pierreqi/scilab_code · Datasets at Hugging Face

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Ex3_12.sce

clc I=2*10^-3 disp("I = "+string(I)+" amphere") //initializing value of current flowing through the sample. B=1000*10^-4 disp("B= "+string(B)+" Tesla") //initializing value of magnetic field. w=0.2*10^-3 disp("w = "+string(w)+" mm") //initializing value of width of sample. l=2*10^-3 disp("l = "+string(l)+" m") //initializing value of length of sample. t=0.02*10^-3 disp("t = "+string(t)+" m") //initializing value of thickness of sample. Vaa=10 disp("Vaa = "+string(Vaa)+" V") //initializing value of applied voltage. Vh=-10*10^-3 disp("Vh = "+string(Vh)+" V") //initializing value of hall voltage. e=1.6*10^-19 disp("e = "+string(e)+" columb") //initializing value of charge of electron. n=((I*B)/(e*t*Vh)) disp("electron concentration,n=((I*B)/(e*t*Vh))= "+string(n)+" m^-3")//calculation un=(I*l/(e*abs(n)*Vaa*w*t)) disp("mobility,un=(I*L/(e*n*Vaa*w*t))= "+string(un)+" m^2/Vs")//calculation

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4_07.sce

//Problem 4.07: //initializing the variables: mdt1 = 1000; // in lb/min mdt2 = 1000; // in lb/min mdt3 = 200; // in lb/min //calculation: mdt5 = mdt1 + mdt2 - mdt3 mdt6 = mdt2 mdt = mdt5 - mdt6 printf("\n\nResult\n\n") printf("\n amount of water lost by evaporation is %.0f lb/min",mdt)

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16Ex4.sce

//chapter 16 Ex 4 clc; clear; close; //let pipes be A B and C t1=12; t2=15; //time taken by A and B to fill cistern individually t3=20; //time taken by waste pipe to empty the cistern A1min=1/t1; B1min=1/t2; //part filled by A and B in 1 min each ABC1min=1/t3; //part filled by all 3 pipes in 1 min C1min=ABC1min-(A1min+B1min); //part emptied by C in 1 min C1min=abs(C1min); //absolute since the value is negative as it empties the cistern mprintf("Thus the waste pipe empties the cistern in %.0f min",1/C1min);

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//CHAPTER 8 ILLUSRTATION 3 PAGE NO 223 //TITLE:BALANCING OF ROTATING MASSES pi=3.141 clc clear mA=200// mass of A in kg mB=300// mass of B in kg mC=400// mass of C in kg mD=200// mass of D in kg rA=80// radius of A in mm rB=70// radius of B in mm rC=60// radius of C in mm rD=80// radius of D in mm rX=100// radius of X in mm rY=100// radius of Y in mm //===================== mY=7.3/.04// mass of Y in kg by mearurement mX=35/.1// mass of X in kg by mearurement thetaX=146// in degrees by mesurement printf('mass of X=%.3f kg\n mass of Y=%.3f kg\n angle with mA=%.0f degrees',mX,mY,thetaX)

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ex3_1.sce

clc; clear; Vm=3;// amplitude of message signal in V Vc=5;//amplitude of carrier signal in V m=Vm/Vc; //modulation index disp("modulation index"); disp(m,"="); disp("Upper Sideband Frequency(in MHz)"); Fm=4;//Frequency in KHz Fc=5;//Frequency in MHz disp(Fc+(Fm*10^(-3)),"="); disp("Lower Sideband Frequency(in MHz)"); disp(Fc-(Fm*10^(-3)),"="); disp("AMplitude of each Sideband(in V)"); disp(m*Vc/2,"=");

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function drop_duplicates() // Return DataFrame with duplicate rows removed. // // Syntax // dfr.drop_duplicates(input_string) // // Parameters // input_string : String containing additional parameters supported can be passed // // For additional information on parameters, see https://pandas.pydata.org/docs/reference/api/pandas.DataFrame.drop_duplicates.html#pandas.DataFrame.drop_duplicates // Returns : DataFrame // // Examples // // Drop duplicates in the DataFrame // dfr.drop_duplicates() // // Authors // Aditya Dhinavahi // Sundeep Akella endfunction

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clc; close; t = 0:0.001:1; x = sin(2*%pi*5*t); L = 8; //quantization xmax = max(abs(x)); xq = x/xmax; en_code = xq; d = 2/L; q = d*[0:L-1]; q = q-((L-1)/2)*d; for i = 1:L xq(find(((q(i)-d/2)<= xq)&(xq<=(q(i)+d/2))))=q(i).*ones(1,length(find(((q(i)-d/2)<=xq)&(xq<=(q(i)+d/2))))); en_code(find(xq == q(i)))= (i-1).*ones(1,length(find(xq == q(i)))); end xq = xq*xmax; plot2d2(t*2*%pi,x); plot2d2(t*2*%pi,xq,5); (iii) Encoding n = log2(L); c = zeros(length(x),n); for i = 1:length(x) for j = n:-1:0 if(fix(en_code(i)/(2^j))==1) c(i,(n-j)) =1; en_code(i) = en_code(i)-2^j; end end end disp(c) 5

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clear; clc; D=20;Ro=500; N=10^(D/20); R1=Ro*(N-1)/(N+1); R2=Ro*(N+1)/(N-1); printf("The elements of the attenuator are:\n"); printf("R1 = %f ohms\n",round(R1*100)/100); printf(" R2 = %f ohms\n\n",round(R2*100)/100); r1=R1; r2=(R2-R1)/2; printf("The equivalent T structure of the designed lattice:\n"); printf(" R1 = %f ohms\n",round(r1*100)/100); printf(" R2 = %f ohms\n",round(r2*100)/100);

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//developed in windows XP operating system 32bit //platform Scilab 5.4.1 clc;clear; //example 3.8w //calculation of total distance and number of trips //given data dcar=20//distance(in km) travelled by the car vcar=40//speed(in km/h) of the car vfly=100//speed(in km/h) of the fly //calculation tcar=dcar/vcar;//time(in h) taken by the car to cover given distance tfly=tcar; dfly=tfly*vfly;//distance(in m) travelled by the fly //number of trips made by fly can be infinite printf('total distance travelled by the fly is %3.2f km and number of trips made by fly can be infinite',dfly);

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PL/SQL Developer Test script 3.0 4 begin -- Call the function :result := get_frecuencia_ejercicio(pfrecuencia_ejercicio_id => :pfrecuencia_ejercicio_id); end; 2 result 1 1 vez por semana 5 pfrecuencia_ejercicio_id 1 1 4 0

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//ques28 syms s t f=integ(exp(-s*t)*exp(-t),t,0,2); disp('Laplace of given function is'); disp(f);

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enba.7.tst

a a m e r আ ম ে র a a n আ ন a b a z i l a আ ব া জ ি ল a b i r a আ ব ি র া a b i s s o আ ব ি স ো a b o আ ব ো a b u l k a m a l আ ব ু ল ক া ম া ল a c h h n e r a আ ছ ন ে র a c h r a আ চ র া a d a n i আ দ া ন ী a d a s আ দ শ a d h i r c h a n d r a অ ধ ী র চ ন ্ দ ্ র a d i t p a r a আ দ ি ৎ প া র া a g a i n s t এ গ ে ন ্ স ট a g r i t e c h এ গ র ি ট ে ক a h a m a d i আ হ ম দ ি a j a d h o s e n আ জ া দ হ ো স ে ন a j e d আ জ ে দ a j i m আ জ ি ম a j m a t a l i আ জ ম ত আ ল ি a j m i r a b i b i আ জ ম ী র া ব ি ব ি a k a s h i আ ক া শ ী a k h i l b a n d h u অ খ ি ল ব ন ্ ধ ু a k h i l e s h অ খ ি ল ে শ a k h t a r i আ খ ত া র ি a k l i m a আ ক ল ি ম া a k o t অ ক ো ট a l b a n y আ ল ব ে ন ী a l d o u s অ ্ য া ল ্ ড া স a l g i e r s আ ল জ া ই য় া র স a l i m a d d i n আ ল ি ম দ ্ দ ি ন a l i p u r আ ল ি প ু র a l l e m a n d e অ ্ য া ল ে ম া ন ্ ড ে a l m a n i j অ ল ম া ন জ ি a l n i y a অ ল ন ি য় া a l o r a n i আ ল ো র া ন ী a l w a y e অ ল ও য় ে ই a l w i s অ ল ু ই স a m a d e o আ ম া দ ি ও a m a n অ ম ন a m a n u r আ ম া ন ু র a m a r e s h w a r অ ম র ে শ ্ ব র a m a r j i t অ ম র জ ি ত a m a r k r i s h n a অ ম র ক ৃ ষ ্ ণ a m a r p u r a অ ম র প ু র া a m b u r আ ম ব ু র a m i y a r a n j a n অ ম ি য র ঞ ্ জ ন a m r e আ ম ্ র ে a m s t e r d a m আ র ্ ম স ্ ট া র ড া ম a n a n d a l a l আ ন ন ্ দ ল া ল a n a r k a l i আ ন া র ক ল ী a n a t h n a t h অ ন া থ ন া থ a n g a d অ ঙ ্ গ দ a n g e l e s অ ্ য া ঞ ্ জ ে ল স a n g l i a আ ঙ ্ গ ল ি য় া a n i a r a p r i s e t আ ন ি য় া র া প ্ র ি স ে ট a n i b a l a আ ন ি ব া ল া a n i l b a r a n অ ন ি ল ব র ণ a n i l k u m a r অ ন ী ল ক ু ম া র a n i s h a আ ন ি শ া a n k o l a আ ন ক ো ল a n n a v a r a m আ ন ্ ন া ভ া র ম a n n e s আ ন ্ ন ে স a n s h i আ ন ্ স ি a n s u r a b e g a m আ ন স ু র া ব ে গ ম a n t i o c h অ ্ য া ন ্ ট ি য় ো চ a n u j অ ন ু জ a n u p g a r h অ ন ু প গ ড় a n z a r a আ ন জ া র া a q u i n o অ ্ য া ক ু ই ন ো a r a l v a y m o z h i আ র া ল ভ ে ম ো জ ি a r a r i a আ র া র ি য় া a r a s u r আ র া স ু র a r c h আ র ্ চ a r g e n t i n i a n আ র ্ জ ে ন ্ ট ি ন ি য় া ন a r s e n i c আ র ্ স ে ন ি ক a r u n i m a অ র ু ন ি ম া a r u n k a n t i অ র ু ন ক া ন ্ ত ি a s a u d d i n আ স া উ দ ্ দ ি ন a s g a r আ স গ র a s h i s h আ শ ি শ a s h o k অ শ ো ক a s h t e k a r আ শ ত ে ক া র a s m a t a r a আ স ম া ত া র া a s p e r e n অ ্ য া স প ে র ে ন a s t o r a n i অ ষ ্ ট র া ণ ী a t অ ্ য া ট a t এ ট a t a l b i h a r i অ ট ল ব ি হ া র ী a t h e r t o n আ থ া র ট ন a t t a r আ ট ্ র া র a t u l অ ত ু ল a u b u c h o n আ ব ু চ ন a u c h a n আ উ চ ্ য া ন a v e r o f f অ ভ ে র ফ a w a r d s এ ও য় া র ্ ড a w a r d s এ য় া র ্ ড b a b r a a l i ব া ব র া ল ি b a c h c h a ব া চ ্ চ া b a d e s h a ব া দ শ া b a d s h a ব া দ শ া b a d s h a h p u r ব া দ শ া হ প ু র b a i s y a ব া ই স ি য় া b a k u l ব ক ু ল b a k u l c h a n d r a ব ক ু ল চ ন ্ দ ্ র b a l a g h a t ব া ল া গ হ া ট b a l k r i s h n a ব া ল ক ৃ ষ ্ ণ b a l l a b g a r h ব ল ্ ল ব গ ড় b a l m u k u n d ব া ল ম ু ক ু ন ্ দ b a m a n h e r i ব া ম া ন হ ে র ি b a n d h a n ব ন ্ ধ ন b a n d u r a ব া ন ্ ড ু র া b a n e r a ব া ন ে র া b a n f f ব া ন ফ b a n g a l o r e ব া ঙ ্ গ া ল ো র b a n g l i ব া ঙ া ল ী b a n g r o d ব ্ য া ঙ ্ গ র ড b a n i b a l a ব ন ি ব া ল া b a n i b a l a ব া ন ী ব া ল া b a n s i p u r ব ন স ি প ু র b a n t i ব া ন ্ ট ি b a r a ব া র া b a r a d w a r ব া র দ য় া র b a r a n ব া র ন b a r c h i ব া র ছ ি b a r d d h a m a n ব র ্ ধ ম া ন b a r i n ব া র ী ন b a r l a l ব ড় ল া ল b a r n a ব র ্ ন া b a r t a m a n ব র ্ ত ম া ন b a r u n k u m a r ব র ু ণ ক ু ম া র b a r y a ব া র য় া b a s d e b ব া স দ ে ব b a s e d a ব া স ে দ া b a s w a ব া স য় া b a t a k r i s h n a ব ট ক ৃ ষ ্ ণ b a t u q u e ব া ত ু ক ু ই b e a s ব ি য় া স b e a v e r t o n ব ে ভ া র ্ ট ো ন b e b h a d a b e ব ি ভ া দ ে ব ী b e c k e r ব ে ক া র b e d a d e ব ে দ া দ ে b e d b a t i ব ে দ ব ত ী b e l a m p a l l i ব ে ল া ম প া ল ্ ল ি b e l t r o n ব ে ল ট ্ র ন b e l v a n d i ব ে ল ভ া ন দ ি b e n g a ব ে ঙ ্ গ b e n n e t t ব ে ন ে ট b e n u m a d h a b ব ে ন ু ম া ধ ব b e r c h h a ব ি র ছ া b e r l i n ব া র ্ ল ি ন b e t i r i ব ে ট ি র ি b e v e r l y ব ে ভ া র ্ ল ি b e y ব ে b h a b a n i p r a s a d ভ ব া ন ী প ্ র স া দ b h a d a u r a ভ া দ া উ র া b h a d b h a d a g h a t ভ দ ভ া দ া ঘ া ট b h a d k a m k a r ভ া দ ক া ম ক া র b h a d l i ভ া দ ল ি b h a g a b a t i ভ গ ব ত ি b h a g w a t i ভ গ ব ত ী b h a j a n k u m a r ভ জ ন ক ু ম া র b h a k t i ভ ক ্ ত ি b h a l e r a o ভ া ল ে র া ও b h a l w a n ভ া ল ্ ব য় া ন b h a n t u ভ া ঁ ট ু b h a r d w a j ভ া র দ ্ ব া জ b h a v a n i s a g a r ভ ব া ন ি স া গ র b h i k h a r i ভ ি খ া র ী b h i l a i ভ ি ল া ই b h i m c h a n d r a ভ ী ম চ ন ্ দ ্ র b h i m c h a r a n ভ ী ম চ র ণ b h i m s a ভ ী ম স া b h i n d ভ ি ন ্ দ b h u l o n ভ ূ ল ো ন b h u p i a ভ ূ প ি য় া b i a l e g o ব ি য় া ল ে গ ো b i b e k a n a n d a ব ি ব ে ক া ন ন ্ দ b i d y u t ব ি দ ্ য় ু ত ্ b i h a r i ব ি হ া র ী b i h a r i l a l ব ি হ া র ী ল া ল b i j l a ব ী জ ল া b i j u n c t i o n o r ব ি জ ং শ ন ো র b i l a l ব ি ল া ল b i l a p a d a ব ি ল ্ ব প দ b i l h a u r ব ি ল হ া উ র b i l l i a r d ব ি ল ি য় া র ্ ড b i l p u r ব ি ল প ু র b i l w a i ব ি ল ও া ই b i n a n d a ব ি ন ন ্ দ b i n d a ব ি ন ্ দ া b i n d k i ব ি ন ্ দ ক ি b i n i t a ব ি ন ী ত b i n n y ব ি ন ্ ন ্ য b i n o d a ব ি ন ো দ া b i r l a n a g a r ব ি র ল া ন গ র b i s h a k h a b a l a ব ি শ া খ া ব া ল া b i s h a l ব ি শ া ল b i s h a n ব ি শ ন b i s h t u ব ি ষ ্ ট ু b i s h w a j i t ব ি শ ্ ব জ ি ত b i u t i b e g a m ব ি উ ট ি ব ে গ ম b i v i s h a n ব ি ভ ি ষ ন b o b b y ব ব ি b o d h a n i ব ো ধ ন ী b o i n d a ব ৈ ন দ া b o k a j a n ব ো ক া ঞ ্ জ ন b o l l i n g e r ব ো ল ি ং জ া র b o m m i d i ব ৌ ম ্ ম ি দ ি b o n n e t ব ন ে ট b o r o n ব ো র ন b o s c h b e e k ব ো স চ ব ী ক b r a j a n a t h ব ্ র জ ন া থ b r a n d o ব ্ র া ন ্ ড ো b r a n d s ব ্ র া ন ্ ড স b r e s n a n ব ্ র ে স ন া ন b r i d g e p o r t ব ্ র ি জ প ো র ্ ট b r i g h t ব ্ র া ই ট b u k a ব ু ক া b u k i ব ু ক ি b u l i d a s i ব ু ল ু দ া স ী b u r h w a l ব া ড় ও য় া ল b u r i b i b i ব ু ড় ি ব ি ব ি b u r n e t t ব া র ্ ন ে ট b u r r o w s ব ু র ো স b u s h ব ু শ b u t u t s ব ু ট ু ট স b u x a r ব া ষ ্ ক া র c a c a h u a m i l p a ক া ক া হ ু য় া ম ি ল ্ প া c a g n e y ক ্ য া গ ন ে c a l y p s o ক ্ য া ল ি প স ো c a m p a i g n ক ম ্ প ে ন c a m p b e l l ক ্ য া ম ্ ব ে ল c a p i v a r a ক া প ি ভ া র া c a r n o t ক া র ্ ন ো ট c a r o l ক ্ য া র ল c a s c a d a ক ্ য া স ক া ড া c e m e n t s স ি ম ে ন ্ ট স c e n t r e স ে ন ্ ট া র c e n t u r i o n স ে ঞ ্ চ ু র ি য় া ন c e r v a n t e s ক ে র ্ ভ া ন ্ ট ে স c h a d চ ্ য া ড c h a k r a চ ক ্ র c h a k s u চ া ক স ু c h a m p l a i n চ ্ য া ম প ্ ল ে ন c h a n c h a l a চ ঞ ্ জ ল া c h a n d a n চ ন ্ দ ন c h a n d h a চ ন ্ ধ া c h a n d m a h a m a d চ া ঁ দ ম হ ম দ c h a n d r a b h a g a চ ন ্ দ ্ র ভ া গ া c h a n d u চ ন ্ দ ু c h a p h e k a r চ া ফ ে ক া র c h a r b a t i a চ া র ব া ট ি য় া c h a r k i চ ড় ক ি c h a r t e r e d চ া ট া র ্ ড c h a r u c h a n d a চ া র ু চ ন ্ দ ্ র c h a t t h a চ া ট ্ ঠ া c h a v a r a চ া ভ া র া c h a w a চ া ও য় া c h e m i n চ ি ম ি ন c h e p a u k চ ি প ক c h e r o k e e চ ে র ো ক ি c h h i p a d o h a r ছ ি প া দ ো হ া র c h h o t o ছ ো ট ো c h i k h l i চ ি খ ল ি c h i k j a j u r চ ি ক জ া জ ু র c h i k n a i k a n a h a l l i চ ি ক ন া ই ক া ন া হ া ল ্ ল ি c h i k n i চ ি ক ন ি c h i l t o n চ ি ল ্ ট ো ন c h i t r a d u r g চ ি ত ্ র দ ু র ্ গ c h i y o d a চ ি য় ো দ া c h r i s t y ক ্ র ি স ্ ট ি c h u n u r a m চ ু ন ু র া ম c i g n a চ ি গ ন া c i m a t a r i o ক ি ম া ত া র ি ও c i p i c u n g স ি প ি চ ু ং c i p o স ি প ো c l a r e n d o n ক ্ ল ে র ে ন ড ন c l a r s a c h ক ্ ল া র ্ স া চ c l o u d ক ্ ল া উ ড c o l e r i d g e ক ো ল র ি জ c o l l i n g w o o d ক ল ি ঙ ্ গ উ ড c o l o u r ক া ল া র c o l u m b u s ক ো ল া ম ্ ব া স c o m p a s s ক ম প া স c o m p u g e n ক ম ্ প ু জ ে ন c o n n e r y ক ো ন া র ি c o n t a i ক ন ্ ট া ই c o n t r o l ক ন ্ ট ্ র ো ল c o o k ক ু ক c o o l a g h ক ু ল া ঘ c o r b e t t ক র ব ে ট c o r t a l i m ক ো র ্ ট া ল ি ম c o s m o ক স ম ো c o s t n e r ক ো স ্ ট ন া র c r o i x ক ্ র ো ই স ্ ক c u l l i n a n ক ু ল ি ন া ন c u m b e r l a n d ক া ম ্ ব া র ল ্ য া ন ্ ড c u m b r e s ক ু ম ্ ব র ে স c u n n i n g h a m ক া ন ্ ন ি গ হ া ম c u r t ক া র ্ ট d a দ ্ য া d a b e n g w a ড া ব ে ঙ ্ গ া d a d r i দ া দ র ি d a l a p a t i দ ল প ত ি d a l e l দ ল ি ল d a l s i n g h দ া ল স ি ং d a n d o l o ড া ন ্ ড ো ল া d a n i s h দ া ন ি শ d a n i y a w a n দ া ন ি য় া ও য় া ন d a n u b e দ া ন ু ব d a r i y a b a d দ র ি য় া ব া দ d a r s h a n দ র ্ শ ণ d a r s h a n দ র ্ শ ন d a r t s ড া র ্ ট স d a s h e r দ শ ে র d a s p u r দ া স প ু র d a u p h i n ড ল ফ ি ন d a u r a i দ া উ র া ই d a v a n g e r e দ া ভ া ন গ ী র ী d a y l e ড ে ল d e b a b r a t a দ ে ব ব ্ র ত d e b k a m a l দ ে ব ক ম ল d e b r a ড ে ব র া d e b u দ ে ব ু d e g a n a দ ি গ া ন া d e l v a d a দ ে ল ভ া দ া d e m u দ ে ম ু d e p t ড ে প ্ ট d e s o t o ড ে স ো ট ো d e u t s c h l a n d ড ে উ চ ল ্ য া ন ্ ড d e v a s t h a l i দ ে ব স ্ থ ল ী d e v s a r দ ে ব স া র d h a l a i ধ ল া ই d h a n e s w a r ধ ন ে শ ্ ব র d h a n u b a l a ধ া ন ু ব া ল া d h a r a m b a l a ধ র ম ব া ল া d h a r a n g a o n ধ া র ন গ া ঁ ও d h a r m a d h i k a r i ধ র ্ ম া ধ ি ক া র ী d h a u l p u r ধ ৌ ল প ু র d h i r e n b a l a ধ ী র ন ব া ল া d h o t ধ ো ট d h u n d h i ধ ু ন ্ ধ ি d i a m o n d s ড া য় ম ণ ্ ড স d i l i p দ ি ল ি প d i l i p দ ি ল ী প d i n g a n k a r দ ি ঙ ্ গ া ন ক া র d i o n ড ি ও ন d i p a দ ি প া d i p t i দ ী প ্ ত ী d i r h a m দ ি র হ া ম d o m i n i c ড ো ম ি ন ি ্ ক d o n ড ন d o n n a n v i e w ড ো ন া ন ভ ি উ d o o r ড ো র d r a f t s ড ্ র া ফ ট স d r a k e s ড ্ র া ক ে স d u l a l i দ ু ল া ল ি d u l c i m e r ড ু ল ্ ক ি ম া র d u l e e p ড ু ল ি প d u l l o দ ু ল ্ ল ো d u n c a n ড ু ক ্ য া ন d u n g a r p u r দ ু ন গ া প ু র d u r g a p u r a দ ূ র ্ গ া প ু র া d w i j a p a d a দ ্ ব ি জ প দ d y n a m i c s ড া য় া ন ে ম ি ক e a r t h আ র ্ থ প ৃ থ ি ব ী e f f o r d এ ফ ো র ্ ড e i f e l আ ই ফ ে ল e l e c ই ল ে ক e l e f t h e r i o s এ ল ে ফ থ ে র ি ও স e l t e k এ ল ট ে ক e m m y ঈ ম ি e n v i r o n e m e n t এ ন ভ া র ম ে ন ্ ট e s t a b l i s h m e n t এ স ্ ট া ব ্ ল ি শ ম ্ য া ন ্ ট e t a h এ ত া হ e t h i o p i a ই থ ি ও প ি য় া e u r o h y p o ই উ র ো হ া ই প ো e u r o p e ই উ র ো প e v a n g e l i c a l ই ভ া ন জ ি ল ি ক া ল f a j a r a l i ফ জ র আ ল ি f a l l o n ফ া ল ো ন f a r o ফ া র ো f a t a m a ফ ত া ম া f a t e h n a g a r ফ ত ে হ ন গ র f a t e m a ফ ত ে ম া f a t t a r ফ ত ্ ত া র f a t w a ফ া ট ও য় া f e d e r a t i o n s ফ ে ড ে র া শ া ন ্ স f e l a n d ফ ে ল ্ য া ন ্ ড f e r a j ফ ে র া জ f e r m i u m ফ া র ্ ম ি য় া ম f i r o j b i b i ফ ি র ো জ ব ি ব ি f i r o z a b a d ফ ি র ো জ া ব া দ f i r s t ফ ্ র া স ্ ট f i s h e r ফ ি শ া র f r a n ফ ্ র া ন f r a n c e s c o ফ ্ র া ন ্ স ি স ক ো f r a n s w o r t h ফ ্ র া ন স ো র ্ থ f r e d d i e ফ ্ র ে ড ি ক f r e m o n t ফ ্ র ে ম ো ন ্ ট f r e n c h ফ ্ র ে ঞ ্ চ f r o n t z o s ফ ্ র ো ন ্ ট জ স f u l c h a d ফ ু ল চ া ঁ দ g a d a b a r i গ ো দ া ব র ী g a d d i w a l গ া দ ্ দ ি ও য় া ল g a h a n গ হ ন g a i n j a h w a গ া ই ন জ া হ ও য় া g a l i l গ ল ি ল g a l l e r y গ ্ য া ল া র ী g a l v a গ া ল ভ া g a n g a k h e r গ ঙ ্ গ া খ ে র g a n g a n গ ঙ ্ গ া ন g a n g u l y গ া ঙ ্ গ ু ল ি g a n p a t y e গ ণ প ত g a r e w a l গ া র ি ও য় া ল g a r n e r গ া র ন া র g a t e গ ে ট g a u s h a l a গ ৌ ষ া ল া g a u t a m গ ৌ ত ম g e d i m i n a s গ ে ড ি ম ি ন া স g e o r g i a n জ র ্ জ ি য় া ন g h a n v a t k a r গ ণ ব ত ক া র g h a z i a b a d গ া জ ি য় া ব া দ g h a z i a b a d গ া জ ী য় া ব া দ g i r w a r গ ি র ও য় া র g l a s s গ ্ ল া স g l e n n গ ্ ল ী ন g l e n n গ ্ ল ে ন g l e n y o n গ ্ ল ে ন ি য় ন g o f u r গ ো ফ ু র g o l a g h a t গ ো ল ঘ া ট g o l i a t h গ ো ল ি য় া থ g o l j a m a t a গ ো ল জ া ম া ট া g o l s a r গ ো ল স া র g o m s t a গ ো ম স ্ ত া g o o d গ ু ড g o p i n a t h গ ো প ী ন া থ g o r a k h p u r গ ো র ক ্ ষ প ু র g o u r i d e v i গ ৌ র ী দ ে ব ী g o u r k r i s n a গ ৌ র ক ৃ ষ ্ ণ g o u t a m গ ৌ ত ম g o v i n d a r a j a গ ো ব ি ন ্ দ র া জ g r a n d e গ ্ র া ন ্ ড ে g r a n d m a গ ্ র া ন ্ ড ম া g r a n i t e গ ্ র ্ য া ন া ই ট g r e e n l a n d গ ্ র ী ণ ল ্ য া ন ্ ড g r o v e গ ্ র ু ভ g r o v e r গ ্ র ো ভ া র g u a d a l u p e গ ু য় া দ া ল ু প g u i l d h a l l গ ু ই ল ধ া হ ল g u l a b j a n গ ু ল া ব জ া ন g u n a গ ু ন া g u n u n g গ ু ন ু ঙ ্ গ g u r m u r a গ ু র ম ু র া h a g u e হ ে গ h a i t i হ া ই ত ি h a j r a t হ জ র ত h a l i f a x হ া ল ি ফ ক ্ স h a m e e d হ া ম ে দ h a m p s h i r e হ ্ য ম ্ প শ ্ র ে h a n g হ ্ য া ং h a n i e l হ ্ য া ন ি য় ে ল h a n s i r a n i হ া ঁ স ি র া ণ ী h a n s r a j হ ং স র া জ h a n u m a n g a r h হ ন ু ম া ন গ ড় h a n w h a হ া ন ো য় া h a r b h a j a n হ র ভ জ ন h a r d a হ র দ া h a r i s h হ র ি শ h a r m o n y হ া র ম ো ন ি h a r v y হ া র ্ ভ ি h a s i n a b a n o হ া স ি ন া ব া ন ো h a s m a t হ স ম ত h a s s a n হ া স া ন h a s u b a l a হ া স ু ব া ল া h e d l e y হ ে ড ল ি h e e r a হ ী র া h e f n e r হ ে ফ ন া র h e l g o l a n d হ ে ল গ ো ল ্ য া ন ্ ড h e m হ ে ম h e n a b a l a হ ে ন া ব া ল া h e n d r i c k হ ে ন ড ্ র ি ক h e n d r i c k s হ ে ন ্ ড ্ র ি ক স h e n r i হ ে ন র ি h e r s e y হ া র স ে h e r t o g হ া র ্ ট ো গ h i d a y a t হ া দ ি য় া ত h i g h হ া ই h i l l হ ি ল স h i n d e r d a m হ ি ন ড ে র ড া র ্ ম h i n d s হ ি ন ্ ড স h i r a m a n i হ ী র া ম ণ ী h i r a n হ ি র ণ h i r o s h i m a হ ি র ো স ি ম া h i t a c h i হ ি ত া চ ি h o c h h a r z হ ো চ া র ্ জ h o c h t e i f হ ো চ ত ে ই ফ h o l l a n d হ ো ল ্ ল া ন ্ ড h o l l y w o o d হ ো ল ি উ ড h o o p e r হ ো প া র h o p k i n s হ প ক ি ন ্ স h o r n y হ র ্ ন ি h o r o g o b i n d r a হ র গ ো ব ি ন ্ দ h o t h i হ ো থ ী h o w r a h হ া ও ড় া h u n t e r হ া ন ্ ট া র h u s s e i n হ ু স ে ন h y d r o হ ি ড ্ র ো i b s e n ই ব স ে ন i g g l e s d e n ই গ গ ্ ল ি স দ া ন i l l i n o i s আ ই ল ি ন য় ে স i m a j z u d d i n ই ম া জ দ ্ দ ি ন i m d a d u l h a k ই ম দ া দ ু ল হ ক i m i ই ল ম ি i m p e r i a l ই ম ্ প ে র ি য় া ল i n d i a n ই ন ্ ড ি য় া ন i n d o m i t a b l e ই ন ড ো ম ি ট ে ব ল i n d r a p r a s t h a ই ন ্ দ ্ র প ্ র স ্ থ i n i t i a t i v e ই ন ি ট ি য় ে ট ি ভ i r i s h m e n ই র ি শ ম ্ য ে ন i r o আ য় র i s m e t a r a ই স ম ে ত া র া i t i r a n i ই ত ি র া ণ ী i t o ই ট ো i y a s i n a l i ই য া স ি ন আ ল ি i z u m i s a n o জ ু ম ি স া ন ো j জ ে j a a n h v e k a r জ া হ ্ ন ে ক া র j a c a d a জ া ক া ড া j a c k s o n জ ্ য া ক শ ন j a d h a v য া দ ব j a g a জ গ া j a g l a l জ গ ল া ল j a k a d i a জ া ক া দ ি য় া j a l e s h w a r i জ ল ে শ ্ ব র ী j a m a i c a জ া ম া ই ক া j a n a k i n a t h জ া ন ক ী ন া থ j a n a t h a v a n i জ ন ত া ব া ন ী j a s h p u r জ শ প ু র j a u r e g u i b e r r y জ া উ র ে গ ু ই ব ে র ি j a w a r a জ া ও য় া র j e l i জ ে ল ি j e r o m e জ ে র ো ম j h a r n a b i b i ঝ র ্ ণ া ব ি ব ি j h i k k a ঝ ি ক ্ ক া j i r a n i m o জ ি র া ন ি ম ো j i v e জ ি ভ ে j o a n জ ন j o e y জ ো ই j o h a r a জ ো হ র া j o h r a b i b i জ ো হ র া ব ি ব ি j o n a t h a n জ ো ন া থ ন j o n a t h a n জ ো ন া থ া ন j o p l i n জ ো প ল ি ন j u a r e z জ ু য় া র ে জ j u d g e জ জ j u d o জ ু ড ো j u l i জ ু ল ি j u n a g a r h জ ু ন া গ ড় j u n g জ া ং j u n y o জ ু ন য় ো j u r j a m a n ন ূ র জ া ম া ন j w a h a r l a l জ হ র ল া ল k a a n e ক া ন ে k a b i r h o s e n ক ব ি র হ ো স ে ন k a b i t a b a l a ক ব ি ত া ব া ল া k a b u l ক া ব ু ল k a d a f i ক া দ া ফ ি k a h f ক া ফ k a h n u w a l ক া হ ন ু ও য় া ল k a i s e r i n ক ৈ স ে র ি ন k a l o m a n i k ক া ল ো ম া ন ি ক k a l p a n a ক ল ্ প ন া k a l p e s h ক া ল ্ প ে শ k a l u ক া ল ু k a m a k h y a ক া ম া ক ্ ষ া k a m a l j i t ক ম ল জ ি ত k a m a l l a t a ক ম ল ল ত া k a n c h a n d e v i ক া ঞ ্ চ ন দ ে ব ী k a n o k k a n t i ক ন ক ক া ন ্ ত ি k a n t a b a l a ক া ন ্ ত ব া ল া k a n t i l a l ক া ন ্ ত ি ল া ল k a n w a l ক া ন ো য় া ল k a r a ক া র া k a r a b i ক র ব ী k a r a m b i r ক র ম ব ী র k a r g i l ক া র ্ গ ি ল k a r m a l k a r ক া র ্ ম া ল ক া র k a r n a i n ক া র ন া ই ন k a s h i m ক া শ ি ম k a s h i m a ক া শ ি ম া k a s h m i r i ক া শ ্ ম ি র ি k a v t h e k a r ক া ভ ত ে ক া র k e d a r ক ে দ া র k e d a r m a n i ক ে দ া র ম ন ি k e d a r n a t h ক ে দ া র ন া থ k e e r t h i ক ী র ্ ত ি k e f ক ে ফ k e n n e t h ক ি ন ি থ k e n n i n g s ক ে ন ি ঙ ্ গ স k e p h a r t ক ে ফ া র ্ ট k e t a b a n ক ে ত ে ব া ন k e t c h u m ক ে ট চ ু ম k h a l s a খ া ল স া k h a t a v k a r খ া ত ভ ক া র k h i r o d ক ্ ষ ী র ো দ k h o s m a h a m m a d খ ো স ম হ ম ্ ম দ k h r u s h c h e v খ র ু শ ্ চ হ ে ব k i d e p o ক ি ড ে প ো k i n g f i s h e r ক ি ং ফ ি স া র k i n g s t o n ক ি ঙ ্ ক ট ন k i r l o s k a r ক ি র ল ো স ্ ক র k i t t e n ক ি ত ্ ত ে ন k n o x v i l l e ন ক ্ স ভ ি ল k o h i m a ক ো হ ি ম া k o n i k a b a l a ক ন ি ক া ব া ল া k o r a p u t ক ো র া প ু ট k o u s h i l a ক ৌ শ ি ল া k o w l o o n ক উ ল ু ন k r u g e r ক ্ র ু গ া র k u h e l i ক ু হ ে ল ী k u m a r i ক ু ম া র ী k u n j a ক ু ঞ ্ জ k u n t a l i k a ক ু ন ্ ত ল ি ক া k u n t i b a l a ক ু ন ্ ত ী ব া ল া k u p ক ু প k u r e s h a ক ু র ে শ া k u r i r a m ক ু ড় ি র া ম k u s t a r i ক ু স ্ ত র ী k u t u b a l i ক ু ত ু ব আ ল ি k y l e ক ি ল l a d o g a ল া ড ো গ া l a g e n d r a ল গ ে ন ্ দ ্ র l a g r a n g e ল া গ ্ র া ঞ ্ জ ে l a k h i m p u r ল া খ ি ম প ু র l a k h i n d a r ল খ ি ন ্ দ র l a k k a d ল া ক ্ ক া দ l a l b i h a r i ল া ল ব ি হ া র ী l a l c h a n d ল া ল চ া ঁ দ l a l i t m o h a n ল ল ি ত ম ো হ ন l a l j i ল া ল জ ি l a l k u m a r ল া ল ক ু ম া র l a l l u ল া ল ্ ল ু l a m a ল া ম া l a m b d a ল া ম ্ ব দ া l a n c e ল ে ন ্ স l a n c e ল ্ য া ন ্ স l a n d ল ্ য া ন ্ ড l a n g s t o n e ল ্ য া ং স ্ ট ো ন l a r n a c a ল া র ন া ক l a r r y ল া র ি l a t i p h b i b i ল ত ি ফ ব ি ব ি l e b a n o n ল ে ব া ন ন l e n c o i s ল ে ন ক য় ে স l i e b e n b e r g ল ি য় ে ন ব া র ্ গ l i e c h t e n s t e i n ল ি চ ট ে ন ্ স ট া ই ন l i k h a n s a r ল ি খ া ন স র l i n a ল ী ন া l i n d u ল ি ন ্ ড ু l i t t l e ল ি ট ি ল l i v e t t ল ি ভ ে ট l i v i n g s t o n e ল ি ভ ি ং স ্ ট ো ন l i w o n d e ল ি ও ন ্ ড ে l o b a c h e v s k y ল ো ব া চ ে ভ স ্ ক া ই l o c a t i o n ল ো ক ে শ া ন l o r r a i n e ল র ে ন l u i t p o l d ল ু ই ট প ো ল ্ ড l u m p s ল া ম ্ প স l u m s h n o n g ল ু ম স হ ন ং l u n g l e i ল ু ং ল ে ই l u t o n ল ু ট ো ন l y c o m i n g ল া ই ক ো ম ি ং m a a d ম া ্ দ m a c a r t h u r ম ্ য া ক া র ্ থ া র m a c h h a l ম া ছ া ল m a c l e o d ম ্ য া ক ল ি ও ড m a c l e o d ম ্ য া ক ল ে ও ড m a d h u l i n a ম ধ ু ল ী ন া m a d h u r i ম া ধ ু র ী m a d h u r i d e v i ম া ধ ু র ী দ ে ব ী m a d o n n a ম ্ য া ড ো ন া m a d p u r i ম া দ প ু র ি m a d r i y a ম া দ র ি য় া m a d u g a l l e ম া দ ু গ া ল ে m a d u r a ম া দ ু র া m a d u s u d a n ম দ ু স ূ দ ন m a g n i f i c e n t ম ্ য া গ ন ি ফ ি স ি য় ে ন ্ ট m a h a b a l i p u r a m ম হ া ব ল ী প ু র ম m a h a b u l l a ম হ ব ু ল ্ ল া m a h a m u d a ম হ ম ু দ া m a h a r a j ম হ া র া জ m a h a r a l i ম হ র আ ল ি m a h a r a s h t r a ম হ া র া ষ ্ ট ্ র m a h e n d r a g a r h ম া হ ে ন ্ দ ্ র গ ড় m a h e s h k u m a r ম হ ে শ ক ু ম া র m a h i b a n u ম হ ি ব া ন ু m a h o b a ম া হ ো ব া m a h r i ম হ র ী m a i d u l ম া ই দ ু ল m a i j u n ম ই জ ু ন m a i p h u j a ম ই ফ ু জ া m a j b u r ম জ ব ু র m a j i d a ম া জ ি দ া m a k s u d a ম ক স ু দ া m a l a y a l a ম া ল া য় া ল া m a l i ম ল ি m a l p a s s e t ম া ল প া স স ে ট m a l t a ম া ল ্ ট া m a n a m i ম ন া ম ী m a n a s h i ম া ন স ী m a n e j a ম া ন ে জ া m a n g a l ম ঙ ্ গ ল m a n g a l a g i r i ম ঙ ্ গ ল গ ি র ি m a n g a n e s e ম ্ য া ঙ ্ গ া ন ি জ m a n g a t ম া ন ঘ া ট m a n g l a ম ঙ ্ গ ল া m a n j u r ম ন জ ু র m a n j u r a l ম া ঞ ্ জ ু র া ল m a n j u s h a ম ঞ ্ জ ু ষ া m a n n ম ্ য া ন m a n n e r s ম ্ য া ন া র ্ স m a n o j m o h a n ম ন ো জ ম ো হ ন m a n o r a l i ম ন ো র আ ল ি m a n o r a n j a n ম ন ো র ন জ ন m a n o w a r a ম ন ও য া র া m a n s a c h a r a n ম ন স া চ র ন m a n t r i ম ন ্ ত ্ র ী m a n t u c h a r a n ম ন ্ ট ু চ র ন m a n t u r a n j a n ম ন ্ ট ু র ঞ ্ জ ন m a p h i j u l h a k ম ফ ি জ ু ল হ ক m a r b l e ম া র ব ে ল m a r e n g o ম র ে ন গ ো m a r g a s h y a m ম র গ শ ্ য া ম m a r i n e ম ে র ি ন m a r i o ম া র ি য় ো m a r i p h a ম র ি ফ া m a r j a h a n ম া র জ া হ া ন m a r j a n a ম র ্ জ ে ন া m a r j a n e ম া র জ া ন ে m a r j e n a ম র জ ে ন া m a r k s ম া র ্ ক স m a r u ম া র ু m a r u l i ম র ু ল ী m a s e m a l i ম া স ে ম আ ল ি m a s i b a ম স ি ব া m a s l i m a ম স ল ি ম া m a s o n ম ে স ন m a s u d a l i ম া স ু দ আ ল ি m a s u m ম া স ু ম m a t i u l ম ত ি উ ল m a t w a n i ম া ট ও য় া ন ি m a u ম া উ m d a j i m ম হ ঃ আ জ ি ম m d n a i m ম হ ঃ ন ঈ ম m e d i c a l ম ে ড ি ক ্ য া ল m e e t ম ি ট m e g h a ম ে ঘ া m e g h l a l ম ে ঘ ল া ল m e h a d i a n a ম হ া দ ি য় া ন া m e h a n d i r a t t a ম ে হ া ন ্ দ ী র া ট ্ ট া m e h a r u n ম ে হ ে র ূ ন m e h e r a l i ম ে হ ে র আ ল ি m e m r a n i ম ে ম র া ন ী m e n d h e ম ে ন ্ ধ ে m e n i f e e ম ে ন ি ফ ি m e r c h a n t s ম া র চ ে ন ্ ট স m e r c k ম া র ্ ক m e r e n g u e ম ে র ে ঙ ্ গ ু ই m e r e n g u e ম ে র ে ন গ ু ই m e r i n a ম ে র ি ন া m e r r i l l ম া র ল ি ল m h a t r e ম া ত র ে m i a m i ম ি য় া ম ি m i c h a e l ম ্ য া ই ক ে ল m i c k ম ি ক m i h i n u d d i n ম হ ি ন ু দ ্ দ ি ন m i l l e n n i u m ম ি ল ে ন ি য় া ম m i n a r a ম ী ন া র া m i n e r a l ম ি ন া র ে ল m i n h a j u l ম ি ন হ া জ ু ল m i n i b a l a ম ি ন ি ব া ল া m i n o o ম ি ন ো m i n u b e g a m ম ি ন ু ব ে গ ম m i r z a p u r ম ি র ্ জ া প ু র m i s r i ম ি শ ্ র া m i t a ম ি ত া m i t c h e l l ম া ই ক ে ল m i t s u i ম ি ত স ু ই m i t u m b a ম ি ত ু ম ্ ব া m o b i n ম ো ব ি ন m o d i n h a ম ো ড ি ন হ া m o h i t ম ো হ ি ত m o l y b d e n u m ম ল ি ব ড ে ন া ম m o n t s h i r e ম ো ন ্ ট শ ি র ী m o n t u k u m a r ম ণ ্ ট ু ক ু ম া র m o r g a n ম ো র গ ন m o s e l e y ম ো স ল ে m o s t a k ম ো স ্ ত া ক m o t i h a r ম ো ত ি হ া র m o t o r ম ো ট র m o u l t r i e ম া উ ল ট ্ র ি m o u s u m i ম ৌ স ু ম ি m o z a m b i q u e ম ো জ া ম ্ ব ি ক m r i n a l i n i ম ৃ ণ া ল ি ন ী m u h a i y a d d e e n ম ু হ া ই য় া দ ্ দ ি ন m u k t a l a l ম ু ক ্ ত ল া ল m u k t a r a l i ম ু ক ্ ত া র আ ল ি m u k t a r a n i ম ু ক ্ ত া র া ণ ী m u n n a l a l ম ু ন ্ ন া ল া ল m u r a l i t h a r a n ম ু র ল ি থ া র া ন m u r s a d ম ু র স া দ m u r s h i d a ম ু র শ ি দ া m u s l i m a ম ু স ল ি ম া m u s l i m a ম ু স ল ী ম া m u s t a r i b i b i ম ু স ্ ত া র ী ব ি ব ি n a b i k a ন ব ি ক া n a b i r a l i ন ব ি র আ ল ি n a d a l a ন া দ া ল া n a f a d e ন া ফ া দ ে n a g a l a n d ন া গ া ল ্ য া ণ ্ ড n a g a t o ন গ া ত ু n a g o y a ন া গ ো য় া n a h e d a ন া হ ে দ া n a i r o b i ন া ই র ো ব ি n a j i d ন জ ি দ n a j i m a b i b i ন া জ ি ম া ব ি ব ি n a j m a b i b i ন া জ ম া ব ি ব ি n a k u l ন ক ু ল n a l a n d a ন া ল ন ্ দ া n a n d a b a l a ন ন ্ দ ব া ল া n a n i t a l ন ৈ ন ি ত া ল n a o s h a d ন ও শ া দ n a p i e r ন া প ি য় া র n a p o l e o n ন ে প ো ল ি য় া ন n a r a n ন া র া ণ n a r a n i ন া র া ন ী n a r l i k a r ন া র ল ি ক া র n a r o t t o m ন র ো ত ্ ত ম n a s i b a n ন স ি ব ন n a s i m u d d i n ন স ি ম উ দ ্ দ ি ন n a t h o w a l ন া থ ো ও য় া ল n a u s h a b a ন ৌ শ া ব া n e g r i t i n g ন ে গ ্ র ি ট ি ং n e h a l ন ে হ া ল n e h e r j a n ন ে হ ে র জ া ন n e k l a l ন ে ক ল া ল n e k t u n ন ে ক ত ু ন n e l l a i ন ে ল া ই n e m a j i ন ে ম া জ ী n e m m e r s ন ে ম ্ ম ে র ্ স n e p h a j u l ন ে ফ া জ ু ল n e w s p a p e r s s ন ি উ জ প ে প া র স n g a u r u h o e ন ৌ র ু হ n i b e d i t a ন ি ব ে দ ী ত া n i c ন ি ক n i g e r ন া ই জ ে র n i h a r k a n a ন ি হ া র ক ন া n i l a d r i ন ি ল া দ ্ র ী n i l p a d a ন ী ল প দ n i m a n a ন ি ম া ন া n i r a n ন ি র ন n i r e n ন ী র ে ন n i r m a l ন ি র ্ ম ল n i s a r u n ন ি স া র ু ন n i s h a r a n i ন ি শ া র া ন ী n o j i b u l l a ন জ ি ব ু ল ্ ল া n o r t h u m b e r l a n d ন র থ া ম ্ ব া র ল ্ য া ন ্ ড n u r i ন ু র ি n u r u l ন ু র ু ল n u r u l a f s a r ন ু র ু ল আ ফ স া র n y a n g a ন ি য় া ঙ ্ গ া o f f e n p e s t ও ফ ে ন প ে স ্ ট o g l e ও গ ল ে o m k a r n a t h ও ম ক া র ন া থ o p ও প o p r a ও প র া o r c h i d অ র ্ ক ি ড o r g অ র ্ গ o r i z a b a ও র ি জ া ব া o s m a n a b a d ও স ম া ন া ব া দ o t a g o ও ট া গ ো o t t i s ও ট ি স o x f o r d ও ক ্ স ফ ো র ্ ড o z a r k ও জ া র ্ ক o z a r k h e d ও জ া র খ ে দ p a c h i b a l a প চ ি ব া ল া p a h u j a প া হ ু জ া p a k h o w a l i a প া খ ো ও য় া ল ি য় া p a k i j a প া ক ি জ া p a l a k d h a r i প ল ক ধ া র ী p a l a s h প ল া শ p a l l a b প ল ্ ল ব p a l t a n প া ল ্ ট ন p a n d e y প া ন ্ ড ে p a n t a n a l প া ন ্ ত া ন া ল p a p e r প ে প া র p a r a m h a n s a প র ম হ ং স p a r a n c h a n d a প র া ন চ ন ্ দ ্ র p a r b a t i প া ব র ্ ত ী p a r b i n a প র ব ি ন া p a r l e প া র ্ ল ে p a r t h a p r a t i m প া র ্ থ প ্ র ত ী ম p a r u b a l a প র ু ব া ল া p a r u l b i b i প া র ু ল ব ি ব ি p a t a l e প া ত া ল p a t i l প া ট ি ল p a u l i প া উ ল ি p a z প া জ p d m a d e v i প দ ্ ম া ব ত ী p e a r c e প ি য় া র ্ স p e n c i l i n a প ে ঙ ্ ক ি ল ি ন া p e n d s e প ে ন ্ ড স ে p e r l e প া র ্ ল ে p e r u প ে র ু p h a l g u n i ফ া ল ্ গ ু ন ী p h a r m a c o l o g y ফ া র ্ ম া ক ো ল জ ি p h a r u k ফ া র ূ ক p h a t e m a n ফ া ত ে ম ন p h i l l i p ফ ি ল ি প p h i r d a u s ফ ি র দ া উ স p h o u j d a r ফ ৌ জ দ া র p h u l b a l a ফ ু ল ব া ল া p h u l e ফ ু ল ে p h u t k i ফ ু ট ক ি p i k u প ি ক ু p i n t u প ি ন ্ ট ূ p i r e l l i প ি র ে ল ি p i r u m o h a n প ি র ু ম ো হ ন p l u t o n i u m প ্ ল ু ট ো ন ি য় া ম p o e প ো য় ে p o l o n i u m প ো ল ো ন ি য় া ম p o n k s h e প ো ঙ ্ ক স ে p o o r i প ু র ী p o p a l প ো প ল p o p e প ো প p o r t e l a প ো র ্ ট ে ল p o r t t i p a h t a প ো র ট ্ ট ি প া হ ট া p o u r প ো উ র p r a d e e p প ্ র দ ী প p r a m i l a d e b i প ্ র ম ি ল া দ ে ব ী p r a s a n n a প ্ র স ন ্ ন p r a v a t i প ্ র ভ া ত ি p r e m a s h i s h প ্ র ে ম া শ ী ষ p r e m c o r প ্ র ে ম ক ো র p r e m i প ্ র ে ম ী p r o g e n প ্ র ো গ ে ন p r o m i t a প ্ র ম ি ত া p r o s p e r প ্ র ো স ্ প া র p u b l i c প া ব ল ি ক p u l a k প ু ল ক p u m a c o c h a প ু ম া ক ো ছ া p u n a m k u m a r i প ু ন ম ক ু ম া র ী p u p p e t প া প ্ প ে ট p u r b r o o k প ু র ব ্ র ো ক p u r u s প ু ্ র ু শ q a s i m ক া স ি ম q u a s i ক ো য় া স ী q u i n t a n a ক ু ই ন ত া ন া q u t t i n i r p a a q ক ু ত ্ ত ি ন ি র প া ক r a b b a y k u l র ব ্ ব ে ক ু ল r a b i k a n t a র ব ি ক া ন ্ ত r a b i n c h a n d r a র ব ী ন চ ন ্ দ ্ র r a b i r a m র ব ি র া ম r a b i u l a l a m র ব ি উ ল আ ল ম r a c e র ে স r a d e t z k y র ে ড ে ট জ ক ি r a d h a b i n o d র া ধ া ব ি ন ো দ r a f i u l র ফ ি উ ল r a g i র া গ ি r a h i m a র হ ী ম া r a h u l d e b র া হ ু ল দ ে ব r a i n b o w র ে ন ব ো r a i t র া ই ত r a j b a h a d u r র া জ ব া হ া দ ু র r a j b a l i র া জ ব ল ী r a j d i p র া জ দ ী প r a j e n d a r র া জ ি ন ্ দ র r a j e s w a r i র া জ ে শ ্ ব র ী r a j m a c h i k a r র া জ ম া চ ি ক া র r a j n i s h র জ ন ী শ r a l e i g h র ল ি গ r a m a n a d h i র া ম া ন ধ ি r a m a n u j a n র া ম া ন ু জ ন r a m a p p a র া ম া প ্ প া r a m c h a n d r a র া ম চ ন ্ দ ্ র r a m c h a r i t র া ম চ র ি ত ্ র r a m p h a l র া ম ফ ল r a m s a r র া ম স র r a m s w a r u p র া ম স ্ ব র ু প r a n g a l a l র ঙ ্ গ ঁ ল া ল r a n g i l a র ঙ ্ গ ি ল া r a n g i t a র ঞ ্ জ ি ত া r a n j a র ঞ ্ জ া r a n k i n g s র া ঙ ্ ক ি ং স r a n k s র া ঙ ্ ক স r a o র া ও r a s p a l র স প া ল r a t n a y e k e র ত ্ ন া য় ে ক r e b a র ে ব া r e b a b a র ে ব া ব া r e b a t i র ে ব ত ী r e d i f f c o m র ে ড ি ফ r e n u p r a b h a র ে ন ু প ্ র ভ া r e s t i t u t a র ে স ্ ট ি ট ু ট া r e w a র ি ট া r e x a m র ে ক ্ স া ম r i f f a র ি ফ ফ া r i g o l e t র ি গ ো ল ে ট r i j a u l h a k র ি জ া উ ল হ ক r i k র ি ক r i k t a r a n i র ি ক ্ ত া র া ন ী r i n a r a n i র ী ন া র া ণ ী r i n i র ি ন ি r i n k e র ি ঙ ্ ক ে r i n k u b a l a র ি ঙ ্ ক ু ব া ল া r i n o র ি ন ো r i n u র ি ন ু r i t a র ী ত া r o d e o র ো ড ে ও r o d m a n র ো ড ম ্ য া ন r o j i n a র ো জ ি ন া r o m u l o র ো ম ু ল ো r o n a l d র ো ন া ল ্ ড r o o r k e e র ু ড় ক ি r o p i n g র ো প ি ং r o s e র ো হ r o s e n a r a র ো স ে ন া র া r o s s র ো জ r o u p a n র ৌ প া ন r u b i n a র ু ব ি ন া r u n a d e b i র ু ন া দ ে ব ী r u p a r a n i র ু প া র া ন ী r u p a s h r e e র ু প শ ্ র ী r u p a s h r i র ু প শ ্ র ী r u s s o র ু স ো r u t l e d g e র ু ট ল ে জ r u y t e r র ু ই ট া র s a a d a t স া দ া ত s a b a r k a n t h a স া ব া র ক া ন ্ থ া s a b e r স া ব ে র s a b i c স ব ি ক s a b i n a b i b i স া ব ি ন া ব ি ব ি s a c h d e v a স চ দ ে ভ া s a c h i n n a n d a n স চ ী ন ন ্ দ ন s a d e k স া দ ে ক s a f i k u l স ফ ি ক ু ল s a g a r i k a স া গ র ী ক া s a h a r i a r স া ফ া র ি ও র s a h a y স হ া য় s a h i d a স হ ি দ া s a i k a t স ৈ ক ত s a i l e n k u m a r শ ৈ ল ে ন ক ু ম া র s a j e d স া জ ে দ s a k i r a l i স া ক ি র আ ল ি s a m a r k u m a r স ম র ক ু ম া র s a m a y a p u r a m স া ম ্ য প ু র ম s a m e s w a r স ম ে শ ্ ব র s a m i m স া ম ী ম s a m i r k a n t i স ম ী র ক া ন ্ ত ি s a m s e r a l i স ম স ে র আ ল ি s a n d i p k u m a r স ন ্ দ ী প ক ু ম া র s a n j i t a স ন জ ি ত া s a n o y a r a b e g a m স া ন ো য া র া ব ে গ ম s a n t o o r স া ন ্ ট ো র s a q l a i n স া ক ্ ল া ই ন s a r e g a m a স া র ে গ া ম া s a r g e n t স া র ্ জ ় ে ন ্ ট s a r h a d d i স া র হ া ড ্ ড ী s a r j a h a n স া র জ া হ া ন s a r o j a n i স র ো জ ন ী s a x o n স ্ য া ক ্ স ো ন s c h l e s w i g স ে ল ে স উ ই গ s c h o e n f e l d স ্ ক হ ো য় ে ন ফ ে ল ্ ড s c i e n c e s স া য় ে ন ্ স ে স s c o t t স ্ ক ো ট s e a n শ ন s e l i স ে ল ি s e m a m স ে ম া ম s e m i স ে ম ি s e n স ে ন s e n a n a y a k e স ে ন া ন া য় ে ক s e r a p h i m স ে র া ফ ি ম s e r e n g e t i স ে র ে ঙ ্ গ ে ট ি s e r e t u n e স ে র ে ত ু ন s h a c h i b a l a শ চ ী ব া ল া s h a k i l শ া ক ি ল s h a l i m a শ া ল ি ম া s h a m i m শ া ম ি ম s h a m i m a শ া ম ি ম া s h a m i s e n শ া ম ি স ে ন s h a m s u n d a r শ া ম স ু ন ্ দ র s h a n e শ ে ন s h a n t a n u শ া ন ্ ত ু ন ু s h a n t i m a n i শ া ন ্ ত ি ম ন ি s h a n t i r a n j a n শ া ন ্ ত ি র ঞ ্ জ ন s h a n t u n u শ া ন ্ ত ন ু s h a o k a t শ ও ক ত ্ s h a r p স া র ্ প s h a s h i b h u s a n শ শ ী ভ ু ষ ণ s h a s h i b h u s a n শ শ ী ভ ূ ষ ন s h e p h e r d স ে ফ া র ্ ড s h i d h o r e শ ্ র ী ধ র s h i k i s h i m a শ ি ক ি শ ি ম া s h i l d e b i শ ী ল দ ে ব ী s h i t a l a শ ী ত ল া s h i u m a n g a l শ ি উ ম ঙ ্ গ ল s h i v h a r শ ি ব হ র s h o u b h i k a শ ৌ ভ ি ক s h r i d a m শ ্ র ী দ া ম s h r i d h a r শ ্ র ি ধ র s h r i k u m a r শ ্ র ী ক ু ম া র s h r i m a n t a শ ্ র ী ম ন ্ ত s h u b h a n k a r শ ু ভ ং ক র s h u k j a n শ ু ক জ া ন s h w a d h i n o t a স ্ ব া ধ ী ন ত া s h y a m শ ্ য া ম s i d d h a t e k স ি দ ্ ধ ত ে ক s i d e w i s e স া ই ড ো য় া ই স s i g n y স ি গ ্ ন ি s i h l s e e স ি ল স ি s i l i c o m স ি ল ি ক ম s i l p i শ ি ল ্ প ি s i n g h p u r a স ি ং হ প ু র া s i n o p e c স ি ন ো প ে ক s i p u l স ি প ু ল s i r m a u r স ি ম ু র s l o u g h স ্ ল s n e l l স ্ ন ে ল s n e l l i n g স ্ ন ে ল ি ং s o h i n i স ো হ ি ন ী s o l o m o n স ো ল ো ম ন s o m a n a t h স ো ম া ন া থ s o m e r s e t স ো ম া র স ে ট s o u r a v স ৌ র ভ s o u r e n d r a স ৌ র ে ন ্ দ ্ র s o u t h e r n স া উ থ া র ্ ন s o u t h e r n স া র ্ দ া ন s p a r v i e r o স ্ প া র ভ ি য় া র ো s p i e l e স ্ প ি য় ে ল ে s p o c k স ্ প ো ক s r e e s a n t h শ ্ র ী ন া থ s r i d h a r a n শ ্ র ী ধ র ন s r i v i l l i p u t t u r শ ্ র ী ভ ি ল ্ ল ি প ু ত ্ ত ু র s t a r স ্ ট া র s t a t e র া জ ্ য s t e i n f e l d স ্ ট ে ই ন ফ ে ল ্ ড s t e p h e n স ্ ট ে ফ ে ন s t e u r g a t স ্ ট ে উ র গ ট s t e w a r t স ্ ট ু য় া র ্ ট s t e w a r t স ্ ট ে ও য় া ট s t r e a m স ্ ট ্ র ি ম s t u স ্ ট ু s t u d y স ্ ট া ড ি s t u r t স ্ ট ু য় া র ্ ট s t u t t g a r t স ্ ট ু ট গ া র ্ ট s u b e d স ু ব ে দ s u b e s h স ু ব ে শ s u b o d h b a l a স ু ব ো ধ ব া ল া s u c h a n d r a স ু চ ন ্ দ ্ র া s u c h e t a স ু চ ে ত া s u d i r m a n স ু দ ি র ম া ন s u l e m a স ু ল ে ম া s u p e r b স ু প া র ্ ব s u p h a l স ু ফ ল s u p r a b h a স ু প ্ র ভ া s u p r a d i p স ু প ্ র দ ী প s u p r e m e স ু প ্ র ি ম s u r e n স ু র ে ন s u r i n d e r স ু র ি ন ্ দ ্ র s u r u p a স ু র ু প া s u s a n t a স ু শ া ন ্ ত s u s p e n s i o n স া স প ে ন স া ন s w a r n a m o y e স ্ ব র ্ ণ ম য ী s w i m m i n g স ু ই ম ি ং s y n g e n t a স ি ঞ ্ জ ে ন ট া t a b a n n a ত ম ন ্ ন া t a g a r ট গ র t a i m u r ত ৈ ম ু র t a i s e i ত া ই স ে ই t a j e r a b i b i ত া জ ে র া ব ি ব ি t a j i m a d d i n ত া জ ি ম দ ্ দ ি ন t a l ত া ল t a l l i n n ট া ল ্ ল ি ন t a m a ট া ম া t a m b u r i t z a ট া ম ্ ব ু র ি ট জ া t a m i l ত া ম ি ল t a n b u r ত া ং ব ু র t a n d i l a t ত া ন ্ দ ি ল া ট t a n g o ট ্ য া ঙ ্ গ t a n i ট ন ি t a n u j a b e g a m ত ন ু জ া ব ে গ ম t a n u s h r i ত ন ু শ ্ র ী t a r a d e v i ত া র া দ ে ব ী t a r a k ত া র ক t a r a n i k u m a r ত র ন ী ক ু ম া র t a r u n k a n t i ত র ু ণ ক া ন ্ ত ি t a s i r u d d i n ত স ি র ু দ ্ দ ি ন t a y l o r ট ে ল র t a y o s ট য় ো স t e h r i ত র া ই t e j i ত ে জ ি t e l e m a c h u s ট ে ল ে ম া চ ু স t e n e t ট ি ন ি ট t e r b i u m ট া র ্ ব ি য় া ম t e t o n ত ে ট ো ন t e x t i l e s ট ে ক ্ স ট া ই ল t e z u k a ট ে য ু ক া t h a m u b a l a থ া ম ু ব া ল া t h a n d a থ া ন ্ ড া t h a r i k e থ া র ি ক ি t h e দ া t h e o p h i l o s থ ি ও ফ ি ল ো স t h e o r y থ ি ও র ি t h o b a l থ ো ব া ল t h o m s o n থ ম ্ প স ন t h o r o l f থ ো র ো ল ফ t h r a c i a n থ ্ র া স ি য় া ন t i e n h o v e n ট ি য় া ন হ ো ভ ে ন t i l o k a ত ি ল ো ক া t i l o k a r a n i ত ি ল ক া র া ন ী t i m k e n ট ি ম ক ে ন t i m o r ত ি ম ো র t i m o t h y ট ি ম ো থ ি t i p u s u l t a n ট ি প ু স ু ল ত া ন t i r u k k o t t i y u r ত ি র ু ক ্ ক ো ট ্ ট ি য় ু র t o n k ত ো ঙ ্ ক t o u b r o ট ু ব ্ র ো t o w e r ট া ও য় া র t r ট ি আ র t r a d i n g ট ্ র ে ড ি ং t r a n s l a t i o n ট ্ র া ন ্ স ল ে শ া ন t r a v e l e r s ট ্ র া ভ ে ল া র ্ স t r o m b i t a ট ্ র ো ম ্ ব ি ট া t r o p o s p h e r e ট ্ র ো প ো স ্ ফ ি য় া র t r u s t e e s ট ্ র ু স ্ ট ে স t s i n g স ি ং t u g r i k ত ু গ র ি ক t u k u b a l a ট ু ক ু ব া ল া t u l a ত ু ল া t u l s i r a m ত ু ল স ী র া ম t u m u c u m a q u e ত ু ম ু ক ু ম া ক ি উ t u n i b a l a ট ু ন ি ব া ল া t u r k a n a ত ু র ক া ন া t u t u n ত ু ত ু ন t w a i n ট া ই ন t y a g a r a j a ত ্ য া গ র া জ া t y r r h e n i a n ট ি র হ ে ন ি য় া ন u d উ ড u l l a s উ ল ্ ল া স u m e s h উ ম ে শ u n i v e r s i t y ই উ ন ি ভ া র ্ স ি ট ি u n u n q u a d i u m উ ন উ ন ক ো য় া ড ি য় া ম u p u l উ প া ল u r m i l a ঊ র ্ ম ি ল া u t t o m উ ত ্ ত ম v a h a l k a r ভ া হ া ল ক া র v a l d e z ভ া ল দ ে হ v a n t a a ভ া ন ্ ট া v e o l i a ভ ে ও ল ি য় া v i d e o c o n ভ ি ড ি ও ক ন v i m i c r o ভ ি ম ি ক ্ র ো v i p a t ভ ি প া ট v i r g i n i a ভ া র ্ জ ি ন ি য় া v i s w a n a t h ব ি শ ্ ব ন া থ v o n h a g t ভ ো ঙ ্ গ ট v o r a ভ ো র া v o z r o j d e n i e ভ ো জ র ো দ ে ন ি v y a s ব ্ য া স w a l a w e ও ল া উ ই w a l d e g r a v e ও য় া ল ড ি গ ্ র ে ভ w a l t z ও য় া ল ্ ট w a r n e ও য় া র ্ ন w a r n i x ও য় া র ন ি ক ্ স w a s a t c h ও য় া স া চ w a s t i ও য় া স ্ ত ি w a t e r t o n ও য় া ট া র ট ন w e e r a k o o n ও য় ে র া ক ু ন w e r n e c k e ও য় ে র ন ে ক w e s t m i n s t e r ও য় ে ষ ্ ট ম ি ন ি স ্ ট া র w o o g i e উ গ ি w u r t t e m b u r g উ ই ত ্ র ে ম ব া র ্ গ y a m a s e e ও য় া ম া স ি y e l d a r i ই য় ে ল দ া র ী y o g i য ো গ ি y o k a d o ই য় ো ক া ড ো y o k o m i t s u ও ক ো ম ি ট স ু y u n u s ই উ ন ু স y u s e n ই উ স ে ন z a c h a r y জ া চ া র ি z a h r i n g e n জ া হ র ি ন জ ে ন z a p o r i z h i a n জ ্ য া প ো র ি জ ি য় া ন z o n d e k i জ ো ন ্ ড ক ি

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function [out] = GeometricShearer(inputimage,direction,value) // Shear the image // // Calling Sequence // output_image = GeometricShearer(inputimage,direction,value); // // Parameters // // inputimage : image matrix on which geometric shear has to be applied // direction : An input string that like. 'Horizontal' to shear the image in horizontal direction or 'Vertical' to shear the image in vertical direction // value : A scalar value i.e amount to want shift the pixel of image // output_image : sheared image // // Description // This function returns the sheared image.It shears the image by shifting the rows or columns of image. // // Examples // a = imread('lena.jpeg'); // b = GeometricShearer(a,'Horzontal',5); // imshow(b); // // Authors: // //Diwakar Bhardwaj inputimage1=mattolist(inputimage); a = raw_GeometricShearer(inputimage1,direction,value); dimension=size(a) for i = 1:dimension out(:,:,i)=a(i); end endfunction;

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FFILT_digital_filter.sce

clear; clc; clf; c = ffilt("lp", 1000, 0.05); subplot(211); plot(c); [hm ,fr] = frmag(c,1,100); subplot(212); plot(fr,hm);

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// Updated(19-7-07) // 13.6 // Viscosity control problem of MacGregor A = [1 -0.44]; dA = 1; B = [0.51 1.21]; dB = 1; C = [1 -0.44]; dC = 1; k = 1; int1 = 1; F = [1 -1]; dF = 1; V = 1; W = 1; dV = 0; dW = 0; rho = 1; getf lqg.sci; [R1,dR1,Sc,dSc] = lqg(A,dA,B,dB,C,dC,k,rho,V,dV,W,dW,F,dF); [Nu,dNu,Du,dDu,Ny,dNy,Dy,dDy,yvar,uvar] = ... cl(A,dA,B,dB,C,dC,k,Sc,dSc,R1,dR1,int1);

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//Chapter 7: Solid State //Problem: 11 clc; mprintf("AB remain in BCC structure if the edge length is a then body diagonal ,is root(3)a\n") mprintf(" root(3)a = 2(r+ + r-)\n") A = (sqrt(3) * 0.4123 - 2 * 0.81) / 2 mprintf(" A+ = %.2f nm",A)

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function [AA, BB, Q, Z, V]=mtlb_qz(A,B) // Copyright INRIA [lhs,rhs]=argn(0) [AA, BB, Q, Z]=gschur(A,B) if lhs==5 then n=size(A,1) LA=diag(AA) LB=diag(BB) V=zeros(n,n) for k=1:n K=kernel(A*LB(k)-B*LA(k)) if size(K,2)<>1 then error('qz : pencil is not diagonalizable') end V(:,k)=K end end

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function xint=bizinter(x) N=length(x); im = 0; if sum(abs(imag(x)))>0 im = 1; imx = imag(x); x = real(x); end; x2=x(:); x2=[x2.'; zeros(1,N)]; x2=x2(:); xf=fft(x2); if modulo(N,2)==1 //N = odd N1=fix(N/2+1); N2=2*N-fix(N/2)+1; xint=2*real(ifft([xf(1:N1); zeros(N,1) ;xf(N2:2*N)].')); else xint=2*real(ifft([xf(1:N/2); zeros(N,1) ;xf(2*N-N/2+1:2*N)].')); end; if ( im == 1) x2=imx(:); x2=[x2.'; zeros(1,N)]; x2=x2(:); xf=fft(x2); if modulo(N,2)==1 //N = odd N1=fix(N/2+1); N2=2*N-fix(N/2)+1; xmint=2*real(ifft([xf(1:N1); zeros(N,1) ;xf(N2:2*N)].')); else xmint=2*real(ifft([xf(1:N/2); zeros(N,1) ;xf(2*N-N/2+1:2*N)].')); end; xint = xint + i*xmint; end; xint = xint(:); endfunction

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Ex1_2_13.sce

//Section-1,Example-3,Page no.-AC.182 //To calculate the percentage of sulphur in the given coal sample. clc; W_BaSO4=0.01 W_coal=0.1 P_S=(W_BaSO4*32*100)/(W_coal*233) disp(P_S,'Percentage of sulphur in the given coal sample')

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//Tested on Windows 7 Ultimate 32-bit //Chapter 7 Field Effect Transistors Pg no. 241 clear; clc; //Given Data //Figure 7.31 gm=5D-3;//transconductance in Siemens RD=2.7D3;//drain resistance in ohms RL=3.3D3;//load resistance in ohms //Solution RL_eq=RD*RL/(RD+RL);//equivalent load resistance in ohms GV_dash=gm*RL_eq;//voltage gain for loaded circuit GV=gm*RD;//voltage gain for unloaded circuit printf("Voltage gain GV'' = %.2f\n Unloaded a.c. voltage gain GV = %.1f",GV_dash,GV); //decimal approximation in textbook

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1_18_c.sce

// example 1.18<c> //determine the values of power and energy clc ; t =0:0.01:100; A=1; x=A*cos (t); P=(integrate('(A*cos(t))^2','t',0,2*%pi ))/(2*%pi); disp(P,'The power of the signal is:'); E=(integrate('(A*cos(t))^2','t',0,2*%pi)); disp(E,'The energy is:'); disp('As t tends to infinity energy also tends to infinity but power remains finite hence it is power signal');

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// steady speed=10km/hr syms K Kg D (((A-10)*K1)-(-D*Kg))K=100; A=(60.8*10)/60; K=1.5; Kg=100; D=((100/K)-((A-10)*K))/Kg; disp(D,"Down slope=")

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get_color_pelo.tst

PL/SQL Developer Test script 3.0 4 begin -- Call the function :result := get_color_pelo(pcolor_pelo_id => :pcolor_pelo_id); end; 2 result 1 Rubio 5 pcolor_pelo_id 1 1 4 0

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steps step condition True responses response sensors.SetSensor("Altitude", 10.0), response sensors.SetSensor("Heading", 0.0) response sensors.SetSensor("Roll", 0.0) response sensors.SetSensor("RollRate", 0.0) response sensors.SetSensor("Pitch", 0.0) response sensors.SetSensor("PitchRate", 0.0) response sensors.SetSensor("Yaw", 0.0) response sensors.SetSensor("AirSpeed", 0.0) response sensors.SetSensor("GroundSpeed", 0.0) response sensors.SetSensor("ClimbRate", 0.0) response sensors.SetSensor("Longitude", -107.0) response sensors.SetSensor("Latitude", 40.0) response sensors.SetSensor("MagneticDeclination", -10.0) response sensors.SetSensor("TrueHeading", 350.0) response sensors.SetSensor("GroundTrack", 0.0) response sensors.SetSensor("Battery", 100.0) response sensors.SetSensor("OuterEnginePosition", "upward") step condition control["Throttle"] >= 0.8 and self.TimeSinceEntry() > 0.5 post_assertions assert abs(control["RightTilt"] - control["LeftTilt"]) <.01 assert control["ForwardEngineReleaseControl"] == 0 assert control["VTOLEngineReleaseControl"] == 0 responses response sensors.SetSensor("AirSpeed", 5.0) response sensors.SetSensor("Altitude", 2000.0) response sensors.SetSensor("ClimbRate", 0.0) step condition control["RightTilt"] >= 5.0 post_assertions assert abs(control["RightTilt"] - control["LeftTilt"]) <.01 assert control["Throttle"] > .7 assert control["ForwardEngineReleaseControl"] == 0 assert control["VTOLEngineReleaseControl"] == 0 responses response sensors.SetSensor("AirSpeed", 10.0) response sensors.SetSensor("Altitude", 1990.0) response sensors.SetSensor("ClimbRate", -100.0) step condition control["RightTilt"] >= 10.0 post_assertions assert abs(control["RightTilt"] - control["LeftTilt"]) <.01 assert control["Throttle"] > .8 assert control["ForwardEngineReleaseControl"] == 0 assert control["VTOLEngineReleaseControl"] == 0 responses response sensors.SetSensor("AirSpeed", 20.0) response sensors.SetSensor("Altitude", 1995.0) response sensors.SetSensor("ClimbRate", 50.0) step condition control["RightTilt"] >= 15.0 post_assertions assert abs(control["RightTilt"] - control["LeftTilt"]) <.01 assert control["Throttle"] > .7 responses response sensors.SetSensor("AirSpeed", 25.0) response sensors.SetSensor("Altitude", 2000.0) response sensors.SetSensor("ClimbRate", 0.0) step condition control["RightTilt"] >= 20.0 post_assertions assert abs(control["RightTilt"] - control["LeftTilt"]) <.01 assert control["Throttle"] > .7 responses response sensors.SetSensor("AirSpeed", 30.0) response sensors.SetSensor("Altitude", 2000.0) response sensors.SetSensor("ClimbRate", 0.0) step condition control["RightTilt"] >= 25.0 post_assertions assert abs(control["RightTilt"] - control["LeftTilt"]) <.01 assert control["Throttle"] > .7 responses response sensors.SetSensor("AirSpeed", 35.0) response sensors.SetSensor("Altitude", 2000.0) response sensors.SetSensor("ClimbRate", 0.0) step condition control["RightTilt"] >= 30.0 post_assertions assert abs(control["RightTilt"] - control["LeftTilt"]) <.01 assert control["Throttle"] > .7 responses response sensors.SetSensor("AirSpeed", 40.0) response sensors.SetSensor("Altitude", 2000.0) response sensors.SetSensor("ClimbRate", 0.0) step condition control["RightTilt"] >= 35.0 post_assertions assert abs(control["RightTilt"] - control["LeftTilt"]) <.01 assert control["Throttle"] > .7 responses response sensors.SetSensor("AirSpeed", 45.0) response sensors.SetSensor("Altitude", 2000.0) response sensors.SetSensor("ClimbRate", 0.0) step condition control["RightTilt"] >= 45.0 post_assertions assert abs(control["RightTilt"] - control["LeftTilt"]) <.01 assert control["Throttle"] > .7 responses response sensors.SetSensor("AirSpeed", 50.0) response sensors.SetSensor("Altitude", 2000.0) response sensors.SetSensor("ClimbRate", 0.0) step condition control["RightTilt"] >= 50.0 post_assertions assert abs(control["RightTilt"] - control["LeftTilt"]) <.01 assert control["Throttle"] > .7 responses response sensors.SetSensor("AirSpeed", 53.0) response sensors.SetSensor("Altitude", 2000.0) response sensors.SetSensor("ClimbRate", 0.0) step condition control["RightTilt"] >= 55.0 post_assertions assert abs(control["RightTilt"] - control["LeftTilt"]) <.01 assert control["Throttle"] > .7 responses response sensors.SetSensor("AirSpeed", 56.0) response sensors.SetSensor("Altitude", 2000.0) response sensors.SetSensor("ClimbRate", 0.0) step condition control["RightTilt"] >= 60.0 post_assertions assert abs(control["RightTilt"] - control["LeftTilt"]) <.01 assert control["Throttle"] > .7 assert control["ForwardEngineReleaseControl"] == 0 assert control["VTOLEngineReleaseControl"] == 0 responses response sensors.SetSensor("AirSpeed", 59.0) response sensors.SetSensor("Altitude", 2000.0) response sensors.SetSensor("ClimbRate", 0.0) step condition control["RightTilt"] >= 65.0 post_assertions assert abs(control["RightTilt"] - control["LeftTilt"]) <.01 assert control["Throttle"] > .7 assert control["ForwardEngineReleaseControl"] == 0 assert control["VTOLEngineReleaseControl"] == 0 responses response sensors.SetSensor("AirSpeed", 62.0) response sensors.SetSensor("Altitude", 2000.0) response sensors.SetSensor("ClimbRate", 0.0) step condition control["RightTilt"] >= 70.0 post_assertions assert abs(control["RightTilt"] - control["LeftTilt"]) <.01 assert control["Throttle"] > .7 assert control["ForwardEngineReleaseControl"] == 0 assert control["VTOLEngineReleaseControl"] == 0 responses response sensors.SetSensor("AirSpeed", 65.0) response sensors.SetSensor("Altitude", 2000.0) response sensors.SetSensor("ClimbRate", 0.0) step condition control["RightTilt"] >= 75.0 post_assertions assert abs(control["RightTilt"] - control["LeftTilt"]) <.01 assert control["Throttle"] > .7 assert control["ForwardEngineReleaseControl"] == 0 assert control["VTOLEngineReleaseControl"] == 0 responses response sensors.SetSensor("AirSpeed", 68.0) response sensors.SetSensor("Altitude", 2000.0) response sensors.SetSensor("ClimbRate", 0.0) step condition control["RightTilt"] >= 80.0 post_assertions assert abs(control["RightTilt"] - control["LeftTilt"]) <.01 assert control["Throttle"] > .7 assert control["ForwardEngineReleaseControl"] == 0 assert control["VTOLEngineReleaseControl"] == 0 responses response sensors.SetSensor("AirSpeed", 71.0) response sensors.SetSensor("Altitude", 2000.0) response sensors.SetSensor("ClimbRate", 0.0) step condition control["RightTilt"] >= 85.0 post_assertions assert abs(control["RightTilt"] - control["LeftTilt"]) <.01 assert control["Throttle"] > .7 assert control["ForwardEngineReleaseControl"] == 0 assert control["VTOLEngineReleaseControl"] == 0 responses response sensors.SetSensor("AirSpeed", 73.0) response sensors.SetSensor("Altitude", 2000.0) response sensors.SetSensor("ClimbRate", 0.0) step condition control["RightTilt"] == 90.0 post_assertions assert abs(control["RightTilt"] - control["LeftTilt"]) <.01 assert control["ForwardEngineReleaseControl"] == 0 responses response sensors.SetSensor("AirSpeed", 74.0) response sensors.SetSensor("Altitude", 2000.0) response sensors.SetSensor("ClimbRate", 0.0) step condition control["VTOLEngineReleaseControl"] == 1 post_assertions assert abs(control["RightTilt"] - control["LeftTilt"]) <.01 assert control["Throttle"] <= .1 assert control["ForwardEngineReleaseControl"] == 0 responses response sensors.SetSensor("AirSpeed", 79.0) response sensors.SetSensor("Altitude", 2000.0) response sensors.SetSensor("ClimbRate", 0.0) response sensors.SetSensor("OuterEnginePosition", "forward") step condition control["VTOLEngineReleaseControl"] == 0 post_assertions assert abs(control["RightTilt"] - control["LeftTilt"]) <.01 assert control["ForwardEngineReleaseControl"] == 0 responses response sensors.SetSensor("AirSpeed", 89.0) response sensors.SetSensor("Altitude", 2000.0) response sensors.SetSensor("ClimbRate", 0.0) step condition control["Throttle"] == 1 post_assertions assert abs(control["RightTilt"] - control["LeftTilt"]) <.01 assert control["ForwardEngineReleaseControl"] == 0 responses response sensors.SetSensor("AirSpeed", 139.0) response sensors.SetSensor("Altitude", 2000.0) response sensors.SetSensor("ClimbRate", 0.0)

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function [nt,dt,rk]=trzeros(Sl) //Transmission zeros of Sl = nt./dt // Syntax : [nt,dt]=trzeros(Sl) //! // Copyright INRIA [LHS,RHS]=argn(0); if type(Sl)==2 then D=Sl; [m,n]=size(D); if m<>n then error('Trzeros: Polynomial matrix--> must be square');return;end chis=det(D);nt=roots(chis);dt=ones(nt); if LHS==1 then nt=nt./dt;dt=[];rk=[];end return; end flag=Sl(1); if flag(1)<>'lss'&flag(1)<>'r' then error('Input to trzeros must be a linear system or polynomial matrix'); end if flag(1)=='r' then if size(Sl)==1 then nt=roots(Sl(2));dt=[];rk=1;return;end Sl=tf2ss(Sl); end //Sl=minss(Sl); [A,B,C,D]=Sl(2:5); if type(D)==2 then [m,n]=size(D); if m<>n then error('Trzeros: Polynomial D matrix -->must be square');return;end chis=det(systmat(Sl));nt=roots(chis);dt=ones(nt); if LHS==1 then nt=nt./dt;dt=[];rk=[];end return; end if size(A,'*')==0 then if type(D)==1 then nt=[];dt=[];return;end; if type(D)==2 then [m,n]=size(D); if m<>n then error('D(s) must be square');return;end chis=det(D);nt=roots(chis);dt=ones(nt); if LHS==1 then nt=nt./dt;dt=[];rk=[];end return; end; end; [ld,kd]=size(D); if norm(D,1)<sqrt(%eps)|ld==kd then [nt,dt,rk]=tr_zer(A,B,C,D); if LHS==1 then nt=nt./dt;dt=[];rk=[];end return; end if ld < kd & norm(D*pinv(D)-eye,1)< 1.d-10 //nt=spec(A-B*pinv(D)*C);dt=ones(nt); [nt,dt]=tr_zer(A,B,C,D); rk=ld; if LHS==1 then nt=nt./dt;end; return; end if ld > kd & norm(pinv(D)*D-eye,1)< 1.d-10 //nt=spec(A-B*pinv(D)*C);dt=ones(nt); [nt,dt]=tr_zer(A,B,C,D); rk=kd; if LHS==1 then nt=nt./dt;dt=[];rk=[];end;return; end //warning('Trzeros:non-square system with D non zero and not full') //By kronecker form s=poly(0,'s'); syst_matrix=systmat(Sl); //form system matrix [Q,Z,Qd,Zd,numbeps,numbeta]=kroneck(syst_matrix); ix=Qd(1)+Qd(2)+1:Qd(1)+Qd(2)+Qd(3); iy=Zd(1)+Zd(2)+1:Zd(1)+Zd(2)+Zd(3); finitepencil=Q(ix,:)*syst_matrix*Z(:,iy); [E,A]=pen2ea(finitepencil); [nt,dt]=gspec(A,E);rk=[]; if LHS==1 then nt=nt./dt;dt=[];rk=[];end;

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function s=%svlss(d1,s2) //s=%svlss(d1,s2) <=> s=d1/.s2 // origin s. steer inria 1987 [a2,b2,c2,d2,x2,dom2]=s2(2:7) e12=1/(eye+d2*d1) e21=eye-d1*e12*d2;b21=b2*e21 s=tlist(['lss','A','B','C','D','X0','dt'],a2-b21*d1*c2,b21*d1,... -e21*d1*c2,e21*d1,x2,dom2)

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// ELECTRICAL MACHINES // R.K.Srivastava // First Impression 2011 // CENGAGE LEARNING INDIA PVT. LTD // CHAPTER : 5 : INDUCTION MACHINES // EXAMPLE : 5.10 clear ; clc ; close ; // Clear the work space and console // GIVEN DATA m = 3; // Total Number of phase in Induction Motor p = 4; // Total number of Poles in Induction Motor f = 50; // Frequency in Hertz s = 0.03; // Slip // CALCULATIONS Ns = (120*f)/p; // Synchronous Speed in RPM Nr = (1-s)*Ns; // Rotor Speed in RPM // DISPLAY RESULTS disp("EXAMPLE : 5.10 : SOLUTION :-"); printf("\n (a) Rotor Speed , Nr = %.f RPM \n",Nr)

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//example 8.9 //calculate streeses at heel and toe of dam clc;funcprot(0); //given c=1; hw=6; //heigth of water in reservior Bt=1.5; //width of top of dam H=6; //heigth of the dam wb=4.5; //width of base of dam Sg=2.4; //specific gravity of masonary gamma_w=9.81; //weigth density of water W1=Bt*gamma_w*Sg*H; W2=gamma_w*Sg*H*(wb-Bt)/2; L1=(wb-Bt)+(Bt/2); L2=(2*(wb-Bt))/3, M1=W1*L1,M2=W2*L2, //Reaervior empty SumW=W1+W2; SumM=M1+M2; x=SumM/SumW; e=wb/2-x; pnt=(SumW/wb)*(1+(6*e/wb)); pnh=(SumW/wb)*(1-(6*e/wb)); pnt=round(pnt*10)/10; pnh=round(pnh*10)/10; mprintf("Reservior empty:"); mprintf(" \nNormal stress at toe=%f kN/square.m.",pnt); mprintf("\nNormal stress at heel=%f kN/square.m.",pnh); //Reservior full W3=gamma_w*H^2/2; U=gamma_w*H*c*wb/2; SumV=SumW-U; L3=hw/3; L4=2*wb/3; //lever arm M3=W3*L3; M4=U*L4; //moment about toe SumM1=SumM-M4-M3; x=SumM1/SumV; e=wb/2-x; pnt=(SumV/wb)*(1+(6*e/wb)); pnh=(SumV/wb)*(1-(6*e/wb)); pnt=round(pnt*10)/10; pnh=round(pnh*10)/10; mprintf("\n\nReservior full:"); mprintf(" \nNormal stress at toe=%f kN/square.m.",pnt); mprintf("\nNormal stress at heel=%f kN/square.m.",pnh);

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// SAMPLE PROBLEM 3/23 clc;funcprot(0); // Given data m_1=0.050;// kg m_2=4;// kg v_1=600;// m/s v_2=12;// m/s theta=30;// degree // Calculation v_2=[(m_2*v_2*cosd(theta))/(m_1+m_2),((m_1*v_1)+(m_2*v_2*sind(theta)))/(m_1+m_2)];// m/s v_x=v_2(1);// m/s v_y=v_2(2);// m/s V_2=sqrt((v_x^2+v_y^2));// m/s theta=atand((v_y/v_x));// degree printf("\nThe velocity of the block and embedded bullet immediately after impact,v_2=%2.2fi+%2.2fj m/s \nThe final velocity and its direction are given by v_2=%2.2f m/s and theta=%2.1f degree",v_x,v_y,V_2,theta);

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clc A=0.01; // m^2 L=0.3; // m N=60/60; // rps V_act=10.6/3600; // m^3/s rho=1000; // kg/m^3 g=9.81; // m/s^2 Q=10.6/3600; // m^3/s H=15; // m V=A*L*N; Cd=V_act/V; disp("Coefficient of discharge =") disp(Cd) P=rho*g*Q*H; disp("The power required =") disp(P) disp("W")

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/////////////////////////////////////////////////////////////////////////////// // // // MONITEUR D'ENCHAINEMENT POUR LE CALCUL DE L'EQUILIBRE D'UN RESEAU D'EAU // // // /////////////////////////////////////////////////////////////////////////////// // -------------------------------------- // Dimensionnement de l'espace de travail // -------------------------------------- stacksize(10000000); // ------------------------------------------ // Fonctions fournies dans le cadre du projet // ------------------------------------------ // Donnees du problemes exec('Probleme_R.sce'); exec('Structures_R.sce'); // Affichage des resultats exec('Visualg.sci'); // Verification des resultats exec('HydrauliqueP.sci'); exec('HydrauliqueD.sci'); exec('Verification.sci'); // ------------------------------------------ // Fonctions a ecrire dans le cadre du projet // ------------------------------------------ // ---> Charger les fonctions associees a l'oracle du probleme, // aux algorithmes d'optimisation et de recherche lineaire. // // Exemple : la fonction "optim" de Scilab // exec('OraclePG.sci'); exec('OraclePH.sce'); exec('OracleDG.sce'); exec('OracleDH.sce'); exec('Gradient_F.sci') exec('Gradient_V.sce'); exec('Gradient_Conj.sce'); exec('Grad_QN.sce'); exec('Newton.sce'); exec('Optim_Scilab.sci'); titrgr = "Gradient conjugué sur le problème dual" //titrgr = "Fonction optim de Scilab sur le probleme primal"; //titrgr = "Fonction optim de Scilab sur le probleme dual"; // ------------------------------ // Initialisation de l'algorithme // ------------------------------ // La dimension (n-md) est celle du probleme primal xini = 0.1 * rand(n-md,1); lambda = 0.1*rand(md,1); // ---------------------------- // Minimisation proprement dite // ---------------------------- // Exemple : la fonction "optim" de Scilab //[fopt,xopt,gopt] = Optim_Scilab(OraclePG,xini); //[fopt, xopt, gopt] = Gradient_F(OraclePG, xini); //[fopt, xopt, gopt] = Gradient_F(OracleDG, lambda); //[fopt, xopt, gopt] = Gradient_V(OraclePG, xini); //[fopt, xopt, gopt] = Gradient_V(OracleDG, lambda); //[fopt, xopt, gopt] = Gradient_Conj(OraclePG, xini); //[fopt, xopt, gopt] = Gradient_Conj(OracleDG, lambda); //[fopt, xopt, gopt] = Gradient_QN(OraclePG, xini); //[fopt, xopt, gopt] = Gradient_QN(OracleDG, lambda); //[fopt, xopt, gopt] = Newton(OraclePH, xini); [fopt, xopt, gopt] = Newton(OracleDH, lambda); // -------------------------- // Verification des resultats // -------------------------- //[q,z,f,p] = HydrauliqueP(xopt); [q,z,f,p] = HydrauliqueD(xopt); Verification(q,z,f,p); //

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<?xml version="1.0" encoding="UTF-8" standalone="yes"?> <AutoTestC version="2.0.0"> <Pulse>CUSTOM WAVE</Pulse> <Title>Test pulse</Title> <Organization>BMW</Organization> <Standard>GS 95003-2 2007</Standard> <Item>5.2.1.6 Very brief voltage dip</Item> <voltage>14</voltage> <count>5</count> <wave id="0"> <type>0</type> <dspin id="0">14</dspin> <time>1</time> <timeUnit>0</timeUnit> </wave> <wave id="1"> <type>0</type> <dspin id="0">9</dspin> <time>10</time> <timeUnit>0</timeUnit> </wave> <wave id="2"> <type>0</type> <dspin id="0">4.5</dspin> <time>0.1</time> <timeUnit>0</timeUnit> </wave> <wave id="3"> <type>0</type> <dspin id="0">9</dspin> <time>1</time> <timeUnit>0</timeUnit> </wave> <wave id="4"> <type>0</type> <dspin id="0">14</dspin> <time>8</time> <timeUnit>0</timeUnit> </wave> </AutoTestC>

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//Example 1_33 clc; clear; close; format('v',5); //given data : V1=12;//V R1=3;//ohm R2=3;//ohm I2=6;//A //Converting currrent sources into Voltage sources V2=I2*R2;//V //writing KVL equation for the loop I=poly(0,'I'); eqn=V1-R1*I-R2*I-V2;//KVL equation I=roots(eqn);//A VOC=V2+R2*I;//V Req=R1*R2/(R1+R2);//ohm RL=Req;//ohm//For maximum Power transfer disp(RL,"For maximum Power transfer, RL(ohm)"); I=VOC/(Req+RL);//A PLmax=I^2*RL;//W disp(PLmax,"Value of maximum Power(W)"); Ri=Req;//ohm Eta=1/(1+Ri/RL)*100;//% disp(Eta,"Power Transfer Efficiency(%)");

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// problem 7.16 Q=10 V=2 A=Q/V n=1 d=(A/1.828)^0.5 b=0.828*d A1=(b+(2*d*((n*n+1)^0.5))) disp(A1,"area in m2 of lining required for 1m canal lenght")

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//chapter 1 //example 1.5 //page 28 printf("\n") printf("given") I0=30;Vd=.7;n=2;Vt=26*10^-3; k=Vd/(n*Vt); disp("junction current") Id=I0*((2.7^k)-1)*10^-6 printf(" forward bais current is %dmA\n",Id) disp("b)") Vd=-10// reverse bais k=Vd/(n*Vt); Id=I0*((2.7^k)-1) printf(" forward bais current is %dnA\n",Id)

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//chapter 18 //example 18.4 //page 766 printf("\n") printf("given") hFE3=50;hFE1=20;Ie1=200*10^-3+10*10^-3;Ic2=1*01^-3;Vs=20;Vb3=13.4;Vo=12;Vbe=.7; Ib1=Ie1/hFE1 Ib3=Ib1/hFE3 R1=(Vs-Vb3)/(Ic2+Ib3) disp("select I6=.5*10^-3") I6=.5*10^-3; R6=(Vo+Vbe)/I6 Pd=(Vs-Vo)*Ie1

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//(4.5) Air enters a compressor operating at steady state at a pressure of 1 bar, a temperature of 290 K, and a velocity of 6 m/s through an inlet with an area of 0.1 m2. At the exit, the pressure is 7 bar, the temperature is 450 K, and the velocity is 2 m/s. Heat transfer from the compressor to its surroundings occurs at a rate of 180 kJ/min. Employing the ideal gas model, calculate the power input to the compressor, in kW. //solution //variable initialization P1 = 1 //entry pressure in bar T1 = 290 //entry temperature in kelvin V1 = 6 //entry velocity in m/s A1 = .1 //inlet area in m^2 P2 = 7 //exit pressure in bar T2 = 450 //exit temperature in kelvin V2 = 2 //exit velocity in m/s Qcvdot = -180 //heat transfer rate in KJ/min R = 8.314 //univsersal gas constant in SI units v1 = (R*1000*T1)/(28.97*P1*10^5) //specific volume mdot = (A1*V1)/v1 //mass flow rate //from table A-22 h1 = 290.16 //specific enthalpy in KJ/kg h2 = 451.8 //specific enthalpy in Kj/Kg Wcvdot = Qcvdot/60 + mdot*((h1-h2)+(v1^2-V2^2)/(2*1000)); printf('the power input to the compressor in kw is :\n\tWcvdot = %f',Wcvdot)

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// Problem 8.6,Page no.209 clc;clear; close; W=200 //N //weight v=4 //m/s //velocity of spring sigma=600 //MPa //max allowable stress in spring G=80 //GPa //Modulus of rigidity rho=78000 //N/m**3 //density d=8 //mm //diameter of spring D=5 //cm //Mean Diameter of coil //Calculation E=W*v**2*(2*9.81)**-1 //N*m //Kinetic Energy //Notification has been changed //U=sigma_s**2*V*(4*G)**-1 //Strain Energy stored inthe spring //After substituting values in above equation and simplifying we get V=163.1*4*80*10**9*((600*10**6)**2)**-1 //Volume W=rho*V //N //Weight of spring //Now V=%pi*4**-1*d**2*%pi*D*n //After substituting values in above equation and simplifying we get n=0.000145*4*(%pi**2*0.008**2*0.05)**-1 //number of turns of spring //T=P*R=%pi*16**-1*d**3*sigma_s //Torsion //After substituting values in above equation and simplifying we get P=%pi*0.008**3*600*10**6*(0.025*16)**-1 //N //Now U=P*dell*2**-1 //Again,After substituting values in above equation and simplifying we get dell=163.1*2*(2412.743)**-1*10**2 //cm //Result printf("The Max Deflection Produced is %.2f",dell);printf(" cm") printf("\n Number of coil are %d",ceil(n))

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Dataset before extension: [ 0 -1 -2 -3 -4 -5 -6] [ 0 0 0 0 0 0 0] [ 0 1 2 3 4 5 6] [ 0 2 4 6 8 10 12] Dataset after extension: [ 0 -1 -2 -3 -4 -5 -6 7 8 9] [ 0 0 0 0 0 0 0 7 8 9] [ 0 1 2 3 4 5 6 7 8 9] [ 0 2 4 6 8 10 12 7 8 9] [ 0 1 2 3 4 5 6 7 8 9] [ 0 1 2 3 4 5 6 7 8 9]

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// Negation of vector elements function vneg(V) R = -V; endfunction

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ns=1000 s=(ns-940)/ns news=2*s n=1000*(1-news) disp(n)

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// Theory and Problems of Thermodynamics // Chapter 9 // Air_water Vapor Mixtures // Example 10 clear ;clc; //Given data RH = 0.6 // relative humidity moist air T1 = 313.15 // Temp of air entering cooling device in K T2 = 293.15 // temperature at air required to leave in K P = 101.325 // pressure of entering air in kPa V = 300 // volumatric flow rate of air in m^3/min M = 28.97 // molecular weight of air R = 8.314 // gas constant // data from psychometric chart SH1 = 0.0284 // in kg H2O/kg air pw1 = 4.4 // in kPa h1 = 115 // in kJ/kg air SH2 = 0.0148 // in kg H2O/kg air h2 = 58 // in kJ/kg air hw3 = 83.95 // in kJ/kg at T = 20`C // at TDB = 40 `C; RH = 1 ma1 = (101.325-pw1)*1e3*V*M/(R*1e3*T1) // masss balance for H2O: ma1*SH1 = ma2*SH2 + mw3 mw3 = ma1*(SH1-SH2) // amount of water condensed in kg/min // Energy balance: ma1*h1 = ma2*h2 + mw3*hw3 + Qc Qc = ma1*(h1-h2) - mw3*hw3 // in kJ/min Qc = Qc*1e-3/60 // units conversion kJ/min to MW // Output Results mprintf('The amount of water condensed = %4.1f kg/min' , mw3); mprintf('\n The rate of cooling required = %4.1f MW' , Qc);

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// Scilab Code Ex3.1 : Page-71 (2010) beta = 0.51e-02; // Fringe width, cm d = 2.2e-02; // Distance between the slits, cm D = 2e+02; // Distance between the slits and the screen, cm // As beta = D*lambda/d, solving for lambda lambda = beta*d/D; // Wavelength of light, m printf("\nThe wavelength of light = %4d angstrom", lambda/1e-010); // Result // The wavelength of light = 5610 angstrom

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//Example 24_2 clc(); clear; //To find by how much does thickness of air gap increases lamda=589 //units in nm gap=round(lamda/2) //units in nm printf("The thickness of air gap increases by=%d nm",gap)

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clc //initialisation of variables g= 32.2 //ft/sec^2 D= 9 //in //CALCULATIONS d= D/(2^0.4) //RESULTS printf ('diameter of paralle mains = %.2f in ',d)

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errcatch(-1,"stop");mode(2);//Example 21.1 ; V_max=200//in V V_rms=(V_max)/sqrt(2) R=100//in ohm I_rms=V_rms/R disp(V_rms,"Voltage in V=") disp(I_rms,"Current in Amps=") exit();

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clc //Chapter 5:High Frequency amplifiers and automatic gain control //Example 5.14 page no 189 //Example on voltage to current feedback gm=0.4//transconductance RL=600//load resistance Rs=500//source resistance (refer figure 5.54) disp('Av=-gm*RL/(1+gf*RL+gm*RL*(Rs/RF))')//Voltage gain disp('GB=Av*B') disp('The gain bandwidth product varies from a low of 59.5*10^6 Hz for a gain of unity 265.1*10^6 Hz for a closed loop gain of 17.9 ')//(refer figure 5.55)

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6_1.sce

errcatch(-1,"stop");mode(2); //Initialization of variables g=9.81 //kN/m^3 V2=12 //m/s V3=12 //m/s A2=10^2 A1=15^2 A3=7.5^2 t1=15 t2=30 //calculations V1=(A2*V2 + A3*V3)/A1 Q1=%pi /4 *A1*10^-4 *V1 Q2=%pi /4 *A2*10^-4 *V2 Q3=%pi /4 *A3*10^-4 *V3 P1g=V3^2 /(2*g) - V1^2 /(2*g) P1=P1g*g rho=10^3 V2x=V2*cosd(t1) V3x=V3*cosd(t2) V1x=V1 Fx= -P1*A1*10^-4 + (rho*Q2*V2x + rho*Q3*V3x - rho*Q1*V1x) Fx=Fx*10^-3 V2y=V2*sind(t1) V3y=-V3*sind(t2) V1y=0 Fy=rho*Q2*V2y +rho*Q3*V3y -rho*Q1*V1y Fy=Fy*10^-3 //results printf("Force in x directio = %.3f kN",Fx) printf("\n Force in y direction = %.3f kN",Fy) exit();

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udecode2.sce

//check o/p when i/p is a vector u = int8([-1 1 2 -5]); y = udecode(u,3); disp(y); //output //- 0.25 0.25 0.5 - 1.

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open_source.sci

function arduino = open_source(port, configs) // Description of open_source(input) try disp("Abriendo el puerto " + string(port) + " con la configuración: " + configs) arduino = openserial(port, configs) catch disp(lasterror()) disp("Error al abrir la comunicación serial, utilizando la siguiente configuración: ") disp("Puerto: " + string(port)) disp("Configuraciones: " + string(configs)) arduino = -1 end endfunction

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6 1284.301 8471.741 15081.59 5337.953 7425.453 8893.748

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function [mod,fase]=polar2(z) mod = abs(z) fase = atan(imag(z),real(z)) endfunction function [mod,fase]=polard(z) mod = abs(z) fase = atand(imag(z),real(z)) endfunction

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pend.sce

// Updated(19-7-07) // 14.1 // A,B are available from code 2.1 getf pol2cart.sci; C = eye(4,4); D = zeros(4,1); Ts = 0.01; G = syslin('c',A,B,C,D); H = dscr(G,Ts); [a,b,c,d] = H(2:5); rise = 5; epsilon = 0.1; N = rise/Ts; omega = %pi/2/N; r = epsilon^(omega/%pi); r1 = r; r2 = 0.9*r; [x1,y1] = pol2cart(omega,r1); [x2,y2] = pol2cart(omega,r2); p1 = x1+%i*y1; p2 = x1-%i*y1; p3 = x2+%i*y2; p4 = x2-%i*y2; P = [p1;p2;p3;p4]; K = ppol(a,b,P)

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example8_27.sce

//Chapter 8 //Example 8_27 //Page 196 clear;clc; c=8; l=300; s=10; slope=15; printf("On level ground: \n") wbyt=8*s/l^2; h=s+c; printf("Height of tower = %d m \n\n", h); printf("On sloping ground: \n"); hs=l/slope; printf("Vertical distance between two towers = %d m \n", hs); x1=75; x2=225; printf("From the graph: \nx1 = 75m, x2 = 225m \n"); s1=wbyt*x1^2/2; s2=wbyt*x2^2/2; printf("S1 = %.2f m \n", s1); printf("S2 = %.2f m \n", s2); cl=38-s2-5; printf("Clearance = %.2f m \n", cl); x=75; //minimum clearance minc=8; printf("x = %d m \n", x); printf("Minimum clearance = %d m \n", minc);

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p2.sce

// Example 1.2 Find the velocity of charge leading to 1 A current which flows in a copper conductor of cross-section 1 cm^2 and length 10 Km. Free electron density of copper = 8.5X10^28 per m^3. How long will it take the electric charge to travel from one end of the conductor to the other. // 1 metre = 100 centimetre // 1 kilometre = 1000 metre i =1; // value of current (A) A = 10^-4;// crossectional area of the conductor (m^2) L = 10*10^3;// length of the conductor (m) n =8.5*10^28;// charge density (e/m^3) // Let V be the velocity of charge (m/S) and t (s) be the time taken by the charge to travel from one end of the conductor to the other // FORMULAE: V= i/nAe, where is charge of an electron and t =L/V V = i/prod([n,A,e]);// calculation of drift velocity t = L/V;//calculation of the time disp(V," velocity of the charge (in m/S)=" ) disp(t,"time taken by the charge to travel conductor of length 10 Km(second)=")

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example9_13.sce

// to determine the raise time displayed waveform // example9-13 in page 279 clc; // Data given fH=[20e+6 50e+6];// upper cut-off frequency in hertz tri=21D-9;// input raise time in seconds // calculation for n=1:2 tro=0.35/fH(n);// tro is the raise time in seconds trd=sqrt(tri^2+tro^2);// trd is the fall time in seconds printf("for fH=%d MHz,\ntrd=%d ns\n",fH(n)/10^6,trd*10^9); end //result //for fH=20 MHz, //trd=27 ns //for fH=50 MHz, //trd=22 ns

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; get-value after an assertion set command (set-option :produce-models true) (set-logic QF_UF) (declare-fun x () Bool) (assert true) (check-sat) ; sat (push 1) (get-value (x)) ; invalid because of the push

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// // printf("\n section 1') b=10,n=5,s=1,s1=2, d=50,h1=0.5,h2=0.7, ac=0.5*(((0.5*b+n*h1)*(0.5*b+n*h1))/(n-s)) af=0.5*(((0.5*b-n*h1)*(0.5*b-n*h1))/(n-s1)) printf("\n ac=%0.3f,af=%0.3f",ac,af) printf("\n section 2') ac1=0.5*(((0.5*b+n*h2)*(0.5*b+n*h2))/(n-s)) af1=0.5*(((0.5*b-n*h2)*(0.5*b-n*h2))/(n-s1)) D=50 printf("\n ac1=%0.3f,af1=%0.3f",ac1,af1) vc=((ac+ac1)/2)*D vf=((af+af1)/2)*D printf("\n vc= %0.3f vf= %0.3f ",vc,vf) D=50//m pcc=(D/(12*(n-s)))*(n*n*(h1-h2)*(h1-h2)) pcf=(D/(12*(n-s1)))*(n*n*(h1-h2)*(h1-h2)) cvc=vc-pcc cvf=vf-pcf printf("\n corrected volume (in cutting)= %0.3f cu. meter",cvc) printf("\n corrected volume(in filling)= %0.3f cu. meter",cvf)

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markdown.tst

tpyrun $p/bin/util/markdown_test

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clc T1_ = 80 // Initial temperature of air in degree Celsius T2_ = 5 // Final temperature of air in degree Celsius V2 = 2 // Assumed final volume V1 = 1 // Assumed initial volume P0 = 100 // Final pressure of air in kPa P1 = 500 // Initial pressure of air in kPa R = 0.287 // Gas constant cv = 0.718 // Specific heat capacity at constant volume for gas in kJ/kg K m = 2 // Mass of gas in kg printf("\n Example 8.6") T1= T1_+273 // Initial temperature of air in K T2 = T2_+273 // Final temperature of air in K S = integrate('(m*cv)/T','T',T1,T2) + integrate('(m*R)/V','V',V1,V2) // Entropy change U = m*cv*(T1-T2)// Change in internal energy Wmax = U-(T2*(-S)) // Maximum possible work V1_ = (m*R*T1)/P1 // volume calculation CA = Wmax-P0*(V1_) // Change in availability I = T2*S // Irreversibility printf("\n The maximum work is %f kJ",Wmax) printf("\n Change in availability is %f kJ",CA) printf("\n Irreversibility is %f kJ",I) //The answers vary due to round off error

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example12_12.sce

//clc() //1 - N2, 2 - H2, 3 - NH3 a1 = 27.31; a2 = 29.09; a3 = 25.48; b1 = 5.2335*10^-3; b2 = -8.374*10^-4; b3 = 36.89 * 10^-3; c1 = -4.1868 * 10^-9; c2 = 2.0139*10^-6; c3 = -6.305*10^-6; H1 = -46191;//J T1 = 298;//K //1/2 N2 + 3/2 H2 = NH3 H = -46.191kJ //Ht = H + a*T + b*T^2 / 2+ c*T^3 / 3 //at 298, a = a3 - a1 / 2 - 3 * a2 / 2; b = b3 - b1 / 2 - 3 * b2 / 2; c = c3 - c1 / 2 - 3 * c2 / 2; H = H1 -a * T1 - b * (T1^2) / 2 - c * (T1^3) / 3; T2 = 700;//K H2 = H + a * T2 + b * (T2^2) / 2 + c * (T2^3) / 3; disp(H); disp("kJ",H2,"Heat of reaction at 700K = ")

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//Example 5.10 clc; clear; close; format('v',8); //Given data : Q=200*10^-3;//m^3/s D1=250/1000;//meter D2=200/1000;//meter A1=%pi*D1^2/4;//m^2 A2=%pi*D2^2/4;//m^2 v1=Q/A1;//m/s v2=Q/A2;//m/s Z1=2;//meter Z2=8;//meter g=9.81;//constant w=1000;//kg/m^3 p1=w*(Z1-v1^2/2/g);//kg/m^2 p2=v1^2/2/g*w+p1+Z2*w-v2^2/2/g*w-4*w;//kg/m^2(by Bernolli's theorem) p1=p1*g;//N/m^2 p2=p2*g;//N/m^2 disp(p1,"Pressure intensity at point P in N/m^2 : "); disp(p2,"Pressure intensity at point Q in N/m^2 : "); //Answer in the book is not accurate.

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//Example 3.3 // Thickness of doubly refracting crystal clc; clear; //given data : Uo=1.55;//refractive index for O ray Ue=1.54;//refractive index for E ray w=6D-7;// wavelength of light used in m p=w/2;// path difference in m t=w/(2*(Uo-Ue));//thickness of in m disp(t*1D2,"thickness of doubly refracting crystal in cm")

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//Example 3.11 //Program to compare the total first order dispersion and determine //waveguide dispersion clear; clc ; close ; //Given data lambda0=1310; //nm - ZERO DISPERSION WAVELENGTH So=0.09*10^(-12); //s/nm^2/km - DISPERSION SLOPE //Dt at 1280nm lambda1=1280; //nm - OPERATING WAVELENGTH Dt1=lambda1*So/4*(1-(lambda0/lambda1)^4); //Dt at 1550nm lambda2=1550; //nm - OPERATING WAVELENGTH Dt2=lambda2*So/4*(1-(lambda0/lambda2)^4); //Waveguide Dispersion at 1550nm Dm=13.5*10^(-12); //s/nm/km - MATERIAL DISPERSION Dp=0.4*10^(-12); //s/nm/km - PROFILE DISPERSION Dw=Dt2-(Dm+Dp); //Displaying the Results in Command Window printf("\n\n\t Dt(1280nm) = %0.1f ps/nm/km.",Dt1/10^(-12)); printf("\n\n\t Dt(1550nm) = %0.1f ps/nm/km.",Dt2/10^(-12)); printf("\n\n\t Dw = %0.1f ps/nm/km.",Dw/10^(-12));

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P1=[1 3]; P2=[-1 2]; P3=[2 -1]; Ps=[P1;P2;P3]; function interpol(Ps) xdata= [-2:.1:3]; nbrPs= size(Ps, 1); X=[]; Y=[]; for i=1:1:nbrPs Y= [Y;Ps(i,2)]; end for i=1:1:nbrPs pi=[] for expo=1:1:nbrPs-1 pi=[pi,Ps(i,1)^expo]; end X= [X;1,pi]; end C=inv(X)*Y; polynome=poly(C,"x","c") plot(Ps(:,1),Ps(:,2),+"*r") plot(xdata,horner(polynome,xdata),"g") endfunction function interpolLagrange() xdata= [-2:.1:3]; nbrPs=size(Ps,1) L=0; for i=1:1:nbrPs L=L+Ps(i,2)*lagrangePoly(Ps,i); end plot(Ps(:,1),Ps(:,2),+"*r"); plot(xdata,horner(L,xdata),"r"); endfunction function [L]=lagrangePoly(X,rang) P=poly(0,"P"); nbr=size(X,1); L=1; for i =1:nbr if(i<> rang) then A = (P-X(i , 1))/(X(rang , 1)-X(i , 1)) L*A end end endfunction function ex4() xdata= [-2:.1:3]; PsTri=gsort(Ps,'lr','i'); nbrPs=size(Ps,1); X=[]; Y=[]; for i=1:1:nbrPs X=[X,PsTri(i,1)]; Y=[Y,PsTri(i,2)]; end spline=smooth([X ; Y], 0.1); plot(Ps(:, 1), Ps(:, 2), "+r"); plot(spline(1, :), spline(2, :)); endfunction

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// exercice 1 scilab // 1. a) l = (sqrt(5)-1)/2; n1 = 10; u1 = zeros(n, 1); u1(1) = 1; for i = 1:n1-1 u1(i+1) = 1 / (1 + u1(i)); end l u1 // 1. b) sigma = 2^-52; i = 1; u2 = i; u2 = [u2; 1/(1+u2(i))]; while abs(u2(i+1)-u2(i)) > sigma n2 = i; i = i + 1; u2 = [u2; 1/(1+u2(i))]; end [sigma n2] u2 // 2. en = log10(abs(u2(2) - u2(1))); for i = 2:n2-1 en = [en; log10(abs(u2(i+1) - u2(i)))]; end // 3. a) i = 1; v = i; v = [v; (v(i)^2 + 1) / (1 + 2 * v(i))]; while abs(v(i+1) - v(i)) > sigma n2 = i; i = i + 1; v = [v; 1 / (1 + v(i))]; end [sigma n2] v fn = log10(abs(v(2) - v(1))); for i = 2:n2-1 fn = [fn; log10(abs(v(i+1) - v(i)))]; end subplot(2,1,1) plot(en) subplot(2,1,2) plot(fn)

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ex_3_75.sce

//Example 3.75:iron loss clc; clear; close; r2=18;//ohm r4=550;//ohm r3=1250;//ohm r1=(r2*r4)/r3;//ohm c3=0.5;//micro-F l1=r2*r4*c3*10^-3;//mH r4=550;//ohm r31=1125;//ohm r11=(r2*r4)/r31;//ohm c31=3.85;//micro-F l11=r2*r4*c31*10^-3;//mH v=50;//volts w=4000;//rad/s i1=v/(sqrt((r1+r11)^2+(w^2*(l11*10^-3)^2)));// tl=i1^2*r11;//W cl=i1^2*r1;//W il=tl-cl;// disp(i1,"current is ,(A)=") disp(il,"iron loss is ,(W)=")

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clc //initialisation of variables L= 203 //mm A= 10.3 //cm^2 a= 0.39 //cm^2 h0= 508 //mm h180= 305 //mm t= 180 //sec //calculations k= 2.303*a*L*log10(h0/h180)/(A*t) //results printf ('hydraulic conductivity of sand = % 2f in/sec ',k)

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// Exa 6.6 // To calculate frame efﬁciency and the number of channels per frame. clc; clear all; Nr=2;// number of reference bursts per frame Nt=24; // number of trafﬁc bursts (slots) per frame(120msec) FL=120; //Frame length in msec Br=148; // number of overhead bits per reference burst Bp=34; // number of overhead bits per preamble per slot Bg=8.25;//number of equivalent bits in each guard time interval Tf=120; // frame duration in msec Rrf=270.83333333; // bit rate of the RF channel in kbps R=22.8; //bit rate of each channel in kbps //solution B0=Nr*(8*Br)+Nt*(8*Bp)+(Nt+Nr)*(8*Bg);//The number of overhead bits per frame Bt=FL*10^-3*Rrf*10^3;//The total number of bits per frame Eff=(1-B0/Bt)*100; CH_Frame=(Eff/100)*Rrf/R;//No of channels/frame printf('The frame efficiency is %.2f percent\n ',Eff); printf('Number of channels/frame are %d\n',round(CH_Frame));

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clear; clc; //Example - 12.5 //Page number - 426 printf("Example - 12.5 and Page number - 426\n\n"); //Given T = 40 + 273.15;//[K] - Temperature x1=[0.083,0.176,0.268,0.353,0.428,0.720,0.780,0.850,0.900];// Mole fraction of component 1 delta_H_mix=[0.250,0.488,0.670,0.790,0.863,0.775,0.669,0.510,0.362];//[kJ/mol] - Enthalpy of the solution x2=zeros(1,9);// Mole fraction of component 2 del_H=zeros(1,9);//[kJ/mol] - del_H = delta_H_mix/(x1*x2) for i=1:9; x2(1,i)=1-x1(i); del_H(1,i)=delta_H_mix(i)/(x1(i)*x2(i)); end //Now employing the concept of quadratic regression of the data ( x1 , del_H ) to solve the equation of the type //y = a0 + a1*x + a2*x^(2) //Here the above equation is in the form of //del_H = delta_H_mix/(x1*x2) = a0 + a1*x1 + a2*x1^(2) //From the matrix method to solve simultaneous linear equations, we have a=[9 sum(x1) sum(x1^2);sum(x1) sum(x1^2) sum(x1^3);sum(x1^2) sum(x1^3) sum(x1^4)]; b=[sum(del_H);sum(x1.*del_H);sum((x1^2).*del_H)]; soln=a\b; a0=soln(1); a1=soln(2); a2=soln(3); //del_H = delta_H_mix/(x1*x2) = a0 + a1*x1 + a2*x1^(2) //delta_H_mix = (a0 + a1*x1 + a2*x1^(2))*(x1*(1 - x1)) //At x1 = 0.25, x_1 = 0.25;//[mol] delta_H_mix = (a0+(a1*x_1)+(a2*x_1^2))*(x_1*(1-x_1));//[kJ/mol] //Now differentiating the above equation with respect to x we get //d/dx(delta_H_mix) = del_delta_H_mix = (-4*a2*x1^3) + (3*(a2-a1)*x1^2) + (2*(a1-a0)*x1)+ a0 //Again for x1 = 0.25 x_1_prime = 0.25;//[mol] del_delta_H_mix = (-4*a2*x_1_prime^3)+(3*(a2-a1)*x_1_prime^2)+(2*(a1-a0)*x_1_prime)+a0;//[kJ/mol] //We have the relation // H1_bar - H1 = delta_H_mix + x2*del_delta_H_mix, and // H2_bar - H2 = delta_H_mix - x1*del_delta_H_mix //Let us suppose //k_1 = H1_bar - H1 , and //k_2 = H2_bar - H2 k_1 = delta_H_mix + (1-x_1_prime)*del_delta_H_mix;//[kJ/mol] k_2 = delta_H_mix - x_1_prime*del_delta_H_mix;//[kJ/mol] printf("The value of (H1_bar - H1) at x1 = 0.25 is %f kJ/mol\n\n",k_1); printf("The value of (H2_bar - H2) at x1 = 0.25 is %f kJ/mol",k_2);

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clear; clc; close; x=poly(0,'x'); p1=(3*x+7); p2=(2*x+1); p3=p1*p2; disp(p3,"product=")

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EX_2_60.SCE

// Example 2.60:hybrid parameters clc; clear; Ic= 10; //in milli amperes Vt=26;//volatge ft=500;//frequency in mega hertz Cbc=3;//in pico farad gm=Ic/Vt;//transconductance //H Paramters are hie=500;//in killo ohms hfe=100; hre=0.1;// hoe=4*10^-5;// in ampere per volt rbe=hfe/gm;// in ohms rbc= ((rbe)/hre)*10^-3;// x=hoe-((hfe*10^-4)/(rbe));// rce=(1/(x*10^-2))*10^-5;// Cbe=(((gm)/(2*%pi*ft*10^6))*10^13-Cbc);//in pico farad disp(gm,"(gm)transconductance") disp(rbe,"(rbe)in ohms") disp(rbc,"(rbc)in mega ohms") disp(rce,"(rce)in killo ohms") disp(Cbe,"(Cbe)in pico farad")

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//scilab 5.4.1 //windows 7 operating system //chapter 5:Semiconductor Junction Diodes clc clear V=35//V=supply voltage Iz=25*10^(-3)//Iz=diode current Il=5*10^(-3)//Il=load current Vzo=7//Vzo=knee voltage of zener diode rZ=6//rZ=dynamic resistance in ohms Vz=Vzo+(rZ*Iz)//Vz=zener voltage disp("V",Vz,"Vz=") I=Iz+Il//I=current through resistance R disp("A",I,"I=") R=(V-Vz)/I disp("ohm",R,"R=")

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// Copyright (C) 2015 - 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: Gursimar Singh,Shubheksha Jalan // Organization: FOSSEE, IIT Bombay // Email: toolbox@scilab.in function [lines]=houghlines(image,rho, theta, threshold, srn, stn) //Extract line segments based on Standard Hough transform // //Calling Sequence //out=houghlines(image,rho,theta, threshold, srn, stn) // //Parameters //image:Input image.Must be in grayscale. //lines: Output matrix of lines. A 2 coloumn matrix ([rho,theta]) rho is the distance from the coordinate origin (0,0) (top-left corner of the image). theta is the line rotation angle in radians (0 ~ vertical line, pi/2 ~ horizontal line). //rho:Distance resolution of the accumulator in pixels. default 1. //theta:Angle resolution of the accumulator in radians. default pi/180. //threshold:Accumulator threshold parameter. Only those lines are returned that get enough votes (>Threshold). //srn:For the multi-scale Hough transform, it is a divisor for the distance resolution Rho. The coarse accumulator distance resolution is Rho and the accurate accumulator resolution is Rho/SRN. If both SRN=0 and STN=0, the classical Hough transform is used. Otherwise, both these parameters should be positive. //stn:For the multi-scale Hough transform, it is a divisor for the distance resolution Theta. // //Description //The function implements the standard or standard multi-scale Hough transform algorithm for line detection. See homepages.inf.ed.ac.uk/rbf/HIPR2/hough.htm for a good explanation of Hough transform. // //Examples //im=imread("images/check.jpg"); //img=canny(im,50,100,3,1); //lines=houghlines(img,1,%pi/180,120,0,0); //sz=size(lines); //sz=sz(1); //for i=1:sz // rho = lines(i,1); // theta = lines(i,2); // a = cos(theta); // b = sin(theta); // x0 = a*rho; // y0 = b*rho; // x1 = round(x0 + 1000*(-b)); // y1 = round(y0 + 1000*(a)); // x2 = round(x0 - 1000*(-b)); // y2 = round(y0 - 1000*(a)); // line(im,x1,y1,x2,y2,0,0,255,2,8,0); // end //imshow(im); // //Authors //Gursimar Singh //Shubheksha Jalan // //See also //houghlinesp //line [lhs rhs] = argn(0); if rhs>6 then error(msprintf("Too many input arguments")); end if rhs<6 then error(msprintf("Not enough input arguments")); end if lhs >1 error(msprintf("Too many output arguments")); end if srn<0 error(msprintf("srn must be positive")); end if stn<0 error(msprintf("stn must be positive")); end if threshold<0 error(msprintf("threshold must be positive")); end image1=mattolist(image); sz=size(image1); if sz >=3 then error(msprintf("Input image must be grayscale")); end lines=raw_houghlines(image1,rho, theta, threshold, srn, stn); endfunction;

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r= 2.4; //distance between centre of the protons, fm r= r*(10^(-15)); //converting to m e= 1.6*(10^(-19)); //charge of an electron, C Po= 8.85*(10^(-12)); //Permittivity of free space, F/m K=1/(4*(%pi)*Po); //constant, N.m^2/C^2 F= K*(e^2)/(r^2); //N disp(F,"The repulsive force, in N, is: ") //Result // The repulsive force, in N, is: // 39.963576

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4_41.sce

w=2 L=1 C=0.5 Xl=w*L*%i Xc=1/(w*C*%i) V=1 I=V/(1+%i) Y=I/V R=1/real(Y) disp(R,Y)

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/3782/CH1/EX1.9/Ex1_9.sce

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FOSSEE/Scilab-TBC-Uploads

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2020-04-09T02:43:26.499817

2018-02-03T05:31:52

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Ex1_9.sce

clear // L=20//cm2 t0=20//kg/cm2 p0=5//per degree C pm=16//kg tm=32//degree C a=0.03//cm2 al=11/(1000000)//per degree C E=2.1*(1000000)//cm2 w=0.6//kg ml=680//m n=1 ct=al*L*(tm-t0) printf("\n the temperature correction is %0.5f meters',ct) cp=(pm-p0)*L/(a*E) printf("\n the pull correction is %0.5f meters',cp) cs=-L*w*w/(24*pm*pm*n*n) printf("\n the sag correction is %0.5f meters',cs) e=ct+cp+cs printf("\n the total correction is %0.5f meters',e) l1=L+e truelength=(l1/L)*ml printf("\n the true length is %0.5f meters ",truelength)

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/2072/CH24/EX24.5/EX24_5.sce

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FOSSEE/Scilab-TBC-Uploads

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2020-04-09T02:43:26.499817

2018-02-03T05:31:52

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EX24_5.sce

//Chapter 24 clc //Example 5 //given n=1.6 //refractive index of plastic transparent layer lambda=780 //wavelength of laser light in nm //for destructive interference we have condition for minimn thickness 2t=lambda/2n t=lambda/(4*n) disp(t,"Pit depth in a CD in nm is")

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/3507/CH28/EX28.5/Ex28_5.sce

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FOSSEE/Scilab-TBC-Uploads

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2020-04-09T02:43:26.499817

2018-02-03T05:31:52

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Ex28_5.sce

//chapter28 //example28.5 //page598 disp(" A B A` Y_dash = A`. B B` Y = Y_dash + B` ") disp(" 0 0 1 0 1 1 ") disp(" 1 0 0 0 1 1 ") disp(" 0 1 1 1 0 1 ") disp(" 1 1 0 0 0 0 ") printf("\nexplanation: \n") printf("A=0 and B=0 give A`=1 and B`=1 so Y_dash = A`.B is 0 and Y = Y_dash + B` is 1 \n") printf("A=1 and B=0 give A`=0 and B`=1 so Y_dash = A`.B is 0 and Y = Y_dash + B` is 1 \n") printf("A=0 and B=1 give A`=1 and B`=0 so Y_dash = A`.B is 1 and Y = Y_dash + B` is 1 \n") printf("A=1 and B=1 give A`=0 and B`=0 so Y_dash = A`.B is 0 and Y = Y_dash + B` is 0 \n")

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/3428/CH3/EX1.3.7/Ex1_3_7.sce

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Ex1_3_7.sce

//Section-1,Example-2,Page no.AC-242 //To calculate Temporary hardness of given sample of water. clc; V_1=25 //Volume of EDTA solution reqd. by 20 ml of standard hard water. V_2=100 //Volume of water sample that requires 18 ml EDTA. E_1=300/V_1 //weight of CaCO3 in 1mL of EDTA(mg). Total_H=E_1*18*(1000/V_2) //Total hardness in ppm. P_H=12*E_1*(1000/100) disp(P_H,'Permanent hardness of water(ppm)') T_H=Total_H-P_H disp(T_H,'Temporary hardness of water(ppm)')

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/32/CH11/EX11.15/11_15.sce

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11_15.sce

//pathname=get_absolute_file_path('11.15.sce') //filename=pathname+filesep()+'11.15-data.sci' //exec(filename) //Atmospheric air temperature: 15C //Steam generation: 40 bar, 400C //Steam generated per kg of coal = 8 kg //Feed water temperature at inlet to economiser = 27C //Feed water temperature at exit of economiser = 137C //Moisture in coal burnt = 1.5% //Flue gas temperature entering air heater =300C //Flue gas temperature leaving air heater and entering chimney = 150C //Temperature of air entering boiler furnace = 120C //Dry coal composition by mass = 84% C, 4% H2, 7% O2 and remainder ash //Dry flue gas composition by volume = 12.5% CO2, 7.5% O2, 80% N2 //Datum temperature = 15C //Calorific value of coal = 32600 kJ/kg //For air and dry flue gas, cp =1.0032 kJ/kg K //Partial pressure of vapour in flue gas = 0.075 bar //Specific pressure of vapour = 2.0064 kJ/kg K //Mass of dry flue gas per kg of coal: md=0.84/0.0495 //H2O produced during the combustion(in kg): mh=0.04*9 //Amount of air supplied for combustion of one kg of dry coal(in kg): ma=16.97-(1-0.05-0.36) //Moisture per kg of dry coal(in kg): m=0.015/(1-0.015) //Total moisture per kg of coal(in kg): mt=mh+m //Steam generated per kg of dry coal(in kg steam): ms=8/(1-0.015) //Boiler efficiency: n=25178.01/32600*100 //Efficiency of heat exchange in air heater: na=1725.4/2897.67*100 printf("\n RESULT \n") printf("\nBoiler efficiency = %f percent",n) printf("\nEfficiency of heat exchange in air heater = %f percent",na)

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/QC Combo.sce

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2020-11-21T16:47:14

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QC Combo.sce

Name=QC Combo PlayerCharacters=QC-Quaker RL KB BotCharacters=Quaker Bot Passive.bot IsChallenge=true Timelimit=300.0 PlayerProfile=QC-Quaker RL KB AddedBots=Quaker Bot Passive.bot PlayerMaxLives=0 BotMaxLives=0 PlayerTeam=1 BotTeams=2 MapName=pool.map MapScale=3.8125 BlockProjectilePredictors=false BlockCheats=true InvinciblePlayer=false InvincibleBots=false Timescale=1.0 BlockHealthbars=true TimeRefilledByKill=0.0 ScoreToWin=100.0 ScorePerDamage=0.0 ScorePerKill=100.0 ScorePerMidairDirect=0.0 ScorePerAnyDirect=0.0 ScorePerTime=0.0 ScoreLossPerDamageTaken=0.0 ScoreLossPerDeath=0.0 ScoreLossPerMidairDirected=0.0 ScoreLossPerAnyDirected=0.0 ScoreMultAccuracy=false ScoreMultDamageEfficiency=false ScoreMultKillEfficiency=false GameTag=Quake Champions, Combo kill WeaponHeroTag=Rail, RL, LG DifficultyTag=2 AuthorsTag=ikool BlockHitMarkers=false BlockHitSounds=false BlockMissSounds=true BlockFCT=false Description=Get rid of the bot by ejecting it from the map. GameVersion=1.0.5 [Aim Profile] Name=At Feet MinReactionTime=0.3 MaxReactionTime=0.4 MinSelfMovementCorrectionTime=0.001 MaxSelfMovementCorrectionTime=0.05 FlickFOV=30.0 FlickSpeed=1.5 FlickError=15.0 TrackSpeed=3.5 TrackError=3.5 MaxTurnAngleFromPadCenter=75.0 MinRecenterTime=0.3 MaxRecenterTime=0.5 OptimalAimFOV=30.0 OuterAimPenalty=1.0 MaxError=40.0 ShootFOV=15.0 VerticalAimOffset=-200.0 MaxTolerableSpread=5.0 MinTolerableSpread=1.0 TolerableSpreadDist=2000.0 MaxSpreadDistFactor=2.0 [Aim Profile] Name=Low Skill MinReactionTime=0.35 MaxReactionTime=0.45 MinSelfMovementCorrectionTime=0.001 MaxSelfMovementCorrectionTime=0.05 FlickFOV=30.0 FlickSpeed=1.5 FlickError=20.0 TrackSpeed=3.0 TrackError=5.0 MaxTurnAngleFromPadCenter=75.0 MinRecenterTime=0.3 MaxRecenterTime=0.5 OptimalAimFOV=30.0 OuterAimPenalty=1.0 MaxError=60.0 ShootFOV=25.0 VerticalAimOffset=0.0 MaxTolerableSpread=5.0 MinTolerableSpread=1.0 TolerableSpreadDist=2000.0 MaxSpreadDistFactor=2.0 [Aim Profile] Name=Default MinReactionTime=0.3 MaxReactionTime=0.4 MinSelfMovementCorrectionTime=0.001 MaxSelfMovementCorrectionTime=0.05 FlickFOV=30.0 FlickSpeed=1.5 FlickError=15.0 TrackSpeed=3.5 TrackError=3.5 MaxTurnAngleFromPadCenter=75.0 MinRecenterTime=0.3 MaxRecenterTime=0.5 OptimalAimFOV=30.0 OuterAimPenalty=1.0 MaxError=40.0 ShootFOV=15.0 VerticalAimOffset=0.0 MaxTolerableSpread=5.0 MinTolerableSpread=1.0 TolerableSpreadDist=2000.0 MaxSpreadDistFactor=2.0 [Bot Profile] Name=Quaker Bot Passive DodgeProfileNames=Circle Strafe;Long Strafes;Short Strafes;Forward DodgeProfileWeights=2.0;3.0;2.0;1.0 DodgeProfileMaxChangeTime=1.0 DodgeProfileMinChangeTime=1.0 WeaponProfileWeights=1.0;0.0;0.0;1.0;1.0;1.0;1.0;1.0 AimingProfileNames=At Feet;At Feet;Low Skill;Default;Default;Default;Default;Default WeaponSwitchTime=3.0 UseWeapons=true CharacterProfile=Quaker-mid passive SeeThroughWalls=false [Character Profile] Name=QC-Quaker RL KB MaxHealth=10000.0 WeaponProfileNames=QC RL strong KB;QC LG;QC Railgun;;;;; MinRespawnDelay=1.0 MaxRespawnDelay=5.0 StepUpHeight=175.0 CrouchHeightModifier=0.5 CrouchAnimationSpeed=1.0 CameraOffset=X=0.000 Y=0.000 Z=80.000 HeadshotOnly=false DamageKnockbackFactor=6.0 MovementType=Base MaxSpeed=1200.0 MaxCrouchSpeed=500.0 Acceleration=12000.0 AirAcceleration=16000.0 Friction=4.0 BrakingFrictionFactor=2.0 JumpVelocity=1200.0 Gravity=5.0 AirControl=0.25 CanCrouch=true CanPogoJump=false CanCrouchInAir=true CanJumpFromCrouch=false EnemyBodyColor=X=0.771 Y=0.000 Z=0.000 EnemyHeadColor=X=1.000 Y=1.000 Z=1.000 TeamBodyColor=X=1.000 Y=0.888 Z=0.000 TeamHeadColor=X=1.000 Y=1.000 Z=1.000 BlockSelfDamage=false InvinciblePlayer=false InvincibleBots=false BlockTeamDamage=false AirJumpCount=0 AirJumpVelocity=0.0 MainBBType=Cylindrical MainBBHeight=300.0 MainBBRadius=50.0 MainBBHasHead=false MainBBHeadRadius=45.0 MainBBHeadOffset=0.0 MainBBHide=false ProjBBType=Cylindrical ProjBBHeight=230.0 ProjBBRadius=55.0 ProjBBHasHead=false ProjBBHeadRadius=45.0 ProjBBHeadOffset=0.0 ProjBBHide=true HasJetpack=false JetpackActivationDelay=0.2 JetpackFullFuelTime=4.0 JetpackFuelIncPerSec=1.0 JetpackFuelRegensInAir=false JetpackThrust=6000.0 JetpackMaxZVelocity=400.0 JetpackAirControlWithThrust=0.25 AbilityProfileNames=;;; HideWeapon=false AerialFriction=0.3 StrafeSpeedMult=1.0 BackSpeedMult=1.0 RespawnInvulnTime=0.0 BlockedSpawnRadius=0.0 BlockSpawnFOV=0.0 BlockSpawnDistance=0.0 RespawnAnimationDuration=0.5 AllowBufferedJumps=true BounceOffWalls=false LeanAngle=0.0 LeanDisplacement=0.0 AirJumpExtraControl=0.0 ForwardSpeedBias=1.0 HealthRegainedonkill=600.0 HealthRegenPerSec=0.0 HealthRegenDelay=0.0 JumpSpeedPenaltyDuration=0.0 JumpSpeedPenaltyPercent=0.0 [Character Profile] Name=Quaker-mid passive MaxHealth=10000.0 WeaponProfileNames=;;;;;;; MinRespawnDelay=1.3 MaxRespawnDelay=1.7 StepUpHeight=25.0 CrouchHeightModifier=0.5 CrouchAnimationSpeed=2.0 CameraOffset=X=0.000 Y=0.000 Z=80.000 HeadshotOnly=false DamageKnockbackFactor=6.0 MovementType=Base MaxSpeed=1200.0 MaxCrouchSpeed=500.0 Acceleration=12000.0 AirAcceleration=16000.0 Friction=4.0 BrakingFrictionFactor=2.0 JumpVelocity=1200.0 Gravity=3.0 AirControl=0.25 CanCrouch=false CanPogoJump=false CanCrouchInAir=false CanJumpFromCrouch=false EnemyBodyColor=X=0.875 Y=0.000 Z=0.000 EnemyHeadColor=X=1.000 Y=1.000 Z=1.000 TeamBodyColor=X=1.000 Y=0.888 Z=0.000 TeamHeadColor=X=1.000 Y=1.000 Z=1.000 BlockSelfDamage=false InvinciblePlayer=false InvincibleBots=false BlockTeamDamage=false AirJumpCount=0 AirJumpVelocity=0.0 MainBBType=Cylindrical MainBBHeight=310.0 MainBBRadius=50.0 MainBBHasHead=false MainBBHeadRadius=42.0 MainBBHeadOffset=0.0 MainBBHide=false ProjBBType=Cylindrical ProjBBHeight=320.0 ProjBBRadius=58.0 ProjBBHasHead=false ProjBBHeadRadius=45.0 ProjBBHeadOffset=0.0 ProjBBHide=true HasJetpack=false JetpackActivationDelay=0.2 JetpackFullFuelTime=4.0 JetpackFuelIncPerSec=1.0 JetpackFuelRegensInAir=false JetpackThrust=6000.0 JetpackMaxZVelocity=400.0 JetpackAirControlWithThrust=0.25 AbilityProfileNames=;;; HideWeapon=false AerialFriction=0.0 StrafeSpeedMult=1.0 BackSpeedMult=1.0 RespawnInvulnTime=0.0 BlockedSpawnRadius=0.0 BlockSpawnFOV=0.0 BlockSpawnDistance=0.0 RespawnAnimationDuration=0.5 AllowBufferedJumps=true BounceOffWalls=false LeanAngle=0.0 LeanDisplacement=0.0 AirJumpExtraControl=0.0 ForwardSpeedBias=1.0 HealthRegainedonkill=600.0 HealthRegenPerSec=0.0 HealthRegenDelay=0.0 JumpSpeedPenaltyDuration=0.0 JumpSpeedPenaltyPercent=0.0 [Dodge Profile] Name=Circle Strafe MaxTargetDistance=1245.901611 MinTargetDistance=373.770477 ToggleLeftRight=true ToggleForwardBack=false MinLRTimeChange=0.2 MaxLRTimeChange=0.5 MinFBTimeChange=0.2 MaxFBTimeChange=0.5 DamageReactionChangesDirection=true DamageReactionChanceToIgnore=0.5 DamageReactionMinimumDelay=0.125 DamageReactionMaximumDelay=0.25 DamageReactionCooldown=1.0 DamageReactionThreshold=0.0 DamageReactionResetTimer=0.1 JumpFrequency=0.5 CrouchInAirFrequency=0.0 CrouchOnGroundFrequency=0.0 TargetStrafeOverride=Oppose TargetStrafeMinDelay=0.125 TargetStrafeMaxDelay=0.25 MinProfileChangeTime=0.0 MaxProfileChangeTime=0.0 MinCrouchTime=0.3 MaxCrouchTime=0.6 MinJumpTime=0.3 MaxJumpTime=0.6 LeftStrafeTimeMult=1.0 RightStrafeTimeMult=1.0 StrafeSwapMinPause=0.0 StrafeSwapMaxPause=0.0 BlockedMovementPercent=0.5 BlockedMovementReactionMin=0.125 BlockedMovementReactionMax=0.2 [Dodge Profile] Name=Long Strafes MaxTargetDistance=2500.0 MinTargetDistance=750.0 ToggleLeftRight=true ToggleForwardBack=false MinLRTimeChange=0.5 MaxLRTimeChange=1.5 MinFBTimeChange=0.2 MaxFBTimeChange=0.5 DamageReactionChangesDirection=true DamageReactionChanceToIgnore=0.5 DamageReactionMinimumDelay=0.125 DamageReactionMaximumDelay=0.25 DamageReactionCooldown=1.0 DamageReactionThreshold=50.0 DamageReactionResetTimer=0.5 JumpFrequency=0.2 CrouchInAirFrequency=0.0 CrouchOnGroundFrequency=0.0 TargetStrafeOverride=Ignore TargetStrafeMinDelay=0.125 TargetStrafeMaxDelay=0.25 MinProfileChangeTime=0.0 MaxProfileChangeTime=0.0 MinCrouchTime=0.3 MaxCrouchTime=0.6 MinJumpTime=0.3 MaxJumpTime=0.6 LeftStrafeTimeMult=1.0 RightStrafeTimeMult=1.0 StrafeSwapMinPause=0.0 StrafeSwapMaxPause=0.0 BlockedMovementPercent=0.5 BlockedMovementReactionMin=0.125 BlockedMovementReactionMax=0.2 [Dodge Profile] Name=Short Strafes MaxTargetDistance=2500.0 MinTargetDistance=750.0 ToggleLeftRight=true ToggleForwardBack=false MinLRTimeChange=0.2 MaxLRTimeChange=0.5 MinFBTimeChange=0.2 MaxFBTimeChange=0.5 DamageReactionChangesDirection=false DamageReactionChanceToIgnore=0.5 DamageReactionMinimumDelay=0.125 DamageReactionMaximumDelay=0.25 DamageReactionCooldown=1.0 DamageReactionThreshold=50.0 DamageReactionResetTimer=0.5 JumpFrequency=0.2 CrouchInAirFrequency=0.0 CrouchOnGroundFrequency=0.0 TargetStrafeOverride=Ignore TargetStrafeMinDelay=0.125 TargetStrafeMaxDelay=0.25 MinProfileChangeTime=0.0 MaxProfileChangeTime=0.0 MinCrouchTime=0.3 MaxCrouchTime=0.6 MinJumpTime=0.3 MaxJumpTime=0.6 LeftStrafeTimeMult=1.0 RightStrafeTimeMult=1.0 StrafeSwapMinPause=0.0 StrafeSwapMaxPause=0.0 BlockedMovementPercent=0.5 BlockedMovementReactionMin=0.125 BlockedMovementReactionMax=0.2 [Dodge Profile] Name=Forward MaxTargetDistance=32.0 MinTargetDistance=0.0 ToggleLeftRight=true ToggleForwardBack=false MinLRTimeChange=0.3 MaxLRTimeChange=0.9 MinFBTimeChange=0.2 MaxFBTimeChange=0.5 DamageReactionChangesDirection=false DamageReactionChanceToIgnore=0.5 DamageReactionMinimumDelay=0.125 DamageReactionMaximumDelay=0.25 DamageReactionCooldown=1.0 DamageReactionThreshold=0.0 DamageReactionResetTimer=0.1 JumpFrequency=0.0 CrouchInAirFrequency=0.0 CrouchOnGroundFrequency=0.0 TargetStrafeOverride=Ignore TargetStrafeMinDelay=0.125 TargetStrafeMaxDelay=0.25 MinProfileChangeTime=0.0 MaxProfileChangeTime=0.0 MinCrouchTime=0.3 MaxCrouchTime=0.6 MinJumpTime=0.3 MaxJumpTime=0.6 LeftStrafeTimeMult=0.7 RightStrafeTimeMult=0.7 StrafeSwapMinPause=0.08 StrafeSwapMaxPause=0.2 BlockedMovementPercent=0.5 BlockedMovementReactionMin=0.125 BlockedMovementReactionMax=0.2 [Weapon Profile] Name=QC RL strong KB Type=Projectile ShotsPerClick=1 DamagePerShot=100.0 KnockbackFactor=8.0 TimeBetweenShots=0.8 Pierces=false Category=FullyAuto BurstShotCount=1 TimeBetweenBursts=0.5 ChargeStartDamage=10.0 ChargeStartVelocity=X=500.000 Y=0.000 Z=0.000 ChargeTimeToAutoRelease=2.0 ChargeTimeToCap=1.0 ChargeMoveSpeedModifier=1.0 MuzzleVelocityMin=X=11000.000 Y=0.000 Z=0.000 MuzzleVelocityMax=X=11000.000 Y=0.000 Z=0.000 InheritOwnerVelocity=0.0 OriginOffset=X=100.000 Y=0.000 Z=0.000 MaxTravelTime=5.0 MaxHitscanRange=100000.0 GravityScale=0.0 HeadshotCapable=false HeadshotMultiplier=2.0 MagazineMax=10 AmmoPerShot=1 ReloadTimeFromEmpty=0.5 ReloadTimeFromPartial=0.5 DamageFalloffStartDistance=100000.0 DamageFalloffStopDistance=100000.0 DamageAtMaxRange=25.0 DelayBeforeShot=0.0 HitscanVisualEffect=Tracer ProjectileGraphic=Rocket VisualLifetime=0.1 WallParticleEffect=Flare HitParticleEffect=Flare BounceOffWorld=false BounceFactor=0.0 BounceCount=0 HomingProjectileAcceleration=0.0 ProjectileEnemyHitRadius=1.5 CanAimDownSight=false ADSZoomDelay=0.0 ADSZoomSensFactor=0.7 ADSMoveFactor=1.0 ADSStartDelay=0.0 ShootSoundCooldown=0.08 HitSoundCooldown=0.08 HitscanVisualOffset=X=0.000 Y=0.000 Z=0.000 ADSBlocksShooting=false ShootingBlocksADS=false KnockbackFactorAir=8.0 RecoilNegatable=false DecalType=0 DecalSize=30.0 DelayAfterShooting=0.0 BeamTracksCrosshair=false AlsoShoot= ADSShoot= StunDuration=0.0 CircularSpread=true SpreadStationaryVelocity=0.0 PassiveCharging=false BurstFullyAuto=true FlatKnockbackHorizontal=0.0 FlatKnockbackVertical=4.0 HitscanRadius=0.0 HitscanVisualRadius=6.0 TaggingDuration=0.0 TaggingMaxFactor=1.0 TaggingHitFactor=1.0 ProjectileTrail=None RecoilCrouchScale=1.0 RecoilADSScale=1.0 PSRCrouchScale=1.0 PSRADSScale=1.0 ProjectileAcceleration=0.0 AccelIncludeVertical=true AimPunchAmount=0.0 AimPunchResetTime=0.1 AimPunchCooldown=0.5 AimPunchHeadshotOnly=false AimPunchCosmeticOnly=true MinimumDecelVelocity=0.0 PSRManualNegation=false PSRAutoReset=true AimPunchUpTime=0.05 AmmoReloadedOnKill=10 CancelReloadOnKill=true FlatKnockbackHorizontalMin=0.0 FlatKnockbackVerticalMin=4.0 ADSScope=No Scope ADSFOVOverride=72.099998 ADSFOVScale=Clamped Horizontal ADSAllowUserOverrideFOV=true Explosive=true Radius=500.0 DamageAtCenter=100.0 DamageAtEdge=1.0 SelfDamageMultiplier=0.5 ExplodesOnContactWithEnemy=true DelayAfterEnemyContact=0.0 ExplodesOnContactWithWorld=false DelayAfterWorldContact=0.0 ExplodesOnNextAttack=false DelayAfterSpawn=0.0 BlockedByWorld=true SpreadSSA=1.0,1.0,-1.0,0.0 SpreadSCA=1.0,1.0,-1.0,0.0 SpreadMSA=1.0,1.0,-1.0,0.0 SpreadMCA=1.0,1.0,-1.0,0.0 SpreadSSH=1.0,1.0,-1.0,0.0 SpreadSCH=1.0,1.0,-1.0,0.0 SpreadMSH=1.0,1.0,-1.0,0.0 SpreadMCH=1.0,1.0,-1.0,0.0 MaxRecoilUp=0.0 MinRecoilUp=0.0 MinRecoilHoriz=0.0 MaxRecoilHoriz=0.0 FirstShotRecoilMult=1.0 RecoilAutoReset=false TimeToRecoilPeak=0.05 TimeToRecoilReset=0.35 AAMode=2 AAPreferClosestPlayer=false AAAlpha=0.5 AAMaxSpeed=0.5 AADeadZone=0.0 AAFOV=180.0 AANeedsLOS=true TrackHorizontal=true TrackVertical=true AABlocksMouse=false AAOffTimer=0.0 AABackOnTimer=0.0 TriggerBotEnabled=true TriggerBotDelay=0.001 TriggerBotFOV=1.0 StickyLock=false HeadLock=false VerticalOffset=0.0 DisableLockOnKill=false UsePerShotRecoil=false PSRLoopStartIndex=0 PSRViewRecoilTracking=0.45 PSRCapUp=9.0 PSRCapRight=4.0 PSRCapLeft=4.0 PSRTimeToPeak=0.095 PSRResetDegreesPerSec=40.0 UsePerBulletSpread=false PBS0=0.0,0.0 [Weapon Profile] Name=QC LG Type=Hitscan ShotsPerClick=1 DamagePerShot=7.0 KnockbackFactor=5.0 TimeBetweenShots=0.05 Pierces=false Category=FullyAuto BurstShotCount=1 TimeBetweenBursts=0.5 ChargeStartDamage=10.0 ChargeStartVelocity=X=500.000 Y=0.000 Z=0.000 ChargeTimeToAutoRelease=2.0 ChargeTimeToCap=1.0 ChargeMoveSpeedModifier=1.0 MuzzleVelocityMin=X=2000.000 Y=0.000 Z=0.000 MuzzleVelocityMax=X=2000.000 Y=0.000 Z=0.000 InheritOwnerVelocity=0.0 OriginOffset=X=0.000 Y=0.000 Z=0.000 MaxTravelTime=5.0 MaxHitscanRange=100000.0 GravityScale=1.0 HeadshotCapable=false HeadshotMultiplier=2.0 MagazineMax=150 AmmoPerShot=1 ReloadTimeFromEmpty=0.1 ReloadTimeFromPartial=5.0 DamageFalloffStartDistance=100000.0 DamageFalloffStopDistance=100000.0 DamageAtMaxRange=7.0 DelayBeforeShot=0.0 HitscanVisualEffect=Tracer ProjectileGraphic=Ball VisualLifetime=0.05 WallParticleEffect=None HitParticleEffect=Blood BounceOffWorld=false BounceFactor=0.0 BounceCount=0 HomingProjectileAcceleration=0.0 ProjectileEnemyHitRadius=1.0 CanAimDownSight=false ADSZoomDelay=0.0 ADSZoomSensFactor=0.7 ADSMoveFactor=1.0 ADSStartDelay=0.0 ShootSoundCooldown=0.08 HitSoundCooldown=0.08 HitscanVisualOffset=X=0.000 Y=0.000 Z=-80.000 ADSBlocksShooting=false ShootingBlocksADS=false KnockbackFactorAir=9.0 RecoilNegatable=false DecalType=0 DecalSize=30.0 DelayAfterShooting=0.0 BeamTracksCrosshair=true AlsoShoot= ADSShoot= StunDuration=0.0 CircularSpread=true SpreadStationaryVelocity=0.0 PassiveCharging=false BurstFullyAuto=true FlatKnockbackHorizontal=0.0 FlatKnockbackVertical=0.0 HitscanRadius=0.0 HitscanVisualRadius=6.0 TaggingDuration=0.0 TaggingMaxFactor=1.0 TaggingHitFactor=1.0 ProjectileTrail=None RecoilCrouchScale=1.0 RecoilADSScale=1.0 PSRCrouchScale=1.0 PSRADSScale=1.0 ProjectileAcceleration=0.0 AccelIncludeVertical=true AimPunchAmount=0.0 AimPunchResetTime=0.05 AimPunchCooldown=0.5 AimPunchHeadshotOnly=false AimPunchCosmeticOnly=true MinimumDecelVelocity=0.0 PSRManualNegation=false PSRAutoReset=true AimPunchUpTime=0.05 AmmoReloadedOnKill=150 CancelReloadOnKill=true FlatKnockbackHorizontalMin=0.0 FlatKnockbackVerticalMin=0.0 ADSScope=No Scope ADSFOVOverride=72.099998 ADSFOVScale=Clamped Horizontal ADSAllowUserOverrideFOV=true Explosive=false Radius=500.0 DamageAtCenter=100.0 DamageAtEdge=0.0 SelfDamageMultiplier=0.5 ExplodesOnContactWithEnemy=false DelayAfterEnemyContact=0.0 ExplodesOnContactWithWorld=false DelayAfterWorldContact=0.0 ExplodesOnNextAttack=false DelayAfterSpawn=0.0 BlockedByWorld=false SpreadSSA=1.0,1.0,-1.0,0.0 SpreadSCA=1.0,1.0,-1.0,0.0 SpreadMSA=1.0,1.0,-1.0,0.0 SpreadMCA=1.0,1.0,-1.0,0.0 SpreadSSH=1.0,1.0,-1.0,0.0 SpreadSCH=1.0,1.0,-1.0,0.0 SpreadMSH=1.0,1.0,-1.0,0.0 SpreadMCH=1.0,1.0,-1.0,0.0 MaxRecoilUp=0.0 MinRecoilUp=0.0 MinRecoilHoriz=0.0 MaxRecoilHoriz=0.0 FirstShotRecoilMult=1.0 RecoilAutoReset=false TimeToRecoilPeak=0.05 TimeToRecoilReset=0.35 AAMode=0 AAPreferClosestPlayer=false AAAlpha=0.05 AAMaxSpeed=1.0 AADeadZone=0.0 AAFOV=30.0 AANeedsLOS=true TrackHorizontal=true TrackVertical=true AABlocksMouse=false AAOffTimer=0.0 AABackOnTimer=0.0 TriggerBotEnabled=false TriggerBotDelay=0.0 TriggerBotFOV=1.0 StickyLock=false HeadLock=false VerticalOffset=0.0 DisableLockOnKill=false UsePerShotRecoil=false PSRLoopStartIndex=0 PSRViewRecoilTracking=0.45 PSRCapUp=9.0 PSRCapRight=4.0 PSRCapLeft=4.0 PSRTimeToPeak=0.095 PSRResetDegreesPerSec=40.0 UsePerBulletSpread=false PBS0=0.0,0.0 [Weapon Profile] Name=QC Railgun Type=Hitscan ShotsPerClick=1 DamagePerShot=80.0 KnockbackFactor=9.0 TimeBetweenShots=1.5 Pierces=true Category=FullyAuto BurstShotCount=1 TimeBetweenBursts=0.5 ChargeStartDamage=10.0 ChargeStartVelocity=X=500.000 Y=0.000 Z=0.000 ChargeTimeToAutoRelease=2.0 ChargeTimeToCap=1.0 ChargeMoveSpeedModifier=1.0 MuzzleVelocityMin=X=2000.000 Y=0.000 Z=0.000 MuzzleVelocityMax=X=2000.000 Y=0.000 Z=0.000 InheritOwnerVelocity=0.0 OriginOffset=X=0.000 Y=0.000 Z=0.000 MaxTravelTime=5.0 MaxHitscanRange=100000.0 GravityScale=1.0 HeadshotCapable=false HeadshotMultiplier=2.0 MagazineMax=10 AmmoPerShot=1 ReloadTimeFromEmpty=0.1 ReloadTimeFromPartial=0.1 DamageFalloffStartDistance=100000.0 DamageFalloffStopDistance=100000.0 DamageAtMaxRange=25.0 DelayBeforeShot=0.0 HitscanVisualEffect=Tracer ProjectileGraphic=Ball VisualLifetime=0.5 WallParticleEffect=None HitParticleEffect=Blood BounceOffWorld=false BounceFactor=0.0 BounceCount=0 HomingProjectileAcceleration=0.0 ProjectileEnemyHitRadius=1.0 CanAimDownSight=true ADSZoomDelay=0.0 ADSZoomSensFactor=0.7 ADSMoveFactor=1.0 ADSStartDelay=0.0 ShootSoundCooldown=0.08 HitSoundCooldown=0.08 HitscanVisualOffset=X=0.000 Y=0.000 Z=-50.000 ADSBlocksShooting=false ShootingBlocksADS=false KnockbackFactorAir=9.0 RecoilNegatable=false DecalType=1 DecalSize=30.0 DelayAfterShooting=0.0 BeamTracksCrosshair=true AlsoShoot= ADSShoot= StunDuration=0.0 CircularSpread=true SpreadStationaryVelocity=0.0 PassiveCharging=false BurstFullyAuto=true FlatKnockbackHorizontal=0.0 FlatKnockbackVertical=0.0 HitscanRadius=0.0 HitscanVisualRadius=6.0 TaggingDuration=0.0 TaggingMaxFactor=1.0 TaggingHitFactor=1.0 ProjectileTrail=None RecoilCrouchScale=1.0 RecoilADSScale=1.0 PSRCrouchScale=1.0 PSRADSScale=1.0 ProjectileAcceleration=0.0 AccelIncludeVertical=true AimPunchAmount=0.0 AimPunchResetTime=0.05 AimPunchCooldown=0.5 AimPunchHeadshotOnly=false AimPunchCosmeticOnly=true MinimumDecelVelocity=0.0 PSRManualNegation=false PSRAutoReset=true AimPunchUpTime=0.05 AmmoReloadedOnKill=10 CancelReloadOnKill=true FlatKnockbackHorizontalMin=0.0 FlatKnockbackVerticalMin=0.0 ADSScope=No Scope ADSFOVOverride=72.099998 ADSFOVScale=Quake Champions ADSAllowUserOverrideFOV=true Explosive=false Radius=500.0 DamageAtCenter=100.0 DamageAtEdge=0.0 SelfDamageMultiplier=0.5 ExplodesOnContactWithEnemy=false DelayAfterEnemyContact=0.0 ExplodesOnContactWithWorld=false DelayAfterWorldContact=0.0 ExplodesOnNextAttack=false DelayAfterSpawn=0.0 BlockedByWorld=false SpreadSSA=1.0,1.0,-1.0,5.0 SpreadSCA=1.0,1.0,-1.0,5.0 SpreadMSA=1.0,1.0,-1.0,5.0 SpreadMCA=1.0,1.0,-1.0,5.0 SpreadSSH=1.0,1.0,-1.0,5.0 SpreadSCH=1.0,1.0,-1.0,5.0 SpreadMSH=1.0,1.0,-1.0,5.0 SpreadMCH=1.0,1.0,-1.0,5.0 MaxRecoilUp=0.0 MinRecoilUp=0.0 MinRecoilHoriz=0.0 MaxRecoilHoriz=0.0 FirstShotRecoilMult=1.0 RecoilAutoReset=false TimeToRecoilPeak=0.05 TimeToRecoilReset=0.35 AAMode=0 AAPreferClosestPlayer=false AAAlpha=0.05 AAMaxSpeed=1.0 AADeadZone=0.0 AAFOV=30.0 AANeedsLOS=true TrackHorizontal=true TrackVertical=true AABlocksMouse=false AAOffTimer=0.0 AABackOnTimer=0.0 TriggerBotEnabled=true TriggerBotDelay=0.01 TriggerBotFOV=1.0 StickyLock=false HeadLock=false VerticalOffset=0.0 DisableLockOnKill=false UsePerShotRecoil=false PSRLoopStartIndex=0 PSRViewRecoilTracking=0.45 PSRCapUp=9.0 PSRCapRight=4.0 PSRCapLeft=4.0 PSRTimeToPeak=0.095 PSRResetDegreesPerSec=40.0 UsePerBulletSpread=false PBS0=0.0,0.0 [Map Data] reflex map version 8 global entity type WorldSpawn String32 targetGameOverCamera end UInt8 playersMin 1 UInt8 playersMax 16 Bool8 modeFFA 0 brush vertices -896.000000 0.000000 576.000000 560.000000 0.000000 576.000000 560.000000 0.000000 -528.000000 -896.000000 0.000000 -528.000000 -896.000000 -16.000000 576.000000 560.000000 -16.000000 576.000000 560.000000 -16.000000 -528.000000 -896.000000 -16.000000 -528.000000 faces 0.000000 0.000000 1.000000 1.000000 0.000000 0 1 2 3 0x00000000 0.000000 0.000000 1.000000 1.000000 0.000000 6 5 4 7 0x00000000 0.000000 0.000000 1.000000 1.000000 0.000000 2 1 5 6 0x00000000 0.000000 0.000000 1.000000 1.000000 0.000000 0 3 7 4 0x00000000 0.000000 0.000000 1.000000 1.000000 0.000000 3 2 6 7 0x00000000 0.000000 0.000000 1.000000 1.000000 0.000000 1 0 4 5 0x00000000 brush vertices -896.000000 192.000000 576.000000 -880.000000 192.000000 576.000000 -880.000000 192.000000 -528.000000 -896.000000 192.000000 -528.000000 -896.000000 0.000000 576.000000 -880.000000 0.000000 576.000000 -880.000000 0.000000 -528.000000 -896.000000 0.000000 -528.000000 faces 0.000000 0.000000 1.000000 1.000000 0.000000 0 1 2 3 0x00000000 0.000000 0.000000 1.000000 1.000000 0.000000 6 5 4 7 0x00000000 0.000000 0.000000 1.000000 1.000000 0.000000 2 1 5 6 0x00000000 0.000000 0.000000 1.000000 1.000000 0.000000 0 3 7 4 0x00000000 0.000000 0.000000 1.000000 1.000000 0.000000 3 2 6 7 0x00000000 0.000000 0.000000 1.000000 1.000000 0.000000 1 0 4 5 0x00000000 brush vertices -880.000000 192.000000 -512.000000 560.000000 192.000000 -512.000000 560.000000 192.000000 -528.000000 -880.000000 192.000000 -528.000000 -880.000000 0.000000 -512.000000 560.000000 0.000000 -512.000000 560.000000 0.000000 -528.000000 -880.000000 0.000000 -528.000000 faces 0.000000 0.000000 1.000000 1.000000 0.000000 0 1 2 3 0x00000000 0.000000 0.000000 1.000000 1.000000 0.000000 6 5 4 7 0x00000000 0.000000 0.000000 1.000000 1.000000 0.000000 2 1 5 6 0x00000000 0.000000 0.000000 1.000000 1.000000 0.000000 0 3 7 4 0x00000000 0.000000 0.000000 1.000000 1.000000 0.000000 3 2 6 7 0x00000000 0.000000 0.000000 1.000000 1.000000 0.000000 1 0 4 5 0x00000000 brush vertices 544.000000 192.000000 560.000000 560.000000 192.000000 560.000000 560.000000 192.000000 -512.000000 544.000000 192.000000 -512.000000 544.000000 0.000000 560.000000 560.000000 0.000000 560.000000 560.000000 0.000000 -512.000000 544.000000 0.000000 -512.000000 faces 0.000000 0.000000 1.000000 1.000000 0.000000 0 1 2 3 0x00000000 0.000000 0.000000 1.000000 1.000000 0.000000 6 5 4 7 0x00000000 0.000000 0.000000 1.000000 1.000000 0.000000 2 1 5 6 0x00000000 0.000000 0.000000 1.000000 1.000000 0.000000 0 3 7 4 0x00000000 0.000000 0.000000 1.000000 1.000000 0.000000 3 2 6 7 0x00000000 0.000000 0.000000 1.000000 1.000000 0.000000 1 0 4 5 0x00000000 brush vertices -896.000000 192.000000 576.000000 560.000000 192.000000 576.000000 560.000000 192.000000 560.000000 -896.000000 192.000000 560.000000 -896.000000 0.000000 576.000000 560.000000 0.000000 576.000000 560.000000 0.000000 560.000000 -896.000000 0.000000 560.000000 faces 0.000000 0.000000 1.000000 1.000000 0.000000 0 1 2 3 0x00000000 0.000000 0.000000 1.000000 1.000000 0.000000 6 5 4 7 0x00000000 0.000000 0.000000 1.000000 1.000000 0.000000 2 1 5 6 0x00000000 0.000000 0.000000 1.000000 1.000000 0.000000 0 3 7 4 0x00000000 0.000000 0.000000 1.000000 1.000000 0.000000 3 2 6 7 0x00000000 0.000000 0.000000 1.000000 1.000000 0.000000 1 0 4 5 0x00000000 entity type PlayerSpawn Vector3 position 64.000000 16.000000 -64.000000 entity type CameraPath UInt32 entityIdAttachedTo 5 UInt8 posLerp 2 UInt8 angleLerp 2 entity type Effect Vector3 position 0.000000 256.000000 0.000000 String64 effectName internal/misc/reflectionprobe entity type Target Vector3 position 16.000000 80.000000 -144.000000 Vector3 angles -135.000000 30.000000 0.000000 String32 name end

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/50/DEPENDENCIES/cholesky.sce

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cholesky.sce

function L=cholesky (A,n) L=zeros(n,n); for k=1:1:n S=0; P=0; for j=1:1:k-1 S=S+(L(k,j)^2); P=P+L(i,j)*L(k,j) end L(k,k)=sqrt(A(k,k)-S); for i=k+1:1:n L(i,k)=(A(i,k)-P)/L(k,k); end end endfunction

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4_26.sce

clc clear //Initialization of variables ma=500 //kg/h cp1=3.2 //kJ/kg K ta=20 //C mb=200 mc=300 //kg/h cp2=2.8 //kJ/kg K tc=80 //C tb=80 //C me=50 //kg/h te=120 //C td=120 //C hg=503.7 he=2706.3 //calcualtions Ws=(mb+me)*hg + mc*cp2*(tc) - me*he -ma*cp1*(ta) //results printf("Net work done = %d kJ/h",Ws)

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/3845/CH15/EX15.3/Ex15_3.sce

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Ex15_3.sce

//Example 15.3 Q_h=2.5*10^14;//Heat transfer from coal (J) Q_c=1.48*10^14;//Heat transfer into the environment (J) W=Q_h-Q_c;//Work done (J) printf('a.Work done by the power station = %0.2e J',W) Eff=W/Q_h;//Efficiency printf('\nb.Efficiency of the power station = %0.3f or %0.1f%%',Eff,Eff*100) q=2.5*10^6;//Heat transfer per kg of coal (J/kg) m_coal=Q_h/q;//Mass of coal consumed per day (kg) //If 12kg of coal results in the production of 44kg of CO2 m_CO2=m_coal*44/12;//Amount of CO2 produced daily (kg) printf('\nc.Amount of CO2 produced daily = %0.1e kg or %0.1f metric tons',m_CO2,m_CO2/1000) //Answer varies due to round off error //Openstax - College Physics //Download for free at http://cnx.org/content/col11406/latest

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/1439/CH20/EX20.1/20_1.sce

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clc //initialisation of variables R= 0.082 //l-atm deg^-1 mole^-1 T= 25 //C V= 85*10^-6 //l-atm g^-1 //CALCULATIONS M= R*(273+T)/V //RESULTS printf ('average molecular weight of this polystrene = %.f g mole^-1',M)

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/2144/CH1/EX1.5/ex1_5.sce

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ex1_5.sce

// Exa 1.5 clc; clear; close; // Given data B_h = 755;// Barometric height in mm M_h= 240;// Manometer height in mm P = B_h+M_h;// in mm P = P/750;// absolute pressure in bar P= P*10^5;// in N/m^2 disp(P*10^-6,"The absolute pressure in the vessel in MN/m^2 is"); disp(P*10^-5,"The absolute pressure in the vessel in bar is");

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/213/CH7/EX7.10/7_10.sce

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//To find velocity and resisting torque clc //Given: NAD=100 //rpm TA=50 //N-m DA=300/1000,CB=360/1000,AB=CB,DC=600/1000 //m eta=70/100 //% //Solution: //Refer Fig. 7.25 //Calculating the angular velocity of the crank AD omegaAD=2*%pi*NAD/60 //rad/s //Calculating the velocity of A with respect to D vAD=omegaAD*DA //m/s vA=vAD //By measurement from the velocity diagram, Fig. 7.25(b), vBC=2.25 //m/s vB=vBC //Calculating the angular velocity of the driven link CB omegaBC=vBC/CB //rad/s //Calculating the actual mechanical advantage omegaA=omegaAD,omegaB=omegaBC MAactual=eta*omegaA/omegaB //Calculating the resisting torque TB=eta*TA*omegaA/omegaB //N-m //Results: printf("\n\n The velocity of the point B, vB = %.2f m/s.\n",vB) printf(" The angular velocity of the driven link CB, omegaBC = %.2f rad/s.\n",omegaBC) printf(" The actual mechanical advantage, M.A.(actual) = %.2f.\n",MAactual) printf(" The resisting torque, TB = %.1f N-m.\n\n",TB)

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/196/CH5/EX5.4/example_5_4.sce

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example_5_4.sce

//Chapter 5 //Example 5-4 //ProbOnZenerCurrentAndVoltage //Page 125,126, Figure 5-3(a) clear;clc; //Given Vo = 10.3 ; //Voltage across the load resistor Ei = 5 ; //Input voltage Ri = 1*10^3 ; //Input Resistance //Example 5-4(a) I = Ei / Ri ; //Zener Current printf ( "\n\n Zener Current = %.4f A", I ) //Example 5-4(b) Vt = Vo - Ei ; //Zener Voltage printf ( "\n\n Zener Voltage = %.4f V", Vt )

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// Nessa funcao assumo que os valores em p0 sao em unidades (1000000) e nao em milhoes (1) function [] = crescPop (p0, k) a = gca() // a.isoview = "on"; // preciso quebrar a simetria entre os eixos de modo que apareçam 30 unidades em X e um numero potencialmente muito alto em Y L = [ 0, 0, 45 ; 0.05, 0.62095734448, 0 ; 0, 0.01, 0.05 ] A = L^1 // L passado um ano t = [0:k] pk = [p0] // L^0 * p0 --> leitura inicial for i=1:k pk(:,$+1) = A * p0 // acrescenta uma coluna aos resultados com o vetor calculado que vai corresponder A = A*L // com as voltas do loop o valor de A sera igual ao de L^i para cada i de 1 a k end pk = int(pk) // sendo uma contagem de indivíduos, os números tem que ser inteiros plot(t, pk(1,:), 'k-o') // população de 0-1 ano numa linha preta plot(t, pk(2,:), 'b-o') // população de 1-10 anos numa linha azul plot(t, pk(3,:), 'r-o') // população de 11+ anos numa linha vermelha endfunction //function [] = popestavel(L, u0) //u0 = vetor de distribuição da população inicial ex: [p0;p1;p2] // // i = 1 //inicializa i // k = i // k = i = 1 // f = 0 // fator de proporcionalidade "lambda" // // while i == k // i = i + 1 //i diferente de k // // u = L^(k+1)*u0 //lado esquerdo da expressão // // if u == f*L^k*u0 then //lado direito da expressão // disp(u) //vetor final da distribuição estável // disp(f) // break // end // // k = k + 1 // k == 1, continua o loop // end //endfunction function [u, lambda] = popestavel(L, u0) n = norm(u0) u = u0 v = L*u0 lambda = norm(v) v = v/lambda if v == u then return end while ~(v == u) u = v v = L*u lambda = norm(L*u) v = v/lambda end u = u * n endfunction

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@relation ecoli @attribute Mcg real [0.0, 89.0] @attribute Gvh real [1.0, 88.0] @attribute Lip real [1.0, 48.0] @attribute Chg real [1.0, 5.0] @attribute Aac real [0.0, 88.0] @attribute Alm1 real [1.0, 94.0] @attribute Alm2 real [0.0, 99.0] @attribute Site {cp, im, imS, imL, imU, om, omL, pp} @data cp pp cp cp cp cp cp cp cp cp cp cp cp cp cp cp cp cp cp cp cp cp cp cp cp cp cp cp cp cp cp cp cp cp cp pp cp cp cp cp cp cp cp cp cp cp cp cp cp cp cp cp cp cp cp cp cp cp im im im im im im im im im im im imU im cp im im im im im im im im im im im imU im cp im pp imS pp imU imU imU im imU imU imU omL imU im imU imU imU cp om om om om om om om pp omL omL pp pp pp pp pp pp pp pp pp pp pp pp pp imU pp pp pp im pp pp

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//Example 4_9 clc;funcprot(0); //Given data Q=30;//m^/sec H=7.5;// m n_t=0.85; N=50;///r.p.m Sr=0.85;//Speed ratio g=9.81;//The acceleration due to gravity in m/s^2 //Calculation w=1000*9.81;// N P_t=(w*Q*H*n_t)/1000;// kW N_s=(N*sqrt(P_t))/(H)^(5/4);//Specific speed if(N_s>=174) printf('\n (a)As N_s=340,two turbine units can be used.\n (b)The runner is of Francis type.'); else printf('\n Wrong'); end D=Sr*60*(sqrt(2*g*H))*(1/(%pi*N));//The diameter of the runner in m printf('\n (c)The diameter of the runner,D=%0.2f m',D); // The answer vary due to round off error

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15_16.sce

//Chapter 15, Problem 16, Fig 15.16 clc; V=40; //supply voltage f=20e3; //supply frequency R1=8; //resistance in ohm L=130e-6; //inductance in henry R2=5; //resistance in ohm R3=10; C=0.25e-6; //capacitance in farad Re=R1+R2+R3; //eqv resistance Xl=2*%pi*f*L; //inductive reactance Xc=1/(2*%pi*f*C); //capacitive reactance X=Xc-Xl; Z=sqrt(Re^2+X^2); //impedance I=V/Z; //current phi=atan(X/Re); Z2=sqrt(R2^2+Xl^2); Z3=sqrt(R3^2+Xc^2); V1=I*R1; V2=I*Z2; V3=I*Z3; printf("(a) Current, I = %.3f A\n\n",I); printf("Phase angle = %.2f deg (leading)\n\n",phi*(180/%pi)); printf("V1 = %.2f V\n\nV2 = %.2fV\n\nV3 = %.2fV",V1,V2,V3)

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ex9_19.sce

//Page Number: 498 //Example 9.19 clc; //Given n=0.1; Vdc=100; //V Idc=0.9; //A t=0.01D-9; //s f=16D+9; //Hz //(i)Power output Pdc=Vdc*Idc; Pout=n*Pdc; disp('W',Pout,'Power output:'); //(ii)Duty cycle D=(t/2)+(1/(2*f)); disp('s',D,'Duty cycle:');

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Ex12_2.sce

//fiber optic communications by joseph c. palais //example 12.2 //OS=Windows XP sp3 //Scilab version 5.4.1 clc clear all //given //from example 12.1 lambda=0.82//wavelength in um ER=10^-9//Error rate datarate=100//dta rate for RZ system in Mbps NRZ_Qpl=-63//powerl level for NRZ in dBm NRZ_TL=-36//thermal limit for NRZ in dBm //to find RZ_Qpl=NRZ_Qpl+3//powerl level for RZ in dBm from fig 12.4 RZ_TL=NRZ_TL+3//thermal limit for RZ in dBm from fig 12.4 Avg_NRZ_Qpl=NRZ_Qpl-3//Average for NRZ is half so 3db LESS in dBm Avg_NRZ_TL=NRZ_TL-3//Average for NRZ is half so 3db LESS in dBm Avg_RZ_Qpl=RZ_Qpl-6//Average for RZ is ONE FOURTH so 6db LESS in dBm Avg_RZ_TL=RZ_TL-6//Average for RZ is ONE FOURTH so 6db LESS in dBm mprintf("Average Powerl level for NRZ=%fdBm",Avg_NRZ_Qpl) mprintf("\nAverage Thermal limit for NRZ =%fdBm",Avg_NRZ_TL) mprintf("\nAverage Power level for RZ=%fdBm",Avg_RZ_Qpl) mprintf("\nAverage Thermal limit for RZ =%fdBm",Avg_RZ_TL)

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run-me-first.sce

funcprot(0) test_cases = list() test_cases($+1) = struct('input', struct('pizzas', [5], 'bonnen', [0,1]), 'output', struct('prijs', 0)) test_cases($+1) = struct('input', struct('pizzas', [5,2,1], 'bonnen', [0,1]), 'output', struct('prijs', 3)) test_cases($+1) = struct('input', struct('pizzas', [5,2,1], 'bonnen', [1,1]), 'output', struct('prijs', 6)) test_cases($+1) = struct('input', struct('pizzas', [20,15,10,5], 'bonnen', [0,1;1,1]), 'output', struct('prijs', 20)) test_cases($+1) = struct('input', struct('pizzas', [100,90,80,70,60,50,40,30,20,10], 'bonnen', [1,1;1,1;1,1]), 'output', struct('prijs', 340)) test_cases($+1) = struct('input', struct('pizzas', [1,2,3,4,5,6,7,8,9,10], 'bonnen', [3,1;2,1;2,1;2,1;1,1;1,1;1,1;1,1;1,1;1,1]), 'output', struct('prijs', 30)) test_cases($+1) = struct('input', struct('pizzas', [1,2,3,4,5,6,7,8,9,10], 'bonnen', [3,1;2,1;2,1;2,1;1,1]), 'output', struct('prijs', 37)) test_cases($+1) = struct('input', struct('pizzas', [20,18,18,16,16,16,14,14,14,12,10], 'bonnen', [3,1;2,4;1,2;2,1;4,2]), 'output', struct('prijs', 74)) test_cases($+1) = struct('input', struct('pizzas', [10,20,30,40,50,60,70,80,90,100,110,120,130,140,150,160,170,180,190,200,210,220,230,240,250,260,270,280,290,300], 'bonnen', [6,2;8,3;7,2;9,4;5,2;5,1;3,2;2,1;7,3;3,2]), 'output', struct('prijs', 3210)) test_cases($+1) = struct('input', struct('pizzas', [10,20,30,40,50,60,70,80,90,100,110,120,130,140,150,160,170,180,190,200,210,220,230,240,250,260,270,280,290,300], 'bonnen', [6,2;8,8;7,2;9,4;5,2;5,1;3,2;2,1;7,3;3,2]), 'output', struct('prijs', 2830)) function Result = test_case(index) Result = test_cases(index) endfunction function Result = test_case_count() Result = size(test_cases) endfunction function show(index) tc = test_case(index) disp('Inputs') disp('pizzas') disp(tc.input.pizzas) disp('bonnen') disp(tc.input.bonnen) disp('Outputs') disp('prijs') disp(tc.output.prijs) endfunction function Result = check(index) tc = test_case(index) [prijs] = solve(tc.input.pizzas, tc.input.bonnen) Result = %t Result = Result & isequal(prijs, tc.output.prijs) endfunction function Result = failures() n = test_case_count() failures = [] for index = 1:n if ~check(index) then failures = [ failures, index ] end end Result = failures endfunction function report() [temp, n] = size(failures()) disp( strcat( [ "Number of test cases: ", string(test_case_count()) ] ) ) disp( strcat( [ "Number of failures: ", string(n) ] ) ) disp( strcat( [ "Number of successes: ", string(test_case_count() - n) ] ) ) if n == 0 then disp("SUCCESS") else disp("FAIL") end endfunction

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//chapter3 //example3.2 //page49 mu=20 rp=8000 // ohm gm=mu/rp // since mu=rp*gm gm_micro=gm*10^6 //micro mho printf("mutual conductance of triode = %f mho or %.3f micro mho",gm,gm_micro)