ParticleFilterFramework.h
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36 // Filename: ParticleFilterFramework.h
37 // Author: Pedram Azad
38 // Date: 2004
39 // ****************************************************************************
40 
44 #ifndef __PARTICLE_FILTER_FRAMEWORK_H__
45 #define __PARTICLE_FILTER_FRAMEWORK_H__
46 
47 
48 
49 // ****************************************************************************
50 // CParticleFilterFramework
51 // ****************************************************************************
52 
58 {
59 public:
60  // constructor
61  CParticleFilterFramework(int nParticles, int nDimension);
62 
63  // destructor
65 
66 
67  // public methods
68  double ParticleFilter(double *pResultMeanConfiguration, double dSigmaFactor = 1);
69  double CalculateProbabilityForConfiguration(const double *pConfiguration);
70  virtual void GetConfiguration(double *pBestConfiguration, double dMeanFactor);
71  virtual void GetBestConfiguration(double *pBestConfiguration);
72  virtual void GetMeanConfiguration(double *pMeanConfiguration);
73  virtual void GetPredictedConfiguration(double *pPredictedConfiguration);
74 
75 
76 protected:
77  // protected methods
78  int PickBaseSample();
79  void CalculateMean();
80 
81  // virtual methods (framework methods to be implemented: design pattern "framwork" with "template methods")
82  virtual void UpdateModel(int nParticle) = 0;
83  virtual void PredictNewBases(double dSigmaFactor) = 0;
84  virtual double CalculateProbability(bool bSeparateCall = true) = 0;
85  virtual void CalculateFinalProbabilities() { }
86 
87 
88  // protected attributes
91 
92  double *sigma;
93  double *lower_limit;
94  double *upper_limit;
95 
96  // particle related attributes
99  double c_total;
100  double **s;
101  double **s_temp;
102  double *c;
103  double *pi;
104  double *temp;
105 };
106 
107 
108 
109 #endif /* __PARTICLE_FILTER_FRAMEWORK_H__ */
virtual void GetPredictedConfiguration(double *pPredictedConfiguration)
virtual void PredictNewBases(double dSigmaFactor)=0
virtual void GetBestConfiguration(double *pBestConfiguration)
Framework for the implementation of particle filters using the data type double.
virtual double CalculateProbability(bool bSeparateCall=true)=0
virtual void CalculateFinalProbabilities()
double ParticleFilter(double *pResultMeanConfiguration, double dSigmaFactor=1)
CParticleFilterFramework(int nParticles, int nDimension)
double CalculateProbabilityForConfiguration(const double *pConfiguration)
virtual void UpdateModel(int nParticle)=0
virtual void GetConfiguration(double *pBestConfiguration, double dMeanFactor)
virtual void GetMeanConfiguration(double *pMeanConfiguration)


asr_ivt
Author(s): Allgeyer Tobias, Hutmacher Robin, Kleinert Daniel, Meißner Pascal, Scholz Jonas, Stöckle Patrick
autogenerated on Mon Dec 2 2019 03:47:28