Inheritance diagram for vsr::SpaceGroup3D< V >:

Public Types
enum	LatticeType { Primitive, Body, AFace, CFace, HFace, Face2, Face3, Rhombo }

enum	GlideType { None, AxialA, AxialB, AxialC, Diagonal, Diamond }

using	Trs = typename V::space::translator

using	Vec = typename V::space::Vec

Public Types inherited from vsr::PointGroup3D< V >
using	Biv = typename V::space::Biv

using	Vec = typename V::space::Vec

Public Types inherited from vsr::Group< V >
using	Trs = typename V::space::translator
	Trs is the translator type of whatever conformal metric we are in.

Public Member Functions
	SpaceGroup3D (int p, int q, bool abar=false, bool bbar=false, bool abbar=false, LatticeType lattice=Primitive, Vec ratio=Vec(1, 1, 1), Glide glide=Glide(), int screw=0)

void	init ()

template<class T >
vector< T >	operator() (const T &p)

template<class T >
vector< T >	apply (const T &p)

template<class T >
vector< T >	apply (const vector< T > &p)

Vec	vec (float x, float y, float z)
	Calculate a vector transformation basice on generators and ratio

template<class T >
vector< T >	hang (const T &motif, int x, int y, int z)
	Hang a motif on a Lattice of dimensions x,y,z

template<class T >
vector< T >	hang (const vector< T > &motif, int x, int y, int z)

Public Member Functions inherited from vsr::PointGroup3D< V >
	PointGroup3D (int p, int q, bool abar=false, bool bbar=false, bool abbar=false)

template<class T >
vector< T >	operator() (const T &p)

template<class T >
vector< T >	operator() (const vector< T > &p)

void	seed (const Vec &vec=Vec(.213,.659, 1.6967).unit())

template<class T >
vector< T >	apply (const T &p)

auto	ab () -> auto

auto	ac () -> auto

auto	bc () -> auto

Public Member Functions inherited from vsr::Group< V >
	Group (vector< V > v)

template<class T >
vector< T >	operator() (const T &p)
	Applies all operators on p motif and returns results.

template<class T >
vector< T >	operator() (const vector< T > &p)
	Applies all operations on a vector of type T.

Public Attributes
LatticeType	mLatticeType

Glide	mGlide

Vec	mRatio

int	mScrew

Public Attributes inherited from vsr::PointGroup3D< V >
V	a

V	b

V	c

vector< OpIdx >	opIdx

Public Attributes inherited from vsr::Group< V >
int	numSimple
	number of simple roots used to generate group

vector< V >	ops
	Pin Operators (Vec, etc)

vector< decltype(V()*V())>	sops
	Spin Operators (Rot, etc)

vector< decltype(V()V()V())>	tops
	Triple Reflection (abbar 3d group)

vector< decltype(V()*Trs())>	gops
	Glide Operators.

vector< decltype(V()V()Trs())>	scrops
	Screw Operators (Motor)

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

Classes

Public Types