voice.cpp File Reference

#include <AudioEngine.h>
#include <AudioFileManager.h>
#include <Cluster.h>
#include <sound.h>
#include "voice.h"
#include "definitions.h"
#include "FilterSet.h"
#include "functions.h"
#include "FilterSetConfig.h"
#include "song.h"
#include "TimeStretcher.h"
#include "Sample.h"
#include <string.h>
#include <WaveformRenderer.h>
#include "playbackhandler.h"
#include "WaveTable.h"
#include "GeneralMemoryAllocator.h"
#include "MultisampleRange.h"
#include "storagemanager.h"
#include "SampleCache.h"
#include "VoiceSample.h"
#include "LivePitchShifter.h"
#include <new>
#include "arm_neon.h"
#include "lookuptables.h"
#include "uart.h"
#include "ModelStack.h"
#include "SampleHolderForVoice.h"
#include "renderWave.h"
#include "ParamSet.h"
#include "PatchCableSet.h"
#include "InstrumentClip.h"
#include "FlashStorage.h"
#include "ssi_all_cpus.h"
#include "mtu.h"
#include "uart_all_cpus.h"

Include dependency graph for voice.cpp:

Macros
#define	fmVectorLoopComponent(i)

Functions
int32_t spareRenderingBuffer[3][SSI_TX_BUFFER_NUM_SAMPLES]	__attribute__ ((aligned(CACHE_LINE_SIZE)))
int32_t	doFMNew (uint32_t carrierPhase, uint32_t phaseShift)
int32x4_t	getSineVector (uint32_t *thisPhase, uint32_t phaseIncrement)
int32x4_t	doFMVector (uint32x4_t phaseVector, uint32x4_t phaseShift)
	CREATE_WAVE_RENDER_FUNCTION_INSTANCE (renderWave, waveRenderingFunctionGeneral)
	CREATE_WAVE_RENDER_FUNCTION_INSTANCE (renderPulseWave, waveRenderingFunctionPulse)
uint32_t	renderCrudeSawWaveWithAmplitude (int32_t *thisSample, int32_t *bufferEnd, uint32_t phaseNowNow, uint32_t phaseIncrementNow, int32_t amplitudeNow, int32_t amplitudeIncrement, int numSamples)
uint32_t	renderCrudeSawWaveWithoutAmplitude (int32_t *thisSample, int32_t *bufferEnd, uint32_t phaseNowNow, uint32_t phaseIncrementNow, int numSamples)
void	renderPDWave (const int16_t *table, const int16_t *secondTable, int numBitsInTableSize, int numBitsInSecondTableSize, int32_t amplitude, int32_t *thisSample, int32_t *bufferEnd, int numSamplesRemaining, uint32_t phaseIncrementNow, uint32_t *thisPhase, bool applyAmplitude, bool doOscSync, uint32_t resetterPhase, uint32_t resetterPhaseIncrement, uint32_t resetterHalfPhaseIncrement, uint32_t resetterLower, int32_t resetterDivideByPhaseIncrement, uint32_t pulseWidth, uint32_t phaseToAdd, uint32_t retriggerPhase, uint32_t horizontalOffsetThing, int32_t amplitudeIncrement, int32_t(*waveValueFunction)(const int16_t *, int, uint32_t, uint32_t, uint32_t))
void	getTableNumber (uint32_t phaseIncrementForCalculations, int *tableNumber, int *tableSize)
	__attribute__ ((optimize("unroll-loops"))) void Voice

Variables
const PatchableInfo	patchableInfoForVoice
uint32_t	lastSoundOrder = 0
const int16_t *	sawTables [] = {NULL, NULL, NULL, NULL, NULL, NULL, sawWave215, sawWave153, sawWave109, sawWave76, sawWave53, sawWave39, sawWave27, sawWave19, sawWave13, sawWave9, sawWave7, sawWave5, sawWave3, sawWave1}
const int16_t *	squareTables [] = {NULL, NULL, NULL, NULL, NULL, NULL, squareWave215, squareWave153, squareWave109, squareWave76, squareWave53, squareWave39, squareWave27, squareWave19, squareWave13, squareWave9, squareWave7, squareWave5, squareWave3, squareWave1}
const int16_t *	analogSquareTables []
const int16_t *	analogSawTables []

Macro Definition Documentation

fmVectorLoopComponent

#define fmVectorLoopComponent

(

i

)

Value:

        { \
        uint32_t readOffsetNow = (vgetq_lane_u32(finalPhase, i) >> (32 - SINE_TABLE_SIZE_MAGNITUDE)) << 2; \
        uint32_t* thisReadAddress = (uint32_t*)((uint32_t)sineWaveDiff + readOffsetNow); \
        readValue = vld1q_lane_u32(thisReadAddress, readValue, i); \
    }

Function Documentation

__attribute__() [1/2]

int32_t spareRenderingBuffer[3][SSI_TX_BUFFER_NUM_SAMPLES] __attribute__

(

(aligned(CACHE_LINE_SIZE))

)

__attribute__() [2/2]

__attribute__

(

(optimize("unroll-loops"))

)

CREATE_WAVE_RENDER_FUNCTION_INSTANCE() [1/2]

CREATE_WAVE_RENDER_FUNCTION_INSTANCE	(	renderPulseWave	,
		waveRenderingFunctionPulse
	)

CREATE_WAVE_RENDER_FUNCTION_INSTANCE() [2/2]

CREATE_WAVE_RENDER_FUNCTION_INSTANCE	(	renderWave	,
		waveRenderingFunctionGeneral
	)

doFMNew()

int32_t doFMNew	(	uint32_t	carrierPhase,
		uint32_t	phaseShift
	)

doFMVector()

int32x4_t doFMVector ( uint32x4_t  phaseVector, uint32x4_t  phaseShift  )

inline

getSineVector()

int32x4_t getSineVector ( uint32_t *  thisPhase, uint32_t  phaseIncrement  )

inline

getTableNumber()

void getTableNumber	(	uint32_t	phaseIncrementForCalculations,
		int *	tableNumber,
		int *	tableSize
	)

renderCrudeSawWaveWithAmplitude()

uint32_t renderCrudeSawWaveWithAmplitude	(	int32_t *	thisSample,
		int32_t *	bufferEnd,
		uint32_t	phaseNowNow,
		uint32_t	phaseIncrementNow,
		int32_t	amplitudeNow,
		int32_t	amplitudeIncrement,
		int	numSamples
	)

renderCrudeSawWaveWithoutAmplitude()

uint32_t renderCrudeSawWaveWithoutAmplitude	(	int32_t *	thisSample,
		int32_t *	bufferEnd,
		uint32_t	phaseNowNow,
		uint32_t	phaseIncrementNow,
		int	numSamples
	)

renderPDWave()

void renderPDWave	(	const int16_t *	table,
		const int16_t *	secondTable,
		int	numBitsInTableSize,
		int	numBitsInSecondTableSize,
		int32_t	amplitude,
		int32_t *	thisSample,
		int32_t *	bufferEnd,
		int	numSamplesRemaining,
		uint32_t	phaseIncrementNow,
		uint32_t *	thisPhase,
		bool	applyAmplitude,
		bool	doOscSync,
		uint32_t	resetterPhase,
		uint32_t	resetterPhaseIncrement,
		uint32_t	resetterHalfPhaseIncrement,
		uint32_t	resetterLower,
		int32_t	resetterDivideByPhaseIncrement,
		uint32_t	pulseWidth,
		uint32_t	phaseToAdd,
		uint32_t	retriggerPhase,
		uint32_t	horizontalOffsetThing,
		int32_t	amplitudeIncrement,
		int32_t(*)(const int16_t *, int, uint32_t, uint32_t, uint32_t)	waveValueFunction
	)

Variable Documentation

analogSawTables

const int16_t* analogSawTables[]

Initial value:

= {mysterySynthASaw_1722, mysterySynthASaw_1217, mysterySynthASaw_861, mysterySynthASaw_609, mysterySynthASaw_431, mysterySynthASaw_305,
        mysterySynthASaw_215, mysterySynthASaw_153, mysterySynthBSaw_109, mysterySynthBSaw_76, mysterySynthBSaw_53, mysterySynthBSaw_39, mysterySynthBSaw_27,
        mysterySynthBSaw_19, mysterySynthBSaw_13, mysterySynthBSaw_9, mysterySynthBSaw_7, mysterySynthBSaw_5, mysterySynthBSaw_3, mysterySynthBSaw_1}

analogSquareTables

const int16_t* analogSquareTables[]

Initial value:

= {analogSquare_1722, analogSquare_1217, analogSquare_861, analogSquare_609, analogSquare_431, analogSquare_305, analogSquare_215,
        analogSquare_153, analogSquare_109, analogSquare_76, analogSquare_53, analogSquare_39, analogSquare_27, analogSquare_19, analogSquare_13, analogSquare_9,
        analogSquare_7, analogSquare_5, analogSquare_3, analogSquare_1}

lastSoundOrder

uint32_t lastSoundOrder = 0

patchableInfoForVoice

const PatchableInfo patchableInfoForVoice

Initial value:

= {
        offsetof(Voice, paramFinalValues) - offsetof(Voice, patcher),
        offsetof(Voice, sourceValues) - offsetof(Voice, patcher),
        0,
        FIRST_LOCAL_NON_VOLUME_PARAM,
        FIRST_LOCAL_HYBRID_PARAM,
        FIRST_LOCAL_EXP_PARAM,
        FIRST_GLOBAL_PARAM,
        GLOBALITY_LOCAL
}

sawTables

const int16_t* sawTables[] = {NULL, NULL, NULL, NULL, NULL, NULL, sawWave215, sawWave153, sawWave109, sawWave76, sawWave53, sawWave39, sawWave27, sawWave19, sawWave13, sawWave9, sawWave7, sawWave5, sawWave3, sawWave1}

squareTables

const int16_t* squareTables[] = {NULL, NULL, NULL, NULL, NULL, NULL, squareWave215, squareWave153, squareWave109, squareWave76, squareWave53, squareWave39, squareWave27, squareWave19, squareWave13, squareWave9, squareWave7, squareWave5, squareWave3, squareWave1}