Classes
struct	Compute_pullback

struct	Compute_pullback< 0, d1, d2 >

struct	Compute_pullback< 1, 1, 1 >

struct	Compute_pullback< 1, d1, d2 >

struct	Compute_pullback< 2, 2, 3 >

struct	Compute_pullback< 2, 3, 2 >

struct	Compute_pullback< 2, 3, 3 >

struct	Compute_pullback< d, d, d >

class	Diff_exterior

struct	Diff_full
	Differential operator from $P_r\Lambda^l(R^d)$ to $P_{r-1}\Lambda^{l+1}(R^d)$. More...

struct	Diff_homogeneous_mat
	Generate the matrices for the Differential operator on homogeneous monomial. More...

class	ExteriorBasis
	Class to handle the exterior algebra basis. More...

struct	Initialize_exterior_module
	Initialize every class related to the polynomial degree r. More...

class	Koszul_exterior
	Compute the action of Kozsul and Diff on the exterior algebra. More...

struct	Koszul_full
	Koszul operator from $P_r\Lambda^l(R^d)$ to $P_{r+1}\Lambda^{l-1}(R^d)$. More...

struct	Koszul_homogeneous_mat
	Generate the matrices for the Koszul operator on homogeneous monomial. More...

struct	Monomial_powers
	Generate a basis of monomial powers of degree r. More...

class	Monomial_scalar_basis_linear_ID

class	Monomial_scalar_basis_linear_ID< d, d >

Functions
template<typename V , typename Derived >
double	Compute_partial_det (const V &a1, const V &a2, const Eigen::MatrixBase< Derived > &A)
	Generic determinant computation.

Function Documentation

◆ Compute_partial_det()

template<typename V , typename Derived >

double Manicore::Compute_partial_det	(	const V &	a1,
		const V &	a2,
		const Eigen::MatrixBase< Derived > &	A
	)

Generic determinant computation.

The first two arguments should be the list of indexes to use, and the last the matrix This function returns the determinant of the partial matrix