andrew@0: #include "testApp.h"
andrew@0: #include "stdio.h"
andrew@0: //#include "aubio.h"
andrew@0: #include <iostream>
andrew@0: #include <cstring>
andrew@0: #include <string>
andrew@0: #include <cstdlib> 
andrew@0: 
andrew@0: 
andrew@53: /*
andrew@53:  L: load marker file
andrew@53:  S: save markers
andrew@53:  
andrew@53:  */
andrew@53: 
andrew@0: const double samplingFrequency = 44100.0;
andrew@0: 	
andrew@0: //--------------------------------------------------------------
andrew@0: void testApp::setup(){
andrew@0: 
andrew@0: 	// 2 output channels,
andrew@0: 	// 0 input channels
andrew@0: 	// 22050 samples per second
andrew@0: 	// 256 samples per buffer
andrew@0: 	// 4 num buffers (latency)
andrew@0: 	
andrew@0: 	//nb THIS CODE WOULD BE USEFUL IF WE EVER WANTED REAL-TIME INPUT - VIA ofSoundSteam
andrew@0: 	
andrew@0: 	receiver.setup( PORT );
andrew@0: 	
andrew@0: 	sampleRate 			= 44100;
andrew@0: 	ofSoundStreamSetup(2,0,this, sampleRate,256, 4);
andrew@0: 
andrew@20: 	ofSetFrameRate(20);
andrew@0: 
andrew@16: 	eventMatcher.loadAudioFiles();
andrew@1: 	
andrew@7: 	eventMatcher.setWindowDimensions();
andrew@52: 	
andrew@52: 	outputWriter.openFile("../../../data/output.txt");
andrew@52: 	
andrew@55: 	writeKickEvents = false;
andrew@55: 	
andrew@1: 	//audioFilePlayer.loadAudioFile(infilename);
andrew@1: }
andrew@1: 
andrew@0: 
andrew@0: //--------------------------------------------------------------
andrew@0: void testApp::update(){
andrew@9: 	eventMatcher.updatePosition();
andrew@39: 	
andrew@0: 	checkForOSCmessages();
andrew@0: 	
andrew@40: 	outputWriter.writeOutput(eventMatcher.synchroniser.recordedPositionTimeSent, eventMatcher.synchroniser.recordedPositionMillis, eventMatcher.synchroniser.playingPositionMillis);
andrew@40: 	
andrew@0: }
andrew@0: 
andrew@0: void testApp::checkForOSCmessages(){
andrew@0: 	// check for waiting messages
andrew@0: 	while( receiver.hasWaitingMessages() )
andrew@0: 	{
andrew@0: 		// get the next message
andrew@0: 		ofxOscMessage m;
andrew@0: 		receiver.getNextMessage( &m );
andrew@0: 		
andrew@0: 		// check for mouse moved message
andrew@1: 		if ( m.getAddress() == "/aubioPitch" ){
andrew@6: 			int testChannel = m.getArgAsInt32(0);
andrew@6: 			float pitchIn = m.getArgAsFloat(1); 
andrew@6: 			int timeIn = m.getArgAsInt32(2); 
andrew@3: 			printf("\nAUBIO PITCH RECEIVED %f at time %i\n", pitchIn, timeIn);
andrew@6: 			eventMatcher.newPitchEvent(testChannel, pitchIn, timeIn);
andrew@0: 		}
andrew@2: 		
andrew@2: 		if ( m.getAddress() == "/kick" ){
andrew@6: 		//	float pitchIn = m.getArgAsFloat(0);
andrew@6: 			int testChannel = m.getArgAsInt32(0);
andrew@6: 			double timeIn = m.getArgAsInt32(1); 
andrew@7: 			printf("\nKICK RECEIVED at time %f\n", timeIn);
andrew@10: 		
andrew@6: 			eventMatcher.newKickEvent(testChannel, timeIn);
andrew@10: 			
andrew@55: 			if (writeKickEvents){
andrew@55: 				writeKickEvents = false;
andrew@55: 				eventMatcher.writeAllDistributions();
andrew@55: 			}
andrew@55: 			
andrew@2: 		}
andrew@2: 		
andrew@2: 		if ( m.getAddress() == "/snare" ){
andrew@7: 			int testChannel = m.getArgAsInt32(0);
andrew@7: 			double timeIn = m.getArgAsInt32(1);
andrew@7: 			printf("\nSNARE RECEIVED at time %f\n", timeIn);
andrew@10: 			
andrew@7: 			eventMatcher.newSnareEvent(testChannel, timeIn);
andrew@2: 		}
andrew@3: 		
andrew@31: 		// check for mouse moved message
andrew@31: 		if ( m.getAddress() == "/elec" ){
andrew@32: 			int testChannel = m.getArgAsInt32(0);
andrew@32: 			double timeIn = m.getArgAsFloat(1);
andrew@32: 			float chromaIn[12];
andrew@37: 			
andrew@32: 			printf("CHROMA received at time %f\n", timeIn);
andrew@31: 			for (int i = 0;i < 12;i++){
andrew@32: 				chromaIn[i] = m.getArgAsFloat(i+2);
andrew@37: 			//	printf("chroma[%i]: %f\n", i, chromaIn[i]);
andrew@31: 			}
andrew@32: 			eventMatcher.newChromaEvent(testChannel, chromaIn, timeIn);
andrew@31: 		}
andrew@31: 		
andrew@31: 		
andrew@42: 		if (m.getAddress() == "/startWindow"){
andrew@42: 			eventMatcher.bayesianStruct.startingWindowWidth = m.getArgAsFloat(0);
andrew@42: 		}
andrew@42: 		
andrew@42: 		
andrew@3: 		if ( m.getAddress() == "/start" ){
andrew@3: 			printf("start!\n");
andrew@10: 			printf("STRART TIME IN %i\n", ofGetElapsedTimeMillis());
andrew@45: 			outputWriter.openFile();
andrew@3: 			eventMatcher.startPlaying();
andrew@10: 			printf("TIME OUT %i\n", ofGetElapsedTimeMillis());
andrew@3: 		}
andrew@15: 		
andrew@15: 		if ( m.getAddress() == "/stop" ){
andrew@15: 			printf("stop!\n");
andrew@15: 			eventMatcher.stopPlaying();
andrew@40: 			outputWriter.closeFile();
andrew@15: 		}
andrew@15: 		
andrew@50: 		if (m.getAddress() == "/marker"){
andrew@50: 			eventMatcher.goToMarker(m.getArgAsInt32(0));
andrew@50: 		}
andrew@50: 		
andrew@16: 		if ( m.getAddress() == "/accompanimentRatio" ){
andrew@16: 			double time = m.getArgAsFloat(0);
andrew@16: 			double ratio = m.getArgAsFloat(1);
andrew@16: 			eventMatcher.synchroniser.setPlayingRatio(ratio, time);
andrew@16: 		}
andrew@16: 		
andrew@22: 		if ( m.getAddress() == "/rescue" ){
andrew@22: 			printf("rescue!\n");
andrew@22: 			eventMatcher.rescue();
andrew@22: 		}
andrew@36: 	
andrew@0: 	}
andrew@0: }
andrew@0: 
andrew@0: //--------------------------------------------------------------
andrew@0: void testApp::draw(){
andrew@0: 	
andrew@0: 	eventMatcher.draw();
andrew@0: 	
andrew@0: //	audioFilePlayer.draw();
andrew@0: 
andrew@0: }
andrew@0: 
andrew@0: 
andrew@0: 
andrew@0: //--------------------------------------------------------------
andrew@0: void testApp::keyPressed  (int key){
andrew@0: 	if (key == '-'){
andrew@0: 		volume -= 0.05;
andrew@0: 		volume = MAX(volume, 0);
andrew@0: 	} else if (key == '+'){
andrew@0: 		volume += 0.05;
andrew@0: 		volume = MIN(volume, 1);
andrew@0: 	}
andrew@0: 
andrew@0: 	if (key == OF_KEY_RIGHT){
andrew@0: //		audioFilePlayer.loadedAudio.setPosition(min(1.0, audioFilePlayer.loadedAudio.getPosition() + (audioFilePlayer.fileLoader.audioHolder.audioScaleSamples/(4.0*audioFilePlayer.fileLoader.audioHolder.audioVector.size()))) );
andrew@0: 
andrew@0: 	}
andrew@0: 	
andrew@0: 	if (key == OF_KEY_LEFT){
andrew@0: //		audioFilePlayer.loadedAudio.setPosition(max(0.0, audioFilePlayer.loadedAudio.getPosition() - (audioFilePlayer.fileLoader.audioHolder.audioScaleSamples/(4.0*audioFilePlayer.fileLoader.audioHolder.audioVector.size()))));
andrew@0: 		
andrew@0: 	}
andrew@0: 	
andrew@55: 	if (key == OF_KEY_RETURN){
andrew@55: 		eventMatcher.recordedTracks.stop();
andrew@55: 	}
andrew@55: 	
andrew@55: 	if (key == OF_KEY_UP){
andrew@55: 		eventMatcher.recordedTracks.zoomOut();
andrew@55: 		
andrew@55: 	}
andrew@55: 	
andrew@55: 	if (key == OF_KEY_DOWN){
andrew@55: 		eventMatcher.recordedTracks.zoomIn();
andrew@55: 	}
andrew@55: 	
andrew@50: 	if (key == 'c'){
andrew@35: 		eventMatcher.useChromaDotProduct = !eventMatcher.useChromaDotProduct;
andrew@35: 		printf("Use dot product is %i\n", eventMatcher.useChromaDotProduct);
andrew@35: 	}
andrew@0: 	
andrew@0: 	if (key == ' '){
andrew@50: 		if (!eventMatcher.startedPlaying){
andrew@50: 			eventMatcher.recordedTracks.togglePlay();
andrew@50: 		}
andrew@50: 	}
andrew@50: 	//Marker commands
andrew@50: 	if (key == 'm'){
andrew@50: 		eventMatcher.addMarkerNow();
andrew@50: 	}
andrew@50: 	
andrew@52: 	if (key == 'f'){
andrew@50: 		eventMatcher.deleteMarkers();
andrew@50: 	}
andrew@50: 	if (key == 'd'){
andrew@50: 		eventMatcher.deleteNearestMarker();
andrew@50: 	}
andrew@55: 
andrew@55: 	
andrew@55: //	
andrew@55: 
andrew@51: 
andrew@51: 	if (key == 's')
andrew@51: 		eventMatcher.markedPoints.saveFile();
andrew@50: 	
andrew@51: 	if (key == 'l')
andrew@51: 		eventMatcher.markedPoints.loadFile();
andrew@50: 	
andrew@50: 	
andrew@50: 	if (key == '.'){
andrew@50: 		eventMatcher.moveToNextMarker();
andrew@50: 	}
andrew@50: 	if (key == ','){
andrew@50: 		eventMatcher.moveToPreviousMarker();
andrew@0: 	}
andrew@36: 	
andrew@36: 	if (key == 'j'){
andrew@36: 		printf("dynamic vector scalar is %f\n", eventMatcher.bayesianStruct.posterior.scalar);
andrew@36: 	}
andrew@52: 	
andrew@52: 	if (key == 'g'){
andrew@52: 		eventMatcher.writeAllDistributions();
andrew@52: 	}
andrew@55: 	
andrew@55: 	if (key == 'h')
andrew@55: 		eventMatcher.drawLikelihoods = !eventMatcher.drawLikelihoods;
andrew@55: 	
andrew@55: 	if (key == 'k')
andrew@55: 		writeKickEvents = true;
andrew@55: 
andrew@55: 	if (key == 'o'){
andrew@55: 		openNewAudioFileWithdialogBox();
andrew@55: 		
andrew@55: 	}
andrew@55: 	
andrew@55: 	if (key == 'p'){
andrew@55: 		eventMatcher.bayesianStruct.posterior.printArray();
andrew@55: 	}
andrew@55: 	
andrew@55: 	if (key == 'q'){
andrew@55: 		eventMatcher.recordedTracks.switchScreens();
andrew@55: 	}
andrew@55: 	
andrew@55: 	//eventMatcher.markedPoints.saveMarkers();
andrew@50: 
andrew@0: }
andrew@0: 
andrew@0: //--------------------------------------------------------------
andrew@0: void testApp::keyReleased  (int key){
andrew@0: 
andrew@0: }
andrew@0: 
andrew@0: 
andrew@0: //--------------------------------------------------------------
andrew@0: void testApp::mouseMoved(int x, int y ){
andrew@0: 
andrew@0: 
andrew@0: }
andrew@0: 
andrew@0: //--------------------------------------------------------------
andrew@0: void testApp::mouseDragged(int x, int y, int button){
andrew@0: 
andrew@0: }
andrew@0: 
andrew@0: //--------------------------------------------------------------
andrew@0: void testApp::mousePressed(int x, int y, int button){
andrew@50: 	eventMatcher.mousePressed(x);
andrew@0: }
andrew@0: 
andrew@0: 
andrew@0: //--------------------------------------------------------------
andrew@0: void testApp::mouseReleased(int x, int y, int button){
andrew@0: 
andrew@0: }
andrew@0: 
andrew@0: //--------------------------------------------------------------
andrew@0: void testApp::windowResized(int w, int h){
andrew@1: 	
andrew@1: 	eventMatcher.windowResized(w, h);
andrew@0: 	
andrew@0: 	
andrew@0: }
andrew@0: //--------------------------------------------------------------
andrew@0: void testApp::audioRequested 	(float * output, int bufferSize, int nChannels){
andrew@0: 	//pan = 0.5f;
andrew@0: 	float leftScale = 1 - pan;
andrew@0: 	float rightScale = pan;
andrew@0: 
andrew@0: }
andrew@0: 
andrew@0: 
andrew@0: 
andrew@0: //--------------------------------------------------------------
andrew@0: void testApp::openNewAudioFileWithdialogBox(){
andrew@0: 	std::string filename;
andrew@0: 	getFilenameFromDialogBox(&filename);
andrew@0: 	loadNewAudio(filename);
andrew@0: 	
andrew@0: }
andrew@0: 
andrew@0: 
andrew@0: void testApp::loadNewAudio(string soundFileName){
andrew@0: 	
andrew@1: 	eventMatcher.recordedTracks.loadedAudioFiles[0].loadAudioFile(soundFileName);
andrew@0: 	
andrew@0: //	for (int i = 0;i < numberOfAudioTracks;i++)
andrew@0: //		loadedAudioFiles[i].loadAudioFile(soundFileName);
andrew@0: 	
andrew@0: //	audioFilePlayer.loadAudioFile(soundFileName);
andrew@0: 
andrew@0: }
andrew@0: 
andrew@0: 
andrew@0: bool testApp::getFilenameFromDialogBox(std::string* fileNameToSave){
andrew@0: 	//this uses a pointer structure within the loader and returns true if the dialogue box was used successfully
andrew@0: 	// first, create a string that will hold the URL
andrew@0: 	string URL;
andrew@0: 	
andrew@0: 	// openFile(string& URL) returns 1 if a file was picked
andrew@0: 	// returns 0 when something went wrong or the user pressed 'cancel'
andrew@0: 	int response = ofxFileDialogOSX::openFile(URL);
andrew@0: 	if(response){
andrew@0: 		// now you can use the URL 
andrew@0: 		*fileNameToSave = URL;
andrew@0: 		//printf("\n filename is %s \n", soundFileName.c_str());
andrew@0: 		return true;
andrew@0: 	}
andrew@0: 	else {
andrew@0: 	//	soundFileName = "OPEN canceled. ";
andrew@0: 		printf("\n open file cancelled \n");
andrew@0: 		return false;
andrew@0: 	}
andrew@0: 	
andrew@0: }
andrew@0:  
andrew@0: 
andrew@0: 
andrew@0: 
andrew@0: