CASM
1.1.0
A Clusters Approach to Statistical Mechanics
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#include "casm/symmetry/IrrepDecompositionImpl.hh"
#include <iostream>
#include "casm/misc/CASM_Eigen_math.hh"
#include "casm/misc/CASM_math.hh"
#include "casm/symmetry/Symmetrizer.hh"
#include "casm/symmetry/to_real.hh"
Go to the source code of this file.
Namespaces | |
CASM | |
Main CASM namespace. | |
CASM::SymRepTools_v2 | |
CASM::SymRepTools_v2::IrrepDecompositionImpl | |
Functions | |
Eigen::MatrixXcd | CASM::SymRepTools_v2::IrrepDecompositionImpl::prettyc (const Eigen::MatrixXcd &M) |
Round entries that are within tol of being integer to that integer value. More... | |
Eigen::MatrixXd | CASM::SymRepTools_v2::IrrepDecompositionImpl::pretty (const Eigen::MatrixXd &M) |
Round entries that are within tol of being integer to that integer value. More... | |
Eigen::MatrixXd | CASM::SymRepTools_v2::IrrepDecompositionImpl::real_I (Index rows, Index cols) |
Eigen::MatrixXd | CASM::SymRepTools_v2::IrrepDecompositionImpl::real_Zero (Index rows, Index cols) |
Eigen::MatrixXcd | CASM::SymRepTools_v2::IrrepDecompositionImpl::complex_I (Index rows, Index cols) |
Eigen::MatrixXcd | CASM::SymRepTools_v2::IrrepDecompositionImpl::complex_Zero (Index rows, Index cols) |
Eigen::MatrixXcd | CASM::SymRepTools_v2::IrrepDecompositionImpl::make_commuter (CommuterParamsCounter const ¶ms, MatrixRep const &rep, GroupIndices const &head_group, Eigen::MatrixXcd const &kernel) |
Eigen::MatrixXcd | CASM::SymRepTools_v2::IrrepDecompositionImpl::make_kernel (Eigen::MatrixXcd const &subspace) |
Eigen::MatrixXd | CASM::SymRepTools_v2::IrrepDecompositionImpl::make_kernel (Eigen::MatrixXd const &subspace) |
Index | CASM::SymRepTools_v2::IrrepDecompositionImpl::find_end_of_equal_eigenvalues (Index begin, Eigen::VectorXd const &eigenvalues) |
Eigen::MatrixXcd | CASM::SymRepTools_v2::IrrepDecompositionImpl::make_irrep_subspace (Eigen::MatrixXcd const &KV_matrix, Index begin, Index end, bool allow_complex) |
Make an irreducible subspace. More... | |
Eigen::VectorXcd | CASM::SymRepTools_v2::IrrepDecompositionImpl::make_characters (std::vector< Eigen::MatrixXcd > const &rep) |
Calculate character for all matrices in rep. More... | |
Eigen::VectorXd | CASM::SymRepTools_v2::IrrepDecompositionImpl::make_characters (std::vector< Eigen::MatrixXd > const &rep) |
Calculate character for all matrices in rep. More... | |
bool | CASM::SymRepTools_v2::IrrepDecompositionImpl::make_is_block_diagonal (std::vector< Eigen::MatrixXcd > const &rep, Index begin, Index end, double tol) |
Check if approximately zero outside block along diagonal. More... | |
Eigen::VectorXcd | CASM::SymRepTools_v2::IrrepDecompositionImpl::make_irrep_characters (std::vector< Eigen::MatrixXcd > const &rep, Index begin, Index end) |
Find characters for block in range [begin, end) More... | |
double | CASM::SymRepTools_v2::IrrepDecompositionImpl::make_squared_norm (Eigen::VectorXcd const &characters) |
double | CASM::SymRepTools_v2::IrrepDecompositionImpl::make_squared_norm (Eigen::VectorXd const &characters) |
std::complex< double > | CASM::SymRepTools_v2::IrrepDecompositionImpl::frobenius_product (Eigen::MatrixXcd const &matrix) |
Eigen::MatrixXcd | CASM::SymRepTools_v2::IrrepDecompositionImpl::normalize_commuter (Eigen::MatrixXcd const &commuter) |
bool | CASM::SymRepTools_v2::IrrepDecompositionImpl::is_extended_by (Eigen::MatrixXcd const &space_A, Eigen::MatrixXcd const &space_B) |
Return true if space_A is extended by space_B. More... | |
Eigen::MatrixXcd | CASM::SymRepTools_v2::IrrepDecompositionImpl::extend (Eigen::MatrixXcd const &space_A, Eigen::MatrixXcd const &space_B) |
Return matrix combining columns of space_A and space_B. More... | |
Eigen::MatrixXd | CASM::SymRepTools_v2::IrrepDecompositionImpl::extend (Eigen::MatrixXd const &space_A, Eigen::MatrixXd const &space_B) |
Return matrix combining columns of space_A and space_B. More... | |
Index | CASM::SymRepTools_v2::IrrepDecompositionImpl::get_total_dim (std::set< PossibleIrrep > const &irreps) |
std::vector< PossibleIrrep > | CASM::SymRepTools_v2::IrrepDecompositionImpl::make_possible_irreps (Eigen::MatrixXcd const &commuter, Eigen::MatrixXcd const &kernel, MatrixRep const &rep, GroupIndices const &head_group, double is_irrep_tol, bool allow_complex) |
std::vector< IrrepInfo > | CASM::SymRepTools_v2::IrrepDecompositionImpl::make_irrep_info (std::set< PossibleIrrep > const &irreps) |
Make a vector of IrrepInfo from PossibleIrreps. More... | |
IrrepInfo | CASM::SymRepTools_v2::IrrepDecompositionImpl::subspace_to_full_space (IrrepInfo const &subspace_irrep, Eigen::MatrixXd const &subspace) |
Transforms IrrepInfo constructed for a subspace to be IrrepInfo appropriate for the full space (full space dimension == subspace.rows()) More... | |
bool | CASM::SymRepTools_v2::IrrepDecompositionImpl::is_irrep (MatrixRep const &rep, GroupIndices const &head_group) |
std::vector< IrrepInfo > | CASM::SymRepTools_v2::IrrepDecompositionImpl::irrep_decomposition (MatrixRep const &rep, GroupIndices const &head_group, bool allow_complex) |
Finds irreducible subspaces that comprise an underlying subspace. More... | |
std::vector< IrrepInfo > | CASM::SymRepTools_v2::IrrepDecompositionImpl::make_fullspace_irreps (std::vector< IrrepInfo > const &subspace_irreps, Eigen::MatrixXd const &subspace) |
Convert irreps generated for a subspace to full space dimension. More... | |
Eigen::MatrixXd | CASM::SymRepTools_v2::IrrepDecompositionImpl::make_invariant_space (MatrixRep const &rep, GroupIndices const &head_group, Eigen::MatrixXd const &subspace) |
Expand subspace by application of group, and orthogonalize. More... | |
MatrixRep | CASM::SymRepTools_v2::IrrepDecompositionImpl::make_subspace_rep (MatrixRep const &fullspace_rep, Eigen::MatrixXd const &subspace) |
std::vector< IrrepInfo > | CASM::SymRepTools_v2::IrrepDecompositionImpl::symmetrize_irreps (MatrixRep const &subspace_rep, GroupIndices const &head_group, std::vector< IrrepInfo > const &irreps, GroupIndicesOrbitVector const &cyclic_subgroups, GroupIndicesOrbitVector const &all_subgroups) |
Symmetrize IrrepInfo, by finding high symmetry directions and aligning the irrep subspace basis with those directions. More... | |