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I've implemented the Jacobi theta functions in Asymptote. This seems to work fine. Are you interested in including this implementation in Asymptote, or in a package? (I don't know how to do an Asymptote package). The Jacobi theta functions are the basis of numerous other special functions, e.g. the Dedekind eta function and the Neville theta functions.
It would probably be best to port your code to C++ and build it into asy, for greater efficiency. An even better option would be
to get these functions included into the GNU Scientific Library, which we can then access from Asymptote.
You should make use of the builtin function expi(theta)=(cos(theta),sin(theta)).
We will soon set up an Asymptote-aware wiki where third-party packages like this can be submitted and maintained.
Hello,
I've implemented the Jacobi theta functions in Asymptote. This seems to work fine. Are you interested in including this implementation in Asymptote, or in a package? (I don't know how to do an Asymptote package). The Jacobi theta functions are the basis of numerous other special functions, e.g. the Dedekind eta function and the Neville theta functions.
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