HILA
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Algebra< SU< N, T > > Member List

This is the complete list of members for Algebra< SU< N, T > >, including all inherited members.

abs() constMatrix_t< N *N - 1, 1, T, Algebra< SU< N, T > > >inline
adjoint() constMatrix_t< N *N - 1, 1, T, Algebra< SU< N, T > > >inline
asArray() constMatrix_t< N *N - 1, 1, T, Algebra< SU< N, T > > >inline
asDiagonalMatrix() constMatrix_t< N *N - 1, 1, T, Algebra< SU< N, T > > >inline
cMatrix_t< N *N - 1, 1, T, Algebra< SU< N, T > > >
column(int c) constMatrix_t< N *N - 1, 1, T, Algebra< SU< N, T > > >inline
columns()Matrix_t< N *N - 1, 1, T, Algebra< SU< N, T > > >inlinestatic
conj() constMatrix_t< N *N - 1, 1, T, Algebra< SU< N, T > > >inline
dagger() constMatrix_t< N *N - 1, 1, T, Algebra< SU< N, T > > >inline
det() constMatrix_t< N *N - 1, 1, T, Algebra< SU< N, T > > >
det_laplace() constMatrix_t< N *N - 1, 1, T, Algebra< SU< N, T > > >
det_lu() constMatrix_t< N *N - 1, 1, T, Algebra< SU< N, T > > >
diagonal()Matrix_t< N *N - 1, 1, T, Algebra< SU< N, T > > >inline
Matrix_t< N *N - 1, 1, T, Algebra< SU< N, T > > >::dot(const Matrix< p, q, S > &rhs) constMatrix_t< N *N - 1, 1, T, Algebra< SU< N, T > > >inline
e(const int i, const int j) constMatrix_t< N *N - 1, 1, T, Algebra< SU< N, T > > >inline
eigen_hermitean(DiagonalMatrix< n, Et > &eigenvalues, Matrix_t< n, n, Mt, MT > &eigenvectors, enum hila::sort sorted=hila::sort::unsorted) constMatrix_t< N *N - 1, 1, T, Algebra< SU< N, T > > >
eigen_hermitean(enum hila::sort sorted=hila::sort::unsorted) constMatrix_t< N *N - 1, 1, T, Algebra< SU< N, T > > >
expand_scaled(T scf) constAlgebra< SU< N, T > >inline
fill(const S rhs)Matrix_t< N *N - 1, 1, T, Algebra< SU< N, T > > >inline
gaussian_random(T width=sqrt(2.0))Algebra< SU< N, T > >inline
Matrix_t< N *N - 1, 1, T, Algebra< SU< N, T > > >::gaussian_random(base_type width=1.0)Matrix_t< N *N - 1, 1, T, Algebra< SU< N, T > > >inline
generator_list(Alg_gen< N, T >(&gen_list)[N_a])Algebra< SU< N, T > >inlinestatic
imag() constMatrix_t< N *N - 1, 1, T, Algebra< SU< N, T > > >inline
is_square()Matrix_t< N *N - 1, 1, T, Algebra< SU< N, T > > >inlinestatic
is_vector()Matrix_t< N *N - 1, 1, T, Algebra< SU< N, T > > >inlinestatic
Matrix_t()=defaultMatrix_t< N *N - 1, 1, T, Algebra< SU< N, T > > >
max() constMatrix_t< N *N - 1, 1, T, Algebra< SU< N, T > > >inline
mul_trace(const Matrix_t< p, q, S, MT > &rm) constMatrix_t< N *N - 1, 1, T, Algebra< SU< N, T > > >inline
mult_by_2x2_left(int p, int q, const Matrix_t< 2, 2, R, Mt > &M)Matrix_t< N *N - 1, 1, T, Algebra< SU< N, T > > >inline
mult_by_2x2_right(int p, int q, const Matrix_t< 2, 2, R, Mt > &M)Matrix_t< N *N - 1, 1, T, Algebra< SU< N, T > > >inline
norm() constMatrix_t< N *N - 1, 1, T, Algebra< SU< N, T > > >inline
operator!=(const Matrix< n, m, S > &rhs) constMatrix_t< N *N - 1, 1, T, Algebra< SU< N, T > > >inline
operator*=(const Matrix_t< m, p, S, MT > &rhs) &Matrix_t< N *N - 1, 1, T, Algebra< SU< N, T > > >inline
operator*=(const DiagonalMatrix< m, S > &rhs) &Matrix_t< N *N - 1, 1, T, Algebra< SU< N, T > > >inline
operator+() constMatrix_t< N *N - 1, 1, T, Algebra< SU< N, T > > >inline
operator+=(const Matrix_t< n, m, S, MT > &rhs) &Matrix_t< N *N - 1, 1, T, Algebra< SU< N, T > > >inline
operator+=(const DiagonalMatrix< n, S > &rhs) &Matrix_t< N *N - 1, 1, T, Algebra< SU< N, T > > >inline
operator-() constMatrix_t< N *N - 1, 1, T, Algebra< SU< N, T > > >inline
operator-=(const Matrix_t< n, m, S, MT > &rhs) &Matrix_t< N *N - 1, 1, T, Algebra< SU< N, T > > >inline
operator/=(const S rhs) &Matrix_t< N *N - 1, 1, T, Algebra< SU< N, T > > >inline
Matrix_t< N *N - 1, 1, T, Algebra< SU< N, T > > >::operator=(const Matrix_t< n, m, S, MT > &rhs) &Matrix_t< N *N - 1, 1, T, Algebra< SU< N, T > > >inline
operator==(const Matrix< n2, m2, S > &rhs) constMatrix_t< N *N - 1, 1, T, Algebra< SU< N, T > > >inline
operator[](const int i) constMatrix_t< N *N - 1, 1, T, Algebra< SU< N, T > > >inline
outer_product(const Matrix< p, q, S > &rhs) constMatrix_t< N *N - 1, 1, T, Algebra< SU< N, T > > >inline
permute(const Vector< N, int > &permutation) constMatrix_t< N *N - 1, 1, T, Algebra< SU< N, T > > >inline
permute_columns(const Vector< m, int > &permutation) constMatrix_t< N *N - 1, 1, T, Algebra< SU< N, T > > >inline
permute_rows(const Vector< n, int > &permutation) constMatrix_t< N *N - 1, 1, T, Algebra< SU< N, T > > >inline
random()Matrix_t< N *N - 1, 1, T, Algebra< SU< N, T > > >inline
real() constMatrix_t< N *N - 1, 1, T, Algebra< SU< N, T > > >inline
row(int r) constMatrix_t< N *N - 1, 1, T, Algebra< SU< N, T > > >inline
rows()Matrix_t< N *N - 1, 1, T, Algebra< SU< N, T > > >inlinestatic
set_column(int c, const Vector< n, S > &v)Matrix_t< N *N - 1, 1, T, Algebra< SU< N, T > > >inline
set_diagonal(const Vector< n, S > &v)Matrix_t< N *N - 1, 1, T, Algebra< SU< N, T > > >inline
set_row(int r, const RowVector< m, S > &v)Matrix_t< N *N - 1, 1, T, Algebra< SU< N, T > > >inline
size()Matrix_t< N *N - 1, 1, T, Algebra< SU< N, T > > >inlinestatic
sort(Vector< N, int > &permutation, hila::sort order=hila::sort::ascending) constMatrix_t< N *N - 1, 1, T, Algebra< SU< N, T > > >inline
squarenorm() constMatrix_t< N *N - 1, 1, T, Algebra< SU< N, T > > >inline
str(int prec=8, char separator=' ') constMatrix_t< N *N - 1, 1, T, Algebra< SU< N, T > > >inline
svd(Matrix_t< n, n, Mt, MT > &_U, DiagonalMatrix< n, Et > &_D, Matrix_t< n, n, Mt, MT > &_V, enum hila::sort sorted=hila::sort::unsorted) constMatrix_t< N *N - 1, 1, T, Algebra< SU< N, T > > >
svd(enum hila::sort sorted=hila::sort::unsorted) constMatrix_t< N *N - 1, 1, T, Algebra< SU< N, T > > >
svd_pivot(Matrix_t< n, n, Mt, MT > &_U, DiagonalMatrix< n, Et > &_D, Matrix_t< n, n, Mt, MT > &_V, enum hila::sort sorted=hila::sort::unsorted) constMatrix_t< N *N - 1, 1, T, Algebra< SU< N, T > > >
trace() constMatrix_t< N *N - 1, 1, T, Algebra< SU< N, T > > >inline
transpose() constMatrix_t< N *N - 1, 1, T, Algebra< SU< N, T > > >inline
transpose() constMatrix_t< N *N - 1, 1, T, Algebra< SU< N, T > > >inline