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    Searched refs:CHORUS_SHAPE_SIZE (Results 1 - 6 of 6) sorted by null

  /external/sonivox/arm-fm-22k/lib_src/
eas_chorus.c 61 static const EAS_I16 EAS_chorusShape[CHORUS_SHAPE_SIZE] = {
120 //with current CHORUS_SHAPE_SIZE and rate limits, this fits into 16 bits
125 ((((EAS_I32)CHORUS_SHAPE_SIZE<<16)/(20*(EAS_I32)_OUTPUT_SAMPLE_RATE)) * pChorusData->m_nRate);
153 pChorusData->lfoRPhase = (CHORUS_SHAPE_SIZE << 16) >> 2; // 1/4 of total, i.e. 90 degrees out of phase;
167 ((((EAS_I32)CHORUS_SHAPE_SIZE<<16)/(20*(EAS_I32)_OUTPUT_SAMPLE_RATE)) * pChorusData->m_nRate);
303 lfoValueLeft = WeightedTap(EAS_chorusShape, 0, pChorusData->lfoLPhase, CHORUS_SHAPE_SIZE);
331 while (pChorusData->lfoLPhase >= (CHORUS_SHAPE_SIZE<<16))
333 pChorusData->lfoLPhase -= (CHORUS_SHAPE_SIZE<<16);
349 lfoValueRight = WeightedTap(EAS_chorusShape, 0, pChorusData->lfoRPhase, CHORUS_SHAPE_SIZE);
376 while (pChorusData->lfoRPhase >= (CHORUS_SHAPE_SIZE<<16)
    [all...]
eas_chorusdata.h 57 #define CHORUS_SHAPE_SIZE 128
  /external/sonivox/arm-hybrid-22k/lib_src/
eas_chorus.c 61 static const EAS_I16 EAS_chorusShape[CHORUS_SHAPE_SIZE] = {
120 //with current CHORUS_SHAPE_SIZE and rate limits, this fits into 16 bits
125 ((((EAS_I32)CHORUS_SHAPE_SIZE<<16)/(20*(EAS_I32)_OUTPUT_SAMPLE_RATE)) * pChorusData->m_nRate);
153 pChorusData->lfoRPhase = (CHORUS_SHAPE_SIZE << 16) >> 2; // 1/4 of total, i.e. 90 degrees out of phase;
167 ((((EAS_I32)CHORUS_SHAPE_SIZE<<16)/(20*(EAS_I32)_OUTPUT_SAMPLE_RATE)) * pChorusData->m_nRate);
303 lfoValueLeft = WeightedTap(EAS_chorusShape, 0, pChorusData->lfoLPhase, CHORUS_SHAPE_SIZE);
331 while (pChorusData->lfoLPhase >= (CHORUS_SHAPE_SIZE<<16))
333 pChorusData->lfoLPhase -= (CHORUS_SHAPE_SIZE<<16);
349 lfoValueRight = WeightedTap(EAS_chorusShape, 0, pChorusData->lfoRPhase, CHORUS_SHAPE_SIZE);
376 while (pChorusData->lfoRPhase >= (CHORUS_SHAPE_SIZE<<16)
    [all...]
eas_chorusdata.h 57 #define CHORUS_SHAPE_SIZE 128
  /external/sonivox/arm-wt-22k/lib_src/
eas_chorus.c 61 static const EAS_I16 EAS_chorusShape[CHORUS_SHAPE_SIZE] = {
120 //with current CHORUS_SHAPE_SIZE and rate limits, this fits into 16 bits
125 ((((EAS_I32)CHORUS_SHAPE_SIZE<<16)/(20*(EAS_I32)_OUTPUT_SAMPLE_RATE)) * pChorusData->m_nRate);
153 pChorusData->lfoRPhase = (CHORUS_SHAPE_SIZE << 16) >> 2; // 1/4 of total, i.e. 90 degrees out of phase;
167 ((((EAS_I32)CHORUS_SHAPE_SIZE<<16)/(20*(EAS_I32)_OUTPUT_SAMPLE_RATE)) * pChorusData->m_nRate);
303 lfoValueLeft = WeightedTap(EAS_chorusShape, 0, pChorusData->lfoLPhase, CHORUS_SHAPE_SIZE);
331 while (pChorusData->lfoLPhase >= (CHORUS_SHAPE_SIZE<<16))
333 pChorusData->lfoLPhase -= (CHORUS_SHAPE_SIZE<<16);
349 lfoValueRight = WeightedTap(EAS_chorusShape, 0, pChorusData->lfoRPhase, CHORUS_SHAPE_SIZE);
376 while (pChorusData->lfoRPhase >= (CHORUS_SHAPE_SIZE<<16)
    [all...]
eas_chorusdata.h 57 #define CHORUS_SHAPE_SIZE 128

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