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Updated Windows liquid-dsp binaries (master: 3be93e37e2556b7152e176046dd899a6d2599a58) using GCC 10.2 (MSYS2)

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This commit is contained in:
vsonnier
2020-08-14 12:41:29 +02:00
parent 8b61aaa62f
commit d08b0be9bd
13 changed files with 4494 additions and 4361 deletions
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external/liquid-dsp/include/liquid/liquid.h
Vendored
+62 -3
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@@ -1476,6 +1476,8 @@ LIQUID_FFT_DEFINE_API(LIQUID_FFT_MANGLE_FLOAT,float,liquid_float_complex)
#define LIQUID_SPGRAM_MANGLE_CFLOAT(name) LIQUID_CONCAT(spgramcf,name)
#define LIQUID_SPGRAM_MANGLE_FLOAT(name) LIQUID_CONCAT(spgramf, name)
#define LIQUID_SPGRAM_PSD_MIN (1e-12)
// Macro : SPGRAM
// SPGRAM : name-mangling macro
// T : primitive data type
@@ -1843,6 +1845,7 @@ LIQUID_SPWATERFALL_DEFINE_API(LIQUID_SPWATERFALL_MANGLE_FLOAT,
//
// prototypes
#define LIQUID_FIRFILT_NUM_TYPES (16)
typedef enum {
LIQUID_FIRFILT_UNKNOWN=0, // unknown filter type
@@ -1880,6 +1883,9 @@ void liquid_firdes_prototype(liquid_firfilt_type _type,
float _dt,
float * _h);
// pretty names for filter design types
extern const char * liquid_firfilt_type_str[LIQUID_FIRFILT_NUM_TYPES][2];
// returns filter type based on input string
int liquid_getopt_str2firfilt(const char * _str);
@@ -3080,6 +3086,16 @@ FIRPFB() FIRPFB(_create)(unsigned int _M, \
unsigned int _h_len); \
\
/* Create firpfb object using Kaiser-Bessel windowed sinc filter design */ \
/* method, using default values for cut-off frequency and stop-band */ \
/* attenuation. This is equivalent to: */ \
/* FIRPFB(_create_kaiser)(_M, _m, 0.5, 60.0) */ \
/* which creates a Nyquist filter at the appropriate cut-off frequency. */ \
/* _M : number of filters in the bank, _M > 0 */ \
/* _m : filter semi-length [samples], _m > 0 */ \
FIRPFB() FIRPFB(_create_default)(unsigned int _M, \
unsigned int _m); \
\
/* Create firpfb object using Kaiser-Bessel windowed sinc filter design */ \
/* method */ \
/* _M : number of filters in the bank, _M > 0 */ \
/* _m : filter semi-length [samples], _m > 0 */ \
@@ -3259,6 +3275,9 @@ void FIRINTERP(_print)(FIRINTERP() _q); \
/* Reset internal state */ \
void FIRINTERP(_reset)(FIRINTERP() _q); \
\
/* Get interpolation rate */ \
unsigned int FIRINTERP(_get_interp_rate)(FIRINTERP() _q); \
\
/* Set output scaling for interpolator */ \
/* _q : interpolator object */ \
/* _scale : scaling factor to apply to each output sample */ \
@@ -3463,6 +3482,9 @@ void FIRDECIM(_print)(FIRDECIM() _q); \
/* Reset decimator object internal state */ \
void FIRDECIM(_reset)(FIRDECIM() _q); \
\
/* Get decimation rate */ \
unsigned int FIRDECIM(_get_decim_rate)(FIRDECIM() _q); \
\
/* Set output scaling for decimator */ \
/* _q : decimator object */ \
/* _scale : scaling factor to apply to each output sample */ \
@@ -4140,6 +4162,42 @@ LIQUID_MSRESAMP_DEFINE_API(LIQUID_MSRESAMP_MANGLE_CCCF,
liquid_float_complex,
liquid_float_complex)
//
// Direct digital [up/down] synthesizer
//
#define DDS_MANGLE_CCCF(name) LIQUID_CONCAT(dds_cccf,name)
#define LIQUID_DDS_DEFINE_API(DDS,TO,TC,TI) \
typedef struct DDS(_s) * DDS(); \
\
/* create digital synthesizer object */ \
DDS() DDS(_create)(unsigned int _num_stages, \
float _fc, \
float _bw, \
float _As); \
\
/* destroy digital synthesizer object */ \
void DDS(_destroy)(DDS() _q); \
\
/* print synthesizer object internals to stdout */ \
void DDS(_print)(DDS() _q); \
\
/* reset synthesizer object internals */ \
void DDS(_reset)(DDS() _q); \
\
void DDS(_decim_execute)(DDS() _q, \
TI * _x, \
TO * _y); \
void DDS(_interp_execute)(DDS() _q, \
TI _x, \
TO * _y); \
LIQUID_DDS_DEFINE_API(DDS_MANGLE_CCCF,
liquid_float_complex,
liquid_float_complex,
liquid_float_complex)
//
// Symbol timing recovery (symbol synchronizer)
@@ -6871,11 +6929,12 @@ typedef struct MODEM(_s) * MODEM(); \
MODEM() MODEM(_create)(modulation_scheme _scheme); \
\
/* Create linear digital modem object with arbitrary constellation */ \
/* points defined by an external table of symbols. */ \
/* points defined by an external table of symbols. Sample points are */ \
/* provided as complex float pairs and converted internally if needed. */ \
/* _table : array of complex constellation points, [size: _M x 1] */ \
/* _M : modulation order and table size, _M must be power of 2 */ \
MODEM() MODEM(_create_arbitrary)(TC * _table, \
unsigned int _M); \
MODEM() MODEM(_create_arbitrary)(liquid_float_complex * _table, \
unsigned int _M); \
\
/* Recreate modulation scheme, re-allocating memory as necessary */ \
/* _q : modem object */ \