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Neko 1.99.2
A portable framework for high-order spectral element flow simulations
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Go to the source code of this file.
Functions | |
| void | cuda_neumann_apply_scalar (void *msk, void *facet, void *x, void *flux, void *area, int *lx, int *m, cudaStream_t strm) |
| void | cuda_neumann_apply_vector (void *msk, void *facet, void *x, void *y, void *z, void *flux_x, void *flux_y, void *flux_z, void *area, int *lx, int *m, cudaStream_t strm) |
| void cuda_neumann_apply_scalar | ( | void * | msk, |
| void * | facet, | ||
| void * | x, | ||
| void * | flux, | ||
| void * | area, | ||
| int * | lx, | ||
| int * | m, | ||
| cudaStream_t | strm | ||
| ) |
Fortran wrapper for device neumann apply scalar
Definition at line 44 of file neumann.cu.


| void cuda_neumann_apply_vector | ( | void * | msk, |
| void * | facet, | ||
| void * | x, | ||
| void * | y, | ||
| void * | z, | ||
| void * | flux_x, | ||
| void * | flux_y, | ||
| void * | flux_z, | ||
| void * | area, | ||
| int * | lx, | ||
| int * | m, | ||
| cudaStream_t | strm | ||
| ) |
Fortran wrapper for device neumann apply vector
Definition at line 66 of file neumann.cu.

