gistfile1.txt

processBlock(AudioSampleBuffer& buffer, MidiBuffer& midiMessages)
{
	// If sampleRate changes and not previously detected
	if (fs != getSampleRate()) {
		fs = getSampleRate();
		filterL1->updateSampleRate(fs);
		filterL2->updateSampleRate(fs);
		filterL3->updateSampleRate(fs);
		filterL4->updateSampleRate(fs);
		filterR1->updateSampleRate(fs);
		filterR2->updateSampleRate(fs);
		filterR3->updateSampleRate(fs);
		filterR4->updateSampleRate(fs);
		
		filterL5->updateSampleRate(fs);
		filterL6->updateSampleRate(fs);
		filterL7->updateSampleRate(fs);
		filterL8->updateSampleRate(fs);
		filterR5->updateSampleRate(fs);
		filterR6->updateSampleRate(fs);
		filterR7->updateSampleRate(fs);
		filterR8->updateSampleRate(fs);
		
		filterL9->updateSampleRate(fs);
		filterL10->updateSampleRate(fs);
		filterL11->updateSampleRate(fs);
		filterL12->updateSampleRate(fs);
		filterR9->updateSampleRate(fs);
		filterR10->updateSampleRate(fs);
		filterR11->updateSampleRate(fs);
		filterR12->updateSampleRate(fs);
		
		filterL13->updateSampleRate(fs);
		filterL14->updateSampleRate(fs);
		filterL15->updateSampleRate(fs);
		filterL16->updateSampleRate(fs);
		filterR13->updateSampleRate(fs);
		filterR14->updateSampleRate(fs);
		filterR15->updateSampleRate(fs);
		filterR16->updateSampleRate(fs);
		
		filterL17->updateSampleRate(fs);
		filterL18->updateSampleRate(fs);
		filterL19->updateSampleRate(fs);
		filterL20->updateSampleRate(fs);
		filterR17->updateSampleRate(fs);
		filterR18->updateSampleRate(fs);
		filterR19->updateSampleRate(fs);
		filterR20->updateSampleRate(fs);
		
		filterL21->updateSampleRate(fs);
		filterL22->updateSampleRate(fs);
		filterL23->updateSampleRate(fs);
		filterL24->updateSampleRate(fs);
		filterR21->updateSampleRate(fs);
		filterR22->updateSampleRate(fs);
		filterR23->updateSampleRate(fs);
		filterR24->updateSampleRate(fs);
		
		filterL25->updateSampleRate(fs);
		filterL26->updateSampleRate(fs);
		filterL27->updateSampleRate(fs);
		filterL28->updateSampleRate(fs);
		filterR25->updateSampleRate(fs);
		filterR26->updateSampleRate(fs);
		filterR27->updateSampleRate(fs);
		filterR28->updateSampleRate(fs);
		
		filterL29->updateSampleRate(fs);
		filterL30->updateSampleRate(fs);
		filterL31->updateSampleRate(fs);
		filterL32->updateSampleRate(fs);
		filterR29->updateSampleRate(fs);
		filterR30->updateSampleRate(fs);
		filterR31->updateSampleRate(fs);
		filterR32->updateSampleRate(fs);
		
		filterL33->updateSampleRate(fs);
		filterL34->updateSampleRate(fs);
		filterL35->updateSampleRate(fs);
		filterL36->updateSampleRate(fs);
		filterR33->updateSampleRate(fs);
		filterR34->updateSampleRate(fs);
		filterR35->updateSampleRate(fs);
		filterR36->updateSampleRate(fs);
		
		filterL37->updateSampleRate(fs);
		filterL38->updateSampleRate(fs);
		filterL39->updateSampleRate(fs);
		filterL40->updateSampleRate(fs);
		filterR37->updateSampleRate(fs);
		filterR38->updateSampleRate(fs);
		filterR39->updateSampleRate(fs);
		filterR40->updateSampleRate(fs);
	}

	

//***     U N C O M M E N T   A S   A   T  E S T   T O   S E E   W H A T   H A P P E N S         ***
/*	

	for (int i = getNumInputChannels(); i < getNumOutputChannels(); ++i)
		buffer.clear(i, 0, buffer.getNumSamples());

*/
//==================================================================================================
//***                                                                                            ***

//__________________________________________________________________________________________________	
	

	float * leftChannel  = buffer.getWritePointer(0);
	float * rightChannel = buffer.getWritePointer(1);
	
	float   BAND1L, BAND1R, BAND2L, BAND2R, BAND3L, BAND3R, BAND4L, BAND4R, BAND5L, BAND5R, 
	        BAND6L, BAND6R, BAND7L, BAND7R, BAND8L, BAND8R, BAND9L, BAND9R, BAND10L,BAND10R,
	       


	printf("buffer.getNumSamples(): %d \n", buffer.getNumSamples());
	
	
	for (int i = 0; i < buffer.getNumSamples(); i++) {
	    

   
//              FADER GAIN  *       LPF	 	      LPF            HPF              HPF          DELAY                    
	BAND1L = (filterL4->dbGain)*(filterL4->tick(filterL2->tick(filterL3->tick((filterL1->tick(leftChannel[i] ; 
	BAND1R = (filterR4->dbGain)*(filterR4->tick(filterR2->tick((filterR3->tick(filterR1->tick(rightChannel[i] ;
  
  
   leftChannel[i]  = (BAND1L+BAND2L+BAND3L+BAND4L+BAND5L+BAND6L+BAND7L+BAND8L+BAND9L+BAND10L)* aOutputGain;
		rightChannel[i] = (BAND1R+BAND2R+BAND3R+BAND4R+BAND5R+BAND6R+BAND7R+BAND8R+BAND9R+BAND10R)* aOutputGain;