Contents Menu Expand Light mode Dark mode Auto light/dark, in light mode Auto light/dark, in dark mode Skip to content
pyqcm v2.25.4-1-g434fb84 documentation
pyqcm v2.25.4-1-g434fb84 documentation

Contents:

  • Introduction
  • Models and clusters
  • Defining cluster models
  • Defining lattice models
  • Parameter sets, Hilbert space sectors and model instances
  • Spectral properties, bases, etc.
  • Cluster Dynamical Mean Field Theory
  • The Variational Cluster Approximation
  • The Hartree approximation
  • Looping functions
  • Drawing and Visualization
  • Lattice hybridizations
  • Other functions
  • Parallel processing
  • C++ API Reference
    • Namespace @99
    • Namespace ED
    • Namespace HS_mixing
    • Namespace parser
    • Namespace QCM
    • Namespace std
    • Template Struct anomalous_operator
    • Struct basis3D
    • Struct binary_state
    • Template Struct block_matrix
    • Struct cluster
    • Template Struct combined_sector_operator
    • Struct continued_fraction
    • Struct continued_fraction_set
    • Template Struct CSR_hermitian
    • Struct destruction_identifier
    • Template Struct destruction_operator
    • Template Struct diagonal_hamiltonian
    • Struct diagonal_matrix_element
    • Struct CombinedMCF_data
    • Struct ED_basis
    • Struct ED_factorized_basis
    • Struct ED_halfbasis
    • Struct ED_mixed_basis
    • Template Struct flex_array
    • Struct fraction
    • Template Struct general_interaction_operator
    • Template Struct GF_matrix_element
    • Template Struct global_parameter
    • Struct Green_function
    • Struct Green_function_k
    • Struct Green_function_set
    • Struct Heisenberg_operator
    • Struct Hermitian_operator
    • Template Struct HS_anomalous_operator
    • Template Struct HS_factorized_operator
    • Template Struct HS_general_interaction_operator
    • Template Struct HS_half_operator
    • Template Struct HS_Heisenberg_operator
    • Struct HS_Hermitian_operator
    • Template Struct HS_Hund_operator
    • Struct HS_interaction_operator
    • Template Struct HS_nondiagonal_operator
    • Template Struct HS_one_body_operator
    • Template Struct HS_operator
    • Struct Hund_operator
    • Struct Index
    • Struct index_pair
    • Struct interaction_operator
    • Struct lattice3D
    • Struct lattice_hybrid
    • Struct lattice_index_pair
    • Struct lattice_matrix_element
    • Struct lattice_model
    • Struct lattice_model::tile_group
    • Struct lattice_model_instance
    • Struct lattice_operator
    • Template Struct matrix
    • Template Struct matrix_continued_fraction
    • Template Struct matrix_element
    • Template Struct mcf_set
    • Struct model
    • Template Struct model_instance
    • Struct model_instance_base
    • Struct neighbor_match
    • Template Struct one_body_operator
    • Struct parameter
    • Struct parameter_set
    • Template Struct Q_matrix
    • Template Struct Q_matrix_set
    • Struct qcm_error
    • Struct rep_map
    • Struct run_statistics
    • Struct sector
    • Struct sector_data
    • Struct site
    • Template Struct sparse_matrix
    • Template Struct state
    • Template Struct less< destruction_identifier >
    • Template Struct less< sector >
    • Struct symmetric_orbital
    • Struct symmetry_group
    • Struct System
    • Template Struct vector3D
    • Template Class Hamiltonian
    • Template Class Hamiltonian_CSR
    • Template Class Hamiltonian_Dense
    • Template Class Hamiltonian_Eigen
    • Template Class Hamiltonian_Factorized
    • Template Class Hamiltonian_OnTheFly
    • Template Class Hamiltonian_Operator
    • Enum GF_FORMAT
    • Enum H_FORMAT
    • Enum latt_op_type
    • Enum op_type
    • Enum print_format
    • Template Function bandLanczos
    • Function banner(const char, const char, ostream&)
    • Function banner(const char, const string&, ostream&)
    • Function banner(const char, const char, std::ostream&)
    • Function banner(const char, const string&, ostream&)
    • Function BinaryToString(size_t, char *, size_t)
    • Function BinaryToString(size_t, char *, size_t)
    • Function bitcount32(uint32_t)
    • Function bitcount32(uint32_t)
    • Function bitcount64(uint64_t)
    • Function bitcount64(uint64_t)
    • Template Function blockLanczos
    • Template Function blockLanczosBI
    • Template Function blockLanczosSVD
    • Template Function call_primme
    • Function check_name(const string&)
    • Function check_name(const string&)
    • Function check_signals
    • Function chop(double, double)
    • Function chop(Complex, double)
    • Function cluster_index_from_string(string&)
    • Function cluster_index_from_string(string&)
    • Function collapse(const uint64_t&, const vector<int>&)
    • Function collapse(const uint64_t&, const vector<int>&)
    • Template Function combine_for_gf
    • Template Function combine_via_lanczos
    • Function conjugate(const double)
    • Function conjugate(const Complex)
    • Function conjugate(vector<double>&)
    • Function conjugate(vector<Complex>&)
    • Template Function Davidson
    • Function Destroy(const int, const uint32_t, const ED_mixed_basis&, const ED_mixed_basis&)
    • Function Destroy(const int, const uint32_t, const ED_factorized_basis&, const ED_factorized_basis&)
    • Function Destroy(const int, const uint32_t, const ED_mixed_basis&, const ED_mixed_basis&)
    • Function Destroy(const int, const uint32_t, const ED_factorized_basis&, const ED_factorized_basis&)
    • Template Function ED::assemble_combined_mcf_site_data
    • Function ED::check_instance
    • Function ED::cluster_averages
    • Function ED::complex_HS
    • Function ED::density_matrix
    • Function ED::erase_model_instance
    • Function ED::exists
    • Function ED::fidelity
    • Function ED::get_combined_mcf
    • Function ED::global_parameter_init
    • Function ED::Green_function(const Complex&, bool, const size_t, bool)
    • Function ED::Green_function(const complex<double>&, bool, const size_t, bool)
    • Function ED::Green_function_average
    • Function ED::Green_function_density
    • Function ED::Green_function_dimension
    • Function ED::Green_function_solve
    • Function ED::ground_state_solve
    • Function ED::hopping_matrix
    • Function ED::hopping_matrix_full
    • Function ED::hybridization
    • Function ED::hybridization_function(const Complex, bool, const size_t)
    • Function ED::hybridization_function(const complex<double>, bool, const size_t)
    • Function ED::interactions
    • Function ED::matrix_elements
    • Function ED::mixing
    • Function ED::model_size
    • Function ED::new_model
    • Function ED::new_model_instance
    • Function ED::new_operator(const string&, const string&, const string&, const vector<matrix_element<double>>&)
    • Function ED::new_operator(const string&, const string&, const string&, const vector<matrix_element<Complex>>&)
    • Function ED::new_operator(const string&, const string&, const string&, const vector<matrix_element<complex<double>>>&)
    • Function ED::Potthoff_functional
    • Function ED::print_models
    • Function ED::print_wavefunction
    • Function ED::qmatrix
    • Function ED::read_instance_hdf5
    • Function ED::self_energy(const Complex&, bool, const size_t)
    • Function ED::self_energy(const complex<double>&, bool, const size_t)
    • Function ED::susceptibility(const string&, const vector<Complex>&, const size_t)
    • Function ED::susceptibility(const string&, const vector<complex<double>>&, const size_t)
    • Function ED::susceptibility_poles
    • Function ED::tr_sigma_inf
    • Function ED::write_instance_hdf5
    • Function EigensystemTridiagonal(bool, vector<double>&, vector<double>&, vector<double>&, vector<double>&)
    • Function EigensystemTridiagonal(bool, vector<double>&, vector<double>&, vector<double>&, vector<double>&)
    • Template Function erase
    • Template Function find_lowest
    • Function fix_phase(vector<Complex>&)
    • Function fix_phase(vector<Complex>&)
    • Template Function fold_type(op_field)
    • Specialized Template Function fold_type(double)
    • Specialized Template Function fold_type(Complex)
    • Template Function from_string
    • Template Function gauge_field
    • Function global_bool(const string&)
    • Function global_bool(const string&)
    • Function global_char(const string&)
    • Function global_char(const string&)
    • Function global_double(const string&)
    • Function global_double(const string&)
    • Function global_int(const string&)
    • Function global_int(const string&)
    • Template Function gram_schmidt
    • Function h5_read_attr_double(const H5::Group&, const string&)
    • Function h5_read_attr_double(const H5::Group&, const string&)
    • Function h5_read_attr_int(const H5::Group&, const string&)
    • Function h5_read_attr_int(const H5::Group&, const string&)
    • Function h5_read_attr_string(const H5::Group&, const string&)
    • Function h5_read_attr_string(const H5::Group&, const string&)
    • Function h5_read_mat(const H5::Group&, const string&, matrix<double>&)
    • Function h5_read_mat(const H5::Group&, const string&, matrix<Complex>&)
    • Function h5_read_mat(const H5::Group&, const string&, matrix<double>&)
    • Function h5_read_mat(const H5::Group&, const string&, matrix<Complex>&)
    • Template Function h5_read_mcf
    • Function h5_read_vec(const H5::Group&, const string&, vector<double>&)
    • Function h5_read_vec(const H5::Group&, const string&, vector<double>&)
    • Function h5_write_attr(H5::Group&, const string&, double)
    • Function h5_write_attr(H5::Group&, const string&, int)
    • Function h5_write_attr(H5::Group&, const string&, const string&)
    • Function h5_write_attr(H5::Group&, const string&, double)
    • Function h5_write_attr(H5::Group&, const string&, int)
    • Function h5_write_attr(H5::Group&, const string&, const string&)
    • Function h5_write_mat(H5::Group&, const string&, const matrix<double>&)
    • Function h5_write_mat(H5::Group&, const string&, const matrix<Complex>&)
    • Function h5_write_mat(H5::Group&, const string&, const matrix<double>&)
    • Function h5_write_mat(H5::Group&, const string&, const matrix<Complex>&)
    • Template Function h5_write_mcf
    • Function h5_write_vec(H5::Group&, const string&, const vector<double>&)
    • Function h5_write_vec(H5::Group&, const string&, const vector<double>&)
    • Function Hamiltonian_ctor_mutex
    • Function hermitian_matrix_from_real_vector(size_t, const vector<double>&)
    • Function hermitian_matrix_from_real_vector(size_t, const vector<double>&)
    • Function hermitian_matrix_to_real_vector(const matrix<Complex>&, double *)
    • Function hermitian_matrix_to_real_vector(const matrix<Complex>&, double *)
    • Function increment
    • Function is_global_bool(const string&)
    • Function is_global_bool(const string&)
    • Function is_global_char(const string&)
    • Function is_global_char(const string&)
    • Function is_global_double(const string&)
    • Function is_global_double(const string&)
    • Function is_global_int(const string&)
    • Function is_global_int(const string&)
    • Function jackknife(const vector<double>&)
    • Function jackknife(const vector<double>&)
    • Template Function Lanczos
    • Template Function LanczosEigenvalue
    • Template Function LanczosEigenvector
    • Template Function LanczosGreen
    • Template Function linear_combination
    • Function max_abs(vector<double>&)
    • Function max_abs(vector<double>&)
    • Function mcf_to_T(Complex, double)
    • Function mcf_to_T(Complex, Complex)
    • Function min_abs(vector<double>&)
    • Function min_abs(vector<double>&)
    • Function mult_add(double, const vector<double>&, vector<double>&)
    • Function mult_add(Complex, const vector<Complex>&, vector<Complex>&)
    • Function mult_add(Complex, const vector<Complex>&, vector<Complex>&)
    • Function mult_add(double, const vector<double>&, vector<double>&)
    • Template Function native
    • Specialized Template Function native< Complex >
    • Specialized Template Function native< double >
    • Function new_global_bool(bool, const string&, const string&)
    • Function new_global_bool(bool, const string&, const string&)
    • Function new_global_char(char, const string&, const string&)
    • Function new_global_char(char, const string&, const string&)
    • Function new_global_double(double, const string&, const string&)
    • Function new_global_double(double, const string&, const string&)
    • Function new_global_int(size_t, const string&, const string&)
    • Function new_global_int(size_t, const string&, const string&)
    • Function norm(const vector<double>&)
    • Function norm(const vector<Complex>&)
    • Function norm(const vector<Complex>&)
    • Function norm(const vector<double>&)
    • Function norm2(const vector<double>&)
    • Function norm2(const vector<Complex>&)
    • Function norm2(const vector<Complex>&)
    • Function norm2(const vector<double>&)
    • Function normal_dis
    • Template Function normalize
    • Function operator!=(const sector&, const sector&)
    • Function operator!=(const sector&, const sector&)
    • Template Function operator!=(const vector3D<T>&, const vector3D<T>&)
    • Template Function operator*(const vector3D<T>&, const S&)
    • Template Function operator*(const S&, const vector3D<T>&)
    • Template Function operator*(const vector3D<T>&, const vector3D<S>&)
    • Function operator*(const vector<double>&, const vector<double>&)
    • Function operator*(const vector<Complex>&, const vector<Complex>&)
    • Function operator*(const vector<Complex>&, const vector<Complex>&)
    • Function operator*(const vector<double>&, const vector<double>&)
    • Template Function operator*(const vector<T>&, S)
    • Function operator*=(vector<double>&, const double&)
    • Function operator*=(vector<Complex>&, const Complex&)
    • Function operator*=(vector<Complex>&, const Complex&)
    • Function operator*=(vector<double>&, const double&)
    • Template Function operator+(const vector3D<T>&, const vector3D<T>&)
    • Template Function operator+(const vector<T>&, const vector<T>&)
    • Template Function operator+=(vector<T>&, const vector<S>&)
    • Template Function operator+=(vector<T>&, const S&)
    • Template Function operator-(const vector3D<T>&, const vector3D<T>&)
    • Template Function operator-(const vector<T>&, const vector<T>&)
    • Template Function operator-=(vector<T>&, const S&)
    • Template Function operator-=(vector<T>&, const vector<T>&)
    • Function operator<(const binary_state&, const binary_state&)
    • Function operator<(const sector&, const sector&)
    • Function operator<(const sector&, const sector&)
    • Template Function operator<(const vector3D<T>&, const vector3D<T>&)
    • Function operator<<(std::ostream&, const ED_basis&)
    • Function operator<<(std::ostream&, const ED_basis&)
    • Template Function operator<<(std::ostream&, const matrix_continued_fraction<T>&)
    • Template Function operator<<(std::ostream&, const destruction_operator<HilbertField>&)
    • Template Function operator<<(std::ostream&, const Q_matrix<HilbertField>&)
    • Template Function operator<<(std::ostream&, const state<HilbertField>&)
    • Function operator<<(std::ostream&, const symmetry_group&)
    • Function operator<<(std::ostream&, const symmetry_group&)
    • Function operator<<(std::ostream&, basis3D&)
    • Function operator<<(std::ostream&, lattice3D&)
    • Template Function operator<<(std::ostream&, const vector3D<T>&)
    • Template Function operator<<(std::ostream&, block_matrix<T>&)
    • Template Function operator<<(ostream&, global_parameter<T>&)
    • Function operator<<(ostream&, vector<string>&)
    • Template Function operator<<(ostream&, const vector<T>&)
    • Function operator==(const binary_state&, const binary_state&)
    • Function operator==(const sector&, const sector&)
    • Function operator==(const sector&, const sector&)
    • Template Function operator==(const vector3D<T>&, const vector3D<T>&)
    • Function operator==(istream&, const char *)
    • Function operator==(istream&, const string&)
    • Function operator==(istream&, const char *)
    • Function operator==(istream&, const string&)
    • Function operator>(const binary_state&, const binary_state&)
    • Function operator>(const sector&, const sector&)
    • Function operator>(const sector&, const sector&)
    • Function operator>>(std::istream&, basis3D&)
    • Template Function operator>>(std::istream&, vector3D<T>&)
    • Function operator>>(istream&, const char *)
    • Function operator>>(istream&, const string&)
    • Function operator>>(istream&, const char *)
    • Function operator>>(istream&, const string&)
    • Template Function operator>>(istream&, vector<T>&)
    • Function parser::find_next
    • Function parser::next_line
    • Function polynomial_fit(vector<double>&, vector<double>&, const double, double&, double&)
    • Function polynomial_fit(vector<double>&, vector<double>&, const double, double&, double&)
    • Template Function PRIMME_CSR_matmul
    • Template Function PRIMME_Eigen_Jacobi_preconditionner
    • Template Function PRIMME_Eigen_matmul
    • Template Function PRIMME_state_solver
    • Function Print_global_parameters(ostream&)
    • Function Print_global_parameters(ostream&)
    • Function Print_global_parameters_latex()
    • Function Print_global_parameters_latex()
    • Function Print_global_parameters_RST()
    • Function Print_global_parameters_RST()
    • Function print_options(int)
    • Function print_options(int)
    • Function PrintBinaryDouble(ostream&, const uint64_t&, size_t)
    • Function PrintBinaryDouble(std::ostream&, const uint64_t&, size_t)
    • Template Function Q_matrix_to_mcf
    • Function QCM::add_cluster
    • Function QCM::add_system
    • Function QCM::anomalous_operator
    • Function QCM::averages
    • Function QCM::band_Green_function(const complex<double>, const vector3D<double>&, bool, int)
    • Function QCM::band_Green_function(const complex<double>, const vector<vector3D<double>>&, bool, int)
    • Function QCM::Berry_curvature
    • Function QCM::Berry_flux
    • Function QCM::CDMFT_distance
    • Function QCM::CDMFT_gradient
    • Function QCM::CDMFT_host
    • Function QCM::CDMFT_residuals
    • Function QCM::CDMFT_variational_set
    • Function QCM::check_instance
    • Function QCM::cluster_Green_function
    • Function QCM::cluster_hopping_matrix
    • Function QCM::cluster_info
    • Function QCM::cluster_self_energy
    • Function QCM::compact_tiling
    • Function QCM::complex_HS
    • Function QCM::CPT_Green_function(const complex<double>, const vector3D<double>&, bool, int)
    • Function QCM::CPT_Green_function(const complex<double>, const vector<vector3D<double>>&, bool, int)
    • Function QCM::CPT_Green_function(int, int, int)
    • Function QCM::CPT_Green_function_inverse
    • Function QCM::current_operator
    • Function QCM::density_wave
    • Function QCM::dispersion
    • Function QCM::dos
    • Function QCM::epsilon
    • Function QCM::erase_lattice_model_instance
    • Function QCM::explicit_operator
    • Function QCM::get_CDMFT_host
    • Function QCM::get_combined_mcf_k
    • Function QCM::get_wavevector_grid
    • Function QCM::global_parameter_init
    • Function QCM::great_reset
    • Function QCM::Green_function_dimension
    • Function QCM::Green_function_solve
    • Function QCM::Green_integral
    • Function QCM::ground_state
    • Function QCM::hopping_operator
    • Function QCM::hybridization_function
    • Function QCM::instance_parameters
    • Function QCM::interaction_operator
    • Function QCM::k_integral
    • Function QCM::k_integral_grid
    • Function QCM::kinetic_energy
    • Function QCM::Lehmann_Green_function
    • Function QCM::mixing
    • Function QCM::momentum_profile
    • Function QCM::monopole
    • Function QCM::new_lattice_model
    • Function QCM::new_model_instance
    • Function QCM::parameters
    • Function QCM::periodized_Green_function(const complex<double>, const vector3D<double>&, bool, int)
    • Function QCM::periodized_Green_function(const complex<double>, const vector<vector3D<double>>&, bool, int)
    • Function QCM::periodized_Green_function_element
    • Function QCM::potential_energy
    • Function QCM::Potthoff_functional
    • Function QCM::print_model
    • Function QCM::projected_Green_function
    • Function QCM::qcm_init
    • Function QCM::reduced_Green_function_dimension
    • Function QCM::self_energy
    • Function QCM::set_basis
    • Function QCM::set_CDMFT_host
    • Function QCM::set_multiplier
    • Function QCM::set_parameter
    • Function QCM::set_parameters
    • Function QCM::set_wavevector_grid
    • Function QCM::site_and_bond_profile
    • Function QCM::spatial_dimension
    • Function QCM::spectral_average
    • Function QCM::systems_info
    • Function QCM::tk(const vector3D<double>&, bool, int)
    • Function QCM::tk(const vector<vector3D<double>>&, bool, int)
    • Function QCM::V_matrix
    • Function QCM::wk_integral
    • Function qcm_catch
    • Function qcm_ED_catch
    • Function qcm_ED_throw(const std::string&)
    • Function qcm_ED_throw(const std::string&)
    • Function qcm_ED_throw(const std::string&)
    • Function qcm_throw(const string&)
    • Function qcm_throw(const std::string&)
    • Function qcm_throw(const std::string&)
    • Function qcm_warning(const std::string&)
    • Function qcm_warning(const std::string&)
    • Function random(vector<double>&, std::normal_distribution<double>&)
    • Function random(vector<Complex>&, std::normal_distribution<double>&)
    • Function random(vector<Complex>&, std::normal_distribution<double>&)
    • Function random(vector<double>&, std::normal_distribution<double>&)
    • Function read_strings(istream&)
    • Function read_strings(istream&)
    • Template Function read_vectors
    • Function realpart(const double)
    • Function realpart(const Complex)
    • Function SEF_integrand
    • Function set_global_bool(const string&, bool)
    • Function set_global_bool(const string&, bool)
    • Function set_global_char(const string&, char)
    • Function set_global_char(const string&, char)
    • Function set_global_double(const string&, double)
    • Function set_global_double(const string&, double)
    • Function set_global_int(const string&, size_t)
    • Function set_global_int(const string&, size_t)
    • Function split_string(const string&, char)
    • Function split_string(const string&, char)
    • Function strip_at
    • Function sum(vector<double>&)
    • Function sum(vector<double>&)
    • Function sum_negative(vector<double>&)
    • Function sum_negative(vector<double>&)
    • Template Function swap
    • Function to_complex(const vector<double>&)
    • Function to_complex(const vector<complex<double>>&)
    • Function to_complex(const vector<double>&)
    • Function to_complex_matrix(const matrix<double>&)
    • Function to_complex_matrix(const matrix<double>&)
    • Function to_complex_matrix(const matrix<complex<double>>&)
    • Function to_real_matrix(const matrix<double>&)
    • Function to_real_matrix(const matrix<complex<double>>&)
    • Template Function to_string(const T&)
    • Template Function to_string(const vector<T>&)
    • Template Function to_zero
    • Function tr_sigma_inf
    • Template Function triple_product
    • Function VDVH_naive(std::vector<Complex>&, const std::vector<double>&, const std::vector<Complex>&, const int, const int)
    • Function VDVH_naive(std::vector<Complex>&, const std::vector<Complex>&, const std::vector<Complex>&, const int, const int)
    • Function VDVH_naive(std::vector<Complex>&, const std::vector<Complex>&, const std::vector<Complex>&, const int, const int)
    • Function VDVH_naive(std::vector<Complex>&, const std::vector<double>&, const std::vector<Complex>&, const int, const int)
    • Template Function vector_product
    • Variable GP_bool
    • Variable GP_char
    • Variable GP_double
    • Variable GP_int
    • Variable grid_freqs
    • Variable grid_freqs
    • Variable grid_freqs
    • Variable grid_weights
    • Variable grid_weights
    • Variable grid_weights
    • Variable halfbasis
    • Variable Hamiltonian_format
    • Variable Hamiltonian_format
    • Variable HS_mixing::anomalous
    • Variable HS_mixing::full
    • Variable HS_mixing::normal
    • Variable HS_mixing::spin_flip
    • Variable HS_mixing::up_down
    • Variable is_global_parameter_initialized
    • Variable lattice_model_instances
    • Variable m1
    • Variable m16
    • Variable m2
    • Variable m32
    • Variable m4
    • Variable m8
    • Variable max_gap
    • Variable max_gap
    • Variable max_gap
    • Variable max_gap
    • Variable max_gap
    • Variable model_instances
    • Variable model_instances
    • Variable models
    • Variable models
    • Variable normal_dis
    • Variable normal_dis
    • Variable ops
    • Variable parser::no_rewind
    • Variable QCM::is_global_parameter_initialized
    • Variable qcm_model
    • Variable recursive
    • Variable STATS
    • Variable STATS
    • Variable threshold
    • Variable wavevector_grid_nx
    • Variable wavevector_grid_ny
    • Variable wavevector_grid_nz
    • Define ETADELTA
    • Define FACTOR
    • Define FIELD_WIDTH
    • Define LARGE_UNIT
    • Define LONG_DISPLAY
    • Define LOOK_UP
    • Define matrix_SMALL_VALUE
    • Define MAX_GENERATORS
    • Define MAX_GENERATORS
    • Define MAX_K_SIDE
    • Define MAX_ORBITAL
    • Define MIDDLE_VALUE
    • Define MIN_BASIS_DUMP_SIZE
    • Define MIN_DUMP_SIZE
    • Define MIN_GAP
    • Define MIN_SIZE
    • Define MIN_SIZE
    • Define NORMAL_DISPLAY
    • Define NW
    • Define PARAMETER_ZERO
    • Define QCM_ASSERT
    • Define SHORT_DISPLAY
    • Define SMALL_VALUE
    • Define TINY
    • Define WINF
    • Typedef Complex
Back to top
View this page

Template Function triple_product¶

  • Defined in File vector3D.hpp

Function Documentation¶

template<typename T>
T triple_product(const vector3D<T> &E1, const vector3D<T> &E2, const vector3D<T> &E3)¶

triple product product

Next
Function VDVH_naive(std::vector<Complex>&, const std::vector<double>&, const std::vector<Complex>&, const int, const int)
Previous
Function tr_sigma_inf
Copyright © 2025, David Sénéchal
Made with Sphinx and @pradyunsg's Furo
On this page
  • Template Function triple_product
    • Function Documentation
      • triple_product()