libcw/cwWaveTableNotes.h

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#ifndef cwWaveTableNotes_h
#define cwWaveTableNotes_h
namespace cw
{
namespace wt_note
{
typedef dsp::sample_t sample_t;
typedef dsp::srate_t srate_t;
typedef struct note_str
{
uint8_t instr_idx; // wave-table-bank instrument index
uint8_t pitch; // midi pitch
uint8_t velocity; // midi velocity
uint8_t _pad; // structure padding byte
double delta_sec; // offset from previous note onset in sec's
double dur_sec; // note duration in seconds
} note_t;
// Generate a single note and sum it into the output buffer.
rc_t gen_note( wt_bank::handle_t wtbH,
unsigned instr_idx,
unsigned midi_pitch,
unsigned velocity,
srate_t srate,
sample_t** audioChA,
unsigned audioChN,
unsigned audioFrmN );
// Fill an output signal with all specified notes.
rc_t gen_notes( wt_bank::handle_t wtbH,
const note_t* noteA,
unsigned noteN,
srate_t srate,
sample_t** outChA,
unsigned outChN,
unsigned outFrmN );
// Generate a single output file containing all specified notes.
rc_t gen_notes( wt_bank::handle_t wtbH,
const note_t* noteA,
unsigned noteN,
srate_t srate,
unsigned audioChN,
const char* out_audio_fname,
unsigned audio_bits = 32);
// Generate an output file per pitch for each sampled velocity.
rc_t gen_notes( const char* wtb_json_fname,
unsigned instr_idx,
unsigned min_pitch,
unsigned max_pitch,
srate_t srate,
unsigned audioChN,
double note_dur_sec,
double inter_note_sec,
const char* out_dir );
rc_t test( const test::test_args_t& args );
}
}
#endif