Split (1)

train · 122k rows

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fcd5f9b7818a6bff993b84d3037e20a1eb45376f	449d555969bfd7befe906877abab098c6e63a0e8	/2223/CH18/EX18.42/Ex18_42.sce	5d84424893efe7cc45e27b43cf0270981c552cac	[]	no_license	FOSSEE/Scilab-TBC-Uploads	948e5d1126d46bdd2f89a44c54ba62b0f0a1f5e1	7bc77cb1ed33745c720952c92b3b2747c5cbf2df	refs/heads/master	2020-04-09T02:43:26.499817	2018-02-03T05:31:52	2018-02-03T05:31:52	37,975,407	3	12	null	null	null	null	UTF-8	Scilab	false	false	738	sce	Ex18_42.sce	// scilab Code Exa 18.42 Calculation for Tidal Power Plant T=50e6; // capacity of basin in cubic meters of sea water N=60; // Speed for the model in RPM NS=3; //specific speed H=9.8; // net head for the model in m n_o=0.78; // Assuming efficiency rho=1000; // density in kg/m3 g=9.81; // gravitational acceleration in m/s2 n(1)=5; // number of turbines n(2)=10; omega=%pi2N/60; P=(NS^2)(H^(5/2))(549.016^2)/(omega^2); disp("MW",P1e-6,"(a)the power for the turbines is") Q=P/(n_orhogH); // discharge in m3/s disp("m3/s",Q,"(b)the discharge rate for the turbines is") disp("(c)") for i=1:2 disp(n(i),"when number of turbines are:") t=T/(n(i)Q3600); disp("hours",t,"duration of operation is") end
6b6ba7f27b437de99f264c2a5bf94cffe137546a	e04f3a1f9e98fd043a65910a1d4e52bdfff0d6e4	/New LSTMAttn Model/.data/lemma-split/SURPRISE-LANGUAGES/Germanic/nno.tst	676e6eee870d16587b144fe8a8f3e5c358cbccce	[]	no_license	davidgu13/Lemma-vs-Form-Splits	c154f1c0c7b84ba5b325b17507012d41b9ad5cfe	3cce087f756420523f5a14234d02482452a7bfa5	refs/heads/master	2023-08-01T16:15:52.417307	2021-09-14T20:19:28	2021-09-14T20:19:28	395,023,433	3	0	null	null	null	null	UTF-8	Scilab	false	false	49,839	tst	nno.tst	flyt N;DEF;PL flyt N;DEF;SG flyt N;NDEF;PL sløg ADJ;SPRL;DEF sløg ADJ;NEUT sløg ADJ;MASC+FEM sløg ADJ;CMPR sløg N;DEF;SG+PL sløg ADJ;SPRL;NDEF brann N;DEF;PL brann N;DEF;SG brann N;NDEF;PL klaustrofobisk ADJ;NEUT;SG klaustrofobisk N;DEF;SG+PL døgn N;DEF;PL døgn N;DEF;SG døgn N;NDEF;PL undersøke V;NFIN;PASS undersøke V;IMP undersøke V;PST undersøke V;PRS polynesisk ADJ;NEUT;SG polynesisk N;DEF;SG+PL mogleg ADJ;NDEF;SG mogleg N;DEF;SG+PL tru N;DEF;SG tru N;DEF;PL tru V;IMP tru V;PST tru V;PRS tru N;NDEF;PL tru V;NFIN;PASS fødselsdag N;DEF;SG fødselsdag N;DEF;PL fødselsdag N;NDEF;PL operasjon N;DEF;SG operasjon N;NDEF;PL operasjon N;DEF;PL bulgarar N;NDEF;PL bulgarar N;DEF;PL bulgarar N;DEF;SG hettittisk N;DEF;SG+PL hettittisk N;DEF;SG hettittisk ADJ;NDEF;SG samarbeide V;NFIN;PASS samarbeide V;PRS samarbeide V;PST samarbeide V;IMP åsete N;NDEF;PL åsete N;DEF;PL åsete N;DEF;SG trollkvinne N;NDEF;PL trollkvinne N;DEF;SG trollkvinne N;DEF;PL helium N;DEF;SG kjerub N;DEF;PL kjerub N;NDEF;PL kjerub N;DEF;SG pakt N;NDEF;PL pakt N;DEF;SG pakt N;DEF;PL astat N;DEF;SG utfordra V;NFIN;PASS utfordra V;IMP utfordra V;PST utfordra V;PRS estetisk N;DEF;SG+PL estetisk ADJ;NEUT;SG slengje V;IMP slengje V;PRS slengje V;PST slengje V;NFIN;PASS frykt N;NDEF;PL frykt N;DEF;SG frykt N;DEF;PL pornografi N;DEF;SG sierraleonar N;DEF;PL sierraleonar N;NDEF;PL sierraleonar N;DEF;SG litium N;DEF;SG avgjere V;PST avgjere V;NFIN;PASS avgjere V;PRS avgjere V;IMP funksjon N;DEF;SG funksjon N;DEF;PL funksjon N;NDEF;PL 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bulevard N;DEF;SG ofre V;NFIN;PASS ofre V;PST ofre V;IMP ofre V;PRS vegetasjon N;DEF;SG vegetasjon N;DEF;PL vegetasjon N;NDEF;PL høgre ADJ;SG+PL turisme N;DEF;SG somaliar N;DEF;PL somaliar N;NDEF;PL somaliar N;DEF;SG massemordar N;DEF;SG massemordar N;DEF;PL massemordar N;NDEF;PL søke V;PST søke V;IMP søke V;NFIN;PASS søke V;PRS klesplagg N;DEF;PL klesplagg N;DEF;SG klesplagg N;NDEF;PL datasimulering N;DEF;PL datasimulering N;DEF;SG datasimulering N;NDEF;PL nederlag N;DEF;SG nederlag N;DEF;PL nederlag N;NDEF;PL vitamin N;DEF;SG vitamin N;DEF;PL vitamin N;NDEF;PL berømt N;DEF;SG+PL berømt ADJ;NEUT;SG smør N;DEF;SG muslimsk N;DEF;SG+PL muslimsk ADJ;NEUT;SG ugift ADJ;NEUT;SG ugift N;DEF;SG+PL månefisk N;DEF;PL månefisk N;NDEF;PL månefisk N;DEF;SG flyfrakt N;DEF;SG elfenbeinstårn N;NDEF;PL elfenbeinstårn N;DEF;PL elfenbeinstårn N;DEF;SG anorakk N;DEF;SG anorakk N;NDEF;PL anorakk N;DEF;PL tanke V;NFIN;PASS tanke N;DEF;PL tanke V;IMP tanke V;PRS tanke V;PST tanke N;NDEF;PL tanke N;DEF;SG rumen N;DEF;SG rumen N;DEF;PL rumen N;NDEF;PL last N;NDEF;PL last N;DEF;PL last N;DEF;SG last N;DEF;SG tog N;NDEF;PL tog N;DEF;PL tog N;DEF;SG karbonmonoksid N;DEF;SG andlet N;NDEF;PL andlet N;DEF;SG andlet N;DEF;PL atlas N;DEF;PL atlas N;NDEF;PL atlas N;DEF;SG snikmordar N;DEF;PL snikmordar N;DEF;SG snikmordar N;NDEF;PL jernbanestasjon N;DEF;SG jernbanestasjon N;DEF;PL jernbanestasjon N;NDEF;PL kjole N;DEF;PL kjole N;NDEF;PL kjole N;DEF;SG reagens N;DEF;SG reagens N;DEF;PL reagens N;NDEF;PL reagens N;NDEF;PL eksponering N;NDEF;PL eksponering N;DEF;SG eksponering N;DEF;PL bandasje N;NDEF;PL bandasje N;DEF;PL bandasje N;DEF;SG sitteplass N;NDEF;PL sitteplass N;DEF;PL sitteplass N;DEF;SG konkurrent N;DEF;PL konkurrent N;NDEF;PL konkurrent N;DEF;SG vårteikn N;DEF;PL vårteikn N;DEF;SG vårteikn N;NDEF;PL aspekt N;DEF;PL aspekt N;NDEF;PL aspekt N;DEF;SG aspekt N;NDEF;PL aspekt N;DEF;SG baby N;DEF;PL baby N;NDEF;PL baby N;DEF;SG kalsium N;DEF;SG parakitt N;NDEF;PL parakitt N;DEF;PL parakitt N;DEF;SG panaman N;DEF;SG panaman N;DEF;PL panaman N;NDEF;PL høgskole N;DEF;PL høgskole N;NDEF;PL høgskole N;DEF;SG rovfugl N;DEF;SG rovfugl N;NDEF;PL rovfugl N;DEF;PL gods N;DEF;PL gods N;NDEF;PL gods N;DEF;SG bank N;DEF;SG bank N;DEF;PL bank N;NDEF;PL fylgja V;NFIN;PASS fylgja V;PRS fylgja V;PST fylgja V;IMP forklaring N;NDEF;PL forklaring N;DEF;PL forklaring N;DEF;SG boks N;DEF;PL boks N;DEF;SG boks N;NDEF;PL perfeksjon N;DEF;PL perfeksjon N;DEF;SG perfeksjon N;NDEF;PL sitronsyre N;DEF;SG lyspære N;DEF;PL lyspære N;NDEF;PL lyspære N;DEF;SG snøgrense N;DEF;PL snøgrense N;DEF;SG snøgrense N;NDEF;PL heimebrent N;DEF;SG akkar N;DEF;SG akkar N;DEF;PL akkar N;NDEF;PL sabotør N;NDEF;PL sabotør N;DEF;SG sabotør N;DEF;PL parabolantenne N;DEF;SG parabolantenne N;DEF;PL parabolantenne N;NDEF;PL ugle N;DEF;SG ugle N;NDEF;PL ugle N;DEF;PL nydeleg ADJ;CMPR nydeleg ADJ;SPRL;NDEF nydeleg N;DEF;SG+PL nydeleg ADJ;NDEF;SG nydeleg ADJ;SPRL;DEF økotype N;DEF;PL økotype N;NDEF;PL økotype N;DEF;SG burundiar N;NDEF;PL burundiar N;DEF;SG burundiar N;DEF;PL tinn N;DEF;SG bokhylle N;DEF;PL bokhylle N;NDEF;PL bokhylle N;DEF;SG sentralvarme N;DEF;SG islending N;DEF;PL islending N;NDEF;PL islending N;DEF;SG munnfull N;NDEF;PL munnfull N;DEF;SG munnfull N;DEF;PL muskuløs ADJ;NEUT;SG muskuløs N;DEF;SG+PL romersk ADJ;CMPR romersk ADJ;SPRL;NDEF romersk ADJ;SPRL;DEF romersk ADJ;NDEF;SG romersk N;DEF;SG+PL strand N;DEF;PL strand N;DEF;SG strand N;NDEF;PL rådgjevar N;DEF;SG rådgjevar N;NDEF;PL rådgjevar N;DEF;PL raffineri N;DEF;PL raffineri N;NDEF;PL raffineri N;DEF;SG olje N;DEF;SG olje N;DEF;PL olje N;NDEF;PL bakteriologi N;DEF;SG forkaste V;NFIN;PASS forkaste V;IMP forkaste V;PRS forkaste V;PST innehalde V;PRS innehalde V;PST innehalde V;IMP innehalde V;NFIN;PASS subsidie N;NDEF;PL subsidie N;DEF;PL subsidie N;DEF;SG triangulær ADJ;NEUT;SG triangulær N;DEF;SG+PL mysli N;DEF;SG uvêr N;DEF;PL uvêr N;NDEF;PL uvêr N;DEF;SG saudiar N;DEF;SG saudiar N;DEF;PL saudiar N;NDEF;PL svigerinne N;NDEF;PL svigerinne N;DEF;PL svigerinne N;DEF;SG solist N;DEF;SG solist N;NDEF;PL solist N;DEF;PL premie N;NDEF;PL premie N;DEF;PL premie N;DEF;SG vik N;NDEF;PL vik N;DEF;PL vik N;DEF;SG vik N;NDEF;PL vik N;DEF;PL populær ADJ;NEUT populær N;DEF;SG+PL populær ADJ;MASC+FEM fasinere V;PST fasinere V;IMP fasinere V;NFIN;PASS fasinere V;PRS kaos N;DEF;SG kunde N;DEF;PL kunde N;DEF;SG kunde N;NDEF;PL bahrainar N;DEF;PL bahrainar N;NDEF;PL bahrainar N;DEF;SG essensiell N;DEF;SG+PL essensiell ADJ;NEUT;SG malm N;DEF;PL malm N;NDEF;PL malm N;DEF;SG kikkert N;DEF;PL kikkert N;NDEF;PL kikkert N;DEF;SG spor N;NDEF;PL spor N;DEF;SG spor N;DEF;PL boar N;DEF;SG boar N;DEF;PL boar N;NDEF;PL pynt N;DEF;SG kjernefysikk N;DEF;SG alm N;NDEF;PL alm N;DEF;SG alm N;DEF;PL fjelltopp N;NDEF;PL fjelltopp N;DEF;PL fjelltopp N;DEF;SG mellomromstast N;NDEF;PL mellomromstast N;DEF;PL mellomromstast N;DEF;SG oppvaskklut N;NDEF;PL oppvaskklut N;DEF;SG oppvaskklut N;DEF;PL flykaprar N;NDEF;PL flykaprar N;DEF;PL flykaprar N;DEF;SG rask ADJ;SPRL;NDEF rask N;DEF;SG+PL rask ADJ;SPRL;DEF rask ADJ;NEUT;SG rask ADJ;CMPR tennisbane N;DEF;PL tennisbane N;NDEF;PL tennisbane N;DEF;SG tennisbane N;NDEF;PL kalkun N;NDEF;PL kalkun N;DEF;PL kalkun N;DEF;SG børs N;DEF;PL børs N;DEF;SG børs N;NDEF;PL tradisjonell ADJ;NEUT;SG tradisjonell N;DEF;SG+PL nordmann N;NDEF;PL nordmann N;DEF;SG nordmann N;DEF;PL sjåfør N;DEF;SG sjåfør N;NDEF;PL sjåfør N;DEF;PL horisont N;DEF;PL horisont N;DEF;SG horisont N;NDEF;PL velorganisert N;DEF;SG+PL velorganisert ADJ;NEUT;SG produkt N;DEF;PL produkt N;DEF;SG produkt N;NDEF;PL trufast ADJ;NDEF;SG trufast N;DEF;SG+PL garasje N;DEF;SG garasje N;NDEF;PL garasje N;DEF;PL cuban N;DEF;PL cuban N;NDEF;PL cuban N;DEF;SG triumf N;NDEF;PL triumf N;DEF;SG triumf N;DEF;PL alternativ N;DEF;PL alternativ ADJ;NEUT;SG alternativ N;DEF;SG alternativ N;NDEF;PL alternativ N;DEF;SG+PL kjent N;DEF;SG+PL kjent ADJ;NDEF;SG nebb N;DEF;SG nebb N;DEF;PL nebb N;NDEF;PL nebb N;NDEF;PL nebb N;DEF;SG legendarisk N;DEF;SG+PL legendarisk ADJ;NEUT;SG varsel N;NDEF;PL varsel N;DEF;SG varsel N;DEF;PL landssvikar N;DEF;PL landssvikar N;DEF;SG landssvikar N;NDEF;PL soloppgang N;NDEF;PL soloppgang N;DEF;SG soloppgang N;DEF;PL kaotisk N;DEF;SG+PL kaotisk ADJ;NEUT;SG jernbane N;DEF;PL jernbane N;DEF;SG jernbane N;NDEF;PL jernbane N;DEF;SG jernbane N;DEF;PL jernbane N;NDEF;PL balanse N;NDEF;PL balanse N;DEF;PL balanse N;DEF;SG reform N;DEF;PL reform N;NDEF;PL reform N;DEF;SG verja V;IMP verja V;PST verja V;PRS verja V;NFIN;PASS verja V;IMP verja V;PST mangelfull N;DEF;SG+PL mangelfull ADJ;NEUT;SG optimist N;NDEF;PL optimist N;DEF;PL optimist N;DEF;SG eufemistisk ADJ;NEUT;SG eufemistisk N;DEF;SG+PL region N;NDEF;PL region N;DEF;PL region N;DEF;SG bajonett N;DEF;PL bajonett N;NDEF;PL bajonett N;DEF;SG brikke N;NDEF;PL brikke N;DEF;PL brikke N;DEF;SG dør N;NDEF;PL dør N;DEF;PL dør N;DEF;SG namn N;DEF;SG namn N;DEF;PL namn N;NDEF;PL kjellar N;NDEF;PL kjellar N;DEF;PL kjellar N;DEF;SG gjensidig 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luktfri ADJ;NEUT;SG undersøkja V;PRS undersøkja V;NFIN;PASS undersøkja V;IMP undersøkja V;PST genetisk ADJ;NEUT;SG genetisk N;DEF;SG+PL prioritet N;NDEF;PL prioritet N;DEF;PL prioritet N;DEF;SG kokepunkt N;DEF;SG kokepunkt N;DEF;PL kokepunkt N;NDEF;PL kritikk N;DEF;SG kritikk N;NDEF;PL kritikk N;DEF;PL falle V;PRS falle V;PST falle V;IMP sovepose N;NDEF;PL sovepose N;DEF;PL ranar N;DEF;SG ranar N;DEF;PL ranar N;NDEF;PL plakk N;DEF;SG religion N;DEF;SG religion N;NDEF;PL religion N;DEF;PL maksimal N;DEF;SG+PL maksimal ADJ;NEUT;SG dag N;NDEF;PL dag N;DEF;SG dag N;DEF;PL eplepai N;DEF;SG eplepai N;NDEF;PL eplepai N;DEF;PL kroatisk ADJ;NEUT;SG kroatisk N;DEF;SG+PL kroatisk N;DEF;SG luxembourgar N;NDEF;PL luxembourgar N;DEF;PL luxembourgar N;DEF;SG kondensasjon N;NDEF;PL kondensasjon N;DEF;SG kondensasjon N;DEF;PL hudlege N;DEF;SG hudlege N;DEF;PL hudlege N;NDEF;PL myrde V;NFIN;PASS myrde V;PST myrde V;PRS myrde V;IMP drivstoff N;DEF;SG drivstoff N;NDEF;PL drivstoff N;DEF;PL inskripsjon N;NDEF;PL inskripsjon N;DEF;PL inskripsjon N;DEF;SG hær N;DEF;SG hær N;DEF;PL hær N;NDEF;PL kjøleskap N;NDEF;PL kjøleskap N;DEF;SG kjøleskap N;DEF;PL flyvåpen N;NDEF;PL flyvåpen N;DEF;PL flyvåpen N;DEF;SG eddik N;NDEF;PL eddik N;DEF;PL eddik N;DEF;SG vitskap N;DEF;SG vitskap N;NDEF;PL vitskap N;DEF;PL små ADJ;NEUT årstid N;DEF;SG årstid N;NDEF;PL årstid N;DEF;PL umogleg ADJ;NDEF;SG umogleg N;DEF;SG+PL umogleg ADJ;SPRL;DEF umogleg ADJ;CMPR umogleg ADJ;SPRL;NDEF gjennomsnitt N;DEF;PL gjennomsnitt N;NDEF;PL gjennomsnitt N;DEF;SG trommis N;NDEF;PL trommis N;DEF;PL trommis N;DEF;SG avsnitt N;NDEF;PL avsnitt N;DEF;SG avsnitt N;DEF;PL motsetning N;DEF;PL motsetning N;DEF;SG motsetning N;NDEF;PL regn N;DEF;SG eple N;DEF;PL eple N;DEF;SG eple N;NDEF;PL melanesiar N;NDEF;PL melanesiar N;DEF;PL melanesiar N;DEF;SG bestefar N;NDEF;PL bestefar N;DEF;SG bestefar N;DEF;PL regntid N;DEF;SG regntid N;DEF;PL regntid N;NDEF;PL enkel ADJ;CMPR enkel ADJ;NEUT;SG enkel ADJ;SPRL;DEF enkel ADJ;SPRL;NDEF enkel N;DEF;SG+PL hagl N;DEF;SG hagl N;DEF;PL hagl N;NDEF;PL sentrifugal N;DEF;SG+PL sentrifugal ADJ;NEUT;SG database N;DEF;SG database N;NDEF;PL database N;DEF;PL løyse V;PST løyse V;PRS løyse V;NFIN;PASS løyse V;IMP tryggleik N;DEF;SG krokus N;NDEF;PL krokus N;DEF;PL krokus N;DEF;SG ukrainsk N;DEF;SG ukrainsk N;DEF;SG+PL ukrainsk ADJ;NEUT;SG metall N;NDEF;PL metall N;DEF;SG metall N;DEF;PL kraftig ADJ;SPRL;NDEF kraftig ADJ;SPRL;DEF kraftig ADJ;CMPR kraftig N;DEF;SG+PL kraftig ADJ;NEUT;SG snikskyttar N;DEF;SG snikskyttar N;DEF;PL snikskyttar N;NDEF;PL sprøyte N;DEF;SG sprøyte N;DEF;PL sprøyte N;NDEF;PL glededrepar N;DEF;SG glededrepar N;DEF;PL glededrepar N;NDEF;PL fjerna V;PST fjerna V;PRS fjerna V;IMP fjerna V;NFIN;PASS avsporing N;NDEF;PL avsporing N;DEF;SG avsporing N;DEF;PL kollektiv N;DEF;SG kollektiv N;DEF;PL kollektiv N;NDEF;PL kollektiv ADJ;NEUT;SG kollektiv N;DEF;SG+PL teiknebord N;NDEF;PL teiknebord N;DEF;PL teiknebord N;DEF;SG profesjon N;DEF;SG profesjon N;DEF;PL profesjon N;NDEF;PL kompleks N;DEF;SG kompleks ADJ;NEUT;SG kompleks N;NDEF;PL kompleks N;DEF;PL kompleks N;DEF;SG+PL revolusjonær ADJ;NDEF;NEUT;SG revolusjonær N;DEF;PL revolusjonær N;DEF;SG+PL revolusjonær N;NDEF;PL revolusjonær N;DEF;SG bølgelengde N;DEF;PL bølgelengde N;DEF;SG bølgelengde N;NDEF;PL oppgåve N;DEF;SG oppgåve N;NDEF;PL oppgåve N;DEF;PL latin N;DEF;SG invadera V;IMP invadera V;PRS invadera V;PST invadera V;NFIN;PASS vogntog N;DEF;SG vogntog N;DEF;PL vogntog N;NDEF;PL kanal N;DEF;SG kanal N;NDEF;PL kanal N;DEF;PL dekke V;PST dekke N;DEF;PL dekke N;NDEF;PL dekke N;DEF;SG dekke V;NFIN;PASS dekke V;PRS dekke V;IMP skulder N;DEF;SG skulder N;NDEF;PL skulder N;DEF;PL åring N;DEF;SG åring N;NDEF;PL åring N;DEF;PL fyrstikk N;DEF;PL fyrstikk N;NDEF;PL fyrstikk N;DEF;SG hekkesesong N;DEF;PL hekkesesong N;DEF;SG hekkesesong N;NDEF;PL skjera V;PRS skjera V;IMP skjera V;PST skjera V;NFIN;PASS blomsterpotte N;NDEF;PL blomsterpotte N;DEF;SG blomsterpotte N;DEF;PL bord N;DEF;SG bord N;NDEF;PL bord N;DEF;PL eksos N;DEF;SG elektrisitet N;DEF;SG salme N;DEF;SG salme N;DEF;PL salme N;NDEF;PL brom N;DEF;SG transvestitt N;NDEF;PL transvestitt N;DEF;SG transvestitt N;DEF;PL område N;NDEF;PL område N;DEF;PL område N;DEF;SG gaum N;NDEF;PL gaum N;DEF;PL gaum N;DEF;SG singelplate N;DEF;SG singelplate N;NDEF;PL singelplate N;DEF;PL vibrasjon N;NDEF;PL vibrasjon N;DEF;SG vibrasjon N;DEF;PL navle N;DEF;SG navle N;DEF;PL navle N;NDEF;PL katastrofe N;DEF;SG katastrofe N;NDEF;PL katastrofe N;DEF;PL piggtråd N;DEF;SG piggtråd N;NDEF;PL piggtråd N;DEF;PL bordell N;NDEF;PL bordell N;DEF;SG bordell N;DEF;PL bordell N;DEF;PL branndør N;NDEF;PL branndør N;DEF;PL branndør N;DEF;SG islandsk N;DEF;SG+PL islandsk ADJ;NEUT;SG islandsk N;DEF;SG korallrev N;DEF;PL korallrev N;DEF;SG korallrev N;NDEF;PL gjenge N;DEF;PL gjenge N;DEF;SG gjenge N;NDEF;PL lyddempar N;NDEF;PL lyddempar N;DEF;PL lyddempar N;DEF;SG thailandsk ADJ;NEUT;SG thailandsk N;DEF;SG+PL mager N;DEF;SG+PL mager ADJ;NEUT;SG uformell N;DEF;SG+PL uformell ADJ;NEUT;SG talent N;DEF;SG talent N;DEF;PL talent N;NDEF;PL råd N;DEF;PL råd N;NDEF;PL råd N;DEF;SG stad N;DEF;PL stad N;NDEF;PL stad N;DEF;SG stad N;NDEF;PL albino N;DEF;SG albino N;NDEF;PL albino N;DEF;PL rytmisk ADJ;NEUT;SG rytmisk N;DEF;SG+PL svigermor N;NDEF;PL svigermor N;DEF;SG svigermor N;DEF;PL hangarskip N;DEF;SG hangarskip N;DEF;PL hangarskip N;NDEF;PL herskar N;DEF;SG herskar N;DEF;PL herskar N;NDEF;PL kost N;DEF;PL kost N;NDEF;PL kost N;DEF;SG klovn N;DEF;SG klovn N;NDEF;PL klovn N;DEF;PL håpefull ADJ;NEUT;SG håpefull N;DEF;SG+PL stasjonsvogn N;DEF;PL stasjonsvogn N;DEF;SG stasjonsvogn N;NDEF;PL plomme N;NDEF;PL plomme N;DEF;PL plomme N;DEF;SG flyterminal N;DEF;SG flyterminal N;DEF;PL flyterminal N;NDEF;PL ingefærøl N;DEF;SG vente V;PRS vente V;IMP vente V;NFIN;PASS vente V;PST nabolag N;DEF;SG nabolag N;DEF;PL nabolag N;NDEF;PL folkestyrt ADJ;SPRL;NDEF folkestyrt ADJ;SPRL;DEF folkestyrt ADJ;CMPR folkestyrt ADJ;NDEF;SG folkestyrt N;DEF;SG+PL snøras N;NDEF;PL snøras N;DEF;SG snøras N;DEF;PL eiga V;PST eiga V;NFIN;PASS eiga V;IMP eiga V;PRS tenar N;DEF;SG tenar N;NDEF;PL tenar N;DEF;PL nedbør N;DEF;SG separat ADJ;NEUT;SG separat N;DEF;SG+PL snøbrett N;DEF;SG snøbrett N;NDEF;PL snøbrett N;DEF;PL innføring N;DEF;PL innføring N;DEF;SG innføring N;NDEF;PL fleire ADJ;SPRL trollmann N;DEF;SG trollmann N;DEF;PL trollmann N;NDEF;PL konsum N;DEF;SG sjølvstendig ADJ;NDEF;SG sjølvstendig N;DEF;SG+PL stavemåte N;DEF;PL stavemåte N;NDEF;PL stavemåte N;DEF;SG shorts N;DEF;PL shorts N;NDEF;PL shorts N;DEF;SG fontene N;DEF;SG fontene N;DEF;PL fontene N;NDEF;PL skrekkfilm N;NDEF;PL skrekkfilm N;DEF;SG skrekkfilm N;DEF;PL velstand N;DEF;SG juveler N;DEF;PL juveler N;DEF;SG juveler N;NDEF;PL lastebilsjåfør N;NDEF;PL lastebilsjåfør N;DEF;SG lastebilsjåfør N;DEF;PL kiribatiar N;NDEF;PL kiribatiar N;DEF;PL kiribatiar N;DEF;SG gjest N;DEF;PL gjest N;NDEF;PL gjest N;DEF;PL gjest N;NDEF;PL gjest N;DEF;SG kollega N;NDEF;PL kollega N;DEF;PL kollega N;DEF;PL kollega N;NDEF;PL kollega N;DEF;SG strukturell N;DEF;SG+PL strukturell ADJ;NEUT;SG taxi N;DEF;PL taxi N;DEF;SG taxi N;NDEF;PL røykdykkar N;DEF;SG røykdykkar N;NDEF;PL røykdykkar N;DEF;PL ensemble N;NDEF;PL ensemble N;DEF;SG ensemble N;DEF;PL gamalengelsk N;DEF;SG arabisk ADJ;NEUT;SG arabisk N;DEF;SG arabisk N;DEF;SG+PL tommelfinger N;DEF;SG tommelfinger N;NDEF;PL tommelfinger N;DEF;PL ønskja V;NFIN;PASS ønskja V;PST ønskja V;PRS ønskja V;IMP tadsjikar N;NDEF;PL tadsjikar N;DEF;SG tadsjikar N;DEF;PL djevel N;NDEF;PL djevel N;DEF;SG djevel N;DEF;PL antropologi N;DEF;SG fall N;NDEF;PL fall N;DEF;SG fall N;DEF;PL skinn N;DEF;SG skinn N;DEF;PL skinn N;NDEF;PL middel N;DEF;PL middel N;DEF;SG middel N;NDEF;PL anneks N;NDEF;PL anneks N;DEF;SG anneks N;DEF;PL maldivar N;DEF;PL maldivar N;DEF;SG maldivar N;NDEF;PL milliliter N;DEF;PL milliliter N;NDEF;PL milliliter N;DEF;SG milliliter N;DEF;PL badeby N;NDEF;PL badeby N;DEF;SG badeby N;DEF;PL artikkel N;DEF;PL artikkel N;DEF;SG artikkel N;NDEF;PL diskusjon N;DEF;SG diskusjon N;DEF;PL diskusjon N;NDEF;PL laurbærblad N;DEF;PL laurbærblad N;NDEF;PL laurbærblad N;DEF;SG verte V;PST verte V;PRS verte V;NFIN;PASS verte V;IMP vokabular N;DEF;SG vokabular N;NDEF;PL vokabular N;DEF;PL sirkel N;DEF;SG sirkel N;DEF;PL sirkel N;NDEF;PL flate N;NDEF;PL flate N;DEF;SG flate N;DEF;PL løynd N;DEF;SG+PL løynd ADJ;SPRL;DEF løynd ADJ;CMPR løynd ADJ;NDEF;SG løynd ADJ;SPRL;NDEF skvadron N;NDEF;PL skvadron N;DEF;SG skvadron N;DEF;PL total N;DEF;SG+PL total ADJ;NEUT;SG dagsavis N;DEF;PL dagsavis N;NDEF;PL dagsavis N;DEF;SG million N;DEF;SG million N;NDEF;PL million N;DEF;PL ås N;DEF;SG ås N;DEF;PL ås N;NDEF;PL qatarar N;NDEF;PL qatarar N;DEF;SG qatarar N;DEF;PL framlegg N;DEF;PL framlegg N;DEF;SG framlegg N;NDEF;PL snøball N;NDEF;PL snøball N;DEF;PL snøball N;DEF;SG frakt N;DEF;SG frakt N;DEF;PL frakt N;NDEF;PL kasakhstanar N;NDEF;PL kasakhstanar N;DEF;PL kasakhstanar N;DEF;SG kivi N;DEF;PL kivi N;DEF;SG kivi N;NDEF;PL perlemor N;DEF;SG toalett N;DEF;PL toalett N;DEF;SG toalett N;NDEF;PL injeksjon N;DEF;PL injeksjon N;NDEF;PL injeksjon N;DEF;SG filippinar N;NDEF;PL filippinar N;DEF;SG filippinar N;DEF;PL komité N;DEF;PL komité N;NDEF;PL komité N;DEF;SG komité N;DEF;PL komité N;NDEF;PL streng N;NDEF;PL streng ADJ;SPRL;NDEF streng ADJ;CMPR streng N;DEF;PL streng N;DEF;SG+PL streng ADJ;SPRL;DEF streng N;DEF;SG streng ADJ;NEUT;SG streng N;DEF;PL streng N;NDEF;PL hypnotisme N;DEF;SG pioner N;DEF;SG pioner N;DEF;PL pioner N;NDEF;PL tongan N;NDEF;PL tongan N;DEF;PL tongan N;DEF;SG kostbar ADJ;NEUT;SG kostbar N;DEF;SG+PL hellen N;DEF;PL hellen N;NDEF;PL hellen N;DEF;SG gasell N;DEF;PL gasell N;NDEF;PL gasell N;DEF;SG diskotek N;DEF;SG diskotek N;DEF;PL diskotek N;NDEF;PL hastigheit N;DEF;SG hastigheit N;NDEF;PL hastigheit N;DEF;PL skruppel N;NDEF;PL skruppel N;DEF;PL skruppel N;DEF;SG kambodsjan N;DEF;PL kambodsjan N;DEF;SG kambodsjan N;NDEF;PL hengebru N;DEF;PL hengebru N;NDEF;PL hengebru N;DEF;SG allé N;NDEF;PL allé N;DEF;PL allé N;DEF;SG allé N;DEF;SG gjætar N;DEF;SG gjætar N;NDEF;PL gjætar N;DEF;PL piktogram N;NDEF;PL piktogram N;DEF;PL piktogram N;DEF;SG nasjon N;DEF;SG nasjon N;DEF;PL nasjon N;NDEF;PL argument N;NDEF;PL argument N;DEF;SG argument N;DEF;PL jødedom N;DEF;SG styremakt N;DEF;PL styremakt N;NDEF;PL styremakt N;DEF;SG astma N;DEF;SG vakt N;NDEF;PL vakt N;DEF;PL vakt N;DEF;SG ulukke N;DEF;SG ulukke N;NDEF;PL ulukke N;DEF;PL leire N;DEF;SG fosfor N;DEF;SG isbre N;NDEF;PL isbre N;DEF;SG isbre N;DEF;PL libyar N;DEF;PL libyar N;NDEF;PL libyar N;DEF;SG steinmur N;DEF;SG steinmur N;DEF;PL steinmur N;NDEF;PL arkitektur N;DEF;SG arkitektur N;NDEF;PL arkitektur N;DEF;PL zimbabwar N;DEF;PL zimbabwar N;DEF;SG zimbabwar N;NDEF;PL pai N;NDEF;PL pai N;DEF;PL pai N;DEF;SG isolator N;DEF;PL isolator N;NDEF;PL isolator N;DEF;SG seljar N;DEF;SG seljar N;DEF;PL seljar N;NDEF;PL kapitalisme N;DEF;SG mysterium N;DEF;PL mysterium N;DEF;SG mysterium N;NDEF;PL luft N;DEF;SG sanddyne N;DEF;PL sanddyne N;DEF;SG sanddyne N;NDEF;PL glasmanet N;DEF;SG glasmanet N;NDEF;PL glasmanet N;DEF;PL tråd N;NDEF;PL tråd N;DEF;SG tråd N;DEF;PL albatross N;NDEF;PL albatross N;DEF;PL albatross N;DEF;SG keisarpingvin N;DEF;PL keisarpingvin N;NDEF;PL keisarpingvin N;DEF;SG barnesoldat N;DEF;PL barnesoldat N;NDEF;PL barnesoldat N;DEF;SG rockering N;DEF;SG rockering N;DEF;PL rockering N;NDEF;PL garderobeskap N;DEF;PL garderobeskap N;NDEF;PL garderobeskap N;DEF;SG førarhund N;NDEF;PL førarhund N;DEF;PL førarhund N;DEF;PL støyttann N;NDEF;PL støyttann N;DEF;SG støyttann N;DEF;PL ordentleg ADJ;NDEF;SG ordentleg N;DEF;SG+PL matematisk N;DEF;SG+PL matematisk ADJ;NEUT;SG skobutikk N;DEF;PL skobutikk N;DEF;SG skobutikk N;NDEF;PL ettermiddag N;DEF;PL ettermiddag N;NDEF;PL ettermiddag N;DEF;SG sjakkbrett N;DEF;PL sjakkbrett N;NDEF;PL sjakkbrett N;DEF;SG paviljong N;NDEF;PL paviljong N;DEF;PL paviljong N;DEF;SG bork N;DEF;SG søramerikanar N;NDEF;PL søramerikanar N;DEF;SG søramerikanar N;DEF;PL snøbre N;DEF;SG snøbre N;NDEF;PL snøbre N;DEF;PL spreie V;PRS spreie V;IMP spreie V;PST spreie V;NFIN;PASS ekvatorialguinean N;DEF;SG ekvatorialguinean N;DEF;PL ekvatorialguinean N;NDEF;PL hamn N;NDEF;PL hamn N;DEF;PL hamn N;DEF;SG offisiell N;DEF;SG+PL offisiell ADJ;NEUT;SG skrivemaskin N;DEF;PL skrivemaskin N;NDEF;PL skrivemaskin N;DEF;SG skrivemaskin N;DEF;SG termometer N;DEF;SG termometer N;NDEF;PL termometer N;DEF;PL resonans N;DEF;SG resonans N;NDEF;PL resonans N;DEF;PL torpedo N;NDEF;PL torpedo N;DEF;PL torpedo N;DEF;SG grand danois N;DEF;SG grand danois N;DEF;PL grand danois N;NDEF;PL blyant N;DEF;PL blyant N;DEF;SG blyant N;NDEF;PL meining N;NDEF;PL meining N;DEF;PL meining N;DEF;SG pendel N;NDEF;PL pendel N;DEF;PL pendel N;DEF;SG kommune N;DEF;SG kommune N;NDEF;PL kommune N;DEF;PL svolt N;DEF;SG brille N;NDEF;PL brille N;DEF;PL brille N;DEF;SG scene N;DEF;SG scene N;NDEF;PL scene N;DEF;PL papegøye N;DEF;SG papegøye N;DEF;PL papegøye N;NDEF;PL containerskip N;NDEF;PL containerskip N;DEF;PL containerskip N;DEF;SG pulver N;NDEF;PL pulver N;DEF;SG pulver N;DEF;PL rulett N;DEF;SG rulett N;DEF;PL rulett N;NDEF;PL fjernkontroll N;DEF;SG fjernkontroll N;NDEF;PL fjernkontroll N;DEF;PL statistikk N;NDEF;PL statistikk N;DEF;SG statistikk N;DEF;PL seng N;GEN seng N;DEF;PL seng N;NDEF;PL seng N;DEF;SG slips N;DEF;SG slips N;DEF;PL slips N;NDEF;PL fabrikant N;NDEF;PL fabrikant N;DEF;SG fabrikant N;DEF;PL stele V;PRS stele V;IMP stele N;DEF;PL stele N;NDEF;PL stele V;NFIN;PASS stele V;PST stele N;DEF;SG meteorologisk N;DEF;SG+PL meteorologisk ADJ;NEUT;SG steinblokk N;DEF;PL steinblokk N;DEF;SG steinblokk N;NDEF;PL steinblokk N;DEF;SG forandring N;NDEF;PL forandring N;DEF;PL forandring N;DEF;SG morsmål N;DEF;SG morsmål N;NDEF;PL morsmål N;DEF;PL barriere N;DEF;PL barriere N;NDEF;PL barriere N;DEF;SG enda V;PST enda V;NFIN;PASS enda V;IMP enda V;PRS sølv N;NDEF;PL sølv N;DEF;PL sølv N;DEF;SG røyskatt N;NDEF;PL røyskatt N;DEF;SG røyskatt N;DEF;PL hue N;NDEF;PL hue N;DEF;SG hue N;DEF;PL forhistorie N;DEF;PL forhistorie N;DEF;SG forhistorie N;NDEF;PL splitt N;NDEF;PL splitt N;DEF;PL splitt N;DEF;SG kinesar N;NDEF;PL kinesar N;DEF;PL kinesar N;DEF;SG liggja V;PRS liggja V;PST liggja V;NFIN;PASS liggja V;IMP katolisisme N;DEF;SG grense N;DEF;SG grense N;DEF;PL grense N;NDEF;PL fotograf N;DEF;SG fotograf N;NDEF;PL fotograf N;DEF;PL fascinera V;PRS fascinera V;IMP fascinera V;NFIN;PASS fascinera V;PST kasta V;PRS kasta V;PST kasta V;IMP kasta V;NFIN;PASS vite V;PRS vite V;PST vite V;NFIN;PASS vite V;IMP avfall N;DEF;SG søk N;DEF;PL søk N;DEF;SG søk N;NDEF;PL vanuatuar N;NDEF;PL vanuatuar N;DEF;PL vanuatuar N;DEF;SG underleg ADJ;SPRL;DEF underleg N;DEF;SG+PL underleg ADJ;SPRL;NDEF underleg ADJ;NDEF;SG underleg ADJ;CMPR sabotasje N;DEF;SG sabotasje N;NDEF;PL sabotasje N;DEF;PL bokstaveleg ADJ;SPRL;NDEF bokstaveleg N;DEF;SG+PL bokstaveleg ADJ;SPRL;DEF bokstaveleg ADJ;CMPR bokstaveleg ADJ;NDEF;SG behalda V;NFIN;PASS behalda V;PST behalda V;PRS behalda V;IMP søppelbøtte N;NDEF;PL søppelbøtte N;DEF;PL søppelbøtte N;DEF;SG studium N;NDEF;PL studium N;DEF;SG studium N;DEF;PL bere V;IMP bere V;PRS bere N;NDEF;PL bere V;NFIN;PASS bere N;DEF;SG bere N;DEF;PL bere V;PST komma V;IMP komma V;NFIN;PASS komma N;DEF;SG komma N;NDEF;PL komma V;PRS komma V;PST komma N;DEF;PL sandstrand N;DEF;PL sandstrand N;DEF;SG sandstrand N;NDEF;PL femling N;NDEF;PL femling N;DEF;SG femling N;DEF;PL periodesystem N;DEF;SG kronhjort N;DEF;PL kronhjort N;NDEF;PL kronhjort N;DEF;SG enkelt ADJ;NEUT;SG enkelt N;DEF;SG+PL tyrkisk ADJ;NEUT;SG tyrkisk N;DEF;SG+PL tyrkisk N;DEF;SG ekteskap N;DEF;PL ekteskap N;NDEF;PL ekteskap N;DEF;SG intim ADJ;NEUT;SG intim N;DEF;SG+PL vernar N;DEF;SG vernar N;DEF;PL vernar N;NDEF;PL overmoden ADJ;NEUT;SG overmoden N;DEF;SG+PL organisk N;DEF;SG+PL organisk ADJ;NEUT;SG iskald N;DEF;SG+PL iskald ADJ;NEUT;SG ånd N;DEF;PL ånd N;NDEF;PL ånd N;DEF;SG orkester N;NDEF;PL orkester N;DEF;PL orkester N;DEF;SG uskyldig ADJ;NDEF;SG uskyldig N;DEF;SG+PL mørtel N;DEF;SG bergmann N;DEF;SG bergmann N;DEF;PL bergmann N;NDEF;PL fargerik ADJ;NEUT;SG fargerik N;DEF;SG+PL visp N;DEF;PL visp N;DEF;SG visp N;NDEF;PL millimeter N;DEF;SG millimeter N;DEF;PL millimeter N;NDEF;PL drepa V;PST drepa V;IMP drepa V;PRS drepa V;NFIN;PASS påverke V;PST påverke V;PRS påverke V;NFIN;PASS påverke V;IMP himmel N;DEF;SG himmel N;NDEF;PL himmel N;DEF;PL akilleshæl N;NDEF;PL akilleshæl N;DEF;PL akilleshæl N;DEF;SG samarbeid N;DEF;SG samarbeid N;DEF;PL samarbeid N;NDEF;PL humor N;DEF;SG utopi N;DEF;PL utopi N;NDEF;PL utopi N;DEF;SG fascinere V;PST fascinere V;NFIN;PASS fascinere V;IMP fascinere V;PRS formel N;DEF;PL formel N;DEF;SG formel N;NDEF;PL fråsegn N;DEF;SG fråsegn N;NDEF;PL fråsegn N;DEF;PL del N;NDEF;PL del N;DEF;PL del N;DEF;SG biokjemi N;DEF;SG kobolt N;DEF;SG flyge V;NFIN;PASS flyge V;IMP flyge V;PST flyge V;PRS verdifull N;DEF;SG+PL verdifull ADJ;NEUT;SG bukett N;NDEF;PL bukett N;DEF;PL bukett N;DEF;SG jordmor N;DEF;SG jordmor N;NDEF;PL jordmor N;DEF;PL namibiar N;DEF;SG namibiar N;NDEF;PL namibiar N;DEF;PL oseanisk N;DEF;SG+PL oseanisk ADJ;NEUT;SG merke N;DEF;SG merke N;NDEF;PL merke N;DEF;PL ring N;NDEF;PL ring N;DEF;SG ring N;DEF;PL kosedyr N;NDEF;PL kosedyr N;DEF;PL kosedyr N;DEF;SG åtseletar N;DEF;SG åtseletar N;NDEF;PL åtseletar N;DEF;PL rumenar N;DEF;PL rumenar N;NDEF;PL rumenar N;DEF;SG astronomisk ADJ;NEUT;SG astronomisk N;DEF;SG+PL morsmjølk N;DEF;SG skjørt N;NDEF;PL skjørt N;DEF;SG skjørt N;DEF;PL akselerasjon N;DEF;PL akselerasjon N;DEF;SG akselerasjon N;NDEF;PL musikalsk N;DEF;SG+PL musikalsk ADJ;NEUT;SG fritte N;DEF;SG fritte N;NDEF;PL fritte N;DEF;PL gråaktig ADJ;NEUT;SG gråaktig N;DEF;SG+PL vintertid N;DEF;SG vintertid N;DEF;PL vintertid N;NDEF;PL heltinne N;DEF;PL heltinne N;DEF;SG heltinne N;NDEF;PL myte N;DEF;SG myte N;DEF;PL myte N;NDEF;PL jødisk N;DEF;SG+PL jødisk ADJ;NDEF;SG utfordring N;NDEF;PL utfordring N;DEF;SG utfordring N;DEF;PL ringja V;NFIN;PASS ringja V;PST ringja V;IMP ringja V;PRS sikte N;DEF;SG sikte N;DEF;PL sikte N;NDEF;PL talsperson N;DEF;SG talsperson N;NDEF;PL talsperson N;DEF;PL kollisjon N;DEF;PL kollisjon N;NDEF;PL kollisjon N;DEF;SG forbetra V;NFIN;PASS forbetra V;PRS forbetra V;IMP forbetra V;PST centiliter N;DEF;PL centiliter N;NDEF;PL centiliter N;DEF;SG centiliter N;DEF;PL costaricanar N;DEF;PL costaricanar N;NDEF;PL costaricanar N;DEF;SG aggresjon N;DEF;PL aggresjon N;DEF;SG aggresjon N;NDEF;PL telefon N;NDEF;PL telefon N;DEF;PL telefon N;DEF;SG mur N;DEF;SG mur N;NDEF;PL mur N;DEF;PL geitebukk N;DEF;PL geitebukk N;NDEF;PL geitebukk N;DEF;SG svolten ADJ;CMPR svolten N;DEF;SG+PL svolten ADJ;SPRL;NDEF svolten ADJ;NEUT svolten ADJ;SPRL;DEF svolten ADJ;MASC+FEM potet N;DEF;PL potet N;NDEF;PL potet N;DEF;SG potet N;NDEF;PL skyting N;DEF;PL skyting N;DEF;SG skyting N;NDEF;PL kjøpar N;NDEF;PL kjøpar N;DEF;PL kjøpar N;DEF;SG situasjon N;NDEF;PL situasjon N;DEF;SG situasjon N;DEF;PL bokhandel N;DEF;SG bokhandel N;NDEF;PL bokhandel N;DEF;PL fotball N;DEF;SG fotball N;NDEF;PL fotball N;DEF;PL sitje V;IMP sitje V;PST sitje V;PRS sitje V;NFIN;PASS provins N;DEF;SG provins N;NDEF;PL provins N;DEF;PL halvår N;DEF;PL halvår N;NDEF;PL halvår N;DEF;SG fyrverkeri N;DEF;SG fyrverkeri N;DEF;PL fyrverkeri N;NDEF;PL salpetersyre N;DEF;SG konditor N;DEF;PL konditor N;NDEF;PL konditor N;DEF;SG aserbajdsjanar N;DEF;PL aserbajdsjanar N;NDEF;PL aserbajdsjanar N;DEF;SG perfekt ADJ;NEUT;SG perfekt N;DEF;SG+PL geit N;DEF;PL geit N;DEF;SG geit N;NDEF;PL alkan N;DEF;SG alkan N;NDEF;PL alkan N;DEF;PL drake N;DEF;SG drake N;DEF;PL drake N;NDEF;PL tsjadar N;DEF;SG tsjadar N;NDEF;PL tsjadar N;DEF;PL la V;PST la V;IMP la V;PRS la V;PST hale N;DEF;PL hale N;NDEF;PL hale N;DEF;SG alkohol N;DEF;SG alkohol N;DEF;PL alkohol N;NDEF;PL ekorn N;DEF;SG ekorn N;NDEF;PL ekorn N;DEF;PL nål N;DEF;SG nål N;DEF;PL nål N;NDEF;PL påhengsmotor N;DEF;PL påhengsmotor N;DEF;SG påhengsmotor N;NDEF;PL geolog N;DEF;SG geolog N;NDEF;PL geolog N;DEF;PL verje V;PST verje V;NFIN;PASS verje N;DEF;PL verje V;PRS verje V;IMP verje N;DEF;SG verje N;NDEF;PL revolusjon N;NDEF;PL revolusjon N;DEF;SG revolusjon N;DEF;PL fylke N;DEF;PL fylke N;DEF;SG fylke N;NDEF;PL svovel N;DEF;SG svovel N;DEF;SG kveite N;DEF;PL kveite N;DEF;SG kveite N;NDEF;PL engsteleg ADJ;SPRL;DEF engsteleg ADJ;SPRL;NDEF engsteleg ADJ;NDEF;SG engsteleg N;DEF;SG+PL engsteleg ADJ;CMPR mekanisk N;DEF;SG+PL mekanisk ADJ;NEUT;SG pandemisk N;DEF;SG+PL pandemisk ADJ;NEUT;SG ikon N;DEF;PL ikon N;DEF;SG ikon N;NDEF;PL ikon N;DEF;PL ikon N;NDEF;PL ikon N;DEF;SG apostel N;NDEF;PL apostel N;DEF;PL apostel N;DEF;SG gullfisk N;DEF;SG gullfisk N;DEF;PL gullfisk N;NDEF;PL braut N;DEF;SG braut N;NDEF;PL braut N;DEF;PL karbohydrat N;NDEF;PL karbohydrat N;DEF;SG karbohydrat N;DEF;PL lenestol N;DEF;PL lenestol N;NDEF;PL lenestol N;DEF;SG basilikum N;NDEF;PL basilikum N;DEF;PL basilikum N;DEF;SG mordvåpen N;NDEF;PL mordvåpen N;DEF;PL mordvåpen N;DEF;SG balkong N;DEF;PL balkong N;DEF;SG balkong N;NDEF;PL stor ADJ;NEUT stor ADJ;SPRL;DEF stor ADJ;MASC+FEM stor ADJ;SPRL;NDEF stor ADJ;CMPR stor N;DEF;SG+PL hovud N;DEF;PL hovud N;NDEF;PL hovud N;DEF;SG dekk N;DEF;PL dekk N;NDEF;PL dekk N;DEF;SG høre V;PRS høre V;IMP høre V;PST høre V;NFIN;PASS filmstjerne N;NDEF;PL filmstjerne N;DEF;SG filmstjerne N;DEF;PL duge V;PRS duge V;PST duge V;NFIN;PASS duge V;IMP gangsti N;DEF;PL gangsti N;DEF;SG gangsti N;NDEF;PL ansvar N;NDEF;PL ansvar N;DEF;PL ansvar N;DEF;SG kabin N;NDEF;PL kabin N;DEF;PL kabin N;DEF;SG mikrobiologisk N;DEF;SG+PL mikrobiologisk ADJ;NEUT;SG representant N;NDEF;PL representant N;DEF;SG representant N;DEF;PL snakke V;NFIN;PASS snakke V;IMP snakke V;PRS snakke V;PST forferdeleg ADJ;SPRL;DEF forferdeleg ADJ;NDEF;SG forferdeleg N;DEF;SG+PL forferdeleg ADJ;SPRL;NDEF forferdeleg ADJ;CMPR kjæraste N;DEF;SG kjæraste N;DEF;PL kjæraste N;NDEF;PL hofte N;DEF;SG hofte N;NDEF;PL hofte N;DEF;PL ecuadorianar N;DEF;PL ecuadorianar N;NDEF;PL ecuadorianar N;DEF;SG gjennomføre V;IMP gjennomføre V;NFIN;PASS gjennomføre V;PRS gjennomføre V;PST kontinental ADJ;NEUT;SG kontinental N;DEF;SG+PL hjaltlending N;DEF;PL hjaltlending N;DEF;SG hjaltlending N;NDEF;PL sivilisasjon N;NDEF;PL sivilisasjon N;DEF;PL sivilisasjon N;DEF;SG fijian N;NDEF;PL fijian N;DEF;SG fijian N;DEF;PL bidrag N;NDEF;PL bidrag N;DEF;PL bidrag N;DEF;SG rekord N;DEF;PL rekord N;DEF;SG rekord N;NDEF;PL overleva V;NFIN;PASS overleva V;PST overleva V;IMP overleva V;PRS elektromotor N;DEF;PL elektromotor N;DEF;SG elektromotor N;NDEF;PL symje V;PST symje V;NFIN;PASS symje V;PRS symje V;IMP torsdag N;NDEF;PL torsdag N;DEF;PL torsdag N;DEF;SG klima N;NDEF;PL klima N;DEF;SG klima N;DEF;PL gyllen ADJ;NEUT;SG gyllen N;DEF;SG+PL gyllen ADJ;NEUT;SG apotekar N;DEF;SG apotekar N;NDEF;PL apotekar N;DEF;PL tempo N;NDEF;PL tempo N;DEF;PL tempo N;DEF;SG journalist N;DEF;PL journalist N;NDEF;PL journalist N;DEF;SG grimase N;DEF;PL grimase N;NDEF;PL grimase N;DEF;SG auka V;PRS auka V;NFIN;PASS auka V;IMP auka V;PST formue N;DEF;SG formue N;DEF;PL formue N;NDEF;PL verneplikt N;DEF;SG sopp N;NDEF;PL sopp N;DEF;PL sopp N;DEF;SG heteroseksualitet N;DEF;SG historikar N;DEF;SG historikar N;NDEF;PL historikar N;DEF;PL lys N;NDEF;PL lys N;DEF;PL lys N;DEF;SG svika V;PST svika V;IMP svika V;PRS svika V;NFIN;PASS langfinger N;DEF;PL langfinger N;NDEF;PL langfinger N;DEF;SG topp N;DEF;PL topp N;DEF;SG topp N;NDEF;PL vulkanutbrot N;DEF;PL vulkanutbrot N;DEF;SG vulkanutbrot N;NDEF;PL feromon N;DEF;SG feromon N;DEF;PL feromon N;NDEF;PL vilje V;PRS vilje V;PST vilje V;IMP vilje V;NFIN;PASS aluminiumsfolie N;DEF;SG aluminiumsfolie N;NDEF;PL aluminiumsfolie N;DEF;PL pandemi N;DEF;PL pandemi N;NDEF;PL pandemi N;DEF;SG gribb N;DEF;SG gribb N;DEF;PL gribb N;NDEF;PL adamseple N;DEF;PL adamseple N;DEF;SG adamseple N;NDEF;PL under N;DEF;PL under N;DEF;SG under N;NDEF;PL våtmark N;DEF;SG våtmark N;DEF;PL våtmark N;NDEF;PL prisindeks N;DEF;PL prisindeks N;DEF;SG prisindeks N;NDEF;PL ghanesisk ADJ;NEUT;SG ghanesisk N;DEF;SG+PL lår N;NDEF;PL lår N;DEF;SG lår N;DEF;PL miljø N;NDEF;PL miljø N;DEF;PL miljø N;DEF;SG hava V;PRS hava V;NFIN;PASS hava V;IMP hava V;PST påske N;DEF;PL påske N;NDEF;PL påske N;DEF;SG påske N;DEF;PL påske N;DEF;SG bark N;NDEF;PL bark N;DEF;PL bark N;DEF;SG avertere V;IMP avertere V;PRS avertere V;NFIN;PASS avertere V;PST konkurrere V;PRS konkurrere V;PST konkurrere V;NFIN;PASS konkurrere V;IMP rund ADJ;CMPR rund ADJ;SPRL;DEF rund ADJ;SPRL;NDEF rund N;DEF;SG+PL rund ADJ;NEUT;SG kugalskap N;DEF;SG morfologi N;DEF;SG morfologi N;DEF;PL morfologi N;NDEF;PL hals N;NDEF;PL hals N;DEF;PL hals N;DEF;SG smal N;DEF;SG+PL smal ADJ;SPRL;NDEF smal ADJ;CMPR smal ADJ;NEUT;SG smal ADJ;SPRL;DEF ny ADJ;CMPR ny ADJ;SPRL ny ADJ;NEUT;SG ny N;DEF;SG+PL klorofyll N;DEF;SG hestekastanje N;DEF;PL hestekastanje N;NDEF;PL hestekastanje N;DEF;SG kosa V;PST kosa V;IMP kosa V;NFIN;PASS kosa V;PRS emirat N;DEF;PL emirat N;NDEF;PL emirat N;DEF;SG pengeskap N;NDEF;PL pengeskap N;DEF;SG pengeskap N;DEF;PL tommel N;DEF;PL tommel N;NDEF;PL tommel N;DEF;SG steinkast N;NDEF;PL steinkast N;DEF;SG steinkast N;DEF;PL nordisk ADJ;NEUT;SG nordisk N;DEF;SG+PL sudanar N;NDEF;PL sudanar N;DEF;PL sudanar N;DEF;SG salig ADJ;SPRL;NDEF salig ADJ;CMPR salig N;DEF;SG+PL salig ADJ;SPRL;DEF salig ADJ;NDEF;SG salomonar N;DEF;PL salomonar N;NDEF;PL salomonar N;DEF;SG uvanleg ADJ;CMPR uvanleg N;DEF;SG+PL uvanleg ADJ;SPRL;NDEF uvanleg ADJ;NDEF;SG uvanleg ADJ;SPRL;DEF konsa V;PRS konsa V;PST konsa V;IMP konsa V;NFIN;PASS zoomlinse N;DEF;SG zoomlinse N;DEF;PL zoomlinse N;NDEF;PL syklist N;DEF;SG syklist N;DEF;PL syklist N;NDEF;PL vilja V;PST vilja V;PRS vilja V;NFIN;PASS vilja V;IMP festival N;DEF;SG festival N;DEF;PL festival N;NDEF;PL tverrsnitt N;NDEF;PL tverrsnitt N;DEF;SG tverrsnitt N;DEF;PL transport N;NDEF;PL transport N;DEF;SG transport N;DEF;PL militærkupp N;DEF;SG militærkupp N;DEF;PL militærkupp N;NDEF;PL musikal N;NDEF;PL musikal N;DEF;SG musikal N;DEF;PL drosje N;DEF;SG drosje N;DEF;PL drosje N;NDEF;PL dataspel N;DEF;SG dataspel N;DEF;PL dataspel N;NDEF;PL separatist N;DEF;SG separatist N;DEF;PL separatist N;NDEF;PL egyptar N;DEF;SG egyptar N;DEF;PL egyptar N;NDEF;PL fjord N;DEF;SG fjord N;DEF;PL fjord N;NDEF;PL tittel N;DEF;SG tittel N;DEF;PL tittel N;NDEF;PL sjølvmordsbombar N;NDEF;PL sjølvmordsbombar N;DEF;SG sjølvmordsbombar N;DEF;PL skriftspråk N;NDEF;PL skriftspråk N;DEF;SG skriftspråk N;DEF;PL beskjeden ADJ;NEUT;SG beskjeden N;DEF;SG+PL glorie N;DEF;SG glorie N;NDEF;PL glorie N;DEF;PL åme N;DEF;PL åme N;DEF;SG åme N;NDEF;PL dialog N;DEF;SG dialog N;DEF;PL dialog N;NDEF;PL tjukk ADJ;SPRL;DEF tjukk ADJ;NEUT tjukk N;DEF;SG+PL tjukk ADJ;SPRL;NDEF tjukk ADJ;CMPR tjukk ADJ;MASC+FEM gruppe N;DEF;SG gruppe N;NDEF;PL gruppe N;DEF;PL balalaika N;NDEF;PL balalaika N;DEF;PL balalaika N;DEF;PL balalaika N;DEF;SG postkontor N;DEF;PL postkontor N;DEF;SG postkontor N;NDEF;PL bylgjelengd N;NDEF;PL bylgjelengd N;DEF;SG bylgjelengd N;DEF;PL piano N;NDEF;PL piano N;DEF;PL piano N;DEF;SG modellfly N;NDEF;PL modellfly N;DEF;SG modellfly N;DEF;PL demokrati N;DEF;PL demokrati N;DEF;SG demokrati N;NDEF;PL skina V;PRS skina V;IMP skina V;PST skina V;NFIN;PASS kontroll N;DEF;SG kontroll N;DEF;PL kontroll N;NDEF;PL jente N;NDEF;PL jente N;DEF;SG jente N;DEF;PL minneblom N;DEF;SG minneblom N;NDEF;PL minneblom N;DEF;PL sollys N;DEF;SG klon N;DEF;PL klon N;NDEF;PL klon N;DEF;SG prest N;DEF;SG prest N;NDEF;PL prest N;DEF;PL kløtsj N;DEF;SG kløtsj N;NDEF;PL kløtsj N;DEF;PL riksmål N;DEF;SG missil N;NDEF;PL missil N;DEF;SG missil N;DEF;PL omgivnad N;DEF;PL omgivnad N;NDEF;PL omgivnad N;DEF;PL omgivnad N;NDEF;PL omgivnad N;DEF;SG plante N;DEF;SG plante N;NDEF;PL plante N;DEF;PL stol N;DEF;SG stol N;NDEF;PL stol N;DEF;PL bever N;DEF;SG bever N;NDEF;PL bever N;DEF;PL taxisjåfør N;DEF;PL taxisjåfør N;DEF;SG taxisjåfør N;NDEF;PL lekse N;NDEF;PL lekse N;DEF;PL lekse N;DEF;SG tema N;NDEF;PL tema N;DEF;PL tema N;DEF;SG kvikksand N;DEF;SG periode N;DEF;PL periode N;NDEF;PL periode N;DEF;SG vaskeservant N;NDEF;PL vaskeservant N;DEF;PL vaskeservant N;DEF;SG mine N;DEF;SG mine N;DEF;PL mine N;NDEF;PL siddis N;DEF;SG siddis N;DEF;PL siddis N;NDEF;PL hengelås N;DEF;SG hengelås N;NDEF;PL hengelås N;DEF;PL apostrof N;DEF;SG apostrof N;DEF;PL apostrof N;NDEF;PL krone V;NFIN;PASS krone N;DEF;PL krone V;IMP krone N;DEF;SG krone V;PST krone N;NDEF;PL krone V;PRS sendar N;DEF;PL sendar N;DEF;SG sendar N;NDEF;PL saum N;NDEF;PL saum N;DEF;SG saum N;DEF;PL søvn N;DEF;SG søvn N;DAT vante N;DEF;PL vante N;DEF;SG vante N;NDEF;PL lån N;DEF;SG lån N;NDEF;PL lån N;DEF;PL fønikisk ADJ;NEUT;SG fønikisk N;DEF;SG+PL cubanar N;DEF;PL cubanar N;NDEF;PL cubanar N;DEF;SG erme N;NDEF;PL erme N;DEF;PL erme N;DEF;SG dronning N;DEF;PL dronning N;DEF;SG dronning N;NDEF;PL dolk N;DEF;PL dolk N;DEF;SG dolk N;NDEF;PL radikal ADJ;MASC+FEM radikal ADJ;NEUT radikal N;NDEF;PL radikal N;DEF;PL radikal N;DEF;SG radikal N;DEF;SG+PL sølibat N;DEF;SG reportasje N;NDEF;PL reportasje N;DEF;SG reportasje N;DEF;PL bueining N;NDEF;PL bueining N;DEF;PL bueining N;DEF;SG lunge N;DEF;SG lunge N;DEF;PL lunge N;NDEF;PL ligge V;PST ligge V;NFIN;PASS ligge V;PRS ligge V;IMP karboksylsyre N;NDEF;PL karboksylsyre N;DEF;SG karboksylsyre N;DEF;PL krevja V;IMP krevja V;NFIN;PASS krevja V;PRS krevja V;PST katastrofal N;DEF;SG+PL katastrofal ADJ;MASC+FEM katastrofal ADJ;NEUT donasjon N;DEF;PL donasjon N;DEF;SG donasjon N;NDEF;PL stridsøks N;NDEF;PL stridsøks N;NDEF;PL stridsøks N;DEF;SG stridsøks N;DEF;PL byrjing N;DEF;SG byrjing N;NDEF;PL byrjing N;DEF;PL statsminister N;DEF;PL statsminister N;DEF;SG statsminister N;NDEF;PL snøleopard N;NDEF;PL snøleopard N;DEF;PL snøleopard N;DEF;SG helse N;DEF;SG hegre N;NDEF;PL hegre N;DEF;SG hegre N;DEF;PL nominell ADJ;NEUT;SG nominell N;DEF;SG+PL melon N;NDEF;PL melon N;DEF;PL melon N;DEF;SG spion N;DEF;SG spion N;DEF;PL spion N;NDEF;PL retorikk N;DEF;SG velja V;PRS velja V;PST velja V;IMP velja V;NFIN;PASS midnattssol N;DEF;SG bergta V;NFIN;PASS bergta V;PST bergta V;PRS bergta V;IMP spørjas V;PRS spørjas V;PST stadion N;NDEF;PL stadion N;DEF;SG stadion N;DEF;PL utval N;DEF;SG utval N;DEF;PL utval N;NDEF;PL kubanar N;NDEF;PL kubanar N;DEF;PL kubanar N;DEF;SG newzealandsk N;DEF;SG+PL newzealandsk ADJ;NEUT;SG besøkje V;NFIN;PASS besøkje V;IMP besøkje V;PRS besøkje V;PST tyrkar N;DEF;PL tyrkar N;NDEF;PL tyrkar N;DEF;SG rattstamme N;DEF;SG rattstamme N;NDEF;PL rattstamme N;DEF;PL rattstamme N;DEF;PL rattstamme N;NDEF;PL uttrykk N;DEF;PL uttrykk N;NDEF;PL uttrykk N;DEF;SG green N;DEF;PL green N;NDEF;PL green N;DEF;SG åverk N;DEF;PL åverk N;NDEF;PL åverk N;DEF;SG ekvator N;DEF;SG ekvator N;DEF;PL ekvator N;NDEF;PL nummer N;DEF;PL nummer N;DEF;SG nummer N;NDEF;PL kurdar N;DEF;SG kurdar N;DEF;PL kurdar N;NDEF;PL kupong N;DEF;SG kupong N;NDEF;PL kupong N;DEF;PL svenske N;NDEF;PL svenske N;DEF;SG svenske N;DEF;PL skodespel N;DEF;PL skodespel N;NDEF;PL skodespel N;DEF;SG antilope N;DEF;SG antilope N;DEF;PL antilope N;NDEF;PL opna V;IMP opna V;PRS opna V;NFIN;PASS opna V;PST konglomerat N;DEF;PL konglomerat N;DEF;SG konglomerat N;NDEF;PL halvsøster N;DEF;SG halvsøster N;NDEF;PL halvsøster N;DEF;PL falk N;DEF;PL falk N;DEF;SG falk N;NDEF;PL lim N;NDEF;PL lim N;DEF;PL lim N;DEF;SG refleksiv N;DEF;SG+PL refleksiv ADJ;NEUT;SG lampeskjerm N;DEF;PL lampeskjerm N;NDEF;PL lampeskjerm N;DEF;SG rasere V;NFIN;PASS rasere V;IMP rasere V;PST rasere V;PRS veranda N;DEF;PL veranda N;NDEF;PL veranda N;DEF;SG veranda N;NDEF;PL ordførar N;NDEF;PL ordførar N;DEF;SG ordførar N;DEF;PL nøytral ADJ;NEUT;SG nøytral N;DEF;SG+PL struts N;DEF;SG struts N;DEF;PL struts N;NDEF;PL president N;DEF;SG president N;NDEF;PL president N;DEF;PL leppestift N;DEF;PL leppestift N;NDEF;PL leppestift N;DEF;SG einast V;IMP einast V;PST einast V;PRS semittisk N;DEF;SG+PL semittisk ADJ;NEUT;SG krigar N;NDEF;PL krigar N;DEF;SG krigar N;DEF;PL byfornying N;DEF;SG spesialist N;DEF;SG spesialist N;DEF;PL spesialist N;NDEF;PL kjøtt N;DEF;SG innsjø N;DEF;SG innsjø N;NDEF;PL innsjø N;DEF;PL emalje N;DEF;PL emalje N;NDEF;PL emalje N;DEF;SG lakris N;NDEF;PL lakris N;DEF;SG lakris N;DEF;PL lakris N;DEF;PL lakris N;DEF;SG italiensk ADJ;NEUT;SG italiensk N;DEF;SG italiensk N;DEF;SG+PL doktorgrad N;NDEF;PL doktorgrad N;DEF;SG doktorgrad N;DEF;PL doktorgrad N;DEF;PL doktorgrad N;DEF;SG industri N;DEF;PL industri N;DEF;SG industri N;NDEF;PL fjernsyn N;DEF;SG fjernsyn N;DEF;PL fjernsyn N;NDEF;PL omsyn N;DEF;SG utviklar N;DEF;SG utviklar N;NDEF;PL utviklar N;DEF;PL blome N;NDEF;PL blome N;DEF;SG blome V;IMP blome V;PRS blome V;PST blome N;DEF;PL blome V;NFIN;PASS medlemskap N;DEF;PL medlemskap N;NDEF;PL medlemskap N;DEF;SG medlemskap N;NDEF;PL verdsrom N;DEF;SG rekna V;NFIN;PASS rekna V;PRS rekna V;IMP rekna V;PST ofra V;IMP ofra V;NFIN;PASS ofra V;PST ofra V;PRS boble N;DEF;SG boble N;DEF;PL boble N;NDEF;PL samoanar N;DEF;SG samoanar N;DEF;PL samoanar N;NDEF;PL kor N;DEF;SG kor N;DEF;PL kor N;NDEF;PL postnummer N;DEF;PL postnummer N;DEF;SG postnummer N;NDEF;PL burkinar N;NDEF;PL burkinar N;DEF;PL burkinar N;DEF;SG kontrakt N;DEF;SG kontrakt N;NDEF;PL kontrakt N;DEF;PL konse V;NFIN;PASS konse V;PST konse V;PRS konse V;IMP brun ADJ;NEUT;SG brun N;DEF;SG+PL brun ADJ;SPRL;NDEF brun ADJ;CMPR brun ADJ;SPRL;DEF umogeleg N;DEF;SG+PL umogeleg ADJ;SPRL;NDEF umogeleg ADJ;NDEF;SG umogeleg ADJ;CMPR umogeleg ADJ;SPRL;DEF jiddisch N;DEF;SG jiddisch ADJ;NEUT;SG jiddisch N;DEF;SG+PL lingvistikk N;DEF;SG nivå N;NDEF;PL nivå N;DEF;PL nivå N;DEF;SG meksikanar N;DEF;PL meksikanar N;NDEF;PL meksikanar N;DEF;SG ære N;DEF;SG pinse N;NDEF;PL pinse N;DEF;SG pinse N;DEF;PL alpeglød N;DEF;SG litteratur N;DEF;PL litteratur N;DEF;SG litteratur N;NDEF;PL solbrend ADJ;NEUT solbrend ADJ;MASC+FEM solbrend N;DEF;SG+PL havfrue N;DEF;PL havfrue N;NDEF;PL havfrue N;DEF;SG fugl N;NDEF;PL fugl N;DEF;SG fugl N;DEF;PL inflasjon N;DEF;SG inflasjon N;DEF;PL inflasjon N;NDEF;PL tal N;DEF;SG tal N;DEF;PL tal N;NDEF;PL diplomatisk N;DEF;SG+PL diplomatisk ADJ;NEUT;SG strekning N;DEF;SG strekning N;NDEF;PL strekning N;DEF;PL historie N;DEF;SG historie N;DEF;PL historie N;NDEF;PL snøfri N;DEF;SG+PL snøfri ADJ;NEUT;SG boggi N;DEF;SG boggi N;DEF;PL boggi N;NDEF;PL panikk N;DEF;SG koreanar N;DEF;PL koreanar N;DEF;SG koreanar N;NDEF;PL plattform N;NDEF;PL plattform N;DEF;PL plattform N;DEF;SG konsis N;DEF;SG+PL konsis ADJ;NEUT;SG fantom N;NDEF;PL fantom N;DEF;SG fantom N;DEF;PL systematisk N;DEF;SG+PL systematisk ADJ;NEUT;SG kunstverk N;DEF;PL kunstverk N;NDEF;PL kunstverk N;DEF;SG gås N;DEF;SG gås N;NDEF;PL gås N;DEF;PL datavirus N;DEF;PL datavirus N;DEF;SG datavirus N;NDEF;PL spytt N;DEF;SG prosedyre N;DEF;PL prosedyre N;NDEF;PL prosedyre N;DEF;SG magnetisme N;DEF;SG myrk ADJ;SPRL;DEF myrk ADJ;CMPR myrk ADJ;NEUT myrk ADJ;SPRL;NDEF myrk N;DEF;SG+PL myrk ADJ;MASC+FEM blom N;DEF;SG blom N;NDEF;PL blom N;DEF;PL torv N;DEF;SG torv N;DEF;PL torv N;NDEF;PL dal N;NDEF;PL dal N;DEF;SG dal N;DEF;PL påverknad N;DEF;SG fugleliv N;DEF;SG pose N;NDEF;PL pose N;DEF;SG pose N;DEF;PL stolt ADJ;SPRL;NDEF stolt ADJ;CMPR stolt N;DEF;SG+PL stolt ADJ;NEUT;SG stolt ADJ;SPRL;DEF engel N;DEF;PL engel N;DEF;SG engel N;NDEF;PL hending N;DEF;SG hending N;DEF;PL hending N;NDEF;PL høne N;NDEF;PL høne N;DEF;SG høne N;DEF;PL høne N;NDEF;PL gambiar N;DEF;SG gambiar N;DEF;PL gambiar N;NDEF;PL bensin N;DEF;SG flytur N;NDEF;PL flytur N;DEF;PL flytur N;DEF;SG arm N;DEF;PL arm ADJ;NEUT;SG arm N;NDEF;PL arm N;DEF;SG arm N;DEF;SG+PL kompresjon N;DEF;PL kompresjon N;NDEF;PL kompresjon N;DEF;SG syltetøy N;NDEF;PL syltetøy N;DEF;PL syltetøy N;DEF;SG statussymbol N;DEF;PL statussymbol N;NDEF;PL statussymbol N;DEF;SG publikasjon N;DEF;SG publikasjon N;DEF;PL publikasjon N;NDEF;PL brasme N;DEF;PL brasme N;DEF;SG brasme N;NDEF;PL arsen N;DEF;SG blekksprut N;NDEF;PL blekksprut N;DEF;SG blekksprut N;DEF;PL nynorskbrukar N;DEF;SG nynorskbrukar N;NDEF;PL nynorskbrukar N;DEF;PL kenguru N;DEF;SG kenguru N;NDEF;PL kenguru N;DEF;PL motorvogn N;NDEF;PL motorvogn N;DEF;SG motorvogn N;DEF;PL tusenbein N;NDEF;PL tusenbein N;DEF;SG tusenbein N;DEF;PL galgenhumor N;DEF;SG brud N;NDEF;PL brud N;DEF;PL brud N;DEF;SG draum N;DEF;PL draum N;NDEF;PL draum N;DEF;SG frimurar N;NDEF;PL frimurar N;DEF;SG frimurar N;DEF;PL elektronisk ADJ;NEUT;SG elektronisk N;DEF;SG+PL skoggrense N;NDEF;PL skoggrense N;DEF;PL skoggrense N;DEF;SG landing N;NDEF;PL landing N;DEF;SG landing N;DEF;PL optimisme N;DEF;SG vest N;DEF;PL vest N;NDEF;PL vest N;DEF;SG kurdisk ADJ;NEUT;SG kurdisk N;DEF;SG+PL skytar N;DEF;SG skytar N;DEF;PL skytar N;NDEF;PL hane N;NDEF;PL hane N;DEF;SG hane N;DEF;PL koppar N;DEF;PL bestilling N;DEF;SG bestilling N;NDEF;PL bestilling N;DEF;PL sjarmere V;IMP sjarmere V;PST sjarmere V;NFIN;PASS sjarmere V;PRS sakne V;IMP sakne V;NFIN;PASS sakne V;PRS sakne V;PST turve V;IMP turve V;PRS turve V;PST turve V;NFIN;PASS økologi N;DEF;SG andreplass N;DEF;PL andreplass N;NDEF;PL andreplass N;DEF;SG hypnose N;DEF;SG hypnose N;NDEF;PL hypnose N;DEF;PL nigerar N;DEF;PL nigerar N;DEF;SG nigerar N;NDEF;PL byggemateriale N;DEF;SG byggemateriale N;NDEF;PL byggemateriale N;DEF;PL utsyn N;NDEF;PL utsyn N;DEF;SG utsyn N;DEF;PL utsyn N;DEF;SG utsyn N;NDEF;PL utsyn N;DEF;PL terpentin N;DEF;SG hebraisk ADJ;NEUT;SG hebraisk N;DEF;SG hebraisk N;DEF;SG+PL sosialisme N;DEF;SG fiolin N;DEF;SG fiolin N;NDEF;PL fiolin N;DEF;PL minoritet N;DEF;PL minoritet N;DEF;SG minoritet N;NDEF;PL spøke V;NFIN;PASS spøke V;IMP spøke V;PST spøke V;PRS martyr N;NDEF;PL martyr N;DEF;PL martyr N;DEF;SG muskel N;NDEF;PL muskel N;DEF;PL muskel N;DEF;SG tavle N;DEF;SG tavle N;NDEF;PL tavle N;DEF;PL støvsugar N;DEF;SG støvsugar N;DEF;PL støvsugar N;NDEF;PL irsk N;DEF;SG+PL irsk N;DEF;SG irsk ADJ;NEUT;SG sagbruk N;NDEF;PL sagbruk N;DEF;SG sagbruk N;DEF;PL økonomikk N;DEF;SG tenåring N;DEF;PL tenåring N;DEF;SG tenåring N;NDEF;PL luktesans N;DEF;SG fjerdedel N;DEF;PL fjerdedel N;NDEF;PL fjerdedel N;DEF;SG haitiar N;NDEF;PL haitiar N;DEF;PL haitiar N;DEF;SG etymologi N;DEF;PL etymologi N;NDEF;PL etymologi N;DEF;SG tennplugg N;DEF;PL tennplugg N;DEF;SG tennplugg N;NDEF;PL mannskap N;NDEF;PL mannskap N;DEF;SG mannskap N;DEF;PL newzealendar N;DEF;SG newzealendar N;NDEF;PL newzealendar N;DEF;PL døy V;IMP døy V;NFIN;PASS døy V;PRS døy V;PST definera V;PST definera V;PRS definera V;IMP definera V;NFIN;PASS dobbelt N;DEF;SG+PL dobbelt ADJ;NEUT;SG sylinder N;DEF;SG sylinder N;NDEF;PL sylinder N;DEF;PL rytme N;NDEF;PL rytme N;DEF;SG rytme N;DEF;PL ivorianar N;NDEF;PL ivorianar N;DEF;SG ivorianar N;DEF;PL sist N;DEF;SG+PL sist ADJ;NDEF;SG hand N;DEF;SG hand N;DEF;PL hand N;NDEF;PL brems N;DEF;SG brems N;NDEF;PL brems N;DEF;PL bosniar N;NDEF;PL bosniar N;DEF;PL bosniar N;DEF;SG kyss N;DEF;SG kyss N;NDEF;PL kyss N;DEF;PL samarbeida V;NFIN;PASS samarbeida V;IMP samarbeida V;PST samarbeida V;PRS fornamn N;NDEF;PL fornamn N;DEF;SG fornamn N;DEF;PL hyperbel N;DEF;SG hyperbel N;DEF;PL hyperbel N;NDEF;PL persar N;NDEF;PL persar N;DEF;PL persar N;DEF;SG potteplante N;DEF;PL potteplante N;DEF;SG potteplante N;NDEF;PL potteplante N;DEF;PL potteplante N;DEF;SG nauruar N;NDEF;PL nauruar N;DEF;SG nauruar N;DEF;PL multiplikasjon N;NDEF;PL multiplikasjon N;DEF;PL multiplikasjon N;DEF;SG
162ebc8148fbddb925343224861cda0d88028233	676ffceabdfe022b6381807def2ea401302430ac	/solvers/AcousticSolver/Tests/APE_2DPulseAdv_WeakDG_MODIFIED.tst	e8afcb6028408b774f46172c40d8c9b9cef7a1cc	[ "MIT" ]	permissive	mathLab/ITHACA-SEM	3adf7a49567040398d758f4ee258276fee80065e	065a269e3f18f2fc9d9f4abd9d47abba14d0933b	refs/heads/master	2022-07-06T23:42:51.869689	2022-06-21T13:27:18	2022-06-21T13:27:18	136,485,665	10	5	MIT	2019-05-15T08:31:40	2018-06-07T14:01:54	Makefile	UTF-8	Scilab	false	false	846	tst	APE_2DPulseAdv_WeakDG_MODIFIED.tst	<?xml version="1.0" encoding="utf-8"?> <test> <description>desc P=10</description> <executable>AcousticSolver</executable> <parameters>APE_2DPulseAdv_WeakDG_MODIFIED.xml</parameters> <files> <file description="Session File">APE_2DPulseAdv_WeakDG_MODIFIED.xml</file> </files> <metrics> <metric type="L2" id="1"> <value variable="p" tolerance="1e-4">6.77147</value> <value variable="u" tolerance="1e-7">0.00160074</value> <value variable="v" tolerance="1e-7">0.00163754</value> </metric> <metric type="Linf" id="2"> <value variable="p" tolerance="1e-4">30.105</value> <value variable="u" tolerance="1e-7">0.00608953</value> <value variable="v" tolerance="1e-7">0.0060532</value> </metric> </metrics> </test>
a593b044761f79d0ac9323f37bd34ac7cabcf102	5a05d7e1b331922620afe242e4393f426335f2e3	/macros/polyreduce.sci	265b969229268d1cedb61785c219cd847f969077	[]	no_license	sauravdekhtawala/FOSSEE-Signal-Processing-Toolbox	2728cf855f58886c7c4a9317cc00784ba8cd8a5b	91f8045f58b6b96dbaaf2d4400586660b92d461c	refs/heads/master	2022-04-19T17:33:22.731810	2020-04-22T12:17:41	2020-04-22T12:17:41	null	0	0	null	null	null	null	UTF-8	Scilab	false	false	964	sci	polyreduce.sci	// Copyright (C) 2018 - IIT Bombay - FOSSEE // // This file must be used under the terms of the CeCILL. // This source file is licensed as described in the file COPYING, which // you should have received as part of this distribution. The terms // are also available at // http://www.cecill.info/licences/Licence_CeCILL_V2-en.txt // Author:[insert name] // Organization: FOSSEE, IIT Bombay // Email: toolbox@scilab.in function p = polyreduce (c) //Calling sequence //p= polyreduce (c) // Reduce a polynomial coefficient vector to a minimum number of terms by // stripping off any leading zeros. //Test cases: //polyreduce ([0, 0, 1, 2, 3]) //Output: [1, 2, 3] [nargout,nargin]=argn(); if (nargin ~= 1) error("wrong number of input arguments"); elseif (~isvector (c) \| isempty (c)) error ("polyreduce: C must be a non-empty vector"); end idx = find (c ~= 0, 1); if (isempty (idx)) p = 0; else p = c(idx:$); end endfunction
368a742ca24523293abd303dd6f9fccf9b1a8596	010c2b27564adf28cc232d64523a4101ef0b96cf	/LogCard.tst	3ea843ba4589d39d56e3a8a4c78eaf7d15f162ab	[]	no_license	piltatnik/MFtp	66f0092ecb1dcd5eccd2b71cd54399bad0a0b57b	2ea692553cb06e43c930541bd59eb7615054ed8f	refs/heads/master	2021-05-08T01:32:40.292744	2017-10-22T16:10:10	2017-10-22T16:10:10	107,881,412	0	0	null	null	null	null	WINDOWS-1251	Scilab	false	false	1,652	tst	LogCard.tst	PL/SQL Developer Test script 3.0 31 -- Created on 12.07.2017 by PILAR DECLARE -- Local variables here i INTEGER; BEGIN FOR rec IN (SELECT 'Транзакция '\|\|to_char(trans_id)\|\|' '\|\|CASE type_message WHEN 1 THEN 'Карту '\|\|num_to_ean(card_num)\|\|' (наш card_num:'\|\|card_num\|\|') создали' WHEN 3 THEN CASE op_type WHEN 'CASH' THEN 'Карту '\|\|num_to_ean(card_num)\|\|' (наш card_num:'\|\|card_num\|\|') пополнили (кто пополнил: '\|\|debitwalletno\|\|') на сумму ' ELSE 'С карты '\|\|num_to_ean(card_num)\|\|' (наш card_num:'\|\|card_num\|\|') списали (кому списали: '\|\|creditwalletno\|\|') сумму ' END \|\| to_char(amount) END \|\| ' в дату ' \|\|to_char(value_date, 'dd.mm.yyyy HH24:MI:SS') \|\|' и она попала в файл 03_ophist_transport_'\|\|to_char(date_message, 'ddmmyyyy_HH24MISS')\|\|'.xml ' --\|\|' (сформирован : '\|\|to_char(date_message, 'dd.mm.yyyy HH24:MI:SS') \|\|');' AS text FROM T$XFTP_MESSAGES WHERE card_num = ean_to_num(:pCard) AND type_message <> 2 ORDER BY type_message, value_date, date_message, op_type) LOOP dbms_output.put_line(rec.text); END LOOP; END; 1 pCard 1 2031500043776 5 0
8cb84e4e759cf6837cdd794e4af70d9144e9f679	449d555969bfd7befe906877abab098c6e63a0e8	/2741/CH3/EX3.6/Chapter3_Example6.sce	20c2f8165f5a748759bf9a80eaf6d988f8e0e44e	[]	no_license	FOSSEE/Scilab-TBC-Uploads	948e5d1126d46bdd2f89a44c54ba62b0f0a1f5e1	7bc77cb1ed33745c720952c92b3b2747c5cbf2df	refs/heads/master	2020-04-09T02:43:26.499817	2018-02-03T05:31:52	2018-02-03T05:31:52	37,975,407	3	12	null	null	null	null	UTF-8	Scilab	false	false	923	sce	Chapter3_Example6.sce	clc clear //Input data t=5;//The time taken for a body to cool from 80 to 64 degree centigrade in minutes t11=80;//The initial temperature of the body in degree centigrade t12=64;//The final temperature of the body in degree centigrade t21=52;//The temperature of the body after 10 minutes in degree centigrade T=10;//The time taken for a body to cool from 80 to 52 degree centigrade in minutes T1=15;//To find the temperature after the time in minutes //Calculations ts=((t21t11)-(t12^2))/(t11+t21-(2t12));//The temperature of the surroundings in degree centigrade K=(log((t21-ts)/(t12-ts)));//The constant value for the first case at ts x=((exp(K))*(t21-ts))+ts;//The temperature after the next 15 minutes in degree centigrade //Output printf('(1)The temperature of the surroundings is %3.0f degree centigrade \n (2)The temperature after the 15 minutes is %3.0f degree centigrade ',ts,x)
b6fcd0099556f95eca82404956f76cb497bce335	449d555969bfd7befe906877abab098c6e63a0e8	/2153/CH3/EX3.9/ex_3_9.sce	2bf743d42cd4bc11a74c5bd00d180f2a8986dd24	[]	no_license	FOSSEE/Scilab-TBC-Uploads	948e5d1126d46bdd2f89a44c54ba62b0f0a1f5e1	7bc77cb1ed33745c720952c92b3b2747c5cbf2df	refs/heads/master	2020-04-09T02:43:26.499817	2018-02-03T05:31:52	2018-02-03T05:31:52	37,975,407	3	12	null	null	null	null	UTF-8	Scilab	false	false	214	sce	ex_3_9.sce	// Example 3.9: atoms per unit cell clc; clear; close; c=8;//corners f=6;//faces nf=(1/2)f;//no. of atoms in all six faces nc=(1/8)c;//no. of atoms in all corners ta=nf+nc;// disp(ta,"total number of atoms are")
1eff83401b2bdc96ebc133e4fc93df9a1f1b9c1d	2ba48648eefadee113a7c2f5d608cab5209c3a8b	/Unit&Func Test/单元测试文档/CagOS单元测试结果/THREAD/SYSCORE/sysCore.tst	2e045d6b76b73339b5e59537bf650ab1d4dfd1fa	[]	no_license	wangdong412/Consen-SIS	879762175575d0a62f26ec1effeb46c3fd62e3e8	bca3fac35c961c3558a3438bca55e6d20825da3a	refs/heads/master	2020-07-11T05:17:18.814104	2019-08-27T09:41:41	2019-08-27T09:41:41	204,450,874	1	5	null	null	null	null	UTF-8	Scilab	false	false	119,598	tst	sysCore.tst	-- VectorCAST 6.4d (02/29/16) -- Test Case Script -- -- Environment : THREAD1 -- Unit(s) Under Test: sysApi sysCfg sysCore sysMsg sysMutex sysPrio sysQueue sysSem sysStat sysTask sysTick sysTime -- -- Script Features TEST.SCRIPT_FEATURE:C_DIRECT_ARRAY_INDEXING TEST.SCRIPT_FEATURE:CPP_CLASS_OBJECT_REVISION TEST.SCRIPT_FEATURE:MULTIPLE_UUT_SUPPORT TEST.SCRIPT_FEATURE:MIXED_CASE_NAMES TEST.SCRIPT_FEATURE:STATIC_HEADER_FUNCS_IN_UUTS -- -- Unit: sysCore -- Subprogram: OSInit -- Test Case: OSInit1 TEST.UNIT:sysCore TEST.SUBPROGRAM:OSInit TEST.NEW TEST.NAME:OSInit1 TEST.BASIS_PATH:1 of 10 TEST.NOTES: This is an automatically generated test case. Test Path 1 (1) if (OSCfg_ISRStkSize > (CPU_STK_SIZE)0) ==> FALSE (4) if (p_err != (OS_ERR_NONE)) ==> TRUE Test Case Generation Notes: Cannot set const variable TEST.VALUE:sysCore.<<GLOBAL>>.OSCfg_ISRStkSize: in branch 1 TEST.END_NOTES: TEST.STUB:sysMsg.OS_MsgPoolInit TEST.VALUE:sysCore.OSInit.p_err:<<malloc 1>> TEST.VALUE:sysCore.OSInit.p_err[0]:OS_ERR_A TEST.VALUE:sysMsg.OS_MsgPoolInit.p_err[0]:OS_ERR_A TEST.EXPECTED:sysCore.<<GLOBAL>>.OS_AppTaskCreateHookPtr:<<null>> TEST.EXPECTED:sysCore.<<GLOBAL>>.OS_AppTaskDelHookPtr:<<null>> TEST.EXPECTED:sysCore.<<GLOBAL>>.OS_AppTaskReturnHookPtr:<<null>> TEST.EXPECTED:sysCore.<<GLOBAL>>.OS_AppIdleTaskHookPtr:<<null>> TEST.EXPECTED:sysCore.<<GLOBAL>>.OS_AppStatTaskHookPtr:<<null>> TEST.EXPECTED:sysCore.<<GLOBAL>>.OS_AppTaskSwHookPtr:<<null>> TEST.EXPECTED:sysCore.<<GLOBAL>>.OS_AppTimeTickHookPtr:<<null>> TEST.EXPECTED:sysCore.<<GLOBAL>>.OSIntNestingCtr:0 TEST.EXPECTED:sysCore.<<GLOBAL>>.OSRunning:0 TEST.EXPECTED:sysCore.<<GLOBAL>>.OSPrioCur:0 TEST.EXPECTED:sysCore.<<GLOBAL>>.OSPrioHighRdy:0 TEST.EXPECTED:sysCore.<<GLOBAL>>.OSPrioSaved:0 TEST.EXPECTED:sysCore.<<GLOBAL>>.OSSchedLockNestingCtr:0 TEST.EXPECTED:sysCore.<<GLOBAL>>.OSSchedRoundRobinDfltTimeQuanta:100 TEST.EXPECTED:sysCore.<<GLOBAL>>.OSSchedRoundRobinEn:1 TEST.EXPECTED:sysCore.OSInit.p_err[0]:OS_ERR_A TEST.END -- Test Case: OSInit1.001 TEST.UNIT:sysCore TEST.SUBPROGRAM:OSInit TEST.NEW TEST.NAME:OSInit1.001 TEST.NOTES: This is an automatically generated test case. Test Path 1 (1) if (OSCfg_ISRStkSize > (CPU_STK_SIZE)0) ==> FALSE (4) if (p_err != (OS_ERR_NONE)) ==> TRUE Test Case Generation Notes: Cannot set const variable TEST.VALUE:sysCore.<<GLOBAL>>.OSCfg_ISRStkSize: in branch 1 TEST.END_NOTES: TEST.STUB:sysMsg.OS_MsgPoolInit TEST.STUB:sysMutex.OS_MutexInit TEST.VALUE:sysCore.OSInit.p_err:<<malloc 1>> TEST.VALUE:sysCore.OSInit.p_err[0]:OS_ERR_A TEST.VALUE:sysMsg.OS_MsgPoolInit.p_err[0]:OS_ERR_NONE TEST.VALUE:sysMutex.OS_MutexInit.p_err[0]:OS_ERR_A TEST.EXPECTED:sysCore.<<GLOBAL>>.OS_AppTaskCreateHookPtr:<<null>> TEST.EXPECTED:sysCore.<<GLOBAL>>.OS_AppTaskDelHookPtr:<<null>> TEST.EXPECTED:sysCore.<<GLOBAL>>.OS_AppTaskReturnHookPtr:<<null>> TEST.EXPECTED:sysCore.<<GLOBAL>>.OS_AppIdleTaskHookPtr:<<null>> TEST.EXPECTED:sysCore.<<GLOBAL>>.OS_AppStatTaskHookPtr:<<null>> TEST.EXPECTED:sysCore.<<GLOBAL>>.OS_AppTaskSwHookPtr:<<null>> TEST.EXPECTED:sysCore.<<GLOBAL>>.OS_AppTimeTickHookPtr:<<null>> TEST.EXPECTED:sysCore.<<GLOBAL>>.OSIntNestingCtr:0 TEST.EXPECTED:sysCore.<<GLOBAL>>.OSRunning:0 TEST.EXPECTED:sysCore.<<GLOBAL>>.OSPrioCur:0 TEST.EXPECTED:sysCore.<<GLOBAL>>.OSPrioHighRdy:0 TEST.EXPECTED:sysCore.<<GLOBAL>>.OSPrioSaved:0 TEST.EXPECTED:sysCore.<<GLOBAL>>.OSSchedLockNestingCtr:0 TEST.EXPECTED:sysCore.<<GLOBAL>>.OSSchedRoundRobinDfltTimeQuanta:100 TEST.EXPECTED:sysCore.<<GLOBAL>>.OSSchedRoundRobinEn:1 TEST.EXPECTED:sysCore.OSInit.p_err[0]:OS_ERR_A TEST.END -- Test Case: OSInit1.002 TEST.UNIT:sysCore TEST.SUBPROGRAM:OSInit TEST.NEW TEST.NAME:OSInit1.002 TEST.NOTES: This is an automatically generated test case. Test Path 1 (1) if (OSCfg_ISRStkSize > (CPU_STK_SIZE)0) ==> FALSE (4) if (p_err != (OS_ERR_NONE)) ==> TRUE Test Case Generation Notes: Cannot set const variable TEST.VALUE:sysCore.<<GLOBAL>>.OSCfg_ISRStkSize: in branch 1 TEST.END_NOTES: TEST.STUB:sysMsg.OS_MsgPoolInit TEST.STUB:sysMutex.OS_MutexInit TEST.STUB:sysQueue.OS_QInit TEST.VALUE:sysCore.OSInit.p_err:<<malloc 1>> TEST.VALUE:sysCore.OSInit.p_err[0]:OS_ERR_A TEST.VALUE:sysMsg.OS_MsgPoolInit.p_err[0]:OS_ERR_NONE TEST.VALUE:sysMutex.OS_MutexInit.p_err[0]:OS_ERR_NONE TEST.VALUE:sysQueue.OS_QInit.p_err[0]:OS_ERR_A TEST.EXPECTED:sysCore.<<GLOBAL>>.OS_AppTaskCreateHookPtr:<<null>> TEST.EXPECTED:sysCore.<<GLOBAL>>.OS_AppTaskDelHookPtr:<<null>> TEST.EXPECTED:sysCore.<<GLOBAL>>.OS_AppTaskReturnHookPtr:<<null>> TEST.EXPECTED:sysCore.<<GLOBAL>>.OS_AppIdleTaskHookPtr:<<null>> TEST.EXPECTED:sysCore.<<GLOBAL>>.OS_AppStatTaskHookPtr:<<null>> TEST.EXPECTED:sysCore.<<GLOBAL>>.OS_AppTaskSwHookPtr:<<null>> TEST.EXPECTED:sysCore.<<GLOBAL>>.OS_AppTimeTickHookPtr:<<null>> TEST.EXPECTED:sysCore.<<GLOBAL>>.OSIntNestingCtr:0 TEST.EXPECTED:sysCore.<<GLOBAL>>.OSRunning:0 TEST.EXPECTED:sysCore.<<GLOBAL>>.OSPrioCur:0 TEST.EXPECTED:sysCore.<<GLOBAL>>.OSPrioHighRdy:0 TEST.EXPECTED:sysCore.<<GLOBAL>>.OSPrioSaved:0 TEST.EXPECTED:sysCore.<<GLOBAL>>.OSSchedLockNestingCtr:0 TEST.EXPECTED:sysCore.<<GLOBAL>>.OSSchedRoundRobinDfltTimeQuanta:100 TEST.EXPECTED:sysCore.<<GLOBAL>>.OSSchedRoundRobinEn:1 TEST.EXPECTED:sysCore.OSInit.p_err[0]:OS_ERR_A TEST.END -- Test Case: OSInit1.003 TEST.UNIT:sysCore TEST.SUBPROGRAM:OSInit TEST.NEW TEST.NAME:OSInit1.003 TEST.NOTES: This is an automatically generated test case. Test Path 1 (1) if (OSCfg_ISRStkSize > (CPU_STK_SIZE)0) ==> FALSE (4) if (p_err != (OS_ERR_NONE)) ==> TRUE Test Case Generation Notes: Cannot set const variable TEST.VALUE:sysCore.<<GLOBAL>>.OSCfg_ISRStkSize: in branch 1 TEST.END_NOTES: TEST.STUB:sysMsg.OS_MsgPoolInit TEST.STUB:sysMutex.OS_MutexInit TEST.STUB:sysQueue.OS_QInit TEST.STUB:sysSem.OS_SemInit TEST.VALUE:sysCore.OSInit.p_err:<<malloc 1>> TEST.VALUE:sysCore.OSInit.p_err[0]:OS_ERR_A TEST.VALUE:sysMsg.OS_MsgPoolInit.p_err[0]:OS_ERR_NONE TEST.VALUE:sysMutex.OS_MutexInit.p_err[0]:OS_ERR_NONE TEST.VALUE:sysQueue.OS_QInit.p_err[0]:OS_ERR_NONE TEST.VALUE:sysSem.OS_SemInit.p_err[0]:OS_ERR_A TEST.EXPECTED:sysCore.<<GLOBAL>>.OS_AppTaskCreateHookPtr:<<null>> TEST.EXPECTED:sysCore.<<GLOBAL>>.OS_AppTaskDelHookPtr:<<null>> TEST.EXPECTED:sysCore.<<GLOBAL>>.OS_AppTaskReturnHookPtr:<<null>> TEST.EXPECTED:sysCore.<<GLOBAL>>.OS_AppIdleTaskHookPtr:<<null>> TEST.EXPECTED:sysCore.<<GLOBAL>>.OS_AppStatTaskHookPtr:<<null>> TEST.EXPECTED:sysCore.<<GLOBAL>>.OS_AppTaskSwHookPtr:<<null>> TEST.EXPECTED:sysCore.<<GLOBAL>>.OS_AppTimeTickHookPtr:<<null>> TEST.EXPECTED:sysCore.<<GLOBAL>>.OSIntNestingCtr:0 TEST.EXPECTED:sysCore.<<GLOBAL>>.OSRunning:0 TEST.EXPECTED:sysCore.<<GLOBAL>>.OSPrioCur:0 TEST.EXPECTED:sysCore.<<GLOBAL>>.OSPrioHighRdy:0 TEST.EXPECTED:sysCore.<<GLOBAL>>.OSPrioSaved:0 TEST.EXPECTED:sysCore.<<GLOBAL>>.OSSchedLockNestingCtr:0 TEST.EXPECTED:sysCore.<<GLOBAL>>.OSSchedRoundRobinDfltTimeQuanta:100 TEST.EXPECTED:sysCore.<<GLOBAL>>.OSSchedRoundRobinEn:1 TEST.EXPECTED:sysCore.OSInit.p_err[0]:OS_ERR_A TEST.END -- Test Case: OSInit1.004 TEST.UNIT:sysCore TEST.SUBPROGRAM:OSInit TEST.NEW TEST.NAME:OSInit1.004 TEST.NOTES: This is an automatically generated test case. Test Path 1 (1) if (OSCfg_ISRStkSize > (CPU_STK_SIZE)0) ==> FALSE (4) if (p_err != (OS_ERR_NONE)) ==> TRUE Test Case Generation Notes: Cannot set const variable TEST.VALUE:sysCore.<<GLOBAL>>.OSCfg_ISRStkSize: in branch 1 TEST.END_NOTES: TEST.STUB:sysMsg.OS_MsgPoolInit TEST.STUB:sysMutex.OS_MutexInit TEST.STUB:sysQueue.OS_QInit TEST.STUB:sysSem.OS_SemInit TEST.STUB:sysTask.OS_TaskInit TEST.VALUE:sysCore.OSInit.p_err:<<malloc 1>> TEST.VALUE:sysCore.OSInit.p_err[0]:OS_ERR_A TEST.VALUE:sysMsg.OS_MsgPoolInit.p_err[0]:OS_ERR_NONE TEST.VALUE:sysMutex.OS_MutexInit.p_err[0]:OS_ERR_NONE TEST.VALUE:sysQueue.OS_QInit.p_err[0]:OS_ERR_NONE TEST.VALUE:sysSem.OS_SemInit.p_err[0]:OS_ERR_NONE TEST.VALUE:sysTask.OS_TaskInit.p_err[0]:OS_ERR_A TEST.EXPECTED:sysCore.<<GLOBAL>>.OS_AppTaskCreateHookPtr:<<null>> TEST.EXPECTED:sysCore.<<GLOBAL>>.OS_AppTaskDelHookPtr:<<null>> TEST.EXPECTED:sysCore.<<GLOBAL>>.OS_AppTaskReturnHookPtr:<<null>> TEST.EXPECTED:sysCore.<<GLOBAL>>.OS_AppIdleTaskHookPtr:<<null>> TEST.EXPECTED:sysCore.<<GLOBAL>>.OS_AppStatTaskHookPtr:<<null>> TEST.EXPECTED:sysCore.<<GLOBAL>>.OS_AppTaskSwHookPtr:<<null>> TEST.EXPECTED:sysCore.<<GLOBAL>>.OS_AppTimeTickHookPtr:<<null>> TEST.EXPECTED:sysCore.<<GLOBAL>>.OSIntNestingCtr:0 TEST.EXPECTED:sysCore.<<GLOBAL>>.OSRunning:0 TEST.EXPECTED:sysCore.<<GLOBAL>>.OSPrioCur:0 TEST.EXPECTED:sysCore.<<GLOBAL>>.OSPrioHighRdy:0 TEST.EXPECTED:sysCore.<<GLOBAL>>.OSPrioSaved:0 TEST.EXPECTED:sysCore.<<GLOBAL>>.OSSchedLockNestingCtr:0 TEST.EXPECTED:sysCore.<<GLOBAL>>.OSSchedRoundRobinDfltTimeQuanta:100 TEST.EXPECTED:sysCore.<<GLOBAL>>.OSSchedRoundRobinEn:1 TEST.EXPECTED:sysCore.OSInit.p_err[0]:OS_ERR_A TEST.END -- Test Case: OSInit1.005 TEST.UNIT:sysCore TEST.SUBPROGRAM:OSInit TEST.NEW TEST.NAME:OSInit1.005 TEST.NOTES: This is an automatically generated test case. Test Path 1 (1) if (OSCfg_ISRStkSize > (CPU_STK_SIZE)0) ==> FALSE (4) if (p_err != (OS_ERR_NONE)) ==> TRUE Test Case Generation Notes: Cannot set const variable TEST.VALUE:sysCore.<<GLOBAL>>.OSCfg_ISRStkSize: in branch 1 TEST.END_NOTES: TEST.STUB:sysCore.OS_IdleTaskInit TEST.STUB:sysMsg.OS_MsgPoolInit TEST.STUB:sysMutex.OS_MutexInit TEST.STUB:sysQueue.OS_QInit TEST.STUB:sysSem.OS_SemInit TEST.STUB:sysTask.OS_TaskInit TEST.VALUE:sysCore.OSInit.p_err:<<malloc 1>> TEST.VALUE:sysCore.OSInit.p_err[0]:OS_ERR_A TEST.VALUE:sysCore.OS_IdleTaskInit.p_err[0]:OS_ERR_A TEST.VALUE:sysMsg.OS_MsgPoolInit.p_err[0]:OS_ERR_NONE TEST.VALUE:sysMutex.OS_MutexInit.p_err[0]:OS_ERR_NONE TEST.VALUE:sysQueue.OS_QInit.p_err[0]:OS_ERR_NONE TEST.VALUE:sysSem.OS_SemInit.p_err[0]:OS_ERR_NONE TEST.VALUE:sysTask.OS_TaskInit.p_err[0]:OS_ERR_NONE TEST.EXPECTED:sysCore.<<GLOBAL>>.OS_AppTaskCreateHookPtr:<<null>> TEST.EXPECTED:sysCore.<<GLOBAL>>.OS_AppTaskDelHookPtr:<<null>> TEST.EXPECTED:sysCore.<<GLOBAL>>.OS_AppTaskReturnHookPtr:<<null>> TEST.EXPECTED:sysCore.<<GLOBAL>>.OS_AppIdleTaskHookPtr:<<null>> TEST.EXPECTED:sysCore.<<GLOBAL>>.OS_AppStatTaskHookPtr:<<null>> TEST.EXPECTED:sysCore.<<GLOBAL>>.OS_AppTaskSwHookPtr:<<null>> TEST.EXPECTED:sysCore.<<GLOBAL>>.OS_AppTimeTickHookPtr:<<null>> TEST.EXPECTED:sysCore.<<GLOBAL>>.OSIntNestingCtr:0 TEST.EXPECTED:sysCore.<<GLOBAL>>.OSRunning:0 TEST.EXPECTED:sysCore.<<GLOBAL>>.OSPrioCur:0 TEST.EXPECTED:sysCore.<<GLOBAL>>.OSPrioHighRdy:0 TEST.EXPECTED:sysCore.<<GLOBAL>>.OSPrioSaved:0 TEST.EXPECTED:sysCore.<<GLOBAL>>.OSSchedLockNestingCtr:0 TEST.EXPECTED:sysCore.<<GLOBAL>>.OSSchedRoundRobinDfltTimeQuanta:100 TEST.EXPECTED:sysCore.<<GLOBAL>>.OSSchedRoundRobinEn:1 TEST.EXPECTED:sysCore.OSInit.p_err[0]:OS_ERR_A TEST.END -- Test Case: OSInit1.006 TEST.UNIT:sysCore TEST.SUBPROGRAM:OSInit TEST.NEW TEST.NAME:OSInit1.006 TEST.NOTES: This is an automatically generated test case. Test Path 1 (1) if (OSCfg_ISRStkSize > (CPU_STK_SIZE)0) ==> FALSE (4) if (p_err != (OS_ERR_NONE)) ==> TRUE Test Case Generation Notes: Cannot set const variable TEST.VALUE:sysCore.<<GLOBAL>>.OSCfg_ISRStkSize: in branch 1 TEST.END_NOTES: TEST.STUB:sysCore.OS_IdleTaskInit TEST.STUB:sysMsg.OS_MsgPoolInit TEST.STUB:sysMutex.OS_MutexInit TEST.STUB:sysQueue.OS_QInit TEST.STUB:sysSem.OS_SemInit TEST.STUB:sysStat.OS_StatTaskInit TEST.STUB:sysTask.OS_TaskInit TEST.VALUE:sysCore.OSInit.p_err:<<malloc 1>> TEST.VALUE:sysCore.OSInit.p_err[0]:OS_ERR_A TEST.VALUE:sysCore.OS_IdleTaskInit.p_err[0]:OS_ERR_NONE TEST.VALUE:sysMsg.OS_MsgPoolInit.p_err[0]:OS_ERR_NONE TEST.VALUE:sysMutex.OS_MutexInit.p_err[0]:OS_ERR_NONE TEST.VALUE:sysQueue.OS_QInit.p_err[0]:OS_ERR_NONE TEST.VALUE:sysSem.OS_SemInit.p_err[0]:OS_ERR_NONE TEST.VALUE:sysTask.OS_TaskInit.p_err[0]:OS_ERR_NONE TEST.EXPECTED:sysCore.<<GLOBAL>>.OS_AppTaskCreateHookPtr:<<null>> TEST.EXPECTED:sysCore.<<GLOBAL>>.OS_AppTaskDelHookPtr:<<null>> TEST.EXPECTED:sysCore.<<GLOBAL>>.OS_AppTaskReturnHookPtr:<<null>> TEST.EXPECTED:sysCore.<<GLOBAL>>.OS_AppIdleTaskHookPtr:<<null>> TEST.EXPECTED:sysCore.<<GLOBAL>>.OS_AppStatTaskHookPtr:<<null>> TEST.EXPECTED:sysCore.<<GLOBAL>>.OS_AppTaskSwHookPtr:<<null>> TEST.EXPECTED:sysCore.<<GLOBAL>>.OS_AppTimeTickHookPtr:<<null>> TEST.EXPECTED:sysCore.<<GLOBAL>>.OSIntNestingCtr:0 TEST.EXPECTED:sysCore.<<GLOBAL>>.OSRunning:0 TEST.EXPECTED:sysCore.<<GLOBAL>>.OSPrioCur:0 TEST.EXPECTED:sysCore.<<GLOBAL>>.OSPrioHighRdy:0 TEST.EXPECTED:sysCore.<<GLOBAL>>.OSPrioSaved:0 TEST.EXPECTED:sysCore.<<GLOBAL>>.OSSchedLockNestingCtr:0 TEST.EXPECTED:sysCore.<<GLOBAL>>.OSSchedRoundRobinDfltTimeQuanta:100 TEST.EXPECTED:sysCore.<<GLOBAL>>.OSSchedRoundRobinEn:1 TEST.EXPECTED:sysCore.OSInit.p_err[0]:OS_ERR_NONE TEST.END -- Subprogram: OSIntEnter -- Test Case: OSIntEnter1 TEST.UNIT:sysCore TEST.SUBPROGRAM:OSIntEnter TEST.NEW TEST.NAME:OSIntEnter1 TEST.BASIS_PATH:1 of 4 TEST.NOTES: This is an automatically generated test case. Test Path 1 (1) if (OSRunning != (OS_STATE)1U) ==> TRUE Test Case Generation Notes: TEST.END_NOTES: TEST.VALUE:sysCore.<<GLOBAL>>.OSRunning:<<MIN>> TEST.END -- Test Case: OSIntEnter2 TEST.UNIT:sysCore TEST.SUBPROGRAM:OSIntEnter TEST.NEW TEST.NAME:OSIntEnter2 TEST.BASIS_PATH:2 of 4 TEST.NOTES: This is an automatically generated test case. Test Path 2 (1) if (OSRunning != (OS_STATE)1U) ==> FALSE (2) if (OSIntNestingCtr >= (OS_NESTING_CTR)250U) ==> TRUE Test Case Generation Notes: TEST.END_NOTES: TEST.VALUE:sysCore.<<GLOBAL>>.OSIntNestingCtr:<<MAX>> TEST.VALUE:sysCore.<<GLOBAL>>.OSRunning:1 TEST.END -- Test Case: OSIntEnter3 TEST.UNIT:sysCore TEST.SUBPROGRAM:OSIntEnter TEST.NEW TEST.NAME:OSIntEnter3 TEST.BASIS_PATH:3 of 4 TEST.NOTES: This is an automatically generated test case. Test Path 3 (1) if (OSRunning != (OS_STATE)1U) ==> FALSE (2) if (OSIntNestingCtr >= (OS_NESTING_CTR)250U) ==> FALSE (3) if ((OSTCBCurPtr->Opt & (OS_OPT)0x4U) != (OS_OPT)0) ==> FALSE Test Case Generation Notes: TEST.END_NOTES: TEST.VALUE:sysCore.<<GLOBAL>>.OSIntNestingCtr:<<MIN>> TEST.VALUE:sysCore.<<GLOBAL>>.OSRunning:1 TEST.VALUE:sysCore.<<GLOBAL>>.OSTCBCurPtr:<<malloc 1>> TEST.VALUE:sysCore.<<GLOBAL>>.OSTCBCurPtr[0].Opt:0 TEST.EXPECTED:sysCore.<<GLOBAL>>.OSIntNestingCtr:1 TEST.END -- Test Case: OSIntEnter4 TEST.UNIT:sysCore TEST.SUBPROGRAM:OSIntEnter TEST.NEW TEST.NAME:OSIntEnter4 TEST.BASIS_PATH:4 of 4 TEST.NOTES: This is an automatically generated test case. Test Path 4 (1) if (OSRunning != (OS_STATE)1U) ==> FALSE (2) if (OSIntNestingCtr >= (OS_NESTING_CTR)250U) ==> FALSE (3) if ((OSTCBCurPtr->Opt & (OS_OPT)0x4U) != (OS_OPT)0) ==> TRUE Test Case Generation Notes: TEST.END_NOTES: TEST.VALUE:sysCore.<<GLOBAL>>.OSIntNestingCtr:<<MIN>> TEST.VALUE:sysCore.<<GLOBAL>>.OSRunning:1 TEST.VALUE:sysCore.<<GLOBAL>>.OSTCBCurPtr:<<malloc 1>> TEST.VALUE:sysCore.<<GLOBAL>>.OSTCBCurPtr[0].Opt:65535 TEST.END -- Subprogram: OSIntExit -- Test Case: OSIntExit1 TEST.UNIT:sysCore TEST.SUBPROGRAM:OSIntExit TEST.NEW TEST.NAME:OSIntExit1 TEST.BASIS_PATH:1 of 6 TEST.NOTES: This is an automatically generated test case. Test Path 1 (1) if (OSRunning != (OS_STATE)1U) ==> TRUE Test Case Generation Notes: TEST.END_NOTES: TEST.VALUE:sysCore.<<GLOBAL>>.OSRunning:<<MIN>> TEST.END -- Test Case: OSIntExit2 TEST.UNIT:sysCore TEST.SUBPROGRAM:OSIntExit TEST.NEW TEST.NAME:OSIntExit2 TEST.BASIS_PATH:2 of 6 TEST.NOTES: This is an automatically generated test case. Test Path 2 (1) if (OSRunning != (OS_STATE)1U) ==> FALSE (2) if (OSIntNestingCtr == (OS_NESTING_CTR)0) ==> TRUE Test Case Generation Notes: TEST.END_NOTES: TEST.VALUE:sysCore.<<GLOBAL>>.OSIntNestingCtr:0 TEST.VALUE:sysCore.<<GLOBAL>>.OSRunning:1 TEST.END -- Test Case: OSIntExit3 TEST.UNIT:sysCore TEST.SUBPROGRAM:OSIntExit TEST.NEW TEST.NAME:OSIntExit3 TEST.BASIS_PATH:3 of 6 TEST.NOTES: This is an automatically generated test case. Test Path 3 (1) if (OSRunning != (OS_STATE)1U) ==> FALSE (2) if (OSIntNestingCtr == (OS_NESTING_CTR)0) ==> FALSE (3) if (OSIntNestingCtr > (OS_NESTING_CTR)0) ==> TRUE Test Case Generation Notes: Cannot set OSIntNestingCtr due to assignment TEST.END_NOTES: TEST.VALUE:sysCore.<<GLOBAL>>.OSIntNestingCtr:2 TEST.VALUE:sysCore.<<GLOBAL>>.OSRunning:1 TEST.EXPECTED:sysCore.<<GLOBAL>>.OSIntNestingCtr:1 TEST.END -- Test Case: OSIntExit4 TEST.UNIT:sysCore TEST.SUBPROGRAM:OSIntExit TEST.NEW TEST.NAME:OSIntExit4 TEST.BASIS_PATH:4 of 6 TEST.NOTES: This is an automatically generated test case. Test Path 4 (1) if (OSRunning != (OS_STATE)1U) ==> FALSE (2) if (OSIntNestingCtr == (OS_NESTING_CTR)0) ==> FALSE (3) if (OSIntNestingCtr > (OS_NESTING_CTR)0) ==> FALSE (4) if (OSSchedLockNestingCtr > (OS_NESTING_CTR)0) ==> TRUE Test Case Generation Notes: Cannot set OSIntNestingCtr due to assignment TEST.END_NOTES: TEST.VALUE:sysCore.<<GLOBAL>>.OSIntNestingCtr:1 TEST.VALUE:sysCore.<<GLOBAL>>.OSRunning:1 TEST.VALUE:sysCore.<<GLOBAL>>.OSSchedLockNestingCtr:<<MAX>> TEST.END -- Test Case: OSIntExit5 TEST.UNIT:sysCore TEST.SUBPROGRAM:OSIntExit TEST.NEW TEST.NAME:OSIntExit5 TEST.BASIS_PATH:5 of 6 TEST.NOTES: This is an automatically generated test case. Test Path 5 (1) if (OSRunning != (OS_STATE)1U) ==> FALSE (2) if (OSIntNestingCtr == (OS_NESTING_CTR)0) ==> FALSE (3) if (OSIntNestingCtr > (OS_NESTING_CTR)0) ==> FALSE (4) if (OSSchedLockNestingCtr > (OS_NESTING_CTR)0) ==> FALSE (5) if (OSTCBHighRdyPtr == OSTCBCurPtr) ==> TRUE Test Case Generation Notes: Cannot set OSIntNestingCtr due to assignment TEST.END_NOTES: TEST.STUB:sysPrio.OS_PrioGetHighest TEST.VALUE:sysCore.<<GLOBAL>>.OSIntNestingCtr:1 TEST.VALUE:sysCore.<<GLOBAL>>.OSRunning:1 TEST.VALUE:sysCore.<<GLOBAL>>.OSRdyList[0].HeadPtr:<<null>> TEST.VALUE:sysCore.<<GLOBAL>>.OSSchedLockNestingCtr:<<MIN>> TEST.VALUE:sysCore.<<GLOBAL>>.OSTaskCtxSwCtr:0 TEST.VALUE:sysCore.<<GLOBAL>>.OSTCBCurPtr:<<null>> TEST.VALUE:sysCore.<<GLOBAL>>.OSTCBHighRdyPtr:<<malloc 1>> TEST.VALUE:sysCore.<<GLOBAL>>.OSTCBHighRdyPtr[0].CtxSwCtr:0 TEST.VALUE:sysPrio.OS_PrioGetHighest.return:0 TEST.EXPECTED:sysCore.<<GLOBAL>>.OSPrioHighRdy:0 TEST.EXPECTED:sysCore.<<GLOBAL>>.OSTaskCtxSwCtr:0 TEST.END -- Test Case: OSIntExit6 TEST.UNIT:sysCore TEST.SUBPROGRAM:OSIntExit TEST.NEW TEST.NAME:OSIntExit6 TEST.BASIS_PATH:6 of 6 TEST.NOTES: This is an automatically generated test case. Test Path 6 (1) if (OSRunning != (OS_STATE)1U) ==> FALSE (2) if (OSIntNestingCtr == (OS_NESTING_CTR)0) ==> FALSE (3) if (OSIntNestingCtr > (OS_NESTING_CTR)0) ==> FALSE (4) if (OSSchedLockNestingCtr > (OS_NESTING_CTR)0) ==> FALSE (5) if (OSTCBHighRdyPtr == OSTCBCurPtr) ==> FALSE Test Case Generation Notes: Cannot set OSIntNestingCtr due to assignment TEST.END_NOTES: TEST.STUB:sysPrio.OS_PrioGetHighest TEST.VALUE:sysCore.<<GLOBAL>>.OSIntNestingCtr:1 TEST.VALUE:sysCore.<<GLOBAL>>.OSRunning:1 TEST.VALUE:sysCore.<<GLOBAL>>.OSRdyList[0].HeadPtr:<<malloc 1>> TEST.VALUE:sysCore.<<GLOBAL>>.OSSchedLockNestingCtr:<<MIN>> TEST.VALUE:sysCore.<<GLOBAL>>.OSTaskCtxSwCtr:1 TEST.VALUE:sysCore.<<GLOBAL>>.OSTCBCurPtr:<<malloc 1>> TEST.VALUE:sysCore.<<GLOBAL>>.OSTCBHighRdyPtr:<<malloc 1>> TEST.VALUE:sysCore.<<GLOBAL>>.OSTCBHighRdyPtr[0].CtxSwCtr:1 TEST.VALUE:sysPrio.OS_PrioGetHighest.return:0 TEST.EXPECTED:sysCore.<<GLOBAL>>.OSTaskCtxSwCtr:2 TEST.EXPECTED:sysCore.<<GLOBAL>>.OSTCBHighRdyPtr[0].CtxSwCtr:1 TEST.END -- Subprogram: OSSched -- Test Case: OSSched1 TEST.UNIT:sysCore TEST.SUBPROGRAM:OSSched TEST.NEW TEST.NAME:OSSched1 TEST.BASIS_PATH:1 of 4 TEST.NOTES: This is an automatically generated test case. Test Path 1 (1) if (OSIntNestingCtr > (OS_NESTING_CTR)0) ==> TRUE Test Case Generation Notes: TEST.END_NOTES: TEST.VALUE:sysCore.<<GLOBAL>>.OSIntNestingCtr:<<MAX>> TEST.END -- Test Case: OSSched2 TEST.UNIT:sysCore TEST.SUBPROGRAM:OSSched TEST.NEW TEST.NAME:OSSched2 TEST.BASIS_PATH:2 of 4 TEST.NOTES: This is an automatically generated test case. Test Path 2 (1) if (OSIntNestingCtr > (OS_NESTING_CTR)0) ==> FALSE (2) if (OSSchedLockNestingCtr > (OS_NESTING_CTR)0) ==> TRUE Test Case Generation Notes: TEST.END_NOTES: TEST.VALUE:sysCore.<<GLOBAL>>.OSIntNestingCtr:<<MIN>> TEST.VALUE:sysCore.<<GLOBAL>>.OSSchedLockNestingCtr:<<MAX>> TEST.END -- Test Case: OSSched3 TEST.UNIT:sysCore TEST.SUBPROGRAM:OSSched TEST.NEW TEST.NAME:OSSched3 TEST.BASIS_PATH:3 of 4 TEST.NOTES: This is an automatically generated test case. Test Path 3 (1) if (OSIntNestingCtr > (OS_NESTING_CTR)0) ==> FALSE (2) if (OSSchedLockNestingCtr > (OS_NESTING_CTR)0) ==> FALSE (3) if (OSTCBHighRdyPtr == OSTCBCurPtr) ==> TRUE Test Case Generation Notes: TEST.END_NOTES: TEST.STUB:sysPrio.OS_PrioGetHighest TEST.VALUE:sysCore.<<GLOBAL>>.OSIntNestingCtr:<<MIN>> TEST.VALUE:sysCore.<<GLOBAL>>.OSRdyList[0].HeadPtr:<<null>> TEST.VALUE:sysCore.<<GLOBAL>>.OSSchedLockNestingCtr:<<MIN>> TEST.VALUE:sysCore.<<GLOBAL>>.OSTCBCurPtr:<<null>> TEST.VALUE:sysPrio.OS_PrioGetHighest.return:0 TEST.END -- Test Case: OSSched4 TEST.UNIT:sysCore TEST.SUBPROGRAM:OSSched TEST.NEW TEST.NAME:OSSched4 TEST.BASIS_PATH:4 of 4 TEST.NOTES: This is an automatically generated test case. Test Path 4 (1) if (OSIntNestingCtr > (OS_NESTING_CTR)0) ==> FALSE (2) if (OSSchedLockNestingCtr > (OS_NESTING_CTR)0) ==> FALSE (3) if (OSTCBHighRdyPtr == OSTCBCurPtr) ==> FALSE Test Case Generation Notes: TEST.END_NOTES: TEST.STUB:sysPrio.OS_PrioGetHighest TEST.VALUE:sysCore.<<GLOBAL>>.OSIntNestingCtr:<<MIN>> TEST.VALUE:sysCore.<<GLOBAL>>.OSRdyList[0].HeadPtr:<<malloc 1>> TEST.VALUE:sysCore.<<GLOBAL>>.OSSchedLockNestingCtr:<<MIN>> TEST.VALUE:sysCore.<<GLOBAL>>.OSTaskCtxSwCtr:1 TEST.VALUE:sysCore.<<GLOBAL>>.OSTCBCurPtr:<<malloc 1>> TEST.VALUE:sysPrio.OS_PrioGetHighest.return:0 TEST.EXPECTED:sysCore.<<GLOBAL>>.OSTaskCtxSwCtr:2 TEST.END -- Subprogram: OSSchedLock -- Test Case: OSSchedLock1 TEST.UNIT:sysCore TEST.SUBPROGRAM:OSSchedLock TEST.NEW TEST.NAME:OSSchedLock1 TEST.BASIS_PATH:1 of 6 TEST.NOTES: This is an automatically generated test case. Test Path 1 (1) if (OSIntNestingCtr > (OS_NESTING_CTR)0) ==> TRUE Test Case Generation Notes: TEST.END_NOTES: TEST.VALUE:sysCore.<<GLOBAL>>.OSIntNestingCtr:<<MAX>> TEST.VALUE:sysCore.OSSchedLock.p_err:<<malloc 1>> TEST.EXPECTED:sysCore.OSSchedLock.p_err[0]:OS_ERR_SCHED_LOCK_ISR TEST.END -- Test Case: OSSchedLock2 TEST.UNIT:sysCore TEST.SUBPROGRAM:OSSchedLock TEST.NEW TEST.NAME:OSSchedLock2 TEST.BASIS_PATH:2 of 6 TEST.NOTES: This is an automatically generated test case. Test Path 2 (1) if (OSIntNestingCtr > (OS_NESTING_CTR)0) ==> FALSE (2) if (OSRunning != (OS_STATE)1U) ==> TRUE Test Case Generation Notes: TEST.END_NOTES: TEST.VALUE:sysCore.<<GLOBAL>>.OSIntNestingCtr:<<MIN>> TEST.VALUE:sysCore.<<GLOBAL>>.OSRunning:<<MIN>> TEST.VALUE:sysCore.OSSchedLock.p_err:<<malloc 1>> TEST.EXPECTED:sysCore.OSSchedLock.p_err[0]:OS_ERR_OS_NOT_RUNNING TEST.END -- Test Case: OSSchedLock3 TEST.UNIT:sysCore TEST.SUBPROGRAM:OSSchedLock TEST.NEW TEST.NAME:OSSchedLock3 TEST.BASIS_PATH:3 of 6 TEST.NOTES: This is an automatically generated test case. Test Path 3 (1) if (OSIntNestingCtr > (OS_NESTING_CTR)0) ==> FALSE (2) if (OSRunning != (OS_STATE)1U) ==> FALSE (3) if (OSSchedLockNestingCtr >= (OS_NESTING_CTR)250U) ==> TRUE Test Case Generation Notes: TEST.END_NOTES: TEST.VALUE:sysCore.<<GLOBAL>>.OSIntNestingCtr:<<MIN>> TEST.VALUE:sysCore.<<GLOBAL>>.OSRunning:1 TEST.VALUE:sysCore.<<GLOBAL>>.OSSchedLockNestingCtr:<<MAX>> TEST.VALUE:sysCore.OSSchedLock.p_err:<<malloc 1>> TEST.EXPECTED:sysCore.OSSchedLock.p_err[0]:OS_ERR_LOCK_NESTING_OVF TEST.END -- Test Case: OSSchedLock4 TEST.UNIT:sysCore TEST.SUBPROGRAM:OSSchedLock TEST.NEW TEST.NAME:OSSchedLock4 TEST.BASIS_PATH:4 of 6 TEST.NOTES: This is an automatically generated test case. Test Path 4 (1) if (OSIntNestingCtr > (OS_NESTING_CTR)0) ==> FALSE (2) if (OSRunning != (OS_STATE)1U) ==> FALSE (3) if (OSSchedLockNestingCtr >= (OS_NESTING_CTR)250U) ==> FALSE (4) while 0 ==> FALSE Test Case Generation Notes: Only one possible value for condition in branch 4 Only one possible value for condition in branch 5 TEST.END_NOTES: TEST.VALUE:sysCore.<<GLOBAL>>.OSIntNestingCtr:<<MIN>> TEST.VALUE:sysCore.<<GLOBAL>>.OSRunning:1 TEST.VALUE:sysCore.<<GLOBAL>>.OSSchedLockNestingCtr:<<MIN>> TEST.VALUE:sysCore.OSSchedLock.p_err:<<malloc 1>> TEST.EXPECTED:sysCore.<<GLOBAL>>.OSSchedLockNestingCtr:1 TEST.EXPECTED:sysCore.OSSchedLock.p_err[0]:OS_ERR_NONE TEST.END -- Subprogram: OSSchedRoundRobinCfg -- Test Case: OSSchedRoundRobinCfg1 TEST.UNIT:sysCore TEST.SUBPROGRAM:OSSchedRoundRobinCfg TEST.NEW TEST.NAME:OSSchedRoundRobinCfg1 TEST.BASIS_PATH:1 of 5 TEST.NOTES: This is an automatically generated test case. Test Path 1 (1) while 0 ==> FALSE (2) if (en != 1U) ==> FALSE (3) if (dflt_time_quanta > (OS_TICK)0) ==> FALSE Test Case Generation Notes: Only one possible value for condition in branch 1 Only one possible value for condition in branch 4 TEST.END_NOTES: TEST.VALUE:sysCore.OSSchedRoundRobinCfg.en:1 TEST.VALUE:sysCore.OSSchedRoundRobinCfg.dflt_time_quanta:<<MIN>> TEST.VALUE:sysCore.OSSchedRoundRobinCfg.p_err:<<malloc 1>> TEST.EXPECTED:sysCore.<<GLOBAL>>.OSSchedRoundRobinDfltTimeQuanta:100 TEST.EXPECTED:sysCore.<<GLOBAL>>.OSSchedRoundRobinEn:1 TEST.EXPECTED:sysCore.OSSchedRoundRobinCfg.p_err[0]:OS_ERR_NONE TEST.END -- Test Case: OSSchedRoundRobinCfg2 TEST.UNIT:sysCore TEST.SUBPROGRAM:OSSchedRoundRobinCfg TEST.NEW TEST.NAME:OSSchedRoundRobinCfg2 TEST.BASIS_PATH:2 of 5 TEST.NOTES: This is an automatically generated test case. Test Path 2 (1) while 0 ==> FALSE (2) if (en != 1U) ==> FALSE (3) if (dflt_time_quanta > (OS_TICK)0) ==> FALSE (4) while 0 ==> TRUE Test Case Generation Notes: Only one possible value for condition in branch 1 Only one possible value for condition in branch 4 TEST.END_NOTES: TEST.VALUE:sysCore.OSSchedRoundRobinCfg.en:1 TEST.VALUE:sysCore.OSSchedRoundRobinCfg.dflt_time_quanta:<<MAX>> TEST.VALUE:sysCore.OSSchedRoundRobinCfg.p_err:<<malloc 1>> TEST.EXPECTED:sysCore.<<GLOBAL>>.OSSchedRoundRobinDfltTimeQuanta:<<MAX>> TEST.EXPECTED:sysCore.<<GLOBAL>>.OSSchedRoundRobinEn:1 TEST.EXPECTED:sysCore.OSSchedRoundRobinCfg.p_err[0]:OS_ERR_NONE TEST.END -- Test Case: OSSchedRoundRobinCfg3 TEST.UNIT:sysCore TEST.SUBPROGRAM:OSSchedRoundRobinCfg TEST.NEW TEST.NAME:OSSchedRoundRobinCfg3 TEST.BASIS_PATH:3 of 5 TEST.NOTES: This is an automatically generated test case. Test Path 3 (1) while 0 ==> FALSE (2) if (en != 1U) ==> FALSE (3) if (dflt_time_quanta > (OS_TICK)0) ==> TRUE Test Case Generation Notes: Only one possible value for condition in branch 1 Only one possible value for condition in branch 4 TEST.END_NOTES: TEST.VALUE:sysCore.OSSchedRoundRobinCfg.en:0 TEST.VALUE:sysCore.OSSchedRoundRobinCfg.dflt_time_quanta:<<MAX>> TEST.VALUE:sysCore.OSSchedRoundRobinCfg.p_err:<<malloc 1>> TEST.EXPECTED:sysCore.<<GLOBAL>>.OSSchedRoundRobinDfltTimeQuanta:<<MAX>> TEST.EXPECTED:sysCore.<<GLOBAL>>.OSSchedRoundRobinEn:0 TEST.EXPECTED:sysCore.OSSchedRoundRobinCfg.p_err[0]:OS_ERR_NONE TEST.END -- Test Case: OSSchedRoundRobinCfg3.001 TEST.UNIT:sysCore TEST.SUBPROGRAM:OSSchedRoundRobinCfg TEST.NEW TEST.NAME:OSSchedRoundRobinCfg3.001 TEST.NOTES: This is an automatically generated test case. Test Path 3 (1) while 0 ==> FALSE (2) if (en != 1U) ==> FALSE (3) if (dflt_time_quanta > (OS_TICK)0) ==> TRUE Test Case Generation Notes: Only one possible value for condition in branch 1 Only one possible value for condition in branch 4 TEST.END_NOTES: TEST.VALUE:sysCore.OSSchedRoundRobinCfg.en:0 TEST.VALUE:sysCore.OSSchedRoundRobinCfg.dflt_time_quanta:<<MIN>> TEST.VALUE:sysCore.OSSchedRoundRobinCfg.p_err:<<malloc 1>> TEST.EXPECTED:sysCore.<<GLOBAL>>.OSSchedRoundRobinDfltTimeQuanta:100 TEST.EXPECTED:sysCore.<<GLOBAL>>.OSSchedRoundRobinEn:0 TEST.EXPECTED:sysCore.OSSchedRoundRobinCfg.p_err[0]:OS_ERR_NONE TEST.END -- Test Case: OSSchedRoundRobinCfg3.002 TEST.UNIT:sysCore TEST.SUBPROGRAM:OSSchedRoundRobinCfg TEST.NEW TEST.NAME:OSSchedRoundRobinCfg3.002 TEST.NOTES: This is an automatically generated test case. Test Path 3 (1) while 0 ==> FALSE (2) if (en != 1U) ==> FALSE (3) if (dflt_time_quanta > (OS_TICK)0) ==> TRUE Test Case Generation Notes: Only one possible value for condition in branch 1 Only one possible value for condition in branch 4 TEST.END_NOTES: TEST.VALUE:sysCore.OSSchedRoundRobinCfg.en:<<MAX>> TEST.VALUE:sysCore.OSSchedRoundRobinCfg.dflt_time_quanta:<<MAX>> TEST.VALUE:sysCore.OSSchedRoundRobinCfg.p_err:<<malloc 1>> TEST.EXPECTED:sysCore.<<GLOBAL>>.OSSchedRoundRobinDfltTimeQuanta:<<MAX>> TEST.EXPECTED:sysCore.<<GLOBAL>>.OSSchedRoundRobinEn:0 TEST.EXPECTED:sysCore.OSSchedRoundRobinCfg.p_err[0]:OS_ERR_NONE TEST.END -- Test Case: OSSchedRoundRobinCfg3.003 TEST.UNIT:sysCore TEST.SUBPROGRAM:OSSchedRoundRobinCfg TEST.NEW TEST.NAME:OSSchedRoundRobinCfg3.003 TEST.NOTES: This is an automatically generated test case. Test Path 3 (1) while 0 ==> FALSE (2) if (en != 1U) ==> FALSE (3) if (dflt_time_quanta > (OS_TICK)0) ==> TRUE Test Case Generation Notes: Only one possible value for condition in branch 1 Only one possible value for condition in branch 4 TEST.END_NOTES: TEST.VALUE:sysCore.OSSchedRoundRobinCfg.en:<<MAX>> TEST.VALUE:sysCore.OSSchedRoundRobinCfg.dflt_time_quanta:<<MIN>> TEST.VALUE:sysCore.OSSchedRoundRobinCfg.p_err:<<malloc 1>> TEST.EXPECTED:sysCore.<<GLOBAL>>.OSSchedRoundRobinDfltTimeQuanta:100 TEST.EXPECTED:sysCore.<<GLOBAL>>.OSSchedRoundRobinEn:0 TEST.EXPECTED:sysCore.OSSchedRoundRobinCfg.p_err[0]:OS_ERR_NONE TEST.END -- Subprogram: OSSchedRoundRobinYield -- Test Case: RoundRobinYield1 TEST.UNIT:sysCore TEST.SUBPROGRAM:OSSchedRoundRobinYield TEST.NEW TEST.NAME:RoundRobinYield1 TEST.BASIS_PATH:1 of 9 TEST.NOTES: This is an automatically generated test case. Test Path 1 (1) if (OSIntNestingCtr > (OS_NESTING_CTR)0) ==> TRUE Test Case Generation Notes: TEST.END_NOTES: TEST.VALUE:sysCore.<<GLOBAL>>.OSIntNestingCtr:<<MAX>> TEST.VALUE:sysCore.OSSchedRoundRobinYield.p_err:<<malloc 1>> TEST.EXPECTED:sysCore.OSSchedRoundRobinYield.p_err[0]:OS_ERR_YIELD_ISR TEST.END -- Test Case: RoundRobinYield2 TEST.UNIT:sysCore TEST.SUBPROGRAM:OSSchedRoundRobinYield TEST.NEW TEST.NAME:RoundRobinYield2 TEST.BASIS_PATH:2 of 9 TEST.NOTES: This is an automatically generated test case. Test Path 2 (1) if (OSIntNestingCtr > (OS_NESTING_CTR)0) ==> FALSE (2) if (OSSchedLockNestingCtr > (OS_NESTING_CTR)0) ==> TRUE Test Case Generation Notes: TEST.END_NOTES: TEST.VALUE:sysCore.<<GLOBAL>>.OSIntNestingCtr:<<MIN>> TEST.VALUE:sysCore.<<GLOBAL>>.OSSchedLockNestingCtr:<<MAX>> TEST.VALUE:sysCore.OSSchedRoundRobinYield.p_err:<<malloc 1>> TEST.EXPECTED:sysCore.OSSchedRoundRobinYield.p_err[0]:OS_ERR_SCHED_LOCKED TEST.END -- Test Case: RoundRobinYield3 TEST.UNIT:sysCore TEST.SUBPROGRAM:OSSchedRoundRobinYield TEST.NEW TEST.NAME:RoundRobinYield3 TEST.BASIS_PATH:3 of 9 TEST.NOTES: This is an automatically generated test case. Test Path 3 (1) if (OSIntNestingCtr > (OS_NESTING_CTR)0) ==> FALSE (2) if (OSSchedLockNestingCtr > (OS_NESTING_CTR)0) ==> FALSE (3) if (OSSchedRoundRobinEn != 1U) ==> TRUE Test Case Generation Notes: Cannot set OSSchedRoundRobinEn due to assignment TEST.END_NOTES: TEST.VALUE:sysCore.<<GLOBAL>>.OSIntNestingCtr:<<MIN>> TEST.VALUE:sysCore.<<GLOBAL>>.OSSchedLockNestingCtr:<<MIN>> TEST.VALUE:sysCore.<<GLOBAL>>.OSSchedRoundRobinEn:0 TEST.VALUE:sysCore.OSSchedRoundRobinYield.p_err:<<malloc 1>> TEST.EXPECTED:sysCore.OSSchedRoundRobinYield.p_err[0]:OS_ERR_ROUND_ROBIN_DISABLED TEST.END -- Test Case: RoundRobinYield4 TEST.UNIT:sysCore TEST.SUBPROGRAM:OSSchedRoundRobinYield TEST.NEW TEST.NAME:RoundRobinYield4 TEST.BASIS_PATH:4 of 9 TEST.NOTES: This is an automatically generated test case. Test Path 4 (1) if (OSIntNestingCtr > (OS_NESTING_CTR)0) ==> FALSE (2) if (OSSchedLockNestingCtr > (OS_NESTING_CTR)0) ==> FALSE (3) if (OSSchedRoundRobinEn != 1U) ==> FALSE (4) while 0 ==> FALSE (5) if (p_rdy_list->NbrEntries < (OS_OBJ_QTY)2) ==> TRUE Test Case Generation Notes: Cannot set OSSchedRoundRobinEn due to assignment Only one possible value for condition in branch 4 Cannot set p_rdy_list due to assignment Cannot set local variable p_rdy_list in branch 5 Only one possible value for condition in branch 6 TEST.END_NOTES: TEST.VALUE:sysCore.<<GLOBAL>>.OSIntNestingCtr:<<MIN>> TEST.VALUE:sysCore.<<GLOBAL>>.OSPrioCur:0 TEST.VALUE:sysCore.<<GLOBAL>>.OSRdyList[0].NbrEntries:1 TEST.VALUE:sysCore.<<GLOBAL>>.OSSchedLockNestingCtr:<<MIN>> TEST.VALUE:sysCore.<<GLOBAL>>.OSSchedRoundRobinEn:1 TEST.VALUE:sysCore.OSSchedRoundRobinYield.p_err:<<malloc 1>> TEST.EXPECTED:sysCore.OSSchedRoundRobinYield.p_err[0]:OS_ERR_ROUND_ROBIN_1 TEST.END -- Test Case: RoundRobinYield5 TEST.UNIT:sysCore TEST.SUBPROGRAM:OSSchedRoundRobinYield TEST.NEW TEST.NAME:RoundRobinYield5 TEST.NOTES: This is an automatically generated test case. Test Path 4 (1) if (OSIntNestingCtr > (OS_NESTING_CTR)0) ==> FALSE (2) if (OSSchedLockNestingCtr > (OS_NESTING_CTR)0) ==> FALSE (3) if (OSSchedRoundRobinEn != 1U) ==> FALSE (4) while 0 ==> FALSE (5) if (p_rdy_list->NbrEntries < (OS_OBJ_QTY)2) ==> TRUE Test Case Generation Notes: Cannot set OSSchedRoundRobinEn due to assignment Only one possible value for condition in branch 4 Cannot set p_rdy_list due to assignment Cannot set local variable p_rdy_list in branch 5 Only one possible value for condition in branch 6 TEST.END_NOTES: TEST.STUB:sysCore.OSSched TEST.STUB:sysCore.OS_RdyListMoveHeadToTail TEST.VALUE:sysCfg.<<GLOBAL>>.OSSchedRoundRobinDfltTimeQuanta:1 TEST.VALUE:sysCore.<<GLOBAL>>.OSIntNestingCtr:<<MIN>> TEST.VALUE:sysCore.<<GLOBAL>>.OSPrioCur:0 TEST.VALUE:sysCore.<<GLOBAL>>.OSRdyList[0].HeadPtr:<<malloc 1>> TEST.VALUE:sysCore.<<GLOBAL>>.OSRdyList[0].HeadPtr[0].TimeQuanta:0 TEST.VALUE:sysCore.<<GLOBAL>>.OSRdyList[0].NbrEntries:<<MAX>> TEST.VALUE:sysCore.<<GLOBAL>>.OSSchedLockNestingCtr:<<MIN>> TEST.VALUE:sysCore.<<GLOBAL>>.OSSchedRoundRobinEn:1 TEST.VALUE:sysCore.OSSchedRoundRobinYield.p_err:<<malloc 1>> TEST.EXPECTED:sysCore.<<GLOBAL>>.OSRdyList[0].HeadPtr[0].TimeQuantaCtr:1 TEST.EXPECTED:sysCore.OSSchedRoundRobinYield.p_err[0]:OS_ERR_NONE TEST.END -- Test Case: RoundRobinYield6 TEST.UNIT:sysCore TEST.SUBPROGRAM:OSSchedRoundRobinYield TEST.NEW TEST.NAME:RoundRobinYield6 TEST.NOTES: This is an automatically generated test case. Test Path 4 (1) if (OSIntNestingCtr > (OS_NESTING_CTR)0) ==> FALSE (2) if (OSSchedLockNestingCtr > (OS_NESTING_CTR)0) ==> FALSE (3) if (OSSchedRoundRobinEn != 1U) ==> FALSE (4) while 0 ==> FALSE (5) if (p_rdy_list->NbrEntries < (OS_OBJ_QTY)2) ==> TRUE Test Case Generation Notes: Cannot set OSSchedRoundRobinEn due to assignment Only one possible value for condition in branch 4 Cannot set p_rdy_list due to assignment Cannot set local variable p_rdy_list in branch 5 Only one possible value for condition in branch 6 TEST.END_NOTES: TEST.STUB:sysCore.OSSched TEST.STUB:sysCore.OS_RdyListMoveHeadToTail TEST.VALUE:sysCfg.<<GLOBAL>>.OSSchedRoundRobinDfltTimeQuanta:1 TEST.VALUE:sysCore.<<GLOBAL>>.OSIntNestingCtr:<<MIN>> TEST.VALUE:sysCore.<<GLOBAL>>.OSPrioCur:0 TEST.VALUE:sysCore.<<GLOBAL>>.OSRdyList[0].HeadPtr:<<malloc 1>> TEST.VALUE:sysCore.<<GLOBAL>>.OSRdyList[0].HeadPtr[0].TimeQuanta:<<MAX>> TEST.VALUE:sysCore.<<GLOBAL>>.OSRdyList[0].NbrEntries:<<MAX>> TEST.VALUE:sysCore.<<GLOBAL>>.OSSchedLockNestingCtr:<<MIN>> TEST.VALUE:sysCore.<<GLOBAL>>.OSSchedRoundRobinEn:1 TEST.VALUE:sysCore.OSSchedRoundRobinYield.p_err:<<malloc 1>> TEST.EXPECTED:sysCore.<<GLOBAL>>.OSRdyList[0].HeadPtr[0].TimeQuantaCtr:<<MAX>> TEST.EXPECTED:sysCore.OSSchedRoundRobinYield.p_err[0]:OS_ERR_NONE TEST.END -- Subprogram: OSSchedUnlock -- Test Case: OSSchedUnlock1 TEST.UNIT:sysCore TEST.SUBPROGRAM:OSSchedUnlock TEST.NEW TEST.NAME:OSSchedUnlock1 TEST.BASIS_PATH:1 of 8 TEST.NOTES: This is an automatically generated test case. Test Path 1 (1) if (OSIntNestingCtr > (OS_NESTING_CTR)0) ==> TRUE Test Case Generation Notes: TEST.END_NOTES: TEST.VALUE:<<OPTIONS>>.REFERENCED_GLOBALS:FALSE TEST.VALUE:sysCore.<<GLOBAL>>.OSIntNestingCtr:<<MAX>> TEST.VALUE:sysCore.OSSchedUnlock.p_err:<<malloc 1>> TEST.EXPECTED:sysCore.OSSchedUnlock.p_err[0]:OS_ERR_SCHED_UNLOCK_ISR TEST.END -- Test Case: OSSchedUnlock2 TEST.UNIT:sysCore TEST.SUBPROGRAM:OSSchedUnlock TEST.NEW TEST.NAME:OSSchedUnlock2 TEST.BASIS_PATH:2 of 8 TEST.NOTES: This is an automatically generated test case. Test Path 2 (1) if (OSIntNestingCtr > (OS_NESTING_CTR)0) ==> FALSE (2) if (OSRunning != (OS_STATE)1U) ==> TRUE Test Case Generation Notes: TEST.END_NOTES: TEST.VALUE:sysCore.<<GLOBAL>>.OSIntNestingCtr:<<MIN>> TEST.VALUE:sysCore.<<GLOBAL>>.OSRunning:<<MIN>> TEST.VALUE:sysCore.OSSchedUnlock.p_err:<<malloc 1>> TEST.EXPECTED:sysCore.OSSchedUnlock.p_err[0]:OS_ERR_OS_NOT_RUNNING TEST.END -- Test Case: OSSchedUnlock3 TEST.UNIT:sysCore TEST.SUBPROGRAM:OSSchedUnlock TEST.NEW TEST.NAME:OSSchedUnlock3 TEST.BASIS_PATH:3 of 8 TEST.NOTES: This is an automatically generated test case. Test Path 3 (1) if (OSIntNestingCtr > (OS_NESTING_CTR)0) ==> FALSE (2) if (OSRunning != (OS_STATE)1U) ==> FALSE (3) if (OSSchedLockNestingCtr == (OS_NESTING_CTR)0) ==> TRUE Test Case Generation Notes: TEST.END_NOTES: TEST.VALUE:sysCore.<<GLOBAL>>.OSIntNestingCtr:<<MIN>> TEST.VALUE:sysCore.<<GLOBAL>>.OSRunning:1 TEST.VALUE:sysCore.<<GLOBAL>>.OSSchedLockNestingCtr:0 TEST.VALUE:sysCore.OSSchedUnlock.p_err:<<malloc 1>> TEST.EXPECTED:sysCore.OSSchedUnlock.p_err[0]:OS_ERR_SCHED_NOT_LOCKED TEST.END -- Test Case: OSSchedUnlokc4 TEST.UNIT:sysCore TEST.SUBPROGRAM:OSSchedUnlock TEST.NEW TEST.NAME:OSSchedUnlokc4 TEST.BASIS_PATH:4 of 8 TEST.NOTES: This is an automatically generated test case. Test Path 4 (1) if (OSIntNestingCtr > (OS_NESTING_CTR)0) ==> FALSE (2) if (OSRunning != (OS_STATE)1U) ==> FALSE (3) if (OSSchedLockNestingCtr == (OS_NESTING_CTR)0) ==> FALSE (4) while 0 ==> FALSE (5) if (OSSchedLockNestingCtr > (OS_NESTING_CTR)0) ==> TRUE Test Case Generation Notes: Only one possible value for condition in branch 4 Cannot set OSSchedLockNestingCtr due to assignment Only one possible value for condition in branch 6 TEST.END_NOTES: TEST.STUB:sysCore.OSSched TEST.VALUE:sysCore.<<GLOBAL>>.OSIntNestingCtr:<<MIN>> TEST.VALUE:sysCore.<<GLOBAL>>.OSRunning:1 TEST.VALUE:sysCore.<<GLOBAL>>.OSSchedLockNestingCtr:1 TEST.VALUE:sysCore.OSSchedUnlock.p_err:<<malloc 1>> TEST.EXPECTED:sysCore.<<GLOBAL>>.OSSchedLockNestingCtr:0 TEST.EXPECTED:sysCore.OSSchedUnlock.p_err[0]:OS_ERR_NONE TEST.END -- Test Case: OSSchedUnlokc5 TEST.UNIT:sysCore TEST.SUBPROGRAM:OSSchedUnlock TEST.NEW TEST.NAME:OSSchedUnlokc5 TEST.NOTES: This is an automatically generated test case. Test Path 4 (1) if (OSIntNestingCtr > (OS_NESTING_CTR)0) ==> FALSE (2) if (OSRunning != (OS_STATE)1U) ==> FALSE (3) if (OSSchedLockNestingCtr == (OS_NESTING_CTR)0) ==> FALSE (4) while 0 ==> FALSE (5) if (OSSchedLockNestingCtr > (OS_NESTING_CTR)0) ==> TRUE Test Case Generation Notes: Only one possible value for condition in branch 4 Cannot set OSSchedLockNestingCtr due to assignment Only one possible value for condition in branch 6 TEST.END_NOTES: TEST.VALUE:sysCore.<<GLOBAL>>.OSIntNestingCtr:<<MIN>> TEST.VALUE:sysCore.<<GLOBAL>>.OSRunning:1 TEST.VALUE:sysCore.<<GLOBAL>>.OSSchedLockNestingCtr:2 TEST.VALUE:sysCore.OSSchedUnlock.p_err:<<malloc 1>> TEST.EXPECTED:sysCore.<<GLOBAL>>.OSSchedLockNestingCtr:1 TEST.EXPECTED:sysCore.OSSchedUnlock.p_err[0]:OS_ERR_SCHED_LOCKED TEST.END -- Subprogram: OSStart -- Test Case: OSStart1 TEST.UNIT:sysCore TEST.SUBPROGRAM:OSStart TEST.NEW TEST.NAME:OSStart1 TEST.BASIS_PATH:1 of 2 TEST.NOTES: This is an automatically generated test case. Test Path 1 (1) if (OSRunning == (OS_STATE)0U) ==> FALSE Test Case Generation Notes: TEST.END_NOTES: TEST.VALUE:sysCore.<<GLOBAL>>.OSRunning:1 TEST.VALUE:sysCore.OSStart.p_err:<<malloc 1>> TEST.EXPECTED:sysCore.OSStart.p_err[0]:OS_ERR_OS_RUNNING TEST.END -- Test Case: OSStart2 TEST.UNIT:sysCore TEST.SUBPROGRAM:OSStart TEST.NEW TEST.NAME:OSStart2 TEST.BASIS_PATH:2 of 2 TEST.NOTES: This is an automatically generated test case. Test Path 2 (1) if (OSRunning == (OS_STATE)0U) ==> TRUE Test Case Generation Notes: TEST.END_NOTES: TEST.STUB:sysPrio.OS_PrioGetHighest TEST.VALUE:sysCore.<<GLOBAL>>.OSRunning:0 TEST.VALUE:sysCore.OSStart.p_err:<<malloc 1>> TEST.VALUE:sysPrio.OS_PrioGetHighest.return:0 TEST.EXPECTED:sysCore.<<GLOBAL>>.OSRunning:1 TEST.EXPECTED:sysCore.<<GLOBAL>>.OSPrioCur:0 TEST.EXPECTED:sysCore.<<GLOBAL>>.OSPrioHighRdy:0 TEST.EXPECTED:sysCore.OSStart.p_err[0]:OS_ERR_FATAL_RETURN TEST.END -- Subprogram: OS_IdleTask -- Test Case: BASIS-PATH-001-PARTIAL TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_IdleTask TEST.NEW TEST.NAME:BASIS-PATH-001-PARTIAL TEST.BASIS_PATH:1 of 4 TEST.NOTES: This is an automatically generated test case. Test Path 1 (1) while 1U ==> FALSE Test Case Generation Notes: Only one possible value for condition in branch 1 TEST.END_NOTES: TEST.VALUE:sysCore.<<GLOBAL>>.OSIdleTaskCtr:0 TEST.VALUE:sysCore.OS_IdleTask.p_arg:VECTORCAST_INT1 TEST.END -- Subprogram: OS_IdleTaskInit -- Test Case: IdleTaskInit1 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_IdleTaskInit TEST.NEW TEST.NAME:IdleTaskInit1 TEST.BASIS_PATH:1 of 1 TEST.NOTES: No branches in subprogram TEST.END_NOTES: TEST.STUB:sysTask.OSTaskCreate TEST.VALUE:sysCore.OS_IdleTaskInit.p_err:<<malloc 1>> TEST.VALUE:sysCore.OS_IdleTaskInit.p_err[0]:OS_ERR_NONE TEST.EXPECTED:sysCore.<<GLOBAL>>.OSIdleTaskCtr:0 TEST.END -- Subprogram: OS_Pend -- Test Case: OS_Pend1 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_Pend TEST.NEW TEST.NAME:OS_Pend1 TEST.BASIS_PATH:1 of 2 TEST.NOTES: This is an automatically generated test case. Test Path 1 (1) if (p_obj != (OS_PEND_OBJ )0) ==> FALSE Test Case Generation Notes: TEST.END_NOTES: TEST.STUB:sysCore.OS_TaskBlock TEST.VALUE:sysCore.<<GLOBAL>>.OSTCBCurPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_Pend.p_pend_data:<<malloc 1>> TEST.VALUE:sysCore.OS_Pend.p_obj:<<null>> TEST.VALUE:sysCore.OS_Pend.pending_on:<<MIN>> TEST.VALUE:sysCore.OS_Pend.timeout:<<MIN>> TEST.EXPECTED:sysCore.<<GLOBAL>>.OSTCBCurPtr[0].PendDataTblPtr:<<null>> TEST.EXPECTED:sysCore.<<GLOBAL>>.OSTCBCurPtr[0].PendOn:<<MIN>> TEST.EXPECTED:sysCore.<<GLOBAL>>.OSTCBCurPtr[0].PendStatus:0 TEST.EXPECTED:sysCore.<<GLOBAL>>.OSTCBCurPtr[0].PendDataTblEntries:0 TEST.END -- Test Case: OS_Pend2 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_Pend TEST.NEW TEST.NAME:OS_Pend2 TEST.NOTES: This is an automatically generated test case. Test Path 1 (1) if (p_obj != (OS_PEND_OBJ )0) ==> FALSE Test Case Generation Notes: TEST.END_NOTES: TEST.STUB:sysCore.OS_PendDataInit TEST.STUB:sysCore.OS_PendListInsertPrio TEST.STUB:sysCore.OS_TaskBlock TEST.VALUE:sysCore.<<GLOBAL>>.OSTCBCurPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_Pend.p_pend_data:<<malloc 1>> TEST.VALUE:sysCore.OS_Pend.p_obj:<<malloc 1>> TEST.VALUE:sysCore.OS_Pend.pending_on:<<MIN>> TEST.VALUE:sysCore.OS_Pend.timeout:<<MIN>> TEST.VALUE:sysCore.OS_PendDataInit.tbl_size:1 TEST.EXPECTED:sysCore.<<GLOBAL>>.OSTCBCurPtr[0].PendDataTblPtr:<<null>> TEST.EXPECTED:sysCore.<<GLOBAL>>.OSTCBCurPtr[0].PendOn:<<MIN>> TEST.EXPECTED:sysCore.<<GLOBAL>>.OSTCBCurPtr[0].PendDataTblEntries:0 TEST.END -- Subprogram: OS_PendAbort -- Test Case: PendAbort1 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_PendAbort TEST.NEW TEST.NAME:PendAbort1 TEST.BASIS_PATH:1 of 15 TEST.NOTES: This is an automatically generated test case. Test Path 1 (15) case (p_tcb->TaskState) ==> default Test Case Generation Notes: TEST.END_NOTES: TEST.VALUE:sysCore.OS_PendAbort.p_obj:<<malloc 1>> TEST.VALUE:sysCore.OS_PendAbort.p_tcb:<<malloc 1>> TEST.VALUE:sysCore.OS_PendAbort.p_tcb[0].TaskState:8 TEST.VALUE:sysCore.OS_PendAbort.ts:<<MIN>> TEST.END -- Test Case: PendAbort10 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_PendAbort TEST.NEW TEST.NAME:PendAbort10 TEST.BASIS_PATH:11 of 15 TEST.NOTES: This is an automatically generated test case. Test Path 11 (10) case (p_tcb->TaskState) ==> (OS_STATE)6U (12) if (p_tcb->PendOn == (OS_STATE)3U) ==> FALSE (13) if (p_obj != (OS_PEND_OBJ )0) ==> FALSE (14) if (p_tcb->TaskState == (OS_STATE)7U) ==> FALSE Test Case Generation Notes: TEST.END_NOTES: TEST.VALUE:sysCore.OS_PendAbort.p_obj:<<null>> TEST.VALUE:sysCore.OS_PendAbort.p_tcb:<<malloc 1>> TEST.VALUE:sysCore.OS_PendAbort.p_tcb[0].PendOn:<<MIN>> TEST.VALUE:sysCore.OS_PendAbort.p_tcb[0].TaskState:6 TEST.VALUE:sysCore.OS_PendAbort.ts:<<MIN>> TEST.EXPECTED:sysCore.OS_PendAbort.p_tcb[0].PendOn:0 TEST.EXPECTED:sysCore.OS_PendAbort.p_tcb[0].PendStatus:1 TEST.EXPECTED:sysCore.OS_PendAbort.p_tcb[0].TaskState:4 TEST.EXPECTED:sysCore.OS_PendAbort.p_tcb[0].TS:<<MIN>> TEST.EXPECTED:sysCore.OS_PendAbort.p_tcb[0].MsgSize:0 TEST.END -- Test Case: PendAbort11 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_PendAbort TEST.NEW TEST.NAME:PendAbort11 TEST.NOTES: This is an automatically generated test case. Test Path 11 (10) case (p_tcb->TaskState) ==> (OS_STATE)6U (12) if (p_tcb->PendOn == (OS_STATE)3U) ==> FALSE (13) if (p_obj != (OS_PEND_OBJ )0) ==> FALSE (14) if (p_tcb->TaskState == (OS_STATE)7U) ==> FALSE Test Case Generation Notes: TEST.END_NOTES: TEST.VALUE:sysCore.OS_PendAbort.p_obj:<<null>> TEST.VALUE:sysCore.OS_PendAbort.p_tcb:<<malloc 1>> TEST.VALUE:sysCore.OS_PendAbort.p_tcb[0].PendOn:3 TEST.VALUE:sysCore.OS_PendAbort.p_tcb[0].TaskState:6 TEST.VALUE:sysCore.OS_PendAbort.ts:<<MIN>> TEST.EXPECTED:sysCore.OS_PendAbort.p_tcb[0].PendOn:0 TEST.EXPECTED:sysCore.OS_PendAbort.p_tcb[0].PendStatus:1 TEST.EXPECTED:sysCore.OS_PendAbort.p_tcb[0].TaskState:4 TEST.EXPECTED:sysCore.OS_PendAbort.p_tcb[0].TS:<<MIN>> TEST.EXPECTED:sysCore.OS_PendAbort.p_tcb[0].MsgSize:0 TEST.END -- Test Case: PendAbort12 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_PendAbort TEST.NEW TEST.NAME:PendAbort12 TEST.NOTES: This is an automatically generated test case. Test Path 11 (10) case (p_tcb->TaskState) ==> (OS_STATE)6U (12) if (p_tcb->PendOn == (OS_STATE)3U) ==> FALSE (13) if (p_obj != (OS_PEND_OBJ )0) ==> FALSE (14) if (p_tcb->TaskState == (OS_STATE)7U) ==> FALSE Test Case Generation Notes: TEST.END_NOTES: TEST.VALUE:sysCore.OS_PendAbort.p_obj:<<malloc 1>> TEST.VALUE:sysCore.OS_PendAbort.p_tcb:<<malloc 1>> TEST.VALUE:sysCore.OS_PendAbort.p_tcb[0].PendOn:3 TEST.VALUE:sysCore.OS_PendAbort.p_tcb[0].TaskState:6 TEST.VALUE:sysCore.OS_PendAbort.ts:<<MIN>> TEST.EXPECTED:sysCore.OS_PendAbort.p_tcb[0].PendOn:0 TEST.EXPECTED:sysCore.OS_PendAbort.p_tcb[0].PendStatus:1 TEST.EXPECTED:sysCore.OS_PendAbort.p_tcb[0].TaskState:4 TEST.EXPECTED:sysCore.OS_PendAbort.p_tcb[0].TS:<<MIN>> TEST.EXPECTED:sysCore.OS_PendAbort.p_tcb[0].MsgSize:0 TEST.END -- Test Case: PendAbort13 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_PendAbort TEST.NEW TEST.NAME:PendAbort13 TEST.NOTES: This is an automatically generated test case. Test Path 11 (10) case (p_tcb->TaskState) ==> (OS_STATE)6U (12) if (p_tcb->PendOn == (OS_STATE)3U) ==> FALSE (13) if (p_obj != (OS_PEND_OBJ )0) ==> FALSE (14) if (p_tcb->TaskState == (OS_STATE)7U) ==> FALSE Test Case Generation Notes: TEST.END_NOTES: TEST.STUB:sysTick.OS_TickListRemove TEST.VALUE:sysCore.OS_PendAbort.p_obj:<<malloc 1>> TEST.VALUE:sysCore.OS_PendAbort.p_tcb:<<malloc 1>> TEST.VALUE:sysCore.OS_PendAbort.p_tcb[0].PendOn:3 TEST.VALUE:sysCore.OS_PendAbort.p_tcb[0].TaskState:7 TEST.VALUE:sysCore.OS_PendAbort.ts:<<MIN>> TEST.EXPECTED:sysCore.OS_PendAbort.p_tcb[0].PendOn:0 TEST.EXPECTED:sysCore.OS_PendAbort.p_tcb[0].PendStatus:1 TEST.EXPECTED:sysCore.OS_PendAbort.p_tcb[0].TaskState:4 TEST.EXPECTED:sysCore.OS_PendAbort.p_tcb[0].TS:<<MIN>> TEST.EXPECTED:sysCore.OS_PendAbort.p_tcb[0].MsgSize:0 TEST.END -- Test Case: PendAbort2 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_PendAbort TEST.NEW TEST.NAME:PendAbort2 TEST.BASIS_PATH:2 of 15 TEST.NOTES: This is an automatically generated test case. Test Path 2 (1) case (p_tcb->TaskState) ==> (OS_STATE)0U Test Case Generation Notes: TEST.END_NOTES: TEST.VALUE:sysCore.OS_PendAbort.p_obj:<<malloc 1>> TEST.VALUE:sysCore.OS_PendAbort.p_tcb:<<malloc 1>> TEST.VALUE:sysCore.OS_PendAbort.p_tcb[0].TaskState:0 TEST.VALUE:sysCore.OS_PendAbort.ts:<<MIN>> TEST.END -- Test Case: PendAbort3 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_PendAbort TEST.NEW TEST.NAME:PendAbort3 TEST.BASIS_PATH:3 of 15 TEST.NOTES: This is an automatically generated test case. Test Path 3 (2) case (p_tcb->TaskState) ==> (OS_STATE)1U Test Case Generation Notes: TEST.END_NOTES: TEST.VALUE:sysCore.OS_PendAbort.p_obj:<<malloc 1>> TEST.VALUE:sysCore.OS_PendAbort.p_tcb:<<malloc 1>> TEST.VALUE:sysCore.OS_PendAbort.p_tcb[0].TaskState:1 TEST.VALUE:sysCore.OS_PendAbort.ts:<<MIN>> TEST.END -- Test Case: PendAbort4 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_PendAbort TEST.NEW TEST.NAME:PendAbort4 TEST.BASIS_PATH:4 of 15 TEST.NOTES: This is an automatically generated test case. Test Path 4 (3) case (p_tcb->TaskState) ==> (OS_STATE)4U Test Case Generation Notes: TEST.END_NOTES: TEST.VALUE:sysCore.OS_PendAbort.p_obj:<<malloc 1>> TEST.VALUE:sysCore.OS_PendAbort.p_tcb:<<malloc 1>> TEST.VALUE:sysCore.OS_PendAbort.p_tcb[0].TaskState:4 TEST.VALUE:sysCore.OS_PendAbort.ts:<<MIN>> TEST.END -- Test Case: PendAbort5 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_PendAbort TEST.NEW TEST.NAME:PendAbort5 TEST.BASIS_PATH:5 of 15 TEST.NOTES: This is an automatically generated test case. Test Path 5 (4) case (p_tcb->TaskState) ==> (OS_STATE)5U Test Case Generation Notes: TEST.END_NOTES: TEST.VALUE:sysCore.OS_PendAbort.p_obj:<<malloc 1>> TEST.VALUE:sysCore.OS_PendAbort.p_tcb:<<malloc 1>> TEST.VALUE:sysCore.OS_PendAbort.p_tcb[0].TaskState:5 TEST.VALUE:sysCore.OS_PendAbort.ts:<<MIN>> TEST.END -- Test Case: PendAbort6 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_PendAbort TEST.NEW TEST.NAME:PendAbort6 TEST.BASIS_PATH:6 of 15 TEST.NOTES: This is an automatically generated test case. Test Path 6 (5) case (p_tcb->TaskState) ==> (OS_STATE)2U (7) if (p_tcb->PendOn == (OS_STATE)3U) ==> FALSE (8) if (p_obj != (OS_PEND_OBJ )0) ==> FALSE (9) if (p_tcb->TaskState == (OS_STATE)3U) ==> FALSE Test Case Generation Notes: TEST.END_NOTES: TEST.VALUE:sysCore.OS_PendAbort.p_obj:<<null>> TEST.VALUE:sysCore.OS_PendAbort.p_tcb:<<malloc 1>> TEST.VALUE:sysCore.OS_PendAbort.p_tcb[0].PendOn:<<MIN>> TEST.VALUE:sysCore.OS_PendAbort.p_tcb[0].TaskState:2 TEST.VALUE:sysCore.OS_PendAbort.ts:<<MIN>> TEST.EXPECTED:sysCore.OS_PendAbort.p_tcb[0].PendOn:0 TEST.EXPECTED:sysCore.OS_PendAbort.p_tcb[0].PendStatus:1 TEST.EXPECTED:sysCore.OS_PendAbort.p_tcb[0].TaskState:0 TEST.EXPECTED:sysCore.OS_PendAbort.p_tcb[0].TS:<<MIN>> TEST.EXPECTED:sysCore.OS_PendAbort.p_tcb[0].MsgSize:0 TEST.END -- Test Case: PendAbort7 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_PendAbort TEST.NEW TEST.NAME:PendAbort7 TEST.NOTES: This is an automatically generated test case. Test Path 6 (5) case (p_tcb->TaskState) ==> (OS_STATE)2U (7) if (p_tcb->PendOn == (OS_STATE)3U) ==> FALSE (8) if (p_obj != (OS_PEND_OBJ )0) ==> FALSE (9) if (p_tcb->TaskState == (OS_STATE)3U) ==> FALSE Test Case Generation Notes: TEST.END_NOTES: TEST.VALUE:sysCore.OS_PendAbort.p_obj:<<malloc 1>> TEST.VALUE:sysCore.OS_PendAbort.p_tcb:<<malloc 1>> TEST.VALUE:sysCore.OS_PendAbort.p_tcb[0].PendOn:<<MIN>> TEST.VALUE:sysCore.OS_PendAbort.p_tcb[0].TaskState:2 TEST.VALUE:sysCore.OS_PendAbort.ts:<<MIN>> TEST.EXPECTED:sysCore.OS_PendAbort.p_tcb[0].PendOn:0 TEST.EXPECTED:sysCore.OS_PendAbort.p_tcb[0].PendStatus:1 TEST.EXPECTED:sysCore.OS_PendAbort.p_tcb[0].TaskState:0 TEST.EXPECTED:sysCore.OS_PendAbort.p_tcb[0].TS:<<MIN>> TEST.EXPECTED:sysCore.OS_PendAbort.p_tcb[0].MsgSize:0 TEST.END -- Test Case: PendAbort8 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_PendAbort TEST.NEW TEST.NAME:PendAbort8 TEST.NOTES: This is an automatically generated test case. Test Path 6 (5) case (p_tcb->TaskState) ==> (OS_STATE)2U (7) if (p_tcb->PendOn == (OS_STATE)3U) ==> FALSE (8) if (p_obj != (OS_PEND_OBJ )0) ==> FALSE (9) if (p_tcb->TaskState == (OS_STATE)3U) ==> FALSE Test Case Generation Notes: TEST.END_NOTES: TEST.VALUE:sysCore.OS_PendAbort.p_obj:<<malloc 1>> TEST.VALUE:sysCore.OS_PendAbort.p_tcb:<<malloc 1>> TEST.VALUE:sysCore.OS_PendAbort.p_tcb[0].PendOn:3 TEST.VALUE:sysCore.OS_PendAbort.p_tcb[0].TaskState:2 TEST.VALUE:sysCore.OS_PendAbort.ts:<<MIN>> TEST.EXPECTED:sysCore.OS_PendAbort.p_tcb[0].PendOn:0 TEST.EXPECTED:sysCore.OS_PendAbort.p_tcb[0].PendStatus:1 TEST.EXPECTED:sysCore.OS_PendAbort.p_tcb[0].TaskState:0 TEST.EXPECTED:sysCore.OS_PendAbort.p_tcb[0].TS:<<MIN>> TEST.EXPECTED:sysCore.OS_PendAbort.p_tcb[0].MsgSize:0 TEST.END -- Test Case: PendAbort9 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_PendAbort TEST.NEW TEST.NAME:PendAbort9 TEST.BASIS_PATH:10 of 15 TEST.NOTES: This is an automatically generated test case. Test Path 10 (6) case (p_tcb->TaskState) ==> (OS_STATE)3U (7) if (p_tcb->PendOn == (OS_STATE)3U) ==> FALSE (8) if (p_obj != (OS_PEND_OBJ )0) ==> FALSE (9) if (p_tcb->TaskState == (OS_STATE)3U) ==> FALSE Test Case Generation Notes: Conflict: Trying to set variable sysCore.OS_PendAbort.p_tcb.TaskState 'equal to' and 'not equal to' same value in branches 6/9 TEST.END_NOTES: TEST.STUB:sysTick.OS_TickListRemove TEST.VALUE:sysCore.OS_PendAbort.p_obj:<<null>> TEST.VALUE:sysCore.OS_PendAbort.p_tcb:<<malloc 1>> TEST.VALUE:sysCore.OS_PendAbort.p_tcb[0].PendOn:<<MIN>> TEST.VALUE:sysCore.OS_PendAbort.p_tcb[0].TaskState:3 TEST.VALUE:sysCore.OS_PendAbort.ts:<<MIN>> TEST.EXPECTED:sysCore.OS_PendAbort.p_tcb[0].PendOn:0 TEST.EXPECTED:sysCore.OS_PendAbort.p_tcb[0].PendStatus:1 TEST.EXPECTED:sysCore.OS_PendAbort.p_tcb[0].TaskState:0 TEST.EXPECTED:sysCore.OS_PendAbort.p_tcb[0].TS:<<MIN>> TEST.EXPECTED:sysCore.OS_PendAbort.p_tcb[0].MsgSize:0 TEST.END -- Subprogram: OS_PendAbort1 -- Test Case: OS_PendAbort1 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_PendAbort1 TEST.NEW TEST.NAME:OS_PendAbort1 TEST.BASIS_PATH:1 of 3 TEST.NOTES: This is an automatically generated test case. Test Path 1 (1) while (n_pend_list > (OS_OBJ_QTY)0) ==> FALSE Test Case Generation Notes: TEST.END_NOTES: TEST.VALUE:sysCore.OS_PendAbort1.p_obj:<<malloc 1>> TEST.VALUE:sysCore.OS_PendAbort1.p_tcb:<<malloc 1>> TEST.VALUE:sysCore.OS_PendAbort1.p_tcb[0].PendDataTblPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_PendAbort1.p_tcb[0].PendDataTblEntries:<<MIN>> TEST.VALUE:sysCore.OS_PendAbort1.ts:<<MIN>> TEST.END -- Test Case: OS_PendAbort2 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_PendAbort1 TEST.NEW TEST.NAME:OS_PendAbort2 TEST.BASIS_PATH:2 of 3 TEST.NOTES: This is an automatically generated test case. Test Path 2 (1) while (n_pend_list > (OS_OBJ_QTY)0) ==> TRUE (2) if (p_obj == p_pend_data->PendObjPtr) ==> TRUE Test Case Generation Notes: TEST.END_NOTES: TEST.VALUE:sysCore.OS_PendAbort1.p_obj:<<null>> TEST.VALUE:sysCore.OS_PendAbort1.p_tcb:<<malloc 1>> TEST.VALUE:sysCore.OS_PendAbort1.p_tcb[0].PendDataTblPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_PendAbort1.p_tcb[0].PendDataTblPtr[0].PendObjPtr:<<null>> TEST.VALUE:sysCore.OS_PendAbort1.p_tcb[0].PendDataTblEntries:1 TEST.VALUE:sysCore.OS_PendAbort1.ts:<<MIN>> TEST.EXPECTED:sysCore.OS_PendAbort1.p_tcb[0].PendDataTblPtr[0].RdyTS:<<MIN>> TEST.END -- Test Case: OS_PendAbort3 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_PendAbort1 TEST.NEW TEST.NAME:OS_PendAbort3 TEST.BASIS_PATH:3 of 3 TEST.NOTES: This is an automatically generated test case. Test Path 3 (1) while (n_pend_list > (OS_OBJ_QTY)0) ==> TRUE (2) if (p_obj == p_pend_data->PendObjPtr) ==> FALSE Test Case Generation Notes: TEST.END_NOTES: TEST.VALUE:sysCore.OS_PendAbort1.p_obj:<<null>> TEST.VALUE:sysCore.OS_PendAbort1.p_tcb:<<malloc 1>> TEST.VALUE:sysCore.OS_PendAbort1.p_tcb[0].PendDataTblPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_PendAbort1.p_tcb[0].PendDataTblPtr[0].PendObjPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_PendAbort1.p_tcb[0].PendDataTblEntries:<<MAX>> TEST.VALUE:sysCore.OS_PendAbort1.ts:<<MIN>> TEST.END -- Subprogram: OS_PendDataInit -- Test Case: PendData1 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_PendDataInit TEST.NEW TEST.NAME:PendData1 TEST.BASIS_PATH:1 of 2 TEST.NOTES: This is an automatically generated test case. Test Path 1 (1) for (i < tbl_size) ==> FALSE Test Case Generation Notes: TEST.END_NOTES: TEST.VALUE:sysCore.OS_PendDataInit.p_tcb:<<malloc 1>> TEST.VALUE:sysCore.OS_PendDataInit.p_pend_data_tbl:<<malloc 1>> TEST.VALUE:sysCore.OS_PendDataInit.tbl_size:0 TEST.EXPECTED:sysCore.OS_PendDataInit.p_tcb[0].PendDataTblEntries:0 TEST.END -- Test Case: PendData2 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_PendDataInit TEST.NEW TEST.NAME:PendData2 TEST.BASIS_PATH:2 of 2 TEST.NOTES: This is an automatically generated test case. Test Path 2 (1) for (i < tbl_size) ==> TRUE Test Case Generation Notes: TEST.END_NOTES: TEST.VALUE:sysCore.OS_PendDataInit.p_tcb:<<malloc 1>> TEST.VALUE:sysCore.OS_PendDataInit.p_pend_data_tbl:<<malloc 1>> TEST.VALUE:sysCore.OS_PendDataInit.tbl_size:1 TEST.EXPECTED:sysCore.OS_PendDataInit.p_tcb[0].PendDataTblEntries:1 TEST.EXPECTED:sysCore.OS_PendDataInit.p_pend_data_tbl[0].RdyMsgSize:0 TEST.EXPECTED:sysCore.OS_PendDataInit.p_pend_data_tbl[0].RdyTS:0 TEST.END -- Subprogram: OS_PendListChangePrio -- Test Case: BASIS-PATH-002-PARTIAL TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_PendListChangePrio TEST.NEW TEST.NAME:BASIS-PATH-002-PARTIAL TEST.BASIS_PATH:2 of 3 TEST.NOTES: This is an automatically generated test case. Test Path 2 (1) while (n_pend_list > 0U) ==> TRUE (2) if (p_pend_list->NbrEntries > 1U) ==> FALSE Test Case Generation Notes: Cannot set p_pend_list due to assignment Cannot set local variable p_pend_list in branch 2 TEST.END_NOTES: TEST.VALUE:sysCore.OS_PendListChangePrio.p_tcb:<<malloc 1>> TEST.VALUE:sysCore.OS_PendListChangePrio.p_tcb[0].PendDataTblPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_PendListChangePrio.p_tcb[0].PendDataTblPtr[0].PrevPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_PendListChangePrio.p_tcb[0].PendDataTblPtr[0].NextPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_PendListChangePrio.p_tcb[0].PendDataTblPtr[0].PendObjPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_PendListChangePrio.p_tcb[0].PendDataTblPtr[0].PendObjPtr[0].PendList.HeadPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_PendListChangePrio.p_tcb[0].PendDataTblPtr[0].PendObjPtr[0].PendList.TailPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_PendListChangePrio.p_tcb[0].PendDataTblPtr[0].PendObjPtr[0].PendList.NbrEntries:0 TEST.VALUE:sysCore.OS_PendListChangePrio.p_tcb[0].PendDataTblPtr[0].RdyMsgPtr:<<null>> TEST.VALUE:sysCore.OS_PendListChangePrio.p_tcb[0].PendDataTblEntries:1 TEST.END -- Test Case: BASIS-PATH-003-PARTIAL TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_PendListChangePrio TEST.NEW TEST.NAME:BASIS-PATH-003-PARTIAL TEST.BASIS_PATH:3 of 3 TEST.NOTES: This is an automatically generated test case. Test Path 3 (1) while (n_pend_list > 0U) ==> TRUE (2) if (p_pend_list->NbrEntries > 1U) ==> TRUE Test Case Generation Notes: Cannot set p_pend_list due to assignment Cannot set local variable p_pend_list in branch 2 TEST.END_NOTES: TEST.STUB:sysCore.OS_PendListInsertPrio TEST.STUB:sysCore.OS_PendListRemove1 TEST.VALUE:sysCore.OS_PendListChangePrio.p_tcb:<<malloc 1>> TEST.VALUE:sysCore.OS_PendListChangePrio.p_tcb[0].PendDataTblPtr:<<malloc 2>> TEST.VALUE:sysCore.OS_PendListChangePrio.p_tcb[0].PendDataTblPtr[0].PrevPtr:<<malloc 2>> TEST.VALUE:sysCore.OS_PendListChangePrio.p_tcb[0].PendDataTblPtr[0].NextPtr:<<malloc 2>> TEST.VALUE:sysCore.OS_PendListChangePrio.p_tcb[0].PendDataTblPtr[0].PendObjPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_PendListChangePrio.p_tcb[0].PendDataTblPtr[0].PendObjPtr[0].PendList.HeadPtr:<<malloc 2>> TEST.VALUE:sysCore.OS_PendListChangePrio.p_tcb[0].PendDataTblPtr[0].PendObjPtr[0].PendList.HeadPtr[0].PrevPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_PendListChangePrio.p_tcb[0].PendDataTblPtr[0].PendObjPtr[0].PendList.HeadPtr[0].NextPtr:<<malloc 3>> TEST.VALUE:sysCore.OS_PendListChangePrio.p_tcb[0].PendDataTblPtr[0].PendObjPtr[0].PendList.HeadPtr[1].PrevPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_PendListChangePrio.p_tcb[0].PendDataTblPtr[0].PendObjPtr[0].PendList.HeadPtr[1].NextPtr:<<malloc 2>> TEST.VALUE:sysCore.OS_PendListChangePrio.p_tcb[0].PendDataTblPtr[0].PendObjPtr[0].PendList.TailPtr:<<malloc 3>> TEST.VALUE:sysCore.OS_PendListChangePrio.p_tcb[0].PendDataTblPtr[0].PendObjPtr[0].PendList.NbrEntries:2 TEST.VALUE:sysCore.OS_PendListChangePrio.p_tcb[0].PendDataTblPtr[1].PrevPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_PendListChangePrio.p_tcb[0].PendDataTblPtr[1].NextPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_PendListChangePrio.p_tcb[0].PendDataTblPtr[1].PendObjPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_PendListChangePrio.p_tcb[0].PendDataTblPtr[1].PendObjPtr[0].PendList.HeadPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_PendListChangePrio.p_tcb[0].PendDataTblPtr[1].PendObjPtr[0].PendList.TailPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_PendListChangePrio.p_tcb[0].PendDataTblPtr[1].PendObjPtr[0].PendList.NbrEntries:0 TEST.VALUE:sysCore.OS_PendListChangePrio.p_tcb[0].PendDataTblEntries:2 TEST.EXPECTED:sysCore.OS_PendListChangePrio.p_tcb[0].PendDataTblPtr[0].RdyObjPtr:<<null>> TEST.END -- Test Case: PendListChangePrio1 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_PendListChangePrio TEST.NEW TEST.NAME:PendListChangePrio1 TEST.BASIS_PATH:1 of 3 TEST.NOTES: This is an automatically generated test case. Test Path 1 (1) while (n_pend_list > 0U) ==> FALSE Test Case Generation Notes: TEST.END_NOTES: TEST.VALUE:sysCore.OS_PendListChangePrio.p_tcb:<<malloc 1>> TEST.VALUE:sysCore.OS_PendListChangePrio.p_tcb[0].PendDataTblPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_PendListChangePrio.p_tcb[0].PendDataTblEntries:<<MIN>> TEST.END -- Subprogram: OS_PendListInit -- Test Case: OS_PendListInit TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_PendListInit TEST.NEW TEST.NAME:OS_PendListInit TEST.BASIS_PATH:1 of 1 TEST.NOTES: No branches in subprogram TEST.END_NOTES: TEST.VALUE:sysCore.OS_PendListInit.p_pend_list:<<malloc 1>> TEST.EXPECTED:sysCore.OS_PendListInit.p_pend_list[0].HeadPtr:<<null>> TEST.EXPECTED:sysCore.OS_PendListInit.p_pend_list[0].TailPtr:<<null>> TEST.EXPECTED:sysCore.OS_PendListInit.p_pend_list[0].NbrEntries:0 TEST.END -- Subprogram: OS_PendListInsertHead -- Test Case: OS_PendListInsertHead1 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_PendListInsertHead TEST.NEW TEST.NAME:OS_PendListInsertHead1 TEST.BASIS_PATH:1 of 3 TEST.NOTES: This is an automatically generated test case. Test Path 1 (1) if (p_pend_data_next != (OS_PEND_DATA )0) ==> FALSE (2) if (p_pend_list->NbrEntries == 1U) ==> FALSE Test Case Generation Notes: Cannot set p_pend_list->NbrEntries due to assignment Conflict: Trying to set variable sysCore.OS_PendListInsertHead.p_pend_list.HeadPtr 'equal to' and 'not equal to' same value in branches 1/2 TEST.END_NOTES: TEST.VALUE:sysCore.OS_PendListInsertHead.p_pend_list:<<malloc 1>> TEST.VALUE:sysCore.OS_PendListInsertHead.p_pend_list[0].HeadPtr:<<null>> TEST.VALUE:sysCore.OS_PendListInsertHead.p_pend_list[0].NbrEntries:0 TEST.VALUE:sysCore.OS_PendListInsertHead.p_pend_data:<<malloc 1>> TEST.EXPECTED:sysCore.OS_PendListInsertHead.p_pend_list[0].NbrEntries:1 TEST.EXPECTED:sysCore.OS_PendListInsertHead.p_pend_data[0].PrevPtr:<<null>> TEST.END -- Test Case: OS_PendListInsertHead2 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_PendListInsertHead TEST.NEW TEST.NAME:OS_PendListInsertHead2 TEST.BASIS_PATH:2 of 3 TEST.NOTES: This is an automatically generated test case. Test Path 2 (1) if (p_pend_data_next != (OS_PEND_DATA )0) ==> FALSE (2) if (p_pend_list->NbrEntries == 1U) ==> TRUE Test Case Generation Notes: Cannot set p_pend_list->NbrEntries due to assignment Conflict: Trying to set variable sysCore.OS_PendListInsertHead.p_pend_list.HeadPtr 'equal to' and 'not equal to' same value in branches 1/2 TEST.END_NOTES: TEST.VALUE:sysCore.OS_PendListInsertHead.p_pend_list:<<malloc 1>> TEST.VALUE:sysCore.OS_PendListInsertHead.p_pend_list[0].HeadPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_PendListInsertHead.p_pend_list[0].NbrEntries:1 TEST.VALUE:sysCore.OS_PendListInsertHead.p_pend_data:<<malloc 1>> TEST.EXPECTED:sysCore.OS_PendListInsertHead.p_pend_list[0].NbrEntries:2 TEST.EXPECTED:sysCore.OS_PendListInsertHead.p_pend_data[0].PrevPtr:<<null>> TEST.END -- Subprogram: OS_PendListInsertPrio -- Test Case: OS_PendListInsertPrio1 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_PendListInsertPrio TEST.NEW TEST.NAME:OS_PendListInsertPrio1 TEST.BASIS_PATH:6 of 6 TEST.NOTES: This is an automatically generated test case. Test Path 6 (1) if (p_pend_list->NbrEntries == (OS_OBJ_QTY)0) ==> TRUE Test Case Generation Notes: TEST.END_NOTES: TEST.VALUE:sysCore.OS_PendListInsertPrio.p_pend_list:<<malloc 1>> TEST.VALUE:sysCore.OS_PendListInsertPrio.p_pend_list[0].HeadPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_PendListInsertPrio.p_pend_list[0].NbrEntries:0 TEST.VALUE:sysCore.OS_PendListInsertPrio.p_pend_data:<<malloc 1>> TEST.VALUE:sysCore.OS_PendListInsertPrio.p_pend_data[0].TCBPtr:<<malloc 1>> TEST.EXPECTED:sysCore.OS_PendListInsertPrio.p_pend_list[0].NbrEntries:1 TEST.EXPECTED:sysCore.OS_PendListInsertPrio.p_pend_data[0].PrevPtr:<<null>> TEST.EXPECTED:sysCore.OS_PendListInsertPrio.p_pend_data[0].NextPtr:<<null>> TEST.END -- Test Case: OS_PendListInsertPrio2 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_PendListInsertPrio TEST.NEW TEST.NAME:OS_PendListInsertPrio2 TEST.BASIS_PATH:3 of 6 TEST.NOTES: This is an automatically generated test case. Test Path 3 (1) if (p_pend_list->NbrEntries == (OS_OBJ_QTY)0) ==> FALSE (2) while (p_pend_data_next != (OS_PEND_DATA )0) ==> FALSE (4) if (p_pend_data_next == (OS_PEND_DATA )0) ==> TRUE Test Case Generation Notes: TEST.END_NOTES: TEST.VALUE:sysCore.OS_PendListInsertPrio.p_pend_list:<<malloc 1>> TEST.VALUE:sysCore.OS_PendListInsertPrio.p_pend_list[0].HeadPtr:<<null>> TEST.VALUE:sysCore.OS_PendListInsertPrio.p_pend_list[0].TailPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_PendListInsertPrio.p_pend_list[0].NbrEntries:1 TEST.VALUE:sysCore.OS_PendListInsertPrio.p_pend_data:<<malloc 1>> TEST.VALUE:sysCore.OS_PendListInsertPrio.p_pend_data[0].TCBPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_PendListInsertPrio.p_pend_data[0].TCBPtr[0].Prio:1 TEST.EXPECTED:sysCore.OS_PendListInsertPrio.p_pend_list[0].NbrEntries:2 TEST.EXPECTED:sysCore.OS_PendListInsertPrio.p_pend_data[0].NextPtr:<<null>> TEST.END -- Test Case: OS_PendListInsertPrio3 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_PendListInsertPrio TEST.NEW TEST.NAME:OS_PendListInsertPrio3 TEST.NOTES: This is an automatically generated test case. Test Path 3 (1) if (p_pend_list->NbrEntries == (OS_OBJ_QTY)0) ==> FALSE (2) while (p_pend_data_next != (OS_PEND_DATA )0) ==> FALSE (4) if (p_pend_data_next == (OS_PEND_DATA )0) ==> TRUE Test Case Generation Notes: TEST.END_NOTES: TEST.VALUE:sysCore.OS_PendListInsertPrio.p_pend_list:<<malloc 1>> TEST.VALUE:sysCore.OS_PendListInsertPrio.p_pend_list[0].HeadPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_PendListInsertPrio.p_pend_list[0].HeadPtr[0].PrevPtr:<<null>> TEST.VALUE:sysCore.OS_PendListInsertPrio.p_pend_list[0].HeadPtr[0].TCBPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_PendListInsertPrio.p_pend_list[0].HeadPtr[0].TCBPtr[0].Prio:2 TEST.VALUE:sysCore.OS_PendListInsertPrio.p_pend_list[0].TailPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_PendListInsertPrio.p_pend_list[0].NbrEntries:1 TEST.VALUE:sysCore.OS_PendListInsertPrio.p_pend_data:<<malloc 1>> TEST.VALUE:sysCore.OS_PendListInsertPrio.p_pend_data[0].PrevPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_PendListInsertPrio.p_pend_data[0].NextPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_PendListInsertPrio.p_pend_data[0].TCBPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_PendListInsertPrio.p_pend_data[0].TCBPtr[0].Prio:1 TEST.EXPECTED:sysCore.OS_PendListInsertPrio.p_pend_data[0].PrevPtr:<<null>> TEST.END -- Test Case: OS_PendListInsertPrio4 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_PendListInsertPrio TEST.NEW TEST.NAME:OS_PendListInsertPrio4 TEST.NOTES: This is an automatically generated test case. Test Path 3 (1) if (p_pend_list->NbrEntries == (OS_OBJ_QTY)0) ==> FALSE (2) while (p_pend_data_next != (OS_PEND_DATA )0) ==> FALSE (4) if (p_pend_data_next == (OS_PEND_DATA )0) ==> TRUE Test Case Generation Notes: TEST.END_NOTES: TEST.VALUE:sysCore.OS_PendListInsertPrio.p_pend_list:<<malloc 1>> TEST.VALUE:sysCore.OS_PendListInsertPrio.p_pend_list[0].HeadPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_PendListInsertPrio.p_pend_list[0].HeadPtr[0].PrevPtr:<<null>> TEST.VALUE:sysCore.OS_PendListInsertPrio.p_pend_list[0].HeadPtr[0].NextPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_PendListInsertPrio.p_pend_list[0].HeadPtr[0].NextPtr[0].TCBPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_PendListInsertPrio.p_pend_list[0].HeadPtr[0].NextPtr[0].TCBPtr[0].Prio:30 TEST.VALUE:sysCore.OS_PendListInsertPrio.p_pend_list[0].HeadPtr[0].TCBPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_PendListInsertPrio.p_pend_list[0].HeadPtr[0].TCBPtr[0].NextPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_PendListInsertPrio.p_pend_list[0].HeadPtr[0].TCBPtr[0].NextPtr[0].Prio:30 TEST.VALUE:sysCore.OS_PendListInsertPrio.p_pend_list[0].HeadPtr[0].TCBPtr[0].Prio:2 TEST.VALUE:sysCore.OS_PendListInsertPrio.p_pend_list[0].TailPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_PendListInsertPrio.p_pend_list[0].NbrEntries:1 TEST.VALUE:sysCore.OS_PendListInsertPrio.p_pend_data:<<malloc 1>> TEST.VALUE:sysCore.OS_PendListInsertPrio.p_pend_data[0].PrevPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_PendListInsertPrio.p_pend_data[0].NextPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_PendListInsertPrio.p_pend_data[0].TCBPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_PendListInsertPrio.p_pend_data[0].TCBPtr[0].Prio:10 TEST.END -- Test Case: OS_PendListInsertPrio4.001 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_PendListInsertPrio TEST.NEW TEST.NAME:OS_PendListInsertPrio4.001 TEST.NOTES: This is an automatically generated test case. Test Path 3 (1) if (p_pend_list->NbrEntries == (OS_OBJ_QTY)0) ==> FALSE (2) while (p_pend_data_next != (OS_PEND_DATA )0) ==> FALSE (4) if (p_pend_data_next == (OS_PEND_DATA )0) ==> TRUE Test Case Generation Notes: TEST.END_NOTES: TEST.VALUE:sysCore.OS_PendListInsertPrio.p_pend_list:<<malloc 1>> TEST.VALUE:sysCore.OS_PendListInsertPrio.p_pend_list[0].HeadPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_PendListInsertPrio.p_pend_list[0].HeadPtr[0].PrevPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_PendListInsertPrio.p_pend_list[0].HeadPtr[0].TCBPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_PendListInsertPrio.p_pend_list[0].HeadPtr[0].TCBPtr[0].Prio:<<MAX>> TEST.VALUE:sysCore.OS_PendListInsertPrio.p_pend_list[0].TailPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_PendListInsertPrio.p_pend_list[0].NbrEntries:1 TEST.VALUE:sysCore.OS_PendListInsertPrio.p_pend_data:<<malloc 1>> TEST.VALUE:sysCore.OS_PendListInsertPrio.p_pend_data[0].PrevPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_PendListInsertPrio.p_pend_data[0].NextPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_PendListInsertPrio.p_pend_data[0].TCBPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_PendListInsertPrio.p_pend_data[0].TCBPtr[0].Prio:10 TEST.EXPECTED:sysCore.OS_PendListInsertPrio.p_pend_list[0].NbrEntries:2 TEST.END -- Subprogram: OS_PendListRemove -- Test Case: BASIS-PATH-002 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_PendListRemove TEST.NEW TEST.NAME:BASIS-PATH-002 TEST.BASIS_PATH:2 of 2 TEST.NOTES: This is an automatically generated test case. Test Path 2 (1) while (n_pend_list > (OS_OBJ_QTY)0) ==> TRUE Test Case Generation Notes: TEST.END_NOTES: TEST.STUB:sysCore.OS_PendListRemove1 TEST.VALUE:sysCore.OS_PendListRemove.p_tcb:<<malloc 1>> TEST.VALUE:sysCore.OS_PendListRemove.p_tcb[0].PendDataTblPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_PendListRemove.p_tcb[0].PendDataTblPtr[0].PendObjPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_PendListRemove.p_tcb[0].PendDataTblPtr[0].PendObjPtr[0].PendList.HeadPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_PendListRemove.p_tcb[0].PendDataTblPtr[0].PendObjPtr[0].PendList.TailPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_PendListRemove.p_tcb[0].PendDataTblEntries:1 TEST.EXPECTED:sysCore.OS_PendListRemove.p_tcb[0].PendDataTblPtr:<<null>> TEST.EXPECTED:sysCore.OS_PendListRemove.p_tcb[0].PendDataTblEntries:0 TEST.END -- Test Case: PendListRemove1 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_PendListRemove TEST.NEW TEST.NAME:PendListRemove1 TEST.BASIS_PATH:1 of 2 TEST.NOTES: This is an automatically generated test case. Test Path 1 (1) while (n_pend_list > (OS_OBJ_QTY)0) ==> FALSE Test Case Generation Notes: TEST.END_NOTES: TEST.VALUE:sysCore.OS_PendListRemove.p_tcb:<<malloc 1>> TEST.VALUE:sysCore.OS_PendListRemove.p_tcb[0].PendDataTblPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_PendListRemove.p_tcb[0].PendDataTblEntries:<<MIN>> TEST.EXPECTED:sysCore.OS_PendListRemove.p_tcb[0].PendDataTblPtr:<<null>> TEST.EXPECTED:sysCore.OS_PendListRemove.p_tcb[0].PendDataTblEntries:0 TEST.END -- Subprogram: OS_PendListRemove1 -- Test Case: BASIS-PATH-003 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_PendListRemove1 TEST.NEW TEST.NAME:BASIS-PATH-003 TEST.BASIS_PATH:3 of 4 TEST.NOTES: This is an automatically generated test case. Test Path 3 (1) if (p_pend_list->NbrEntries == 1U) ==> FALSE (2) if (p_pend_data->PrevPtr == (OS_PEND_DATA )0) ==> TRUE Test Case Generation Notes: TEST.END_NOTES: TEST.VALUE:sysCore.OS_PendListRemove1.p_pend_list:<<malloc 1>> TEST.VALUE:sysCore.OS_PendListRemove1.p_pend_list[0].HeadPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_PendListRemove1.p_pend_list[0].NbrEntries:<<MIN>> TEST.VALUE:sysCore.OS_PendListRemove1.p_pend_data:<<malloc 1>> TEST.VALUE:sysCore.OS_PendListRemove1.p_pend_data[0].PrevPtr:<<null>> TEST.VALUE:sysCore.OS_PendListRemove1.p_pend_data[0].NextPtr:<<malloc 1>> TEST.END -- Test Case: BASIS-PATH-004 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_PendListRemove1 TEST.NEW TEST.NAME:BASIS-PATH-004 TEST.BASIS_PATH:4 of 4 TEST.NOTES: This is an automatically generated test case. Test Path 4 (1) if (p_pend_list->NbrEntries == 1U) ==> TRUE Test Case Generation Notes: TEST.END_NOTES: TEST.VALUE:sysCore.OS_PendListRemove1.p_pend_list:<<malloc 1>> TEST.VALUE:sysCore.OS_PendListRemove1.p_pend_list[0].HeadPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_PendListRemove1.p_pend_list[0].TailPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_PendListRemove1.p_pend_list[0].NbrEntries:1 TEST.VALUE:sysCore.OS_PendListRemove1.p_pend_data:<<malloc 1>> TEST.EXPECTED:sysCore.OS_PendListRemove1.p_pend_list[0].HeadPtr:<<null>> TEST.EXPECTED:sysCore.OS_PendListRemove1.p_pend_list[0].TailPtr:<<null>> TEST.END -- Test Case: PendListRemove1 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_PendListRemove1 TEST.NEW TEST.NAME:PendListRemove1 TEST.BASIS_PATH:1 of 4 TEST.NOTES: This is an automatically generated test case. Test Path 1 (1) if (p_pend_list->NbrEntries == 1U) ==> FALSE (2) if (p_pend_data->PrevPtr == (OS_PEND_DATA )0) ==> FALSE (3) if (p_pend_data->NextPtr == (OS_PEND_DATA )0) ==> FALSE Test Case Generation Notes: Cannot set local variable p_next in branch 3 TEST.END_NOTES: TEST.VALUE:sysCore.OS_PendListRemove1.p_pend_list:<<malloc 1>> TEST.VALUE:sysCore.OS_PendListRemove1.p_pend_list[0].NbrEntries:<<MIN>> TEST.VALUE:sysCore.OS_PendListRemove1.p_pend_data:<<malloc 1>> TEST.VALUE:sysCore.OS_PendListRemove1.p_pend_data[0].PrevPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_PendListRemove1.p_pend_data[0].NextPtr:<<malloc 1>> TEST.EXPECTED:sysCore.OS_PendListRemove1.p_pend_list[0].NbrEntries:65535 TEST.EXPECTED:sysCore.OS_PendListRemove1.p_pend_data[0].PrevPtr:<<null>> TEST.EXPECTED:sysCore.OS_PendListRemove1.p_pend_data[0].NextPtr:<<null>> TEST.END -- Test Case: PendListRemove2 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_PendListRemove1 TEST.NEW TEST.NAME:PendListRemove2 TEST.BASIS_PATH:2 of 4 TEST.NOTES: This is an automatically generated test case. Test Path 2 (1) if (p_pend_list->NbrEntries == 1U) ==> FALSE (2) if (p_pend_data->PrevPtr == (OS_PEND_DATA )0) ==> FALSE (3) if (p_pend_data->NextPtr == (OS_PEND_DATA )0) ==> TRUE Test Case Generation Notes: Cannot set local variable p_next in branch 3 TEST.END_NOTES: TEST.VALUE:sysCore.OS_PendListRemove1.p_pend_list:<<malloc 1>> TEST.VALUE:sysCore.OS_PendListRemove1.p_pend_list[0].NbrEntries:<<MIN>> TEST.VALUE:sysCore.OS_PendListRemove1.p_pend_data:<<malloc 1>> TEST.VALUE:sysCore.OS_PendListRemove1.p_pend_data[0].PrevPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_PendListRemove1.p_pend_data[0].NextPtr:<<null>> TEST.END -- Subprogram: OS_PendObjDel -- Test Case: PendObjDel1 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_PendObjDel TEST.NEW TEST.NAME:PendObjDel1 TEST.BASIS_PATH:1 of 13 TEST.NOTES: This is an automatically generated test case. Test Path 1 (13) case (p_tcb->TaskState) ==> default Test Case Generation Notes: TEST.END_NOTES: TEST.VALUE:sysCore.OS_PendObjDel.p_obj:<<malloc 1>> TEST.VALUE:sysCore.OS_PendObjDel.p_tcb:<<malloc 1>> TEST.VALUE:sysCore.OS_PendObjDel.p_tcb[0].TaskState:8 TEST.VALUE:sysCore.OS_PendObjDel.ts:<<MIN>> TEST.END -- Test Case: PendObjDel10 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_PendObjDel TEST.NEW TEST.NAME:PendObjDel10 TEST.NOTES: This is an automatically generated test case. Test Path 10 (9) case (p_tcb->TaskState) ==> (OS_STATE)6U (11) if (p_tcb->PendOn == (OS_STATE)3U) ==> FALSE (12) if (p_tcb->TaskState == (OS_STATE)7U) ==> FALSE Test Case Generation Notes: TEST.END_NOTES: TEST.STUB:sysTick.OS_TickListRemove TEST.VALUE:sysCore.OS_PendObjDel.p_obj:<<malloc 1>> TEST.VALUE:sysCore.OS_PendObjDel.p_tcb:<<malloc 1>> TEST.VALUE:sysCore.OS_PendObjDel.p_tcb[0].PendOn:3 TEST.VALUE:sysCore.OS_PendObjDel.p_tcb[0].TaskState:7 TEST.VALUE:sysCore.OS_PendObjDel.ts:<<MIN>> TEST.EXPECTED:sysCore.OS_PendObjDel.p_tcb[0].PendOn:0 TEST.EXPECTED:sysCore.OS_PendObjDel.p_tcb[0].PendStatus:2 TEST.EXPECTED:sysCore.OS_PendObjDel.p_tcb[0].TaskState:4 TEST.EXPECTED:sysCore.OS_PendObjDel.p_tcb[0].TS:0 TEST.EXPECTED:sysCore.OS_PendObjDel.p_tcb[0].MsgSize:0 TEST.END -- Test Case: PendObjDel11 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_PendObjDel TEST.NEW TEST.NAME:PendObjDel11 TEST.BASIS_PATH:10 of 13 TEST.NOTES: This is an automatically generated test case. Test Path 10 (9) case (p_tcb->TaskState) ==> (OS_STATE)6U (11) if (p_tcb->PendOn == (OS_STATE)3U) ==> FALSE (12) if (p_tcb->TaskState == (OS_STATE)7U) ==> FALSE Test Case Generation Notes: TEST.END_NOTES: TEST.VALUE:sysCore.OS_PendObjDel.p_obj:<<malloc 1>> TEST.VALUE:sysCore.OS_PendObjDel.p_tcb:<<malloc 1>> TEST.VALUE:sysCore.OS_PendObjDel.p_tcb[0].PendOn:<<MIN>> TEST.VALUE:sysCore.OS_PendObjDel.p_tcb[0].TaskState:6 TEST.VALUE:sysCore.OS_PendObjDel.ts:<<MIN>> TEST.EXPECTED:sysCore.OS_PendObjDel.p_tcb[0].PendOn:0 TEST.EXPECTED:sysCore.OS_PendObjDel.p_tcb[0].PendStatus:2 TEST.EXPECTED:sysCore.OS_PendObjDel.p_tcb[0].TaskState:4 TEST.EXPECTED:sysCore.OS_PendObjDel.p_tcb[0].TS:0 TEST.EXPECTED:sysCore.OS_PendObjDel.p_tcb[0].MsgSize:0 TEST.END -- Test Case: PendObjDel2 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_PendObjDel TEST.NEW TEST.NAME:PendObjDel2 TEST.BASIS_PATH:2 of 13 TEST.NOTES: This is an automatically generated test case. Test Path 2 (1) case (p_tcb->TaskState) ==> (OS_STATE)0U Test Case Generation Notes: TEST.END_NOTES: TEST.VALUE:sysCore.OS_PendObjDel.p_obj:<<malloc 1>> TEST.VALUE:sysCore.OS_PendObjDel.p_tcb:<<malloc 1>> TEST.VALUE:sysCore.OS_PendObjDel.p_tcb[0].TaskState:0 TEST.VALUE:sysCore.OS_PendObjDel.ts:<<MIN>> TEST.END -- Test Case: PendObjDel3 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_PendObjDel TEST.NEW TEST.NAME:PendObjDel3 TEST.BASIS_PATH:3 of 13 TEST.NOTES: This is an automatically generated test case. Test Path 3 (2) case (p_tcb->TaskState) ==> (OS_STATE)1U Test Case Generation Notes: TEST.END_NOTES: TEST.VALUE:sysCore.OS_PendObjDel.p_obj:<<malloc 1>> TEST.VALUE:sysCore.OS_PendObjDel.p_tcb:<<malloc 1>> TEST.VALUE:sysCore.OS_PendObjDel.p_tcb[0].TaskState:1 TEST.VALUE:sysCore.OS_PendObjDel.ts:<<MIN>> TEST.END -- Test Case: PendObjDel4 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_PendObjDel TEST.NEW TEST.NAME:PendObjDel4 TEST.BASIS_PATH:4 of 13 TEST.NOTES: This is an automatically generated test case. Test Path 4 (3) case (p_tcb->TaskState) ==> (OS_STATE)4U Test Case Generation Notes: TEST.END_NOTES: TEST.VALUE:sysCore.OS_PendObjDel.p_obj:<<malloc 1>> TEST.VALUE:sysCore.OS_PendObjDel.p_tcb:<<malloc 1>> TEST.VALUE:sysCore.OS_PendObjDel.p_tcb[0].TaskState:4 TEST.VALUE:sysCore.OS_PendObjDel.ts:<<MIN>> TEST.END -- Test Case: PendObjDel5 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_PendObjDel TEST.NEW TEST.NAME:PendObjDel5 TEST.BASIS_PATH:5 of 13 TEST.NOTES: This is an automatically generated test case. Test Path 5 (4) case (p_tcb->TaskState) ==> (OS_STATE)5U Test Case Generation Notes: TEST.END_NOTES: TEST.VALUE:sysCore.OS_PendObjDel.p_obj:<<malloc 1>> TEST.VALUE:sysCore.OS_PendObjDel.p_tcb:<<malloc 1>> TEST.VALUE:sysCore.OS_PendObjDel.p_tcb[0].TaskState:5 TEST.VALUE:sysCore.OS_PendObjDel.ts:<<MIN>> TEST.END -- Test Case: PendObjDel6 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_PendObjDel TEST.NEW TEST.NAME:PendObjDel6 TEST.BASIS_PATH:6 of 13 TEST.NOTES: This is an automatically generated test case. Test Path 6 (5) case (p_tcb->TaskState) ==> (OS_STATE)2U (7) if (p_tcb->PendOn == (OS_STATE)3U) ==> FALSE (8) if (p_tcb->TaskState == (OS_STATE)3U) ==> FALSE Test Case Generation Notes: TEST.END_NOTES: TEST.VALUE:sysCore.OS_PendObjDel.p_obj:<<malloc 1>> TEST.VALUE:sysCore.OS_PendObjDel.p_tcb:<<malloc 1>> TEST.VALUE:sysCore.OS_PendObjDel.p_tcb[0].PendOn:<<MIN>> TEST.VALUE:sysCore.OS_PendObjDel.p_tcb[0].TaskState:2 TEST.VALUE:sysCore.OS_PendObjDel.ts:<<MIN>> TEST.EXPECTED:sysCore.OS_PendObjDel.p_tcb[0].PendOn:0 TEST.EXPECTED:sysCore.OS_PendObjDel.p_tcb[0].PendStatus:2 TEST.EXPECTED:sysCore.OS_PendObjDel.p_tcb[0].TaskState:0 TEST.EXPECTED:sysCore.OS_PendObjDel.p_tcb[0].TS:0 TEST.EXPECTED:sysCore.OS_PendObjDel.p_tcb[0].MsgSize:0 TEST.END -- Test Case: PendObjDel7 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_PendObjDel TEST.NEW TEST.NAME:PendObjDel7 TEST.BASIS_PATH:7 of 13 TEST.NOTES: This is an automatically generated test case. Test Path 7 (5) case (p_tcb->TaskState) ==> (OS_STATE)2U (7) if (p_tcb->PendOn == (OS_STATE)3U) ==> FALSE (8) if (p_tcb->TaskState == (OS_STATE)3U) ==> TRUE Test Case Generation Notes: Conflict: Multiple equality operators with different values (sysCore.OS_PendObjDel.p_tcb.TaskState) in branches 5/8 TEST.END_NOTES: TEST.VALUE:sysCore.OS_PendObjDel.p_obj:<<malloc 1>> TEST.VALUE:sysCore.OS_PendObjDel.p_tcb:<<malloc 1>> TEST.VALUE:sysCore.OS_PendObjDel.p_tcb[0].PendOn:3 TEST.VALUE:sysCore.OS_PendObjDel.p_tcb[0].TaskState:2 TEST.VALUE:sysCore.OS_PendObjDel.ts:<<MIN>> TEST.EXPECTED:sysCore.OS_PendObjDel.p_tcb[0].PendOn:0 TEST.EXPECTED:sysCore.OS_PendObjDel.p_tcb[0].PendStatus:2 TEST.EXPECTED:sysCore.OS_PendObjDel.p_tcb[0].TaskState:0 TEST.EXPECTED:sysCore.OS_PendObjDel.p_tcb[0].TS:0 TEST.EXPECTED:sysCore.OS_PendObjDel.p_tcb[0].MsgSize:0 TEST.END -- Test Case: PendObjDel8 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_PendObjDel TEST.NEW TEST.NAME:PendObjDel8 TEST.NOTES: This is an automatically generated test case. Test Path 7 (5) case (p_tcb->TaskState) ==> (OS_STATE)2U (7) if (p_tcb->PendOn == (OS_STATE)3U) ==> FALSE (8) if (p_tcb->TaskState == (OS_STATE)3U) ==> TRUE Test Case Generation Notes: Conflict: Multiple equality operators with different values (sysCore.OS_PendObjDel.p_tcb.TaskState) in branches 5/8 TEST.END_NOTES: TEST.STUB:sysTick.OS_TickListRemove TEST.VALUE:sysCore.OS_PendObjDel.p_obj:<<malloc 1>> TEST.VALUE:sysCore.OS_PendObjDel.p_tcb:<<malloc 1>> TEST.VALUE:sysCore.OS_PendObjDel.p_tcb[0].PendOn:3 TEST.VALUE:sysCore.OS_PendObjDel.p_tcb[0].TaskState:3 TEST.VALUE:sysCore.OS_PendObjDel.ts:<<MIN>> TEST.EXPECTED:sysCore.OS_PendObjDel.p_tcb[0].PendOn:0 TEST.EXPECTED:sysCore.OS_PendObjDel.p_tcb[0].PendStatus:2 TEST.EXPECTED:sysCore.OS_PendObjDel.p_tcb[0].TaskState:0 TEST.EXPECTED:sysCore.OS_PendObjDel.p_tcb[0].TS:0 TEST.EXPECTED:sysCore.OS_PendObjDel.p_tcb[0].MsgSize:0 TEST.END -- Test Case: PendObjDel9 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_PendObjDel TEST.NEW TEST.NAME:PendObjDel9 TEST.NOTES: This is an automatically generated test case. Test Path 10 (9) case (p_tcb->TaskState) ==> (OS_STATE)6U (11) if (p_tcb->PendOn == (OS_STATE)3U) ==> FALSE (12) if (p_tcb->TaskState == (OS_STATE)7U) ==> FALSE Test Case Generation Notes: TEST.END_NOTES: TEST.VALUE:sysCore.OS_PendObjDel.p_obj:<<malloc 1>> TEST.VALUE:sysCore.OS_PendObjDel.p_tcb:<<malloc 1>> TEST.VALUE:sysCore.OS_PendObjDel.p_tcb[0].PendOn:3 TEST.VALUE:sysCore.OS_PendObjDel.p_tcb[0].TaskState:6 TEST.VALUE:sysCore.OS_PendObjDel.ts:<<MIN>> TEST.EXPECTED:sysCore.OS_PendObjDel.p_tcb[0].PendOn:0 TEST.EXPECTED:sysCore.OS_PendObjDel.p_tcb[0].PendStatus:2 TEST.EXPECTED:sysCore.OS_PendObjDel.p_tcb[0].TaskState:4 TEST.EXPECTED:sysCore.OS_PendObjDel.p_tcb[0].TS:0 TEST.EXPECTED:sysCore.OS_PendObjDel.p_tcb[0].MsgSize:0 TEST.END -- Subprogram: OS_PendObjDel1 -- Test Case: PendObjDel11 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_PendObjDel1 TEST.NEW TEST.NAME:PendObjDel11 TEST.BASIS_PATH:1 of 3 TEST.NOTES: This is an automatically generated test case. Test Path 1 (1) while (n_pend_list > (OS_OBJ_QTY)0) ==> FALSE Test Case Generation Notes: TEST.END_NOTES: TEST.VALUE:sysCore.OS_PendObjDel1.p_obj:<<malloc 1>> TEST.VALUE:sysCore.OS_PendObjDel1.p_tcb:<<malloc 1>> TEST.VALUE:sysCore.OS_PendObjDel1.p_tcb[0].PendDataTblPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_PendObjDel1.p_tcb[0].PendDataTblEntries:<<MIN>> TEST.VALUE:sysCore.OS_PendObjDel1.ts:<<MIN>> TEST.END -- Test Case: PendObjDel12 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_PendObjDel1 TEST.NEW TEST.NAME:PendObjDel12 TEST.BASIS_PATH:2 of 3 TEST.NOTES: This is an automatically generated test case. Test Path 2 (1) while (n_pend_list > (OS_OBJ_QTY)0) ==> TRUE (2) if (p_obj == p_pend_data->PendObjPtr) ==> TRUE Test Case Generation Notes: TEST.END_NOTES: TEST.VALUE:sysCore.OS_PendObjDel1.p_obj:<<null>> TEST.VALUE:sysCore.OS_PendObjDel1.p_tcb:<<malloc 1>> TEST.VALUE:sysCore.OS_PendObjDel1.p_tcb[0].PendDataTblPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_PendObjDel1.p_tcb[0].PendDataTblPtr[0].PendObjPtr:<<null>> TEST.VALUE:sysCore.OS_PendObjDel1.p_tcb[0].PendDataTblEntries:<<MAX>> TEST.VALUE:sysCore.OS_PendObjDel1.ts:<<MIN>> TEST.END -- Test Case: PendObjDel13 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_PendObjDel1 TEST.NEW TEST.NAME:PendObjDel13 TEST.BASIS_PATH:3 of 3 TEST.NOTES: This is an automatically generated test case. Test Path 3 (1) while (n_pend_list > (OS_OBJ_QTY)0) ==> TRUE (2) if (p_obj == p_pend_data->PendObjPtr) ==> FALSE Test Case Generation Notes: TEST.END_NOTES: TEST.VALUE:sysCore.OS_PendObjDel1.p_obj:<<null>> TEST.VALUE:sysCore.OS_PendObjDel1.p_tcb:<<malloc 1>> TEST.VALUE:sysCore.OS_PendObjDel1.p_tcb[0].PendDataTblPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_PendObjDel1.p_tcb[0].PendDataTblPtr[0].PendObjPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_PendObjDel1.p_tcb[0].PendDataTblEntries:<<MAX>> TEST.VALUE:sysCore.OS_PendObjDel1.ts:<<MIN>> TEST.END -- Subprogram: OS_Post -- Test Case: OS_Post1 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_Post TEST.NEW TEST.NAME:OS_Post1 TEST.BASIS_PATH:1 of 15 TEST.NOTES: This is an automatically generated test case. Test Path 1 (15) case (p_tcb->TaskState) ==> default Test Case Generation Notes: TEST.END_NOTES: TEST.VALUE:sysCore.OS_Post.p_obj:<<malloc 1>> TEST.VALUE:sysCore.OS_Post.p_tcb:<<malloc 1>> TEST.VALUE:sysCore.OS_Post.p_tcb[0].TaskState:8 TEST.VALUE:sysCore.OS_Post.p_void:VECTORCAST_INT1 TEST.VALUE:sysCore.OS_Post.msg_size:<<MIN>> TEST.VALUE:sysCore.OS_Post.ts:<<MIN>> TEST.END -- Test Case: OS_Post10 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_Post TEST.NEW TEST.NAME:OS_Post10 TEST.NOTES: This is an automatically generated test case. Test Path 11 (10) case (p_tcb->TaskState) ==> (OS_STATE)6U (12) if (p_tcb->PendOn == (OS_STATE)3U) ==> FALSE (13) if (p_obj != (OS_PEND_OBJ )0) ==> FALSE (14) if (p_tcb->TaskState == (OS_STATE)7U) ==> FALSE Test Case Generation Notes: TEST.END_NOTES: TEST.STUB:sysTick.OS_TickListRemove TEST.VALUE:sysCore.OS_Post.p_obj:<<malloc 1>> TEST.VALUE:sysCore.OS_Post.p_tcb:<<malloc 1>> TEST.VALUE:sysCore.OS_Post.p_tcb[0].PendOn:3 TEST.VALUE:sysCore.OS_Post.p_tcb[0].TaskState:7 TEST.VALUE:sysCore.OS_Post.p_void:VECTORCAST_INT1 TEST.VALUE:sysCore.OS_Post.msg_size:<<MIN>> TEST.VALUE:sysCore.OS_Post.ts:<<MIN>> TEST.EXPECTED:sysCore.OS_Post.p_tcb[0].PendOn:0 TEST.EXPECTED:sysCore.OS_Post.p_tcb[0].PendStatus:0 TEST.EXPECTED:sysCore.OS_Post.p_tcb[0].TaskState:4 TEST.EXPECTED:sysCore.OS_Post.p_tcb[0].TS:0 TEST.END -- Test Case: OS_Post11 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_Post TEST.NEW TEST.NAME:OS_Post11 TEST.BASIS_PATH:11 of 15 TEST.NOTES: This is an automatically generated test case. Test Path 11 (10) case (p_tcb->TaskState) ==> (OS_STATE)6U (12) if (p_tcb->PendOn == (OS_STATE)3U) ==> FALSE (13) if (p_obj != (OS_PEND_OBJ )0) ==> FALSE (14) if (p_tcb->TaskState == (OS_STATE)7U) ==> FALSE Test Case Generation Notes: TEST.END_NOTES: TEST.VALUE:sysCore.OS_Post.p_obj:<<null>> TEST.VALUE:sysCore.OS_Post.p_tcb:<<malloc 1>> TEST.VALUE:sysCore.OS_Post.p_tcb[0].PendOn:<<MIN>> TEST.VALUE:sysCore.OS_Post.p_tcb[0].TaskState:6 TEST.VALUE:sysCore.OS_Post.p_void:VECTORCAST_INT1 TEST.VALUE:sysCore.OS_Post.msg_size:<<MIN>> TEST.VALUE:sysCore.OS_Post.ts:<<MIN>> TEST.EXPECTED:sysCore.OS_Post.p_tcb[0].PendOn:0 TEST.EXPECTED:sysCore.OS_Post.p_tcb[0].PendStatus:0 TEST.EXPECTED:sysCore.OS_Post.p_tcb[0].TaskState:4 TEST.EXPECTED:sysCore.OS_Post.p_tcb[0].TS:0 TEST.EXPECTED:sysCore.OS_Post.p_tcb[0].MsgSize:0 TEST.END -- Test Case: OS_Post2 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_Post TEST.NEW TEST.NAME:OS_Post2 TEST.BASIS_PATH:2 of 15 TEST.NOTES: This is an automatically generated test case. Test Path 2 (1) case (p_tcb->TaskState) ==> (OS_STATE)0U Test Case Generation Notes: TEST.END_NOTES: TEST.VALUE:sysCore.OS_Post.p_obj:<<malloc 1>> TEST.VALUE:sysCore.OS_Post.p_tcb:<<malloc 1>> TEST.VALUE:sysCore.OS_Post.p_tcb[0].TaskState:0 TEST.VALUE:sysCore.OS_Post.p_void:VECTORCAST_INT1 TEST.VALUE:sysCore.OS_Post.msg_size:<<MIN>> TEST.VALUE:sysCore.OS_Post.ts:<<MIN>> TEST.END -- Test Case: OS_Post3 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_Post TEST.NEW TEST.NAME:OS_Post3 TEST.BASIS_PATH:3 of 15 TEST.NOTES: This is an automatically generated test case. Test Path 3 (2) case (p_tcb->TaskState) ==> (OS_STATE)1U Test Case Generation Notes: TEST.END_NOTES: TEST.VALUE:sysCore.OS_Post.p_obj:<<malloc 1>> TEST.VALUE:sysCore.OS_Post.p_tcb:<<malloc 1>> TEST.VALUE:sysCore.OS_Post.p_tcb[0].TaskState:1 TEST.VALUE:sysCore.OS_Post.p_void:VECTORCAST_INT1 TEST.VALUE:sysCore.OS_Post.msg_size:<<MIN>> TEST.VALUE:sysCore.OS_Post.ts:<<MIN>> TEST.END -- Test Case: OS_Post4 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_Post TEST.NEW TEST.NAME:OS_Post4 TEST.BASIS_PATH:4 of 15 TEST.NOTES: This is an automatically generated test case. Test Path 4 (3) case (p_tcb->TaskState) ==> (OS_STATE)4U Test Case Generation Notes: TEST.END_NOTES: TEST.VALUE:sysCore.OS_Post.p_obj:<<malloc 1>> TEST.VALUE:sysCore.OS_Post.p_tcb:<<malloc 1>> TEST.VALUE:sysCore.OS_Post.p_tcb[0].TaskState:4 TEST.VALUE:sysCore.OS_Post.p_void:VECTORCAST_INT1 TEST.VALUE:sysCore.OS_Post.msg_size:<<MIN>> TEST.VALUE:sysCore.OS_Post.ts:<<MIN>> TEST.END -- Test Case: OS_Post5 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_Post TEST.NEW TEST.NAME:OS_Post5 TEST.BASIS_PATH:5 of 15 TEST.NOTES: This is an automatically generated test case. Test Path 5 (4) case (p_tcb->TaskState) ==> (OS_STATE)5U Test Case Generation Notes: TEST.END_NOTES: TEST.VALUE:sysCore.OS_Post.p_obj:<<malloc 1>> TEST.VALUE:sysCore.OS_Post.p_tcb:<<malloc 1>> TEST.VALUE:sysCore.OS_Post.p_tcb[0].TaskState:5 TEST.VALUE:sysCore.OS_Post.p_void:VECTORCAST_INT1 TEST.VALUE:sysCore.OS_Post.msg_size:<<MIN>> TEST.VALUE:sysCore.OS_Post.ts:<<MIN>> TEST.END -- Test Case: OS_Post6 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_Post TEST.NEW TEST.NAME:OS_Post6 TEST.BASIS_PATH:6 of 15 TEST.NOTES: This is an automatically generated test case. Test Path 6 (5) case (p_tcb->TaskState) ==> (OS_STATE)2U (7) if (p_tcb->PendOn == (OS_STATE)3U) ==> FALSE (8) if (p_obj != (OS_PEND_OBJ )0) ==> FALSE (9) if (p_tcb->TaskState == (OS_STATE)3U) ==> FALSE Test Case Generation Notes: TEST.END_NOTES: TEST.VALUE:sysCore.OS_Post.p_obj:<<null>> TEST.VALUE:sysCore.OS_Post.p_tcb:<<malloc 1>> TEST.VALUE:sysCore.OS_Post.p_tcb[0].PendOn:<<MIN>> TEST.VALUE:sysCore.OS_Post.p_tcb[0].TaskState:2 TEST.VALUE:sysCore.OS_Post.p_void:VECTORCAST_INT1 TEST.VALUE:sysCore.OS_Post.msg_size:<<MIN>> TEST.VALUE:sysCore.OS_Post.ts:<<MIN>> TEST.EXPECTED:sysCore.OS_Post.p_tcb[0].PendOn:0 TEST.EXPECTED:sysCore.OS_Post.p_tcb[0].PendStatus:0 TEST.EXPECTED:sysCore.OS_Post.p_tcb[0].TaskState:0 TEST.EXPECTED:sysCore.OS_Post.p_tcb[0].TS:0 TEST.EXPECTED:sysCore.OS_Post.p_tcb[0].MsgSize:0 TEST.END -- Test Case: OS_Post7 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_Post TEST.NEW TEST.NAME:OS_Post7 TEST.BASIS_PATH:7 of 15 TEST.NOTES: This is an automatically generated test case. Test Path 7 (5) case (p_tcb->TaskState) ==> (OS_STATE)2U (7) if (p_tcb->PendOn == (OS_STATE)3U) ==> FALSE (8) if (p_obj != (OS_PEND_OBJ )0) ==> FALSE (9) if (p_tcb->TaskState == (OS_STATE)3U) ==> TRUE Test Case Generation Notes: Conflict: Multiple equality operators with different values (sysCore.OS_Post.p_tcb.TaskState) in branches 5/9 TEST.END_NOTES: TEST.VALUE:sysCore.OS_Post.p_obj:<<malloc 1>> TEST.VALUE:sysCore.OS_Post.p_tcb:<<malloc 1>> TEST.VALUE:sysCore.OS_Post.p_tcb[0].PendOn:3 TEST.VALUE:sysCore.OS_Post.p_tcb[0].TaskState:2 TEST.VALUE:sysCore.OS_Post.p_void:VECTORCAST_INT1 TEST.VALUE:sysCore.OS_Post.msg_size:<<MIN>> TEST.VALUE:sysCore.OS_Post.ts:<<MIN>> TEST.EXPECTED:sysCore.OS_Post.p_tcb[0].PendOn:0 TEST.EXPECTED:sysCore.OS_Post.p_tcb[0].PendStatus:0 TEST.EXPECTED:sysCore.OS_Post.p_tcb[0].TaskState:0 TEST.END -- Test Case: OS_Post8 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_Post TEST.NEW TEST.NAME:OS_Post8 TEST.NOTES: This is an automatically generated test case. Test Path 7 (5) case (p_tcb->TaskState) ==> (OS_STATE)2U (7) if (p_tcb->PendOn == (OS_STATE)3U) ==> FALSE (8) if (p_obj != (OS_PEND_OBJ )0) ==> FALSE (9) if (p_tcb->TaskState == (OS_STATE)3U) ==> TRUE Test Case Generation Notes: Conflict: Multiple equality operators with different values (sysCore.OS_Post.p_tcb.TaskState) in branches 5/9 TEST.END_NOTES: TEST.STUB:sysTick.OS_TickListRemove TEST.VALUE:sysCore.OS_Post.p_obj:<<malloc 1>> TEST.VALUE:sysCore.OS_Post.p_tcb:<<malloc 1>> TEST.VALUE:sysCore.OS_Post.p_tcb[0].PendOn:3 TEST.VALUE:sysCore.OS_Post.p_tcb[0].TaskState:3 TEST.VALUE:sysCore.OS_Post.p_void:VECTORCAST_INT1 TEST.VALUE:sysCore.OS_Post.msg_size:<<MIN>> TEST.VALUE:sysCore.OS_Post.ts:<<MIN>> TEST.EXPECTED:sysCore.OS_Post.p_tcb[0].PendOn:0 TEST.EXPECTED:sysCore.OS_Post.p_tcb[0].PendStatus:0 TEST.EXPECTED:sysCore.OS_Post.p_tcb[0].TaskState:0 TEST.END -- Test Case: OS_Post9 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_Post TEST.NEW TEST.NAME:OS_Post9 TEST.NOTES: This is an automatically generated test case. Test Path 11 (10) case (p_tcb->TaskState) ==> (OS_STATE)6U (12) if (p_tcb->PendOn == (OS_STATE)3U) ==> FALSE (13) if (p_obj != (OS_PEND_OBJ )0) ==> FALSE (14) if (p_tcb->TaskState == (OS_STATE)7U) ==> FALSE Test Case Generation Notes: TEST.END_NOTES: TEST.VALUE:sysCore.OS_Post.p_obj:<<malloc 1>> TEST.VALUE:sysCore.OS_Post.p_tcb:<<malloc 1>> TEST.VALUE:sysCore.OS_Post.p_tcb[0].PendOn:3 TEST.VALUE:sysCore.OS_Post.p_tcb[0].TaskState:6 TEST.VALUE:sysCore.OS_Post.p_void:VECTORCAST_INT1 TEST.VALUE:sysCore.OS_Post.msg_size:<<MIN>> TEST.VALUE:sysCore.OS_Post.ts:<<MIN>> TEST.EXPECTED:sysCore.OS_Post.p_tcb[0].PendOn:0 TEST.EXPECTED:sysCore.OS_Post.p_tcb[0].PendStatus:0 TEST.EXPECTED:sysCore.OS_Post.p_tcb[0].TaskState:4 TEST.EXPECTED:sysCore.OS_Post.p_tcb[0].TS:0 TEST.END -- Subprogram: OS_Post1 -- Test Case: OS_Post1 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_Post1 TEST.NEW TEST.NAME:OS_Post1 TEST.BASIS_PATH:1 of 3 TEST.NOTES: This is an automatically generated test case. Test Path 1 (1) while (n_pend_list > (OS_OBJ_QTY)0) ==> FALSE Test Case Generation Notes: TEST.END_NOTES: TEST.VALUE:sysCore.OS_Post1.p_obj:<<malloc 1>> TEST.VALUE:sysCore.OS_Post1.p_tcb:<<malloc 1>> TEST.VALUE:sysCore.OS_Post1.p_tcb[0].PendDataTblPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_Post1.p_tcb[0].PendDataTblEntries:<<MIN>> TEST.VALUE:sysCore.OS_Post1.p_void:VECTORCAST_INT1 TEST.VALUE:sysCore.OS_Post1.msg_size:<<MIN>> TEST.VALUE:sysCore.OS_Post1.ts:<<MIN>> TEST.END -- Test Case: OS_Post2 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_Post1 TEST.NEW TEST.NAME:OS_Post2 TEST.BASIS_PATH:2 of 3 TEST.NOTES: This is an automatically generated test case. Test Path 2 (1) while (n_pend_list > (OS_OBJ_QTY)0) ==> TRUE (2) if (p_obj == p_pend_data->PendObjPtr) ==> TRUE Test Case Generation Notes: TEST.END_NOTES: TEST.VALUE:sysCore.OS_Post1.p_obj:<<null>> TEST.VALUE:sysCore.OS_Post1.p_tcb:<<malloc 1>> TEST.VALUE:sysCore.OS_Post1.p_tcb[0].PendDataTblPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_Post1.p_tcb[0].PendDataTblPtr[0].PendObjPtr:<<null>> TEST.VALUE:sysCore.OS_Post1.p_tcb[0].PendDataTblEntries:<<MAX>> TEST.VALUE:sysCore.OS_Post1.p_void:VECTORCAST_INT1 TEST.VALUE:sysCore.OS_Post1.msg_size:<<MIN>> TEST.VALUE:sysCore.OS_Post1.ts:<<MIN>> TEST.END -- Test Case: OS_Post3 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_Post1 TEST.NEW TEST.NAME:OS_Post3 TEST.BASIS_PATH:3 of 3 TEST.NOTES: This is an automatically generated test case. Test Path 3 (1) while (n_pend_list > (OS_OBJ_QTY)0) ==> TRUE (2) if (p_obj == p_pend_data->PendObjPtr) ==> FALSE Test Case Generation Notes: TEST.END_NOTES: TEST.VALUE:sysCore.OS_Post1.p_obj:<<null>> TEST.VALUE:sysCore.OS_Post1.p_tcb:<<malloc 1>> TEST.VALUE:sysCore.OS_Post1.p_tcb[0].PendDataTblPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_Post1.p_tcb[0].PendDataTblPtr[0].PendObjPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_Post1.p_tcb[0].PendDataTblEntries:1 TEST.VALUE:sysCore.OS_Post1.p_void:VECTORCAST_INT1 TEST.VALUE:sysCore.OS_Post1.msg_size:<<MIN>> TEST.VALUE:sysCore.OS_Post1.ts:<<MIN>> TEST.END -- Subprogram: OS_RdyListInit -- Test Case: RdyListInit1 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_RdyListInit TEST.NEW TEST.NAME:RdyListInit1 TEST.BASIS_PATH:2 of 2 TEST.NOTES: This is an automatically generated test case. Test Path 2 (1) for (i < 32U) ==> TRUE Test Case Generation Notes: Conflict: Unable to validate expression-to-expression comparison in branch 1 Cannot set local variable p_rdy_list in branch 2 Cannot set local variable p_rdy_list in branch 2 Cannot set local variable p_rdy_list in branch 2 TEST.END_NOTES: TEST.END -- Subprogram: OS_RdyListInsert -- Test Case: RdyListInsert1 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_RdyListInsert TEST.NEW TEST.NAME:RdyListInsert1 TEST.BASIS_PATH:1 of 2 TEST.NOTES: This is an automatically generated test case. Test Path 1 (1) if (p_tcb->Prio == OSPrioCur) ==> FALSE Test Case Generation Notes: TEST.END_NOTES: TEST.VALUE:sysCore.<<GLOBAL>>.OSPrioCur:1 TEST.VALUE:sysCore.<<GLOBAL>>.OSRdyList[0].NbrEntries:0 TEST.VALUE:sysCore.OS_RdyListInsert.p_tcb:<<malloc 1>> TEST.VALUE:sysCore.OS_RdyListInsert.p_tcb[0].Prio:<<MIN>> TEST.EXPECTED:sysCore.OS_RdyListInsert.p_tcb[0].NextPtr:<<null>> TEST.EXPECTED:sysCore.OS_RdyListInsert.p_tcb[0].PrevPtr:<<null>> TEST.END -- Test Case: RdyListInsert2 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_RdyListInsert TEST.NEW TEST.NAME:RdyListInsert2 TEST.BASIS_PATH:2 of 2 TEST.NOTES: This is an automatically generated test case. Test Path 2 (1) if (p_tcb->Prio == OSPrioCur) ==> TRUE Test Case Generation Notes: TEST.END_NOTES: TEST.VALUE:sysCore.<<GLOBAL>>.OSPrioCur:<<MIN>> TEST.VALUE:sysCore.<<GLOBAL>>.OSRdyList[0].NbrEntries:0 TEST.VALUE:sysCore.OS_RdyListInsert.p_tcb:<<malloc 1>> TEST.VALUE:sysCore.OS_RdyListInsert.p_tcb[0].Prio:<<MIN>> TEST.EXPECTED:sysCore.OS_RdyListInsert.p_tcb[0].NextPtr:<<null>> TEST.EXPECTED:sysCore.OS_RdyListInsert.p_tcb[0].PrevPtr:<<null>> TEST.END -- Subprogram: OS_RdyListInsertHead -- Test Case: RdyLIstInsertHead1 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_RdyListInsertHead TEST.NEW TEST.NAME:RdyLIstInsertHead1 TEST.BASIS_PATH:1 of 2 TEST.NOTES: This is an automatically generated test case. Test Path 1 (1) if (p_rdy_list->NbrEntries == (OS_OBJ_QTY)0) ==> FALSE Test Case Generation Notes: Cannot set p_rdy_list due to assignment Cannot set local variable p_rdy_list in branch 1 Cannot set local variable p_rdy_list in branch 2 Cannot set local variable p_rdy_list in branch 2 Cannot set local variable p_rdy_list in branch 2 Cannot set p_rdy_list due to assignment Cannot set local variable p_rdy_list in branch 2 TEST.END_NOTES: TEST.VALUE:sysCore.<<GLOBAL>>.OSRdyList[0].NbrEntries:0 TEST.VALUE:sysCore.OS_RdyListInsertHead.p_tcb:<<malloc 1>> TEST.EXPECTED:sysCore.OS_RdyListInsertHead.p_tcb[0].NextPtr:<<null>> TEST.EXPECTED:sysCore.OS_RdyListInsertHead.p_tcb[0].PrevPtr:<<null>> TEST.END -- Test Case: RdyLIstInsertHead2 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_RdyListInsertHead TEST.NEW TEST.NAME:RdyLIstInsertHead2 TEST.BASIS_PATH:2 of 2 TEST.NOTES: This is an automatically generated test case. Test Path 2 (1) if (p_rdy_list->NbrEntries == (OS_OBJ_QTY)0) ==> TRUE Test Case Generation Notes: Cannot set p_rdy_list due to assignment Cannot set local variable p_rdy_list in branch 1 Cannot set local variable p_rdy_list in branch 2 Cannot set local variable p_rdy_list in branch 2 Cannot set local variable p_rdy_list in branch 2 TEST.END_NOTES: TEST.VALUE:sysCore.<<GLOBAL>>.OSRdyList[0].HeadPtr:<<malloc 1>> TEST.VALUE:sysCore.<<GLOBAL>>.OSRdyList[0].NbrEntries:1 TEST.VALUE:sysCore.OS_RdyListInsertHead.p_tcb:<<malloc 1>> TEST.VALUE:sysCore.OS_RdyListInsertHead.p_tcb[0].NextPtr:<<malloc 1>> TEST.EXPECTED:sysCore.OS_RdyListInsertHead.p_tcb[0].PrevPtr:<<null>> TEST.END -- Subprogram: OS_RdyListInsertTail -- Test Case: RdyListInsetTail1 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_RdyListInsertTail TEST.NEW TEST.NAME:RdyListInsetTail1 TEST.BASIS_PATH:1 of 2 TEST.NOTES: This is an automatically generated test case. Test Path 1 (1) if (p_rdy_list->NbrEntries == (OS_OBJ_QTY)0) ==> FALSE Test Case Generation Notes: Cannot set p_rdy_list due to assignment Cannot set local variable p_rdy_list in branch 1 Cannot set local variable p_rdy_list in branch 2 Cannot set local variable p_rdy_list in branch 2 Cannot set p_rdy_list due to assignment Cannot set local variable p_rdy_list in branch 2 TEST.END_NOTES: TEST.VALUE:sysCore.<<GLOBAL>>.OSRdyList[0].NbrEntries:0 TEST.VALUE:sysCore.OS_RdyListInsertTail.p_tcb:<<malloc 1>> TEST.VALUE:sysCore.OS_RdyListInsertTail.p_tcb[0].Prio:0 TEST.EXPECTED:sysCore.OS_RdyListInsertTail.p_tcb[0].NextPtr:<<null>> TEST.EXPECTED:sysCore.OS_RdyListInsertTail.p_tcb[0].PrevPtr:<<null>> TEST.END -- Test Case: RdyListInsetTail2 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_RdyListInsertTail TEST.NEW TEST.NAME:RdyListInsetTail2 TEST.BASIS_PATH:2 of 2 TEST.NOTES: This is an automatically generated test case. Test Path 2 (1) if (p_rdy_list->NbrEntries == (OS_OBJ_QTY)0) ==> TRUE Test Case Generation Notes: Cannot set p_rdy_list due to assignment Cannot set local variable p_rdy_list in branch 1 Cannot set local variable p_rdy_list in branch 2 Cannot set local variable p_rdy_list in branch 2 Cannot set local variable p_rdy_list in branch 2 TEST.END_NOTES: TEST.VALUE:sysCore.<<GLOBAL>>.OSRdyList[1].TailPtr:<<malloc 1>> TEST.VALUE:sysCore.<<GLOBAL>>.OSRdyList[1].NbrEntries:<<MAX>> TEST.VALUE:sysCore.OS_RdyListInsertTail.p_tcb:<<malloc 1>> TEST.VALUE:sysCore.OS_RdyListInsertTail.p_tcb[0].Prio:1 TEST.EXPECTED:sysCore.OS_RdyListInsertTail.p_tcb[0].NextPtr:<<null>> TEST.END -- Subprogram: OS_RdyListMoveHeadToTail -- Test Case: MoveHeadToTail1 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_RdyListMoveHeadToTail TEST.NEW TEST.NAME:MoveHeadToTail1 TEST.BASIS_PATH:1 of 4 TEST.NOTES: This is an automatically generated test case. Test Path 1 (4) case (p_rdy_list->NbrEntries) ==> default Test Case Generation Notes: TEST.END_NOTES: TEST.VALUE:sysCore.OS_RdyListMoveHeadToTail.p_rdy_list:<<malloc 1>> TEST.VALUE:sysCore.OS_RdyListMoveHeadToTail.p_rdy_list[0].HeadPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_RdyListMoveHeadToTail.p_rdy_list[0].HeadPtr[0].NextPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_RdyListMoveHeadToTail.p_rdy_list[0].TailPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_RdyListMoveHeadToTail.p_rdy_list[0].NbrEntries:3 TEST.END -- Test Case: MoveHeadToTail2 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_RdyListMoveHeadToTail TEST.NEW TEST.NAME:MoveHeadToTail2 TEST.BASIS_PATH:2 of 4 TEST.NOTES: This is an automatically generated test case. Test Path 2 (1) case (p_rdy_list->NbrEntries) ==> 0 Test Case Generation Notes: TEST.END_NOTES: TEST.VALUE:sysCore.OS_RdyListMoveHeadToTail.p_rdy_list:<<malloc 1>> TEST.VALUE:sysCore.OS_RdyListMoveHeadToTail.p_rdy_list[0].NbrEntries:0 TEST.END -- Test Case: MoveHeadToTail3 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_RdyListMoveHeadToTail TEST.NEW TEST.NAME:MoveHeadToTail3 TEST.BASIS_PATH:3 of 4 TEST.NOTES: This is an automatically generated test case. Test Path 3 (2) case (p_rdy_list->NbrEntries) ==> 1 Test Case Generation Notes: TEST.END_NOTES: TEST.VALUE:sysCore.OS_RdyListMoveHeadToTail.p_rdy_list:<<malloc 1>> TEST.VALUE:sysCore.OS_RdyListMoveHeadToTail.p_rdy_list[0].NbrEntries:1 TEST.END -- Test Case: MoveHeadToTail4 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_RdyListMoveHeadToTail TEST.NEW TEST.NAME:MoveHeadToTail4 TEST.BASIS_PATH:4 of 4 TEST.NOTES: This is an automatically generated test case. Test Path 4 (3) case (p_rdy_list->NbrEntries) ==> 2 Test Case Generation Notes: TEST.END_NOTES: TEST.VALUE:sysCore.OS_RdyListMoveHeadToTail.p_rdy_list:<<malloc 1>> TEST.VALUE:sysCore.OS_RdyListMoveHeadToTail.p_rdy_list[0].HeadPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_RdyListMoveHeadToTail.p_rdy_list[0].TailPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_RdyListMoveHeadToTail.p_rdy_list[0].NbrEntries:2 TEST.END -- Subprogram: OS_RdyListRemove -- Test Case: RdyListRemove1 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_RdyListRemove TEST.NEW TEST.NAME:RdyListRemove1 TEST.BASIS_PATH:1 of 4 TEST.NOTES: This is an automatically generated test case. Test Path 1 (1) if (p_tcb1 == (OS_TCB )0) ==> FALSE (3) if (p_tcb2 == (OS_TCB )0) ==> FALSE Test Case Generation Notes: Cannot set local variable p_rdy_list in branch 3 Cannot set local variable p_rdy_list in branch 3 TEST.END_NOTES: TEST.VALUE:sysCore.OS_RdyListRemove.p_tcb:<<malloc 1>> TEST.VALUE:sysCore.OS_RdyListRemove.p_tcb[0].NextPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_RdyListRemove.p_tcb[0].PrevPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_RdyListRemove.p_tcb[0].PrevPtr[0].NextPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_RdyListRemove.p_tcb[0].Prio:0 TEST.EXPECTED:sysCore.OS_RdyListRemove.p_tcb[0].NextPtr:<<null>> TEST.EXPECTED:sysCore.OS_RdyListRemove.p_tcb[0].PrevPtr:<<null>> TEST.END -- Test Case: RdyListRemove2 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_RdyListRemove TEST.NEW TEST.NAME:RdyListRemove2 TEST.BASIS_PATH:4 of 4 TEST.NOTES: This is an automatically generated test case. Test Path 4 (1) if (p_tcb1 == (OS_TCB )0) ==> TRUE (2) if (p_tcb2 == (OS_TCB )0) ==> TRUE Test Case Generation Notes: Cannot set local variable p_rdy_list in branch 3 Cannot set local variable p_rdy_list in branch 3 Cannot set local variable p_rdy_list in branch 3 TEST.END_NOTES: TEST.VALUE:sysCore.OS_RdyListRemove.p_tcb:<<malloc 1>> TEST.VALUE:sysCore.OS_RdyListRemove.p_tcb[0].NextPtr:<<null>> TEST.VALUE:sysCore.OS_RdyListRemove.p_tcb[0].PrevPtr:<<null>> TEST.VALUE:sysCore.OS_RdyListRemove.p_tcb[0].Prio:0 TEST.EXPECTED:sysCore.OS_RdyListRemove.p_tcb[0].NextPtr:<<null>> TEST.EXPECTED:sysCore.OS_RdyListRemove.p_tcb[0].PrevPtr:<<null>> TEST.END -- Test Case: RdyListRemove3 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_RdyListRemove TEST.NEW TEST.NAME:RdyListRemove3 TEST.NOTES: This is an automatically generated test case. Test Path 1 (1) if (p_tcb1 == (OS_TCB )0) ==> FALSE (3) if (p_tcb2 == (OS_TCB )0) ==> FALSE Test Case Generation Notes: Cannot set local variable p_rdy_list in branch 3 Cannot set local variable p_rdy_list in branch 3 TEST.END_NOTES: TEST.VALUE:sysCore.OS_RdyListRemove.p_tcb:<<malloc 1>> TEST.VALUE:sysCore.OS_RdyListRemove.p_tcb[0].PrevPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_RdyListRemove.p_tcb[0].PrevPtr[0].NextPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_RdyListRemove.p_tcb[0].Prio:0 TEST.EXPECTED:sysCore.OS_RdyListRemove.p_tcb[0].NextPtr:<<null>> TEST.EXPECTED:sysCore.OS_RdyListRemove.p_tcb[0].PrevPtr:<<null>> TEST.END -- Test Case: RdyListRemove4 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_RdyListRemove TEST.NEW TEST.NAME:RdyListRemove4 TEST.BASIS_PATH:3 of 4 TEST.NOTES: This is an automatically generated test case. Test Path 3 (1) if (p_tcb1 == (OS_TCB )0) ==> TRUE (2) if (p_tcb2 == (OS_TCB )0) ==> FALSE Test Case Generation Notes: Cannot set local variable p_rdy_list in branch 3 Cannot set local variable p_rdy_list in branch 3 TEST.END_NOTES: TEST.VALUE:sysCore.OS_RdyListRemove.p_tcb:<<malloc 1>> TEST.VALUE:sysCore.OS_RdyListRemove.p_tcb[0].NextPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_RdyListRemove.p_tcb[0].NextPtr[0].PrevPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_RdyListRemove.p_tcb[0].PrevPtr:<<null>> TEST.EXPECTED:sysCore.OS_RdyListRemove.p_tcb[0].NextPtr:<<null>> TEST.EXPECTED:sysCore.OS_RdyListRemove.p_tcb[0].NextPtr[0].PrevPtr:<<null>> TEST.EXPECTED:sysCore.OS_RdyListRemove.p_tcb[0].PrevPtr:<<null>> TEST.END -- Subprogram: OS_SchedRoundRobin -- Test Case: SchedRoundRobin1 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_SchedRoundRobin TEST.NEW TEST.NAME:SchedRoundRobin1 TEST.BASIS_PATH:1 of 9 TEST.NOTES: This is an automatically generated test case. Test Path 1 (1) if (OSSchedRoundRobinEn != 1U) ==> TRUE Test Case Generation Notes: Cannot set OSSchedRoundRobinEn due to assignment TEST.END_NOTES: TEST.VALUE:sysCore.<<GLOBAL>>.OSSchedRoundRobinEn:0 TEST.VALUE:sysCore.OS_SchedRoundRobin.p_rdy_list:<<malloc 1>> TEST.END -- Test Case: SchedRoundRobin2 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_SchedRoundRobin TEST.NEW TEST.NAME:SchedRoundRobin2 TEST.BASIS_PATH:2 of 9 TEST.NOTES: This is an automatically generated test case. Test Path 2 (1) if (OSSchedRoundRobinEn != 1U) ==> FALSE (2) if (p_tcb == (OS_TCB )0) ==> TRUE Test Case Generation Notes: Cannot set OSSchedRoundRobinEn due to assignment TEST.END_NOTES: TEST.VALUE:sysCore.<<GLOBAL>>.OSSchedRoundRobinEn:1 TEST.VALUE:sysCore.OS_SchedRoundRobin.p_rdy_list:<<malloc 1>> TEST.VALUE:sysCore.OS_SchedRoundRobin.p_rdy_list[0].HeadPtr:<<null>> TEST.END -- Test Case: SchedRoundRobin3 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_SchedRoundRobin TEST.NEW TEST.NAME:SchedRoundRobin3 TEST.BASIS_PATH:3 of 9 TEST.NOTES: This is an automatically generated test case. Test Path 3 (1) if (OSSchedRoundRobinEn != 1U) ==> FALSE (2) if (p_tcb == (OS_TCB )0) ==> FALSE (3) if (p_tcb == &OSIdleTaskTCB) ==> TRUE Test Case Generation Notes: Cannot set OSSchedRoundRobinEn due to assignment Cannot set variable to unknown value in branch 3 TEST.END_NOTES: TEST.VALUE:sysCore.<<GLOBAL>>.OSSchedRoundRobinEn:1 TEST.VALUE:sysCore.OS_SchedRoundRobin.p_rdy_list:<<malloc 1>> TEST.VALUE_USER_CODE:sysCore.OS_SchedRoundRobin.p_rdy_list.p_rdy_list[0].HeadPtr <<sysCore.OS_SchedRoundRobin.p_rdy_list>>[0].HeadPtr = ( &OSIdleTaskTCB ); TEST.END_VALUE_USER_CODE: TEST.END -- Test Case: SchedRoundRobin4 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_SchedRoundRobin TEST.NEW TEST.NAME:SchedRoundRobin4 TEST.BASIS_PATH:4 of 9 TEST.NOTES: This is an automatically generated test case. Test Path 4 (1) if (OSSchedRoundRobinEn != 1U) ==> FALSE (2) if (p_tcb == (OS_TCB )0) ==> FALSE (3) if (p_tcb == &OSIdleTaskTCB) ==> FALSE (4) if (p_tcb->TimeQuantaCtr > (OS_TICK)0) ==> FALSE (5) if (p_tcb->TimeQuantaCtr > (OS_TICK)0) ==> TRUE Test Case Generation Notes: Cannot set OSSchedRoundRobinEn due to assignment Conflict: Trying to set variable sysCore.OS_SchedRoundRobin.p_rdy_list.HeadPtr.TimeQuantaCtr 'less than' and 'greater than' same value in branches 4/5 TEST.END_NOTES: TEST.VALUE:sysCore.<<GLOBAL>>.OSSchedRoundRobinEn:1 TEST.VALUE:sysCore.OS_SchedRoundRobin.p_rdy_list:<<malloc 1>> TEST.VALUE:sysCore.OS_SchedRoundRobin.p_rdy_list[0].HeadPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_SchedRoundRobin.p_rdy_list[0].HeadPtr[0].TimeQuantaCtr:2 TEST.EXPECTED:sysCore.OS_SchedRoundRobin.p_rdy_list[0].HeadPtr[0].TimeQuantaCtr:1 TEST.END -- Test Case: SchedRoundRobin5 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_SchedRoundRobin TEST.NEW TEST.NAME:SchedRoundRobin5 TEST.BASIS_PATH:5 of 9 TEST.NOTES: This is an automatically generated test case. Test Path 5 (1) if (OSSchedRoundRobinEn != 1U) ==> FALSE (2) if (p_tcb == (OS_TCB )0) ==> FALSE (3) if (p_tcb == &OSIdleTaskTCB) ==> FALSE (4) if (p_tcb->TimeQuantaCtr > (OS_TICK)0) ==> FALSE (6) if (p_rdy_list->NbrEntries < (OS_OBJ_QTY)2) ==> TRUE Test Case Generation Notes: Cannot set OSSchedRoundRobinEn due to assignment TEST.END_NOTES: TEST.VALUE:sysCore.<<GLOBAL>>.OSSchedRoundRobinEn:1 TEST.VALUE:sysCore.OS_SchedRoundRobin.p_rdy_list:<<malloc 1>> TEST.VALUE:sysCore.OS_SchedRoundRobin.p_rdy_list[0].HeadPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_SchedRoundRobin.p_rdy_list[0].HeadPtr[0].TimeQuantaCtr:1 TEST.VALUE:sysCore.OS_SchedRoundRobin.p_rdy_list[0].NbrEntries:<<MIN>> TEST.EXPECTED:sysCore.OS_SchedRoundRobin.p_rdy_list[0].HeadPtr[0].TimeQuantaCtr:0 TEST.END -- Test Case: SchedRoundRobin6 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_SchedRoundRobin TEST.NEW TEST.NAME:SchedRoundRobin6 TEST.BASIS_PATH:6 of 9 TEST.NOTES: This is an automatically generated test case. Test Path 6 (1) if (OSSchedRoundRobinEn != 1U) ==> FALSE (2) if (p_tcb == (OS_TCB )0) ==> FALSE (3) if (p_tcb == &OSIdleTaskTCB) ==> FALSE (4) if (p_tcb->TimeQuantaCtr > (OS_TICK)0) ==> FALSE (6) if (p_rdy_list->NbrEntries < (OS_OBJ_QTY)2) ==> FALSE (7) if (OSSchedLockNestingCtr > (OS_NESTING_CTR)0) ==> TRUE Test Case Generation Notes: Cannot set OSSchedRoundRobinEn due to assignment TEST.END_NOTES: TEST.VALUE:sysCore.<<GLOBAL>>.OSSchedLockNestingCtr:<<MAX>> TEST.VALUE:sysCore.<<GLOBAL>>.OSSchedRoundRobinEn:1 TEST.VALUE:sysCore.OS_SchedRoundRobin.p_rdy_list:<<malloc 1>> TEST.VALUE:sysCore.OS_SchedRoundRobin.p_rdy_list[0].HeadPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_SchedRoundRobin.p_rdy_list[0].HeadPtr[0].TimeQuantaCtr:<<MIN>> TEST.VALUE:sysCore.OS_SchedRoundRobin.p_rdy_list[0].NbrEntries:<<MAX>> TEST.END -- Test Case: SchedRoundRobin7 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_SchedRoundRobin TEST.NEW TEST.NAME:SchedRoundRobin7 TEST.NOTES: This is an automatically generated test case. Test Path 6 (1) if (OSSchedRoundRobinEn != 1U) ==> FALSE (2) if (p_tcb == (OS_TCB )0) ==> FALSE (3) if (p_tcb == &OSIdleTaskTCB) ==> FALSE (4) if (p_tcb->TimeQuantaCtr > (OS_TICK)0) ==> FALSE (6) if (p_rdy_list->NbrEntries < (OS_OBJ_QTY)2) ==> FALSE (7) if (OSSchedLockNestingCtr > (OS_NESTING_CTR)0) ==> TRUE Test Case Generation Notes: Cannot set OSSchedRoundRobinEn due to assignment TEST.END_NOTES: TEST.STUB:sysCore.OS_RdyListMoveHeadToTail TEST.VALUE:sysCore.<<GLOBAL>>.OSSchedLockNestingCtr:<<MIN>> TEST.VALUE:sysCore.<<GLOBAL>>.OSSchedRoundRobinDfltTimeQuanta:1 TEST.VALUE:sysCore.<<GLOBAL>>.OSSchedRoundRobinEn:1 TEST.VALUE:sysCore.OS_SchedRoundRobin.p_rdy_list:<<malloc 1>> TEST.VALUE:sysCore.OS_SchedRoundRobin.p_rdy_list[0].HeadPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_SchedRoundRobin.p_rdy_list[0].HeadPtr[0].TimeQuanta:0 TEST.VALUE:sysCore.OS_SchedRoundRobin.p_rdy_list[0].HeadPtr[0].TimeQuantaCtr:<<MIN>> TEST.VALUE:sysCore.OS_SchedRoundRobin.p_rdy_list[0].NbrEntries:<<MAX>> TEST.EXPECTED:sysCore.OS_SchedRoundRobin.p_rdy_list[0].HeadPtr[0].TimeQuantaCtr:1 TEST.END -- Test Case: SchedRoundRobin8 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_SchedRoundRobin TEST.NEW TEST.NAME:SchedRoundRobin8 TEST.NOTES: This is an automatically generated test case. Test Path 6 (1) if (OSSchedRoundRobinEn != 1U) ==> FALSE (2) if (p_tcb == (OS_TCB *)0) ==> FALSE (3) if (p_tcb == &OSIdleTaskTCB) ==> FALSE (4) if (p_tcb->TimeQuantaCtr > (OS_TICK)0) ==> FALSE (6) if (p_rdy_list->NbrEntries < (OS_OBJ_QTY)2) ==> FALSE (7) if (OSSchedLockNestingCtr > (OS_NESTING_CTR)0) ==> TRUE Test Case Generation Notes: Cannot set OSSchedRoundRobinEn due to assignment TEST.END_NOTES: TEST.STUB:sysCore.OS_RdyListMoveHeadToTail TEST.VALUE:sysCore.<<GLOBAL>>.OSSchedLockNestingCtr:<<MIN>> TEST.VALUE:sysCore.<<GLOBAL>>.OSSchedRoundRobinDfltTimeQuanta:1 TEST.VALUE:sysCore.<<GLOBAL>>.OSSchedRoundRobinEn:1 TEST.VALUE:sysCore.OS_SchedRoundRobin.p_rdy_list:<<malloc 1>> TEST.VALUE:sysCore.OS_SchedRoundRobin.p_rdy_list[0].HeadPtr:<<malloc 1>> TEST.VALUE:sysCore.OS_SchedRoundRobin.p_rdy_list[0].HeadPtr[0].TimeQuanta:<<MAX>> TEST.VALUE:sysCore.OS_SchedRoundRobin.p_rdy_list[0].HeadPtr[0].TimeQuantaCtr:<<MIN>> TEST.VALUE:sysCore.OS_SchedRoundRobin.p_rdy_list[0].NbrEntries:<<MAX>> TEST.EXPECTED:sysCore.OS_SchedRoundRobin.p_rdy_list[0].HeadPtr[0].TimeQuantaCtr:<<MAX>> TEST.END -- Subprogram: OS_TaskBlock -- Test Case: TaskBlock1 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_TaskBlock TEST.NEW TEST.NAME:TaskBlock1 TEST.BASIS_PATH:1 of 2 TEST.NOTES: This is an automatically generated test case. Test Path 1 (1) if (timeout > (OS_TICK)0) ==> FALSE Test Case Generation Notes: TEST.END_NOTES: TEST.VALUE:sysCore.OS_TaskBlock.p_tcb:<<malloc 1>> TEST.VALUE:sysCore.OS_TaskBlock.timeout:<<MIN>> TEST.EXPECTED:sysCore.OS_TaskBlock.p_tcb[0].TaskState:2 TEST.END -- Test Case: TaskBlock2 TEST.UNIT:sysCore TEST.SUBPROGRAM:OS_TaskBlock TEST.NEW TEST.NAME:TaskBlock2 TEST.BASIS_PATH:2 of 2 TEST.NOTES: This is an automatically generated test case. Test Path 2 (1) if (timeout > (OS_TICK)0) ==> TRUE Test Case Generation Notes: TEST.END_NOTES: TEST.VALUE:sysCore.OS_TaskBlock.p_tcb:<<malloc 1>> TEST.VALUE:sysCore.OS_TaskBlock.timeout:<<MAX>> TEST.EXPECTED:sysCore.OS_TaskBlock.p_tcb[0].TaskState:3 TEST.END
18244cd5599a961b5c270b2dc7c7f89dd611da3c	f2d773b00b1387882aee366ee149118d8ef67b07	/permutation.sci	3ed21ac59f7d1b3556db2045db6145e244783cf4	[]	no_license	eduartheinen/pso-tsp	c1689f9fa9b03bf14e1523cc14acc708499729c2	39309bede47a8d39b803ec12b8bc9cbce1edeb0f	refs/heads/master	2021-01-11T08:42:20.788981	2016-10-07T23:21:57	2016-10-07T23:21:57	69,510,304	0	0	null	null	null	null	UTF-8	Scilab	false	false	887	sci	permutation.sci	function [b] = permutation(a, w, transpositions) b = zeros(1, length(a)) b(:) = a(:) [swaps, c] = size(transpositions) //reversion if(transpositions(1,1) < 0) //case flag is -1 the array is reversed b = flipdim(b, 2) end disp(b, 'reversed?(b):') //slides j = transpositions(1, 2) b = slide(b, j) disp(b, 'slides(b):') //transpositions r = grand(1, "def")w disp(ceil(swapsr), 'r:') for t=2:ceil(swaps*r)+1 j = transpositions(t,1) k = transpositions(t,2) tmp = b(j) b(j) = b(k) b(k) = tmp end disp(b, 'permutations(b):') //slides j = transpositions(1, 2) b = slide(b, length(b) - j) if(transpositions(1,1) < 0) //case flag is -1 the array is reversed b = flipdim(b, 2) end disp(b, 'final b:') endfunction function [b] = slide(b, j) tmp(:) = b(1:j) b = [b(j+1:$), tmp] endfunction
65e7a58e60fb8547fd8410fe3344ca539796f987	449d555969bfd7befe906877abab098c6e63a0e8	/1847/CH3/EX3.39/Ch03Ex39.sce	9ce45f5a30c6d542c6a00b6175b079dd75585249	[]	no_license	FOSSEE/Scilab-TBC-Uploads	948e5d1126d46bdd2f89a44c54ba62b0f0a1f5e1	7bc77cb1ed33745c720952c92b3b2747c5cbf2df	refs/heads/master	2020-04-09T02:43:26.499817	2018-02-03T05:31:52	2018-02-03T05:31:52	37,975,407	3	12	null	null	null	null	UTF-8	Scilab	false	false	524	sce	Ch03Ex39.sce	// Scilab Code EX3.39:: Page-3.55 (2009) clc;clear; lambda1 = 5890e-008; // Wavelength of sodium D1 line, cm lambda2 = 5896e-008; // Wavelength of sodium D2 line, cm d_lambda = lambda2-lambda1; // Difference in the wavelength of two lines, cm n = 2; // Order of diffraction // As lambda/d_lambda = nN, solving for N N = lambda1/(d_lambdan); // Minimum number of lines in a grating printf("\nThe minimum number of lines in a grating = %3d lines", N); // Result // The minimum number of lines in a grating = 490 lines
1eff92109f3ce8b29dcf7442344b77572d378336	449d555969bfd7befe906877abab098c6e63a0e8	/1895/CH5/EX5.4/EXAMPLE5_4.SCE	c80e9e4f1dfe16bddc9b4b3b226889daef96753e	[]	no_license	FOSSEE/Scilab-TBC-Uploads	948e5d1126d46bdd2f89a44c54ba62b0f0a1f5e1	7bc77cb1ed33745c720952c92b3b2747c5cbf2df	refs/heads/master	2020-04-09T02:43:26.499817	2018-02-03T05:31:52	2018-02-03T05:31:52	37,975,407	3	12	null	null	null	null	UTF-8	Scilab	false	false	373	sce	EXAMPLE5_4.SCE	//ANALOG AND DIGITAL COMMUNICATION //BY Dr.SANJAY SHARMA //CHAPTER 5 //ANGLE MODULATION clear all; clc; printf("EXAMPLE 5.4(PAGENO 200)"); //given cs = 10010^3//carrier swing f_m = 810^3//modulating frequency //calculations deltaf = cs/2//frequency deviation m_f = deltaf/f_m//modulation index //results printf("\n\n Modulation index = %.2f",m_f);
5adae5498b9381707e8c1dcc76a05d9dab764dee	449d555969bfd7befe906877abab098c6e63a0e8	/1760/CH2/EX2.78/EX2_78.sce	a3faf57481fd9101b8f070ef5267f224e3fb6457	[]	no_license	FOSSEE/Scilab-TBC-Uploads	948e5d1126d46bdd2f89a44c54ba62b0f0a1f5e1	7bc77cb1ed33745c720952c92b3b2747c5cbf2df	refs/heads/master	2020-04-09T02:43:26.499817	2018-02-03T05:31:52	2018-02-03T05:31:52	37,975,407	3	12	null	null	null	null	UTF-8	Scilab	false	false	666	sce	EX2_78.sce	//EXAMPLE 2-78 PG NO-114-115 I=10; L1=0.0318; //INDUCTANCE L2=0.0191; F=50; //FREQUENCY C=39810^-6; //CAPACITOR XL1=[2%piFL1]; disp('i) INDUCYANCE (XL1) is = '+string (XL1) +' ohm '); XL2=[2%piFL2]; disp('ii) INDUCYANCE (XL2) is = '+string (XL2) +' ohm '); XC=1/[2%piFC]; disp('iii) CAPACITOR (XC) is = '+string (XC) +' ohm '); Z1=5+%i6; Z2=7-%i8; Z3=8+%i9.99; Z=[(Z1Z2)/(Z1+Z2)]+Z3; disp('iv) IMPEDANCE (Z) is in polar form = '+string (Z) +' ohm '); VAB=I*Z; disp('i) VOLTAGE (VAB) is in polar form = '+string (VAB) +' V ')
3db8ff847aa6be62cd3927f4844f3b130aa464ff	449d555969bfd7befe906877abab098c6e63a0e8	/1457/CH9/EX9.1/9_1.sce	94a82213ccb522df002ab4aeb0aecf24e2fd2d62	[]	no_license	FOSSEE/Scilab-TBC-Uploads	948e5d1126d46bdd2f89a44c54ba62b0f0a1f5e1	7bc77cb1ed33745c720952c92b3b2747c5cbf2df	refs/heads/master	2020-04-09T02:43:26.499817	2018-02-03T05:31:52	2018-02-03T05:31:52	37,975,407	3	12	null	null	null	null	UTF-8	Scilab	false	false	254	sce	9_1.sce	clc //Initialization of variables T2=30 //C T1=20 //C cv=716 m=15 //kg cp=1003 //calculations di=cv(T2-T1) dU=dim dh=cp(T2-T1) dH=dhm //results printf("Change in Internal energy = %d N m",dU) printf("\n Change in Enthalpy = %d Nm",dH)
ca55f68a5dc5925733dbf759b787b50bdddfbf1b	449d555969bfd7befe906877abab098c6e63a0e8	/1664/CH6/EX6.4/Ex6_4.sce	e45056c2a61b0c7707428472dbac3b16f67628ae	[]	no_license	FOSSEE/Scilab-TBC-Uploads	948e5d1126d46bdd2f89a44c54ba62b0f0a1f5e1	7bc77cb1ed33745c720952c92b3b2747c5cbf2df	refs/heads/master	2020-04-09T02:43:26.499817	2018-02-03T05:31:52	2018-02-03T05:31:52	37,975,407	3	12	null	null	null	null	UTF-8	Scilab	false	false	391	sce	Ex6_4.sce	//Example No.6.4. //Page No.186. clc;clear; Na = 23;//Atomic weight of Na Cl = 35.5;//Atomic weight of Cl d = 2180;//Density of Nacl -[kg/m^3]. nA = 6.02210^(26); NaCl = (Na+Cl)//Molecular weight of NaCl. printf("\n1) Molecular weigth of NaCl is %.1f",NaCl); n = 4; A = 58.5; a = (((nA)/(nA*d))^(1/3)); printf("\n2) The interatomic distance of NaCl crystal is %3.3e m",a);
cd871c0367f533a3724a312f7e7030547a52d079	449d555969bfd7befe906877abab098c6e63a0e8	/1445/CH2/EX2.54/Ex2_54.sce	766e3ffeb5b488711463bc5b571e490e901ff33d	[]	no_license	FOSSEE/Scilab-TBC-Uploads	948e5d1126d46bdd2f89a44c54ba62b0f0a1f5e1	7bc77cb1ed33745c720952c92b3b2747c5cbf2df	refs/heads/master	2020-04-09T02:43:26.499817	2018-02-03T05:31:52	2018-02-03T05:31:52	37,975,407	3	12	null	null	null	null	UTF-8	Scilab	false	false	721	sce	Ex2_54.sce	//CHAPTER 2- STEADY-STATE ANALYSIS OF SINGLE-PHASE A.C. CIRCUIT //Example 54 Read example 53 of the Book clc; disp("CHAPTER 2"); disp("EXAMPLE 54"); //VARIABLE INITIALIZATION C=2.5/(10^6); //capcaitance in Farads R=15; //in Ohms L=260/1000; //in Henry //SOLUTION //solution (i) f_r=(1/(2%pi))sqrt((1/(LC)-(R^2/L^2))); f_r=round(f_r); //to round off the value disp(sprintf("(i) The resonant frequency is %d Hz",f_r)); //solution (ii) q_factor=(2%pif_rL)/R; disp(sprintf("(ii) The Q-factor of the circuit is %f",q_factor)); //solution (iii) Z_r=L/(C*R); disp(sprintf("(iii) The dynamic impedance of the circuit is %f Ω",Z_r)); //END
956c5ab41580b7efaddaf86cfcebeca1735019a1	449d555969bfd7befe906877abab098c6e63a0e8	/2102/CH5/EX5.1/exa_5_1.sce	e93207668a4a5158f409e5c81082df015f29d15b	[]	no_license	FOSSEE/Scilab-TBC-Uploads	948e5d1126d46bdd2f89a44c54ba62b0f0a1f5e1	7bc77cb1ed33745c720952c92b3b2747c5cbf2df	refs/heads/master	2020-04-09T02:43:26.499817	2018-02-03T05:31:52	2018-02-03T05:31:52	37,975,407	3	12	null	null	null	null	UTF-8	Scilab	false	false	374	sce	exa_5_1.sce	// Exa 5.2 clc; clear; close; // Given data C1= 5; // in pF C1= C110^-12;// in F C2= 50; // in pF C2= C210^-12;// in F L= 10;// in mH L= L10^-3;// in H TuningRange= 1/(2%pisqrt(LC1C2/(C1+C2)));// in Hz disp(TuningRange10^-3,"The tuning range for the circuit in kHz is : ") // Note : In the book, this example is not solved. Only given data is shown.
bd25081a9a118afc65929044bd687aecca9c6f55	449d555969bfd7befe906877abab098c6e63a0e8	/2024/CH11/EX11.4/11_4.sce	1d7a665cf7e9626a4d15d1dbd3d170c880b12fa9	[]	no_license	FOSSEE/Scilab-TBC-Uploads	948e5d1126d46bdd2f89a44c54ba62b0f0a1f5e1	7bc77cb1ed33745c720952c92b3b2747c5cbf2df	refs/heads/master	2020-04-09T02:43:26.499817	2018-02-03T05:31:52	2018-02-03T05:31:52	37,975,407	3	12	null	null	null	null	UTF-8	Scilab	false	false	405	sce	11_4.sce	clc //Initialization of variables m1=322.3 m2=2 m3=926 basis=121.94 //calculations m=m1+m2+m3 ratio=m/basis dh=5776.6 //Btu/mol h1=dh*7.364 h2=14064.3 h3=130565.5 H=h1+h2+h3 hrat=H/basis //results printf("Mass of dry flue gases = %.2f lbm dry flue gas/lbm fuel ash and moisture free",ratio) printf("\n Energy carried away = %.1f btu/mol coal as fired = %.1f Btu/lbm mol coal ",H, hrat)
f0832a50d61ee5e98421bd45baac2c3829fc06bc	449d555969bfd7befe906877abab098c6e63a0e8	/3136/CH6/EX6.5/Ex6_5.sce	3e8c17b5d4584bfab8b072c3fd898208ba7de1a7	[]	no_license	FOSSEE/Scilab-TBC-Uploads	948e5d1126d46bdd2f89a44c54ba62b0f0a1f5e1	7bc77cb1ed33745c720952c92b3b2747c5cbf2df	refs/heads/master	2020-04-09T02:43:26.499817	2018-02-03T05:31:52	2018-02-03T05:31:52	37,975,407	3	12	null	null	null	null	UTF-8	Scilab	false	false	768	sce	Ex6_5.sce	clear all; clc; //the answer of p02b given in the book is 94.1,however the right answer is 92.05 which is rounded off to 92.1 here p_02b=90+0.50.00237((500)^2)/144 printf("\n p02b= %0.1f psia",p_02b) //let x=T02/T01 x=(480+460)/(60+460) printf("\n T02/T01= %0.4f which is also =(94.1/14.7)^((0.2857)/(Eta_p)) ",x)//answer given in the book is 94.1,which is substituted disp("From (0.2857/Eta_p)ln(94.1/14.7)=ln(1.807) we can obtain the polytropic efficiency") Eta_p=(log(94.1/14.7)/log(1.807))0.2857 printf("Eta_p= %0.4f",Eta_p) disp("0.85=[(4.5)^(0.2857)-1]/[(4.5)^(0.2857/Eta_p)-1") disp("Thus 0.5638/((4.5^(0.2857/Eta_p))-1)") disp("We have polytropic efficiency for compressor A,Eta_pa=0.878.") disp("Hence,compressor bB is moe efficient")
95bb1b9707ce86c287214c71b819e4b4a8ac24c9	449d555969bfd7befe906877abab098c6e63a0e8	/764/CH5/EX5.1.b/solution5_1.sce	218112b1a8c244354ca01691417b0ac597d7f2b0	[]	no_license	FOSSEE/Scilab-TBC-Uploads	948e5d1126d46bdd2f89a44c54ba62b0f0a1f5e1	7bc77cb1ed33745c720952c92b3b2747c5cbf2df	refs/heads/master	2020-04-09T02:43:26.499817	2018-02-03T05:31:52	2018-02-03T05:31:52	37,975,407	3	12	null	null	null	null	UTF-8	Scilab	false	false	933	sce	solution5_1.sce	//Obtain path of solution file path = get_absolute_file_path('solution5_1.sce') //Obtain path of data file datapath = path + filesep() + 'data5_1.sci' //Clear all clc //Execute the data file exec(datapath) //Calculate the permissible tensile stress sigma (N/mm2) sigma = Sut/fs //Assume the thickness of the plate to be 1mm t t = 1 //Tensile stress at fillet section F (N/mm2) F = (P * 1000)/(w * t) //Calculate the maximum tensile stress sigma1 at fillet section sigma1 = Kt1 * F //Tensile stress at hole section H (N/mm2) H = (P * 1000)/((w - d)t) //Calculate the maximum tensile stress sigma2 at hole section sigma2 = Kt2 H //Choose the largest of the two stresses and store in smax if (sigma2 > sigma1) then smax = sigma2 else smax = sigma1 end //Calculate the true value of thickness of the plate t (mm) t = smax/sigma //Print results printf('\nThickness of the plate(t) = %f mm\n',t)
44fd66e6d51b8359b24f73805c46ebaf2d860b2d	449d555969bfd7befe906877abab098c6e63a0e8	/149/CH21/EX21.28.1/ques28_1.sce	17b9d360d9aea72097f2671fd0d131dcad20a31d	[]	no_license	FOSSEE/Scilab-TBC-Uploads	948e5d1126d46bdd2f89a44c54ba62b0f0a1f5e1	7bc77cb1ed33745c720952c92b3b2747c5cbf2df	refs/heads/master	2020-04-09T02:43:26.499817	2018-02-03T05:31:52	2018-02-03T05:31:52	37,975,407	3	12	null	null	null	null	UTF-8	Scilab	false	false	133	sce	ques28_1.sce	//ques28 syms s t f=integ(exp(-st)(t-1),t,1,2)+integ(exp(-st)(3-t),t,2,3); disp('Laplace of given function is'); disp(f);
88d096a54b1c8a91d16883457228f8f1ed3740b4	c6bf685755436b2a7bf289ac90bec98340fe97fe	/CONVERSOR_SISTEMAS_DEOPERACAO.sce	1aec5f58458089fe7640c6168596269fe042887c	[]	no_license	ivybin/PROGRAMAS-SCE	82296ac10f4fb02d6e283f64e910666c6103063a	e61918ceae020bd33fcf223908f7decdec1c41b4	refs/heads/master	2023-07-23T12:55:08.711868	2021-09-02T17:22:23	2021-09-02T17:22:23	400,595,765	0	0	null	null	null	null	UTF-8	Scilab	false	false	4,209	sce	CONVERSOR_SISTEMAS_DEOPERACAO.sce	clear; clc; function BINAR16_8() DF=zeros(1,7); DFF=zeros(1,7); CVR=input('DE BINARIO PARA='); CHAVESDEU=0; switch CVR case 8 CHAVESDEU=8; case 16 CHAVESDEU=16; end mprintf('\n\n-----------I N S T R U C O E S---------------------------\n\n-->DIGITE O NUMERO, DO CONJUNTO MENOS SIGNIFICATIVO PARA O MAIS SIGNIFICATIVO\n\n\n-->PARA FINALIZAR O NUMERO DIGITE:79\n\n\n-->DIGITE DE 4 EM 4 PARA HEXADECIMAL E DE 3 EM 3 PARA OCTAL\n-----------------------------------------------------------\n\n'); for i3=8:-1:1 if i3==8 DF(i3)=input('DIGITE A PARTE FRACIONARIA='); else DF(i3)=input('='); end if DF(i3)==79 DF(i3)=0; break; end end for hu=1:1:8 switch CHAVESDEU case 8 switch DF(hu) case 000 DFF(hu)=0; case 001 DFF(hu)=1; case 010 DFF(hu)=2; case 011 DFF(hu)=3; case 100 DFF(hu)=4; case 101 DFF(hu)=5; case 110 DFF(hu)=6; case 111 DFF(hu)=7; otherwise break; end case 16 switch DF(hu) case 0000 DFF(hu)=0; case 0001 DFF(hu)=1; case 0010 DFF(hu)=2; case 0011 DFF(hu)=3; case 0100 DFF(hu)=4; case 0101 DFF(hu)=5; case 0110 DFF(hu)=6; case 0111 DFF(hu)=7; case 1000 DFF(hu)=8; case 1001 DFF(hu)=9; case 1010 DFF(hu)=10; case 1011 DFF(hu)=11; case 1100 DFF(hu)=12; case 1101 DFF(hu)=13; case 1110 DFF(hu)=14; case 1111 DFF(hu)=15; otherwise break; end end end if CHAVESDEU==16 mprintf('A-10\nB-11\nC-12\nD-13\nE-14\nF-15'); end disp(DFF); endfunction function DECIPARA(X2,X12,M) CHAVEGB=0; if M==16 CHAVEGB=1; end CHAVE2=0; RESDIV=zeros(1,26); RESY=zeros(1,9); if X12(1,1)>0 CHAVE2=1; end iu=0; ii=0; while iu>=0 iu=iu+1; if X2(iu)<M RESDIV(iu)= modulo(X2(iu),M); break; end RESDIV(iu)= modulo(X2(iu),M); X2(iu+1)= (X2(iu)-RESDIV(iu))/M; end if CHAVE2==1 while ii<10 ii=ii+1; TP=X12(ii)M; X12(ii+1)=TP-(floor(TP)); RESY(ii)=floor(TP); end end mprintf('\n-----RESULTADO:\n'); if CHAVEGB==1 mprintf('A-10\nB-11\nC-12\nD-13\nE-14\nF-15'); end v=26:-1:1 disp(floor(RESDIV(v))); disp(","); FF=1:1:9 disp(RESY(FF)); endfunction function PO=DEPARA10(DPARA10) SMA=0;TT=0;SMA1=0;M1=0; X=zeros(1,24); X1=zeros(1,14); disp("O NUMERO 54 SIGNIFICA ¨PONTO(.)¨"); disp("PRESSIONE 77 PARA FINALIZAR O NUMERO"); if DPARA10==16 disp('A=10;B=11;C=12;D=13;E=14;F=15'); end for i=1:1:24 if i==1 mprintf('\n VALOR MENOS SIGNIFICATIVO:'); end X(i)=input('='); if X(i)==54 M1=1; X(i)=0; break; end if X(i)==77 X(i)=0; break; end SMA=SMA+( X(i)(DPARA10)^(i-1) ); end if M1==1 for i1=1:1:14 X1(i1)=input('='); if X1(i1)==77 X1(i1)=0; break; end SMA1=SMA1+(X1(i1)*(DPARA10)^(-i1)); end end ST=SMA1+SMA; mprintf('\n-----RESULTADO:\n'); disp(ST); PO=ST; endfunction MENU=9; while MENU~=0 mprintf('\n\n-----------M E N U-------------------\n\n1-CONVERSAO DE DECIMAL PARA OUTROS\n2-CONVERSAO DE OUTROS PARA DECIMAL\n3-CONVERSAO DE BINARIO PARA OCTAL OU HEXADECIMAL\n4-CONVERSAO DE OCTAL OU HEXADECIMAL PARA BINARIO\n5-CONVERSAO DE OCTAL PARA HEXADECIMAL\n6-CONVERSAO DE HEXADECIMAL PARA OCTAL\n0-PARA SAIR'); MENU=input('DIGITE A OPCAO='); switch MENU case 6 X2236=DEPARA10(16); X3336=X2236-floor(X2236); disp(X3336); DECIPARA(X2236,X3336,8); case 5 X2234=DEPARA10(8); X3334=X2234-floor(X2234); disp(X3334); DECIPARA(X2234,X3334,16); case 4 DPARA102=input('CONVETER DE='); X223=DEPARA10(DPARA102); X333=X223-floor(X223); disp(X333); DECIPARA(X223,X333,2); case 3 BINAR16_8(); case 2 DPARA101=input('CONVETER DE='); DEPARA10(DPARA101); case 1 Qv=input('COVERTER DE DECIMAL PARA='); X22=zeros(1,26); X122=zeros(1,26); X22(1,1)=input('COVERTER O NUMERO(PARTE INTEIRA)='); X122(1,1)=input('COVERTER O NUMERO(PARTE FRACIONARIA)='); DECIPARA(X22,X122,Qv); case 0 break; end end
a65a1e8d3aacae9d93ba491c40aaea0c97f30709	449d555969bfd7befe906877abab098c6e63a0e8	/3843/CH10/EX10.2/Ex10_2.sce	30f9f0d1d0ed1bdcef33a0377a421850c7e1a5d7	[]	no_license	FOSSEE/Scilab-TBC-Uploads	948e5d1126d46bdd2f89a44c54ba62b0f0a1f5e1	7bc77cb1ed33745c720952c92b3b2747c5cbf2df	refs/heads/master	2020-04-09T02:43:26.499817	2018-02-03T05:31:52	2018-02-03T05:31:52	37,975,407	3	12	null	null	null	null	UTF-8	Scilab	false	false	247	sce	Ex10_2.sce	// Example 10_2 clc;funcprot(0); // Given data T=400;// °C P=4;// MPa // Calculation // From steam tables dh=3330-3092;// kJ/kg ds=6.937-6.583;// kJ/kg.K dhbyds=dh/ds;// K printf("\n(dh/ds)_P=%3.0f K or %3.0f°C",dhbyds,dhbyds-273);
62f732b1ba4a969a53cee865a6c190eaef69a250	449d555969bfd7befe906877abab098c6e63a0e8	/2175/CH7/EX7.16/7_16.sce	6908edf630247f08100f46a6cd67a69fefc5af6f	[]	no_license	FOSSEE/Scilab-TBC-Uploads	948e5d1126d46bdd2f89a44c54ba62b0f0a1f5e1	7bc77cb1ed33745c720952c92b3b2747c5cbf2df	refs/heads/master	2020-04-09T02:43:26.499817	2018-02-03T05:31:52	2018-02-03T05:31:52	37,975,407	3	12	null	null	null	null	UTF-8	Scilab	false	false	164	sce	7_16.sce	clc; a=0.8; T2=3000; n2!p2=212.08/T2; K=a/(1-a)[n2!p2/(0.455-0.5a)]^0.5; disp("by sucha a method the value of T2 is found to be 2949 to the nerest degree")
81f75df37a831cc185ba7998b435bdd7de5e9fda	449d555969bfd7befe906877abab098c6e63a0e8	/534/CH12/EX12.7/12_7_Opaque_surface.sce	941a2e172a74bd2d24e280ade69a9fb512e1c021	[]	no_license	FOSSEE/Scilab-TBC-Uploads	948e5d1126d46bdd2f89a44c54ba62b0f0a1f5e1	7bc77cb1ed33745c720952c92b3b2747c5cbf2df	refs/heads/master	2020-04-09T02:43:26.499817	2018-02-03T05:31:52	2018-02-03T05:31:52	37,975,407	3	12	null	null	null	null	UTF-8	Scilab	false	false	1,060	sce	12_7_Opaque_surface.sce	clear; clc; printf('FUNDAMENTALS OF HEAT AND MASS TRANSFER \n Incropera / Dewitt / Bergman / Lavine \n EXAMPLE 12.7 Page 759 \n')// Example 12.7 // Spectral distribution of reflectivity // Total, hemispherical absorptivity // Nature of surface temperature change T = 500 ;//[K] temperature of surface e = .8; stfncnstt = 5.6710^-8; //[W/m^2.K^4] Stefan-Boltzmann constant x=[0 6 8 16]; y=[.8 .8 0 0]; clf(); plot2d(x,y,style=5,rect=[0,0,20,1]); xtitle("Spectral Distribution of reflectivity", "wavelength (micro-m)", "reflectivity"); //From equation 12.43 and 12.44 Gabs = {.2500/2(6-2)+500[.2(8-6)+(1-.2)(8-6)/2]+1500(12-8)+500(16-12)/2} ;//[w/m^2] G = {500(6-2)/2+500(12-6)+500(16-12)/2} ;//[w/m^2] a = Gabs/G; //Neglecting convection effects net het flux to the surface qnet = aG - estfncnstt*T^4; printf('\n Total, hemispherical absorptivity %.2f \n Nature of surface temperature change = %i W/m^2 \n Since qnet > 0, the sirface temperature will increase with the time', a,qnet);
0943763f7e5fd243c6eca076d7924b8397614748	8217f7986187902617ad1bf89cb789618a90dd0a	/browsable_source/2.4/Unix-Windows/scilab-2.4/tests/feval.tst	5dfe18ae5fe16ac9e487d4798c2bc2d13ba7d66d	[ "LicenseRef-scancode-public-domain", "LicenseRef-scancode-warranty-disclaimer" ]	permissive	clg55/Scilab-Workbench	4ebc01d2daea5026ad07fbfc53e16d4b29179502	9f8fd29c7f2a98100fa9aed8b58f6768d24a1875	refs/heads/master	2023-05-31T04:06:22.931111	2022-09-13T14:41:51	2022-09-13T14:41:51	258,270,193	0	1	null	null	null	null	UTF-8	Scilab	false	false	330	tst	feval.tst	// Copyright INRIA deff('[z]=f(x,y,t)','z=x^2+y^2+t'); res=feval(1:10,1:5,list(f,10)); res1=[];for j=1:5,res1=[res1, ((1:10).(1:10))'+(j2+10)ones(10,1)];end if res<>res1 then pause,end deff('[z]=f(x,y)','z=x+%iy'); res=feval(1:10,1:5,f); res1=[];for j=1:5,res1=[res1, (1:10)'+%ij*ones(10,1)];end if res<>res1 then pause,end
170c0e586828bc4d38e1d6fb6a9ec5fe2890dba0	449d555969bfd7befe906877abab098c6e63a0e8	/2409/CH14/EX14.7/Ex14_7.sce	ce8a912ac5a8593fc39fc8bb042eabae354a44df	[]	no_license	FOSSEE/Scilab-TBC-Uploads	948e5d1126d46bdd2f89a44c54ba62b0f0a1f5e1	7bc77cb1ed33745c720952c92b3b2747c5cbf2df	refs/heads/master	2020-04-09T02:43:26.499817	2018-02-03T05:31:52	2018-02-03T05:31:52	37,975,407	3	12	null	null	null	null	UTF-8	Scilab	false	false	900	sce	Ex14_7.sce	//Variable Declaration T1=1.544 //Bit rate from sec.10.4(Mb/s) R=62 //Bit rate from sec.10.4(dBMb/s) EbN0R=12 //Required Eb/N0 ratio for uplink(dB) LOSSES=212 //Transmission losses of uplink(dB) GTR=10 //G/T ratio for earth station(dB/K) G1=46 //Uplink antenna gain(dB) Rd=74 //Downlink Transmission Rate(dBb/s) //Calculation CNR=EbN0R+R //Carrier to noise ratio for uplink(dB) EIRP=CNR-GTR+LOSSES-228.6 //EIRP of earth station antenna P=EIRP-G1 //Transmitted Power Required(dBW) P=10(P/(10)) //Transmitted Power Required(Watts) Ri=Rd-R //Rate increase with TDMA operation(dB) P1=1.4+Ri //Uplink power increase required for TDMA operation(Watts) P2=10(P1/(10)) //Results printf("Earth station transmission power required for transmission of T1 baseband signal is %.2f Watts",P) printf("Uplink power increase required for TDMA operation is %f dBWatts or %.1f Watts",P1,P2)
d0fb46f5c964bdbe3475160d528eac1bdca328d7	449d555969bfd7befe906877abab098c6e63a0e8	/2150/CH7/EX7.8/ex7_8.sce	7df765536427a6bf40b93639e418d58e1ce326bb	[]	no_license	FOSSEE/Scilab-TBC-Uploads	948e5d1126d46bdd2f89a44c54ba62b0f0a1f5e1	7bc77cb1ed33745c720952c92b3b2747c5cbf2df	refs/heads/master	2020-04-09T02:43:26.499817	2018-02-03T05:31:52	2018-02-03T05:31:52	37,975,407	3	12	null	null	null	null	UTF-8	Scilab	false	false	451	sce	ex7_8.sce	// Exa 7.8 clc; clear; close; // Given data I_DSS = 4;// in mA V_GSoff = -2;// in V V_GS = -0.5;// in V I_D = I_DSS(1-(V_GS/V_GSoff))^2;// in mA disp(I_D,"At V_GS=-0.5 V, the drain current in mA is"); V_GS = -1;//in V I_D = I_DSS(1-(V_GS/V_GSoff))^2;// in mA disp(I_D,"At V_GS=-1.0 V, the drain current in mA is"); V_GS = -1.5;// in V I_D = I_DSS*(1-(V_GS/V_GSoff))^2;// in mA disp(I_D,"At V_GS=-1.5 V, the drain current in mA is");
ed1ca98aea3c9e37b72e9c3bf40c3219e8c58d96	a62e0da056102916ac0fe63d8475e3c4114f86b1	/set7/s_Electronic_Instrumentation_H._S._Kalsi_3554.zip/Electronic_Instrumentation_H._S._Kalsi_3554/CH20/EX20.3/Ex20_3.sce	1365c4a8821f9337b2a2dda03ec819594172aa4b	[]	no_license	hohiroki/Scilab_TBC	cb11e171e47a6cf15dad6594726c14443b23d512	98e421ab71b2e8be0c70d67cca3ecb53eeef1df6	refs/heads/master	2021-01-18T02:07:29.200029	2016-04-29T07:01:39	2016-04-29T07:01:39	null	0	0	null	null	null	null	UTF-8	Scilab	false	false	263	sce	Ex20_3.sce	errcatch(-1,"stop");mode(2);// Exa 20.3 ; all; // Given data Vmax=8;//Maximum value of voltage Vmin=2;//minimum value of voltage //Solution SWR=(Vmax+Vmin)/(Vmax-Vmin);//Standing wave ratio printf('Standing Wave Ratio = %.2f \n ',SWR); exit();
2167b26254830c1f25c9d5fcf82dbe4654783f99	449d555969bfd7befe906877abab098c6e63a0e8	/854/CH3/EX3.1/Example3_1.sce	df1f49c27ab6d7880d2481b9602c8716ded5578d	[]	no_license	FOSSEE/Scilab-TBC-Uploads	948e5d1126d46bdd2f89a44c54ba62b0f0a1f5e1	7bc77cb1ed33745c720952c92b3b2747c5cbf2df	refs/heads/master	2020-04-09T02:43:26.499817	2018-02-03T05:31:52	2018-02-03T05:31:52	37,975,407	3	12	null	null	null	null	UTF-8	Scilab	false	false	455	sce	Example3_1.sce	//clear// //Caption: Program to find Electric Flux density 'D' of a uniform line charge //Example3.1 //page 54 clc; e0 = 8.854e-12; //free space permittivity in F/m rL = 8e-09; //line charge density c/m r = 3; // distance in metre E = rL/(2%pie0r); //electric field intensity of line charge D = e0E; disp(D,'Electric Flux Density in Coulombs per square metre D =') //Result // Electric Flux Density in Coulombs per square metre D = // 4.244D-10
a6cfe41e54023a25e065e304c5d3563290a6b4c3	449d555969bfd7befe906877abab098c6e63a0e8	/431/CH5/EX5.10/EX5_10.sce	ed4fa7df6b3f2f1dbc92c527ab3a8f99b553060e	[]	no_license	FOSSEE/Scilab-TBC-Uploads	948e5d1126d46bdd2f89a44c54ba62b0f0a1f5e1	7bc77cb1ed33745c720952c92b3b2747c5cbf2df	refs/heads/master	2020-04-09T02:43:26.499817	2018-02-03T05:31:52	2018-02-03T05:31:52	37,975,407	3	12	null	null	null	null	UTF-8	Scilab	false	false	1,048	sce	EX5_10.sce	//chapter 5 //example 5.10 //page 440 disp("example 5.10") clear; clc; V=2000; V_oc=500; //open circuit voltage I_sc=100; //short circuit current I_a=100; R_s=0.8; //armature resistance Z_s=V_oc/I_sc; //synchronous impedence printf("Z_s= %d ohm\n",Z_s); X_s=sqrt(Z_s^2-R_s^2); printf("X_s= %f ohm\n",X_s); pf=1; phi=acosd(pf); disp("At unity power factor"); printf("\n"); E=sqrt((Vcosd(phi)+I_aR_s)^2+(Vsind(phi)+I_aX_s)^2); printf("induced emf= %fV\n",E); R=((E-V)100)/V; printf("regulation= %f percent\n",R); clear pf; pf=0.71; phi=acosd(pf); disp("At 0.71 lagging power factor"); printf("\n"); E=sqrt((Vcosd(phi)+I_aR_s)^2+(Vsind(phi)+I_aX_s)^2); printf("induced emf= %fV\n",E); R=((E-V)100)/V; printf("regulation= %fpercent\n",R); clear pf; pf=0.8; phi=acosd(pf); disp("At 0.8 leading power factor"); printf("\n"); E=sqrt((Vcosd(phi)+I_aR_s)^2+(Vsind(phi)-I_aX_s)^2); printf("induced emf= %fV\n",E); R=((E-V)*100)/V; printf("regulation= %fpercent\n",R);
ec2b5022fd45e9d207af68677b5a7142181c3cb2	449d555969bfd7befe906877abab098c6e63a0e8	/98/CH8/EX8.8/example8_8.sce	0919c60f6d2ceab66e6008de4ffc5b551713b1b6	[]	no_license	FOSSEE/Scilab-TBC-Uploads	948e5d1126d46bdd2f89a44c54ba62b0f0a1f5e1	7bc77cb1ed33745c720952c92b3b2747c5cbf2df	refs/heads/master	2020-04-09T02:43:26.499817	2018-02-03T05:31:52	2018-02-03T05:31:52	37,975,407	3	12	null	null	null	null	UTF-8	Scilab	false	false	460	sce	example8_8.sce	//Chapter 8 //Example 8_8 //Page 176 clear;clc; v2=13.2; v3=18; p1=poly([1 3 1], 'k', 'c'); p2=poly([1 1],'k', 'c'); p=v3p2-v2p1; r=roots(p, 'e'); k=r(2); v1=v2/(1+k); printf("Voltage across first unit = V1 = %.2f kV \n\n", v1); v4=v1(1+k^3+5k^2+6k); printf("Voltage across fourth unit = V4 = %.2f kV \n\n", v4); v=v1+v2+v3+v4; printf("Voltage between line and earth = %.2f kV \n\n", v); printf("Voltage between bus bars = %.2f kV \n\n", vsqrt(3));
2c55a94001aa8f9172971a06dbb79672deefb34a	f7d0f456b8e29ce4f81d9cbe1ca2a57fede3bc5d	/solvers/cyclist/bench/entl/18.tst	609ba07d72b6e30ba47650aef75b6e14ff001b81	[]	no_license	mihasighi/smtcomp14-sl	22467201b3f7e74e2001e259134c040d80afd6b6	8dd4ff648e16e31acd193f882082df349e211251	refs/heads/master	2021-06-06T17:01:18.752298	2018-06-28T10:04:32	2018-06-28T10:04:32	19,853,856	1	3	null	null	null	null	UTF-8	Scilab	false	false	44	tst	18.tst	BinTreeSeg(x,y) * BinTree(y) \|- BinTree(x)
cf0a8e43f955376bc925d9331a879b217b1674f7	449d555969bfd7befe906877abab098c6e63a0e8	/761/CH4/EX4.4/4_4.sce	e9b732ea659735d269c107ea7de3ebc6a957cc6c	[]	no_license	FOSSEE/Scilab-TBC-Uploads	948e5d1126d46bdd2f89a44c54ba62b0f0a1f5e1	7bc77cb1ed33745c720952c92b3b2747c5cbf2df	refs/heads/master	2020-04-09T02:43:26.499817	2018-02-03T05:31:52	2018-02-03T05:31:52	37,975,407	3	12	null	null	null	null	UTF-8	Scilab	false	false	362	sce	4_4.sce	clc; //page no 141 //prob no. 4.4 //A phase modulator is given with kp=2rad/V kp=2; //Peak phase deviation of 60 degree //Converting degree in radian phi=(2%pi60)/360; //Determination of peak voltage that cause that deviation Vp=phi/kp; //Determination of rms voltage Vrms=Vp/(sqrt(2)); disp('V',Vrms,'The rms voltage that cause deviation is ');
ad3d1c04733f5b9d9c67b02f5878878b6d590b84	449d555969bfd7befe906877abab098c6e63a0e8	/29/CH11/EX11.28/exa11_28.sce	7d271c3ca13b7bcc0c541b4ceaf642a7e29d6250	[]	no_license	FOSSEE/Scilab-TBC-Uploads	948e5d1126d46bdd2f89a44c54ba62b0f0a1f5e1	7bc77cb1ed33745c720952c92b3b2747c5cbf2df	refs/heads/master	2020-04-09T02:43:26.499817	2018-02-03T05:31:52	2018-02-03T05:31:52	37,975,407	3	12	null	null	null	null	UTF-8	Scilab	false	false	135	sce	exa11_28.sce	//caption:root_locus //example 11_28 //page 501 s=%s; clf(); g=1/(s(s+2)(s^2+2*s+2)); G=syslin('c',g) evans(g,200) xgrid(2)
07d9f3bf7e9cbf3c4f6965220b2757f7103a60f7	c49a028f382c3baddcd641c1972dd72bb60eaadc	/exp_5_1.sce	18faf9f566b9edce9e998f4b891faa234aeffa91	[]	no_license	BhautikDonga/SCILAB	484fcc9ac58885a4ccc549ccc85e2a4a507d5d0a	b330ca555276eb57c1e88ffc745ecfa3b8ebfa0c	refs/heads/master	2020-04-07T15:48:23.036273	2018-12-05T01:27:34	2018-12-05T01:27:34	158,501,669	1	0	null	null	null	null	UTF-8	Scilab	false	false	344	sce	exp_5_1.sce	str = input("Enter which types of graph you want: "); n_ind= input("Enter starting index: "); p_ind= input("Enter ending index: "); de_adv= input("Enter delay or advance you want: (+ve for delay and -ve for advance "); exec("graphs.sce"); [n,Xn]= graphs(str,n_ind,p_ind,de_adv); figure(1); plot2d3(n,Xn); xlabel("n"); ylabel("Xn");
a19f7639a3d61620bb4a0fe87b36f0b4ad45a497	12aef4b6d7fc5fa64cb0b1e66239f47b59303f79	/scilab/parabol.sci	ab5ee77067def12dc41bef9a49c1c419adb5101f	[]	no_license	NatalyaSidun/test-parallel-pde	29272b30ca234a97ed5694905dd8b2c1bfaf4421	47fb07616eeae22f2fccae6cabc9c437eb43ff21	refs/heads/master	2021-01-22T02:34:48.717723	2012-12-03T10:14:29	2012-12-03T10:14:29	null	0	0	null	null	null	null	UTF-8	Scilab	false	false	3,212	sci	parabol.sci	funcprot(0); global ht a delta; //Начальное условие function y=fi(x) y=exp(0.15x) endfunction function [u,x,t,r,k]=neiav(N,K,L,T,a,h,U1,U2,u0,eps) //Функция решения параболического уравнения методом сеток с //помощью неявной разностной схемы. //N - количество участков, на которые разбивается интервал по х //(0,L); K - количество участков, на которые разбивается // интервал по t (0,T); //a, h - параметры диффренциального уравнения теплопроводности; //eps - точность решения СЛАУ (7.17) методом Зейделя; //U1 - температура на левом конце стержня; //U2 - температура на правом конце стержня; //Функция neiav возвращает: //u - матрицу решений в узлах сетки, массив x, массив t, //r - точность решения системы (12.17) методом Зейделя, //к - количество итераций при решении системы методом Зейделя. //Вычисляем шаг по х hx=L/N; mprintf(hx); //Вычисляем шаг по t delta=T/K; //Формируем массив x и первый столбец матрицы решений U //из начального условия for i=1:N+1 x(i)=(i-1)hx; u(i,1)=fi(x(i)); end //Формируем массив t, первую и последнюю строку матрицы //решений U из граничных условий for j=1:K+1 t(j)=(j-1)delta; u(1,j)=U1; u(N+1,j)=U2; end //Определяем матрицу ошибок R и заполняем ее нулями R(N+1,K+1)=0; //Вычисляем коэффициент gamma //gam=a^2delta/hx^2; gam = 1; r=1; k=0; 226 Глава 12. Решение дифференциальных уравнений в частных производных //Цикл while для организации итерационного процесса при решении //системы уравнений (12.17) методом Зейделя с точностью eps while r>eps //Вычисление матрицы ошибок R во внутренних точках //и пересчет значений u во внутренних точках при решениии СЛАУ //(12.17) методом Зейделя for j=2:K+1 for i=2:N V=gam(u(i-1,j)+u(i+1,j))/(1+2gam+deltahx)+u(i,j-1)/... (1+2gam+deltahx)+deltahu0/(1+2gam+delta*hx); R(i,j)=abs(V-u(i,j)); u(i,j)=V; end end //Поиск максимума в матрице ошибок r=R(1,1); for i=1:N+1 for j=1:K+1 if R(i,j)>r r=R(i,j); end end end //Увеличение количества итераций k=k+1; end endfunction //Вызов функции решения задачи 12.2. [U,X,T,R,K]=neiav(50,200,5,3,0.4,0.5,1,2.117,30,0.001); //Построение графика функции surf(X,T,U’); title(’Example 12.2’); xlabel(’X’); ylabel(’T’);
05130fb29907acaae1f7b348a20f31a0db6aa37c	8217f7986187902617ad1bf89cb789618a90dd0a	/browsable_source/2.5/Unix-Windows/scilab-2.5/tests/examples/norm.man.tst	cd54cc9d1c10228f42053793d23287c729b4f9c3	[ "LicenseRef-scancode-public-domain", "LicenseRef-scancode-warranty-disclaimer" ]	permissive	clg55/Scilab-Workbench	4ebc01d2daea5026ad07fbfc53e16d4b29179502	9f8fd29c7f2a98100fa9aed8b58f6768d24a1875	refs/heads/master	2023-05-31T04:06:22.931111	2022-09-13T14:41:51	2022-09-13T14:41:51	258,270,193	0	1	null	null	null	null	UTF-8	Scilab	false	false	117	tst	norm.man.tst	clear;lines(0); A=[1,2,3]; norm(A,1) norm(A,'inf') A=[1,2;3,4] max(svd(A))-norm(A) A=sparse([1 0 0 33 -1]) norm(A)
59cf37fdd4b99ba33101a9790467b7a1c4f0a379	449d555969bfd7befe906877abab098c6e63a0e8	/2084/CH17/EX17.6/17_6.sce	fd0c6a34e94986bfdd3410965de4869bccbab75e	[]	no_license	FOSSEE/Scilab-TBC-Uploads	948e5d1126d46bdd2f89a44c54ba62b0f0a1f5e1	7bc77cb1ed33745c720952c92b3b2747c5cbf2df	refs/heads/master	2020-04-09T02:43:26.499817	2018-02-03T05:31:52	2018-02-03T05:31:52	37,975,407	3	12	null	null	null	null	UTF-8	Scilab	false	false	530	sce	17_6.sce	//developed in windows XP operating system 32bit //platform Scilab 5.4.1 clc;clear; //example 17.6 //calculation of the diameter of the disc image //given data lambda=59010^-9//wavelength(in m) of the light used b=1010^-2//diameter(in m) of the converging lens used d=20//distance(in m) between the lens and the point of focus //calculation sintheta=1.22lambda/b//angular radius r=dsintheta//radius of the disc image d=2*r//diameter of the disc image printf('the diameter of the disc image is %3.1e cm',d)
0de735450ef6e971cc6aadbf5dcb53f78080400f	fe84eced9b04743dd2df16e206f112bfee1196a0	/eeg.sce	512364260ff847ba7c2cc48d55a5c089702f0dc8	[]	no_license	Darkisda/SCILABcodig	ec89cbfcb200b60983b2d4e7632d43adea92c7ba	3ee22dd7002a5872196f6810260aaa0a66ae2d58	refs/heads/master	2020-09-21T03:29:27.668120	2019-11-29T15:12:38	2019-11-29T15:12:38	224,665,581	0	0	null	null	null	null	UTF-8	Scilab	false	false	261	sce	eeg.sce	load('data') fs=128 t=0:1:6000-1 t=t/128 figure subplot(3,1,1) m1= (data(:,1)-mean(data(:,1) ) ) plot2d(t,m1) subplot(3,1,2) m2= ( data(:,2)-mean(data(:,2) ) ) plot2d(t,m2) subplot(3,1,3) m3 = ( data(:,3)-mean(data(:,3) ) ) plot2d(t,m3)
833c3af7bd76a1b8ca9667080be452dd759e676a	449d555969bfd7befe906877abab098c6e63a0e8	/1092/CH10/EX10.2/Example10_2.sce	739cb0ec9c36089217b4174e8eb1540d51000337	[]	no_license	FOSSEE/Scilab-TBC-Uploads	948e5d1126d46bdd2f89a44c54ba62b0f0a1f5e1	7bc77cb1ed33745c720952c92b3b2747c5cbf2df	refs/heads/master	2020-04-09T02:43:26.499817	2018-02-03T05:31:52	2018-02-03T05:31:52	37,975,407	3	12	null	null	null	null	UTF-8	Scilab	false	false	1,554	sce	Example10_2.sce	// Electric Machinery and Transformers // Irving L kosow // Prentice Hall of India // 2nd editiom // Chapter 10: SINGLE-PHASE MOTORS // Example 10-2 clear; clc; close; // Clear the work space and console. // Given data as per Ex.10-1 hp = 0.25 ; // Power rating of the single-phase motor in hp V = 110 ; // Voltage rating of the single-phase motor in V I_s = 4 ; // Starting winding current phi_I_s = 15 ; // Phase angle in degrees by which I_s lags behind V I_r = 6 ; // Running winding current phi_I_r = 40 ; // Phase angle in degrees by which I_r lags behind V // Calculations // case a P_s = V * I_s * cosd(phi_I_s); // Power dissipated in the starting winding in W // case b P_r = V * I_r * cosd(phi_I_r); // Power dissipated in the running winding in W // case c P_t = P_s + P_r ; // Total instantaneous power dissipated during starting in W // case d P_r_d = P_r ; // Total steady-state power dissipated during running in W // case e eta = ( hp * 746 ) / P_r * 100 ; // Motor efficiency in percent // Display the results disp("Example 10-2 Solution : "); printf(" \n a: Power dissipated in the starting winding\n P_s = %d W \n", P_s ); printf(" \n b: Power dissipated in the running winding\n P_r = %.1f W \n", P_r ); printf(" \n c: Total instantaneous power dissipated during starting\n P_t = %.1f W \n", P_t ); printf(" \n d: Total steady-state power dissipated during running\n P_r = %.1f W \n", P_r_d ); printf(" \n e: Motor efficiency \n η = %.f percent \n", eta );
4858766e80270c2dba10732567aefd8205b8a100	717ddeb7e700373742c617a95e25a2376565112c	/1301/CH18/EX18.11/ex18_11.sce	8c5d9fbe6543fb74d5d87ddc3ac958390e75aaa1	[]	no_license	appucrossroads/Scilab-TBC-Uploads	b7ce9a8665d6253926fa8cc0989cda3c0db8e63d	1d1c6f68fe7afb15ea12fd38492ec171491f8ce7	refs/heads/master	2021-01-22T04:15:15.512674	2017-09-19T11:51:56	2017-09-19T11:51:56	92,444,732	0	0	null	2017-05-25T21:09:20	2017-05-25T21:09:19	null	UTF-8	Scilab	false	false	456	sce	ex18_11.sce	clc; e=1.610^-19; //charge ke=1.510^4; //kinetic energy in eV KE=kee; //calculating kinetic energy m=9.110^-31; //mass in kg disp(KE,"Kinetic Energy in Joule = "); //displaying result v=sqrt((2KE)/m); //calculating velocity disp(v,"Velocity in m/sec = "); //displaying result l=h/(mv); //calculating wavelength disp(l,"Wavelength in metre = "); h=6.63*10^-34; //planck's constant in J.sec
25c34dc9d815ac22992d081db8d4066e6ba8e539	449d555969bfd7befe906877abab098c6e63a0e8	/1823/CH5/EX5.25/SolEx5_25.sce	722b0722c35c143fba59690f254ff1226d9d869b	[]	no_license	FOSSEE/Scilab-TBC-Uploads	948e5d1126d46bdd2f89a44c54ba62b0f0a1f5e1	7bc77cb1ed33745c720952c92b3b2747c5cbf2df	refs/heads/master	2020-04-09T02:43:26.499817	2018-02-03T05:31:52	2018-02-03T05:31:52	37,975,407	3	12	null	null	null	null	UTF-8	Scilab	false	false	430	sce	SolEx5_25.sce	//(a) Find the range of values of IDQ that could be expected in using this FET. (b) Find the corresponding range of VDSQ. (c) Comment on the //desirability of this bias arrangement. //Example 5.25 page no 156 clear clc Vdd=15 Idqmax=5.5 Idqmin=1.3 Rd=2.5 //kΩ Vdsqmax=Vdd-IdqmaxRd Vdsqmin=Vdd-IdqminRd printf("\n The value of Vdsqmax=%0.3f V" ,Vdsqmax) printf("\n The value of Vdsqmin=%0.3f V" ,Vdsqmin)
728925537751c3c3e9514dc02269c35cd9f2c15d	efe59cd4cca137aba9af447e8040b1eac3738006	/examples/calculator/calculadora-aprox-15-min.sce	0552eff6109bbf4dccc3eb71fd3e8509285ad2f4	[]	no_license	thejefecomp/scilab-codes	fd13f6aa666135c0fb08989e25b0ca1354c58b51	6eefce6eed8af0b54f2d6172f6e2b05513327184	refs/heads/master	2023-07-31T13:23:50.467306	2021-09-23T09:00:49	2021-09-23T12:04:06	287,115,880	0	0	null	null	null	null	UTF-8	Scilab	false	false	2,100	sce	calculadora-aprox-15-min.sce	/* Este programa especifica uma calculadora de operações aritméticas siples, onde cada operação é definida em uma função. O programa solicita dois números ao utilizador, a operação a ser executada, e retorna o resultado da execução. TAREFA: Modifique o programa para retornar o erro da divisão por zero para fora da função divisão. / //Esta função implementa uma soma aritmética. function resultado=soma(operando1, operando2) resultado = operando1 + operando2 endfunction //Esta função implementa uma subtração aritmética. function resultado=subtracao(operando1, operando2) resultado = operando1 - operando2 endfunction //Esta função implementa uma multiplicação aritmética. function resultado=multiplicacao(operando1, operando2) resultado = operando1 operando2 endfunction //Esta função implementa uma divisão aritmética. function resultado=divisao(operando1, operando2) resultado = 0 if operando2 <> 0 then resultado = operando1 / operando2 end endfunction continuar = 1 while continuar == 1 mprintf("Bem vindo a calculadora escrita em aprox. 15 minutos (com explicação :-D)\n\n") //ADENDO: Quando virmos vetores vamos modificar a impressão do menu :-D mprintf('Digite + para realizar a operação de soma\n') mprintf('Digite - para realizar a operação de subtração\n') mprintf('Digite * para realizar a operação de multiplicação\n') mprintf('Digite / para realizar a operação de divisão\n') operacao = input("operação = ", 's') operando1 = input('Digite o valor do operando1: ') operando2 = input('Digite o valor do operando2: ') resultado = 0 select operacao case '+' then resultado = soma(operando1, operando2) case '-' then resultado = subtracao(operando1, operando2) case '*' then resultado = multiplicacao(operando1, operando2) case '/' then resultado = divisao(operando1, operando2) end mprintf("\n O resultado da operação %f %s %f é igual a %f", operando1, operacao, operando2, resultado) continuar = input("Deseja continuar [1 -> sim, qualquer outra coisa -> não]: ") end
1eb6c481489089f2d484e2e0ffdbb48de071a3d0	3c47dba28e5d43bda9b77dca3b741855c25d4802	/microdaq/tests/AIO_COMPLEX_TEST/AIO_testbench.sce	76ba45d7de418222313430211c5601c4d3d8f5d8	[ "BSD-3-Clause" ]	permissive	microdaq/Scilab	78dd3b4a891e39ec20ebc4e9b77572fd12c90947	ce0baa6e6a1b56347c2fda5583fb1ccdb120afaf	refs/heads/master	2021-09-29T11:55:21.963637	2019-10-18T09:47:29	2019-10-18T09:47:29	35,049,912	6	3	BSD-3-Clause	2019-10-18T09:47:30	2015-05-04T17:48:48	Scilab	UTF-8	Scilab	false	false	4,384	sce	AIO_testbench.sce	clc; mdaqClose(); if exists("mdaq_ao_test") == 0 then exec(mdaqToolboxPath() + "tests\AIO_COMPLEX_TEST\mdaq_aio_test_utils.sci"); end SCRIPT_MODE = 0; SIM_MODE = 1; DSP_MODE = 2; // AI RANGES AI10_24 = [-10.24 10.24]; AI5_12 = [-5.12 5.12]; AI2_56 = [-2.56 2.56]; AI1_28 = [-1.28 1.28]; AI0_64 = [-0.64 0.64]; AO10 = [-10 10]; AO5 = [-5 5]; AO10_0 = [0 10]; AO5_0 = [0 5]; // Analog Output Test01 - "AO Ranges" //TITLE = "Test01: AO Ranges"; //mprintf("\n"+TITLE+"\n"); //AO_DATA = [ones(1, 8)(-10) ones(1, 8)(10)]'; //AO_CH = 1:16; //AI_CH = 1:16; //AO_RANGE = [AO10; AO5; AO10; AO5; AO10; AO5; AO10; AO5; AO10; AO5; AO10; AO5; AO10; AO5; AO10; AO5]; //AI_RANGE = [AI10_24]; //AI_MODE = %F; //ERR = 0.1; //REF_OUT = [-10 -5 -10 -5 -10 -5 -10 -5 10 5 10 5 10 5 10 5]; // // //mdaq_ao_test(AO_CH, AO_RANGE, AO_DATA, SCRIPT_MODE); //r1 = validate_test_val(mdaq_ai_test(AI_CH, AI_RANGE, AI_MODE, SCRIPT_MODE), REF_OUT, ERR, "macro test"); // //mdaq_ao_test(AO_CH, AO_RANGE, AO_DATA, SIM_MODE); //r2 = validate_test_val(mdaq_ai_test(AI_CH, AI_RANGE, AI_MODE, SCRIPT_MODE), REF_OUT, ERR, "sim test"); // //mdaq_ao_test(AO_CH, AO_RANGE, AO_DATA, DSP_MODE); //r3 = validate_test_val(mdaq_ai_test(AI_CH, AI_RANGE, AI_MODE, SCRIPT_MODE), REF_OUT, ERR, "DSP test"); //mprintf("\n\n---------- REPORT: "+TITLE+" ----------") //mprintf(r1); mprintf(r2); mprintf(r3); //mprintf("----------------------------------------------\n\n") //input("Press any key to run next test."); // // ////Analog Output Test01 - "AI Ranges" TITLE = "Test02: AI Ranges"; mprintf("\n"+TITLE+"\n"); AO_DATA = [ones(1, 8)(-10) ones(1, 8)(10)]; AO_CH = 1:16; AI_CH = 1:16; AO_RANGE = [AO10]; AI_RANGE = [AI10_24; AI5_12; AI2_56; AI1_28; AI0_64; AI10_24; AI5_12; AI2_56; AI1_28; AI0_64; AI10_24; AI5_12; AI2_56; AI1_28; AI0_64; AI10_24]; AI_MODE = %F; ERR = 0.02; REF_OUT = [-10 -5.12 -2.56 -1.28 -0.64 -10 -5.12 -2.56 1.28 0.64 10 5.12 2.56 1.28 0.64 10]; mdaq_ao_test(AO_CH, AO_RANGE, AO_DATA, SCRIPT_MODE); r1 = validate_test_val(mdaq_ai_test(AI_CH, AI_RANGE, AI_MODE, SCRIPT_MODE), REF_OUT, ERR, "macro test"); r2 = validate_test_val(mdaq_ai_test(AI_CH, AI_RANGE, AI_MODE, SIM_MODE), REF_OUT, ERR, "sim test"); r3 = validate_test_val(mdaq_ai_test(AI_CH, AI_RANGE, AI_MODE, DSP_MODE), REF_OUT, ERR, "DSP test"); mprintf("\n\n---------- REPORT: "+TITLE+" ----------") mprintf(r1); mprintf(r2); mprintf(r3); mprintf("----------------------------------------------\n\n") //input("Press any key to run next test."); // //Analog Output Test03 - "AI MODE" //TITLE = "Test03: AI Mode"; //mprintf("\n"+TITLE+"\n"); //AO_DATA = [-7:8]; //AO_CH = 1:16; //AI_CH = 1:8; //AO_RANGE = [AO10]; //AI_RANGE = [AI10_24]; //AI_MODE = %T; // //ERR = 0.02; // //REF_OUT = []; // //for i=1:8 // if modulo(i, 2) == 1 // REF_OUT = [REF_OUT (AO_DATA(i2-1)-AO_DATA(i2))]; // else // REF_OUT = [REF_OUT (AO_DATA(i2)-AO_DATA(i2-1))]; // end //end // //mdaq_ao_test(AO_CH, AO_RANGE, AO_DATA, SCRIPT_MODE); // //r1 = validate_test_val(mdaq_ai_test(AI_CH, AI_RANGE, AI_MODE, SCRIPT_MODE), REF_OUT, ERR, "macro test"); //r2 = validate_test_val(mdaq_ai_test(AI_CH, AI_RANGE, AI_MODE, SIM_MODE), REF_OUT, ERR, "sim test"); //r3 = validate_test_val(mdaq_ai_test(AI_CH, AI_RANGE, AI_MODE, DSP_MODE), REF_OUT, ERR, "DSP test"); //mprintf("\n\n---------- REPORT: "+TITLE+" ----------") //mprintf(r1); mprintf(r2); mprintf(r3); //mprintf("----------------------------------------------\n\n") //Analog Output Test04 - "AI MIX MODE" //TITLE = "Test04: AI MIX Mode"; //mprintf("\n"+TITLE+"\n"); //AO_DATA = [-7:8]; //AO_CH = 1:16; //AI_CH = [1 3 5 7 9 10 11 12 13 14 15 16]; //AO_RANGE = [AO10]; //AI_RANGE = [AI10_24]; //AI_MODE = [%T %T %T %T %F %F %F %F %F %F %F %F]; // //ERR = 0.02; // //REF_OUT = [-1 -1 -1 -1 1:8]; // //mdaq_ao_test(AO_CH, AO_RANGE, AO_DATA, SCRIPT_MODE); // //r1 = validate_test_val(mdaq_ai_test(AI_CH, AI_RANGE, AI_MODE, SCRIPT_MODE), REF_OUT, ERR, "macro test"); //r2 = validate_test_val(mdaq_ai_test(AI_CH, AI_RANGE, AI_MODE, SIM_MODE), REF_OUT, ERR, "sim test"); //r3 = validate_test_val(mdaq_ai_test(AI_CH, AI_RANGE, AI_MODE, DSP_MODE), REF_OUT, ERR, "DSP test"); //mprintf("\n\n---------- REPORT: "+TITLE+" ----------") //mprintf(r1); mprintf(r2); mprintf(r3); //mprintf("----------------------------------------------\n\n")
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#!10B5,TFR_1_,+X,!0000,FALSE,TRUE #!10B6,R_8_,+X,!0000,FALSE,TRUE #!10B7,R_7_,+X,!0000,FALSE,TRUE #!10B8,R_6_,+X,!0000,FALSE,TRUE #!10B9,R_5_,+X,!0000,FALSE,TRUE #!10BA,R_4_,+X,!0000,FALSE,TRUE #!10BB,R_3_,+X,!0000,FALSE,TRUE #!10BC,R_2_,+X,!0000,FALSE,TRUE #!10BD,R_1_,+X,!0000,FALSE,TRUE #!10BE,STREG_8_,+X,!0000,FALSE,TRUE #!10BF,STREG_7_,+X,!0000,FALSE,TRUE #!10C0,STREG_6_,+X,!0000,FALSE,TRUE #!10C1,STREG_5_,+X,!0000,FALSE,TRUE #!10C2,STREG_4_,+X,!0000,FALSE,TRUE #!10C3,STREG_3_,+X,!0000,FALSE,TRUE #!10C4,TFCKL,+X,!0000,FALSE,TRUE #!10C5,TFR_8_,+X,!0000,FALSE,TRUE #!10C6,TFR_7_,+X,!0000,FALSE,TRUE #!10C7,TFR_6_,+X,!0000,FALSE,TRUE #!10C8,TFR_5_,+X,!0000,FALSE,TRUE #!10C9,TFR_4_,+X,!0000,FALSE,TRUE #!10CA,TFR_3_,+X,!0000,FALSE,TRUE @ANALOGS,104 #!2002,F_L_CS,+X,!0000,I, #!2003,XMIN_01,+X,!0000,F, #!2004,KP_01,+X,!0000,F, #!2005,XMAX_01,+X,!0000,F, #!2006,F_L_HO,+X,!0000,I, #!2007,D_L_SUS_ZD,+X,!0000,I, #!2008,M_L_SUS,+X,!0000,I, #!2009,L_NFS,+X,!0000,I, #!200A,X_01,+X,!0000,F, #!200B,L_HO_L,+X,!0000,F, #!200C,P0_01,+X,!0000,F, #!200D,TI_01,+X,!0000,F, #!200E,Q,+X,!0000,F, #!200F,M_G_CS,+X,!0000,I, #!2010,F_L_NZ,+X,!0000,I, #!2011,M_L_CS,+X,!0000,I, #!2012,L_NZ,+X,!0000,I, #!2013,SP_01,+X,!0000,F, #!2014,Z_T_S,+X,!0000,I, #!2015,STATE_1_,+X,!0000,I, #!2016,STATE_2_,+X,!0000,I, #!2017,Z_L_NFS,+X,!0000,I, #!2018,Q_ZD,+X,!0000,F, #!2019,STATE_3_,+X,!0000,I, #!201A,SP_02,+X,!0000,F, #!201B,STATE_4_,+X,!0000,I, #!201C,TF_H_1_,+X,!0000,I, #!201D,STATE_5_,+X,!0000,I, #!201E,NOM_CUR,+X,!0000,I, #!201F,STATE_6_,+X,!0000,I, #!2020,TF_H_2_,+X,!0000,I, #!2021,STATE_7_,+X,!0000,I, #!2022,TF_H_3_,+X,!0000,I, #!2023,STATE_8_,+X,!0000,I, #!2024,S_G_CS,+X,!0000,F, #!2025,TF_H_4_,+X,!0000,I, #!2026,TF_H_5_,+X,!0000,I, #!2027,TF_H_6_,+X,!0000,I, #!2028,TF_H_7_,+X,!0000,I, #!2029,TAVL_1,+X,!0000,I, #!202A,TF_H_8_,+X,!0000,I, #!202B,TAVL_2,+X,!0000,I, #!202C,TAVL_3,+X,!0000,I, #!202D,TF_M_1_,+X,!0000,I, #!202E,TF_M_2_,+X,!0000,I, #!202F,TF_M_3_,+X,!0000,I, #!2030,TPER_ZD,+X,!0000,I, #!2031,TF_M_4_,+X,!0000,I, #!2032,TF_M_5_,+X,!0000,I, #!2033,M_L_NZ,+X,!0000,I, #!2034,TF_M_6_,+X,!0000,I, #!2035,TST_ZD,+X,!0000,I, #!2036,TF_M_7_,+X,!0000,I, #!2037,TF_M_8_,+X,!0000,I, #!2038,SPR_01,+X,!0000,F, #!2039,L_SUS,+X,!0000,I, #!203A,Z_L_SUS,+X,!0000,I, #!203B,F_T_S,+X,!0000,I, #!203C,F_L_NFS,+X,!0000,I, #!203D,K_01,+X,!0000,F, #!203E,Z_G_CS,+X,!0000,I, #!203F,T_V2_1_E,+X,!0000,I, #!2040,T_V2_2_E,+X,!0000,I, #!2041,NOM_CUR_OF,+X,!0000,I, #!2042,T_V2_3_E,+X,!0000,I, #!2043,T_V3_1_E,+X,!0000,I, #!2044,G_CS,+X,!0000,I, #!2045,T_V2_4_E,+X,!0000,I, #!2046,T_V3_2_E,+X,!0000,I, #!2047,T_V2_5_E,+X,!0000,I, #!2048,TPER,+X,!0000,I, #!2049,T_V3_3_E,+X,!0000,I, #!204A,T_V2_6_E,+X,!0000,I, #!204B,T_V3_4_E,+X,!0000,I, #!204C,T_V2_7_E,+X,!0000,I, #!204D,T_V3_5_E,+X,!0000,I, #!204E,T_V2_ZD,+X,!0000,I, #!204F,T_S,+X,!0000,I, #!2050,T_V2_8_E,+X,!0000,I, #!2051,T_V3_6_E,+X,!0000,I, #!2052,T_V3_7_E,+X,!0000,I, #!2053,T_V3_ZD,+X,!0000,I, #!2054,T_V3_8_E,+X,!0000,I, #!2055,Z_L_CS,+X,!0000,I, #!2056,F_L_SUS,+X,!0000,I, #!2057,M_T_S,+X,!0000,I, #!2058,M_L_NFS,+X,!0000,I, #!2059,F_G_CS,+X,!0000,I, #!205A,L_CS,+X,!0000,I, #!205B,NC_ZD,+X,!0000,I, #!205C,L_HO,+X,!0000,I, #!205D,TD_01,+X,!0000,F, #!205E,Z_L_NZ,+X,!0000,I, #!205F,TF_8_,+X,!0000,I, #!2060,TF_7_,+X,!0000,I, #!2061,TF_6_,+X,!0000,I, #!2062,TF_5_,+X,!0000,I, #!2063,TF_4_,+X,!0000,I, #!2064,TF_3_,+X,!0000,I, #!2065,TF_2_,+X,!0000,I, #!2066,TF_1_,+X,!0000,I, #!2067,NOM_FIRST,+X,!0000,I, #!2068,SCA_M,+X,!0000,F, #!2069,XT_01,+X,!0000,F, @TIMERS,0 @MESSAGES,0 @USP,0 @FBINSTANCES,0 @FBINSTANCES,0 @FBINSTANCES,0 @FBINSTANCES,0 @FBINSTANCES,0 @FBINSTANCES,0 @FBINSTANCES,0 @FBINSTANCES,0 @FBINSTANCES,0 @FBINSTANCES,0 @FBINSTANCES,0 @FBINSTANCES,0 @FBINSTANCES,0 @FBINSTANCES,0 @FBINSTANCES,0 @FBINSTANCES,0 @FBINSTANCES,0 @FBINSTANCES,0 @FBINSTANCES,0 @FBINSTANCES,0 @FBINSTANCES,0 @FBINSTANCES,0 @END_SYMBOLS
bcc7456bf5f148587bd83862b63a7226b0067ec2	afc50254b2af7f235fea22b2288edf5c48d24300	/Scilab/Task_1/move_bgi.sce	d76c5ec81fbeab357a1919ba4f2b6daaf9f5bd8e	[]	no_license	kartofun/ITMO	323d0b993842d6b09a5560af5e59c83298b3fa20	c5d69c6d2c9980ab7e79b32b3f7145f83d0299c9	refs/heads/master	2020-12-08T10:02:24.328398	2016-10-30T22:54:47	2016-10-30T22:54:47	66,733,126	2	0	null	null	null	null	UTF-8	Scilab	false	false	674	sce	move_bgi.sce	xg=[0 0 3 3 5 5 6 6 8 6 6 8 8 6]; yg=[0 5 5 0 5 0 0 5 5 5 3 3 0 0]; x=0; y=0; xs=1; ys=1; xm=10max(xg); ym=10max(yg); vx=0; f=figure(); f.figure_position=[200,200]; f.figure_size=[800,600]; f.background=4; b1=uicontrol(f,'style','pushbutton','Position',[670 400 50 30],'Callback',"close(a); close(f); vx=1;",'BackgroundColor',[0.7,0.9,0.7],'ForegroundColor',[1,0,1],'String',"END"); a=newaxes(); a.axes_bounds=[0,0,1,1]; a.background = 4; isoview(-xm,xm,-ym,ym); while vx==0, xr=max(x+xg); yr=max(y+yg); if xr>xm-2 xs=-xs; end if yr>ym+8 ys=-ys; end if xr<-xm+10 xs=-xs; end if yr<-ym-3 ys=-ys; end x=x+xs; y=y+ys; plot(x+xg-xs,y+yg-ys,'c',x+xg,y+yg); end
a24a3f2771cfe9c9d69e41047559a0b0696222c4	449d555969bfd7befe906877abab098c6e63a0e8	/3831/CH14/EX14.13/Ex14_13.sce	20152442cf402309832a451338f017ad77e2e7d7	[]	no_license	FOSSEE/Scilab-TBC-Uploads	948e5d1126d46bdd2f89a44c54ba62b0f0a1f5e1	7bc77cb1ed33745c720952c92b3b2747c5cbf2df	refs/heads/master	2020-04-09T02:43:26.499817	2018-02-03T05:31:52	2018-02-03T05:31:52	37,975,407	3	12	null	null	null	null	UTF-8	Scilab	false	false	526	sce	Ex14_13.sce	// Example 14_13 clc;funcprot(0); // Given data mu_j=0.0300;// °F/psi p_1=300;// psia p_2=14.7;// psia T_1=70.0;// °F n_s_c=90.0/100;// The isentropic efficiency of the air compressor k=1.40;// The specific heat ratio // Calculation dT=mu_j(p_2-p_1);// °F T_2=T_1+dT;// °F COP_RAC=(mu_j(p_2-p_1))/(((T_1+459.67)*[((p_2/p_1)^((k-1)/k))-1])/n_s_c);// The coefficient of performance printf("\nThe outlet temperature,T_2=%2.1f°F \nCOP of a Joule-Thomson expansion throttling device,COP=%0.4f",T_2,COP_RAC);
26090c4c2d1883b03299f38232220a2bb70ac20f	449d555969bfd7befe906877abab098c6e63a0e8	/964/CH18/EX18.5/18_5.sce	09b35ff9b258a5c81238759016cee7dfcdfa5e40	[]	no_license	FOSSEE/Scilab-TBC-Uploads	948e5d1126d46bdd2f89a44c54ba62b0f0a1f5e1	7bc77cb1ed33745c720952c92b3b2747c5cbf2df	refs/heads/master	2020-04-09T02:43:26.499817	2018-02-03T05:31:52	2018-02-03T05:31:52	37,975,407	3	12	null	null	null	null	UTF-8	Scilab	false	false	503	sce	18_5.sce	clc; clear; x=[1 4 6 5 3 1.5 2.5 3.5]; y=[0 1.3862944 1.7917595 1.6094379 1.0986123 0.4054641 0.9162907 1.2527630]; n=8; for i=1:n fdd(i,1)=y(i); end for j=2:n for i=1:n-j+1 fdd(i,j)=(fdd(i+1,j-1)-fdd(i,j-1))/(x(i+j-1)-x(i)); end end xterm=1; yint(1)=fdd(1,1); for order=2:n xterm=xterm(2-x(order-1)); yint2=yint(order-1)+fdd(1,order)xterm; Ea(order-1)=yint2-yint(order-1); yint(order)=yint2; end disp(yint,"F(x)=") disp(Ea,"Ea=")
99ace3f8c0066449e7b8782855aadea2f8b9daa1	449d555969bfd7befe906877abab098c6e63a0e8	/1163/CH4/EX4.2/example_4_2.sce	7847532778d38afb2bd91a66b1c862bec6533ccb	[]	no_license	FOSSEE/Scilab-TBC-Uploads	948e5d1126d46bdd2f89a44c54ba62b0f0a1f5e1	7bc77cb1ed33745c720952c92b3b2747c5cbf2df	refs/heads/master	2020-04-09T02:43:26.499817	2018-02-03T05:31:52	2018-02-03T05:31:52	37,975,407	3	12	null	null	null	null	UTF-8	Scilab	false	false	345	sce	example_4_2.sce	clear; clc; disp("--------------Example 4.2---------------") printf("\nA signal with L levels actually can carry log2 L bits per level. If each level corresponds to one signal element\nand we assume the average case (c = 1/2), then the two formulas agree with each other.") //display the example disp("Nmax = (1/c) x B x r = 2 x B x log2L");
9b85a2900e932e4c288242d09c00b9065c60b663	c884d985cf07964dbaf65b3204ef1bebb38d4f23	/gauss_seidel.sce	2d4a12eea61b506706fc6ce01b007ccddc8d7d05	[]	no_license	mbgaspar/Computacao-cientifica	710f99c81f2ae342c782584bae2fef666f78f76c	8168c0bdcaa14cf9d2b57ba34e15fd0833e69ee3	refs/heads/master	2021-11-05T01:50:18.159560	2021-10-29T12:09:10	2021-10-29T12:09:10	220,349,256	0	0	null	null	null	null	UTF-8	Scilab	false	false	1,447	sce	gauss_seidel.sce	function [x,iter]=gauss_seidel(A,b,lam,es,maxi) //resolução de sistemas pelo método de Gauss-Seidel //A é a matriz de coeficientes, b é o vetor de estímulos //lam é o fator de relaxamento(opcional) //es é o critério de parada(opcional) //maxi é o número máximo de iterações (opcional) [m,n]=size(A); if m~=n then error("Amatriz A deve ser quadrada"); end m = size(b); if m~=n then error("Vetor b inconsistente"); end if argn(2)<3 then lam = 1; end if argn(2)<4 then es = 0.00001; end if argn(2)<5 then maxi = 50; end //montagem da matriz C em cima da matriz A, //vetores d (b)e x inicial for i = 1:n for j = 1:n if i==j then x(i)=0; b(i)=b(i)/A(i,i); else A(i,j)=A(i,j)/A(i,i); end end A(i,i)=0; end //início do método iterativo iter=0; while 1 do for i = 1:n xold = x(i); x(i)= b(i)-A(i,:)x(:); x(i)=x(i)lam + (1-lam)xold; ea(i)= abs((x(i)-xold)/x(i))100; end //disp(x); iter = iter+1; if max(ea)<= es \| iter > maxi then break; end end if iter > maxi then x = 'Divergiu'; end endfunction
5e77679fcb210b1c7bf4dce1528a1420f405239a	449d555969bfd7befe906877abab098c6e63a0e8	/3774/CH7/EX7.3/Ex7_3.sce	681ceb9119fe116f463d871c37a117b0f31abe6d	[]	no_license	FOSSEE/Scilab-TBC-Uploads	948e5d1126d46bdd2f89a44c54ba62b0f0a1f5e1	7bc77cb1ed33745c720952c92b3b2747c5cbf2df	refs/heads/master	2020-04-09T02:43:26.499817	2018-02-03T05:31:52	2018-02-03T05:31:52	37,975,407	3	12	null	null	null	null	UTF-8	Scilab	false	false	394	sce	Ex7_3.sce	// exa 7.3 Pg 204 clc;clear;close; // Given Data n=8;// no. of spline d=52;// mm D=60;// mm pm=6;// MPa mu=0.06;// coefficient of friction N=320;// rpm P=20;// kW T=60103P/2/%pi/N;// N.m l=8T103/pm/n/(D2-d*2);// mm printf('length of hub = %.f mm',l) Rm=(D+d)/4;// mm F=T10*3/Rm;// N Ff=muF;//N (Force of friction) printf('\n Force required to shift the connection = %.1f N',Ff)
aa475073708bd95d3e1322d3a013e8385f69bdbc	cf9492ae71b5e6d3cac882f982c31e137a27d049	/sound-diff.sce	c736fcbc97a6301c3e257c21d3b9e432436103ec	[ "Apache-2.0" ]	permissive	moueza/scilab-sound-diff	589e0b4c1f25eff467b157a2d40e77b2185a0e65	97de0c4b0e96c59e3cd6d66abfc366bfcc92a937	refs/heads/main	2023-05-27T02:38:28.864728	2021-06-12T22:49:40	2021-06-12T22:49:40	376,297,889	0	0	null	null	null	null	UTF-8	Scilab	false	false	376	sce	sound-diff.sce	y = loadwave("SCI/modules/sound/demos/chimes.wav"); //playsnd(y) // Play it once at the default 22050 Hz sampling rate //sleep(5) //playsnd(y, 3e4) // Play it once at 30 kHz sampling rate //sleep(5) //playsnd(y,, 3) // Play it 3 times at the default sampling rate //sleep(5) playsnd(y, 44100, 3) // Play it 3 times at 44.1 kHZ sampling rate
511060a6345ff6752e9e52d883fe3b8944b77eea	449d555969bfd7befe906877abab098c6e63a0e8	/2339/CH6/EX6.17.1/Ex6_17.sce	acc7b5af3a193a67f59317b83eef12d29b51cde4	[]	no_license	FOSSEE/Scilab-TBC-Uploads	948e5d1126d46bdd2f89a44c54ba62b0f0a1f5e1	7bc77cb1ed33745c720952c92b3b2747c5cbf2df	refs/heads/master	2020-04-09T02:43:26.499817	2018-02-03T05:31:52	2018-02-03T05:31:52	37,975,407	3	12	null	null	null	null	UTF-8	Scilab	false	false	204	sce	Ex6_17.sce	clc clear r=19; //Compression Ratio Re=9.1; //Expansion Ratio Z=r/Re; G=1.4; Eff=100(1-((1/(r^(G-1)))(1/G)*((Z^G)-1)/(Z-1))); printf('Efficiency: %2.2f Percent',Eff); printf('\n');
0d44c648db154cfc155334a1773183afe80b9192	449d555969bfd7befe906877abab098c6e63a0e8	/1370/CH3/EX3.8/example3_8.sce	4e5762880e140e734dbba880bba2f01a0e979dec	[]	no_license	FOSSEE/Scilab-TBC-Uploads	948e5d1126d46bdd2f89a44c54ba62b0f0a1f5e1	7bc77cb1ed33745c720952c92b3b2747c5cbf2df	refs/heads/master	2020-04-09T02:43:26.499817	2018-02-03T05:31:52	2018-02-03T05:31:52	37,975,407	3	12	null	null	null	null	UTF-8	Scilab	false	false	932	sce	example3_8.sce	//example3.8 clc disp("The given values are, V1=200 V, V2=400 V, S=4 kVA, (R_1e)=0.15 ohm, P1= 60 W") k=4/2 disp(k,"K=400/200=") r=(2^2)0.15 disp(r,"Therefore, (R_2e)[in ohm]=(K^2)(R_1e)=") i=4000/400 disp(i,"I2(FL)[in A]=(kVA)/V2=") disp("i) Total copper losses on full load,") p=(10^2)0.6 disp(p,"(P_cu)(FL)[in W]=[I2(FL)]^2 * (R_2e) =(10^2)0.6 =") disp("ii) cos(psi)=0.9 lagging and full load") disp("Therefore, %n = [(VA rating cos(psi))/(VA rating cos(psi)+(P_i)+(P_cu)FL)]100") n=(40.910^5)/((40.910^3)+60+60) format(6) disp(n,"Therefore, n(% efficiency)=(40.910^3)/((40.910^3)+60+60) * 100 =") disp("iii) cos(psi)=0.8 leading, half load") disp("As half load, n=0.5") p=(0.5^2)60 disp(p,"(P_cu)(HL)[in W]=(n^2)[(P_cu)(FL)]=(10.5^2)60 =") disp("Therefore, %n = [n(VA rating cos(psi))/(nVA rating cos(psi)+(P_i)+(P_cu)FL)]100") n=(40.50.810^5)/((40.80.510^3)+60+15) disp(n," = ")
57b95210f5a05595a2b7b59af2700e9a4178bc91	c206e3f57b0a6f75bd1feefefecd29398746c358	/scripts/usd.sci	3f6e7de25d22237b1652c29576ea3f3f2bac56c1	[]	no_license	danielfcollier/scilab-image-processing-scripts	e092a7c1a6a0ade906c020218a9571290245e40f	43d78cb06dc6c27ab8663f351e4c172d038280ce	refs/heads/main	2023-04-12T20:05:52.840157	2021-04-27T18:56:06	2021-04-27T18:56:06	362,219,761	0	0	null	null	null	null	UTF-8	Scilab	false	false	234	sci	usd.sci	function [U] = usd(M) // USD_ // usd: up side down the matrix // M: matriz m x n // R: matriz m x n // // Uso: // M = [1:4;5:8;9:12;13:16]; // U = usd(M); // [l, c] = size(M); U = matrix(M((l*c):-1:1),l,c); endfunction
451d7844baa0aa9d5231a3693d3ec19bb6d7d476	a62e0da056102916ac0fe63d8475e3c4114f86b1	/set14/s_Linear_Algebra_And_Its_Applications_G._Strang_70.zip/Linear_Algebra_And_Its_Applications_G._Strang_70/CH5/EX5.2.2/5_2_2.sci	63b673b7c3b534e7edc17726205f7423935d8ec1	[]	no_license	hohiroki/Scilab_TBC	cb11e171e47a6cf15dad6594726c14443b23d512	98e421ab71b2e8be0c70d67cca3ecb53eeef1df6	refs/heads/master	2021-01-18T02:07:29.200029	2016-04-29T07:01:39	2016-04-29T07:01:39	null	0	0	null	null	null	null	UTF-8	Scilab	false	false	283	sci	5_2_2.sci	errcatch(-1,"stop");mode(2);//page 238 ; ; disp('The eigenvalues themselves are not so for a rotation.') disp('90 degree rotation') K=[0 -1;1 0]; disp(K,'K=') eig=spec(K); [V,Val]=spec(K); disp(eig,'Eigen values:') x1=V(:,1); x2=V(:,2); disp(x1,x2,'Eigen vectors:'); //end exit();
f54be19279a92ec7cf5faf39b10e07ef1d9d9f94	449d555969bfd7befe906877abab098c6e63a0e8	/608/CH16/EX16.04/16_04.sce	f78bf0237e569e9b8d39848e064826ff168e2238	[]	no_license	FOSSEE/Scilab-TBC-Uploads	948e5d1126d46bdd2f89a44c54ba62b0f0a1f5e1	7bc77cb1ed33745c720952c92b3b2747c5cbf2df	refs/heads/master	2020-04-09T02:43:26.499817	2018-02-03T05:31:52	2018-02-03T05:31:52	37,975,407	3	12	null	null	null	null	UTF-8	Scilab	false	false	957	sce	16_04.sce	//Problem 16.04: A pure inductance of 120 mH is connected in parallel with a 25 μF capacitor and the network is connected to a 100 V, 50 Hz supply. Determine (a) the branch currents, (b) the supply current and its phase angle, (c) the circuit impedance, and (d) the power consumed. //initializing the variables: C = 25E-6; // in Farads L = 120E-3; // in Henry V = 100; // in Volts f = 50; // in Hz //calculation: XL = 2%pifL IL = V/XL Xc = 1/(2%pifC) Ic = V/Xc //IL and Ic are anti-phase. Hence supply current, I = IL - Ic //the current lags the supply voltage V by 90° phi = %pi/2 phid = phi180/%pi Z = V/I P = VI*cos(phi) printf("\n\n Result \n\n") printf("\n (a)Current through Inductor is %.3f A and current through capacitor is %.3f A",IL, Ic) printf("\n (b)current, I = %.3f A ",I) printf("\n (c)phase angle = %.0f°",phid) printf("\n (d)Impedance Z = %.2f Ohm ",Z) printf("\n (e)Power consumed = %.0f Watt ",P)
714fc6101d79db56083202183a10811b81c7e9ae	449d555969bfd7befe906877abab098c6e63a0e8	/1019/CH6/EX6.12/Example_6_12.sce	ad2f829fb7de61722baee7f021412dcda17bdd4d	[]	no_license	FOSSEE/Scilab-TBC-Uploads	948e5d1126d46bdd2f89a44c54ba62b0f0a1f5e1	7bc77cb1ed33745c720952c92b3b2747c5cbf2df	refs/heads/master	2020-04-09T02:43:26.499817	2018-02-03T05:31:52	2018-02-03T05:31:52	37,975,407	3	12	null	null	null	null	UTF-8	Scilab	false	false	393	sce	Example_6_12.sce	//Example 6.12 clear; clc; //Given T=300;//temperature in K s=2;//symmetry number I=4.59;//moment of inertia in 10^(-47) kg m^2 h=6.626;//plancks constant in 10^(34) Js k=1.38;//in (10^(-23)) J K^-1 //To determine the rotational partition function Qr=((8(%pi^2)IkT)/(s(h^2)))0.001;//rotational partition function mprintf('rotational partition function,qr = %f',Qr); //end
b301bc7ba085847f6dbb4005e00f59428a182fc8	449d555969bfd7befe906877abab098c6e63a0e8	/623/CH3/EX2.2.14/U2_C2_14.sce	eebca87c5c71a768b2cd26b9ab11801a120893bf	[]	no_license	FOSSEE/Scilab-TBC-Uploads	948e5d1126d46bdd2f89a44c54ba62b0f0a1f5e1	7bc77cb1ed33745c720952c92b3b2747c5cbf2df	refs/heads/master	2020-04-09T02:43:26.499817	2018-02-03T05:31:52	2018-02-03T05:31:52	37,975,407	3	12	null	null	null	null	UTF-8	Scilab	false	false	1,174	sce	U2_C2_14.sce	//variable initialization h=1.05410^-34; //planck's constant (joule-second) x=10^-14; //dimension of the nucleus (meter) c=310^8; //speed of light (meter/second) e=1.610^-19; //charge of electron (coulomb) //(i) Uncertainty in the momentum of electron p_uncer=h/x; //The uncertainty in the momentum of electron (kg m/s) //(ii) kinetic energy of electron T=(p_uncerc)/(e*10^6); //kinetic energy of electron (MeV) printf("\n(i) The uncertainty in the momentum of electron = %.3e kg m/s\n(ii) Kinetic energy of electron = %.0f MeV\n Experiments show that energy of electrons in nuclear disintegration (beta decay) is very much less than %.0f MeV. Hence the uncertainty principle rules out the possibility of electrons being a nuclear constituent.",p_uncer,T,T);
b88440b5ad6b41c38dd8b4646a3036a607cf97d7	449d555969bfd7befe906877abab098c6e63a0e8	/3131/CH19/EX19.1/Ex19_1.sce	95fd683c55bb49e50abe587a684b4d02e31bc18b	[]	no_license	FOSSEE/Scilab-TBC-Uploads	948e5d1126d46bdd2f89a44c54ba62b0f0a1f5e1	7bc77cb1ed33745c720952c92b3b2747c5cbf2df	refs/heads/master	2020-04-09T02:43:26.499817	2018-02-03T05:31:52	2018-02-03T05:31:52	37,975,407	3	12	null	null	null	null	UTF-8	Scilab	false	false	843	sce	Ex19_1.sce	clear all; clc; disp("Ex 19_1") a=8//rad/sec b=0.25//m v_G_disk=ab printf('\n\nSince the disk is rotating about a fixed axis through point B then v_g = %0.0f m/s',v_G_disk) m=10//kg H_G=0.5mb^2a printf('\n\n(clockwise)+H_G = %0.2f kgm^2/s',H_G) H_B=H_G+mv_Gb printf('\n\n(clockwise)+H_B = %0.2f kgm^2/s',H_B) disp(" ") disp("I_B=(3/2)mr^2") H_B_new=(3/2)mb^2a printf('\n\n(clockwise)+H_B = %0.2f kgm^2/s',H_B_new) disp(" ") disp("The bar undergoes General Plane Motion") //Refer figure 19-c c=3.464//m w=v_G_disk/c printf('\n\nw = %0.4f rad/s',w) v_G_bar=wv_G printf('\n\nFor the bar :- v_G = %0.3f m/s',v_G_bar) H_G_new=(1/12)54^2w printf('\n\nFor the bar :- (clockwise)+H_G = %0.2f kgm^2/s',H_G_new) //Moments of I_Gw and m.v_G about the IC yield H_IC=H_G_new+25*v_G_bar printf('\n\n(clockwise)+H_IC = %0.1f kgm^2/s',H_IC)
fb035030a4b621c536dd9400eafafb83a0779bb4	7b040f1a7bbc570e36aab9b2ccf77a9e59d3e5c2	/Scilab/local/Sine_Test/data.sce	f15875d4cc30dff098310212da9cafd3c84f70f4	[]	no_license	advait23/sbhs-manual	e2c380051117e3a36398bb5ad046781f7b379cb9	d65043acd98334c44a0f0dbf480473c4c4451834	refs/heads/master	2021-01-16T19:50:40.218314	2012-11-16T04:11:12	2012-11-16T04:11:12	null	0	0	null	null	null	null	UTF-8	Scilab	false	false	1,260	sce	data.sce	0.100E+00 0.200E+02 0.100E+03 0.261E+02 0.110E+01 0.200E+02 0.100E+03 0.261E+02 0.210E+01 0.200E+02 0.100E+03 0.261E+02 0.310E+01 0.200E+02 0.100E+03 0.261E+02 0.410E+01 0.200E+02 0.100E+03 0.261E+02 0.510E+01 0.200E+02 0.100E+03 0.261E+02 0.610E+01 0.200E+02 0.100E+03 0.262E+02 0.710E+01 0.200E+02 0.100E+03 0.262E+02 0.810E+01 0.200E+02 0.100E+03 0.264E+02 0.910E+01 0.200E+02 0.100E+03 0.264E+02 0.101E+02 0.200E+02 0.100E+03 0.264E+02 0.111E+02 0.200E+02 0.100E+03 0.265E+02 0.121E+02 0.200E+02 0.100E+03 0.265E+02 0.131E+02 0.200E+02 0.100E+03 0.266E+02 0.141E+02 0.200E+02 0.100E+03 0.267E+02 0.151E+02 0.200E+02 0.100E+03 0.267E+02 0.161E+02 0.200E+02 0.100E+03 0.268E+02 0.171E+02 0.200E+02 0.100E+03 0.268E+02 0.181E+02 0.200E+02 0.100E+03 0.270E+02 0.191E+02 0.200E+02 0.100E+03 0.272E+02 0.201E+02 0.200E+02 0.100E+03 0.272E+02 0.211E+02 0.200E+02 0.100E+03 0.273E+02 0.221E+02 0.200E+02 0.100E+03 0.274E+02 0.231E+02 0.200E+02 0.100E+03 0.274E+02 0.241E+02 0.200E+02 0.100E+03 0.275E+02 0.251E+02 0.200E+02 0.100E+03 0.276E+02 0.261E+02 0.200E+02 0.100E+03 0.277E+02 0.271E+02 0.200E+02 0.100E+03 0.279E+02
f149846e5b26726aaf92e3cca901d963e1cb1994	449d555969bfd7befe906877abab098c6e63a0e8	/3012/CH8/EX8.1/Ex8_1.sce	3ba13e858d1dd6c8e9edf6b5c7bfc993de299756	[]	no_license	FOSSEE/Scilab-TBC-Uploads	948e5d1126d46bdd2f89a44c54ba62b0f0a1f5e1	7bc77cb1ed33745c720952c92b3b2747c5cbf2df	refs/heads/master	2020-04-09T02:43:26.499817	2018-02-03T05:31:52	2018-02-03T05:31:52	37,975,407	3	12	null	null	null	null	UTF-8	Scilab	false	false	2,617	sce	Ex8_1.sce	// Given:- p1 = 8.0 // pressure of saturated vapor entering the turbine in MPa p3 = 0.008 // pressure of saturated liquid exiting the condenser in MPa Wcycledot = 100.00 // the net power output of the cycle in MW // Analysis // From table A-3 h1 = 2758.0 // in kj/kg s1 = 5.7432 // in kj/kg.k s2 = s1 sf = 0.5926 // in kj/kg.k sg = 8.2287 // in kj/kg.k hf = 173.88 // in kj/kg hfg = 2403.1 // in kj/kg v3 = 1.0084e-3 // in m^3/kg // State 3 is saturated liquid at 0.008 MPa, so h3 = 173.88 // in kj/kg // Calculations x2 = (s2-sf)/(sg-sf) // quality at state 2 h2 = hf + x2hfg p4 = p1 h4 = h3 + v3(p4-p3)10610*-3 // in kj/kg // Part(a) //Mass and energy rate balances for control volumes around the turbine and pump give, respectively wtdot = h1 - h2 wpdot = h4-h3 // The rate of heat transfer to the working fluid as it passes through the boiler is determined using mass and energy rate balances as qindot = h1-h4 eta = (wtdot-wpdot)/qindot // thermal efficiency) // Result for part a printf( ' The thermal efficiency for the cycle is %.2f',eta) // Part(b) bwr = wpdot/wtdot // back work ratio // Result printf( ' The back work ratio is %f',bwr) // Part(c) mdot = (Wcycledot10*33600)/((h1-h2)-(h4-h3)) // mass flow rate in kg/h // Result printf( ' The mass flow rate of the steam is %.2f kg/h .',mdot) // Part(d) Qindot = mdotqindot/(360010*3) // in MW // Results printf('The rate of heat transfer,Qindot , into the working fluid as it passes through the boiler, is %.2f MW.',Qindot) // Part(e) Qoutdot = mdot(h2-h3)/(3600103) // in MW // Results printf( ' The rate of heat transfer,Qoutdot from the condensing steam as it passes through the condenser, is %.2f MW.',Qoutdot) // Part(f) // From table A-2 hcwout= 146.68 // in kj/kg hcwin= 62.99 // in kj/kg mcwdot= (Qoutdot10*33600)/(hcwout-hcwin) // in kg/h // Results printf( ' The mass flow rate of the condenser cooling water is %.2f kg/ h.',mcwdot)
8d5516b0ce22d5b06031afe58844e45ae4d8d7a4	449d555969bfd7befe906877abab098c6e63a0e8	/2078/CH5/EX5.9/Example5_9.sce	23738c94cd718db5632c7e80ce2221125975dcfb	[]	no_license	FOSSEE/Scilab-TBC-Uploads	948e5d1126d46bdd2f89a44c54ba62b0f0a1f5e1	7bc77cb1ed33745c720952c92b3b2747c5cbf2df	refs/heads/master	2020-04-09T02:43:26.499817	2018-02-03T05:31:52	2018-02-03T05:31:52	37,975,407	3	12	null	null	null	null	UTF-8	Scilab	false	false	835	sce	Example5_9.sce	//Exa 5.9 clc; clear; close; //Given data : l=100;//km P=20;//MW VRL=6610^3;//volt f=50;//Hz R=10;//ohm L=111.710^-3;//H C=0.995410^-6;//F pf=0.8;//power factor X=2%pifL;//ohm Y=2%pifC;//S cos_fi_r=pf; sin_fi_r=sqrt(1-cos_fi_r^2); VR=VRL/sqrt(3);//volt IR=P10^6/(sqrt(3)VRLpf);//A IR=IR(cos_fi_r-%isin_fi_r);//A Z=R+%iX;//ohm Vdash=VR+1/2IRZ;//Volt IC=Vdash%iY;//A IS=IR+IC;//A VS=Vdash+1/2ISZ;//Volt VSL=abs(VS)sqrt(3);//Volt disp(VSL,"Sending end line voltage(Volt) :"); Reg=(VSL-VRL)/VRL100;//% disp(Reg,"Regulation(%) : "); fi_s=atand(imag(VS),real(VS))-atand(imag(IS),real(IS));// cos_fi_s=cosd(fi_s);//sending end pf Eta_T=sqrt(3)VRLabs(IR)cos_fi_r/(sqrt(3)VSLabs(IS)cos_fi_s)100;//% disp(Eta_T,"Transmission Efficiency(%) : "); //Ans is not accurate in the book.
333928dfead46f43a576156ff1b69afdfdf1eee2	449d555969bfd7befe906877abab098c6e63a0e8	/1634/CH1/EX1.31/example1_31.sce	7d2f076085495278ddb4c2cc20826fa313ea2d8c	[]	no_license	FOSSEE/Scilab-TBC-Uploads	948e5d1126d46bdd2f89a44c54ba62b0f0a1f5e1	7bc77cb1ed33745c720952c92b3b2747c5cbf2df	refs/heads/master	2020-04-09T02:43:26.499817	2018-02-03T05:31:52	2018-02-03T05:31:52	37,975,407	3	12	null	null	null	null	UTF-8	Scilab	false	false	590	sce	example1_31.sce	//exapple 1.31 clc; funcprot(0); // Initialization of Variable longP=112+20/60+15/3600;//longitude of place GST=8+10/60+28/3600;//GST at GMM lst=18+28/60+12/3600;//local sidereal time dot=longP/15;//difference in time gmm=lst+dot-GST;//SI at GMM i=gmm9.8565/3600;//error gmm=gmm-i;//LST at L.M.N LMT=gmm-dot;//local mean time disp("local mean time in past midnight observed:"); a=modulo(LMT3600,60); printf("seconds %.2f",a); b=modulo(LMT3600-a,3600)/60; printf(" minutes %i",b); c=(LMT3600-b*60-a)/3600; if c>24 then c=c-24; end printf(" hours %i",c);
b0781e40cd88d456e780972a3651770b0b3b19da	9b046504c3b7683d3bfa294fe100408058e75aa3	/Metodos/Clase2/EjemplosClase/ejercicio2.sce	d8c67791ca05d2a6d00252826da5ea0c96121b60	[]	no_license	DavidAlex99/Cursos	f15cb4f4fbb35a6eb62cbae0a9b51ea671f3ea8f	aee547ab09db7e535bea5a6d41ed6e455f8a9a89	refs/heads/master	2023-01-08T02:46:07.502656	2020-11-14T00:45:57	2020-11-14T00:45:57	null	0	0	null	null	null	null	UTF-8	Scilab	false	false	328	sce	ejercicio2.sce	clf() diffT = 2 t = 0:diffT:6 //Método análitico xa = 101exp(t.^2/2)-1 plot(t,xa,'marker','>','color','blue') //Método de euler [xb] = (length(t)) xb(1) = 100 for i = 1:1:length(t)-1 xb(i+1) = diffTt(i)*(1+xb(i))+xb(i) end plot(t,xb,'marker','>','color','red') legend(["Método analitico";"Método de Euler"])
87f430f5cc6093de7df2988e259582572911bfb3	449d555969bfd7befe906877abab098c6e63a0e8	/2498/CH6/EX6.9/ex6_9.sce	0d7ce8b90792bf88052a147b8fe9e7ac7aa785f7	[]	no_license	FOSSEE/Scilab-TBC-Uploads	948e5d1126d46bdd2f89a44c54ba62b0f0a1f5e1	7bc77cb1ed33745c720952c92b3b2747c5cbf2df	refs/heads/master	2020-04-09T02:43:26.499817	2018-02-03T05:31:52	2018-02-03T05:31:52	37,975,407	3	12	null	null	null	null	UTF-8	Scilab	false	false	661	sce	ex6_9.sce	// Exa 6.9 clc; clear; close; format('v',6) // Given data Ao = 1.5;// in V/V R = 10;// in k ohm // Ao = (1+(R_F/R1)) disp("The relation of R1 and R_F can be implemented in two ways : "); disp("(i) : When R_F= R \|\| R, in this condition") // When R_F= R \|\| R R1= R;//in k ohm R_F= R1(Ao-1);// in k ohm disp(R1,"The value of R1 in k ohm is : "); disp(R_F,"The value of R_F in k ohm is : ") // When both resistor connected in series disp("(ii) : When both resistor connected in series, in this condition") R1= 2R;// in k ohm R_F= R1*(Ao-1);// in k ohm disp(R1,"The value of R1 in k ohm is : "); disp(R_F,"The value of R_F in k ohm is : ")
a9befad4c53257cb0abbe2da15c4981724cce381	449d555969bfd7befe906877abab098c6e63a0e8	/1733/CH4/EX4.14/4_14.sce	c0171b67bedb4762bc3cd8587d8bd8a5f929b6f9	[]	no_license	FOSSEE/Scilab-TBC-Uploads	948e5d1126d46bdd2f89a44c54ba62b0f0a1f5e1	7bc77cb1ed33745c720952c92b3b2747c5cbf2df	refs/heads/master	2020-04-09T02:43:26.499817	2018-02-03T05:31:52	2018-02-03T05:31:52	37,975,407	3	12	null	null	null	null	UTF-8	Scilab	false	false	407	sce	4_14.sce	//4.14 clc; Motor_output=300735.5/1000; efficiency=0.9; Motor_input=Motor_output/efficiency; Vdc=800; Rated_current=Motor_input1000/800; R=0.1; L=10010^-3; T=1/400; emf=Vdc-Rated_current0.1; Duty_cycle=0.2; emf_n=Duty_cycleVdc-Rated_current0.1; N=900/(emf/emf_n); printf("\nSpeed of motor = %.2f rpm", N) dia=(Vdc-Duty_cycleVdc)/LDuty_cycle*T; printf("\nCurrent swing = %.1f A", dia)
f1d191f51328afc5348363e488b22188ecbce578	ed1c05f846a64e6a8308394b3f3a4edbf4801a04	/raytracer/scenes/rings/rings.sce	4eeaca7ab338ccd1c16b1123893316a126745794	[]	no_license	Gorzen/Computer-Graphics-2019	e56b85314fa7b4782041977480e4d7b01a854a6c	c17a640342414402a6efe8859cfc9e3aa042960b	refs/heads/master	2020-04-24T09:39:56.561728	2019-05-30T11:41:20	2019-05-30T11:41:20	171,869,278	0	0	null	null	null	null	UTF-8	Scilab	false	false	543	sce	rings.sce	# camera: eye, center, up, fovy, width, height camera 1.9 -3.5 1.9 0 0 0 0 1 0 45 700 500 # recursion depth depth 1 # background color background 0 0 0 # global ambient light ambience 0.2 0.2 0.2 # light: position and color light -0.3 0.3 0.1 0.9 0.6 0.6 light 1.5 -4.5 2.34 0.7 0.7 0.7 # mesh: filename, FLAT/SMOOTH, material mesh ring1.off PHONG 0.5 0.5 0.5 0.89412 0.83137 0.18824 0.8 0.7 0.7 50.0 0.3 mesh ring2.off PHONG 0.5 0.5 0.5 0.80392 0.49804 0.19608 0.6 0.8 0.8 70.0 0.3
2a0e15872468bd8ac432d8b665b1a85bfb57918a	449d555969bfd7befe906877abab098c6e63a0e8	/29/CH12/EX12.19/exa12_19.sce	d398f99e688175a8515f0601f59867b758c453f1	[]	no_license	FOSSEE/Scilab-TBC-Uploads	948e5d1126d46bdd2f89a44c54ba62b0f0a1f5e1	7bc77cb1ed33745c720952c92b3b2747c5cbf2df	refs/heads/master	2020-04-09T02:43:26.499817	2018-02-03T05:31:52	2018-02-03T05:31:52	37,975,407	3	12	null	null	null	null	UTF-8	Scilab	false	false	1,109	sce	exa12_19.sce	//caption:stability_using_Routh-hurwitz_criterion //example 12.19 //page 531 s=%s; A=s^5+s^4+4s^3+4s^2+4s+4; b=coeff(A) n=length(b) routh=[b([6,4,2]);b([5 3 1])] routh1=routh; c=[routh(1,1),routh(1,3);routh(2,1),routh(2,3)] routh=[routh;-det(routh(1:2,1:2))/routh(2,1),-det(c)/routh(2,1),0] disp("since all elements of third row are zero, so we make auxiliary equation") A=sym('s^4+4s^2+4')//auxiliary equation B=diff(A,s) routh=[routh1;4,8,0] d=[routh(2,1),routh(2,3);routh(3,1),routh(3,3)] routh=[routh;-det(routh(2:3,1:2))/routh(3,1),-det(d)/routh(3,1),0] routh2=routh routh=[routh;-det(routh(3:4,1:2))/routh(4,1),0,0] disp("since all elements of fifth row are zero, so we make auxiliary equation") A=sym('2s^2+4')//auxiliary equation B=diff(A,s) routh=[routh2;4,0,0] routh=[routh;-det(routh(4:5,1:2))/routh(5,1),0,0]; disp(routh,"routh=") disp("stability is examined as below . since roots of auxiliary eq are also roots of characterstics eq") A=s^4+4s^2+4 b=roots(A) disp("since the equation has multiple roots on s plane imaginary axis.hence system are unstable" )
d0d567d3c152a50eac15e9d19306b012393197d3	66106821c3fd692db68c20ab2934f0ce400c0890	/test/jintgen/ot_expect_04.tst	8c23045bbaf3ebf07ee2569a51315a276f13120c	[]	no_license	aurelf/avrora	491023f63005b5b61e0a0d088b2f07e152f3a154	c270f2598c4a340981ac4a53e7bd6813e6384546	refs/heads/master	2021-01-19T05:39:01.927906	2008-01-27T22:03:56	2008-01-27T22:03:56	4,779,104	2	0	null	null	null	null	UTF-8	Scilab	false	false	260	tst	ot_expect_04.tst	// @Harness: verifier // @Purpose: "Test for places where operand types are expected" // @Result: "OperandTypeExpected @ 7:13" architecture ot_expect_01 { enum E { r = 0 } subroutine foo(e: E): void { local f: int = read(e); } }
88948120e6223d1cb3b62857be94ba5a60cf8c67	449d555969bfd7befe906877abab098c6e63a0e8	/137/CH6/EX6.2/prob_6_2.sce	eb13960e795b54b821cde77f18b80113a962cc35	[]	no_license	FOSSEE/Scilab-TBC-Uploads	948e5d1126d46bdd2f89a44c54ba62b0f0a1f5e1	7bc77cb1ed33745c720952c92b3b2747c5cbf2df	refs/heads/master	2020-04-09T02:43:26.499817	2018-02-03T05:31:52	2018-02-03T05:31:52	37,975,407	3	12	null	null	null	null	UTF-8	Scilab	false	false	867	sce	prob_6_2.sce	clc; // page no 271 // prob no. 6.2 fm=input("Enter the band limited freq in hertz = "); Rn=2fm; // Nyquist sampling rate Ra=Rn(4/3);// actual Nyquist sampling rate // here the maximum quantization error(E) is 0.5% of the peak amplitide mp. Hence, E=mp/L=0.5mp/100L mp=1;//we assume peak amplitude is unity L=(mp100)/(0.5mp); for (i=0:10) j=2^i; if(j>=L) L1=j; break; end end n=log2(L1);// bits per sample c=nRa;// total no of bits transmitted // Beause we can transmit up to 2bits/per hertz of bandwidth,we require minimum transmission bandwidth Bt=c/2 Bt=c/2; disp(+'Hz',Bt,"minimum transmission bandwidth in hertz = "); s=input("enter the no of signal to be multiplexed = "); Cm=sc;//total no of bits of 's' signal c1=Cm/2;// minimum transmission bandwidth disp(+'Hz',c1,"minimum transmission bandwidth in hertz = ")
5408db5427c2ec239ab306fc0fcff9dc1665600b	d976bbc11c40569df55ffeebaa44336b1aebb02b	/esperance_depassement_avant0.sce	dd99ac7efcb8f8d8b371b2bb526eac64b6fe4836	[]	no_license	jonathanVisbecq/Projet-MODAL-SNA	212271eb7c47164b32b26823c629ad5f44c8230b	596e0052536cfe4522371bbd6de0ca0c37ba2f4d	refs/heads/master	2021-01-02T09:27:42.502076	2013-06-19T16:30:39	2013-06-19T16:30:39	null	0	0	null	null	null	null	UTF-8	Scilab	false	false	2,790	sce	esperance_depassement_avant0.sce	//------------------------------------------------------------------------------ // Calcul de la probabilitÃƒÂ© de dÃƒÂ©passement de la mÃƒÂ©moire avant le premier passage // et de l'espÃƒÂ©rance de la temps de dÃƒÂ©passement sachant qu'il se produit avant le // premier retour en 0. -- sans changement de probabilitÃƒÂ© -- //------------------------------------------------------------------------------ stacksize(150000000) // Paramètres lambda=0.40 mu=0.6 N = 10 // Nombre de simulations a effectuer nbSimulations = 500 // Valeur du pas de discrétisation h = 0.05 // Nombre de variables aléatoires à simuler à chaque fois que nécessaire n = 100 function [p, e, eConf]=probaEspDepassement(lambda, mu, N, nbSimulations, h, n) Tps = [] nb = 0 for i=1:nbSimulations X = 1 Tn = 0 while (X>0) & (X<N) i = 1 //T = hgrand(1, n, 'geom', (lambda+mu)h) T = grand(1, n, 'exp', 1/(lambda+mu)) U = grand(1, n, 'def') e = 1(U<=lambda/(lambda+mu)) + (-1)(U>lambda/(lambda+mu)) while (X>0) & (X<N) & (i<=n) Tn = Tn + T(i) X = X + e(i) i = i+1 end end if X==N then nb = nb + 1 //Tps = [Tps, Tn+h] Tps = [Tps, Tn] end end p = nb/nbSimulations e = mean(Tps) disp(length(Tps)) eConf = 1.96sqrt(variance(Tps))/sqrt(nbSimulations) endfunction // Test de la validité de la formule //Ed = [] //Eu = [] //Fu = [] //Fd = [] // //nbSimulations2 = 5nbSimulations //m = 15 //[l, lConf] = longueurExcursion(lambda, mu, nbSimulations2, h, n) //for N=1:m // [p, e, eConf] = probaEspDepassement(lambda, mu, N, nbSimulations2, h, n) // //[ETn, ValConf]=espTpsSatDiscr(lambda, mu, h, nbSimulations, N, n) // [ETn, ValConf]=espTpsSat(lambda, mu, nbSimulations, N) // Eu = [Eu, ((1-p)/p)(l+lConf) + 0] // Ed = [Ed, ((1-p)/p)(l-lConf) + 0] // Fu = [Fu, ETn+ValConf] // Fd = [Fd, ETn-ValConf] //end // //plot2d(1:m, Eu, style=5) //plot2d(1:m, Ed, style=5) //plot2d(1:m, Fu, style=4) //plot2d(1:m, Fd, style=4) //disp(((1-p)/p)(l+lConf) + e + eConf, ((1-p)/p)l + e, ((1-p)/p)*(l-lConf) + e - eConf) //disp(ETn+ValConf, ETn, ETn-ValConf) //disp('Nombre de rÃƒÂ©alisations de l''ÃƒÂ©vÃƒÂ¨nement:') //disp(nb) // //disp('ProbabilitÃƒÂ© de dÃƒÂ©passement de la mÃƒÂ©moire avant retour en zÃƒÂ©ro:') //disp(p) //[p, e, eConf]=probaEspDepassement(lambda, mu, N, nbSimulations, h, n) //disp("Espérance du temps de dépassement sachant qu''il à lieu pendant") //disp("la première excursion:") //disp(e+eConf, e, e-eConf) // //disp(p) //disp(((mu/lambda)-1)/(((mu/lambda)^N)-1))
ae87f77c77779392c7d0af4663eeea6bad992fc8	1573c4954e822b3538692bce853eb35e55f1bb3b	/DSP Functions/allpasslp2bpc/test_7.sce	63ed294378f1d30c5ff5bd6cf77d5d77cd190e00	[]	no_license	shreniknambiar/FOSSEE-DSP-Toolbox	1f498499c1bb18b626b77ff037905e51eee9b601	aec8e1cea8d49e75686743bb5b7d814d3ca38801	refs/heads/master	2020-12-10T03:28:37.484363	2017-06-27T17:47:15	2017-06-27T17:47:15	95,582,974	1	0	null	null	null	null	UTF-8	Scilab	false	false	252	sce	test_7.sce	// Test #7 : For 1 output argument exec('./allpasslp2bpc.sci',-1); [n]=allpasslp2bpc(0.41,[0.35,0.9]); disp(n); // //Scilab Output //n=- 0.2391553 -0.3826834 + 0.9238795i // //Matlab Output //n= -0.2392 + 0.0000i -0.3827 + 0.9239i
43c2df6ea3cc5459971026572cabb6c82e4769ee	449d555969bfd7befe906877abab098c6e63a0e8	/2990/CH4/EX4.21/Ex4_21.sce	bd46f3504acc8967d17ff77f745528cf630feda7	[]	no_license	FOSSEE/Scilab-TBC-Uploads	948e5d1126d46bdd2f89a44c54ba62b0f0a1f5e1	7bc77cb1ed33745c720952c92b3b2747c5cbf2df	refs/heads/master	2020-04-09T02:43:26.499817	2018-02-03T05:31:52	2018-02-03T05:31:52	37,975,407	3	12	null	null	null	null	UTF-8	Scilab	false	false	478	sce	Ex4_21.sce	funcprot(0); // Initialization of Variable function[dms]=degtodms(deg) d = int(deg) md = abs(deg - d) * 60 m = int(md) sd = (md - m) * 60 sd=round(sd100)/100 dms=[d m sd] endfunction Long=56+35.0/60;//Longitude in degrees LMT=7+15.0/60+25.0/3600;//LMT in hr GMN=3.0/60+54.0/3600;//GMT in hr //calculation GMT=LMT-Long/15.0; e1=GMN+(12-GMN)0.25/3600; LAT=GMT+Long/15.0+e1; LAT=degtodms(LAT); disp(LAT,"LAT in hr min sec"); clear()
e01092490afdb4465b4dac548708b99a96504bf0	3aecc0a856e5ab896077f26d338574613e42a223	/src/26.condizionamento-esponenziale.sci	c975ca7dbfdbf08eacefb9a1a0b8579662b3d6b3	[]	no_license	wmotti/simulation	9ebed2818f83a1ba864399ee3dc664e5303e3983	ec4cce2ce180f947edf0ed9f501799d06b8a0416	refs/heads/master	2020-03-28T08:10:23.668854	2018-09-08T16:14:42	2018-09-08T16:14:42	147,949,219	0	0	null	null	null	null	UTF-8	Scilab	false	false	656	sci	26.condizionamento-esponenziale.sci	function [y]=ySim() y=-log(grand(1,1,'def')); endfunction function [i]=iSim() nor=grand(1,1,'nor',ySim(),2); if (nor<=1), i=0; else i=1; end; endfunction function [y]=repeat(n,g) for i=[1:n] y($+1)=g(); end endfunction m=1000; dati=repeat(m,iSim); mean(dati) variance(dati) function [y]=iSimCond() y=1-cdfnor("PQ",(1-ySim())/2,0,1) endfunction dati=repeat(m,iSimCond); mean(dati) variance(dati) function [y]=iSimCondAV() u=grand(1,1,'def'); nor1=cdfnor("PQ",(1+log(u))/2,0,1); nor2=cdfnor("PQ",(1+log(1-u))/2,0,1); y=(1 - nor1 + 1 - nor2)/2; endfunction dati=repeat(m,iSimCondAV); mean(dati) variance(dati)
2d5bccf4ef7798015acba391dd9af4415c18bb54	449d555969bfd7befe906877abab098c6e63a0e8	/548/CH6/EX6.17/6_17.sce	5d3c8dd1c985e710be9d6e19e5cf00a2c349bc43	[]	no_license	FOSSEE/Scilab-TBC-Uploads	948e5d1126d46bdd2f89a44c54ba62b0f0a1f5e1	7bc77cb1ed33745c720952c92b3b2747c5cbf2df	refs/heads/master	2020-04-09T02:43:26.499817	2018-02-03T05:31:52	2018-02-03T05:31:52	37,975,407	3	12	null	null	null	null	UTF-8	Scilab	false	false	322	sce	6_17.sce	pathname=get_absolute_file_path('6_17.sce') filename=pathname+filesep()+'6_17data.sci' exec(filename) Sl=1.44W^2/(gDSCl[T-(Dr+Ur(W-L))]);;disp(Sl,"Sl=","Sl=1.44W^2/(gDSCl[T-(Dr+Ur(W-L))])","Liftoff distance Sl:") printf("\Answer:\n") printf("\n\Liftoff distance for the CJ-1 at se level: %f m\n\n",Sl)
b2dcd8829d9d0f6389f459d6950370183059a294	a62e0da056102916ac0fe63d8475e3c4114f86b1	/set6/s_Electric_Machinery_And_Transformers_B._S._Guru_And_H._R._Hiziroglu_380.zip/Electric_Machinery_And_Transformers_B._S._Guru_And_H._R._Hiziroglu_380/CH9/EX9.1/Ex9_1.sce	044eb90b122b9c56e16e776e622d0bc4d4b54f2c	[]	no_license	hohiroki/Scilab_TBC	cb11e171e47a6cf15dad6594726c14443b23d512	98e421ab71b2e8be0c70d67cca3ecb53eeef1df6	refs/heads/master	2021-01-18T02:07:29.200029	2016-04-29T07:01:39	2016-04-29T07:01:39	null	0	0	null	null	null	null	UTF-8	Scilab	false	false	391	sce	Ex9_1.sce	errcatch(-1,"stop");mode(2);//Caption:Find the (a) synchronous speed (b) slip and (c) rotor frequency //Exa:9.1 ; ; f=60;//in Hertzs P=4;//no. of poles N_fL=1755;//in rpm N_s=120f/P; disp(N_s,'(a) synchronous speed of induction motor (in rpm)='); s=(N_s-N_fL)/N_s; disp(s,'(b) Slip at full load ='); f_r=sf; disp(f_r,'(c) rotor frequency at full load (in Hertzs)='); exit();
7dd9216498191b8dedf34bdaaac98464051aa2f6	449d555969bfd7befe906877abab098c6e63a0e8	/2438/CH8/EX8.16/Ex8_16.sce	394f510beeec27bbca21f11844748a5bd317fec3	[]	no_license	FOSSEE/Scilab-TBC-Uploads	948e5d1126d46bdd2f89a44c54ba62b0f0a1f5e1	7bc77cb1ed33745c720952c92b3b2747c5cbf2df	refs/heads/master	2020-04-09T02:43:26.499817	2018-02-03T05:31:52	2018-02-03T05:31:52	37,975,407	3	12	null	null	null	null	UTF-8	Scilab	false	false	609	sce	Ex8_16.sce	//================================================================================== // Chapter 8 example 16 clc; clear; // Variable declaration e = 1.610^-19 // charge of electron in coulombs Eg = 0.75; // bandgap energy eV c = 310^8; // velocity of light in m h = 6.6210^-34 // plancks constant in J.s // Calculations lamda = (hc)/(Ege) // wavelength in Å // Result mprintf('Wavelength at which Ge starts to absorb light = %d Å',lamda10^10); //===================================================================================
98c39dfc4840533e41e8a54da553f1722511386e	1bb72df9a084fe4f8c0ec39f778282eb52750801	/test/EC36.prev.tst	0df477b51ec9a0353cba02b2093567efb6febb8f	[ "Apache-2.0", "LicenseRef-scancode-unknown-license-reference" ]	permissive	gfis/ramath	498adfc7a6d353d4775b33020fdf992628e3fbff	b09b48639ddd4709ffb1c729e33f6a4b9ef676b5	refs/heads/master	2023-08-17T00:10:37.092379	2023-08-04T07:48:00	2023-08-04T07:48:00	30,116,803	2	0	null	null	null	null	UTF-8	Scilab	false	false	12,616	tst	EC36.prev.tst	[[-4,-5,-5,-1],[-4,0,-2,-2],[-1,2,-3,1],[-2,4,-1,-3]],det=-180 [29,-11,-15,-27], chain 2 => [41,-32,-33,-6] => [167,-86,-12,-159] ?? [-19,-326,-462,-189] [[-4,-5,-5,-1],[-4,0,-2,-2],[5,5,1,4],[-2,4,-1,-3]],det=-228 [29,-11,-15,-27], chain 2 => [41,-32,-33,-6] => [167,-86,-12,-159] ?? [-19,-326,-243,-189] [[-4,-5,-5,-1],[2,3,2,1],[-1,2,-3,1],[-2,4,-1,-3]],det=-5 [29,-11,-15,-27], chain 2 => [41,-32,-33,-6] => [167,-86,-12,-159] ?? [-19,-107,-462,-189] [[-4,-5,-5,-1],[2,3,2,1],[5,5,1,4],[-2,4,-1,-3]],det=-53 [29,-11,-15,-27], chain 2 => [41,-32,-33,-6] => [167,-86,-12,-159] ?? [-19,-107,-243,-189] [[-4,-3,-5,-2],[2,2,-1,2],[-1,-5,-3,4],[4,1,4,3]],det=-75 [29,-11,-15,-27], chain 2 => [46,-3,-37,-36] => [82,51,-64,-75] ?? [-11,180,-445,-102] [[-4,-2,-5,-4],[-4,-3,2,-1],[4,3,1,4],[3,1,-1,4]],det=93 [29,-11,-15,-27], chain 2 => [89,-86,-40,-17] => [84,-161,-10,153] ?? [-576,-26,455,713] [[-3,-4,-2,-2],[-5,-4,-2,-2],[5,-3,3,5],[3,5,3,1]],det=80 [29,-11,-15,-27], chain 2 => [41,-17,-2,-40] => [29,-53,50,-8] ?? [41,-17,414,-36] [[-3,-4,-1,-3],[4,5,-3,5],[-1,-5,4,0],[-5,-1,3,-5]],det=194 [29,-11,-15,-27], chain 2 => [53,-29,-34,-44] => [123,-51,-44,-118] ?? [233,-221,-44,-106] [[-3,-3,0,-5],[3,-1,1,4],[4,1,3,4],[4,5,0,5]],det=-46 [29,-11,-15,-27], chain 2 => [81,-25,-48,-74] => [202,-76,-141,-171] ?? [477,-143,-375,-427] [[-3,-2,-2,-3],[1,1,0,2],[2,-1,3,1],[0,2,1,0]],det=12 [29,-11,-15,-27], chain 2 => [46,-36,-3,-37] => [51,-64,82,-75] ?? [36,-163,337,-46] [[-3,-2,-2,-3],[2,-4,2,4],[1,4,1,-1],[0,2,1,0]],det=24 [29,-11,-15,-27], chain 2 => [46,-36,-3,-37] => [51,82,-64,-75] ?? [36,-654,390,100] [[-3,0,-3,-3],[1,-3,3,0],[1,2,-5,4],[-3,3,-2,-2]],det=-63 [29,-11,-15,-27], chain 2 => [39,17,-26,-36] => [69,-90,59,58] ?? [-558,516,-174,-711] [[-2,-4,4,-4],[-4,2,2,-5],[-3,-1,2,-4],[2,5,3,-1]],det=-30 [29,-11,-15,-27], chain 2 => [34,-33,2,-15] => [132,-123,-5,-76] ?? [512,-404,21,-290] [[-2,-3,-1,-2],[0,1,2,0],[-5,-4,2,-4],[1,0,3,0]],det=6 [29,-11,-15,-27], chain 2 => [44,-41,-23,-16] => [90,-87,-38,-25] ?? [169,-163,-78,-24] [[-2,-1,2,-5],[1,-5,3,3],[-3,3,2,-5],[0,5,5,-3]],det=-340 [29,-11,-15,-27], chain 2 => [58,-42,-15,-49] => [141,76,-85,-138] ?? [162,-908,325,369] [[-2,-1,2,-5],[1,-5,3,3],[-3,3,2,-5],[5,4,1,5]],det=-411 [29,-11,-15,-27], chain 2 => [58,-42,-15,-49] => [141,76,-85,-138] ?? [162,-908,325,234] [[-2,-1,2,-5],[1,-5,3,3],[2,2,-2,3],[0,5,5,-3]],det=161 [29,-11,-15,-27], chain 2 => [58,-42,-15,-49] => [141,76,-85,-138] ?? [162,-908,190,369] [[-2,-1,2,-5],[1,-5,3,3],[2,2,-2,3],[5,4,1,5]],det=90 [29,-11,-15,-27], chain 2 => [58,-42,-15,-49] => [141,76,-85,-138] ?? [162,-908,190,234] [[-2,0,-2,-3],[-5,0,-2,-3],[-1,0,0,0],[-2,-4,2,0]],det=0 [29,-11,-15,-27], chain 2 => [53,-34,-29,-44] => [84,-75,-53,-28] ?? [22,-230,-84,26] [[-2,0,-2,-3],[-4,-2,-4,0],[-1,0,0,0],[-3,-2,4,-3]],det=-60 [29,-11,-15,-27], chain 2 => [53,-34,-29,-44] => [84,-28,-53,-75] ?? [163,-68,-84,-183] [[-2,0,-2,-3],[-4,4,-4,-4],[1,-4,1,4],[3,4,3,1]],det=0 [29,-11,-15,-27], chain 2 => [53,8,-50,-29] => [81,136,-145,12] ?? [92,752,-560,364] [[-2,0,-2,-3],[0,-4,-3,3],[2,0,4,1],[-3,4,0,-3]],det=72 [29,-11,-15,-27], chain 2 => [53,8,-29,-50] => [102,-95,-60,23] ?? [-153,629,-13,-755] [[-2,2,-2,-4],[2,2,-2,3],[-1,2,3,-2],[-3,5,1,-4]],det=-88 [29,-11,-15,-27], chain 2 => [58,-15,-42,-49] => [134,23,-116,-95] ?? [390,261,-246,-23] [[-1,-3,0,-2],[-3,-4,4,-3],[0,3,-1,-1],[-4,-4,-1,0]],det=158 [29,-11,-15,-27], chain 2 => [58,-22,9,-57] => [122,121,-18,-153] ?? [-179,-463,534,-954] [[-1,-3,0,-2],[-3,0,-3,0],[5,5,-2,5],[-3,-4,4,-2]],det=117 [29,-11,-15,-27], chain 2 => [58,-42,-15,-49] => [166,-129,-135,32] ?? [157,-93,615,-586] [[-1,-2,-5,1],[-4,5,-2,-5],[3,-2,4,3],[2,-4,0,5]],det=5 [29,-11,-15,-27], chain 2 => [41,-6,-32,-33] => [98,35,-92,-59] ?? [233,262,-321,-239] [[-1,-2,5,-5],[-1,1,-4,2],[-5,-1,2,-5],[-2,-1,-2,1]],det=-39 [29,-11,-15,-27], chain 2 => [53,-34,-29,-44] => [90,-59,-69,-58] ?? [-27,11,-239,-41] [[-1,-1,3,-5],[2,4,-4,4],[3,3,-1,4],[1,-1,-2,5]],det=30 [29,-11,-15,-27], chain 2 => [72,-34,-39,-65] => [170,-96,-107,-141] ?? [310,-180,-235,-225] [[-1,0,3,-4],[3,2,-3,4],[1,-2,-1,3],[-5,4,-5,-3]],det=48 [29,-11,-15,-27], chain 2 => [34,2,-15,-33] => [53,19,-54,12] ?? [-263,407,105,45] [[-1,0,3,-4],[3,2,-3,4],[5,2,2,4],[-5,-2,3,-5]],det=-58 [29,-11,-15,-27], chain 2 => [34,2,-15,-33] => [53,19,12,-54] ?? [199,-55,111,3] [[-1,3,-2,-4],[-3,2,2,-4],[-5,-2,3,-5],[-4,-4,0,0]],det=-216 [29,-11,-15,-27], chain 2 => [76,-31,-33,-72] => [185,-68,-57,-180] ?? [445,-85,-60,-468] [[-1,3,-2,-4],[-3,2,2,-4],[-5,-2,3,-5],[3,3,3,3]],det=120 [29,-11,-15,-27], chain 2 => [76,-31,-33,-72] => [185,-68,-57,-180] ?? [445,-85,-60,-360] [[-1,3,-2,-4],[2,-2,2,3],[-5,-2,3,-5],[-4,-4,0,0]],det=72 [29,-11,-15,-27], chain 2 => [76,-31,-33,-72] => [185,-68,-57,-180] ?? [445,-148,-60,-468] [[-1,3,-2,-4],[2,-2,2,3],[-5,-2,3,-5],[3,3,3,3]],det=-183 [29,-11,-15,-27], chain 2 => [76,-31,-33,-72] => [185,-68,-57,-180] ?? [445,-148,-60,-360] [[-1,4,-3,-3],[-1,1,-5,1],[-2,-4,1,0],[-1,-3,0,2]],det=35 [29,-11,-15,-27], chain 2 => [53,8,-29,-50] => [216,50,-167,-177] ?? [1016,492,-799,-720] [[0,4,2,-4],[5,-2,2,5],[-2,-5,-1,1],[-2,-2,-2,1]],det=-22 [29,-11,-15,-27], chain 2 => [34,2,-15,-33] => [110,-29,-96,-75] ?? [-8,41,-54,-45] [[1,-4,-2,1],[-1,-4,5,-1],[-2,3,5,-5],[-3,0,-1,0]],det=297 [29,-11,-15,-27], chain 2 => [76,-33,-31,-72] => [198,-27,-46,-197] ?? [201,-123,278,-548] [[1,-4,0,1],[-1,-5,-3,4],[2,5,4,-1],[2,-1,1,3]],det=-36 [29,-11,-15,-27], chain 2 => [46,-37,-30,-27] => [167,121,-186,18] ?? [-299,-142,177,81] [[1,-1,-3,1],[-3,-3,1,-2],[-4,5,-5,-2],[-2,0,3,-2]],det=-41 [29,-11,-15,-27], chain 2 => [58,-15,-42,-49] => [150,-73,1,-144] ?? [76,58,-682,-9] [[1,-1,-3,1],[-3,0,-3,-1],[-4,2,-1,-3],[-2,0,3,-2]],det=-25 [29,-11,-15,-27], chain 2 => [58,-15,-42,-49] => [150,1,-73,-144] ?? [224,-87,-93,-231] [[1,2,-1,-2],[5,2,5,3],[-3,2,2,-4],[3,3,3,3]],det=-243 [29,-11,-15,-27], chain 2 => [76,-33,-31,-72] => [185,-57,-68,-180] ?? [499,-69,-85,-360] [[1,4,0,-4],[4,2,3,3],[-4,-5,-2,2],[0,0,0,2]],det=-10 [29,-11,-15,-27], chain 2 => [93,-32,-85,-54] => [181,-109,-150,-108] ?? [177,-268,-95,-216] [[2,-5,3,1],[-1,-3,-4,3],[-1,3,-4,0],[4,3,1,4]],det=210 [29,-11,-15,-27], chain 2 => [41,-17,-2,-40] => [121,-102,-84,-49] ?? [451,374,-91,-102] [[2,-3,-2,2],[1,4,-1,2],[-2,-3,-2,1],[-3,0,3,-3]],det=-36 [29,-11,-15,-27], chain 2 => [67,-54,-22,-51] => [238,-229,21,-114] ?? [893,-927,55,-309] [[2,-2,-1,2],[-4,0,-2,-2],[-1,2,-3,1],[-2,4,-1,-3]],det=-80 [29,-11,-15,-27], chain 2 => [41,-32,-33,-6] => [167,-86,-12,-159] ?? [200,-326,-462,-189] [[2,-2,-1,2],[-4,0,-2,-2],[5,5,1,4],[-2,4,-1,-3]],det=-128 [29,-11,-15,-27], chain 2 => [41,-32,-33,-6] => [167,-86,-12,-159] ?? [200,-326,-243,-189] [[2,-2,-1,2],[2,3,2,1],[-1,2,-3,1],[-2,4,-1,-3]],det=95 [29,-11,-15,-27], chain 2 => [41,-32,-33,-6] => [167,-86,-12,-159] ?? [200,-107,-462,-189] [[2,-2,-1,2],[2,3,2,1],[5,5,1,4],[-2,4,-1,-3]],det=47 [29,-11,-15,-27], chain 2 => [41,-32,-33,-6] => [167,-86,-12,-159] ?? [200,-107,-243,-189] [[2,-2,0,1],[4,5,-3,5],[-1,-3,0,2],[-4,1,0,-5]],det=117 [29,-11,-15,-27], chain 2 => [53,-29,-50,8] => [172,257,50,-281] ?? [-451,418,-1505,974] [[2,1,-5,3],[-4,-3,2,-3],[-5,-2,3,-5],[0,0,-5,3]],det=41 [29,-11,-15,-27], chain 2 => [41,-32,-33,-6] => [197,-116,-210,147] ?? [1769,-1301,-2118,1491] [[2,2,-4,1],[2,0,1,3],[-2,-5,-5,4],[-4,-2,5,-4]],det=16 [29,-11,-15,-27], chain 2 => [69,-38,-36,-61] => [145,-81,-12,-136] ?? [40,-130,-369,66] [[2,3,-1,0],[-1,-1,1,0],[0,2,-3,2],[0,0,1,-1]],det=3 [29,-11,-15,-27], chain 2 => [40,-33,-31,12] => [12,-38,51,-43] ?? [-141,77,-315,94] [[3,-5,5,1],[-2,4,-1,-2],[5,1,2,5],[-5,-5,-5,-1]],det=-172 [29,-11,-15,-27], chain 2 => [40,-33,-31,12] => [142,-205,165,108] ?? [2384,-1485,1375,-618] [[3,-5,5,1],[-2,4,-1,-2],[5,1,2,5],[5,2,2,3]],det=154 [29,-11,-15,-27], chain 2 => [40,-33,-31,12] => [142,-205,165,108] ?? [2384,-1485,1375,954] [[3,-2,-2,3],[1,-5,3,3],[-3,3,2,-5],[0,5,5,-3]],det=-177 [29,-11,-15,-27], chain 2 => [58,-42,-15,-49] => [141,76,-85,-138] ?? [27,-908,325,369] [[3,-2,-2,3],[1,-5,3,3],[-3,3,2,-5],[5,4,1,5]],det=-248 [29,-11,-15,-27], chain 2 => [58,-42,-15,-49] => [141,76,-85,-138] ?? [27,-908,325,234] [[3,-2,-2,3],[1,-5,3,3],[2,2,-2,3],[0,5,5,-3]],det=324 [29,-11,-15,-27], chain 2 => [58,-42,-15,-49] => [141,76,-85,-138] ?? [27,-908,190,369] [[3,-2,-2,3],[1,-5,3,3],[2,2,-2,3],[5,4,1,5]],det=253 [29,-11,-15,-27], chain 2 => [58,-42,-15,-49] => [141,76,-85,-138] ?? [27,-908,190,234] [[3,-1,0,2],[-5,-1,1,-4],[-5,-1,-2,-3],[5,1,1,5]],det=40 [29,-11,-15,-27], chain 2 => [44,-41,-23,-16] => [141,-138,-85,76] ?? [713,-956,-625,862] [[3,4,-3,2],[3,5,2,0],[-4,2,-1,-4],[-2,-5,2,0]],det=-50 [29,-11,-15,-27], chain 2 => [34,2,-15,-33] => [89,82,15,-108] ?? [334,707,225,-558] [[4,-4,3,3],[-5,1,-4,-3],[1,0,0,1],[-2,4,-1,-2]],det=1 [29,-11,-15,-27], chain 2 => [34,-15,2,-33] => [103,-94,1,-64] ?? [599,-421,39,-455] [[4,-2,2,1],[2,1,3,1],[-3,4,-2,-1],[-3,3,-3,-1]],det=-6 [29,-11,-15,-27], chain 2 => [81,-25,-74,-48] => [178,-133,-147,-48] ?? [636,-266,-724,-444] [[4,-2,3,0],[4,2,3,3],[-4,-5,-2,2],[0,0,0,2]],det=32 [29,-11,-15,-27], chain 2 => [93,-32,-85,-54] => [181,-109,-150,-108] ?? [492,-268,-95,-216] [[4,-1,-2,3],[-3,2,2,-4],[-5,-2,3,-5],[-4,-4,0,0]],det=-36 [29,-11,-15,-27], chain 2 => [76,-31,-33,-72] => [185,-68,-57,-180] ?? [382,-85,-60,-468] [[4,-1,-2,3],[-3,2,2,-4],[-5,-2,3,-5],[3,3,3,3]],det=141 [29,-11,-15,-27], chain 2 => [76,-31,-33,-72] => [185,-68,-57,-180] ?? [382,-85,-60,-360] [[4,-1,-2,3],[2,-2,2,3],[-5,-2,3,-5],[-4,-4,0,0]],det=252 [29,-11,-15,-27], chain 2 => [76,-31,-33,-72] => [185,-68,-57,-180] ?? [382,-148,-60,-468] [[4,-1,-2,3],[2,-2,2,3],[-5,-2,3,-5],[3,3,3,3]],det=-162 [29,-11,-15,-27], chain 2 => [76,-31,-33,-72] => [185,-68,-57,-180] ?? [382,-148,-60,-360] [[4,-1,1,2],[-1,-1,-2,2],[-4,-1,3,-5],[-1,1,-3,2]],det=-3 [29,-11,-15,-27], chain 2 => [58,-42,-15,-49] => [161,-84,10,-153] ?? [432,-403,235,-581] [[4,-1,1,2],[-1,-1,-2,2],[1,-2,-1,3],[-1,1,-3,2]],det=-5 [29,-11,-15,-27], chain 2 => [58,-42,-15,-49] => [161,-84,10,-153] ?? [432,-403,-140,-581] [[4,2,4,0],[2,-5,2,3],[-4,2,-1,-4],[-5,-2,3,-5]],det=-42 [29,-11,-15,-27], chain 2 => [34,2,-15,-33] => [80,-71,15,-54] ?? [238,383,-261,57] [[4,2,4,0],[2,-5,2,3],[1,-2,-1,3],[3,3,4,1]],det=126 [29,-11,-15,-27], chain 2 => [34,2,-15,-33] => [80,-71,-54,15] ?? [-38,452,321,-174] [[4,3,1,1],[-1,-2,4,-1],[2,0,4,0],[0,1,-5,3]],det=16 [29,-11,-15,-27], chain 2 => [41,-40,-2,-17] => [25,48,74,-81] ?? [237,256,346,-565] [[4,3,1,1],[-1,1,0,0],[2,0,4,0],[0,-2,-1,2]],det=58 [29,-11,-15,-27], chain 2 => [41,-40,-2,-17] => [25,-81,74,48] ?? [-21,-106,346,184] [[5,-4,0,5],[-2,4,3,-5],[0,4,-3,2],[0,-1,2,0]],det=-153 [29,-11,-15,-27], chain 2 => [54,-12,-53,-19] => [223,-220,73,-94] ?? [1525,-637,-1287,366] [[5,-4,0,5],[-2,4,3,-5],[4,5,4,2],[-4,-2,-5,0]],det=39 [29,-11,-15,-27], chain 2 => [54,-12,-53,-19] => [223,-220,-94,73] ?? [2360,-1973,-438,18] [[5,0,-4,5],[1,1,3,1],[0,-1,3,-1],[-5,-5,-4,1]],det=259 [29,-11,-15,-27], chain 2 => [70,-54,-7,-57] => [93,-62,90,-109] ?? [-440,192,441,-624] [[5,0,2,3],[1,-3,4,0],[3,0,5,1],[1,1,-2,3]],det=-111 [29,-11,-15,-27], chain 2 => [34,2,-15,-33] => [41,-32,-6,-33] ?? [94,113,60,-78] [[5,0,4,1],[-3,2,-4,-1],[1,-2,0,4],[-3,0,-1,-3]],det=10 [29,-11,-15,-27], chain 2 => [58,-22,-57,9] => [71,1,138,-144] ?? [763,-619,-507,81] [[5,0,5,-1],[-4,-1,-4,0],[-2,4,-4,1],[-4,1,-5,1]],det=7 [29,-11,-15,-27], chain 2 => [97,-45,-69,-79] => [219,-67,-177,-167] ?? [377,-101,-165,-225] [[5,2,1,2],[-5,-2,-2,-3],[-4,-5,-1,-1],[2,3,-2,4]],det=-104 [29,-11,-15,-27], chain 2 => [54,-12,-19,-53] => [121,-49,-84,-102] ?? [219,-33,-53,-145] [[5,2,1,2],[-5,-2,-2,-3],[-2,-3,-4,2],[0,1,1,1]],det=-32 [29,-11,-15,-27], chain 2 => [54,-12,-19,-53] => [121,-49,-102,-84] ?? [237,-51,145,-235] [[5,4,2,1],[-3,-5,3,-2],[5,1,1,5],[-1,3,4,-3]],det=401 [29,-11,-15,-27], chain 2 => [44,-23,-16,-41] => [55,17,-24,-54] ?? [241,-214,-2,62] [[5,4,4,0],[-4,-3,2,-3],[-1,-4,-4,3],[2,2,1,2]],det=145 [29,-11,-15,-27], chain 2 => [41,-32,-6,-33] => [53,19,12,-54] ?? [389,-83,-339,48] [[5,4,4,0],[-1,-1,1,-1],[-2,-1,-1,0],[-4,-1,-3,-1]],det=12 [29,-11,-15,-27], chain 2 => [41,-6,-32,-33] => [53,-34,-44,-29] ?? [-47,-34,-28,-17] [[5,4,4,0],[1,-2,2,1],[-4,0,-2,-2],[-4,-1,-3,-1]],det=-6 [29,-11,-15,-27], chain 2 => [41,-6,-32,-33] => [53,-44,-34,-29] ?? [-47,44,-86,-37] [[5,5,-2,1],[-3,1,-4,2],[1,1,-4,4],[-1,-2,-3,1]],det=224 [29,-11,-15,-27], chain 2 => [93,-92,-30,11] => [76,-229,165,192] ?? [-903,-733,-45,79] elapsed time: 8932 s
7949959de8bf4cb1604166fd935ef807e8a031a3	449d555969bfd7befe906877abab098c6e63a0e8	/1514/CH2/EX2.2/ch2_2_2.sce	028499fc1c65dfa1b01c418e0fe54e824845abd7	[]	no_license	FOSSEE/Scilab-TBC-Uploads	948e5d1126d46bdd2f89a44c54ba62b0f0a1f5e1	7bc77cb1ed33745c720952c92b3b2747c5cbf2df	refs/heads/master	2020-04-09T02:43:26.499817	2018-02-03T05:31:52	2018-02-03T05:31:52	37,975,407	3	12	null	null	null	null	UTF-8	Scilab	false	false	326	sce	ch2_2_2.sce	//chapter 2 //example 2.2 //page 34 clear; clc ; //given If=30;//forward current through diode in mA Es=5;//supply voltage in volts Ef=5;//when If=0 from equation Ef=Es-If*Rl deltaEf=2;// from load line deltaIf=0.015;//in ampere Rl=deltaEf/deltaIf;//load resistance in ohm printf('load resistance is %d ohm',Rl)
af90b9be2d7fffea79637c758d073c52398beadd	449d555969bfd7befe906877abab098c6e63a0e8	/1301/CH2/EX2.15/ex2_15.sce	600c89730deccef9c8bd09696751129f5d116de7	[]	no_license	FOSSEE/Scilab-TBC-Uploads	948e5d1126d46bdd2f89a44c54ba62b0f0a1f5e1	7bc77cb1ed33745c720952c92b3b2747c5cbf2df	refs/heads/master	2020-04-09T02:43:26.499817	2018-02-03T05:31:52	2018-02-03T05:31:52	37,975,407	3	12	null	null	null	null	UTF-8	Scilab	false	false	274	sce	ex2_15.sce	clc; g=32; //gravitational constant in ft/sec square h=64; //height in ft t=(sqrt((2h)/g)); //kinematical equation disp(t,"Time in sec = "); //displaying result v=gt; //kinematical equation disp(v,"Velocity in ft/sec = "); //displaying result
570d5fda0d06359a1f283eb1e7977b1ccaefeca6	f7e335e2af57c686554eb057f28ddd8d21aab1e4	/tests/fuzz/rule/0001.tst	3ea8f57cb20ff407c51ddc4f496347a873151728	[ "MIT" ]	permissive	scravy/abnf	76515bd820b3b9d8e2dbc2cec2a2f845720a6022	cc4228f403b436cc4e34ff4d6a7def83922174be	refs/heads/master	2023-01-09T14:30:50.095268	2020-06-07T16:18:09	2020-06-07T16:18:09	null	0	0	null	null	null	null	UTF-8	Scilab	false	false	60	tst	0001.tst	J-9oW8k4=/*5063172284249375431"" ; ;x MId %(@ J
3812009259a61ab4690e663515c67a3e08c8c876	b0aff14da16e18ea29381d0bd02eede1aafc8df1	/mtlbSci/macros/moc_corrcov.sci	9f46e169f27bd7c54808ac6a5a33fb685ef2ff26	[]	no_license	josuemoraisgh/mtlbSci	5d762671876bced45960a774f7192b41124a13ed	5c813ed940cccf774ccd52c9a69f88ba39f22deb	refs/heads/main	2023-07-15T23:47:11.843101	2021-08-26T17:52:57	2021-08-26T17:52:57	385,216,432	0	0	null	null	null	null	UTF-8	Scilab	false	false	903	sci	moc_corrcov.sci	function [R,sigma] = moc_corrcov(C) // Compute correlation matrix from covariance matrix. // Calling Sequence // R = moc_corrcov(C) // Parameters // C: covariance matrix, must be square, symmetric, and positive semi-definite // R: correlation matrix, which corresponds to the // covariance matrix C, by standardizing each row and column of C using the // square roots of the variances (diagonal elements) of C. // See also // moc_cov // Authors // H. Nahrstaedt - 2010 [nargout,nargin]=argn(0); // Check if nargin < 1 error('Need at least one parameter!'); end [m,n] = size(C); sigma = sqrt(diag(C)); // sqrt first to avoid under/overflow R = C ./ (sigma*sigma'); // Fix up possible round-off problems, while preserving NaN: put exact 1 on the // diagonal, and limit off-diag to [-1,1] t = find(abs(R) > 1); R(t) = R(t) ./abs(R(t)); R(1:m+1:$) = sign(diag(R)); endfunction
091a5ada0893a8daf78c6fab822383dad19289dd	449d555969bfd7befe906877abab098c6e63a0e8	/3020/CH20/EX20.6/ex20_6.sce	2aaa7f90e3b89e9fe9f18b3c6da931eebc847e7c	[]	no_license	FOSSEE/Scilab-TBC-Uploads	948e5d1126d46bdd2f89a44c54ba62b0f0a1f5e1	7bc77cb1ed33745c720952c92b3b2747c5cbf2df	refs/heads/master	2020-04-09T02:43:26.499817	2018-02-03T05:31:52	2018-02-03T05:31:52	37,975,407	3	12	null	null	null	null	UTF-8	Scilab	false	false	460	sce	ex20_6.sce	clc; clear all; a=2.5e-10;//interatomic spacing in m M=1.8e6;//magnetisation in A/m x=2;//no of atoms per unit cell N=x/(a^3);//no of atoms per unit volume disp('m^-3',N,'no of atoms per unit volume is:') um=M/N;//magnetisation produced per atom disp('Am^2',um,'magnetisation produced per atom is:') e=1.6e-19; h=6.626e-34; m=9.1e-31; b=eh/(4%pim); Um=um/b;//conversion of unit disp('Bohr megneton',Um,'magnetisation produced per atom is:')
bb153ffe3dce5903a2a76e66faa1bd43556fb422	449d555969bfd7befe906877abab098c6e63a0e8	/1208/CH4/EX4.14.3/Exa14_3.sce	bab6ee9a345d8892b536f54007ccf34669da71c3	[]	no_license	FOSSEE/Scilab-TBC-Uploads	948e5d1126d46bdd2f89a44c54ba62b0f0a1f5e1	7bc77cb1ed33745c720952c92b3b2747c5cbf2df	refs/heads/master	2020-04-09T02:43:26.499817	2018-02-03T05:31:52	2018-02-03T05:31:52	37,975,407	3	12	null	null	null	null	UTF-8	Scilab	false	false	1,775	sce	Exa14_3.sce	//Exa 14(iii) clc; clear; close; //given data : inINV=50000;//initial investment in Rs. and equal for all projects life=5;//in years salvage=0;//in Rs. TaxRate=55;//in % //depreciation type :Straight line D=inINV/life;//in Rs //cash flows before tax of 1st,2nd,3rd,4th and 5th years CBFT1=10000;//in Rs. CBFT2=11000;//in Rs. CBFT3=14000;//in Rs. CBFT4=15000;//in Rs. CBFT5=25000;//in Rs. //Income before tax after depreciation IBT1=CBFT1-D;//in Rs. IBT2=CBFT2-D;//in Rs. IBT3=CBFT3-D;//in Rs. IBT4=CBFT4-D;//in Rs. IBT5=CBFT5-D;//in Rs. //Net income after Tax (55%) and depreciation IATD1=IBT1-(IBT155)/100;//in Rs IATD2=IBT2-(IBT255)/100;//in Rs IATD3=IBT3-(IBT355)/100;//in Rs IATD4=IBT4-(IBT455)/100;//in Rs IATD5=IBT5-(IBT555)/100;//in Rs //Average annual income after tax and depreciation IATD=(IATD1+IATD2+IATD3+IATD4+IATD5)/5;//in Rs. //Average Investment AvgInv=(inINV+salvage)/2;//in Rs //Annual cash inflows ACI1=IATD1+D;//in RS ACI2=IATD2+D;//in RS ACI3=IATD3+D;//in RS ACI4=IATD4+D;//in RS ACI5=IATD5+D;//in RS //Project A : Cummulative cash in flows of 1st,2nd,3rd,4th and 5th years CumCIF1=ACI1;//in Rs. CumCIF2=ACI1+ACI2;//in Rs. CumCIF3=ACI1+ACI2+ACI3;//in Rs. CumCIF4=ACI1+ACI2+ACI3+ACI4;//in Rs. CumCIF5=ACI1+ACI2+ACI3+ACI4+ACI5;//in Rs. //part (iii) calculation of Net Present value //PV at 10% //P.V factor at 10% rate of discount PV1=0.909; PV2=0.826; PV3=0.751; PV4=0.683; PV5=0.621; //Present value for all cash in flows at 10% discount Rate P1=ACI1PV1;// in Rs P2=ACI2PV2;// in Rs P3=ACI3PV3;// in Rs P4=ACI4PV4;// in Rs P5=ACI5PV5;// in Rs //Total Present Value P=P1+P2+P3+P4+P5;// in Rs //Net Present Value NPV=P-inINV;// in Rs disp(NPV,"Part(iii) Net Present Value is : ")
2cbbf2ddb0bc9a62c51e64490305cf24993d9fcc	fd6e45f66c41ad779a3d47c3bf8ebfa140d3d657	/P5 - Linear equation systems: indirect methods/jacobi2.sce	cd6e7fbe371612afc33cf0ef49d86f1d5f01d4bc	[]	no_license	jere1882/Numerical-Analysis-Assignments	7f474e2020d010f9f9c3dceff5e48c03b0d38652	1074f92ca93d0a402259f92a0f61f105f25e5230	refs/heads/master	2021-09-06T20:00:36.411386	2018-02-10T18:04:38	2018-02-10T18:04:38	121,039,769	0	0	null	null	null	null	UTF-8	Scilab	false	false	433	sce	jacobi2.sce	//MÉTODO EN CLASE //no anda si hay ceros en la diag //x0 tiene que ser vector columna function x = jacobi(A, b, x0, delta, max1) n = size(A, 1) for k=1:max1 for i=1:n x(i) = (b(i) - ( A(i, [1:i-1, i+1:n])* x0([1:i-1, i+1:n])) )/ A(i,i) end err = norm(x-x0,'inf'); //euclidea por defecto, si le agrego inf es la infinita, 'inf' o %inf x0=x; if err<delta then break end end endfunction
388bf8fee37adfc24d22fdf5da923170082b6285	449d555969bfd7befe906877abab098c6e63a0e8	/3831/CH8/EX8.10/Ex8_10.sce	fca8c6bb874f9422ac0fd518f578520f01581e18	[]	no_license	FOSSEE/Scilab-TBC-Uploads	948e5d1126d46bdd2f89a44c54ba62b0f0a1f5e1	7bc77cb1ed33745c720952c92b3b2747c5cbf2df	refs/heads/master	2020-04-09T02:43:26.499817	2018-02-03T05:31:52	2018-02-03T05:31:52	37,975,407	3	12	null	null	null	null	UTF-8	Scilab	false	false	1,795	sce	Ex8_10.sce	// Example 8_10 clc;funcprot(0); // Given data // State 1 m=0.100;// lbm p_1=100;// psia T_1=180;// °F v_1=0.6210;// ft^3/lbm h_1=137.49;// Btu/lbm s_1=0.2595;// Btu/(lbm.R) // State 2 p_2=30.0;// psia T_2=120;// °F v_2=1.9662;// ft^3/lbm h_2=126.39;// Btu/lbm s_2=0.2635;// Btu/(lbm.R) // State 3 p_3=p_2;// psia v_3=v_1/2;// ft^3/lbm x_3=0.1952;// The quality of steam s_3=0.07241;// Btu/(lbm.R) K=5.00;// Btu/R // Calculation // (a) // From Table C.7e of Thermodynamic Tables to accompany Modern Engineering Thermodynamics, we find that at p1 = 100 psia and T1 = 180°F, v_1=0.6210;// ft^3/lbm u_1=125.99;// Btu/lbm // At p2= 30 psia and T2 = 120°F, v_2=1.966;// ft^3/lbm u_2=115.47;// Btu/lbm W_12=-m(u_2-u_1);// Btu // (b) v_3=v_1/2;// ft^3/lbm // At p2= 30 psia v_f3=0.01209;// ft^3/lbm v_g3=1.5408;// ft^3/lbm u_f3=16.24;// Btu/lbm u_g3=95.40;// Btu/lbm x_3=(v_3-v_f3)/(v_g3-v_f3);// The quality of steam x_3p=x_3100;// % u_3=u_f3+(x_3(u_g3-u_f3));// Btu/lbm Q_23=(m(u_3-u_2))+(m(p_3144)((v_3-v_2)(1/778.17)));// Btu // (c) // From Table C.7b T_3=15.38;// °F dQ=0;// Btu S_p12=m(s_1-s_2)-0;// Btu/R s_f3=0.0364;// Btu/(lbm.R) s_fg3=0.2209;// Btu/(lbm.R) s_3=s_f3+(x_3(s_fg3-s_f3));// Btu/(lbm.R) S_p23=(m[s_3-s_2])-(Klog((T_3+459.67)/(T_2+459.67)));// Btu/R S_p13=S_p12+S_p23;// Btu/R printf('\n(a)The work transport of energy during the adiabatic expansion,W_12=%1.2f Btu \n(b)The heat transport of energy during the isobaric compression,Q_23=%1.2f Btu \n(c)Since state 3 is saturated (a mixture of liquid and vapor), T3 must be equal to the saturation temperature at 30.0 psia,which, from Table C.7b, is T_3 =%2.2f°F \n(d)The total entropy production for both processes,1(S_p)3=%0.3f Btu/R',W_12,Q_23,T_3,S_p13);
18c96fc6b249ea9536dc222340daebb84eeef860	449d555969bfd7befe906877abab098c6e63a0e8	/2417/CH2/EX2.3/Ex2_3.sce	6d1652dbda554fe72e227e7dad9df791af38cb99	[]	no_license	FOSSEE/Scilab-TBC-Uploads	948e5d1126d46bdd2f89a44c54ba62b0f0a1f5e1	7bc77cb1ed33745c720952c92b3b2747c5cbf2df	refs/heads/master	2020-04-09T02:43:26.499817	2018-02-03T05:31:52	2018-02-03T05:31:52	37,975,407	3	12	null	null	null	null	UTF-8	Scilab	false	false	372	sce	Ex2_3.sce	clear; clc; printf("\t\t\tProblem Number 2.3\n\n\n"); // Chapter 2: Work, Energy, and Heat // Problem 2.3 (page no. 62) // Solution //Given k=201000; // Unit:N/m //k=20kN //k=spring constant l=0.075; //Unit:meter //l=75 mm //l= length of compression of string work=(1/2)kl^2; //force-displacement relation //Unit:Nm printf("Workdone is %f Jule",work);
d5ec58343a17176a60710b18186c9c0dfe198bc5	717ddeb7e700373742c617a95e25a2376565112c	/2474/CH3/EX3.5/Ch03Ex05.sce	a694785150ade146a35fb5dc6cc374aa4b84c02a	[]	no_license	appucrossroads/Scilab-TBC-Uploads	b7ce9a8665d6253926fa8cc0989cda3c0db8e63d	1d1c6f68fe7afb15ea12fd38492ec171491f8ce7	refs/heads/master	2021-01-22T04:15:15.512674	2017-09-19T11:51:56	2017-09-19T11:51:56	92,444,732	0	0	null	2017-05-25T21:09:20	2017-05-25T21:09:19	null	UTF-8	Scilab	false	false	561	sce	Ch03Ex05.sce	// Scilab code Ex3.5: Pg.131 (2008) clc; clear; c = 3e+17; // Velocity of light, nm/s h = 6.63e-34; // Plank's constant, J-s e = 1.6e-19; // Electron charge, C lamda_t = 558; // Threshold frequency of potassium, nm phi = hc/lamda_t; // Work function of Potassium, eV lamda = 400; // Wavelength of light used, nm V_o = hc/(e*lamda) - (phi/e); // Stopping potential from Einstein's Photoelectric equation, V printf("\nThe stopping potential for potassium = %3.2f V", V_o); // Result // Stopping potential for potassium = 0.88 V
faa30482689bfaf5b30c87b373854b5dd297e4c3	cac765899ef2f4a3fea7b30feb7d3cc9e32a4eb4	/test-deprecated/testTransfoFunction.sce	37c6027f516d501380885e9d0f0dcd201410fb22	[]	no_license	clairedune/AsserVisu	136d9cb090f709a410f23d3138ab115b722066d2	f351f693bffd50b5ae19656a7fcb7b52e01d6943	refs/heads/master	2020-04-11T09:56:32.106000	2017-01-12T14:01:12	2017-01-12T14:01:12	1,187,919	0	0	null	null	null	null	UTF-8	Scilab	false	false	528	sce	testTransfoFunction.sce	// main programm path=get_absolute_file_path("Main.sce"), getf(path+'rotationMatrixFromRxRyRz.sci') getf(path+'rotationMatrixFromThetaU.sci') getf(path+'RxRyRzfromRotationMatrix.sci') getf(path+'thetaUFromRotationMatrix.sci') // test 1 : Rxyz -> M -> Rxyz Rxyz = [30%pi/180,0, 90%pi/180], M = rotationMatrixFromRxRyRz(Rxyz), Rxyz2 = RxRyRzfromRotationMatrix(M), // test 2 : Rxyz -> ThetaU -> M -> Rxyz ThetaU = thetaUFromRotationMatrix(M), M2 = rotationMatrixFromThetaU(ThetaU), Rxyz3 = RxRyRzfromRotationMatrix(M2),
6f007246eec2a2ce8a9677188db268ddf2fb1d86	449d555969bfd7befe906877abab098c6e63a0e8	/3809/CH8/EX8.6/EX8_6.sce	a250a99c3a268caf365307186ec17b2619bf40bd	[]	no_license	FOSSEE/Scilab-TBC-Uploads	948e5d1126d46bdd2f89a44c54ba62b0f0a1f5e1	7bc77cb1ed33745c720952c92b3b2747c5cbf2df	refs/heads/master	2020-04-09T02:43:26.499817	2018-02-03T05:31:52	2018-02-03T05:31:52	37,975,407	3	12	null	null	null	null	UTF-8	Scilab	false	false	1,073	sce	EX8_6.sce	//Chapter 8, Example 8.6 clc //Initialisation f1=1000 //frequency in hertz f2=10 //frequency in hertz f3=100 //frequency in hertz f4=20 //frequency in hertz f5=10*6 //frequency in hertz f6=50 //frequency in hertz //Calculation f11=f12 //an octave above 1 kHz f22=f2222 //three octaves above 10 Hz f33=f3/2 //an octave below 100 Hz f44=f410 //a decade above 20 Hz f55=f5/10/10/10 //three decades below 1 MHz f66=f61010 //two decades above 50 Hz //Result printf("(a) an octave above 1 kHz = %d kHz \n",f11/1000) printf("(b) three octaves above 10 Hz = %d Hz \n",f22) printf("(c) an octave below 100 Hz = %d Hz \n",f33) printf("(d) a decade above 20 Hz = %d Hz \n",f44) printf("(e) three decades below 1 MHz = %d kHz \n",f55/1000) printf("(f) two decades above 50 Hz = %d kHz \n",f66)
8e8aff1ca4bbcda3ed20099e4fba69a26cb355b1	7634ea6bcd9ea9751056bddfb6e3589eea54972b	/ProyFinal.sce	e1f84936a1f07a3db92267b3cf44d6fc57212154	[]	no_license	lorbichara/ProyectoFinalMetodos	cb06508f3645a39e76444497066aa00230e0d38f	24426edf8cc65d0d35caed1c98c0a1145a002513	refs/heads/master	2021-01-13T06:12:15.732288	2017-06-20T21:45:03	2017-06-20T21:45:03	94,937,564	0	0	null	null	null	null	UTF-8	Scilab	false	false	14,446	sce	ProyFinal.sce	// This GUI file is generated by guibuilder version 3.0 ////////// ///////////////////////////////////////////////////////////////////////////////////////// // ProyFinal.sce // // Este programa simula la investigación dada sobre la ley de nodos y la ley de mallas, // calculando la corriente dados 3 resistores y 2 fuentes de voltaje. // A01193039 Valeria Rocha // A01193063 Lorraine Bichara // 1/05/2017 version 1.0 ///////////////////////////////////////////////////////////////////////////////////////// //Establecer los elementos de la GUI f=figure('figure_position',[509,23],'figure_size',[640,542],'auto_resize','on','background',[33],'figure_name','Graphic window number %d'); ////////// delmenu(f.figure_id,gettext('File')) delmenu(f.figure_id,gettext('?')) delmenu(f.figure_id,gettext('Tools')) toolbar(f.figure_id,'off') handles.dummy = 0; handles.Titulo=uicontrol(f,'unit','normalized','BackgroundColor',[-1,-1,-1],'Enable','on','FontAngle','normal','FontName','Lucida Grande','FontSize',[20],'FontUnits','points','FontWeight','normal','ForegroundColor',[-1,-1,-1],'HorizontalAlignment','center','ListboxTop',[],'Max',[1],'Min',[0],'Position',[0.3,0.9,0.4,0.0958333],'Relief','default','SliderStep',[0.01,0.1],'String','Análisis de un Circuito ','Style','text','Value',[0],'VerticalAlignment','middle','Visible','on','Tag','Titulo','Callback','') handles.explicacion=uicontrol(f,'unit','normalized','BackgroundColor',[-1,-1,-1],'Enable','on','FontAngle','normal','FontName','Lucida Grande','FontSize',[14],'FontUnits','points','FontWeight','normal','ForegroundColor',[-1,-1,-1],'HorizontalAlignment','center','ListboxTop',[],'Max',[1],'Min',[0],'Position',[0.0984375,0.7679167,0.803125,0.0554167],'Relief','default','SliderStep',[0.01,0.1],'String','En un circuito se tienen tres resistores en paralelo: R1, R2 y R3,','Style','text','Value',[0],'VerticalAlignment','top','Visible','on','Tag','explicacion','Callback','') handles.explicacion2=uicontrol(f,'unit','normalized','BackgroundColor',[-1,-1,-1],'Enable','on','FontAngle','normal','FontName','Lucida Grande','FontSize',[14],'FontUnits','points','FontWeight','normal','ForegroundColor',[-1,-1,-1],'HorizontalAlignment','center','ListboxTop',[],'Max',[1],'Min',[0],'Position',[0.0984375,0.7179167,0.803125,0.0654167],'Relief','default','SliderStep',[0.01,0.1],'String','y dos fuentes de voltaje: V1 y V2.','Style','text','Value',[0],'VerticalAlignment','middle','Visible','on','Tag','explicacion2','Callback','') handles.explicacion3=uicontrol(f,'unit','normalized','BackgroundColor',[-1,-1,-1],'Enable','on','FontAngle','normal','FontName','Lucida Grande','FontSize',[14],'FontUnits','points','FontWeight','normal','ForegroundColor',[-1,-1,-1],'HorizontalAlignment','center','ListboxTop',[],'Max',[1],'Min',[0],'Position',[0.0984375,0.6879167,0.803125,0.0454167],'Relief','default','SliderStep',[0.01,0.1],'String','V1 está directamente conectado a R1 y V2 se conecta directamente a R3.','Style','text','Value',[0],'VerticalAlignment','middle','Visible','on','Tag','explicacion3','Callback','') handles.instrucciones=uicontrol(f,'unit','normalized','BackgroundColor',[-1,-1,-1],'Enable','on','FontAngle','normal','FontName','Lucida Grande','FontSize',[14],'FontUnits','points','FontWeight','normal','ForegroundColor',[-1,-1,-1],'HorizontalAlignment','left','ListboxTop',[],'Max',[1],'Min',[0],'Position',[0.1,0.56875,0.8,0.0554167],'Relief','default','SliderStep',[0.01,0.1],'String','Introduce los valores de los tres resistores y de las dos fuentes de voltaje.','Style','text','Value',[0],'VerticalAlignment','middle','Visible','on','Tag','instrucciones','Callback','') handles.instrucciones2=uicontrol(f,'unit','normalized','BackgroundColor',[-1,-1,-1],'Enable','on','FontAngle','normal','FontName','Lucida Grande','FontSize',[14],'FontUnits','points','FontWeight','normal','ForegroundColor',[-1,-1,-1],'HorizontalAlignment','left','ListboxTop',[],'Max',[1],'Min',[0],'Position',[0.1,0.52875,0.8,0.0454167],'Relief','default','SliderStep',[0.01,0.1],'String','(Solamente valores positivos).','Style','text','Value',[0],'VerticalAlignment','middle','Visible','on','Tag','instrucciones2','Callback','') handles.r1=uicontrol(f,'unit','normalized','BackgroundColor',[-1,-1,-1],'Enable','on','FontAngle','normal','FontName','Lucida Grande','FontSize',[14],'FontUnits','points','FontWeight','normal','ForegroundColor',[-1,-1,-1],'HorizontalAlignment','left','ListboxTop',[],'Max',[1],'Min',[0],'Position',[0.15,0.4220833,0.163125,0.0479167],'Relief','default','SliderStep',[0.01,0.1],'String','','Style','edit','Value',[0],'VerticalAlignment','middle','Visible','on','Tag','r1','Callback','') handles.R1text=uicontrol(f,'unit','normalized','BackgroundColor',[-1,-1,-1],'Enable','on','FontAngle','normal','FontName','Lucida Grande','FontSize',[14],'FontUnits','points','FontWeight','normal','ForegroundColor',[-1,-1,-1],'HorizontalAlignment','center','ListboxTop',[],'Max',[1],'Min',[0],'Position',[0.07,0.42,0.065625,0.05625],'Relief','default','SliderStep',[0.01,0.1],'String','R1:','Style','text','Value',[0],'VerticalAlignment','middle','Visible','on','Tag','R1text','Callback','') handles.r2=uicontrol(f,'unit','normalized','BackgroundColor',[-1,-1,-1],'Enable','on','FontAngle','normal','FontName','Lucida Grande','FontSize',[12],'FontUnits','points','FontWeight','normal','ForegroundColor',[-1,-1,-1],'HorizontalAlignment','left','ListboxTop',[],'Max',[1],'Min',[0],'Position',[0.15,0.3220833,0.163125,0.0479167],'Relief','default','SliderStep',[0.01,0.1],'String','','Style','edit','Value',[0],'VerticalAlignment','middle','Visible','on','Tag','r2','Callback','') handles.r3=uicontrol(f,'unit','normalized','BackgroundColor',[-1,-1,-1],'Enable','on','FontAngle','normal','FontName','Lucida Grande','FontSize',[12],'FontUnits','points','FontWeight','normal','ForegroundColor',[-1,-1,-1],'HorizontalAlignment','left','ListboxTop',[],'Max',[1],'Min',[0],'Position',[0.15,0.2320833,0.163125,0.0479167],'Relief','default','SliderStep',[0.01,0.1],'String','','Style','edit','Value',[0],'VerticalAlignment','middle','Visible','on','Tag','r3','Callback','') handles.v1=uicontrol(f,'unit','normalized','BackgroundColor',[-1,-1,-1],'Enable','on','FontAngle','normal','FontName','Lucida Grande','FontSize',[12],'FontUnits','points','FontWeight','normal','ForegroundColor',[-1,-1,-1],'HorizontalAlignment','left','ListboxTop',[],'Max',[1],'Min',[0],'Position',[0.15,0.1320833,0.163125,0.0479167],'Relief','default','SliderStep',[0.01,0.1],'String','','Style','edit','Value',[0],'VerticalAlignment','middle','Visible','on','Tag','v1','Callback','') handles.v2=uicontrol(f,'unit','normalized','BackgroundColor',[-1,-1,-1],'Enable','on','FontAngle','normal','FontName','Lucida Grande','FontSize',[12],'FontUnits','points','FontWeight','normal','ForegroundColor',[-1,-1,-1],'HorizontalAlignment','left','ListboxTop',[],'Max',[1],'Min',[0],'Position',[0.15,0.0420833,0.163125,0.0479167],'Relief','default','SliderStep',[0.01,0.1],'String','','Style','edit','Value',[0],'VerticalAlignment','middle','Visible','on','Tag','v2','Callback','') handles.r2text=uicontrol(f,'unit','normalized','BackgroundColor',[-1,-1,-1],'Enable','on','FontAngle','normal','FontName','Lucida Grande','FontSize',[14],'FontUnits','points','FontWeight','normal','ForegroundColor',[-1,-1,-1],'HorizontalAlignment','center','ListboxTop',[],'Max',[1],'Min',[0],'Position',[0.07,0.32,0.065625,0.05625],'Relief','default','SliderStep',[0.01,0.1],'String',' R2:','Style','text','Value',[0],'VerticalAlignment','middle','Visible','on','Tag','r2text','Callback','') handles.r3text=uicontrol(f,'unit','normalized','BackgroundColor',[-1,-1,-1],'Enable','on','FontAngle','normal','FontName','Lucida Grande','FontSize',[14],'FontUnits','points','FontWeight','normal','ForegroundColor',[-1,-1,-1],'HorizontalAlignment','center','ListboxTop',[],'Max',[1],'Min',[0],'Position',[0.07,0.23,0.065625,0.05625],'Relief','default','SliderStep',[0.01,0.1],'String',' R3:','Style','text','Value',[0],'VerticalAlignment','middle','Visible','on','Tag','r3text','Callback','') handles.v1text=uicontrol(f,'unit','normalized','BackgroundColor',[-1,-1,-1],'Enable','on','FontAngle','normal','FontName','Lucida Grande','FontSize',[14],'FontUnits','points','FontWeight','normal','ForegroundColor',[-1,-1,-1],'HorizontalAlignment','center','ListboxTop',[],'Max',[1],'Min',[0],'Position',[0.07,0.13,0.065625,0.05625],'Relief','default','SliderStep',[0.01,0.1],'String',' V1:','Style','text','Value',[0],'VerticalAlignment','middle','Visible','on','Tag','v1text','Callback','') handles.v2text=uicontrol(f,'unit','normalized','BackgroundColor',[-1,-1,-1],'Enable','on','FontAngle','normal','FontName','Lucida Grande','FontSize',[14],'FontUnits','points','FontWeight','normal','ForegroundColor',[-1,-1,-1],'HorizontalAlignment','left','ListboxTop',[],'Max',[1],'Min',[0],'Position',[0.07,0.04,0.065625,0.05625],'Relief','default','SliderStep',[0.01,0.1],'String',' V2:','Style','text','Value',[0],'VerticalAlignment','middle','Visible','on','Tag','v2text','Callback','') handles.Calcular=uicontrol(f,'unit','normalized','BackgroundColor',[-1,-1,-1],'Enable','on','FontAngle','normal','FontName','Lucida Grande','FontSize',[12],'FontUnits','points','FontWeight','normal','ForegroundColor',[-1,-1,-1],'HorizontalAlignment','center','ListboxTop',[],'Max',[1],'Min',[0],'Position',[0.59,0.37,0.215625,0.11625],'Relief','default','SliderStep',[0.01,0.1],'String','Calcular Corrientes','Style','pushbutton','Value',[0],'VerticalAlignment','middle','Visible','on','Tag','Calcular','Callback','Calcular_callback(handles)') handles.respuesta1=uicontrol(f,'unit','normalized','BackgroundColor',[-1,-1,-1],'Enable','on','FontAngle','normal','FontName','Lucida Grande','FontSize',[12],'FontUnits','points','FontWeight','normal','ForegroundColor',[-1,-1,-1],'HorizontalAlignment','center','ListboxTop',[],'Max',[1],'Min',[0],'Position',[0.57,0.25,0.245625,0.08625],'Relief','default','SliderStep',[0.01,0.1],'String','','Style','text','Value',[0],'VerticalAlignment','middle','Visible','on','Tag','respuesta1','Callback','') handles.verdoc=uicontrol(f,'unit','normalized','BackgroundColor',[-1,-1,-1],'Enable','on','FontAngle','normal','FontName','Lucida Grande','FontSize',[12],'FontUnits','points','FontWeight','normal','ForegroundColor',[-1,-1,-1],'HorizontalAlignment','left','ListboxTop',[],'Max',[1],'Min',[0],'Position',[0.01,0.83625,0.4815625,0.0375],'Relief','default','SliderStep',[0.01,0.1],'String','Consultar documento para ver la imagen del circuito.','Style','text','Value',[0],'VerticalAlignment','top','Visible','on','Tag','verdoc','Callback','') handles.respuesta2=uicontrol(f,'unit','normalized','BackgroundColor',[-1,-1,-1],'Enable','on','FontAngle','normal','FontName','Lucida Grande','FontSize',[12],'FontUnits','points','FontWeight','normal','ForegroundColor',[-1,-1,-1],'HorizontalAlignment','center','ListboxTop',[],'Max',[1],'Min',[0],'Position',[0.57,0.14,0.245625,0.08625],'Relief','default','SliderStep',[0.01,0.1],'String','','Style','text','Value',[0],'VerticalAlignment','middle','Visible','on','Tag','respuesta2','Callback','') handles.respuesta3=uicontrol(f,'unit','normalized','BackgroundColor',[-1,-1,-1],'Enable','on','FontAngle','normal','FontName','Lucida Grande','FontSize',[12],'FontUnits','points','FontWeight','normal','ForegroundColor',[-1,-1,-1],'HorizontalAlignment','center','ListboxTop',[],'Max',[1],'Min',[0],'Position',[0.57,0.03,0.245625,0.08625],'Relief','default','SliderStep',[0.01,0.1],'String','','Style','text','Value',[0],'VerticalAlignment','middle','Visible','on','Tag','respuesta3','Callback','') handles.info=uicontrol(f,'unit','normalized','BackgroundColor',[-1,-1,-1],'Enable','on','FontAngle','normal','FontName','Lucida Grande','FontSize',[14],'FontUnits','points','FontWeight','normal','ForegroundColor',[-1,-1,-1],'HorizontalAlignment','center','ListboxTop',[],'Max',[1],'Min',[0],'Position',[0.1,0.61875,0.8,0.0454167],'Relief','default','SliderStep',[0.01,0.1],'String','Esta simulación calcula las corrientes dentro de un circuito.','Style','text','Value',[0],'VerticalAlignment','top','Visible','on','Tag','info','Callback','') ////////// // Callbacks are defined as below. Please do not delete the comments as it will be used in coming version ////////// //Funcion que se llama al presionar boton de Calcular en la GUI function Calcular_callback(handles) //Datos del usuario dR1 = strtod(handles.r1.string) dR2 = strtod(handles.r2.string) dR3 = strtod(handles.r3.string) dV1 = strtod(handles.v1.string) dV2 = strtod(handles.v2.string) //Si el input es válido if(dR1 >= 0 & dR2 >= 0 & dR3 >= 0 & dV1 >= 0 & dV2 >= 0 ) then //Gauss Jordan //llenar la matriz segun los valores que dio el usuario //el primer renglon correspende a la ecuacion resultante de la ley de nodos //los siguientes dos renglones resultan de la ley de mallas dMat = [1, -1, 1, 0 ; dR1, dR2, 0, dV1; 0, dR2, dR3, dV2] //iN es la cantidad de renglones en la matriz iN = 3 //Para cada renglon for iR = 1 : iN //el pivote sera la casilla perteneciente a la diagonal principal, pivote = dMat(iR,iR) //hacer el pivote 1, dividiendo todo el renglon entre el pivote for iC = 1 : iN + 1 dMat(iR,iC) = dMat(iR,iC) / pivote end //Para cada renglon en la columna del pivote for k = 1 : iN //Si es diferente al renglon del pivote, if k <> iR dFact = -dMat(k,iR) //Convertir en 0 for iC = 1: iN + 1 dMat(k,iC) = dMat(k,iC) + dFact * dMat(iR, iC) end end end end //Desplegar vector solución dI1 = dMat(1, 4) dI2 = dMat(2, 4) dI3 = dMat(3, 4) handles.respuesta1.string = "Corriente 1: " + string(dI1) handles.respuesta2.string = "Corriente 2: " + string(dI2) handles.respuesta3.string = "Corriente 3: " + string(dI3) //si el input es inválido, avisar al usuario else handles.respuesta1.string = "Input invalido" handles.respuesta2.string = "" handles.respuesta3.string = "" end endfunction
0a68d1a7b159b1d49bcf4b2e9a609798e65627d2	affb43e91a6a0cac39356ff1c5f9f5154b70a4a2	/Filter_Desgin/IIR_Filter.sce	cd8e14c69e88b8895ff21b1481e4a5150096e5d4	[]	no_license	kathan-shah99/Digital-signal-processing	87fb0615a98a764c546681ffb18fea32d69caa6d	3d5ad3553152a2b57f98a3b1a26756ebca37d7bc	refs/heads/main	2023-04-07T06:53:06.263109	2021-04-07T03:57:52	2021-04-07T03:57:52	355,397,284	1	0	null	null	null	null	UTF-8	Scilab	false	false	2,703	sce	IIR_Filter.sce	clc; clear; clf(); //--------------------eqiir-function------------------------ ftype_1='hp'; //low/high/band -pass selection approx_1='butt'; //chebyshev/butterworth/elliptic selection approx_2='cheb1'; //chebyshev/butterworth/elliptic selection approx_3='cheb2'; //chebyshev/butterworth/elliptic selection approx_4='ellip'; //chebyshev/butterworth/elliptic selection om=[0.3 0.5]; // cutoff FREQUENCIES deltap=0.1; deltas=0.4; //-----------IIR digital filter---------- //--------High pass-------- //-------Butterworth----- [cells,fact,zzeros,zpoles] = eqiir(ftype_1,approx_1,om,deltap,deltas); hz=factprod(cells.num)./prod(cells.den); [hzm,fr]=frmag(hz,256); //separating magnitude & frequency S=zpk(zzeros,zpoles,1,'d'); //transfer function in zero-pole-gain form //--------- subplot(411); plot(fr,hzm,"m"); //mag. vs. frequency response legend("High pass-butterworth") xlabel("Freqeuncy") ylabel("Magnitude") mtlb_grid on; //subplot(212); //plzr(S); //pole-zero-plot //--------------------- //-------chebyshev-1----- [cells,fact,zzeros,zpoles] = eqiir(ftype_1,approx_2,om,deltap,deltas); hz=factprod(cells.num)./prod(cells.den); [hzm,fr]=frmag(hz,256); //separating magnitude & frequency S=zpk(zzeros,zpoles,1,'d'); //transfer function in zero-pole-gain form //--------- subplot(412); plot(fr,hzm); //mag. vs. frequency response legend("High pass-chebyshev-1") xlabel("Freqeuncy") ylabel("Magnitude") mtlb_grid on; //subplot(212); //plzr(S); //pole-zero-plot //--------------------- //-------chebyshev-2----- [cells,fact,zzeros,zpoles] = eqiir(ftype_1,approx_3,om,deltap,deltas); hz=factprod(cells.num)./prod(cells.den); [hzm,fr]=frmag(hz,256); //separating magnitude & frequency S=zpk(zzeros,zpoles,1,'d'); //transfer function in zero-pole-gain form //--------- subplot(413); plot(fr,hzm,"m"); //mag. vs. frequency response legend("High pass-chebyshev-2") xlabel("Freqeuncy") ylabel("Magnitude") mtlb_grid on; //subplot(212); //plzr(S); //pole-zero-plot //--------------------- //-------elliptical----- [cells,fact,zzeros,zpoles] = eqiir(ftype_1,approx_4,om,deltap,deltas); hz=factprod(cells.num)./prod(cells.den); [hzm,fr]=frmag(hz,256); //separating magnitude & frequency S=zpk(zzeros,zpoles,1,'d'); //transfer function in zero-pole-gain form //--------- subplot(414); plot(fr,hzm,"r"); //mag. vs. frequency response legend("High pass-Elliptical") xlabel("Freqeuncy") ylabel("Magnitude") mtlb_grid on; //subplot(212); //plzr(S); //pole-zero-plot //---------------------
b982f7eb1a57d6e1608a89a440f198f62b048076	449d555969bfd7befe906877abab098c6e63a0e8	/3866/CH5/EX5.8/Ex5_8.sce	2d8325aa50cdd2cc97fca5015ad10def8af5940a	[]	no_license	FOSSEE/Scilab-TBC-Uploads	948e5d1126d46bdd2f89a44c54ba62b0f0a1f5e1	7bc77cb1ed33745c720952c92b3b2747c5cbf2df	refs/heads/master	2020-04-09T02:43:26.499817	2018-02-03T05:31:52	2018-02-03T05:31:52	37,975,407	3	12	null	null	null	null	UTF-8	Scilab	false	false	316	sce	Ex5_8.sce	clc; clear; close; Vol=0.1;//in volts WL=9; uc=430;//in uA/v^2 en=0.6;//in volts Vdd=1.2;//in volts Vtn=0.4;//in volts Idc=(WLuc(Vol(Vdd-Vtn)-(VolVol)/2))/(1+(Vol/en)); disp(Idc,'Idc(in micro amperes)='); P=Idc*Vdd; disp(P,'power dissipated(in microwatts)='); //answers vary due to round off error
6b041d9a3991e04f7300407254b2120bb05ccadc	449d555969bfd7befe906877abab098c6e63a0e8	/2837/CH12/EX12.8/Ex12_8.sce	b24a091e8dd1e4f57a5ec7cde01235fb8bc2c5a7	[]	no_license	FOSSEE/Scilab-TBC-Uploads	948e5d1126d46bdd2f89a44c54ba62b0f0a1f5e1	7bc77cb1ed33745c720952c92b3b2747c5cbf2df	refs/heads/master	2020-04-09T02:43:26.499817	2018-02-03T05:31:52	2018-02-03T05:31:52	37,975,407	3	12	null	null	null	null	UTF-8	Scilab	false	false	259	sce	Ex12_8.sce	clc clear //Initialization of variables tf=220 //F ti=200 //F d=2 //in C=103.7 k=0.394 rho=59.37 hfg=965.2 mu=0.70 //calculations h=C(k^3 rho^2 hfg/((d/12) mu*(tf-ti)))^(1/4) //results printf("Outer film coefficient = %d Btu/sq ft hr F",h)
556d4bcc3859d1b2a4ca78f796b83ff56311ddaf	bf63c70e054c641e89a6f7a4623a7634ce9a8a9d	/legacy/bofor_2005/test/ASS2.prev.tst	81aadcabefe2e77d3ea76f48b6352b8b99c75f93	[ "LicenseRef-scancode-unknown-license-reference", "Apache-2.0" ]	permissive	gfis/jextra	9c8c030faf35f0834843ed8f07cc061ca9d65a64	bdad8fd33fdf633cf2ff4c1879e1f61935c3d636	refs/heads/master	2022-03-13T21:31:56.132450	2022-02-12T21:27:40	2022-02-12T21:27:40	30,127,957	0	0	null	null	null	null	UTF-8	Scilab	false	false	2,975	tst	ASS2.prev.tst	---1 -ALONG : IN STATE 1 POSIT 1 NOT FOUND ---2 -HAPPEN: CANNOT ALLOCATE STRING, STRHIB=2, FSYM=2 ---3 -EMITT : SYMBOL 3 IN STATE 3 NOT FOUND ---4 -PARSE : TEST-TRACE STATE=4, ITEM=4 ---5 -SETALL: TOO MUCH SET-ELEMENTS, FSET=5, SETHIB=5 ---6 -PREDEL: STATE 6 IS NOT A PREDECESSOR OF STATE 6 ---7 -HAMAP : CANNOT ALLOCATE SYMBOL, SYMHIB=7, FSTR=7 ---8 -SPEINS: CANNOT ALLOCATE SYMBOL, SYMHIB=8, FSTR=8 ---9 -PARADD: MORE THAN 9 PARAMETERS 9 ---10 -DELTA : INVALID MEMBER AT POSITION 10, 10 ---11 -PREINS: CANNOT ALLOCATE PREDECESSOR 11 OF STATE 11 ---12 -STAALL: CANNOT ALLOCATE STATE 12 REACHED,SYMBOL 12 ---13 -SETDEL: 13 NOT FOUND IN LIST, TAIL=13 ---14 -UNDEF : 14,14 ---15 -UNDEF : 15,15 ---16 -PROCHA: CANNOT ALLOCATE PRODUCTION OF 16, FMEM=16 ---17 -PROCHA: SAME PRODUCTION 17 FOR 17 IN THE GRAMMAR ---18 -INFLIS: CYCLE IN LIST, AHIB=18, FA=18 ---19 -PROCHA: CANNOT ALLOCATE MEMBER, LEFT=19, FMEM=19' ---20 -SEPUSH: CANNOT APPEND,TAIL 20, VALUE 20 ---21 -ITEALL: CANNOT ALLOCATE ITEM FOR STATE 21, ITEHIB=21 ---22 -ITEINS: IN STATE 22 CANNOT INSERT POSIT 22 ---23 -PREINS: STATE 23 IS ALREADY A PREDECESSOR OF STATE 23 ---24 -RECEIV: 'ALONG' DOES NOT YIELD PRODUCTION 24, BUT 24 ---25 -LITRAC: ELEMENT 25 ALREADY MARKED, TAIL=25 ---26 -UNDEF : 26,26 ---27 -STAFRE: STATE 27 NOT IN REACHING LIST OF SYMBOL 27 ---28 -SPEINS: CANNOT ALLOCATE STRING, FSTR=28, STRHIB=28 ---29 -SCAN : IN LINE 29, COLUMN 29 END OF FILE IN COMMENT ---30 -SCAN : IN LINE 30, COLUMN 30 END OF FILE IN STRING ---31 -UNDEF : 31,31 ---32 -UNDEF : 32,32 ---201-ASSERT: MORE THAN 32 ASSERTIONS - STOP
cbd29cd8dfd3e76ccd90eda30c2de60096178110	449d555969bfd7befe906877abab098c6e63a0e8	/167/CH13/EX13.5/ex5.sce	0c6d8fc8615764e65b632b83ceb7436788eb1ffc	[]	no_license	FOSSEE/Scilab-TBC-Uploads	948e5d1126d46bdd2f89a44c54ba62b0f0a1f5e1	7bc77cb1ed33745c720952c92b3b2747c5cbf2df	refs/heads/master	2020-04-09T02:43:26.499817	2018-02-03T05:31:52	2018-02-03T05:31:52	37,975,407	3	12	null	null	null	null	UTF-8	Scilab	false	false	2,372	sce	ex5.sce	//example 5 //cooling of non ideal gas mixture clear clc disp('We take the cooling section as the system. This is a control volume since mass crosses the system boundary during the process.The critical properties ') TcrN2= 126.2 //Critical Pressure of N2in K PcrN2=3.39 //Critical Pressure of N2 in MPa TcrO2=154.8 //Critical Temp. of O2 in K PcrO2=5.08 //Critical Pressure of O2 in MPa yN2=0.79 //mole fraction of nitrogen yO2=0.21 //mole fraction of O2 T1=220 //Initial Temp. of air in kelvins T2=160//Final Temp. of air in kelvins Pm=10 //PRessure in MPa Ru=8.314 //Universal Gas constant in kJ/kmol-K disp('calculating heat transfer per kmol of air using ideal gas approximation') h1N2=6391 //Enthalpy of N2 at T1 in kJ/kmol h1O2=6404 //Enthalpy of O2 at T1 in kJ/kmol h2O2=4657 //Enthalpy of O2 at T2 in kJ/kmol h2N2=4648 //Enthalpy of N2 at T2 in kJ/kmol qout=yN2(h1N2-h2N2)+yO2(h1O2-h2O2) //Heat Transfer in kJ/kmol printf("\n Hence, the heat transfer during the process using the ideal gas approximation is = %.0f kJ/kmol. \n",qout); disp('calculating heat transfer per kmol of air using Kays law') Tcrm2=yN2TcrN2+yO2TcrO2 //critical temp. of pseudopure substance Pcrm2=yN2PcrN2+yO2PcrO2 //critical pressure of pseudopure substance Tr1=T1/Tcrm2 //Reduced Temp. at T1 Tr2=T2/Tcrm2 //Reduced Temp. at T2 Zh1m=1.0 //Compresibility factor at T1 Zh2m=2.6 //Compressibility Factor at T2 Pr=Pm/Pcrm2 //Reduced Pressure h1m=yN2h1N2+yO2h1O2 //Enthalpy of the mixture at T1 in kJ/kmol h2m=yN2h2N2+yO2h2O2 //Enthalpy of the mixture at T2 in kJ/kmol qout=(h1m-h2m)-RuTcrm2(Zh1m-Zh2m)//Heat transfer during the process in kJ/kmol printf("\n Hence, the heat transfer during the process using Kays law is = %.0f kJ/kmol. \n",qout); disp('calculating heat transfer per kmol of air using Amagats law') Zh1N2=0.9 //Compressibility factor of N2 at T1 Zh2N2=2.4 //Compressibility factor of N2 at T2 Zh1O2=1.3 //Compressibility factor of O2 at T1 Zh2O2=4.0 //Compressibility factor of O2 at T2 dhN2=(h1N2-h2N2)-RuTcrN2(Zh1N2-Zh2N2) //Enthalpy change for N2 in kJ/kmol dhO2=(h1O2-h2O2)-RuTcrO2(Zh1O2-Zh2O2) //Enthaloy change for O2 in kJ/kmol qout=yN2dhN2+yO2dhO2 //kJ/mol //heat transfer during the process in kJ/kmol printf("\n Hence, the heat transfer during the process using Amagats law is = %.0f kJ/kmol. \n",qout);
f6bc84a3feb8d98649e127808d7e071e84ab0f73	1b969fbb81566edd3ef2887c98b61d98b380afd4	/Rez/bivariate-lcmsr-post_mi/bfi_e_aspfin_d/~BivLCM-SR-bfi_e_aspfin_d-PLin-VLin.tst	49d9897cde2e9941ab29e1852c6048b384cd2b7e	[]	no_license	psdlab/life-in-time-values-and-personality	35fbf5bbe4edd54b429a934caf289fbb0edfefee	7f6f8e9a6c24f29faa02ee9baffbe8ae556e227e	refs/heads/master	2020-03-24T22:08:27.964205	2019-03-04T17:03:26	2019-03-04T17:03:26	143,070,821	1	0	null	null	null	null	UTF-8	Scilab	false	false	11,974	tst	~BivLCM-SR-bfi_e_aspfin_d-PLin-VLin.tst	THE OPTIMIZATION ALGORITHM HAS CHANGED TO THE EM ALGORITHM. ESTIMATED COVARIANCE MATRIX FOR PARAMETER ESTIMATES 1 2 3 4 5 ________ ________ ________ ________ ________ 1 0.523454D+00 2 -0.739788D-02 0.419377D-02 3 0.125089D+00 -0.226773D-02 0.604038D+00 4 -0.192554D-02 0.791925D-03 -0.935542D-02 0.457701D-02 5 0.186396D-03 0.129584D-03 -0.249022D-02 0.568127D-04 0.389829D-02 6 -0.780426D-05 -0.588325D-04 0.396765D-03 0.788553D-04 -0.100926D-03 7 -0.947762D-03 0.924290D-05 -0.814243D-04 0.278449D-03 -0.132694D-03 8 -0.608900D-03 0.310295D-04 -0.341638D-02 0.670377D-04 0.227150D-03 9 -0.182479D+00 0.252419D-01 -0.910777D-01 -0.234883D-01 0.956827D-01 10 0.662098D-01 0.122837D-01 -0.568749D-01 0.454823D-02 0.169795D+00 11 0.718714D-01 0.797624D-02 0.647458D-01 -0.582755D-02 -0.987201D-01 12 0.312384D+00 -0.231393D-01 0.132166D+01 -0.196706D-01 -0.784163D-01 13 -0.128148D+00 -0.581706D-02 0.952196D-01 0.165500D-01 0.430032D-03 14 0.296696D+00 -0.458331D-02 0.251854D+00 -0.186179D-01 0.363339D-01 15 -0.880983D+00 -0.779197D-01 -0.107364D+01 0.512287D-02 -0.123436D+00 16 -0.461021D-01 -0.415016D-02 0.134550D-01 -0.464676D-02 -0.317208D-02 17 0.939206D-05 -0.521839D-03 0.123941D-02 -0.197622D-04 -0.904554D-03 18 -0.113668D+01 0.589652D-01 0.986789D+00 -0.442468D-01 -0.417200D-01 19 0.200044D+00 -0.281518D-02 0.209215D+00 -0.138416D-01 -0.162756D-01 20 0.798601D+00 -0.187705D-01 0.556931D+01 -0.405745D-01 0.165372D-01 21 -0.195962D+00 -0.502940D-02 -0.136246D+00 0.130754D-01 0.659682D-02 22 0.260240D-03 -0.241703D-03 -0.579085D-02 0.663377D-03 0.526755D-03 23 0.398367D-01 -0.199209D-02 0.470831D-01 0.142823D-01 -0.127176D-02 24 -0.517412D-02 0.960875D-03 -0.129293D-01 0.990208D-03 0.631849D-04 ESTIMATED COVARIANCE MATRIX FOR PARAMETER ESTIMATES 6 7 8 9 10 ________ ________ ________ ________ ________ 6 0.844999D-03 7 0.109355D-02 0.508669D-02 8 -0.457402D-04 -0.243253D-03 0.312821D-02 9 -0.246414D-01 -0.972083D-02 -0.670316D-02 0.575787D+02 10 -0.165499D-02 0.200489D-01 -0.936850D-02 0.291461D+01 0.244677D+02 11 0.163337D-01 0.139194D-01 -0.323574D-01 -0.336738D+01 -0.741296D+00 12 0.211654D-01 -0.475635D-01 0.150802D-01 -0.695006D+00 0.345825D-01 13 0.522359D-01 0.166065D+00 0.818240D-03 0.608477D+00 -0.146695D+01 14 0.137719D-01 0.115893D+00 0.261931D+00 0.724249D+01 0.216328D+01 15 0.190924D-01 0.714021D-01 -0.679584D-01 -0.175073D+02 -0.155336D+02 16 -0.112541D-02 -0.253722D-02 -0.981128D-03 0.155728D+01 -0.552351D+00 17 0.293446D-03 0.216586D-03 0.212002D-03 -0.217766D+00 -0.254219D-01 18 -0.688192D-01 -0.181069D+00 0.377857D-01 0.391657D+01 -0.103578D+02 19 -0.502043D-02 0.168069D-01 -0.232583D-03 -0.724426D+00 -0.715660D-01 20 -0.385714D-02 -0.417199D-01 -0.332680D+00 -0.200687D+01 0.377062D+01 21 0.136736D-02 -0.200943D-01 0.351839D-02 0.186734D+01 -0.102350D+01 22 0.321704D-03 0.391755D-03 -0.273738D-03 -0.457263D-01 0.774631D-01 23 -0.481466D-03 -0.264132D-02 0.536578D-03 0.269281D+00 -0.219370D+00 24 0.883703D-06 0.136889D-03 0.449203D-03 -0.482431D-01 -0.287361D-02 ESTIMATED COVARIANCE MATRIX FOR PARAMETER ESTIMATES 11 12 13 14 15 ________ ________ ________ ________ ________ 11 0.471725D+02 12 0.730636D+01 0.149394D+03 13 -0.380868D+01 -0.424494D+01 0.171098D+02 14 -0.942408D+01 -0.589067D+01 0.701806D+01 0.104951D+03 15 0.886593D+01 0.792114D+01 0.328793D+01 -0.272235D+02 0.612423D+03 16 0.428494D-01 0.281480D+00 0.100257D+00 -0.123400D+00 0.215275D+01 17 -0.149208D-01 0.112093D-01 -0.678053D-02 0.699053D-01 -0.256503D+01 18 -0.792780D+01 -0.402241D+01 -0.478979D+01 -0.553171D+01 0.515273D+02 19 0.256232D+01 -0.149742D+01 -0.782367D+00 -0.177468D+00 -0.213094D+01 20 0.105339D-01 -0.127767D+02 -0.246810D+00 -0.727078D+02 0.123259D+02 21 -0.145432D+01 0.218548D+01 0.530014D+00 0.627632D+00 0.203158D+01 22 -0.344334D-01 0.593420D-01 -0.171913D-01 -0.461308D-01 -0.822374D-01 23 0.366588D+00 0.198677D+01 -0.233179D+00 -0.766848D-02 0.947537D+00 24 0.383932D-01 -0.370912D+00 -0.131226D-02 0.493260D-01 -0.945791D-01 ESTIMATED COVARIANCE MATRIX FOR PARAMETER ESTIMATES 16 17 18 19 20 ________ ________ ________ ________ ________ 16 0.884873D+00 17 -0.613666D-01 0.273406D-01 18 0.348627D+00 -0.158102D+00 0.418928D+03 19 0.151495D+00 0.191323D-01 0.334237D+01 0.815596D+01 20 0.100934D+01 -0.121968D+00 0.104330D+03 0.686553D+01 0.825889D+03 21 0.295896D+00 -0.349489D-01 0.273744D+01 -0.701454D+01 -0.597757D+01 22 -0.982372D-02 0.314014D-02 -0.187428D+01 -0.583009D-01 -0.387289D+00 23 0.412400D-01 -0.700829D-02 0.102628D+01 -0.104753D+00 0.650662D+01 24 -0.832735D-02 0.960829D-03 -0.318248D+00 -0.539594D-01 -0.373151D+01 ESTIMATED COVARIANCE MATRIX FOR PARAMETER ESTIMATES 21 22 23 24 ________ ________ ________ ________ 21 0.895364D+01 22 -0.694248D-01 0.210958D-01 23 0.604562D+00 -0.142807D-01 0.140134D+01 24 0.387249D-01 0.422014D-02 -0.107778D+00 0.420386D-01 ESTIMATED CORRELATION MATRIX FOR PARAMETER ESTIMATES 1 2 3 4 5 ________ ________ ________ ________ ________ 1 1.000 2 -0.158 1.000 3 0.222 -0.045 1.000 4 -0.039 0.181 -0.178 1.000 5 0.004 0.032 -0.051 0.013 1.000 6 0.000 -0.031 0.018 0.040 -0.056 7 -0.018 0.002 -0.001 0.058 -0.030 8 -0.015 0.009 -0.079 0.018 0.065 9 -0.033 0.051 -0.015 -0.046 0.202 10 0.019 0.038 -0.015 0.014 0.550 11 0.014 0.018 0.012 -0.013 -0.230 12 0.035 -0.029 0.139 -0.024 -0.103 13 -0.043 -0.022 0.030 0.059 0.002 14 0.040 -0.007 0.032 -0.027 0.057 15 -0.049 -0.049 -0.056 0.003 -0.080 16 -0.068 -0.068 0.018 -0.073 -0.054 17 0.000 -0.049 0.010 -0.002 -0.088 18 -0.077 0.044 0.062 -0.032 -0.033 19 0.097 -0.015 0.094 -0.072 -0.091 20 0.038 -0.010 0.249 -0.021 0.009 21 -0.091 -0.026 -0.059 0.065 0.035 22 0.002 -0.026 -0.051 0.068 0.058 23 0.047 -0.026 0.051 0.178 -0.017 24 -0.035 0.072 -0.081 0.071 0.005 ESTIMATED CORRELATION MATRIX FOR PARAMETER ESTIMATES 6 7 8 9 10 ________ ________ ________ ________ ________ 6 1.000 7 0.527 1.000 8 -0.028 -0.061 1.000 9 -0.112 -0.018 -0.016 1.000 10 -0.012 0.057 -0.034 0.078 1.000 11 0.082 0.028 -0.084 -0.065 -0.022 12 0.060 -0.055 0.022 -0.007 0.001 13 0.434 0.563 0.004 0.019 -0.072 14 0.046 0.159 0.457 0.093 0.043 15 0.027 0.040 -0.049 -0.093 -0.127 16 -0.041 -0.038 -0.019 0.218 -0.119 17 0.061 0.018 0.023 -0.174 -0.031 18 -0.116 -0.124 0.033 0.025 -0.102 19 -0.060 0.083 -0.001 -0.033 -0.005 20 -0.005 -0.020 -0.207 -0.009 0.027 21 0.016 -0.094 0.021 0.082 -0.069 22 0.076 0.038 -0.034 -0.041 0.108 23 -0.014 -0.031 0.008 0.030 -0.037 24 0.000 0.009 0.039 -0.031 -0.003 ESTIMATED CORRELATION MATRIX FOR PARAMETER ESTIMATES 11 12 13 14 15 ________ ________ ________ ________ ________ 11 1.000 12 0.087 1.000 13 -0.134 -0.084 1.000 14 -0.134 -0.047 0.166 1.000 15 0.052 0.026 0.032 -0.107 1.000 16 0.007 0.024 0.026 -0.013 0.092 17 -0.013 0.006 -0.010 0.041 -0.627 18 -0.056 -0.016 -0.057 -0.026 0.102 19 0.131 -0.043 -0.066 -0.006 -0.030 20 0.000 -0.036 -0.002 -0.247 0.017 21 -0.071 0.060 0.043 0.020 0.027 22 -0.035 0.033 -0.029 -0.031 -0.023 23 0.045 0.137 -0.048 -0.001 0.032 24 0.027 -0.148 -0.002 0.023 -0.019 ESTIMATED CORRELATION MATRIX FOR PARAMETER ESTIMATES 16 17 18 19 20 ________ ________ ________ ________ ________ 16 1.000 17 -0.395 1.000 18 0.018 -0.047 1.000 19 0.056 0.041 0.057 1.000 20 0.037 -0.026 0.177 0.084 1.000 21 0.105 -0.071 0.045 -0.821 -0.070 22 -0.072 0.131 -0.630 -0.141 -0.093 23 0.037 -0.036 0.042 -0.031 0.191 24 -0.043 0.028 -0.076 -0.092 -0.633 ESTIMATED CORRELATION MATRIX FOR PARAMETER ESTIMATES 21 22 23 24 ________ ________ ________ ________ 21 1.000 22 -0.160 1.000 23 0.171 -0.083 1.000 24 0.063 0.142 -0.444 1.000
c7ccda0c5ae29f1a51aeb46b661fee522fb845ce	449d555969bfd7befe906877abab098c6e63a0e8	/992/CH7/EX7.5/ex7_5.sce	4f4ced6e68bf761dcd2756d4c7a6fc81211a9b4c	[]	no_license	FOSSEE/Scilab-TBC-Uploads	948e5d1126d46bdd2f89a44c54ba62b0f0a1f5e1	7bc77cb1ed33745c720952c92b3b2747c5cbf2df	refs/heads/master	2020-04-09T02:43:26.499817	2018-02-03T05:31:52	2018-02-03T05:31:52	37,975,407	3	12	null	null	null	null	UTF-8	Scilab	false	false	137	sce	ex7_5.sce	//Exa:7.5 clc; clear; close; //Given: F=610^6; each=40010^3; n=F/each; printf("\n total number of stations= %fstations",n);
34a07eb8abef191aeacd8f2953da3f56b4d5cab1	0e52518c6fe37e683dc04d785f174ce30408f8e7	/otimizacao/newton multivariavel.sce	d8250f382be187d0367e581abb40ef1eed26a626	[]	no_license	thiago-franco/metodos-numericos	c3a7a10d00376c9b238825e9ff049635cc153a92	95ed4e0b1e05b10c7d0ef9cbc23f9c98d2cf8a65	refs/heads/master	2021-07-06T00:19:31.512668	2017-09-30T01:25:29	2017-09-30T01:25:29	104,950,926	0	0	null	null	null	null	UTF-8	Scilab	false	false	841	sce	newton multivariavel.sce	clc clear //function y = f(x) // y = (x(1)-2)^4 + (x(1)-2x(2))^2 //y = 2x(1)+2x(2) //endfunction function grad_x = gradiente(x) n = size(x)(1) grad_x = [] h = 1e-5; for i = 1 : n xadv = x xadv(i) = x(i) + h deriv = (f(xadv) - f(x))/h grad_x = [grad_x;deriv] end endfunction function hess_x = hessiana(x) n = size(x)(1) hess_x = [] h = 1e-6; for i = 1 : n xadv = x xadv(i) = x(i) + h deriv = (gradiente(xadv) - gradiente(x))/h hess_x = [hess_x deriv] end endfunction function nm = newton_multi(x) tol = 1e-5 erro = 1 while erro > tol xnovo = x - inv(hessiana(x)) gradiente(x) erro = norm(xnovo - x) x = xnovo end nm = xnovo endfunction

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