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//variable initialization
x=50,y=20,z=10 //x,y,z cordinates in meters(frame s)
t=5*10^(-8); //time in seconds(frame s)
velocity=0.6*3*10^8; //velocity of observer in s' frame relative to s in meter/second
c=3*10^8; //speed of light in meter/second
Beta=0.6;
Gamma=1/((1-Beta^2)^(1/2));
//calculation of cordinates in s' frame
xdash=Gamma*(x-(velocity*t)); //value of x cordinate in frame s' in meters
ydash=y; //value of y cordinate in frame s' in meters
zdash=z; //value of z cordinate in frame s' in meters
tdash=Gamma*(t-((velocity*x)/(c^2))); //value of t in frame s' in seconds
printf("\nValue of space time cordinates in frame s`:\n\t x`=%.2f meter\n\t y`=%.0f meter\n\t z`=%.0f meter\n\t t`=%.2e second",xdash,ydash,zdash,tdash);
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