mcompanion-package | Objects and Methods for Multi-Companion Matrices |
%*%-method | Class "MultiCompanion" |
chains_to_list | Utilities for Jordan matrices |
chain_ind | Utilities for Jordan matrices |
coerce-method | A basic class for Jordan decompositions |
coerce-method | Class "MultiCompanion" |
coerce-method | A class for small multi-companion matrices |
from_Jordan | Utilities for Jordan matrices |
initialize-method | A basic class for Jordan decompositions |
initialize-method | Class "MultiFilter" |
initialize-method | A class for small multi-companion matrices |
initialize-method | Create objects from class MultiCompanion |
initialize-method | Generate objects of class mcSpec |
is_mc_bottom | Basic utilities for multi-companion matrices |
JordanDecomposition | Create objects representing Jordan decompositions |
JordanDecomposition-class | A basic class for Jordan decompositions |
JordanDecomposition-method | Create objects representing Jordan decompositions |
JordanDecomposition-methods | Create objects representing Jordan decompositions |
JordanDecompositionDefault-class | A basic class for Jordan decompositions |
Jordan_matrix | Utilities for Jordan matrices |
make_mcchains | Generate a multi-companion matrix from spectral description |
make_mcev | Create a multi-companion eigenvector |
make_mcgev | Create a multi-companion eigenvector |
make_mcmatrix | Generate a multi-companion matrix from spectral description |
mCompanion | Create objects from class MultiCompanion |
mcompanion | Objects and Methods for Multi-Companion Matrices |
mcSpec | Generate objects of class mcSpec |
mcSpec-class | A class for spectral specifications of multi-companion matrices |
mcStable | Check if an object is stable |
mcStable-method | Class "MultiCompanion" |
mcStable-method | Class "MultiFilter" |
mcStable-methods | Check if an object is stable |
mc_chain_extend | Extend multi-companion eigenvectors |
mc_eigen | The eigen decomposition of a multi-companion matrix |
mc_eigenvalues | The eigen decomposition of a multi-companion matrix |
mc_factorize | Factorise multi-companion matrices |
mc_factors | Factors of multi-companion matrices |
mc_from_factors | Multi-companion matrix from factors |
mc_from_filter | Multi-companion matrix from factors |
mc_full | Basic utilities for multi-companion matrices |
mc_leftc | Factorise multi-companion matrices |
mc_matrix | Basic utilities for multi-companion matrices |
mc_order | Basic utilities for multi-companion matrices |
mf_order | Extract properties of multi-filters |
mf_period | Extract properties of multi-filters |
mf_poles | Extract properties of multi-filters |
mf_VSform | Extract properties of multi-filters |
MultiCompanion-class | Class "MultiCompanion" |
MultiFilter-class | Class "MultiFilter" |
null_complement | Compute the orthogonal complement of a subspace |
permute_synch | Permute rows and columns of matrices |
permute_var | Permute rows and columns of matrices |
rblockmult | Right-multiply a matrix by a block |
sim_mc | Simulate a multi-companion matrix |
sim_pcfilter | Generate periodic filters |
SmallMultiCompanion-class | A class for small multi-companion matrices |
spec_core | Parameterise Jordan chains of multi-companion matrices |
spec_root0 | Give the spectral parameters for zero eigenvalues of mc-matrices |
spec_root1 | Give the spectral parameters for eigenvalues of mc-matrices equal to one |
spec_seeds1 | Generate seed parameters for unit mc-eigenvectors |
t-method | Class "MultiCompanion" |
VAR2pcfilter | PAR representations of VAR models |
[-method | Class "MultiCompanion" |
[-method | Class "MultiFilter" |