Maybe I found the problems;
1. t0=1.0, t1=3.0, y['1'] = cos(1.0*omega*t): I have to reconstruct the
signal using
> yRec += a * cos(omega*i*(t-t0) + f)
not
> yRec += a * cos(omega*i*t + f)
2. t0=2, t1=3, y['Signal'] = 1.0*cos(1.0*omega*t) + ... +
5.0*cos(5.0*omega*t) + 1.0: starting point
Using order='F' solved the problem.
Thanks for reply.
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Hi all,
I am trying to write some code to do calculation onto an array: for each
row I need to do some computation and have a number as return.
To speed up the process I wrote a fortran subroutine that is called from
python [using f2py] for each row of the array, so the input of this
subroutine is
