view annotationCalculatorSrc/testApp.cpp @ 53:5274e3b5479d

Smoothed output, added tempo distribution variation to match the output

#include "testApp.h"

//--------------------------------------------------------------
void testApp::setup(){
	ofBackground(255);
	histogramWidth = 10;
	histogramBinNumber = 25;

	ewertFlag = true;
	
//	multiAbsTotalHistogram.createAbsoluteHistogram(histogramWidth, histogramBinNumber);
//	matchBackwardsAbsTotalHistogram.createAbsoluteHistogram(histogramWidth, histogramBinNumber);
//	matchForwardAbsTotalHistogram.createAbsoluteHistogram(histogramWidth, histogramBinNumber);
	
	
	multiAbsTotalHistogram.createAbsoluteHistogramForMatchData();//(histogramWidth, histogramBinNumber);
	matchBackwardsAbsTotalHistogram.createAbsoluteHistogramForMatchData();//(histogramWidth, histogramBinNumber);
	matchForwardAbsTotalHistogram.createAbsoluteHistogramForMatchData();//(histogramWidth, histogramBinNumber);
	
	ewertAbsTotalHistogram.createAbsoluteHistogramForMatchData();
	//processFile(0);
	
	for (int i = 0;i < 11;i++){
		processFile(i);
	}
	
	printPercentageTotals();
	
	screenToDraw = 1;

	int maxi = max(multiAbsTotalHistogram.maximum, matchForwardAbsTotalHistogram.maximum);
	maxi = max(maxi, (int)matchBackwardsAbsTotalHistogram.maximum);
	maxi += 10;
	multiAbsTotalHistogram.maximum = maxi;
	matchForwardAbsTotalHistogram.maximum = maxi;
	matchBackwardsAbsTotalHistogram.maximum = maxi;
	
	
	xPlotMin = 0;
	xPlotMax = 40;
	yPlotMin = 0;
	yPlotMax = 40;
	
	readEwertAnnotations();
}

void testApp::readEwertAnnotations(){
	
	std::string path = "/Users/andrew/Dropbox/MultitrackAlignmentTesting/__Synchronized";
	path += "/DiamondWhite_Take1__DiamondWhite_Take2.csv";
	ewertReader.readInBeatsFile(path);
	
}


void testApp::processFile(int file){
	setFilePaths(file);
	readInFiles();
	processResults();
}

void testApp::setFilePaths(int fileToLoad){
	
	switch (fileToLoad) {
		case 0:
			liveGroundTruthPath = "../../../data/MarbleArch/marbleArch_4_beats.txt";
			rehearsalGroundTruthPath = "../../../data/MarbleArch/marbleArch_6_beats.txt";
			liveToRehMultitrackAlignmentPath = "../../../data/MarbleArch/MarbleArch_live4_reh6_newOutput.txt";
			liveToRehMatchOFpath = "../../../data/MarbleArch/marbleArchlive4_reh6_match_OF.out";
			liveToRehMatchOBpath = "../../../data/MarbleArch/marbleArchlive4_reh6_match_OB.out";
			ewertReader.swapOrder = false;
			ewertAlignmentPath = "../../../data/EwertResults/MarbleArch_Take4_multiMix__MarbleArch_Take6_multiMix.csv";
			ewertFlag = true;
			break;
			
		case 1:
			liveGroundTruthPath = "../../../data/Lewes/LewesTake14_beatsSV.txt";
			rehearsalGroundTruthPath = "../../../data/Lewes/Take13_proper_beatsSV.txt";
			liveToRehMultitrackAlignmentPath = "../../../data/Lewes/LewesLiveTake14_rehTake13proper_output.txt";
			liveToRehMatchOFpath = "../../../data/Lewes/LewesLive14_reh13p_match_OF.out";
			liveToRehMatchOBpath = "../../../data/Lewes/LewesLive14_reh13p_match_OB.out";
			ewertReader.swapOrder = true;
			ewertAlignmentPath = "../../../data/EwertResults/Lewes_Take13_Newproper_Multimix__Lewes_Take14_Multimix.csv";
			ewertFlag = true;
			break;
		case 2:
			liveGroundTruthPath = "../../../data/Wanderlust/wanderlust_take15_svBeats.txt";
			rehearsalGroundTruthPath = "../../../data/Wanderlust/wanderlust_take16_svBeats.txt";
	//		liveToRehMultitrackAlignmentPath = "../../../data/Wanderlust/wanderlust_live15_reh16_output.txt";
	//		liveToRehMultitrackAlignmentPath = "../../../data/Wanderlust/wanderlust_live15_reh16_2_output.txt";
			liveToRehMultitrackAlignmentPath = "../../../data/Wanderlust/wandelust_live15_reh16_3_output_4msonsetw_dot2like.txt";
			liveToRehMatchOFpath = "../../../data/Wanderlust/wanderlustLive15_reh16_match_OF.out";
			liveToRehMatchOBpath = "../../../data/Wanderlust/wanderlustLive15_reh16_match_OB.out";
			ewertReader.swapOrder = false;
			ewertAlignmentPath = "../../../data/EwertResults/Wanderlust_Take15__Wanderlust_Take16.csv";
			ewertFlag = true;
			break;	
		
		case 3:
			//THESE NEED FIXING OF GROUTND TRUTH BEATS
			liveGroundTruthPath = "../../../data/DiamondWhite/DiamondWhite_Take1_beats.txt";
			rehearsalGroundTruthPath = "../../../data/DiamondWhite/DiamondWhite_Take2_beats.txt";
			liveToRehMultitrackAlignmentPath = "../../../data/DiamondWhite/DiamondWhite_live1_reh2_new_output.txt";
			liveToRehMatchOFpath = "../../../data/DiamondWhite/DiamondWhite_live1_reh2_match_OF.out";
			liveToRehMatchOBpath = "../../../data/DiamondWhite/DiamondWhite_live1_reh2_match_OB.out";
			ewertReader.swapOrder = false;
			ewertAlignmentPath = "../../../data/EwertResults/DiamondWhite_Take1__DiamondWhite_Take2.csv";
			ewertFlag = true;
			break;	
			
		case 4:
			//THESE NEED FIXING OF GROUTND TRUTH BEATS
			liveGroundTruthPath = "../../../data/Motorcade/Motorcade_take53_beats.txt";
			rehearsalGroundTruthPath = "../../../data/Motorcade/Motorcade_take57_beats.txt";
			liveToRehMultitrackAlignmentPath = "../../../data/Motorcade/motorcade_live53_reh57_output.txt";
			liveToRehMatchOFpath = "../../../data/Motorcade/Motorcade_live53_reh57_match_OF.out";
			liveToRehMatchOBpath = "../../../data/Motorcade/Motorcade_live53_reh57_match_OB.out";
			ewertReader.swapOrder = false;
			ewertAlignmentPath = "../../../data/EwertResults/Motorcade_mix_Take53__Motorcade_mix_Take57.csv";
			ewertFlag = true;
			break;	
			
		case 5:
			
			liveGroundTruthPath = "../../../data/Festival/Festival21_beats.txt";
			rehearsalGroundTruthPath = "../../../data/Festival/Festival23_beats.txt";
			liveToRehMultitrackAlignmentPath = "../../../data/Festival/FestivalOutput_live21_reh23.txt";
			liveToRehMatchOFpath = "../../../data/Festival/Festival_LiveTwo21_RehThree23_match_OF.out";
			liveToRehMatchOBpath = "../../../data/Festival/Festival_LiveTwo21_RehThree23_match_OB.out";
			ewertAlignmentPath = "";
			ewertFlag = false;
			break;		
			
		case 6:
			
			liveGroundTruthPath = "../../../data/StationGate/StationGate_final1_beats.txt";
			rehearsalGroundTruthPath = "../../../data/StationGate/StationGate_final2_beats.txt";
			liveToRehMultitrackAlignmentPath = "../../../data/StationGate/StationGate_final_reh_takeTwo_liveTakeOne_output.txt";
			liveToRehMatchOFpath = "../../../data/StationGate/StationGate_Live1_reh2_match_OF.out";
			liveToRehMatchOBpath = "../../../data//StationGate/StationGate_Live1_reh2_match_OB.out";
			ewertAlignmentPath = "";
			ewertFlag = false;
			break;	
		
		case 7:
			liveGroundTruthPath = "../../../data/PennyArcade/PennyArcade_TrRehearsalBeats.txt";
			rehearsalGroundTruthPath = "../../../data/PennyArcade/PennyArcade_StudioMixdown_beats.txt";
			liveToRehMultitrackAlignmentPath = "../../../data/PennyArcade/PennyArcade_Live_TrRehMay12_Reh_StudioVersion14a_output.txt";
			liveToRehMatchOFpath = "../../../data/PennyArcade/PennyArcade_LiveTrReh_rehStudioMix14a_match_OF.out";
			liveToRehMatchOBpath = "../../../data/PennyArcade/PennyArcade_LiveTrReh_rehStudioMix14a_match_OB.out";
			ewertAlignmentPath = "";
			ewertFlag = false;
			break;	
			
			
		case 8:
			//THESE NEED FIXING OF GROUTND TRUTH BEATS
			liveGroundTruthPath = "../../../data/SonOfMan/SonOfMan_take2_beats.txt";
			rehearsalGroundTruthPath = "../../../data/SonOfMan/SonOfMan_take3_beats.txt";
			liveToRehMultitrackAlignmentPath = "../../../data/SonOfMan/SonOfMan_live2_reh3_thinner_output.txt";
			liveToRehMatchOFpath = "../../../data/SonOfMan/SonOfMan_live2_reh3_match_OF.out";
			liveToRehMatchOBpath = "../../../data/SonOfMan/SonOfMan_live2_reh3_match_OB.out";
			ewertAlignmentPath = "../../../data/SonOfMan/SonOfMan_take2__SonOfMan_take3.csv";
			ewertFlag = true;
			break;		
			
		case 9:
			liveGroundTruthPath = "../../../data/NewYearsResolution/NewYearsResolution_take6_beats.txt";
			rehearsalGroundTruthPath = "../../../data/NewYearsResolution/NewYearsResolution_take11_beats.txt";
			liveToRehMultitrackAlignmentPath = "../../../data/NewYearsResolution/NewYearsResolution_liveTakeSix_rehTake11studio_output.txt";
			liveToRehMatchOFpath = "../../../data/NewYearsResolution/NewYearsResolution_Live6_reh11_match_OF.out";
			liveToRehMatchOBpath = "../../../data/NewYearsResolution/NewYearsResolution_Live6_reh11_match_OB.out";
			ewertAlignmentPath = "";
			ewertFlag = false;
			break;
			
		case 10:
			liveGroundTruthPath = "../../../data/Stones/Stones_take2_beats.txt";
			rehearsalGroundTruthPath = "../../../data/Stones/Stones_take3_beats.txt";
			liveToRehMultitrackAlignmentPath = "../../../data/Stones/stones_RehTakeThree_liveTakeTwo_output_new.txt";
			liveToRehMatchOFpath = "../../../data/Stones/Stones_liveTake2_RehTake3_OF.out";
			liveToRehMatchOBpath = "../../../data/Stones/Stones_liveTake2_RehTake3_OB.out";
			ewertAlignmentPath = "";
			ewertFlag = false;
			break;	
			
		default:
			/*liveGroundTruthPath = NULL;
			rehearsalGroundTruthPath = NULL;
			liveToRehMultitrackAlignmentPath = NULL;
			liveToRehMatchOFpath = NULL;
			liveToRehMatchOBpath = NULL;
			 */
			break;
	}
	
	
	
}


void testApp::readInFiles(){
	GroundTruth.clear();
	
	//so we have our first file list of ground truth beats
	beatReader.readInBeatsFile(liveGroundTruthPath);
	GroundTruth.push_back(beatReader.beatTimes);
	//then the second i.e. analysed list of beats
	beatReader.readInBeatsFile(rehearsalGroundTruthPath);
	GroundTruth.push_back(beatReader.beatTimes);
	//so GroundTruth[0] is the DoubleVector of file 1 beats 
	//this is the Live file - i.e. played along
	//i.e. GT[0][0] - first, GT[0][1] second and so on
	
	//Then we need to know where our alignment path has projected these positions to be
	beatReader.readInMultiAlignmentFile(liveToRehMultitrackAlignmentPath);
	
	//read in the alignments from Match algorithm - first backwards, non-causal, path
	matchBackwardsNotations.readInMatchFile(liveToRehMatchOBpath);
	
	//and forwards
	matchForwardNotations.readInMatchFile(liveToRehMatchOFpath);
	matchForwardNotations.reverseAnnotations();//which needs reversing
	
	if (ewertFlag)
		ewertReader.readInBeatsFile(ewertAlignmentPath);
	else{
		printf("No alignment file for Ewert method");
	}
}


void testApp::processResults(){
	
	printf("\n\nMultitrack Alignment\n");
	beatReader.calculateMedianError(GroundTruth[0], GroundTruth[1], beatReader.alignmentTimes[0], beatReader.alignmentTimes[1]);
	multiHistogram.createHistogram(histogramWidth, histogramBinNumber);
	multiHistogram.processDataIntoHistogram(beatReader.errors);
		printf("\nMULTI ABS\n");
	multiAbsTotalHistogram.processDataIntoHistogram(beatReader.absoluteErrors);
	
	printf("\n\nMATCH BACKWARDS\n");
	beatReader.calculateMedianError(GroundTruth[0], GroundTruth[1], matchBackwardsNotations.matchLiveTimes, matchBackwardsNotations.matchRehearsalTimes);
	matchBackwardsHistogram.createHistogram(histogramWidth, histogramBinNumber);
	matchBackwardsHistogram.processDataIntoHistogram(beatReader.errors);
		printf("\nMATCH OB ABS\n");
	matchBackwardsAbsTotalHistogram.processDataIntoHistogram(beatReader.absoluteErrors);
	
	printf("\n\nMATCH FORWARDS\n");
	beatReader.calculateMedianError(GroundTruth[0], GroundTruth[1], matchForwardNotations.matchLiveTimes, matchForwardNotations.matchRehearsalTimes);
	matchForwardHistogram.createHistogram(histogramWidth, histogramBinNumber);										  
	matchForwardHistogram.processDataIntoHistogram(beatReader.errors);
	printf("\nMATCH OF ABS\n");
	matchForwardAbsTotalHistogram.processDataIntoHistogram(beatReader.absoluteErrors);
	
	if (ewertReader.annotationsLoaded){
		printf("\n\nEWERT TIMES %i \n", ewertReader.alignmentTimes[0].size());
		
		beatReader.calculateMedianError(GroundTruth[0], GroundTruth[1], ewertReader.alignmentTimes[0], ewertReader.alignmentTimes[1]);
		ewertHistogram.createHistogram(histogramWidth, histogramBinNumber);										  
		ewertHistogram.processDataIntoHistogram(beatReader.errors);
		printf("\nEWERT ABS\n");
		ewertAbsTotalHistogram.processDataIntoHistogram(beatReader.absoluteErrors);
	}
	
}

void testApp::printPercentageTotals(){
	printf("\nMULTI TOTAL\n");
	multiAbsTotalHistogram.printHistogramPercentages();
	printf("\nMATCH OF TOTAL\n");
	matchForwardAbsTotalHistogram.printHistogramPercentages();
	printf("\nMATCH OB TOTAL\n");
	matchBackwardsAbsTotalHistogram.printHistogramPercentages();
	printf("\nEWERT TOTAL\n");
	ewertAbsTotalHistogram.printHistogramPercentages();
}

//--------------------------------------------------------------
void testApp::update(){

}

//--------------------------------------------------------------
void testApp::draw(){
	switch (screenToDraw) {
		case 0:
			drawAlignmentVectors();
			break;
		case 1:
			ofSetColor(0,0,255);
			multiHistogram.plotHistogram();
			break;
		case 2:
			ofSetColor(0,255,0);
			matchBackwardsHistogram.plotHistogram();
			break;
		case 3:
			ofSetColor(0,155,0);
			matchForwardHistogram.plotHistogram();
			break;	
		case 4:
			ofSetColor(0,0,255);
			multiAbsTotalHistogram.plotHistogram();
			ofSetColor(0);
			multiAbsTotalHistogram.labelHistogram();
			break;
		case 5:
			ofSetColor(0,255,0);
			matchBackwardsAbsTotalHistogram.plotHistogram();
			ofSetColor(0);
			matchBackwardsAbsTotalHistogram.labelHistogram();
			break;
		case 6:
			ofSetColor(0,155,0);
			matchForwardAbsTotalHistogram.plotHistogram();
			ofSetColor(0);
			matchForwardAbsTotalHistogram.labelHistogram();
			break;	
		case 7:
			ofSetColor(155,0,0);
			ewertHistogram.plotHistogram();
			ofSetColor(0);
			ewertHistogram.labelHistogram();
			break;	
		
		case 8:
			ofSetColor(255,0,0);
			ewertAbsTotalHistogram.plotHistogram();
			ofSetColor(0);
			ewertAbsTotalHistogram.labelHistogram();
			break;		
			
			
	}
	
	if (squareBeingDragged)
		drawSquare();
}


void testApp::drawSquare(){
	ofSetColor(100,100,100);
	ofRect(squareX, squareY, squareWidth, squareHeight);
}

void  testApp::drawAlignmentVectors(){
	
	ofSetColor(0,0,0);
	//	plotter.plotVector(beatReader.beatTimes);
	int limit = 50;
	//live is X
	//rehearsal is Y
	plotter.plotTwoVectors(GroundTruth[0], GroundTruth[1], xPlotMin, xPlotMax, yPlotMin, yPlotMax, true);
	
	//x axis is the live time
	
	ofSetColor(0,0,200);
	plotter.plotTwoVectors(beatReader.alignmentTimes[0], beatReader.alignmentTimes[1], xPlotMin, xPlotMax, yPlotMin, yPlotMax, false);
	
	ofSetColor(200,0,0);
	plotter.plotTwoVectors(beatReader.alignmentTimes[0], beatReader.alignmentTimes[2], xPlotMin, xPlotMax, yPlotMin, yPlotMax, false);
	
	ofSetColor(0,200,0);
	plotter.plotTwoVectors(matchBackwardsNotations.matchLiveTimes, matchBackwardsNotations.matchRehearsalTimes, xPlotMin, xPlotMax, yPlotMin, yPlotMax, false);
	
	ofSetColor(0,200, 200);
	plotter.plotTwoVectors(matchForwardNotations.matchLiveTimes, matchForwardNotations.matchRehearsalTimes, xPlotMin, xPlotMax, yPlotMin, yPlotMax, false);
	
	
}


void testApp::setCoordinatesToSquare(){
	xPlotMin += (xPlotMax - xPlotMin)*squareX / ofGetWidth();
	xPlotMax = xPlotMin + ((xPlotMax - xPlotMin)*(squareX + squareWidth)/ ofGetWidth());
	double screenHeight = (double)ofGetHeight();
	yPlotMax -= (yPlotMax - yPlotMin) * (squareY)/screenHeight ;
	yPlotMin += (yPlotMax - yPlotMin) * (screenHeight - squareY - squareHeight)/screenHeight;
}

//--------------------------------------------------------------
void testApp::keyPressed(int key){

	if (key == OF_KEY_RIGHT){
		double tmp = 0.5*(xPlotMax - xPlotMin);
		xPlotMax += tmp;
		xPlotMin += tmp;
		getYvalues();
	}
	
	if (key == OF_KEY_LEFT){
		double tmp = 0.5*(xPlotMax - xPlotMin);
		xPlotMin -= tmp;
		xPlotMax -= tmp;
		getYvalues();
	}
	
	if (key == OF_KEY_UP){
		xPlotMax = xPlotMin/2 + xPlotMax/2 ;
		yPlotMax = yPlotMin/2 + yPlotMax/2;
	}
	
	if (key == OF_KEY_DOWN){
		xPlotMax = -1*xPlotMin + 2*xPlotMax ;
		yPlotMax = -1*xPlotMin + 2*yPlotMax;
	}
	
	if (key == OF_KEY_RETURN){
		xPlotMin = 0;
		xPlotMax =  beatReader.alignmentTimes[0][beatReader.alignmentTimes[0].size()-1];
		yPlotMin = 0;
		yPlotMax =  beatReader.alignmentTimes[1][beatReader.alignmentTimes[1].size()-1];;
	}
		
	if (key == 's'){
		screenToDraw++;
	
		if (screenToDraw == NUMBER_OF_SCREENS)
			screenToDraw = 0;
		
	}

}

void testApp::getYvalues(){
//we have xmin and max
//	need the y equivalent
	int index = 0;
	while (index < beatReader.alignmentTimes[0].size() && beatReader.alignmentTimes[0][index] < xPlotMin){
		index++;
		//printf("beat[%i]: %f\n", index, beatReader.alignmentTimes[0][index]);
	}
	
	//printf("found index %i, size %i, at val %.3f\n", index, (int)beatReader.alignmentTimes[0].size(), beatReader.alignmentTimes[0][index]);
	
	yPlotMin = beatReader.alignmentTimes[1][index];
	
	while (index < beatReader.alignmentTimes[0].size() && beatReader.alignmentTimes[0][index] < xPlotMax)
		index++;
	
	yPlotMax = beatReader.alignmentTimes[1][index];
	
	
	//printPlotValues();
}

void testApp::printPlotValues(){
		printf("xmin %.0f, mxax %.0f\n", xPlotMin, xPlotMax);
		printf("ymin %.0f, ymax %.0f\n", yPlotMin, yPlotMax);
}

//--------------------------------------------------------------
void testApp::keyReleased(int key){

}

//--------------------------------------------------------------
void testApp::mouseMoved(int x, int y ){

}

//--------------------------------------------------------------
void testApp::mouseDragged(int x, int y, int button){
	squareWidth = x - squareX;
	squareHeight = y - squareY;
	squareBeingDragged = true;
}

//--------------------------------------------------------------
void testApp::mousePressed(int x, int y, int button){
	squareX = x;
	squareY = y;
}

//--------------------------------------------------------------
void testApp::mouseReleased(int x, int y, int button){
	squareBeingDragged = false;
	setCoordinatesToSquare();
}

//--------------------------------------------------------------
void testApp::windowResized(int w, int h){

}

//--------------------------------------------------------------
void testApp::gotMessage(ofMessage msg){

}

//--------------------------------------------------------------
void testApp::dragEvent(ofDragInfo dragInfo){ 

}