Bayesian Filtering Library Generated from SVN r
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Class PDF: Virtual Base class representing Probability Density Functions. More...
#include <mixtureParticleFilter.h>
Public Member Functions | |
Pdf (unsigned int dimension=0) | |
Constructor. | |
virtual | ~Pdf () |
Destructor. | |
virtual Pdf< T > * | Clone () const =0 |
Pure virtual clone function. | |
virtual bool | SampleFrom (vector< Sample< T > > &list_samples, const unsigned int num_samples, int method=DEFAULT, void *args=NULL) const |
Draw multiple samples from the Pdf (overloaded) | |
virtual bool | SampleFrom (Sample< T > &one_sample, int method=DEFAULT, void *args=NULL) const |
Draw 1 sample from the Pdf: | |
virtual Probability | ProbabilityGet (const T &input) const |
Get the probability of a certain argument. | |
unsigned int | DimensionGet () const |
Get the dimension of the argument. | |
virtual void | DimensionSet (unsigned int dim) |
Set the dimension of the argument. | |
virtual T | ExpectedValueGet () const |
Get the expected value E[x] of the pdf. | |
virtual MatrixWrapper::SymmetricMatrix | CovarianceGet () const |
Get the Covariance Matrix E[(x - E[x])^2] of the Analytic pdf. | |
Pdf (unsigned int dimension=0) | |
Constructor. | |
virtual | ~Pdf () |
Destructor. | |
virtual Pdf< T > * | Clone () const =0 |
Pure virtual clone function. | |
virtual bool | SampleFrom (vector< Sample< T > > &list_samples, const unsigned int num_samples, int method=DEFAULT, void *args=NULL) const |
Draw multiple samples from the Pdf (overloaded) | |
virtual bool | SampleFrom (Sample< T > &one_sample, int method=DEFAULT, void *args=NULL) const |
Draw 1 sample from the Pdf: | |
virtual Probability | ProbabilityGet (const T &input) const |
Get the probability of a certain argument. | |
unsigned int | DimensionGet () const |
Get the dimension of the argument. | |
virtual void | DimensionSet (unsigned int dim) |
Set the dimension of the argument. | |
virtual T | ExpectedValueGet () const |
Get the expected value E[x] of the pdf. | |
virtual MatrixWrapper::SymmetricMatrix | CovarianceGet () const |
Get the Covariance Matrix E[(x - E[x])^2] of the Analytic pdf. | |
Pdf (unsigned int dimension=0) | |
Constructor. | |
virtual | ~Pdf () |
Destructor. | |
virtual Pdf< T > * | Clone () const =0 |
Pure virtual clone function. | |
virtual bool | SampleFrom (vector< Sample< T > > &list_samples, const unsigned int num_samples, int method=DEFAULT, void *args=NULL) const |
Draw multiple samples from the Pdf (overloaded) | |
virtual bool | SampleFrom (Sample< T > &one_sample, int method=DEFAULT, void *args=NULL) const |
Draw 1 sample from the Pdf: | |
virtual Probability | ProbabilityGet (const T &input) const |
Get the probability of a certain argument. | |
unsigned int | DimensionGet () const |
Get the dimension of the argument. | |
virtual void | DimensionSet (unsigned int dim) |
Set the dimension of the argument. | |
virtual T | ExpectedValueGet () const |
Get the expected value E[x] of the pdf. | |
virtual MatrixWrapper::SymmetricMatrix | CovarianceGet () const |
Get the Covariance Matrix E[(x - E[x])^2] of the Analytic pdf. | |
Pdf (unsigned int dimension=0) | |
Constructor. | |
virtual | ~Pdf () |
Destructor. | |
virtual Pdf< T > * | Clone () const =0 |
Pure virtual clone function. | |
virtual bool | SampleFrom (vector< Sample< T > > &list_samples, const unsigned int num_samples, int method=DEFAULT, void *args=NULL) const |
Draw multiple samples from the Pdf (overloaded) | |
virtual bool | SampleFrom (Sample< T > &one_sample, int method=DEFAULT, void *args=NULL) const |
Draw 1 sample from the Pdf: | |
virtual Probability | ProbabilityGet (const T &input) const |
Get the probability of a certain argument. | |
unsigned int | DimensionGet () const |
Get the dimension of the argument. | |
virtual void | DimensionSet (unsigned int dim) |
Set the dimension of the argument. | |
virtual T | ExpectedValueGet () const |
Get the expected value E[x] of the pdf. | |
virtual MatrixWrapper::SymmetricMatrix | CovarianceGet () const |
Get the Covariance Matrix E[(x - E[x])^2] of the Analytic pdf. |
Class PDF: Virtual Base class representing Probability Density Functions.
Definition at line 53 of file mixtureParticleFilter.h.
( | unsigned int | dimension = 0 | ) |
Constructor.
dimension | int representing the number of rows of the state |
Definition at line 150 of file mixtureParticleFilter.h.
( | unsigned int | dimension = 0 | ) |
Constructor.
dimension | int representing the number of rows of the state |
( | unsigned int | dimension = 0 | ) |
Constructor.
dimension | int representing the number of rows of the state |
( | unsigned int | dimension = 0 | ) |
Constructor.
dimension | int representing the number of rows of the state |
MatrixWrapper::SymmetricMatrix CovarianceGet | ( | ) | const [virtual] |
Get the Covariance Matrix E[(x - E[x])^2] of the Analytic pdf.
Get first order statistic (Covariance) of this AnalyticPdf
Reimplemented in Mixture< T >, MCPdf< T >, AnalyticConditionalGaussianAdditiveNoise, ConditionalGaussianAdditiveNoise, FilterProposalDensity, Gaussian, MCPdf< T >, Mixture< T >, NonLinearAnalyticConditionalGaussian_Ginac, OptimalImportanceDensity, MCPdf< T >, MCPdf< T >, MCPdf< T >, MCPdf< T >, and MCPdf< T >.
Definition at line 225 of file mixtureParticleFilter.h.
virtual MatrixWrapper::SymmetricMatrix CovarianceGet | ( | ) | const [virtual] |
Get the Covariance Matrix E[(x - E[x])^2] of the Analytic pdf.
Get first order statistic (Covariance) of this AnalyticPdf
Reimplemented in Mixture< T >, MCPdf< T >, AnalyticConditionalGaussianAdditiveNoise, ConditionalGaussianAdditiveNoise, FilterProposalDensity, Gaussian, MCPdf< T >, Mixture< T >, NonLinearAnalyticConditionalGaussian_Ginac, OptimalImportanceDensity, MCPdf< T >, MCPdf< T >, MCPdf< T >, MCPdf< T >, and MCPdf< T >.
virtual MatrixWrapper::SymmetricMatrix CovarianceGet | ( | ) | const [virtual] |
Get the Covariance Matrix E[(x - E[x])^2] of the Analytic pdf.
Get first order statistic (Covariance) of this AnalyticPdf
Reimplemented in Mixture< T >, MCPdf< T >, AnalyticConditionalGaussianAdditiveNoise, ConditionalGaussianAdditiveNoise, FilterProposalDensity, Gaussian, MCPdf< T >, Mixture< T >, NonLinearAnalyticConditionalGaussian_Ginac, OptimalImportanceDensity, MCPdf< T >, MCPdf< T >, MCPdf< T >, MCPdf< T >, and MCPdf< T >.
virtual MatrixWrapper::SymmetricMatrix CovarianceGet | ( | ) | const [virtual] |
Get the Covariance Matrix E[(x - E[x])^2] of the Analytic pdf.
Get first order statistic (Covariance) of this AnalyticPdf
Reimplemented in Mixture< T >, MCPdf< T >, AnalyticConditionalGaussianAdditiveNoise, ConditionalGaussianAdditiveNoise, FilterProposalDensity, Gaussian, MCPdf< T >, Mixture< T >, NonLinearAnalyticConditionalGaussian_Ginac, OptimalImportanceDensity, MCPdf< T >, MCPdf< T >, MCPdf< T >, MCPdf< T >, and MCPdf< T >.
unsigned int DimensionGet | ( | ) | const [inline] |
Get the dimension of the argument.
Definition at line 169 of file mixtureParticleFilter.h.
unsigned int DimensionGet | ( | ) | const |
Get the dimension of the argument.
unsigned int DimensionGet | ( | ) | const |
Get the dimension of the argument.
unsigned int DimensionGet | ( | ) | const |
Get the dimension of the argument.
virtual void DimensionSet | ( | unsigned int | dim | ) | [virtual] |
Set the dimension of the argument.
dim | the dimension |
void DimensionSet | ( | unsigned int | dim | ) | [virtual] |
Set the dimension of the argument.
dim | the dimension |
Definition at line 175 of file mixtureParticleFilter.h.
virtual void DimensionSet | ( | unsigned int | dim | ) | [virtual] |
Set the dimension of the argument.
dim | the dimension |
virtual void DimensionSet | ( | unsigned int | dim | ) | [virtual] |
Set the dimension of the argument.
dim | the dimension |
T ExpectedValueGet | ( | ) | const [virtual] |
Get the expected value E[x] of the pdf.
Get low order statistic (Expected Value) of this AnalyticPdf
Reimplemented in Mixture< T >, MCPdf< T >, FilterProposalDensity, Gaussian, LinearAnalyticConditionalGaussian, MCPdf< T >, Mixture< T >, NonLinearAnalyticConditionalGaussian_Ginac, OptimalImportanceDensity, MCPdf< T >, Mixture< T >, Mixture< T >, Mixture< T >, Mixture< T >, MCPdf< T >, MCPdf< T >, MCPdf< T >, and MCPdf< T >.
Definition at line 215 of file mixtureParticleFilter.h.
virtual T ExpectedValueGet | ( | ) | const [virtual] |
Get the expected value E[x] of the pdf.
Get low order statistic (Expected Value) of this AnalyticPdf
Reimplemented in Mixture< T >, MCPdf< T >, FilterProposalDensity, Gaussian, LinearAnalyticConditionalGaussian, MCPdf< T >, Mixture< T >, NonLinearAnalyticConditionalGaussian_Ginac, OptimalImportanceDensity, MCPdf< T >, Mixture< T >, Mixture< T >, Mixture< T >, Mixture< T >, MCPdf< T >, MCPdf< T >, MCPdf< T >, and MCPdf< T >.
virtual T ExpectedValueGet | ( | ) | const [virtual] |
Get the expected value E[x] of the pdf.
Get low order statistic (Expected Value) of this AnalyticPdf
Reimplemented in Mixture< T >, MCPdf< T >, FilterProposalDensity, Gaussian, LinearAnalyticConditionalGaussian, MCPdf< T >, Mixture< T >, NonLinearAnalyticConditionalGaussian_Ginac, OptimalImportanceDensity, MCPdf< T >, Mixture< T >, Mixture< T >, Mixture< T >, Mixture< T >, MCPdf< T >, MCPdf< T >, MCPdf< T >, and MCPdf< T >.
virtual T ExpectedValueGet | ( | ) | const [virtual] |
Get the expected value E[x] of the pdf.
Get low order statistic (Expected Value) of this AnalyticPdf
Reimplemented in Mixture< T >, MCPdf< T >, FilterProposalDensity, Gaussian, LinearAnalyticConditionalGaussian, MCPdf< T >, Mixture< T >, NonLinearAnalyticConditionalGaussian_Ginac, OptimalImportanceDensity, MCPdf< T >, Mixture< T >, Mixture< T >, Mixture< T >, Mixture< T >, MCPdf< T >, MCPdf< T >, MCPdf< T >, and MCPdf< T >.
virtual Probability ProbabilityGet | ( | const T & | input | ) | const [virtual] |
Get the probability of a certain argument.
input | T argument of the Pdf |
Reimplemented in DiscretePdf, Mixture< T >, ConditionalGaussian, DiscreteConditionalPdf, DiscretePdf, Gaussian, Mixture< T >, and Uniform.
virtual Probability ProbabilityGet | ( | const T & | input | ) | const [virtual] |
Get the probability of a certain argument.
input | T argument of the Pdf |
Reimplemented in DiscretePdf, Mixture< T >, ConditionalGaussian, DiscreteConditionalPdf, DiscretePdf, Gaussian, Mixture< T >, and Uniform.
Probability ProbabilityGet | ( | const T & | input | ) | const [virtual] |
Get the probability of a certain argument.
input | T argument of the Pdf |
Reimplemented in DiscretePdf, Mixture< T >, ConditionalGaussian, DiscreteConditionalPdf, DiscretePdf, Gaussian, Mixture< T >, and Uniform.
Definition at line 207 of file mixtureParticleFilter.h.
virtual Probability ProbabilityGet | ( | const T & | input | ) | const [virtual] |
Get the probability of a certain argument.
input | T argument of the Pdf |
Reimplemented in DiscretePdf, Mixture< T >, ConditionalGaussian, DiscreteConditionalPdf, DiscretePdf, Gaussian, Mixture< T >, and Uniform.
virtual bool SampleFrom | ( | vector< Sample< T > > & | list_samples, |
const unsigned int | num_samples, | ||
int | method = DEFAULT , |
||
void * | args = NULL |
||
) | const [virtual] |
Draw multiple samples from the Pdf (overloaded)
list_samples | list of samples that will contain result of sampling |
num_samples | Number of Samples to be drawn (iid) |
method | Sampling method to be used. Each sampling method is currently represented by a #define statement, eg. #define BOXMULLER 1 |
args | Pointer to a struct representing extra sample arguments. "Sample Arguments" can be anything (the number of steps a gibbs-iterator should take, the interval width in MCMC, ... (or nothing), so it is hard to give a meaning to what exactly Sample Arguments should represent... |
Reimplemented in DiscretePdf, Mixture< T >, MCPdf< T >, and MCPdf< T >.
virtual bool SampleFrom | ( | Sample< T > & | one_sample, |
int | method = DEFAULT , |
||
void * | args = NULL |
||
) | const [virtual] |
Draw 1 sample from the Pdf:
There's no need to create a list for only 1 sample!
one_sample | sample that will contain result of sampling |
method | Sampling method to be used. Each sampling method is currently represented by a #define statement, eg. #define BOXMULLER 1 |
args | Pointer to a struct representing extra sample arguments |
Reimplemented in DiscretePdf, Mixture< T >, MCPdf< T >, and MCPdf< T >.
virtual bool SampleFrom | ( | Sample< T > & | one_sample, |
int | method = DEFAULT , |
||
void * | args = NULL |
||
) | const [virtual] |
Draw 1 sample from the Pdf:
There's no need to create a list for only 1 sample!
one_sample | sample that will contain result of sampling |
method | Sampling method to be used. Each sampling method is currently represented by a #define statement, eg. #define BOXMULLER 1 |
args | Pointer to a struct representing extra sample arguments |
Reimplemented in DiscretePdf, Mixture< T >, MCPdf< T >, and MCPdf< T >.
virtual bool SampleFrom | ( | vector< Sample< T > > & | list_samples, |
const unsigned int | num_samples, | ||
int | method = DEFAULT , |
||
void * | args = NULL |
||
) | const [virtual] |
Draw multiple samples from the Pdf (overloaded)
list_samples | list of samples that will contain result of sampling |
num_samples | Number of Samples to be drawn (iid) |
method | Sampling method to be used. Each sampling method is currently represented by a #define statement, eg. #define BOXMULLER 1 |
args | Pointer to a struct representing extra sample arguments. "Sample Arguments" can be anything (the number of steps a gibbs-iterator should take, the interval width in MCMC, ... (or nothing), so it is hard to give a meaning to what exactly Sample Arguments should represent... |
Reimplemented in DiscretePdf, Mixture< T >, MCPdf< T >, and MCPdf< T >.
virtual bool SampleFrom | ( | Sample< T > & | one_sample, |
int | method = DEFAULT , |
||
void * | args = NULL |
||
) | const [virtual] |
Draw 1 sample from the Pdf:
There's no need to create a list for only 1 sample!
one_sample | sample that will contain result of sampling |
method | Sampling method to be used. Each sampling method is currently represented by a #define statement, eg. #define BOXMULLER 1 |
args | Pointer to a struct representing extra sample arguments |
Reimplemented in DiscretePdf, Mixture< T >, MCPdf< T >, and MCPdf< T >.
virtual bool SampleFrom | ( | vector< Sample< T > > & | list_samples, |
const unsigned int | num_samples, | ||
int | method = DEFAULT , |
||
void * | args = NULL |
||
) | const [virtual] |
Draw multiple samples from the Pdf (overloaded)
list_samples | list of samples that will contain result of sampling |
num_samples | Number of Samples to be drawn (iid) |
method | Sampling method to be used. Each sampling method is currently represented by a #define statement, eg. #define BOXMULLER 1 |
args | Pointer to a struct representing extra sample arguments. "Sample Arguments" can be anything (the number of steps a gibbs-iterator should take, the interval width in MCMC, ... (or nothing), so it is hard to give a meaning to what exactly Sample Arguments should represent... |
Reimplemented in DiscretePdf, Mixture< T >, MCPdf< T >, and MCPdf< T >.
bool SampleFrom | ( | vector< Sample< T > > & | list_samples, |
const unsigned int | num_samples, | ||
int | method = DEFAULT , |
||
void * | args = NULL |
||
) | const [virtual] |
Draw multiple samples from the Pdf (overloaded)
list_samples | list of samples that will contain result of sampling |
num_samples | Number of Samples to be drawn (iid) |
method | Sampling method to be used. Each sampling method is currently represented by a #define statement, eg. #define BOXMULLER 1 |
args | Pointer to a struct representing extra sample arguments. "Sample Arguments" can be anything (the number of steps a gibbs-iterator should take, the interval width in MCMC, ... (or nothing), so it is hard to give a meaning to what exactly Sample Arguments should represent... |
Reimplemented in DiscretePdf, Mixture< T >, MCPdf< T >, and MCPdf< T >.
Definition at line 182 of file mixtureParticleFilter.h.
bool SampleFrom | ( | Sample< T > & | one_sample, |
int | method = DEFAULT , |
||
void * | args = NULL |
||
) | const [virtual] |
Draw 1 sample from the Pdf:
There's no need to create a list for only 1 sample!
one_sample | sample that will contain result of sampling |
method | Sampling method to be used. Each sampling method is currently represented by a #define statement, eg. #define BOXMULLER 1 |
args | Pointer to a struct representing extra sample arguments |
Reimplemented in DiscretePdf, Mixture< T >, MCPdf< T >, and MCPdf< T >.
Definition at line 197 of file mixtureParticleFilter.h.