Functions
bool	is_complex (DescValue v)

bool	has_double_image (DescValue v)

bool	is_unique_image (DescValue v)

bool	is_like_nonparity (DescValue v)

bool	is_like_compact (DescValue v)

bool	is_like_type_1 (DescValue v)

bool	is_like_type_2 (DescValue v)

bool	has_quadruple (DescValue v)

bool	is_proper_ascent (DescValue v)

bool	has_defect (DescValue v)

int	generator_length (DescValue v)

DescValue	extended_type (const Block_base &block, BlockElt z, ext_gen p, BlockElt &link)

const char *	descent_code (DescValue v)

bool	is_descent (DescValue v)

Typedef Documentation

typedef Polynomial<int> atlas::ext_block::Pol

Enumeration Type Documentation

const char * atlas::ext_block::descent_code ( DescValue v )

DescValue atlas::ext_block::extended_type	(	const Block_base &	block,
		BlockElt	z,
		ext_gen	p,
		BlockElt &	link
	)

int atlas::ext_block::generator_length ( DescValue v )

bool atlas::ext_block::has_defect ( DescValue v )

bool atlas::ext_block::has_double_image ( DescValue v )

bool atlas::ext_block::has_quadruple ( DescValue v )

bool atlas::ext_block::is_complex ( DescValue v )

bool atlas::ext_block::is_descent ( DescValue v )

inline

bool atlas::ext_block::is_like_compact ( DescValue v )

bool atlas::ext_block::is_like_nonparity ( DescValue v )

bool atlas::ext_block::is_like_type_1 ( DescValue v )

bool atlas::ext_block::is_like_type_2 ( DescValue v )

bool atlas::ext_block::is_proper_ascent ( DescValue v )

bool atlas::ext_block::is_unique_image ( DescValue v )

Enumerations
enum	DescValue { one_complex_ascent, one_complex_descent, one_imaginary_single, one_real_pair_fixed, one_imaginary_pair_fixed, one_real_single, one_imaginary_pair_switched, one_real_pair_switched, one_real_nonparity, one_imaginary_compact, two_complex_ascent, two_complex_descent, two_semi_imaginary, two_semi_real, two_imaginary_single_single, two_real_double_double, two_imaginary_single_double, two_real_single_double, two_imaginary_double_double, two_real_single_single, two_real_nonparity, two_imaginary_compact, three_complex_ascent, three_complex_descent, three_semi_imaginary, three_real_semi, three_imaginary_semi, three_semi_real, three_real_nonparity, three_imaginary_compact }