27#ifndef FNFT__KDVV_TESTCASES_H
28#define FNFT__KDVV_TESTCASES_H
43 fnft__kdvv_testcases_SECH_SQUARED,
44 fnft__kdvv_testcases_SECH_SQUARED_LOW_BANDWIDTH,
45 fnft__kdvv_testcases_NEGATIVE_RECT,
70#ifdef FNFT_ENABLE_SHORT_NAMES
71#define kdvv_testcases_SECH_SQUARED fnft__kdvv_testcases_SECH_SQUARED
72#define kdvv_testcases_SECH_SQUARED_LOW_BANDWIDTH fnft__kdvv_testcases_SECH_SQUARED_LOW_BANDWIDTH
73#define kdvv_testcases_NEGATIVE_RECT fnft__kdvv_testcases_NEGATIVE_RECT
74#define kdvv_testcases_t fnft__kdvv_testcases_t
75#define kdvv_testcases(...) fnft__kdvv_testcases(__VA_ARGS__)
76#define kdvv_testcases_test_fnft(...) fnft__kdvv_testcases_test_fnft(__VA_ARGS__)
Fast nonlinear Fourier transform for the vanishing nonlinear Schroedinger equation.
fnft__kdvv_testcases_t
Definition fnft__kdvv_testcases.h:42
FNFT_INT fnft__kdvv_testcases_test_fnft(fnft__kdvv_testcases_t tc, FNFT_UINT D, const FNFT_REAL eb[6], fnft_kdvv_opts_t *const opts)
Routine to run tests for fnft_kdvv.
size_t FNFT_UINT
Definition fnft_numtypes.h:62
int32_t FNFT_INT
Definition fnft_numtypes.h:56
double FNFT_REAL
Definition fnft_numtypes.h:40
Stores additional options for the routine fnft_kdvv.
Definition fnft_kdvv.h:167