AxumSummingProcessing.h

#ifndef AXUMSUMMINGPROCESSING_H
#define AXUMSUMMINGPROCESSING_H

#define NUMBEROFINPUTCHANNELS 					112 //32+32 32+16
#define NUMBEROFOUTPUTCHANNELS 					80 	//32+8  (+32 for N-1s)

#define NUMBEROFBUSSMATRIXINPUTCHANNELS 		64
#define NUMBEROFBUSSMATRIXOUTPUTCHANNELS 		32

#define NUMBEROFMONITORMATRIXINPUTCHANNELS 		48
#define NUMBEROFMONITORMATRIXOUTPUTCHANNELS 	8

#define NUMBEROFFACTORS							((NUMBEROFBUSSMATRIXINPUTCHANNELS*NUMBEROFBUSSMATRIXOUTPUTCHANNELS) + \
												NUMBEROFBUSSMATRIXOUTPUTCHANNELS + \
												(NUMBEROFMONITORMATRIXINPUTCHANNELS*NUMBEROFMONITORMATRIXOUTPUTCHANNELS) + \
												NUMBEROFMONITORMATRIXOUTPUTCHANNELS)

#define FACTORINTERPOLATIONDIVIDE				4

volatile float SmoothFactor = 1-0.002;
volatile float VUReleaseFactor;
										
float BussMatrixInput[NUMBEROFBUSSMATRIXINPUTCHANNELS];
float BussMatrixOutput[NUMBEROFBUSSMATRIXOUTPUTCHANNELS];

float MixMinus[NUMBEROFBUSSMATRIXINPUTCHANNELS];
int SelectedMixMinusBuss[NUMBEROFBUSSMATRIXINPUTCHANNELS];
float MonoMixMinusOutput[NUMBEROFBUSSMATRIXINPUTCHANNELS/2];

float MixMinusDelay[16][NUMBEROFBUSSMATRIXINPUTCHANNELS];
int cntMixMinusDelayTop;
int cntMixMinusDelayBottom;

float MonitorMatrixInput[NUMBEROFMONITORMATRIXINPUTCHANNELS];
float MonitorMatrixOutput[NUMBEROFMONITORMATRIXOUTPUTCHANNELS];

float MatrixFactor[NUMBEROFFACTORS];
const float Update_MatrixFactor[NUMBEROFFACTORS];
float *BussMatrixFactor = MatrixFactor;
const float *Update_BussMatrixFactor = Update_MatrixFactor;
float *MonitorMatrixFactor = &MatrixFactor[(NUMBEROFBUSSMATRIXINPUTCHANNELS*NUMBEROFBUSSMATRIXOUTPUTCHANNELS)+NUMBEROFBUSSMATRIXOUTPUTCHANNELS];
const float *Update_MonitorMatrixFactor = &Update_MatrixFactor[(NUMBEROFBUSSMATRIXINPUTCHANNELS*NUMBEROFBUSSMATRIXOUTPUTCHANNELS)+NUMBEROFBUSSMATRIXOUTPUTCHANNELS];
int StartChannel;

float BussMeterPPM[NUMBEROFBUSSMATRIXOUTPUTCHANNELS+NUMBEROFMONITORMATRIXOUTPUTCHANNELS];
float BussMeterVU[NUMBEROFBUSSMATRIXOUTPUTCHANNELS+NUMBEROFMONITORMATRIXOUTPUTCHANNELS];
float *MonitorMeterPPM = &BussMeterPPM[NUMBEROFBUSSMATRIXOUTPUTCHANNELS];
float *MonitorMeterVU = &BussMeterVU[NUMBEROFBUSSMATRIXOUTPUTCHANNELS];
//float BussTotalInputs[NUMBEROFBUSSMATRIXOUTPUTCHANNELS];

volatile float PhaseRelease = 0.0002;
float Phase[((NUMBEROFBUSSMATRIXOUTPUTCHANNELS/2)+(NUMBEROFBUSSMATRIXOUTPUTCHANNELS/2))];
float PhaseRMS[((NUMBEROFBUSSMATRIXOUTPUTCHANNELS/2)+(NUMBEROFBUSSMATRIXOUTPUTCHANNELS/2))];

void InitializeProcessing();
void Processing(signed int *InputBuffer, signed int *OutputBuffer);

#endif