casperyc

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17 years, 183 days
University of Kent
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These are replies submitted by casperyc

yes it is exactly what i mean. I want all computation to be done in modulo 26.

and i am looing for an easy way to do it.

 

Thank you anyway.

casper

 

Hi there,

 

may I just say I dont see much difference between your code and the code above yours.

However ,as you said his code didnt give the right picture.

since I will use maple to check a lot this kind of transformation for my stats course

how can I be sure get the right picture  in oder to get some idea what's the correct range for U1 and U2?

 

Thanks

Hi there,

 

may I just say I dont see much difference between your code and the code above yours.

However ,as you said his code didnt give the right picture.

since I will use maple to check a lot this kind of transformation for my stats course

how can I be sure get the right picture  in oder to get some idea what's the correct range for U1 and U2?

 

Thanks

Before I had the plot I thought it's from rectangle to the whole plan i.e. U[1] andU[2] are from - infinity to + infinity But the plot seems to have range from -2..2 ? which one is it? Thanks Casper
Before I had the plot I thought it's from rectangle to the whole plan i.e. U[1] andU[2] are from - infinity to + infinity But the plot seems to have range from -2..2 ? which one is it? Thanks Casper
Hi, in your command U[1]:= ( -2 * ln(y1) )^(1/2) * cos(2*Pi* y2); U[2]:= ( -2 * ln(y1) )^(1/2) * sin(2*Pi* y2); plot([seq([U[1],U[2],y2=0 .. 1], y1=0.1*[$1..10]), ############### seq([U[1],U[2],y1=0.1 .. 1], y2=0.1*[$1..10])],colour=[red$10,blue$10], ################ here why y1 is from 0.1 to 1 ?? scaling=constrained, axes=box); Thanks
Hi, in your command U[1]:= ( -2 * ln(y1) )^(1/2) * cos(2*Pi* y2); U[2]:= ( -2 * ln(y1) )^(1/2) * sin(2*Pi* y2); plot([seq([U[1],U[2],y2=0 .. 1], y1=0.1*[$1..10]), ############### seq([U[1],U[2],y1=0.1 .. 1], y2=0.1*[$1..10])],colour=[red$10,blue$10], ################ here why y1 is from 0.1 to 1 ?? scaling=constrained, axes=box); Thanks
now i can see the range for U[1] and U[2] they are from (-2,2), right? thanks Casper
now i can see the range for U[1] and U[2] they are from (-2,2), right? thanks Casper
Thank you Casper
Thank you Casper
Hi, Oh, I see. Thanks
Hi, Oh, I see. Thanks
Hi, Yes. I want the curve (U[1], U[2]). Thanks Casper
Hi, Yes. I want the curve (U[1], U[2]). Thanks Casper
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