comparison src/AudioEventMatcher.cpp @ 18:4ded82fe318d

added pitch info at top of page

 	drawBayesianDistributions();
 	
 	//bayesianStruct.posterior.drawVector(0, bayesianStruct.posterior.getRealTermsAsIndex(screenWidthMillis), bayesPositionWindow);
 	//bayesianStruct.posterior.drawVector(bayesianStruct.posterior.getRealTermsAsIndex(0), bayesianStruct.posterior.getRealTermsAsIndex(screenWidthMillis), bayesPositionWindow);
 	//bayesianStruct.relativeSpeedPosterior.drawVector(0, bayesianStruct.relativeSpeedPosterior.getRealTermsAsIndex(2), bayesTempoWindow);
-	
-	ofDrawBitmapString("pitch "+ofToString(recentPitch, 2)+", Time "+ofToString(recentTime, 0), 20, 20);
+	string tmpStr = "pitch "+ofToString(recentPitch, 2);
+	tmpStr += " Nearest "+ofToString(pitchOfNearestMatch,2);
+	tmpStr += " dist "+ofToString(distanceOfNearestMatch, 2);
+	tmpStr +=  ", Time "+ofToString(recentTime, 0);
+	ofDrawBitmapString(tmpStr, 20, 20);
+					   
+					  
 	
 	string alignString = " align "+ofToString(currentAlignmentPosition, 2);
 	alignString += " playing "+ofToString(synchroniser.playingPositionRatio, 5);
 	alignString += "  pos "+ofToString(synchroniser.playingPositionMillis,0)+" ms";
 	alignString +=  "  rec pos "+ofToString(synchroniser.recordedPositionMillis,0)+" ms";

 	//set the lielihoods by matching the pitched note
 	
 	
 	int numberOfMatches = 0;
 	bayesianStruct.likelihood.zero();//set to zero
+	double newOnsetTime;
+	double closestDistance = INFINITY;
 	
 	double quantity = 0;
 	if (channel <= recordedTracks.numberOfAudioTracks){
 		for (int i = 0;i < recordedTracks.loadedAudioFiles[channel].fileLoader.onsetDetect.chromaOnsets.size();i++){
 			
 			if (checkMatch(recordedTracks.loadedAudioFiles[channel].fileLoader.onsetDetect.chromaOnsets[i].aubioPitch, pitchIn)) {
-				quantity = getPitchDistance(recordedTracks.loadedAudioFiles[channel].fileLoader.onsetDetect.chromaOnsets[i].aubioPitch, pitchIn, 16);
+				quantity = getPitchDistance(recordedTracks.loadedAudioFiles[channel].fileLoader.onsetDetect.chromaOnsets[i].aubioPitch, pitchIn, 8);
+				
 				bayesianStruct.likelihood.addGaussianShapeFromRealTime(recordedTracks.loadedAudioFiles[channel].fileLoader.onsetDetect.chromaOnsets[i].millisTime, 30, quantity);
 				recordedTracks.loadedAudioFiles[channel].fileLoader.onsetDetect.chromaOnsets[i].matched = true;
 				numberOfMatches++;
 			} 
 			else{
 				recordedTracks.loadedAudioFiles[channel].fileLoader.onsetDetect.chromaOnsets[i].matched = false;
 			}
+			//checking nearest pitch 
+			newOnsetTime = recordedTracks.loadedAudioFiles[channel].fileLoader.onsetDetect.chromaOnsets[i].millisTime;
+			if (abs(newOnsetTime - currentAlignmentPosition) < closestDistance){
+				closestDistance = abs(newOnsetTime - currentAlignmentPosition);
+				pitchOfNearestMatch = recordedTracks.loadedAudioFiles[channel].fileLoader.onsetDetect.chromaOnsets[i].aubioPitch;
+				distanceOfNearestMatch = quantity;
+			}
 			
 		}
 	}
 
 	

 
 }
 
 double AudioEventMatcher::getPitchDistance(const double& pitchOne, const double& pitchTwo, const double& scale){
 	
-	double scaleFactor = scale ;//* pitchOne / 110.0;
-	
-	
-	double distance = abs(pitchOne - pitchTwo);
+	double scaleFactor = scale * pitchOne / 110.0;
+	
+	int multiplicationFactor = 1;
+	if (pitchTwo > 0){
+		int multiplicationFactor = round(pitchOne/pitchTwo);
+	}
+	
+	double distance = abs(pitchOne - pitchTwo*multiplicationFactor);
 	if (distance < scaleFactor)
 		distance = 1 - (distance/scaleFactor);
 	else
 		distance = 0;
 	

 
 }
 
 
 bool AudioEventMatcher::checkMatch(const double& recordedPitch, const double& livePitch){
-	if (abs(recordedPitch - livePitch) < 16)
+	
+	if (livePitch > 0){
+	int multiplicationFactor = (int)(round(recordedPitch/livePitch));
+	
+	if (abs(recordedPitch - livePitch * multiplicationFactor) < 16)
 		return true;
 	else
 		return false;
+	}else {
+		return false;
+	}
+
 }
 
 
 
 void AudioEventMatcher::windowResized(const int& w, const int& h){