andrew@28: /*
andrew@28:  *  DynamicBayesianArray.h
andrew@28:  *  midiCannamReader
andrew@28:  *
andrew@28:  *  Created by Andrew on 17/07/2011.
andrew@28:  *  Copyright 2011 QMUL. All rights reserved.
andrew@28:  *
andrew@28:  */
andrew@28: 
andrew@28: /*
andrew@28:  *  DynamicBayesianArray.cpp
andrew@28:  *  bayesianTest5
andrew@28:  *
andrew@28:  *  Created by Andrew Robertson on 08/05/2010.
andrew@28:  *  Copyright 2010 __MyCompanyName__. All rights reserved.
andrew@28:  *
andrew@28:  */
andrew@28: 
andrew@28: /*
andrew@28:  *  DynamicBayesianArray.h
andrew@28:  *  bayesianTest5
andrew@28:  *
andrew@28:  *  Created by Andrew Robertson on 08/05/2010.
andrew@28:  *  Copyright 2010 __MyCompanyName__. All rights reserved.
andrew@28:  *
andrew@28:  */
andrew@28: 
andrew@28: #include "ofMain.h"
andrew@28: 
andrew@28: #include "DynamicVector.h"
andrew@28: 
andrew@28: #ifndef	_DYNAMIC_BAYESIAN_ARRAY
andrew@28: #define _DYNAMIC_BAYESIAN_ARRAY
andrew@28: 
andrew@28: #define ARRAY_SIZE 240
andrew@28: 
andrew@28: 
andrew@28: class DynamicBayesianArray{
andrew@28: 	
andrew@28: public:
andrew@28: 	
andrew@28: 	DynamicBayesianArray();
andrew@28: 	void initialiseArray();
andrew@28: 	
andrew@28: //	void setGaussianLikelihoodForBeats(float mean, float StdDev);		
andrew@28: 	void setGaussianLikelihood(float mean, float StdDev);	
andrew@28: 	void setGaussianPrior(float mean, float StdDev);
andrew@28: 	void setGaussianPosterior(float mean, float StdDev);
andrew@28: 	
andrew@28: 	void calculatePosterior();
andrew@28: 	void renormalisePosterior();
andrew@28: 	void resetMaximumPosterior();//resets the max index
andrew@28: 	void decayPosteriorWithGaussianNoise();
andrew@28: 	void translateDistribution(int translationIndex);
andrew@28: 	void setDecayNoiseGaussian(float mean, float StdDev);
andrew@28: 	double calculateStandardDeviation();
andrew@28: 	
andrew@28: 	int arraySize;
andrew@28: 	
andrew@28: 	
andrew@28: 	float getMaximum(float *ptr, int length);
andrew@28: 	void renormaliseArray(float *ptr, int length);
andrew@28: 	void resetPrior();
andrew@28: 	void decayPosterior();
andrew@28: 	float* getMaximumEstimate(float *ptr, int length);
andrew@28: 	double getMaximumIndex();//return the index where the probability is maximal
andrew@28: 	double getIntegratedEstimateIndex();
andrew@28: 	
andrew@28: //	void drawArray(const int& minIndex, const int& maxIndex);
andrew@28: 	void drawFloatArray(float* arrayToDraw, const int& minIndex, const int& maxIndex);
andrew@28: 	void drawDoubleArray(double* arrayToDraw, const int& minIndex, const int& maxIndex);		
andrew@28: 
andrew@28: 	
andrew@28: 	typedef std::vector<double> DoubleVector;
andrew@28: //	typedef std::vector<IntVector> DoubleMatrix;
andrew@28: 	
andrew@28: 	
andrew@28: //	DynamicVector prior;
andrew@28: //	DynamicVector posterior;
andrew@28: //	DynamicVector likelihood;
andrew@28: 	
andrew@28: 	DynamicVector testVector;	
andrew@28: //	DynamicVector prior;
andrew@28: 	
andrew@28: 	float prior [ARRAY_SIZE];
andrew@28: 	float posterior [ARRAY_SIZE];
andrew@28: 	float likelihood [ARRAY_SIZE];	
andrew@28: 	float tempPosteriorArray[ARRAY_SIZE];
andrew@28: 	
andrew@28: 	float decayNoiseArray[ARRAY_SIZE];
andrew@28: 	float decayNoiseStdDev, decayNoiseAmount;
andrew@28: 	
andrew@28: 	float likelihoodMean, likelihoodStdDev, likelihoodNoise;
andrew@28: 	float maximumTest, posteriorDecayRate, maximumValue;
andrew@28: 	float eighthNoteProportion, earlySixteenthNoteProportion, lateSixteenthNoteProportion ;
andrew@28: 	float maximumEstimate, maximumIndex, integratedEstimate;
andrew@28: 	double standardDeviation;
andrew@28: 	
andrew@28: private:
andrew@28: };
andrew@28: 
andrew@28: #endif
andrew@28: 
andrew@28: 
andrew@28: