KL_polynomial_matrices.at Function IndexΒΆ


Functions

Function Argument(s) -> Results
length int i, vec stops->int
length_diff int i,int j,vec stops->int
cook_KL_block_alt [Param] B,int entry_elem,mat KL,[poly] polys,vec stops,vec surv, mat contrib->([Param],int,poly_mat,vec)
eval poly_mat M,int k->mat
permutation [Param] B1, [Param] B2->([int],bool)
KL_P_polynomials Param p->poly_mat
KL_P_polynomials_at_minus_one Param p->mat
KL_P_signed_polynomials Param p->poly_mat
KL_P_signed_polynomials_at_minus_one Param p->mat
KL_P_polynomials [Param] B->poly_mat
KL_P_polynomials_at_minus_one [Param] B->mat
KL_P_signed_polynomials [Param] B->poly_mat
KL_P_signed_polynomials_at_minus_one [Param] B->mat
KL_Q_polynomials Param p->poly_mat
KL_Q_polynomials [Param] B->poly_mat
final_subset [Param] B->[] in for p in B do if is_final(p) then rv#
KL_block_alt Param p, mat delta->([Param],int,mat,[vec],vec,vec,mat)
KL_P_polynomials Param p,mat delta->poly_mat
KL_P_polynomials_at_minus_one Param p,mat delta->mat
KL_P_polynomials [Param] B_fixed,mat delta->poly_mat
KL_P_polynomials_at_minus_one [Param] B_fixed,mat delta->mat
KL_P_signed_polynomials Param p, mat delta->poly_mat
KL_P_signed_polynomials_at_minus_one Param p, mat delta->mat
KL_P_polynomials_alt [Param] B,mat delta->poly_mat
KL_P_signed_polynomials [Param] B,mat delta->poly_mat
KL_P_signed_polynomials_at_minus_one [Param] B,mat delta->mat
KL_Q_polynomials Param p->poly_mat
KL_Q_polynomials [Param] B->poly_mat
KL_P_polynomials_old Param p->poly_mat
KL_P_polynomials_old [Param] B_fixed,mat delta->[[poly]]
KL_P_signed_polynomials_old [Param] B_fixed,mat delta->[[poly]]