audio_math Namespace Reference

Functions
void SHARED_EXPORT	scale (const audio_sample *p_source, t_size p_count, audio_sample *p_output, audio_sample p_scale)
	p_source/p_output can point to same buffer
void SHARED_EXPORT	convert_to_int16 (const audio_sample *p_source, t_size p_count, t_int16 *p_output, audio_sample p_scale)
void SHARED_EXPORT	convert_to_int32 (const audio_sample *p_source, t_size p_count, t_int32 *p_output, audio_sample p_scale)
audio_sample SHARED_EXPORT	convert_to_int16_calculate_peak (const audio_sample *p_source, t_size p_count, t_int16 *p_output, audio_sample p_scale)
void SHARED_EXPORT	convert_from_int16 (const t_int16 *p_source, t_size p_count, audio_sample *p_output, audio_sample p_scale)
void SHARED_EXPORT	convert_from_int32 (const t_int32 *p_source, t_size p_count, audio_sample *p_output, audio_sample p_scale)
audio_sample SHARED_EXPORT	convert_to_int32_calculate_peak (const audio_sample *p_source, t_size p_count, t_int32 *p_output, audio_sample p_scale)
audio_sample SHARED_EXPORT	calculate_peak (const audio_sample *p_source, t_size p_count)
void SHARED_EXPORT	remove_denormals (audio_sample *p_buffer, t_size p_count)
void SHARED_EXPORT	add_offset (audio_sample *p_buffer, audio_sample p_delta, t_size p_count)
t_uint64	time_to_samples (double p_time, t_uint32 p_sample_rate)
double	samples_to_time (t_uint64 p_samples, t_uint32 p_sample_rate)
static t_int64	rint64 (audio_sample val)
static t_int32	rint32 (audio_sample val)
audio_sample	gain_to_scale (double p_gain)

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Function Documentation

void SHARED_EXPORT audio_math::add_offset	(	audio_sample *	p_buffer,
		audio_sample	p_delta,
		t_size	p_count
	)

audio_sample SHARED_EXPORT audio_math::calculate_peak	(	const audio_sample *	p_source,
		t_size	p_count
	)

void SHARED_EXPORT audio_math::convert_from_int16	(	const t_int16 *	p_source,
		t_size	p_count,
		audio_sample *	p_output,
		audio_sample	p_scale
	)

void SHARED_EXPORT audio_math::convert_from_int32	(	const t_int32 *	p_source,
		t_size	p_count,
		audio_sample *	p_output,
		audio_sample	p_scale
	)

void SHARED_EXPORT audio_math::convert_to_int16	(	const audio_sample *	p_source,
		t_size	p_count,
		t_int16 *	p_output,
		audio_sample	p_scale
	)

audio_sample SHARED_EXPORT audio_math::convert_to_int16_calculate_peak	(	const audio_sample *	p_source,
		t_size	p_count,
		t_int16 *	p_output,
		audio_sample	p_scale
	)

void SHARED_EXPORT audio_math::convert_to_int32	(	const audio_sample *	p_source,
		t_size	p_count,
		t_int32 *	p_output,
		audio_sample	p_scale
	)

audio_sample SHARED_EXPORT audio_math::convert_to_int32_calculate_peak	(	const audio_sample *	p_source,
		t_size	p_count,
		t_int32 *	p_output,
		audio_sample	p_scale
	)

audio_sample audio_math::gain_to_scale

(

double

p_gain

)

[inline]

void SHARED_EXPORT audio_math::remove_denormals	(	audio_sample *	p_buffer,
		t_size	p_count
	)

static t_int32 audio_math::rint32

(

audio_sample

val

)

[inline, static]

static t_int64 audio_math::rint64

(

audio_sample

val

)

[inline, static]

double audio_math::samples_to_time	(	t_uint64	p_samples,
		t_uint32	p_sample_rate
	)			[inline]

void SHARED_EXPORT audio_math::scale	(	const audio_sample *	p_source,
		t_size	p_count,
		audio_sample *	p_output,
		audio_sample	p_scale
	)

p_source/p_output can point to same buffer

t_uint64 audio_math::time_to_samples	(	double	p_time,
		t_uint32	p_sample_rate
	)			[inline]