Script Reference

projectors_using_character_tables.at

Lines:
220
Definitions:
22
Dependencies:
basic.atW_orbit.atW_classes.atWeylgroup.atW_reps.atcharacter_tables.atlattice.at
Source:
GitHub

Definitions

NameSignatureDescription
projectors_verbose
projector(WeylClassTable tab, W_rep(dim,ops), [int] chi) = mat:
projector(WeylClassTable tab, W_rep(dim,ops), [int] chi,(->)f) = mat:
projector_verbose((WeylClassTable,W_rep,[int])(tab,rho,chi):args) = mat:
projectors(WeylClassTable tab, W_rep (dim,ops), [[int]] chis,(->)f) = [mat]:
projectors_verbose(WeylClassTable tab, W_rep rho, [[int]] chis) = [mat]:
projector(WeylClassTable Wct, WCell cell, vec chi) = mat:
projectors(WeylClassTable Wct, WCell cell, [vec] chis) = [mat]:
special_projector(WeylClassTable Wct, WCell cell) = mat:
special_representation_of_cell(WeylClassTable Wct, WCell cell) = W_rep:
special_projectorsWct, [WCell] cells) = [mat]:
is_rational_multiple(vec v,vec w) = bool: rank(mat:[v,w])<2
group_vectors_up_to_scalar([vec] list) = [[int]]:
group_vectors_up_to_scalar_alt([vec] list) =
group_parameters_projection(WCell cell,mat projector) = [[int]]:
group_parameters_by_primitive_ideal(WCell cell,mat projector) = [[int]]:
print_primitive_ideal_info([WCell] cells,[mat] projectors) = void:
print_primitive_ideal_info([WCell] cells,[mat] projectors,string .) = void:
projectors(CharacterTable ct, WCell cell, [vec] chis) = [mat]:
special_projector(CharacterTable ct, WCell cell) = mat:
special_representation_of_cell(CharacterTable ct, WCell cell) = W_rep:
special_projectorsct, [WCell] cells) = [mat]: