Support complete elliptic integrals of 1st and 2nd type in Parser #3225
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@aveksler1 I think you might need to add GPU paths here as well. At least CUDA has a lot of special math functions, so you could check if they have what you need. An example of bessel functions we added earlier is in ECP-WarpX/WarpX#1854 |
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The CIs failed because we treat warnings as errors. Those warnings seem to come from Bison changing the integer type in various places from int to size_t. We need to suppress those warnings. |
…ed documentation.
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I added a separate GPU path and have suppressed the sign comparison warnings. |
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@aveksler1 Could you merge development into this so that the Intel CI can pass? |
WeiqunZhang
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Apr 6, 2023
guj
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Jul 13, 2023
…ReX-Codes#3225) We want to use complete elliptic integrals from `cmath`, `comp_ellint_1` and `comp_ellint_2` in the parser in order to make it easier to load in magnetic fields from coils in WarpX. I added these to the parser, and tested against the same functions in scipy - the results match. Since clang does not support special functions in C++17 (https://en.cppreference.com/w/cpp/compiler_support/17#C.2B.2B17_library_features) I implemented it for GCC compilers only, following the structure of how `jn` is implemented in the parser. Co-authored-by: Avigdor Veksler <[email protected]>
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Summary
We want to use complete elliptic integrals from
cmath,comp_ellint_1andcomp_ellint_2in the parser in order to make it easier to load in magnetic fields from coils in WarpX. I added these to the parser, and tested against the same functions in scipy - the results match.Since clang does not support special functions in C++17 (https://en.cppreference.com/w/cpp/compiler_support/17#C.2B.2B17_library_features) I implemented it for GCC compilers only, following the structure of how
jnis implemented in the parser.Additional background
Checklist
The proposed changes: