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#define TYPEDEPARGS 0, 1, 2
#define SINGLEARGS
#define REALARGS
#define OCTFILENAME comp_heapintreal
#define OCTFILEHELP "Computes heapint.\n\
Usage: c = comp_heapintreal(s, itime, ifreq, a, M, tol, do_timeinv);\n\
Yeah."
#include "ltfat_oct_template_helper.h"
static inline void
fwd_heapintreal(const double *s, const double *tgrad, const double *fgrad,
const octave_idx_type a, const octave_idx_type M,
const octave_idx_type L, const octave_idx_type W,
double tol, int phasetype, double *phase)
{
if (phasetype == 2)
ltfat_heapintreal_d(s, tgrad, fgrad, a, M, L, W, tol, phase);
else
ltfat_heapintreal_relgrad_d(s, tgrad, fgrad, a, M, L, W, tol,
static_cast<ltfat_phaseconvention>(phasetype) , phase);
}
static inline void
fwd_heapintreal(const float *s, const float *tgrad, const float *fgrad,
const octave_idx_type a, const octave_idx_type M,
const octave_idx_type L, const octave_idx_type W,
float tol, int phasetype, float *phase)
{
if (phasetype == 2)
ltfat_heapintreal_s(s, tgrad, fgrad, a, M, L, W, tol, phase);
else
ltfat_heapintreal_relgrad_s(s, tgrad, fgrad, a, M, L, W, tol,
static_cast<ltfat_phaseconvention>(phasetype), phase);
}
template <class LTFAT_TYPE, class LTFAT_REAL, class LTFAT_COMPLEX>
octave_value_list octFunction(const octave_value_list& args, int nargout)
{
MArray<LTFAT_TYPE> s = ltfatOctArray<LTFAT_TYPE>(args(0));
MArray<LTFAT_TYPE> tgrad = ltfatOctArray<LTFAT_TYPE>(args(1));
MArray<LTFAT_TYPE> fgrad = ltfatOctArray<LTFAT_TYPE>(args(2));
const octave_idx_type a = args(3).int_value();
const octave_idx_type M = args(4).int_value();
const double tol = args(5).double_value();
const int phasetype = args(6).int_value() == 1? LTFAT_TIMEINV: LTFAT_FREQINV;
const octave_idx_type M2 = args(0).rows();
const octave_idx_type N = args(0).columns();
const octave_idx_type L = N * a;
const octave_idx_type W = s.numel() / (M2 * N);
MArray<LTFAT_TYPE> phase(dim_vector(M2, N, W));
fwd_heapintreal(s.data(), tgrad.data(), fgrad.data(), a, M, L, W, tol,
phasetype, phase.fortran_vec());
return octave_value(phase);
}
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