complex_nilpotent_orbits.at Function Index¶
Functions
Function | Argument(s) -> Results |
---|---|
root_datum_of | ComplexNilpotent O->RootDatum |
semisimple_element | ComplexNilpotent O->vec |
dim_nilpotent | RootDatum rd,ratvec H->int |
diagram | ComplexNilpotent O->[int] |
dim_eigenspace | RootDatum rd, ratvec H, int k->int |
max_eigenspace | RootDatum rd, ratvec H->int |
all_eigenspaces | RootDatum rd, ratvec H->[int] |
extract_even | [int] v->for i |
extract_odd | [int] v->for i |
even_eigenspaces | RootDatum rd, ratvec H->[int] |
odd_eigenspaces | RootDatum rd, ratvec H->[int] |
support | KGBElt x->[int] |
support | Param p->[int] |
blocku | RealForm G->[Param] |
sort_by | ((vec, rat)-> rat) f->([(vec,rat)] v) [(vec,rat)] |
all_H | RootDatum rd->[(vec,rat)] |
all_H_dimensions | RootDatum rd->[int] |
sort_by | ((ratvec, [vec])-> int) f->([(ratvec,[vec])] v) [(ratvec,[vec])] |
find_H | Parabolic P->[(vec,[vec])] |
max_only | [(vec,[vec])] arg->[(vec,[vec])] |
<= | [int] a,[int] b->all(for i |
principal_block | RealForm G->Block |
real_form | Block B->RealForm |
rho | Block B->ratvec |
choose_gamma | KGBElt x,KGBElt y->ratvec |
choose_gamma | Block B->ratvec |
convert_list_W_cells | Block B,ratvec gamma,[[int]] Wcells->[[Param]] |
tau_invariants | Block B->[[int]] |
tau_invariants_of_cell | Block B, [int] cell->[(int,[int])] |
tau_invariants_of_cell_raw | Block B, [int] cell->[[int]] |
tau_containing | Block B,[int] P->[int] |
is_Aq | Param p->bool |
Blocku | RealForm G->[int] |
is_Aq_cell | Block B,[int] C->bool |
is_Aq | Block B,int i->bool |
Data Types
Data Type Name | Definition |
---|---|
ComplexNilpotent | (RootDatum,vec) |