Unipotent_Packets_All_Types.at Function Index

Functions

Function	Argument(s) -> Results
get_non_empty_block_indices	RealForm G->[[int]]
vec_as_int	vec v->[int]
vecs_as_int	[vec] V->[[int]]
find	[(KGBElt, KGBElt)] K, (KGBElt, KGBElt) k->int
find_reps_in_Cells	[[int]] W_Cells, Param t->int
vec_as_int	vec v->[int]
vecs_as_int	[vec] V->[[int]]
x_min_parabolic_in_dis_fiber_Step1	RealForm G,[int] H->([KGBElt])
x_min_parabolic_in_dis_fiber	RealForm G,[int] H->([KGBElt])
closed_real_parabolics_associated_to_a_lambda	RealForm G, [int] H->[Parabolic]
partition_from_multiplicity	[int] p->[int]
H_GL	int n->[int]
H_Sp	int n->[int]
H_SO	int n->[int]
H_SO_pair	int n, int m->[int]
one_dimensionals	RealForm G->([Param])
ind_one_dim_from_parabolic	Parabolic Q->([Param])
closed_real_parabolics_associated_to_a_lambda	RealForm G, [int] H->[Parabolic]
dual_Cell	Block B, int Cell->int
cells_with_given_AV	[int] O, [[int]] AV_Cells->(int, [int])
subset	[int] V, [int] W->bool
delete_sub_vector	[int] Q, [int] W->[int]
good_KGB_C	RealForm G->[KGBElt]
if_same_len_B	[int] R, [int] S->([int], [int])
orbit_from_W_rep_B	Wrep W->[int]
AV_for_given_block_B	Block B->[[int]]
orbit_H_Bn_Step1	RealForm G, [int] p->([int], [int])
orbit_H_Bn	RealForm G, [int] r->[int]
induced_from_closed_parabolics_B	RealForm G, [int] P->[Param]
real_forms_of_complex_orbit_as_Reps_B	Block B, [int] P->[Param]
real_forms_of_complex_orbit_as_Cells_B	Block B, [int] P->[int]
all_Cells_with_Aq_Lambda_B	Block B, [int] P->[int]
all_Cells_with_Aq_Lambda_as_Real_forms_B	Block B, [int] P->[[int]]
Unipotent_Algo_test_B	Block B, [int] P->bool
Unipotent_Packet_B	Block B, [int] P->[[Param]]
Missing_Parts_of_Uni_Packet_B	Block B, [int] P->[[Param]]
if_same_len_C	[int] R, [int] S->([int], [int])
orbit_from_W_rep_C	Wrep W->[int]
AV_for_given_block_C	Block B->[[int]]
orbit_H_Cn	RealForm G, [int] P->[int]
induced_from_closed_parabolics_C	RealForm G, [int] P->[Param]
real_forms_of_complex_orbit_as_Reps_C	Block B, [int] P->[Param]
real_forms_of_complex_orbit_as_Cells_C	Block B, [int] P->[int]
all_Cells_with_Aq_Lambda_C	Block B, [int] P->[int]
all_Cells_with_Aq_Lambda_as_Real_forms_C	Block B, [int] P->[[int]]
Unipotent_Algo_test_C	Block B, [int] P->bool
Unipotent_Packet_C	Block B, [int] P->[[Param]]
Missing_Parts_of_Uni_Packet_C	Block B, [int] P->[[Param]]
is_valid_pair	Block B, [int] P->bool
Unipotent_Packets	Block B, [int] P->[[Param]]