#include <cmr/config.h>
#include <cmr/export.h>
#include "common.hpp"

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Namespaces
	tu

Functions
decomposed_matroid *	tu::decompose_binary_matroid (const integer_matrix &matrix, log_level level)

bool	tu::is_totally_unimodular (const integer_matrix &matrix, log_level level)

bool	tu::is_totally_unimodular (const integer_matrix &matrix, decomposed_matroid *&decomposition, log_level level)

bool	tu::is_totally_unimodular (const integer_matrix &matrix, submatrix_indices &violator, log_level level)

bool	tu::is_totally_unimodular (const integer_matrix &matrix, decomposed_matroid *&decomposition, submatrix_indices &violator, log_level level)

CMR_EXPORT bool	tu::is_zero_plus_minus_one_matrix (const integer_matrix &matrix)

CMR_EXPORT bool	tu::is_zero_plus_minus_one_matrix (const integer_matrix &matrix, std::pair< integer_matrix::size_type, integer_matrix::size_type > &position)

CMR_EXPORT bool	tu::is_zero_one_matrix (const integer_matrix &matrix)

CMR_EXPORT bool	tu::is_zero_one_matrix (const integer_matrix &matrix, std::pair< integer_matrix::size_type, integer_matrix::size_type > &position)

bool	tu::is_signed_matrix (const integer_matrix &matrix)

bool	tu::is_signed_matrix (const integer_matrix &matrix, submatrix_indices &violator)

bool	tu::sign_matrix (integer_matrix &matrix)

void	tu::support_matrix (integer_matrix &matrix)

int	tu::submatrix_determinant (const integer_matrix &matrix, const submatrix_indices &submatrix)

bool	tu::determinant_is_totally_unimodular (const integer_matrix &matrix)

bool	tu::determinant_is_totally_unimodular (const integer_matrix &matrix, submatrix_indices &violator)

bool	tu::ghouila_houri_is_totally_unimodular_enum_rows (const integer_matrix &matrix)

bool	tu::ghouila_houri_is_totally_unimodular_enum_columns (const integer_matrix &matrix)

bool	tu::ghouila_houri_is_totally_unimodular (const integer_matrix &matrix)

Namespaces

Functions