Global afSTFT_create (void **const phSTFT, int nCHin, int nCHout, int hopsize, int lowDelayMode, int hybridmode, AFSTFT_FDDATA_FORMAT format): test__afSTFT()
File ambi_bin.c: test__saf_example_ambi_bin()
File ambi_bin.h: test__saf_example_ambi_bin()
File ambi_bin_internal.c: test__saf_example_ambi_bin()
File ambi_bin_internal.h: test__saf_example_ambi_bin()
File ambi_dec.c: test__saf_example_ambi_dec()
File ambi_dec.h: test__saf_example_ambi_dec()
File ambi_dec_internal.c: test__saf_example_ambi_dec()
File ambi_dec_internal.h: test__saf_example_ambi_dec()
File ambi_enc.h: test__saf_example_ambi_enc()
File array2sh.c: test__saf_example_array2sh()
File array2sh.h: test__saf_example_array2sh()
File array2sh_internal.c: test__saf_example_array2sh()
File array2sh_internal.h: test__saf_example_array2sh()
Global bessel_in (int N, double *z, int nZ, double *i_n, double *di_n): test__sphericalBesselFunctions()
Global bessel_jn (int N, double *z, int nZ, double *j_n, double *dj_n): test__sphericalBesselFunctions()
Global bessel_Jn (int N, double *z, int nZ, double *J_n, double *dJ_n): test__cylindricalBesselFunctions()
Global bessel_kn (int N, double *z, int nZ, double *k_n, double *dk_n): test__sphericalBesselFunctions()
Global bessel_yn (int N, double *z, int nZ, double *y_n, double *dy_n): test__sphericalBesselFunctions()
Global bessel_Yn (int N, double *z, int nZ, double *Y_n, double *dY_n): test__cylindricalBesselFunctions()
Global butterCoeffs (BUTTER_FILTER_TYPES filterType, int order, float cutoff1, float cutoff2, float sampleRate, double *b_coeffs, double *a_coeffs): test__butterCoeffs()
Global calculateGridWeights (float *dirs_rad, int nDirs, int order, float *w): test__calculateGridWeights
Global checkCondNumberSHTReal (int order, float *dirs_rad, int nDirs, float *w, float *cond_N): test__checkCondNumberSHTReal()
Global cmplxPairUp (double_complex *in_vec, double_complex *out_vec, int len): test__cmplxPairUp()
Global complex2realSHMtx (int order, float_complex *T_c2r): test__complex2realSHMtx()
Global computeSectorCoeffsEP (int orderSec, float_complex *A_xyz, SECTOR_PATTERNS pattern, float *sec_dirs_deg, int nSecDirs, float *sectorCoeffs): test__computeSectorCoeffsEP()
Global computeVelCoeffsMtx (int sectorOrder, float_complex *A_xyz): test__computeSectorCoeffsEP()
Global evalIIRTransferFunction (double *b, double *a, int nCoeffs, float *freqs, int nFreqs, float fs, int mag2dB, float *magnitude, float *phase_rad): test__evalIIRTransferFunction()
Global evalIIRTransferFunctionf (float *b, float *a, int nCoeffs, float *freqs, int nFreqs, float fs, int mag2dB, float *magnitude, float *phase_rad): test__evalIIRTransferFunction()
Global faf_IIRFilterbank_create (void **phFaF, int order, float *fc, int nCutoffFreqs, float sampleRate, int maxNumSamples): test__faf_IIRFilterbank()
Global formulate_M_and_Cr (void *const hCdf, float *Cx, float *Cy, float *Q, int useEnergyFLAG, float reg, float *M, float *Cr): test__formulate_M_and_Cr()
Global formulate_M_and_Cr_cmplx (void *const hCdf, float_complex *Cx, float_complex *Cy, float_complex *Q, int useEnergyFLAG, float reg, float_complex *M, float_complex *Cr): test__formulate_M_and_Cr_cmplx()
Global getLoudspeakerDecoderMtx (float *ls_dirs_deg, int nLS, LOUDSPEAKER_AMBI_DECODER_METHODS method, int order, int enableMaxrE, float *decMtx): test__getLoudspeakerDecoderMtx()
Global getSHcomplex (int order, float *dirs_rad, int nDirs, float_complex *Y): test__getSHcomplex()
Global getSHreal (int order, float *dirs_rad, int nDirs, float *Y): test__getSHreal()
Global getSHreal_recur (int order, float *dirs_rad, int nDirs, float *Y): test__getSHreal_recur()
Global getSHrotMtxReal (float R[3][3], float *RotMtx, int L): test__getSHrotMtxReal()
Global getVoronoiWeights (float *dirs_deg, int nDirs, int diagFLAG, float *weights): test__getVoronoiWeights()
Global ims_shoebox_create (void **phIms, float roomDimensions[3], float *abs_wall, float lowestOctaveBand, int nOctBands, float c_ms, float fs): test__ims_shoebox_RIR(), test__ims_shoebox_TD()
Global latticeDecorrelator_create (void **phDecor, float fs, int hopsize, float *freqVector, int nBands, int nCH, int *orders, float *freqCutoffs, int nCutoffs, int maxDelay, int lookupOffset, float enComp_coeff): test__latticeDecorrelator()
Global qmf_create (void **const phQMF, int nCHin, int nCHout, int hopsize, int hybridmode, QMF_FDDATA_FORMAT format): test__qmf()
Global real2complexSHMtx (int order, float_complex *T_r2c): test__real2complexSHMtx()
Global realloc2d_r (void **ptr, size_t new_dim1, size_t new_dim2, size_t prev_dim1, size_t prev_dim2, size_t data_size): test__realloc2d_r()
File rotator.c: test__saf_example_rotator()
File rotator.h: test__saf_example_rotator()
File rotator_internal.c: test__saf_example_rotator()
File rotator_internal.h: test__saf_example_rotator()
Global saf_matrixConv_create (void **const phMC, int hopSize, float *H, int length_h, int nCHin, int nCHout, int usePartFLAG): test__saf_matrixConv()
Global saf_rfft_create (void **const phFFT, int N): test__saf_rfft()
Global saf_sofa_open (saf_sofa_container *hSOFA, char *sofa_filepath, SAF_SOFA_READER_OPTIONS option): test__saf_sofa_open(), test__mysofa_load(), test__sofa_comparison()
Global saf_stft_create (void **const phSTFT, int winsize, int hopsize, int nCHin, int nCHout, SAF_STFT_FDDATA_FORMAT FDformat): test__saf_stft_50pc_overlap(), test__saf_stft_LTI()
Global saf_TVConv_create (void **const phTVC, int hopSize, float **H, int length_h, int nIRs, int nCHout, int initIdx): test__saf_matrixConv()
Global smb_pitchShift_create (void **hSmb, int nCH, int fftFrameSize, int osamp, float sampleRate): test__smb_pitchShifter()
Global sortf (float *in_vec, float *out_vec, int *new_indices, int len, int descendFLAG): test__sortf()
Global sortz (double_complex *in_vec, double_complex *out_vec, int len, int descendFLAG): test__sortz()
Global sphESPRIT_create (void **const phESPRIT, int order): test__sphESPRIT()
Global sphMUSIC_create (void **const phMUSIC, int order, float *grid_dirs_deg, int nDirs): test__sphMUSIC()
Global tracker3d_create (void **const phT3d, tracker3d_config tpars): test__tracker3d()
Global unique_i (int *input, int nInputs, int **uniqueVals, int **uniqueInds, int *nUnique): test__unique_i()