hr::connection_table< T > Struct Template Reference

Public Member Functions
unsigned char *	spintable ()
T *	full ()
void	setspin (int d, int spin, bool mirror)
int	spin (int d)
bool	mirror (int d)
int	fix (int d)
T *&	move (int i)
T *&	modmove (int i)
unsigned char	modspin (int i)
void	fullclear ()
void	connect (int d0, T *c1, int d1, bool m)
void	connect (int d0, walker< T > hs)

Public Attributes
T *	move_table [FULL_EDGE+(FULL_EDGE+sizeof(char *) - 1)/sizeof(char *)]

Member Function Documentation

full()

template<class T >

T* hr::connection_table< T >::full ( )

inline

get the full T from the pointer to this connection table

setspin()

template<class T >

void hr::connection_table< T >::setspin ( int  d, int  spin, bool  mirror  )

inline

for the edge d, set the spin and mirror attributes

spin()

template<class T >

int hr::connection_table< T >::spin ( int  d )

inline

we are spin(i)-th neighbor of move[i]

mirror()

template<class T >

bool hr::connection_table< T >::mirror ( int  d )

inline

on non-orientable surfaces, the d-th edge may be mirrored

fix()

template<class T >

int hr::connection_table< T >::fix ( int  d )

inline

'fix' the edge number d to get the actual index in [0, degree())

move()

template<class T >

T*& hr::connection_table< T >::move ( int  i )

inline

T in the direction i

modmove()

template<class T >

T*& hr::connection_table< T >::modmove ( int  i )

inline

T in the direction i, modulo degree()

fullclear()

template<class T >

void hr::connection_table< T >::fullclear ( )

inline

initialize the table

connect()

template<class T >

void hr::connection_table< T >::connect ( int  d0, T *  c1, int  d1, bool  m  )

inline

connect this in direction d0 to c1 in direction d1, possibly mirrored

Member Data Documentation

move_table

template<class T >

T* hr::connection_table< T >::move_table[FULL_EDGE+(FULL_EDGE+sizeof(char *) - 1)/sizeof(char *)]

Table of moves. This is the maximum size, but tailored_alloc allocates less.

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

• locations.cpp