Public Methods

• HBF ()

  Empty constructor.

• void create (const int d, const int n)

  Full constructor with input parameters.

• $\sim$HBF ()

  Destructor.

• int size () const

  Give the non-zero values number of matrix.

• int order () const

  Give the dimension of matrix.

• psi_type type () const

  Give the current model type.

• double maxi () const

  Give the largest element (in modulo) of continuous time matrix.

• bool is_empty () const

  Test if a current HBF structure exists.

• double val (const int i) const

  Give the ith non-zero value of matrix.

• int col (const int i) const

  Give the ith column index.

• int row (const int i) const

  Give the ith row beginning index of matrix.

• int valbyrow (const int i) const

  Give the non-null values number of the ith row.

• int zero_or_one ()

  Test the numerotation of input model.

• void update ()

  Transformation of HBF numerotation.

• void read_hbf_r (const psi_name path)

  Reading of a 'row' HBF model.

• void read_marca (const psi_name path)

  Reading of a MARCA model.

• void read_hbf_c (const psi_name path)

  Reading of a PEPS model.

• void uniformization ()

  Uniformization of a continuous time model.

• void write_unif ()

  Writing of a unif file in HBF (classical) format.

• void col2row ()

  Conversion of a column HBF model to a row HBF model.

• void convert ()

  Writing of a col2row() conversion.

• void scale (const double d)

  Multiplication of matrix by a double input value.

• void give_a_name (const psi_name file)

  Baptise HBF storage.

• psi_name name () const

  Give the current model's name.

• int out_degree () const

  Give the maximum out_degree of matrix.

• void transform (const int d)

  Width transformation of matrix.