hr::euc::torus_config_full Struct Reference

Inheritance diagram for hr::euc::torus_config_full:

Public Member Functions
void	reset ()
void	add (coord val)
coord	get (coord x)
coord	compute_cat (coord coo)
void	canonicalize (coord &x, coord &d, transmatrix &M, bool &mirr)
Public Member Functions inherited from hr::euc::torus_config
	torus_config (intmatrix user_axes, int twisted)

Public Attributes
intmatrix	optimal_axes
intmatrix	regular_axes
gp::loc	twisted_vec
gp::loc	ortho_vec
int	det
int	infinite_dims
intmatrix	inverse_axes
unordered_map< coord, int >	hash
vector< coord >	seq
int	index
Public Attributes inherited from hr::euc::torus_config
intmatrix	user_axes
int	twisted

Member Function Documentation

add()

void hr::euc::torus_config_full::add

(

coord

val

)

add to the tori canonicalization list

get()

coord hr::euc::torus_config_full::get

(

coord

x

)

get the representative on the tori canonicalization list

compute_cat()

coord hr::euc::torus_config_full::compute_cat

(

coord

coo

)

find the equivalence class of coo

canonicalize()

void hr::euc::torus_config_full::canonicalize	(	coord &	x,
		coord &	d,
		transmatrix &	M,
		bool &	mirr
	)

canonicalize coord x; in case of twisting, adjust d, M, and mirr accordingly

Member Data Documentation

optimal_axes

intmatrix hr::euc::torus_config_full::optimal_axes

optimal representation of the periods

regular_axes

intmatrix hr::euc::torus_config_full::regular_axes

regular axes (?)

twisted_vec

gp::loc hr::euc::torus_config_full::twisted_vec

in 2D: the period vector which is reflected

ortho_vec

gp::loc hr::euc::torus_config_full::ortho_vec

in 2D: a vector orthogonal to twisted_vec

det

int hr::euc::torus_config_full::det

determinant

infinite_dims

int hr::euc::torus_config_full::infinite_dims

the number of infinite dimensions

inverse_axes

intmatrix hr::euc::torus_config_full::inverse_axes

?

hash

unordered_map<coord, int> hr::euc::torus_config_full::hash

for canonicalization on tori

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The documentation for this struct was generated from the following file:

• euclid.cpp