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| std::ostream &  | operator<< (std::ostream &os, const std::vector< T > &v) | 
|   | Define stream insertion opeartor for 'std::vector', useful for log-prints,.  More...
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| template<typename T >  | 
| std::string  | ToString (const T &t) | 
|   | Convert basic type to a string (please don't overuse),.  More...
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| template<typename Real >  | 
| std::string  | MomentStatistics (const VectorBase< Real > &vec) | 
|   | Get a string with statistics of the data in a vector, so we can print them easily.  More...
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| template<typename Real >  | 
| std::string  | MomentStatistics (const MatrixBase< Real > &mat) | 
|   | Overload MomentStatistics to MatrixBase<Real>  More...
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| template<typename Real >  | 
| std::string  | MomentStatistics (const CuVectorBase< Real > &vec) | 
|   | Overload MomentStatistics to CuVectorBase<Real>  More...
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| template<typename Real >  | 
| std::string  | MomentStatistics (const CuMatrixBase< Real > &mat) | 
|   | Overload MomentStatistics to CuMatrix<Real>  More...
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| template<typename Real >  | 
| void  | CheckNanInf (const CuMatrixBase< Real > &mat, const char *msg="") | 
|   | Check that matrix contains no nan or inf.  More...
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| template<typename Real >  | 
| Real  | ComputeStdDev (const CuMatrixBase< Real > &mat) | 
|   | Get the standard deviation of values in the matrix.  More...
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| template<typename Real >  | 
| void  | RandGauss (BaseFloat mu, BaseFloat sigma, CuMatrixBase< Real > *mat, struct RandomState *state=NULL) | 
|   | Fill CuMatrix with random numbers (Gaussian distribution): mu = the mean value, sigma = standard deviation,.  More...
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| template<typename Real >  | 
| void  | RandUniform (BaseFloat mu, BaseFloat range, CuMatrixBase< Real > *mat, struct RandomState *state=NULL) | 
|   | Fill CuMatrix with random numbers (Uniform distribution): mu = the mean value, range = the 'width' of the uniform PDF (spanning mu-range/2 .  More...
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| template<typename Real >  | 
| void  | RandUniform (BaseFloat mu, BaseFloat range, CuVectorBase< Real > *vec, struct RandomState *state=NULL) | 
|   | Fill CuVector with random numbers (Uniform distribution): mu = the mean value, range = the 'width' of the uniform PDF (spanning mu-range/2 .  More...
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| void  | BuildIntegerVector (const std::vector< std::vector< int32 > > &in, std::vector< int32 > *out) | 
|   | Build 'integer vector' out of vector of 'matlab-like' representation: 'b, b:e, b:s:e'.  More...
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| void  | BuildIntegerVector (const std::vector< std::vector< int32 > > &in, CuArray< int32 > *out) | 
|   | Wrapper with 'CuArray<int32>' output.  More...
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| template<typename Real >  | 
| void  | PosteriorToMatrix (const Posterior &post, const int32 post_dim, CuMatrix< Real > *mat) | 
|   | Wrapper of PosteriorToMatrix with CuMatrix argument.  More...
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| template<typename Real >  | 
| void  | PosteriorToPdfMatrix (const Posterior &post, const TransitionModel &model, CuMatrix< Real > *mat) | 
|   | Wrapper of PosteriorToMatrixMapped with CuMatrix argument.  More...
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