W_reps_type_BC.at Function Index

Functions

Function	Argument(s) -> Results
normalize	[int] v->[int]
expand	[int] v, int r->[int]
normalize	Symbol S->Symbol
rank	[int] f->int
rank	Symbol S->int
symbol_B	Orbit P->Symbol
symbol_C	Orbit P->Symbol
wrep	Symbol S->Wrep
wrep	Orbit P->Wrep
orbit_C	Symbol S->Orbit
symbol	Wrep sigma->Symbol
orbit_C	Wrep sigma->Orbit
=	Wrep  a,Wrep b->bool
symbols_equal	Symbol a,Symbol b->bool
dimension	Wrep sigma->int
is_special_C	Symbol S->bool
is_special_C	Orbit P->bool
is_special_C	Wrep sigma->bool
special_C_star	Symbol S->string
special_C_star	Orbit P->string
special_C_star	Wrep sigma->string
symbols	RootDatum rd->[Symbol]
wreps	RootDatum rd->[Wrep]
cut_off_string	[int] v->(int,[int])
cut_off_last_string	[int] v->(int,[int])
extract_strings	[int] v->[int]
A_Levi_factor	int rank, [int] tau->[int]
AC_Levi_factor	int rank, [int] tau->(int,[int])
is_max	[[int]] taus,[int] tau->bool
max_only	[[int]] taus->[[int]]
Levi_signature	int rank,[[int]] tau_invariants->([[int]],[(int,[int])])
max_first_entry	[[int]] v->int
keep_by_first_entry	[[int]] v,int k->[[int]]
keep_by_first_entry_and_truncate	[[int]] v,int k->[[int]]
max_tagged_entry	[(int,[int])] v->int
keep_by_first_entry	[(int,[int])] v,int k->[(int,[int])]
keep_by_first_entry	[(int,[int])] v,int k->[(int,[int])]
keep_by_first_entry_and_truncate	[(int,[int])] v,int k->[(int,[int])]
wrep	int rank,[[int]] tau_invariants->Wrep
wrep	Block B,[int] cell->Wrep
wreps	Block B,[[int]] cells->[Wrep]
print_wreps_cpt	Block B,[[int]] cells->void
print_wreps	Block B,[[int]] cells->void
wreps	Block B,[[int]] cells->[([int],[int])]

Data Types

Data Type Name	Definition
Orbit	[int]
Symbol	[[int]]
Wrep	([int],[int])