Script Reference
hodge_K_type_formula.at
Definitions
| Name | Signature | Description |
|---|---|---|
| hodge_K_type_formula_verbose | {short for hodge_K_type_formula_verbose} | short for hodge_K_type_formula_verbose |
| char | ||
| sp | ||
| add | ||
| cut | ||
| dual | ->[vec]) weights) = (KGBElt->[vec]): (KGBElt x)[vec]: | |
| delete | mu,[KType] S)=[KType]: | |
| hodge_table | ||
| lookup | p_L_j,Parabolic P,[(Param,Parabolic, hodgeParamPol)] hodge_table)= | |
| fill_out | ktypes, int N)=[KType]: | |
| fill_out_recursively | ktypes, int N)= | |
| hodgePrintPolyMatrix | M,int space_size)= void:printPolyMatrix(M,space_size,"v") | |
| hodgePrintPolyMatrix | (i_poly_mat M) = void: hodgePrintPolyMatrix(M,3) | |
| mu | (Param p) = rat: | |
| unique | list)=[Param]: | |
| union | lists)=[Param]: | |
| unique | list)=[KType]: | |
| union | lists)=[KType]: | |
| starting_set_of_K_types | mu,Parabolic P,int N)= | |
| hodge_K_type_formula | mu_G_orig, int N)= | |
| hodge_K_type_formula_debugging | mu_G_orig, int N)= | |
| hodge_K_type_formula_old | mu_G_orig, int N)=hodgeParamPol: | |
| hodge_K_type_mat_long | mu, int N,[KType] ktypes)=(int,[KType],i_poly_mat,i_poly_mat): | |
| hodge_K_type_mat_long | mu, int N)=(int,[KType],i_poly_mat,i_poly_mat): | |
| hodge_K_type_mat | mu, int N,[KType] ktypes)=(i_poly_mat,i_poly_mat): | |
| hodge_K_type_mat | mu, int N)=(i_poly_mat,i_poly_mat): | |
| test_hodge_K_type_mat | mu,int N)=(i_poly_mat,[bool],bool): | |
| test_hodge_K_type_mat | mus,int N)=([([[vec]],bool)],bool): | |
| hodge_K_type_mat_trivial | G, int N)=let (a,b,A,B)=hodge_K_type_mat_long(LKT(trivial(G)),N) | |
| Phi_S | p, int N)=HodgeKTypePol: | |
| Phi_S | P, int N)=HodgeKTypePol: | |
| Phi_S | P, int N)=HodgeKTypePol: | |
| Phi_S | p, [KType] S)=HodgeKTypePol:Phi_S(p,max(for mu in S do K_norm(mu) od)) | |
| Phi_S | P, [KType] S)=HodgeKTypePol:Phi_S(P,max(for mu in S do K_norm(mu) od)) | |
| Phi_S | P, [KType] S)=HodgeKTypePol:Phi_S(P,max(for mu in S do K_norm(mu) od)) | |
| hodge_branch_std | p, int N)=HodgeKTypePol: | |
| hodge_branch_std | P, int N)=HodgeKTypePol: | |
| hodge_branch_std | P, int N)=HodgeKTypePol: | |
| hodge_formula_irr | p)=hodgeParamPol: | |
| hodge_branch_irr | p,int N)= | |
| hodge_function_std | p)=hodge_function: | |
| column | ktypes,i_poly_mat M,int i,RealForm G)= HodgeKTypePol: | |
| print_hodge_std | p,int bound)=show(hodge_branch_std(p,bound)) | |
| print_hodge_std_long | p,int bound)=show_long(hodge_branch_std(p,bound)) | |
| print_hodge_irr | p,int bound)=show(hodge_branch_irr(p,bound)) | |
| print_hodge_irr_long | p,int bound)=show_long(hodge_branch_irr(p,bound)) |