim Preserve TEMP_MATRIX(1 To NSIZE, 1 To 2) End If i = 1: j = 1 TEMP_MATRIX(i, 2) = j GoSub LOOK_LINE For i = 2 To NSIZE j = j + 1 If TEMP_MATRIX(i - 1, 1) <> TEMP_MATRIX(i, 1) Then TEMP_MATRIX(i, 2) = j Else TEMP_MATRIX(i, 2) = TEMP_MATRIX(i - 1, 2) End If 'This routine gives duplicate numbers the same rank. However, the presence of duplicate numbers affects the 'ranks of subsequent numbers. For example, in a list of integers sorted in ascending order, if the 'number 10 appears twice and has a rank of 5, then 11 would have a rank of 7 (no number would have 'a rank of 6). GoSub LOOK_LINE Next i 'For some purposes one might want to use a definition of rank that takes ties into account. In the 'previous example, one would want a revised rank of 5.5 for the number 10. This can be done by adding 'the following correction factor to the value returned by RANK. This correction factor is appropriate 'both for the case where rank is computed in descending order (order = 0 or omitted) or ascending order '(order = nonzero value). 'Correction factor for tied ranks=[COUNT(ref) + 1 – RANK(number, ref, 0) – RANK(number, ref, 1)]/2. 'In the following example, RANK(A2,A1:A5,1) equals 3. The correction factor is (5 + 1 – 2 – 3)/2 = 0.5 'and the revised rank that takes ties into account is 3 + 0.5 = 3.5. If number occurs only once in ref, 'the correction factor will be 0, since RANK would not have to be adjusted for a tie. If NCOLUMNS > 1 Then ReDim TEMP_MATRIX(1 To NROWS, 1 To NCOLUMNS) k = 1 For j = 1 To NCOLUMNS For i = 1 To NROWS TEMP_MATRIX(i, j) = DATA_MATRIX(k, 1) k = k + 1 Next i Next j RANK_ARRAY_FUNC = TEMP_MATRIX Else RANK_ARRAY_FUNC = DATA_MATRIX End If '----------------------------------------------------------------------------------------- Exit Function '----------------------------------------------------------------------------------------- LOOK_LINE: '----------------------------------------------------------------------------------------- TEMP_VAL = TEMP_MATRIX(i, 1) For k = 1 To NSIZE If TEMP_VAL = DATA_MATRIX(k, 1) Then DATA_MATRIX(k, 1) = TEMP_MATRIX(i, 2) Exit For End If Next k '----------------------------------------------------------------------------------------- Return '----------------------------------------------------------------------------------------- ERROR_LABEL: RANK_ARRAY_FUNC = Err.number End Function

'*********** NOBOOT.BAS - shows how to disable Ctrl-Alt-Del using a TSR 'Copyright (c) 1991 Ethan Winer 'Compile and link as follows: ' ' bc noboot /o; ' link /nod/noe/ex/far/packc noboot str00256 _noread _noerror _noval,,nul,pdq 'NOTE: This program does not trap Ctrl-Alt-Del when run under Windows 3.x. DEFINT A-Z '$INCLUDE: 'PDQDECL.BAS' DIM Registers AS RegType 'RegType is defined in PDQDECL.BAS ID$ = "NOBOOT V1.0" 'define the unique ID string PRINT ID$ 'say hello Registers.IntNum = 9 'specify trapping Interrupt 9 CALL PointIntHere(Registers) 'after this, every Int 9 will go to the GOTO EndIt ' the next line below (CALL IntEntry1) 10 'this line number is needed for VB/DOS CALL IntEntry1 CALL IntEntry2(Registers, Zero) IF TestHotKey%(&HC53) THEN '&HC = Ctrl-Alt, &H53 is the Del key CALL ResetKeyboard 'this is our key, so clear it out CALL ReturnFromInt(Registers) 'and return to the underlying application ELSE CALL GotoOldInt(Registers) 'not our key, go on to the Int 9 handler END IF EndIt: CALL EndTSR(ID$) 'exit while staying resident

Version =21 VersionRequired =20 Begin Form RecordSelectors = NotDefault ShortcutMenu = NotDefault AutoCenter = NotDefault NavigationButtons = NotDefault DividingLines = NotDefault AllowDesignChanges = NotDefault DefaultView =0 ScrollBars =2 TabularFamily =124 PictureAlignment =2 DatasheetGridlinesBehavior =3 Cycle =1 GridX =24 GridY =24 Width =13680 DatasheetFontHeight =9 ItemSuffix =70 Right =12615 Bottom =7455 DatasheetGridlinesColor =12632256 RecSrcDt = Begin 0xdcd1b066a916e540 End RecordSource ="qry_LP_Belt_Transect" Caption ="frm_LP_Belt_Transect" BeforeInsert ="[Event Procedure]" DatasheetFontName ="Arial" PrtMip = Begin 0xa0050000a0050000a0050000a005000000000000201c0000e010000001000000 , 0x010000006801000000000000a10700000100000001000000 End OnLoad ="[Event Procedure]" FilterOnLoad =255 DatasheetGridlinesColor12 =12632256 Begin Begin Label BackStyle =0 BackColor =-2147483633 ForeColor =-2147483630 End Begin Rectangle SpecialEffect =3 BackStyle =0 BorderLineStyle =0 End Begin Image BackStyle =0 OldBorderStyle =0 BorderLineStyle =0 PictureAlignment =2 End Begin CommandButton FontSize =8 FontWeight =400 FontName ="MS Sans Serif" BorderLineStyle =0 End Begin OptionButton SpecialEffect =2 BorderLineStyle =0 LabelX =230 LabelY =-30 End Begin CheckBox SpecialEffect =2 BorderLineStyle =0 LabelX =230 LabelY =-30 End Begin OptionGroup SpecialEffect =3 BorderLineStyle =0 End Begin BoundObjectFrame SpecialEffect =2 OldBorderStyle =0 BorderLineStyle =0 BackStyle =0 End Begin TextBox FELineBreak = NotDefault SpecialEffect =2 BorderLineStyle =0 BackColor =-2147483643 ForeColor =-2147483640 AsianLineBreak =255 End Begin ListBox SpecialEffect =2 BorderLineStyle =0 BackColor =-2147483643 ForeColor =-2147483640 End Begin ComboBox SpecialEffect =2 BorderLineStyle =0 BackColor =-2147483643 ForeColor =-2147483640 End Begin Subform SpecialEffect =2 BorderLineStyle =0 End Begin UnboundObjectFrame SpecialEffect =2 OldBorderStyle =1 End Begin ToggleButton FontSize =8 FontWeight =400 FontName ="MS Sans Serif" BorderLineStyle =0 End Begin Tab BackStyle =0 BorderLineStyle =0 End Begin FormHeader Height =0 BackColor =-2147483633 Name ="FormHeader" End Begin Section CanGrow = NotDefault Height =9696 BackColor =-2147483633 Name ="Detail" Begin Begin TextBox Visible = NotDefault OverlapFlags =93 IMESentenceMode =3 Left =120 Top =60 Width =630 Height =180 ColumnWidth =2310 FontSize =10 Name ="Transect_ID" ControlSource ="Transect_ID" StatusBarText ="Unique record identifier - primary key" End Begin TextBox Visible = NotDefault OverlapFlags =93 IMESentenceMode =3 Left =840 Top =60 Width =630 Height =180 ColumnWidth =2310 FontSize =10 TabIndex =1 Name ="Event_ID" ControlSource ="Event_ID" StatusBarText ="M. Link to tbl_Locations (Loc_ID)" End Begin TextBox Enabled = NotDefault Locked = NotDefault SpecialEffect =0 OldBorderStyle =0 OverlapFlags =247 BackStyle =0 IMESentenceMode =3 Left =1080 Top =60 Width =360 ColumnWidth =465 FontSize =10 FontWeight =700 TabIndex =2 ForeColor =255 Name ="Transect" ControlSource ="Transect" StatusBarText ="Transect number - 1, 2, or 3" LayoutCachedLeft =1080 LayoutCachedTop =60 LayoutCachedWidth =1440 LayoutCachedHeight =300 Begin Begin Label OverlapFlags =255 Left =60 Top =60 Width =1020 Height =240 FontSize =10 FontWeight =700 Name ="Transect_Label" Caption ="Transect" LayoutCachedLeft =60 LayoutCachedTop =60 LayoutCachedWidth =1080 LayoutCachedHeight =300 End End End Begin TextBox OverlapFlags =87 IMESentenceMode =3 Left =3360 Top =60 Width =960 ColumnWidth =1035 TabIndex =3 Name ="Visit_Date" ControlSource ="Visit_Date" Format ="Short Date" StatusBarText ="Date of visit." InputMask ="99/99/0000;0;_" OnKeyDown ="[Event Procedure]" OnGotFocus ="[Event Procedure]" Begin Begin Label OverlapFlags =93 Left =2460 Top =60 Width =900 Height =240 FontWeight =700 Name ="Visit_Date_Label" Caption ="Visit Date" End End End Begin CommandButton OverlapFlags =85 Left =1620 Top =60 Width =306 Height =306 TabIndex =6 Name ="ButtonPrevious" Caption ="Command14" OnClick ="[Event Procedure]" PictureData = Begin 0x2800000010000000100000000100040000000000800000000000000000000000 , 0x0000000000000000000000000000800000800000008080008000000080008000 , 0x8080000080808000c0c0c0000000ff00c0c0c00000ffff00ff000000c0c0c000 , 0xffff0000ffffff00dadadadadadadadaadadadadadadadaddadadadadadadada , 0xadadadadadadadaddadadadad1dadadaadadadad11adadaddadadad111dadada , 0xadadad1111adadaddadad11111dadadaadadad1111adadaddadadad111dadada , 0xadadadad11adadaddadadadad1dadadaadadadadadadadaddadadadadadadada , 0xadadadadadadadad000000000000000000000000000000000000000000000000 , 0x0000000000000000000000000000000000000000000000000000000000000000 , 0x0000000000000000000000000000000000000000000000000000000000000000 , 0x0000000000000000000000000000000000000000000000000000000000000000 , 0x0000000000000000000000000000000000000000000000000000000000000000 , 0x0000000000000000000000000000000000000000000000000000000000000000 , 0x0000000000000000000000000000000000000000000000000000000000000000 , 0x0000000000000000000000000000000000000000000000000000000000000000 , 0x0000000000000000 End OnKeyDown ="[Event Procedure]" ObjectPalette = Begin 0x000301000000000000000000 End ControlTipText ="Previous Record" WebImagePaddingLeft =2 WebImagePaddingTop =2 WebImagePaddingRight =1 WebImagePaddingBottom =1 End Begin CommandButton OverlapFlags =85 Left =1980 Top =60 Width =306 Height =306 TabIndex =7 Name ="ButtonNext" Caption ="Command15" OnClick ="[Event Procedure]" PictureData = Begin 0x2800000010000000100000000100040000000000800000000000000000000000 , 0x0000000000000000000000000000800000800000008080008000000080008000 , 0x8080000080808000c0c0c0000000ff00c0c0c00000ffff00ff000000c0c0c000 , 0xffff0000ffffff00dadadadadadadadaadadadadadadadaddadadadadadadada , 0xadadadadadadadaddadada1adadadadaadadad11adadadaddadada111adadada , 0xadadad1111adadaddadada11111adadaadadad1111adadaddadada111adadada , 0xadadad11adadadaddadada1adadadadaadadadadadadadaddadadadadadadada , 0xadadadadadadadad000000000000000000000000000000000000000000000000 , 0x0000000000000000000000000000000000000000000000000000000000000000 , 0x0000000000000000000000000000000000000000000000000000000000000000 , 0x0000000000000000000000000000000000000000000000000000000000000000 , 0x0000000000000000000000000000000000000000000000000000000000000000 , 0x0000000000000000000000000000000000000000000000000000000000000000 , 0x0000000000000000000000000000000000000000000000000000000000000000 , 0x0000000000000000000000000000000000000000000000000000000000000000 , 0x0000000000000000 End OnKeyDown ="[Event Procedure]" ObjectPalette = Begin 0x000301000000000000000000 End ControlTipText ="Next Record" WebImagePaddingLeft =2 WebImagePaddingTop =2 WebImagePaddingRight =1 WebImagePaddingBottom =1 End Begin ComboBox OverlapFlags =87 IMESentenceMode =3 ColumnCount =3 ListWidth =1650 Left =5340 Top =60 Width =1620 TabIndex =4 ColumnInfo ="\"\";\"\";\"\";\"\";\"\";\"\";\"10\";\"100\"" Name ="Observer" ControlSource ="Observer" RowSourceType ="Table/Query" RowSource ="SELECT tlu_Contacts.Contact_ID, tlu_Contacts.Last_Name, tlu_Contacts.First_Name " "FROM tlu_Contacts WHERE (((tlu_Contacts.Active)=1)); " ColumnWidths ="0;810;840" OnKeyDown ="[Event Procedure]" Begin Begin Label OverlapFlags =93 Left =4500 Top =60 Width =840 Height =245 FontWeight =700 Name ="Observer_Label" Caption ="Observer" End End End Begin ComboBox OverlapFlags =87 IMESentenceMode =3 ColumnCount =3 ListWidth =1545 Left =7980 Top =60 Width =1620 TabIndex =5 ColumnInfo ="\"\";\"\";\"\";\"\";\"\";\"\";\"10\";\"100\"" Name ="Recorder" ControlSource ="Recorder" RowSourceType ="Table/Query" RowSource ="SELECT tlu_Contacts.Contact_ID, tlu_Contacts.Last_Name, tlu_Contacts.First_Name " "FROM tlu_Contacts WHERE (((tlu_Contacts.Active)=1)); " ColumnWidths ="0;750;795" OnKeyDown ="[Event Procedure]" Begin Begin Label OverlapFlags =93 Left =7140 Top =60 Width =840 Height =245 FontWeight =700 Name ="Recorder_Label" Caption ="Recorder" End End End Begin CommandButton OverlapFlags =85 Left =9780 Top =60 Width =1260 Height =300 TabIndex =8 Name ="ButtonMaster" Caption ="Master Species" OnClick ="[Event Procedure]" OnKeyDown ="[Event Procedure]" WebImagePaddingLeft =2 WebImagePaddingTop =2 WebImagePaddingRight =1 WebImagePaddingBottom =1 End Begin CommandButton OverlapFlags =85 Left =11160 Top =60 Height =300 TabIndex =9 Name ="ButtonUnknown" Caption ="Unknown Species" OnClick ="[Event Procedure]" OnKeyDown ="[Event Procedure]" WebImagePaddingLeft =2 WebImagePaddingTop =2 WebImagePaddingRight =1 WebImagePaddingBottom =1 End Begin Tab OverlapFlags =85 Left =45 Top =435 Width =13320 Height =9255 TabIndex =10 Name ="TabCtl49" LayoutCachedLeft =45 LayoutCachedTop =435 LayoutCachedWidth =13365 LayoutCachedHeight =9690 Begin Begin Page OverlapFlags =87 Left =180 Top =840 Width =13050 Height =8715 Name ="pgBeltShrub" Caption ="Density" LayoutCachedLeft =180 LayoutCachedTop =840 LayoutCachedWidth =13230 LayoutCachedHeight =9555 WebImagePaddingLeft =2 WebImagePaddingTop =2 WebImagePaddingRight =2 WebImagePaddingBottom =2 Begin Begin Subform OverlapFlags =247 Left =300 Top =1320 Width =12450 Height =3840 Name ="fsub_LP_Belt_Shrub" SourceObject ="Form.fsub_LP_Belt_Shrub" LinkChildFields ="Transect_ID" LinkMasterFields ="Transect_ID" LayoutCachedLeft =300 LayoutCachedTop =1320 LayoutCachedWidth =12750 LayoutCachedHeight =5160 End Begin Subform OverlapFlags =247 Left =240 Top =5760 Width =6354 Height =2877 TabIndex =1 Name ="fsub_LP_Seedling" SourceObject ="Form.fsub_LP_Seedling" LinkChildFields ="Transect_ID" LinkMasterFields ="Transect_ID" LayoutCachedLeft =240 LayoutCachedTop =5760 LayoutCachedWidth =6594 LayoutCachedHeight =8637 End Begin Subform Visible = NotDefault OverlapFlags =247 Left =6840 Top =5760 Width =5934 Height =2877 TabIndex =2 Name ="fsub_LP_Exotic" SourceObject ="Form.fsub_LP_Exotic" LinkChildFields ="Transect_ID" LinkMasterFields ="Transect_ID" LayoutCachedLeft =6840 LayoutCachedTop =5760 LayoutCachedWidth =12774 LayoutCachedHeight =8637 End Begin Rectangle SpecialEffect =0 BackStyle =1 OldBorderStyle =0 OverlapFlags =223 Left =10620 Top =840 Width =2100 Height =480 BackColor =6750207 Name ="rctNoShrubs" OnClick ="[Event Procedure]" LayoutCachedLeft =10620 LayoutCachedTop =840 LayoutCachedWidth =12720 LayoutCachedHeight =1320 End Begin CheckBox OverlapFlags =215 Left =10740 Top =990 Width =300 TabIndex =3 Name ="cbxNoShrubs" DefaultValue ="0" OnClick ="[Event Procedure]" ControlTipText ="No live shrubs rooted in the 1m belt transect were found" LayoutCachedLeft =10740 LayoutCachedTop =990 LayoutCachedWidth =11040 LayoutCachedHeight =1230 Begin Begin Label OverlapFlags =247 TextFontFamily =0 Left =10970 Top =960 Width =1650 Height =240 FontWeight =600 Name ="lblNoShrubs" Caption ="No Shrubs Found" ControlTipText ="No live rooted shrub species found" LayoutCachedLeft =10970 LayoutCachedTop =960 LayoutCachedWidth =12620 LayoutCachedHeight =1200 End End End Begin Rectangle SpecialEffect =0 BackStyle =1 OldBorderStyle =0 OverlapFlags =223 Left =4260 Top =5220 Width =2280 Height =480 BackColor =6750207 Name ="rctNoSeedlings" OnClick ="[Event Procedure]" LayoutCachedLeft =4260 LayoutCachedTop =5220 LayoutCachedWidth =6540 LayoutCachedHeight =5700 End Begin CheckBox OverlapFlags =215 Left =4380 Top =5370 Width =300 TabIndex =4 Name ="cbxNoSeedlings" DefaultValue ="0" OnClick ="[Event Procedure]" ControlTipText ="No tree seedlings found" LayoutCachedLeft =4380 LayoutCachedTop =5370 LayoutCachedWidth =4680 LayoutCachedHeight =5610 Begin Begin Label OverlapFlags =247 TextFontFamily =0 Left =4610 Top =5340 Width =1800 Height =240 FontWeight =600 Name ="lblNoSeedlings" Caption ="No Seedlings Found" ControlTipText ="No tree seedlings found" LayoutCachedLeft =4610 LayoutCachedTop =5340 LayoutCachedWidth =6410 LayoutCachedHeight =5580 End End End Begin Rectangle Visible = NotDefault SpecialEffect =0 BackStyle =1 OldBorderStyle =0 OverlapFlags =223 Left =9960 Top =5220 Width =2820 Height =480 BackColor =6750207 Name ="rctNoExoticPerennials" OnClick ="[Event Procedure]" LayoutCachedLeft =9960 LayoutCachedTop =5220 LayoutCachedWidth =12780 LayoutCachedHeight =5700 End Begin CheckBox Visible = NotDefault OverlapFlags =215 Left =10080 Top =5370 Width =300 TabIndex =5 Name ="cbxNoExoticPerennials" DefaultValue ="0" OnClick ="[Event Procedure]" ControlTipText ="No exotic perennials found" LayoutCachedLeft =10080 LayoutCachedTop =5370 LayoutCachedWidth =10380 LayoutCachedHeight =5610 Begin Begin Label Visible = NotDefault OverlapFlags =247 Left =10310 Top =5340 Width =2445 Height =240 FontWeight =600 Name ="lblNoExoticPerennials" Caption ="No Exotic Perennials Found" ControlTipText ="No exotic perennials found" LayoutCachedLeft =10310 LayoutCachedTop =5340 LayoutCachedWidth =12755 LayoutCachedHeight =5580 End End End End End Begin Page Visible = NotDefault OverlapFlags =247 Left =180 Top =840 Width =13050 Height =8715 Name ="pgDensiometer" Caption ="Spherical Densiometer" LayoutCachedLeft =180 LayoutCachedTop =840 LayoutCachedWidth =13230 LayoutCachedHeight =9555 WebImagePaddingLeft =2 WebImagePaddingTop =2 WebImagePaddingRight =2 WebImagePaddingBottom =2 Begin Begin Subform OverlapFlags =247 Left =1440 Top =1440 Width =6330 Height =2880 Name ="fsub_LP_Densiometer" SourceObject ="Form.fsub_LP_Densiometer" LinkChildFields ="Transect_ID" LinkMasterFields ="Transect_ID" LayoutCachedLeft =1440 LayoutCachedTop =1440 LayoutCachedWidth =7770 LayoutCachedHeight =4320 Begin Begin Label OverlapFlags =255 TextAlign =2 Left =2520 Top =1140 Width =4140 Height =300 FontSize =10 FontWeight =700 Name ="fsub_LP_Densiometer Label" Caption ="Spherical Densiometer Readings" FontName ="Tahoma" EventProcPrefix ="fsub_LP_Densiometer_Label" LayoutCachedLeft =2520 LayoutCachedTop =1140 LayoutCachedWidth =6660 LayoutCachedHeight =1440 End End End End End Begin Page OverlapFlags =247 Left =180 Top =840 Width =13050 Height =8715 Name ="PgAdd" Caption ="Exotic Frequency" LayoutCachedLeft =180 LayoutCachedTop =840 LayoutCachedWidth =13230 LayoutCachedHeight =9555 WebImagePaddingLeft =2 WebImagePaddingTop =2 WebImagePaddingRight =2 WebImagePaddingBottom =2 Begin Begin Subform Visible = NotDefault OverlapFlags =247 Left =180 Top =1440 Width =4620 Height =4530 Name ="fsub_LP_Add_Species" SourceObject ="Form.fsub_LP_Add_Species" LinkChildFields ="Transect_ID" LinkMasterFields ="Transect_ID" LayoutCachedLeft =180 LayoutCachedTop =1440 LayoutCachedWidth =4800 LayoutCachedHeight =5970 Begin Begin Label OverlapFlags =255 TextAlign =1 Left =180 Top =1140 Width =3060 Height =300 FontSize =10 FontWeight =700 Name ="fsub_LP_Add_Species Label" Caption ="Species in 1-m Belt" FontName ="Tahoma" EventProcPrefix ="fsub_LP_Add_Species_Label" LayoutCachedLeft =180 LayoutCachedTop =1140 LayoutCachedWidth =3240 LayoutCachedHeight =1440 End End End Begin Subform OverlapFlags =255 Left =4980 Top =1440 Width =7770 Height =4560 TabIndex =1 Name ="fsub_LP_Exotic_Frequency" SourceObject ="Form.fsub_LP_Exotic_Frequency" LinkChildFields ="Transect_ID" LinkMasterFields ="Transect_ID" LayoutCachedLeft =4980 LayoutCachedTop =1440 LayoutCachedWidth =12750 LayoutCachedHeight =6000 Begin Begin Label OverlapFlags =255 Left =4980 Top =1140 Width =3720 Height =300 FontSize =10 FontWeight =700 Name ="fsub_LP_Exotic_Frequency Label" Caption ="Exotic Frequency - 1m x 1m quadrats" FontName ="Tahoma" EventProcPrefix ="fsub_LP_Exotic_Frequency_Label" LayoutCachedLeft =4980 LayoutCachedTop =1140 LayoutCachedWidth =8700 LayoutCachedHeight =1440 End End End Begin Subform Visible = NotDefault OverlapFlags =247 Left =4980 Top =1440 Width =7974 Height =4560 TabIndex =2 Name ="fsub_LP_Exotic_Freq_Oak" SourceObject ="Form.fsub_LP_Exotic_Freq_Oak" LinkChildFields ="Transect_ID" LinkMasterFields ="Transect_ID" LayoutCachedLeft =4980 LayoutCachedTop =1440 LayoutCachedWidth =12954 LayoutCachedHeight =6000 Begin Begin Label OverlapFlags =255 Left =4980 Top =1140 Width =3720 Height =300 FontSize =10 FontWeight =700 Name ="fsub_LP_Exotic_Freq_Oak Label" Caption ="Exotic Frequency - 1m x 1m quadrats" FontName ="Tahoma" EventProcPrefix ="fsub_LP_Exotic_Freq_Oak_Label" LayoutCachedLeft =4980 LayoutCachedTop =1140 LayoutCachedWidth =8700 LayoutCachedHeight =1440 End End End Begin Rectangle SpecialEffect =0 BackStyle =1 OldBorderStyle =0 OverlapFlags =255 Left =10800 Top =900 Width =2100 Height =480 BackColor =6750207 Name ="rctNoExotics" OnClick ="[Event Procedure]" LayoutCachedLeft =10800 LayoutCachedTop =900 LayoutCachedWidth =12900 LayoutCachedHeight =1380 End Begin CheckBox OverlapFlags =247 Left =10920 Top =1050 Width =300 TabIndex =3 Name ="cbxNoExotics" OnClick ="[Event Procedure]" ControlTipText ="No exotic species found" LayoutCachedLeft =10920 LayoutCachedTop =1050 LayoutCachedWidth =11220 LayoutCachedHeight =1290 Begin Begin Label OverlapFlags =247 TextFontFamily =0 Left =11150 Top =1020 Width =1650 Height =240 FontWeight =600 Name ="lblNoExotics" Caption ="No Species Found" ControlTipText ="No exotic species found" LayoutCachedLeft =11150 LayoutCachedTop =1020 LayoutCachedWidth =12800 LayoutCachedHeight =1260 End End End End End End End End End Begin FormFooter Height =0 BackColor =-2147483633 Name ="FormFooter" End End End CodeBehindForm Attribute VB_GlobalNameSpace = False Attribute VB_Creatable = True Attribute VB_PredeclaredId = True Attribute VB_Exposed = False Option Compare Database Option Explicit ' ================================= ' MODULE: frm_LP_Belt_Transect ' Level: Form module ' Version: 1.04 ' Description: data functions & procedures specific to LP belt transects ' ' Source/date: John R. Boetsch, June 2006 ' Adapted: Bonnie Campbell, 2/2/2016 ' Revisions: RDB - unknown - 1.00 - initial version ' BLC - 2/2/2016 - 1.01 - added documentation, enabled seedlings & saplings for ' oak scrub plots ' BLC - 3/7/2016 - 1.02 - addressed issue causing Error #94 Invalid use of NULL ' when new visit is created in SetCheckboxes(), ' hide NoShrubs (cbx,lbl,& rct) for oak scrub plots ' hide no exotic perennial cbx,lbl,rct - exotic perennial form no longer in use ' BLC - 4/13/2016 - 1.03 - added refresh for underlying subforms for conditional formatting ' BLC - 11/30/2016 - 1.04 - revised form & TabCtl49 widths, form footer height to ' reduce issues w/ hidden horizontal scroll bars on ' 1-m belt oak plots (see also 2017 Upland Pre-Season Update documentation) ' ================================= ' --------------------------------- ' SUB: Form_Open ' Description: Handles form opening actions ' Assumptions: - ' Parameters: - ' Returns: N/A ' Throws: none ' References: none ' Source/date: ' Adapted: Bonnie Campbell, February 2, 2016 - for NCPN tools ' Revisions: ' JRB, 6/x/2006 - initial version ' RDB, unknown - ? ' BLC, 2/2/2016 - added documentation, enabled seedlings for oak scrub plots ' (Density tab, pgBeltShrub) ' BLC, 3/6/2016 - hide NoShrubs cbx, lbl, & rct for oak scrub plots (Density tab, pgBeltShrub) ' BLC, 3/16/2016 - fix bug hiding spherical densiometer tab for all plots (Spherical Densiometer tab, pgDensiometer), ' change to Veg_Type case statements vs. if/then ' --------------------------------- Private Sub Form_Load() On Error GoTo Err_Handler Dim Veg_Type As Variant Veg_Type = DLookup("[Vegetation_Type]", "tbl_Locations", "[Location_ID] = '" & Me.Parent!Location_ID & "'") If Not IsNull(Veg_Type) Then 'defaults Me!pgDensiometer.Visible = False Me!fsub_LP_Exotic_Frequency.Form.Visible = True Me!fsub_LP_Exotic_Freq_Oak.Form.Visible = False Select Case Veg_Type Case "forest" 'Additional species tab visible for all plots 2/15/2011 RD 'Me!PgAdd.Visible = False Me!pgDensiometer.Visible = True Case "grassland/shrubland" 'Me!pgDensiometer.Visible = True Case "oak scrub" 'oak plots 'Set up correct exotic species frequency form Me!fsub_LP_Exotic_Frequency.Form.Visible = False Me!fsub_LP_Exotic_Freq_Oak.Form.Visible = True 'Me!fsub_LP_Add_Species.SetFocus ' Set focus to richness tab so we can hide belt-shrub tab Me!Visit_Date.SetFocus '------------------------------------------------ 'enable seedlings for oak plots - 2/2/2016 - BLC 'but not shrubs '------------------------------------------------ 'Me!pgBeltShrub.visible = False Me!fsub_LP_Belt_Shrub.Form.Visible = False 'also hide NoShrubs cbx, lbl, & rct Me.cbxNoShrubs.Visible = False Me.lblNoShrubs.Visible = False Me.rctNoShrubs.Visible = False '------------------------------------------------ Case "woodland" 'Me!pgDensiometer.Visible = True End Select End If ' If Not IsNull(Veg_Type) And (Veg_Type = "woodland" Or Veg_Type = "grassland/shrubland") Then ' Me!pgDensiometer.Visible = False ' End If '' Additional species tab visible for all plots 2/15/2011 RD '' If Not IsNull(Veg_Type) And (Veg_Type <> "forest") Then '' Me!PgAdd.Visible = False '' End If ' No species richness form unless CEBR or TICA plot 1 3/9/2012 RD If Me.Parent!Unit_Code = "CEBR" Then Me!fsub_LP_Add_Species.Visible = True ElseIf (Me.Parent!Unit_Code = "TICA") And (Me.Parent!Plot_ID = 1) Then Me!fsub_LP_Add_Species.Visible = True Else Me!fsub_LP_Add_Species.Visible = False End If ' 'Set up correct exotic species frequency form ' 'oak scrub plots ' If Not IsNull(Veg_Type) And Veg_Type = "oak scrub" Then ' ' Me!fsub_LP_Exotic_Frequency.Form.Visible = False ' ' Me!fsub_LP_Exotic_Freq_Oak.Form.Visible = True ' 'Me!fsub_LP_Add_Species.SetFocus ' Set focus to richness tab so we can hide belt-shrub tab ' Me!Visit_Date.SetFocus ' ' '------------------------------------------------ ' 'enabled seedlings for oak plots - 2/2/2016 - BLC ' 'but not shrubs ' '------------------------------------------------ ' 'Me!pgBeltShrub.visible = False ' Me!fsub_LP_Belt_Shrub.Form.Visible = False ' 'also hide NoShrubs cbx, lbl, & rct ' Me.cbxNoShrubs.Visible = False ' Me.lblNoShrubs.Visible = False ' Me.rctNoShrubs.Visible = False ' '------------------------------------------------ ' Me!pgDensiometer.Visible = False ' Else ' Me!fsub_LP_Exotic_Frequency.Form.Visible = True ' Me!fsub_LP_Exotic_Freq_Oak.Form.Visible = False ' End If 'hide exotic perennials (not used) Me.cbxNoExoticPerennials.Visible = False Me.lblNoExoticPerennials.Visible = False Me.rctNoExoticPerennials.Visible = False '------------------------ ' set no data checkboxes '------------------------ SetCheckboxes Debug.Print "TransectID: " & Transect_ID Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - Form_Open[Form_frm_LP_Belt_Transect])" End Select Resume Exit_Handler End Sub Private Sub Form_BeforeInsert(Cancel As Integer) On Error GoTo Err_Handler ' Default to Events Start Date if visit date is null If IsNull(Me.Parent!Start_Date) Then MsgBox "Missing site visit date." DoCmd.CancelEvent SendKeys "{ESC}" GoTo Exit_Procedure ElseIf IsNull(Me!Visit_Date) Then Me!Visit_Date = Me.Parent!Start_Date End If ' Create the GUID primary key value If IsNull(Me!Transect_ID) Then If GetDataType("tbl_LP_Belt_Transect", "Transect_ID") = dbText Then Me.Transect_ID = fxnGUIDGen ' Forms!frm_Data_Entry!frm_LP_Transect.Form!fsub_Lower_Canopy.Form!Transect_ID = Me!Transect_ID End If End If Exit_Procedure: Exit Sub Err_Handler: MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical Resume Exit_Procedure End Sub ' --------------------------------- ' SUB: cbxNoShrubs_Click ' Description: Handles No Shrubs checkbox actions ' Assumptions: - ' Parameters: - ' Returns: N/A ' Throws: none ' References: none ' Source/date: ' Adapted: Bonnie Campbell, February 3, 2016 - for NCPN tools ' Revisions: ' BLC, 2/3/2016 - initial version ' BLC, 4/13/2016 - added requery of related subform to clear/set conditional formatting on change ' --------------------------------- Private Sub cbxNoShrubs_Click() On Error GoTo Err_Handler 'set dictionary & db value (abs is used to drive 1 = true, 0 = false since -1 is true in access/vba) SetNoDataCollected Me.Transect_ID, "T", "1mBelt-Shrub", Abs(Me.cbxNoShrubs.Value) 'refresh the subform to clear conditional formatting Me.fsub_LP_Belt_Shrub.Requery Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - cbxNoShrubs_Click[Form_frm_LP_Belt_Transect])" End Select Resume Exit_Handler End Sub ' --------------------------------- ' SUB: cbxNoSeedlings_Click ' Description: Handles No Seedlings checkbox actions ' Assumptions: - ' Parameters: - ' Returns: N/A ' Throws: none ' References: none ' Source/date: ' Adapted: Bonnie Campbell, February 3, 2016 - for NCPN tools ' Revisions: ' BLC, 2/3/2016 - initial version ' BLC, 4/13/2016 - added requery of related subform to clear/set conditional formatting on change ' --------------------------------- Private Sub cbxNoSeedlings_Click() On Error GoTo Err_Handler 'set dictionary & db value (abs is used to drive 1 = true, 0 = false since -1 is true in access/vba) SetNoDataCollected Me.Transect_ID, "T", "1mBelt-TreeSeedling", Abs(Me.cbxNoSeedlings.Value) 'refresh the subform to clear conditional formatting Me.fsub_LP_Seedling.Requery Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - cbxNoSeedlings_Click[Form_frm_LP_Belt_Transect])" End Select Resume Exit_Handler End Sub ' --------------------------------- ' SUB: cbxNoExoticPerennials_Click ' Description: Handles checkbox click actions ' Assumptions: - ' Parameters: - ' Returns: N/A ' Throws: none ' References: none ' Source/date: ' Adapted: Bonnie Campbell, February 9, 2016 - for NCPN tools ' Revisions: ' BLC, 2/9/2016 - initial version ' ---------------------------------- Private Sub cbxNoExoticPerennials_Click() On Error GoTo Err_Handler 'set dictionary & db value (abs is used to drive 1 = true, 0 = false since -1 is true in access/vba) SetNoDataCollected Me.Transect_ID, "T", "1mBelt-ExoticPerennials", Abs(Me.cbxNoExoticPerennials.Value) Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - cbxNoDisturbance_Click[Form_frm_Site_Impact])" End Select Resume Exit_Handler End Sub ' --------------------------------- ' SUB: cbxNoExotics_Click ' Description: Handles checkbox click actions ' Assumptions: - ' Parameters: - ' Returns: N/A ' Throws: none ' References: none ' Source/date: ' Adapted: Bonnie Campbell, February 11, 2016 - for NCPN tools ' Revisions: ' BLC, 2/11/2016 - initial version ' BLC, 4/13/2016 - added requery of related subform to clear/set conditional formatting on change ' ---------------------------------- Private Sub cbxNoExotics_Click() On Error GoTo Err_Handler 'set dictionary & db value (abs is used to drive 1 = true, 0 = false since -1 is true in access/vba) SetNoDataCollected Me.Transect_ID, "T", "1mBelt-Exotics", Abs(Me.cbxNoExotics.Value) 'refresh the subform to clear conditional formatting Me.fsub_LP_Exotic_Freq_Oak.Requery Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - cbxNoExotics_Click[Form_frm_Site_Impact])" End Select Resume Exit_Handler End Sub ' --------------------------------- ' SUB: rctNoShrubs_Click ' Description: Handles No Shrubs rectangle actions ' Assumptions: - ' Parameters: - ' Returns: N/A ' Throws: none ' References: none ' Source/date: ' Adapted: Bonnie Campbell, February 3, 2016 - for NCPN tools ' Revisions: ' BLC, 2/3/2016 - initial version ' --------------------------------- Private Sub rctNoShrubs_Click() On Error GoTo Err_Handler 'activates No Shrubs checkbox cbxNoShrubs_Click Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - rctNoShrubs_Click[Form_frm_LP_Belt_Transect])" End Select Resume Exit_Handler End Sub ' --------------------------------- ' SUB: rctNoSeedlings_Click ' Description: Handles No Seedlings rectangle actions ' Assumptions: - ' Parameters: - ' Returns: N/A ' Throws: none ' References: none ' Source/date: ' Adapted: Bonnie Campbell, February 3, 2016 - for NCPN tools ' Revisions: ' BLC, 2/3/2016 - initial version ' --------------------------------- Private Sub rctNoSeedlings_Click() On Error GoTo Err_Handler 'activates No seedlings checkbox cbxNoSeedlings_Click Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - rctNoSeedlings_Click[Form_frm_LP_Belt_Transect])" End Select Resume Exit_Handler End Sub ' --------------------------------- ' SUB: rctNoExoticPerennials_Click ' Description: Handles rectangular box click actions ' Assumptions: - ' Parameters: - ' Returns: N/A ' Throws: none ' References: none ' Source/date: ' Adapted: Bonnie Campbell, February 9, 2016 - for NCPN tools ' Revisions: ' BLC, 2/9/2016 - initial version ' ---------------------------------- Private Sub rctNoExoticPerennials_Click() On Error GoTo Err_Handler cbxNoExoticPerennials_Click Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - rctNoExoticPerennials_Click[Form_frm_LP_Belt_Transect])" End Select Resume Exit_Handler End Sub ' --------------------------------- ' SUB: rctNoExotics_Click ' Description: Handles rectangular box click actions ' Assumptions: - ' Parameters: - ' Returns: N/A ' Throws: none ' References: none ' Source/date: ' Adapted: Bonnie Campbell, February 11, 2016 - for NCPN tools ' Revisions: ' BLC, 2/11/2016 - initial version ' ---------------------------------- Private Sub rctNoExotics_Click() On Error GoTo Err_Handler cbxNoExotics_Click Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - rctNoExotics_Click[Form_frm_LP_Belt_Transect])" End Select Resume Exit_Handler End Sub ' --------------------------------- ' SUB: ButtonPrevious_Click ' Description: Handles previous button click actions ' Assumptions: - ' Parameters: - ' Returns: N/A ' Throws: none ' References: none ' Source/date: ' Adapted: Bonnie Campbell, February 3, 2016 - for NCPN tools ' Revisions: ' JRB, 6/x/2006 - initial version ' RDB, unknown - ? ' BLC, 2/3/2016 - added documentation, revised to use transect number ' overlay vs. messagebox ' --------------------------------- Private Sub ButtonPrevious_Click() On Error GoTo Err_Handler Dim intTransect As Byte ' Disabled 3/20/09 on demand of ecologists ' If IsNull(Me!Recorder) And IsNull(Me!Observer) Then ' DoCmd.CancelEvent ' SendKeys "{ESC}" ' End If If Me!Transect = 1 Then MsgBox "Already on first transect" Else intTransect = Me!Transect DoCmd.GoToRecord , , acPrevious ' DoCmd.GoToRecord , , 2 Me!Transect = intTransect - 1 '--------------------------- 'display overlay - 2/3/2016 - BLC '--------------------------- 'MsgBox "You are on transect " & Me!Transect & ".", 0, "Transect Verify" DoCmd.OpenForm "frm_Transect_Overlay", OpenArgs:=Me!Transect '--------------------------- End If '------------------------ ' set no data checkboxes '------------------------ SetCheckboxes Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - ButtonPrevious_Click[Form_frm_LP_Belt_Transect])" End Select Resume Exit_Handler End Sub ' --------------------------------- ' SUB: ButtonNext_Click ' Description: Handles next button click actions ' Assumptions: - ' Parameters: - ' Returns: N/A ' Throws: none ' References: none ' Source/date: ' Adapted: Bonnie Campbell, February 3, 2016 - for NCPN tools ' Revisions: ' JRB, 6/x/2006 - initial version ' RDB, unknown - ? ' BLC, 2/3/2016 - added documentation, revised to use transect number ' overlay vs. messagebox ' --------------------------------- Private Sub ButtonNext_Click() On Error GoTo Err_Handler ' Disabled 3/20/09 on demand of ecologists. ' If IsNull(Me!Recorder) And IsNull(Me!Observer) Then ' MsgBox "You must record data in this transect before moving to the next." ' GoTo Exit_ButtonNext_Click ' End If Dim intTransect As Byte If IsNull(Me!Transect) Then Me!Transect = 1 End If If Me!Transect = 3 Then MsgBox "Three transects maximum!" Else intTransect = Me!Transect DoCmd.GoToRecord , , acNext Me!Transect = intTransect + 1 '--------------------------- 'display overlay - 2/3/2016 - BLC '--------------------------- 'MsgBox "You are on transect " & Me!Transect & ".", 0, "Transect Verify" DoCmd.OpenForm "frm_Transect_Overlay", OpenArgs:=Me!Transect '--------------------------- End If '------------------------ ' set no data checkboxes '------------------------ SetCheckboxes Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - ButtonNext_Click[Form_frm_LP_Belt_Transect])" End Select Resume Exit_Handler End Sub Private Sub ButtonMaster_Click() On Error GoTo Err_ButtonMaster_Click Dim stDocName As String Dim stLinkCriteria As String stDocName = "frm_Master_Species" DoCmd.OpenForm stDocName, , , stLinkCriteria Exit_ButtonMaster_Click: Exit Sub Err_ButtonMaster_Click: MsgBox Err.Description Resume Exit_ButtonMaster_Click End Sub Private Sub ButtonUnknown_Click() On Error GoTo Err_ButtonUnknown_Click Dim stDocName As String stDocName = "frm_List_Unknown" DoCmd.OpenForm stDocName, , , , , acDialog Me!fsub_LP_Belt_Shrub.Form!Species.Requery Me!fsub_LP_Seedling.Form!Species.Requery ' Me!fsub_LP_Exotic.Form!Species.Requery Page hidden 3/21/2011 RD Me!fsub_LP_Add_Species.Form!Species.Requery Me!fsub_LP_Exotic_Freq_Oak.Form!Species.Requery Me!fsub_LP_Exotic_Frequency.Form!Species.Requery Exit_ButtonUnknown_Click: Exit Sub Err_ButtonUnknown_Click: MsgBox Err.Description Resume Exit_ButtonUnknown_Click End Sub Private Sub ButtonMaster_KeyDown(KeyCode As Integer, Shift As Integer) ' Ignore Page Down and Page Up keys for they will cycle through records Select Case KeyCode Case 33, 34 KeyCode = 0 End Select End Sub Private Sub ButtonNext_KeyDown(KeyCode As Integer, Shift As Integer) ' Ignore Page Down and Page Up keys for they will cycle through records Select Case KeyCode Case 33, 34 KeyCode = 0 End Select End Sub Private Sub ButtonPrevious_KeyDown(KeyCode As Integer, Shift As Integer) ' Ignore Page Down and Page Up keys for they will cycle through records Select Case KeyCode Case 33, 34 KeyCode = 0 End Select End Sub Private Sub ButtonUnknown_KeyDown(KeyCode As Integer, Shift As Integer) ' Ignore Page Down and Page Up keys for they will cycle through records Select Case KeyCode Case 33, 34 KeyCode = 0 End Select End Sub Private Sub Observer_KeyDown(KeyCode As Integer, Shift As Integer) ' Ignore Page Down and Page Up keys for they will cycle through records Select Case KeyCode Case 33, 34 KeyCode = 0 End Select End Sub Private Sub Recorder_KeyDown(KeyCode As Integer, Shift As Integer) ' Ignore Page Down and Page Up keys for they will cycle through records Select Case KeyCode Case 33, 34 KeyCode = 0 End Select End Sub Private Sub Visit_Date_GotFocus() If IsNull(Me!Visit_Date) Then ' Set default visit date Me!Visit_Date = Me.Parent!Start_Date Me.Refresh ' Force save of transect record End If End Sub Private Sub Visit_Date_KeyDown(KeyCode As Integer, Shift As Integer) ' Ignore Page Down and Page Up keys for they will cycle through records Select Case KeyCode Case 33, 34 KeyCode = 0 End Select End Sub ' --------------------------------- ' SUB: SetCheckboxes ' Description: Sets no data collected checkboxes ' Assumptions: - ' Parameters: - ' Returns: N/A ' Throws: none ' References: none ' Source/date: ' Adapted: Bonnie Campbell, February 11, 2016 - for NCPN tools ' Revisions: ' BLC, 2/11/2016 - initial version ' BLC, 3/7/2016 - addressed Me.Transect_ID = NULL issue causing Error #94 Invalid use of NULL ' when new visit is created (IsNull check) ' --------------------------------- Private Sub SetCheckboxes() On Error GoTo Err_Handler '------------------------ ' set no data checkboxes '------------------------ Dim dNoDataTransect As Scripting.Dictionary If Not IsNull(Me.Transect_ID) Then 'transect level values Set dNoDataTransect = GetNoDataCollected(Me.Transect_ID, "T") With dNoDataTransect Me.cbxNoShrubs.Value = .Item("1mBelt-Shrub") Me.cbxNoSeedlings.Value = .Item("1mBelt-TreeSeedling") Me.cbxNoExotics.Value = .Item("1mBelt-Exotics") End With End If 'set the yellow rectangles visible if no records Me.rctNoSeedlings.Visible = (Me.fsub_LP_Seedling.Form.RecordsetClone.RecordCount = 0) Me.rctNoShrubs.Visible = (Me.fsub_LP_Belt_Shrub.Form.RecordsetClone.RecordCount = 0) Me.rctNoExotics.Visible = (Me.fsub_LP_Exotic_Freq_Oak.Form.RecordsetClone.RecordCount = 0) 'disable checkboxes if records exist Me.cbxNoSeedlings.Enabled = (Me.fsub_LP_Seedling.Form.RecordsetClone.RecordCount = 0) Me.cbxNoShrubs.Enabled = (Me.fsub_LP_Belt_Shrub.Form.RecordsetClone.RecordCount = 0) Me.cbxNoExotics.Enabled = (Me.fsub_LP_Exotic_Freq_Oak.Form.RecordsetClone.RecordCount = 0) 'hide exotic perennials (not used) Me.cbxNoExoticPerennials.Visible = False Me.lblNoExoticPerennials.Visible = False Me.rctNoExoticPerennials.Visible = False Exit_Handler: Exit Sub Err_Handler: Select Case Err.Number Case Else MsgBox "Error #" & Err.Number & ": " & Err.Description, vbCritical, _ "Error encountered (#" & Err.Number & " - SetCheckboxes[Form_frm_LP_Belt_Transect])" End Select Resume Exit_Handler End Sub

10 PRINT "PROGRAM FILE 130: RND FUNCTION WITHOUT RANDOMIZE STATEMENT." 20 PRINT " ANSI STANDARD 8.2, 8.4" 30 PRINT 40 PRINT "SECTION 130.1: RND FUNCTION WITHOUT RANDOMIZE STATEMENT." 50 PRINT 60 PRINT "THE FOLLOWING 20 NUMBERS SHOULD BE THE IMPLEMENTATION-" 70 PRINT "DEFINED SEQUENCE OF PSEUDO-RANDOM NUMBERS FOR THE" 80 PRINT "RND FUNCTION." 90 PRINT 100 PRINT " BEGIN TEST" 110 PRINT 120 PRINT "POSITION","VALUE" 130 FOR I=1 TO 20 140 PRINT I,RND 150 NEXT I 160 PRINT 170 PRINT "TO DETERMINE WHETHER THIS TEST PASSES OR FAILS, THE USER" 180 PRINT "MUST RUN THE TEST THREE TIMES, NOTING THE SEQUENCE OF" 190 PRINT "NUMBERS PRODUCED EACH TIME. IF ALL THREE ARE IDENTICAL, " 200 PRINT "*** TEST PASSED ***" 210 PRINT 220 PRINT " END TEST" 230 PRINT 240 PRINT "END PROGRAM 130" 250 END

CLS SCREEN 12 START: CLS RANDOMIZE TIMER X%=INT(RND * 14) IF X%=0 OR X%=14 THEN GOTO START FOR A=1 TO 480 STEP+2 FOR L=1 TO 640 LET S=COS(A)*SIN(A+A+L)*640 LET T=COS(L)*SIN(L+L+A)*480 PSET(S,T),X%+2 IF INKEY$=CHR$(27) THEN END NEXT NEXT IF INKEY$=CHR$(27) THEN END CLS FOR A=1 TO 480 STEP+2 FOR L=1 TO 640 LET S=COS(A)*SIN(A+L+L)*640 LET T=COS(L)*SIN(L+A+A)*480 PSET(S,T),X%+3 IF INKEY$=CHR$(27) THEN END NEXT NEXT IF INKEY$=CHR$(27) THEN END CLS FOR A=1 TO 480 STEP+2 FOR L=1 TO 640 LET S=COS(A)*SIN(A+L+L+A)*640 LET T=COS(L)*SIN(L+A+A+L)*480 PSET(S,T),X%+4*5+1 IF INKEY$=CHR$(27) THEN END NEXT NEXT IF INKEY$=CHR$(27) THEN END CLS FOR A=1 TO 480 STEP+2 FOR L=1 TO 640 LET S=COS(A)*SIN(A+L+L+A+A+L)*640 LET T=COS(L)*SIN(L+A+A+L+L+L+A)*480 PSET(S,T),X%+5 IF INKEY$=CHR$(27) THEN END NEXT NEXT IF INKEY$=CHR$(27) THEN END CLS FOR A=1 TO 480 FOR L=1 TO 640 LET S=COS(A)*SIN(A+L+L+A+A+L+A)*640 LET T=COS(L)*SIN(L+A+A+L+L)*480 PSET(S,T),X%+6 IF INKEY$=CHR$(27) THEN END NEXT NEXT CLS IF INKEY$=CHR$(27) THEN END GOTO START END

10 CLS:KEY OFF:SCREEN 1 20 OPEN"I",#1,"NOMS":FOR I=1 TO 10:IF EOF (1) THEN CLOSE#1:GOTO 40 30 INPUT#1,P$:P$(I)=P$:NEXT I:CLOSE#1 40 LINE (0,9)-(320,9):LINE (260,9)-(260,200) 50 PRINT "Sauver Palette Figures Quitter":LOCATE 3,34:PRINT "VITESSE":LOCATE 4,35:PRINT "V=1" 60 LINE (275,40)-(305,50),1,BF:LINE (275,55)-(305,65),3,BF:LINE (275,70)-(305,80),2,BF:LINE (275,85)-(305,95),3,B 70 LOCATE 14,35:PRINT "MODE:":LINE (268,117)-(312,129),3,B:LOCATE 16,35:PRINT "LINE" 80 LOCATE 18,37:PRINT CHR$(1):LINE (284,133)-(299,146),1,B 85 LOCATE 18,35:PRINT "X":LINE (268,133)-(283,146),1,B 90 LOCATE 20,34:PRINT CHR$(17) CHR$(16);" A":LINE (284,149)-(298,161),1,B 100 N$="ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz1234567890,?;.:!&'()+-<>%"+CHR$(3)+CHR$(4)+CHR$(5)+CHR$(6):N=1 110 LINE (270,35)-(311,99),3,B 120 V=1:DIM C(7),DES(4000),SED(4000),LL(7):X=150:Y=72:W=X:Z=Y:C=3:FOND=0:GO=4:M=0 130 LOCATE 10,20:PRINT CHR$(127):GET (150,72)-(158,80),C:M=0 140 R$=RIGHT$(INKEY$,1) 150 IF R$="+" AND V<30 THEN V=V+1:LOCATE 4,37:PRINT " ":LOCATE 4,37:WRITE V ELSE IF R$="-" AND V>1 THEN V=V-1:LOCATE 4,37:PRINT " ":LOCATE 4,37:WRITE V 160 IF R$=" " AND Y>9 AND X<260 THEN PSET (X+5,Y),C ELSE IF R$=CHR$(13) THEN 230 170 IF R$="D" OR R$="d" OR R$="F" OR R$="f" THEN 610 180 IF R$="8" OR R$="H" THEN Y=Y-V ELSE IF R$="2" OR R$="P" THEN Y=Y+V ELSE IF R$="4" OR R$="K" THEN X=X-V ELSE IF R$="6" OR R$="M" THEN X=X+V ELSE 140 190 IF X<1 THEN X=1 ELSE IF X>310 THEN X=310 200 IF Y<1 THEN Y=1 ELSE IF Y>191 THEN Y=191 210 PUT (W,Z),C:PUT (X,Y),C:W=X:Z=Y:IF M=1 THEN 220 ELSE 140 220 LOCATE 22,34:PRINT "X= ":LOCATE 22,36:WRITE X+5:LOCATE 23,34:PRINT "Y= ":LOCATE 23,36:WRITE Y:GOTO 140 230 IF Y<9 THEN 240 ELSE IF X>255 THEN 830 ELSE 140 240 IF X<64 THEN 260 ELSE IF X<160 THEN 350 ELSE IF X<240 THEN 480 ELSE 750 250 REM ----------SAUVEGARDE--------- 260 LG=2:LH=11:LD=105:LB=170:GET (1,1)-(110,175),DES:LINE (LG,LH)-(LD,LB),0,BF:LINE (LG,LH)-(LD,LB),1,B 270 LOCATE 3,2:PRINT "QUITTER":LOCATE 5,2:PRINT "SAUVER:":LOCATE 6,2:PRINT "Cadre (D/F)":LOCATE 7,2:PRINT "Tout l'ecran":LOCATE 9,2:PRINT "CHARGER:":LOCATE 21,2:PRINT "EFFACER" 280 FOR I=1 TO 10:LOCATE I+9,2:PRINT "-";P$(I):NEXT I 290 XX=80:WW=XX:YY=15:ZZ=YY:PUT (XX,YY),C:GOSUB 1200 300 IF YY<32 THEN PUT (1,1),DES,PSET:GOTO 140 310 IF YY<54 THEN GO=1:PUT (1,1),DES,PSET:LOCATE 16,35:PRINT"SAVE ":GOTO 140 320 IF YY<60 THEN 1100 330 IF YY>155 THEN GOSUB 1300:GOSUB 1200:GOTO 300 335 IF KI=1 THEN 1320 ELSE 1150 340 REM ----------PALETTE-------- 350 GET (60,1)-(140,80),DES:XX=115:YY=29:WW=XX:ZZ=YY 360 LG=67:LH=11:LB=76:LD=132:LINE (LG,LH)-(LD,LB),0,BF:LINE (LG,LH)-(LD,LB),1,B 370 LOCATE 3,10:PRINT "QUITTER":LOCATE 5,10:PRINT "FOND":LOCATE 7,10:PRINT "PEINDRE":LOCATE 9,10:PRINT "X ET Y":PUT (XX,YY),C 380 GOSUB 1200 390 IF YY>62 THEN 450 400 IF YY>36 THEN GO=2:LOCATE 16,35:PRINT"PAINT":GOTO 380 410 IF YY<28 THEN PUT (60,1),DES,PSET:GOTO 140 420 FOND=FOND+1 430 IF FOND=16 THEN FOND=0 440 COLOR FOND:GOTO 380 450 IF M=1 THEN LOCATE 22,34:PRINT " ":LOCATE 23,34:PRINT " ":M=0:GOTO 380 460 LOCATE 22,34:PRINT "X=":LOCATE 23,34:PRINT "Y=":M=1:GOTO 380 470 REM ---------FIGURES--------- 480 GET(155,1)-(240,125),DES:LG=156:LH=11:LD=235:LB=120:XX=210:WW=XX:YY=32:ZZ=YY 490 LINE (LG,LH)-(LD,LB),0,BF:LINE (LG,LH)-(LD,LB),1,B:A=5:B=5:AA=A:BB=B 500 LOCATE 3,21:PRINT "RECTANGLE":LOCATE 5,21:PRINT "LIGNE":LOCATE 7,21:PRINT "CERCLE":LOCATE 9,21:PRINT "ELLIPSE:":LOCATE 10,23:PRINT "+ / -" 510 CIRCLE (196,98),15,3,,,A/B 520 PUT (XX,YY),C 530 GOSUB 1200 540 IF YY<28 THEN GO=3:LOCATE 16,35:PRINT "RECT " ELSE IF YY<44 THEN GO=4:LOCATE 16,35:PRINT "LINE " ELSE IF YY<56 THEN GO=5:LOCATE 16,35:PRINT "ROND " ELSE 590 550 PUT (155,1),DES,PSET:GOTO 140 560 IF YY>88 THEN 530 570 IF XX<196 AND B=5 THEN A=A+1 ELSE IF XX<196 THEN B=B-1 ELSE IF XX>196 AND A=5 THEN B=B+1 ELSE A=A-1 580 CIRCLE (196,98),15,0,,,AA/BB:CIRCLE (196,98),15,3,,,A/B:AA=A:BB=B:GOTO 530 590 IF YY<72 THEN GO=6:LOCATE 16,35:PRINT "ELLI " :GOTO 550 ELSE 560 600 REM ----------DESSIN-------- 610 IF R$="D" OR R$="d" THEN O=X+5:P=Y:GOTO 140 620 IF Y<10 OR X>254 THEN 140 630 IF GO=2 THEN PUT (X,Y),C:VIEW SCREEN (1,10)-(259,199):PAINT (X+5,Y),C,C:VIEW:PUT (X,Y),C:GOTO 140 640 IF GO=3 THEN PUT (X,Y),C:VIEW SCREEN (1,10)-(259,199):LINE (O,P)-(X+5,Y),C,B:VIEW:PUT (X,Y),C:GOTO 140 650 IF GO=4 THEN PUT (X,Y),C:VIEW SCREEN (1,10)-(259,199):LINE (O,P)-(X+5,Y),C:VIEW:PUT (X,Y),C:GOTO 140 660 RAY=SQR((X+4-O)^2+(Y-P)^2):IF GO=5 THEN PUT (X,Y),C:VIEW SCREEN (1,10)-(259,199):CIRCLE (O,P),RAY,C:VIEW:PUT (X,Y),C:GOTO 140 670 IF O-X-5=0 THEN RAY=ABS(Y-P) ELSE IF P-Y=0 THEN RAY=ABS(X+4-O) ELSE RAY=0 680 IF GO=6 THEN PUT (X,Y),C:VIEW SCREEN (1,10)-(259,199):CIRCLE (O,P),RAY,C,,,A/B:VIEW:PUT (X,Y),C:GOTO 140 690 FOR I=1 TO 10:IF P$(I)="" THEN 710 700 NEXT I:BEEP:GOTO 140 710 GET (O,P)-(X+4,Y),DES:GET (0,0)-(319,199),SED:LOCATE 10,1:INPUT "NOM";P$ 720 CLS:PUT (O,P),DES:DEF SEG=&HB800:BSAVE P$,0,16384:P$(I)=P$ 730 OPEN "A",#1,"NOMS":PRINT#1,P$:CLOSE#1:PUT (0,0),SED,PSET:GOTO 140 740 REM----------QUITTER------- 750 GET (230,1)-(310,80),DES:LH=11:LG=251:LB=76:LD=305:XX=290:YY=25:WW=XX:ZZ=YY 760 LINE (LG,LH)-(LD,LB),0,BF:LINE (LG,LH)-(LD,LB),1,B 770 LOCATE 3,33:PRINT "ANNULE":LOCATE 5,33:PRINT "FIN":LOCATE 7,33:PRINT "BASIC":LOCATE 9,33:PRINT "MS-DOS":PUT (XX,YY),C 780 GOSUB 1200 790 IF YY<28 THEN PUT (230,1),DES,PSET:GOTO 140 ELSE IF YY<44 THEN END ELSE IF YY<56 THEN WIDTH 80:SCREEN 0:KEY ON:END 800 LOCATE 9,33:INPUT "O/N";R$:IF R$="N" THEN PUT (230,1),DES,PSET:GOTO 140 810 IF R$="O" THEN SYSTEM ELSE 800 820 REM----------OPTIONS------- 830 IF Y<55 THEN C=1 ELSE IF Y<70 THEN C=3 ELSE IF Y<85 THEN C=2 ELSE IF Y<100 THEN C=0 ELSE 850 840 LINE (270,35)-(311,99),C,B:GOTO 140 850 IF Y>132 AND Y<148 THEN IF X>278 THEN LOCATE 16,35:PRINT "GOMME":GOTO 990 ELSE LOCATE 16,35:PRINT "CADRE":GOTO 1400 860 IF X<266 THEN N=N-1:IF N=0 THEN N=82 870 IF X>266 AND X+5<280 THEN N=N+1:IF N=83 THEN N=1 880 IF X>275 THEN 900 890 B$=MID$(N$,N,1):LOCATE 20,37:PRINT B$:GOTO 140 900 PUT (X,Y),C:GET (288,152)-(296,160),LL 910 LX=250:LY=150:LW=LX:LZ=LY 920 PUT (LX,LY),LL 930 R$=INKEY$:IF R$=" " THEN PUT (X,Y),C:GOTO 140 940 IF R$="+" AND V<30 THEN V=V+1:LOCATE 4,37:PRINT " ":LOCATE 4,37:WRITE V ELSE IF R$="-" AND V>1 THEN V=V-1:LOCATE 4,37:PRINT " ":LOCATE 4,37:WRITE V 950 IF R$="4" THEN LX=LX-V ELSE IF R$="6" THEN LX=LX+V ELSE IF R$="8" THEN LY=LY-V ELSE IF R$="2" THEN LY=LY+V ELSE 930 960 IF LX<1 THEN LX=1 ELSE IF LX>253 THEN LX=253 970 IF LY<11 THEN LY=11 ELSE IF LY>191 THEN LY=191 980 PUT (LW,LZ),LL:PUT (LX,LY),LL:LW=LX:LZ=LY:GOTO 930 990 R$=INKEY$ 1000 IF R$="+" AND V<30 THEN V=V+1:LOCATE 4,37:PRINT " ":LOCATE 4,37:WRITE V ELSE IF R$="-" AND V>1 THEN V=V-1:LOCATE 4,37:PRINT " ":LOCATE 4,37:WRITE V 1010 IF R$=" " AND Y>9 AND X<252 THEN PUT (X ,Y),C,PSET ELSE IF R$=CHR$(13) THEN 1060 1020 IF R$="8" THEN Y=Y-V ELSE IF R$="2" THEN Y=Y+V ELSE IF R$="4" THEN X=X-V ELSE IF R$="6" THEN X=X+V ELSE 990 1030 IF X<1 THEN X=1 ELSE IF X>310 THEN X=310 1040 IF Y<1 THEN Y=1 ELSE IF Y>191 THEN Y=191 1050 PUT (W,Z),C:PUT (X,Y),C:W=X:Z=Y:GOTO 990 1060 IF Y>132 AND Y<148 AND X>255 THEN 1070 ELSE 990 1070 LOCATE 16,35:IF GO=1 THEN PRINT "SAVE " ELSE IF GO=2 THEN PRINT "PAINT" ELSE IF GO=3 THEN PRINT "RECT " ELSE IF GO=4 THEN PRINT "LINE " ELSE IF GO=5 THEN PRINT "ROND " ELSE PRINT "ELLI " 1080 GOTO 140 1090 REM -------TOUT L'ECRAN------- 1100 FOR I=1 TO 10:IF P$(I)="" THEN 1120 1110 NEXT I:BEEP:GOTO 1200 1120 LOCATE 8,2:INPUT P$:OPEN "A",#1,"NOMS":PRINT#1,P$:CLOSE#1:P$(I)=P$ 1130 PUT (1,1),DES,PSET:GET (0,0)-(319,199),SED:GET (0,10)-(259,199),DES:CLS 1140 PUT (0,10),DES:DEF SEG=&HB800:BSAVE P$(I),0,16384:PUT (0,0),SED,PSET:GOTO 140 1150 L=FIX((YY-72)/8)+1:IF P$(L)="" THEN 1180 1160 PUT (1,1),DES,PSET:GET (0,0)-(319,199),SED:DEF SEG=&HB800:BLOAD P$(L),0:GET (0,10)-(259,199),DES 1170 PUT (0,0),SED,PSET:PUT (0,10),DES,PSET:GOTO 140 1180 BEEP:GOSUB 1200:GOTO 300 1190 '------------SOUS PROGRAMME------------ 1200 R$=INKEY$ 1210 IF R$=CHR$(13) THEN RETURN 1220 IF R$="8" THEN YY=YY-5 ELSE IF R$="2" THEN YY=YY+5 ELSE IF R$="4" THEN XX=XX-5 ELSE IF R$="6" THEN XX=XX+5 ELSE 1200 1230 IF XX<LG THEN XX=LG ELSE IF XX>LD-10 THEN XX=LD-10 1240 IF YY<12 THEN YY=12 ELSE IF YY>LB-10 THEN YY=LB-10 1250 PUT (WW,ZZ),C:PUT (XX,YY),C:WW=XX:ZZ=YY:GOTO 1200 1300 IF KI=0 THEN KI=1:SOUND 300,.02:RETURN 1310 KI=0:SOUND 0,0:RETURN 1320 L=FIX((YY-72)/8)+1:IF P$(L)="" THEN 1360 1330 PUT (XX,YY),C:LOCATE 9+L:PRINT " ":PUT (XX,YY),C:SOUND 0,0 1340 PP$=P$(L)+".BAS":KILL PP$:P$(L)="" 1350 OPEN "O",#1,"NOMS":FOR I=1 TO 10:IF P$(I)<>"" THEN P$=P$(I):PRINT#1,P$ 1355 NEXT I:CLOSE#1 1360 GOSUB 1200:GOTO 300 1400 R$=INKEY$ 1405 IF R$="+" AND V<30 THEN V=V+1:LOCATE 4,37:PRINT " ":LOCATE 4,37:WRITE V ELSE IF R$="-" AND V>1 THEN V=V-1:LOCATE 4,37:PRINT " ":LOCATE 4,37:WRITE V 1410 IF R$=" " AND Y>9 AND X<252 THEN IF ZAP=1 THEN PUT (X,Y),C:GOTO 1500 ELSE ZAP=1:O=X+5:P=Y 1415 IF R$=CHR$(13) THEN 1460 1420 IF R$="8" THEN Y=Y-V ELSE IF R$="2" THEN Y=Y+V ELSE IF R$="4" THEN X=X-V ELSE IF R$="6" THEN X=X+V ELSE 1400 1430 IF X<1 THEN X=1 ELSE IF X>310 THEN X=310 1440 IF Y<1 THEN Y=1 ELSE IF Y>191 THEN Y=191 1450 PUT (W,Z),C:PUT (X,Y),C:W=X:Z=Y:GOTO 1400 1460 IF Y>132 AND Y<148 AND X>255 THEN 1470 ELSE 1400 1470 LOCATE 16,35:IF GO=1 THEN PRINT "SAVE " ELSE IF GO=2 THEN PRINT "PAINT" ELSE IF GO=3 THEN PRINT "RECT " ELSE IF GO=4 THEN PRINT "LINE " ELSE IF GO=5 THEN PRINT "ROND " ELSE PRINT "ELLI " 1480 GOTO 140 1500 DIFX=ABS(X+5-O):DIFY=ABS(Y-P):GET (O,P)-(X+5,Y),DES:X=O:Y=P:W=X:Z=Y 1510 R$=INKEY$ 1520 IF R$=" " THEN PUT (X,Y),DES,PSET:PUT (X,Y),C:ZAP=0:GOTO 1400 1530 IF R$="8" THEN Y=Y-1 ELSE IF R$="2" THEN Y=Y+1 ELSE IF R$="4" THEN X=X-1 ELSE IF R$="6" THEN X=X+1 ELSE 1510 1540 IF X<1 THEN X=1 ELSE IF X+DIFX>259 THEN X=X-1 1550 IF Y<1 THEN Y=1 ELSE IF Y+DIFY>199 THEN Y=Y-1 1560 PUT (W,Z),DES:PUT (X,Y),DES:W=X:Z=Y:GOTO 1510

Attribute VB_Name = "mdlUserFunction" Option Explicit Sub INCLUIR_VALOR_NO_CHECK(objCheck As CheckBox, _ blnValor As Variant) On Error GoTo trata If blnValor Then objCheck.Value = 1 Else objCheck.Value = 0 End If Exit Sub trata: AmpN Err.Raise Err.Number, _ "[mdlUserFunction.INCLUIR_VALOR_NO_CHECK]", _ Err.Description End Sub 'Proposito: Retornar último dia do mês 'Retorna DD Public Function Retorna_ultimo_dia_do_mes(intMes As Integer, _ intAno As Integer) As String On Error GoTo trata Dim intDia As Integer Dim dtaTeste As Date For intDia = 29 To 32 dtaTeste = CDate(intAno & "/" & intMes & "/" & intDia) Next Exit Function trata: Retorna_ultimo_dia_do_mes = Format(intDia - 1, "00") End Function 'Propósito: Retornar e Gravar o Sequencial geral Public Function RetornaGravaSequencial(Optional pCampo As String = "Sequencial") As Long On Error GoTo trata ' Dim objRs As ADODB.Recordset Dim strSql As String Dim lngSeq As Long Dim objGeral As busSisMed.clsGeral ' Set objGeral = New busSisMed.clsGeral ' strSql = "SELECT ISNULL(MAX(" & pCampo & "),0) + 1 AS SEQ " & _ "From SEQUENCIAL" Set objRs = objGeral.ExecutarSQL(strSql) ' If objRs.EOF Then lngSeq = 1 ElseIf Not IsNumeric(objRs.Fields("SEQ").Value) Then lngSeq = 1 Else lngSeq = objRs.Fields("SEQ").Value End If objRs.Close Set objRs = Nothing ' 'Caso tenha atingido o limite do sequencial, voltar a 1 If lngSeq > glMaxSequencialImp Then lngSeq = 1 End If strSql = "Select Count(*) As TOT from Sequencial" Set objRs = objGeral.ExecutarSQL(strSql) If objRs.Fields("TOT").Value = 0 Then strSql = "INSERT INTO SEQUENCIAL (" & pCampo & ") VALUES (" & lngSeq & ")" Else strSql = "UPDATE SEQUENCIAL SET " & pCampo & " = " & lngSeq End If ' objRs.Close Set objRs = Nothing '--- objGeral.ExecutarSQLAtualizacao strSql ' RetornaGravaSequencial = CLng(lngSeq) ' Set objGeral = Nothing Exit Function trata: Err.Raise Err.Number, _ "[mdlUserFunction.RetornaGravaSequencial]", _ Err.Description End Function Public Sub TratarStatus(strStatus As String, _ strStatusImp As String, _ ByRef lblCor1 As Label, _ ByRef lblCor2 As Label) On Error GoTo trata ' Select Case strStatus Case "I" 'Amarelo lblCor1.BackColor = &H80FFFF lblCor1.Caption = "Inicial" Case "M" 'Azul lblCor1.BackColor = &HFFFF80 lblCor1.Caption = "Movimento após o fechamento" Case "F" 'Verde lblCor1.BackColor = &H80FF80 lblCor1.Caption = "Fechada" Case "C" 'Vermelho lblCor1.BackColor = &HFF& lblCor1.Caption = "Cancelada" Case Else lblCor1.BackColor = &H8000000F lblCor1.Caption = "Indefinido" End Select ' Select Case strStatusImp Case "S" 'Verde lblCor2.BackColor = &H80FF80 lblCor2.Caption = "Sim" Case "N" 'Vermelho lblCor2.BackColor = &HFF& lblCor2.Caption = "Não" Case Else lblCor2.BackColor = &H8000000F lblCor2.Caption = "Ind" End Select Exit Sub trata: TratarErro Err.Number, _ "[mdlUserFunction.Main]", _ Err.Description End Sub Public Sub Main() On Error GoTo trata ' frmUserSplash.Show frmUserSplash.Refresh ' frmUserLogin.QuemChamou = 0 Load frmUserLogin frmUserLogin.Show vbModal ' Exit Sub trata: TratarErro Err.Number, _ "[mdlUserFunction.Main]", _ Err.Description End End Sub Public Function Valida_Hora(pMsk As MaskEdBox, _ pTipo As TpObriga, _ Optional blnSetarFocoControle As Boolean = False) As Boolean On Error GoTo trata Dim EData As Boolean EData = True 'Verifica se Mmaskedit é data If Not IsDate("01/01/1900 " & pMsk.Text) Then EData = False Else 'If CInt(Mid(pMsk.ClipText, 3, 2)) > 12 Then ' EData = False 'End If End If If pTipo = TpObrigatorio And Not (EData) Then 'Campo é obrigatório e não é data Valida_Hora = False ElseIf pTipo = TpNaoObrigatorio Then 'Campo não é obrigatório If Len(pMsk.ClipText) <> 0 And Not EData Then 'Digitou algo que não é data Valida_Hora = False Else Valida_Hora = True End If Else Valida_Hora = True End If If Valida_Hora = False Then Pintar_Controle pMsk, tpCorContr_Erro If blnSetarFocoControle Then SetarFoco pMsk blnSetarFocoControle = False End If End If Exit Function trata: Err.Raise Err.Number, _ "[mdlUserFunction.Valida_Hora]", _ Err.Description End Function Public Sub TratarErro(ByVal pNumero As Long, _ ByVal pDescricao As String, _ ByVal pSource As String) ' On Error Resume Next Dim strUsuario As String Dim intI As Integer intI = FreeFile Open App.Path & "\SisMed.txt" For Append As #intI Print #intI, Format(Now(), "DD/MM/YYYY hh:mm") & ";" & pNumero & ";" & pSource & ";" & pDescricao Close #intI 'mostrar Mensagem MsgBox "O Seginte Erro Ocorreu: " & vbCrLf & vbCrLf & _ "Número: " & pNumero & vbCrLf & _ "Descrição: " & pDescricao & vbCrLf & vbCrLf & _ "Origem: " & pSource & vbCrLf & _ "Data/Hora: " & Format(Now(), "DD/MM/YYYY hh:mm") & vbCrLf & _ "Erro gravado no arquivo: " & App.Path & "\SisMed.txt" & vbCrLf & vbCrLf & _ "Caso o erro persista contacte o suporte e envie o arquivo acima, informando a data e hora acima informada da ocorrência deste erro.", vbCritical, TITULOSISTEMA End Sub 'Propósito Abrir Registros do Sistema 'recebe parametro pAcao que assume '0 - Captura parametros inicias '1 - grava últ usuário que '2 - Grava BMP 'acessou o sistema 'Caso algum parametro seja nulo, regrava no Registro Public Function CapturaParametrosRegistro(pAcao As Integer) Dim iLenCaminho, iLenArquivo As Long Dim iRet On Error GoTo RotErro Repeticao: AmpS Select Case pAcao Case 0 'Captura Banco de Dados gsBDadosPath = GetSetting(AppName:=TITULOSISTEMA, section:="Iniciar", _ Key:="CaminhoDB") If Len(Trim(gsBDadosPath)) = 0 Then 'Registro não esta gravado está em branco iRet = MsgBox("Não foi possível localizar o banco de dados " & _ nomeBDados & ". Você deseja localizá-lo manualmente?", _ vbQuestion + vbYesNo, TITULOSISTEMA) If iRet = vbYes Then frmMDI.CommonDialog1.ShowOpen iLenCaminho = Len(frmMDI.CommonDialog1.FileName) iLenArquivo = Len(frmMDI.CommonDialog1.FileTitle) gsBDadosPath = Left(frmMDI.CommonDialog1.FileName, iLenCaminho - iLenArquivo) SaveSetting AppName:=TITULOSISTEMA, section:="Iniciar", _ Key:="CaminhoDB", setting:=gsBDadosPath GoTo Repeticao 'Captura Novamente os parametros até encontrar 'Parametros válidos Else End End If End If 'Captura Caminho Crystal gsReportPath = GetSetting(AppName:=TITULOSISTEMA, section:="Iniciar", _ Key:="CaminhoReport") If Len(Trim(gsReportPath)) = 0 Then 'Registro não esta gravado está em branco iRet = MsgBox("Não foi possível localizar o caminho dos Formulários (.RPT)." & _ " Você deseja localizá-lo manualmente?", _ vbQuestion + vbYesNo, TITULOSISTEMA) If iRet = vbYes Then frmMDI.CommonDialog1.ShowOpen iLenCaminho = Len(frmMDI.CommonDialog1.FileName) iLenArquivo = Len(frmMDI.CommonDialog1.FileTitle) gsReportPath = Left(frmMDI.CommonDialog1.FileName, iLenCaminho - iLenArquivo) SaveSetting AppName:=TITULOSISTEMA, section:="Iniciar", _ Key:="CaminhoReport", setting:=gsReportPath GoTo Repeticao 'Captura Novamente os parametros até encontrar 'Parametros válidos Else End End If End If 'Captura Caminho App gsAppPath = GetSetting(AppName:=TITULOSISTEMA, section:="Iniciar", _ Key:="CaminhoApp") If Len(Trim(gsAppPath)) = 0 Then 'Registro não esta gravado está em branco iRet = MsgBox("Não foi possível localizar o caminho do Aplicativo (.EXE)." & _ " Você deseja localizá-lo manualmente?", _ vbQuestion + vbYesNo, TITULOSISTEMA) If iRet = vbYes Then frmMDI.CommonDialog1.ShowOpen iLenCaminho = Len(frmMDI.CommonDialog1.FileName) iLenArquivo = Len(frmMDI.CommonDialog1.FileTitle) gsAppPath = Left(frmMDI.CommonDialog1.FileName, iLenCaminho - iLenArquivo) SaveSetting AppName:=TITULOSISTEMA, section:="Iniciar", _ Key:="CaminhoApp", setting:=gsAppPath GoTo Repeticao 'Captura Novamente os parametros até encontrar 'Parametros válidos Else End End If End If 'Captura Nome do Usuário gsNomeUsu = GetSetting(AppName:=TITULOSISTEMA, section:="Iniciar", _ Key:="Usuario") 'Captura o Nome do Curso gsNomeEmpresa = GetSetting(AppName:=TITULOSISTEMA, section:="Iniciar", _ Key:="Empresa") If Len(Trim(gsNomeEmpresa)) = 0 Then 'Registro não esta gravado está em branco gsNomeEmpresa = "XXX" SaveSetting AppName:=TITULOSISTEMA, section:="Iniciar", _ Key:="Empresa", setting:=gsNomeEmpresa GoTo Repeticao 'Captura Novamente os parametros até encontrar 'Parametros válidos End If 'Captura o Caminho dos bitmaps gsBMPPath = GetSetting(AppName:=TITULOSISTEMA, section:="Iniciar", _ Key:="CaminhoBMP") If Len(Trim(gsBMPPath)) = 0 Then 'Registro não esta gravado está em branco gsBMPPath = gsBDadosPath & "Images\BMP\" SaveSetting AppName:=TITULOSISTEMA, section:="Iniciar", _ Key:="CaminhoBMP", setting:=gsBMPPath GoTo Repeticao 'Captura Novamente os parametros até encontrar 'Parametros válidos End If 'Captura o Caminho dos Icons gsIconsPath = GetSetting(AppName:=TITULOSISTEMA, section:="Iniciar", _ Key:="CaminhoIcons") If Len(Trim(gsIconsPath)) = 0 Then 'Registro não esta gravado está em branco gsIconsPath = gsBDadosPath & "Images\Icons\" SaveSetting AppName:=TITULOSISTEMA, section:="Iniciar", _ Key:="CaminhoIcons", setting:=gsIconsPath GoTo Repeticao 'Captura Novamente os parametros até encontrar 'Parametros válidos End If 'Captura o Nome do BitMap gsBMP = GetSetting(AppName:=TITULOSISTEMA, section:="Iniciar", _ Key:="BMP") 'Captura o caminho do BackUp gsPathBackup = GetSetting(AppName:=TITULOSISTEMA, section:="Iniciar", _ Key:="CaminhoBackUp") If Len(Trim(gsPathBackup)) = 0 Then 'Registro não esta gravado está em branco gsPathBackup = gsAppPath & "BackUp\" SaveSetting AppName:=TITULOSISTEMA, section:="Iniciar", _ Key:="CaminhoBackUp", setting:=gsPathBackup GoTo Repeticao 'Captura Novamente os parametros até encontrar 'Parametros válidos End If Case 1 SaveSetting AppName:=TITULOSISTEMA, section:="Iniciar", _ Key:="Usuario", setting:=gsNomeUsu SaveSetting AppName:=TITULOSISTEMA, section:="Iniciar", _ Key:="Nivel", setting:=gsNivel SaveSetting AppName:=TITULOSISTEMA, section:="Iniciar", _ Key:="Ativo", setting:="S" Case 2 SaveSetting AppName:=TITULOSISTEMA, section:="Iniciar", _ Key:="BMP", setting:=gsBMP Case 3 SaveSetting AppName:=TITULOSISTEMA, section:="Iniciar", _ Key:="Nivel", setting:="" SaveSetting AppName:=TITULOSISTEMA, section:="Iniciar", _ Key:="Ativo", setting:="N" End Select AmpN Exit Function RotErro: AmpN frmMDI.CommonDialog1.ShowOpen iLenCaminho = Len(frmMDI.CommonDialog1.FileName) iLenArquivo = Len(frmMDI.CommonDialog1.FileTitle) gsBDadosPath = Left(frmMDI.CommonDialog1.FileName, iLenCaminho - iLenArquivo) SaveSetting AppName:=TITULOSISTEMA, section:="Iniciar", _ Key:="CaminhoDB", setting:=gsBDadosPath AmpN End Function Public Sub AmpS() On Error Resume Next Screen.MousePointer = vbHourglass End Sub Public Sub AmpN() On Error Resume Next Screen.MousePointer = vbDefault End Sub 'Propósito: Montar menu, de acordo com o nível de acesso Public Sub Monta_Menu(pAcao As Integer) 'pAcao Assume 0 Desconexão 1 Conexão On Error GoTo trata ' 'Desabilita Menu frmMDI.snuDiretoria(0).Visible = False frmMDI.snuGerencia(0).Visible = False frmMDI.snuCaixa(0).Visible = False frmMDI.snuLaboratorio(0).Visible = False frmMDI.snuFinanceiro(0).Visible = False frmMDI.snuRelatorio(0).Visible = False frmMDI.snuArquivista(0).Visible = False frmMDI.snuAtendimento(0).Visible = False ' frmMDI.mnuArquivo(2).Visible = False frmMDI.mnuArquivo(3).Visible = False frmMDI.mnuArquivo(4).Visible = False ' If pAcao = 1 Then 'Monta Conexão Select Case Trim(gsNivel) Case gsAdmin 'Acesso Completo frmMDI.snuDiretoria(0).Visible = True frmMDI.snuGerencia(0).Visible = True frmMDI.snuCaixa(0).Visible = True frmMDI.snuLaboratorio(0).Visible = True frmMDI.snuFinanceiro(0).Visible = True frmMDI.snuRelatorio(0).Visible = True frmMDI.snuRelFinanc(0).Visible = True frmMDI.snuRelFinanc(1).Visible = True frmMDI.snuArquivista(0).Visible = True frmMDI.snuAtendimento(0).Visible = True ' frmMDI.mnuArquivo(2).Visible = True frmMDI.mnuArquivo(3).Visible = True frmMDI.mnuArquivo(4).Visible = True Case gsDiretor 'Diretoria frmMDI.snuDiretoria(0).Visible = True frmMDI.snuGerencia(0).Visible = False frmMDI.snuCaixa(0).Visible = False frmMDI.snuLaboratorio(0).Visible = False frmMDI.snuFinanceiro(0).Visible = False frmMDI.snuRelatorio(0).Visible = True frmMDI.snuRelFinanc(0).Visible = True frmMDI.snuRelFinanc(1).Visible = True frmMDI.snuArquivista(0).Visible = True frmMDI.snuAtendimento(0).Visible = False ' frmMDI.mnuArquivo(2).Visible = True frmMDI.mnuArquivo(3).Visible = True frmMDI.mnuArquivo(4).Visible = True Case gsGerente 'Gerencia frmMDI.snuDiretoria(0).Visible = False frmMDI.snuGerencia(0).Visible = True frmMDI.snuCaixa(0).Visible = False frmMDI.snuLaboratorio(0).Visible = False frmMDI.snuFinanceiro(0).Visible = False frmMDI.snuRelatorio(0).Visible = True frmMDI.snuRelFinanc(0).Visible = True frmMDI.snuRelFinanc(1).Visible = False frmMDI.snuArquivista(0).Visible = False frmMDI.snuAtendimento(0).Visible = False ' frmMDI.mnuArquivo(2).Visible = True frmMDI.mnuArquivo(3).Visible = True frmMDI.mnuArquivo(4).Visible = True Case gsCaixa 'Caixa frmMDI.snuDiretoria(0).Visible = False frmMDI.snuGerencia(0).Visible = False frmMDI.snuCaixa(0).Visible = True frmMDI.snuLaboratorio(0).Visible = False frmMDI.snuFinanceiro(0).Visible = False frmMDI.snuRelatorio(0).Visible = False frmMDI.snuArquivista(0).Visible = False frmMDI.snuAtendimento(0).Visible = False ' frmMDI.mnuArquivo(2).Visible = False frmMDI.mnuArquivo(3).Visible = True frmMDI.mnuArquivo(4).Visible = True Case gsLaboratorio 'Laboratorio frmMDI.snuDiretoria(0).Visible = False frmMDI.snuGerencia(0).Visible = False frmMDI.snuCaixa(0).Visible = False frmMDI.snuLaboratorio(0).Visible = True frmMDI.snuFinanceiro(0).Visible = False frmMDI.snuRelatorio(0).Visible = False frmMDI.snuArquivista(0).Visible = False frmMDI.snuAtendimento(0).Visible = False ' frmMDI.mnuArquivo(2).Visible = False frmMDI.mnuArquivo(3).Visible = True frmMDI.mnuArquivo(4).Visible = True Case gsFinanceiro 'Financeiro frmMDI.snuDiretoria(0).Visible = False frmMDI.snuGerencia(0).Visible = False frmMDI.snuCaixa(0).Visible = False frmMDI.snuLaboratorio(0).Visible = False frmMDI.snuFinanceiro(0).Visible = True frmMDI.snuRelatorio(0).Visible = True frmMDI.snuRelFinanc(0).Visible = True frmMDI.snuRelFinanc(1).Visible = False frmMDI.snuArquivista(0).Visible = False frmMDI.snuAtendimento(0).Visible = False ' frmMDI.mnuArquivo(2).Visible = False frmMDI.mnuArquivo(3).Visible = True frmMDI.mnuArquivo(4).Visible = True Case gsArquivista 'Arquivista frmMDI.snuDiretoria(0).Visible = False frmMDI.snuGerencia(0).Visible = False frmMDI.snuCaixa(0).Visible = False frmMDI.snuLaboratorio(0).Visible = False frmMDI.snuFinanceiro(0).Visible = False frmMDI.snuRelatorio(0).Visible = False frmMDI.snuArquivista(0).Visible = True frmMDI.snuAtendimento(0).Visible = False ' frmMDI.mnuArquivo(2).Visible = False frmMDI.mnuArquivo(3).Visible = True frmMDI.mnuArquivo(4).Visible = True Case gsPrestador 'Prestador frmMDI.snuDiretoria(0).Visible = False frmMDI.snuGerencia(0).Visible = False frmMDI.snuCaixa(0).Visible = False frmMDI.snuLaboratorio(0).Visible = False frmMDI.snuFinanceiro(0).Visible = False frmMDI.snuRelatorio(0).Visible = False frmMDI.snuArquivista(0).Visible = False frmMDI.snuAtendimento(0).Visible = True ' frmMDI.mnuArquivo(2).Visible = False frmMDI.mnuArquivo(3).Visible = True frmMDI.mnuArquivo(4).Visible = True End Select End If Exit Sub trata: Err.Raise Err.Number, _ "[mdlUserFunction.Monta_Menu]", _ Err.Description End Sub Public Function Valida_String(objControl As Object, _ TpTipo As TpObriga, _ Optional blnSetarFocoControle As Boolean = False) As Boolean On Error GoTo trata Dim blnValido As Boolean 'Verifica se Textbox é Válido If Len(Trim(objControl.Text)) <> 0 Then blnValido = True End If If TpTipo = TpObrigatorio And Not (blnValido) Then 'Campo é obrigatório e não é Valor Valida_String = False Else Valida_String = True End If If Not Valida_String Then Pintar_Controle objControl, tpCorContr_Erro If blnSetarFocoControle Then SetarFoco objControl blnSetarFocoControle = False End If End If Exit Function trata: Err.Raise Err.Number, _ "[mdlUserFunction.Valida_String]", _ Err.Description End Function Public Sub Pintar_Controle(pControle As Variant, _ pCor As tpCorControle) On Error Resume Next AmpS pControle.BackColor = pCor AmpN End Sub Public Sub SetarFoco(objTarget As Object) On Error Resume Next If objTarget.Visible = True And objTarget.Enabled = True Then objTarget.SetFocus End If End Sub Public Sub TratarErroPrevisto(ByVal pDescricao As String, _ Optional pSource As String = "") ' On Error Resume Next 'mostrar Mensagem MsgBox "Erro(s): " & vbCrLf & vbCrLf & _ pDescricao '& vbCrLf & vbCrLf '& _ '"Módulo: " & pSource & vbCrLf & vbCrLf & _ '"Reavalie as informações e corrija os dados para que a alteração seja efetivada.", vbExclamation, TITULOSISTEMA End Sub 'Propósito: criptografar a senha do usuário armazenada no banco de dados 'Entrada: senha 'Retorna: senha 'caso entrada seja não criptografada a saída é criptografada e vice-versa Public Function Encripta(Senha As String) As String On Error GoTo trata Dim intI As Integer Dim strRetorno As String For intI = 1 To Len(Senha) strRetorno = Mid(Senha, intI, 1) strRetorno = 255 - Asc(strRetorno) Encripta = Encripta & Chr(strRetorno) Next intI Exit Function trata: Err.Raise Err.Number, _ "[mdlUserFunction.Encripta]", _ Err.Description End Function 'Propósito: Centralizar um form MDI Child no form MDI. 'Entradas: frmCenter - Form a centralizar Public Sub CenterForm(frmCenter As Form) Dim intHeight As Integer Dim intLeftOffset As Integer Dim intTop As Integer Dim intWidth As Integer Dim intLeft As Integer Dim intTopOffset As Integer ' On Error GoTo trata AmpS If frmCenter.MDIChild = True Then intHeight = frmMDI.ScaleHeight intWidth = frmMDI.ScaleWidth intTop = frmMDI.Top intLeft = frmMDI.Left Else intHeight = Screen.Height intWidth = Screen.Width intTop = 0 intLeft = 0 End If 'Calcula "left offset" intLeftOffset = ((intWidth - frmCenter.Width) / 2) + intLeft If (intLeftOffset + frmCenter.Width > Screen.Width) Or intLeftOffset < 100 Then intLeftOffset = 100 End If 'Calcula "top offset" intTopOffset = ((intHeight - frmCenter.Height) / 2) + intTop If (intTopOffset + frmCenter.Height > Screen.Height) Or intTopOffset < 100 Then intTopOffset = 100 End If 'Centraliza o form frmCenter.Move intLeftOffset, intTopOffset AmpN Exit Sub trata: AmpN Err.Raise Err.Number, _ "[mdlUserFunction.CenterForm]", _ Err.Description End Sub Public Sub LerFiguras(pForm As Form, pOp As tpBmpForm, Optional pbtnOK As CommandButton, Optional pbtnCancelar As CommandButton, Optional pbtnFechar As CommandButton, Optional pbtnExcluir As CommandButton, Optional pbtnSenha As CommandButton, Optional pbtnIncluir As CommandButton, Optional pbtnAlterar As CommandButton, Optional pbtnFiltrar As CommandButton, Optional pbtnImprimir As CommandButton, Optional pbtnConsultar As CommandButton) On Error GoTo trata If pOp = tpBmpForm.tpBmp_Login Then pForm.Picture = LoadPicture(gsBMPPath & "Fundo.jpg") ElseIf pOp = tpBmpForm.tpBmp_MDI Then pForm.Picture = LoadPicture(gsBMPPath & "Fundo.jpg") pForm.Icon = LoadPicture(gsIconsPath & "Logo.ico") Else pForm.Icon = LoadPicture(gsIconsPath & "areatrab.ico") End If If Not (pbtnConsultar Is Nothing) Then pbtnConsultar.Picture = LoadPicture(gsIconsPath & "Procurar.ico") pbtnConsultar.DownPicture = LoadPicture(gsIconsPath & "ProcurarDown.ico") pbtnConsultar.ToolTipText = "Consultar" End If If Not (pbtnImprimir Is Nothing) Then pbtnImprimir.Picture = LoadPicture(gsIconsPath & "Impressora.ico") pbtnImprimir.DownPicture = LoadPicture(gsIconsPath & "ImpressoraDown.ico") pbtnImprimir.ToolTipText = "Imprimir" End If If Not (pbtnOK Is Nothing) Then pbtnOK.Picture = LoadPicture(gsIconsPath & "Ok.ico") pbtnOK.DownPicture = LoadPicture(gsIconsPath & "OkDown.ico") pbtnOK.ToolTipText = "Ok" End If If Not (pbtnAlterar Is Nothing) Then pbtnAlterar.Picture = LoadPicture(gsIconsPath & "Alterar.ico") pbtnAlterar.DownPicture = LoadPicture(gsIconsPath & "AlterarDown.ico") pbtnAlterar.ToolTipText = "Alterar" End If If Not (pbtnIncluir Is Nothing) Then pbtnIncluir.Picture = LoadPicture(gsIconsPath & "Incluir.ico") pbtnIncluir.DownPicture = LoadPicture(gsIconsPath & "IncluirDown.ico") pbtnIncluir.ToolTipText = "Incluir" End If If Not (pbtnCancelar Is Nothing) Then pbtnCancelar.Picture = LoadPicture(gsIconsPath & "Cancelar.ico") pbtnCancelar.DownPicture = LoadPicture(gsIconsPath & "CancelarDown.ico") pbtnCancelar.ToolTipText = "Cancelar" End If If Not (pbtnExcluir Is Nothing) Then pbtnExcluir.Picture = LoadPicture(gsIconsPath & "Excluir.ico") pbtnExcluir.DownPicture = LoadPicture(gsIconsPath & "ExcluirDown.ico") pbtnExcluir.ToolTipText = "Excluir" End If If Not (pbtnSenha Is Nothing) Then pbtnSenha.Picture = LoadPicture(gsIconsPath & "Senha.ico") pbtnSenha.DownPicture = LoadPicture(gsIconsPath & "SenhaDown.ico") pbtnSenha.ToolTipText = "Senha" End If If Not (pbtnFechar Is Nothing) Then pbtnFechar.Picture = LoadPicture(gsIconsPath & "Sair.ico") pbtnFechar.DownPicture = LoadPicture(gsIconsPath & "SairDown.ico") pbtnFechar.ToolTipText = "Sair" End If If Not (pbtnFiltrar Is Nothing) Then pbtnFiltrar.Picture = LoadPicture(gsIconsPath & "Filtrar.ico") pbtnFiltrar.DownPicture = LoadPicture(gsIconsPath & "FiltrarDown.ico") pbtnFiltrar.ToolTipText = "Aplicar Filtro" End If ' Exit Sub trata: AmpN Err.Raise Err.Number, _ "[mdlUserFunction.LerFiguras]", _ Err.Description End Sub Public Sub Seleciona_Conteudo_Controle(Controle As Object) On Error GoTo trata Controle.SelStart = 0 Controle.SelLength = Len(Controle.Text) Exit Sub trata: TratarErro Err.Number, _ Err.Description, _ Err.Source End Sub Public Function GetRelativeBookmarkGeral(Bookmark As Variant, _ Offset As Long, intLINHASMATRIZ As Long) As Variant ' GetRelativeBookmark is used to get a bookmark for a ' row that is a specified number of rows away from the ' given row. Offset specifies the number of rows to ' move. A positive Offset indicates that the desired ' row is after the one referred to by Bookmark, and a ' negative Offset means it is before the one referred ' to by Bookmark. On Error GoTo trata Dim Index As Long ' Compute the row index for the desired row Index = IndexFromBookmarkGeral(Bookmark, Offset, intLINHASMATRIZ) If Index < 0 Or Index >= intLINHASMATRIZ Then ' Index refers to a row before the first or after ' the last, so just return Null. GetRelativeBookmarkGeral = Null Else GetRelativeBookmarkGeral = MakeBookmarkGeral(Index) End If Exit Function trata: Err.Raise Err.Number, _ "[mdlUserFunction.GetRelativeBookmarkGeral]", _ Err.Description End Function Public Function IndexFromBookmarkGeral(Bookmark As Variant, _ Offset As Long, intLINHASMATRIZ As Long) As Long ' This support function is used only by the remaining ' support functions. It is not used directly by the ' unbound events. ' IndexFromBookmark computes the row index that ' corresponds to a row that is (Offset) rows from the ' row specified by the Bookmark parameter. For example, ' if Bookmark refers to the index 50 of the dataset ' array and Offset = -10, then IndexFromBookmark will ' return 50 + (-10), or 40. Thus to get the index of ' the row specified by the bookmark itself, call ' IndexFromBookmark with an Offset of 0. If the given ' Bookmark is Null, it refers to BOF or EOF. If ' Offset < 0, the grid is requesting rows before the ' row specified by Bookmark, and so we must be at EOF ' because prior rows do not exist for BOF. Conversely, ' if Offset > 0, we are at BOF. On Error GoTo trata Dim Index As Long If IsNull(Bookmark) Then If Offset < 0 Then ' Bookmark refers to EOF. Since (MaxRow - 1) ' is the index of the last record, we can use ' an index of (MaxRow) to represent EOF. Index = intLINHASMATRIZ + Offset Else ' Bookmark refers to BOF. Since 0 is the index ' of the first record, we can use an index of ' -1 to represent BOF. Index = -1 + Offset End If Else ' Convert string to long integer Index = Val(Bookmark) + Offset End If ' Check to see if the row index is valid: ' (0 <= Index < MaxRow). ' If not, set it to a large negative number to ' indicate that it is invalid. If Index >= 0 And Index < intLINHASMATRIZ Then IndexFromBookmarkGeral = Index Else IndexFromBookmarkGeral = -9999 End If ' Exit Function trata: Err.Raise Err.Number, _ "[mdlUserFunction.IndexFromBookmarkGeral]", _ Err.Description End Function Public Function MakeBookmarkGeral(Index As Long) As Variant ' This support function is used only by the remaining ' support functions. It is not used directly by the ' unbound events. It is a good idea to create a ' MakeBookmark function such that all bookmarks can be ' created in the same way. Thus the method by which ' bookmarks are created is consistent and easy to ' modify. This function creates a bookmark when given ' an array row index. ' Since we have data stored in an array, we will just ' use the array index as our bookmark. We will convert ' it to a string first, using the CStr function. On Error GoTo trata MakeBookmarkGeral = CStr(Index) Exit Function trata: Err.Raise Err.Number, _ "[mdlUserFunction.MakeBookmarkGeral]", _ Err.Description End Function Public Sub Selecionar_Conteudo(pControle As Variant) On Error Resume Next AmpS pControle.SelStart = 0 pControle.SelLength = Len(pControle) AmpN End Sub Function INCLUIR_VALOR_NO_MASK(pMask As MaskEdBox, pValor As Variant, pTipo As tpMaskValor) As String On Error GoTo trata Dim strMask As String 'Limpa Maskedit With pMask strMask = .Mask .Mask = "" .Text = "" .Mask = strMask End With ' If pTipo = tpMaskValor.TpMaskData Then 'Campo é data If Len(strMask) = 10 Then 'Formato DD/MM/YYYY If Not IsNull(pValor) And pValor & "" <> "" Then pMask.Text = Format(pValor, "DD/MM/YYYY") ElseIf Len(strMask) = 16 Then 'Formato DD/MM/YYYY hh:mm If Not IsNull(pValor) Then pMask.Text = Format(pValor, "DD/MM/YYYY hh:mm") ElseIf Len(strMask) = 5 Then 'Formato hh:mm If Not IsNull(pValor) Then pMask.Text = Format(pValor, "hh:mm") ElseIf Len(strMask) = 8 Then 'Formato hh:mm:ss If Not IsNull(pValor) Then pMask.Text = Format(pValor, "hh:mm:ss") End If ElseIf pTipo = tpMaskValor.TpMaskLongo Then 'Campo é Longo If Not IsNull(pValor) Then pMask.Text = Format(pValor, "#,##0") ElseIf pTipo = tpMaskValor.TpMaskMoeda Then 'Campo é moeda If Not IsNull(pValor) Then pMask.Text = Format(pValor, "#,##0.00##") ElseIf pTipo = tpMaskValor.TpMaskOutros Then 'Campo é outros If Not IsNull(pValor) Then If Len(Trim(pValor)) <> 0 Then pMask.Text = pValor End If ElseIf pTipo = tpMaskValor.TpMaskSemMascara Then 'Campo é guardado sem máscara If Not IsNull(pValor) Then If Len(Trim(pValor)) <> 0 Then With pMask strMask = .Mask .Mask = "" .Text = AplicarMascara(pValor, strMask) .Mask = strMask End With End If End If End If Exit Function trata: AmpN Err.Raise Err.Number, _ "[mdlUserFunction.INCLUIR_VALOR_NO_MASK]", _ Err.Description End Function Public Function AplicarMascara(strTexto, strMascara) As String On Error GoTo trata Dim intQtdCaracterMasc As Integer Dim intX As Integer Dim strRetorno As String strRetorno = "" intX = 0 For intQtdCaracterMasc = 1 To Len(strMascara) If Mid(strMascara, intQtdCaracterMasc, 1) = "#" Then strRetorno = strRetorno & Mid(strTexto, intQtdCaracterMasc - intX, 1) Else 'Inserir Máscara strRetorno = strRetorno & Mid(strMascara, intQtdCaracterMasc, 1) intX = intX + 1 End If Next AplicarMascara = strRetorno Exit Function trata: Err.Raise Err.Number, _ "[mdlUserFunction.AplicarMascara]", _ Err.Description End Function Public Function GetUserDataGeral(Bookmark As Variant, _ Col As Integer, intCOLUNASMATRIZ As Long, intLINHASMATRIZ As Long, mtzMatriz) As Variant ' In this example, GetUserData is called by ' UnboundReadData to ask the user what data should be ' displayed in a specific cell in the grid. The grid ' row the cell is in is the one referred to by the ' Bookmark parameter, and the column it is in it given ' by the Col parameter. GetUserData is called on a ' cell-by-cell basis. On Error GoTo trata ' Dim Index As Long ' Figure out which row the bookmark refers to Index = IndexFromBookmarkGeral(Bookmark, 0, intLINHASMATRIZ) If Index < 0 Or Index >= intLINHASMATRIZ Or _ Col < 0 Or Col >= intCOLUNASMATRIZ Then ' Cell position is invalid, so just return null to ' indicate failure GetUserDataGeral = Null Else GetUserDataGeral = mtzMatriz(Col, Index) End If Exit Function trata: Err.Raise Err.Number, _ "[mdlUserFunction.GetUserDataGeral]", _ Err.Description End Function 'Proposito: Retornar o Código do Turno Corrente Public Function RetornaCodTurnoCorrente(Optional datData As Date) As Long On Error GoTo trata 'Retorna 0 - para Código de Erro Dim strSql As String Dim objRs As ADODB.Recordset Dim objGeral As busSisMed.clsGeral Dim lngRetorno As Long ' Set objGeral = New busSisMed.clsGeral ' strSql = "Select * from Turno Where Status = " & Formata_Dados(True, tpDados_Boolean) & _ " AND PRONTUARIOID = " & Formata_Dados(giFuncionarioId, tpDados_Longo) Set objRs = objGeral.ExecutarSQL(strSql) ' If objRs.EOF Then 'Não há turno corrente cadastrado lngRetorno = 0 ElseIf objRs.RecordCount > 1 Then 'há mais de um turno corrente cadastrado lngRetorno = 0 Else lngRetorno = objRs.Fields("PKID").Value datData = objRs.Fields("DATA").Value End If objRs.Close Set objRs = Nothing Set objGeral = Nothing ' RetornaCodTurnoCorrente = lngRetorno Exit Function trata: Err.Raise Err.Number, _ "[mdlUserFunction.RetornaCodTurnoCorrente]", _ Err.Description End Function Public Sub LerFigurasAvulsasPicBox(ppicBox As PictureBox, pImagem As String, pToolTipText As String) On Error GoTo trata ' ppicBox.Picture = LoadPicture(gsIconsPath & pImagem) ppicBox.ToolTipText = pToolTipText ' Exit Sub trata: AmpN Err.Raise Err.Number, _ "[mdlUserFunction.LerFigurasAvulsasPicBox]", _ Err.Description End Sub 'Proposito: Retornar a descrição do Turno Corrente e emitir msg de erro 'para usuário Public Function RetornaDescTurnoCorrente(Optional TURNOID As Long) As String On Error GoTo trata 'Retorna "", caso não encontre Dim strSql As String Dim objRs As ADODB.Recordset Dim strRetorno As String Dim strErro As String Dim objGeral As busSisMed.clsGeral Dim strDescrTurno As String ' Set objGeral = New busSisMed.clsGeral ' strSql = "Select Data, DIASDASEMANA.DIADASEMANA, Periodo, inicio, termino " & _ "FROM (PERIODO INNER JOIN TURNO ON PERIODO.PKID = TURNO.PERIODOID) INNER JOIN DIASDASEMANA ON TURNO.DIASDASEMANAID = DIASDASEMANA.PKID " & _ "WHERE " & IIf(TURNOID <> 0, "TURNO.PKID = " & Formata_Dados(TURNOID, tpDados_Longo) & ";", "Status = " & Formata_Dados(True, tpDados_Boolean) & " AND TURNO.PRONTUARIOID = " & Formata_Dados(giFuncionarioId, tpDados_Longo)) 'ASSUME 0 - TODOS OS DIAS / 1- FIM DE SEMANA / 2 - FERIADO / 3 - DIAS DE SEMANA / 4 - SEGUNDA / 5 - TERÇA / 6 - QUARTA / 7 - QUINTA / 8 - SEXTA / 9 - SÁBADO / 10 - DOMINGO / 11 - ESPECIAL Set objRs = objGeral.ExecutarSQL(strSql) ' If objRs.EOF Then 'Não há turno corrente cadastrado strRetorno = "" strErro = "Não há Turno aberto no Sistema" ElseIf objRs.RecordCount > 1 Then 'há mais de um turno corrente cadastrado strRetorno = "" ' strErro = "Há mais de um turno aberto no sistema:" & vbCrLf & vbCrLf Do While Not objRs.EOF strDescrTurno = Format(objRs.Fields("Data").Value, "DD/MM/YYYY") & " / " & objRs.Fields("DIADASEMANA").Value & " - Período " & objRs.Fields("Periodo").Value & " de " & objRs.Fields("inicio").Value & " as " & objRs.Fields("termino").Value strRetorno = strDescrTurno & vbCrLf objRs.MoveNext Loop Else strDescrTurno = Format(objRs.Fields("Data").Value, "DD/MM/YYYY") & " / " & objRs.Fields("DIADASEMANA").Value & " - Período " & objRs.Fields("Periodo").Value & " de " & objRs.Fields("inicio").Value & " as " & objRs.Fields("termino").Value strRetorno = strDescrTurno strErro = "" End If objRs.Close Set objRs = Nothing Set objGeral = Nothing ' RetornaDescTurnoCorrente = strRetorno 'Emite Msg de Erro 'If Len(strErro) <> 0 Then Err.Raise 1, , strErro Exit Function trata: Err.Raise Err.Number, _ "[mdlUserFunction.RetornaDescTurnoCorrente]", _ Err.Description End Function Public Function DataHoraAtualFormatada() As String On Error GoTo trata Dim strRetorno As String ' strRetorno = Format(Now, "DD/MM/YYYY hh:mm") ' DataHoraAtualFormatada = strRetorno Exit Function trata: TratarErro Err.Number, Err.Description, "[mdlUserFunction.DataHoraAtualFormatada]" End Function 'Propósito: Setar o dia da semana Public Sub SetarDiaDaSemana(objCombo As ComboBox, _ dtaCorrente As Date) On Error Resume Next Dim strRetorno As String ' Select Case Weekday(dtaCorrente) Case vbSunday: strRetorno = "Domingo" Case vbMonday: strRetorno = "Segunda" Case vbTuesday: strRetorno = "Terça" Case vbWednesday: strRetorno = "Quarta" Case vbThursday: strRetorno = "Quinta" Case vbFriday: strRetorno = "Sexta" Case vbSaturday: strRetorno = "Sábado" End Select ' objCombo.Text = strRetorno Exit Sub End Sub Public Sub LimparCampoList(objList As ListBox) On Error Resume Next objList.Clear End Sub Public Sub LimparCampoCombo(objCbo As ComboBox) On Error Resume Next objCbo.Clear End Sub Public Sub LimparCampoTexto(objText As TextBox) On Error Resume Next objText.Text = "" End Sub Public Sub LimparCampoCheck(objCheck As CheckBox) On Error Resume Next objCheck.Value = False End Sub Public Sub LimparCampoOption(objOption As Object) On Error Resume Next Dim intI As Integer For intI = 0 To objOption.Count - 1 objOption(intI).Value = False Next End Sub Public Sub LimparCampoMask(objMask As MaskEdBox) On Error Resume Next Dim strMask As String With objMask strMask = .Mask .Mask = "" .Text = "" .Mask = strMask End With End Sub 'preencher combo box Public Sub PreencheCombo(objCbo, _ ByVal strSql As String, _ Optional TipoTodos As Boolean = True, _ Optional TipoBranco As Boolean = False, _ Optional SelPriItem As Boolean = False, _ Optional strItemSel As String) On Error GoTo trata Dim objRs As ADODB.Recordset Dim objGeral As busSisMed.clsGeral Dim blnPrimeiro As Boolean Dim strPriItem As String ' Set objGeral = New busSisMed.clsGeral ' blnPrimeiro = True Set objRs = objGeral.ExecutarSQL(strSql) objCbo.Clear If TipoBranco Then _ objCbo.AddItem "" If TipoTodos Then objCbo.AddItem "<TODOS>" strPriItem = "<TODOS>" blnPrimeiro = False End If Do While Not objRs.EOF objCbo.AddItem objRs.Fields(0) & "" If blnPrimeiro Then strPriItem = objRs.Fields(0) & "" blnPrimeiro = False objRs.MoveNext Loop If SelPriItem And strPriItem <> "" Then objCbo.Text = strPriItem If strItemSel & "" <> "" Then objCbo.Text = strItemSel Set objGeral = Nothing Exit Sub trata: Err.Raise Err.Number, _ "[mdlUserFunction.PreencheCombo]", _ Err.Description End Sub Public Function Valida_Moeda(objTarget As Object, _ pTipo As TpObriga, _ Optional blnSetarFocoControle As Boolean = False, _ Optional blnAceitarNegativo As Boolean = True, _ Optional blnPintarControle As Boolean = True, _ Optional blnValidarPeloClip As Boolean = True) As Boolean On Error GoTo trata Dim EValor As Boolean EValor = True 'Verifica se Mmaskedit é valor If IsNumeric(objTarget.Text) Then 'é Número, verifica se positivo If Not blnAceitarNegativo Then If CCur(objTarget.Text) < 0 Then 'Negativo EValor = False End If End If Else 'Não é número EValor = False End If If EValor Then End If If pTipo = TpObrigatorio And Not (EValor) Then 'Campo é obrigatório e não é Valor Valida_Moeda = False ElseIf pTipo = TpNaoObrigatorio Then 'Campo não é obrigatório If blnValidarPeloClip Then If Len(objTarget.ClipText) <> 0 And Not EValor Then 'Digitou algo que não é Valor Valida_Moeda = False Else Valida_Moeda = True End If Else If Len(objTarget.Text) <> 0 And Not EValor Then 'Digitou algo que não é Valor Valida_Moeda = False Else Valida_Moeda = True End If End If Else Valida_Moeda = True End If If Valida_Moeda = False Then If blnPintarControle Then Pintar_Controle objTarget, tpCorContr_Erro End If If blnSetarFocoControle Then SetarFoco objTarget blnSetarFocoControle = False End If End If Exit Function trata: Err.Raise Err.Number, _ "[mdlUserFunction.Valida_Moeda]", _ Err.Description End Function Public Function Valida_Option(objOption As Object, _ Optional blnSetarFocoControle As Boolean = False) As Boolean On Error GoTo trata Dim blnRetorno As Boolean Dim intI As Integer blnRetorno = False 'Verifica se Selecionou um option For intI = 0 To objOption.Count - 1 If objOption(intI).Value = True Then blnRetorno = True Exit For End If Next If blnRetorno = False Then If blnSetarFocoControle Then SetarFoco objOption(0) blnSetarFocoControle = False End If End If Valida_Option = blnRetorno Exit Function trata: Err.Raise Err.Number, _ "[mdlUserFunction.Valida_Option]", _ Err.Description End Function Public Function Valida_Data(pMsk As MaskEdBox, _ pTipo As TpObriga, _ Optional blnSetarFocoControle As Boolean = False) As Boolean On Error GoTo trata Dim EData As Boolean EData = True 'Verifica se Maskedit é data If Len(pMsk.Text) = 7 Then 'Data no formato MM/YYYY If Not IsDate("01/" & pMsk.Text) Then EData = False Else If CInt(Mid(pMsk.ClipText, 1, 2)) > 12 Then EData = False End If End If ElseIf Len(pMsk.Text) = 5 Then 'Data no formato DD/MM If Not IsDate(pMsk.Text & "/" & Year(Date)) Then EData = False Else If CInt(Right(pMsk.ClipText, 2)) > 12 Then EData = False End If End If Else If Not IsDate(pMsk.Text) Then EData = False Else If CInt(Mid(pMsk.ClipText, 3, 2)) > 12 Then EData = False End If End If End If If pTipo = TpObrigatorio And Not (EData) Then 'Campo é obrigatório e não é data Valida_Data = False ElseIf pTipo = TpNaoObrigatorio Then 'Campo não é obrigatório If Len(pMsk.ClipText) <> 0 And Not EData Then 'Digitou algo que não é data Valida_Data = False Else Valida_Data = True End If Else Valida_Data = True End If If Valida_Data = False Then Pintar_Controle pMsk, tpCorContr_Erro If blnSetarFocoControle Then SetarFoco pMsk blnSetarFocoControle = False End If End If Exit Function trata: Err.Raise Err.Number, _ "[mdlUserFunction.Valida_Data]", _ Err.Description End Function Public Function Valida_Data_Str(pData As String, _ pTipo As TpObriga) As Boolean On Error GoTo trata Dim EData As Boolean EData = True 'Verifica se Maskedit é data If Len(pData) = 7 Then ''' 'Data no formato MM/YYYY ''' If Not IsDate("01/" & pData.Text) Then ''' EData = False ''' Else ''' If CInt(Mid(pData.ClipText, 1, 2)) > 12 Then ''' EData = False ''' End If ''' End If ''' ElseIf Len(pData.Text) = 5 Then ''' 'Data no formato DD/MM ''' If Not IsDate(pData.Text & "/" & Year(Date)) Then ''' EData = False ''' Else ''' If CInt(Right(pData.ClipText, 2)) > 12 Then ''' EData = False ''' End If ''' End If Else If Not IsDate(pData) Then EData = False Else If CInt(Mid(pData, 4, 2)) > 12 Then EData = False End If End If End If If pTipo = TpObrigatorio And Not (EData) Then 'Campo é obrigatório e não é data Valida_Data_Str = False ElseIf pTipo = TpNaoObrigatorio Then 'Campo não é obrigatório If Len(pData) <> 0 And Not EData Then 'Digitou algo que não é data Valida_Data_Str = False Else Valida_Data_Str = True End If Else Valida_Data_Str = True End If Exit Function trata: Err.Raise Err.Number, _ "[mdlUserFunction.Valida_Data_Str]", _ Err.Description End Function Public Function TestaCPF(CPF As String) As Boolean 'Recebe o CPF e informa se é falso ou verdadeiro On Error GoTo trata Dim CPF1 As String Dim CPF2 As String Dim Soma As Integer Dim Digito As String Dim I As Integer Dim J As Integer Dim Controle As String Dim Mult As String ' Dim Resto, Digito1, Digito2 'Identifica as duas partes do CPF CPF1 = Left$(CPF, 10) CPF2 = Right$(CPF, 2) 'Multiplicadores que fazem parte do algorítimo de checagem Mult = "1098765432" 'Inicializa a variável de controle Controle = "" 'Loop de verificação 'Calculo do primeiro digito verificador Soma = 0 I = 1 Soma = Soma + (Val(Mid$(CPF1, I, 1)) * Val(Mid$(Mult, I, 2))) For I = 2 To 9 If Mid$(CPF1, I, 1) <> "/" Then Soma = Soma + (Val(Mid$(CPF1, I, 1)) * Val(Mid$(Mult, I + 1, 1))) End If Next I Resto = Soma Mod 11 If Resto = 1 Or Resto = 0 Then Digito1 = 0 Else Digito1 = 11 - Resto End If 'Sequência de multiplicadores para o cáculo so segundo dígito Mult = "11109876543" 'Loop de verificação 'Calculo do segundo digito verificador Soma = 0 I = 1 Soma = Soma + (Val(Mid$(CPF1, I, 1)) * Val(Mid$(Mult, I, 2))) I = I + 1 Soma = Soma + (Val(Mid$(CPF1, I, 1)) * Val(Mid$(Mult, I + 1, 2))) For I = 3 To 9 If Mid$(CPF1, I, 1) <> "/" Then Soma = Soma + (Val(Mid$(CPF1, I, 1)) * Val(Mid$(Mult, I + 2, 1))) End If Next I Soma = Soma + (Digito1 * 2) Resto = Soma Mod 11 If Resto = 1 Or Resto = 0 Then Digito2 = 0 Else Digito2 = 11 - Resto End If 'Compara os dígitos calculados (COntrole) com dígitos informados (CGC2) Digito = Digito1 & Digito2 Controle = Controle + Trim$(CStr(Digito)) If Controle <> CPF2 Then TestaCPF = False Else TestaCPF = True End If Exit Function trata: Err.Raise Err.Number, _ "[mdlUserFunction.TestaCPF]", _ Err.Description End Function 'Proposito: Retornar o dia da semana da data corrente ' OU DA DATA DE ENTRADA recebida como parâmetro Public Function Retorna_DIADASEMANA_Data(Optional dtDATAENTRADA As Date) As Integer 'Retorna -1 - para Código de Erro Dim strSql As String Dim objRs As ADODB.Recordset Dim intRetorno As Integer Dim objGeral As busSisMed.clsGeral Dim datDataBase As Date Dim blnFeriado As Boolean ' On Error GoTo trata Set objGeral = New busSisMed.clsGeral ' intRetorno = -1 If IsDataValida(dtDATAENTRADA) = False Then datDataBase = Now Else datDataBase = dtDATAENTRADA End If '------------------------------------ 'Verificação se é feriado blnFeriado = False ''' strSql = "SELECT * FROM FERIADO WHERE DIAMES = " & Formata_Dados(Format(datDataBase, "DD/MM"), tpDados_Texto) ''' Set objRs = objGeral.ExecutarSQL(strSql) ''' If Not objRs.EOF Then ''' blnFeriado = True ''' 'Captura feriado ''' intRetorno = objRs.Fields("DIASDASEMANAID").Value ''' End If ''' objRs.Close ''' Set objRs = Nothing 'fim da verificação se é feriado '------------------------------------ '------------------------------------ 'Obter dia da semana caso não seja feriado If blnFeriado = False Then strSql = "SELECT PKID FROM DIASDASEMANA WHERE UPPER(DIADASEMANA) = " & Formata_Dados(Retorna_DIADASEMANA_Descr(datDataBase), tpDados_Texto) Set objRs = objGeral.ExecutarSQL(strSql) If Not objRs.EOF Then 'Captura dia da semana intRetorno = objRs.Fields("PKID").Value End If objRs.Close Set objRs = Nothing End If 'Fim de Obter dia da semana caso não seja feriado '------------------------------------ Set objGeral = Nothing ' Retorna_DIADASEMANA_Data = intRetorno Exit Function trata: Err.Raise Err.Number, _ "[mdlUserFunction.Retorna_DIADASEMANA_Data]", _ Err.Description End Function 'Proposito: Retornar o dia da semana da data corrente ' OU DA DATA DE ENTRADA recebida como parâmetro Public Function Retorna_CAIXA_Nome(lngPRESTADORID As Long) As String 'Retorna -1 - para Código de Erro Dim strSql As String Dim objRs As ADODB.Recordset Dim strRetorno As String Dim objGeral As busSisMed.clsGeral Dim datDataBase As Date ' On Error GoTo trata Set objGeral = New busSisMed.clsGeral ' strRetorno = -1 '------------------------------------ 'Obter dia do funcionário strSql = "SELECT PRONTUARIO.NOME FROM PRONTUARIO INNER JOIN FUNCIONARIO ON PRONTUARIO.PKID = FUNCIONARIO.PRONTUARIOID WHERE PRONTUARIO.PKID = " & Formata_Dados(lngPRESTADORID, tpDados_Longo) Set objRs = objGeral.ExecutarSQL(strSql) If Not objRs.EOF Then 'Captura dia da semana strRetorno = objRs.Fields("NOME").Value End If objRs.Close Set objRs = Nothing 'Fim de Obter dia da semana caso não seja feriado '------------------------------------ Set objGeral = Nothing ' Retorna_CAIXA_Nome = strRetorno Exit Function trata: Err.Raise Err.Number, _ "[mdlUserFunction.Retorna_CAIXA_Nome]", _ Err.Description End Function Public Function IsDataValida(dtData As Date) As Boolean On Error GoTo trata Dim dtInvalida As Date Dim blnIsDataValida As Boolean dtInvalida = CDate("30/12/1899 00:00:00") blnIsDataValida = True If dtData = dtInvalida Then blnIsDataValida = False End If IsDataValida = blnIsDataValida Exit Function trata: Err.Raise Err.Number, _ "[mdlUserFunction.IsDataValida]", _ Err.Description End Function Public Function Retorna_DIADASEMANA_Descr(dtDATAENTRADA As Date) As String On Error GoTo trata Dim strDiaSemana As String Select Case Weekday(dtDATAENTRADA) Case 1: strDiaSemana = "DOMINGO" Case 2: strDiaSemana = "SEGUNDA" Case 3: strDiaSemana = "TERÇA" Case 4: strDiaSemana = "QUARTA" Case 5: strDiaSemana = "QUINTA" Case 6: strDiaSemana = "SEXTA" Case 7: strDiaSemana = "SÁBADO" Case Else: strDiaSemana = "" End Select Retorna_DIADASEMANA_Descr = strDiaSemana Exit Function trata: Err.Raise Err.Number, _ "[mdlUserFunction.Retorna_DIADASEMANA_Descr]", _ Err.Description End Function Public Function TRANSFORMA_MAIUSCULA(pKeyAscii) As String On Error GoTo trata TRANSFORMA_MAIUSCULA = Asc(UCase(Chr(pKeyAscii))) Exit Function trata: Err.Raise Err.Number, _ "[mdlUserFunction.TRANSFORMA_MAIUSCULA]", _ Err.Description End Function 'Propósito: Retornar e Gravar o Sequencial geral Public Function RetornaGravaCampoSequencial(strCampo As String, _ lngTURNOID As Long) As Long On Error GoTo trata ' Dim objGeral As busSisMed.clsGeral Dim objRs As ADODB.Recordset Dim strSql As String Dim lngSeq As Long ' Set objGeral = New busSisMed.clsGeral strSql = "SELECT ISNULL(MAX(" & strCampo & "), 0) + 1 AS SEQ " & _ "From SEQUENCIAL " & _ " WHERE TURNOID = " & Formata_Dados(lngTURNOID, tpDados_Longo) Set objRs = objGeral.ExecutarSQL(strSql) ' If objRs.EOF Then lngSeq = 1 ElseIf Not IsNumeric(objRs.Fields("SEQ").Value) Then lngSeq = 1 Else lngSeq = objRs.Fields("SEQ").Value End If objRs.Close Set objRs = Nothing ' If lngSeq = 1 Then strSql = "INSERT INTO SEQUENCIAL (" & strCampo & ", TURNOID) VALUES (" & _ Formata_Dados(lngSeq, tpDados_Longo) & _ ", " & Formata_Dados(lngTURNOID, tpDados_Longo) & _ ")" Else strSql = "UPDATE SEQUENCIAL SET " & strCampo & " = " & _ Formata_Dados(lngSeq, tpDados_Longo) & _ " WHERE TURNOID = " & Formata_Dados(lngTURNOID, tpDados_Longo) End If '--- objGeral.ExecutarSQLAtualizacao (strSql) ' RetornaGravaCampoSequencial = CLng(lngSeq) ' Set objGeral = Nothing Exit Function trata: Err.Raise Err.Number, "[mdlUserFunction.RetornaGravaCampoSequencial]", Err.Description End Function 'Propósito: Retornar e Gravar o Sequencial (senha) Public Function RetornaGravaCampoSequencialSenha(strCampo As String, _ lngPRESTADORID As Long) As Long On Error GoTo trata ' Dim objGeral As busSisMed.clsGeral Dim objRs As ADODB.Recordset Dim strSql As String Dim lngSeq As Long Dim strDataAtual As String ' strDataAtual = Format(Now, "DD/MM/YYYY") ''' Set objGeral = New busSisMed.clsGeral ''' strSql = "SELECT ISNULL(MAX(" & strCampo & "), 0) + 1 AS SEQ " & _ ''' "From SEQUENCIALPRESTADOR " & _ ''' " WHERE PRESTADORID = " & Formata_Dados(lngPRESTADORID, tpDados_Longo) & _ ''' " AND DATA = " & Formata_Dados(strDataAtual, tpDados_DataHora) ''' Set objRs = objGeral.ExecutarSQL(strSql) ''' ' ''' If objRs.EOF Then ''' lngSeq = 1 ''' ElseIf Not IsNumeric(objRs.Fields("SEQ").Value) Then ''' lngSeq = 1 ''' Else ''' lngSeq = objRs.Fields("SEQ").Value ''' End If ''' objRs.Close ''' Set objRs = Nothing ''' ' ''' If lngSeq = 1 Then ''' strSql = "INSERT INTO SEQUENCIALPRESTADOR (" & strCampo & ", DATA, PRESTADORID) VALUES (" & _ ''' Formata_Dados(lngSeq, tpDados_Longo) & _ ''' ", " & Formata_Dados(strDataAtual, tpDados_DataHora) & _ ''' ", " & Formata_Dados(lngPRESTADORID, tpDados_Longo) & _ ''' ")" ''' Else ''' strSql = "UPDATE SEQUENCIALPRESTADOR SET " & strCampo & " = " & _ ''' Formata_Dados(lngSeq, tpDados_Longo) & _ ''' " WHERE PRESTADORID = " & Formata_Dados(lngPRESTADORID, tpDados_Longo) & _ ''' " AND DATA = " & Formata_Dados(strDataAtual, tpDados_DataHora) ''' End If ''' '--- ''' objGeral.ExecutarSQLAtualizacao (strSql) lngSeq = 0 Set objGeral = New busSisMed.clsGeral 'strSql = "EXEC SP_RETORNAGRAVASEQUENCIALSENHA " & lngPRESTADORID & ", '" & strDataAtual & "'" lngSeq = objGeral.ExecutarSQLRetInteger("SP_RETORNAGRAVASEQUENCIALSENHA", Array( _ mp("@PRESTADORID", adInteger, 4, lngPRESTADORID), _ mp("@DATA", adVarChar, 30, strDataAtual))) ' RetornaGravaCampoSequencialSenha = CLng(lngSeq) ' Set objGeral = Nothing Exit Function trata: Err.Raise Err.Number, "[mdlUserFunction.RetornaGravaCampoSequencialSenha]", Err.Description End Function Public Sub LerFigurasAvulsas(pbtn As CommandButton, pImagem As String, pImagemDown As String, pToolTipText As String) On Error GoTo trata ' pbtn.Picture = LoadPicture(gsIconsPath & pImagem) pbtn.DownPicture = LoadPicture(gsIconsPath & pImagemDown) pbtn.ToolTipText = pToolTipText ' Exit Sub trata: AmpN Err.Raise Err.Number, _ "[mdlUserFunction.LerFigurasAvulsas]", _ Err.Description End Sub 'Proposito: Verificar movimento após o fechamento Public Sub VerificaMovAposFecha(lngGRID As Long) On Error GoTo trata 'Retorna 0 - para Código de Erro Dim strSql As String Dim objRs As ADODB.Recordset Dim objGeral As busSisMed.clsGeral Dim vrValorJaPago As Currency Dim vrTotGR As Currency Dim objGR As busSisMed.clsGR Dim strStatus As String ' Set objGeral = New busSisMed.clsGeral ' 'Capturar valor total da GR vrTotGR = 0 strSql = "SELECT SUM(VALOR) AS VALOR, MIN(GR.STATUS) AS STATUS " & _ "FROM GRPROCEDIMENTO INNER JOIN GR ON GR.PKID = GRPROCEDIMENTO.GRID " & _ "WHERE GRID = " & Formata_Dados(lngGRID, tpDados_Longo, tpNulo_Aceita) Set objRs = objGeral.ExecutarSQL(strSql) If Not objRs.EOF Then If Not IsNull(objRs.Fields("VALOR").Value) Then vrTotGR = objRs.Fields("VALOR").Value End If strStatus = objRs.Fields("STATUS").Value & "" End If objRs.Close Set objRs = Nothing 'Sai se GR ainda não estiver fechada If strStatus <> "F" Then Exit Sub 'Capturar valor já pago vrValorJaPago = 0 strSql = "SELECT SUM(VALOR * (CASE INDDEBITOCREDITO WHEN 'C' THEN 1 ELSE -1 END)) AS VALORJAPAGO, SUM(VRGORJETA) AS VRGORJETAJAPAGO, SUM(VRTROCO) AS VRTROCOJAPAGO " & _ "FROM CONTACORRENTE " & _ "WHERE GRID = " & Formata_Dados(lngGRID, tpDados_Longo, tpNulo_Aceita) Set objRs = objGeral.ExecutarSQL(strSql) If Not objRs.EOF Then If Not IsNull(objRs.Fields("VALORJAPAGO").Value) Then vrValorJaPago = objRs.Fields("VALORJAPAGO").Value End If If Not IsNull(objRs.Fields("VRGORJETAJAPAGO").Value) Then vrValorJaPago = vrValorJaPago - objRs.Fields("VRGORJETAJAPAGO").Value End If If Not IsNull(objRs.Fields("VRTROCOJAPAGO").Value) Then vrValorJaPago = vrValorJaPago - objRs.Fields("VRTROCOJAPAGO").Value End If End If objRs.Close Set objRs = Nothing If vrValorJaPago <> vrTotGR Then 'Valor do pagamento < que valor a pagar Set objGR = New busSisMed.clsGR objGR.AlterarStatusGR lngGRID, _ "M", _ "" Set objGR = Nothing End If Exit Sub trata: Err.Raise Err.Number, _ "[mdlUserFunction.VerificaMovAposFecha]", _ Err.Description End Sub 'Proposito: Retornar o Código do Turno Corrente Public Function RetornaCodTurnosPelaData(datData As Date, _ strNivel As String, _ lngFuncionarioId As Long) As String On Error GoTo trata 'Retorna 0 - para Código de Erro Dim strSql As String Dim objRs As ADODB.Recordset Dim objGeral As busSisMed.clsGeral Dim lngRetorno As Long Dim strData As String Dim datDataSeg As Date Dim strDataSeg As String Dim strRetorno As String ' Set objGeral = New busSisMed.clsGeral ' datDataSeg = DateAdd("d", 1, datData) strData = Format(datData, "DD/MM/YYYY") & " 00:00" strDataSeg = Format(datDataSeg, "DD/MM/YYYY") & " 23:59" strSql = "SELECT TURNO.PKID FROM TURNO " & _ " INNER JOIN FUNCIONARIO ON FUNCIONARIO.PRONTUARIOID = TURNO.PRONTUARIOID " & _ " WHERE TURNO.DATA >= " & Formata_Dados(strData, tpDados_DataHora) & _ " AND TURNO.DATA < " & Formata_Dados(strDataSeg, tpDados_DataHora) If strNivel = gsLaboratorio Then strSql = strSql & " AND TURNO.PRONTUARIOID = " & Formata_Dados(lngFuncionarioId, tpDados_Longo) Else strSql = strSql & " AND (TURNO.PRONTUARIOID = " & Formata_Dados(lngFuncionarioId, tpDados_Longo) & _ " OR FUNCIONARIO.NIVEL = " & Formata_Dados(gsLaboratorio, tpDados_Texto) & ")" End If Set objRs = objGeral.ExecutarSQL(strSql) ' strRetorno = "(" If objRs.EOF Then 'Não há turno corrente cadastrado strRetorno = strRetorno & "0" Else Do While Not objRs.EOF If strRetorno <> "(" Then strRetorno = strRetorno & "," strRetorno = strRetorno & objRs.Fields("PKID").Value objRs.MoveNext Loop End If strRetorno = strRetorno & ")" objRs.Close Set objRs = Nothing Set objGeral = Nothing ' RetornaCodTurnosPelaData = strRetorno Exit Function trata: Err.Raise Err.Number, _ "[mdlUserFunction.RetornaCodTurnosPelaData]", _ Err.Description End Function 'Proposito: Retornar o Código do Turno Corrente Public Function RetornaCodTurnosPelaDataTODOS(datData As Date) As String On Error GoTo trata 'Retorna 0 - para Código de Erro Dim strSql As String Dim objRs As ADODB.Recordset Dim objGeral As busSisMed.clsGeral Dim lngRetorno As Long Dim strData As String Dim datDataSeg As Date Dim strDataSeg As String Dim strRetorno As String ' Set objGeral = New busSisMed.clsGeral ' datDataSeg = DateAdd("d", 1, datData) strData = Format(datData, "DD/MM/YYYY") & " 00:00" strDataSeg = Format(datDataSeg, "DD/MM/YYYY") & " 23:59" strSql = "SELECT TURNO.PKID FROM TURNO " & _ " INNER JOIN FUNCIONARIO ON FUNCIONARIO.PRONTUARIOID = TURNO.PRONTUARIOID " & _ " WHERE TURNO.DATA >= " & Formata_Dados(strData, tpDados_DataHora) & _ " AND TURNO.DATA < " & Formata_Dados(strDataSeg, tpDados_DataHora) Set objRs = objGeral.ExecutarSQL(strSql) ' strRetorno = "(" If objRs.EOF Then 'Não há turno corrente cadastrado strRetorno = strRetorno & "0" Else Do While Not objRs.EOF If strRetorno <> "(" Then strRetorno = strRetorno & "," strRetorno = strRetorno & objRs.Fields("PKID").Value objRs.MoveNext Loop End If strRetorno = strRetorno & ")" objRs.Close Set objRs = Nothing Set objGeral = Nothing ' RetornaCodTurnosPelaDataTODOS = strRetorno Exit Function trata: Err.Raise Err.Number, _ "[mdlUserFunction.RetornaCodTurnosPelaDataTODOS]", _ Err.Description End Function 'Propósito: Carregar combos com período Public Sub MovFinanc(vrCaixaInicial As Currency, _ vrCheque As Currency, _ vrEspecie As Currency, _ vrCartao As Currency, _ vrCartaoDeb As Currency, _ vrPenhor As Currency, _ vrFatura As Currency, _ vrGorjeta As Currency, _ vrSaldoDespDiveDin As Currency, _ vrSaldoDespDiveChqResg As Currency, _ vrTroco As Currency, _ vrDepDin As Currency, _ vrDepChq As Currency, _ vrDepCar As Currency, _ vrDepCarDeb As Currency, _ vrDepPen As Currency, _ vrDepFat As Currency, _ vrRetDin As Currency, _ vrRetChq As Currency, _ vrRetCar As Currency, _ vrRetCarDeb As Currency, _ vrRetPen As Currency, _ vrRetFat As Currency, _ vrTotComMov As Currency) On Error GoTo trata Dim strSql As String Dim objRs As ADODB.Recordset Dim objGeral As busSisMed.clsGeral ' Set objGeral = New busSisMed.clsGeral '--- Pega Valor Inicial do Caixa strSql = "Select * From turno Where pkid = " & RetornaCodTurnoCorrente Set objRs = objGeral.ExecutarSQL(strSql) ' If objRs.EOF Then vrCaixaInicial = 0 ElseIf Not IsNumeric(objRs.Fields("vrCaixaInicial").Value) Then vrCaixaInicial = 0 Else vrCaixaInicial = CCur(objRs.Fields("vrCaixaInicial").Value) End If objRs.Close Set objRs = Nothing ' '---- Pega valores somados na locação 'strSql = "Select SUM(locacao.PGTOCARTAODEB) as PGTOCARTAODEB, SUM(locacao.VRCALCTROCO) as PGTOTROCO, SUM(locacao.PGTOESPECIE) as PGTOESPECIE, SUM(locacao.PGTOCHEQUE) as PGTOCHEQUE, SUM(locacao.PGTOCARTAO) as PGTOCARTAO, SUM(locacao.VRCALCGORJETA) as PGTOGORJETA, SUM(locacao.PGTOPENHOR) as PGTOPENHOR From LOCACAO INNER JOIN TURNO ON (TURNO.PKID = LOCACAO.TURNORECEBEID) Where TURNO.pkid = " & RetornaCodTurnoCorrente strSql = "Select " & _ " PGTOCARTAODEB " & _ ", PGTOTROCO " & _ ", PGTOGORJETA " & _ ", PGTOESPECIE " & _ ", PGTOCHEQUE " & _ ", PGTOCARTAO " & _ ", PGTOPENHOR " & _ ", PGTOFATURA " & _ " FROM vw_cons_t_cred " & _ " WHERE vw_cons_t_cred.TURNOID = " & Formata_Dados(RetornaCodTurnoCorrente, tpDados_Longo) Set objRs = objGeral.ExecutarSQL(strSql) ' If objRs.EOF Then vrCheque = 0 vrEspecie = 0 vrCartao = 0 vrCartaoDeb = 0 vrPenhor = 0 vrFatura = 0 vrGorjeta = 0 vrTroco = 0 vrSaldoDespDiveDin = 0 vrSaldoDespDiveChqResg = 0 Else vrCheque = IIf(Not IsNumeric(objRs.Fields("PGTOCHEQUE").Value), 0, objRs.Fields("PGTOCHEQUE").Value) vrEspecie = IIf(Not IsNumeric(objRs.Fields("PGTOESPECIE").Value), 0, objRs.Fields("PGTOESPECIE").Value) vrCartao = IIf(Not IsNumeric(objRs.Fields("PGTOCARTAO").Value), 0, objRs.Fields("PGTOCARTAO").Value) vrCartaoDeb = IIf(Not IsNumeric(objRs.Fields("PGTOCARTAODEB").Value), 0, objRs.Fields("PGTOCARTAODEB").Value) vrPenhor = IIf(Not IsNumeric(objRs.Fields("PGTOPENHOR").Value), 0, objRs.Fields("PGTOPENHOR").Value) vrFatura = IIf(Not IsNumeric(objRs.Fields("PGTOFATURA").Value), 0, objRs.Fields("PGTOFATURA").Value) vrGorjeta = IIf(Not IsNumeric(objRs.Fields("PGTOGORJETA").Value), 0, objRs.Fields("PGTOGORJETA").Value) vrTroco = IIf(Not IsNumeric(objRs.Fields("PGTOTROCO").Value), 0, objRs.Fields("PGTOTROCO").Value) vrSaldoDespDiveDin = 0 vrSaldoDespDiveChqResg = 0 End If objRs.Close Set objRs = Nothing ' '--- 'NOVO - Calcular totais com movimentações no turno strSql = "Select SUM(VRDEPPEN) AS VRDEPPEN1, SUM(VRDEPFAT) AS VRDEPFAT1, SUM(VRRETPEN) AS VRRETPEN1, SUM(VRRETFAT) AS VRRETFAT1, SUM(VRRETDIN) AS VRRETDIN1, SUM(VRRETCHQ) AS VRRETCHQ1, SUM(VRRETCAR) AS VRRETCAR1, SUM(VRRETCARDEB) AS VRRETCARDEB1, SUM(VRDEPDIN) AS VRDEPDIN1, SUM(VRDEPCHQ) AS VRDEPCHQ1, SUM(VRDEPCAR) AS VRDEPCAR1, SUM(VRDEPCARDEB) AS VRDEPCARDEB1 FROM SANGRIA " & _ "Where TURNOID = " & RetornaCodTurnoCorrente & ";" 'strSql = "Select SUM(TAB_VENDAITEM.VALOR) as VALOR From DESPESA INNER JOIN TURNO ON (TURNO.PKID = DESPESA.TURNOID) Where TURNO.pkid = " & RetornaCodTurnoCorrente Set objRs = objGeral.ExecutarSQL(strSql) ' If objRs.EOF Then vrDepDin = 0 vrDepChq = 0 vrDepCar = 0 vrDepCarDeb = 0 vrDepPen = 0 vrDepFat = 0 vrRetDin = 0 vrRetChq = 0 vrRetCar = 0 vrRetCarDeb = 0 vrRetPen = 0 vrRetFat = 0 Else vrDepDin = IIf(Not IsNumeric(objRs.Fields("vrDepDin1").Value), 0, objRs.Fields("vrDepDin1").Value) vrDepChq = IIf(Not IsNumeric(objRs.Fields("vrDepChq1").Value), 0, objRs.Fields("vrDepChq1").Value) vrDepCar = IIf(Not IsNumeric(objRs.Fields("vrDepCar1").Value), 0, objRs.Fields("vrDepCar1").Value) vrDepCarDeb = IIf(Not IsNumeric(objRs.Fields("vrDepCarDeb1").Value), 0, objRs.Fields("vrDepCarDeb1").Value) vrDepPen = IIf(Not IsNumeric(objRs.Fields("vrDepPen1").Value), 0, objRs.Fields("vrDepPen1").Value) vrDepFat = IIf(Not IsNumeric(objRs.Fields("vrDepFat1").Value), 0, objRs.Fields("vrDepFat1").Value) vrRetDin = IIf(Not IsNumeric(objRs.Fields("vrRetDin1").Value), 0, objRs.Fields("vrRetDin1").Value) vrRetChq = IIf(Not IsNumeric(objRs.Fields("vrRetChq1").Value), 0, objRs.Fields("vrRetChq1").Value) vrRetCar = IIf(Not IsNumeric(objRs.Fields("vrRetCar1").Value), 0, objRs.Fields("vrRetCar1").Value) vrRetCarDeb = IIf(Not IsNumeric(objRs.Fields("vrRetCarDeb1").Value), 0, objRs.Fields("vrRetCarDeb1").Value) vrRetPen = IIf(Not IsNumeric(objRs.Fields("vrRetPen1").Value), 0, objRs.Fields("vrRetPen1").Value) vrRetFat = IIf(Not IsNumeric(objRs.Fields("vrRetFat1").Value), 0, objRs.Fields("vrRetFat1").Value) End If objRs.Close Set objRs = Nothing ' 'Pega total vrTotComMov = vrEspecie + vrCheque + vrCartao + vrCartaoDeb + vrPenhor + vrFatura - vrSaldoDespDiveChqResg - vrSaldoDespDiveDin - vrTroco 'Soma com Movimentação do caixa vrTotComMov = vrTotComMov + vrDepPen + vrDepFat + vrDepDin + vrDepChq + vrDepCar + vrDepCarDeb - vrRetDin - vrRetChq - vrRetCar - vrRetCarDeb - vrRetPen - vrRetFat ' Set objGeral = Nothing Exit Sub trata: Err.Raise Err.Number, _ "[mdlUserFunction.MovFinanc]", _ Err.Description End Sub Public Function RetornaDescAtende(strAtendente As String) As String On Error GoTo trata Dim strRetorno As String strRetorno = strAtendente strRetorno = Replace(strRetorno, "(" & gsAdmin & ") ", "") strRetorno = Replace(strRetorno, "(" & gsDiretor & ") ", "") strRetorno = Replace(strRetorno, "(" & gsGerente & ") ", "") strRetorno = Replace(strRetorno, "(" & gsCaixa & ") ", "") strRetorno = Replace(strRetorno, "(" & gsLaboratorio & ") ", "") strRetorno = Replace(strRetorno, "(" & gsFinanceiro & ") ", "") ' RetornaDescAtende = strRetorno Exit Function trata: Err.Raise Err.Number, _ "[mdlUserFunction.RetornaDescAtende]", _ Err.Description End Function Public Function RetornaNivelAtende(strAtendente As String) As String On Error GoTo trata Dim strRetorno As String strRetorno = strAtendente strRetorno = Mid(strRetorno, 2, 3) ' RetornaNivelAtende = strRetorno Exit Function trata: Err.Raise Err.Number, _ "[mdlUserFunction.RetornaNivelAtende]", _ Err.Description End Function Public Sub RegistrarChave() On Error GoTo trata Dim objGeral As busSisMed.clsGeral Dim objProtec As busSisMed.clsProtec 'PEDE SENHA SUPERIOR E GRAVA LOG '---------------------------- '---------------------------- 'Pede Senha Superior (Diretor, Gerente ou Administrador If gsNivel <> "ADM" And gsNivel <> "DIR" Then 'Só pede senha superior se quem estiver logado não for superior frmUserLoginSup.Show vbModal If Len(Trim(gsNomeUsuLib)) = 0 Then MsgBox "É necessário a confirmação com senha de administrador para registrar a chave.", vbExclamation, TITULOSISTEMA Exit Sub End If ' 'Capturou Nome do Usuário, continua processo Else gsNomeUsuLib = gsNomeUsu End If 'If Len(Msg) = 0 Then 'Inclui Log ' INCLUI_LOG_UNIDADE MODOALTERAR, Data1.Recordset!PKID, "Alteração do depósito", "Unidade " & sNumeroAptoPrinc, "", "", "", gsNomeUsuLib 'End If '--------------------------------------------------------------- '---------------- 'Proteção do sistema '---------------- Set objGeral = New busSisMed.clsGeral Set objProtec = New busSisMed.clsProtec '---------------- 'Verifica Proteção do sistema '------------------------- 'Valida primeira vez que entrou no sistema objProtec.Gravar_Chave objGeral.ObterConnectionString ' Set objProtec = Nothing Set objGeral = Nothing '----------------- '------------ FIM '---------------- Exit Sub trata: Err.Raise Err.Number, _ "[mdlUserFunction.RegistrarChave]", _ Err.Description End Sub Public Function Extenso(ByVal Valor As _ Double, ByVal MoedaPlural As _ String, ByVal MoedaSingular As _ String) As String On Error GoTo trata Dim StrValor As String, Negativo As Boolean Dim Buf As String, Parcial As Integer Dim Posicao As Integer, Unidades Dim Dezenas, Centenas, PotenciasSingular Dim PotenciasPlural Negativo = (Valor < 0) Valor = Abs(CDec(Valor)) If Valor Then Unidades = Array(vbNullString, "Um", "Dois", _ "Três", "Quatro", "Cinco", _ "Seis", "Sete", "Oito", "Nove", _ "Dez", "Onze", "Doze", "Treze", _ "Quatorze", "Quinze", "Dezesseis", _ "Dezessete", "Dezoito", "Dezenove") Dezenas = Array(vbNullString, vbNullString, _ "Vinte", "Trinta", "Quarenta", _ "Cinqüenta", "Sessenta", "Setenta", _ "Oitenta", "Noventa") Centenas = Array(vbNullString, "Cento", _ "Duzentos", "Trezentos", _ "Quatrocentos", "Quinhentos", _ "Seiscentos", "Setecentos", _ "Oitocentos", "Novecentos") PotenciasSingular = Array(vbNullString, " Mil", _ " Milhão", " Bilhão", _ " Trilhão", " Quatrilhão") PotenciasPlural = Array(vbNullString, " Mil", _ " Milhões", " Bilhões", _ " Trilhões", " Quatrilhões") StrValor = Left(Format(Valor, String(18, "0") & _ ".000"), 18) For Posicao = 1 To 18 Step 3 Parcial = Val(Mid(StrValor, Posicao, 3)) If Parcial Then If Parcial = 1 Then Buf = "Um" & PotenciasSingular((18 - _ Posicao) \ 3) ElseIf Parcial = 100 Then Buf = "Cem" & PotenciasSingular((18 - _ Posicao) \ 3) Else Buf = Centenas(Parcial \ 100) Parcial = Parcial Mod 100 If Parcial <> 0 And Buf <> vbNullString Then Buf = Buf & " e " End If If Parcial < 20 Then Buf = Buf & Unidades(Parcial) Else Buf = Buf & Dezenas(Parcial \ 10) Parcial = Parcial Mod 10 If Parcial <> 0 And Buf <> vbNullString Then Buf = Buf & " e " End If Buf = Buf & Unidades(Parcial) End If Buf = Buf & PotenciasPlural((18 - Posicao) \ 3) End If If Buf <> vbNullString Then If Extenso <> vbNullString Then Parcial = Val(Mid(StrValor, Posicao, 3)) If Posicao = 16 And (Parcial < 100 Or _ (Parcial Mod 100) = 0) Then Extenso = Extenso & " e " Else Extenso = Extenso & ", " End If End If Extenso = Extenso & Buf End If End If Next If Extenso <> vbNullString Then If Negativo Then Extenso = "Menos " & Extenso End If If Int(Valor) = 1 Then Extenso = Extenso & " " & MoedaSingular Else Extenso = Extenso & " " & MoedaPlural End If End If Parcial = Int((Valor - Int(Valor)) * _ 100 + 0.1) If Parcial Then Buf = Extenso(Parcial, "Centavos", _ "Centavo") If Extenso <> vbNullString Then Extenso = Extenso & " e " End If Extenso = Extenso & Buf End If End If Exit Function trata: Err.Raise Err.Number, _ "[mdlUserFunction.Extenso]", _ Err.Description End Function Public Sub TratarAcValorProco(strAceitaValor As String, _ objMaskValor As MaskEdBox, _ objQuantidade As MaskEdBox, _ Optional blnSetarFoco As Boolean = True) On Error GoTo trata If strAceitaValor = "S" Then objMaskValor.BackColor = -2147483643 objMaskValor.Enabled = True If blnSetarFoco Then _ SetarFoco objMaskValor ElseIf strAceitaValor = "N" Then objMaskValor.BackColor = 14737632 objMaskValor.Enabled = False If blnSetarFoco Then _ SetarFoco objQuantidade Else objMaskValor.BackColor = 14737632 objMaskValor.Enabled = False If blnSetarFoco Then _ SetarFoco objQuantidade End If Exit Sub trata: Err.Raise Err.Number, _ "[mdlUserFunction.TratarAcValorProco]", _ Err.Description End Sub Private Function ValidaCamposFechaTurno() As Boolean On Error GoTo trata Dim strMsg As String Dim blnSetarFocoControle As Boolean Dim strSql As String Dim objRs As ADODB.Recordset Dim objGeral As busSisMed.clsGeral ' blnSetarFocoControle = True ValidaCamposFechaTurno = False ' Set objGeral = New busSisMed.clsGeral ' strSql = "SELECT * FROM GR " & _ " WHERE TURNOID = " & Formata_Dados(RetornaCodTurnoCorrente, tpDados_Longo) & _ " AND (GR.STATUS = " & Formata_Dados("I", tpDados_Texto) & _ " OR GR.STATUS = " & Formata_Dados("M", tpDados_Texto) & ")" 'STATUS INICIAL OU COM MOVIMENTO APÓS O FECHAMENTO Set objRs = objGeral.ExecutarSQL(strSql) If Not objRs.EOF Then strMsg = strMsg & "Há GR´s com status de ""inicial"" ou ""movimento após o fechamento"". Feche estas GR´s para conseguir fechar o turno." & vbCrLf blnSetarFocoControle = False End If If Len(strMsg) <> 0 Then TratarErroPrevisto strMsg, "[ValidaCamposFechaTurno]" ValidaCamposFechaTurno = False Else ValidaCamposFechaTurno = True End If Set objGeral = Nothing Exit Function trata: Err.Raise Err.Number, _ "[mdlUserFunction.ValidaCamposFechaTurno]", _ Err.Description End Function Public Sub FechamentoTurno() On Error GoTo trata Dim lngTURNOANTERIORID As Long Dim strMsg As String Dim objTurno As busSisMed.clsTurno Dim strSql As String Dim strData As String ' gsNomeUsuLib = "" If RetornaCodTurnoCorrente = 0 Then TratarErroPrevisto "Não há turno aberto", "frmUserTurnoInc.cmdFechar_Click" Exit Sub End If If Not ValidaCamposFechaTurno Then Exit Sub 'Data1.Recordset!StatusOp = iStatusOp If MsgBox("Confirma fechamento do Turno corrente?", vbYesNo, TITULOSISTEMA) = vbNo Then Exit Sub 'Encerrar Turno ' ''' If gsNomeUsuLib = "" Then ''' If gbPedirSenhaFechaTurno = True Then ''' '---------------------------- ''' '---------------------------- ''' 'Pede Senha Superior (Diretor, Gerente ou Administrador ''' If Not (gsNivel = "DIR" Or gsNivel = "GER" Or gsNivel = "ADM") Then ''' 'Só pede senha superior se quem estiver logado não for superior ''' frmUserLoginSup.Show vbModal ''' ''' If Len(Trim(gsNomeUsuLib)) = 0 Then ''' strMsg = "Para efetuar o Fechamento/Abertura do Turno é necessário a Confirmação com senha superior." ''' TratarErroPrevisto strMsg, "cmdConfirmar_Click" ''' Exit Sub ''' End If ''' ' ''' 'Capturou Nome do Usuário, continua processo de Sangria ''' Else ''' gsNomeUsuLib = gsNomeUsu ''' End If ''' '-------------------------------- ''' '-------------------------------- ''' End If ''' End If 'Tratamento dos botões DoEvents ' '------------------------------------ 'FECHAMENTO '------------------------------------ lngTURNOANTERIORID = RetornaCodTurnoCorrente Set objTurno = New busSisMed.clsTurno strData = DataHoraAtualFormatada 'Fechar Turno corrente objTurno.FecharTurno lngTURNOANTERIORID, _ False, _ strData ' IMP_COMPROV_FECHA_TURNO lngTURNOANTERIORID, gsNomeEmpresa, 1 ' MsgBox "O turno foi fechado com sucesso!", vbExclamation, TITULOSISTEMA ' Set objTurno = Nothing Exit Sub trata: Err.Raise Err.Number, _ "[mdlUserFunction.FechamentoTurno]", _ Err.Description End Sub 'Propósito: Capturar as configurações do sistema Public Sub Captura_Config() On Error GoTo trata Dim strSql As String Dim objRs As ADODB.Recordset Dim strDiaDaSemana As String Dim objGeral As busSisMed.clsGeral ' Set objGeral = New busSisMed.clsGeral ' strSql = "Select min(PKID) PKID from Configuracao " Set objRs = objGeral.ExecutarSQL(strSql) ' glMaxSequencialImp = 9999 If Not objRs.EOF Then lngCONFIGURACAOID = objRs.Fields("PKID").Value End If objRs.Close Set objRs = Nothing strSql = "Select * from Configuracao where PKID = " & Formata_Dados(lngCONFIGURACAOID, tpDados_Longo) Set objRs = objGeral.ExecutarSQL(strSql) ' If objRs.EOF Then gsPathLocal = "" gsPathLocalBackup = "" gsPathRede = "" giMaxDiasAtend = 0 gbTrabImpA5 = False ''' gbTrabComEstInterAutomatico = False Else '--------- gsPathLocal = objRs.Fields("PathLocal").Value & "" gsPathLocalBackup = objRs.Fields("PathLocalBackup").Value & "" gsPathRede = objRs.Fields("PathRede").Value & "" If IsNumeric(objRs.Fields("QTDMAXIMADIASATEND").Value) Then giMaxDiasAtend = objRs.Fields("QTDMAXIMADIASATEND").Value End If gbTrabImpA5 = objRs.Fields("TRABALHACOMIMPRESSAOA5").Value ''' ''' If Not IsNull(objRs.Fields("DIAFECHAFOLHA").Value) Then ''' glDiaFechaFolha = objRs.Fields("DIAFECHAFOLHA").Value ''' Else ''' glDiaFechaFolha = 1 ''' End If End If objRs.Close Set objRs = Nothing ' Set objGeral = Nothing ' Exit Sub trata: Err.Raise Err.Number, _ "[mdlUserFunction.Captura_Config]", _ Err.Description End Sub Public Sub Retorna_totais_GR(ByVal lngGRID As Long, _ ByRef curVrPrest As Currency, _ ByRef curVrCasa As Currency, _ ByRef curVrTotal As Currency) On Error GoTo trata Dim strSql As String Dim objRs As ADODB.Recordset Dim objGer As busSisMed.clsGeral ' 'Tratar campos Set objGer = New busSisMed.clsGeral ' strSql = "SELECT sum(vw_cons_t_Financ.PgtoTotal) as PgtoTotal, " & _ " sum(vw_cons_t_Financ.FINALCASACONSESPECIE) as FINALCASACONSESPECIE, sum(vw_cons_t_Financ.FINALPRESTCONSESPECIE) as FINALPRESTCONSESPECIE, sum(vw_cons_t_Financ.FINALDONORXCONSESPECIE) as FINALDONORXCONSESPECIE, sum(vw_cons_t_Financ.FINALTECRXCONSESPECIE) as FINALTECRXCONSESPECIE, " & _ " sum(vw_cons_t_Financ.FINALDONOULTRACONSESPECIE) as FINALDONOULTRACONSESPECIE, sum(vw_cons_t_Financ.FINALCASACONSCARTAO) as FINALCASACONSCARTAO, sum(vw_cons_t_Financ.FINALPRESTCONSCARTAO) as FINALPRESTCONSCARTAO, " & _ " sum(vw_cons_t_Financ.FINALDONORXCONSCARTAO) as FINALDONORXCONSCARTAO, sum(vw_cons_t_Financ.FINALTECRXCONSCARTAO) as FINALTECRXCONSCARTAO, sum(vw_cons_t_Financ.FINALDONOULTRACONSCARTAO) as FINALDONOULTRACONSCARTAO, " & _ " sum(vw_cons_t_Financ.FINALCASACONSCONVENIO) as FINALCASACONSCONVENIO, sum(vw_cons_t_Financ.FINALPRESTCONSCONVENIO) as FINALPRESTCONSCONVENIO, " & _ " sum(vw_cons_t_Financ.FINALDONORXCONSCONVENIO) as FINALDONORXCONSCONVENIO, sum(vw_cons_t_Financ.FINALTECRXCONSCONVENIO) as FINALTECRXCONSCONVENIO, sum(vw_cons_t_Financ.FINALDONOULTRACONSCONVENIO) as FINALDONOULTRACONSCONVENIO, " & _ " sum(vw_cons_t_Financ.FINALCASAESPECIE) as FINALCASAESPECIE, sum(vw_cons_t_Financ.FINALCASACARTAO) as FINALCASACARTAO, sum(vw_cons_t_Financ.FINALCASACONVENIO) as FINALCASACONVENIO, sum(vw_cons_t_Financ.FINALPRESTESPECIE) as FINALPRESTESPECIE, sum(vw_cons_t_Financ.FINALPRESTCONVENIO) as FINALPRESTCONVENIO, sum(vw_cons_t_Financ.FINALPRESTCARTAONAOACEITA) as FINALPRESTCARTAONAOACEITA, " & _ " sum(vw_cons_t_Financ.FINALPRESTCARTAOACEITAPGFUTURO) as FINALPRESTCARTAOACEITAPGFUTURO, sum(vw_cons_t_Financ.FINALDONORXESPECIE) as FINALDONORXESPECIE, sum(vw_cons_t_Financ.FINALDONORXCONVENIO) as FINALDONORXCONVENIO, sum(vw_cons_t_Financ.FINALDONORXCARTAONAOACEITA) as FINALDONORXCARTAONAOACEITA, " & _ " sum(vw_cons_t_Financ.FINALDONORXCARTAOACEITAPGFUTURO) as FINALDONORXCARTAOACEITAPGFUTURO, sum(vw_cons_t_Financ.FINALDONOULTRAESPECIE) as FINALDONOULTRAESPECIE, sum(vw_cons_t_Financ.FINALDONOULTRACONVENIO) as FINALDONOULTRACONVENIO, sum(vw_cons_t_Financ.FINALDONOULTRACARTAONAOACEITA) as FINALDONOULTRACARTAONAOACEITA, " & _ " sum(vw_cons_t_Financ.FINALDONOULTRACARTAOACEITAPGFUTURO) as FINALDONOULTRACARTAOACEITAPGFUTURO, sum(vw_cons_t_Financ.FINALTECRXESPECIE) as FINALTECRXESPECIE, sum(vw_cons_t_Financ.FINALTECRXCONVENIO) as FINALTECRXCONVENIO, sum(vw_cons_t_Financ.FINALTECRXCARTAONAOACEITA) as FINALTECRXCARTAONAOACEITA, " & _ " sum(vw_cons_t_Financ.FINALTECRXCARTAOACEITAPGFUTURO) as FINALTECRXCARTAOACEITAPGFUTURO " & _ " FROM GR " & _ " INNER JOIN vw_cons_t_Financ ON GR.PKID = vw_cons_t_Financ.GRID " & _ " WHERE GR.PKID = " & Formata_Dados(lngGRID, tpDados_Longo) & _ " GROUP BY GR.PKID" 'strSql = "SELECT sum(vw_cons_t_Financ.PgtoTotal) as PgtoTotal, " & _ " sum(vw_cons_t_Financ.FINALCASACONSESPECIE) as FINALCASACONSESPECIE, sum(vw_cons_t_Financ.FINALPRESTCONSESPECIE) as FINALPRESTCONSESPECIE, sum(vw_cons_t_Financ.FINALDONORXCONSESPECIE) as FINALDONORXCONSESPECIE, sum(vw_cons_t_Financ.FINALTECRXCONSESPECIE) as FINALTECRXCONSESPECIE, " & _ " sum(vw_cons_t_Financ.FINALDONOULTRACONSESPECIE) as FINALDONOULTRACONSESPECIE, sum(vw_cons_t_Financ.FINALCASACONSCARTAO) as FINALCASACONSCARTAO, sum(vw_cons_t_Financ.FINALPRESTCONSCARTAO) as FINALPRESTCONSCARTAO, " & _ " sum(vw_cons_t_Financ.FINALDONORXCONSCARTAO) as FINALDONORXCONSCARTAO, sum(vw_cons_t_Financ.FINALTECRXCONSCARTAO) as FINALTECRXCONSCARTAO, sum(vw_cons_t_Financ.FINALDONOULTRACONSCARTAO) as FINALDONOULTRACONSCARTAO, " & _ " sum(vw_cons_t_Financ.FINALCASACONSCONVENIO) as FINALCASACONSCONVENIO, sum(vw_cons_t_Financ.FINALPRESTCONSCONVENIO) as FINALPRESTCONSCONVENIO, " & _ " sum(vw_cons_t_Financ.FINALDONORXCONSCONVENIO) as FINALDONORXCONSCONVENIO, sum(vw_cons_t_Financ.FINALTECRXCONSCONVENIO) as FINALTECRXCONSCONVENIO, sum(vw_cons_t_Financ.FINALDONOULTRACONSCONVENIO) as FINALDONOULTRACONSCONVENIO, " & _ " sum(vw_cons_t_Financ.FINALCASAESPECIE) as FINALCASAESPECIE, sum(vw_cons_t_Financ.FINALCASACARTAO) as FINALCASACARTAO, sum(vw_cons_t_Financ.FINALCASACONVENIO) as FINALCASACONVENIO, sum(vw_cons_t_Financ.FINALPRESTESPECIE) as FINALPRESTESPECIE, sum(vw_cons_t_Financ.FINALPRESTCONVENIO) as FINALPRESTCONVENIO, sum(vw_cons_t_Financ.FINALPRESTCARTAONAOACEITA) as FINALPRESTCARTAONAOACEITA, " & _ " sum(vw_cons_t_Financ.FINALPRESTCARTAOACEITAPGFUTURO) as FINALPRESTCARTAOACEITAPGFUTURO, sum(vw_cons_t_Financ.FINALDONORXESPECIE) as FINALDONORXESPECIE, sum(vw_cons_t_Financ.FINALDONORXCONVENIO) as FINALDONORXCONVENIO, sum(vw_cons_t_Financ.FINALDONORXCARTAONAOACEITA) as FINALDONORXCARTAONAOACEITA, " & _ " sum(vw_cons_t_Financ.FINALDONORXCARTAOACEITAPGFUTURO) as FINALDONORXCARTAOACEITAPGFUTURO, sum(vw_cons_t_Financ.FINALDONOULTRAESPECIE) as FINALDONOULTRAESPECIE, sum(vw_cons_t_Financ.FINALDONOULTRACONVENIO) as FINALDONOULTRACONVENIO, sum(vw_cons_t_Financ.FINALDONOULTRACARTAONAOACEITA) as FINALDONOULTRACARTAONAOACEITA, " & _ " sum(vw_cons_t_Financ.FINALDONOULTRACARTAOACEITAPGFUTURO) as FINALDONOULTRACARTAOACEITAPGFUTURO, sum(vw_cons_t_Financ.FINALTECRXESPECIE) as FINALTECRXESPECIE, sum(vw_cons_t_Financ.FINALTECRXCONVENIO) as FINALTECRXCONVENIO, sum(vw_cons_t_Financ.FINALTECRXCARTAONAOACEITA) as FINALTECRXCARTAONAOACEITA, " & _ " sum(vw_cons_t_Financ.FINALTECRXCARTAOACEITAPGFUTURO) as FINALTECRXCARTAOACEITAPGFUTURO " & _ " FROM GRPAGAMENTO INNER JOIN GRPGTO ON GRPAGAMENTO.PKID = GRPGTO.GRPAGAMENTOID " & _ " INNER JOIN GR ON GR.PKID = GRPGTO.GRID " & _ " INNER JOIN vw_cons_t_Financ ON GR.PKID = vw_cons_t_Financ.GRID " & _ " WHERE GRPAGAMENTO.PKID = " & Formata_Dados(lngGRPAGAMENTOID, tpDados_Longo) & _ " GROUP BY GRPAGAMENTO.PKID" ' curVrPrest = 0 curVrCasa = 0 curVrTotal = 0 ' Set objRs = objGer.ExecutarSQL(strSql) ' If Not objRs.EOF Then 'se já houver algum item curVrCasa = objRs.Fields("FINALCASACONSESPECIE").Value + _ objRs.Fields("FINALCASACONSCARTAO").Value + _ objRs.Fields("FINALCASACONSCONVENIO").Value + _ objRs.Fields("FINALCASAESPECIE").Value + _ objRs.Fields("FINALCASACARTAO").Value + _ objRs.Fields("FINALCASACONVENIO").Value ' curVrTotal = objRs.Fields("PgtoTotal").Value ' 'TOTAIS Prestador curVrPrest = objRs.Fields("FINALPRESTCONSESPECIE").Value + _ objRs.Fields("FINALPRESTCONSCARTAO").Value + _ objRs.Fields("FINALPRESTCONSCONVENIO").Value + _ objRs.Fields("FINALPRESTESPECIE").Value + _ objRs.Fields("FINALPRESTCONVENIO").Value + _ objRs.Fields("FINALPRESTCARTAONAOACEITA").Value 'TOTAIS Dono RX curVrPrest = curVrPrest + _ objRs.Fields("FINALDONORXCONSESPECIE").Value + _ objRs.Fields("FINALDONORXCONSCARTAO").Value + _ objRs.Fields("FINALDONORXCONSCONVENIO").Value + _ objRs.Fields("FINALDONORXESPECIE").Value + _ objRs.Fields("FINALDONORXCONVENIO").Value + _ objRs.Fields("FINALDONORXCARTAONAOACEITA").Value 'TOTAIS Tecnico RX curVrPrest = curVrPrest + _ objRs.Fields("FINALTECRXCONSESPECIE").Value + _ objRs.Fields("FINALTECRXCONSCARTAO").Value + _ objRs.Fields("FINALTECRXCONSCONVENIO").Value + _ objRs.Fields("FINALTECRXESPECIE").Value + _ objRs.Fields("FINALTECRXCONVENIO").Value + _ objRs.Fields("FINALTECRXCARTAONAOACEITA").Value 'TOTAIS Dono Ultra curVrPrest = curVrPrest + _ objRs.Fields("FINALDONOULTRACONSESPECIE").Value + _ objRs.Fields("FINALDONOULTRACONSCARTAO").Value + _ objRs.Fields("FINALDONOULTRACONSCONVENIO").Value + _ objRs.Fields("FINALDONOULTRAESPECIE").Value + _ objRs.Fields("FINALDONOULTRACONVENIO").Value + _ objRs.Fields("FINALDONOULTRACARTAONAOACEITA").Value 'TOTAIS A RECEBER curVrPrest = curVrPrest + _ objRs.Fields("FINALPRESTCARTAOACEITAPGFUTURO").Value + _ objRs.Fields("FINALDONORXCARTAOACEITAPGFUTURO").Value + _ objRs.Fields("FINALTECRXCARTAOACEITAPGFUTURO").Value + _ objRs.Fields("FINALDONOULTRACARTAOACEITAPGFUTURO").Value ' End If objRs.Close Set objRs = Nothing Set objGer = Nothing ' Exit Sub trata: TratarErro Err.Number, Err.Description, Err.Source End Sub Public Sub TratarImagemScanner(datData As Date, _ strPathOrigem As String, _ strPathDestinoBkp As String, _ strArquivoOrigem As String, _ lngPRONTUARIOID As Long, _ lngGRID As Long, _ ByRef strPathDestino As String, _ ByRef strArquivoDestino As String) On Error GoTo trata ' Dim objFso As FileSystemObject 'TRATAR DIRETÓRIO FINAL PARA COPIAR ARQUIVO ' Set objFso = New FileSystemObject strPathDestino = gsPathRede & lngPRONTUARIOID & "\" If Not objFso.FolderExists(strPathDestino) Then 'Diretório não existe, cria diretório objFso.CreateFolder (strPathDestino) End If 'Verifica extensão do arquivo If lngGRID <> 0 Then strArquivoDestino = lngGRID & "_" & Format(datData, "YYYYMMDDhhmmss") & "." & RetornaEtensaoArquivo(strArquivoOrigem) Else strArquivoDestino = strArquivoDestino End If ' 'COPIA ARQUIVO objFso.CopyFile strPathOrigem & strArquivoOrigem, strPathDestino & strArquivoDestino 'COPIA DESEGURANÇA objFso.CopyFile strPathOrigem & strArquivoOrigem, strPathDestinoBkp & strArquivoDestino objFso.DeleteFile strPathOrigem & strArquivoOrigem Set objFso = Nothing ''' gsPathLocal = objRs.Fields("PathLocal").Value & "" ''' gsPathLocalBackup = objRs.Fields("PathLocalBackup").Value & "" ''' gsPathRede = objRs.Fields("PathRede").Value & "" Exit Sub trata: TratarErro Err.Number, Err.Description, Err.Source End Sub Private Function RetornaEtensaoArquivo(strArquivoDestino As String) On Error GoTo trata ' Dim strExtensao As String strExtensao = Mid(strArquivoDestino, InStrRev(strArquivoDestino, ".") + 1) ' RetornaEtensaoArquivo = strExtensao Exit Function trata: TratarErro Err.Number, Err.Description, Err.Source End Function Public Sub Importar_Receitas(strPathOrigem As String) On Error GoTo trata Dim objFso As Scripting.FileSystemObject Dim objFolder As Scripting.Folder Dim objFile As Scripting.File Dim strFileName As String Dim datData As Date Dim strData As String Dim strErroGeral As String Dim strSucessoGeral As String Dim strProntuarioId As String Dim strDataAtend As String Dim lngPRONTUARIOID As Long Dim lngATENDIMENTOID As Long ' Dim objAtendimento As busSisMed.clsAtendimento Dim objGR As busSisMed.clsGR Dim gsPathFinal As String ' 'TRATAR DIRETÓRIO FINAL PARA COPIAR ARQUIVO ' datData = Now strData = Format(datData, "DD/MM/YYYY hh:mm") Set objFso = New FileSystemObject ' Set objFolder = objFso.GetFolder(strPathOrigem) strErroGeral = "" strSucessoGeral = "" For Each objFile In objFolder.Files 'Para cada arquivo de imagem no diretório strFileName = objFile.Name If ValidaCamposArquivoScanner(strFileName, _ strProntuarioId, _ strDataAtend, _ strErroGeral, _ lngPRONTUARIOID, _ lngATENDIMENTOID) Then Set objAtendimento = New busSisMed.clsAtendimento Set objGR = New busSisMed.clsGR TratarImagemScanner datData, _ gsPathLocal, _ gsPathLocalBackup, _ strFileName, _ lngPRONTUARIOID, _ 0, _ gsPathFinal, _ strFileName If lngATENDIMENTOID <> 0 Then 'Alterar Atendimento objAtendimento.AlterarAtendimento lngATENDIMENTOID, _ gsPathFinal, _ strFileName, _ "" ' ElseIf lngATENDIMENTOID = 0 Then 'Inserir Atendimento objAtendimento.InserirAtendimento 0, _ strDataAtend, _ "A", _ gsPathFinal, _ strFileName, _ "", _ strData, _ lngPRONTUARIOID End If Set objAtendimento = Nothing Set objGR = Nothing ' If strSucessoGeral = "" Then strSucessoGeral = "As seguintes receitas scanneadas foram importadas com sucesso:" & vbCrLf & vbCrLf End If strSucessoGeral = strSucessoGeral & strFileName & vbCrLf End If Next If strSucessoGeral <> "" Then MsgBox strSucessoGeral, vbExclamation, TITULOSISTEMA End If If strErroGeral <> "" Then TratarErroPrevisto strErroGeral, "[mdlUserFuncion.ValidaCamposArquivoScanner]" End If Set objFolder = Nothing Set objFso = Nothing ' Exit Sub trata: TratarErro Err.Number, Err.Description, Err.Source End Sub Private Function ValidaCamposArquivoScanner(ByVal strFileName As String, _ ByRef strProntuarioId As String, _ ByRef strDataAtend As String, _ ByRef strErro As String, _ ByRef lngPRONTUARIOID As Long, _ ByRef lngATENDIMENTOID As Long) As Boolean On Error GoTo trata Dim ValidaCampos As Boolean Dim strMsg As String Dim strEtensaoArquivo As String Dim strDataAtendFinal As String ' Dim objGeral As busSisMed.clsGeral Dim objRs As ADODB.Recordset Dim strSql As String ' ValidaCampos = False 'Obrigatório apenas para arquivista If strFileName = "" Then strMsg = strMsg & vbTab & vbTab & "Nome do arquivo não informado" & vbCrLf End If If InStr(strFileName, "_") = 0 Then strMsg = strMsg & vbTab & vbTab & "Separador [_] não definido" & vbCrLf End If 'Obtem os dados separados strEtensaoArquivo = RetornaEtensaoArquivo(strFileName) If InStr(strFileName, "_") <> 0 Then strProntuarioId = Left(strFileName, InStr(strFileName, "_") - 1) strDataAtend = Mid(strFileName, InStr(strFileName, "_") + 1, Len(strFileName) - (InStr(strFileName, "_") + 1) - (Len(strEtensaoArquivo))) Else strProntuarioId = "" strDataAtend = "" End If If Not IsNumeric(strProntuarioId) Then strMsg = strMsg & vbTab & vbTab & "Número do prontuário [" & strProntuarioId & "] não numérico" & vbCrLf End If If Len(strDataAtend) <> 12 Then strMsg = strMsg & vbTab & vbTab & "Data de atendimento [" & strDataAtend & "] tem que possuir 12 caracteres no formato DDMMYYYYhhmm" & vbCrLf End If strDataAtendFinal = Left(strDataAtend, 2) & "/" & _ Mid(strDataAtend, 3, 2) & "/" & _ Mid(strDataAtend, 5, 4) & " " & _ Mid(strDataAtend, 9, 2) & ":" & _ Mid(strDataAtend, 11, 2) If Not Valida_Data_Str(strDataAtendFinal, TpObrigatorio) Then strMsg = strMsg & vbTab & vbTab & "Data de atendimento [" & strDataAtendFinal & "] não é uma data válida" & vbCrLf End If strDataAtend = strDataAtendFinal Set objGeral = New busSisMed.clsGeral If Len(strMsg) = 0 Then 'Validação na base de dados 'PRONTUARIO lngPRONTUARIOID = 0 strSql = "SELECT PKID FROM PRONTUARIO WHERE PRONTUARIO.PKID = " & Formata_Dados(strProntuarioId, tpDados_Longo) Set objRs = objGeral.ExecutarSQL(strSql) If Not objRs.EOF Then lngPRONTUARIOID = objRs.Fields("PKID").Value End If objRs.Close Set objRs = Nothing End If If lngPRONTUARIOID = 0 Then strMsg = strMsg & vbTab & vbTab & "Número do prontuário [" & strProntuarioId & "] não cadastrado na base de dados" & vbCrLf End If If Len(strMsg) = 0 Then 'Verifica se já houve atendimento apra aquele prontuário 'ATENDIMENTO lngATENDIMENTOID = 0 strSql = "SELECT PKID FROM ATENDIMENTO WHERE ATENDIMENTO.PRONTUARIOID = " & Formata_Dados(lngPRONTUARIOID, tpDados_Longo) & _ " AND DATA = " & Formata_Dados(strDataAtend, tpDados_DataHora) Set objRs = objGeral.ExecutarSQL(strSql) If Not objRs.EOF Then lngATENDIMENTOID = objRs.Fields("PKID").Value End If objRs.Close Set objRs = Nothing End If Set objGeral = Nothing If Len(strMsg) <> 0 Then If strErro <> "" Then strErro = strErro & vbCrLf & vbCrLf Else strErro = "Foram encontrados erros na composição das seguintes receitas scanneadas: " & vbCrLf & vbCrLf End If strErro = strErro & strFileName & vbCrLf strErro = strErro & strMsg 'TratarErroPrevisto strMsg, "[mdlUserFuncion.ValidaCamposArquivoScanner]" ValidaCampos = False Else ValidaCampos = True End If ValidaCamposArquivoScanner = ValidaCampos Exit Function trata: Err.Raise Err.Number, _ Err.Source & ".[mdlUserFuncion.ValidaCamposArquivoScanner]", _ Err.Description End Function

DECLARE SUB CreateDeck (d() AS INTEGER, Cards AS INTEGER) DECLARE SUB FanDeck (d() AS INTEGER) DECLARE SUB ShuffleDeck (d() AS INTEGER) CLS RANDOMIZE TIMER REDIM Deck(0) AS INTEGER DO PRINT "Select (T)arot or (P)oker deck => "; DO DO: k$ = UCASE$(INKEY$): LOOP WHILE k$ = "" LOOP WHILE INSTR("TP", k$) < 1 PRINT k$ SELECT CASE k$ CASE "P": CreateDeck Deck(), 52 CASE "T": CreateDeck Deck(), 78 END SELECT CLS : FanDeck Deck(): ShuffleDeck Deck(): FanDeck Deck() PRINT "Would you like to try it again ( Y/N )? "; DO DO: k$ = UCASE$(INKEY$): LOOP WHILE k$ = "" LOOP WHILE INSTR("YN", k$) < 1 PRINT k$ LOOP WHILE k$ <> "N" SYSTEM SUB CreateDeck (d() AS INTEGER, Cards AS INTEGER) REDIM d(1 TO Cards) FOR t% = 1 TO Cards: d(t%) = t%: NEXT END SUB SUB FanDeck (d() AS INTEGER) SELECT CASE UBOUND(d) CASE 52: PRINT : dk$ = "1234567890JQK" FOR t% = 1 TO 52 v% = (d(t%) - 1) MOD 13 + 1 c$ = " ": IF v% = 10 THEN c$ = "1" c$ = c$ + MID$(dk$, v%, 1) c$ = c$ + CHR$((d(t%) - 1) \ 13 + 3) + " " PRINT c$; IF t% MOD 13 = 0 THEN PRINT NEXT CASE 78: PRINT : dk$ = "1234567890PJQK" FOR t% = 1 TO 78 IF d(t%) < 57 THEN v% = (d(t%) - 1) MOD 14 + 1 c$ = " ": IF v% = 10 THEN c$ = "1" c$ = c$ + MID$(dk$, v%, 1) c$ = c$ + CHR$((d(t%) - 1) \ 14 + 3) + " " PRINT c$; ELSE PRINT RIGHT$(STR$(d(t%) - 57), 2) + "M "; END IF IF t% MOD 14 = 0 THEN PRINT NEXT END SELECT PRINT : PRINT END SUB DEFINT A-Z SUB ShuffleDeck (d() AS INTEGER) Cards = UBOUND(d) FOR t = 1 TO Cards SWAP d(((RND * 32767) MOD Cards) + 1), d(t) NEXT END SUB

Attribute VB_Name = "mod_ProcesaBD" Option Explicit Public Function TraerPais(ByVal strCodPais As String, Optional ByRef o_lError As Long) As ADODB.Recordset Dim rsAux As ADODB.Recordset Dim cmdSQL As New ADODB.Command 1000 On Error GoTo ControlError 1010 Set rsAux = New ADODB.Recordset 1020 rsAux.CursorLocation = adUseClient 'soy cliente de la bd 1030 With cmdSQL 1040 .ActiveConnection = ConexSQL 1050 .CommandType = adCmdStoredProc 1060 .CommandText = "sp_buscar_pais" 1070 .Parameters.Append .CreateParameter("@cod_pais", adVarChar, adParamInput, 10, strCodPais) 1080 Set rsAux = cmdSQL.Execute 1090 .ActiveConnection = Nothing 1100 End With 1110 Set TraerPais = rsAux 1120 Exit Function ControlError: 1130 MsgBox "Ha ocurrido un error en la aplicación." & vbLf & vbLf & "Error: " & CStr(Err.Number) & _ ". Descripción del error: " & Err.Description, vbCritical, App.Title End Function Public Function TraerDepto(ByVal strCodPais As String, ByVal strCodDepto As String, Optional ByRef o_lError As Long) As ADODB.Recordset Dim rsAux As ADODB.Recordset Dim cmdSQL As New ADODB.Command 1000 On Error GoTo ControlError 1010 Set rsAux = New ADODB.Recordset 1020 rsAux.CursorLocation = adUseClient 'soy cliente de la bd 1030 With cmdSQL 1040 .ActiveConnection = ConexSQL 1050 .CommandType = adCmdStoredProc 1060 .CommandText = "sp_buscar_depto" 1070 .Parameters.Append .CreateParameter("@codPais", adVarChar, adParamInput, 10, strCodPais) 1080 .Parameters.Append .CreateParameter("@codDepto", adVarChar, adParamInput, 10, strCodDepto) 1090 Set rsAux = cmdSQL.Execute 1100 .ActiveConnection = Nothing 1110 End With 1120 Set TraerDepto = rsAux 1130 Exit Function ControlError: 1140 MsgBox "Ha ocurrido un error en la aplicación." & vbLf & vbLf & "Error: " & CStr(Err.Number) & _ ". Descripción del error: " & Err.Description, vbCritical, App.Title End Function Public Function TraerDeptoDesc(ByVal strCodPais As String, ByVal strDescDepto As String, Optional ByRef o_lError As Long) As ADODB.Recordset Dim rsAux As ADODB.Recordset Dim cmdSQL As New ADODB.Command 1000 On Error GoTo ControlError 1010 Set rsAux = New ADODB.Recordset 1020 rsAux.CursorLocation = adUseClient 'soy cliente de la bd 1030 With cmdSQL 1040 .ActiveConnection = ConexSQL 1050 .CommandType = adCmdStoredProc 1060 .CommandText = "sp_buscar_depto_desc" 1070 .Parameters.Append .CreateParameter("@codPais", adVarChar, adParamInput, 20, strCodPais) 1080 .Parameters.Append .CreateParameter("@desDepto", adVarChar, adParamInput, 150, strDescDepto) 1090 Set rsAux = cmdSQL.Execute 1100 .ActiveConnection = Nothing 1110 End With 1120 Set TraerDeptoDesc = rsAux 1130 Exit Function ControlError: 1140 MsgBox "Ha ocurrido un error en la aplicación." & vbLf & vbLf & "Error: " & CStr(Err.Number) & _ ". Descripción del error: " & Err.Description, vbCritical, App.Title End Function Public Function TraerPaisDesc(ByVal strDescPais As String, Optional ByRef o_lError As Long) As ADODB.Recordset Dim rsAux As ADODB.Recordset Dim cmdSQL As New ADODB.Command 1000 On Error GoTo ControlError 1010 Set rsAux = New ADODB.Recordset 1020 rsAux.CursorLocation = adUseClient 'soy cliente de la bd 1030 With cmdSQL 1040 .ActiveConnection = ConexSQL 1050 .CommandType = adCmdStoredProc 1060 .CommandText = "sp_buscar_pais_desc" 1070 .Parameters.Append .CreateParameter("@desc_pais", adVarChar, adParamInput, 120, strDescPais) 1080 Set rsAux = cmdSQL.Execute 1090 .ActiveConnection = Nothing 1100 End With 1110 Set TraerPaisDesc = rsAux 1120 Exit Function ControlError: 1130 MsgBox "Ha ocurrido un error en la aplicación." & vbLf & vbLf & "Error: " & CStr(Err.Number) & _ ". Descripción del error: " & Err.Description, vbCritical, App.Title End Function

1 ! ROBCO TermLink Emulator for the HP9816 2 ! By Travis Rosenbaum (Twitter/GH: @Zagrophyte) 3 ! Now you, too, can connect to the ROBCO TermLink from 4 ! your very own HP9816 Terminal! 5 ! 10 RANDOMIZE 20 DIM Console$(0:12)[25] 30 DIM Password$[25] 40 DIM Words$(0:12)[25] 50 !--------------------Word Lists-----------------------! 60 DATA "TIDINGS","PININGS","APPROVE","FRONTED","FINDING","BRAIDED","PARADES","CABLERS","STABLED","ORIGINS","CONTROL","STAGGER","WAGERED" 70 DATA "THOROUGH","MINOTAUR","SANDWICH","FRIGHTEN","RIGOROUS","STAGNATE","ORIGINAL","BREAKING","SNOWPLOW","GLOWBUGS","PAPERING","PROTEINS","PADLOCKS" 80 DATA "ENCOURAGE","FRAGILITY","STALEMATE","BOUNDLESS","XENOPHOBE","THANKLESS","STEADFAST","AGREEMENT","VICTORIES","GRANDIOSE","UNGUARDED","DESIGNERS" 90 DATA "SIGNALERS" ! 13th entry for above line (line size limit) 100 !-----------------------------------------------------! 110 CONTROL 1,12;1 ! Turn off softkeys 120 CLEAR SCREEN 130 WAIT 1 140 CALL Typeprint("SET TERMINAL/INQUIRE") 150 CALL Typeprint("SET FILE/PROTECTION=OWNER:RWED ACCOUNTS.F") 160 CALL Typeprint("SET HALT RESTART/MAINT") 170 CALL Typeprint("RUN DEBUG/ACCOUNTS.F") 180 WAIT 1 190 CLEAR SCREEN 200 PRINT "WELCOME TO ROBCO INDUSTRIES (TM) TERMLINK" 210 WAIT .25 220 PRINT "RIT-V300" 230 WAIT .25 240 PRINT "Initializing RobCo Industries(TM) MF Boot Agent v2.3.0" 250 PRINT "RETROS BIOS" 260 PRINT "RBIOS-4.02.08.00 52EE5.E7.E8" 270 PRINT "Copyright 2075-2077 RobCo Ind." 280 WAIT .5 290 STATUS 1,1;Y 300 STATUS 1,0;X 310 FOR I=1 TO 64 320 CONTROL 1,1;Y 330 CONTROL 1,0;X 340 PRINT "Uppermem: ";I;"KB" 350 WAIT .005 360 NEXT I 370 PRINT "Root (5A8)" 380 WAIT .25 390 PRINT "Maintenance Mode" 400 WAIT 1 410 PRINT "" ! BOOT Beep 420 CLEAR SCREEN 430 PRINT "ROBCO INDUSTRIES (TM) TERMLINK PROTOCOL" 440 WAIT 1 450 PRINT "ENTER PASSWORD NOW" 460 PRINT "" 470 PRINT "" 480 RANDOMIZE 490 Attempts=4 500 READ Words$(*) 510 Password$=Words$(RND*12) 520 CALL Drawgame(Words$(*)) 530 CALL Showattempts(Attempts) 540 CALL Resetconsole(Console$(*)) 550 Tryguess: ! 560 Guess$=" " 570 INPUT ">",Guess$ 580 Similarity=FNTryguess(Password$,Guess$) 590 Attempts=Attempts-1 600 CALL Showattempts(Attempts) 605 CALL Addconsole(Console$(*),"") 610 CALL Addconsole(Console$(*),">"&UPC$(Guess$)) 620 IF Similarity=-1 THEN 630 CALL Addconsole(Console$(*),">Access granted") 640 CALL Addconsole(Console$(*),">Loading...") 650 BEEP 300,.1 660 BEEP 800,.25 670 WAIT 1 680 Granted=Granted+1 690 IF Granted=3 THEN 700 CALL Terminal(Password$) 710 ELSE 720 GOTO 410 730 END IF 740 ELSE 750 CALL Addconsole(Console$(*),">Entry denied") 760 BEEP 300,.1 770 CALL Addconsole(Console$(*),">"&VAL$(Similarity)&"/"&VAL$(LEN(Password$))&" correct.") 780 IF Attempts=0 THEN 790 CALL Addconsole(Console$(*),">Attempts exceeded") 800 CALL Addconsole(Console$(*),">Term lockdown.") 810 BEEP 100,.15 820 WAIT .01 830 BEEP 100,.15 840 WAIT .01 850 BEEP 100,.15 860 WAIT 1 870 CALL Lockdown 880 END IF 890 END IF 900 GOTO Tryguess 910 END 920 SUB Showconsole(C$(*)) 930 FOR I=0 TO 12 940 CONTROL 1,1;I+6 950 CONTROL 1,0;54 960 PRINT C$(I)&RPT$(" ",25-LEN(C$(I))) 970 NEXT I 980 SUBEND 990 SUB Addconsole(Console$(*),Line$) 1000 FOR I=0 TO 11 1010 Console$(I)=Console$(I+1) 1020 NEXT I 1030 Console$(12)=Line$ 1040 CALL Showconsole(Console$(*)) 1050 SUBEND 1060 DEF FNTryguess(Pass$,G$) 1070 Charsalike=0 1080 FOR I=1 TO MIN(LEN(Pass$),LEN(G$)) 1090 IF LWC$(G$[I;1])=LWC$(Pass$[I;1]) THEN 1100 Charsalike=Charsalike+1 1110 END IF 1120 NEXT I 1130 IF LWC$(Pass$)=LWC$(G$) THEN 1140 RETURN -1 1150 ELSE 1160 RETURN Charsalike 1170 END IF 1180 FNEND 1190 SUB Drawgame(Words$(*)) 1200 FOR I=6 TO 18 1210 Word$=Words$(I-6) 1220 Isleft=INT(RND*2) 1230 Memstart=62704 1240 Mem1$=DVAL$(Memstart+((I-6)*12),16) 1250 Mem2$=DVAL$(Memstart+((I+11)*12),16) 1260 CONTROL 1,1;I 1270 CONTROL 1,0;1!Set X = 1 1280 PRINT "0x";Mem1$[5;4];" ";FNGarbage$(16) 1290 IF Isleft THEN 1300 CONTROL 1,1;I 1310 CONTROL 1,0;(RND*(16-LEN(Word$))+8) 1320 PRINT Word$ 1330 END IF 1340 CONTROL 1,1;I 1350 CONTROL 1,0;28 1360 PRINT "0x";Mem2$[5;4];" ";FNGarbage$(16) 1370 IF NOT Isleft THEN 1380 CONTROL 1,1;I 1390 CONTROL 1,0;(RND*(16-LEN(Word$))+28+7) 1400 PRINT Word$ 1410 END IF 1420 NEXT I 1430 SUBEND 1440 SUB Showattempts(Attempts) 1450 CONTROL 1,1;4 1460 CONTROL 1,0;1 1470 PRINT VAL$(Attempts);" ATTEMPT(S) LEFT: "&RPT$(CHR$(133)&" "&CHR$(128)&" ",Attempts)&RPT$(" ",4-Attempts) 1480 SUBEND 1490 SUB Lockdown 1500 CLEAR SCREEN 1510 CONTROL 1,0;33 1520 CONTROL 1,1;11 1530 PRINT "TERMINAL LOCKED" 1540 PRINT "" 1550 CONTROL 1,0;30 1560 PRINT "PLEASE SEE SUPERVISOR" 1570 WAIT 30 1580 CONTROL 1,12;0 1590 STOP 1600 SUBEND 1610 SUB Typeprint(Text$) 1620 STATUS 1,0;X ! Save X Pos 1630 STATUS 1,1;Y ! Save Y Pos 1640 FOR I=1 TO LEN(Text$) 1650 CONTROL 1,0;X+I-1 1660 CONTROL 1,1;Y 1670 STATUS 1,0;Lastx 1680 PRINT Text$[I;1]&CHR$(133)&" "&CHR$(128) 1690 WAIT MIN(.07,RND*.07) 1700 BEEP 1000,.00001 1710 NEXT I 1720 CONTROL 1,1;Y 1730 CONTROL 1,0;Lastx+1 1740 PRINT " " 1750 BEEP 1000,.00001 1760 CONTROL 1,1;Y+1 1770 PRINT CHR$(133);" ";CHR$(128) 1780 CONTROL 1,1;Y+1 1790 WAIT .5 1800 CONTROL 1,1;Y+1 1810 PRINT CHR$(128);" " 1820 CONTROL 1,1;Y+1 1830 SUBEND 1840 SUB Resetconsole(Console$(*)) 1850 FOR I=0 TO 11 1860 Console$(I)="" 1870 NEXT I 1880 Console$(12)=">Ready." 1890 CALL Showconsole(Console$(*)) 1900 SUBEND 1910 DEF FNGarbage$(INTEGER Numchars) 1920 DIM Garbage$[80],Garbagechars$[80] 1930 Garbagechars$="!@#$%^&*()[]{};:',<>/?................" 1940 FOR I=1 TO Numchars 1950 Index=INT(RND*(LEN(Garbagechars$))+1) 1960 Garbage$[I;1]=Garbagechars$[Index;1] 1970 NEXT I 1980 RETURN Garbage$ 1990 FNEND 2000 SUB Terminal(Password$) 2010 CLEAR SCREEN 2020 PRINT "ROBCO INDUSTRIES (TM) TERMLINK PROTOCOL" 2030 PRINT ">" 2040 CONTROL 1,1;2 2050 CALL Typeprint(">LOGIN ROOT") 2060 WAIT .25 2070 PRINT "ENTER PASSWORD NOW" 2080 WAIT .5 2090 PRINT ">" 2100 CONTROL 1,1;4 2110 CALL Typeprint(">"&RPT$("*",LEN(Password$))) 2120 BEEP 2130 WAIT 1 2140 CALL Terminalhome 2150 SUBEND 2160 SUB Terminalmail 2170 CLEAR SCREEN 2180 PRINT "ROBCO INDUSTRIES UNIFIED OPERATING SYSTEM" 2190 PRINT " COPYRIGHT 2075-2077 ROBCO INDUSTRIES" 2200 PRINT " -Server 9-" 2210 PRINT "" 2220 PRINT "RE: Strange Network Activity" 2230 PRINT "____________________________" 2240 PRINT "" 2250 PRINT "I need you to look into some strange activity that has recently cropped up" 2260 PRINT "on the termlinks this week. Several systems have been observed to have" 2270 PRINT "halted or started up in maintenance mode. Do we have any scheduled" 2280 PRINT "maintenance this week?" 2290 PRINT "" 2300 PRINT "I'm sure it's probably nothing, but better to be safe than sorry." 2310 PRINT "" 2320 PRINT "J. Schumacher" 2330 INPUT "Press ENTER to Continue",X 2340 SUBEND 2350 SUB Terminalhome 2360 Display: ! 2370 CLEAR SCREEN 2380 PRINT "ROBCO INDUSTRIES UNIFIED OPERATING SYSTEM" 2390 PRINT " COPYRIGHT 2075-2077 ROBCO INDUSTRIES" 2400 PRINT " -Server 9-" 2410 PRINT "" 2420 PRINT "1> Remote Mail" 2430 PRINT "2> Disable Security" 2440 PRINT "3> Unlock Safe" 2450 PRINT "4> Logout" 2460 PRINT "" 2470 INPUT ">",Selection 2480 SELECT Selection 2490 CASE 1 2500 CALL Terminalmail 2510 CASE 2 2520 PRINT "SECURITY PROTOCOL DEACTIVATED" 2530 INPUT "Press ENTER to Continue",X 2540 CASE 3 2550 BEEP 10000,.0001 2560 BEEP 10000,.0001 2570 PRINT "SAFE UNLOCKED" 2580 INPUT "Press ENTER to Continue",X 2590 CASE 4 2600 CLEAR SCREEN 2610 PRINT "User ROOT Session Ended" 2620 CONTROL 1,12;0 2630 STOP 2640 CASE ELSE 2650 DISP "Not a valid selection" 2660 BEEP 100,.25 2670 WAIT .5 2680 END SELECT 2690 GOTO Display 2700 SUBEND

0 CLEAR500:DIMCC,CA,RV,T,M$,MC:MC=16384:RV=64:GOTO60 5 CA=(PEEK(384)AND1)*256+PEEK(385):PRINTM$;:CC=((PEEK(384)AND1)*256+PEEK(385))-1 6 FORT=CA+MCTOCC+MC:POKET,PEEK(T)-RV:NEXT:RETURN 10 REM THE KILLER SATELLITE 20 REM VERSION 1.1 30 REM 15/8/83 40 REM ** BY N. S. EDWARDS ** 50 REM INITIAL DISPLAY 60 CLS0:FOR T=1 TO 15:SET(RND(64)-1,RND(32)-1,5):NEXT:PRINT@262,"the"CHR$(128)"killer"CHR$(128)"satellite"; 70 PRINT@340,CHR$(249);:PRINT@373,CHR$(175);:PRINT@404,CHR$(246); 80 REM SET UP STRINGS 90 FOR T=1 TO 5:SH$=SH$+CHR$(183)+CHR$(187)+CHR$(128):NEXT 100 FOR T=1 TO 7:B$=B$+CHR$(143+16*T):NEXT 110 PRINT@365,B$; 120 FOR CA=1 TO 2:FOR T=1 TO 8:SOUND50,1:SOUND75,1:NEXT:NEXT 130 CLS:PRINT"A SATELLITE ORBITING FAR ABOVE" 131 PRINT"THE EARTH HAS MALFUNCTIONED." 132 PRINT"IT HAS BEGUN SENDING DANGEROUS" 135 PRINT"COSMIC RAYS TOWARDS THE EARTH." 136 PRINT"YOU MUST PROTECT THE EARTH" 137 PRINT"FROM THE COSMIC RAYS BY MATCHING"; 138 PRINT"THE COLOURS OF THE APPROACHING" 140 PRINT"RAYS WITH YOUR SHIELD UNTIL THE" 141 PRINT"SATELLITE RUNS OUT OF POWER" 142 PRINT"(11 ROUNDS).":PRINT 143 PRINT "TO DO THIS USE THE <SPACE BAR>.":PRINT" BE WARNED THE RAYS TRAVEL AT EVER INCREASING SPEEDS. " 155 PRINT@484,"PRESS <ENTER> TO BEGIN"; 160 T=-1 170 IF INKEY$<>"" THEN200 171 IF T THEN POKE49151,64 172 IF NOT(T) THEN SOUNDRND(10),1 180 T=NOT(T):GOTO 170 190 REM INITIALIZE VARIABLES 200 CLS0:X=270:S=110:SH=3:E=1:S1=0:M=0:R=0 210 GOTO500 220 REM CONTROL LOOP 230 GOSUB 430 240 REM FIND COLOUR MATCH 250 F=0 260 FORJ=1TOLEN(Q$):ON1-(MID$(Q$,J,1)=D$)GOTO261,270 261 NEXT:F=0:GOTO290 270 F=J:A$=LEFT$(A$,J-1)+MID$(A$,J+1) 280 X=X+1:M=M+10:E=E-1 290 Q$=MID$(A$,1,E) 300 REM UPDATE DISPLAY 310 PRINT@X,Q$;:PRINT@463,"";:M$=STR$(M):GOSUB5 320 SOUND100,1 330 REM CHECK FOR WIN 340 IF LEFT$(A$,1)=CHR$(128) THEN M=M+100*R:GOTO 500 350 GOSUB 430 360 REM CHECK FOR LOSS 370 X=X-1:E=E+1:IF X=<259 THEN M=M-400:GOSUB580:GOTO500 380 GOSUB 430 390 GOTO230 400 REM END CONTROL LOOP 410 REM 420 REM CHANGE SHIP COLOUR 430 FOR V=1 TO G 440 IF PEEK(2) AND PEEK(383)=32 THEN C=C+1:IF C>7 THEN C=1 450 D$=CHR$(143+16*C):PRINT@258,D$; 460 FOR I=1 TO SV*1.33:NEXT 470 NEXT V 480 RETURN 490 REM NEXT LEVEL 500 R=R+1:S1=S1+1:IF R>11 THEN 720 501 CLS0:FOR Z=1 TO 10:X1=RND(64)-1:Y1=RND(32)-1:SET(X1,Y1,5):NEXT 510 IF S1>=5 THEN S1=2:SH=SH+1:IF SH>5 THEN SH=5 520 PRINT@244,CHR$(249);:PRINT@277,CHR$(175);:PRINT@308,CHR$(246); 530 PRINT@457,"";:M$="SCORE "+STR$(M):GOSUB5:PRINT@11,"";:M$="ROUND "+STR$(R):GOSUB5:X=275:E=1:S=S-10:A$="" 531 FORT=1TO40:A$=A$+CHR$(RND(7)*16+143):NEXT:A$=A$+"€€€€€€€€€€€€€€€€€€€€" 540 IF R<5 THEN PRINT@480,B$;:G=2:SV=S/2-5:GOTO550 541 G=1:SV=S 550 REM PRINT SHIPS LEFT 560 PRINT@496+(5-SH)*3,LEFT$(SH$,3*SH);:GOTO 230 570 REM SHIP DESTROYED 580 FORZ=1TO10:PRINT@258,CHR$(RND(7)*16+RND(14)+128);:SOUND120-Z*10,1:FORZZ=1TO60:NEXT:NEXT:SH=SH-1:S=S+10:R=R-1:S1=S1-1 590 IF SH<1 THEN 610 591 RETURN 600 REM YOU LOST 610 CLS0:PRINT@96,"all"CHR$(128)"your"CHR$(128)"ships"CHR$(128)"were"CHR$(128)"destroyed"; 611 PRINT@128,"before"CHR$(128)"the"CHR$(128); 615 PRINT"satellite"CHR$(128)"ceased"CHR$(128)"to";:PRINT@160,"function";:PRINT@230,"earth"CHR$(128)"was"CHR$(128)"destroyed"; 620 A=359 630 REM FINAL SCORE 640 PRINT@A,"your"CHR$(128)"score"CHR$(128);:M$=STR$(M):GOSUB5 650 REM NEXT GAME 660 PRINT@500,"continued"; 670 Q$=INKEY$ 680 IF INKEY$="" THEN 680 690 CLS0:PRINT@106,"";:M$="ANOTHER GAME?":GOSUB5 700 Q$=INKEY$:IF Q$="" THEN 700 701 IF Q$="Y" THEN 200 702 IF Q$="N" THEN END 703 GOTO700 710 REM YOU'VE WON 720 CLS0:PRINT@170, "congratulations" ;:PRINT@234,"earth"CHR$(128)"was"CHR$(128)"saved";:A=361:GOTO640

10 REM TEST IF WITH NUMERIC 20 A = 10 50 IF A THEN 80 60 PRINT "FAILURE" 70 GOTO 99 80 PRINT "SUCCESS" 99 END

100 'Version221:Date2020.06.22:Ver20191227より改変 110 'Version223:Date2020.06.23:Ver20191227より改変 120 'Version224:Date2020.06.24:Ver20191227より改変 130 'Version225:Date2020.06.25:Ver20191227より改変 140 'Version226:Date2020.06.26:Ver20191227より改変 150 'Version227:Date2020.06.27:Ver20191227より改変 160 'Version228:Date2020.06.29:Ver20191227より改変 170 'Version229:Date2020.06.30:ver20191227より改変 180 'Version230:Date2020.07.02:Ver20191227より改変 190 'Version231:Date2020.07.03:Ver20191227より改変 200 'Version232:Date2020.07.04:Ver20191227より改変 210 'Version233:Date2020.07.12:Ver20191227より改変 220 'Version234:Date2020.07.13:Ver20191227より改変 230 'Version235:Date2020.07.15:Ver20191227より改変 240 'Version235_02:Date:2020.11.02:Version235表示不具合修正 250 'Version23601:Date:2020.11.04:Ver202009より改変 260 'Version23602:Date:2020.11.06:Ver202009より改変 270 '初期設定項目 280 'メモリー定義文字データー3倍 ,数値データー2倍 290 clear 3.0*4000,2.0*100000 300 counts=0 310 dim buf_namearray$(10),name_array$(10),buf_namearray2$(10),name_array2$(10),buf_lines$(3*10),buffLines$(20),count$(10),count1$(10),count2$(10) 320 '性別の選択用変数 330 dim sex_type$(2) 340 '相性占い　設定項目ここから 350 count=0:N=0:n=0 360 dim buffer_Aisyou_type$(10,10) 370 dim buffer_Kaimei_data_name$(10) 380 '総数を出す変数改名チェック変数 390 'dim buffer_total$ 400 '1.理解し合える最良のカップル 410 dim buf_good_couple1(20) 420 dim buf_good_couple2(20) 430 '2.互いに自然体でつきあえるカップル 440 dim buf_natural_couple1(20) 450 dim buf_natural_couple2(20) 460 '3.男性にとって居心地の良い相性 470 dim buf_good_for_man1(20) 480 dim buf_good_for_man2(20) 490 '4.女性にとって居心地の良い相性 500 dim buf_good_for_woman1(20) 510 dim buf_good_for_woman2(20) 520 '5.恋愛経験を重ねた後なら愛を育める 530 dim short_of_experience1(20) 540 dim short_of_experience2(20) 550 '6.結婚への発展が困難なカップル 560 dim buf_difficult_for_couple1(20) 570 dim buf_difficult_for_couple2(20) 580 '7.愛し方にズレが出てくる二人 590 dim buf_difference_of_love1(20) 600 dim buf_difference_of_love2(20) 610 '相性占い　設定項目　ここまで 620 '8.互いの価値観が噛み合わない相性ここから 630 dim buf_difference_of_KachiKan1(20) 640 dim buf_difference_of_KachiKan2(20) 650 '8.互いに価値観が噛み合わない相性ここまで 660 '相性診断　相性パターン結果　ここから 670 dim Result_Aisyou_type$(8) 680 '相性診断相性パターン結果ここまで 690 '2019/04/07 姓名判断アプリ作成開始 700 '姓名判断　名前の総数での吉凶を調べる 710 buf_count=0:buffer_count=0:count=0:buffer=0 720 '合計文字数 730 totalmoji=0 740 dim buf_Input_data$(10),buf_Input_data2$(10) 750 dim bufer_name$(10),bufer_name2$(10) 760 dim buf_Input_name$(10),buf_Input_name2$(10) 770 '定数文字1画〜24画 780 Moji_1=29:Moji_2=79:Moji_3=100:Moji_4=113:Moji_5=135:Moji_6=177:Moji_7=191:Moji_8=287:Moji_9=275:Moji_10=291:Moji_11=297:Moji_12=196:Moji_13=230:Moji_14=156:Moji_15=151:Moji_16=107:Moji_17=63:Moji_18=25:Moji_19=17:Moji_20=13:Moji_21=6:Moji_22=4:Moji_23=3:Moji_24=3 790 Moji_total=Moji_1+Moji_2+Moji_3+Moji_4+Moji_5+Moji_6+Moji_7+Moji_8+Moji_9+Moji_10+Moji_11+Moji_12+Moji_13+Moji_14+Moji_15+Moji_16+Moji_17+Moji_18+Moji_19+Moji_20+Moji_21+Moji_22+Moji_23+Moji_24 800 '1画 810 Moji_Min_1=1:Moji_Max_1=Moji_1+1: 820 '2画 830 Moji_Min_2=(Moji_1)+2:Moji_Max_2=Moji_1+Moji_2+2 840 '3画 850 Moji_Min_3 =(Moji_1) + (Moji_2) + 3:Moji_Max_3 =Moji_1 + Moji_2 + Moji_3+3 860 '4画 870 Moji_Min_4 = (Moji_3) + Moji_2 + Moji_1 + 4:Moji_Max_4=Moji_1+Moji_2 + Moji_3 + Moji_4 + 4 880 '5画 890 Moji_Min_5 = (Moji_1 + Moji_2 + Moji_3 + Moji_4) + 5:Moji_Max_5 = (Moji_1 + Moji_2 + Moji_3 + Moji_4 + Moji_5)+5 900 '6画 910 Moji_Min_6 = (Moji_1+Moji_2+Moji_3+Moji_4+Moji_5)+6:Moji_Max_6=(Moji_1 + Moji_2 + Moji_3 + Moji_4 + Moji_5 + Moji_6)+6 920 '7画 930 Moji_Min_7 = (Moji_1 + Moji_2 + Moji_3 + Moji_4 + Moji_5 + Moji_6) + 7:Moji_Max_7 = (Moji_1 + Moji_2 + Moji_3 + Moji_4 + Moji_5 + Moji_6 + Moji_7) + 7 940 '8画 950 Moji_Min_8 = Moji_1+Moji_2+Moji_3+Moji_4+Moji_5+Moji_6+Moji_7+8:Moji_Max_8=(Moji_1 + Moji_2 + Moji_3 + Moji_4 + Moji_5 + Moji_6 + Moji_7 + Moji_8)+8 960 '9画 970 Moji_Min_9 = Moji_1 + Moji_2 + Moji_3 + Moji_4 + Moji_5 + Moji_6 + Moji_7 + Moji_8 + 9:Moji_Max_9 = Moji_1 + Moji_2 + Moji_3 + Moji_4 + Moji_5 + Moji_6 + Moji_7 + Moji_8 + Moji_9 + 9 980 '10画 990 Moji_Min_10 = (Moji_1+Moji_2+Moji_3+Moji_4+Moji_5+Moji_6+Moji_7+Moji_8+Moji_9)+10:Moji_Max_10=(Moji_1+Moji_2+Moji_3+Moji_4+Moji_5+Moji_6+Moji_7+Moji_8+Moji_9+Moji_10)+10 1000 '11画 1010 Moji_Min_11 = (Moji_1+Moji_2+Moji_3+Moji_4 + Moji_5 + Moji_6 + Moji_7 + Moji_8 + Moji_9 + Moji_10)+11:Moji_Max_11=(Moji_1 + Moji_2 + Moji_3 + Moji_4 + Moji_5 + Moji_6 + Moji_7 + Moji_8 + Moji_9 + Moji_10 + Moji_11)+11 1020 '12画 1030 Moji_Min_12 = (Moji_1+Moji_2+Moji_3+Moji_4+Moji_5+Moji_6+Moji_7+Moji_8+Moji_9+Moji_10+Moji_11)+12:Moji_Max_12=Moji_1+Moji_2+Moji_3+Moji_4+Moji_5+Moji_6+Moji_7+Moji_8+Moji_9+Moji_10+Moji_11+Moji_12+12 1040 '13画 1050 Moji_Min_13=(Moji_1+Moji_2+Moji_3+Moji_4+Moji_5+Moji_6+Moji_7+Moji_8+Moji_9+Moji_10+Moji_11+Moji_12)+13:Moji_Max_13=(Moji_1+Moji_2+Moji_3+Moji_4+Moji_5+Moji_6+Moji_7+Moji_8+Moji_9+Moji_10+Moji_11+Moji_12+Moji_13)+13 1060 '14画 1070 Moji_Min_14 =(Moji_1+Moji_2+Moji_3+Moji_4+Moji_5+Moji_6+Moji_7+Moji_8+Moji_9+Moji_10+Moji_11+Moji_12+Moji_13)+14:Moji_Max_14=(Moji_1+Moji_2+Moji_3+Moji_4+Moji_5+Moji_6+Moji_7+Moji_8+Moji_9+Moji_10+Moji_11+Moji_12+Moji_13+Moji_14)+14 1080 '15画 1090 Moji_Min_15 = (Moji_1+Moji_2+Moji_3+Moji_4+Moji_5+Moji_6+Moji_7+Moji_8+Moji_9+Moji_10+Moji_11+Moji_12+Moji_13+Moji_14)+15:Moji_Max_15=(Moji_1 + Moji_2 + Moji_3 + Moji_4 + Moji_5 + Moji_6+ Moji_7 + Moji_8 + Moji_9+ Moji_10 + Moji_11 + Moji_12+Moji_13+Moji_14+Moji_15)+15 1100 '16画 1110 Moji_Min_16 = (Moji_1+Moji_2+Moji_3+Moji_4+Moji_5+Moji_6+Moji_7+Moji_8+Moji_9+Moji_10+Moji_11+Moji_12+Moji_13+Moji_14+Moji_15)+16:Moji_Max_16=Moji_1 + Moji_2 + Moji_3 + Moji_4 + Moji_5 + Moji_6 + Moji_7 + Moji_8 + Moji_9 + Moji_10 + Moji_11+Moji_12+Moji_13+Moji_14+Moji_15+Moji_16+16 1120 '17画 1130 Moji_Min_17 = (Moji_1+Moji_2+Moji_3+Moji_4+Moji_5+Moji_6+Moji_7+Moji_8+Moji_9+Moji_10+Moji_11+Moji_12+Moji_13+Moji_14+Moji_15+Moji_16) + 17:Moji_Max_17 = Moji_1 + Moji_2 + Moji_3 + Moji_4+Moji_5 + Moji_6 + Moji_7+Moji_8 + Moji_9 + Moji_10 + Moji_11 + Moji_12 + Moji_13 + Moji_14 + Moji_15+Moji_16+Moji_17+17 1140 '18画 1150 Moji_Min_18 = (Moji_1+Moji_2+Moji_3+Moji_4+Moji_5+Moji_6+Moji_7+Moji_8+Moji_9+Moji_10+Moji_11+Moji_12+Moji_13+Moji_14+Moji_15+Moji_16+Moji_17)+18:Moji_Max_18 = (Moji_1+Moji_2+Moji_3+Moji_4+Moji_5+Moji_6+Moji_7+Moji_8+Moji_9+Moji_10+Moji_11+Moji_12+Moji_13+Moji_14+Moji_15+Moji_16+Moji_17+Moji_18)+18 1160 '19画 1170 Moji_Min_19=(Moji_1+Moji_2+Moji_3+Moji_4+Moji_5+Moji_6+Moji_7+Moji_8+Moji_9+Moji_10+Moji_11+Moji_12+Moji_13+Moji_14+Moji_15+Moji_16+Moji_17+Moji_18)+19:Moji_Max_19=(Moji_1+Moji_2+Moji_3+Moji_4+Moji_5+Moji_6+Moji_7+Moji_8+Moji_9+Moji_10+Moji_11+Moji_12+Moji_13+Moji_14+Moji_15+Moji_16+Moji_17+Moji_18+Moji_19)+19 1180 '20画 1190 Moji_Min_20=(Moji_1+Moji_2+Moji_3+Moji_4+Moji_5+Moji_6+Moji_7+Moji_8+Moji_9+Moji_10+Moji_11+Moji_12+Moji_13+Moji_14+Moji_15+Moji_16+Moji_17+Moji_18+Moji_19)+20:Moji_Max_20=Moji_1+Moji_2+Moji_3+Moji_4+Moji_5+Moji_6+Moji_7+Moji_8+Moji_9+Moji_10+Moji_11+Moji_12+Moji_13+Moji_14+Moji_15+Moji_16+Moji_17+Moji_18+Moji_19+Moji_20+20 1200 '21画 1210 Moji_Min_21=(Moji_1+Moji_2+Moji_3+Moji_4+Moji_5+Moji_6+Moji_7+Moji_8+Moji_9+Moji_10+Moji_11+Moji_12+Moji_13+Moji_14+Moji_15+Moji_16+Moji_17+Moji_18+Moji_19+Moji_20)+21:Moji_Max_21=(Moji_1+Moji_2+Moji_3+Moji_4+Moji_5+Moji_6+Moji_7+Moji_8+Moji_9+Moji_10+Moji_11+Moji_12+Moji_13+Moji_14+Moji_15+Moji_16+Moji_17+Moji_18+Moji_19+Moji_20+Moji_21)+21 1220 '22画 1230 Moji_Min_22=(Moji_1+Moji_2+Moji_3+Moji_4+Moji_5+Moji_6+Moji_7+Moji_8+Moji_9+Moji_10+Moji_11+Moji_12+Moji_13+Moji_14+Moji_15+Moji_16+Moji_17+Moji_18+Moji_19+Moji_20+Moji_21)+22:Moji_Max_22=Moji_1+Moji_2+Moji_3+Moji_4+Moji_5+Moji_6+Moji_7+Moji_8+Moji_9+Moji_10+Moji_11+Moji_12+Moji_13+Moji_14+Moji_15+Moji_16+Moji_17+Moji_18+Moji_19+Moji_20+Moji_21+Moji_22+22 1240 '23画 1250 Moji_Min_23=(Moji_1+Moji_2+Moji_3+Moji_4+Moji_5+Moji_6+Moji_7+Moji_8+Moji_9+Moji_10+Moji_11+Moji_12+Moji_13+Moji_14+Moji_15+Moji_16+Moji_17+Moji_18+Moji_19+Moji_20+Moji_21+Moji_22):Moji_Max_23=(Moji_1+Moji_2+Moji_3+Moji_4+Moji_5+Moji_6+Moji_7+Moji_8+Moji_9+Moji_10+Moji_11+Moji_12+Moji_13+Moji_14+Moji_15+Moji_16+Moji_17+Moji_18+Moji_19+Moji_20+Moji_21+Moji_22+Moji_23) 1260 '24画 1270 Moji_Min_24=(Moji_1+Moji_2+Moji_3+Moji_4+Moji_5+Moji_6+Moji_7+Moji_8+Moji_9+Moji_10+Moji_11+Moji_12+Moji_13+Moji_14+Moji_15+Moji_16+Moji_17+Moji_18+Moji_19+Moji_20+Moji_21+Moji_22+Moji_23)+24:Moji_Max_24=(Moji_1+Moji_2+Moji_3+Moji_4+Moji_5+Moji_6+Moji_7+Moji_8+Moji_9+Moji_10+Moji_11+Moji_12+Moji_13+Moji_14+Moji_15+Moji_16+Moji_17+Moji_18+Moji_19+Moji_20+Moji_21+Moji_22+Moji_23+Moji_24)+24 1280 dim Moji_data$(Moji_total+24) 1290 'dim bufmoji$(10),Input_data$(10) 1300 '１画の文字サイズ:21+2(漢字) 1310 dim buf_char_hiragana1$(Moji_1) 1320 '2画の文字サイズ 58+14=72(漢字) 1330 dim buf_char_hiragana2$(Moji_2) 1340 '3画の文字サイズ:48+29=77(漢字) 1350 dim buf_char_hiragana3$(Moji_3) 1360 '4画の文字サイズ:29+51=80(漢字) 1370 dim buf_char_hiragana4$(Moji_4) 1380 '５画の文字サイズ:18+59=77(漢字) 1390 dim buf_char_hiragana5$(Moji_5) 1400 '6画の文字サイズ:79(漢字) 1410 dim buf_char_hiragana6$(Moji_6) 1420 '7画の文字サイズ:88(漢字) 1430 dim buf_char_hiragana7$(Moji_7) 1440 '8画の文字 1450 dim buf_char_hiragana8$(Moji_8) 1460 '9画の文字 1470 dim buf_char_hiragana9$(Moji_9) 1480 '10画の文字 98文字 1490 dim buf_char_hiragana10$(Moji_10) 1500 '11画の文字 1510 dim buf_char_hiragana11$(Moji_11) 1520 '12画の文字 1530 dim buf_char_hiragana12$(Moji_12) 1540 '13画の文字 81文字 1550 dim buf_char_hiragana13$(Moji_13) 1560 '14画の文字 1570 dim buf_char_hiragana14$(Moji_14) 1580 '15画の文字 1590 dim buf_char_hiragana15$(Moji_15) 1600 '16画の文字 1610 dim buf_char_hiragana16$(Moji_16) 1620 '17画の文字 1630 dim buf_char_hiragana17$(Moji_17) 1640 '18画の文字 1650 dim buf_char_hiragana18$(Moji_18) 1660 '19画の文字 1670 dim buf_char_hiragana19$(Moji_19) 1680 '20画の文字 1690 dim buf_char_hiragana20$(Moji_20) 1700 '21画の文字 1710 dim buf_char_hiragana21$(Moji_21) 1720 '22画の文字 1730 dim buf_char_hiragana22$(Moji_22) 1740 '23画の文字 1750 dim buf_char_hiragana23$(Moji_23) 1760 '24画の文字 1770 dim buf_char_hiragana24$(Moji_24) 1780 '結果表示1　吉凶データー 81パターン 1790 dim buf_Kikkyo$(81) 1800 '結果表示２ 1810 '安斎流姓名判断吉凶 1.地運 1820 dim buf_Kikkyo_Anzai_chiunn$(70) 1830 '安斎流姓名判断　　吉凶 2.人運 1840 dim buf_Kikkyo_Anzai_jinunn$(69) 1850 '安斎流姓名判断吉凶 3.外運 1860 'dim buf_Kikkyo_Anzai_gaiunn$(70) 1870 '安斎流姓名判断吉凶　　4.総運 1880 dim buf_Kikkyo_Anzai_total$(80) 1890 'データー読み込み　ここから 1900 'データー読み込み　1.ひらがな 1910 '1画の文字 6文字 23文字 1920 open "config/Kanji_data/Mojidata.dat" for input as #1 1930 '全ファイルを読み込む 1940 j=0: 1950 for i = 1 to ((Moji_total + 24)-1) 1960 input #1,Moji_data$(i-1) 1970 next i 1980 close #1 1990 '全ファイル読み込み　ここまで 2000 for n=1 to (Moji_1)-1 2010 '1画の文字にデーターをコピーする 2020 buf_char_hiragana1$(n-1) = Moji_data$(n+1) 2030 next n 2040 '2画の文字 73文字 2050 for i = Moji_Min_2 to (Moji_Max_2)-1 2060 buf_char_hiragana2$(i-Moji_Min_2)=Moji_data$(i+1) 2070 next i 2080 '3文字の文字 77文字 2090 for i = Moji_Min_3 to (Moji_Max_3)-1 2100 buf_char_hiragana3$(i-(Moji_Min_3)) = Moji_data$(i+1) 2110 next i 2120 '4文字の文字 80文字 2130 for i = (Moji_Min_4) to (Moji_Max_4)-1 2140 buf_char_hiragana4$(i-Moji_Min_4)=Moji_data$(i+1) 2150 next i 2160 '5文字の文字 77文字 2170 for i = Moji_Min_5 to (Moji_Max_5) - 1 2180 buf_char_hiragana5$(i - Moji_Min_5)=Moji_data$(i+1) 2190 next i 2200 '6文字の文字 79文字 2210 for i = Moji_Min_6 to Moji_Max_6 2220 buf_char_hiragana6$(i-Moji_Min_6) = Moji_data$(i+1) 2230 next i 2240 '7文字の文字 170文字 2250 for i = Moji_Min_7 to Moji_Max_7 2260 buf_char_hiragana7$(i-Moji_Min_7)= Moji_data$(i+1) 2270 next i 2280 '8画の文字 120文字 2290 for i = Moji_Min_8 to Moji_Max_8 2300 buf_char_hiragana8$(i - Moji_Min_8)=Moji_data$(i+1) 2310 next i 2320 '9画の文字 103文字 2330 for i = Moji_Min_9 to Moji_Max_9 2340 buf_char_hiragana9$(i - Moji_Min_9)=Moji_data$(i+1) 2350 next i 2360 '10画の文字 285文字 2370 for i = Moji_Min_10 to (Moji_Max_10) 2380 buf_char_hiragana10$(i-Moji_Min_10)=Moji_data$(i+1) 2390 next i 2400 '11画の文字 2410 for i = Moji_Min_11 to Moji_Max_11 2420 buf_char_hiragana11$(i-Moji_Min_11)=Moji_data$(i+1) 2430 next i 2440 '12画の文字 2450 for i = Moji_Min_12 to (Moji_Max_12) 2460 buf_char_hiragana12$(i-Moji_Min_12)=Moji_data$(i+1) 2470 next i 2480 '13画の文字 81 2490 for i = Moji_Min_13 to (Moji_Max_13) 2500 buf_char_hiragana13$(i-Moji_Min_13)=Moji_data$(i+1) 2510 next i 2520 '14画の文字 66 2530 for i = Moji_Min_14 to Moji_Max_14 2540 buf_char_hiragana14$(i-Moji_Min_14)=Moji_data$(i+1) 2550 next i 2560 '15画の文字 59 2570 'for i = Moji_Min_15 to (Moji_Max_15) - 1 2580 for i=Moji_Min_15 to Moji_Max_15 2590 buf_char_hiragana15$(i-Moji_Min_15)=Moji_data$(i+1) 2600 next i 2610 '16画の文字 44 2620 for i=Moji_Min_16 to Moji_Max_16 2630 buf_char_hiragana16$(i-Moji_Min_16)=Moji_data$(i+1) 2640 next i 2650 '17画の文字 2660 for i = Moji_Min_17 to Moji_Max_17 2670 buf_char_hiragana17$(i-Moji_Min_17)=Moji_data$(i+1) 2680 next i 2690 '18画の文字 2700 for i = Moji_Min_18 to Moji_Max_18 2710 buf_char_hiragana18$(i-Moji_Min_18)=Moji_data$(i+1) 2720 next i 2730 '19画の文字 17文字 2740 for i = Moji_Min_19 to Moji_Max_19 2750 buf_char_hiragana19$(i-Moji_Min_19)=Moji_data$(i+1) 2760 next i 2770 '20 画の文字 13文字 2780 for i = Moji_Min_20 to Moji_Max_20 2790 buf_char_hiragana20$(i-Moji_Min_20)=Moji_data$(i+1) 2800 NEXT i 2810 '21画の文字 6 2820 for i = Moji_Min_21 to Moji_Max_21 2830 buf_char_hiragana21$(i-Moji_Min_21)=Moji_data$(i+1) 2840 next i 2850 '22 画の文字 4 2860 for i = Moji_Min_22 to Moji_Max_22 2870 buf_char_hiragana22$(i-Moji_Min_22)=Moji_data$(i+1) 2880 next i 2890 '23画の文字 3文字 2900 for i = Moji_Min_23 to Moji_Max_23 2910 buf_char_hiragana23$(i-Moji_Min_23)=Moji_data$(i+1) 2920 next i 2930 '24画の文字 3文字 2940 for i = Moji_Min_24 to Moji_Max_24-1 2950 buf_char_hiragana24$(i-Moji_Min_24)=Moji_data$(i+1) 2960 next i 2970 '吉凶データー読み込み 2980 open "config/Kikkyo_data/Kikkyo_data.dat" for input as #1 2990 for i=0 to 80 3000 input #1,buf_Kikkyo$(i) 3010 next i 3020 close #1 3030 open "config/Anzai_Kikkyo/Anzai_Kikkyo_chiunn.dat" for input as #1 3040 for m=0 to 69 3050 input #1,buf_Kikkyo_Anzai_chiunn$(m) 3060 next m 3070 close #1 3080 open "config/Anzai_Kikkyo/Anzai_Kikkyo_jinunn.dat" for input as #1 3090 for i=1 to 70 3100 input #1,buf_Kikkyo_Anzai_jinunn$(i-1) 3110 next i 3120 close #1 3130 open "config/Anzai_Kikkyo/Anzai_Kikkyo_Total.dat" for input as #1 3140 for i=0 to 79 3150 input #1,buf_Kikkyo_Anzai_total$(i) 3160 next i 3170 close #1 3180 restore 4010 3190 for i=0 to 19 3200 ' for j=0 to 11 3210 read buf_good_couple1(i) 3220 ' next j 3230 next i 3240 restore 4020 3250 for j=0 to 19 3260 read buf_good_couple2(j) 3270 next j 3280 '0.理解し合えるカップルここまで 3290 '1.互いに自然体でつきあえる二人　ここから 3300 restore 4050 3310 for i=0 to 19 3320 read buf_natural_couple1(i) 3330 next i 3340 restore 4060 3350 for j=0 to 19 3360 read buf_natural_couple2(j) 3370 next j 3380 '1.互いに自然体でつきあえる二人　ここまで 3390 '2 ここから 3400 restore 4090 3410 for i=0 to 19 3420 read buf_good_for_man1(i) 3430 next i 3440 restore 4100 3450 for j=0 to 19 3460 read buf_good_for_man2(j) 3470 next j 3480 '2 ここまで 3490 '3 ここから 3500 restore 4130 3510 for i=0 to 19 3520 read buf_good_for_woman1(i) 3530 next i 3540 restore 4140 3550 for j=0 to 19 3560 read buf_good_for_woman2(j) 3570 next j 3580 '3 ここまで 3590 '4 ここから 3600 restore 4170 3610 for i=0 to 19 3620 read short_of_experience1(i) 3630 next i 3640 restore 4180 3650 for j=0 to 19 3660 read short_of_experience2(j) 3670 next j 3680 '4 ここまで 3690 '5.結婚への発展が困難なカップルここから 3700 restore 4210 3710 for i=0 to 19 3720 read buf_difficult_for_couple1(i) 3730 next i 3740 restore 4220 3750 for j=0 to 19 3760 read buf_difficult_for_couple2(j) 3770 next j 3780 '5.結婚への発展が困難なカップルここまで 3790 '6.愛し方にズレが出る二人ここから 3800 restore 4250 3810 for i=0 to 19 3820 read buf_difference_of_love1(i) 3830 next i 3840 restore 4260 3850 for j=0 to 19 3860 read buf_difference_of_love2(j) 3870 next j 3880 '6.愛し方にズレが出る二人ここまで 3890 '7.互いの価値観が噛み合わない相性ここから 3900 restore 4290 3910 for i=0 to 19 3920 read buf_difference_of_KachiKan1(i) 3930 next i 3940 restore 4300 3950 for j=0 to 19 3960 read buf_difference_of_KachiKan2(j) 3970 next j 3980 '7.互いの価値観が噛み合わない相性ここまで 3990 '相性占いタイプここから 4000 restore 4340 4010 for i=0 to 7 4020 read Result_Aisyou_type$(i) 4030 next i 4040 data 1,5,6,2,5,7,3,5,8,4,6,0,-1,-1,-1,-1,-1,-1,-1,-1 4050 data 8,2,2,6,8,4,9,0,1,7,1,5,-1,-1,-1,-1,-1,-1,-1,-1 4060 '0.理解し合えるカップル　ここまで 4070 '1.互いに自然体でつきあえるカップルここから 4080 data 1,4,6,7,9,2,4,6,8,9,3,4,6,8,0,3,4,7,8,0 4090 data 6,1,6,2,6,5,4,7,7,0,2,9,8,8,3,3,0,1,0,7 4100 '1.互いに自然体でつきあえるカップル　ここまで 4110 '2.男性にとって居心地の良いカップルここから 4120 data 1,6,9,2,8,9,3,8,0,-1,-1,-1,-1,-1,-1,-1,-1,-1,-1,-1 4130 data 1,5,4,0,5,8,4,9,9,-1,-1,-1,-1,-1,-1,-1,-1,-1,-1,-1 4140 '2男性にとって居心地の良いカップルここまで 4150 '3女性にとって居心地の良いカップルここから 4160 data 1,2,6,7,1,5,6,0,2,5,7,0,-1,-1,-1,-1,-1,-1,-1,-1 4170 data 3,2,4,0,9,3,9,2,1,6,8,8,-1,-1,-1,-1,-1,-1,-1,-1 4180 '3女性にとって居心地の良いカップルここまで 4190 '4恋愛経験を重ねた後なら愛を育めるここから 4200 data 1,3,6,8,1,3,7,2,4,8,-1,-1,-1,-1,-1,-1,-1,-1,-1,-1 4210 data 7,6,3,3,0,7,5,4,5,2,-1,-1,-1,-1,-1,-1,-1,-1,-1,-1 4220 '4恋愛経験を重ねた後なら愛を育めるここまで 4230 '5.結婚への発展が困難なカップルここから 4240 data 1,4,7,2,4,9,3,7,0,-1,-1,-1,-1,-1,-1,-1,-1,-1,-1,-1 4250 data 2,3,7,3,6,3,5,6,1,-1,-1,-1,-1,-1,-1,-1,-1,-1,-1,-1 4260 '5.結婚への発展が困難なカップルここまで 4270 '6.愛し方にズレが生じる二人ここから 4280 data 1,5,9,2,5,9,3,7,0,3,8,-1,-1,-1,-1,-1,-1,-1,-1,-1 4290 data 5,4,5,7,7,7,8,9,6,0,6,-1,-1,-1,-1,-1,-1,-1,-1,-1 4300 '6.愛し方にずれが生じる二人ここまで 4310 '7.互いに価値観が噛み合わない相性　ここから 4320 data 1,4,5,9,0,2,4,6,9,2,5,7,9,3,5,8,0,-1,-1,-1 4330 data 4,2,9,1,0,8,8,0,2,9,1,3,9,1,5,4,4,-1,-1,-1 4340 '7.互いに価値観が噛み合わない相性ここまで 4350 '相性占い結果パターンここから 4360 '0 4370 data "理解し合える最良のカップル" 4380 '1 4390 data "互いに自然体でつきあえるカップル" 4400 '2 4410 data "男性にとって居心地の良い相性" 4420 '3 4430 data "女性にとって居心地の良い相性" 4440 '4 4450 data "恋愛経験を重ねた後なら愛を育める" 4460 '5 4470 data "結婚への発展が困難なカップル" 4480 '6 4490 data "愛し方にずれが生じる二人" 4500 '7 4510 data "互いの価値観が噛み合わない相性" 4520 '相性占い結果パターンここまで 4530 'メイン画面 Top画面1 4540 Main_Screen: 4550 cls 3:font 48:color rgb(255,255,255),,rgb(176,196,222) 4560 talk "番号を選んでエンターキーを押してください" 4570 'Text ,Grapgic clear:cls 3 4580 'グラフィック領域　ここから 4590 line (0,0)-(870,60),rgb(0,0,255),bf 4600 pen 5:line(0,0)-(867,57),rgb(255,255,255),b 4610 line (0,60)-(870,460),rgb(127,255,212),bf 4620 pen 5:line(0,63)-(873,462),rgb(0,0,0),b 4630 line (0,457)-(873,637),rgb(0,255,0),bf 4640 pen 5:line(0,463)-(874,640),rgb(255,0,255),b 4650 'グラフィック領域ここまで 4660 'touch(0):x=touch(4) 4670 print"◎姓名判断　メイン画面"+chr$(13) 4680 '文字色:黒 4690 color rgb(255,0,255) 4700 print"1.姓名判断"+chr$(13) 4710 print"2.姓名判断の設定"+chr$(13) 4720 print"3.ヘルプ"+chr$(13) 4730 print"4.プログラムの終了"+chr$(13) 4740 'x=touch(4) 4750 'print"7.プログラム終了"+chr$(13) 4760 '文字:黒 4770 color rgb(0,0,0) 4780 print"番号を選んでください"+chr$(13) 4790 Input"番号:",selectNo 4800 if selectNo = 1 then goto SeimeiHandan_Top: 4810 if selectNo = 2 then goto Menu2_Setting: 4820 if selectNo = 3 then goto Menu2_Help: 4830 if selectNo = 4 then talk"終了します":cls 3:end 4840 if selectNo > 4 or selectNo=0 then goto Main_Screen: 4850 if str$(selectNo)="" then goto Main_Screen: 4860 '1.姓名判断トップ画面 4870 screen 1,1 4880 'タイトル文字:白 4890 font 48:color rgb(255,255,255),,rgb(176,196,222) 4900 talk "姓名判断トップメニューです。姓名判断の種類の番号を選んでエンターキーを押してください" 4910 'グラフィック描画領域　ここから 4920 SeimeiHandan_Top: 4930 cls 3 4940 '1.Title:青 4950 line (0,0)-(870,60),rgb(0,0,255),bf 4960 pen 5:line (0,3)-(873,63),rgb(255,255,255),b 4970 line (0,60)-(870,360),rgb(127,255,212),bf 4980 pen 5:LINE (0,63)-(873,363),rgb(255,0,255),b 4990 line (0,360)-(870,520),rgb(0,255,0),bf 5000 pen 5:line (0,363)-(873,523),rgb(0,0,0),b 5010 'グラフィック描画領域ここまで 5020 color rgb(255,255,255) 5030 print"◎姓名判断の種類トップメニュー"+chr$(13) 5040 color rgb(255,0,255):print"1.九星姓名判断"+chr$(13) 5050 color rgb(255,0,255):print"2.安斎流姓名判断"+chr$(13) 5060 COLOR rgb(255,0,255):print"3.前の画面に戻る"+chr$(13) 5070 color rgb(0,0,0):Print"番号を選んでエンターを押してください" 5080 color rgb(0,0,0):Input"番号:",selectNo 5090 IF selectNo=1 then goto Menu1_kyusei: 5100 if selectNo=2 then goto Menu1_2_Anzai_Top: 5110 if selectNo=3 then goto Main_Screen: 5120 '１．姓名判断(九星姓名判断トップ) 5130 'グラフィック領域　ここから 5140 Menu1_kyusei: 5150 cls 3 5160 line (0,0)-(720,60),rgb(0,0,250),bf 5170 pen 5:line (0,0)-(723,63),rgb(255,255,255),b 5180 line (0,60)-(720,450),rgb(127,255,212),bf 5190 pen 5:line(0,63)-(723,453),rgb(0,0,0),b 5200 line (0,450)-(720,650),rgb(0,255,0),bf 5210 pen 5:line(0,453)-(723,653),rgb(255,0,255),b 5220 'グラフィック領域　ここまで 5230 font 48:color rgb(255,255,255),,rgb(176,196,222) 5240 talk "姓名判断トップ画面です。番号を選んでエンターキーを押してください。" 5250 cls:color rgb(255,255,255):print"◎1.姓名判断(九星姓名判断)"+chr$(13) 5260 color rgb(255,0,255):print"1.人名の吉凶を見る"+chr$(13) 5270 color rgb(255,0,255):print"2.総数で名前の吉凶を見る"+chr$(13) 5280 color rgb(255,0,255):print"3.名前の陰陽を見る"+chr$(13) 5290 color rgb(255,0,255):print"4.前の画面に戻る"+chr$(13) 5300 color rgb(0,0,0):print"番号を選んでください"+chr$(13) 5310 color rgb(0,0,0):Input"番号:",selectNo 5320 if selectNo=1 then goto Menu1_name_Kikkyo: 5330 if selectNo=2 then goto Menu1_2_Total_name: 5340 if selectNo=3 then goto Input_name_InYo: 5350 if selectNo=4 then goto Main_Screen: 5360 if selectNo > 4 or selectNo=0 then goto Menu1_kyusei: 5370 '2.姓名判断安斎流姓名判断　トップ画面 5380 '2-1名前の姓の部分を入力 5390 'グラフィック領域　ここから 5400 Menu2_Anzai_Kikkyo: 5410 cls 3:LINE (0,0)-(950,60),rgb(0,0,255),bf 5420 pen 5:line(0,0)-(953,63),rgb(255,255,255),b 5430 line (0,63)-(947,275),rgb(127,255,212),bf 5440 pen 5:line(0,63)-(950,278),rgb(0,255,0),b 5450 line (0,275)-(950,375),rgb(0,255,0),bf 5460 pen 5:line(0,272)-(947,372),rgb(0,0,0),b 5470 'グラフィック領域ここまで 5480 color rgb(255,255,255):print"安斎流　姓名判断　トップメニュー"+chr$(13) 5490 talk"安斎流姓名判断トップメニューです,名前を2回に分けて入力してください。まず最初に名前の姓の部分を入れてください" 5500 COLOR rgb(255,0,255) 5510 print"名前を2回に分けて入力してください"+chr$(13) 5520 print"名前の姓の部分を入れてください"+chr$(13) 5530 color rgb(0,0,0) 5540 input"名前の姓:",bufname$ 5550 buff1=len(bufname$) 5560 '2-2名前の名の部分を入力 5570 'グラフィック描画領域　ここから 5580 cls 3 5590 line (0,0)-(950,60),rgb(0,0,255),bf 5600 pen 5:line(0,0)-(950,60),rgb(255,255,255),b 5610 line (0,60)-(950,160),rgb(127,255,212),bf 5620 pen 5:line(0,63)-(953,163),rgb(255,0,255),b 5630 line (0,160)-(950,260),rgb(0,255,0),bf 5640 pen 5:line(0,163)-(953,263),rgb(0,0,0),b 5650 'グラフィック描画領域ここまで 5660 COLOR rgb(255,255,255) 5670 cls:print"安斎流姓名判断トップメニュー"+chr$(13) 5680 talk"つぎに、名前のめいの部分を入れてください" 5690 color rgb(255,0,255) 5700 print"名前の名の部分を入れてください"+chr$(13) 5710 color rgb(0,0,0) 5720 input"名前の名:",bufname2$ 5730 buff2=len(bufname2$) 5740 bufff=buff1+buff2 5750 'goto 15880 5760 select case bufff 5770 '姓1文字,名1文字 5780 case 2: 5790 cls 5800 '天運:buf_tenunn 5810 buf_tenunn=char_count(bufname$) 5820 '地運:buf_chiunn 5830 buf_chiunn=char_count(bufname2$) 5840 '人運 = 天運 + 地運 5850 buf_jinunn=buf_tenunn + buf_chiunn 5860 '外運 = 天運 + 人運 5870 buf_gaiunn = buf_tenunn + buf_chiunn 5880 '総数=buf_gaiunn 5890 buf_total=buf_gaiunn 5900 goto Menu2_Result_Anzai_Kikkyo: 5910 '姓１，名:2 5920 case 3: 5930 cls: 5940 if buff1=1 and buff2=2 then 5950 '1.天運:buf_tenunn 5960 buf_tenunn=char_count(bufname$) 5970 '2文字目の文字 5980 bufer_name2$(0)=Mid$(bufname2$,1,1) 5990 '3文字目の文字 6000 bufer_name2$(1)=Mid$(bufname2$,2,1) 6010 '2.人運 6020 buf_jinunn=char_count(bufer_name$(0))+char_count(bufer_name2$(1)) 6030 '3.地運:buf_chiunn 6040 buf_chiunn=char_count(bufer_name2$(0))+char_count(bufer_name2$(1)) 6050 '4外運:buf_gaiunn 6060 buf_gaiunn=char_count(bufer_name$(0))+char_count(bufer_name2$(1)) 6070 '5.総数:buf_total 6080 buf_total=char_count(bufer_name$(0))+char_count(bufer_name2$(0))+char_count(bufer_name2$(1)) 6090 goto Menu2_Result_Anzai_Kikkyo: 6100 endif 6110 if buff1=2 and buff2=1 then 6120 bufer_name$(0)=Mid$(bufname$,1,1) 6130 bufer_name$(1)=Mid$(bufname$,2,1) 6140 bufer_name2$(0)=Mid$(bufname$,1,1) 6150 '1.天運 6160 buf_tenunn=char_count(bufer_name$(0))+char_count(bufer_name$(1)) 6170 '2.人運 6180 buf_jinunn=char_count(bufer_name$(1))+char_count(bufer_name2$(0)) 6190 '3.地運 6200 buf_chiunn=char_count(bufer_name2$(0)) 6210 '4.外運 6220 buf_gaiunn=char_count(bufer_name$(0))+char_count(bufer_name2$(0)) 6230 '5.総数 6240 buf_total=char_count(bufer_name$(0))+char_count(bufer_name$(1))+char_count(bufer_name2$(0)) 6250 goto Menu2_Result_Anzai_Kikkyo: 6260 endif 6270 case 4: 6280 if buff1=2 and buff2=2 then 6290 bufer_name$(0)=Mid$(bufname$,1,1) 6300 bufer_name$(1)=Mid$(bufname$,2,1) 6310 bufer_name2$(0)=Mid$(bufname2$,1,1) 6320 bufer_name2$(1)=Mid$(bufname2$,2,1) 6330 '1.天運 6340 buf_tenunn = char_count(bufer_name$(0)) + char_count(bufer_name$(1)) 6350 '2.人運 6360 buf_jinunn=char_count(bufer_name$(1))+char_count(bufer_name2$(0)) 6370 '3.地運 6380 buf_chiunn=char_count(bufer_name2$(0))+char_count(bufer_name2$(1)) 6390 '4.外運 6400 buf_gaiunn=char_count(bufer_name$(0))+char_count(bufer_name2$(1)) 6410 '5.総数 6420 buf_total=char_count(bufer_name$(0))+char_count(bufer_name$(1))+char_count(bufer_name2$(0))+char_count(bufer_name2$(1)) 6430 goto Menu2_Result_Anzai_Kikkyo: 6440 endif 6450 'パターン2 姓3文字名1文字 total4文字 6460 if buff1=3 and buff2=1 then 6470 bufer_name$(0)=Mid$(bufname$,1,1) 6480 bufer_name$(1)=Mid$(bufname$,2,1) 6490 bufer_name$(2)=Mid$(bufname$,3,1) 6500 bufer_name2$(0)=Mid$(bufname2$,1,1) 6510 '1.天運 6520 buf_tenunn = char_count(bufer_name$(0)) + char_count(bufer_name$(1)) + char_count(bufer_name$(2)) 6530 '2.人運 6540 buf_jinunn = char_count(bufer_name$(2))+char_count(bufer_name2$(0)) 6550 '3.地運 6560 buf_chiunn=char_count(bufer_name2$(0)) 6570 '4.外運 6580 buf_gaiunn = char_count(bufer_name$(0)) + char_count(bufer_name$(1)) + char_count(bufname2$) 6590 '5.総運 6600 buf_total=char_count(bufer_name$(0))+char_count(bufer_name$(1))+char_count(bufer_name$(2))+char_count(bufer_name2$(0)) 6610 goto Menu2_Result_Anzai_Kikkyo: 6620 endif 6630 'パターン３姓1,名３合計４文字 6640 if buff1=1 and buff2=3 then 6650 bufer_name$(0)=Mid$(bufname$,1,1) 6660 bufer_name2$(0)=Mid$(bufname2$,1,1) 6670 bufer_name2$(1)=Mid$(bufname2$,2,1) 6680 bufer_name2$(2)=Mid$(bufname2$,3,1) 6690 '1.天運 6700 buf_tenunn = char_count(bufer_name$(0)) 6710 '2.人運 6720 buf_jinunn=char_count(bufer_name$(0))+char_count(bufer_name2$(0)) 6730 '3.地運 6740 buf_chiunn=char_count(bufer_name2$(0))+char_count(bufer_name2$(1))+char_count(bufer_name2$(2)) 6750 '4.外運 6760 buf_gaiunn=char_count(bufer_name$(0))+char_count(bufer_name2$(1))+char_count(bufer_name2$(2)) 6770 '5.総運 6780 buf_total=char_count(bufer_name$(0))+char_count(bufer_name2$(0))+char_count(bufer_name2$(1))+char_count(bufer_name2$(2)) 6790 goto Menu2_Result_Anzai_Kikkyo: 6800 endif 6810 case 5: 6820 '５文字の名前 6830 '1. 3文字姓 2字名 6840 if buff1=3 and buff2=2 then 6850 bufer_name$(0)=Mid$(bufname$,1,1) 6860 bufer_name$(1)=Mid$(bufname$,2,1) 6870 bufer_name$(2)=Mid$(bufname$,3,1) 6880 bufer_name2$(0)=Mid$(bufname2$,1,1) 6890 bufer_name2$(1)=Mid$(bufname2$,2,1) 6900 '1.天運 6910 buf_tenunn=char_count(bufer_name$(0))+char_count(bufer_name$(1))+char_count(bufer_name$(2)) 6920 '2.人運 6930 buf_jinunn=char_count(bufer_name$(2))+char_count(bufer_name2$(0)) 6940 '3.地運 6950 buf_chiunn=char_count(bufer_name2$(0))+char_count(bufer_name2$(1)) 6960 '4.外運 6970 buf_gaiunn=char_count(bufer_name$(0))+char_count(bufer_name$(1))+char_count(bufer_name2$(1)) 6980 '5.総運 6990 buf_total=char_count(bufer_name$(0))+char_count(bufer_name$(1))+char_count(bufer_name$(2))+char_count(bufer_name2$(0))+char_count(bufer_name2$(1)) 7000 goto Menu2_Result_Anzai_Kikkyo: 7010 endif 7020 if buff1=2 and buff2=3 then 7030 bufer_name$(0)=Mid$(bufname$,1,1) 7040 bufer_name$(1)=Mid$(bufname$,2,1) 7050 bufer_name2$(0)=Mid$(bufname2$,1,1) 7060 bufer_name2$(1)=Mid$(bufname2$,2,1) 7070 bufer_name2$(2)=Mid$(bufname2$,3,1) 7080 '1.天運 7090 buf_tenunn=char_count(bufer_name$(0))+char_count(bufer_name$(1)) 7100 '2.人運 7110 buf_jinunn=char_count(bufer_name$(1))+char_count(bufer_name2$(0)) 7120 '3.地運 7130 buf_chiunn=char_count(bufer_name2$(0))+char_count(bufer_name2$(1))+char_count(bufer_name2$(2)) 7140 '4.外運 7150 buf_gaiunn=char_count(bufer_name$(0))+char_count(bufer_name2$(1))+char_count(bufer_name2$(2)) 7160 '5.総運 7170 buf_total=char_count(bufer_name$(0))+char_count(bufer_name$(1))+char_count(bufer_name2$(0))+char_count(bufer_name2$(1))+char_count(bufer_name2$(2)) 7180 goto Menu2_Result_Anzai_Kikkyo: 7190 endif 7200 if buff1=4 and buff2=1 then 7210 bufer_name$(0)=Mid$(bufname$,1,1) 7220 bufer_name$(1)=mid$(bufname$,2,1) 7230 bufer_name$(2)=mid$(bufname$,3,1) 7240 bufer_name$(3)=mid$(bufname$,4,1) 7250 bufer_name2$(0)=mid$(bufname2$,1,1) 7260 '1.天運 7270 buf_tenunn=char_count(bufer_name$(0))+char_count(bufer_name$(1))+char_count(bufer_name$(2))+char_count(bufer_name$(3)) 7280 '2.人運 7290 buf_jinunn=char_count(bufer_name$(3))+char_count(bufer_name2$(0)) 7300 '3.地運 7310 buf_chiunn=char_count(bufer_name2$(0)) 7320 '4.外運 7330 buf_gaiunn=char_count(bufer_name$(0))+char_count(bufer_name$(1))+char_count(bufer_name2$(0)) 7340 '5.総運 7350 buf_total=char_count(bufer_name$(0))+char_count(bufer_name$(1))+char_count(bufer_name$(2))+char_count(bufer_name$(3))+char_count(bufer_name2$(0)) 7360 goto Menu2_Result_Anzai_Kikkyo: 7370 endif 7380 case 6: 7390 '3字姓 3字名 7400 if buff1=3 and buff2=3 then 7410 bufer_name$(0)=Mid$(bufname$,1,1) 7420 bufer_name$(1)=Mid$(bufname$,2,1) 7430 bufer_name$(2)=Mid$(bufname$,3,1) 7440 bufer_name2$(0)=Mid$(bufname2$,1,1) 7450 bufer_name2$(1)=Mid$(bufname2$,2,1) 7460 bufer_name2$(2)=Mid$(bufname2$,3,1) 7470 '1.天運 7480 buf_tenunn=char_count(bufer_name$(0))+char_count(bufer_name$(1))+char_count(bufer_name$(2)) 7490 '2.人運 7500 buf_jinunn=char_count(bufer_name$(2))+char_count(bufer_name2$(0)) 7510 '3.地運 7520 buf_chiunn=char_count(bufer_name2$(0))+char_count(bufer_name2$(1))+char_count(bufer_name2$(2)) 7530 '4.外運 7540 buf_gaiunn=char_count(bufer_name$(0))+char_count(bufer_name$(1))+char_count(bufer_name2$(1))+char_count(bufer_name2$(2)) 7550 '5.総運 7560 buf_total=char_count(bufer_name$(0))+char_count(bufer_name$(1))+char_count(bufer_name$(2))+char_count(bufer_name2$(0))+char_count(bufer_name2$(1))+char_count(bufer_name2$(2)) 7570 goto Menu2_Result_Anzai_Kikkyo: 7580 endif 7590 '4字姓 2字名 7600 if buff1=4 and buff2=2 then 7610 bufer_name$(0)=Mid$(bufname$,1,1) 7620 bufer_name$(1)=Mid$(bufname$,2,1) 7630 bufer_name$(2)=Mid$(bufname$,3,1) 7640 bufer_name$(3)=Mid$(bufname$,4,1) 7650 bufer_name2$(0)=Mid$(bufname2$,1,1) 7660 bufer_name2$(1)=Mid$(bufname2$,2,1) 7670 '1.天運 7680 buf_tenunn=char_count(bufer_name$(0))+char_count(bufer_name$(1))+char_count(bufer_name$(2))+char_count(bufer_name$(3)) 7690 '2.人運 7700 buf_jinunn=char_count(bufer_name$(3))+char_count(bufer_name2$(0)) 7710 '3.地運 7720 buf_chiunn=char_count(bufer_name2$(0))+char_count(bufer_name2$(1)) 7730 '4.外運 7740 buf_gaiunn=char_count(bufer_name$(0))+char_count(bufer_name$(1))+char_count(bufer_name2$(1)) 7750 '5.総運 7760 buf_total=char_count(bufer_name$(0))+char_count(bufer_name$(1))+char_count(bufer_name$(2))+char_count(bufer_name$(3))+char_count(bufer_name2$(0))+char_count(bufer_name2$(1)) 7770 goto Menu2_Result_Anzai_Kikkyo: 7780 endif 7790 '4字姓 3字名 7800 case 7: 7810 if buff1=4 and buff2=3 then 7820 bufer_name$(0)=Mid$(bufname$,1,1) 7830 bufer_name$(1)=Mid$(bufname$,2,1) 7840 bufer_name$(2)=Mid$(bufname$,3,1) 7850 bufer_name$(3)=Mid$(bufname$,4,1) 7860 bufer_name2$(0)=Mid$(bufname2$,1,1) 7870 bufer_name2$(1)=Mid$(bufname2$,2,1) 7880 bufer_name2$(2)=Mid$(bufname2$,3,1) 7890 '1.天運 7900 buf_tenunn=char_count(bufer_name$(0))+char_count(bufer_name$(1))+char_count(bufer_name$(2))+char_count(bufer_name$(3)) 7910 '2.人運 7920 buf_jinunn=char_count(bufer_name$(3))+char_count(bufer_name2$(0)) 7930 ' 3.地運 7940 buf_chiunn=char_count(bufer_name2$(0))+char_count(bufer_name2$(1))+char_count(bufer_name2$(2))+char_count(bufer_name2$(3)) 7950 '4.外運 7960 buf_gaiunn=char_count(bufer_name$(0))+char_count(bufer_name$(1))+char_count(bufer_name2$(1))+char_count(bufer_name2$(2)) 7970 '5.総運 7980 buf_total=char_count(bufer_name$(0))+char_count(bufer_name$(1))+char_count(bufer_name$(2))+char_count(bufer_name$(3))+char_count(bufer_name2$(0))+char_count(bufer_name2$(1))+char_count(bufer_name2$(2)) 7990 goto Menu2_Result_Anzai_Kikkyo: 8000 endif 8010 case else: 8020 end select 8030 '2.設定 8040 Menu2_Setting: 8050 font 48:color rgb(0,0,0),,rgb(176,196,222) 8060 talk"設定画面です。番号を選んでエンターキーを押してください" 8070 'グラフィック領域　ここから 8080 cls 3: 8090 line (0,0)-(700,60),rgb(0,0,255),bf 8100 pen 5:line(0,0)-(703,63),rgb(255,255,255),b 8110 line (0,60)-(700,570),rgb(127,255,212),bf 8120 pen 5:line(0,66)-(703,576),rgb(255,0,255),b 8130 line (0,570)-(700,740),rgb(0,255,0),bf 8140 pen 5:line(0,576)-(703,746),rgb(0,0,0),b 8150 'グラフィック領域ここまで 8160 '1行目　文字色　白 8170 color rgb(255,255,255):print"姓名判断　設定画面トップ画面"+chr$(13) 8180 color rgb(255,0,255):print"1.登録文字の確認"+chr$(13) 8190 color rgb(255,0,255):print"2.登録文字数の表示"+chr$(13) 8200 color rgb(255,0,255):print"3.メンバーリストの表示"+chr$(13) 8210 color rgb(255,0,255):print"4.前の画面に戻る"+chr$(13) 8220 color rgb(255,0,255):PRINT"5.プログラムの終了"+chr$(13) 8230 color rgb(0,0,0) 8240 print"番号を選んでください"+chr$(13) 8250 Input"番号:",selectNo、 8260 if selectNo=1 then font 48:goto Menu2_moji_check: 8270 if selectNo=2 then font 48:goto Menu2_Entry_moji: 8280 if selectNo=3 then font 48:goto Member_List_Top: 8290 if selectNo=4 then font 48:goto Main_Screen: 8300 if selectNo=5 then talk"終了します":cls 3:font 48:end 8310 if selectNo > 5 or selectNo = 0 then goto Menu2_Setting: 8320 '3 番号で吉凶を見る入力 8330 Menu1_2_Total_name: 8340 font 48:color rgb(0,0,0),,rgb(176,196,222) 8350 'グラフィック描画領域　ここから 8360 cls 3 8370 line (0,0)-(700,60),rgb(0,0,255),bf 8380 pen 5:line (0,0)-(703,63),rgb(255,255,255),b 8390 line (0,60)-(700,250),rgb(127,255,212),bf 8400 pen 5:line(0,63)-(703,253),rgb(255,0,255),b 8410 line (0,247)-(697,357),rgb(0,255,0),bf 8420 pen 5:line(0,263)-(703,363),rgb(0,0,0),b 8430 'グラフィック描画領域ここまで 8440 color rgb(255,255,255) 8450 print"画数での吉凶判定"+chr$(13) 8460 color rgb(255,0,255) 8470 print"画数を入れてください"+chr$(13) 8480 print"(Max:81文字)"+chr$(13) 8490 color rgb(0,0,0) 8500 Input"文字の画数:",Number 8510 if Number > 81 then goto Menu1_2_Total_name: 8520 if Number <=81 then goto Result_Total_name: 8530 '3.番号で吉凶を見る結果表示 8540 'グラフィック描画領域　ここから 8550 Result_Total_name: 8560 cls 3 8570 line (0,0)-(700,60),rgb(0,0,255),bf 8580 pen 5:line(0,0)-(703,63),rgb(255,255,255),b 8590 line (0,60)-(700,253),rgb(127,255,212),bf 8600 pen 5:line(0,63)-(703,256),rgb(255,0,255),b 8610 line (0,253)-(700,357),rgb(0,255,0),bf 8620 pen 5:line(0,250)-(703,360),rgb(0,0,0),b 8630 'グラフィック描画領域　ここまで 8640 color rgb(255,255,255) 8650 print "画数で吉凶を求める"+chr$(13) 8660 color rgb(255,0,255) 8670 talk str$(Number-1)+"画のきっきょうは、"+buf_Kikkyo$(Number-1)+"です" 8680 print"画数:";Number;chr$(13):print"吉凶:";buf_Kikkyo$(Number-1);chr$(13) 8690 'endif 8700 color rgb(0,0,0) 8710 print "エンターキーを押してください"+chr$(13) 8720 key$=input$(1) 8730 If key$=chr$(13) then goto Menu1_kyusei: 8740 '3.ヘルプ 8750 Menu2_Help: 8760 cls 3:font 48:color rgb(0,0,0),,rgb(176,196,222) 8770 '描画領域ここから 8780 line (0,0)-(650,60),rgb(0,0,255),bf 8790 pen 5:line(0,0)-(653,63),rgb(255,255,255),b 8800 line (0,60)-(650,560),rgb(127,255,212),bf 8810 pen 5:line(0,63)-(653,563),rgb(255,0,255),b 8820 line (0,560)-(650,660),rgb(0,255,0),bf 8830 pen 5:line(0,563)-(653,663),rgb(0,0,0),b 8840 '描画領域　ここまで 8850 talk"ヘルプ画面です番号を選んでエンターキーを押してください" 8860 color rgb(255,255,255):print "姓名判断　ヘルプ"+chr$(13) 8870 color rgb(255,0,255):print"1.バージョン情報"+chr$(13) 8880 color rgb(255,0,255):print"2.参考文献"+chr$(13) 8890 color rgb(255,0,255):print"3.プログラムの終了"+chr$(13) 8900 color rgb(255,0,255):print"4.メンバーリストの削除"+chr$(13) 8910 color rgb(255,0,255):PRINT"5.前の画面に戻る"+chr$(13) 8920 color rgb(0,0,0):Input"番号:",selectNo 8930 if selectNo=1 then goto Version_Info: 8940 if selectNo=2 then goto Reference_book: 8950 if selectNo=3 then talk"終了いたします":cls 3:end 8960 if selectNo=4 then goto Remove_MemberList: 8970 if selectNo=5 then goto Main_Screen: 8980 if selectNo > 5 or selectNo = 0 then goto 8730 8990 Menu1_name_Kikkyo: 9000 'Menu1　画面 9010 talk"調べたい名前のみよじをいれてください" 9020 'グラフィック描画領域　ここから 9030 cls 3 9040 line (0,0)-(1000,60),rgb(0,0,255),bf 9050 pen 5:line(0,0)-(1003,63),rgb(255,255,255),b 9060 line (0,60)-(1000,170),rgb(127,255,212),bf 9070 pen 5:line(0,63)-(1003,173),rgb(255,0,255),b 9080 line (0,170)-(1000,300),rgb(0,255,0),bf 9090 pen 5:line(0,173)-(1003,303),rgb(0,0,0),b 9100 'グラフィック描画領域　ここまで 9110 color rgb(255,255,255):print"調べたい名前の苗字を入れてください"+chr$(13) 9120 color rgb(255,0,255):print"例:山田太郎の山田の部分"+chr$(13) 9130 color rgb(0,0,0):input"調べたい名前の苗字(上の文字):",name$ 9140 cls 9150 talk "調べたい名前の下の名を入れてください":color rgb(255,255,255):print"調べたい名前の名の部分を入れてください"+chr$(13) 9160 color rgb(255,0,255):print"例:山田太郎の太郎の部分を入れてください"+chr$(13) 9170 color rgb(0,0,0):input"調べたい名前の名の部分(下の部分):",name2$ 9180 goto 9400 9190 'メニュー6　バージョン表示 9200 'グラフィック　描画　領域　ここから 9210 Version_Info: 9220 cls 3 9230 line (0,0)-(1050,60),rgb(0,0,255),bf 9240 pen 5:line(0,0)-(1053,63),rgb(255,255,255),b 9250 line (0,60)-(1050,630),rgb(127,255,212),bf 9260 pen 5:line(0,0)-(1053,633),rgb(0,255,0),b 9270 line (0,630)-(1050,750),rgb(0,255,0),bf 9280 pen 5:line(0,633)-(1053,753),rgb(0,0,0),b 9290 'グラフィック　描画領域　ここまで 9300 color rgb(255,255,255):print"バージョン情報"+chr$(13) 9310 color rgb(255,0,255):print"姓名判断"+chr$(13) 9320 color rgb(255,0,255):PRINT"Ver:235_02.20200715"+chr$(13) 9330 color rgb(255,0,255):print"対応文字:漢字、ひらがな、カタカナ、数字"+chr$(13) 9340 color rgb(255,0,255):print"アルファベット（大文字、小文字)"+chr$(13) 9350 color rgb(255,0,255):print"対応漢字画数：1画から24画まで"+chr$(13) 9360 color rgb(255,0,2550):print"制作開始:since 2019.04.07"+chr$(13) 9370 'ここを書き換える 9380 talk "このプログラムは、姓名判断バージョン2.35です" 9390 color rgb(0,0,0):print"エンターキーを押してください"+chr$(13) 9400 key$=INPUT$(1) 9410 if key$=chr$(13) then goto Main_Screen: 9420 '文字数を求める変数 9430 buf_char_size=len(name$) 9440 buf_char_size2=len(name2$) 9450 '入力した文字を代入する変数 9460 '入力した文字を配列に代入する処理 9470 '姓名判断データー文字比較 9480 '画数を求める関数 9490 func char_count(buf_count$) 9500 count=0:buffer=0 9510 '1画の文字 23文字 9520 for j=0 to ((Moji_1)-1) 9530 if buf_count$=buf_char_hiragana1$(j) then 9540 count =1: 9550 endif 9560 next j 9570 '2画の文字 9580 for j=0 to ((Moji_2)-1) 9590 if buf_count$=buf_char_hiragana2$(j) then 9600 count = 2: 9610 endif 9620 next j 9630 for j=0 to ((Moji_3)-1) 9640 if buf_count$=buf_char_hiragana3$(j) then 9650 count =3: 9660 endif 9670 next j 9680 for j=0 to ((Moji_4)-1) 9690 if buf_count$=buf_char_hiragana4$(j) then 9700 count = 4: 9710 endif 9720 next j 9730 for j=0 to ((Moji_5)-1) 9740 if buf_count$=buf_char_hiragana5$(j) then 9750 count = 5: 9760 endif 9770 next j 9780 for j=0 to ((Moji_6)-1) 9790 if buf_count$=buf_char_hiragana6$(j) then 9800 count= 6 9810 endif 9820 next j 9830 for j=0 to ((Moji_7)-1) 9840 if buf_count$=buf_char_hiragana7$(j) then 9850 count= 7 9860 endif 9870 next j 9880 for j=0 to ((Moji_8)-1) 9890 if buf_count$=buf_char_hiragana8$(j) then 9900 count= 8 9910 endif 9920 next j 9930 for j=0 to ((Moji_9)-1) 9940 if buf_count$=buf_char_hiragana9$(j) then 9950 count=9 9960 endif 9970 next j 9980 for j=0 to ((Moji_10)-1) 9990 if buf_count$=buf_char_hiragana10$(j) then 10000 count=10 10010 endif 10020 next j 10030 for j=0 to ((Moji_11)-1) 10040 if buf_count$=buf_char_hiragana11$(j) then 10050 count=11 10060 endif 10070 next j 10080 for j=0 to ((Moji_12)-1) 10090 if buf_count$=buf_char_hiragana12$(j) then 10100 count=12 10110 endif 10120 next j 10130 for j=0 to ((Moji_13)-1) 10140 if buf_count$=buf_char_hiragana13$(j) then 10150 count=13 10160 endif 10170 next j 10180 for j=0 to ((Moji_14)-1) 10190 if buf_count$=buf_char_hiragana14$(j) then 10200 count=14 10210 endif 10220 next j 10230 for j=0 to ((Moji_15)-1) 10240 if buf_count$=buf_char_hiragana15$(j) then 10250 count=15 10260 endif 10270 next j 10280 for j=0 to ((Moji_16)-1) 10290 if buf_count$=buf_char_hiragana16$(j) then 10300 count=16 10310 endif 10320 next j 10330 for j=0 to ((Moji_17)-1) 10340 if buf_count$=buf_char_hiragana17$(j) then 10350 count=17 10360 endif 10370 next j 10380 for j=0 to ((Moji_18)-1) 10390 if buf_count$=buf_char_hiragana18$(j) then 10400 count=18 10410 endif 10420 next j 10430 for j=0 to ((Moji_19)-1) 10440 if buf_count$=buf_char_hiragana19$(j) then 10450 count=19 10460 endif 10470 next j 10480 for j=0 to ((Moji_20)-1) 10490 if buf_count$=buf_char_hiragana20$(j) then 10500 count=20 10510 endif 10520 next i 10530 for j=0 to ((Moji_21)-1) 10540 if buf_count$=buf_char_hiragana21$(j) then 10550 count=21 10560 endif 10570 next j 10580 for j=0 to ((Moji_22)-1) 10590 if buf_count$=buf_char_hiragana22$(j) then 10600 count=22 10610 endif 10620 next j 10630 for j=0 to ((Moji_23)-1) 10640 if buf_count$=buf_char_hiragana23$(j) then 10650 count=23 10660 endif 10670 next j 10680 for j=0 to ((Moji_24)-1) 10690 if buf_count$=buf_char_hiragana24$(j) then 10700 count=24 10710 endif 10720 buffer = count 10730 next j 10740 endfunc buffer 10750 '合計を求める関数 10760 func totalcounts(buffers$) 10770 buffers=0: 10780 for i=0 to len(buffers$)-1 10790 buffers=buffers+char_count(buffers$) 10800 next i 10810 endfunc buffers 10820 buf_count2=0:buf_count3=0 10830 'dim buf_Input_data$(len(name$)) 10840 '1.苗字の文字数 10850 for n=0 to (buf_char_size-1) 10860 buf_Input_data$(n)=mid$(name$,n+1,1) 10870 next n 10880 for i=0 to (buf_char_size-1) 10890 buf_count2 = buf_count2 + char_count(buf_Input_data$(i)) 10900 next i 10910 '2.名の文字数 10920 for n2=0 to (buf_char_size2-1) 10930 buf_Input_data2$(n2)=mid$(name2$,n2+1,1) 10940 next n2 10950 for i2=0 to (buf_char_size2-1) 10960 buf_count3 = buf_coun3 + char_count(buf_Input_data2$(i2)) 10970 next i2 10980 '総数を出す 10990 select case (buf_char_size+buf_char_size2) 11000 case 5: 11010 if ((buf_char_size=2) and (buf_char_size2=3)) then 11020 buf_total=char_count(buf_Input_data$(0))+char_count(buf_Input_data$(1))+char_count(buf_Input_data2$(0))+char_count(buf_Input_data2$(1))+char_count(buf_Input_data2$(2)) 11030 endif 11040 if ((buf_char_size=3) and (buf_char_size2=2)) then 11050 buf_total=char_count(buf_Input_data$(0))+char_count(buf_Input_data$(1))+char_count(buf_Input_data$(2))+char_count(buf_Input_data2$(0))+char_count(buf_Input_data2$(1)) 11060 endif 11070 case 4: 11080 if ((char_count(buf_Input_data$(0))=0) or (char_count(buf_Input_data$(1))=0) or ((char_count(buf_Input_data2$(0))=0) or char_count(buf_Input_data2$(1))=0)) then 11090 color rgb(255,0,255) 11100 cls:print name$+name2$;"は、登録されていない文字があります"+chr$(13) 11110 color rgb(0,0,0) 11120 Input"エンターキーを押してください",key$ 11130 if (key$="") then goto 4520 11140 else 11150 buf_total = char_count(buf_Input_data$(0))+char_count(buf_Input_data$(1))+char_count(buf_Input_data2$(0))+char_count(buf_Input_data2$(1)) 11160 endif 11170 case 3: 11180 if ((buf_char_size = 1) and (buf_char_size2 = 2)) then 11190 buf_total = char_count(buf_Input_data$(0))+char_count(buf_Input_data2$(0))+char_count(buf_Input_data2$(1)) 11200 endif 11210 if ((buf_char_size=2) and (buf_char_size2=1)) then 11220 buf_total=char_count(buf_Input_data$(0))+char_count(buf_Input_data$(1))+char_count(buf_Input_data2$(0)) 11230 endif 11240 case 2: 11250 buf_total = char_count(buf_Input_data$(0)) + char_count(buf_Input_data2$(0)) 11260 case else: 11270 end select 11280 '文字の総数をだす 11290 total_name$=name$+name2$ 11300 '1.姓星を求める 11310 select case buf_char_size 11320 '苗字1文字のとき 11330 case 1: 11340 buf_seisei=char_count(buf_Input_data$(0)) + 1 11350 '苗字2文字の時 11360 case 2: 11370 for i = 0 to 1 11380 buf_seisei = buf_seisei+char_count(buf_Input_data$(i)) 11390 next i 11400 '苗字3文字のとき 11410 case 3: 11420 buf_seisei = char_count(buf_Input_data$(0)) + char_count(buf_Input_data$(1) + buf_Input_data$(2)) 11430 case else: 11440 end select 11450 '2.主星をだす 11460 '2.主星 11470 select case (buf_char_size + buf_char_size2) 11480 '姓名4文字のとき 11490 case 4: 11500 if ((buf_char_size = 2) and (buf_char_size2 = 2)) then 11510 buf_syusei = char_count(buf_Input_data$(1)) + char_count(buf_Input_data2$(0)) 11520 endif 11530 '姓名3文字のとき 11540 case 3: 11550 if ((buf_char_size = 1) and (buf_charsize2 = 2)) then 11560 buf_syusei = char_count(buf_Input_data$(1)) + char_count(buf_Input_data2$(0)) 11570 else 11580 buf_syusei = char_count(buf_Input_data$(1)) + char_count(buf_Input_data2$(0)) 11590 endif 11600 case 2: 11610 buf_syusei = char_count(buf_Input_data$(1)) + char_count(buf_Input_data2$(0)) 11620 case else: 11630 end select 11640 '3.名星を求める 11650 select case (buf_char_size + buf_char_size2) 11660 case 4: 11670 buf_meisei = char_count(buf_Input_data2$(0)) + char_count(buf_Input_data2$(1)) 11680 case 3: 11690 if ((buf_char_size = 1) and (buf_char_size2 = 2)) then 11700 buf_meisei=char_count(buf_Input_data2$(0)+buf_Input_data2$(1)) 11710 endif 11720 if ((buf_char_size=2) and (buf_char_size2=1)) then 11730 buf_meisei=char_count(buf_Input_data2$(0))+1 11740 endif 11750 case 2: 11760 buf_meisei=char_count(buf_Input_data2$(0))+1 11770 case else: 11780 end select 11790 '4.外星を求める 11800 select case (buf_char_size+buf_char_size2) 11810 case 4: 11820 buf_gaisei=char_count(buf_Input_data$(0))+char_count(buf_Input_data2$(1)) 11830 case 3: 11840 if ((buf_char_size=1) and (buf_char_size2=2)) then 11850 buf_gaisei=1+char_count(buf_Input_data2$(1)) 11860 endif 11870 if ((buf_char_size=2) and (buf_char_size2=1)) then 11880 buf_gaisei=char_count(buf_Input_data$(0))+1 11890 endif 11900 case 2: 11910 buf_gaisei=2 11920 case else: 11930 end select 11940 '診断結果表示 11950 '1.姓星を出す 11960 'グラフィック描画領域　ここから 11970 Menu1_Result_Kyusei: 11980 cls 3: 11990 '縦の画面 12000 line (0,0)-(950,60),rgb(0,0,255),bf 12010 pen 5:line (0,0)-(953,63),rgb(255,255,255),b 12020 line (0,60)-(950,650),rgb(127,255,212),bf 12030 pen 5: line (0,63)-(953,653),rgb(0,255,0),b 12040 line (0,650)-(950,770),rgb(0,255,0),bf 12050 pen 5: line (0,653)-(953,773),rgb(0,0,0),b 12060 '横の画面　吉凶のランク表 12070 'グラフィック描画領域　ここまで 12080 talk"診断結果です" 12090 color rgb(255,255,255):print "九星姓名判断　吉凶の結果表示"+chr$(13) 12100 color Rgb(255,0,255) 12110 print total_name$;"の姓星:";buf_seisei;"吉凶:";buf_Kikkyo$(buf_seisei-1)+chr$(13) 12120 '2.主星を出す 12130 print total_name$;"の主星:";buf_syusei;"吉凶:";buf_Kikkyo$(buf_syusei-1)+chr$(13) 12140 '3.名星を求める 12150 print total_name$;"の名星:";buf_meisei;"吉凶:";buf_Kikkyo$(buf_meisei-1)+chr$(13) 12160 '4.外星を求める 12170 print total_name$;"の外星:";buf_gaisei;"吉凶:";buf_Kikkyo$(buf_gaisei-1)+chr$(13) 12180 '5.総数を出す 12190 print total_name$;"の総数:";buf_total;"です"+chr$(13) 12200 print total_name$;"の文字の総合的な吉凶:";buf_Kikkyo$(buf_total-1)+chr$(13) 12210 color rgb(0,0,0) 12220 print "エンターキーを押してください"+chr$(13) 12230 key$=input$(1) 12240 if key$=chr$(13) then bufferCount=0:buf_count2=0:count=0:buffer=0:buf_seisei=0:buf_syusei=0:buf_meisei=0:buf_gaisei=0:goto Main_Screen: 12250 '2.主星を出す 12260 'メニュー3 登録文字の確認ここから 12270 'グラフィック領域　ここから 12280 'タイトル青文字:白 12290 Menu2_moji_check: 12300 cls 3:line (0,0)-(1100,60),rgb(0,0,255),bf 12310 pen 5:line(0,0)-(1097,57),rgb(255,255,255),b 12320 line (0,57)-(1100,180),rgb(0,255,255),bf 12330 pen 5:line(0,63)-(1103,183),rgb(0,0,255),b 12340 line (0,180)-(1100,300),rgb(0,255,0),bf 12350 pen 5:line(0,183)-(1103,303),rgb(0,0,0),b 12360 'グラフィック領域　ここまで 12370 '文字:白 12380 color rgb(255,255,255):print"登録文字の確認"+chr$(13) 12390 '文字:アクア 12400 color rgb(255,0,0):print"文字を入力してエンターキーを押してください"+chr$(13) 12410 color rgb(0,0,0):Input"登録文字を入れてください(1文字):",name$ 12420 if (len(name$)>1) then ui_msg("１文字で入れてください"):goto Menu2_moji_check: 12430 '1画の文字 12440 for i=0 to ((Moji_1)-1) 12450 if (name$=buf_char_hiragana1$(i)) then 12460 buffer_count=1:goto Result_moji_check: 12470 endif 12480 next i 12490 '2画の文字 12500 for i=0 to ((Moji_2)-1) 12510 if (name$=buf_char_hiragana2$(i)) then 12520 buffer_count=2:goto Result_moji_check: 12530 endif 12540 next i 12550 '3画の文字 12560 for i=0 to ((Moji_3)-1) 12570 if (name$=buf_char_hiragana3$(i)) then 12580 buffer_count=3:goto Result_moji_check: 12590 endif 12600 next i 12610 '4画の文字 12620 for i=0 to ((Moji_4)-1) 12630 if (name$=buf_char_hiragana4$(i)) then 12640 buffer_count=4:goto Result_moji_check: 12650 endif 12660 next i 12670 '5画の文字 12680 for i=0 to ((Moji_5)-1) 12690 if (name$=buf_char_hiragana5$(i)) then 12700 buffer_count=5:goto Result_moji_check: 12710 endif 12720 next i 12730 '6画の文字 12740 for i=0 to ((Moji_6)-1) 12750 if (name$=buf_char_hiragana6$(i)) then 12760 buffer_count=6:goto Result_moji_check: 12770 endif 12780 next i 12790 '7画の文字 12800 for i=0 to ((Moji_7)-1) 12810 if (name$=buf_char_hiragana7$(i)) then 12820 buffer_count=7:goto Result_moji_check: 12830 endif 12840 next i 12850 '8画の文字 120 文字 12860 for i=0 to ((Moji_8)-1) 12870 if (name$=buf_char_hiragana8$(i)) then 12880 buffer_count=8:goto Result_moji_check: 12890 endif 12900 next i 12910 '9画の文字 103文字 12920 for i=0 to ((Moji_9)-1) 12930 if (name$=buf_char_hiragana9$(i)) then 12940 buffer_count=9:goto Result_moji_check: 12950 endif 12960 next i 12970 '10画の文字 98文字 12980 for i=0 to ((Moji_10)-1) 12990 if (name$=buf_char_hiragana10$(i)) then 13000 buffer_count=10:goto Result_moji_check: 13010 endif 13020 next i 13030 '11画の文字 98文字 13040 for i=0 to ((Moji_11)-1) 13050 if (name$=buf_char_hiragana11$(i)) then 13060 buffer_count=11:goto Result_moji_check: 13070 endif 13080 next i 13090 '12画の文字 13100 for i=0 to ((Moji_12)-1) 13110 if (name$=buf_char_hiragana12$(i)) then 13120 buffer_count=12:goto Result_moji_check: 13130 endif 13140 next i 13150 '13画の文字 13160 for i=0 to ((Moji_13)-1) 13170 if (name$=buf_char_hiragana13$(i)) then 13180 buffer_count=13:goto Result_moji_check: 13190 endif 13200 next i 13210 '14画の文字 13220 for i=0 to ((Moji_14)-1) 13230 if (name$=buf_char_hiragana14$(i)) then 13240 buffer_count=14:goto Result_moji_check: 13250 endif 13260 next i 13270 '15画の文字 13280 for i=0 to ((Moji_15)-1) 13290 if (name$=buf_char_hiragana15$(i)) then 13300 buffer_count=15:goto Result_moji_check: 13310 endif 13320 next i 13330 '16画の文字 13340 for i=0 to ((Moji_16)-1) 13350 if (name$=buf_char_hiragana16$(i)) then 13360 buffer_count=16:goto Result_moji_check: 13370 endif 13380 next i 13390 '17画の文字 13400 for i=0 to ((Moji_17)-1) 13410 if (name$=buf_char_hiragana17$(i)) then 13420 buffer_count=17:goto Result_moji_check: 13430 endif 13440 next i 13450 '18画の文字 25 13460 for i=0 to ((Moji_18)-1) 13470 if (name$=buf_char_hiragana18$(i)) then 13480 buffer_count=18:goto Result_moji_check: 13490 endif 13500 next i 13510 '19画の文字 17 13520 for i=0 to ((Moji_19)-1) 13530 if (name$=buf_char_hiragana19$(i)) then 13540 buffer_count=19:goto Result_moji_check: 13550 endif 13560 next i 13570 '20画の文字 13 13580 for i=0 to ((Moji_20)-1) 13590 if (name$=buf_char_hiragana20$(i)) then 13600 buffer_count=20:goto Result_moji_check: 13610 endif 13620 next i 13630 '21画の文字 6 13640 for i=0 to ((Moji_21)-1) 13650 if (name$=buf_char_hiragana21$(i)) then 13660 buffer_count=21:goto Result_moji_check: 13670 endif 13680 next i 13690 '22画の文字 4 13700 for i=0 to ((Moji_22)-1) 13710 if (name$=buf_char_hiragana22$(i)) then 13720 buffer_count=22:goto Result_moji_check: 13730 endif 13740 next i 13750 '23画の文字 3 13760 for i=0 to ((Moji_23)-1) 13770 if (name$=buf_char_hiragana23$(i)) then 13780 buffer_count=23:goto Result_moji_check: 13790 endif 13800 next i 13810 '24画の文字 13820 for i=0 to ((Moji_24)-1) 13830 if (name$=buf_char_hiragana24$(i)) then 13840 buffer_count=24:goto Result_moji_check: 13850 endif 13860 next i 13870 'Menu3 結果表示画数の登録確認 13880 Result_moji_check: 13890 if (buffer_count=0) then 13900 '登録文字がない場合の処理 13910 'グラフィック領域　ここから 13920 cls 3 13930 line (0,0)-(850,40),rgb(0,0,255),bf 13940 line (0,40)-(850,200),rgb(127,255,212),bf 13950 line (0,203)-(853,323),rgb(0,0,255),bf 13960 line (0,320)-(850,520),rgb(0,255,0),bf 13970 'グラフィック領域　ここまで 13980 color rgb(255,255,255):print"登録文字数結果確認"+chr$(13) 13990 color rgb(255,0,0):print name$;"は、登録されていません"+chr$(13) 14000 talk "この文字は、登録されていません" 14010 color rgb(255,255,255):print"q+エンターキー:トップ画面"+chr$(13) 14020 COLOR rgb(255,255,255):print"エンターキー:もう一度調べる"+chr$(13) 14030 color rgb(0,0,0):print"コマンド:"+chr$(13) 14040 key$=input$(1) 14050 if key$="q" then goto Main_Screen: 14060 if key$=chr$(13) then goto Menu2_moji_check: 14070 else 14080 'グラフィック描画領域　ここから 14090 cls 3 14100 line (0,0)-(850,52),rgb(0,0,255),bf 14110 pen 5:line (0,0)-(853,55),rgb(255,255,255),b 14120 line (0,52)-(850,102),rgb(127,255,212),bf 14130 pen 5:line (0,55)-(847,99),rgb(0,0,0),b 14140 line (0,102)-(850,260),rgb(0,0,255),bf 14150 pen 5:line(0,105)-(847,257),rgb(255,0,255),b 14160 line (0,260)-(850,360),rgb(0,255,0),bf 14170 pen 5:line (0,257)-(853,363),rgb(0,0,0),b 14180 'グラフィック描画領域　ここまで 14190 color rgb(255,255,255):print "登録文字画数結果表示" 14200 talk "この文字は"+ str$(buffer_count) +"かくでとうろくされています":color rgb(255,0,255):print name$;"は、";buffer_count;"画で登録されています": 14210 endif 14220 color rgb(255,255,255) 14230 print"q+エンターキー:トップ画面"+chr$(13) 14240 print"エンターキー:もう一度やる"+chr$(13) 14250 color rgb(0,0,0) 14260 print"コマンド:" + chr$(13) 14270 key$=input$(1) 14280 if key$=chr$(13) then buffer_count=0:goto Menu2_moji_check: 14290 if key$="q" then buffer_count=0:goto Main_Screen: 14300 if not(key$="q") then goto Result_moji_check: 14310 'Menu2 名前の陰陽を見る 14320 'グラフィック描画領域ここから 14330 Input_name_InYo: 14340 cls 3:line (0,0)-(820,60),rgb(0,0,255),bf 14350 pen 5:line(0,0)-(823,63),rgb(255,255,255),b 14360 LINE (0,60)-(820,250),rgb(127,255,212),bf 14370 pen 5:line(0,57)-(817,247),rgb(255,0,255),b 14380 line (0,250)-(820,350),rgb(0,255,0),bf 14390 pen 5:line(0,253)-(823,353),rgb(0,0,0),b 14400 'グラフィック描画領域　ここまで 14410 color rgb(255,255,255) 14420 print"Menu2 名前の陰陽を見る"+chr$(13) 14430 COLOR rgb(255,0,255) 14440 PRINT"(●:陽,○:陰)"+chr$(13) 14450 print"調べたい名前苗字を入れてください"+chr$(13) 14460 color rgb(0,0,0) 14470 Input"調べたい名前の苗字:",name$ 14480 'Menu2 陰陽の吉凶を見る名入力 14490 cls:color rgb(255,255,255) 14500 print"Menu2 名前の陰陽を見る"+chr$(13) 14510 color rgb(255,0,255) 14520 print"(●:陽,○:陰)"+chr$(13) 14530 print"調べたい名前の名を入れてください"+chr$(13) 14540 color rgb(0,0,0) 14550 Input"調べたい名前の名:",name2$ 14560 for i=0 to len(name$)-1 14570 name_array$(i)=Mid$(name$,i+1,1) 14580 if char_count(name_array$(i)) mod 2 = 1 then 14590 name_array$(i)="○":buffer$=buffer$+name_array$(i) 14600 else 14610 name_array$(i)="●":buffer$=buffer$+name_array$(i) 14620 endif 14630 next i 14640 for i=0 to len(name2$)-1 14650 name_array2$(i)=Mid$(name2$,i+1,1) 14660 if char_count(name_array2$(i)) mod 2 = 1 then 14670 name_array2$(i)="○":buffer2$=buffer2$+name_array2$(i) 14680 else 14690 name_array2$(i)="●":buffer2$=buffer2$+name_array2$(i) 14700 endif 14710 next i 14720 bufname$=buffer$+buffer2$ 14730 '陰陽のタイプここから 14740 select case (len(bufname$)) 14750 '2文字 14760 case 2: 14770 if ((bufname$="○●") or (bufname$="●○")) then buffer_name$="吉相:姓名2字の陰陽吉相" 14780 ' 14790 ' endif 14800 if ((bufname$="○○") or (bufname$="●●")) then buffer_name$ = "一律陰陽:大凶相" 14810 ' endif 14820 '3文字 14830 case 3: 14840 if (((bufname$)="●○○") or ((bufname$)="○○●") or ((bufname$)="●●○") or ((bufname$)="○●●")) then buffer_name$="吉相:姓名3字陰陽吉相" 14850 if (((bufname$)="●○●") or ((bufname$)="○●○")) then buffer_name$="凶相:ハサミ陰陽" 14860 if (((bufname$)="●●●") or ((bufname$)="○○○")) then buffer_name$="大凶相:一律陰陽" 14870 '4文字 14880 case 4: 14890 if bufname$="●○●○" or bufname$="○●○●" or bufname$ ="●●○●" or bufname$ ="○○●○" or bufname$="●○●●" or bufname$="○●○○" then buffer_name$="吉相:陰陽吉相" 14900 if bufname$="●○○●" or bufname$="○●●○" then buffer_name$="凶相:ハサミ陰陽" 14910 if bufname$="○○○●" or bufname$="●●●○" then buffer_name$="凶相:片寄り陰陽" 14920 if bufname$="●●○○" or bufname$="○○●●" then buffer_name$="大凶相:分離陰陽" 14930 if bufname$ ="●●●●" or bufname$ = "○○○○" then buffer_name$="大凶相:一律陰陽" 14940 '5文字 14950 case 5: 14960 if bufname$="○●○○●" or bufname$="●○●●○" or bufname$="○●○●●" or bufname$="●○●○○" or bufname$="●○○●○" or bufname$="●○●●●" or bufname$="○●○○○" or bufname$="○○●○●" or bufname$="●●○○●" or bufname$="●○○●●" or bufname$="○○●●○" or bufname$="○●●○○" or bufname$="○●○○○" or bufname$="●●●○●" or bufname$="○●○●●" Then buffer_name$="吉相:陰陽吉相" 14970 if bufname$="○○●○○" or bufname$="●●○●●" then buffer_name$="大凶相:中縛り陰陽" 14980 if bufname$="●●●○○" or bufname$="○○○●●" then buffer_name$="大凶相:分離陰陽" 14990 if bufname$="○●●●○" or bufname$="●○○○●" or bufname$="●○●○●" or bufname$="○●○●○" then buffr_name$="凶相:ハサミ陰陽" 15000 case 6: 15010 if bufname$="○○○○○○" or bufname$="●●●●●●" then buffer_name$="大凶相:一律陰陽" 15020 if bufname$="●●●○○○" or bufname$="○○○●●●" then buffer_name$="大凶相:分離陰陽" 15030 if bufname$="○○●●○○" or bufname$="●●○○●●" then buffer_name$="大凶相:中縛り陰陽" 15040 if bufname$="○●○○○●" or bufname$="○●○●○○" or bufname$="●○●●●○" or bufname$="●○●○●●" or bufname$="●○○●○○" or bufname$="○●●○●●" then buffer_name$="吉相:陰陽吉相" 15050 case else: 15060 buffer_name$="例外に入りました" 15070 end select 15080 '陰陽のタイプ　ここまで 15090 'グラフィック描画領域　ここから 15100 Result_Inyo: 15110 cls 3 15120 line (0,0)-(900,60),rgb(0,0,250),bf 15130 pen 5:line(0,0)-(903,63),rgb(255,255,255),b 15140 line (0,60)-(900,250),rgb(127,255,212),bf 15150 pen 5:line(0,57)-(897,297),rgb(255,0,255),b 15160 line (0,250)-(900,460),rgb(0,255,0),bf 15170 pen 5:line(0,247)-(897,457),rgb(0,0,0),b 15180 'グラフィック描画領域ここまで 15190 color rgb(255,255,255) 15200 cls:print"名前:";name$ + name2$ + chr$(13) 15210 color rgb(255,0,255) 15220 print"陰陽配列(陽:●,陰:○)";buffer$ + buffer2$ + chr$(13) 15230 print buffer_name$;chr$(13) 15240 color rgb(0,0,0) 15250 print"エンターキー:トップ画面へ行く"+chr$(13) 15260 print"S or s:保存する"+chr$(13) 15270 key$=input$(1) 15280 '1.メイン画面に行く 15290 if key$=chr$(13) then buffer$="":buffer2$="": goto Main_Screen: 15300 '2.データーの保存 15310 if key$="S" or key$="s" then goto Save_Inyo_array: 15320 'Menu3 15330 Menu2_Entry_moji: 15340 '登録文字数の確認 15350 totalmoji=Moji_1+Moji_2+Moji_3+Moji_4+Moji_5+Moji_6+Moji_7+Moji_8+Moji_9+Moji_10+Moji_11+Moji_12+Moji_13+Moji_14+Moji_15+Moji_16+Moji_17+moji_18+Moji_19+Moji_20+Moji_21+Moji_21+moji_22+Moji_23+Moji_24: 15360 'グラフィック描画領域　ここから 15370 cls 3 15380 line (0,0)-(780,60),rgb(0,0,255),bf 15390 pen 5:line(0,0)-(777,57),rgb(255,255,255),b 15400 line (0,60)-(780,170),rgb(127,255,212),bf 15410 pen 5:line(0,64)-(783,173),rgb(0,0,255),b 15420 line (0,167)-(777,267),rgb(0,255,0),bf 15430 pen 5:line(0,173)-(783,273),rgb(0,0,0),b 15440 'グラフィック描画領域ここまで 15450 color rgb(255,255,255) 15460 PRINT"登録文字数の確認"+chr$(13) 15470 color rgb(255,0,255) 15480 PRINT"登録文字数は";totalmoji;"文字です"+chr$(13) 15490 TALK"登録文字数は"+str$(totalmoji)+"もじです" 15500 color rgb(0,0,0) 15510 print"エンターキーを押してください"+chr$(13) 15520 key$=input$(1) 15530 if key$=chr$(13) then goto Main_Screen: 15540 'Menu2 文字の総数で名前の吉凶を見る（総数で判定) 15550 Menu1_2_Total_name: 15560 talk"名前の総数で吉凶を判定します。名前を入れてください" 15570 'グラフィック描画領域　ここから 15580 cls 3 15590 line (0,0)-(650,60),rgb(0,0,250),bf 15600 line (0,60)-(650,140),rgb(127,255,212),bf 15610 line (0,140)-(650,220),rgb(0,255,0),bf 15620 'グラフィック描画領域　ここまで 15630 buf=0 15640 color rgb(255,255,255) 15650 Print"名前の総数で吉凶を判断します"+chr$(13) 15660 color rgb(255,0,255) 15670 PRINT"名前を入れてください"+chr$(13) 15680 color rgb(0,0,0) 15690 Input"名前:",name$ 15700 for n=0 to (len(name$)-1) 15710 buf_Input_data$(n)=mid$(name$,n+1,1) 15720 buf=buf+char_count(buf_Input_data$(n)) 15730 next n 15740 cls:color rgb(255,255,255):print name$;"の総数:";buf;chr$(13) 15750 color rgb(255,0,255):print name$;"の吉凶:";buf_Kikkyo$(buf-1);chr$(13) 15760 color rgb(0,0,0):Input"エンターキーを押してください",key$ 15770 if key$="" then goto Main_Screen: 15780 '名前2文字 15790 'グラフィック描画領域　ここから 15800 Menu2_Result_Anzai_Kikkyo: 15810 CLS 3 15820 line (0,0)-(1350,60),rgb(0,0,255),bf 15830 pen 5:line(0,0)-(1347,57),rgb(255,255,255),b 15840 line (0,60)-(1350,560),rgb(127,255,212),bf 15850 pen 5:line(0,63)-(1353,563),rgb(255,0,255),b 15860 line (0,560)-(1350,680),rgb(0,255,0),bf 15870 pen 5:line(0,563)-(1353,683),rgb(0,0,0),b 15880 'グラフィック描画領域ここまで 15890 color rgb(255,255,255):print"名前:";bufname$;bufname2$;chr$(13) 15900 color rgb(255,0,255) 15910 print"天運";buf_tenunn;chr$(13) 15920 print"地運";buf_chiunn;",地運の吉凶(初年運:0〜20歳):";buf_Kikkyo_Anzai_chiunn$(buf_chiunn-1);chr$(13) 15930 print"人運";buf_jinunn;",人運の吉凶(中年運:20〜50歳):";buf_Kikkyo_Anzai_jinunn$(buf_jinunn-2);chr$(13) 15940 print"外運";buf_gaiunn;chr$(13) 15950 print"総数";buf_total;",総運の吉凶(晩年運:50歳以上):";buf_Kikkyo_Anzai_total$(buf_total-2);chr$(13) 15960 COLOR rgb(0,0,0) 15970 print "エンターキーを押してください"+chr$(13) 15980 key$=input$(1) 15990 if key$=chr$(13) then goto Main_Screen: 16000 '参考文献表示ここから 16010 'グラフィック描画領域　ここから 16020 Reference_book: 16030 cls 3 16040 line (0,0)-(1100,60),rgb(0,0,255),bf 16050 pen 5:line(0,0)-(1103,63),rgb(255,255,255),b 16060 line (0,60)-(1100,650),rgb(127,255,212),bf 16070 pen 5:line(0,63)-(1103,653),rgb(255,255,255),b 16080 line (0,650)-(1100,730),rgb(0,255,0),bf 16090 pen 5:line(0,653)-(1103,733),rgb(0,0,0),b 16100 'グラフィック描画領域ここまで 16110 '参考文献１ 16120 color rgb(255,255,255) 16130 print"◎参考文献"+chr$(13) 16140 color rgb(255,0,255) 16150 print "参考文献１"+chr$(13) 16160 print "Title:九星姓名判断"+chr$(13) 16170 print "Author:高嶋　美伶"+chr$(13) 16180 print "出版社:日本文芸者"+chr$(13) 16190 print "ISBN:4-537-20073-1"+chr$(13) 16200 print "定価:1,200+税"+chr$(13) 16210 color rgb(0,0,0) 16220 print "エンターキーを押してください"+chr$(13) 16230 key$=input$(1) 16240 if key$=chr$(13) then goto Reference_book2: 16250 '参考文献２ 16260 Reference_book2: 16270 cls 16280 color rgb(255,255,255) 16290 print "◎参考文献"+chr$(13) 16300 color rgb(255,0,255) 16310 print "参考文献２"+chr$(13) 16320 print "Title:究極の姓名判断"+chr$(13) 16330 print "Author:安斎　勝洋"+chr$(13) 16340 print "出版社:説話社"+chr$(13) 16350 print "ISBN:978-4-916217-61-5"+chr$(13) 16360 print "定価:1,800円+税"+chr$(13) 16370 color rgb(0,0,0) 16380 print "エンターキーを押してください"+chr$(13) 16390 key$=input$(1) 16400 if key$=chr$(13) then goto Reference_book3: 16410 '参考文献３ 16420 Reference_book3: 16430 cls 16440 color rgb(255,255,255) 16450 print"◎参考文献"+chr$(13) 16460 color rgb(255,0,255) 16470 print "参考文献3"+chr$(13) 16480 print "Title:新明解現在漢和辞典"+chr$(13) 16490 print "Author:影山輝國(編集主幹)他"+chr$(13) 16500 print "出版社:三省堂"+chr$(13) 16510 print "ISBN:978-4-385-13755-1"+chr$(13) 16520 print "定価:2,800円 + 税"+chr$(13) 16530 print "エンターキーを押してください"+chr$(13) 16540 'トップ画面に戻る 16550 key$=input$(1) 16560 if key$=chr$(13) then goto Main_Screen: 16570 '安斎流姓名判断　メニュー 16580 'グラフィック領域　ここから 16590 Menu1_2_Anzai_Top: 16600 cls 3 16610 line (0,0)-(1000,60),rgb(0,0,255),bf 16620 pen 5:line(0,0)-(1003,63),rgb(255,255,255),b 16630 line (0,60)-(1000,450),rgb(127,255,212),bf 16640 pen 5:line(0,63)-(1003,453),rgb(255,0,255),b 16650 line (0,450)-(1000,630),rgb(0,255,0),bf 16660 pen 5:line(0,453)-(1003,633),rgb(0,0,0),b 16670 'グラフィック描画領域　ここまで 16680 color rgb(255,255,255) 16690 print "安斎流姓名判断　トップメニュー" + chr$(13) 16700 color rgb(255,0,255) 16710 print "1.安斎流姓名判断名前の吉凶判定" + chr$(13) 16720 print "2.安斎流姓名判断改名チェック" + chr$(13) 16730 print "3.安斎流姓名判断相性占い"+chr$(13) 16740 print "4.前の画面に戻る"+chr$(13) 16750 color rgb(0,0,0) 16760 print"番号を選んでください"+chr$(13) 16770 Input "番号:",key 16780 if key=1 then goto Menu2_Anzai_Kikkyo: 16790 if key=2 then goto Menu2_Anzai_name_check: 16800 if key=3 then goto Anzai_Aisyou_Top: 16810 if key=4 then goto SeimeiHandan_Top: 16820 '2.安斎流姓名判断　男女の相性占い　ここから 16830 'グラフィック描画領域ここから 16840 Anzai_Aisyou2: 16850 cls 3 16860 line (0,0)-(850,60),rgb(0,0,255),bf 16870 pen 5:line(0,0)-(853,63),rgb(255,255,255),b 16880 line (0,60)-(850,180),rgb(127,255,212),bf 16890 line (0,63)-(853,183),rgb(255,0,255),b 16900 line (0,180)-(850,270),rgb(0,255,0),bf 16910 pen 5:line(0,183)-(853,273),rgb(0,0,0),b 16920 'グラフィック描画領域　男女の相性占いここまで 16930 's2=1:男 16940 if s2 = 1 then goto Input_female: 16950 's2=2:女 16960 if s2 = 2 then goto Input_male: 16970 '1.名前の姓を入力男性 16980 's2=2:女 16990 's2=1:男 17000 Input_male: 17010 color rgb(255,255,255) 17020 print "安斎流姓名判断　相性占い(男性)"+chr$(13) 17030 color rgb(255,0,255) 17040 print "男性の名前(姓)を入れてください"+chr$(13) 17050 color rgb(0,0,0) 17060 Input "男性の名前(姓):",name$ 17070 '2.名前の名を入力男性 17080 cls 17090 color rgb(255,255,255) 17100 print "安斎流姓名判断相性占い(男性)"+chr$(13) 17110 color rgb(255,0,255) 17120 print "男性の名前（名）をいれてください"+chr$(13) 17130 color rgb(0,0,0) 17140 Input "男性の名前(名):",name2$ 17150 's2=2:女 17160 's2=1:男 17170 if s2=2 then goto male_complate: 17180 '3.名前(姓)入力女性 17190 Input_female: 17200 cls 17210 color rgb(255,255,255) 17220 print "安斎流姓名判断相性占い(女性)"+chr$(13) 17230 color rgb(255,0,255) 17240 print "女性の名前(姓)を入れてください"+chr$(13) 17250 color rgb(0,0,0) 17260 Input"女性の名前:",name3$ 17270 '4.名前（名)入力女性 17280 cls 17290 color rgb(255,255,255) 17300 print "安斎流姓名判断相性占い(女性)"+chr$(13) 17310 color rgb(255,0,255) 17320 print "女性の名前（名）を入れてください"+chr$(13) 17330 color rgb(0,0,0) 17340 Input "女性の名前(名):",name4$ 17350 '男性　の地運を求める 17360 '姓名の合計数 17370 '1.男性 17380 male_complate: 17390 buff_name1 = len(name$) 17400 buff_name2 = len(name2$) 17410 buff_name = buff_name1 + buff_name2 17420 '診断結果に飛ぶ 17430 'goto Anzai_Result_Aisyou_male_female: 17440 '2.女性 17450 'female_complate: 17460 buff_name3 = len(name3$) 17470 buff_name4 = len(name4$) 17480 buff_wname = buff_name3 + buff_name4 17490 '診断結果に飛ぶ 17500 goto Anzai_Result_Aisyou_male_female: 17510 '1.男性の地運を求める 17520 select case buff_name 17530 case 2: 17540 '男性の地運を求める 17550 buf_chiunn=char_count(name2$) 17560 case 3: 17570 '姓が一文字名が2文字 17580 if buff_name1=1 and buff_name2=2 then 17590 buf_Input_name$(0)=mid$(name2$,1,1) 17600 buf_Input_name$(1)=mid$(name2$,2,1) 17610 '地運を計算 17620 buf_chiunn=char_count(buf_Input_name$(0))+char_count(buf_Input_name$(1)) 17630 endif 17640 if buff_name1=2 and buff_name2=1 then 17650 buf_Input_name$(0)=Mid$(name2$,1,1) 17660 buf_chiunn=char_count(buf_Input_name$(0)) 17670 endif 17680 case 4: 17690 '1.姓１，名３ 17700 if buff_name1=1 and buff_name2=3 then 17710 buf_Input_name$(0)=Mid$(name2$,1,1) 17720 buf_Input_name$(1)=Mid$(name2$,2,1) 17730 buf_Input_name$(2)=Mid$(name2$,3,1) 17740 buf_chiunn=char_count(buf_Input_name$(0))+char_count(buf_Input_name$(1))+char_count(buf_Input_name$(2)) 17750 endif 17760 '2.姓２,名２ 17770 if buff_name1=2 and buff_name2=2 then 17780 buf_Input_name$(0)=Mid$(name2$,1,1) 17790 buf_Input_name$(1)=Mid$(name2$,2,1) 17800 buf_chiunn=char_count(buf_Input_name$(0))+char_count(buf_Input_name$(1)) 17810 endif 17820 '3.姓３、名１ 17830 if buff_name1=3 and buff_name2=1 then 17840 buf_Input_name$(0)=Mid$(name2$,1,1) 17850 '地運を求める 17860 buf_chiunn=char_count(buf_Input_name$(0)) 17870 endif 17880 case 5: 17890 '1.姓２，名３ 17900 if buff_name1=2 and buff_name2=3 then 17910 buf_Input_name$(0)=Mid$(name2$,1,1) 17920 buf_Input_name$(1)=Mid$(name2$,2,1) 17930 buf_Input_name$(2)=Mid$(name2$,3,1) 17940 '地運を求める 17950 buf_chiunn=char_count(buf_Input_name$(0))+char_count(buf_Input_name$(1))+char_count(buf_Input_name$(2)) 17960 endif 17970 '2.姓３，名２ 17980 if buff_name1=3 and buff_name2=2 then 17990 buf_Input_name$(0)=Mid$(name2$,1,1) 18000 buf_Input_name$(1)=Mid$(name2$,2,1) 18010 '地運を求める 18020 buf_chiunn=char_count(buf_Input_name$(0))+char_count(buf_Input_name$(1)) 18030 endif 18040 '3.姓４、名１ 18050 buf_Input_name$(0)=Mid$(name2$,1,1) 18060 '地運を求める 18070 buf_chiunn = char_count(buf_Input_name$(0)) 18080 case 6: 18090 '1.姓３，名３ 18100 if buff_name1=3 and buff_name2=3 then 18110 buf_Input_name$(0)=Mid$(name2$,1,1) 18120 buf_Input_name$(1)=Mid$(name2$,2,1) 18130 buf_Input_name$(2)=Mid$(name2$,3,1) 18140 '地運を求める 18150 buf_chiunn = char_count(buf_Input_name$(0)) + char_count(buf_Input_name$(1))+char_count(buf_Input_name$(2)) 18160 endif 18170 '２.姓４，名２ 18180 if buff_name1=4 and buff_name2=2 then 18190 buf_Input_name$(0)=Mid$(name2$,1,1) 18200 buf_Input_name$(1)=Mid$(name2$,2,1) 18210 '地運を求める 18220 buf_chiunn = char_count(buf_Input_name$(0)) + char_count(buf_Input_name$(1)) 18230 endif 18240 case else: 18250 end select 18260 'if s2=1 then goto Input_female: 18270 'if s2=2 then goto Main_Screen: 18280 '2.女性　外運を求める 18290 select case buff_wname 18300 '姓と名の合計数 18310 case 2: 18320 buf_Input_name2$(0)=Mid$(name3$,1,1) 18330 buf_Input_name2$(1)=Mid$(name4$,1,1) 18340 buf_gaiunn=char_count(buf_Input_name2$(0)) + char_count(buf_Input_name2$(1)) 18350 case 3: 18360 if buff_name3=2 and buff_name4=1 then 18370 buf_Input_name2$(0)=Mid$(name3$,1,1) 18380 buf_Input_name2$(1)=Mid$(name3$,2,1) 18390 buf_Input_name2$(2)=Mid$(name4$,1,1) 18400 buf_gaiunn=char_count(buf_Input_name2$(0))+char_count(buf_Input_name2$(2)) 18410 endif 18420 if buff_name3=1 and buff_name4=2 then 18430 buf_Input_name2$(0)=Mid$(name3$,1,1) 18440 buf_Input_name2$(1)=Mid$(name4$,1,1) 18450 buf_Input_name2$(2)=Mid$(name4$,2,1) 18460 buf_gaiunn=char_count(buf_Input_name2$(0))+char_count(buf_Input_name2$(2)) 18470 endif 18480 case 4: 18490 '姓１、名３ 18500 if buff_name3=1 and buff_name4=3 then 18510 buf_Input_name2$(0)=Mid$(name3$,1,1) 18520 buf_Input_name2$(1)=Mid$(name4$,1,1) 18530 buf_Input_name2$(2)=Mid$(name4$,2,1) 18540 buf_Input_name2$(3)=Mid$(name4$,3,1) 18550 '外運を求める 18560 buf_gaiunn=char_count(buf_Input_name2$(0))+char_count(buf_Input_name2$(2))+char_count(buf_Input_name2$(3)) 18570 endif 18580 '姓２,名２ 18590 if buff_name3=2 and buff_name4=2 then 18600 buf_Input_name2$(0)=Mid$(name3$,1,1) 18610 buf_Input_name2$(1)=Mid$(name3$,2,1) 18620 buf_Input_name2$(2)=Mid$(name4$,1,1) 18630 buf_Input_name2$(3)=Mid$(name4$,2,1) 18640 '外運を求める 18650 buf_gaiunn=char_count(buf_Input_name2$(0))+char_count(buf_Input_name2$(3)) 18660 endif 18670 '姓３，名１ 18680 if buff_name3=3 and buff_name4=1 then 18690 buf_Input_name2$(0)=Mid$(name3$,1,1) 18700 buf_Input_name2$(1)=Mid$(name3$,2,1) 18710 buf_Input_name2$(2)=Mid$(name3$,3,1) 18720 buf_Input_name2$(3)=Mid$(name4$,1,1) 18730 '外運を求める 18740 buf_gaiunn=char_count(buf_Input_name2$(0))+char_count(buf_Input_name2$(1))+char_count(buf_Input_name2$(3)) 18750 endif 18760 case 5: 18770 '姓 3,名2 18780 if buff_name3=3 and buff_name=2 then 18790 buf_Input_name2$(0)=Mid$(name3$,1,1) 18800 buf_Input_name2$(1)=Mid$(name3$,2,1) 18810 buf_Input_name2$(2)=Mid$(name3$,3,1) 18820 buf_Input_name2$(3)=Mid$(name4$,1,1) 18830 buf_Input_name2$(4)=Mid$(name4$,2,1) 18840 '外運を求める 18850 buf_gaiunn=char_count(buf_Input_name2$(0))+char_count(buf_Input_name2$(1))+char_count(buf_Input_name2$(4)) 18860 endif 18870 '姓４、名１ 18880 if buff_name3=4 and buff_name4=1 then 18890 buf_Input_name2$(0)=Mid$(name3$,1,1) 18900 buf_Input_name2$(1)=Mid$(name3$,2,1) 18910 buf_Input_name2$(2)=Mid$(name3$,3,1) 18920 buf_Input_name2$(3)=Mid$(name3$,4,1) 18930 buf_Input_name2$(4)=Mid$(name4$,1,1) 18940 '外運を求める 18950 buf_gaiunn=char_count(buf_Input_name2$(0))+char_count(buf_Input_name2$(1))+char_count(buf_Input_name$(4)) 18960 endif 18970 '姓２、名３ 18980 if buff_name3=2 and buff_name4=3 then 18990 buf_Input_name2$(0)=Mid$(name3$,1,1) 19000 buf_Input_name2$(1)=Mid$(name3$,2,1) 19010 buf_Input_name2$(2)=Mid$(name4$,1,1) 19020 buf_Input_name2$(3)=Mid$(name4$,2,1) 19030 buf_Input_name2$(4)=Mid$(name4$,3,1) 19040 '外運を求める 19050 buf_gaiunn=char_count(buf_Input_name$(0))+char_count(buf_Input_name$(3))+char_count(buf_Input_name$(4)) 19060 endif 19070 case 6: 19080 '1.姓３，名３ 19090 if buff_name3=3 and buff_name4=3 then 19100 buf_Input_name2$(0)=Mid$(name3$,1,1) 19110 buf_Input_name2$(1)=Mid$(name3$,2,1) 19120 buf_Input_name2$(2)=Mid$(name3$,3,1) 19130 buf_Input_name2$(3)=Mid$(name4$,1,1) 19140 buf_Input_name2$(4)=Mid$(name4$,2,1) 19150 buf_Input_name2$(5)=Mid$(name4$,3,1) 19160 '外運を求める 19170 buf_gaiunn=char_count(buf_Input_name2$(0))+char_count(buf_Input_name2$(1))+char_count(buf_Input_name2$(4))+char_count(buf_Input_name$(5)) 19180 endif 19190 '2.姓４，名２ 19200 if buff_name3=4 and buff_name4=2 then 19210 buf_Input_name2$(0)=Mid$(name3$,1,1) 19220 buf_Input_name2$(1)=Mid$(name3$,2,1) 19230 buf_Input_name2$(2)=Mid$(name3$,3,1) 19240 buf_Input_name2$(3)=Mid$(name3$,4,1) 19250 buf_Input_name2$(4)=Mid$(name4$,1,1) 19260 buf_Input_name2$(5)=Mid$(name4$,2,1) 19270 '外運を求める 19280 buf_gaiunn=char_count(buf_Input_name2$(0))+char_count(buf_Input_name2$(1))+char_count(buf_Input_name$(5)) 19290 endif 19300 case 7: 19310 '1姓４，名３ 19320 '外運を求める 19330 end select 19340 if s2=1 then goto Input_female: 19350 if s2=2 then goto Main_Screen: 19360 func buf_number(a) 19370 if a < 10 then 19380 buf_tansu=a 19390 endif 19400 if a>9 and a < 20 then 19410 buf_tansu = a - 10 19420 endif 19430 if a>19 and a < 30 then 19440 buf_tansu = a - 20 19450 endif 19460 endfunc buf_tansu 19470 func Aisyou_type$(man,woman) 19480 Result$="No data" 19490 '1.理解し合える最良のカップル 19500 '1のFor文 19510 for i=0 to 19 19520 if buf_good_couple1(i) = man and buf_good_couple2(i) = woman then 19530 Result$ = "1.理解し合える最良のカップル" 19540 ResultNo = 0 19550 endif 19560 if buf_natural_couple1(i) = man and buf_natural_couple2(i) = woman then 19570 Result$="2.互いに自然体でつきあえるカップル" 19580 ResultNo=1 19590 endif 19600 '3.男性にとって居心地の良いカップル 19610 if buf_good_for_man1(i)= man AND buf_good_for_man2(i)= woman then 19620 Result$="3.男性にとって居心地の良いカップル" 19630 ResultNo=2 19640 endif 19650 '4.女性にとって居心地の良いカップル 19660 if buf_good_for_woman1(i) = man AND buf_good_for_woman2(i) = woman then 19670 Result$ = "4.女性にとって居心地の良いカップル" 19680 ResultNo=3 19690 endif 19700 '5.恋愛経験を重ねた後なら愛を育める 19710 'for i=0 to 9 19720 'for j=0 to 9 19730 if short_of_experience1(i) = man AND short_of_experience2(i) = woman then 19740 Result$="5.恋愛経験を重ねた後なら愛を育める" 19750 ResultNo=4 19760 endif 19770 'next j 19780 'next i 19790 '6 19800 if buf_difficult_for_couple1(i)=man AND buf_difficult_for_couple2(i)=woman then 19810 Result$="6.結婚への発展が困難なカップル" 19820 endif 19830 '7 19840 if buf_difference_of_love1(i)=man AND buf_difference_of_love2(i)=woman then 19850 Result$="7.愛し方にずれが出てくる二人" 19860 endif 19870 '8 19880 if buf_difference_of_KachiKan1(i)=man AND buf_difference_of_KachiKan2(i)=woman then 19890 Result$="8.互いに価値観が噛み合わない相性" 19900 endif 19910 next i 19920 ' 19930 endfunc Result$ 19940 'Anzai_Result_Aisyou_male_female: 19950 cls 3: 19960 buf_t_chiunn = buf_number(buf_chiunn) 19970 buf_t_gaiunn=buf_number(buf_gaiunn) 19980 bufferAisyou$ = Aisyou_type$(buf_t_chiunn,buf_t_gaiunn) 19990 'グラフィック描画領域　ここから 20000 'Anzai_Result_Aisyou_male_female: 20010 line(0,0)-(1200,60),rgb(0,0,255),bf 20020 pen 5:line(0,0)-(1203,63),rgb(255,255,255),b 20030 line(0,60)-(1200,560),rgb(127,255,212),bf 20040 pen 5:line(0,63)-(1203,563),rgb(255,0,255),b 20050 LINE(0,560)-(1200,770),rgb(0,255,0),bf 20060 pen 5:line(0,563)-(1203,773),rgb(0,0,0),b 20070 if s2=1 then goto　read_mydata: 20080 buf_t_chiunn=get_chiunn(name2$) 20090 'グラフィック描画領域　ここまで 20100 color rgb(255,255,255) 20110 print "安斎流姓名判断　相性占い　結果表示"+chr$(13) 20120 color rgb(255,0,255) 20130 print "男性の名前:";name$+name2$;chr$(13) 20140 print "地運の単数";buf_t_chiunn;chr$(13) 20150 print "女性の名前:";name3$+name4$;chr$(13) 20160 print "外運の単数";buf_t_gaiunn;chr$(13) 20170 print"二人の相性:";bufferAisyou$;chr$(13) 20180 color rgb(0,0,0) 20190 print "エンターキー:トップ画面へ行く"+chr$(13) 20200 print "S or s:保存する"+chr$(13) 20210 key$=input$(1) 20220 if key$=chr$(13) then goto Main_Screen: 20230 if key$="s" or key$="S" then goto Save_Good_fortune: 20240 '相性占い　データー保存 20250 'Save_Good_fortune: 20260 '1.ファイル：fortune_list.datが無い時 20270 '1-0.保存フォルダ:config/Kikkyo_data/ 20280 '1-1.ファイル:fortune_list.datを作る 20290 '1-2.異性の名前と自分との相性を保存 20300 '1-3.データーを保存したと表示する 20310 Save_Good_fortune: 20320 open "config/Kikkyo_data/fortune_list.dat" for append as #1 20330 ' 20340 close #1 20350 '改名チェック 20360 'グラフィック描画領域ここから 20370 Menu2_Anzai_name_check: 20380 cls 3 20390 '1行目 20400 line (0,0)-(1300,60),rgb(0,0,255),bf 20410 pen 5:line(0,0)-(1297,57),rgb(255,255,255),b 20420 '2行目 20430 line (0,60)-(1300,450),rgb(127,255,212),bf 20440 pen 5:line(0,63)-(1303,453),rgb(255,0,255),b 20450 '3行目 20460 line (0,450)-(1300,550),rgb(0,255,0),bf 20470 pen 5:line(0,453)-(1303,553),rgb(0,0,0),b 20480 'グラフィック描画領域ここまで 20490 talk"ニックネームまたは会社名から改名が必要かチェックします、10文字以内で名前を入れてください" 20500 color rgb(255,255,255) 20510 print "安斎流姓名判断改名チェッカー"+chr$(13) 20520 color rgb(255,0,255) 20530 print "総数で、改名が、必要か否かを調べます"+chr$(13) 20540 print "名前(ニックネーム or 会社名等)を" + chr$(13) 20550 print "入れてください" + chr$(13) 20560 print "10文字までで入れてください" + chr$(13) 20570 color rgb(0,0,0) 20580 Input "名前:",name$ 20590 '計算領域　ここから 20600 '名前から総運を計算 20610 '1.名前の文字数を出す 20620 n=len(name$) 20630 if n > 10 then 20640 '文字数が10個までという表示 20650 'トーストで表示 20660 ui_msg "文字は10個までです" 20670 goto Menu2_Anzai_name_check: 20680 endif 20690 'それ以外 20700 '総数を出す処理を出す 20710 '画面消去　データー初期化 20720 Result_Anzai_Kaimei: 20730 cls 3:bufer_total=0 20740 'グラフィック描画領域ここから 20750 line(0,0)-(960,60),rgb(0,0,255),bf 20760 pen 5:line(0,0)-(963,63),rgb(255,255,255),b 20770 line(0,60)-(960,320),rgb(127,255,212),bf 20780 pen 5:line(0,63)-(963,323),rgb(255,0,255),b 20790 line(0,320)-(960,600),rgb(0,255,0),bf 20800 pen 5:line(0,323)-(963,603),rgb(0,0,0),b 20810 'グラフィック描画領域ここまで 20820 'cls 3 20830 color rgb(255,255,255) 20840 print"安斎流姓名判断　改名チェック　診断結果"+chr$(13) 20850 for i=0 to len(name$)-1 20860 buf_Input_name$(i)=Mid$(name$,i+1,1) 20870 bufer_total = char_count(buf_Input_name$(i)) + bufer_total 20880 next i 20890 color rgb(255,0,255) 20900 print "名前:";name$ 20910 print "この名前の総数:";bufer_total 20920 print "この名前の吉凶:";buf_Kikkyo_Anzai_total$(bufer_total - 2);"です" 20930 color rgb(255,0,255) 20940 buffer_total$=Kaimei_check$(buf_Kikkyo_Anzai_total$(bufer_total - 2 )) 20950 print bufer_total$;chr$(13) 20960 color rgb(0,0,0) 20970 locate 0,7 20980 print"エンターキー:メイン画面"+chr$(13) 20990 print"スペース:もう一度やる"+chr$(13) 21000 print"s or S:保存する"+chr$(13) 21010 key$=input$(1) 21020 if key$=chr$(13) then goto Main_Screen: 21030 if key$=" " then goto Menu2_Anzai_name_check: 21040 if key$="S" or key$="s" then 21050 count=0 21060 if dir$("config/Anzai_Kikkyo/Anzai_Kikkyo_name_list.dat")="" then 21070 count=0 21080 else 21090 open "config/Anzai_Kikkyo/Anzai_Kikkyo_name_list.dat" for input as #1 21100 while eof(1)=0 21110 line input #1,lines$:count=count+1 21120 wend 21130 close #1 21140 endif 21150 if count => 5 then 21160 ui_msg"登録できるのは5件までです。" 21170 goto Result_Anzai_Kaimei: 21180 else 21190 if count<6 then 21200 open "config/Anzai_Kikkyo/Anzai_Kikkyo_name_list.dat" for append as #1 21210 print #1,"名前:";name$;",総数:";str$(bufer_total);",吉凶:";buf_Kikkyo_Anzai_total$(bufer_total-2) 21220 close #1 21230 ui_msg"保存しました" 21240 endif 21250 endif 21260 endif 21270 goto Result_Anzai_Kaimei: 21280 func Kaimei_check$(r$) 21290 if r$="大吉数" or r$="中吉数" or r$="小吉数" or r$="半吉数" or r$="六大吉数" or r$="吉数" then 21300 '改名の必要なし 21310 talk"この名前は改名の必要がございませんエンターキーを押してください" 21320 print"この名前は、改名の必要はありません"+chr$(13) 21330 '改名の必要ナシの場合 21340 K=0 21350 else 21360 '改名の必要あり 21370 talk"この名前は、改名の必要があります" 21380 print"この名前は、改名の必要があります"+chr$(13) 21390 K=1 21400 '◎表示パターン 21410 'パターン１ 21420 'color rgb(0,0,0) 21430 'Input"エンターキーを押してください",key$ 21440 endif 21450 endfunc result$ 21460 'ui_msg="1件追加しました,残り9件追加できます" 21470 'ファイルの存在確認設定ファイル:mydata.dat 21480 Anzai_Result_Aisyou_male_female: 21490 cls 3 21500 '設定ファイルの確認 21510 if dir$("config/Mydata/mydata.dat")="" then 21520 'print "File not found"+chr$(13) 21530 '1.ファイルがない時 21540 goto Input_profile: 21550 else 21560 'ファイルがある時 21570 goto read_mydata: 21580 'goto 16820 21590 endif 21600 '1-1.ファイルがない時の処理 21610 '1-1.自分の姓名判断を入力 21620 'グラフィック描画領域ここから 21630 Input_profile: 21640 cls 3 21650 line(0,0)-(1000,60),rgb(0,0,250),bf 21660 line(0,60)-(1000,150),rgb(127,255,212),bf 21670 line(0,150)-(1000,240),rgb(0,255,0),bf 21680 'グラフィック描画領域ここまで 21690 '1.名前の姓の入力 21700 '1行目 Title 21710 color rgb(255,255,255) 21720 print"相性占い　自分のプロフィール入力"+chr$(13) 21730 '2行目名前の姓を入力 21740 color rgb(255,0,255) 21750 print "自分の名前の姓を入れてください"+chr$(13) 21760 color rgb(0,0,0) 21770 'buf_name1$:自分の名前の姓 21780 Input"名前の姓:",buf_name1$ 21790 '2.名前の名の入力 21800 '画面消去 21810 cls 21820 '1行目 Title 21830 color rgb(255,255,255) 21840 print "相性占い自分のプロフィール入力"+chr$(13) 21850 '2行目名前の名の入力 21860 color rgb(255,0,255) 21870 print "自分の名前の名を入れてください"+chr$(13) 21880 color rgb(0,0,0) 21890 'buf_name2$:自分の名前の名 21900 input "名前の名:",buf_name2$ 21910 '3.性別入力 21920 cls 21930 '1行目 Title 21940 color rgb(255,255,255) 21950 print "相性占い自分のプロフィール入力"+chr$(13) 21960 '2行目性別入力 21970 color rgb(255,0,255) 21980 print"自分の性別を入れてください(女性 or 男性)"+chr$(13) 21990 sex_type$(0)="女性" 22000 sex_type$(1)="男性" 22010 type=ui_select("sex_type$","性別を選んでください") 22020 '3行目 22030 '性別変数 sex_type$ 22040 if type=1 then 22050 print"自分の性別(女性 or 男性):";sex_type$(1)+chr$(13):sex_type$=sex_type$(1):goto Input_male_: 22060 else 22070 print"自分の性別(女性 or 男性):";sex_type$(0)+chr$(13):sex_type$=sex_type$(0):goto Input_female_: 22080 endif 22090 Input_male_: 22100 if sex_type$ = "男性" then 22110 name$=buf_name1$ 22120 name2$=buf_name2$ 22130 s2=1 22140 goto Entry_Profile: 22150 endif 22160 Input_female_: 22170 If sex_type$="女性" then 22180 name3$=buf_name1$ 22190 name4$=buf_name2$ 22200 s=2 22210 goto Entry_Profile: 22220 endif 22230 '登録プロフィール確認画面 22240 Entry_Profile: 22250 cls 3 22260 'グラフィック描画領域　ここから 22270 line(0,0)-(1000,60),rgb(0,0,255),bf 22280 line(0,60)-(1000,60*5),rgb(127,255,212),bf 22290 line(0,300)-(1000,460),rgb(0,255,0),bf 22300 'if s2=2 then goto Main_Screen: 22310 'グラフィック描画領域　ここまで 22320 '1行目 Title 22330 color rgb(255,255,255) 22340 print"安斎流姓名判断自分のプロフィール　登録確認"+chr$(13) 22350 color rgb(255,0,255) 22360 print"名前:";buf_name1$+buf_name2$;chr$(13) 22370 PRINT"性別:";sex_type$;chr$(13) 22380 if sex_type$="女性" then 22390 buf_t_gaiunn = get_gaiunn(buf_name1$,buf_name2$) 22400 buf_t_gaiunn_tansuu=buf_number(buf_t_gaiunn) 22410 print"外運:";buf_t_gaiunn_tansuu;chr$(13) 22420 buffer$="外運:"+str$(buf_t_gaiunn_tansuu) 22430 endif 22440 if sex_type$="男性" then 22450 buf_chiunn = get_chiunn(buf_name2$) 22460 buf_chiunn_tansuu1 = buf_number(buf_chiunn) 22470 print"地運:";buf_chiunn_tansuu1;chr$(13) 22480 buffer$="地運:" + str$(buf_chiunn_tansuu1) 22490 endif 22500 color rgb(0,0,0) 22510 input"(登録する:Yes/登録しない:No):",key$ 22520 if key$="Yes" or key$="yes" then 22530 open "config/Mydata/mydata.dat" for output as #1 22540 print #1,"名前:";buf_name1$+buf_name2$ 22550 print #1,"性別:";sex_type$ 22560 print #1,buffer$ 22570 close #1 22580 ui_msg"データーを保存しました" 22590 goto Main_Screen: 22600 endif 22610 '２．設定ファイルが存在する場合 22620 'ファイル読み込み自分のデーターを表示 22630 read_mydata: 22640 cls 3:line=0 22650 open "config/Mydata/mydata.dat" for input as #2 22660 Select case line 22670 case 0: 22680 line input #2,a$ 22690 line = line + 1 22700 case 1: 22710 line input #2,b$ 22720 line = line + 1 22730 case 2: 22740 line input #2,c$ 22750 line = line + 1 22760 end Select 22770 close #2 22780 line=0 22790 buffername$=a$ 22800 buffername2$=b$ 22810 buffername3$=c$ 22820 bufff$=Mid$(buffername$,1,3) 22830 buff2$=Mid$(buffername2$,1,3) 22840 buff3$=Mid$(buffername3$,1,3) 22850 n=len(a$) 22860 sextype$=Mid$(buffername2$,4,2) 22870 if sextype$ = "男性" then 22880 '男性:s2 22890 s2=1 22900 '女性のデーター入力 22910 goto Anzai_Aisyou2: 22920 endif 22930 if sextype$="女性" then 22940 s2=2 22950 '男性のデーター入力 22960 goto Anzai_Aisyou2: 22970 endif 22980 '女性のデーター結果表示 22990 '1.プロフィール性別男性の場合ここから 23000 cls 23010 color rgb(255,255,255) 23020 print "安斎流姓名判断　相性占い　結果表示"+chr$(13) 23030 name_length = len(bufername$) 23040 myname$ = Mid$(buffername$,4,4) 23050 chiunn = val(Mid$(buffername3$,4,2)) 23060 tansuu1 = buf_number(chiunn) 23070 bufname$ = name3$ + name4$ 23080 buf_t_gaiunn = get_gaiunn(name3$,name4$) 23090 buf_t_gaiunn_tansuu=buf_number(buf_t_gaiunn) 23100 bufferAisyou$ = Aisyou_type$(tansuu1,buf_t_gaiunn_tansuu) 23110 color rgb(255,0,255) 23120 print "自分の名前(男性):";myname$;chr$(13) 23130 print "地運の端数:";tansuu1;chr$(13) 23140 print "相手の名前(女性):";bufname$;chr$(13) 23150 print "外運の端数:";buf_t_gaiunn_tansuu;chr$(13) 23160 print "二人の相性:";bufferAisyou$;chr$(13) 23170 talk "二人の相性は";bufferAisyou$ 23180 color rgb(0,0,0) 23190 print"エンターキー:トップ画面へ行く"+chr$(13) 23200 print"S or s:データーを保存"+chr$(13) 23210 key$=input$(1) 23220 'トップ画面に行く 23230 if key$ = chr$(13) then goto Main_Screen: 23240 if key$="s" or key$="S" then goto Save_my_fortune_list: 23250 'データー保存 23260 'ファイル名:my_fortune_list_male.dat 23270 'フォルダ:config/ 23280 'Save_my_fortune_list:相性リストに保存 23290 Save_my_fortune_list: 23300 open "config/Mydata/my_fortune_list_male.dat" for append as #1 23310 print #1,"相手の名前:";bufname$;",あなたとの相性:";bufferAisyou$ 23320 close #1 23330 ui_msg "保存しました" 23340 goto Main_Screen: 23350 '1-1.データーを保存する 23360 '1-2.appendモードで保存 23370 '1-3.ui_msgで保存したと表示する 23380 '1-4.終了する 23390 '1.プロフィール性別男性の場合　ここまで 23400 '2.プロフィール性別女性の場合　ここから 23410 cls 3 23420 '描画領域　ここから 23430 line (0,0)-(1200,60),rgb(0,0,255),bf 23440 line (0,60)-(1200,560),rgb(127,255,212),bf 23450 LINE (0,560)-(1200,780),rgb(0,255,0),bf 23460 '描画領域ここまで 23470 color rgb(255,255,255) 23480 print"安斎流姓名判断　相性占い　結果表示"+chr$(13) 23490 '計算領域　ここから 23500 myname$=Mid$(buffername$,4,4) 23510 gaiunn=val(Mid$(buffername3$,4,2)) 23520 buf_t_gaiunn=buf_number(gaiunn) 23530 buf_t_chiunn=buf_number(buf_chiunn) 23540 bufferAisyou$ = Aisyou_type$(buf_t_chiunn,buf_t_gaiunn) 23550 bufname$ = name$ + name2$ 23560 '計算領域ここまで 23570 color rgb(255,0,255) 23580 print "自分の名前(女性):";myname$;chr$(13) 23590 print "外運の端数";buffer_t_gaiunn;chr$(13) 23600 print "相手の名前(男性):";bufname$;chr$(13) 23610 print "地運の端数:";buf_t_chiunn;chr$(13) 23620 print "二人の相性:";bufferAisyou$;chr$(13) 23630 color rgb(0,0,0) 23640 print "エンターキー:トップ画面へ行く"+chr$(13) 23650 print "S or s:データー保存"+chr$(13) 23660 key$=input$(1) 23670 if key$=chr$(13) then goto Main_Screen: 23680 '2.プロフィール性別女性の場合　ここまで 23690 'endfunc result$ 23700 '取扱説明書 23710 '相性占い　トップメニューここから 23720 'グラフィックここから 23730 Anzai_Aisyou_Top: 23740 cls 3: 23750 line(0,0)-(1100,60),rgb(0,0,255),bf 23760 pen 5:line(0,0)-(1103,63),rgb(255,255,255),b 23770 line(0,60)-(1100,450),rgb(127,255,212),bf 23780 pen 5:line(0,63)-(1103,453),rgb(255,0,255),b 23790 line(0,450)-(1100,650),rgb(0,255,0),bf 23800 pen 5:line(0,453)-(1103,653),rgb(0,0,0),b 23810 'グラフィック　ここまで 23820 color rgb(255,255,255) 23830 print"安斎流姓名判断　相性占いトップメニュー"+chr$(13) 23840 color rgb(255,0,255) 23850 print"1.自分と異性の相性"+chr$(13) 23860 print"2.男女の相性"+chr$(13) 23870 print"3.前の画面に戻る"+chr$(13) 23880 print"4.トップ画面に戻る"+chr$(13) 23890 color rgb(0,0,0) 23900 print"番号を選んでください:"+chr$(13) 23910 Input"番号:",key 23920 if key=1 then goto Anzai_Result_Aisyou_male_female: 23930 if key=2 then s2=2:goto Anzai_Aisyou2: 23940 if key=3 then goto Menu1_2_Anzai_Top: 23950 if key=4 then goto Main_Screen: 23960 if key>4 or key=0 then goto Anzai_Aisyou_Top: 23970 'グラフィック領域　ここから 23980 cls 3:line(0,0)-(1150,60),rgb(0,0,255),bf 23990 line(0,60)-(1150,180),rgb(127,255,212),bf 24000 line(0,120)-(1150,200),rgb(0,255,0),bf 24010 'グラフィック領域　ここまで 24020 '誕生日入力　生まれた年 24030 color rgb(255,255,255) 24040 print"誕生日入力　生まれた年"+chr$(13) 24050 COLOR rgb(255,0,255) 24060 print"生まれた年を入れてください"+chr$(13) 24070 color rgb(0,0,0) 24080 Input"生まれた年:",year 24090 '誕生日入力生まれた月 24100 cls 24110 color rgb(255,255,255) 24120 print"誕生日入力生まれた月"+chr$(13) 24130 color rgb(255,0,255) 24140 print"生まれた月を入力してください"+chr$(13) 24150 color rgb(0,0,0) 24160 Input"生まれた月:",month 24170 '誕生日入力生まれた日を入力 24180 cls 24190 color rgb(255,255,255) 24200 print"誕生日入力生まれた日入力"+chr$(13) 24210 color rgb(255,0,255) 24220 print"生まれた日を入力してください"+chr$(13) 24230 color rgb(0,0,0) 24240 Input"生まれた日:",day 24250 '人生の転機を見る 24260 'グラフィック領域　ここから 24270 cls 3 24280 line(0,0)-(1150,60),rgb(0,0,255),bf 24290 line(0,60)-(1150,470),rgb(127,255,212),bf 24300 line(0,470)-(1150,520),rgb(0,255,0),bf 24310 'グラフィック描画領域ここまで 24320 cls 24330 color rgb(255,255,255) 24340 print"人生の転機を見る"+chr$(13) 24350 color rgb(255,0,255) 24360 buf_total2=buf_total-(fix(buf_total/10)*10) 24370 print"誕生日";year;"年";month;"月";day;"日"+chr$(13) 24380 print year+buf_total2;"年";buf_total2;"歳"+chr$(13) 24390 print year+buf_total2+5;"年";buf_total2+5;"歳"+chr$(13) 24400 Member_List_Top: 24410 cls 3 24420 line (0,0)-(950,60),rgb(0,0,255),bf 24430 pen 5:line(0,0)-(947,57),rgb(255,255,255),b 24440 line (0,60)-(950,460),rgb(127,255,212),bf 24450 pen 5:LINE(0,63)-(953,463),rgb(255,0,255),b 24460 line (0,463)-(950,640),rgb(0,255,0),bf 24470 pen 5:line(0,457)-(953,643),rgb(0,0,0),b 24480 color rgb(255,255,255) 24490 print "●メンバーリストトップ"+chr$(13) 24500 color rgb(255,0,255) 24510 print "1.安斎流姓名判断　改名チェックリスト"+chr$(13) 24520 print "2.安斎流姓名判断相性メンバーリスト"+chr$(13) 24530 print "3.九星姓名判断　陰陽配列"+chr$(13) 24540 print "4.トップ画面に行く"+chr$(13) 24550 color rgb(0,0,0) 24560 print "番号を選んでください"+chr$(13) 24570 Input "番号:",key 24580 if key=1 then goto Anzai_Rename_Entry_List: 24590 if key=2 then goto Anzai_Aisyou_Member_list_Top: 24600 if key=3 then goto Kyusei_Inyou_Array_List: 24610 if key=4 then goto Main_Screen: 24620 if key>4 or key=0 then goto Member_List_Top: 24630 '1.安斎流姓名判断改名リスト 24640 Anzai_Rename_Entry_List: 24650 if dir$("config/Anzai_Kikkyo/Anzai_Kikkyo_name_list.dat")="" then 24660 cls 3 24670 line (0,0)-(850,60),rgb(0,0,255),bf 24680 pen 5:line(0,0)-(853,63),rgb(255,255,255),b 24690 line (0,60)-(850,180),rgb(127,255,212),bf 24700 pen 5:line(0,63)-(853,183),rgb(255,0,255),b 24710 line (0,180)-(850,250),rgb(0,255,0),bf 24720 pen 5:line(0,183)-(853,253),rgb(0,0,0),b 24730 color rgb(255,255,255) 24740 cls :print"1.安斎流姓名判断改名リスト"+chr$(13) 24750 color rgb(255,0,255) 24760 print "登録データーは、ございません"+chr$(13) 24770 color rgb(0,0,0) 24780 print "エンターキーを押してください"+chr$(13) 24790 key$=Input$(1) 24800 if key$=chr$(13) then goto Main_Screen: 24810 else 24820 counts=0 24830 open "config/Anzai_Kikkyo/Anzai_Kikkyo_name_list.dat" for input as #2 24840 while eof(2) = 0 24850 line input #2,line$:counts = counts + 1 24860 wend 24870 close #2 24880 cls 3: 24890 line (0,0)-(900,60),rgb(0,0,255),bf 24900 pen 5:line(0,0)-(903,63),rgb(255,255,255),b 24910 line (0,60)-(900,180),rgb(127,255,212),bf 24920 pen 5:line(0,63)-(903,183),rgb(255,0,255),b 24930 line (0,180)-(900,250),rgb(0,255,0),bf 24940 pen 5:line(0,183)-(903,253),rgb(0,0,0),b 24950 color rgb(255,255,255) 24960 print "1.安斎流姓名判断改名リスト登録件数"+chr$(13) 24970 color rgb(255,0,255) 24980 print "登録件数:";counts;"件"+chr$(13) 24990 talk "登録件数は"+str$(counts)+"件です。" 25000 color rgb(0,0,0) 25010 print "エンターキーを押してください"+chr$(13) 25020 endif 25030 key$ = input$(1) 25040 if key$ = chr$(13) then goto Show_Entry_list: 25050 ' 25060 ' 25070 Show_Entry_list: 25080 open "config/Anzai_Kikkyo/Anzai_Kikkyo_name_list.dat" for input as #1 25090 for i=0 to 3 * counts - 1 25100 input #1,buf_lines$(i) 25110 next i 25120 close #1 25130 n=0:cls 3 25140 'グラフィック領域　ここから 25150 line (0,0)-(1300,60),rgb(0,0,255),bf 25160 pen 5:line(0,0)-(1303,63),rgb(255,255,255),b 25170 line (0,60)-(1300,100*counts+60),rgb(124,255,212),bf 25180 pen 5:line(0,63)-(1303,100*counts+60+3),rgb(255,0,255),b 25190 line (0,100*counts+60)-(1300,60+100*counts+120),rgb(0,255,0),bf 25200 pen 5:line(0,100*counts+60+3)-(1300,60+100*counts+120+3),rgb(0,0,0),b 25210 'グラフィック領域　ここまで 25220 color rgb(255,255,255) 25230 print "安斎流姓名判断　ネームリスト"+chr$(13) 25240 color rgb(255,0,255) 25250 'count:登録件数 25260 while n < counts 25270 font 16:print n+1 ; ".";buf_lines$(3*n+0) ; ",";buf_lines$(3*n+1);",";buf_lines$(3*n+2);chr$(13) 25280 n=n+1 25290 wend 25300 color rgb(0,0,0) 25310 print"エンターキーを押してください"+chr$(13) 25320 key$=INPUT$(1) 25330 if key$=chr$(13) then goto Main_Screen: 25340 Anzai_Aisyou_Member_list_Top: 25350 n=0 25360 if dir$("config/Mydata/my_fortune_list_male.dat")="" then 25370 goto Empty_member_list: 25380 else 25390 goto show_Aisyou_member_List: 25400 endif 25410 ' 25420 show_Aisyou_member_List: 25430 'ファイルを読み込む 1.登録件数、登録データーを読み込む 25440 '1.ファイルがない時　ファイルがありませんと表示する 25450 if dir$("config/Mydata/my_fortune_list_male.dat") = " " then 25460 '1.ファイルがない時、ファイルがありませんと表示させる 25470 'グラフィック描画領域ここから 25480 line (0,0)-(1200,60),rgb(0,0,255),bf 25490 line (0,60)-(1200,273),rgb(127,255,212),bf 25500 line (0,270)-(1200,500),rgb(0,255,0),bf 25510 'グラフィック描画領域　ここまで 25520 print "ファイルがありません" + chr$(13) 25530 else 25540 'n:ファイルを開いて、登録件数の確認 25550 open "config/Mydata/my_fortune_list_male.dat" for input as #1 25560 while eof(1) = 0 25570 line input #1,lines$:n=n+1 25580 'input #1,buffLines$(n) 25590 'n = n + 1 25600 wend 25610 close #1 25620 'ファイルを開いて、配列にデーターを入力する 25630 open "config/Mydata/my_fortune_list_male.dat" for input as #2 25640 for i=0 to n*2-2 25650 input #2,buffLines$(i) 25660 next i 25670 close #2 25680 'ファイル読み込み　ここまで 25690 N=0 25700 'グラフィック領域　ここから 25710 cls 3 25720 line (0,0)-(1200,60),rgb(0,0,255),bf 25730 pen 5:line (0,0)-(1203,63),rgb(255,255,255),b 25740 line (0,60)-(1200,160),rgb(127,255,212),bf 25750 pen 5:line (0,63)-(1203,163),rgb(255,0,255),b 25760 line (0,160)-(1200,250),rgb(0,255,0),bf 25770 pen 5:line(0,163)-(1203,253),rgb(0,0,0),b 25780 'グラフィック領域　ここまで 25790 color rgb(255,255,255) 25800 print "安斎流姓名判断　相性メンバーリスト登録件数"+chr$(13) 25810 color rgb(255,0,255) 25820 print "登録件数:";n;"件"+chr$(13) 25830 color rgb(0,0,0) 25840 print "エンターキーを押してください"+chr$(13) 25850 key$=input$(1) 25860 if key$ = chr$(13) then goto Aisyou_List: 25870 endif 25880 '安斎流姓名判断　相性リスト　メンバー表示 25890 Aisyou_List: 25900 cls 3: 25910 line (0,0)-(1300,60),rgb(0,0,255),bf 25920 pen 5:line (0,0)-(1303,63),rgb(255,255,255),b 25930 line (0,60)-(1300,260),rgb(127,255,212),bf 25940 pen 5:line(0,63)-(1303,263),rgb(255,0,255),b 25950 line (0,260)-(1300,470),rgb(0,255,0),bf 25960 line (0,263)-(1303,473),rgb(0,0,0),b 25970 color rgb(255,255,255) 25980 print "安斎流姓名判断相性メンバーリスト登録件数";count+1;"件目"+chr$(13) 25990 while n > count - 1 26000 color rgb(255,0,255) 26010 print buffLines$(2*count+0)+chr$(13) 26020 print buffLines$(2*count+1)+chr$(13) 26030 color rgb(0,0,0) 26040 print "エンターキー:前の画面"+chr$(13) 26050 print "スペースキー:次のリストへ行く"+chr$(13) 26060 key$=input$(1) 26070 if key$=chr$(13) then goto Member_List_Top: 26080 if key$=" " then 26090 count= ((count + 1) Mod n) 26100 if n = count then ui_msg"データーが一杯です.":count = ((count + 1) Mod n) 26110 goto Aisyou_List: 26120 endif 26130 wend 26140 '空っぽのときの表示 26150 Empty_member_list: 26160 cls 3 26170 line(0,0)-(850,60),rgb(0,0,255),bf 26180 pen 5:line(0,0)-(853,183),rgb(255,255,255),b 26190 line(0,60)-(850,180),rgb(127,255,212),bf 26200 pen 5:line(0,63)-(853,183),rgb(255,0,255),b 26210 line (0,180)-(850,250),rgb(0,255,0),bf 26220 pen 5:line(0,183)-(853,253),rgb(0,0,0),b 26230 color rgb(255,255,255) 26240 print "安斎流姓名判断　相性メンバーリスト" + chr$(13) 26250 color rgb(255,0,255) 26260 print "登録メンバーはいません" + chr$(13) 26270 color rgb(0,0,0) 26280 print"エンターキーを押してください" + chr$(13) 26290 key$ = input$(1) 26300 if key$=chr$(13) then goto Main_Screen: 26310 Remove_MemberList: 26320 cls 3: 26330 line (0,0)-(1200,60),rgb(0,0,255),bf 26340 line (0,3)-(1197,57),rgb(255,255,255),b 26350 line (0,60)-(1202,362),rgb(127,255,212),bf 26360 line (0,57)-(1197,357),rgb(255,0,255),b 26370 line (0,357)-(1197,557),rgb(0,255,0),bf 26380 line(0,360)-(1200,560),rgb(0,0,0),b 26390 color rgb(255,255,255) 26400 print"メンバーリストの編集(安斎流姓名判断)" + chr$(13) 26410 color rgb(255,0,255) 26420 print "1.改名チェックリストの編集" + chr$(13) 26430 print "2.相性メンバーリストの編集" + chr$(13) 26440 print "3.トップ画面へ行く" + chr$(13) 26450 color rgb(0,0,0) 26460 print"番号を選んでください" + chr$(13) 26470 Input"番号:",No 26480 if No = 0 or No > 3 then goto Remove_MemberList:ui_msg "番号をもう一度、入れ直してください " 26490 if No=1 then 26500 If dir$("config/Anzai_Kikkyo/Anzai_Kikkyo_name_list.dat") = "" then 26510 ui_msg"そのファイルはありません":goto Remove_MemberList: 26520 else 26530 kill "config/Anzai_Kikkyo/Anzai_Kikkyo_name_list.dat":ui_msg"改名チェックリストを削除しました":goto Remove_MemberList: 26540 endif 26550 endif 26560 if No=2 then 26570 if dir$("config/Mydata/my_fortune_list_male.dat")="" then 26580 ui_msg"そのファイルはありません":goto Remove_MemberList: 26590 else 26600 kill "config/Mydata/my_fortune_list_male.dat":ui_msg"相性メンバーリストを削除しました":goto Remove_MemberList: 26610 endif 26620 endif 26630 if No=3 then goto Main_Screen: 26640 '九星姓名判断 1.陰陽配列の保存 26650 Save_Inyo_array: 26660 open "config/Inyo_list/Inyo_array.dat" for append as #1 26670 print #1,"名前:";name$ + name2$;",陰陽配列:";buffer$ + buffer2$ 26680 close #1 26690 ui_msg "保存しました" 26700 '九星姓名判断陰陽配列 List 26710 Kyusei_Inyou_Array_List: 26720 cls 3 26730 'グラフィック領域　ここから 26740 Line (0,0)-(1200,60),rgb(0,0,255),bf 26750 line (0,0)-(1197,57),rgb(255,255,255),b 26760 line (0,60)-(1203,273),rgb(127,255,212),bf 26770 line (0,63)-(1200,270),rgb(255,0,255),b 26780 line (0,270)-(1200,500),rgb(0,255,0),bf 26790 line (0,273)-(1203,503),rgb(0,0,0),b 26800 'グラフィック描画領域　ここまで 26810 'ファイル読み込みここから 26820 if dir$("config/Inyo_list/Inyo_array.dat")="" then 26830 mode=0 26840 else 26850 mode=1 26860 '登録件数を求める 26870 open "config/Inyo_list/Inyo_array.dat" for input as #1 26880 bcount=0 26890 while eof(1)=0 26900 line input #1,bufLine$:bcount = bcount + 1 26910 wend 26920 close #1 26930 open "config/Inyo_list/Inyo_array.dat" for input as #2 26940 for i=0 to 2 * bcount - 1 26950 input #2,count1$(i) 26960 next i 26970 close #2 26980 endif 26990 'ファイル読み込みここまで 27000 '1行目　文字色　白 27010 '1.ファイルがない時 27020 color rgb(255,255,255) 27030 print "九星姓名判断陰陽配列　リスト" + chr$(13) 27040 if mode=0 then 27050 color rgb(255,0,255) 27060 print "ファイルがありません"+chr$(13) 27070 else 27080 '2.ファイルが有る時 27090 color rgb(255,0,255) 27100 'bcount:登録件数 27110 select case bcount 27120 '登録件数が一件のとき 27130 case 1: 27140 print count1$(0) + chr$(13) 27150 print count1$(1) + chr$(13) 27160 color rgb(0,0,0) 27170 print "エンターキー:トップへ行く" + chr$(13) 27180 key$ = input$(1) 27190 if key$ = chr$(13) then goto Main_Screen: 27200 '登録件数が2件以上の時 27210 case else: 27220 n = 0 27230 while (1) 27240 l=n mod bcount 27250 if l => 0 then 27260 '登録件数がn件のときの 27270 cls 27280 color rgb(255,255,255) 27290 print"九星姓名判断陰陽配列リスト"+chr$(13) 27300 color rgb(255,0,255) 27310 print count1$(2*l + 0) + chr$(13) 27320 'l = l + 1 27330 print count1$(2*l + 1) + chr$(13) 27340 print"スペースキー:次へ行く" + chr$(13) 27350 print"エンターキー:トップへ行く" + chr$(13) 27360 key$ = input$(1) 27370 if key$ = " " then n = (n + 1) Mod bcount 27380 if key$ = Chr$(13) then goto Main_Screen: 27390 endif 27400 wend 27410 end Select 27420 endif 27430 func get_chiunn(name2$) 27440 buff_name=len(name2$) 27450 '1.男性の地運を求める 27460 select case buff_name 27470 case 1: 27480 '男性の地運を求める 27490 buf_chiunn = char_count(name2$) 27500 case 2: 27510 '名が2文字 27520 if buff_name = 2 then 27530 buf_Input_name$(0) = mid$(name2$,1,1) 27540 buf_Input_name$(1) = mid$(name2$,2,1) 27550 '地運を計算 27560 buf_chiunn = char_count(buf_Input_name$(0)) + char_count(buf_Input_name$(1)) 27570 endif 27580 case 3: 27590 '1.名３ 27600 if buff_name = 3 then 27610 buf_Input_name$(0) = Mid$(name2$,1,1) 27620 buf_Input_name$(1) = Mid$(name2$,2,1) 27630 buf_Input_name$(2) = Mid$(name2$,3,1) 27640 buf_chiunn=char_count(buf_Input_name$(0))+char_count(buf_Input_name$(1))+char_count(buf_Input_name$(2)) 27650 endif 27660 case else: 27670 end select 27680 endfunc buf_chiunn 27690 func get_gaiunn(name3$,name4$) 27700 buff_name3 = len(name3$) 27710 buff_name4 = len(name4$) 27720 buff_wname = buff_name3 + buff_name4 27730 '2.女性　外運を求める 27740 select case buff_wname 27750 '姓と名の合計数 27760 case 2: 27770 buf_Input_name2$(0)=Mid$(name3$,1,1) 27780 buf_Input_name2$(1)=Mid$(name4$,1,1) 27790 buf_gaiunn=char_count(buf_Input_name2$(0)) + char_count(buf_Input_name2$(1)) 27800 case 3: 27810 if buff_name3=2 and buff_name4=1 then 27820 buf_Input_name2$(0)=Mid$(name3$,1,1) 27830 buf_Input_name2$(1)=Mid$(name3$,2,1) 27840 buf_Input_name2$(2)=Mid$(name4$,1,1) 27850 buf_gaiunn=char_count(buf_Input_name2$(0))+char_count(buf_Input_name2$(2)) 27860 endif 27870 if buff_name3=1 and buff_name4=2 then 27880 buf_Input_name2$(0)=Mid$(name3$,1,1) 27890 buf_Input_name2$(1)=Mid$(name4$,1,1) 27900 buf_Input_name2$(2)=Mid$(name4$,2,1) 27910 buf_gaiunn=char_count(buf_Input_name2$(0))+char_count(buf_Input_name2$(2)) 27920 endif 27930 case 4: 27940 '姓１、名３ 27950 if buff_name3=1 and buff_name4=3 then 27960 buf_Input_name2$(0)=Mid$(name3$,1,1) 27970 buf_Input_name2$(1)=Mid$(name4$,1,1) 27980 buf_Input_name2$(2)=Mid$(name4$,2,1) 27990 buf_Input_name2$(3)=Mid$(name4$,3,1) 28000 '外運を求める 28010 buf_gaiunn=char_count(buf_Input_name2$(0))+char_count(buf_Input_name2$(2))+char_count(buf_Input_name2$(3)) 28020 endif 28030 '姓２,名２ 28040 if buff_name3=2 and buff_name4=2 then 28050 buf_Input_name2$(0)=Mid$(name3$,1,1) 28060 buf_Input_name2$(1)=Mid$(name3$,2,1) 28070 buf_Input_name2$(2)=Mid$(name4$,1,1) 28080 buf_Input_name2$(3)=Mid$(name4$,2,1) 28090 '外運を求める 28100 buf_gaiunn=char_count(buf_Input_name2$(0))+char_count(buf_Input_name2$(3)) 28110 endif 28120 '姓３，名１ 28130 if buff_name3=3 and buff_name4=1 then 28140 buf_Input_name2$(0)=Mid$(name3$,1,1) 28150 buf_Input_name2$(1)=Mid$(name3$,2,1) 28160 buf_Input_name2$(2)=Mid$(name3$,3,1) 28170 buf_Input_name2$(3)=Mid$(name4$,1,1) 28180 '外運を求める 28190 buf_gaiunn=char_count(buf_Input_name2$(0))+char_count(buf_Input_name2$(1))+char_count(buf_Input_name2$(3)) 28200 endif 28210 case 5: 28220 '姓 3,名2 28230 if buff_name3=3 and buff_name=2 then 28240 buf_Input_name2$(0)=Mid$(name3$,1,1) 28250 buf_Input_name2$(1)=Mid$(name3$,2,1) 28260 buf_Input_name2$(2)=Mid$(name3$,3,1) 28270 buf_Input_name2$(3)=Mid$(name4$,1,1) 28280 buf_Input_name2$(4)=Mid$(name4$,2,1) 28290 '外運を求める 28300 buf_gaiunn=char_count(buf_Input_name2$(0))+char_count(buf_Input_name2$(1))+char_count(buf_Input_name2$(4)) 28310 endif 28320 '姓４、名１ 28330 if buff_name3=4 and buff_name4=1 then 28340 buf_Input_name2$(0)=Mid$(name3$,1,1) 28350 buf_Input_name2$(1)=Mid$(name3$,2,1) 28360 buf_Input_name2$(2)=Mid$(name3$,3,1) 28370 buf_Input_name2$(3)=Mid$(name3$,4,1) 28380 buf_Input_name2$(4)=Mid$(name4$,1,1) 28390 '外運を求める 28400 buf_gaiunn=char_count(buf_Input_name2$(0))+char_count(buf_Input_name2$(1))+char_count(buf_Input_name$(4)) 28410 endif 28420 '姓２、名３ 28430 if buff_name3=2 and buff_name4=3 then 28440 buf_Input_name2$(0)=Mid$(name3$,1,1) 28450 buf_Input_name2$(1)=Mid$(name3$,2,1) 28460 buf_Input_name2$(2)=Mid$(name4$,1,1) 28470 buf_Input_name2$(3)=Mid$(name4$,2,1) 28480 buf_Input_name2$(4)=Mid$(name4$,3,1) 28490 '外運を求める 28500 buf_gaiunn=char_count(buf_Input_name$(0))+char_count(buf_Input_name$(3))+char_count(buf_Input_name$(4)) 28510 endif 28520 case 6: 28530 '1.姓３，名３ 28540 if buff_name3=3 and buff_name4=3 then 28550 buf_Input_name2$(0)=Mid$(name3$,1,1) 28560 buf_Input_name2$(1)=Mid$(name3$,2,1) 28570 buf_Input_name2$(2)=Mid$(name3$,3,1) 28580 buf_Input_name2$(3)=Mid$(name4$,1,1) 28590 buf_Input_name2$(4)=Mid$(name4$,2,1) 28600 buf_Input_name2$(5)=Mid$(name4$,3,1) 28610 '外運を求める 28620 buf_gaiunn=char_count(buf_Input_name2$(0))+char_count(buf_Input_name2$(1))+char_count(buf_Input_name2$(4))+char_count(buf_Input_name$(5)) 28630 endif 28640 '2.姓４，名２ 28650 if buff_name3=4 and buff_name4=2 then 28660 buf_Input_name2$(0)=Mid$(name3$,1,1) 28670 buf_Input_name2$(1)=Mid$(name3$,2,1) 28680 buf_Input_name2$(2)=Mid$(name3$,3,1) 28690 buf_Input_name2$(3)=Mid$(name3$,4,1) 28700 buf_Input_name2$(4)=Mid$(name4$,1,1) 28710 buf_Input_name2$(5)=Mid$(name4$,2,1) 28720 '外運を求める 28730 buf_gaiunn=char_count(buf_Input_name2$(0))+char_count(buf_Input_name2$(1))+char_count(buf_Input_name$(5)) 28740 endif 28750 case 7: 28760 '1姓４，名３ 28770 '外運を求める 28780 end select 28790 endfunc buf_gaiunn

!-------------------------------------------------- !- Pentominos for Commodore Computers !- By Jim Butterfield, Compute! May 1984 !- !- Copied and pasted into CBM prg Studio !- on 5th September 2015 !- A.B.Sayuti H.M.Saman !-------------------------------------------------- 100 PRINT CHR$(142) "{clear}{right*5}PENTOMINOS{down}" 110 DATA I,2 120 DATA 0,1,0,2,0,3,0,4 130 DATA 1,0,2,0,3,0,4,0 140 DATA X,1 150 DATA 1,-1,1,0,2,0,1,1 160 DATA V,4 170 DATA 0,1,0,2,1,0,2,0 180 DATA 0,1,0,2,1,2,2,2 190 DATA 1,0,2,0,2,1,2,2 200 DATA 1,0,2,0,2,-1,2,-2 210 DATA T,4 220 DATA 0,1,0,2,1,1,2,1 230 DATA 1,0,1,1,2,0,1,2 240 DATA 1,0,2,0,1,-1,1,-2 250 DATA 2,-1,2,0,2,1,1,0 260 DATA W,4 270 DATA 0,1,1,1,1,2,2,2 280 DATA 1,0,1,1,2,1,2,2 290 DATA 0,1,1,-1,1,0,2,-1 300 DATA 1,-1,1,0,2,-2,2,-1 310 DATA U,4 320 DATA 0,2,1,0,1,1,1,2 330 DATA 2,0,0,1,1,1,2,1 340 DATA 0,1,1,0,2,0,2,1 350 DATA 1,0,0,1,0,2,1,2 360 DATA F,8 370 DATA 0,1,1,-1,1,0,2,0 380 DATA 1,-1,2,-1,1,0,1,1 390 DATA 1,-1,1,0,1,1,2,1 400 DATA 1,-1,1,0,2,0,2,1 410 DATA 0,1,1,1,1,2,2,1 420 DATA 1,0,1,1,2,1,1,2 430 DATA 1,0,1,1,2,-1,2,0 440 DATA 1,-2,1,-1,2,-1,1,0 450 DATA L,8 460 DATA 1,0,2,0,3,0,3,1 470 DATA 0,1,0,2,0,3,1,3 480 DATA 1,-3,1,-2,1,-1,1,0 490 DATA 1,0,2,0,3,0,3,-1 500 DATA 1,0,2,0,3,0,0,1 510 DATA 0,1,0,2,0,3,1,0 520 DATA 0,1,1,1,2,1,3,1 530 DATA 1,0,1,1,1,2,1,3 540 DATA Y,8 550 DATA 0,1,0,2,0,3,1,1 560 DATA 1,0,2,0,3,0,1,1 570 DATA 1,-1,1,0,1,1,1,2 580 DATA 1,-1,1,0,2,0,3,0 590 DATA 0,1,0,2,0,3,1,2 600 DATA 1,0,2,0,3,0,2,1 610 DATA 1,-2,1,-1,1,0,1,1 620 DATA 1,0,2,0,3,0,2,-1 630 DATA Z,4 640 DATA 0,1,1,1,2,1,2,2 650 DATA 1,0,1,1,1,2,2,2 660 DATA 1,-2,1,-1,1,0,2,-2 670 DATA 2,-1,1,0,2,0,0,1 680 DATA P,8 690 DATA 0,1,1,0,1,1,2,0 700 DATA 1,0,0,1,1,1,0,2 710 DATA 0,1,1,0,1,1,1,2 720 DATA 1,0,0,1,1,1,2,1 730 DATA 1,-1,1,0,2,-1,2,0 740 DATA 1,-1,1,0,0,1,1,1 750 DATA 0,1,0,2,1,1,1,2 760 DATA 1,0,2,0,1,1,2,1 770 DATA R,8 780 DATA 0,1,0,2,1,2,1,3 790 DATA 1,0,2,0,2,1,3,1 800 DATA 1,-1,1,0,2,-1,3,-1 810 DATA 1,-1,1,0,0,1,0,2 820 DATA 0,1,1,1,1,2,1,3 830 DATA 1,0,1,1,2,1,3,1 840 DATA 1,0,2,-1,2,0,3,-1 850 DATA 1,-2,1,-1,1,0,0,1 860 DATA A,0 870 V$ = "{home}{down*13}" 880 H$ = "{right*23}" 1000 DIM X(63,4), Y(63,4), P(64), P$(13), S(13), T(13), B(6,20) 1001 DIM X1(5),Y1(5), X2(12), Y2(12), U(12) 1010 READ P$,N: IF N=0 GOTO 1070 1020 T = T+1: P$(T) = P$: S(T) = V+1 1030 FOR J=V+1 TO V+N: P(J)=T 1040 FOR K=0 TO 3: READ X(J,K), Y(J,K): NEXT K,J 1050 V=V+N: PRINT P$; 1060 GOTO 1010 1070 PRINTLEFT$(V$,5);: PRINT"CHOOSE: {DOWN}" 1080 FOR J=3 TO 6:PRINT J;"BY";60/J;"{DOWN}": NEXT J 1090 INPUT "SELECT 3 THRU 6";W1 1100 IF W1<3 OR W1>6 OR W1<>INT(W1) GOTO 1070 1110 W2=60/W1 1120 PRINT "{clear}" 2000 REM FIND NEW SPACE TO FILL 2010 GOSUB 3000: P=J: GOSUB 3200: IF X1>W2 GOTO 2170 2020 REM GET A NEW PIECE 2030 T(P)=S(P) 2040 PRINT "{HOME}";P$(P);"{DOWN*11}" 2050 REM TRY FITTING PIECE 2060 C$=P$(P): X1(0)=X1: Y1(0)=Y1: FOR J=1 TO 4 2070 X=X(T(P),J-1)+X1:Y=Y(T(P),J-1)+Y1:X1(J)=X:Y1(J)=Y 2080 IF X<1 OR Y<1 OR X>W2 OR Y>W1 GOTO 2260 2090 IF B(Y,X)<>0 GOTO 2260 2100 NEXT J 2110 REM IT FITS - PUT PIECE IN PLACE 2120 B=P:FOR J=0 TO 4 2130 X=X1(J):Y=Y1(J):GOSUB 3500 2140 NEXT J 2150 X2(P)=X1:Y2(P)=Y1:P1=P1+1:U(P1)=P:GOTO 2010 2160 REM BOARD FILLED :rem 197 2170 PRINT "{HOME} SOLUTION" ;: END 2180 REM UNDRAW LAST ONE :rem 150 2190 P=U(P1) :U(P1)=0: P1 = P1-1: IF P1<0 THEN PRINT"THAT'S ALL":END 2200 B=0:X=X2(P):Y=Y2(P):C$=" ":GOSUB 3500 2210 X1=X:Y1=Y:FOR J=1 TO 4 2220 X=X(T(P),J-1)+X1:Y=Y(T(P),J-1)+Y1:X1(J)=X:Y1(J)=Y 2230 GOSUB 3500 2240 NEXT J 2250 REM ROTATE THE PIECE 2260 T(P)=T(P)+1:IF P(T(P))=P GOTO 2060 2270 REM GIVE UP ON PIECE 2280 T(P)=0 2290 REM LOOK FOR NEW PIECE 2300 P=P+1:IF P>12 GOTO 2190 2310 IF T(P)<>0 GOTO 2300 2320 GOTO 2030 3000 FOR J=1 TO 12: IF T(J)<>0 THEN NEXT J 3010 RETURN 3200 FOR X1=1 TO W2: FOR Y1=1 TO W1 3210 IF B(Y1,X1)=0 GOTO 3230 3220 NEXT Y1,X1 3230 RETURN 3500 PRINT LEFT$(V$,Y+2);LEFT$(H$,X);C$:B(Y,X)=B 3510 RETURN

Attribute VB_Name = "MATRIX_RC_REMOVE_LIBR" Option Explicit 'Requires that all variables to be declared explicitly. Option Base 1 'The "Option Base" statement allows to specify 0 or 1 as the 'default first index of arrays. '************************************************************************************ '************************************************************************************ 'FUNCTION : MATRIX_REMOVE_ROWS_FUNC 'DESCRIPTION : Delete row(s) from array 'LIBRARY : MATRIX 'GROUP : RC_REMOVE 'ID : 001 'AUTHOR : RAFAEL NICOLAS FERMIN COTA 'LAST UPDATE : 01/19/2009 '************************************************************************************ '************************************************************************************ '// PERFECT Function MATRIX_REMOVE_ROWS_FUNC(ByRef DATA_RNG As Variant, _ ByVal START_ROW As Long, _ Optional ByVal NO_ROWS As Long = 1) Dim i As Long Dim j As Long Dim k As Long Dim SROW As Long Dim NROWS As Long Dim SCOLUMN As Long Dim NCOLUMNS As Long Dim DATA_MATRIX As Variant Dim TEMP_MATRIX As Variant On Error GoTo ERROR_LABEL DATA_MATRIX = DATA_RNG If NO_ROWS = 0 Then MATRIX_REMOVE_ROWS_FUNC = DATA_MATRIX Exit Function End If SROW = LBound(DATA_MATRIX, 1) SCOLUMN = LBound(DATA_MATRIX, 2) NROWS = UBound(DATA_MATRIX, 1) NCOLUMNS = UBound(DATA_MATRIX, 2) If (NO_ROWS < 0) Then: NO_ROWS = 1 If NO_ROWS >= (NROWS - SROW) + 1 Then: GoTo ERROR_LABEL ReDim TEMP_MATRIX(SROW To (NROWS - NO_ROWS), SCOLUMN To NCOLUMNS) For j = SCOLUMN To NCOLUMNS k = SROW For i = SROW To NROWS If i = START_ROW Then: i = i + NO_ROWS If (i > NROWS) Or (k > UBound(TEMP_MATRIX, 1)) Then: GoTo 1983 TEMP_MATRIX(k, j) = DATA_MATRIX(i, j) k = k + 1 Next i 1983: Next j MATRIX_REMOVE_ROWS_FUNC = TEMP_MATRIX Exit Function ERROR_LABEL: MATRIX_REMOVE_ROWS_FUNC = Err.number End Function '************************************************************************************ '************************************************************************************ 'FUNCTION : MATRIX_REMOVE_COLUMNS_FUNC 'DESCRIPTION : Delete column(s) from array 'LIBRARY : MATRIX 'GROUP : RC_REMOVE 'ID : 002 'AUTHOR : RAFAEL NICOLAS FERMIN COTA 'LAST UPDATE : 01/19/2009 '************************************************************************************ '************************************************************************************ '// PERFECT Function MATRIX_REMOVE_COLUMNS_FUNC(ByRef DATA_RNG As Variant, _ ByVal START_COLUMN As Long, _ Optional ByVal NO_COLUMNS As Long = 1) Dim i As Long Dim j As Long Dim k As Long Dim SROW As Long Dim NROWS As Long Dim SCOLUMN As Long Dim NCOLUMNS As Long Dim DATA_MATRIX As Variant Dim TEMP_MATRIX As Variant On Error GoTo ERROR_LABEL DATA_MATRIX = DATA_RNG If NO_COLUMNS = 0 Then MATRIX_REMOVE_COLUMNS_FUNC = DATA_MATRIX Exit Function End If SROW = LBound(DATA_MATRIX, 1) SCOLUMN = LBound(DATA_MATRIX, 2) NROWS = UBound(DATA_MATRIX, 1) NCOLUMNS = UBound(DATA_MATRIX, 2) If (NO_COLUMNS < 0) Then: NO_COLUMNS = 1 If NO_COLUMNS >= (NCOLUMNS - SCOLUMN) + 1 Then: GoTo ERROR_LABEL ReDim TEMP_MATRIX(SROW To NROWS, SCOLUMN To (NCOLUMNS - NO_COLUMNS)) For j = SROW To NROWS k = SCOLUMN For i = SCOLUMN To NCOLUMNS If i = START_COLUMN Then: i = i + NO_COLUMNS If (i > NCOLUMNS) Or (k > UBound(TEMP_MATRIX, 2)) Then: GoTo 1983 TEMP_MATRIX(j, k) = DATA_MATRIX(j, i) k = k + 1 Next i 1983: Next j MATRIX_REMOVE_COLUMNS_FUNC = TEMP_MATRIX Exit Function ERROR_LABEL: MATRIX_REMOVE_COLUMNS_FUNC = Err.number End Function

CLS total# = 1 DaysInYear = 365 INPUT "Number of people in group "; N min = DaysInYear - (N - 1) FOR i = min TO DaysInYear STEP 1 total# = total# * i NEXT J = total# / DaysInYear ^ N chance = (1 - J) * 100 PRINT PRINT chance; "% that two people in the group will have the same birthday"

10 MAXFILES=2:OPEN"sndDIR"AS1LEN=1:FIELD1,1ASN$:PRINT"Figura (0-";(LOF(1)/3)-1;")";:INPUTN:FORI=0TO2:GET1,N*3+I+1:A(I)=ASC(N$):NEXT:V=A(0)\16:P=((A(0)AND15)*256+A(1))*256+A(2):IFV>2THENPRINT"Nao existe. Tente outra.":ENDELSECLOSE 20 P=P+1:OPEN"VOL."+RIGHT$(STR$(V),1)AS1LEN=1:FIELD1,1ASN$:GET1,P:A=ASC(N$):GET1,P+1:B=ASC(N$):GET1,P+2:C=ASC(N$):IFNOT(&H12=AAND&H34=BANDC=V)THENPRINT"Invalido.":ENDELSEGET1,P+3:L=ASC(N$):GET1,P+4:L=L+256*ASC(N$):P=P+5 30 FORI=0TO3:GOSUB1000:N(I)=A:GOSUB1000:N(I)=N(I)+A*256:PRINTN(I):NEXT 35 P=P+N(0)-8 40 DIMD(600),F(600),V(600):I=0 50 GOSUB1000:IFA=255THEN100 60 D(I)=A:GOSUB1000:D(I)=D(I)+A*256:GOSUB1000:F(I)=AAND&H3F:GOSUB1000:F(I)=(AAND15)+F(I)*16:GOSUB1000:V(I)=(AAND15)XOR15:PRINTD(I);F(I);V(I):I=I+1:GOTO50 100 M=I:I=0:SOUND7,&B001000:ONINTERVAL=1GOSUB110:INTERVALON 105 GOTO 105 110 D(I)=D(I)-1:IFD(I)>0THENRETURNELSESOUND0,F(I)AND255:SOUND1,F(I)\256:SOUND8,V(I):I=I+1:IFI<MTHENRETURNELSEEND 999 END 1000 GET1,P:P=P+1:L=L-1:A=ASC(N$):RETURN

1 goto 9 'Start 2 ' *** SayHello *** 3 print "Nice to meet you ";a$;"! How're you doing?" 4 return 5 ' *** AskForName *** 6 print "Hello! What is your name?" 7 input a$ 8 return 9 ' *** Start *** 10 print "This is a test program." 11 gosub 5 'AskForName 12 gosub 2 'SayHello 13 end

Version =20 VersionRequired =20 Begin Form RecordSelectors = NotDefault NavigationButtons = NotDefault DividingLines = NotDefault AllowDesignChanges = NotDefault DefaultView =0 ScrollBars =0 PictureAlignment =2 DatasheetGridlinesBehavior =3 Cycle =1 GridX =24 GridY =24 Width =10650 DatasheetFontHeight =11 ItemSuffix =351 Left =60 Top =45 Right =10455 Bottom =5655 DatasheetGridlinesColor =15722980 RecSrcDt = Begin 0x9a907331b4cce440 End OnDirty ="[Event Procedure]" RecordSource ="WaterQuantity" OnCurrent ="[Event Procedure]" BeforeInsert ="[Event Procedure]" BeforeUpdate ="[Event Procedure]" DatasheetFontName ="Calibri" PrtMip = Begin 0x6801000068010000680100006801000000000000201c0000e010000001000000 , 0x010000006801000000000000a10700000100000001000000 End AllowDatasheetView =0 AllowPivotTableView =0 AllowPivotChartView =0 AllowPivotChartView =0 FilterOnLoad =0 ShowPageMargins =0 DisplayOnSharePointSite =1 DatasheetAlternateBackColor =15921906 DatasheetGridlinesColor12 =0 FitToScreen =1 DatasheetBackThemeColorIndex =1 BorderThemeColorIndex =3 ThemeFontIndex =1 ForeThemeColorIndex =0 AlternateBackThemeColorIndex =1 AlternateBackShade =95.0 Begin Begin Label BackStyle =0 FontSize =11 FontName ="Calibri" ThemeFontIndex =1 BackThemeColorIndex =1 BorderThemeColorIndex =0 BorderTint =50.0 ForeThemeColorIndex =0 ForeTint =50.0 GridlineThemeColorIndex =1 GridlineShade =65.0 End Begin Rectangle SpecialEffect =3 BackStyle =0 BorderLineStyle =0 BackThemeColorIndex =1 BorderThemeColorIndex =1 BorderShade =65.0 GridlineThemeColorIndex =1 GridlineShade =65.0 End Begin Image BackStyle =0 OldBorderStyle =0 BorderLineStyle =0 SizeMode =3 PictureAlignment =2 BorderColor =16777215 GridlineColor =16777215 BackThemeColorIndex =1 BorderThemeColorIndex =1 BorderShade =65.0 GridlineThemeColorIndex =1 GridlineShade =65.0 End Begin CheckBox BorderLineStyle =0 LabelX =230 LabelY =-30 BorderThemeColorIndex =1 BorderShade =65.0 GridlineThemeColorIndex =1 GridlineShade =65.0 End Begin TextBox AddColon = NotDefault FELineBreak = NotDefault BorderLineStyle =0 LabelX =-1800 FontSize =11 FontName ="Calibri" AsianLineBreak =1 BackThemeColorIndex =1 BorderThemeColorIndex =1 BorderShade =65.0 ThemeFontIndex =1 ForeThemeColorIndex =0 ForeTint =75.0 GridlineThemeColorIndex =1 GridlineShade =65.0 End Begin ComboBox AddColon = NotDefault BorderLineStyle =0 LabelX =-1800 FontSize =11 FontName ="Calibri" AllowValueListEdits =1 InheritValueList =1 ThemeFontIndex =1 BackThemeColorIndex =1 BorderThemeColorIndex =1 BorderShade =65.0 ForeThemeColorIndex =2 ForeShade =50.0 GridlineThemeColorIndex =1 GridlineShade =65.0 End Begin Subform BorderLineStyle =0 BorderThemeColorIndex =1 GridlineThemeColorIndex =1 GridlineShade =65.0 BorderShade =65.0 ShowPageHeaderAndPageFooter =1 End Begin Tab FontSize =11 FontName ="Calibri" ThemeFontIndex =0 GridlineThemeColorIndex =1 GridlineShade =65.0 UseTheme =1 Shape =3 BackThemeColorIndex =1 BackShade =85.0 BorderLineStyle =0 BorderColor =16777215 BorderThemeColorIndex =2 BorderTint =60.0 HoverThemeColorIndex =1 PressedThemeColorIndex =1 HoverForeThemeColorIndex =0 HoverForeTint =75.0 PressedForeThemeColorIndex =0 PressedForeTint =75.0 ForeThemeColorIndex =0 ForeTint =75.0 End Begin Page BorderThemeColorIndex =1 BorderShade =65.0 GridlineThemeColorIndex =1 GridlineShade =65.0 End Begin EmptyCell Height =240 GridlineColor =12632256 GridlineThemeColorIndex =1 GridlineShade =65.0 End Begin Section CanGrow = NotDefault Height =7245 BackColor =11973548 Name ="Detail" AlternateBackColor =15921906 AlternateBackThemeColorIndex =1 AlternateBackShade =95.0 BackThemeColorIndex =9 BackTint =60.0 Begin Begin TextBox SpecialEffect =2 OverlapFlags =85 TextAlign =1 IMESentenceMode =3 Left =2280 Top =390 Width =2040 Height =285 FontSize =9 TabIndex =1 LeftMargin =44 TopMargin =22 RightMargin =44 BottomMargin =22 BackColor =14940657 BorderColor =10921638 Name ="txtEstimateDischarge_cfs" ControlSource ="EstimateDischarge_cfs" GroupTable =1 BottomPadding =43 GridlineColor =10921638 VerticalAnchor =1 LayoutCachedLeft =2280 LayoutCachedTop =390 LayoutCachedWidth =4320 LayoutCachedHeight =675 RowStart =1 RowEnd =1 ColumnStart =1 ColumnEnd =1 LayoutGroup =1 BackThemeColorIndex =-1 ThemeFontIndex =-1 ForeThemeColorIndex =-1 GroupTable =1 End Begin TextBox SpecialEffect =2 OverlapFlags =85 TextAlign =1 IMESentenceMode =3 Left =2280 Top =1080 Width =2040 Height =285 FontSize =9 TabIndex =3 LeftMargin =44 TopMargin =22 RightMargin =44 BottomMargin =22 BackColor =14940657 BorderColor =10921638 Name ="txtEstimateType" ControlSource ="EstimateType" GroupTable =1 BottomPadding =43 GridlineColor =10921638 VerticalAnchor =1 LayoutCachedLeft =2280 LayoutCachedTop =1080 LayoutCachedWidth =4320 LayoutCachedHeight =1365 RowStart =3 RowEnd =3 ColumnStart =1 ColumnEnd =1 LayoutGroup =1 BackThemeColorIndex =-1 ThemeFontIndex =-1 ForeThemeColorIndex =-1 GroupTable =1 End Begin Label OverlapFlags =85 TextAlign =3 Left =60 Top =60 Width =2158 Height =259 FontSize =9 LeftMargin =44 TopMargin =22 RightMargin =44 BottomMargin =22 BorderColor =8355711 Name ="Label18" Caption ="Measurable Discharge" GroupTable =1 BottomPadding =43 GridlineColor =10921638 VerticalAnchor =1 LayoutCachedLeft =60 LayoutCachedTop =60 LayoutCachedWidth =2218 LayoutCachedHeight =319 LayoutGroup =1 ThemeFontIndex =-1 ForeTint =100.0 GroupTable =1 End Begin Label OverlapFlags =85 TextAlign =3 Left =60 Top =390 Width =2158 Height =285 FontSize =9 LeftMargin =44 TopMargin =22 RightMargin =44 BottomMargin =22 BorderColor =8355711 Name ="Label24" Caption ="Estimate Discharge (cfs)" GroupTable =1 BottomPadding =43 GridlineColor =10921638 VerticalAnchor =1 LayoutCachedLeft =60 LayoutCachedTop =390 LayoutCachedWidth =2218 LayoutCachedHeight =675 RowStart =1 RowEnd =1 LayoutGroup =1 ThemeFontIndex =-1 ForeTint =100.0 GroupTable =1 End Begin Label OverlapFlags =85 TextAlign =3 Left =60 Top =1080 Width =2158 Height =285 FontSize =9 LeftMargin =44 TopMargin =22 RightMargin =44 BottomMargin =22 BorderColor =8355711 Name ="Label27" Caption ="Estimate Type" GroupTable =1 BottomPadding =43 GridlineColor =10921638 VerticalAnchor =1 LayoutCachedLeft =60 LayoutCachedTop =1080 LayoutCachedWidth =2218 LayoutCachedHeight =1365 RowStart =3 RowEnd =3 LayoutGroup =1 ThemeFontIndex =-1 ForeTint =100.0 GroupTable =1 End Begin Label OverlapFlags =85 TextAlign =3 Left =60 Top =750 Width =2158 Height =255 FontSize =9 LeftMargin =44 TopMargin =22 RightMargin =44 BottomMargin =22 BorderColor =8355711 Name ="Label30" Caption ="Flow Severity" GroupTable =1 BottomPadding =43 GridlineColor =10921638 VerticalAnchor =1 LayoutCachedLeft =60 LayoutCachedTop =750 LayoutCachedWidth =2218 LayoutCachedHeight =1005 RowStart =2 RowEnd =2 LayoutGroup =1 ThemeFontIndex =-1 ForeTint =100.0 GroupTable =1 End Begin ComboBox SpecialEffect =2 OverlapFlags =85 TextAlign =1 IMESentenceMode =3 ColumnCount =2 Left =2280 Top =750 Width =2040 Height =255 FontSize =9 TabIndex =2 BackColor =14940657 BorderColor =10921638 ColumnInfo ="\"\";\"\";\"\";\"\";\"10\";\"100\"" Name ="cboFlowSeverityID" ControlSource ="FlowSeverityID" RowSourceType ="Table/Query" RowSource ="SELECT [ID], Label FROM Lkup_FlowSeverity ORDER BY Label; " ColumnWidths ="0;3975" GroupTable =1 BottomPadding =43 GridlineColor =10921638 VerticalAnchor =1 LeftMargin =44 TopMargin =22 RightMargin =44 BottomMargin =22 LayoutCachedLeft =2280 LayoutCachedTop =750 LayoutCachedWidth =4320 LayoutCachedHeight =1005 RowStart =2 RowEnd =2 ColumnStart =1 ColumnEnd =1 LayoutGroup =1 ThemeFontIndex =-1 BackThemeColorIndex =-1 ForeThemeColorIndex =-1 ForeTint =75.0 ForeShade =100.0 GroupTable =1 End Begin Tab OverlapFlags =85 Top =1500 Width =10650 Height =5745 FontSize =9 TabIndex =8 Name ="tabWaterQuantity" GridlineColor =10921638 LayoutCachedTop =1500 LayoutCachedWidth =10650 LayoutCachedHeight =7245 ThemeFontIndex =1 BackColor =15197923 BackThemeColorIndex =9 BackTint =20.0 BackShade =100.0 BorderColor =13866864 HoverColor =15197923 HoverThemeColorIndex =9 HoverTint =20.0 PressedColor =10319446 PressedThemeColorIndex =-1 HoverForeColor =5822891 HoverForeThemeColorIndex =8 HoverForeTint =60.0 PressedForeThemeColorIndex =1 PressedForeTint =100.0 ForeColor =2500134 ForeTint =85.0 Begin Begin Page OverlapFlags =87 Left =75 Top =1920 Width =10500 Height =5250 BorderColor =10921638 Name ="pgVolumetric" Caption ="Volumetric" GridlineColor =10921638 LayoutCachedLeft =75 LayoutCachedTop =1920 LayoutCachedWidth =10575 LayoutCachedHeight =7170 WebImagePaddingLeft =2 WebImagePaddingTop =2 WebImagePaddingRight =2 WebImagePaddingBottom =2 Begin Begin Subform OverlapFlags =215 OldBorderStyle =0 BorderWidth =1 Left =135 Top =1950 Width =10440 Height =2940 BorderColor =855309 Name ="fsubVolumetric" SourceObject ="Form.fsubVolumetric" LinkChildFields ="WaterQuantityID" LinkMasterFields ="ID" OnEnter ="[Event Procedure]" GridlineColor =10921638 LayoutCachedLeft =135 LayoutCachedTop =1950 LayoutCachedWidth =10575 LayoutCachedHeight =4890 BorderThemeColorIndex =0 BorderTint =95.0 BorderShade =100.0 End End End Begin Page OverlapFlags =215 Left =75 Top =1920 Width =10500 Height =5250 BorderColor =10921638 Name ="pgPiezometer" Caption ="Piezometer" GridlineColor =10921638 LayoutCachedLeft =75 LayoutCachedTop =1920 LayoutCachedWidth =10575 LayoutCachedHeight =7170 WebImagePaddingLeft =2 WebImagePaddingTop =2 WebImagePaddingRight =2 WebImagePaddingBottom =2 Begin Begin Subform OverlapFlags =247 OldBorderStyle =0 Left =150 Top =1950 Width =8910 Height =2910 BorderColor =10921638 Name ="fsubPiezometer" SourceObject ="Form.fsubPiezometer" LinkChildFields ="WaterQuantityID" LinkMasterFields ="ID" OnEnter ="[Event Procedure]" GridlineColor =10921638 LayoutCachedLeft =150 LayoutCachedTop =1950 LayoutCachedWidth =9060 LayoutCachedHeight =4860 End End End Begin Page OverlapFlags =215 Left =75 Top =1920 Width =10500 Height =5250 BorderColor =10921638 Name ="pgDepthToPool" Caption ="Depth to Pool" GridlineColor =10921638 LayoutCachedLeft =75 LayoutCachedTop =1920 LayoutCachedWidth =10575 LayoutCachedHeight =7170 WebImagePaddingLeft =2 WebImagePaddingTop =2 WebImagePaddingRight =2 WebImagePaddingBottom =2 Begin Begin Subform OverlapFlags =247 OldBorderStyle =0 Left =215 Top =2000 Width =4380 Height =285 BorderColor =10921638 Name ="fsubPoolSurfaceElevation" SourceObject ="Form.fsubPoolSurfaceElevation" LinkChildFields ="WaterQuantityID" LinkMasterFields ="ID" BottomPadding =43 GridlineColor =10921638 VerticalAnchor =2 LayoutCachedLeft =215 LayoutCachedTop =2000 LayoutCachedWidth =4595 LayoutCachedHeight =2285 RowStart =2 RowEnd =2 ColumnStart =2 ColumnEnd =4 End Begin Label OverlapFlags =223 Left =300 Top =2640 Width =1380 Height =300 FontSize =9 BorderColor =8355711 ForeColor =16777215 Name ="Label343" Caption ="Calculations" GridlineColor =10921638 LayoutCachedLeft =300 LayoutCachedTop =2640 LayoutCachedWidth =1680 LayoutCachedHeight =2940 ForeThemeColorIndex =1 ForeTint =100.0 End Begin Subform OverlapFlags =247 Left =300 Top =2880 Width =3120 Height =480 TabIndex =1 BorderColor =855309 Name ="fsubPoolElevationCalculation" SourceObject ="Form.fsubPoolElevationCalculation" LinkChildFields ="WaterQuantityID" LinkMasterFields ="ID" GridlineColor =10921638 HorizontalAnchor =2 VerticalAnchor =2 LayoutCachedLeft =300 LayoutCachedTop =2880 LayoutCachedWidth =3420 LayoutCachedHeight =3360 BorderThemeColorIndex =0 BorderTint =95.0 BorderShade =100.0 End Begin Label FontItalic = NotDefault OverlapFlags =223 TextAlign =1 Left =300 Top =2880 Width =3000 Height =300 FontSize =8 BorderColor =8355711 ForeColor =16777215 Name ="Label344" Caption =" Will be displayed when measurement is entered" GroupTable =5 GridlineColor =10921638 HorizontalAnchor =2 LayoutCachedLeft =300 LayoutCachedTop =2880 LayoutCachedWidth =3300 LayoutCachedHeight =3180 LayoutGroup =4 ForeThemeColorIndex =1 ForeTint =100.0 GroupTable =5 End Begin Label FontItalic = NotDefault OverlapFlags =215 Left =300 Top =3420 Width =4350 Height =300 FontSize =8 BorderColor =8355711 ForeColor =16777215 Name ="Label350" Caption =" Will be displayed when measurement is entered" GridlineColor =10921638 LayoutCachedLeft =300 LayoutCachedTop =3420 LayoutCachedWidth =4650 LayoutCachedHeight =3720 ForeThemeColorIndex =1 ForeTint =100.0 End End End End End Begin Rectangle SpecialEffect =0 BackStyle =1 OverlapFlags =223 Left =4800 Top =60 Width =5820 Height =1500 BackColor =6108695 BorderColor =8355711 Name ="Box684" GridlineColor =10921638 LayoutCachedLeft =4800 LayoutCachedTop =60 LayoutCachedWidth =10620 LayoutCachedHeight =1560 BackThemeColorIndex =-1 BorderShade =50.0 End Begin CheckBox OverlapFlags =223 Left =6960 Top =120 Width =600 Height =270 TabIndex =4 BorderColor =10921638 Name ="cbIsProofed" ControlSource ="IsProofed" RightPadding =0 BottomPadding =29 GridlineColor =10921638 LayoutCachedLeft =6960 LayoutCachedTop =120 LayoutCachedWidth =7560 LayoutCachedHeight =390 ColumnStart =1 ColumnEnd =1 End Begin Label OverlapFlags =215 TextAlign =3 Left =7590 Top =420 Width =1200 Height =270 FontSize =9 LeftMargin =44 TopMargin =22 RightMargin =44 BottomMargin =22 BorderColor =8355711 ForeColor =16777215 Name ="Label668" Caption ="Certification" GroupTable =4 RightPadding =0 BottomPadding =29 GridlineColor =10921638 LayoutCachedLeft =7590 LayoutCachedTop =420 LayoutCachedWidth =8790 LayoutCachedHeight =690 ColumnStart =2 ColumnEnd =2 LayoutGroup =3 ThemeFontIndex =-1 ForeThemeColorIndex =-1 GroupTable =4 End Begin ComboBox LimitToList = NotDefault SpecialEffect =2 OverlapFlags =215 TextAlign =1 IMESentenceMode =3 ColumnCount =2 Left =8820 Top =420 Width =1680 Height =270 FontSize =9 TabIndex =6 BackColor =14940657 BorderColor =10921638 ColumnInfo ="\"\";\"\";\"\";\"\";\"10\";\"40\"" Name ="cboDataCertificationID" ControlSource ="DataCertificationID" RowSourceType ="Table/Query" RowSource ="SELECT Lkup_DataCertification.ID, Lkup_DataCertification.Label, Lkup_DataCertifi" "cation.AllowsLocks FROM Lkup_DataCertification WHERE (((Lkup_DataCertification.[" "IsActive])=True)); " ColumnWidths ="0" DefaultValue ="1" GroupTable =4 RightPadding =0 BottomPadding =29 GridlineColor =10921638 LeftMargin =44 TopMargin =22 RightMargin =44 BottomMargin =22 LayoutCachedLeft =8820 LayoutCachedTop =420 LayoutCachedWidth =10500 LayoutCachedHeight =690 ColumnStart =3 ColumnEnd =3 LayoutGroup =3 ThemeFontIndex =-1 BackThemeColorIndex =-1 ForeThemeColorIndex =-1 ForeTint =75.0 ForeShade =100.0 GroupTable =4 End Begin Label OverlapFlags =247 TextAlign =1 Left =4860 Top =120 Width =2100 Height =270 FontSize =9 LeftMargin =44 TopMargin =22 RightMargin =44 BottomMargin =22 BorderColor =8355711 ForeColor =16777215 Name ="Label667" Caption ="Data have been proofed" BottomPadding =29 GridlineColor =10921638 LayoutCachedLeft =4860 LayoutCachedTop =120 LayoutCachedWidth =6960 LayoutCachedHeight =390 ThemeFontIndex =-1 ForeThemeColorIndex =-1 End Begin Label OverlapFlags =215 TextAlign =3 Left =4860 Top =420 Width =1200 Height =270 FontSize =9 LeftMargin =44 TopMargin =22 RightMargin =44 BottomMargin =22 BorderColor =8355711 ForeColor =16777215 Name ="Label197" Caption ="Flag" GroupTable =4 BottomPadding =29 GridlineColor =10921638 LayoutCachedLeft =4860 LayoutCachedTop =420 LayoutCachedWidth =6060 LayoutCachedHeight =690 LayoutGroup =3 ThemeFontIndex =-1 ForeThemeColorIndex =-1 GroupTable =4 End Begin ComboBox LimitToList = NotDefault SpecialEffect =2 OverlapFlags =215 TextAlign =1 IMESentenceMode =3 ColumnCount =2 Left =6120 Top =420 Height =270 FontSize =9 TabIndex =5 BackColor =14940657 BorderColor =10921638 ColumnInfo ="\"\";\"\";\"\";\"\";\"10\";\"70\"" Name ="cboFlagID" ControlSource ="FlagID" RowSourceType ="Table/Query" RowSource ="SELECT Lkup_Flag.ID, Lkup_Flag.Label FROM Lkup_Flag; " ColumnWidths ="0" DefaultValue ="1" GroupTable =4 RightPadding =0 BottomPadding =29 GridlineColor =10921638 LeftMargin =44 TopMargin =22 RightMargin =44 BottomMargin =22 LayoutCachedLeft =6120 LayoutCachedTop =420 LayoutCachedWidth =7560 LayoutCachedHeight =690 ColumnStart =1 ColumnEnd =1 LayoutGroup =3 ThemeFontIndex =-1 BackThemeColorIndex =-1 ForeThemeColorIndex =-1 ForeTint =75.0 ForeShade =100.0 GroupTable =4 End Begin TextBox ScrollBars =2 SpecialEffect =2 OverlapFlags =215 TextAlign =1 IMESentenceMode =3 Left =6120 Top =750 Width =4380 Height =720 FontSize =9 TabIndex =7 LeftMargin =44 TopMargin =22 RightMargin =44 BottomMargin =22 BackColor =14940657 BorderColor =10921638 Name ="txtResultComments" ControlSource ="ResultComments" GroupTable =4 RightPadding =0 BottomPadding =29 GridlineColor =10921638 LayoutCachedLeft =6120 LayoutCachedTop =750 LayoutCachedWidth =10500 LayoutCachedHeight =1470 RowStart =1 RowEnd =1 ColumnStart =1 ColumnEnd =3 LayoutGroup =3 BackThemeColorIndex =-1 ThemeFontIndex =-1 ForeThemeColorIndex =-1 GroupTable =4 Begin Begin Label OverlapFlags =215 TextAlign =3 Left =4860 Top =750 Width =1200 Height =720 FontSize =9 LeftMargin =44 TopMargin =22 RightMargin =44 BottomMargin =22 BorderColor =8355711 ForeColor =16777215 Name ="Label315" Caption ="Result Comments" GroupTable =4 BottomPadding =29 GridlineColor =10921638 LayoutCachedLeft =4860 LayoutCachedTop =750 LayoutCachedWidth =6060 LayoutCachedHeight =1470 RowStart =1 RowEnd =1 LayoutGroup =3 ThemeFontIndex =-1 ForeThemeColorIndex =-1 GroupTable =4 End End End Begin ComboBox LimitToList = NotDefault SpecialEffect =2 OverlapFlags =85 TextAlign =1 IMESentenceMode =3 ColumnCount =2 Left =2280 Top =60 Width =2040 Height =259 FontSize =9 BackColor =14940657 BorderColor =10921638 ColumnInfo ="\"\";\"\";\"\";\"\";\"10\";\"20\"" Name ="cboHasMeasurableDischarge_YesNoID" ControlSource ="HasMeasurableDischarge_YesNoID" RowSourceType ="Table/Query" RowSource ="SELECT Lkup_YesNo.ID, Lkup_YesNo.Label FROM Lkup_YesNo; " ColumnWidths ="0;3975" GroupTable =1 BottomPadding =43 GridlineColor =10921638 VerticalAnchor =1 LeftMargin =44 TopMargin =21 RightMargin =44 BottomMargin =21 LayoutCachedLeft =2280 LayoutCachedTop =60 LayoutCachedWidth =4320 LayoutCachedHeight =319 ColumnStart =1 ColumnEnd =1 LayoutGroup =1 ThemeFontIndex =-1 BackThemeColorIndex =-1 ForeThemeColorIndex =-1 ForeShade =100.0 GroupTable =1 End Begin TextBox ScrollBars =2 SpecialEffect =2 OverlapFlags =223 TextAlign =1 IMESentenceMode =3 Left =60 Top =5220 Width =10560 Height =570 FontSize =9 TabIndex =9 LeftMargin =44 TopMargin =22 RightMargin =44 BottomMargin =22 BackColor =14940657 BorderColor =10921638 Name ="txtDischargeComments" ControlSource ="DischargeComments" GroupTable =2 TopPadding =0 RightPadding =0 BottomPadding =43 GridlineColor =10921638 LayoutCachedLeft =60 LayoutCachedTop =5220 LayoutCachedWidth =10620 LayoutCachedHeight =5790 RowStart =1 RowEnd =1 LayoutGroup =2 BackThemeColorIndex =-1 ThemeFontIndex =-1 ForeThemeColorIndex =-1 GroupTable =2 End Begin Label OverlapFlags =215 TextAlign =1 Left =60 Top =4980 Width =10560 Height =240 FontSize =9 LeftMargin =44 TopMargin =22 RightMargin =44 BottomMargin =22 BorderColor =8355711 ForeColor =16777215 Name ="Label155" Caption ="Discharge Comments" GroupTable =2 RightPadding =0 BottomPadding =0 GridlineColor =10921638 LayoutCachedLeft =60 LayoutCachedTop =4980 LayoutCachedWidth =10620 LayoutCachedHeight =5220 LayoutGroup =2 ThemeFontIndex =-1 ForeThemeColorIndex =1 ForeTint =100.0 GroupTable =2 End End End End End CodeBehindForm Attribute VB_GlobalNameSpace = False Attribute VB_Creatable = True Attribute VB_PredeclaredId = True Attribute VB_Exposed = False Option Compare Database Option Explicit ' -------------------------------------------------------------------------------------------- ' Sub: Form_Current ' Description: Current actions for fsubWaterQuantity ' Assumptions: - ' Parameters: - ' Returns: - ' Throws: - ' References: - ' Source/date: Sarah Shultz, November, 2016 ' Adapted: - ' Revisions: ' Helen Thomas - 4/10/2017 - Changed cbHasMeasurableDischarge to cboHasMeasurableDischarge_YesNoID ' --------------------------------------------------------------------------------------------- Private Sub Form_Current() On Error Resume Next cboHasMeasurableDischarge_YesNoID.SetFocus End Sub Private Sub Form_BeforeInsert(Cancel As Integer) CreatedBy = GetUserName() End Sub Private Sub Form_BeforeUpdate(Cancel As Integer) On Error GoTo ErrorHandler 'Check to make sure the parent record wasn't somehow by-passed If CheckForParent(Me.Parent.ID, "hydrology") = False Then Me.Undo Me.Parent.txtAirTemperature_C.SetFocus Else: LastModifiedBy = GetUserName() LastModifiedDate = Now() End If ExitSub: Exit Sub ErrorHandler: MsgBox "Error #" & Err.Number & ". " & Err.Description, vbCritical, "Springs error" Resume ExitSub End Sub

1 a% = 4 2 WHILE a$ > 0 DO 3 a% > b% THEN 4 a% = b% 5 ELSE 6 a% = b% 7 b% = c% 8 END IF 9 END WHILE 10 STOP

1 %TITLE "Library Screens" %SBTTL "TK_RPRT_LIBREP" %IDENT "V3.6a Calico" ! ! COPYRIGHT (C) 1987 BY ! ! Computer Management Center ! Idaho Falls, Idaho. ! ! This software is furnished under a license and may be used and ! copied only in accordance with terms of such license and with ! the inclusion of the above copyright notice. This software or ! any other copies therof may not be provided or otherwise made ! available to any other person. No title to and ownership of ! the software is hereby transferred. ! ! The information in this software is subject to change without ! notice and should not be construed as a commitment by ! Computer Management Center, Inc. ! ! CMC assumes no responsibility for the use or reliability of ! its software on equipment which is not supported by CMC. ! !++ ! ID:TK011 ! ! Abstract:HELP ! .p ! This report dumps out reports/screens that are stored in ! a particular library. ! They will be printed out one per page, without any titles. ! ! Index: ! .X Report>Windows ! .x Windows>Report ! ! Option: ! ! Author: ! ! 03/31/88 - Frank Starman ! ! Compile: ! ! $ BAS TK_SOURCE:TK_RPRT_LIBREP ! $ LINK/EXE=TK_EXE:*.EXE TK_RPRT_LIBREP, FUNC_LIB:CMCLINK/OPTION ! $ DELETE TK_RPRT_LIBREP.OBJ;* ! ! Modification history: ! ! 04/15/95 - Kevin Handy ! (V3.6) ! Update to V3.6 coding standards ! ! 10/29/96 - Kevin Handy ! Reformat source code ! ! 05/16/97 - Kevin Handy ! Reformat source code ! ! 08/20/97 - Kevin Handy ! Don't allocate channel for report ! ! 08/22/98 - Kevin Handy ! (V3.6a Calico) ! Update to V3.6a coding standards ! ! 12/05/2000 - Kevin Handy ! Use WHEN ERROR IN !-- %PAGE OPTION SIZE = (INTEGER LONG, REAL GFLOAT) ! ! Include files ! %INCLUDE "FUNC_INCLUDE:FUNCTION.HB" MAP (SCOPE) SCOPE_STRUCT SCOPE %INCLUDE "SOURCE:[UTL.OPEN]UTL_REPORTX.HB" DECLARE UTL_REPORTX_CDD UTL_REPORTX ! ! External functions ! EXTERNAL LONG FUNCTION LIBR_NODIGSR ! ! Declare ! DECLARE INTEGER CONSTANT NUM_LINES = 6000 ! Size of the array DECLARE INTEGER CONSTANT LIB_INDEX = 2000 ! Size of the array ! ! Dimension statements ! DIM LINE_NUM$(NUM_LINES), LIB_INDEX$(LIB_INDEX), LIB_CONNECT%(LIB_INDEX) DIM RFA LIB_RFA(LIB_INDEX) %PAGE ON ERROR GOTO 19000 Init: ! ! Initilize for output ! CALL OUTP_INITFROMFILE(UTL_REPORTX, 132%) GOTO ExitProgram IF UTL_REPORTX::STAT LFILE$ = EDIT$(UTL_REPORTX::OPTDEF(0%), 132%) !++ ! Abstract:FLD01 ! ^*(01) Library Name\* ! .p ! This field specifies the library that is to be ! printed. Screens and reports exist in files coded as ! "^*WINDOWS__\*??", where ?? is the system name. Help ! text is in files coded as "^*HELP__\*??". ! ! Index: ! .x Library name>Windows>Report ! .x Report>Windows>Library name ! !-- WLDCRD$ = EDIT$(UTL_REPORTX::OPTDEF(1%), 132%) !++ ! Abstract:FLD02 ! ^*(02) Wildcard\* ! .p ! This field selects specific items out of the ! library using wildcard characters. ! i.e. if you want all ! reports, you will enter "^*_*$REPORT\*" here. ! ! Index: ! .x Wildcard>Windows>Report ! .x Report>Windows>Wildcard ! !-- %PAGE 17000 !****************************************************************** ! OUTPUT REPORT !****************************************************************** CALL OUTP_LINENOTITLE(LYT_LINE$, UTL_REPORTX, "", 0%) & FOR I% = 1% TO 20% CALL OUTP_LINENOTITLE(LYT_LINE$, UTL_REPORTX, SPACE$(30%) + LFILE$, 0%) CALL OUTP_LINENOTITLE(LYT_LINE$, UTL_REPORTX, SPACE$(30%) + & DATE$(0%), 0%) CALL OUTP_LINENOTITLE(LYT_LINE$, UTL_REPORTX, SPACE$(30%) + & TIME$(0%), 0%) LINE_COUNT% = 23% ! ! Look up entries in library ! CALL LIBR_INDEX(LFILE$, WLDCRD$, LIB_INDEX$(), LIB_RFA()) ! ! Print library entries ! FOR ENTRY% = 1% TO LIB_INDEX GOTO ExitProgram IF LIB_INDEX$(ENTRY%) = "" GOTO ExitProgram IF UTL_REPORTX::STAT CALL OUTP_LINENOTITLE(LYT_LINE$, UTL_REPORTX, "", 0%) & FOR LOOP% = LINE_COUNT% + 1% TO 66% LINE_COUNT% = 0% ST% = LIBR_NODIGSR(LFILE$, LIB_INDEX$(ENTRY%), LINE_NUM$()) WHEN ERROR IN CURR_LINE% = VAL%(LINE_NUM$(0%)) USE CURR_LINE% = 0% END WHEN FOR LOOP% = 1% TO CURR_LINE% CALL OUTP_LINENOTITLE(LYT_LINE$, & UTL_REPORTX, LINE_NUM$(LOOP%), 0%) LINE_COUNT% = LINE_COUNT% + 1% GOTO ExitProgram IF UTL_REPORTX::STAT NEXT LOOP% NextText: NEXT ENTRY% ExitProgram: CALL OUTP_LINENOTITLE(LYT_LINE$, UTL_REPORTX, "", 0%) & FOR I% = LINE_COUNT% + 1% TO 66% CALL OUTP_FINISHNOTITLE(UTL_REPORTX) ! ! Exit to next program or menu ! IF TRM$(UTL_REPORTX::NEXTRUN) = "" THEN CALL SUBR_3EXITPROGRAM(SCOPE, "", "") ELSE CALL SUBR_3EXITPROGRAM(SCOPE, "RUN " + UTL_REPORTX::NEXTRUN, "") END IF %Page HelpError: !****************************************************************** ! Help Message for an error !****************************************************************** CALL HELP_34MESSAGE(SCOPE, NUM1$(ERL) + " " + ERT$(ERR), & "E", ERN$, FILENAME$, NUM1$(ERR)) UTL_REPORTX::STAT = -1% GOTO ExitProgram 19000 !******************************************************************* ! Trap errors !******************************************************************* RESUME HelpError 32767 END

1 IF INKEY$ = CHR$(27) THEN END PRINT "| Please wait..." FOR x = 1 TO 1000 NEXT x FOR x = 1 TO 1000 NEXT x PRINT "/ Please wait..." FOR x = 1 TO 1000 NEXT x FOR x = 1 TO 1000 NEXT x PRINT "- Please wait..." FOR x = 1 TO 1000 NEXT x FOR x = 1 TO 1000 NEXT x PRINT "\ Please wait..." FOR x = 1 TO 1000 NEXT x GOTO 1

REM SPACE AILEN GAME REM for MachiKania type Z REM Programmed by KENKEN GOSUB INIT1 WHILE 1 GOSUB INITGM DO GOSUB NXTSTG DO WAIT 1 GOSUB CLCHAR GOSUB BUTTON GOSUB FIRE GOSUB MVCANN GOSUB MVALIN GOSUB MVUFO GOSUB MVMISL GOSUB CKCLSN GOSUB PTMISL GOSUB PTALIN GOSUB PTUFO GOSUB PTCANN GOSUB PTSCOR S=GOSUB(CKGAME) LOOP WHILE S=0 LOOP WHILE S=1 GOSUB GAMEOV WEND END REM FIRST TIME INIT LABEL INIT1 USEPCG USEGRAPHIC GOSUB SETPCG DIM V(10,4),X(1),Y(1) H=0 RETURN REM INIT FOR EVERY GAME LABEL INITGM GPRINT 40,80,7,0,"SPACE ALIEN" GPRINT 24,110,7,0,"PUSH START BUTTON" WHILE KEYS(16)=0:WAIT 1:P=RND():WEND P=0:R=0:L=3 GCLS RETURN REM INIT FOR NEXT STAGE LABEL NXTSTG VAR I,X,S$ P=P+1 IF P>=2 THEN GPRINT 30,60,6,0,"CONGRATULATIONS!" WAIT 60 GPRINT 50,85,6,0,"NEXT STAGE" WAIT 120 ENDIF GCLS S$=DEC$(P) GPRINT 216,0,6,0,"SPACE" GPRINT 216,8,6,0,"ALIEN" GPRINT 216,48,7,0,"HIGH-" GPRINT 216,56,7,0,"SCORE" GPRINT 216,104,7,0,"SCORE" GPRINT 216,152,7,0,"STAGE" GPRINT (32-LEN(S$))*8,168,7,0,S$ GOSUB PTSCOR GPRINT 216,200,5,0,"\XA0\XA1" GPRINT 248,200,7,0,DEC$(L) FOR I=0 TO 10:V(I,0)=3:NEXT FOR I=0 TO 10:V(I,1)=2:NEXT FOR I=0 TO 10:V(I,2)=2:NEXT FOR I=0 TO 10:V(I,3)=1:NEXT FOR I=0 TO 10:V(I,4)=1:NEXT BOXFILL 0,206,215,207,2 X=21 FOR I=1 TO 4 GPRINT X,160,2,0,"\XF0\XF1\XF2" GPRINT X,168,2,0,"\XF3\XF4\XF5" X=X+48 NEXT GPRINT 60,100,4,0,"STAGE " GPRINT ,4,0,S$ WAIT 180 BOXFILL 60,100,150,107,0 E=16:F=((P-1)%8)*8+32:D=2 W=8:A=-1:Q=0:N=1:M=0:B=0:T=0 G=0:U=55:Y(0)=0:Y(1)=0:Z=50 K=KEYS() RETURN REM GAMEOVER LABEL GAMEOV GPRINT 50,130,4,0,"GAME OVER" WAIT 240 RETURN REM ERASE CHARACTERS LABEL CLCHAR IF B>0 THEN BOXFILL C,B,C+1,B+3,0 ELSEIF B=-1 THEN BOXFILL C-3,0,C+4,7,0 ENDIF IF Y(0)>0 THEN BOXFILL X(0),Y(0),X(0)+1,Y(0)+3,0 ELSEIF Y(0)=-1 THEN BOXFILL X(0)-2,198,X(0)+3,205,0:Y(0)=0 ENDIF IF Y(1)>0 THEN BOXFILL X(1),Y(1),X(1)+1,Y(1)+3,0 ELSEIF Y(1)=-1 THEN BOXFILL X(1)-2,198,X(1)+3,205,0:Y(1)=0 ENDIF RETURN REM READ BUTTONS LABEL BUTTON J=K K=KEYS() I=(J XOR 63) AND K RETURN REM FIRE MISSILE LABEL FIRE VAR P,Q IF M>0 THEN RETURN IF B=0 AND (I AND 32)!=0 THEN P=RND() B=180:C=W+8 SOUND SOUND1 ENDIF IF Z>0 THEN Z=Z-1 IF Z=0 AND (Y(0)=0 OR Y(1)=0) THEN P=RND()%11 Q=4 WHILE Q>=0 IF V(P,Q)>0 THEN BREAK Q=Q-1 WEND IF Q<0 OR F+Q*16>=176 THEN RETURN IF Y(0)=0 THEN X(0)=E+P*16+7 Y(0)=F+Q*16+8 ELSE X(1)=E+P*16+7 Y(1)=F+Q*16+8 ENDIF Z=50 ENDIF RETURN REM MOVE CANNON LABEL MVCANN IF M>0 THEN M=M-1 IF M=0 THEN GPRINT 248,200,7,0,DEC$(L) BOXFILL W,184,W+15,191,0 W=8 ENDIF RETURN ENDIF IF W>0 AND (K AND 12)=4 THEN W=W-1 IF W<192 AND (K AND 12)=8 THEN W=W+1 RETURN REM MOVE ALIEN LABEL MVALIN VAR A,I,S IF M>0 THEN RETURN G=G+1 IF (U>=20 AND G<20) OR (U>=12 AND G<10) OR (U>=6 AND G<6) OR (U>=3 AND G<2) OR G<1 THEN RETURN G=0 E=E+D:S=0:T=1-T IF D>0 AND E>32 THEN A=12-E/16 FOR I=0 TO 4:S=S+V(A,I):NEXT IF S>0 THEN E=E-D:F=F+8:D=-D ELSEIF E<0 THEN A=-E/16 FOR I=0 TO 4:S=S+V(A,I):NEXT IF S>0 THEN E=E-D:F=F+8:D=-D ENDIF IF S>0 THEN GOSUB CLRAL,E,F-8 ENDIF RETURN REM MOVE UFO LABEL MVUFO Q=Q+1 IF A>=0 THEN IF Q>0 AND (Q AND 1)=0 THEN A=A+N IF Q=6 THEN Q=0:IF M=0 THEN SOUND SOUND3 IF A<0 OR A>184 OR Q=-1 THEN BOXFILL A,8,A+23,15,0 A=-1 N=-N Q=0 ENDIF ELSE IF Q>=1500 AND U>7 THEN Q=0 IF N>0 THEN A=0 ELSE A=184 SOUND SOUND3 ENDIF ENDIF RETURN REM MOVE MISSILE LABEL MVMISL IF B>0 THEN B=B-4 IF B<=0 THEN B=-3 ELSEIF B<0 THEN B=B+1 ENDIF IF Y(0) THEN Y(0)=Y(0)+1 IF Y(0)>=200 THEN Y(0)=-3 ENDIF IF Y(1) THEN Y(1)=Y(1)+1 IF Y(1)>=200 THEN Y(1)=-3 ENDIF RETURN REM COLISION CHECK LABEL CKCLSN VAR S,I,J REM CHECK MISSILE AND ALIENS IF B>0 THEN GOSUB CKHIT REM CHECK MISSILE AND UFO IF B>=8 AND B<16 AND A>=0 AND Q>=0 THEN IF C>=A+4 AND C<A+19 THEN B=0 SOUND SOUND2 Q=-25 O=((RND() AND 3)+2)*50 IF O=250 THEN O=300 GOSUB ADDSCR,O ENDIF ENDIF REM CHECK MISSILE AND MISSILE IF B>0 THEN IF C=X(0) AND B>=Y(0) AND B<Y(0)+4 THEN B=0:Y(0)=0:SOUND SOUND2 IF C=X(1) AND B>=Y(1) AND B<Y(1)+4 THEN B=0:Y(1)=0:SOUND SOUND2 ENDIF REM CHECK CANNON AND MISSILE IF M=0 THEN IF Y(0)>181 AND Y(0)<192 AND X(0)>=W+2 AND X(0)<=W+14 THEN M=120 SOUND SOUND5 ELSEIF Y(1)>181 AND Y(1)<192 AND X(1)>=W+2 AND X(1)<=W+14 THEN M=120 SOUND SOUND5 ENDIF ENDIF REM CHECK MISSILE AND SHIELD IF B>=160 THEN S=GCOLOR(C,B)+GCOLOR(C,B+1)+GCOLOR(C,B+2)+GCOLOR(C,B+3) IF S THEN BOXFILL C-1,B,C+1,B+3,0:B=0 ENDIF IF Y(0)>=160 THEN I=X(0):J=Y(0) S=GCOLOR(I,J)+GCOLOR(I,J+1)+GCOLOR(I,J+2)+GCOLOR(I,J+3) IF S THEN Y(0)=0:BOXFILL I-1,J-1,I+2,J+5,0 ENDIF IF Y(1)>=160 THEN I=X(1):J=Y(1) S=GCOLOR(I,J)+GCOLOR(I,J+1)+GCOLOR(I,J+2)+GCOLOR(I,J+3) IF S THEN Y(1)=0:BOXFILL I-1,J-1,I+2,J+5,0 ENDIF RETURN REM CHECK MISSILE HIT ALIEN LABEL CKHIT VAR X,Y IF C<E THEN RETURN IF C>=E+176 THEN RETURN IF B<F THEN RETURN IF B>=F+72 THEN RETURN X=(C-E)/16:Y=(B-F)/16 IF (E+X*16+ 2)>C THEN RETURN IF (E+X*16+13)<C THEN RETURN IF (F+Y*16 )>B THEN RETURN IF (F+Y*16+15)<B THEN RETURN IF V(X,Y)<=0 THEN RETURN IF M=0 THEN SOUND SOUND2 GOSUB ADDSCR,V(X,Y)*10 V(X,Y)=-4:U=U-1:G=-3:B=0 RETURN REM DRAW ALIENS LABEL PTALIN VAR X,Y,I,J,W,N X=E:Y=F FOR J=0 TO 4 W=X FOR I=0 TO 10 N=V(I,J) IF N THEN GOSUB PALIEN,W,Y,N IF N<0 THEN V(I,J)=N+1 W=W+16 NEXT Y=Y+16 NEXT RETURN REM DRAW UFO LABEL PTUFO IF A<0 THEN RETURN IF Q>=0 THEN GPRINT A,8,3,0,"\XB0\XB1\XB2" ELSEIF Q=-24 THEN GPRINT A,8,3,0,"\XB3\XB4\XB5" SOUND SOUND2 ELSEIF Q=-18 THEN GPRINT A,8,3,0,DEC$(O) SOUND SOUND4 ENDIF RETURN REM DRAW CANNON LABEL PTCANN IF M=0 THEN GPRINT W,184,5,0,"\XA0\XA1" ELSE IF (M AND 2) THEN GPRINT W,184,2,0,"\XA2\XA3" ELSE GPRINT W,184,2,0,"\XA4\XA5" ENDIF ENDIF RETURN REM DRAW MISSILE LABEL PTMISL IF B>0 THEN PUTBMP C,B,1,4,BMPMSL ELSEIF B<=-2 THEN GPRINT C-3,0,2,0,"\X90" ENDIF IF Y(0)>0 THEN PUTBMP X(0),Y(0),2,4,BMPMS2 IF Y(1)>0 THEN PUTBMP X(1),Y(1),2,4,BMPMS2 IF Y(0)<0 THEN GPRINT X(0)-2,198,2,0,"\X91" IF Y(1)<0 THEN GPRINT X(1)-2,198,2,0,"\X91" RETURN REM DRAW SCORE LABEL PTSCOR VAR S$ S$=DEC$(R) GPRINT (32-LEN(S$))*8,120,7,0,S$ S$=DEC$(H) GPRINT (32-LEN(S$))*8,72,7,0,S$ RETURN REM CHECK GAME STATUS LABEL CKGAME VAR A,I,S IF M=120 THEN IF L=0 THEN RETURN 2 L=L-1 ENDIF IF U=0 THEN RETURN 1 IF F>=120 THEN S=0:A=11-(F-8)/16 FOR I=0 TO 10:S=S+V(I,A):NEXT IF S>0 THEN RETURN 2 ENDIF RETURN 0 REM ERASE ALIEN LABEL CLRAL VAR X,Y,I,J,W X=ARGS(1):Y=ARGS(2) FOR J=0 TO 4 W=X FOR I=0 TO 10 IF V(I,J) THEN BOXFILL W,Y,W+15,Y+7,0 W=W+16 NEXT Y=Y+16 NEXT RETURN REM DRAW AN ALIEN LABEL PALIEN VAR X,Y,C,N,P X=ARGS(1):Y=ARGS(2):N=ARGS(3) IF N=-1 THEN BOXFILL X,Y,X+15,Y+7,0:RETURN IF G>0 THEN RETURN IF N<0 THEN P=$8C ELSE P=$80+(N-1)*4+T*2 ENDIF IF Y<8 THEN C=2 ELSEIF Y<32 THEN C=3 ELSEIF Y<64 THEN C=4 ELSEIF Y<96 THEN C=5 ELSEIF Y<128 THEN C=3 ELSEIF Y<160 THEN C=6 ELSE C=2 ENDIF GPRINT X,Y,C,0,CHR$(P)+CHR$(P+1) RETURN REM ADD SCORES LABEL ADDSCR R=R+ARGS(1) IF R>=99999 THEN R=99999 IF R>H THEN H=R RETURN REM SET CHARACTERS FONTS LABEL SETPCG VAR N RESTORE PCGDAT WHILE 1 N=READ() IF N=$100 THEN BREAK PCG N,READ(),READ() WEND RETURN LABEL PCGDAT REM ALIEN1 DATA $80,$031F3F39,$3F060D30 DATA $81,$C0F8FC9C,$FC60B00C DATA $82,$031F3F39,$3F0E190C DATA $83,$C0F8FC9C,$FC709830 REM ALIEN2 DATA $84,$0812171D,$1F0F0408 DATA $85,$1024F4DC,$FCF81008 DATA $86,$0402070D,$1F171403 DATA $87,$1020F0D8,$FCF41460 REM ALIEN3 DATA $88,$0103070D,$0F02050A DATA $89,$80C0E0B0,$F040A050 DATA $8A,$0103070D,$0F050804 DATA $8B,$80C0E0B0,$F0A01020 REM ALIEN EXPLODE DATA $8C,$04221008,$60081224 DATA $8D,$40881020,$0C209048 REM SHOT EXPLODE DATA $90,$89227EFF,$FF7E2491 REM ALIEN SHOT EXPLODE DATA $91,$20883478,$BC7CBC54 REM CANNON DATA $A0,$0001011F,$3F3F3F3F DATA $A1,$80C0C0FC,$FEFEFEFE REM CANNON EXPLODE DATA $A2,$02000212,$01451F3F DATA $A3,$0010A000,$B0A8E4F5 DATA $A4,$10821002,$4B211F37 DATA $A5,$0419C002,$31C4F0F2 REM UFO DATA $B0,$00000103,$060F0302 DATA $B1,$007EFFFF,$DBFF9900 DATA $B2,$000080C0,$60F0C080 REM UFO EXPLODE DATA $B3,$12085103,$07114011 DATA $B4,$8106E3F9,$54F1A310 DATA $B5,$48100088,$E4801080 REM SHIELD DATA $F0,$0F1F3F7F,$FFFFFFFF DATA $F1,$FFFFFFFF,$FFFFFFFF DATA $F2,$C0E0F0F8,$FCFCFCFC DATA $F3,$FFFFFFFF,$FEFCF8F8 DATA $F4,$FFFFFFFF,$03010000 DATA $F5,$FCFCFCFC,$FCFCFCFC DATA $100 LABEL BMPMSL CDATA 6,6,6,6 LABEL BMPMS2 CDATA 5,0,0,5,5,0,0,5 REM SOUND DATA REM FIRE LABEL SOUND1 DATA $000A02D0,1 REM AILEN EXPLOSION LABEL SOUND2 DATA $00020600,$00080300,1 REM UFO MOVING LABEL SOUND3 DATA $00030680,$00030635,1 REM UFO SCORE LABEL SOUND4 DATA $00040780,$00020000,3 REM CANNON EXPLOSION LABEL SOUND5 DATA $00032000,$00010000,20

10 REM 'PRINT' TEST PROGRAM 20 PRINT "THE PRINT STATEMENT WORKS" 99 END

/* The HAI the Hidden SAI backed by DERO is an attempt to create a hidden stable coin with a colleteral of 25% for the dARCH 2021 competition Created by 89ron - MIT License */ FUNCTION InitializePrivate() Uint64 10 STORE("owner", signer()) 20 STORE("collateral", 4) // collateral is 25% of dero deposited 30 STORE("price", 10) // price is update through an Oracle 40 STORE("liquidity_pool", 0) 60 RETURN 0 END FUNCTION // ++ Public ++ // user can convert Dero for the hai FUNCTION Buy() Uint64 10 DIM deposit, collateral, hai as Uint64 20 LET deposit = DEROVALUE() 30 IF require(deposit > 0, "invalid deposit value") > 0 THEN GOTO 999 41 LET collateral = deposit / LOAD("collateral") 50 IF require(collateral > 0, "invalid collateral value") > 0 THEN GOTO 999 60 LET hai = deposit - collateral 70 IF add_to_liquidity_pool(deposit) > 0 THEN GOTO 999 80 IF issue_hai(hai) > 0 THEN GOTO 999 90 RETURN 0 999 RETURN 999 END FUNCTION // users can redeem their hai for Dero FUNCTION Sell() Uint64 10 DIM deposit, collateral, hai as Uint64 20 LET hai = TOKENVALUE() 30 IF require(hai > 0, "invalid hai value") > 0 THEN GOTO 999 40 LET collateral = hai / LOAD("collateral") 50 IF require(collateral > 0, "invalid collateral value") > 0 THEN GOTO 999 60 LET hai = hai + collateral 70 IF issue_dero(hai) > 0 THEN GOTO 999 80 RETURN 0 999 RETURN 999 END FUNCTION // users can look at the current conversion price FUNCTION Price() Uint64 10 RETURN LOAD("price") END FUNCTION // users can look at the liquidity pool FUNCTION Liquidity() Uint64 10 RETURN LOAD("liquidity_pool") END FUNCTION // ++ ADMIN ++ // The owner update the price with a centralized Oracle FUNCTION SetPrice(price Uint64) Uint64 10 IF require(SIGNER() == LOAD("owner"), "Only the owner have access") > 0 THEN GOTO 999 20 IF require(price > 0, "invalid value") > 0 THEN GOTO 999 30 STORE("price", price) 40 RETURN 0 999 RETURN 999 END FUNCTION // -- Private -- FUNCTION issue_hai(hai Uint64) Uint64 10 DIM total as Uint64 20 IF require(hai > 0, "invalid hai value") > 0 THEN GOTO 999 30 LET total = hai * LOAD("price") 40 ADD_VALUE(SIGNER(), total) 50 RETURN 0 999 RETURN 999 END FUNCTION FUNCTION issue_dero(dero Uint64) Uint64 10 DIM total as Uint64 20 IF require(dero > 0, "invalid dero value") > 0 THEN GOTO 999 30 LET total = dero / LOAD("price") 40 IF remove_from_liquidity_pool(total) > 0 THEN GOTO 999 60 SEND_DERO_TO_ADDRESS(SIGNER(), total) 70 RETURN 0 999 RETURN 999 END FUNCTION // add dero to the liquidity pool FUNCTION add_to_liquidity_pool(deposit Uint64) Uint64 10 IF require(deposit > 0, "invalid deposit value") > 0 THEN GOTO 999 20 STORE("liquidity_pool", LOAD("liquidity_pool") + deposit) 30 RETURN 0 999 RETURN 999 END FUNCTION // remove deros from the liquidity pool FUNCTION remove_from_liquidity_pool(deposit Uint64) Uint64 10 IF require(deposit < LOAD("liquidity_pool"), "invalid deposit value") > 0 THEN GOTO 999 20 STORE("liquidity_pool", LOAD("liquidity_pool") - deposit) 30 RETURN 0 999 RETURN 999 END FUNCTION // == Library(s) == // ++ require ++ FUNCTION require(condition Uint64, error_msg String) Uint64 10 IF require_(condition) == 0 THEN GOTO 30 20 RETURN error(error_msg) 30 RETURN 0 END FUNCTION FUNCTION require_(condition Uint64) Uint64 10 IF condition == 1 THEN GOTO 40 20 RETURN 1 40 RETURN 0 END FUNCTION FUNCTION error(error_msg String) Uint64 10 IF "invalid value" == error_msg THEN GOTO 40 11 IF "invalid dero value" == error_msg THEN GOTO 41 12 IF "invalid hai value" == error_msg THEN GOTO 42 13 IF "invalid deposit value" == error_msg THEN GOTO 43 14 IF "invalid collateral value" == error_msg THEN GOTO 44 20 IF "Only the owner have access" == error_msg THEN GOTO 50 30 IF "" == error_msg THEN GOTO 9999 40 RETURN 10 41 RETURN 11 42 RETURN 12 43 RETURN 13 44 RETURN 14 50 RETURN 777 9999 RETURN 99 END FUNCTION // -- require --

Version =21 VersionRequired =20 Begin Form RecordSelectors = NotDefault NavigationButtons = NotDefault DividingLines = NotDefault AllowDesignChanges = NotDefault DefaultView =0 TabularFamily =48 PictureAlignment =2 DatasheetGridlinesBehavior =3 GridX =24 GridY =24 DatasheetFontHeight =10 ItemSuffix =2 Left =5550 Top =2685 Right =12750 Bottom =5550 DatasheetGridlinesColor =12632256 RecSrcDt = Begin 0xe7dab460ac32e340 End OnClose ="[Event Procedure]" DatasheetFontName ="Arial" FilterOnLoad =0 DatasheetGridlinesColor12 =12632256 Begin Begin Label BackStyle =0 FontName ="Tahoma" End Begin Section Height =2880 BackColor =-2147483633 Name ="Detail" Begin Begin Label OverlapFlags =85 Left =75 Top =150 Width =5190 Height =690 Name ="Label0" Caption ="Greetings: My task is to set (OnClose) the value of a Global Variable, ZRef() t" "o a monthly Privileges file name for uploading to the AS400, a 10 character stri" "ng, in the format: \"SW\" & day & Hr & Min & Sec" End Begin Label Visible = NotDefault OverlapFlags =85 TextAlign =3 Left =4020 Top =2625 Width =3015 Height =240 ForeColor =3355443 Name ="Label1" Caption ="wolf sgnisselb lla mohw morf doG esiarP" End End End End End CodeBehindForm Attribute VB_GlobalNameSpace = False Attribute VB_Creatable = True Attribute VB_PredeclaredId = True Attribute VB_Exposed = False Option Compare Database ''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''' ' *** Clean ***, 27 Jun 19 ''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''' Private Sub Form_Close() config_log "Form_SwoRefF - Form_Close" Dim stDayFunc As String Dim stDay As String Dim stHrFunc As String Dim stHr As String Dim stMinFunc As String Dim stMin As String Dim stSecFunc As String Dim stSec As String stDayFunc = Day(Date) stDay = IIf(Len(stDayFunc) = 2, stDayFunc, "0" & stDayFunc) stHrFunc = Hour(Time) stHr = IIf(Len(stHrFunc) = 2, stHrFunc, "0" & stHrFunc) stMinFunc = Minute(Time) stMin = IIf(Len(stMinFunc) = 2, stMinFunc, "0" & stMinFunc) stSecFunc = Second(Time) stSec = IIf(Len(stSecFunc) = 2, stSecFunc, "0" & stSecFunc) 'Z_Ref = "DP" & Day(Date) & Hour(Time()) & Minute(Time()) & Second(Time()) Z_Ref = "DP" & stDay & stHr & stMin & stSec 'MsgBox ZRef() End Sub

CLS LOCATE 11, 35 COLOR 2 PRINT "Bach's Giga" LOCATE 13, 27 COLOR 1 PRINT "From the Partita in B flat." COLOR 0 FOR i = 1 TO 2 PLAY "t250" PLAY "l8" PLAY "ML" 1 PLAY "f < d b- < b- > d b- < < b- > > d b- > f < d b- >" 2 PLAY "g < e- b- a- e- b- g e- b- > g < e- b-" 3 PLAY "> c < e- a g- e- a f e- a > c < e- a" 4 PLAY "> d < f b- < b- > f b- < < b- > > f b- > d < f b-" 5 PLAY "> g < b- > d < a b- > d < l16 g a l8 g b- > d < f b- > d" 'The 2nd G in this measure is trilled. 6 PLAY "< e b- > c < g b- > c < c b- > c e < b- > c" 7 PLAY "f < a > c < g a > c < l16 f g l8 f a > c < e a > c" 'The 2nd F is trilled. 8 PLAY "< d a b- f a b- < b- > a b- > d < a b-" 9 PLAY "> e < g b- d- g b- c g b- > e < g b-" 10 PLAY "> f < f a- d- f a- c f a- > f < f a-" 11 PLAY "> g < e g d- e g c e g > g < e g" 12 PLAY "> a- < e f d- e f c e f > a- < e f" 13 PLAY "b d f < a- > d f < g > d f b d f" 14 PLAY "> c < e g < d- > e g < c > e g b- e g" 15 PLAY "a- e f < b > e f c e f < c > e f" 16 PLAY "< < f > a > c f a > c l2 f" PLAY "P4" NEXT i FOR u = 1 TO 2 17 PLAY "l8 a < f > c < e- f > c < < f > f > c a < f > c" 18 PLAY "b- < f > d < a- f > d < < b- > f > d b- < f > d" 19 PLAY "g < e- > d < b- e- > d < a e- > c g < e- > c" 20 PLAY "f# < d > c < g e > c < a f# > c f# < a > c" 21 PLAY "g < g b- e- g b- d g b- > g < g b- " 22 PLAY "> a < f# a e- f# a d f# a > a < f# a" 23 PLAY "> b- < f# g e- f# g d f# g > b- < f# g" 24 PLAY " > > c < < f# a e- f# a d f# a > > c < < f# a" 25 PLAY "> b- < g b- > f# < a > c g < b- > d c# < g > e" 26 PLAY "d < a > f# < g b- > g <f# > c a < e- > c f#" 27 PLAY "< d b > g < c# b- > e < d a > f# < < d > > c f#" 28 PLAY "< < < g > > b- > g < < d > b- > g < < g > b- > g < < b- > b- > g" 29 PLAY "< d a- > f < f a- > f < b- a- > f d < a- > f" 30 PLAY "< e- g > e- < b- g > e- g < g > e- < d g > e-" 31 PLAY "< c a > e- < f a > e- < < b- > b- > d e < b- > d-" 32 PLAY "f < a > c < f a > c f < a > c < f a > c" 33 PLAY "e- < a > c < f a > c e- < a > c < f a > c" 34 PLAY "d < a- b f a- b > d < a- b f a- b" 35 PLAY "> d- < g b- e g b- > d- < g b- e g b-" 36 PLAY "> c < g- a e- g- a > c < g- a e- g- a" 37 PLAY "b f a- d f a- b f a- d f a-" 38 PLAY "b - e g d- e g b- e g d- e g" 39 PLAY "a e- g- c e- g- a e- g- c e- g-" 40 PLAY "g d- e < b- > d- e g d- e < b- > d- e" 41 PLAY "a c e- < g- > c e- < f > c e- a c e-" 42 PLAY "b- < b- > d- < g- b- > d- < f b- > d- b- < b- > d-" 43 PLAY "> c < < a > c < g- a > c < f a > c > c < < a > c" 44 PLAY "> d- < < a b- g- a b- f a b- > > d- < < a b-" 45 PLAY "> > e < < g b- d- g b- c g b- > > e < < g b-" 46 PLAY "> > f < < a > c < < g- > a > c < < f > a > c > e- < < a > c" 47 PLAY "> d- < < a b- e a b- f a b- < f > a b-" 48 PLAY "< b- > > d f b- > d f l2 b-" PLAY "P4" NEXT u

DEFINT A-Z ' QB2 Version of Sound Effects Demo Program ' (works under most other BASIC compilers) ' Sound effects menu WHILE Q$ <> "Q" CLS PRINT "Sound effects": PRINT COLOR 15, 0: PRINT " B"; : COLOR 7, 0: PRINT "ouncing" COLOR 15, 0: PRINT " F"; : COLOR 7, 0: PRINT "alling" COLOR 15, 0: PRINT " K"; : COLOR 7, 0: PRINT "laxon" COLOR 15, 0: PRINT " S"; : COLOR 7, 0: PRINT "iren" COLOR 15, 0: PRINT " Q"; : COLOR 7, 0: PRINT "uit" PRINT : PRINT "Select: "; ' Get valid key Q$ = " " WHILE INSTR("BFKSQbfksq", Q$) = 0 Q$ = INPUT$(1) WEND ' Take action based on key CLS IF Q$ = "B" OR Q$ = "b" THEN PRINT "Bouncing . . . " CALL Bounce(32767, 246) ELSEIF Q$ = "F" OR Q$ = "f" THEN PRINT "Falling . . . " CALL Fall(2000, 550, 500) ELSEIF Q$ = "S" OR Q$ = "s" THEN PRINT "Wailing . . ." PRINT " . . . press any key to end." CALL Siren(780, 650) ELSEIF Q$ = "K" OR Q$ = "k" THEN PRINT "Oscillating . . ." PRINT " . . . press any key to end." CALL Klaxon(987, 329) ELSEIF Q$ = "q" THEN Q$ = "Q" END IF WEND END ' Loop two sounds down at decreasing time intervals SUB Bounce (Hi, Low) STATIC FOR Count = 60 TO 1 STEP -2 SOUND Low - Count / 2, Count / 20 SOUND Hi, Count / 15 NEXT END SUB ' Loop down from a high sound to a low sound SUB Fall (Hi, Low, Del) STATIC FOR Count = Hi TO Low STEP -10 SOUND Count, Del / Count NEXT END SUB ' Alternate two sounds until a key is pressed SUB Klaxon (Hi, Low) STATIC WHILE INKEY$ = "" SOUND Hi, 5 SOUND Low, 5 WEND END SUB ' Loop a sound from low to high to low SUB Siren (Hi, Rng) STATIC WHILE INKEY$ = "" FOR Count = Rng TO -Rng STEP -4 SOUND Hi - ABS(Count), .3 Count = Count - 2 / Rng NEXT WEND END SUB

1 %TITLE "Sales Category" %SBTTL "OE_MAST_CATEGORY" %IDENT "V3.6a Calico" ! ! COPYRIGHT (C) 1987, 1988 BY ! ! Computer Management Center, Inc. ! Idaho Falls, Idaho. ! ! This software is furnished under a license and may be used and ! copied only in accordance with terms of such license and with ! the inclusion of the above copyright notice. This software or ! any other copies thereof may not be provided or otherwise made ! available to any other person. No title to and ownership of ! the software is hereby transferred. ! ! The information in this software is subject to change without ! notice and should not be construed as a commitment by ! Computer Management Center, Inc. ! ! CMC assumes no responsibility for the use or reliability of ! its software on equipment which is not supported by CMC. ! !++ ! Abstract:HELP ! .b ! .lm +5 ! The ^*Sales Category\* option ! accesses the file where Sales Category information ! is stored. ! .lm -5 ! ! Index: ! .x Sales Category ! ! Option: ! OE_MAIN_CATEGORY$HELP ! ! Compile: ! ! $ BAS SOURCE:[OE.SOURCE]OE_MAST_CATEGORY/LINE ! $ LINK/EXEC:OE_EXE OE_MAST_CATEGORY,FUNC_LIB:CMCLINK/OPTION ! $ DELETE OE_MAST_CATEGORY.OBJ;* ! ! Author: ! 06/14/90 - Lance Williams ! ! Modification history: ! ! 04/15/95 - Kevin Handy ! (V3.6) ! Update to V3.6 coding standards ! ! 10/20/96 - Kevin Handy ! Reformat source code ! ! 08/21/98 - Kevin Handy ! (V3.6a Calico) ! Update to V3.6a coding standards !-- %PAGE ! ! Set up compiling options ! OPTION SIZE = (REAL GFLOAT, INTEGER LONG) ! ! Include files ! %INCLUDE "FUNC_INCLUDE:FUNCTION.HB" MAP (SCOPE) SCOPE_STRUCT SCOPE %INCLUDE "FUNC_INCLUDE:OE_WINDOW.INC" ! ! External functions ! EXTERNAL LONG FUNCTION MAIN_WINDOW %PAGE !******************************************************************* ! Initilize maintainence !******************************************************************* CALL READ_INITIALIZE 1000 !******************************************************************* ! Handle main program !******************************************************************* V% = MAIN_WINDOW(OE_MAIN_CATEGORY.ID, "") !****************************************************************** ! End of the program !****************************************************************** ExitProgram: CALL SUBR_3EXITPROGRAM(SCOPE, "", "") 19990 END 20000 ! ! Function to select window ! FUNCTION LONG MAINT_GROUP(CDD_WINDOW_CDD SMG_WINDOW, & LONG MOPTION, LONG MLOOP, LONG MFLAG, STRING MVALUE) ! ! Set up compiling options ! OPTION SIZE = (INTEGER LONG, REAL GFLOAT) ! ! Include files ! %INCLUDE "SOURCE:[CDD.OPEN]CDD_WINDOW.HB" %INCLUDE "FUNC_INCLUDE:OE_WINDOW.INC" ! ! Extrnal Functions ! EXTERNAL LONG FUNCTION OE_MAIN_CATEGORY %PAGE ! ! Process the proper window ! SELECT SMG_WINDOW::IDENT CASE OE_MAIN_CATEGORY.ID MAINT_GROUP = OE_MAIN_CATEGORY(SMG_WINDOW, & MOPTION, MLOOP, MFLAG, MVALUE) END SELECT 32767 END FUNCTION

10 print "I am test 1" 20 end

atom=Al contraction shell=S num_primitives=1 num_coefficients=1 0.01770 1.0000 contraction shell=P num_primitives=1 num_coefficients=1 0.01150 1.0000 contraction shell=D num_primitives=1 num_coefficients=1 0.0254 1.0000 contraction shell=F num_primitives=1 num_coefficients=1 0.05090 1.0000 contraction shell=G num_primitives=1 num_coefficients=1 0.10690 1.0000 contraction shell=H num_primitives=1 num_coefficients=1 0.22700 1.0000 atom=Si contraction shell=S num_primitives=1 num_coefficients=1 0.02600 1.0000 contraction shell=P num_primitives=1 num_coefficients=1 0.01920 1.0000 contraction shell=D num_primitives=1 num_coefficients=1 0.0390 1.0000 contraction shell=F num_primitives=1 num_coefficients=1 0.07350 1.0000 contraction shell=G num_primitives=1 num_coefficients=1 0.15100 1.0000 contraction shell=H num_primitives=1 num_coefficients=1 0.32300 1.0000 atom=P contraction shell=S num_primitives=1 num_coefficients=1 0.03350 1.0000 contraction shell=P num_primitives=1 num_coefficients=1 0.02530 1.0000 contraction shell=D num_primitives=1 num_coefficients=1 0.0537 1.0000 contraction shell=F num_primitives=1 num_coefficients=1 0.09500 1.0000 contraction shell=G num_primitives=1 num_coefficients=1 0.18400 1.0000 contraction shell=H num_primitives=1 num_coefficients=1 0.37200 1.0000 atom=S contraction shell=S num_primitives=1 num_coefficients=1 0.04200 1.0000 contraction shell=P num_primitives=1 num_coefficients=1 0.02940 1.0000 contraction shell=D num_primitives=1 num_coefficients=1 0.0664 1.0000 contraction shell=F num_primitives=1 num_coefficients=1 0.11880 1.0000 contraction shell=G num_primitives=1 num_coefficients=1 0.22000 1.0000 contraction shell=H num_primitives=1 num_coefficients=1 0.47200 1.0000 atom=Cl contraction shell=S num_primitives=1 num_coefficients=1 0.04790 1.0000 contraction shell=P num_primitives=1 num_coefficients=1 0.03480 1.0000 contraction shell=D num_primitives=1 num_coefficients=1 0.0836 1.0000 contraction shell=F num_primitives=1 num_coefficients=1 0.16400 1.0000 contraction shell=G num_primitives=1 num_coefficients=1 0.27700 1.0000 contraction shell=H num_primitives=1 num_coefficients=1 0.60700 1.0000 atom=Ar contraction shell=S num_primitives=1 num_coefficients=1 0.05380 1.0000 contraction shell=P num_primitives=1 num_coefficients=1 0.04020 1.0000 contraction shell=D num_primitives=1 num_coefficients=1 0.0978 1.0000 contraction shell=F num_primitives=1 num_coefficients=1 0.20900 1.0000 contraction shell=G num_primitives=1 num_coefficients=1 0.33400 1.0000 contraction shell=H num_primitives=1 num_coefficients=1 0.74200 1.0000

REM $INCLUDE: 'x86.bi' DECLARE FUNCTION FLAGS# (N.BYTES!) DECLARE SUB FLAG.STORE (value#, N.BYTES!) DECLARE FUNCTION REGZ# (REG.NUM!) DECLARE SUB load.data.seg (SREG!, desc AS DESCR, TSSload!) DECLARE FUNCTION in.limits! (desc AS DESCR, Offst#, Size) REM Decoding Functions DECLARE FUNCTION RM.BITS! (DEC.NUM) DECLARE FUNCTION REG.BITS (DEC.NUM!) DECLARE FUNCTION REG# (REG.NUM!) DECLARE FUNCTION REG.CODE! (REG.NUM!, Size!) DECLARE FUNCTION WORD.SIZE! (OS!, WIDTH.BIT!) DECLARE SUB REG.STORE (REG.NUM!, NUM#) REM Execution Functions DECLARE FUNCTION GetOffset# (SGRG!, ADS!, DEC.NUM!) REM Simulator Functions REM Conversion Functions DECLARE FUNCTION BYTE.SWAP$ (HEX.STRING$) DECLARE FUNCTION Mod2N# (NUM#, N!) SUB check.brkpt (btype%, X#) END SUB SUB check.interrupts END SUB SUB checkpoint END SUB SUB Fetchexec (REPEAT, BYTE) END SUB SUB FLAG.STORE (value#, N.BYTES) LET N.BITS = 8 * N.BYTES LET FLAG$ = BitStr$(value#, N.BITS) IF N.BYTES = 4 THEN LET FLAG$ = RIGHT$(FLAG$, 18) LET AC = VAL(LEFT$(FLAG$, 1)) LET FLAG$ = MID$(FLAG$, 2) LET VM = VAL(LEFT$(FLAG$, 1)) LET FLAG$ = MID$(FLAG$, 2) LET RF = VAL(LEFT$(FLAG$, 1)) LET FLAG$ = MID$(FLAG$, 2) END IF LET FLAG$ = RIGHT$(FLAG$, 14) LET NT = VAL(LEFT$(FLAG$, 1)) LET FLAG$ = MID$(FLAG$, 2) LET IOPL = BinVal#(LEFT$(FLAG$, 2)) LET FLAG$ = MID$(FLAG$, 3) LET OF = VAL(LEFT$(FLAG$, 1)) LET FLAG$ = MID$(FLAG$, 2) LET DF = VAL(LEFT$(FLAG$, 1)) LET FLAG$ = MID$(FLAG$, 2) LET IE = VAL(LEFT$(FLAG$, 1)) LET FLAG$ = MID$(FLAG$, 2) LET TF = VAL(LEFT$(FLAG$, 1)) LET FLAG$ = MID$(FLAG$, 2) LET SF = VAL(LEFT$(FLAG$, 1)) LET FLAG$ = MID$(FLAG$, 2) LET ZF = VAL(LEFT$(FLAG$, 1)) LET FLAG$ = MID$(FLAG$, 2) LET AF = VAL(LEFT$(FLAG$, 1)) LET FLAG$ = MID$(FLAG$, 3) LET PF = VAL(LEFT$(FLAG$, 1)) LET FLAG$ = MID$(FLAG$, 3) LET CF = VAL(LEFT$(FLAG$, 1)) END SUB FUNCTION FLAGS# (N.BYTES) IF N.BYTES = 4 THEN LET X# = AC * 2# ^ (18) LET X# = X# + VM * 2# ^ (17) LET X# = X# + RF * 2# ^ (16) ELSE LET X# = 0# END IF LET X# = X# + NT * 2# ^ (14) LET X# = X# + IOPL * 2# ^ (12) LET X# = X# + OF * 2# ^ (11) LET X# = X# + DF * 2# ^ (10) LET X# = X# + IE * 2# ^ (9) LET X# = X# + TF * 2# ^ (8) LET X# = X# + SF * 2# ^ (7) LET X# = X# + ZF * 2# ^ (6) LET X# = X# + 0 * 2# ^ (5) LET X# = X# + AF * 2# ^ (4) LET X# = X# + 0 * 2# ^ (3) LET X# = X# + PF * 2# ^ (2) LET X# = X# + 1 * 2# ^ (1) LET X# = X# + CF * 2# ^ (0) LET FLAGS# = X# END FUNCTION FUNCTION GetOffset# (SGRG, ADS, DEC.NUM) END FUNCTION SUB HelpDisplay (PLACE) END SUB FUNCTION REG# (REG.NUM) REM See comment on REG.CODE IF REG.NUM < 8 THEN LET X# = HexVal#(genReg(REG.NUM)) ELSEIF REG.NUM < 16 THEN LET RG$ = MID$(genReg(REG.NUM - 8), 5) LET X# = HexVal#(RG$) ELSEIF REG.NUM < 20 THEN LET RG$ = MID$(genReg(REG.NUM - 16), 7) LET X# = HexVal#(RG$) ELSEIF REG.NUM < 24 THEN LET RG$ = MID$(genReg(REG.NUM - 20), 5, 2) LET X# = HexVal#(RG$) END IF LET REG# = X# END FUNCTION SUB REG.STORE (REG.NUM, NUM#) REM Value of NUM# should be ok whether it's 2's complement or not. IF REG.NUM < 8 THEN LET genReg(REG.NUM) = HexStr$(NUM#, -8) ELSEIF REG.NUM < 16 THEN MID$(genReg(REG.NUM - 8), 5, 4) = HexStr$(NUM#, -4) ELSEIF REG.NUM < 20 THEN MID$(genReg(REG.NUM - 16), 7, 2) = HexStr$(NUM#, -2) ELSEIF REG.NUM < 24 THEN MID$(genReg(REG.NUM - 20), 5, 2) = HexStr$(NUM#, -2) END IF END SUB FUNCTION REGZ# (REG.NUM) REM Same as REG# except return values in the 2's complement range. IF REG.NUM < 8 THEN LET X# = HexVal#(genReg(REG.NUM)) LET X# = Mod2N#(X#, -32) ELSEIF REG.NUM < 16 THEN LET RG$ = MID$(genReg(REG.NUM - 8), 5) LET X# = HexVal#(RG$) LET X# = Mod2N(X#, -16) ELSEIF REG.NUM < 20 THEN LET RG$ = MID$(genReg(REG.NUM - 16), 7) LET X# = HexVal#(RG$) LET X# = Mod2N(X#, -8) ELSEIF REG.NUM < 24 THEN LET RG$ = MID$(genReg(REG.NUM - 20), 5, 2) LET X# = HexVal#(RG$) LET X# = Mod2N(X#, -8) END IF LET REGZ# = X# END FUNCTION SUB report.brkpts END SUB SUB reset.cpu END SUB SUB signal.fault (xcptype%, err.cde%) REM p155 LET INTERRUPT.RECEIVED = TRUE LET INTERRUPT.NUMBER = xcptype% END SUB

Attribute VB_Name = "mod_Func18" Option Explicit Private cn As Object Private strAuthenticID As String Public Function JustDoIt(ByRef objWebPool As Object, _ ByRef strPara As String) As String On Error GoTo ChkErr Dim strQry As String Dim rs As Object Dim objCnPool As Object Dim strOwner As String Dim varPara As Variant Set objCnPool = objWebPool Set cn = objCnPool.GetConnection If cn.State <= 0 Then Set cn = objCnPool.GetConnection If cn.State <= 0 Then strErr = "無法連線資料庫!" JustDoIt = "-99,資料庫連線失敗!" GoTo 66 End If End If strOwner = GetOwner(cn) varPara = Split(strPara, ",") '***************************************************** '#3018 增加判斷傳入的個數是否正確 By Kin 2007/09/03 If UBound(varPara) < 2 Then JustDoIt = "-99,參數不足!" GoTo 66 End If '***************************************************** strAuthenticID = varPara(2) bytComp = Val(Left(strAuthenticID, 3)) '18、會員代號、認證ID '讀取點數收費資料 '18 'XML(收費項目代碼、收費項目名稱) 'Select CodeNo, Description, Amount, CreditPoint from cd019 where StopFlag=0 and 'RefNo in (4,17) Order By CodeNo strQry = "SELECT CODENO,DESCRIPTION,AMOUNT,CREDITPOINT FROM " & strOwner & "CD019" & _ Get_DB_Link(cn) & " WHERE STOPFLAG <> 1 AND REFNO IN (4,17) ORDER BY CODENO" Set rs = cn.Execute(strQry) 'If RecordSet筆數 > 0 Then ' 產生XML檔.(依select出來之資料) ' 回傳(0,成功)及XML檔 'Else ' 回傳(-15,查無點數收費資料) 'End If 'PS: 'XML(收費項目代碼、收費項目名稱、金額、點數) If rs.RecordCount <= 0 Then JustDoIt = "-15,查無點數收費資料" Else JustDoIt = "0,成功" & vbCrLf & ExpXML(rs) End If 66: On Error Resume Next Rlx rs Rlx strQry Rlx varPara Rlx strOwner Rlx strAuthenticID Set cn = Nothing Set objCnPool = Nothing Exit Function ChkErr: ErrHandle "mod_Func18", "JustDoIt" JustDoIt = "-99," & strErr End Function

1 %TITLE "Cash Disbursements Journal Maintenance" %SBTTL "AP_MAIN_CDJ_L" %IDENT "V3.6a Calico" FUNCTION LONG AP_MAIN_CDJ_L(CDD_WINDOW_CDD SMG_WINDOW, & LONG MOPTION, LONG MLOOP, LONG MFLAG, STRING MVALUE) ! ! COPYRIGHT (C) 1987, 1988 BY ! ! Computer Management Center, Inc. ! Idaho Falls, Idaho. ! ! This software is furnished under a license and may be used and ! copied only in accordance with terms of such license and with ! the inclusion of the above copyright notice. This software or ! any other copies thereof may not be provided or otherwise made ! available to any other person. No title to and ownership of ! the software is hereby transferred. ! ! The information in this software is subject to change without ! notice and should not be construed as a commitment by ! Computer Management Center, Inc. ! ! CMC assumes no responsibility for the use or reliability of ! its software on equipment which is not supported by CMC. ! !++ ! Abstract:HELP ! .B ! .LM +5 ! The ^*Cash Disbursements Journal Maintenance\* program maintains the Marketing ! file. ! .LM -5 ! ! Index: ! .x Cash Disbursements Journal Maintenance ! ! Option: ! ! ! Compile: ! ! $ BAS AP_SOURCE:AP_MAIN_CDJ_L/LINE ! $ LIB/REP FUNC_LIB:CMCFUN AP_MAIN_CDJ_L ! $ DELETE AP_MAIN_CDJ_L.OBJ;* ! ! Author: ! ! 10/12/87 - Kevin Handy ! ! Modification history: ! ! 05/19/88 - Lance Williams ! Modified to allow R/O open of file if R/W fails. ! ! 07/04/90 - Kevin Handy ! Modified to use formatted PO number. ! ! 03/05/92 - Dan Perkins ! Changed ENTR_3PO to ENTR_3STRING. ! ! 12/11/92 - Kevin Handy ! Added DISAMT, AP_ACCT, CASH_ACCT to available ! items to maintain. ! ! 01/04/93 - Kevin Handy ! Increased dimension for array from 300 to 2000. ! ! 04/15/95 - Kevin Handy ! (V3.6) ! Update to V3.6 coding standards ! ! 06/04/96 - Kevin Handy ! Reformat source code. ! Added batch number to AP_CDJ. ! ! 06/24/97 - Kevin Handy ! Lose unecessary definitions ! ! 08/17/98 - Kevin Handy ! (V3.6a Calico) ! Update to V3.6a coding standards ! ! 03/09/99 - Kevin Handy ! Fix FIND bug ! ! 11/09/2000 - Kevin Handy ! Use WHEN ERROR IN !-- %PAGE ! ! Set up compiling options ! OPTION SIZE = (REAL GFLOAT, INTEGER LONG) ! ! Include files ! %INCLUDE "FUNC_INCLUDE:FUNCTION.HB" MAP (SCOPE) SCOPE_STRUCT SCOPE %INCLUDE "FUNC_INCLUDE:MAIN_WINDOW.COM" %INCLUDE "FUNC_INCLUDE:GL_WINDOW.INC" ! ! CDD inclusions and MAPs ! %INCLUDE "SOURCE:[CDD.OPEN]CDD_WINDOW.HB" %INCLUDE "SOURCE:[AP.OPEN]AP_CDJ.HB" MAP (AP_CDJ) AP_CDJ_CDD AP_CDJ MAP (AP_CDJ_OLD) AP_CDJ_CDD AP_CDJ_OLD, AP_CDJ2 MAP (AP_CDJ_H) AP_CDJ_CDD AP_CDJ_H %INCLUDE "SOURCE:[GL.OPEN]GL_CHART.HB" MAP (GL_CHART) GL_CHART_CDD GL_CHART ! ! Create array to contain pointers and totals ! RECORD RARRAY_RECORD RFA LINRFA ! Rfa pointer for record REAL DISC_LOST_AMT ! Amount for record REAL CKAMT ! Quanity for record END RECORD MAP (TT_AP_CDJ) RARRAY_RECORD RARRAY(2000%) ! ! Common areas ! ! These areas store information that is re-used between ! calls to these functions. ! COM (CH_AP_CDJ) & AP_CDJ.CH%, & AP_CDJ.READONLY%, & CDJ_BATCH$ = 2% ! ! External functions ! EXTERNAL LONG FUNCTION FUNC_TESTENTRY EXTERNAL LONG FUNCTION MAIN_WINDOW ! ! Set up error trapping ! ON ERROR GOTO 29000 %PAGE SELECT MOPTION !****************************************************************** ! Initialization ! ! This option is used to initialize the window structure, ! set up the default values for add, and open all files ! necessary that have not already been opened. !****************************************************************** CASE OPT_INIT ! ! Define window ! SMG_WINDOW::DESCR = "Line items" SMG_WINDOW::NHELP = "AP_MAIN_CDJ_L" SMG_WINDOW::HSIZE = 130% SMG_WINDOW::VSIZE = 12% SMG_WINDOW::HPOS = 2% SMG_WINDOW::VPOS = 8% SMG_WINDOW::NITEMS= 12% SMG_WINDOW::FLAGS = 0% SMG_WINDOW::TOPLIN = 3% SMG_WINDOW::BOTLIN = 11% IF INSTR(1%, " QV", MVALUE) <= 1% THEN ! ! Load in defaults ! CALL READ_DEFAULTS(SMG_WINDOW) END IF 700 ! ! Get info required for main file - Should already be open ! This section is not required ! IF AP_CDJ.CH% > 0% THEN ! ! Already open, set flag to read-only if ! was that way from last time. ! SMG_WINDOW::FLAGS = (SMG_WINDOW::FLAGS OR 2%) & IF AP_CDJ.READONLY% GOTO 790 END IF 750 WHEN ERROR IN %INCLUDE "SOURCE:[AP.OPEN]AP_CDJ.CRE" USE CONTINUE 760 IF ERR = 10% AP_MAIN_CDJ_L = ERR CONTINUE 770 END WHEN AP_CDJ.READONLY% = 0% GOTO 790 760 ! ! If unable to open for modify, try to open ! with read access only. ! WHEN ERROR IN %INCLUDE "SOURCE:[AP.OPEN]AP_CDJ.OPN" USE AP_MAIN_CDJ_L = ERR CONTINUE 770 END WHEN SMG_WINDOW::FLAGS = (SMG_WINDOW::FLAGS OR 2%) AP_CDJ.READONLY% = -1% GOTO 790 770 ! ! File not able to open, so reset channel ! CALL ASSG_FREECHANNEL(AP_CDJ.CH%) EXIT FUNCTION 790 SMG_WINDOW::CHAN = AP_CDJ.CH% WHEN ERROR IN RESET #AP_CDJ.CH% GET #AP_CDJ.CH%, REGARDLESS USE CONTINUE 32767 END WHEN %PAGE 20100 !****************************************************************** ! Display the background ! ! This option is used to display the background information ! on the screen. It must first clear any junk on the screen, ! and then write the background onto it. !****************************************************************** CASE OPT_BACKGROUND SMG_STATUS% = SMG$BEGIN_DISPLAY_UPDATE(SMG_WINDOW::WNUMBER) SMG_STATUS% = SMG$ERASE_DISPLAY(SMG_WINDOW::WNUMBER) SMG_STATUS% = SMG$PUT_CHARS(SMG_WINDOW::WNUMBER, & " (01) (02) (03) (04) (05) " + & " (06) (07) (08) (09) " + & " (10) (11) (12) ", & 1%, 1%, , SMG$M_REVERSE) SMG_STATUS% = SMG$PUT_CHARS(SMG_WINDOW::WNUMBER, & " Tran # Invoice # Inv Date Po # Disc Lst " + & " Lst Amt Check# Date Net Amt " + & " Discount A/P Account Cash Account ", & 2%, 1%, , SMG$M_REVERSE) SMG_STATUS% = SMG$END_DISPLAY_UPDATE(SMG_WINDOW::WNUMBER) ! ! Extra information to be displayed ! CASE OPT_DISPLAY SMG_STATUS% = SMG$BEGIN_DISPLAY_UPDATE(SMG_WINDOW::WNUMBER) ! ! Generate totals ! DISC_LOST_AMT = 0.0 CKAMT = 0.0 FOR I% = 1% TO SMG_WINDOW::TOTREC DISC_LOST_AMT = DISC_LOST_AMT + RARRAY(I%)::DISC_LOST_AMT CKAMT = CKAMT + RARRAY(I%)::CKAMT NEXT I% ! ! Display totals ! SMG_STATUS% = SMG$PUT_CHARS(SMG_WINDOW::WNUMBER, & "Number of lines" + & FORMAT$(SMG_WINDOW::TOTREC, "###") + & " " + & FORMAT$(DISC_LOST_AMT, "#####.## ") + & FORMAT$(CKAMT, "######.##") + & " ", & SMG_WINDOW::VSIZE, 1%, , SMG$M_REVERSE) ! ! Paint lines on screen ! FOR I% = 1% TO 11% A% = VAL%(MID("009,020,029,035,044,053,060,069,079,088,107", & I% * 4% - 3%, 3%)) SMG_STATUS% = SMG$DRAW_LINE(SMG_WINDOW::WNUMBER, & 1%, A%, SMG_WINDOW::BOTLIN, A%) NEXT I% SMG_STATUS% = SMG$END_DISPLAY_UPDATE(SMG_WINDOW::WNUMBER) 20200 !****************************************************************** ! Enter/Display/Default ! ! This option is used to enter the data from the user, display ! data, set defaults, and return the data back according to ! MFLAG. !****************************************************************** CASE OPT_ENTRY TEMP$, TEMP1$ = TRM$(SCOPE::PRG_ITEM) TEMP$ = "View starting at" IF TEMP$ = "View" SCOPE::PRG_ITEM = "FLD" + FORMAT$(MLOOP, "<0>##") XLINE$ = NUM1$(SMG_WINDOW::CURLIN) E0Loop: SCOPE::SCOPE_EXIT = 0% SELECT MLOOP CASE 1% !++ ! Abstract:FLD001 ! ^*(01) Transaction Number\* ! .b ! .lm +5 ! The ^*Transaction Number\* field ! refers to the system generated transaction number which was assigned at the ! time a purchase journal record was entered. ! .lm -5 ! ! Index: ! .x Transaction Number>Lines ! .x Lines>Transaction Number ! !-- AP_CDJ::TRANKEY = ENTR_3STRING(SCOPE, SMG_WINDOW::WNUMBER, & XLINE$ + ";3", TEMP$, & AP_CDJ::TRANKEY, MFLAG, "'LLLLL", MVALUE) CASE 2% !++ ! Abstract:FLD002 ! .x Invoice #>Lines ! ^*(02) Invoice _#\* ! .b ! .lm +5 ! The ^*Invoice _#\* field ! refers to the invoice number which was entered at the time a purchase journal ! record was entered. ! .b ! Fifteen (15) spaces are available for the entry. ! .lm -5 ! ! Index: ! .x Lines>Invoice # ! !-- AP_CDJ::INVNUM=ENTR_3STRING(SCOPE, SMG_WINDOW::WNUMBER, & XLINE$ + ";10", TEMP$, & AP_CDJ::INVNUM, MFLAG, & "'LLLLLLLLL", MVALUE) CASE 3% !++ ! Abstract:FLD003 ! .x Invoice Date>Lines ! ^* (03) Invoice Date\* ! .b ! .lm +5 ! The ^*Invoice Date\* field ! contains the date of a vendor's invoice. ! .b ! The format for entry is MMDDYYYY or MMDDYY. ! .lm -5 ! ! Index: ! .x Lines>Invoice Date ! !-- AP_CDJ::INVDAT= ENTR_3DATE(SCOPE, SMG_WINDOW::WNUMBER, & XLINE$ + ";21", TEMP$, & AP_CDJ::INVDAT, MFLAG, "6", MVALUE) CASE 4% !++ ! Abstract:FLD004 ! ^*(04) Purchase Order Number\* ! .b ! .lm +5 ! The ^*Purchase Order Number\* field ! refers to the purchase order related to a vendor's invoice as it was ! entered at the time a purchase journal record was entered. ! .lm -5 ! ! Index: ! .x Purchase Order Number>Lines ! .x Lines>Purchase Order Number ! !-- AP_CDJ::PONUM=ENTR_3STRING(SCOPE, SMG_WINDOW::WNUMBER, & XLINE$ + ";30", TEMP$, & AP_CDJ::PONUM, MFLAG OR 2%, "~R 'E", MVALUE) CASE 5% !++ ! Abstract:FLD005 ! ^*(05) Discount Lost\* ! .b ! .lm +5 ! The ^*Discount Lost\* field ! indicates the General Ledger account which will be debited in the ! event that a discount lost amount is recorded in field (06). ! .lm -5 ! ! Index: ! .x Discount Lost>Lines ! .x Lines>Discount Lost ! !-- AP_CDJ::DISCLOST_ACCT = ENTR_3STRING(SCOPE, SMG_WINDOW::WNUMBER, & XLINE$ + ";36", TEMP$, & AP_CDJ::DISCLOST_ACCT, MFLAG, & "'LLLLLLL", MVALUE) IF (SCOPE::SCOPE_EXIT = SMG$K_TRM_F14) THEN IF (MAIN_WINDOW(GL_MAIN_CHART.ID, "VX") = 1%) THEN AP_CDJ::DISCLOST_ACCT= GL_CHART::ACCT END IF GOTO E0Loop END IF CASE 6% !++ ! Abstract:FLD006 ! ^*(06) Lost Amount\* ! .b ! .lm +5 ! The ^*Lost Amount\* field ! enters the amount of a discount lost due to not paying a ! vendor's invoice on or before the discount date. ! .b ! If the amount of the discount lost is entered in this field, the value of the ! discount in field (10) must be blanked. ! .lm -5 ! ! Index: ! .x Lost Amount>Lines ! .x Lines>Lost Amount ! !-- AP_CDJ::DISC_LOST_AMT = ENTR_3NUMBER(SCOPE, SMG_WINDOW::WNUMBER, & XLINE$ + ";45", TEMP$, & AP_CDJ::DISC_LOST_AMT, MFLAG, & "#####.##", MVALUE) CASE 7% !++ ! Abstract:FLD007 ! ^*(07) Check _#\* ! .b ! .lm +5 ! The ^*Check _#\* field refers to ! the number of the check used to make payment for a vendor's invoice. This field ! is entered by the system during the check writing process. ! .b ! In the event a hand check is written for a vendor's invoice, the check number ! must be manually entered in this field. A line item with a check number ! already in this field will be bypassed during the check writing process. ! .lm -5 ! ! Index: ! .x Check #>Lines ! .x Lines>Check # ! !-- AP_CDJ::CKNUM = ENTR_3STRING(SCOPE, SMG_WINDOW::WNUMBER, & XLINE$ + ";54", TEMP$, & AP_CDJ::CKNUM, MFLAG, & "'LLLLL", MVALUE) CASE 8% !++ ! Abstract:FLD008 ! .x Check Date>Lines ! ^*(08) Date\* ! .b ! .lm +5 ! The ^*Date\* field is blank ! until the check writing process is executed, at which time the system enters ! the date of the check. ! .b ! The format for entry is MMDDYYYY or MMDDYY. ! .b ! If a manual check is prepared for an vendor's invoice, this field must have ! the date of the check which was manually prepared. ! .lm -5 ! ! Index: ! .x Lines>Check Date ! !-- AP_CDJ::CKDAT = ENTR_3DATE(SCOPE, SMG_WINDOW::WNUMBER, & XLINE$ + ";61", TEMP$, & AP_CDJ::CKDAT, MFLAG, & "6", MVALUE) CASE 9% !++ ! Abstract:FLD009 ! ^*(09) Net Amount\* ! .b ! .lm +5 ! The ^*Net Amount\* field ! contains the net amount to be paid on a vendor's invoice. ! .b ! If field (10), ^*Discount\*, contains a value, the sum of field (09) and field ! (10) will be displayed on the check stub as the ^&Gross Amount\&. Field (10) ! will be displayed in the ^&Discount\& column and field (09) will be displayed ! in the ^&Net Amount\& column. ! .b ! If field (06), ^*[Discount] Lost Amount\*, contains a value, the sum of field ! (06) and field (09) will be displayed on the check stub as the ^&Gross Amount\& ! and the ^&Net Amount\&. The ^&Discount\& column will display zeroes. ! .b ! If a partial payment is to be made, this field must be changed ! to reflect the amount which is to be paid. ! .lm -5 ! ! Index: ! .x Net Amount>Lines ! .x Lines>Net Amount ! !-- AP_CDJ::CKAMT = ENTR_3NUMBER(SCOPE, SMG_WINDOW::WNUMBER, & XLINE$ + ";70", TEMP$, & AP_CDJ::CKAMT, MFLAG, "######.##", MVALUE) CASE 10% !++ ! Abstract:FLD010 ! ^*(10) Discount Amount\* ! .b ! .lm +5 ! The ^*Discount Amount\* field ! contains the amount of the discount to be taken when an invoice is paid. ! .b ! If a discount value is displayed in this field, but cannot be taken, the value ! must be moved to field (06) ^*[Discount] Lost Amount\* by accessing the ! ^*Change\* function in the COMMAND menu. This field must be blanked or changed ! to zero. ! .lm -5 ! ! Index: ! .x Discount>Lines ! .x Lines>Discount ! !-- AP_CDJ::DISAMT = ENTR_3NUMBER(SCOPE, SMG_WINDOW::WNUMBER, & XLINE$ + ";80", TEMP$, & AP_CDJ::DISAMT, MFLAG, & "#####.##", MVALUE) CASE 11% !++ ! Abstract:FLD011 ! ^*(11) A/P Account\* ! .lm +5 ! .b ! The ^*A/P Account\* field is ! automatically filled with the normal General Ledger Accounts Payable account. ! As a rule, it would not be necessary to edit this field, though the default ! account could be overridden. ! .lm -5 ! ! Index: ! .x Line>Account Payable Account ! .x Account Payable Account>Line ! !-- AP_CDJ::AP_ACCT = ENTR_3STRING(SCOPE, SMG_WINDOW::WNUMBER, & XLINE$ + ";89", TEMP$, & AP_CDJ::AP_ACCT, MFLAG, & "'E", MVALUE) IF (SCOPE::SCOPE_EXIT = SMG$K_TRM_F14) THEN IF (MAIN_WINDOW(GL_MAIN_CHART.ID, "VX ") = 1%) THEN AP_CDJ::AP_ACCT = GL_CHART::ACCT END IF GOTO E0Loop END IF CASE 12% !++ ! Abstract:FLD012 ! ^*(12) Cash Account\* ! .lm +5 ! .b ! The ^*Cash Account\* field is ! automatically filled with the default General Ledger Cash account. The ! default account can be overridden, though it would not normally be necessary ! to do so. ! .lm -5 ! ! Index: ! .x Line>Cash Account ! .x Cash Account>Line ! !-- AP_CDJ::CASH_ACCT = ENTR_3STRING(SCOPE, SMG_WINDOW::WNUMBER, & XLINE$ + ";108", TEMP$, & AP_CDJ::CASH_ACCT, MFLAG, & "'E", MVALUE) IF (SCOPE::SCOPE_EXIT = SMG$K_TRM_F14) THEN IF (MAIN_WINDOW(GL_MAIN_CHART.ID, "VX ") = 1%) THEN AP_CDJ::CASH_ACCT = GL_CHART::ACCT END IF GOTO E0Loop END IF END SELECT SCOPE::PRG_ITEM = TEMP1$ !*********************************************************************** ! Test values !*********************************************************************** 20300 CASE OPT_TESTENTRY AP_MAIN_CDJ_L = 0% SELECT MLOOP CASE 1% IF (MVALUE = "ADD") THEN WHEN ERROR IN FIND #AP_CDJ.CH%, & KEY #0% EQ AP_CDJ::VENNUM + AP_CDJ::TRANKEY, & REGARDLESS USE CONTINUE 32767 IF ERR = 155% EXIT HANDLER END WHEN AP_MAIN_CDJ_L = 1% CALL ENTR_3MESSAGE(SCOPE, "Record Already Exists", 1%) END IF CASE 5% IF AP_CDJ::DISCLOST_ACCT <> "" THEN ! ! Is the input defined? ! AP_MAIN_CDJ_L = FUNC_TESTENTRY( SMG_WINDOW, & AP_CDJ::DISCLOST_ACCT, GL_CHART::DESCR, & "GL", MLOOP, "ACCT", & "Account number", GL_MAIN_CHART.ID) END IF CASE 11% ! ! Is the input defined? ! AP_MAIN_CDJ_L = FUNC_TESTENTRY( SMG_WINDOW, & AP_CDJ::AP_ACCT, GL_CHART::DESCR, & "AP", MLOOP, "ACCT", & "Account number", GL_MAIN_CHART.ID) CASE 12% ! ! Is the input defined? ! AP_MAIN_CDJ_L = FUNC_TESTENTRY( SMG_WINDOW, & AP_CDJ::CASH_ACCT, GL_CHART::DESCR, & "AP", MLOOP, "ACCT", & "Account number", GL_MAIN_CHART.ID) END SELECT !*********************************************************************** ! Set AP_CDJ_OLD value !*********************************************************************** 20500 CASE OPT_SETOLD AP_CDJ_OLD = AP_CDJ !*********************************************************************** ! Restore AP_CDJ_OLD value !*********************************************************************** CASE OPT_RESETOLD AP_CDJ = AP_CDJ_OLD !*********************************************************************** ! Set default value !*********************************************************************** CASE OPT_SETDEFAULT AP_CDJ2 = AP_CDJ !*********************************************************************** ! Restore default value !*********************************************************************** CASE OPT_RESETDEFAULT AP_CDJ = AP_CDJ2 ! ! Set special default values for the key of a new record ! which is the most likely case when this function is to ! be called. ! AP_CDJ::VENNUM = AP_CDJ_H::VENNUM !*********************************************************************** ! Find !*********************************************************************** CASE OPT_FIND SELECT MLOOP CASE 0% FIND #AP_CDJ.CH%, & KEY #0% GE AP_CDJ::VENNUM + "", & REGARDLESS END SELECT !*********************************************************************** ! Handle array of records !*********************************************************************** 27000 CASE OPT_ARRAY ! ! Select sub-option of array ! SELECT MLOOP ! ! Load array with line items ! CASE 1% ! ! Empty array ! SMG_WINDOW::TOTREC = 0% 27110 ! ! Search for first record ! WHEN ERROR IN FIND #SMG_WINDOW::CHAN, & KEY #0% GE AP_CDJ_H::VENNUM + "", & REGARDLESS USE CONTINUE 28000 END WHEN 27120 ! ! Get a record ! WHEN ERROR IN GET #SMG_WINDOW::CHAN USE CONTINUE 28000 IF ERR = 11% EXIT HANDLER END WHEN IF AP_CDJ::VENNUM = AP_CDJ_H::VENNUM THEN ! ! Add information to array ! SMG_WINDOW::TOTREC = SMG_WINDOW::TOTREC + 1% RARRAY(SMG_WINDOW::TOTREC)::LINRFA = & GETRFA(SMG_WINDOW::CHAN) RARRAY(SMG_WINDOW::TOTREC)::DISC_LOST_AMT = & AP_CDJ::DISC_LOST_AMT RARRAY(SMG_WINDOW::TOTREC)::CKAMT = & AP_CDJ::CKAMT GOTO 27120 END IF ! ! Remove one element of the array ! CASE 2% ! ! Remove item pointed to by Mflag ! FOR I% = MFLAG TO SMG_WINDOW::TOTREC - 1% RARRAY(I%) = RARRAY(I% + 1%) NEXT I% ! ! Set array item to current record ! CASE 3% RARRAY(MFLAG)::LINRFA = GETRFA(SMG_WINDOW::CHAN) RARRAY(MFLAG)::DISC_LOST_AMT = AP_CDJ::DISC_LOST_AMT RARRAY(MFLAG)::CKAMT = AP_CDJ::CKAMT ! ! Load in current record, locked ! CASE 4% 27200 GET #SMG_WINDOW::CHAN, RFA RARRAY(MFLAG)::LINRFA ! ! Load in current record, unlocked ! CASE 5% GET #SMG_WINDOW::CHAN, RFA RARRAY(MFLAG)::LINRFA, & REGARDLESS ! ! Change the current record's key to match header. The ! new key is probibly passes through MVALUE, unless some ! other means is devised. ! CASE 6% AP_CDJ::VENNUM = RIGHT(MVALUE, 2%) END SELECT END SELECT 28000 EXIT FUNCTION %PAGE 29000 !******************************************************************* ! Trap errors !******************************************************************* ON ERROR GO BACK 32767 END FUNCTION

10 input "Geben Sie bitte einen String ein: "; a$ 20 print "Guten Tag "; a$ 30 input "Geben Sie bitte eine int-Zahl ein "; a% 40 print "Guten Tag "; a% 50 input "Geben Sie bitte eine float-Zahl ein: "; a 60 print "Guten Tag "; a 70 input "Alle drei zusammen! "; b$,b%,b 80 print "Gruppenkuscheln!!! String = ";b$;", Int = ";b%;", Float = ";b

5 REM Name: Elena Corpus 10 REM Program number: 5 15 REM Part: 2 20 REM email: elena.corpus@und.edu 25 let x = 1 30 let mess$ = "" 35 if x = 100 then goto 65 40 if x mod 3 = 0 then goto 70 45 if x mod 5 = 0 then goto 75 50 PRINT mess$ 55 if mess$ = "" then goto 80 60 x = x + 1 goto 30 65 system 70 mess$ = "fizz" goto 45 75 mess$ = mess$ + "buzz" goto 50 80 PRINT x goto 60

10 SC=1024:PRINT"{clear}" :rem 15 20 POKE 53281,1 :rem 241 30 ROW=12:COLUMN=20:GOSUB 150 :rem 242 40 COLUMN=COLUMN-1:GOSUB 150 :rem 235 50 COLUMN=COLUMN+2:GOSUB 150 :rem 235 m 60 ROW=ROW-1:COLUMN=COLUMN-1:GOSUB 150 :rem 178 70 ROW=ROW+2:GOSUB 150 80 ROW=0:FOR COLUMN=39 TO 0 STEP -1:GOSUB 150:NEXT 90 COLUMN=0:FOR ROW=0 TO 24:GOSUB 150:NEXT 100 ROW=24:FOR COLUMN=0 TO 39:GOSUB 150:NEXT 110 COLUMN=39:FOR ROW=24 TO 0 STEP -1:GOSUB 150:NEXT 120 GOTO 30 150 POKE SC+COLUMN+ROW*40,102: RETURN

DEFINT A-Z ' $DYNAMIC TYPE chest Item AS INTEGER Quantity AS INTEGER Flags AS INTEGER END TYPE DECLARE FUNCTION FileOPEN% (FileName$, Mode$) DECLARE FUNCTION READBIT% (Value%, Bit%) DECLARE FUNCTION ItemName$ (Item%) DECLARE SUB ChestOpened () DECLARE SUB EnsueBattle () DECLARE SUB SetInventory (Item%, Amount%) DECLARE FUNCTION InInventory% (Item%) DECLARE SUB TreasureShow () DIM SHARED Treasure(0 TO 0) AS chest SUB ChestOpened COLOR 15 LINE (0, 0)-(319, 31), totalback, BF LINE (0, 31)-(319, 31), 12 LOCATE 1, 1 PRINT "** EMPTY **" LOCATE 3, 40 PRINT CHR$(254) PCOPY 2, 0 SLEEP dmb$ = INKEY$ END SUB SUB ChestsInit (FileName AS STRING) SHARED Treasure() AS chest fc% = FileOPEN(FileName, "B") GET fc%, , NumberOfChests% REDIM Treasure(0 TO NumberOfChests%) AS chest FOR i = 1 TO NumberOfChests% GET fc%, , Treasure(i) NEXT i CLOSE fc% END SUB SUB TreasureChest (trnum) 'Open Flag IF READBIT%(Treasure(trnum).Flags, 0) THEN ChestOpened: EXIT SUB Treasure(trnum).Flags = Treasure(trnum).Flags OR 1 'Battle Flag IF READBIT%(Treasure(trnum).Flags, 1) THEN COLOR 15 LINE (0, 0)-(319, 31), totalback, BF LINE (0, 31)-(319, 31), 12: LOCATE 1, 1 PRINT "You open the treasure chest" PRINT "and find..." PRINT " ** MONSTER **" LOCATE 3, 40 PRINT CHR$(254) PCOPY 2, 0 SLEEP dmb$ = INKEY$ cannotrun = 1 EnsueBattle SCREEN 7, 0, 2, 0: COLOR 15: LINE (0, 0)-(319, 31), totalback, BF LINE (0, 31)-(319, 31), 12: LOCATE 1, 1 PRINT "You look deeper into the chest" TreasureShow DO bbb$ = INKEY$ LOOP UNTIL bbb$ = "" LOCATE 3, 40 PRINT CHR$(254): PCOPY 2, 0: SLEEP: dmb$ = INKEY$ ELSE COLOR 15 LINE (0, 0)-(319, 31), totalback, BF LINE (0, 31)-(319, 31), 12 LOCATE 1, 1 PRINT "Found "; UCASE$(ItemName$(Treasure(trnum).Item)); " x"; PRINT Treasure(trnum).Quantity PotentialInventoryAdjustment% = InInventory(Treasure(trnum).Item) + Treasure(trnum).Quantity IF PotentialInventoryAdjustment% > 99 THEN SetInventory Treasure(trnum).Item, 99 ELSE SetInventory Treasure(trnum).Item, PotentialInventoryAdjustment% END IF LOCATE 3, 40 PRINT CHR$(254) PCOPY 2, 0 SLEEP dmb$ = INKEY$ END IF END SUB SUB TreasureShow IF Treasure(trnum).Item = 0 THEN PRINT "but find nothing." ELSE PRINT "and find "; ItemName$(Treasure(trnum).Item); " x"; PRINT Treasure(trnum).Quantity PotentialInventoryAdjustment% = InInventory(Treasure(trnum).Item) + Treasure(trnum).Quantity IF PotentialInventoryAdjustment% > 99 THEN SetInventory Treasure(trnum).Item, 99 ELSE SetInventory Treasure(trnum).Item, PotentialInventoryAdjustment% END IF END IF END SUB

Attribute VB_Name = "mdl成都内江" Option Explicit '编译常量不能定义成公共的，必须在使用到的地方单独定义，在编译时统一修改 #Const gverControl = 99 ' 0-不支持动态医保(9.19以前),1-支持动态医保无附加参数(9.22以前) , _ 2-解决了虚拟结算与正式结算结果不一致;结算作废与原始结算结果不一致;门诊收费死锁的问题;99-所有交易增加附加参数(最新版) Private mblnInit As Boolean Public Enum 业务类型_成都内江读病人信息_内江 = 0 更改密码_内江获取帐户余额_内江门诊明细写入_内江门诊消费确认_内江门诊消费取消_内江住院登记_内江住院交易上传_内江住院产易上传取消_内江出院登记上传_内江出院登记确认_内江获取单位欠缴情况_内江初始化函数_内江网上对帐_内江 '20051020 陈东并发症申请上传_内江 End Enum Private gInitCard As Boolean '初始化了卡的 Private Type InitbaseInfor 医院编码 As String '初始医院编码串号号_内江 As Integer 读卡器_内江 As Integer '0-明化,1-德森公司模拟数据 As Boolean '当前是否处于模拟读取医保接口数据解析卡内数据 As Boolean End Type Public InitInfor_成都内江 As InitbaseInfor Private mblnStartTran As Boolean '启动了事务的 Private Type 病人身份卡号 As String 个人编号 As String 身份证号 As String 姓名 As String 性别 As String 工况类别 As String 出生日期 As String 单位号码 As String 统筹编号 As String 制卡日期 As String 卡有效期 As String 补卡次数 As String 制卡单位 As String 年龄 As Integer 帐户余额 As Double 在职情况 As String 住院流水号 As String 交易类别 As String lng病人ID As Long 费用总额 As Double 结算方式 As String '结算方式串病种编码 As String 病种名称 As String 出院类别 As String 生育总费用 As Double End Type Private Type 结算数据待遇标志 As String 医保交易流水号 As String 医保内费用 As Double 医保外费用 As Double 基本医保支付 As Double 高额医保支付 As Double 公务员医疗补助 As Double 帐户可用余额 As Double 帐户支付 As Double 比例支付 As Double 起付标准 As Double 结算标志 As Byte '0-门诊,1-住院结帐ID As Long 生育支付 As Double '20051020 新增生育盈亏 As Double '20051118 新增 End Type Public g病人身份_成都内江 As 病人身份 Public gcnOracle_成都内江 As ADODB.Connection '中间库连接 Private g结算数据 As 结算数据 '**************************************************************************************************************************************************************************************************************************************** '1 相关读卡组件函数 '**************************************************************************************************************************************************************************************************************************************** ' 0-读病人信息函数(明华的) Private Declare Function GetCardInfo_MW Lib "NeijCard.dll" Alias "GetCardInfo" (ByVal lngPort As Long, ByVal strPassWord As String, str卡号 As String, _ str个人编号 As String, str身份证号 As String, STR姓名 As String, str性别 As String, _ str工况类别 As String, str出生日期 As String, str单位号码 As String, str统筹编号 As String, _ str制卡日期 As String, str卡有效期 As String, str补卡次数 As String, str制卡单位 As String) As Long '---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- '明华: '函数原型:function GetCardInfo(port: integer;UserPassword:PChar; var CardNum,PersonNum, ' IDNum,Name,Sex,PersonKind,Birthday,DeptNum,Zone,MAKEDATE,EXPIREDATE,REISSUE,MAKEDEPT: PChar):integer '参数: a) Port：输入参数，为通讯端口号，0、1、2、3分别代表串口1、2、3、4;并口为其I/O地址（如0x378）；建议将读卡器连接到串口1； ' b) UserPassword：输入参数，为用户密码，要求长度为6，字符串中只能包含0到9的数字； ' c) CardNum：输出参数，为卡号，长度为10； ' d) PersonNum：输出参数，为个人编号（医保编号），长度为8； ' e) IDNum：输出参数，为身份证号码，长度为18； ' f) Name：输出参数，为姓名，长度为20； ' g) Sex：输出参数，为性别编码，长度为1，其中'1'为男，'2'为女； ' h) PersonKind：输出参数，为工况类别，长度为1； ' i) Birthday：输出参数，为出生日期，长度为8，例如1982年6月23日表示为'19820623'； ' j) DeptNum：输出参数，为单位号码，长度为6； ' k) Zone：输出参数，为统筹地区编码，长度为1； ' l) MAKEDATE：输出参数，为制卡日期，长度为8，表示方式同出生日期； ' m) EXPIREDATE：输出参数，为卡有效日期（卡的有效期为99年，如制卡日期为20021101，则卡有效日期为21011101），长度为8，表示方式同出生日期； ' n) REISSUE：输出参数，为补卡次数，长度为2，例如：首次制卡，补卡次数为'00'，第一次补卡，补卡次数为'01'，以次类推； ' o) MAKEDEPT：输出参数，为制卡单位，长度为1，例如：'0'表示制卡方为温州德森公司。 '---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- ' 1-读病人信息函数(科瑞奇) Private Declare Function GetCardInfo_KRQ Lib "NeijCard.dll" Alias "GetCardInfo" (ByVal lngPort As Long, str卡号 As String, _ str个人编号 As String, str身份证号 As String, STR姓名 As String, str性别 As String, _ str工况类别 As String, str出生日期 As String, str单位号码 As String, str统筹编号 As String, _ str制卡日期 As String, str卡有效期 As String, str补卡次数 As String, str制卡单位 As String) As Long '---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- '科瑞奇 '说明: 与明细相比,没有密码的输入 '函数原型:function GetCardInfoForKRQ(port: integer; var CardNum,PersonNum,IDNum,Name,Sex,PersonKind,Birthday,DeptNum,Zone, ' MAKEDATE,EXPIREDATE,REISSUE,MAKEDEPT: PChar):integer; '参数: a) Port：输入参数，为通讯端口号，0、1、2、3分别代表串口1、2、3、4;并口为其I/O地址（如0x378）；建议将读卡器连接到串口1； ' b) CardNum：输出参数，为卡号，长度为10； ' c) PersonNum：输出参数，为个人编号（医保编号），长度为8； ' d) IDNum：输出参数，为身份证号码，长度为18； ' e) Name：输出参数，为姓名，长度为20； ' f) Sex：输出参数，为性别编码，长度为1，其中'1'为男，'2'为女； ' g) PersonKind：输出参数，为工况类别，长度为1； ' h) Birthday：输出参数，为出生日期，长度为8，例如1982年6月23日表示为'19820623'； ' i) DeptNum：输出参数，为单位号码，长度为6； ' j) Zone：输出参数，为统筹地区编码，长度为1； ' k) MAKEDATE：输出参数，为制卡日期，长度为8，表示方式同出生日期； ' l) EXPIREDATE：输出参数，为卡有效日期（卡的有效期为99年，如制卡日期为20021101，则卡有效日期为21011101），长度为8，表示方式同出生日期； ' m) REISSUE：输出参数，为补卡次数，长度为2，例如：首次制卡，补卡次数为'00'，第一次补卡，补卡次数为'01'，以次类推； ' n) MAKEDEPT：输出参数，为制卡单位，长度为1，例如：'0'表示制卡方为温州德森公司。 '---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- ' 2-修改密码 Private Declare Function ChangePassword Lib "NeijCard.dll" (ByVal lngPort As Long, ByVal strOldPassWord As String, ByVal strNewPassWord As String) As Long '---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- '说明: 与明细相比,没有密码的输入 '函数原型:function ChangePassword(port:integer;OldPassword,NewPassword:PChar):integer; '参数: a) Port：输入参数，为通讯端口号，0、1、2、3分别代表串口1、2、3、4;并口为其I/O地址（如0x378）；建议将读卡器连接到串口1； ' b) OldPassword：输入参数，为原密码，要求长度为6，字符串中只能包含0到9的数字； ' c) NewPassword：输入参数，为新密码，要求长度为6，字符串中只能包含0到9的数字。 '---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- '**************************************************************************************************************************************************************************************************************************************** '2 业务对象 '**************************************************************************************************************************************************************************************************************************************** Public gobj成都内江 As Object ' 'Public gobj成都内江 As New clsNjYh Public Function 医保初始化_成都内江() As Boolean Dim strReg As String Dim rsTemp As New ADODB.Recordset Dim strUser As String, strPass As String, strServer As String If mblnInit Then 医保初始化_成都内江 = True Exit Function End If GetRegInFor g公共全局, "医保", "读卡器", strReg InitInfor_成都内江.读卡器_内江 = Val(strReg) GetRegInFor g公共全局, "医保", "串口号", strReg InitInfor_成都内江.串号号_内江 = IIf(strReg = "", 1, Val(strReg)) '初始模拟接口 Call GetRegInFor(g公共模块, "操作", "模拟接口", strReg) If Val(strReg) = 1 Then InitInfor_成都内江.模拟数据 = True Else InitInfor_成都内江.模拟数据 = False End If Call GetRegInFor(g公共模块, "操作", "解析卡内数据", strReg) If Val(strReg) = 1 Then InitInfor_成都内江.解析卡内数据 = True Else InitInfor_成都内江.解析卡内数据 = False End If InitInfor_成都内江.解析卡内数据 = InitInfor_成都内江.解析卡内数据 Or InitInfor_成都内江.模拟数据 '创建医保对象 If gobj成都内江 Is Nothing Then Err = 0 On Error Resume Next Set gobj成都内江 = CreateObject("SocketOcxForNC.SocketOcxForNC") If Err <> 0 Then ShowMsgbox "不能创建医保接口,请检查SocketOcxForNC.ocx是否正常注册!" Exit Function End If End If '取医院编码 gstrSQL = "Select 医院编码 From 保险类别 Where 序号=" & TYPE_成都内江 Call zlDatabase.OpenRecordset(rsTemp, gstrSQL, "读取医院编码") InitInfor_成都内江.医院编码 = Nvl(rsTemp!医院编码) If Open中间库 = False Then Exit Function mblnInit = True 医保初始化_成都内江 = True End Function Private Function Open中间库() As Boolean '连接中间库 '中间库连接 Dim rsTemp As New ADODB.Recordset Dim strUser As String, strServer As String, strPass As String, strReg As String Dim StrInput As String, strOutput As String Err = 0 On Error GoTo errHand: gstrSQL = "select 参数名,参数值 from 保险参数 where 参数名 like '医保%' and 险类=" & TYPE_成都内江 Call zlDatabase.OpenRecordset(rsTemp, gstrSQL, "获取相关参数值") Do Until rsTemp.EOF Select Case rsTemp("参数名") Case "医保用户名" strUser = IIf(IsNull(rsTemp("参数值")), "", rsTemp("参数值")) Case "医保服务器" strServer = IIf(IsNull(rsTemp("参数值")), "", rsTemp("参数值")) Case "医保用户密码" strPass = IIf(IsNull(rsTemp("参数值")), "", rsTemp("参数值")) End Select rsTemp.MoveNext Loop Set gcnOracle_成都内江 = New ADODB.Connection If OraDataOpen(gcnOracle_成都内江, strServer, strUser, strPass, False) = False Then MsgBox "无法连接到医保中间库，请检查保险参数是否设置正确！", vbInformation, gstrSysName Exit Function End If '检查网络是否畅通无阻 'GetRegInFor g公共全局, "医保", "ConfigFileName", strReg 'StrInput = strReg 'GetRegInFor g公共全局, "医保", "HostPort", strReg 'StrInput = StrInput & vbTab & strReg 'GetRegInFor g公共全局, "医保", "IPAddress", strReg 'StrInput = StrInput & vbTab & strReg 'If 业务请求_成都内江(初始化函数_内江, StrInput, strOutput) = False Then Exit Function Open中间库 = True Exit Function errHand: If ErrCenter = 1 Then Resume End If End Function Public Function 医保终止_成都内江() As Boolean '结束读写卡组件 Dim strReg As String mblnInit = False Err = 0 On Error Resume Next Set gobj成都内江 = Nothing If gcnOracle_成都内江.State = 1 Then gcnOracle_成都内江.Close End If 医保终止_成都内江 = True End Function Public Function 身份标识_成都内江(Optional bytType As Byte, Optional lng病人ID As Long) As String '功能：识别指定人员是否为参保病人，返回病人的信息 '参数：bytType-识别类型，0-门诊收费，1-入院登记，2-不区分门诊与住院,3-挂号,4-结帐 '返回：空或信息串 Err = 0 On Error GoTo errHand: 身份标识_成都内江 = frmIdentify成都内江.GetPatient(bytType, lng病人ID) Exit Function errHand: If ErrCenter() = 1 Then Resume End If 身份标识_成都内江 = "" End Function Public Function 个人余额_成都内江(ByVal lng病人ID As Long) As Currency '功能: 提取参保病人个人帐户余额 '返回: 返回个人帐户余额 Dim rsTemp As New ADODB.Recordset gstrSQL = "select nvl(帐户余额,0) as 帐户余额 from 保险帐户 where 病人ID='" & lng病人ID & "' and 险类=" & TYPE_成都内江 Call zlDatabase.OpenRecordset(rsTemp, gstrSQL, "读取个人帐户余额") If rsTemp.EOF Then 个人余额_成都内江 = 0 Else If rsTemp("帐户余额") > 0 Then 个人余额_成都内江 = rsTemp("帐户余额") Else 个人余额_成都内江 = 0 End If End If End Function Public Function 门诊虚拟结算_成都内江(rs明细 As ADODB.Recordset, str结算方式 As String) As Boolean '参数：rsDetail 费用明细(传入) ' cur结算方式 "报销方式;金额;是否允许修改|...." '字段：病人ID,收费细目ID,数量,单价,实收金额,统筹金额,保险支付大类ID,是否医保 Dim StrInput As String, strOutput As String Dim strArr Dim rsTemp As New ADODB.Recordset Dim lng病人ID As Long Dim str操作员编码 As String Dim str收费细目ID As String '保存所有收费细目的ID，用来判断是否存在重复的项目 Err = 0: On Error GoTo errHand: Call DebugTool("进入门诊虚拟结算") With g结算数据 .比例支付 = 0 .待遇标志 = "" .高额医保支付 = 0 .公务员医疗补助 = 0 .起付标准 = 0 .医保交易流水号 = "" .医保内费用 = 0 .医保外费用 = 0 .帐户可用余额 = 0 .帐户支付 = 0 .生育支付 = 0 '20051021 add End With '检查是否存在重复的项目 With rs明细 Do While Not .EOF If InStr(1, str收费细目ID & ",", "," & !收费细目ID & ",") = 0 Then str收费细目ID = str收费细目ID & "," & !收费细目ID Else Err.Raise 9000, gstrSysName, "存在重复的收费细目，请合并后再进行预结算！" End If .MoveNext Loop If .RecordCount <> 0 Then .MoveFirst End With lng病人ID = rs明细("病人ID") str操作员编码 = Nvl(rs明细!开单人) If g病人身份_成都内江.lng病人ID <> lng病人ID Then Err.Raise 9000, gstrSysName, "该病人还没有经过身份验证，不能进行医保结算。" Exit Function End If g结算数据.结算标志 = 0 g结算数据.结帐ID = 0 '写入明细 If 门诊明细写入(rs明细, True) = False Then Exit Function If 结算方式更正(1, str结算方式) = False Then Exit Function 门诊虚拟结算_成都内江 = True Exit Function errHand: ErrMsgBox Err.Description, IIf(Err.Number > 9000, Err.Number - 9000, vbInformation), Err.Source Err.Clear End Function Private Function 获取个人帐户支付() As Double '----------------------------------------------------------------------------------------------------------- '--功能:获取个人帐户值(从预交记录中获取) '--入参数: '--出参数: '--返回:成功,返回本次个人帐户支付,否则返回0 '----------------------------------------------------------------------------------------------------------- Dim rsTemp As New ADODB.Recordset gstrSQL = "Select * From 病人预交记录 where 结帐ID=[1] and 结算方式='个人帐户'" Set rsTemp = zlDatabase.OpenSQLRecord(gstrSQL, "获取个人帐户支付", g结算数据.结帐ID) If Not rsTemp.EOF Then 获取个人帐户支付 = Nvl(rsTemp!冲预交, 0) End If End Function Public Function 门诊结算_成都内江(lng结帐ID As Long, cur个人帐户 As Currency, str医保号 As String, cur全自付 As Currency, Optional ByRef strAdvance = "") As Boolean '功能：将门诊收费的明细和结算数据转发送医保前置服务器确认； '参数：lng结帐ID 收费记录的结帐ID；，从预交记录中可以检索医保号和密码 ' cur支付金额从个人帐户中支出的金额 '返回：交易成功返回true；否则，返回false '注意：1)主要利用接口的费用明细传输交易和辅助结算交易； ' 2)理论上，由于我们保证了个人帐户结算金额不大于个人帐户余额，因此交易必然成功。但从安全角度考虑；当辅助结算交易失败时，需要使用费用删除交易处理；如果辅助结算交易成功，但费用分割结果与我们处理结果不一致，需要执行恢复结算交易和费用删除交易。这样才能保证数据的完全统一。 '此时所有收费细目必然有对应的医保编码 Dim StrInput As String, strOutput As String Dim strArr Dim rs明细 As New ADODB.Recordset, rsTemp As New ADODB.Recordset Dim lng病人ID As Long Dim str操作员编码 As String Err = 0: On Error GoTo errHand: Call DebugTool("进入门诊结算") 'Modified by ZYB 22051123 门诊虚拟结算已上传明细，结算不再进行合法性检查及明细上传 '################################################################################# ' gstrSQL = "Select 收费细目ID From 病人费用记录 where 结帐id=" & lng结帐ID & " group by 收费细目iD having Count(收费细目id)>=2 " ' Call OpenRecordset(rsTemp, "判断明细是否重复") ' If Not rsTemp.EOF Then ' MsgBox "存在重复的收费细目,请合并后再结算!" ' Exit Function ' End If ' ' ' With g结算数据 ' .比例支付 = 0 ' .待遇标志 = "" ' .高额医保支付 = 0 ' .公务员医疗补助 = 0 ' .起付标准 = 0 ' .医保交易流水号 = "" ' .医保内费用 = 0 ' .医保外费用 = 0 ' .帐户可用余额 = 0 ' .帐户支付 = 0 ' .生育支付 = 0 '20051021 add ' End With ' '################################################################################# gstrSQL = "" & _ " Select a.*,a.付数*a.数次 as 数量,a.实收金额/(nvl(a.付数,1)*nvl(a.数次,1)) as 单价 " & _ " From 门诊费用记录 a " & _ " Where 结帐ID=" & lng结帐ID & " And Nvl(附加标志,0)<>9 And Nvl(记录状态,0)<>0" Call zlDatabase.OpenRecordset(rs明细, gstrSQL, "获取明细记录") If rs明细.EOF = True Then Err.Raise 9000, gstrSysName, "没有填写收费记录" Exit Function End If lng病人ID = rs明细("病人ID") str操作员编码 = Nvl(rs明细!操作员姓名) If g病人身份_成都内江.lng病人ID <> lng病人ID Then Err.Raise 9000, gstrSysName, "该病人还没有经过身份验证，不能进行医保结算。" Exit Function End If g结算数据.结算标志 = 0 g结算数据.结帐ID = lng结帐ID '写入明细 ' If 门诊明细写入(rs明细, False) = False Then Exit Function If 结算方式更正(1, strAdvance) = False Then Exit Function '获取帐户支付 strAdvance = "" '强制赋为空，告诉调用者不需要校正 g结算数据.帐户支付 = 获取个人帐户支付() '消费进行确认 '输入参数: 个人编号 String(8) In ' 社保卡号码 String(10) In ' 医院代码 String(5) In ' 操作员卡号码 String(10) In ' 统筹地区编码 String(1) In ' 医保交易流水号 String(20) In ' 交易类别 String(1) In ' 个人帐户支付 String(10) In With g病人身份_成都内江 StrInput = Rpad(.个人编号, 8) StrInput = StrInput & vbTab & Rpad(.卡号, 10) StrInput = StrInput & vbTab & Rpad(InitInfor_成都内江.医院编码, 5) StrInput = StrInput & vbTab & Substr(Rpad(str操作员编码, 10), 1, 10) StrInput = StrInput & vbTab & Rpad(.统筹编号, 1) StrInput = StrInput & vbTab & Substr(Rpad(g结算数据.医保交易流水号, 20), 1, 20) StrInput = StrInput & vbTab & Rpad(.交易类别, 1) StrInput = StrInput & vbTab & Lpad(Round(g结算数据.帐户支付 * 100), 10, "0") End With '调用结算 Call DebugTool("准备调用门诊消费确认") If 业务请求_成都内江(门诊消费确认_内江, StrInput, strOutput) = False Then Exit Function Call DebugTool("调用门诊消费确认结束") '插入保险结算记录 '原过程参数: ' 性质_IN ,记录ID_IN,险类_IN,病人ID_IN,年度_IN," & _ " 帐户累计增加_IN,帐户累计支出_IN,累计进入统筹_IN,累计统筹报销_IN,住院次数_IN,起付线_IN,封顶线_IN,实际起付线_IN, ' 发生费用金额_IN,全自付金额_IN,首先自付金额_IN, ' 进入统筹金额_IN,统筹报销金额_IN,大病自付金额_IN,超限自付金额_IN,个人帐户支付_IN," ' 支付顺序号_IN,主页ID_IN,中途结帐_IN,备注_IN '新值代表 ' 性质_IN ,记录ID_IN,险类_IN,病人ID_IN,年度_IN," & _ " 帐户累计增加_IN(无),帐户累计支出_IN(无),累计进入统筹_IN(无),累计统筹报销_IN(无),住院次数_IN(无),起付线(无),封顶线_IN(帐户可用余额),实际起付线_IN(无), ' 发生费用金额_IN(费用总额),全自付金额_IN(无),首先自付金额_IN(无), ' 进入统筹金额_IN(统筹支付),统筹报销金额_IN(统筹支付),大病自付金额_IN(无),超限自付金额_IN(生育支付),个人帐户支付_IN(个人帐户支付)," ' 支付顺序号_IN(结算时产生流水号),主页ID_IN,中途结帐_IN,备注_IN 'Modified by ZYB 22051123 新老版本都不存在校正的问题了 gstrSQL = "zl_保险结算记录_insert(1," & lng结帐ID & "," & TYPE_成都内江 & "," & lng病人ID & "," & Year(zlDatabase.Currentdate) & "," & _ "0,0,0,0,0,0," & g结算数据.帐户可用余额 & ",0," & _ g病人身份_成都内江.费用总额 & "," & g结算数据.医保内费用 & "," & g结算数据.医保外费用 & "," & _ "0,0,0," & g结算数据.生育支付 & "," & g结算数据.帐户支付 & ",'" & _ g结算数据.医保交易流水号 & "',NULL,NULL,NULL)" Call zlDatabase.ExecuteProcedure(gstrSQL, "保存结算记录") '--------------------------------------------------------------------------------------------- 门诊结算_成都内江 = True Exit Function errHand: ErrMsgBox Err.Description, IIf(Err.Number > 9000, Err.Number - 9000, vbInformation), Err.Source Err.Clear End Function Private Function Get交易流水号(ByVal str发生日期 As String) As String '----------------------------------------------------------------------------------------------------------- '--功能:获取交易流水号 '--入参数:str发生日期-以YYMMDD格式传入 '--出参数: '--返回:交易流水号 '----------------------------------------------------------------------------------------------------------- Dim rsTemp As New ADODB.Recordset gstrSQL = "Select 医院交易流水号_ID.nextval as 序列 From dual" OpenRecordset_成都内江 rsTemp, "获取交易流水号" Get交易流水号 = InitInfor_成都内江.医院编码 & str发生日期 & Lpad(Nvl(rsTemp!序列), 7, "0") End Function Private Function 门诊明细写入(ByVal rs明细 As ADODB.Recordset, Optional ByVal bln虚拟 As Boolean = False) As Boolean '----------------------------------------------------------------------------------------------------------- '--功能:上传门诊明细数据 '--入参数:rs明细-明细记录 '--出参数: '--返回:成功,返回true,否则返回False '----------------------------------------------------------------------------------------------------------- Dim rsTemp As New ADODB.Recordset, rsTmp As New ADODB.Recordset Dim StrInput As String, strOutput As String, str明细 As String Dim strInsert As String Dim lngSumLen As Long Dim str规格 As String Dim str保险编码 As String Dim str大类编码 As String Dim str交易流水号 As String Dim lng处方条数 As Long Dim strArr 门诊明细写入 = False DebugTool "进入门诊明细上传接口" g病人身份_成都内江.费用总额 = 0 g病人身份_成都内江.生育总费用 = 0 Err = 0 On Error GoTo errHand: str明细 = "" '然后插入处方明细 str交易流水号 = Get交易流水号(Format(zlDatabase.Currentdate, "yyyymmdd")) With rs明细 lng处方条数 = 0 Do While Not .EOF If Val(Nvl(rs明细("实收金额"), 0)) <> 0 Then '处方明细 '1 处方项目种类 Varchar2(1) '1'：药品编码 '2'：服务项目 '2 处方项目代码 Varchar2(20) "药品编码"或者"诊疗项目编码" '3 数量 Varchar2(10) 实际数量*100上传 '4 规格 Varchar2(10) 汉字算2字节 '5 单项费用 Varchar2(10) 由医院上传(主要传什么?) gstrSQL = "select A.名称,A.编码,A.类别,A.规格,A.计算单位,B.项目编码,B.附注,B.是否医保,A.计算单位,E.规格,G.名称剂型,B.大类编码 " & _ "from 收费细目 A," & _ " ( Select a.*,b.大类编码 " & _ " From 保险支付项目 a,保险项目 b" & _ " where a.险类=b.险类 and a.项目编码=b.编码 and A.收费细目ID =[1] and a.险类=[2]) B,药品目录 E ,药品信息 F,药品剂型 G " & _ "where A.ID=[1] and A.ID=B.收费细目ID(+) " & _ " AND A.ID=E.药品ID(+) AND E.药名ID=F.药名ID(+) AND F.剂型=G.编码(+) " Set rsTemp = zlDatabase.OpenSQLRecord(gstrSQL, "获取医保项目", CLng(rs明细!收费细目ID), TYPE_成都内江) If rsTemp.EOF Then Err.Raise 9000, gstrSysName, "存在未对码的项目,请在保险项目管理中进行对码!" Exit Function End If str规格 = Nvl(rsTemp!规格) str保险编码 = Nvl(!保险编码) '如果保险编码为空，则需要用户选择编码 If str保险编码 = "" Then str保险编码 = GetItemInsure_成都内江(0, !收费细目ID, True) End If If str保险编码 = "" Then str保险编码 = Nvl(rsTemp!项目编码) '取大类编码 gstrSQL = "Select 大类编码 From 保险项目 Where 险类=" & TYPE_成都内江 & " And 编码='" & str保险编码 & "'" Call zlDatabase.OpenRecordset(rsTemp, gstrSQL, "取大类编码") str大类编码 = Nvl(rsTemp!大类编码) str明细 = str明细 & Substr(Rpad(str大类编码, 1), 1, 1) str明细 = str明细 & Rpad(str保险编码, 20) str明细 = str明细 & Lpad(Nvl(!数量) * 100, 10, "0") str明细 = str明细 & Rpad(Nvl(str规格), 10) str明细 = str明细 & Lpad(Nvl(!实收金额) * 100, 10, "0") 'Beging 20051025 add '门诊部分:A.不能用“生育费用”(见生育项目代码.xls后4项)，可以用“计划生育费用 If str保险编码 = "M10000116" Or str保险编码 = "M10000117" Or str保险编码 = "M10000118" Or str保险编码 = "M10000119" Then Err.Raise 9000, gstrSysName, "门诊不能使用生育费用!" Exit Function End If 'End '为病人费用记录打上标记，以便随时上传 'ID_IN,统筹金额_IN,保险大类ID_IN,保险项目否_IN,保险编码_IN,是否上传_IN,摘要_IN '摘要值:医院交易流水号 'Modified by ZYB 20051123 虚拟结算时未保存处方，无法更新 If Not bln虚拟 Then gstrSQL = "ZL_病人费用记录_更新医保(" & Nvl(!ID, 0) & ",NULL," & Nvl(str大类编码, "NULL") & ",NUll,'" & str保险编码 & "',1,'" & str交易流水号 & "')" Call zlDatabase.ExecuteProcedure(gstrSQL, "打上上传标志") End If lng处方条数 = lng处方条数 + 1 End If 'Beging 20051027 陈东 If Substr(Rpad(str大类编码, 1), 1, 1) <> "4" Then g病人身份_成都内江.费用总额 = g病人身份_成都内江.费用总额 + Nvl(rs明细!实收金额, 0) Else g病人身份_成都内江.生育总费用 = g病人身份_成都内江.生育总费用 + Nvl(rs明细!实收金额, 0) End If 'End 20051027 陈东 rs明细.MoveNext Loop If lng处方条数 > 99 Then Err.Raise 9000, gstrSysName, "门诊处方明细不能大于99种项目,请分成两张处方进行录入!" Exit Function End If If .RecordCount <> 0 Then .MoveFirst '输入参数：个人编号 String(8) In ' 社保卡号码 String(10) In ' 医院代码 String(5) In ' 操作员卡号码 String(10) In ' 统筹地区编码 String(1) In ' 医院交易流水号 String(20) In ' 交易类别 String(1) In ' 处方条数 String(2) In ' 处方明细 String处方条数×51 In StrInput = Rpad(g病人身份_成都内江.个人编号, 8) StrInput = StrInput & vbTab & Rpad(g病人身份_成都内江.卡号, 10) StrInput = StrInput & vbTab & Rpad(InitInfor_成都内江.医院编码, 5) If bln虚拟 Then StrInput = StrInput & vbTab & Rpad(UserInfo.编号, 10) Else StrInput = StrInput & vbTab & Rpad(Nvl(!操作员编号), 10) End If StrInput = StrInput & vbTab & Rpad(g病人身份_成都内江.统筹编号, 1) StrInput = StrInput & vbTab & Rpad(str交易流水号, 20) StrInput = StrInput & vbTab & Rpad(g病人身份_成都内江.交易类别, 1) StrInput = StrInput & vbTab & Rpad(lng处方条数, 2) StrInput = StrInput & vbTab & str明细 If 业务请求_成都内江(门诊明细写入_内江, StrInput, strOutput) = False Then Exit Function '保存相关数据 ' 医院流水号_IN IN 医保消费信息.医院流水号%TYPE, ' 病人ID_IN IN 医保消费信息.病人ID%TYPE, ' 医保流水号_IN IN 医保消费信息.医保流水号%TYPE, ' 医保内费用_IN IN 医保消费信息.医保内费用%TYPE, ' 医保外费用_IN IN 医保消费信息.医保外费用%TYPE, ' 帐户可用余额_IN IN 医保消费信息.帐户可用余额%TYPE, ' 在职情况_IN IN 医保消费信息.在职情况%TYPE, ' 医保项目种类_IN IN 医保消费信息.医保项目种类%TYPE, ' 医保项目编码_IN IN 医保消费信息.医保项目编码%TYPE, ' 医保内费用1_IN IN 医保消费信息.医保内费用1%TYPE, ' 费用类别_IN IN 医保消费信息.费用类别%TYPE, ' 项目费用_IN IN 医保消费信息.项目费用%TYPE strArr = Split(strOutput, vbTab) With g结算数据 .医保交易流水号 = strArr(0) .医保内费用 = Val(strArr(1)) .医保外费用 = Val(strArr(2)) .帐户可用余额 = Val(strArr(3)) .生育支付 = Val(strArr(6)) '20051020 Add End With strInsert = "ZL_医保消费信息_INSERT(" strInsert = strInsert & "'" & str交易流水号 & "'," strInsert = strInsert & "" & g病人身份_成都内江.lng病人ID & "," strInsert = strInsert & "'" & strArr(0) & "'," strInsert = strInsert & "" & Val(strArr(1)) & "," strInsert = strInsert & "" & Val(strArr(2)) & "," strInsert = strInsert & "" & Val(strArr(3)) & "," strInsert = strInsert & "'" & strArr(5) & "'," '分解明细记录记录 '1 处方项目种类 Varchar2(1) '1'：药品编码 '2'：服务项目 '2 处方项目代码 Varchar2(20) "药品编码"或者"诊疗项目编码" '3 医保内费用 Varchar2(10) 实际数量*100 '4 费用类别 Varchar2(10)(中药?西药?化验等) '5 项目费用 Varchar2(10) 实际数量*100 '6 生育支付 20051026 str明细 = strArr(4) lngSumLen = zlCommFun.ActualLen(str明细) StrInput = "" Dim r As Long, i As Integer For i = 1 To lngSumLen Step 51 r = i StrInput = StrInput & "'" & Substr(str明细, r, 1) & "'," r = r + 1 StrInput = StrInput & "'" & Substr(str明细, r, 20) & "'," r = r + 20 StrInput = StrInput & "" & Val(Substr(str明细, r, 10)) & "," r = r + 10 StrInput = StrInput & "'" & Substr(str明细, r, 10) & "'," r = r + 10 StrInput = StrInput & "" & Val(Substr(str明细, r, 10)) & "," StrInput = StrInput & "" & Val(strArr(6)) & ")" '组合SQL误句 gstrSQL = strInsert & StrInput 'Modified by zyb 20051123 可能会造成HIS库中存在无效的明细（点击多次预结算），中心也一样 ExecuteProcedure_ZLNJ "插入明细数据到中间库" StrInput = "" Next End If End With 门诊明细写入 = True Exit Function errHand: ErrMsgBox Err.Description, IIf(Err.Number > 9000, Err.Number - 9000, vbInformation), Err.Source Err.Clear End Function Public Function 门诊结算冲销_成都内江(lng结帐ID As Long, cur个人帐户 As Currency, lng病人ID As Long) As Boolean '功能：将门诊收费的明细和结算数据转发送医保前置服务器确认； '参数：lng结帐ID 收费记录的结帐ID；，从预交记录中可以检索医保号和密码 ' cur个人帐户从个人帐户中支出的金额 Dim rsTemp As New ADODB.Recordset Dim StrInput As String, strOutput As String, str流水号 As String Dim lng冲销ID As Long, lng病人id1 As Long Dim strArr Dim rs明细 As New ADODB.Recordset Dim i As Long Dim intMouse As Integer On Error GoTo errHand: DebugTool "进入门诊结算" intMouse = Screen.MousePointer Screen.MousePointer = 1 '身份验证 'by 20050123 gzy lng病人id1 = lng病人ID If 身份标识_成都内江(2, lng病人id1) = "" Then Screen.MousePointer = intMouse 门诊结算冲销_成都内江 = False If lng病人id1 = 0 Then Exit Function End If End If Screen.MousePointer = intMouse DebugTool "身份验证完成" gstrSQL = "Select * From 门诊费用记录 " & _ " Where 结帐ID=" & lng结帐ID & " And Nvl(附加标志,0)<>9 And Nvl(记录状态,0)<>0" Call zlDatabase.OpenRecordset(rs明细, gstrSQL, "获取冲销记录") g病人身份_成都内江.费用总额 = 0 Do Until rs明细.EOF If lng病人ID = 0 Then lng病人ID = rsTemp("病人ID") str流水号 = Nvl(rs明细!摘要) g病人身份_成都内江.费用总额 = g病人身份_成都内江.费用总额 + Nvl(rs明细("结帐金额"), 0) rs明细.MoveNext Loop g病人身份_成都内江.费用总额 = Round(g病人身份_成都内江.费用总额, 2) If lng病人ID <> lng病人id1 Then Err.Raise 9000, gstrSysName, " 验卡病人不是当前要冲销的病人,不能冲销结算" Exit Function End If '退费 gstrSQL = "select distinct A.结帐ID from 门诊费用记录 A,门诊费用记录 B " & _ " where A.NO=B.NO and A.记录性质=B.记录性质 and A.记录状态=2 and B.结帐ID=" & lng结帐ID Call zlDatabase.OpenRecordset(rsTemp, gstrSQL, "重庆医保") lng冲销ID = rsTemp("结帐ID") gstrSQL = "Select * From 门诊费用记录 " & _ " Where 结帐ID=" & lng冲销ID & " And Nvl(附加标志,0)<>9 And Nvl(记录状态,0)<>0" Call zlDatabase.OpenRecordset(rsTemp, gstrSQL, "获取冲销记录") DebugTool "更新摘要标志" Do While Not rsTemp.EOF '更新上传标志 gstrSQL = "ZL_病人费用记录_更新医保(" & Nvl(rsTemp!ID, 0) & ",NULL,NULL,NULL,NULL,1,'" & str流水号 & "')" Call zlDatabase.ExecuteProcedure(gstrSQL, "打上上传标志") rsTemp.MoveNext Loop DebugTool "更新摘要标志完成" gstrSQL = "select * from 保险结算记录 where 性质=1 and 险类=" & TYPE_成都内江 & " and 记录ID=" & lng结帐ID Call zlDatabase.OpenRecordset(rsTemp, gstrSQL, "获取原来的结算记录") If rsTemp.EOF = True Then Err.Raise 9000, gstrSysName, "原单据的医保记录不存在，不能作废。", vbInformation, gstrSysName Exit Function End If g结算数据.医保交易流水号 = rsTemp("支付顺序号") ' 个人编号 String(8) In ' 社保卡号码 String(10) In ' 医院代码 String(5) In ' 操作员卡号码 String(10) In ' 统筹地区编码 String(1) In ' 医保交易流水号 String(20) In ' 交易类别 String(1) In With g病人身份_成都内江 StrInput = Rpad(.个人编号, 8) StrInput = StrInput & vbTab & Rpad(.卡号, 10) StrInput = StrInput & vbTab & Rpad(InitInfor_成都内江.医院编码, 5) StrInput = StrInput & vbTab & Rpad(gstrUserName, 10) StrInput = StrInput & vbTab & Rpad(.统筹编号, 1) StrInput = StrInput & vbTab & Rpad(g结算数据.医保交易流水号, 20) StrInput = StrInput & vbTab & Rpad(.交易类别, 1) End With If 业务请求_成都内江(门诊消费取消_内江, StrInput, strOutput) = False Then Exit Function DebugTool "业务请求成功" '插入保险结算记录 '原过程参数: ' 性质_IN ,记录ID_IN,险类_IN,病人ID_IN,年度_IN," & _ " 帐户累计增加_IN,帐户累计支出_IN,累计进入统筹_IN,累计统筹报销_IN,住院次数_IN,起付线_IN,封顶线_IN(帐户可用余额),实际起付线_IN, ' 发生费用金额_IN,全自付金额_IN,首先自付金额_IN, ' 进入统筹金额_IN,统筹报销金额_IN,大病自付金额_IN,超限自付金额_IN,个人帐户支付_IN," ' 支付顺序号_IN,主页ID_IN,中途结帐_IN,备注_IN '新值代表 ' 性质_IN ,记录ID_IN,险类_IN,病人ID_IN,年度_IN," & _ " 帐户累计增加_IN(无),帐户累计支出_IN(无),累计进入统筹_IN(无),累计统筹报销_IN(无),住院次数_IN(无),起付线(无),封顶线_IN(帐户可用余额),实际起付线_IN(无), ' 发生费用金额_IN(费用总额),全自付金额_IN(无),首先自付金额_IN(无), ' 进入统筹金额_IN(统筹支付),统筹报销金额_IN(统筹支付),大病自付金额_IN(无),超限自付金额_IN(无),个人帐户支付_IN(个人帐户支付)," ' 支付顺序号_IN(结算时产生流水号),主页ID_IN,中途结帐_IN,备注_IN DebugTool "保存结算记录" gstrSQL = "zl_保险结算记录_insert(1," & lng冲销ID & "," & TYPE_成都内江 & "," & lng病人ID & "," & Year(zlDatabase.Currentdate) & "," & _ "0,0,0,0,0,0,0," & -1 * Nvl(rsTemp!封顶线, 0) & "," & _ Nvl(rsTemp!发生费用金额, 0) * -1 & "," & Nvl(rsTemp!全自付金额, 0) * -1 & "," & Nvl(rsTemp!首先自付金额, 0) * -1 & "," & _ rsTemp("进入统筹金额") * -1 & "," & rsTemp("统筹报销金额") * -1 & ",0,0," & rsTemp("个人帐户支付") * -1 & ",'" & _ g结算数据.医保交易流水号 & "',NULL,0,null)" Call zlDatabase.ExecuteProcedure(gstrSQL, "更新保险结算信息") DebugTool "门诊结算冲销完成" 门诊结算冲销_成都内江 = True Exit Function errHand:: ErrMsgBox Err.Description, IIf(Err.Number > 9000, Err.Number - 9000, vbInformation), Err.Source Err.Clear End Function Private Function 病人入院登记处理(lng病人ID As Long, lng主页ID As Long) As Boolean '进行门诊登记 Dim StrInput As String, strOutput As String Dim str交易流水号 As String Dim rsTemp As New ADODB.Recordset, rsRydj As New ADODB.Recordset Dim strArr Err = 0 On Error GoTo errHand: gstrSQL = "Select C.住院号,C.当前床号,to_char(A.确诊日期,'yyyy-MM-dd') as 确诊日期,A.登记人经办人,B.位置入院科室,A.住院医师,to_char(A.登记时间,'yyyy-mm-dd hh24:mi:ss') 入院经办时间," & _ " to_char(A.入院日期,'yyyymmdd') 入院日期 ,to_char(A.登记时间,'yyyy-mm-dd hh24:mi:ss') 入院时间,D.入院诊断编码,D.入院诊断名称,G.确诊诊断编码,g.确诊诊断名称 " & _ " From 病案主页 A,部门表 B,病人信息 C, " & _ " (Select 病人id,主页id,max(DECODE(a.诊断次序,1,b.编码,'')) AS 入院诊断编码,max(DECODE(a.诊断次序,1,b.名称,'')) AS 入院诊断名称 From 诊断情况 A ,疾病编码目录 B Where a.疾病ID = b.ID And a.诊断类型 =1 and a.主页id=" & lng主页ID & " and a.病人id=" & lng病人ID & " Group by 病人id,主页id) D," & _ " (Select 病人id,主页id,max(DECODE(a.诊断次序,2,b.编码,'')) AS 确诊诊断编码,max(DECODE(a.诊断次序,2,b.名称,'')) AS 确诊诊断名称 From 诊断情况 A ,疾病编码目录 B Where a.疾病ID = b.ID And a.诊断类型 =1 and a.主页id=" & lng主页ID & " and a.病人id=" & lng病人ID & " Group by 病人id,主页id) g" & _ " Where A.病人id=C.病人id and C.病人id=" & lng病人ID & _ " and A.病人ID=[1] And A.主页ID=[2] And A.入院科室ID=B.ID " & _ " and A.主页id=D.主页id(+) and a.病人id=D.病人id(+) " & _ " and A.主页id=g.主页id(+) and a.病人id=g.病人id(+) " & _ "" Set rsTemp = zlDatabase.OpenSQLRecord(gstrSQL, "读取入院信息", lng病人ID, lng主页ID) With g病人身份_成都内江 '输入参数 ' 个人编号 String(8) In ' 社保卡号码 String(10) In ' 医院代码 String(5) In ' 操作员卡号码 String(10) In ' 统筹地区编码 String(1) In ' 入院日期 String(8) In ' 入院科别 String(10) In ' 入院诊治医生 String(10) In ' 诊断编码 String(20) In 20051026 修改为 string(200) 'Beging 20051026 陈东 Dim vat并发症 As Variant, str其他病种 As String, i As Long gstrSQL = "Select * from 保险帐户 Where 病人ID=" & lng病人ID & " And 险类=" & TYPE_成都内江 Call zlDatabase.OpenRecordset(rsRydj, gstrSQL, "取其他病种") str其他病种 = Nvl(rsRydj!其他病种) If str其他病种 <> "" Then If InStr(str其他病种, "|") > 0 Then vat并发症 = Split(str其他病种, "|") str其他病种 = "" For i = 0 To UBound(vat并发症) - 1 str其他病种 = str其他病种 & Rpad(Substr(vat并发症(i), 1, 20), 20) Next End If Else str其他病种 = Space(180) End If 'End 20051026 陈东 StrInput = Rpad(.个人编号, 8) StrInput = StrInput & vbTab & Rpad(.卡号, 10) StrInput = StrInput & vbTab & Rpad(InitInfor_成都内江.医院编码, 5) StrInput = StrInput & vbTab & Rpad(gstrUserName, 10) StrInput = StrInput & vbTab & Rpad(.统筹编号, 1) StrInput = StrInput & vbTab & Rpad(rsTemp!入院日期, 8) StrInput = StrInput & vbTab & Rpad(Substr(Nvl(rsTemp!入院科室), 1, 10), 10) StrInput = StrInput & vbTab & Rpad(Substr(Nvl(rsTemp!住院医师), 1, 10), 10) StrInput = StrInput & vbTab & Rpad(Rpad(Substr(g病人身份_成都内江.病种编码, 1, 20), 20) & Substr(str其他病种, 1, 180), 200) If 业务请求_成都内江(住院登记_内江, StrInput, strOutput) = False Then Exit Function End If '输出参数 ' 住院流水号 String(20) Out ' 享受待遇标志 Small int Out ' 起付标准 Long Out ' 在职情况 String(1) Out strArr = Split(strOutput, vbTab) '保存将交易流水号 gstrSQL = "zl_保险帐户_更新信息(" & lng病人ID & "," & TYPE_成都内江 & ",'顺序号','''" & strArr(0) & "''')" Call zlDatabase.ExecuteProcedure(gstrSQL, "保存交易流水号") '保存享受待遇标志 gstrSQL = "zl_保险帐户_更新信息(" & lng病人ID & "," & TYPE_成都内江 & ",'享受待遇标志','''" & Val(strArr(1)) & "''')" Call zlDatabase.ExecuteProcedure(gstrSQL, "保存享受待遇标志") '保存起付标准 gstrSQL = "zl_保险帐户_更新信息(" & lng病人ID & "," & TYPE_成都内江 & ",'起付标准','''" & Val(strArr(2)) & "''')" Call zlDatabase.ExecuteProcedure(gstrSQL, "保存起付标准") End With 病人入院登记处理 = True Exit Function errHand: If ErrCenter = 1 Then Resume End If End Function Public Function 入院登记_成都内江(lng病人ID As Long, lng主页ID As Long, ByRef str医保号 As String) As Boolean '功能：将入院登记信息发送医保前置服务器确认； '参数：lng病人ID-病人ID；lng主页ID-主页ID '返回：交易成功返回true；否则，返回false Dim rsTemp As New ADODB.Recordset, rsData As New ADODB.Recordset Dim strOutput As String, StrInput As String '获取住院号 Err = 0 On Error GoTo errHand: '判断单位欠费情况 ' 个人编号 String (8) IN ' 社保卡号码 String (10) IN ' 统筹地区编码 String (1) IN StrInput = g病人身份_成都内江.个人编号 StrInput = StrInput & vbTab & g病人身份_成都内江.卡号 StrInput = StrInput & vbTab & g病人身份_成都内江.统筹编号 If 业务请求_成都内江(获取单位欠缴情况_内江, StrInput, strOutput) = False Then Exit Function End If If Val(strOutput) <> 0 Then ShowMsgbox "注意：" & vbCrLf & " 单位已经欠费!" 'Exit Function End If '先进行登记处理 If 病人入院登记处理(lng病人ID, lng主页ID) = False Then 'Exit Function End If '将病人的状态进行修改 gstrSQL = "zl_保险帐户_入院(" & lng病人ID & "," & TYPE_成都内江 & ")" Call zlDatabase.ExecuteProcedure(gstrSQL, gstrSysName) 入院登记_成都内江 = True Exit Function errHand: If ErrCenter() = 1 Then Resume End If 入院登记_成都内江 = False End Function Public Function 入院登记撤销_成都内江(lng病人ID As Long, lng主页ID As Long) As Boolean '功能：将出院信息发送医保前置服务器确认（如果没发生费用，则调入院登记撤销接口） '参数：lng病人ID-病人ID；lng主页ID-主页ID '返回：交易成功返回true；否则，返回false Dim rsTemp As New ADODB.Recordset Dim StrInput As String, strOutput As String Dim str医保号 As String Dim str出院日期 As String Err = 0 On Error GoTo errHand ShowMsgbox "该医保接口不支持入院登记撤消,只能办理出院" Exit Function 入院登记撤销_成都内江 = True Exit Function errHand: If ErrCenter = 1 Then Resume End Function Public Function 出院登记_成都内江(lng病人ID As Long, lng主页ID As Long) As Boolean '功能：将出院信息发送医保前置服务器确认；由于只针对撤消出院的病人，因此这个流程相对简单 '参数：lng病人ID-病人ID；lng主页ID-主页ID '返回：交易成功返回true；否则，返回false '个人状态的修改 gstrSQL = "zl_保险帐户_出院(" & lng病人ID & "," & TYPE_成都内江 & ")" Call zlDatabase.ExecuteProcedure(gstrSQL, gstrSysName) 出院登记_成都内江 = True Exit Function errHand:: If ErrCenter() = 1 Then Resume End If 出院登记_成都内江 = False End Function Public Function 出院登记撤销_成都内江(ByVal lng病人ID As Long, ByVal lng主页ID As Long) As Boolean '出院登记撤消 '改变病人状态 If Not 存在未结费用(lng病人ID, lng主页ID) Then ShowMsgbox "该病人已经出院结算了,不能出院登记撤消!" Exit Function End If gstrSQL = "zl_保险帐户_入院(" & lng病人ID & "," & TYPE_成都内江 & ")" Call zlDatabase.ExecuteProcedure(gstrSQL, "办理入院登记") 出院登记撤销_成都内江 = True Exit Function errHand: If ErrCenter = 1 Then Resume End If End Function Public Function 住院结算_成都内江(lng结帐ID As Long, ByVal lng病人ID As Long) As Boolean '功能：将需要本次结帐的费用明细和结帐数据发送医保前置服务器确认； '参数: lng结帐ID -病人结帐记录ID, 从预交记录中可以检索医保号和密码 '返回：交易成功返回true；否则，返回false '注意：1)主要利用接口的费用明细传输交易和辅助结算交易； ' 2)理论上，由于我们通过模拟结算提取了基金报销额，保证了医保基金结算金额的正确性，因此交易必然成功。但从安全角度考虑；当辅助结算交易失败时，需要使用费用删除交易处理；如果辅助结算交易成功，但费用分割结果与我们处理结果不一致，需要执行恢复结算交易和费用删除交易。这样才能保证数据的完全统一。 ' 3)由于结帐之后，可能使用结帐作废交易，这时需要结帐时执行结算交易的交易号，因此我们需要同时结帐交易号。(由于门诊收费作废时，已经不再和医保有关系，所以不需要保存结帐的交易号) Dim rsTemp As New ADODB.Recordset, StrInput As String, strOutput As String Dim str操作员 As String Dim lng主页ID As Long Dim strArr Dim lng入院病种 As Long, lng出院病种 As Long Dim i As Integer If g病人身份_成都内江.lng病人ID <> lng病人ID Then MsgBox "该病人没有完成医保的预结算操作，不能进行结算。", vbInformation, gstrSysName Exit Function End If gstrSQL = "Select Sum(nvl(结帐金额,0)) as 总额 from 住院费用记录 where 结帐id=" & lng结帐ID zlDatabase.OpenRecordset rsTemp, gstrSQL, "费用总额" If g病人身份_成都内江.费用总额 + g病人身份_成都内江.生育总费用 <> Nvl(rsTemp!总额, 0) Then 'Modified by ZYB 20051118 提示框显示的信息不正确 Err.Raise 9000, gstrSysName, "虚结算费用总额不等于本次结算总额:" & vbCrLf & "虚结算总额:" & Format(g病人身份_成都内江.费用总额 + g病人身份_成都内江.生育总费用, "#####0.00;-####0.00;0;0") & vbCrLf & "当前结算总额为:" & Format(Nvl(rsTemp!总额, 0), "#####0.00;-####0.00;0;0") Exit Function End If Err = 0: On Error GoTo errHand: Call DebugTool("进入住院结算") With g结算数据 gstrSQL = "select MAX(主页ID) AS 主页ID from 病案主页 where 病人ID=" & lng病人ID Call zlDatabase.OpenRecordset(rsTemp, gstrSQL, "虚拟结算") If IsNull(rsTemp("主页ID")) = True Then Err.Raise 9000, gstrSysName, "只有住院病人才可以使用医保结算。", vbInformation, gstrSysName Exit Function End If lng主页ID = rsTemp("主页ID") End With ' gstrSQL = "Select A.ID From 病人费用记录 a,药品收发记录 B where A.no=b.No and B.单据 in (9,10) and a.id=b.费用ID and a.结帐ID=" & lng结帐ID & " and b.扣率 like '_3%' and rownum<=2" ' ' ' Dim bln出院带药 As Boolean ' zlDatabase.OpenRecordset rsTemp, gstrSQL, "确定出院带药" ' If rsTemp.EOF Then ' bln出院带药 = False ' Else ' bln出院带药 = True ' End If ' ' gstrSQL = "Select c.住院号,A.登记人经办人,B.名称入院科室,A.住院医师,to_char(A.登记时间,'yyyy-MM-dd hh24:mi:ss') 入院经办时间," & _ ' " to_char(A.入院日期,'yyyyMMdd') 入院日期,J.终止时间,J.操作员,D.诊断编码,A.出院方式,to_Char(a.出院日期,'yyyyMMDD') as 出院日期,a.出院病床,H.名称 as 出院科室" & _ ' " From 病案主页 A,部门表 B,病人信息 C,部门表 H, " & _ ' " (Select 病人id,主页id max(DECODE(a.诊断次序,2,b.编码,'')) AS 诊断编码 From 诊断情况 A ,疾病编码目录 B Where a.疾病ID = b.ID And a.诊断类型 =3 and a.主页id=" & lng主页ID & " and a.病人id=" & lng病人ID & " Group by 病人id,主页id) D" & _ ' " Where A.病人id=C.病人id and C.病人id=" & lng病人ID & _ ' " and A.病人ID=" & lng病人ID & " And A.主页ID=" & lng主页ID & " And A.入院科室ID=B.ID and A.出院科室ID=H.id(+) " & _ ' " and A.主页id=D.主页id(+) and a.病人id=D.病人id(+) " & _ ' "" ' zlDatabase.OpenRecordset rsTemp, gstrSQL, "确定入出类别" ' ' ' ' '入参: ' ' 个人编号 String(8) In ' ' 社保卡号码 String(10) In ' ' 医院代码 String(5) In ' ' 操作员卡号码 String(10) In ' ' 统筹地区编码 String(1) In ' ' 出院日期 String(8) In ' ' 出院科别 String(10) In ' ' 出院诊治医生 String(10) In ' ' 诊断编码 String(20) In ' ' 出院带药 String(1) In ' ' 出院类别 String(1) In ' ' 住院流水号 String(20) In ' ' With g病人身份_成都内江 ' strInput = Rpad(.个人编号, 8) ' strInput = strInput & vbTab & Rpad(.卡号, 10) ' strInput = strInput & vbTab & Rpad(InitInfor_成都内江.医院编码, 5) ' strInput = strInput & vbTab & Rpad(Nvl(rsTemp!操作员), 10) ' strInput = strInput & vbTab & Rpad(.统筹编号, 1) ' strInput = strInput & vbTab & Rpad(Nvl(rsTemp!出院日期), 8) ' strInput = strInput & vbTab & Substr(Rpad(Nvl(rsTemp!出院科室), 10), 1, 10) ' strInput = strInput & vbTab & Substr(Rpad(Nvl(rsTemp!住院医师), 10), 1, 10) ' strInput = strInput & vbTab & Substr(Rpad(Nvl(rsTemp!诊断编码), 20), 1, 20) ' strInput = strInput & vbTab & IIf(bln出院带药, "1", "0") ' strInput = strInput & vbTab & Substr(Nvl(rsTemp!出院方式), 1, 1) ' strInput = strInput & vbTab & Substr(Rpad(.住院流水号, 20), 1, 20) ' If 业务请求_成都内江(出院登记上传_内江, strInput, stroutput) = False Then Exit Function ' End With ' If stroutput = "" Then Exit Function ' strArr = Split(stroutput, vbTab) ' ' '出参 ' ' TRANSDETIAL输出 (计算费用明细) ' ' 享受待遇标志 String(1) Out ' ' 医保内费用 String(10) Out ' ' 医保外费用 String(10) Out ' ' 基本医保支付 ' ' 如果参加大病医保，则为大病医保支付 String(10) Out ' ' 高额医保支付 String(10) Out ' ' 公务员医疗补助 String(10) Out ' ' 个人按比例支付 String(10) Out ' ' TRANSDETIAL结束 ' ' 起付标准 String(10) Out ' ' 个人帐户可用余额 String(10) Out ' stroutput = strArr(0) ' With g结算数据 ' .结算标志 = 1 ' .待遇标志 = Substr(stroutput, 1, 1) ' .医保内费用 = Val(Substr(stroutput, 2, 10)) ' .医保外费用 = Val(Substr(stroutput, 12, 10)) ' .基本医保支付 = Val(Substr(stroutput, 22, 10)) ' .高额医保支付 = Val(Substr(stroutput, 32, 10)) ' .公务员医疗补助 = Val(Substr(stroutput, 42, 10)) ' .比例支付 = Val(Substr(stroutput, 52, 10)) ' .起付标准 = Val(strArr(1)) ' .帐户可用余额 = Val(strArr(2)) ' ' End With ' ' If 结算方式更正(2) = False Then Exit Function '获取帐户支付 g结算数据.结帐ID = lng结帐ID g结算数据.帐户支付 = 获取个人帐户支付() * 100 ' 个人编号 String(8) In ' 社保卡号码 String(10) In ' 操作员卡号码 String(10) In ' 统筹地区编号 String(1) In ' 住院流水号 String(20) In ' 个人帐户支付 String(10) In With g病人身份_成都内江 StrInput = Rpad(.个人编号, 8) StrInput = StrInput & vbTab & Rpad(.卡号, 10) StrInput = StrInput & vbTab & Rpad(Substr(gstrUserName, 1, 10), 10) StrInput = StrInput & vbTab & Rpad(.统筹编号, 1) StrInput = StrInput & vbTab & Rpad(Substr(Rpad(.住院流水号, 20), 1, 20), 20) StrInput = StrInput & vbTab & Lpad(Substr(Lpad(g结算数据.帐户支付, 10), 1, 10), 10, 0) End With If 业务请求_成都内江(出院登记确认_内江, StrInput, strOutput) = False Then Exit Function End If '插入保险结算记录 '原过程参数: ' 性质_IN ,记录ID_IN,险类_IN,病人ID_IN,年度_IN," & _ " 帐户累计增加_IN,帐户累计支出_IN,累计进入统筹_IN,累计统筹报销_IN,住院次数_IN,起付线_IN,封顶线_IN,实际起付线_IN, ' 发生费用金额_IN,全自付金额_IN,首先自付金额_IN, ' 进入统筹金额_IN,统筹报销金额_IN,大病自付金额_IN,超限自付金额_IN,个人帐户支付_IN," ' 支付顺序号_IN,主页ID_IN,中途结帐_IN,备注_IN '新值代表 ' 性质_IN ,记录ID_IN,险类_IN,病人ID_IN,年度_IN," & _ " 帐户累计增加_IN(无),帐户累计支出_IN(无),累计进入统筹_IN(无),累计统筹报销_IN(生育支付),住院次数_IN(无),起付线(比例支付),封顶线_IN(帐户可用余额),实际起付线_IN(起付标准), ' 发生费用金额_IN(费用总额),全自付金额_IN(医保内费用),首先自付金额_IN(医保外费用), ' 进入统筹金额_IN(统筹支付),统筹报销金额_IN(统筹支付),大病自付金额_IN(高额医保支付),超限自付金额_IN(公务员医疗补助),个人帐户支付_IN(个人帐户支付)," ' 支付顺序号_IN(结算时产生流水号),主页ID_IN,中途结帐_IN,备注_IN(享受待遇标志) DebugTool "结算交易提交成功,并开始保存保险结算记录" 'Bgeing 陈东 20050601 gstrSQL = "Select * from 保险帐户 where 病人ID=" & lng病人ID & " and 险类=" & TYPE_成都内江 Call zlDatabase.OpenRecordset(rsTemp, gstrSQL, "入出院病种") lng入院病种 = Nvl(rsTemp!病种ID, 0) lng出院病种 = Nvl(rsTemp!出院病种ID, 0) 'beging 20051026 陈东 Dim str入院其他病种 As String, str出院其他病种 As String str入院其他病种 = Nvl(rsTemp!其他病种) str出院其他病种 = Nvl(rsTemp!出院其他病种) 'end '20051026 陈东 'End 陈东 20050601 gstrSQL = "zl_保险结算记录_insert(2," & lng结帐ID & "," & TYPE_成都内江 & "," & lng病人ID & "," & Year(zlDatabase.Currentdate) & "," & _ "0,0,0," & g结算数据.生育支付 & ",0," & g结算数据.比例支付 & "," & g结算数据.帐户可用余额 & "," & g结算数据.起付标准 & "," & _ g病人身份_成都内江.费用总额 & "," & g结算数据.医保内费用 & "," & g结算数据.医保外费用 & "," & _ g结算数据.基本医保支付 & "," & g结算数据.基本医保支付 & "," & g结算数据.高额医保支付 & "," & g结算数据.公务员医疗补助 & "," & g结算数据.帐户支付 / 100 & ",'" & _ g病人身份_成都内江.住院流水号 & "',NULL,NULL,'" & g结算数据.待遇标志 & "')" Call zlDatabase.ExecuteProcedure(gstrSQL, "保存结算记录") '--------------------------------------------------------------------------------------------- 'beging 陈东 20050601 gstrSQL = "update 保险结算记录 Set 病种ID=" & lng入院病种 & ",出院病种ID=" & lng出院病种 & _ " where 记录ID=" & lng结帐ID & " And 性质=2 and 险类=" & TYPE_成都内江 gcnOracle.Execute gstrSQL 'end 'beging 20051026 陈东 If str入院其他病种 <> "" Then gstrSQL = "Update 保险结算记录 Set 其他病种='" & str入院其他病种 & "'" & _ " Where 记录ID=" & lng结帐ID & " And 性质=2 and 险类=" & TYPE_成都内江 gcnOracle.Execute gstrSQL End If If str出院其他病种 <> "" Then gstrSQL = "Update 保险结算记录 Set 出院其他病种='" & str出院其他病种 & "'" & _ " Where 记录ID=" & lng结帐ID & " And 性质=2 and 险类=" & TYPE_成都内江 gcnOracle.Execute gstrSQL End If 'end '20051026 陈东住院结算_成都内江 = True Exit Function errHand: ErrMsgBox Err.Description, IIf(Err.Number > 9000, Err.Number - 9000, vbInformation), Err.Source Err.Clear End Function Public Function 住院结算冲销_成都内江(lng结帐ID As Long) As Boolean '---------------------------------------------------------------- '功能：将指定结帐涉及的结帐交易和费用明细从医保数据中删除； '参数：lng结帐ID-需要作废的结帐单ID号； '返回：交易成功返回true；否则，返回false '注意：1)主要使用结帐恢复交易和费用删除交易； ' 2)有关原结算交易号，在病人结帐记录中根据结帐单ID查找；原费用明细传输交易的交易号，在病人费用记录中根据结帐ID查找； ' 3)作废的结帐记录(记录性质=2)其交易号，填写本次结帐恢复交易的交易号；因结帐作废而产生的费用记录的交易号号，填写为本次费用删除交易的交易号。 '---------------------------------------------------------------- Err = 0: On Error GoTo errHand: Err.Raise 9000, gstrSysName, "本医保接不支持反结帐" 住院结算冲销_成都内江 = False Exit Function errHand: ErrMsgBox Err.Description, IIf(Err.Number > 9000, Err.Number - 9000, vbInformation), Err.Source Err.Clear End Function Private Function 保存明细结果到中间库(ByVal str交易流水号 As String, ByVal strOutput As String) As Boolean '----------------------------------------------------------------------------------------------------------- '--功能:保存明细结果到中间库 '--入参数:以vbtab分离 '--出参数: '--返回:成功,返回true,否则返回False '----------------------------------------------------------------------------------------------------------- Dim strHead As String Dim StrInput As String, str明细 As String Dim strArr Dim lngSumLen As Long Dim r As Long, i As Integer 'strOutPut: 医保交易流水号 String(20) Out ' 处方明细 String处方条数×51 Out ' TRANSDETIAL输出 (计算费用明细) Out 'TRANSDETIAL输出 ' 享受待遇标志 String(1) Out ' 医保内费用 String(10) Out ' 医保外费用 String(10) Out ' 基本医保支付如果参加大病医保，则为大病医保支付 String(10) Out ' 高额医保支付 String(10) Out ' 公务员医疗补助 String(10) Out ' 个人按比例支付 String(10) Out 保存明细结果到中间库 = False Err = 0: On Error GoTo errHand: strArr = Split(strOutput, vbTab) '过程参数 ' 医院流水号_IN IN 医保消费信息.医院流水号%TYPE, ' 病人ID_IN IN 医保消费信息.病人ID%TYPE, ' 医保流水号_IN IN 医保消费信息.医保流水号%TYPE, ' 医保内费用_IN IN 医保消费信息.医保内费用%TYPE, ' 医保外费用_IN IN 医保消费信息.医保外费用%TYPE, ' 帐户可用余额_IN IN 医保消费信息.帐户可用余额%TYPE:=NULL, ' 在职情况_IN IN 医保消费信息.在职情况%TYPE:=NULL, ' 医保项目种类_IN IN 医保消费信息.医保项目种类%TYPE:=NULL, ' 医保项目编码_IN IN 医保消费信息.医保项目编码%TYPE, ' 医保内费用1_IN IN 医保消费信息.医保内费用1%TYPE, ' 费用类别_IN IN 医保消费信息.费用类别%TYPE:=NULL, ' 项目费用_IN IN 医保消费信息.项目费用%TYPE:=NULL, ' 享受待遇标志_IN IN 医保消费信息.享受待遇标志%TYPE:=NULL, ' 基本医保支付_IN IN 医保消费信息.基本医保支付%TYPE:=NULL, ' 高额医保支付_IN IN 医保消费信息.高额医保支付%TYPE:=NULL, ' 公务员补助_IN IN 医保消费信息.公务员补助%TYPE:=NULL, ' 个人比例支付_IN IN 医保消费信息.个人比例支付%TYPE:=NULL ' 20051021 Add ' 生育支付_IN IN 医保消费信息.生育支付%TYPE:NULL strHead = "ZL_医保消费信息_INSERT(" strHead = strHead & "'" & str交易流水号 & "'," strHead = strHead & "" & g病人身份_成都内江.lng病人ID & "," strHead = strHead & "'" & strArr(0) & "'," strHead = strHead & "" & Val(Substr(strArr(2), 2, 10)) & "," strHead = strHead & "" & Val(Substr(strArr(2), 12, 10)) & "," strHead = strHead & "" & 0 & "," strHead = strHead & "null," str明细 = strArr(1) lngSumLen = zlCommFun.ActualLen(strArr(1)) StrInput = "" For i = 1 To lngSumLen Step 51 ' 在职情况_IN IN 医保消费信息.在职情况%TYPE:=NULL, ' 医保项目种类_IN IN 医保消费信息.医保项目种类%TYPE:=NULL, ' 医保项目编码_IN IN 医保消费信息.医保项目编码%TYPE, ' 医保内费用1_IN IN 医保消费信息.医保内费用1%TYPE, ' 费用类别_IN IN 医保消费信息.费用类别%TYPE:=NULL, ' 项目费用_IN IN 医保消费信息.项目费用%TYPE:=NULL, r = i StrInput = StrInput & "'" & Substr(str明细, r, 1) & "'," r = r + 1 StrInput = StrInput & "'" & Substr(str明细, r, 20) & "'," r = r + 20 StrInput = StrInput & "" & Val(Substr(str明细, r, 10)) & "," r = r + 10 StrInput = StrInput & "'" & Substr(str明细, r, 10) & "'," r = r + 10 StrInput = StrInput & "" & Val(Substr(str明细, r, 10)) & "," '加上 'TRANSDETIAL输出 ' 享受待遇标志 String(1) Out ' 医保内费用 String(10) Out ' 医保外费用 String(10) Out ' 基本医保支付如果参加大病医保，则为大病医保支付 String(10) Out ' 高额医保支付 String(10) Out ' 公务员医疗补助 String(10) Out ' 个人按比例支付 String(10) Out ' 享受待遇标志_IN IN 医保消费信息.享受待遇标志%TYPE:=NULL, ' 基本医保支付_IN IN 医保消费信息.基本医保支付%TYPE:=NULL, ' 高额医保支付_IN IN 医保消费信息.高额医保支付%TYPE:=NULL, ' 公务员补助_IN IN 医保消费信息.公务员补助%TYPE:=NULL, ' 个人比例支付_IN IN 医保消费信息.个人比例支付%TYPE:=NULL StrInput = StrInput & "'" & Substr(strArr(2), 1, 1) & "'," StrInput = StrInput & "" & Val(Substr(strArr(2), 22, 10)) & "," StrInput = StrInput & "" & Val(Substr(strArr(2), 32, 10)) & "," StrInput = StrInput & "" & Val(Substr(strArr(2), 42, 10)) & "," '20051021 add StrInput = StrInput & "" & Val(Substr(strArr(2), 52, 10)) & "," StrInput = StrInput & "" & Val(Substr(strArr(2), 62, 10)) & ")" '组合SQL误句 gstrSQL = strHead & StrInput ExecuteProcedure_ZLNJ "插入明细数据到中间库" StrInput = "" Next 保存明细结果到中间库 = True Exit Function errHand: If ErrCenter = 1 Then Resume End If End Function Private Function StartOrCommitorRollbackTransaction(ByVal bytType As Byte, Optional blnGcnoracle As Boolean = False) As Boolean '----------------------------------------------------------------------------------------------------------- '--功能:启动、提交、回滚事务 '--入参数:byttype-0启动,1提交,2回滚 ' blnGcnoracle-是否存在事务(gcnoracle) '--出参数: '--返回:成功,返回true,否则返回False '----------------------------------------------------------------------------------------------------------- Select Case bytType Case 0 gcnOracle_成都内江.BeginTrans If Not blnGcnoracle Then gcnOracle.BeginTrans End If mblnStartTran = True Case 1 gcnOracle_成都内江.CommitTrans If Not blnGcnoracle Then gcnOracle.CommitTrans End If mblnStartTran = False Case Else gcnOracle_成都内江.RollbackTrans If Not blnGcnoracle Then gcnOracle.RollbackTrans End If mblnStartTran = False End Select End Function Private Function 处方上传(ByVal lng记录性质 As Long, lng记录状态 As Long, ByVal str单据号 As String) As Boolean '处方明细上传 '功能:上传新产生的记帐明细到医保中心 '参数: str单据号 NO ' int性质记录性质 ' lng病人ID 默认为0，表示传输整张单据，否则为单据中指定病人的。（主要是因为医嘱在保存记帐单时，是分病人在提交数据而不是一起提交） '返回: Dim rsTemp As New ADODB.Recordset, rs明细 As New ADODB.Recordset Dim StrInput As String, strOutput As String, strArr As Variant Dim lng病人ID As Long, str明细 As String Dim i As Long Dim 取交易号_int As Integer 'Beging 20051025 add Dim bln传明细 As Boolean Dim vat并发症 As Variant, str附加诊断 As String Dim lng医院编码长度 As Long, str入院日期 As String 'End 20051025 add 处方上传 = False Err = 0: On Error GoTo errHand: gstrSQL = "Select A.ID,A.NO,A.病人ID,A.主页ID,to_char(A.发生时间,'yyyymmdd') as 发生时间,to_char(A.发生时间,'yyyy-mm-dd hh24:mi:ss') as 登记时间,Round(A.实收金额,4) 实收金额 " & _ " ,A.收费细目ID,A.数次*nvl(A.付数,1) as 数量,Decode(A.数次*nvl(A.付数,1),0,0,Round(A.实收金额/(A.数次*nvl(A.付数,1)),4)) as 价格 " & _ " ,Z.位置 as 开单部门,A.保险编码,C.项目编码,C.大类编码,J.类别 as 收费类别,C.是否医保,B.编码,B.名称,A.是否急诊,nvl(A.开单人,A.操作员姓名) as 医生,A.操作员姓名,B.计算单位,E.规格,G.名称剂型,M.医保号 " & _ " From 住院费用记录 A,部门表 Z,收费类别 J,收费细目 B,保险帐户 M,(Select O.*,Z.大类编码 From 保险支付项目 O,保险项目 Z where O.险类=Z.险类 and O.项目编码=Z.编码 and O.险类=" & TYPE_成都内江 & ") C,病案主页 D,药品目录 E ,药品信息 F,药品剂型 G " & _ " where a.病人id=M.病人id and a.开单部门ID=Z.iD(+) and M.险类=" & TYPE_成都内江 & " and A.NO='" & str单据号 & "' and A.记录性质=" & lng记录性质 & " and A.记录状态=" & lng记录状态 & "And Nvl(A.是否上传,0)=0 " & _ " and A.收费类别=J.编码(+) and A.病人ID=D.病人ID and A.主页ID=D.主页ID And D.险类=" & TYPE_成都内江 & _ " and A.收费细目ID=B.ID and A.收费细目ID=C.收费细目ID(+) " & _ " AND B.ID=E.药品ID(+) AND E.药名ID=F.药名ID(+) AND F.剂型=G.编码(+) " & _ " Order by A.病人ID,A.登记时间,C.项目编码" Call zlDatabase.OpenRecordset(rs明细, gstrSQL, "处方明细上传") Dim lng冲销ID As Long '先检查是否存在退单情况，如果存在，看有否对应的记录单. With rs明细 '上传明细 If .RecordCount <> 0 Then .MoveFirst Do While Not .EOF '单价检查 If Val(!数量) < 0 Or Val(!价格) < 0 Then ShowMsgbox "在单据中不能输入负单据!" Exit Function End If If Nvl(!项目编码) = "" Then MsgBox "有项目未设置医保编码[" & Nvl(!编码) & "-" & Nvl(!名称) & "]，不能上传明细!", vbInformation, gstrSysName Exit Function End If .MoveNext Loop End With If rs明细.RecordCount <> 0 Then rs明细.MoveFirst Dim str交易流水号 As String Dim blnStarTran As Boolean '启动事务 Dim str项目编码 As String, str保险编码 As String, str大类编码 As String StrInput = "" mblnStartTran = False 取交易号_int = 0 lng病人ID = 0 str项目编码 = "@#$%^&(*)_+_)(*&^%$$#" '进行费用传输 With rs明细 If .RecordCount <> 0 Then .MoveFirst Do Until .EOF If mblnStartTran = False Then '启动事务 Call StartOrCommitorRollbackTransaction(0) End If str保险编码 = Nvl(!保险编码) '如果保险编码为空，则需要用户选择编码 If str保险编码 = "" Then str保险编码 = GetItemInsure_成都内江(0, !收费细目ID, False) End If '如果为空表示没有取到缺省编码（使用新程序对码以前的项目存在这种情况），所以取当前记录集中的项目编码即可 If str保险编码 = "" Then str保险编码 = Nvl(!项目编码) 'Begin 20051025 '普通医保病人(入院诊断不是“平产”和“剖宫产”) 'a.不能用“生育费用”(见生育项目代码.xls后4项)，可以用“计划生育费用”(见生育项目代码.xls前15项)和普通费用混合打包上传; bln传明细 = True gstrSQL = "Select * From 保险病种 Where id=(select 病种ID from 保险帐户 Where 病人ID=" & !病人ID & ")" & _ " And (名称 ='平产' or 名称='剖宫产')" Call zlDatabase.OpenRecordset(rsTemp, gstrSQL, "取入院诊断") If rsTemp.EOF = True Then If str保险编码 = "M10000116" Or str保险编码 = "M10000117" Or str保险编码 = "M10000118" Or str保险编码 = "M10000119" Then ShowMsgbox "普通医保疾病不能使用生育费用：" & rs明细!名称 & vbCrLf & _ "收费项目：" & rs明细!名称 & " [" & str保险编码 & "] 不上传" bln传明细 = False 'Call StartOrCommitorRollbackTransaction(2) 'Exit Function End If Else gstrSQL = "Select to_char(入院日期,'yyyymmdd') as 入院日期 from 病案主页 Where 病人ID=" & !病人ID & " And 主页ID=" & !主页ID Call zlDatabase.OpenRecordset(rsTemp, gstrSQL, "附加诊断") str入院日期 = rsTemp!入院日期 gstrSQL = "Select * from 保险类别 where 序号=" & TYPE_成都内江 Call zlDatabase.OpenRecordset(rsTemp, gstrSQL, "医院编号") lng医院编码长度 = Len(Trim(rsTemp!医院编码)) gstrSQL = "Select * from 保险帐户 Where 病人ID=" & !病人ID & " And 险类=" & TYPE_成都内江 Call zlDatabase.OpenRecordset(rsTemp, gstrSQL, "附加诊断") If Nvl(rsTemp!附加诊断) = "" Then ' Beging 一般生育病人(入院诊断是“平产”和“剖宫产”) ' a.只能上传“生育费用”(见生育项目代码.xls后4项)和“计划生育费用”(见生育项目代码.xls前15项),可以使用一般费用但不上传； ' b.4项“生育费用”中(除生育多胞胎-M10000118)每项不能重复使用，且"平产"费和"剖宫产"费只用一个； 'If str保险编码 = "M10000116" Or str保险编码 = "M10000117" Or str保险编码 = "M10000118" Or str保险编码 = "M10000119" Then '龚智毅 20051026 可以用计划生育项目 If Substr(str保险编码, 1, 1) = "M" Then gstrSQL = "Select 保险编码 from 住院费用记录 Where 记录状态=1 and 摘要<>'不上传'" & _ " and 保险编码 IN ('M10000116','M10000117','M10000119') " & _ " And 主页id=" & !主页ID & " and 病人id=" & !病人ID Call zlDatabase.OpenRecordset(rsTemp, gstrSQL, "是否有重复项目") Do Until rsTemp.EOF If str保险编码 = rsTemp!保险编码 Then ShowMsgbox "医保规定此项目：" & rs明细!名称 & " [" & str保险编码 & "] " & "不能重复使用" & vbCrLf & _ "收费项目：" & rs明细!名称 & " [" & str保险编码 & "] 不上传" bln传明细 = False 'Call StartOrCommitorRollbackTransaction(2) 'Exit Function End If rsTemp.MoveNext Loop '龚智毅 20051026 优化语句 If str保险编码 = "M10000116" Or str保险编码 = "M10000117" Then gstrSQL = "Select 保险编码 from 住院费用记录 Where 记录状态=1 and 摘要<>'不上传'" & _ " And (保险编码='M10000116' or 保险编码='M10000117')" & _ " And 主页id=" & !主页ID & " and 病人id=" & !病人ID Call zlDatabase.OpenRecordset(rsTemp, gstrSQL, "是否有互斥项目") If rsTemp.RecordCount > 0 Then ShowMsgbox "医保规定M10000116(平产)不能和M10000117(剖宫产)一同使用" & vbCrLf & _ "收费项目：" & rs明细!名称 & " [" & str保险编码 & "] 不上传" bln传明细 = False 'Call StartOrCommitorRollbackTransaction(2) 'Exit Function End If End If If str保险编码 = "M10000118" Then gstrSQL = "Select 保险编码 from 住院费用记录 Where 记录状态=1 and 摘要<>'不上传'" & _ " And (保险编码='M10000116' or 保险编码='M10000117')" & _ " And 主页id=" & !主页ID & " and 病人id=" & !病人ID Call zlDatabase.OpenRecordset(rsTemp, gstrSQL, "是否有基础项目") If rsTemp.EOF Then ShowMsgbox "医保规定使用M10000118(生育多胞胎),需要先使用M10000116(平产)或M10000117(剖宫产)" & vbCrLf & _ "收费项目：" & rs明细!名称 & " [" & str保险编码 & "] 不上传" bln传明细 = False 'Call StartOrCommitorRollbackTransaction(2) 'Exit Function End If End If If str保险编码 = "M10000119" Then gstrSQL = "Select 保险编码 from 住院费用记录 Where 记录状态=1 and 摘要<>'不上传'" & _ " And 保险编码='M10000117'" & _ " And 主页id=" & !主页ID & " and 病人id=" & !病人ID Call zlDatabase.OpenRecordset(rsTemp, gstrSQL, "是否有剖宫产") If rsTemp.EOF Then ShowMsgbox "医保规定使用M10000119(生育全身麻醉),需要先使用M10000117(剖宫产)" & vbCrLf & _ "收费项目：" & rs明细!名称 & " [" & str保险编码 & "] 不上传" bln传明细 = False 'Call StartOrCommitorRollbackTransaction(2) 'Exit Function End If End If 'bln传明细 = True Else bln传明细 = False End If 'End 一般生育病人 Else 'Beging 并发症生育病人(入院诊断是“平产”和“剖宫产”，且完成了并发症申请) ' a.可以使用所有费用，使用的“生育费用”(见生育项目代码.xls后4项)和“计划生育费用”(见生育项目代码.xls前15项)需要上传； ' ' c.4项“生育费用”中每项不能重复使用，且"平产"费和"剖宫产"费只用一个; 'If str保险编码 = "M10000116" Or str保险编码 = "M10000117" Or str保险编码 = "M10000118" Or str保险编码 = "M10000119" Then '龚智毅 20051026 可以用计划生育项目 If Substr(str保险编码, 1, 1) = "M" Then gstrSQL = "Select 保险编码 from 住院费用记录 Where 记录状态=1 and 摘要<>'不上传'" & _ " And 保险编码 IN ('M10000116','M10000117','M10000119')" & _ " And 主页id=" & !主页ID & " and 病人id=" & !病人ID Call zlDatabase.OpenRecordset(rsTemp, gstrSQL, "是否有重复项目") Do Until rsTemp.EOF If str保险编码 = rsTemp!保险编码 Then ShowMsgbox "医保规定此项目：" & rs明细!名称 & "[" & str保险编码 & "]" & "不能重复使用" & vbCrLf & _ "收费项目：" & rs明细!名称 & " [" & str保险编码 & "] 不上传" bln传明细 = False 'Call StartOrCommitorRollbackTransaction(2) 'Exit Function End If rsTemp.MoveNext Loop '龚智毅 20051026 优化语句 If str保险编码 = "M10000116" Or str保险编码 = "M10000117" Then gstrSQL = "Select 保险编码 from 住院费用记录 Where 记录状态=1 and 摘要<>'不上传'" & _ " And (保险编码='M10000116' or 保险编码='M10000117')" & _ " And 主页id=" & !主页ID & " and 病人id=" & !病人ID Call zlDatabase.OpenRecordset(rsTemp, gstrSQL, "是否有互斥项目") If rsTemp.RecordCount > 0 Then ShowMsgbox "医保规定M10000116(平产)不能和M10000117(剖宫产)一同使用" & vbCrLf & _ "收费项目：" & rs明细!名称 & " [" & str保险编码 & "] 不上传" bln传明细 = False ' Call StartOrCommitorRollbackTransaction(2) ' Exit Function End If End If If str保险编码 = "M10000118" Then gstrSQL = "Select 保险编码 from 住院费用记录 Where 记录状态=1 and 摘要<>'不上传'" & _ " And (保险编码='M10000116' or 保险编码='M10000117')" & _ " And 主页id=" & !主页ID & " and 病人id=" & !病人ID Call zlDatabase.OpenRecordset(rsTemp, gstrSQL, "是否有基础项目") If rsTemp.EOF Then ShowMsgbox "医保规定使用M10000118(生育多胞胎),需要先使用M10000116(平产)或M10000117(剖宫产)" & vbCrLf & _ "收费项目：" & rs明细!名称 & " [" & str保险编码 & "] 不上传" bln传明细 = False 'Call StartOrCommitorRollbackTransaction(2) 'Exit Function End If End If If str保险编码 = "M10000119" Then gstrSQL = "Select 保险编码 from 住院费用记录 Where 记录状态=1 and 摘要<>'不上传'" & _ " And 保险编码='M10000117'" & _ " And 主页id=" & !主页ID & " and 病人id=" & !病人ID Call zlDatabase.OpenRecordset(rsTemp, gstrSQL, "是否有剖宫产") If rsTemp.EOF Then ShowMsgbox "医保规定使用M10000119(生育全身麻醉),需要先使用M10000117(剖宫产)" & vbCrLf & _ "收费项目：" & rs明细!名称 & " [" & str保险编码 & "] 不上传" bln传明细 = False 'Call StartOrCommitorRollbackTransaction(2) 'Exit Function End If End If 'bln传明细 = True Else 'b.使用的普通项目如果是因并发症新需要的费用项目则上传,否则不上传; '龚智毅 20051026 手工选择是否上传 'str附加诊断 = Nvl(rsTemp!附加诊断) 'If InStr(str附加诊断, "|") > 0 Then ' vat并发症 = Split(str附加诊断, "|") ' For i = 0 To UBound(vat并发症) - 1 ' gstrSQL = "Select * From 保险特准项目 A,保险病种 B " & _ ' "Where A.病种ID=B.Id And B.编码='" & Split(vat并发症(i), ";")(0) & "'" & _ ' " And A.收费细目ID=" & !收费细目ID ' Call OpenRecordset(rsTemp, "是否是特准项目") ' If rsTemp.EOF Then ' bln传明细 = False ' Else ' bln传明细 = True ' End If ' Next 'End If If MsgBox("收费项目：" & rs明细!名称 & " 金额：" & rs明细!实收金额 & vbCrLf & _ "请确认是否并发症使用项目。" & vbCrLf & _ "（点 [是] 则上传到医保，点 [否] 则不上传）", vbYesNo, gstrSysName) = vbYes Then bln传明细 = True Else bln传明细 = False End If End If 'End 并发症生育病人 End If End If 'End 20051025 '取大类编码 gstrSQL = "Select 大类编码 From 保险项目 Where 险类=" & TYPE_成都内江 & " And 编码='" & str保险编码 & "'" Call zlDatabase.OpenRecordset(rsTemp, gstrSQL, "取大类编码") str大类编码 = Nvl(rsTemp!大类编码) '龚智毅 20051027 If bln传明细 Then If lng病人ID <> Nvl(!病人ID, 0) Or i >= 38 Or str项目编码 = str保险编码 Then 'i = 1 If 取交易号_int = 0 Then str交易流水号 = Get交易流水号(Nvl(!发生时间)) 取交易号_int = 1 End If lng病人ID = Nvl(!病人ID, 0) str项目编码 = str保险编码 If StrInput <> "" Then StrInput = StrInput & vbTab & Rpad(i - 1, 2) & vbTab & str明细 '请求相关的业务数据 'Beging 20051025 add 'If bln传明细 = True Then If 业务请求_成都内江(住院交易上传_内江, StrInput, strOutput) = False Then '回滚事务 Call StartOrCommitorRollbackTransaction(2) Exit Function End If If 保存明细结果到中间库(str交易流水号, strOutput) = False Then '提交事务,中间库数据未保存起 Call StartOrCommitorRollbackTransaction(1) Exit Function End If 'End If 'End 20051025 add 取交易号_int = 0 End If i = 1 If 取交易号_int = 0 Then str交易流水号 = Get交易流水号(Nvl(!发生时间)) 取交易号_int = 1 End If Call Get病人信息(lng病人ID) StrInput = Rpad(g病人身份_成都内江.个人编号, 8) StrInput = StrInput & vbTab & Rpad(g病人身份_成都内江.卡号, 10) StrInput = StrInput & vbTab & Rpad(InitInfor_成都内江.医院编码, 5) StrInput = StrInput & vbTab & Rpad(g病人身份_成都内江.统筹编号, 1) StrInput = StrInput & vbTab & Rpad(str交易流水号, 20) If Nvl(str大类编码) = "1" Then StrInput = StrInput & vbTab & IIf(IS出院带药(Nvl(!NO), Nvl(!ID, 0)), "1", "0") Else StrInput = StrInput & vbTab & "0" End If StrInput = StrInput & vbTab & Rpad(Substr(Nvl(!开单部门), 1, 10), 10) StrInput = StrInput & vbTab & Rpad(Substr(!医生, 1, 10), 10) StrInput = StrInput & vbTab & Rpad(Substr(g病人身份_成都内江.住院流水号, 1, 20), 20) str明细 = "" '个人编号 String(8) In '社保卡号码 String(10) In '医院代码 String(5) In '统筹地区编码 String(1) In '医院交易流水号 String(20) In '出院带药类别 String(1) In '科别 String(10) In '医生 String(10) In '住院流水号 String(20) In '处方条数 String(2) In '处方明细 String处方条数×51 In End If lng病人ID = Nvl(!病人ID, 0) str项目编码 = str保险编码 str明细 = str明细 & Substr(Rpad(Nvl(str大类编码), 1), 1, 1) str明细 = str明细 & Rpad(str保险编码, 20) str明细 = str明细 & Lpad(Nvl(!数量) * 100, 10, "0") str明细 = str明细 & Rpad(Nvl(!规格), 10) str明细 = str明细 & Lpad(Nvl(!实收金额) * 100, 10, "0") i = i + 1 End If '龚智毅 20051027 If bln传明细 Then gstrSQL = "ZL_病人费用记录_更新医保(" & Nvl(!ID, 0) & ",NULL," & Nvl(str大类编码, "NULL") & ",NULL,'" & str保险编码 & "',1,'" & str交易流水号 & "')" Else gstrSQL = "ZL_病人费用记录_更新医保(" & Nvl(!ID, 0) & ",NULL," & Nvl(str大类编码, "NULL") & ",NULL,'" & str保险编码 & "',1,'不上传')" End If Call zlDatabase.ExecuteProcedure(gstrSQL, "打上上传标志") .MoveNext Loop End With 'Beging 20051025 add 'If bln传明细 = True Then If StrInput <> "" Then StrInput = StrInput & vbTab & Rpad(i - 1, 2) & vbTab & str明细 '请求相关的业务数据 If 业务请求_成都内江(住院交易上传_内江, StrInput, strOutput) = False Then '提交事务,中间库数据未保存起 Call StartOrCommitorRollbackTransaction(2) Exit Function End If If 保存明细结果到中间库(str交易流水号, strOutput) = False Then '提交事务,中间库数据未保存起 Call StartOrCommitorRollbackTransaction(2) Exit Function End If '提交 StartOrCommitorRollbackTransaction (1) Else '龚智毅 20051027 If bln传明细 Then If mblnStartTran Then Call StartOrCommitorRollbackTransaction(2) End If Else StartOrCommitorRollbackTransaction (1) End If End If 'End If 'End 20051025 add 处方上传 = True Exit Function errHand: If ErrCenter() = 1 Then Resume End If If mblnStartTran Then '提交事务,中间库数据未保存起 Call StartOrCommitorRollbackTransaction(2) End If End Function Private Function IS出院带药(ByVal strNO As String, lng费用ID As Long) As Boolean '检查是否出院带药 'Dim rsTemp As New ADODB.Recordset Dim rsTemp1 As New ADODB.Recordset Err = 0 On Error GoTo errHand: Set rsTemp1 = New ADODB.Recordset gstrSQL = "Select ID From 药品收发记录 where NO='" & strNO & "' and 单据 IN(9,10) and 费用id=" & lng费用ID & " and 扣率 like '_3%'" zlDatabase.OpenRecordset rsTemp1, gstrSQL, "获取是否出院带药" If rsTemp1.EOF Then IS出院带药 = False Exit Function End If IS出院带药 = True Exit Function errHand: If ErrCenter = 1 Then Resume End If End Function Public Function 处方登记_成都内江(ByVal lng记录性质 As Long, ByVal lng记录状态 As Long, ByVal str单据号 As String) As Boolean '----------------------------------------------------------------------------------------------------------- '--功能:上传处理明细数据 '--入参数: '--出参数: '--返回:上传成功返回True,否则False '----------------------------------------------------------------------------------------------------------- Dim lng病人ID As Long Dim lng主页ID As Long Dim rs明细 As New ADODB.Recordset, rsTemp As New ADODB.Recordset Dim StrInput As String, strOutput As String Err = 0 On Error GoTo errHand: 处方登记_成都内江 = False If lng记录状态 = 1 Then '正常单据 If 处方上传(lng记录性质, lng记录状态, str单据号) = False Then Exit Function End If Else '开始事务 Call StartOrCommitorRollbackTransaction(0) '冲销单据 If 处方作废(lng记录性质, lng记录状态, str单据号) = False Then '提交事务,中间库数据未保存起,所以回滚 Call StartOrCommitorRollbackTransaction(2) Exit Function End If '提交事务 Call StartOrCommitorRollbackTransaction(1) End If 处方登记_成都内江 = True Exit Function errHand: If ErrCenter = 1 Then Resume End If End Function Private Function 处方作废(ByVal lng记录性质 As Long, ByVal lng记录状态 As Long, ByVal str单据号 As String) As Boolean '----------------------------------------------------------------------------------------------------------- '--功能:记帐处方作废,即记录状态=2的记录 '--入参数: '--出参数: '--返回:上传成功返回True,否则False '----------------------------------------------------------------------------------------------------------- Dim rs明细 As New ADODB.Recordset Dim rs原明细 As New ADODB.Recordset Dim rsTemp As New ADODB.Recordset Dim StrInput As String, strOutput As String, str交易流水号 As String Dim strArr Dim lng病人ID As Long 处方作废 = False Err = 0: On Error GoTo errHand: gstrSQL = " Select a.摘要,A.ID,a.收费细目id,A.序号,A.数次*nvl(A.付数,1) as 数量,Round(A.实收金额/(A.数次*nvl(A.付数,1)),4) as 单价,a.病人id " & _ " From 住院费用记录 A,保险帐户 B " & _ " where a.病人id=b.病人id and A.NO='" & str单据号 & "' and A.记录性质=" & lng记录性质 & " and A.记录状态=3 and Nvl(附加标志,0)<>9 " & _ " order by A.病人id,A.摘要" Call zlDatabase.OpenRecordset(rs原明细, gstrSQL, "处方明细上传") If rs原明细.EOF Then ShowMsgbox "该单据没有相应的明细记录,不能作废!" Exit Function End If gstrSQL = " Select a.* " & _ " From 住院费用记录 A,保险帐户 b" & _ " where a.病人id=b.病人id and A.NO='" & str单据号 & "' and A.记录性质=" & lng记录性质 & " and A.记录状态=2 and Nvl(附加标志,0)<>9 AND nvl(a.是否上传,0)=0 " & _ " order by A.病人ID" Call zlDatabase.OpenRecordset(rs明细, gstrSQL, "处方明细上传") lng病人ID = 0 '更新原单据的值 With rs明细 Do While Not .EOF rs原明细.Filter = "序号=" & Nvl(!序号, 0) & " and 收费细目id=" & Nvl(!收费细目ID, 0) If rs原明细.EOF Then ShowMsgbox "冲销时未找到相应的记录,冲销失败!" Exit Function End If str交易流水号 = Nvl(rs原明细!摘要) If str交易流水号 = "" Then ShowMsgbox "在原单中不存在交易流水号,不能继续！" Exit Function End If '检查消费明细中有交易流水号没有 '龚智毅 20051027 If str交易流水号 <> "不上传" Then gstrSQL = "Select 医保流水号 From 医保消费信息 where 医院流水号='" & str交易流水号 & "' and 病人id=" & Nvl(!病人ID, 0) OpenRecordset_成都内江 rsTemp, "获取医保消费信息" If rsTemp.EOF Then ShowMsgbox "不存在医保交易数据,请与系统管理员联系!" Exit Function End If If Nvl(rsTemp!医保流水号) = "" Then ShowMsgbox "不存在医保交易数据,请与系统管理员联系!" Exit Function End If End If '更新上传标志 gstrSQL = "ZL_病人费用记录_更新医保(" & Nvl(!ID, 0) & ",NULL,NULL,NULL,NULL,1,'" & Nvl(rs原明细!摘要) & "')" Call zlDatabase.ExecuteProcedure(gstrSQL, "打上上传标志") .MoveNext Loop End With Dim str摘要 As String gstrSQL = " Select a.摘要,A.ID,a.收费细目id,A.序号,A.数次*nvl(A.付数,1) as 数量,Round(A.实收金额/(A.数次*nvl(A.付数,1)),4) as 单价,a.病人id " & _ " From 住院费用记录 A,保险帐户 B " & _ " where a.病人id=b.病人id and A.NO='" & str单据号 & "' and A.记录性质=" & lng记录性质 & " and A.记录状态=3 and Nvl(附加标志,0)<>9 " & _ " order by A.病人id,A.摘要" Call zlDatabase.OpenRecordset(rs原明细, gstrSQL, "处方明细上传") lng病人ID = 0 str摘要 = "" With rs原明细 .MoveFirst Do While Not .EOF 'lng病人ID <> Nvl(!病人ID, 0) And '龚智毅 20051027 If Nvl(!摘要) <> "不上传" Then If str摘要 <> Nvl(!摘要) Then If lng病人ID <> Nvl(!病人ID, 0) Then lng病人ID = Nvl(!病人ID, 0) '需重新获取相关的病人信息 If Get病人信息(lng病人ID) = False Then ShowMsgbox "在获取病人信息时间出了错误,请与系统员立即联系!" Exit Function End If End If str摘要 = Nvl(!摘要) gstrSQL = "Select 医保流水号 From 医保消费信息 where 医院流水号='" & str摘要 & "' and 病人id=" & lng病人ID OpenRecordset_成都内江 rsTemp, "获取医保消费信息" StrInput = Rpad(g病人身份_成都内江.个人编号, 8) StrInput = StrInput & vbTab & Rpad(g病人身份_成都内江.卡号, 10) StrInput = StrInput & vbTab & Rpad(Substr(gstrUserName, 1, 10), 10) StrInput = StrInput & vbTab & Rpad(g病人身份_成都内江.统筹编号, 1) StrInput = StrInput & vbTab & Rpad(g病人身份_成都内江.住院流水号, 20) StrInput = StrInput & vbTab & Rpad(Nvl(rsTemp!医保流水号), 20) '取消 ' 个人编号 String(8) In ' 社保卡号码 String(10) In ' 操作员卡号码 String(10) In ' 统筹地区编码 String(1) In ' 住院流水号 String(20) In ' 医保交易流水号 String(20) In If 业务请求_成都内江(住院产易上传取消_内江, StrInput, strOutput) = False Then Exit Function End If End If .MoveNext Loop End With 处方作废 = True Exit Function errHand: If ErrCenter = 1 Then Resume End If End Function Private Function Read模拟数据(ByVal int业务类型 As 业务类型_成都内江, ByVal strInputString As String, ByRef strOutPutstring As String) '---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- '--功能:通过该功能读取模拟数据,以便测试 '--入参数: '--出参数: '--返回:字串 '---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- Dim objFile As New FileSystemObject Dim objText As TextStream Dim strText As String Dim strTemp As String Dim strFile As String Dim str As String Dim STRNAME As String If int业务类型 = 读取卡内数据 Then strFile = App.Path & "\解析卡.txt" Else strFile = App.Path & "\模拟提交串.txt" End If If Not Dir(strFile) <> "" Then objFile.CreateTextFile strFile End If STRNAME = Get交易代码(int业务类型, True) Dim blnStart As Boolean Dim strArr Err = 0 On Error GoTo errHand: If Dir(strFile) <> "" Then Set objText = objFile.OpenTextFile(strFile) blnStart = False str = "" Do While Not objText.AtEndOfStream strText = Trim(objText.ReadLine) If int业务类型 = 读取卡内数据 Then strArr = Split(strText, vbTab & "|") If Val(strArr(0)) = 1 Then str = strArr(1) Exit Do End If Else If blnStart Then If strText = "" Then strText = "" & vbTab & "|" End If strArr = Split(strText, vbTab & "|") If Val(strArr(0)) = 1 Then str = strArr(1) Exit Do End If Else If "<" & STRNAME & ">" = strText Then blnStart = True End If End If If "</" & STRNAME & ">" = strText Then Exit Do End If End If Loop objText.Close strOutPutstring = str End If Exit Function errHand: DebugTool Err.Description Exit Function End Function Private Function Get病人信息(ByVal lng病人ID As Long) As Boolean Dim rsTemp As New ADODB.Recordset Dim strTemp As String Dim strArr Get病人信息 = False Err = 0 On Error GoTo errHand: 'COMMENT ON COLUMN 保险帐户.病人ID is '病人ID'; 'COMMENT ON COLUMN 保险帐户.险类 is '固定值:106'; 'COMMENT ON COLUMN 保险帐户.中心 is '0'; 'COMMENT ON COLUMN 保险帐户.卡号 is '卡号'; 'COMMENT ON COLUMN 保险帐户.医保号 is '统筹编号+个人编号'; 'COMMENT ON COLUMN 保险帐户.密码 is '无'; 'COMMENT ON COLUMN 保险帐户.人员身份 is '交易类别'; 'COMMENT ON COLUMN 保险帐户.单位编码 is '单位号码'; ' 'COMMENT ON COLUMN 保险帐户.顺序号 is '只针对住院:住院流水号'; 'COMMENT ON COLUMN 保险帐户.退休证号 is '统筹地区编码|制卡日期|卡有效日期|制卡单位|在职情况'; 'COMMENT ON COLUMN 保险帐户.帐户余额 is '帐户余额'; 'COMMENT ON COLUMN 保险帐户.当前状态 is '0-门诊,1-在院'; 'COMMENT ON COLUMN 保险帐户.病种ID is '无'; 'COMMENT ON COLUMN 保险帐户.在职 is '目前保存的值是1，无用处'; 'COMMENT ON COLUMN 保险帐户.年龄段 is '补卡次数'; 'COMMENT ON COLUMN 保险帐户.灰度级 is '工况类别'; 'COMMENT ON COLUMN 保险帐户.就诊时间 is '当前就诊的时间'; ' 'COMMENT ON COLUMN 保险帐户.享受待遇标志 is '只针对住院:享受待遇标志'; 'COMMENT ON COLUMN 保险帐户.起付标准 is '只针对住院:起付标准'; ' gstrSQL = "select a.*,b.姓名,b.性别, b.年龄, b.出生日期, b.身份证号,b.工作单位,c.编码,C.名称 " & _ ' " from 保险帐户 a,病人信息 b,保险病种 C " & _ ' " WHERE a.病种ID=c.ID and a.病人id=" & lng病人ID & " AND a.病人id=b.病人id and a.险类=" & TYPE_成都内江 '2006-4-10 龚智毅修改 gstrSQL = "select a.卡号,A.医保号,A.灰度级,A.单位编码,A.退休证号,A.年龄段,A.帐户余额,A.人员身份,A.顺序号,A.病人ID" & _ ",b.姓名,b.性别, b.年龄, b.出生日期, b.身份证号,b.工作单位,c.编码,C.名称 " & _ " from 保险帐户 a,病人信息 b,保险病种 C " & _ " WHERE a.出院病种ID=c.ID(+) and a.病人id=" & lng病人ID & " AND a.病人id=b.病人id and a.险类=" & TYPE_成都内江 zlDatabase.OpenRecordset rsTemp, gstrSQL, "获取病人信息" With g病人身份_成都内江 .卡号 = Nvl(rsTemp!卡号) .个人编号 = Mid(Nvl(rsTemp!医保号), 2) .身份证号 = Nvl(rsTemp!身份证号) .姓名 = Nvl(rsTemp!姓名) .性别 = Decode(Nvl(rsTemp!性别), "男", 1, "女", 2, 1) .工况类别 = Nvl(rsTemp!灰度级) .出生日期 = Format(rsTemp!出生日期, "yyyy-mm-dd") .单位号码 = Nvl(rsTemp!单位编码) strArr = Split(Nvl(rsTemp!退休证号) & "|||||", "|") .统筹编号 = strArr(0) .制卡日期 = strArr(1) .卡有效期 = strArr(2) .补卡次数 = Nvl(rsTemp!年龄段) .制卡单位 = strArr(3) .年龄 = Nvl(rsTemp!年龄, 0) .帐户余额 = Nvl(rsTemp!帐户余额, 0) .在职情况 = strArr(4) .交易类别 = Nvl(rsTemp!人员身份) .住院流水号 = Nvl(rsTemp!顺序号) .lng病人ID = Nvl(rsTemp!病人ID, 0) .病种编码 = Nvl(rsTemp!编码) .病种名称 = Nvl(rsTemp!名称) End With Get病人信息 = True Exit Function errHand: DebugTool "获取病人信息失败" & vbCrLf & " 错误号:" & Err.Number & vbCrLf & " 错误信息:" & Err.Description End Function Private Sub OpenRecordset_成都内江(rsTemp As ADODB.Recordset, ByVal strCaption As String, Optional strSQL As String = "", Optional cnOracle As ADODB.Connection) '功能：打开记录集 If rsTemp.State = adStateOpen Then rsTemp.Close Call SQLTest(App.ProductName, strCaption, IIf(strSQL = "", gstrSQL, strSQL)) If cnOracle Is Nothing Then rsTemp.Open IIf(strSQL = "", gstrSQL, strSQL), gcnOracle_成都内江, adOpenStatic, adLockReadOnly Else If cnOracle.State <> 1 Then rsTemp.Open IIf(strSQL = "", gstrSQL, strSQL), gcnOracle_成都内江, adOpenStatic, adLockReadOnly Else rsTemp.Open IIf(strSQL = "", gstrSQL, strSQL), cnOracle, adOpenStatic, adLockReadOnly End If End If Call SQLTest End Sub Public Function 住院虚拟结算_成都内江(rsExse As Recordset, ByVal lng病人ID As Long, Optional bln结帐处 As Boolean = True) As String 'rsExse:字符集 '功能：获取该病人指定结帐内容的可报销金额； '参数：rsExse-需要结算的费用明细记录集合；strSelfNO-医保号；strSelfPwd-病人密码； '返回：可报销金额串:"报销方式;金额;是否允许修改|...." '注意：1)该函数主要使用模拟结算交易，查询结果返回获取基金报销额； Dim cn上传 As New ADODB.Connection, rsTemp As New ADODB.Recordset Dim rs明细 As New ADODB.Recordset Dim lng主页ID As Long Dim StrInput As String, strOutput As String Dim strArr As Variant Dim intMouse As Integer Dim dbl费用总额 As Double Dim dbl生育包干 As Double Dim str结算方式 As String Err = 0: On Error GoTo errHand: g病人身份_成都内江.lng病人ID = lng病人ID If rsExse.RecordCount = 0 Then MsgBox "该病人没有有发生费用，无法进行结算操作。", vbInformation, gstrSysName Exit Function End If With g结算数据 .比例支付 = 0 .待遇标志 = "" .高额医保支付 = 0 .公务员医疗补助 = 0 .起付标准 = 0 .医保交易流水号 = "" .医保内费用 = 0 .医保外费用 = 0 .帐户可用余额 = 0 .帐户支付 = 0 End With If Get病人信息(lng病人ID) = False Then Exit Function If bln结帐处 Then Screen.MousePointer = 1 If 身份标识_成都内江(4, lng病人ID) = "" Then Screen.MousePointer = intMouse 住院虚拟结算_成都内江 = "" Exit Function End If If lng病人ID <> g病人身份_成都内江.lng病人ID Then ShowMsgbox "你的卡可能有误,不能进行结算!" Exit Function End If Screen.MousePointer = intMouse Else Call Get病人信息(lng病人ID) End If '判断单位欠费情况 ' 个人编号 String (8) IN ' 社保卡号码 String (10) IN ' 统筹地区编码 String (1) IN StrInput = g病人身份_成都内江.个人编号 StrInput = StrInput & vbTab & g病人身份_成都内江.卡号 StrInput = StrInput & vbTab & g病人身份_成都内江.统筹编号 If 业务请求_成都内江(获取单位欠缴情况_内江, StrInput, strOutput) = False Then Exit Function End If If Val(strOutput) <> 0 Then ShowMsgbox "注意：" & vbCrLf & " 单位已经欠费" End If gstrSQL = "select MAX(主页ID) AS 主页ID from 病案主页 where 病人ID=" & rsExse("病人ID") Call zlDatabase.OpenRecordset(rsTemp, gstrSQL, "虚拟结算") If IsNull(rsTemp("主页ID")) = True Then MsgBox "只有住院病人才可以使用医保结算。", vbInformation, gstrSysName Exit Function End If lng主页ID = rsTemp("主页ID") Screen.MousePointer = vbHourglass '补传明细 If 补传住院明细记录(lng病人ID, lng主页ID) = False Then Exit Function g病人身份_成都内江.费用总额 = 0 g病人身份_成都内江.生育总费用 = 0 With rsExse Do While Not .EOF 'g病人身份_成都内江.费用总额 = g病人身份_成都内江.费用总额 + Nvl(!金额, 0) 'Beging 20051027 陈东 Dim str大类编码 As String If Nvl(rsExse!保险大类id, 0) = 0 Then gstrSQL = "Select Nvl(大类编码,0) As 大类编码 From 保险项目 Where 险类=" & TYPE_成都内江 & _ " And 编码=(Select nvl(保险编码,'0') From 住院费用记录 Where 收费细目ID=" & rsExse!收费细目ID & _ " And NO='" & rsExse!NO & "' And 记录性质=" & rsExse!记录性质 & _ " And 记录状态=" & rsExse!记录状态 & " And 序号=" & rsExse!序号 & ")" Call zlDatabase.OpenRecordset(rsTemp, gstrSQL, "取大类编码") str大类编码 = "0" If rsTemp.RecordCount > 0 Then str大类编码 = Nvl(rsTemp!大类编码, "0") End If If Substr(Rpad(str大类编码, 1), 1, 1) <> "4" And Nvl(rsExse!摘要, "") <> "不上传" Then g病人身份_成都内江.费用总额 = g病人身份_成都内江.费用总额 + Nvl(rsExse!金额, 0) End If If Substr(Rpad(str大类编码, 1), 1, 1) = "4" Or Nvl(rsExse!摘要, "") = "不上传" Then g病人身份_成都内江.生育总费用 = g病人身份_成都内江.生育总费用 + Nvl(rsExse!金额, 0) End If Else If Nvl(rsExse!保险大类id, 0) <> "4" And Nvl(rsExse!摘要, "") <> "不上传" Then g病人身份_成都内江.费用总额 = g病人身份_成都内江.费用总额 + Nvl(rsExse!金额, 0) End If If Nvl(rsExse!保险大类id, 0) = "4" Or Nvl(rsExse!摘要, "") = "不上传" Then g病人身份_成都内江.生育总费用 = g病人身份_成都内江.生育总费用 + Nvl(rsExse!金额, 0) End If End If 'End 20051027 陈东 .MoveNext Loop End With gstrSQL = "Select A.ID From 住院费用记录 a,药品收发记录 B where A.no=b.No and B.单据 in (9,10) and a.id=b.费用ID and a.病人id=" & lng病人ID & " and 主页id=" & lng主页ID & " and b.扣率 like '_3%' and rownum<=2" Dim bln出院带药 As Boolean zlDatabase.OpenRecordset rsTemp, gstrSQL, "确定出院带药" If rsTemp.EOF Then bln出院带药 = False Else bln出院带药 = True End If gstrSQL = "Select c.住院号,A.登记人经办人,B.名称入院科室,A.住院医师,to_char(A.登记时间,'yyyy-MM-dd hh24:mi:ss') 入院经办时间," & _ " to_char(A.入院日期,'yyyyMMdd') 入院日期,D.诊断编码,A.出院方式,to_Char(a.出院日期,'yyyyMMDD') as 出院日期,a.出院病床,H.位置 as 出院科室" & _ " From 病案主页 A,部门表 B,病人信息 C,部门表 H, " & _ " (Select 病人id,主页id,max(DECODE(a.诊断次序,2,b.编码,'')) AS 诊断编码 From 诊断情况 A ,疾病编码目录 B Where a.疾病ID = b.ID And a.诊断类型 =3 and a.主页id=" & lng主页ID & " and a.病人id=" & lng病人ID & " Group by 病人id,主页id) D" & _ " Where A.病人id=C.病人id and C.病人id=" & lng病人ID & _ " and A.病人ID=" & lng病人ID & " And A.主页ID=" & lng主页ID & " And A.入院科室ID=B.ID and A.出院科室ID=H.id(+) " & _ " and A.主页id=D.主页id(+) and a.病人id=D.病人id(+) " & _ "" zlDatabase.OpenRecordset rsTemp, gstrSQL, "确定入出类别" '入参: ' 个人编号 String(8) In ' 社保卡号码 String(10) In ' 医院代码 String(5) In ' 操作员卡号码 String(10) In ' 统筹地区编码 String(1) In ' 出院日期 String(8) In ' 出院科别 String(10) In ' 出院诊治医生 String(10) In ' 诊断编码 String(20) In ' 出院带药 String(1) In ' 出院类别 String(1) In ' 住院流水号 String(20) In With g病人身份_成都内江 StrInput = Rpad(.个人编号, 8) StrInput = StrInput & vbTab & Rpad(.卡号, 10) StrInput = StrInput & vbTab & Rpad(InitInfor_成都内江.医院编码, 5) StrInput = StrInput & vbTab & Rpad(Nvl(gstrUserName), 10) StrInput = StrInput & vbTab & Rpad(.统筹编号, 1) If Trim(Nvl(rsTemp!出院日期)) = "" Then '如果没有出院日期,则传当前的时间上去. StrInput = StrInput & vbTab & Format(zlDatabase.Currentdate, "yyyymmdd") Else StrInput = StrInput & vbTab & Rpad(Nvl(rsTemp!出院日期), 8) End If StrInput = StrInput & vbTab & Rpad(Substr(Rpad(Nvl(rsTemp!出院科室), 10), 1, 10), 10) StrInput = StrInput & vbTab & Rpad(Substr(Rpad(Nvl(rsTemp!住院医师), 10), 1, 10), 10) 'Beging 20051026 陈东 Dim vat并发症 As Variant, str出院其他病种 As String, i As Long Dim rsCydj As New ADODB.Recordset gstrSQL = "Select * from 保险帐户 Where 病人ID=" & lng病人ID & " And 险类=" & TYPE_成都内江 Call zlDatabase.OpenRecordset(rsCydj, gstrSQL, "取出院其他病种") str出院其他病种 = Nvl(rsCydj!出院其他病种) If str出院其他病种 <> "" Then If InStr(str出院其他病种, "|") > 0 Then vat并发症 = Split(str出院其他病种, "|") str出院其他病种 = "" For i = 0 To UBound(vat并发症) - 1 str出院其他病种 = str出院其他病种 & Rpad(Substr(vat并发症(i), 1, 20), 20) Next End If Else str出院其他病种 = Space(180) End If 'End 20051026 陈东 StrInput = StrInput & vbTab & Rpad(Rpad(Substr(g病人身份_成都内江.病种编码, 1, 20), 20) & Substr(str出院其他病种, 1, 180), 200) StrInput = StrInput & vbTab & IIf(bln出院带药, "1", "0") StrInput = StrInput & vbTab & Rpad(g病人身份_成都内江.出院类别, 1) 'strInput = strInput & vbTab & Rpad(Get治渝情况_内江(lng病人ID, lng主页ID), 1) StrInput = StrInput & vbTab & Rpad(Substr(Rpad(.住院流水号, 20), 1, 20), 20) 'Beging 陈东 20051020 If bln结帐处 = True Then If 业务请求_成都内江(出院登记上传_内江, StrInput, strOutput) = False Then Exit Function Else Exit Function End If 'End 陈东 20051020 End With If strOutput = "" Then Exit Function strArr = Split(strOutput, vbTab) '出参 ' TRANSDETIAL输出 (计算费用明细) ' 享受待遇标志 String(1) Out ' 医保内费用 String(10) Out ' 医保外费用 String(10) Out ' 基本医保支付 ' 如果参加大病医保，则为大病医保支付 String(10) Out ' 高额医保支付 String(10) Out ' 公务员医疗补助 String(10) Out ' 个人按比例支付 String(10) Out ' TRANSDETIAL结束 ' 起付标准 String(10) Out ' 个人帐户可用余额 String(10) Out strOutput = strArr(0) With g结算数据 .结算标志 = 1 .待遇标志 = Substr(strOutput, 1, 1) .医保内费用 = Val(Substr(strOutput, 2, 10)) / 100 .医保外费用 = Val(Substr(strOutput, 12, 10)) / 100 .基本医保支付 = Val(Substr(strOutput, 22, 10)) / 100 .高额医保支付 = Val(Substr(strOutput, 32, 10)) / 100 .公务员医疗补助 = Val(Substr(strOutput, 42, 10)) / 100 .比例支付 = Val(Substr(strOutput, 52, 10)) / 100 .起付标准 = Val(strArr(1)) / 100 .帐户可用余额 = Val(strArr(2)) / 100 '20051021 add .生育支付 = Val(Substr(strOutput, 62, 10)) / 100 End With dbl费用总额 = g结算数据.医保内费用 + g结算数据.医保外费用 '龚智毅 20060809 内江二院要求医保外费用可以用帐户支付 'g结算数据.帐户支付 = dbl费用总额 - g结算数据.医保外费用 - g结算数据.基本医保支付 - g结算数据.高额医保支付 - g结算数据.公务员医疗补助 g结算数据.帐户支付 = dbl费用总额 - g结算数据.基本医保支付 - g结算数据.高额医保支付 - g结算数据.公务员医疗补助 'by 20050122 gzy If g结算数据.帐户可用余额 >= 0 Then If g结算数据.帐户可用余额 < g结算数据.帐户支付 Then g结算数据.帐户支付 = g结算数据.帐户可用余额 End If Else g结算数据.帐户支付 = 0 End If If g结算数据.帐户支付 <= 0 Then g结算数据.帐户支付 = 0 str结算方式 = "个人帐户;" & g结算数据.帐户支付 & ";1" If g结算数据.基本医保支付 <> 0 Then str结算方式 = str结算方式 & "|基本统筹;" & g结算数据.基本医保支付 & ";0" End If If g结算数据.高额医保支付 <> 0 Then str结算方式 = str结算方式 & "|大病支付;" & g结算数据.高额医保支付 & ";0" End If If g结算数据.公务员医疗补助 <> 0 Then str结算方式 = str结算方式 & "|公务员补助;" & g结算数据.公务员医疗补助 & ";0" End If g结算数据.生育盈亏 = 0 If g结算数据.生育支付 <> 0 Then str结算方式 = str结算方式 & "|生育支付;" & g结算数据.生育支付 & ";0" 'Modified by ZYB 20051118 '将医保中心包干支付费用与实际发生的生育费用进行比较，多余部分计入生育盈亏中 g结算数据.生育盈亏 = g病人身份_成都内江.生育总费用 - g结算数据.生育支付 End If '龚智毅 20051029 增加生育费用包干模式 'Modified by ZYB 20051118 If g结算数据.生育盈亏 <> 0 Then str结算方式 = str结算方式 & "|生育盈亏;" & g结算数据.生育盈亏 & ";0" ShowMsgbox "本院发生的生育费用为：" & g病人身份_成都内江.生育总费用 & vbCrLf & _ "医保中心报销生育费用：" & g结算数据.生育支付 & vbCrLf & _ "生育费用当前计算方式：多退少补 " & vbCrLf & _ "生育盈亏： " & g结算数据.生育盈亏 End If 'If Format(g病人身份_成都内江.费用总额, "###0.00;-###0.00;0;0") <> Format(dbl费用总额, "###0.00;-###0.00;0;0") Then ' Dim blnYes As Boolean ' 费用总额与医保中心返回总额不致,不能进行结算 ' ShowMsgbox "本次结算总额(" & g病人身份_成都内江.费用总额 & ") 与" & vbCrLf & _ ' " 中心返回的总额(" & dbl费用总额 & ")不等,不能结算?" ' Exit Function 'End If 'gzy 20051129 普通生育病人不判断医保金额 gstrSQL = "Select * From 保险病种 Where id=(select 病种ID from 保险帐户 Where 病人ID=" & lng病人ID & ")" & _ " And (名称 ='平产' or 名称='剖宫产')" Call zlDatabase.OpenRecordset(rsTemp, gstrSQL, "取入院诊断") If rsTemp.EOF = True Then If Format(g病人身份_成都内江.费用总额, "###0.00;-###0.00;0;0") <> Format(dbl费用总额, "###0.00;-###0.00;0;0") Then Dim blnYes As Boolean '费用总额与医保中心返回总额不致,不能进行结算 ShowMsgbox "本次结算非生育费用总额(" & g病人身份_成都内江.费用总额 & ") 与" & vbCrLf & _ " 中心返回的非生育费用总额(" & dbl费用总额 & ")不等,不能结算?" Exit Function End If Else gstrSQL = "Select * from 保险帐户 Where 病人ID=" & lng病人ID & " And 险类=" & TYPE_成都内江 Call zlDatabase.OpenRecordset(rsTemp, gstrSQL, "附加诊断") If Nvl(rsTemp!附加诊断) <> "" Then If Format(g病人身份_成都内江.费用总额, "###0.00;-###0.00;0;0") <> Format(dbl费用总额, "###0.00;-###0.00;0;0") Then 'Dim blnYes As Boolean '费用总额与医保中心返回总额不致,不能进行结算 ShowMsgbox "本次结算非生育费用总额(" & g病人身份_成都内江.费用总额 & ") 与" & vbCrLf & _ " 中心返回的非生育费用总额(" & dbl费用总额 & ")不等,不能结算?" Exit Function End If Else If g病人身份_成都内江.费用总额 <> 0 Then ShowMsgbox "补传了生育费用(" & g病人身份_成都内江.费用总额 & ")，请重新进行结算。" Exit Function End If End If End If 住院虚拟结算_成都内江 = str结算方式 g病人身份_成都内江.lng病人ID = lng病人ID '表示该病人已经进行了虚拟结算 Exit Function errHand: If ErrCenter = 1 Then Resume End If End Function Private Function Get治渝情况_内江(lng病人ID As Long, lng主页ID As Long) As String '功能:获取治渝情况标识 ' A-治愈、B-好转、C-未愈、D-死亡、E-其他 '??49 治愈情况标识 CHAR 439 1 1治愈、2好转、3未愈、4死亡、5其他，住院必添院端 'A-治愈、B-好转、C-未愈、D-死亡、E-其他 Dim rsInNote As New ADODB.Recordset Dim strTmp As String strTmp = " Select A.出院情况" & _ " From 诊断情况 A,疾病编码目录 B " & _ " Where A.病人ID=" & lng病人ID & " And A.疾病ID=B.ID(+) And A.主页ID=" & lng主页ID & _ " And A.诊断类型 in (2,3)" & _ " Order by A.诊断类型 Desc" rsInNote.CursorLocation = adUseClient Call zlDatabase.OpenRecordset(rsInNote, strTmp, "医保接口") strTmp = "" If Not rsInNote.EOF Then strTmp = Nvl(rsInNote!出院情况) End If strTmp = Decode(strTmp, "治愈", "0", "好转", "1", "未愈", "2", "死亡", "3", "自动出院", 4, "转本地统筹地区内医院", 5, "转本地统筹地区外医院", 6, "其他", "3") Get治渝情况_内江 = strTmp End Function Private Function 补传住院明细记录(ByVal lng病人ID As Long, ByVal lng主页ID As Long) As Boolean '补传相关明细记录 Dim rs明细 As New ADODB.Recordset, rsTemp As New ADODB.Recordset Dim StrInput As String, strOutput As String Dim strArr, strArr摘要 Dim lng冲销ID As Long Err = 0 On Error GoTo errHand: 补传住院明细记录 = False '读出未上传明细（排序，以便先上传正明细，再上传负明细） gstrSQL = "" & _ " Select distinct A.NO,A.记录性质,A.记录状态 " & _ " From 住院费用记录 A " & _ " Where A.病人ID=" & lng病人ID & " and A.主页ID=" & lng主页ID & " and A.记帐费用=1 and nvl(A.实收金额,0)<>0 and nvl(A.是否上传,0)=0 And Nvl(A.记录状态,0)<>0 " & _ " Order by A.NO,A.记录性质,Decode(A.记录状态,2,2,1)" zlDatabase.OpenRecordset rs明细, gstrSQL, "获取补传明细记录" '先检查是否存在退单情况，如果存在，看有否对应的记录单. With rs明细 ' '上传明细 ' If .RecordCount <> 0 Then .MoveFirst ' Do While Not .EOF ' If Nvl(!项目编码) = "" Then ' ShowMsgbox "项目:[" & Nvl(!编码) & "] 未设置对应的医保项目,请设置对应关系!" ' Exit Function ' End If ' If (Val(!数量) < 0 Or Val(!价格) < 0) And rs明细!记录状态 = 1 Then ' ShowMsgbox "项目:[" & Nvl(!编码) & "] 不能输入负单据!" ' Exit Function ' End If ' .MoveNext ' Loop End With '先传正单据 With rs明细 If .RecordCount <> 0 Then .MoveFirst Do While Not .EOF If Nvl(!记录状态, 1) = 1 Or Nvl(!记录状态, 1) = 3 Then '上传指定处方 If 处方上传(Nvl(!记录性质, 0), Nvl(!记录状态, 0), Nvl(!NO)) = False Then Exit Function End If Else '上传指定处方 gcnOracle_成都内江.BeginTrans gcnOracle.BeginTrans If 处方作废(Nvl(!记录性质, 0), Nvl(!记录状态, 0), Nvl(!NO)) = False Then gcnOracle.RollbackTrans gcnOracle_成都内江.RollbackTrans Exit Function End If gcnOracle.CommitTrans gcnOracle_成都内江.CommitTrans End If .MoveNext Loop End With 补传住院明细记录 = True Exit Function errHand: If ErrCenter = 1 Then Resume End If End Function 'Private Function Get原单据摘要(ByVal strNO As String, ByVal int序号 As Integer, ByVal int性质 As Integer) As Variant ' '根据指定的值，获取摘要的相关信息 ' Dim rsTemp As New ADODB.Recordset ' Dim strTemp As String ' ' ' gstrSQL = " Select 摘要 From 病人费用记录" & _ ' " Where NO='" & strNO & "' And 序号=" & int序号 & _ ' " And 记录性质=" & int性质 & " And 记录状态=3" ' ' Call OpenRecordset(rsTemp, "取原始处方明细的流水号") ' ' If Not rsTemp.EOF Then ' strTemp = Nvl(rsTemp!摘要) & "|||||||" ' Else ' strTemp = "|||||||" ' End If ' Get原单据摘要 = Split(strTemp, "|") 'End Function '----200410刘兴宏加入 Public Function 医保设置_成都内江() As Boolean 医保设置_成都内江 = frmSet成都内江.参数设置 End Function ' 'Public Function 下载服务项目目录_成都内江(ByVal bytType As Byte, ByVal objProgss As Object) As Boolean ' '-------------------------------------------------------------------------------------------------------------------------------------------------------------------------- ' '功能:下载服务项目目录 ' '参数:bytType-1-药品,2-诊疗,3-服务,4-费用类别,5-病种目录 ' '返回:下载成功,返回true,否则返回False ' '-------------------------------------------------------------------------------------------------------------------------------------------------------------------------- ' Dim strSql As String ' Dim rsTemp As New ADODB.Recordset ' Dim strDate As String, strInput As String, strOutput As String ' Dim lngCount As Long ' Dim i As Long ' Dim strArr ' Dim strTitle As String ' ' 下载服务项目目录_成都内江 = False ' strTitle = Switch(bytType = 1, "药品", bytType = 2, "诊疗项目", bytType = 3, "服务设施", bytType = 4, "费用类别", True, "病种目录取") ' ' Err = 0 ' On Error GoTo ErrHand: ' strSql = "" & _ ' " Select to_char(Max(变更时间),'yyyy-mm-dd hh24:mi:ss') as 变更时间 " & _ ' " From 医保收费目录 " & _ ' " where 类别=" & bytType ' zlDatabase.OpenRecordset rsTemp, strSql, "获取最大变更时间" ' ' strDate = Nvl(rsTemp!变更时间) ' strDate = IIf(strDate = "", "1977-01-01 00:00:00", strDate) ' ' If Not objProgss Is Nothing Then ' Else ' zlCommFun.ShowFlash "正在下载《" & strTitle & "》数据,请等待..." ' End If ' '预处理 ' strInput = bytType & "|" & strDate ' If 业务请求_成都内江(收费目录下载预处理, strInput, strOutput) = False Then Exit Function ' strArr = Split(strOutput, "|") ' lngCount = Val(strArr(1)) ' ' If Not objProgss Is Nothing Then ' objProgss.Max = IIf(lngCount = 0, 1, lngCount) ' objProgss.Min = 1 ' objProgss.Value = 1 ' End If ' ' For i = 1 To lngCount ' '正试下载 ' If 业务请求_成都内江(收费目录下载处理, strInput, strOutput) = False Then Exit Function ' strArr = Split(strOutput, "|") ' '更新收费目录 ' ' '过程:类别,编码,名称,英文名称,收费类别,收费等级,费用等级,拼音码,单位,单价,规格,备注,变更时间,可维护标志,支付标准 ' strSql = "ZL_医保收费目录_UPDATE(" ' strSql = strSql & bytType & ",'" ' strSql = strSql & strArr(1) & "','" '编码 ' strSql = strSql & strArr(2) & "','" '名称 ' Select Case bytType ' Case 1 ' strSql = strSql & strArr(3) & "','" '英文名称 ' strSql = strSql & strArr(4) & "','" '收费类别 ' strSql = strSql & strArr(5) & "','" '费用等级 ' strSql = strSql & strArr(6) & "','" '拼音码 ' strSql = strSql & strArr(7) & "','" '单位 ' strSql = strSql & strArr(8) & "','" '单价 ' strSql = strSql & strArr(9) & "','" '剂型 ' strSql = strSql & strArr(10) & "','" '规格 ' strSql = strSql & strArr(11) & "',to_date('" '备注 ' strSql = strSql & strArr(12) & "','yyyy-mm-dd hh24:mi:ss'),'" '变更时间 ' strSql = strSql & strArr(13) & "','" '可维护标志 ' strSql = strSql & "" & "')" '支付标准 ' Case 2 ' strSql = strSql & "" & "','" '英文名称 ' strSql = strSql & strArr(3) & "','" '收费类别 ' strSql = strSql & "" & "','" '费用等级 ' strSql = strSql & strArr(4) & "','" '拼音码 ' strSql = strSql & strArr(5) & "','" '单位 ' strSql = strSql & strArr(6) & "','" '单价 ' strSql = strSql & "" & "','" '剂型 ' strSql = strSql & "" & "','" '规格 ' strSql = strSql & strArr(7) & "',to_date('" '备注 ' strSql = strSql & strArr(8) & "','yyyy-mm-dd hh24:mi:ss'),'" '变更时间 ' strSql = strSql & strArr(9) & "','" '可维护标志 ' strSql = strSql & "" & "')" '支付标准 ' Case 3 ' strSql = strSql & "" & "','" '英文名称 ' strSql = strSql & strArr(3) & "','" '收费类别 ' strSql = strSql & "" & "','" '费用等级 ' strSql = strSql & strArr(6) & "','" '拼音码 ' strSql = strSql & "" & "','" '单位 ' strSql = strSql & strArr(4) & "','" '单价 ' strSql = strSql & "" & "','" '剂型 ' strSql = strSql & "" & "','" '规格 ' strSql = strSql & "" & "',to_date('" '备注 ' strSql = strSql & strArr(7) & "','yyyy-mm-dd hh24:mi:ss'),'" '变更时间 ' strSql = strSql & "" & "'," '可维护标志 ' strSql = strSql & strArr(5) & "')" '支付标准 ' Case 4 ' ' 费用类别编码|费用类别名称 ' strSql = "ZL_医保收费类别_UPDATE(" ' ' strSql = strSql & strArr(1) & "','" '编码 ' strSql = strSql & strArr(2) & "')" '名称 ' Case Else ' '病种编码|病种名称|拼音码|变更日期 ' strSql = "ZL_医保病种目录_UPDATE(" ' strSql = strSql & strArr(1) & "','" '编码 ' strSql = strSql & strArr(2) & "','" '名称 ' strSql = strSql & strArr(3) & "',to_date('" '助记码 ' strSql = strSql & strArr(4) & "','yyyy-mm-dd hh24:mi:ss')" '变更时间 ' End Select ' gcnOracle_成都内江.Execute strSql, , adCmdStoredProc ' If Not objProgss Is Nothing Then ' objProgss.Value = i ' Else ' zlCommFun.ShowFlash "正在下载《" & strTitle & "》数据,已下载" & i & "/" & lngCount & "" ' End If ' Next ' 下载服务项目目录_成都内江 = True ' Exit Function 'ErrHand: ' If ErrCenter = 1 Then Resume 'End Function Public Function 获取参保人员信息_成都内江(ByVal StrInput As String) As Boolean '----------------------------------------------------------------------------------------------------------- '--功能:对所有业务进行业务请求 '--入参数:strinPutString-输入串,按参数顺序,以tab键分隔的传入串 '--出参数: '--返回:成功,返回true,否则返回False '----------------------------------------------------------------------------------------------------------- '获取参保人员信息 Dim strOutput As String Dim strArr Dim str出生日期 As String 获取参保人员信息_成都内江 = False Err = 0 On Error GoTo errHand: If 业务请求_成都内江(读病人信息_内江, StrInput, strOutput) = False Then Exit Function '返回串是:卡号vbtab个人编号vbtab身份证号vbtab姓名vbtab性别vbtab工况类别vbtab出生日期vbtab单位号码vbtab统筹编号vbtab制卡日期vbtab卡有效期vbtab补卡次数vbtab制卡单位 If strOutput = "" Then Exit Function strArr = Split(strOutput, vbTab) With g病人身份_成都内江 .卡号 = strArr(0) .个人编号 = strArr(1) .身份证号 = strArr(2) .姓名 = strArr(3) .性别 = strArr(4) .工况类别 = strArr(5) '.出生日期 = zlCommFun.AddDate(strArr(6)) '陈东 20050601 If 身份证号转出生日期(strArr(2), str出生日期) = True Then .出生日期 = zlCommFun.AddDate(str出生日期) Else MsgBox str出生日期 & "将采用出生日期字段的值", vbInformation, gstrSysName .出生日期 = zlCommFun.AddDate(strArr(6)) End If .单位号码 = strArr(7) .统筹编号 = strArr(8) .制卡日期 = strArr(9) .卡有效期 = strArr(10) .补卡次数 = strArr(11) .制卡单位 = strArr(12) .年龄 = Get年龄(.出生日期) End With '--获取个人帐户余额 If 获取帐户余额_成都内江() = False Then Exit Function 获取参保人员信息_成都内江 = True Exit Function errHand: If ErrCenter = 1 Then Resume End If End Function Public Function 获取帐户余额_成都内江() As Boolean '----------------------------------------------------------------------------------------------------------- '--功能:获取病人当前帐户余额 '--入参数: '--出参数: '--返回:成功,返回true,否则返回False '----------------------------------------------------------------------------------------------------------- Dim StrInput As String, strOutput As String Dim strArr Err = 0 On Error GoTo errHand: 获取帐户余额_成都内江 = False With g病人身份_成都内江 ' 个人编号 String (8) IN ' 社保卡号码 String (10) IN ' 统筹地区编码 String (1) IN StrInput = .个人编号 StrInput = StrInput & vbTab & .卡号 StrInput = StrInput & vbTab & .统筹编号 End With If 业务请求_成都内江(获取帐户余额_内江, StrInput, strOutput) = False Then Exit Function If strOutput = "" Then Exit Function strArr = Split(strOutput, vbTab) With g病人身份_成都内江 .帐户余额 = Val(strArr(0)) .在职情况 = strArr(1) End With 获取帐户余额_成都内江 = True Exit Function errHand: If ErrCenter = 1 Then Resume End Function Private Function Get年龄(ByVal strDate As String) As Integer Dim rsTemp As New ADODB.Recordset Err = 0 On Error GoTo errHand: gstrSQL = "Select (sysdate-[1])/365 as 年龄 from dual " Set rsTemp = zlDatabase.OpenSQLRecord(gstrSQL, "获取年龄", CDate(strDate)) If Not rsTemp.EOF Then Get年龄 = Int(Nvl(rsTemp!年龄, 0)) Exit Function End If Exit Function errHand: End Function Private Function GetErrInfor(ByVal strErrCode As String) As String Dim strErrMsg As String Select Case strErrCode '---读卡的相关错误 Case "1 ": strErrMsg = " 错误号：1 " & vbCrLf & " 错误描述：检测通讯方式错误(chk_baud异常错误)" Case "2 ": strErrMsg = " 错误号：2 " & vbCrLf & " 错误描述：始化端口错误(auto_init)" Case "3 ": strErrMsg = " 错误号：3 " & vbCrLf & " 错误描述：关闭通讯口错误(ic_exit)" Case "4 ": strErrMsg = " 错误号：4 " & vbCrLf & " 错误描述：读写器错误" Case "5 ": strErrMsg = " 错误号：5 " & vbCrLf & " 错误描述：无法初始化卡密码" Case "10": strErrMsg = " 错误号：10" & vbCrLf & " 错误描述：检测读写器中是否有卡错误(get_status)" Case "11": strErrMsg = " 错误号：11" & vbCrLf & " 错误描述：卡型错误（非4428卡）(chk_4428)" Case "12": strErrMsg = " 错误号：12" & vbCrLf & " 错误描述：卡密码错误(csc_4428)" Case "13": strErrMsg = " 错误号：13" & vbCrLf & " 错误描述：修改卡密码错误" Case "20": strErrMsg = " 错误号：20" & vbCrLf & " 错误描述：读卡芯数据错误(srd_4428)" Case "21": strErrMsg = " 错误号：21" & vbCrLf & " 错误描述：写卡芯数据(用户数据)错误(swr_4428)" Case "23": strErrMsg = " 错误号：23" & vbCrLf & " 错误描述：写卡芯数据(用户密码)错误(swr_4428)" Case "30": strErrMsg = " 错误号：30" & vbCrLf & " 错误描述：用户密码错误" Case "31": strErrMsg = " 错误号：31" & vbCrLf & " 错误描述：用户数据加密错误(ic_decrypt)" Case "32": strErrMsg = " 错误号：32" & vbCrLf & " 错误描述：用户数据解密错误(ic_decrypt)" Case "33": strErrMsg = " 错误号：33" & vbCrLf & " 错误描述：用户密码加密错误(ic_encrypt)" Case "34": strErrMsg = " 错误号：34" & vbCrLf & " 错误描述：用户密码解密错误(ic_decrypt)" Case "35": strErrMsg = " 错误号：35" & vbCrLf & " 错误描述：用户原密码长度为零或者大于6" Case "36": strErrMsg = " 错误号：36" & vbCrLf & " 错误描述：用户新密码长度为零或者大于6" Case "40": strErrMsg = " 错误号：40" & vbCrLf & " 错误描述：不能打开数据库" Case "41": strErrMsg = " 错误号：41" & vbCrLf & " 错误描述：没有制卡数据" Case "42": strErrMsg = " 错误号：42" & vbCrLf & " 错误描述：个人信息不完整（姓名、性别、民族等文本信息）" '---医保接口返回的相关错误 Case "000": strErrMsg = "执行成功" Case "001": strErrMsg = " 错误号： 001" & vbCrLf & " 错误描述：读卡器无响应" Case "002": strErrMsg = " 错误号： 002" & vbCrLf & " 错误描述：没有社保卡" Case "003": strErrMsg = " 错误号： 003" & vbCrLf & " 错误描述：社保卡无响应" Case "004": strErrMsg = " 错误号： 004" & vbCrLf & " 错误描述：主机无响应" Case "051": strErrMsg = " 错误号： 051" & vbCrLf & " 错误描述：输入参数不足" Case "052": strErrMsg = " 错误号： 052" & vbCrLf & " 错误描述：卡号与社保号码不符" Case "053": strErrMsg = " 错误号： 053" & vbCrLf & " 错误描述：处方明细与实际纪录数量不符" Case "054": strErrMsg = " 错误号： 054" & vbCrLf & " 错误描述：没有此交易流水号" Case "055": strErrMsg = " 错误号： 055" & vbCrLf & " 错误描述：处方项目不符" Case "056": strErrMsg = " 错误号： 056" & vbCrLf & " 错误描述：没有此住院流水号（输入医保交易号+输入的住院流水号与库表中医保流水号对应的住院流水号不一致）等等" Case "058": strErrMsg = " 错误号： 058" & vbCrLf & " 错误描述：重复业务操作例如：已住院还进行住院操作，已出院还进行出院操作" Case "059": strErrMsg = " 错误号： 059" & vbCrLf & " 错误描述：输入社保号码和对应交易流水号不一致(住院时用住院流水号对应)" Case "060": strErrMsg = " 错误号： 060" & vbCrLf & " 错误描述：流水号不为最大撤消时" Case "061": strErrMsg = " 错误号： 061" & vbCrLf & " 错误描述：交易未确认上传住院交易前" Case "062": strErrMsg = " 错误号： 062" & vbCrLf & " 错误描述：未进行住院登记" Case "071": strErrMsg = " 错误号： 071" & vbCrLf & " 错误描述：医院交易流水号异常由HIS系统生成（空，长度不正常）" Case "072": strErrMsg = " 错误号： 072" & vbCrLf & " 错误描述：重复数据包传送" Case "073": strErrMsg = " 错误号： 073" & vbCrLf & " 错误描述：交叉数据包传送" Case "074": strErrMsg = " 错误号： 074" & vbCrLf & " 错误描述：应该上传明细而没有上传明细" Case "075": strErrMsg = " 错误号： 075" & vbCrLf & " 错误描述：检查项目种类异常项目种类不在[1]，[2]之内" Case "077": strErrMsg = " 错误号： 077" & vbCrLf & " 错误描述：上传医疗机构编码异常在KB01之中不存在" Case "078": strErrMsg = " 错误号： 078" & vbCrLf & " 错误描述：非定点医疗机构" Case "079": strErrMsg = " 错误号： 079" & vbCrLf & " 错误描述：社保卡号与医保交易号不对应门诊消费撤销时，只允许用消费的卡来撤销交易" Case "080": strErrMsg = " 错误号： 080" & vbCrLf & " 错误描述：医疗机构编号与交易流水号不对应(住院时用住院流水号对应)只允许交易医疗机构撤销自己的交易" Case "081": strErrMsg = " 错误号： 081" & vbCrLf & " 错误描述：对应流水号明细不存在Kc07,KC08K1,Kc08k2" Case "082": strErrMsg = " 错误号： 082" & vbCrLf & " 错误描述：没有对应的住院流水号Kc08" Case "083": strErrMsg = " 错误号： 083" & vbCrLf & " 错误描述：不允许撤销已出院的交易已经出院的交易补允许撤销" Case "084": strErrMsg = " 错误号： 084" & vbCrLf & " 错误描述：出院医院不是入院医院" Case "085": strErrMsg = " 错误号： 085" & vbCrLf & " 错误描述：输入输出参数长度错误输入长度与约定长度不符" Case "086": strErrMsg = " 错误号： 086" & vbCrLf & " 错误描述：出院人员不是原来那个住院人员防止一卡号对应多个人编号的情况" Case "101": strErrMsg = " 错误号： 101" & vbCrLf & " 错误描述：个人状态异常" Case "102": strErrMsg = " 错误号： 102" & vbCrLf & " 错误描述：社保卡为黑名单卡" Case "103": strErrMsg = " 错误号： 103" & vbCrLf & " 错误描述：帐户被冻结" Case "104": strErrMsg = " 错误号： 104" & vbCrLf & " 错误描述：不能享受统筹待遇" Case "106": strErrMsg = " 错误号： 106" & vbCrLf & " 错误描述：不存在此人" Case "107": strErrMsg = " 错误号： 107" & vbCrLf & " 错误描述：没有参加医疗保险或生育保险" Case "108": strErrMsg = " 错误号： 108" & vbCrLf & " 错误描述：帐户被注销只有死亡，出国定居才存在注销" Case "109": strErrMsg = " 错误号： 109" & vbCrLf & " 错误描述：出院已上传，但未确认出院上传时" Case "110": strErrMsg = " 错误号： 110" & vbCrLf & " 错误描述：出院已确认出院确认传时" Case "111": strErrMsg = " 错误号： 111" & vbCrLf & " 错误描述：没有此人医保卡数据T_cardinfo中" Case "112": strErrMsg = " 错误号： 112" & vbCrLf & " 错误描述：挂失卡已经挂失" Case "113": strErrMsg = " 错误号： 113" & vbCrLf & " 错误描述：卡状态异常" Case "114": strErrMsg = " 错误号： 114" & vbCrLf & " 错误描述：不存在个人账户Kc04无数据" Case "115": strErrMsg = " 错误号： 115" & vbCrLf & " 错误描述：系统没有当年起付线参数" Case "116": strErrMsg = " 错误号： 116" & vbCrLf & " 错误描述：没有当年基本医疗保险报销比例" Case "117": strErrMsg = " 错误号： 117" & vbCrLf & " 错误描述：没有当年大病医疗保险报销比例" Case "118": strErrMsg = " 错误号： 118" & vbCrLf & " 错误描述：没有当年高额医疗保险报销比例" Case "119": strErrMsg = " 错误号： 119" & vbCrLf & " 错误描述：没有当年公务员医疗保险报销比例" Case "120": strErrMsg = " 错误号： 120" & vbCrLf & " 错误描述：入院时间无效" Case "121": strErrMsg = " 错误号： 121" & vbCrLf & " 错误描述：没有单位封锁信息Kb02" Case "150": strErrMsg = " 错误号： 150" & vbCrLf & " 错误描述：支出金额为负数输入的支出的金额为负数" Case "151": strErrMsg = " 错误号： 151" & vbCrLf & " 错误描述：个人帐户超支（扣减为负）账户扣出负数来" Case "152": strErrMsg = " 错误号： 152" & vbCrLf & " 错误描述：基本统筹超支" Case "153": strErrMsg = " 错误号： 153" & vbCrLf & " 错误描述：大病统筹超支" Case "154": strErrMsg = " 错误号： 154" & vbCrLf & " 错误描述：公务员医疗补助超支" Case "155": strErrMsg = " 错误号： 155" & vbCrLf & " 错误描述：账户支付费用超过个人应当支付费用" Case "255": strErrMsg = " 错误号： 255" & vbCrLf & " 错误描述：服务程序出错" Case "998": strErrMsg = " 错误号： 998" & vbCrLf & " 错误描述：获取各类流水号失败" Case "999": strErrMsg = " 错误号： 999" & vbCrLf & " 错误描述：数据库sql错误，或者未找到数据" Case "800": strErrMsg = " 错误号： 800" & vbCrLf & " 错误描述：未办理出院手续，却试图进行出院确认操作" Case "801": strErrMsg = " 错误号： 801" & vbCrLf & " 错误描述：已经出院确认，再次试图办理出院确认" '20051020 陈东 add Case "122": strErrMsg = " 错误号： 122" & vbCrLf & " 错误描述：生育支付项目参数错误" Case "200": strErrMsg = " 错误号： 200" & vbCrLf & " 错误描述：对帐开始日期到终止日期没有费用明细" Case "201": strErrMsg = " 错误号： 201" & vbCrLf & " 错误描述：本月已有对帐信息，不能再次对帐" Case "202": strErrMsg = " 错误号： 202" & vbCrLf & " 错误描述：对帐类别错误" Case "203": strErrMsg = " 错误号： 203" & vbCrLf & " 错误描述：没有在系统指定日期对帐" Case "210": strErrMsg = " 错误号： 210" & vbCrLf & " 错误描述：上传诊断代码重复" Case "211": strErrMsg = " 错误号： 211" & vbCrLf & " 错误描述：上传诊断代码不存在" Case "220": strErrMsg = " 错误号： 220" & vbCrLf & " 错误描述：一次住院不能多次生育" Case "221": strErrMsg = " 错误号： 221" & vbCrLf & " 错误描述：一次门诊不能多次生育" Case "222": strErrMsg = " 错误号： 222" & vbCrLf & " 错误描述：药店不能上传生育类费用" Case "223": strErrMsg = " 错误号： 223" & vbCrLf & " 错误描述：没有发生生育时不能上传多胎费用" Case "224": strErrMsg = " 错误号： 224" & vbCrLf & " 错误描述：没有剖宫产时不能上传全身麻醉费用" Case "225": strErrMsg = " 错误号： 225" & vbCrLf & " 错误描述：门诊不能上传剖宫产费用或全身麻醉费用" Case "230": strErrMsg = " 错误号： 230" & vbCrLf & " 错误描述：非生育住院不能上传生育费用" Case "231": strErrMsg = " 错误号： 231" & vbCrLf & " 错误描述：生育住院没有申请并发症不能上传医疗费用" Case Else strErrMsg = "不能确定的错误代码,代码号为" & strErrCode End Select GetErrInfor = strErrMsg End Function Public Sub ExecuteProcedure_ZLNJ(ByVal strCaption As String) '功能：执行SQL语句 Call SQLTest(App.ProductName, strCaption, gstrSQL) gcnOracle_成都内江.Execute gstrSQL, , adCmdStoredProc Call SQLTest End Sub Private Function 结算方式更正(类别 As Integer, Optional ByRef strAdvance = "") As Boolean '----------------------------------------------------------------------------------------------------------- '--功能:更正及显示结算结果 '--入参数: '--出参数:str结算方式 '--返回:成功返回true,否则返回False '----------------------------------------------------------------------------------------------------------- Dim str结算方式 As String, str虚拟结算返回串 As String Dim dbl费用总额 As Double '费用总额=病人自费金额+基本统筹支付金额+大病统筹金额此解释是由刘兴宏根据以面公式转换而来的 '病人自费金额 = 总费用额 - 基本统筹支付金额 - 大病 / 高额统筹支付金额 '自费金额＝现金支付额＋帐户支付额 (即:可选择由现金或用帐户支付) '大病统筹与高额统筹意义相同 '统筹支付金额等于医保内费用根据不同的起付标准和报销比例由医保中心算 '此说明依据北京科瑞奇技术开发股份有限公司蒋红彬负责的解释结算方式更正 = False Err = 0 On Error GoTo errHand: DebugTool "进入(" & "Get结算方式" & ")" ' If g结算数据.结算标志 = 0 Then dbl费用总额 = g结算数据.医保内费用 + g结算数据.医保外费用 ' End If ' If 类别 = 1 Then '龚智毅 20051028 'g结算数据.帐户支付 = dbl费用总额 - g结算数据.医保外费用 - g结算数据.基本医保支付 - g结算数据.高额医保支付 - g结算数据.公务员医疗补助 - g结算数据.生育支付 g结算数据.帐户支付 = dbl费用总额 - g结算数据.医保外费用 - g结算数据.基本医保支付 - g结算数据.高额医保支付 - g结算数据.公务员医疗补助 ' Else ' g结算数据.帐户支付 = dbl费用总额 - g结算数据.基本医保支付 - g结算数据.高额医保支付 - g结算数据.公务员医疗补助 ' End If 'by 20050122 gzy If g结算数据.帐户可用余额 >= 0 Then If g结算数据.帐户可用余额 < g结算数据.帐户支付 Then g结算数据.帐户支付 = g结算数据.帐户可用余额 End If Else g结算数据.帐户支付 = 0 End If str结算方式 = "||个人帐户|" & g结算数据.帐户支付 str虚拟结算返回串 = "个人帐户;" & g结算数据.帐户支付 & ";1" If g结算数据.基本医保支付 <> 0 Then str结算方式 = str结算方式 & "||基本统筹|" & g结算数据.基本医保支付 str虚拟结算返回串 = str虚拟结算返回串 & "|基本统筹;" & g结算数据.基本医保支付 & ";0" End If If g结算数据.高额医保支付 <> 0 Then str结算方式 = str结算方式 & "||大病支付|" & g结算数据.高额医保支付 str虚拟结算返回串 = str虚拟结算返回串 & "|大病支付;" & g结算数据.高额医保支付 & ";0" End If If g结算数据.公务员医疗补助 <> 0 Then str结算方式 = str结算方式 & "||公务员补助|" & g结算数据.公务员医疗补助 str虚拟结算返回串 = str虚拟结算返回串 & "|公务员补助;" & g结算数据.公务员医疗补助 & ";0" End If '20051020 陈东 '>Beging 生育支付 g结算数据.生育盈亏 = 0 If g结算数据.生育支付 <> 0 Then str结算方式 = str结算方式 & "||生育支付|" & g结算数据.生育支付 str虚拟结算返回串 = str虚拟结算返回串 & "|生育支付;" & g结算数据.生育支付 & ";0" End If '>end 生育支付 If Format(g病人身份_成都内江.费用总额, "###0.00;-###0.00;0;0") <> Format(dbl费用总额, "###0.00;-###0.00;0;0") Then Dim blnYes As Boolean '费用总额与医保中心返回总额不致,不能进行结算 ShowMsgbox "本次结算总额(" & g病人身份_成都内江.费用总额 & ") 与" & vbCrLf & _ " 中心返回的总额(" & dbl费用总额 & ")不等，不能结算！" Exit Function End If If g结算数据.生育支付 > g病人身份_成都内江.生育总费用 Then ShowMsgbox "本次发生生育费用：(" & g病人身份_成都内江.生育总费用 & ") 小于" & vbCrLf & _ " 中心返回的生育支付：(" & g结算数据.生育支付 & ")不能结算！" Exit Function End If strAdvance = str虚拟结算返回串结算方式更正 = True Exit Function 'Modified by ZYB 20051123 由于存在虚拟结算，所以不存在校正的问题了 '如果存在,则保存冲预交记录中 ' If str结算方式 <> "" Then ' str结算方式 = Mid(str结算方式, 3) ' g病人身份_成都内江.结算方式 = str结算方式 ' ' If g结算数据.结算标志 = 0 Then ' #If gverControl < 2 Then ' gstrSQL = "zl_病人结算记录_Update(" & g结算数据.结帐ID & ",'" & str结算方式 & "', 0)" ' #Else ' strAdvance = str结算方式 ' gstrSQL = "zl_医保核对表_Insert(" & g结算数据.结帐ID & ",'" & str结算方式 & "')" ' #End If ' Call zlDatabase.ExecuteProcedure(gstrSQL, "更新预交记录") '' Else '' gstrSQL = "zl_病人结算记录_Update(" & g结算数据.结帐ID & ",'" & str结算方式 & "',1)" '' Call zlDatabase.ExecuteProcedure(gstrSQL, "更新预交记录") ' End If ' End If ' ' '显示结算信息 ' '"个人帐户:" & g结算数据.帐户支付 ' #If gverControl < 2 Then ' If frm结算信息.ShowMe(g结算数据.结帐ID, False, , IIf(g结算数据.结算标志 = 0, 0, 1)) = False Then ' 结算方式更正 = False ' Exit Function ' End If ' #End If 结算方式更正 = True Exit Function errHand: If ErrCenter = 1 Then Resume End Function Private Function Get交易代码(ByVal intType As 业务类型_成都内江, Optional bln读名称 As Boolean = False) As String Select Case intType Case 读病人信息_内江 Get交易代码 = IIf(bln读名称, "读病人信息", "01") Case 更改密码_内江 Get交易代码 = IIf(bln读名称, "更改密码", "02") Case 获取帐户余额_内江 Get交易代码 = IIf(bln读名称, "获取帐户余额", "03") Case 门诊明细写入_内江 Get交易代码 = IIf(bln读名称, "门诊明细写入", "04") Case 门诊消费确认_内江 Get交易代码 = IIf(bln读名称, "门诊消费确认", "05") Case 门诊消费取消_内江 Get交易代码 = IIf(bln读名称, "门诊消费取消", "06") Case 住院登记_内江 Get交易代码 = IIf(bln读名称, "住院登记", "07") Case 出院登记上传_内江 Get交易代码 = IIf(bln读名称, "出院登记上传", "08") Case 住院交易上传_内江 Get交易代码 = IIf(bln读名称, "住院交易上传", "09") Case 住院产易上传取消_内江 Get交易代码 = IIf(bln读名称, "住院产易上传取消", "10") Case 出院登记确认_内江 Get交易代码 = IIf(bln读名称, "出院登记确认_内江", "11") Case 获取单位欠缴情况_内江 Get交易代码 = IIf(bln读名称, "获取单位欠缴情况", "12") Case 初始化函数_内江 Get交易代码 = IIf(bln读名称, "初始化函数", "13") Case 网上对帐_内江 Get交易代码 = IIf(bln读名称, "网上对帐", "14") Case 并发症申请上传_内江 Get交易代码 = IIf(bln读名称, "并发症申请上传", "15") Case Else Get交易代码 = IIf(bln读名称, "错误的交易代码", "-1") End Select End Function Public Function 业务请求_成都内江(ByVal intType As 业务类型_成都内江, strInputString As String, strOutPutstring As String) As Boolean '----------------------------------------------------------------------------------------------------------- '--功能:对所有业务进行业务请求 '--入参数:strinPutString-输入串,按参数顺序,以tab键分隔的传入串 '--出参数:strOutPutString-输出串,按参数顺序,以tab键分隔的返回串 '--返回:成功,返回true,否则返回False '----------------------------------------------------------------------------------------------------------- Dim StrInput As String, lngReturn As Long, strReturn As String Dim strOutput(0 To 20) As String, dblOutPut(0 To 25) As Double, intOutPut(0 To 5) As Integer, lngOutPut(0 To 5) As Long Dim strArr1 Dim strArr(0 To 20) As String Dim str业务 As String Dim strReg As String Dim strNetInput As String Dim lng重试 As Long Dim i As Integer str业务 = Get交易代码(intType, True) DebugTool "进入业务请求函数(业务类型代码为:" & intType & " 业务名称：" & str业务 & ")" & vbCrLf & " 输入参数为:" & strInputString 业务请求_成都内江 = False StrInput = strInputString If InitInfor_成都内江.模拟数据 Then '读取模拟数据 Read模拟数据 intType, strInputString, strOutPutstring 业务请求_成都内江 = True Exit Function End If 'Modify 陈东 20051020 'Beging 检查网络是否连通 GetRegInFor g公共全局, "医保", "ConfigFileName", strReg strNetInput = strReg GetRegInFor g公共全局, "医保", "HostPort", strReg strNetInput = strNetInput & vbTab & strReg GetRegInFor g公共全局, "医保", "IPAddress", strReg strNetInput = strNetInput & vbTab & strReg strArr1 = Split(strNetInput, vbTab) For i = 0 To UBound(strArr1) strArr(i) = strArr1(i) Next lngReturn = gobj成都内江.SetCommPara(strArr(0), Val(strArr(1)), strArr(2)) If lngReturn <> 1 Then '龚智毅 20051028 'ShowMsgbox GetErrInfor(Lpad(lngReturn, 3, "0")) ShowMsgbox "医保网络不通" Exit Function End If lngReturn = 0 'End检查网络是否连通 strArr1 = Split(strInputString, vbTab) For i = 0 To UBound(strArr1) strArr(i) = strArr1(i) Next For i = 0 To 20 strOutput(i) = Space(100) Next Err = 0 On Error GoTo errHand: Select Case intType Case 读病人信息_内江 If InitInfor_成都内江.读卡器_内江 = 0 Then '输入参数: ''调试时要加上 gobj成都内江. lngReturn = GetCardInfo_MW(Val(strArr(0)), strArr(1), strOutput(0), strOutput(1), strOutput(2), strOutput(3), strOutput(4), strOutput(5), strOutput(6), strOutput(7), strOutput(8), strOutput(9), strOutput(10), strOutput(11), strOutput(12)) Else lngReturn = GetCardInfo_KRQ(Val(strArr(0)), strOutput(0), strOutput(1), strOutput(2), strOutput(3), strOutput(4), strOutput(5), strOutput(6), strOutput(7), strOutput(8), strOutput(9), strOutput(10), strOutput(11), strOutput(12)) End If For i = 0 To 20 strOutput(i) = Trim(Split(strOutput(i), Chr(0))(0)) Next If lngReturn <> 0 Then ShowMsgbox GetErrInfor(CStr(lngReturn)) Exit Function End If '构建返回串 strReturn = strOutput(0) & vbTab & strOutput(1) & vbTab & strOutput(2) & vbTab & strOutput(3) & vbTab & strOutput(4) & vbTab & strOutput(5) & vbTab & strOutput(6) & vbTab & strOutput(7) & vbTab & strOutput(8) & vbTab & strOutput(9) & vbTab & strOutput(10) & vbTab & strOutput(11) & vbTab & strOutput(12) Case 更改密码_内江 lngReturn = ChangePassword(Val(strArr(0)), strArr(1), strArr(2)) If lngReturn <> 0 Then ShowMsgbox GetErrInfor(CStr(lngReturn)) Exit Function End If Case 获取帐户余额_内江 '输入参数: 个人编号 String (8) IN ' 社保卡号码 String (10) IN ' 统筹地区编码 String (1) IN '输出参数: 帐户余额 Long OUT ' 在职情况 String(1) OUT lngReturn = gobj成都内江.GetAccountAmountFunc(strArr(0), strArr(1), strArr(2), lngOutPut(0), strOutput(0)) If lngReturn <> 0 Then ShowMsgbox GetErrInfor(Lpad(lngReturn, 3, "0")) Exit Function End If strReturn = lngOutPut(0) / 100 & vbTab & strOutput(0) Case 门诊明细写入_内江 '输入参数: 个人编号 String(8) In ' 社保卡号码 String(10) In ' 医院代码 String(5) In ' 操作员卡号码 String(10) In ' 统筹地区编码 String(1) In ' 医院交易流水号 String(20) In ' 交易类别 String(1) In ' 处方条数 String(2) In ' 处方明细 String处方条数×51 In '输出参数: 医保流水号 String(20) Out ' 医保内费用 String(10) Out ' 医保外费用 String(10) Out ' 个人帐户可用余额 String(10) Out ' 处方明细 String处方条数×51 Out ' 在职情况 String(1) Out ' '20051020 add ' 生育支付 String(10) Out Do While lng重试 <= 3 'lngReturn = gobj成都内江.DoConsumeTransFunc(strArr(0), strArr(1), strArr(2), strArr(3), strArr(4), strArr(5), strArr(6), strArr(7), strArr(8), strOutPut(0), strOutPut(1), strOutPut(2), strOutPut(3), strOutPut(4), strOutPut(5)) lngReturn = gobj成都内江.DoConsumeTransFunc(strArr(0), strArr(1), strArr(2), strArr(3), strArr(4), strArr(5), strArr(6), strArr(7), strArr(8), strOutput(0), strOutput(1), strOutput(2), strOutput(3), strOutput(4), strOutput(5), strOutput(6)) If lngReturn <> 0 Then 'If MsgBox(GetErrInfor(Lpad(lngReturn, 3, "0")), vbRetryCancel + vbDefaultButton1, "医保接口") = vbCancel Then ' lng重试 = 8 ' Exit Function ' End If lng重试 = lng重试 + 1 If lng重试 > 3 Then MsgBox GetErrInfor(Lpad(lngReturn, 3, "0")), vbInformation, "医保接口" Exit Function End If Else lng重试 = 5 End If Loop 'strReturn = strOutPut(0) & vbTab & Val(strOutPut(1)) / 100 & vbTab & Val(strOutPut(2)) / 100 & vbTab & Val(strOutPut(3)) / 100 & vbTab & strOutPut(4) & vbTab & strOutPut(5) strReturn = strOutput(0) & vbTab & Val(strOutput(1)) / 100 & vbTab & Val(strOutput(2)) / 100 & vbTab & Val(strOutput(3)) / 100 & vbTab & strOutput(4) & vbTab & strOutput(5) & vbTab & strOutput(6) / 100 Case 门诊消费确认_内江 '输入参数: 个人编号 String(8) In ' 社保卡号码 String(10) In ' 医院代码 String(5) In ' 操作员卡号码 String(10) In ' 统筹地区编码 String(1) In ' 医保交易流水号 String(20) In ' 交易类别 String(1) In ' 个人帐户支付 String(10) In Do While lng重试 <= 3 lngReturn = gobj成都内江.DoConsumeAffirmFunc(strArr(0), strArr(1), strArr(2), strArr(3), strArr(4), strArr(5), strArr(6), strArr(7)) If lngReturn <> 0 Then ' If MsgBox(GetErrInfor(Lpad(lngReturn, 3, "0")), vbRetryCancel + vbDefaultButton1, "医保接口") = vbCancel Then ' lng重试 = 8 ' Exit Function ' End If lng重试 = lng重试 + 1 If lng重试 > 3 Then MsgBox GetErrInfor(Lpad(lngReturn, 3, "0")), vbInformation, "医保接口" Exit Function End If Else lng重试 = 5 End If Loop strReturn = "" Case 门诊消费取消_内江 '输入参数: 个人编号 String(8) In ' 社保卡号码 String(10) In ' 医院代码 String(5) In ' 操作员卡号码 String(10) In ' 统筹地区编码 String(1) In ' 医保交易流水号 String(20) In ' 交易类别 String(1) In Do While lng重试 <= 3 lngReturn = gobj成都内江.DoConsumeCancelFunc(strArr(0), strArr(1), strArr(2), strArr(3), strArr(4), strArr(5), strArr(6)) If lngReturn <> 0 Then ' If MsgBox(GetErrInfor(Lpad(lngReturn, 3, "0")), vbRetryCancel + vbDefaultButton1, "医保接口") = vbCancel Then ' lng重试 = 8 ' Exit Function ' End If lng重试 = lng重试 + 1 If lng重试 > 3 Then MsgBox GetErrInfor(Lpad(lngReturn, 3, "0")), vbInformation, "医保接口" Exit Function End If Else lng重试 = 5 End If Loop strReturn = "" Case 住院登记_内江 '输入参数: 个人编号 String(8) In ' 社保卡号码 String(10) In ' 医院代码 String(5) In ' 操作员卡号码 String(10) In ' 统筹地区编码 String(1) In ' 入院日期 String(8) In ' 入院科别 String(10) In ' 入院诊治医生 String(10) In ' 诊断编码 String(20) In '输出参数:住院流水号 String(20) Out ' 享受待遇标志 Small int Out ' 起付标准 Long Out ' 在职情况 String(1) Out Do While lng重试 <= 3 lngReturn = gobj成都内江.DoHospInFunc(strArr(0), strArr(1), strArr(2), strArr(3), strArr(4), strArr(5), strArr(6), strArr(7), strArr(8), strOutput(0), intOutPut(0), lngOutPut(0), strOutput(1)) If lngReturn <> 0 Then ' If MsgBox(GetErrInfor(Lpad(lngReturn, 3, "0")), vbRetryCancel + vbDefaultButton1, "医保接口") = vbCancel Then ' lng重试 = 8 ' Exit Function ' End If lng重试 = lng重试 + 1 If lng重试 > 3 Then MsgBox GetErrInfor(Lpad(lngReturn, 3, "0")), vbInformation, "医保接口" Exit Function End If Else lng重试 = 5 End If Loop strReturn = strOutput(0) & vbTab & intOutPut(0) & vbTab & lngOutPut(0) & vbTab & strOutput(1) Case 住院交易上传_内江 '输入参数: 个人编号 String(8) In ' 社保卡号码 String(10) In ' 医院代码 String(5) In ' 统筹地区编码 String(1) In ' 医院交易流水号 String(20) In ' 出院带药类别 String(1) In ' 科别 String(10) In ' 医生 String(10) In ' 住院流水号 String(20) In ' 处方条数 String(2) In ' 处方明细 String处方条数×51 In '输出参数: 医保交易流水号 String(20) Out ' 处方明细 String处方条数×51 Out ' TRANSDETIAL输出 (计算费用明细) Out Do While lng重试 <= 3 lngReturn = gobj成都内江.DoHospTransFunc(strArr(0), strArr(1), strArr(2), strArr(3), strArr(4), strArr(5), strArr(6), strArr(7), strArr(8), strArr(9), strArr(10), strOutput(0), strOutput(1), strOutput(2)) If lngReturn <> 0 Then ' If MsgBox(GetErrInfor(Lpad(lngReturn, 3, "0")), vbRetryCancel + vbDefaultButton1, "医保接口") = vbCancel Then ' lng重试 = 8 ' Exit Function ' End If lng重试 = lng重试 + 1 If lng重试 > 3 Then MsgBox GetErrInfor(Lpad(lngReturn, 3, "0")), vbInformation, "医保接口" Exit Function End If Else lng重试 = 5 End If Loop strReturn = strOutput(0) & vbTab & strOutput(1) & vbTab & strOutput(2) Case 住院产易上传取消_内江 '输入参数:个人编号 String(8) In ' 社保卡号码 String(10) In ' 操作员卡号码 String(10) In ' 统筹地区编码 String(1) In ' 住院流水号 String(20) In ' 医保交易流水号 String(20) In '输出参数: ' lngReturn = gobj成都内江.DoHospCancelFunc(strArr(0), strArr(1), strArr(2), strArr(3), strArr(4), strArr(5)) ' If lngReturn <> 0 Then ' ShowMsgbox GetErrInfor(Lpad(lngReturn, 3, "0")) ' Exit Function ' End If Do While lng重试 <= 3 lngReturn = gobj成都内江.DoHospCancelFunc(strArr(0), strArr(1), strArr(2), strArr(3), strArr(4), strArr(5)) If lngReturn <> 0 Then ' If MsgBox(GetErrInfor(Lpad(lngReturn, 3, "0")), vbRetryCancel + vbDefaultButton1, "医保接口") = vbCancel Then ' lng重试 = 8 ' Exit Function ' End If lng重试 = lng重试 + 1 If lng重试 > 3 Then MsgBox GetErrInfor(Lpad(lngReturn, 3, "0")), vbInformation, "医保接口" Exit Function End If Else lng重试 = 5 End If Loop strReturn = strOutput(0) & vbTab & strOutput(1) & vbTab & strOutput(2) Case 出院登记上传_内江 '输入参数:个人编号 String(8) In ' 社保卡号码 String(10) In ' 医院代码 String(5) In ' 操作员卡号码 String(10) In ' 统筹地区编码 String(1) In ' 出院日期 String(8) In ' 出院科别 String(10) In ' 出院诊治医生 String(10) In ' 诊断编码 String(20) In ' 出院带药 String(1) In ' 出院类别 String(1) In ' 住院流水号 String(20) In '输出参数 ' TRANSDETIAL输出 (计算费用明细) ' 享受待遇标志 String(1) Out ' 医保内费用 String(10) Out ' 医保外费用 String(10) Out ' 基本医保支付如果参加大病医保，则为大病医保支付 String(10) Out ' 高额医保支付 String(10) Out ' 公务员医疗补助 String(10) Out ' 个人按比例支付 String(10) Out ' TRANSDETIAL结束 ' 起付标准 String(10) Out ' 个人帐户可用余额 String(10) Out ' lngReturn = gobj成都内江.DoHospOutTransFunc(strArr(0), strArr(1), strArr(2), strArr(3), strArr(4), strArr(5), strArr(6), strArr(7), strArr(8), strArr(9), strArr(10), strArr(11), strOutPut(0), strOutPut(1), strOutPut(2)) ' If lngReturn <> 0 Then ' ShowMsgbox GetErrInfor(Lpad(lngReturn, 3, "0")) ' Exit Function ' End If Do While lng重试 <= 3 lngReturn = gobj成都内江.DoHospOutTransFunc(strArr(0), strArr(1), strArr(2), strArr(3), strArr(4), strArr(5), strArr(6), strArr(7), strArr(8), strArr(9), strArr(10), strArr(11), strOutput(0), strOutput(1), strOutput(2)) If lngReturn <> 0 Then ' If MsgBox(GetErrInfor(Lpad(lngReturn, 3, "0")), vbRetryCancel + vbDefaultButton1, "医保接口") = vbCancel Then ' lng重试 = 8 ' Exit Function ' End If lng重试 = lng重试 + 1 If lng重试 > 3 Then MsgBox GetErrInfor(Lpad(lngReturn, 3, "0")), vbInformation, "医保接口" Exit Function End If Else lng重试 = 5 End If Loop strReturn = strOutput(0) & vbTab & strOutput(1) & vbTab & strOutput(2) Case 出院登记确认_内江 '输入参数:个人编号 String(8) In ' 社保卡号码 String(10) In ' 操作员卡号码 String(10) In ' 统筹地区编号 String(1) In ' 住院流水号 String(20) In ' 个人帐户支付 String(10) In ' lngReturn = gobj成都内江.DoHospOutAffirmFunc(strArr(0), strArr(1), strArr(2), strArr(3), strArr(4), strArr(5)) ' If lngReturn <> 0 Then ' ShowMsgbox GetErrInfor(Lpad(lngReturn, 3, "0")) ' Exit Function ' End If Do While lng重试 <= 3 lngReturn = gobj成都内江.DoHospOutAffirmFunc(strArr(0), strArr(1), strArr(2), strArr(3), strArr(4), strArr(5)) If lngReturn <> 0 Then ' If MsgBox(GetErrInfor(Lpad(lngReturn, 3, "0")), vbRetryCancel + vbDefaultButton1, "医保接口") = vbCancel Then ' lng重试 = 8 ' Exit Function ' End If lng重试 = lng重试 + 1 If lng重试 > 3 Then MsgBox GetErrInfor(Lpad(lngReturn, 3, "0")), vbInformation, "医保接口" Exit Function End If Else lng重试 = 5 End If Loop strReturn = "" Case 获取单位欠缴情况_内江 '输入参数:个人编号 String (8) IN ' 社保卡号码 String (10) IN ' 统筹地区编码 String (1) IN '输出参数 ' 单位欠缴情况 String(1) OUT lngReturn = gobj成都内江.GetArrearInfo(strArr(0), strArr(1), strArr(2), strOutput(0)) If lngReturn <> 0 Then ShowMsgbox GetErrInfor(Lpad(lngReturn, 3, "0")) Exit Function End If strReturn = strOutput(0) Case 初始化函数_内江 '输入参数:ConfigFileName ' HostPort ' IPAddress lngReturn = gobj成都内江.SetCommPara(strArr(0), Val(strArr(1)), strArr(2)) If lngReturn <> 1 Then ShowMsgbox GetErrInfor(Lpad(lngReturn, 3, "0")) Exit Function End If strReturn = "" 'Add 陈东 20051020 Case 网上对帐_内江 '输入参数内容 'HOSPID 医院/药店编号 'TCDQBM 统筹地区编码 'DZLB 对帐类别(0:门诊,1:住院, 2药店) 'KSRQ 对帐开始日期 'ZZRQ 对帐终止日期 'Count 上传数据条数 'je 上传总额 '输出参数 'DZQK 对帐情况(0成功,1 金额相等 , 条数不等 2 金额不等 , 条数相等 3金额不等,条数不等) 'DZCOUNT 对帐数据条数 'DZJE 对帐金额 lngReturn = gobj成都内江.CompareTotal(strArr(0), strArr(1), strArr(2), strArr(3), strArr(4), strArr(5), strArr(6), strOutput(0), strOutput(1), strOutput(2)) If lngReturn <> 0 Then ShowMsgbox GetErrInfor(Lpad(lngReturn, 3, "0")) Exit Function End If strReturn = strOutput(0) & vbTab & strOutput(1) & vbTab & strOutput(2) Case 并发症申请上传_内江 'TCDQBM '统筹地区编码 String (1) IN 'ZYLSH '住院流水号 String (20) IN 'ZDBM '诊断编码 String (200) IN lngReturn = gobj成都内江.DoBFZAffirmFunc(strArr(0), strArr(1), strArr(2)) If lngReturn <> 1 Then ShowMsgbox GetErrInfor(Lpad(lngReturn, 3, "0")) Exit Function End If strReturn = "" End Select strOutPutstring = strReturn 业务请求_成都内江 = True DebugTool " 输出参数为:" & strReturn Exit Function errHand: DebugTool "业务请求失败输出参数为:" & strReturn If ErrCenter = 1 Then Resume End If End Function Public Function GetItemInsure_成都内江(lng病人ID As Long, lng收费细目ID As Long, bln门诊 As Boolean) As String Dim strDefault As String '缺省医保编码 Dim strCurrent As String '当前医保编码，门诊取门诊编码，住院取住院编码 Dim rsTemp As New ADODB.Recordset On Error GoTo errHand gstrSQL = "Select B.类别,A.编码,A.名称,B.说明 From 保险项目 A,医保对照明细 B" & _ " Where B.险类=[1] And A.险类=B.险类 And A.编码=B.项目编码 And B.收费细目ID=[2]" Set rsTemp = zlDatabase.OpenSQLRecord(gstrSQL, "提取医保编码", TYPE_成都内江, lng收费细目ID) rsTemp.Filter = "类别=" & IIf(bln门诊, 1, 2) Select Case rsTemp.RecordCount Case 0 '没有设置对应编码，取缺省编码 rsTemp.Filter = "类别=0" If rsTemp.RecordCount <> 0 Then GetItemInsure_成都内江 = rsTemp!编码 End If Case 1 GetItemInsure_成都内江 = rsTemp!编码 Case Else '多选 GetItemInsure_成都内江 = frm医保项目选择.ShowSelect(rsTemp, lng收费细目ID) End Select rsTemp.Filter = 0 Exit Function errHand: If ErrCenter = 1 Then Resume rsTemp.Filter = 0 End Function Public Function 并发症选择_成都内江(lng病人ID As Long, lng主页ID As Long) '功能上传并发证 '20051024 陈东 Dim rsBfz As New ADODB.Recordset gstrSQL = "Select * from 病案主页 Where 出院日期 is null and 病人ID=[1] And 主页ID=[2]" Set rsBfz = zlDatabase.OpenSQLRecord(gstrSQL, "是否在院", lng病人ID, lng主页ID) If rsBfz.RecordCount > 0 Then gstrSQL = "Select * from 保险帐户 Where 病人ID=[1]" Set rsBfz = zlDatabase.OpenSQLRecord(gstrSQL, "取统筹地区编码", lng病人ID) Else MsgBox "出院病人不能执行此操作!", vbInformation, gstrSysName Exit Function End If If 医保初始化_成都内江 = False Then Exit Function If 存在未结费用(lng病人ID, lng主页ID) = True Then frm病种选择_成都内江.GetCode (lng病人ID) Else MsgBox "费用已结清，不能执行此操作！", vbInformation, gstrSysName Exit Function End If End Function Public Function 判断补办效期_成都内江(lng病人ID As Long, lng主页ID As Long) As Boolean Dim rsTemp As New ADODB.Recordset Dim int有效天数 As Integer Dim dbl相差天数 As Double gstrSQL = "Select nvl(参数值,0) as 参数值 From 保险参数 where 险类=" & TYPE_成都内江 & " and 参数名='允许补办天数'" zlDatabase.OpenRecordset rsTemp, gstrSQL, "获取允许补办天数" If rsTemp.EOF Then 判断补办效期_成都内江 = False MsgBox "没有发现参数：允许补充天数。", vbInformation, gstrSysName Exit Function End If int有效天数 = rsTemp!参数值 gstrSQL = "Select trunc(sysdate-入院日期,2) as 相差天数 From 病案主页 where 病人id =" & lng病人ID & " and 主页id =" & lng主页ID zlDatabase.OpenRecordset rsTemp, gstrSQL, "获取相差天数" If rsTemp.EOF Then 判断补办效期_成都内江 = False MsgBox "无法获取相差天数。", vbInformation, gstrSysName Exit Function End If dbl相差天数 = rsTemp!相差天数 If int有效天数 < dbl相差天数 And int有效天数 > 0 Then 判断补办效期_成都内江 = False MsgBox "已经超过了允许的补办天数。", vbInformation, gstrSysName Exit Function End If 判断补办效期_成都内江 = True End Function

REM ================================================================= REM FFT benchmark program for xbasic REM This version is one COG and does not use PASM butterflies REM ================================================================= include "fft.bas" include "math.bas" include "print.bas" include "propeller.bas" REM ================================================================= REM constants and data REM def FFT_FFT_SIZE = 1024 def FFT_LOG2_FFT_SIZE = 10 def FFT_CMD_DECIMATE = 1 def FFT_CMD_BUTTERFLY = 2 def FFT_CMD_MAGNITUDE = 4 REM default size is integer (long) REM dim bx(FFT_FFT_SIZE) dim by(FFT_FFT_SIZE) REM For testing define 16 samples of an input wave form here. dim indat() = { 4096, 3784, 2896, 1567, 0, -1567, -2896, -3784, -4096, -3784, -2896, -1567, 0, 1567, 2896, 3784 } REM ================================================================= REM start program REM main REM finish program in a loop do waitcnt(clkfreq+cnt) loop REM ----------------------------------------------------------------- REM main fft test REM Test harness for the FFT REM def main print print "heater_fft v2.0"; print " - ported to xbasic by "; print " jazzed July 2011." print print " Test time about 3 seconds"; print " on 80MHz Propeller." print " Starting test ...." print REM Input some data fillInput REM The Fourier transform, including bit-reversal reordering and magnitude converstion startTime = cnt FFT_butterflies(FFT_CMD_DECIMATE | FFT_CMD_BUTTERFLY | FFT_CMD_MAGNITUDE, @bx, @by) endTime = cnt REM Print resulting spectrum printSpectrum print "1024 point FFT plus magnitude "; print "calculation run time = "; print (endTime - startTime) / (clkfreq / 1000); " ms" print end def REM ----------------------------------------------------------------- REM dim real, imag, magnitude REM Spectrum is available in first half of the buffers after FFT. REM def printSpectrum dim i print "Freq. Magnitude" for i = 0 to (FFT_FFT_SIZE / 2) print i, bx(i) next i end def dim hex16array(16) = { '0', '1', '2', '3', '4', '5', '6', '7' '8', '9', 'A', 'B', 'C', 'D', 'E', 'F' } REM=================================================== REM Print a hexidecimal number to current text position REM @param value - decimal number REM @param digits - number of digits to print REM def printhex(value, digits) dim n do while digits > 0 digits = digits - 1 n = (value >> (digits<<2)) & 0xf uartTx(hex16array(n)) loop end def REM ----------------------------------------------------------------- REM Fill buffer bx with samples of of an imput signal and clear by. REM WARNING: Keep the peek amplitude < 2048. REM def fillInput REM dim r, sx, sy dim length = FFT_FFT_SIZE dim one = 1 dim k = 0 do while k < length REM Two frequencies of the waveform defined in indat bx(k) = (indat((3*k) mod 16) / 4) - 1 bx(k) = bx(k) + (indat((5*k) mod 16) / 4) - 1 REM The highest frequency if k & 1 then bx(k) = bx(k) + 200 else bx(k) = bx(k) + -200 end if REM A DC level bx(k) = bx(k) + 200 REM Clear Y array. by(k) = 0 k = k + one loop end def REM end of file REM =================================================================

Operation =1 Option =0 Where ="(((dbo_ProjectHeader.DocketNum) Is Not Null) AND ((dbo_ProjectHeader.ProjectStat" "usID)<=30))" Begin InputTables Name ="dbo_ProjectComponentLFFinishWorkList" Name ="dbo_ProjectComponentHeader" Name ="dbo_ProjectHeader" Name ="dbo_ContactGeneral" Name ="dbo_CompanyLocation" End Begin OutputColumns Expression ="dbo_ProjectComponentLFFinishWorkList.ID" Expression ="dbo_ProjectComponentLFFinishWorkList.ProjectComponentID" Expression ="dbo_ContactGeneral.CompName" Expression ="dbo_ProjectHeader.ProjectName" Expression ="dbo_ProjectComponentHeader.ComponentName" Expression ="dbo_ProjectComponentLFFinishWorkList.SectionName" Expression ="dbo_ProjectHeader.DocketNum" Alias ="HasCutter" Expression ="IIf(InStr([name],\"flatbed cutter\")>1,True,False)" Alias ="HasRollCutter" Expression ="IIf(InStr([name],\"roll cutter\")>1,True,False)" Alias ="HasRouter" Expression ="IIf(InStr([name],\"flatbed router\")>0,True,False)" Alias ="HasLaminate" Expression ="IIf(InStr([name],\"laminat\")>0,True,False)" Alias ="HasDrill" Expression ="IIf(InStr([name],\"drill\")>0,True,False)" Alias ="HasTaping" Expression ="IIf(InStr([name],\"taping\")>0,True,False)" Alias ="HasKitting" Expression ="IIf(InStr([name],\"kitting\")>0,True,False)" Alias ="HasSewnHem" Expression ="IIf(InStr([name],\"sewn hem\")>0,True,False)" Alias ="HasOtherSrv" Expression ="IIf([HasCutter]=False And [HasRollCutter]=False And [hasrouter]=False And [hasla" "minate]=False And [hasdrill]=False And [hastaping]=False And [haskitting]=False " "And [hassewnhem]=False,True,False)" Expression ="dbo_ProjectComponentLFFinishWorkList.Status" Expression ="dbo_ProjectHeader.InvoiceNum" Expression ="dbo_ProjectHeader.KeepInProductionYN" Expression ="dbo_ProjectComponentLFFinishWorkList.Name" Expression ="dbo_ProjectComponentHeader.StLFFinish" Expression ="dbo_ProjectComponentHeader.MHLFFinish" Expression ="dbo_ProjectComponentHeader.DYLFFinish" Expression ="dbo_ProjectComponentHeader.StPrint" Alias ="DueDate" Expression ="IIf(Nz([SpecifiedDueDate],0)>0,[specifiedduedate],[assignedduedate])" Expression ="dbo_ProjectHeader.ProjectStatusID" Alias ="ProofDisplay" Expression ="IIf([HardProofSentDate],Format(IIf([HardProofApprovedDate],[HardProofApprovedDat" "e],\"\"),\"Medium Date\"),Format(IIf([ProofApprovedDate],[ProofApprovedDate],\"\"" "),\"Medium Date\"))" Expression ="dbo_ProjectHeader.DeliveryCutoffTime" Expression ="dbo_ProjectComponentHeader.ExpectedQty" Expression ="dbo_ProjectHeader.IsRush" Expression ="dbo_ProjectHeader.ContactGeneralID" Expression ="dbo_ProjectHeader.FirmDueDate" Expression ="dbo_ProjectComponentHeader.ProjectHeaderID" Expression ="dbo_ProjectHeader.CompanyLocationID" Expression ="dbo_CompanyLocation.ReportColor" End Begin Joins LeftTable ="dbo_ProjectComponentLFFinishWorkList" RightTable ="dbo_ProjectComponentHeader" Expression ="dbo_ProjectComponentLFFinishWorkList.ProjectComponentID = dbo_ProjectComponentHe" "ader.ID" Flag =1 LeftTable ="dbo_ProjectComponentHeader" RightTable ="dbo_ProjectHeader" Expression ="dbo_ProjectComponentHeader.ProjectHeaderID = dbo_ProjectHeader.ID" Flag =1 LeftTable ="dbo_ProjectHeader" RightTable ="dbo_ContactGeneral" Expression ="dbo_ProjectHeader.ContactGeneralID = dbo_ContactGeneral.ID" Flag =2 LeftTable ="dbo_ProjectHeader" RightTable ="dbo_CompanyLocation" Expression ="dbo_ProjectHeader.CompanyLocationID = dbo_CompanyLocation.ID" Flag =2 End dbBoolean "ReturnsRecords" ="-1" dbInteger "ODBCTimeout" ="60" dbByte "RecordsetType" ="0" dbBoolean "OrderByOn" ="0" dbByte "Orientation" ="0" dbByte "DefaultView" ="2" dbBinary "GUID" = Begin 0x614bcc4f284baa4cadb9f55c8a324323 End dbBoolean "FilterOnLoad" ="0" dbBoolean "OrderByOnLoad" ="-1" dbBoolean "TotalsRow" ="0" dbLongBinary "DOL" = Begin 0x0acc0e5500000000ccdae839ea603049a9a3da6e12671b4f000000009726574c , 0x2de0e4400000000000000000640062006f005f00500072006f006a0065006300 , 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0x07000000614bcc4f284baa4cadb9f55c8a3243234800610073004f0074006800 , 0x65007200530072007600000000000000c4e49d975864f94698cb4f0614c3ec7a , 0x07000000614bcc4f284baa4cadb9f55c8a324323440075006500440061007400 , 0x650000000000000097bf7db54a399948baa43dcb82c1345507000000614bcc4f , 0x284baa4cadb9f55c8a324323500072006f006f00660044006900730070006c00 , 0x61007900000000000000c73ad9baf87ecf4293f7213ef0e1ef8a07000000ccda , 0xe839ea603049a9a3da6e12671b4f490044000000000000001e40657114655c43 , 0x97fc4838a9a13d2507000000ccdae839ea603049a9a3da6e12671b4f50007200 , 0x6f006a0065006300740043006f006d0070006f006e0065006e00740049004400 , 0x000000000000fde2928bbc55824d8e33fcf8a8e7c2e107000000bb4ee421343f , 0x624db77659eef5e022a143006f006d0070004e0061006d006500000000000000 , 0x1c9b84855b8f264abd34a504e56b05af0700000035f87d9f0b136040ad3c2851 , 0xf16d2a80500072006f006a006500630074004e0061006d006500000000000000 , 0xa21dc4fed47c244fa08fb5209ebbfbc707000000d2d381ba93398a4283a6a9ed , 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0x80a7b4be4800610072006400500072006f006f006600530065006e0074004400 , 0x6100740065000000000000005bc2afaa308a944d853680cee4b2efba07000000 , 0xd2d381ba93398a4283a6a9ed80a7b4be4800610072006400500072006f006f00 , 0x660041007000700072006f007600650064004400610074006500000000000000 , 0x78a4ab78684be74a86eca6bbeda30d6807000000d2d381ba93398a4283a6a9ed , 0x80a7b4be500072006f006f00660041007000700072006f007600650064004400 , 0x61007400650000000000000078fe3e064e1fef458d83017ec118ee5607000000 , 0x35f87d9f0b136040ad3c2851f16d2a80440065006c0069007600650072007900 , 0x4300750074006f0066006600540069006d0065000000000000007857d2ada5ee , 0x1a42ae4659405dc8fd6b07000000d2d381ba93398a4283a6a9ed80a7b4be4500 , 0x780070006500630074006500640051007400790000000000000093ba397e7575 , 0x9745b39991abbd4894170700000035f87d9f0b136040ad3c2851f16d2a804900 , 0x730052007500730068000000000000008265226ce5165f4597f9cda188898d96 , 0x0700000035f87d9f0b136040ad3c2851f16d2a8043006f006e00740061006300 , 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0x9d745c2d3c9b453407000000f0a07a545f8a6448b11bd6a1031b20d149004400 , 0x000000000000000000000000000000000000000000000c000000050000000000 , 0x000000000000000000000000 End dbByte "PublishToWeb" ="1" Begin Begin dbText "Name" ="dbo_ContactGeneral.CompName" dbLong "AggregateType" ="-1" dbBinary "GUID" = Begin 0xda5b718935ed4143b9c647680df595f1 End End Begin dbText "Name" ="dbo_ProjectHeader.DocketNum" dbLong "AggregateType" ="-1" dbBinary "GUID" = Begin 0x95f4e4e94221bf4cb264d8f2bcaa5f4a End End Begin dbText "Name" ="dbo_ProjectComponentLFFinishWorkList.SectionName" dbLong "AggregateType" ="-1" dbBinary "GUID" = Begin 0xe9109248176610449a9283fb025cfefd End End Begin dbText "Name" ="dbo_ProjectHeader.InvoiceNum" dbLong "AggregateType" ="-1" dbBinary "GUID" = Begin 0xe888f07c5e51cb46a64537e533d89f72 End End Begin dbText "Name" ="dbo_ProjectComponentLFFinishWorkList.Status" dbLong "AggregateType" ="-1" dbBinary "GUID" = Begin 0x404d31817d65844a8da6a72b740b671e End End Begin dbText "Name" ="dbo_ProjectHeader.KeepInProductionYN" dbLong "AggregateType" ="-1" dbBinary "GUID" = Begin 0x0d45eb16938f0a458de9e1a323bb5dd5 End End Begin dbText "Name" ="dbo_ProjectComponentLFFinishWorkList.ProjectComponentID" dbLong "AggregateType" ="-1" End Begin dbText "Name" ="dbo_ProjectComponentLFFinishWorkList.Name" dbInteger "ColumnWidth" ="2835" dbBoolean "ColumnHidden" ="0" dbLong "AggregateType" ="-1" End Begin dbText "Name" ="HasCutter" dbLong "AggregateType" ="-1" dbBinary "GUID" = Begin 0x1b420ba99e70424782f5e01ec3c5157e End End Begin dbText "Name" ="HasRouter" dbLong "AggregateType" ="-1" dbBinary "GUID" = Begin 0x62878ec8fedc484d85115c3ba8f8250c End End Begin dbText "Name" ="HasRollCutter" dbLong "AggregateType" ="-1" dbBinary "GUID" = Begin 0x7445d7793732e946b9c9a9c0b8285048 End End Begin dbText "Name" ="HasLaminate" dbLong "AggregateType" ="-1" dbBinary "GUID" = Begin 0x0403edd95e096148b9f904b1a7120f0e End End Begin dbText "Name" ="HasDrill" dbLong "AggregateType" ="-1" dbBinary "GUID" = Begin 0xbf415f8d37d9c845b2e86d12a05c9513 End End Begin dbText "Name" ="HasTaping" dbLong "AggregateType" ="-1" dbBinary "GUID" = Begin 0x8668125fd1bf9d48b3190313ff17f1a5 End End Begin dbText "Name" ="HasKitting" dbLong "AggregateType" ="-1" dbBinary "GUID" = Begin 0xa473e003de09d540b06e8007d5854ba6 End End Begin dbText "Name" ="HasSewnHem" dbLong "AggregateType" ="-1" dbBinary "GUID" = Begin 0xd9bfbe4b140cca4e96783149bc2ec916 End End Begin dbText "Name" ="dbo_ProjectHeader.ProjectName" dbLong "AggregateType" ="-1" End Begin dbText "Name" ="dbo_ProjectComponentHeader.ComponentName" dbLong "AggregateType" ="-1" End Begin dbText "Name" ="dbo_ProjectComponentHeader.StLFFinish" dbLong "AggregateType" ="-1" End Begin dbText "Name" ="dbo_ProjectComponentHeader.MHLFFinish" dbLong "AggregateType" ="-1" End Begin dbText "Name" ="dbo_ProjectComponentHeader.StPrint" dbLong "AggregateType" ="-1" End Begin dbText "Name" ="DueDate" dbLong "AggregateType" ="-1" dbBinary "GUID" = Begin 0xc4e49d975864f94698cb4f0614c3ec7a End End Begin dbText "Name" ="HasOtherSrv" dbLong "AggregateType" ="-1" dbBinary "GUID" = Begin 0xf1e532df9ae7d84e95e08a34bd0dba56 End End Begin dbText "Name" ="dbo_ProjectHeader.ProjectStatusID" dbLong "AggregateType" ="-1" End Begin dbText "Name" ="ProofDisplay" dbInteger "ColumnWidth" ="3075" dbBoolean "ColumnHidden" ="0" dbLong "AggregateType" ="-1" dbBinary "GUID" = Begin 0x97bf7db54a399948baa43dcb82c13455 End End Begin dbText "Name" ="dbo_ProjectHeader.DeliveryCutoffTime" dbLong "AggregateType" ="-1" End Begin dbText "Name" ="dbo_ProjectComponentHeader.ExpectedQty" dbLong "AggregateType" ="-1" End Begin dbText "Name" ="dbo_ProjectHeader.IsRush" dbLong "AggregateType" ="-1" End Begin dbText "Name" ="dbo_ProjectHeader.ContactGeneralID" dbLong "AggregateType" ="-1" End Begin dbText "Name" ="dbo_ProjectHeader.FirmDueDate" dbLong "AggregateType" ="-1" End Begin dbText "Name" ="dbo_ProjectComponentHeader.DYLFFinish" dbLong "AggregateType" ="-1" End Begin dbText "Name" ="dbo_ProjectComponentHeader.ProjectHeaderID" dbLong "AggregateType" ="-1" End Begin dbText "Name" ="dbo_ProjectComponentLFFinishWorkList.ID" dbLong "AggregateType" ="-1" End Begin dbText "Name" ="dbo_CompanyLocation.ReportColor" dbLong "AggregateType" ="-1" End Begin dbText "Name" ="dbo_ProjectHeader.CompanyLocationID" dbLong "AggregateType" ="-1" End End Begin State =0 Left =28 Top =126 Right =1558 Bottom =849 Left =-1 Top =-1 Right =1498 Bottom =366 Left =0 Top =0 ColumnsShown =539 Begin Left =29 Top =9 Right =322 Bottom =394 Top =0 Name ="dbo_ProjectComponentLFFinishWorkList" Name ="" End Begin Left =373 Top =18 Right =600 Bottom =350 Top =0 Name ="dbo_ProjectComponentHeader" Name ="" End Begin Left =689 Top =8 Right =881 Bottom =365 Top =0 Name ="dbo_ProjectHeader" Name ="" End Begin Left =1005 Top =81 Right =1291 Bottom =373 Top =0 Name ="dbo_ContactGeneral" Name ="" End Begin Left =1339 Top =12 Right =1483 Bottom =156 Top =0 Name ="dbo_CompanyLocation" Name ="" End End

DECLARE SUB center (row%, text$) ' ллллллллллллллллллллллллллллллллллллллллллллллллллллллллллллллллллллл" ' л л ' л л лл лллл лллл ллллл лл л ллллллл л л л ' л л л л л л л л л л л л л л л л ' л л лллллл лллл лллл л л л л л лллллл л ' л л л л л л л л л л л л л л л л ' л ллллл л л лллл л л ллллл л лл л л л л ' л л ' ллллллллллллллллллллллллллллллллллллллллллллллллллллллллллллллллллллл ' ' By Tim Caswell ' ' Controls ' ' 8 ' 7 9 ' \Г/ ' 4ФФ6 ' /Г\ ' 4 3 ' 2 ' ' ' ' DECLARE SUB instruct () DEFINT A-S, U-Z DIM c(11, 11), L(23, 17) FOR X = 0 TO 22: L(X, 0) = 1: L(X, 17) = 1: NEXT X: FOR Y = 1 TO 16: L(0, Y) = 1: L(22, Y) = 1: NEXT Y DIM TEMP%(10000), BAD(10, 5) DIM X(1000), Y(1000) MMD = -1: MMR = -1 MD = 1: MR = 1 'INPUT "SCREEN MODE(1-CGA 2-EGA 3-VGA 4-MONOCHROME 5-MONOCHROME)"; SCM SCM = 3 IF SCM = 1 THEN SCREEN 1 IF SCM = 2 THEN SCREEN 9 IF SCM = 3 THEN SCREEN 12 IF SCM = 4 THEN SCREEN 12 IF SCM = 5 THEN SCREEN 12: FOR a = 0 TO 15: PALETTE a, a / 15 * 63: NEXT a WINDOW SCREEN (0, 0)-(639, 479) S = 1 OPEN "Labyrint.PIC" FOR INPUT AS #1 FOR N = 1 TO 15 FOR Y = 1 TO 10 STEP S FOR X = 1 TO 10 STEP S INPUT #1, c IF c > 0 THEN IF c = 8 THEN c = -1 c = c + 8 IF SCM = 1 THEN IF c <> 15 AND c <> 7 THEN c = 1 IF c = 15 THEN c = 3 IF c = 7 THEN c = 2 END IF IF SCM = 4 THEN IF c <> 15 AND c <> 7 THEN c = 3.5 IF c = 15 THEN c = 7.5 IF c = 7 THEN c = 4 c = c * 2 END IF IF SCM = 5 THEN IF c <> 15 AND c <> 7 THEN c = .2 IF c = 15 THEN c = .3 IF c = 7 THEN c = .1 c = c * 10! / 3 * 15 END IF END IF c(X, Y) = c NEXT X NEXT Y FOR X = 1 TO 10 STEP S c(X, 0) = c(X, 1) c(X, 11) = c(X, 10) NEXT X FOR Y = 0 TO 11 STEP S c(0, Y) = c(1, Y) c(11, Y) = c(10, Y) NEXT Y P = P + 1 FOR Y = 1 TO 10 FOR X = 1 TO 10 c = c(X, Y) IF SCM <> 5 THEN PSET (X * 3 - 2 + P * 30 - 30, Y * 3 - 2), c PSET (X * 3 - 3 + P * 30 - 30, Y * 3 - 3), c PSET (X * 3 - 3 + P * 30 - 30, Y * 3 - 1), c PSET (X * 3 - 1 + P * 30 - 30, Y * 3 - 1), c PSET (X * 3 - 1 + P * 30 - 30, Y * 3 - 3), c PSET (X * 3 - 3 + P * 30 - 30, Y * 3 - 2), c(X - 1, Y) PSET (X * 3 - 1 + P * 30 - 30, Y * 3 - 2), c(X + 1, Y) PSET (X * 3 - 2 + P * 30 - 30, Y * 3 - 3), c(X, Y - 1) PSET (X * 3 - 2 + P * 30 - 30, Y * 3 - 1), c(X, Y + 1) ELSE PSET (X * 3 - 2 + P * 30 - 30, Y * 3 - 2), c PSET (X * 3 - 3 + P * 30 - 30, Y * 3 - 3), (c(X - 1, Y - 1) + c) / 2 PSET (X * 3 - 3 + P * 30 - 30, Y * 3 - 1), (c(X - 1, Y + 1) + c) / 2 PSET (X * 3 - 1 + P * 30 - 30, Y * 3 - 1), (c(X + 1, Y + 1) + c) / 2 PSET (X * 3 - 1 + P * 30 - 30, Y * 3 - 3), (c(X + 1, Y - 1) + c) / 2 PSET (X * 3 - 3 + P * 30 - 30, Y * 3 - 2), (c(X - 1, Y) + c) / 2 PSET (X * 3 - 1 + P * 30 - 30, Y * 3 - 2), (c(X + 1, Y) + c) / 2 PSET (X * 3 - 2 + P * 30 - 30, Y * 3 - 3), (c(X, Y - 1) + c) / 2 PSET (X * 3 - 2 + P * 30 - 30, Y * 3 - 1), (c(X, Y + 1) + c) / 2 END IF NEXT X NEXT Y IF N = 1 THEN DIM P1%(900): GET (1 + P * 30 - 30, 1)-(P * 30, 30), P1% IF N = 2 THEN DIM P2%(900): GET (1 + P * 30 - 30, 1)-(P * 30, 30), P2% IF N = 3 THEN DIM P3%(900): GET (1 + P * 30 - 30, 1)-(P * 30, 30), P3% IF N = 4 THEN DIM P4%(900): GET (1 + P * 30 - 30, 1)-(P * 30, 30), P4% IF N = 5 THEN DIM P5%(900): GET (1 + P * 30 - 30, 1)-(P * 30, 30), P5% IF N = 6 THEN DIM P6%(900): GET (1 + P * 30 - 30, 1)-(P * 30, 30), P6% IF N = 7 THEN DIM P7%(900): GET (1 + P * 30 - 30, 1)-(P * 30, 30), P7% IF N = 8 THEN DIM P8%(900): GET (1 + P * 30 - 30, 1)-(P * 30, 30), P8% IF N = 9 THEN DIM P9%(900): GET (1 + P * 30 - 30, 1)-(P * 30, 30), P9% IF N = 10 THEN DIM P10%(900): GET (1 + P * 30 - 30, 1)-(P * 30, 30), P10% IF N = 11 THEN DIM P11%(900): GET (1 + P * 30 - 30, 1)-(P * 30, 30), P11% IF N = 12 THEN DIM P12%(900): GET (1 + P * 30 - 30, 1)-(P * 30, 30), P12% IF N = 13 THEN DIM P13%(900): GET (1 + P * 30 - 30, 1)-(P * 30, 30), P13% IF N = 14 THEN DIM P14%(900): GET (1 + P * 30 - 30, 1)-(P * 30, 30), P14% IF N = 15 THEN DIM P15%(900): GET (1 + P * 30 - 30, 1)-(P * 30, 30), P15% NEXT N CLOSE #1 wow: CLS CALL center(9, "Labyrinth") CALL center(11, "1-PLAY GAME") CALL center(12, "2-EDIT OR TEST") CALL center(13, "3-QUIT") CALL center(14, "4-Instructions") DO: a$ = INKEY$ IF a$ = "1" THEN GOSUB START: GOTO wow IF a$ = "2" THEN GOSUB EDIT: GOTO wow IF a$ = "3" THEN RUN "\tim\menu.bas" IF a$ = "4" THEN CALL instruct: GOTO wow LOOP START: FOR LEVEL = 1 TO 30 IF LEVEL < 1 THEN LEVEL = 1 IF LEVEL = 1 THEN OPEN "Labyrint.001" FOR INPUT AS #1 IF LEVEL = 2 THEN OPEN "Labyrint.002" FOR INPUT AS #1 IF LEVEL = 3 THEN OPEN "Labyrint.003" FOR INPUT AS #1 IF LEVEL = 4 THEN OPEN "Labyrint.004" FOR INPUT AS #1 IF LEVEL = 5 THEN OPEN "Labyrint.005" FOR INPUT AS #1 IF LEVEL = 6 THEN OPEN "Labyrint.006" FOR INPUT AS #1 IF LEVEL = 7 THEN OPEN "Labyrint.007" FOR INPUT AS #1 IF LEVEL = 8 THEN OPEN "Labyrint.008" FOR INPUT AS #1 IF LEVEL = 9 THEN OPEN "Labyrint.009" FOR INPUT AS #1 IF LEVEL = 10 THEN OPEN "Labyrint.010" FOR INPUT AS #1 IF LEVEL = 11 THEN OPEN "Labyrint.011" FOR INPUT AS #1 IF LEVEL = 12 THEN OPEN "Labyrint.012" FOR INPUT AS #1 IF LEVEL = 13 THEN OPEN "Labyrint.013" FOR INPUT AS #1 IF LEVEL = 14 THEN OPEN "Labyrint.014" FOR INPUT AS #1 IF LEVEL = 15 THEN OPEN "Labyrint.015" FOR INPUT AS #1 IF LEVEL = 16 THEN OPEN "Labyrint.016" FOR INPUT AS #1 IF LEVEL = 17 THEN OPEN "Labyrint.017" FOR INPUT AS #1 IF LEVEL = 18 THEN OPEN "Labyrint.018" FOR INPUT AS #1 IF LEVEL = 19 THEN OPEN "Labyrint.019" FOR INPUT AS #1 IF LEVEL = 20 THEN OPEN "Labyrint.020" FOR INPUT AS #1 IF LEVEL = 21 THEN OPEN "Labyrint.021" FOR INPUT AS #1 IF LEVEL = 22 THEN OPEN "Labyrint.022" FOR INPUT AS #1 IF LEVEL = 23 THEN OPEN "Labyrint.023" FOR INPUT AS #1 IF LEVEL = 24 THEN OPEN "Labyrint.024" FOR INPUT AS #1 IF LEVEL = 25 THEN OPEN "Labyrint.025" FOR INPUT AS #1 IF LEVEL = 26 THEN OPEN "Labyrint.026" FOR INPUT AS #1 IF LEVEL = 27 THEN OPEN "Labyrint.027" FOR INPUT AS #1 IF LEVEL = 28 THEN OPEN "Labyrint.028" FOR INPUT AS #1 IF LEVEL = 29 THEN OPEN "Labyrint.029" FOR INPUT AS #1 IF LEVEL = 30 THEN OPEN "Labyrint.030" FOR INPUT AS #1 COIN = 0 FOR Y = 1 TO 16 INPUT #1, a$ FOR X = 1 TO 21 L$ = MID$(a$, X, 1) L = ASC(L$) - 64 IF L$ = "." OR L$ = " " THEN L = 0 IF L = 6 THEN COIN = COIN + 1 IF L$ = "S" THEN L = 0: TTX = X: TTY = Y IF L$ = "e" OR L = 16 THEN L = 16: FX = X: FY = Y IF L < 0 OR L > 16 THEN L = 0 L(X, Y) = L NEXT X NEXT Y CLOSE #1 CLS FOR Y = 1 TO 16 FOR X = 1 TO 21 SX = X * 30 - 30 SY = Y * 30 - 30 IF L(X, Y) = .1 THEN L(X, Y) = 0 TX = X TY = Y LV = L(X, Y): GOSUB DD: NEXT X: NEXT Y X = TTX: Y = TTY GOSUB GO IF LEVEL > 30 THEN RETURN NEXT LEVEL: RETURN GO: DO: LOOP WHILE INKEY$ <> "" HP = 0 J = 0 GET (100, 6 * 30)-(540, 7 * 30), TEMP% CALL center(13, "PRESS SPACE TO PLAY") DO: LOOP WHILE INKEY$ <> " " PUT (100, 6 * 30), TEMP%, PSET DO: a$ = INKEY$: OX = X: OY = Y: MN = 0 FOR a = 1 TO MN MX = BAD(a, 1) MY = BAD(a, 2) MT = BAD(a, 3) MHP = BAD(a, 4) MJ = BAD(a, 5) LOCATE a, 1: PRINT MT PRINT L(MX - 1, MY); L(MX, MY); L(MX + 1, MY) IF MT = 0 THEN GOTO SKIP OMX = MX: OMY = MY IF MT = 1 THEN IF L(MX + 1, MY) > 0 THEN MX = MX + 1 ELSE MT = -2 IF MT = -1 THEN IF L(MX - 1, MY) > 0 THEN MX = MX - 1 ELSE MT = 1 IF MT = -2 THEN MT = -1 IF MT = 2 THEN IF MX < X THEN MX = MX + 1 IF MX > X THEN MX = MX - 1 IF MY > Y THEN IF L(MX, MY + 1) > 0 THEN MJ = -3 IF MY < Y THEN MJ = 0: IF L(MX, MY) = 8 OR L(MX, MY + 1) = 8 THEN MY = MY + 1 END IF IF L(MX, MY) = 1 OR L(MX, MY) = 14 THEN MX = OMX: MY = OMY MS = 0 IF MJ > 0 THEN MJ = MJ - 1: MY = MY - 1: MS = 1 IF L(MX, MY) = 8 THEN MS = 1 IF L(MX, MY) = 10 THEN MS = 1 IF L(MX, MY + 1) = 8 THEN MS = 1 IF L(MX, MY + 1) = 14 THEN MS = 1 IF L(MX, MY + 1) >= 1 AND L(MX, MY + 1) <= 3 THEN MS = 1 IF MS = 0 THEN MY = MY + 1 IF L(MX, MY) = 1 OR L(MX, MY) = 14 THEN MX = OMX: MY = OMY IF L(MX, MY) = 15 THEN MHP = MHP - 5 IF L(MX, MY) = 2 THEN IF OMX < MX THEN MY = MY - 1 ELSE MX = OMX: Y = OMY IF L(MX, MY) = 3 THEN IF OMX > MX THEN MY = MY - 1 ELSE MX = OMX: Y = OMY IF L(MX, MY) = 4 THEN IF OMY < MY THEN MX = MX - 1 ELSE MX = OMX: Y = OMY IF L(MX, MY) = 5 THEN IF OMY < MY THEN MX = MX + 1 ELSE MX = OMX: MY = OMY IF L(MX, MY) = 9 THEN MHP = MHP - 10 IF L(MX, MY) = 12 THEN L(MX, MY) = 13: SX = MX * 30 - 30: SY = MY * 30 - 30: LV = 13: GOSUB DD: L1 = 15: L2 = 14: GOSUB C1: MX = OMX: MY = OMY IF L(MX, MY) = 13 THEN L(MX, MY) = 12: SX = MX * 30 - 30: SY = MY * 30 - 30: LV = 12: GOSUB DD: L1 = 14: L2 = 15: GOSUB C1: MX = OMX: MY = OMY IF L(MX, MY) = 7 AND OMY < MY THEN IF MMD = 1 THEN IF L(MX, MY + 1) = 0 THEN L(MX, MY + 1) = 7: L(MX, MY) = 0 ELSE MD = -2: MY = OMY IF MMD = -1 THEN IF L(MX, MY - 1) = 0 AND L(MX, MY - 2) = 0 THEN L(MX, MY) = 0: L(MX, MY - 1) = 7: MY = MY - 2 ELSE MMD = 2: MY = OMY IF MMD = 2 THEN MMD = 1 ELSE IF MMD = -2 THEN MMD = -1 SX = MX * 30 - 30: SY = MY * 30: LV = 7: GOSUB DD SX = MX * 30 - 30: SY = MY * 30 + 30: LV = L(MX, MY + 2): GOSUB DD END IF IF L(X, Y) = 11 AND OY <= Y THEN IF MMR = 1 THEN IF L(MX + 1, MY) = 0 THEN L(MX + 1, MY) = 11: L(MX, MY) = 0: MX = MX + 1 ELSE MMR = -2 IF MMR = -1 THEN IF L(MX - 1, MY) = 0 THEN L(MX - 1, MY) = 11: L(MX, MY) = 0: MX = MX - 1 ELSE MMR = 2 IF MMR = 2 THEN MMR = 1 ELSE IF MMR = -2 THEN MMR = -1 SX = OMX * 30 - 30: SY = MY * 30 - 30: LV = L(OMX, MY): GOSUB DD SX = MX * 30 - 30: SY = MY * 30 - 30: GOSUB D11 Y = OMY END IF IF MPH < 0 THEN MT = 0 BAD(a, 1) = MX BAD(a, 2) = MY BAD(a, 3) = MT BAD(a, 4) = MHP BAD(a, 5) = MJ SKIP: SX = OMX * 30 - 30: SY = OMY * 30 - 30: LV = L(OMX, OMY): GOSUB DD IF MT <> 0 THEN CIRCLE (MX * 30 - 15, MY * 30 - 15), 10, 12: CIRCLE (MX * 30 - 15, MY * 30 - 15), 5, 10 NEXT a MN = 0 IF HP > 150 THEN FOR a = 300 TO 37 STEP -3: SOUND a + 4 * RND, .1: CIRCLE (320, 240), 300 - a: SOUND 340 - a + 3 * RND, .1: NEXT a: HP = 0: LEVEL = LEVEL - 2: RETURN IF a$ = "q" OR a$ = "Q" THEN LEVEL = 50: RETURN IF a$ = "R" THEN HP = HP + 100 IF a$ = "8" OR a$ = CHR$(0) + "H" THEN a$ = INKEY$: IF L(X, Y + 1) > 0 AND L(X, Y + 1) < 15 THEN J = 3 ELSE IF L(X, Y) = 8 OR L(X, Y) = 10 THEN J = 9 IF a$ = "7" OR a$ = CHR$(0) + "G" THEN a$ = "4": IF L(X, Y + 1) > 0 AND L(X, Y + 1) < 15 THEN J = 3 ELSE IF L(X, Y) = 8 OR L(X, Y) = 10 THEN J = 3 IF a$ = "9" OR a$ = CHR$(0) + "I" THEN a$ = "6": IF L(X, Y + 1) > 0 AND L(X, Y + 1) < 15 THEN J = 3 ELSE IF L(X, Y) = 8 OR L(X, Y) = 10 THEN J = 3 IF a$ = "2" OR a$ = CHR$(0) + "P" THEN IF L(X, Y) = 8 OR L(X, Y + 1) = 8 OR L(X, Y) = 10 THEN IF Y < 16 THEN Y = Y + 1 IF a$ = "1" OR a$ = CHR$(0) + "O" THEN a$ = "4": IF L(X, Y) = 8 OR L(X, Y + 1) = 8 OR L(X, Y) = 10 THEN IF Y < 16 THEN Y = Y + 1 IF a$ = "3" OR a$ = CHR$(0) + "Q" THEN a$ = "6": IF L(X, Y) = 8 OR L(X, Y + 1) = 8 OR L(X, Y) = 10 THEN IF Y < 16 THEN Y = Y + 1 IF a$ = "4" OR a$ = CHR$(0) + "K" THEN X = X - 1 IF a$ = "6" OR a$ = CHR$(0) + "M" THEN X = X + 1 IF L(X, Y) = 1 THEN X = OX: Y = OY IF L(X, Y) = 14 THEN X = OX: Y = OY S = 0 IF J > 0 THEN J = J - 1: Y = Y - 1: S = 1 IF L(X, Y) = 8 THEN S = 1: J = 0 IF L(X, Y) = 10 THEN S = 1 IF L(X, Y + 1) = 8 THEN S = 1 IF L(X, Y + 1) = 14 THEN S = 1 IF L(X, Y + 1) >= 1 AND L(X, Y + 1) <= 3 THEN S = 1 IF S = 0 THEN Y = Y + 1 IF X < OX THEN X = OX - 1 IF X > OX THEN X = OX + 1 IF Y < OY THEN Y = OY - 1 IF Y > OY THEN Y = OY + 1 IF X < 1 THEN X = 1 IF X > 21 THEN X = 21 IF Y < 1 THEN Y = 1 IF Y > 16 THEN Y = 16 IF L(X, Y) = 1 THEN X = OX: Y = OY: SOUND 100, .2 IF L(X, Y) = 14 THEN X = OX: Y = OY: SOUND 1000, .1: SOUND 3000, .1 IF LEVEL <> 11 THEN IF L(X, Y) = 15 THEN HP = HP + 5: FOR a = 1 TO 10: SOUND 37 + ABS(100 - HP + a ^ 2), .1: NEXT a IF LEVEL = 11 THEN IF L(X, Y) = 15 THEN HP = HP + 1: FOR a = 1 TO 2: SOUND 37 + ABS(100 - HP + a ^ 2), .1: NEXT a IF L(X, Y) = 2 THEN IF OX < X THEN Y = Y - 1 ELSE X = OX: Y = OY IF L(X, Y) = 3 THEN IF OX > X THEN Y = Y - 1 ELSE X = OX: Y = OY IF L(X, Y) = 4 THEN IF OY < Y THEN X = X - 1 ELSE X = OX: Y = OY IF L(X, Y) = 5 THEN IF OY < Y THEN X = X + 1 ELSE X = OX: Y = OY IF COIN = 0 THEN COIN = -5: SX = FX * 30 - 30: SY = FY * 30 - 30: LV = 16: GOSUB DD IF L(X, Y) = 6 THEN L(X, Y) = 0: FOR a = 1 TO 10: SOUND 100 + a * a * 10, .08 + a / 100: NEXT a: COIN = COIN - 1 IF L(X, Y) = 9 THEN HP = HP + 10: FOR a = 1 TO 20: SOUND 37 + ABS(100 - HP + a ^ 2), .1: NEXT a IF L(X, Y) = 12 THEN L(X, Y) = 13: SX = X * 30 - 30: SY = Y * 30 - 30: LV = 13: GOSUB DD: L1 = 15: L2 = 14: GOSUB C1: X = OX: Y = OY IF L(X, Y) = 13 THEN L(X, Y) = 12: SX = X * 30 - 30: SY = Y * 30 - 30: LV = 12: GOSUB DD: L1 = 14: L2 = 15: GOSUB C1: X = OX: Y = OY IF L(X, Y) = 7 AND OY < Y THEN IF MD = 1 THEN IF L(X, Y + 1) = 0 THEN L(X, Y + 1) = 7: L(X, Y) = 0 ELSE MD = -2: Y = OY IF MD = -1 THEN IF L(X, Y - 1) = 0 AND L(X, Y - 2) = 0 THEN L(X, Y) = 0: L(X, Y - 1) = 7: Y = Y - 2 ELSE MD = 2: Y = OY IF MD = 2 THEN MD = 1 ELSE IF MD = -2 THEN MD = -1 SX = X * 30 - 30: SY = Y * 30: LV = 7: GOSUB DD SX = X * 30 - 30: SY = Y * 30 + 30: LV = L(X, Y + 2): GOSUB DD END IF IF L(X, Y) = 11 AND OY <= Y THEN IF MR = 1 THEN IF L(X + 1, Y) = 0 THEN L(X + 1, Y) = 11: L(X, Y) = 0: X = X + 1 ELSE MR = -2 IF MR = -1 THEN IF L(X - 1, Y) = 0 THEN L(X - 1, Y) = 11: L(X, Y) = 0: X = X - 1 ELSE MR = 2 IF MR = 2 THEN MR = 1 ELSE IF MR = -2 THEN MR = -1 SX = OX * 30 - 30: SY = Y * 30 - 30: LV = L(OX, Y): GOSUB DD SX = X * 30 - 30: SY = Y * 30 - 30: GOSUB D11 Y = OY END IF IF L(X, Y) = 6 THEN L(X, Y) = 0: FOR a = 1 TO 10: SOUND 100 + a * a * 10, .08 + a / 100: NEXT a: COIN = COIN - 1 SX = X * 30 - 30: SY = Y * 30 - 30: LV = L(X, Y): GOSUB DD SX = OX * 30 - 30: SY = OY * 30 - 30 LV = L(OX, OY): GOSUB DD CIRCLE (X * 30 - 15, Y * 30 - 15), 10, 15 CIRCLE (X * 30 - 15, Y * 30 - 15), 9, 7 DO: LOOP WHILE TIMER - TME < .1: TME = TIMER IF L(X, Y) = 16 AND COIN < 0 THEN RETURN LOOP C1: X(0) = X: Y(0) = Y: LN = 0 C3: IF LN >= 0 THEN TX = X(LN) + 1: TY = Y(LN): GOSUB C2 IF LN >= 0 THEN TX = X(LN) - 1: TY = Y(LN): GOSUB C2 IF LN >= 0 THEN TX = X(LN): TY = Y(LN) - 1: GOSUB C2 IF LN >= 0 THEN TX = X(LN): TY = Y(LN) + 1: GOSUB C2 LN = LN - 1 RETURN C2: IF TX <= 0 OR TY <= 0 OR TX > 21 OR TY > 16 THEN RETURN IF L(TX, TY) = L1 THEN L(TX, TY) = L2 SX = TX * 30 - 30: SY = TY * 30 - 30: LV = L(TX, TY): GOSUB DD LN = LN + 1: X(LN) = TX: Y(LN) = TY: GOSUB C3 END IF RETURN DD: IF SX >= 0 AND SY >= 0 AND SX <= 640 - 30 AND SY <= 480 - 30 THEN ON LV + 1 GOSUB D0, D1, D2, D3, D4, D5, D6, D7, D8, D9, D10, D11, D12, D13, D14, D15, D16 RETURN D0: LINE (SX, SY)-(SX + 29, SY + 29), 0, BF: RETURN D1: PUT (SX, SY), P1%, PSET: RETURN D2: PUT (SX, SY), P2%, PSET: RETURN D3: PUT (SX, SY), P3%, PSET: RETURN D4: PUT (SX, SY), P4%, PSET: RETURN D5: PUT (SX, SY), P5%, PSET: RETURN D6: PUT (SX, SY), P6%, PSET: RETURN D7: PUT (SX, SY), P7%, PSET: RETURN D8: PUT (SX, SY), P8%, PSET: RETURN D9: PUT (SX, SY), P9%, PSET: RETURN D10: PUT (SX, SY), P10%, PSET: RETURN D11: PUT (SX, SY), P11%, PSET: RETURN D12: PUT (SX, SY), P12%, PSET: RETURN D13: PUT (SX, SY), P13%, PSET: RETURN D14: PUT (SX, SY), P14%, PSET: RETURN D15: PUT (SX, SY), P15%, PSET: RETURN D16: GOSUB D0 IF COIN < 0 THEN FOR a = 1 TO 15 STEP 1: LINE (SX + a, SY + a)-(SX + 29 - a, SY + 29 - a), 15 * RND, B: SOUND 1000 - a * 20, .3: NEXT a: ELSE GOSUB D0 RETURN EDIT: GOSUB REFRESH DO: a$ = INKEY$ IF a$ = "q" OR a$ = "Q" THEN RETURN IF a$ = "`" THEN COIN = 0 SX = X: SY = Y FOR Y = 1 TO 16 FOR X = 1 TO 21 IF L(X, Y) = 6 THEN COIN = COIN + 1 IF L(X, Y) = 16 THEN FX = X: FY = Y NEXT X NEXT Y 'SX = TTX: SY = TTY X = SX: Y = SY GOSUB GO END IF IF a$ = "5" THEN GOSUB REFRESH IF a$ = "8" OR a$ = CHR$(0) + "H" THEN Y = Y - 1 IF a$ = "2" OR a$ = CHR$(0) + "P" THEN Y = Y + 1 IF a$ = "4" OR a$ = CHR$(0) + "K" THEN X = X - 1 IF a$ = "6" OR a$ = CHR$(0) + "M" THEN X = X + 1 IF a$ = "7" OR a$ = CHR$(0) + "G" THEN X = X - 1: Y = Y - 1 IF a$ = "9" OR a$ = CHR$(0) + "I" THEN X = X + 1: Y = Y - 1 IF a$ = "1" OR a$ = CHR$(0) + "O" THEN X = X - 1: Y = Y + 1 IF a$ = "3" OR a$ = CHR$(0) + "Q" THEN X = X + 1: Y = Y + 1 IF X < 1 THEN X = 1 IF Y < 1 THEN Y = 1 IF X > 21 THEN X = 21 IF Y > 16 THEN Y = 16 IF a$ = "s" THEN DO: PRINT "SAVE AS WHAT LEVEL(1-30)WAS "; ADD$; : INPUT LEVEL LOOP WHILE LEVEL < 0 OR LEVEL > 30 LEVEL$ = "Labyrint.0" IF LEVEL = 1 THEN ADD$ = "00" IF LEVEL = 1 THEN ADD$ = "01" IF LEVEL = 2 THEN ADD$ = "02" IF LEVEL = 3 THEN ADD$ = "03" IF LEVEL = 4 THEN ADD$ = "04" IF LEVEL = 5 THEN ADD$ = "05" IF LEVEL = 6 THEN ADD$ = "06" IF LEVEL = 7 THEN ADD$ = "07" IF LEVEL = 8 THEN ADD$ = "08" IF LEVEL = 9 THEN ADD$ = "09" IF LEVEL = 10 THEN ADD$ = "10" IF LEVEL = 11 THEN ADD$ = "11" IF LEVEL = 12 THEN ADD$ = "12" IF LEVEL = 13 THEN ADD$ = "13" IF LEVEL = 14 THEN ADD$ = "14" IF LEVEL = 15 THEN ADD$ = "15" IF LEVEL = 16 THEN ADD$ = "16" IF LEVEL = 17 THEN ADD$ = "17" IF LEVEL = 18 THEN ADD$ = "18" IF LEVEL = 19 THEN ADD$ = "19" IF LEVEL = 20 THEN ADD$ = "20" IF LEVEL = 21 THEN ADD$ = "21" IF LEVEL = 22 THEN ADD$ = "22" IF LEVEL = 23 THEN ADD$ = "23" IF LEVEL = 24 THEN ADD$ = "24" IF LEVEL = 25 THEN ADD$ = "25" IF LEVEL = 26 THEN ADD$ = "26" IF LEVEL = 27 THEN ADD$ = "27" IF LEVEL = 28 THEN ADD$ = "28" IF LEVEL = 29 THEN ADD$ = "29" IF LEVEL = 30 THEN ADD$ = "30" OPEN LEVEL$ + ADD$ FOR OUTPUT AS #1 FOR Y = 1 TO 16 a$ = "" FOR X = 1 TO 21 L$ = CHR$(L(X, Y) + 64) L = L(X, Y) IF L = 0 THEN L$ = "." IF L = 16 THEN L$ = "e" IF X = TTX AND Y = TTY THEN L$ = "S" a$ = a$ + L$ NEXT X PRINT a$ PRINT #1, a$ NEXT Y CLOSE #1 GOSUB REFRESH END IF IF a$ = "l" THEN DO: INPUT "LOAD WHICH LEVEL(1-30)"; LEVEL LOOP WHILE LEVEL < 0 OR LEVEL > 30 LEVEL$ = "Labyrint.0" IF LEVEL = 0 THEN ADD$ = "00" IF LEVEL = 1 THEN ADD$ = "01" IF LEVEL = 2 THEN ADD$ = "02" IF LEVEL = 3 THEN ADD$ = "03" IF LEVEL = 4 THEN ADD$ = "04" IF LEVEL = 5 THEN ADD$ = "05" IF LEVEL = 6 THEN ADD$ = "06" IF LEVEL = 7 THEN ADD$ = "07" IF LEVEL = 8 THEN ADD$ = "08" IF LEVEL = 9 THEN ADD$ = "09" IF LEVEL = 10 THEN ADD$ = "10" IF LEVEL = 11 THEN ADD$ = "11" IF LEVEL = 12 THEN ADD$ = "12" IF LEVEL = 13 THEN ADD$ = "13" IF LEVEL = 14 THEN ADD$ = "14" IF LEVEL = 15 THEN ADD$ = "15" IF LEVEL = 16 THEN ADD$ = "16" IF LEVEL = 17 THEN ADD$ = "17" IF LEVEL = 18 THEN ADD$ = "18" IF LEVEL = 19 THEN ADD$ = "19" IF LEVEL = 20 THEN ADD$ = "20" IF LEVEL = 21 THEN ADD$ = "21" IF LEVEL = 22 THEN ADD$ = "22" IF LEVEL = 23 THEN ADD$ = "23" IF LEVEL = 24 THEN ADD$ = "24" IF LEVEL = 25 THEN ADD$ = "25" IF LEVEL = 26 THEN ADD$ = "26" IF LEVEL = 27 THEN ADD$ = "27" IF LEVEL = 28 THEN ADD$ = "28" IF LEVEL = 29 THEN ADD$ = "29" IF LEVEL = 30 THEN ADD$ = "30" OPEN LEVEL$ + ADD$ FOR INPUT AS #1 FOR Y = 1 TO 16 INPUT #1, a$ FOR X = 1 TO 21 L$ = MID$(a$, X, 1) L = ASC(L$) - 64 IF L$ = "S" THEN L = 0: TTX = X: TTY = Y IF L$ = "." THEN L = 0 IF L$ = "e" THEN L = 16 L(X, Y) = L NEXT X NEXT Y CLOSE #1 GOSUB REFRESH X = TTX: Y = TTY END IF IF a$ = "A" THEN L(X, Y) = 0 IF a$ = "S" THEN CIRCLE (TTX * 30 - 15, TTY * 30 - 15), 10, 0 CIRCLE (TTX * 30 - 15, TTY * 30 - 15), 9, 0 TTX = X: TTY = Y END IF IF a$ = " " THEN L(X, Y) = 1 IF a$ = "/" THEN L(X, Y) = 2 IF a$ = "\" THEN L(X, Y) = 3 IF a$ = "," THEN L(X, Y) = 4 IF a$ = "." THEN L(X, Y) = 5 IF a$ = "Q" THEN L(X, Y) = 6 IF a$ = "W" THEN L(X, Y) = 7 IF a$ = "E" THEN L(X, Y) = 8 IF a$ = "R" THEN L(X, Y) = 9 IF a$ = "T" THEN L(X, Y) = 10 IF a$ = "Y" THEN L(X, Y) = 11 IF a$ = "U" THEN L(X, Y) = 12 IF a$ = "I" THEN L(X, Y) = 13 IF a$ = "O" THEN L(X, Y) = 14 IF a$ = "P" THEN L(X, Y) = 15 IF a$ = "F" THEN L(X, Y) = 16 IF a$ = "Z" THEN DO: X = INT(21 * RND) + 1: Y = INT(16 * RND) + 1: LOOP WHILE L(X, Y) <> 0 L(X, Y) = 6 END IF IF a$ = "N" THEN FOR Y = 1 TO 16 FOR X = 1 TO 21 L(X, Y) = 0 NEXT X NEXT Y GOSUB REFRESH END IF COIN = -1 SX = OX * 30 - 30: SY = OY * 30 - 30: LV = L(OX, OY): GOSUB DD CIRCLE (TTX * 30 - 15, TTY * 30 - 15), 10, 15 CIRCLE (TTX * 30 - 15, TTY * 30 - 15), 9, 7 CIRCLE (X * 30 - 15, Y * 30 - 15), 3, 9 CIRCLE (X * 30 - 15, Y * 30 - 15), 7, 14 CIRCLE (X * 30 - 15, Y * 30 - 15), 10, 15 OX = X: OY = Y TME = TIMER DO: LOOP WHILE TIMER - TME < .05 LOOP REFRESH: CLS FOR X = 1 TO 21 FOR Y = 1 TO 16 SX = X * 30 - 30: SY = Y * 30 - 30: LV = L(X, Y): GOSUB DD NEXT Y NEXT X RETURN DEFINT T 'Center: ' Centers text on given row SUB center (row, text$) LOCATE row, 41 - LEN(text$) / 2 PRINT text$; END SUB DEFSNG T SUB instruct CLS COLOR 15 COLOR 9 PRINT PRINT " л лл лллл лллл ллллл лл л ллллллл л л" PRINT " л л л л л л л л л л л л л л" PRINT " л лллллл лллл лллл л л л л л лллллл" PRINT " л л л л л л л л л л л л л л" PRINT " ллллл л л лллл л л ллллл л лл л л л" PRINT COLOR 15 PRINT " By Tim Caswell" PRINT PRINT " Controls" COLOR 10 PRINT PRINT " 'q' - Quit and return to menu 7 8 9" PRINT " \Г/" PRINT " 4ФФ6" PRINT " /Г\" PRINT " 1 2 3" PRINT COLOR 13 PRINT " The object of Labyrinth is to solve the puzzle of each level and" PRINT "to pass it. The exit is hidden somwhere in the level and cannot be" PRINT "found until all the coins are collected." COLOR 11 PRINT " The switches are used to control the status of the touching squares." PRINT "The blue squares are ice and are solid. The red squares are fire. You " PRINT "can go through them, but you get hurt. The spikes just hurt you a lot." PRINT "You can hang off of a bar to climb over a dangerous area. The sliding" PRINT "bridges help you get around also. Once all the coins are collected, " PRINT "the exit appears. Some levels have other, not so visible, exits that can be" PRINT "found." DO: c = (c + 1) MOD 5 COLOR c + 9 LOCATE 1, 1 PRINT PRINT " л лл лллл лллл ллллл лл л ллллллл л л" PRINT " л л л л л л л л л л л л л л" PRINT " л лллллл лллл лллл л л л л л лллллл" PRINT " л л л л л л л л л л л л л л" PRINT " ллллл л л лллл л л ллллл л лл л л л" PRINT LOOP WHILE INKEY$ = "" END SUB

100 ' POINT sample 110 SCREEN 0,0:CLS 3 120 IF INKEY$<>"" THEN 120 130 X=RND*639:Y=RND*199:C=RND*6+1 140 PSET(X,Y),C 150 PRINT "x=";POINT(0);" y=";POINT(1); 160 PRINT " color=";POINT(POINT(0),POINT(1)) 170 IF INKEY$="" THEN 130 ELSE END

OPTION EXPLICIT OPTION DEFAULT NONE OPTION BASE 0 OPTION CONSOLE BOTH #INCLUDE "../INC/Dummy.inc" #INCLUDE "../INC/Utility.inc" #INCLUDE "../INC/Palette.inc" #INCLUDE "../INC/Sheet.inc" #INCLUDE "../INC/Box.inc" #INCLUDE "../INC/Background.inc" #INCLUDE "../INC/TileEngine.inc" #INCLUDE "../INC/Frame.inc" #INCLUDE "../INC/Anim.inc" #INCLUDE "../INC/EventTypes.inc" #INCLUDE "../INC/Event.inc" #INCLUDE "../INC/EventTEtrigger.inc" #INCLUDE "../INC/EventStep.inc" #INCLUDE "../INC/ObjectTypes.inc" #INCLUDE "../INC/ViewEventTags.inc" #INCLUDE "../INC/EventView.inc" #INCLUDE "../INC/ViewObject.inc" #INCLUDE "../INC/TextEntry.inc" #INCLUDE "../INC/Object.inc" #INCLUDE "../INC/ObjectList.inc" #INCLUDE "../INC/EventCollision.inc" #INCLUDE "../INC/EventManager.inc" #INCLUDE "../INC/LogManager.inc" #INCLUDE "../INC/DisplayManager.inc" #INCLUDE "../INC/EventOut.inc" #INCLUDE "../INC/SceneGraph.inc" #INCLUDE "../INC/WorldManager.inc" #INCLUDE "../INC/EventKeyboard.inc" #INCLUDE "../INC/EventJoystick.inc" #INCLUDE "../INC/InputManager.inc" #INCLUDE "../INC/Sound.inc" #INCLUDE "../INC/GameManager.inc" #INCLUDE "../CSUBS/cFuncRAM.inc" DIM box1% = Box_create%(0, 0, 0, 0) DIM c1x% = 3 DIM c1y% = 2 box_cornerX%(box1%) = c1x% box_cornerY%(box1%) = c1y% box_width%(box1%) = 100 box_height%(box1%) = 200 DIM c2x% = 10 DIM c2y% = 20 DIM box2% = Box_create%(c2x%, c2y%, 1000, 2000) IF box_cornerX%(box2%) <> c2x% THEN ERROR "Box_getCorner error." ENDIF IF box_cornerY%(box2%) <> c2y% THEN ERROR "Box_getCorner error." ENDIF IF box_width%(box2%) <> 1000 THEN ERROR "Box_getHorizontal error" ENDIF IF box_height%(box2%) <> 2000 THEN ERROR "Box_getVertical error" ENDIF Box_copy(box2%, box1%) IF NOT Box_eq%(box2%, box1%) THEN ERROR "Box_copy error" ENDIF box_cornerX%(box2%) = -1 box_cornerY%(box2%) = -1 box_width%(box2%) = 2 box_height%(box2%) = 2 Box_scale(box2%, 2) box_cornerX%(box1%) = -2 box_cornerY%(box1%) = -2 box_width%(box1%) = 4 box_height%(box1%) = 4 IF NOT Box_eq%(box2%, box1%) THEN ERROR "Box_scale error" ENDIF Box_destroy(box1%) Box_destroy(box2%) PRINT "Num boxes allocated = "+STR$(box_numAllocated%) PRINT "Test Complete." END

' size in bytes (STRING) the data type needs CONST IntegerLength = 2 ' how many of each type will we store CONST ARRAYSIZE = 100 ' determine memory needed by multiplying arraysize by datatypesize CONST IntegerArrayLength = IntegerLength * ARRAYSIZE DEFSTR S ' all variables whose name starts with s is a string TYPE IntList 'dim for 10 integers IntegerArray AS STRING * INTEGERARRAYLENGTH END TYPE DECLARE FUNCTION Array$ (Dim1, Dim2, Dim3, Value$) REDIM SHARED intList(1 TO 1000) AS IntList ' The Mstuff array will be treated as a ' 3-dimensional array containing mixed data types. ' Create various values... MyInteger% = 32000 ' Set various array elements with the values above. ' The Value$ parameter accepts the values. sRet = Array$(IntegerArray, 2, 3, STR$(MyInteger%)) ' Get the values back. ' Array$ returns the values if the Value$ parameter = "" NewInteger% = VAL(Array$(IntegerArray, 2, 3, "")) NewLong& = VAL(Array$(LongArray, 9, 1, "")) NewSingle! = VAL(Array$(SingleArray, 2, 7, "")) NewDouble# = VAL(Array$(DoubleArray, 1, 1, "")) CLS ' Print them PRINT " Stored:"; MyInteger%, MyLong&, MySingle!, MyDouble# PRINT "Retrieved:"; NewInteger%, NewLong&, NewSingle!, NewDouble# FUNCTION Array$ (Dim1, Dim2, Dim3, Value$) SELECT CASE Value$ CASE "" SELECT CASE Dim1 CASE IntegerArray Array$ = LTRIM$(STR$(CVI(MID$(Mstuff(Dim2).IntegerArray, Dim3 * 2 - 1, 2)))) CASE LongArray Array$ = LTRIM$(STR$(CVL(MID$(Mstuff(Dim2).LongArray, Dim3 * 4 - 1, 4)))) CASE SingleArray Array$ = LTRIM$(STR$(CVS(MID$(Mstuff(Dim2).SingleArray, Dim3 * 4 - 1, 4)))) CASE DoubleArray Array$ = LTRIM$(STR$(CVD(MID$(Mstuff(Dim2).DoubleArray, Dim3 * 8 - 1, 8)))) END SELECT CASE ELSE SELECT CASE Dim1 CASE IntegerArray MID$(Mstuff(Dim2).IntegerArray, Dim3 * 2 - 1, 2) = MKI$(VAL(Value$)) CASE LongArray MID$(Mstuff(Dim2).LongArray, Dim3 * 4 - 1, 4) = MKL$(VAL(Value$)) CASE SingleArray MID$(Mstuff(Dim2).SingleArray, Dim3 * 4 - 1, 4) = MKS$(VAL(Value$)) CASE DoubleArray MID$(Mstuff(Dim2).DoubleArray, Dim3 * 8 - 1, 8) = MKD$(VAL(Value$)) END SELECT END SELECT END FUNCTION

'*** PROGRAM: Show ASCII... ' This program shows ASCII codes, with each one being written onto it's own separate line. CLS PRINT "ASCII no", "ASCII character" FOR intEachAsciiNo% = 0 TO 255 PRINT intEachAsciiNo%, CHR$(intEachAsciiNo%) DO: LOOP UNTIL INKEY$ <> "" NEXT END