Public Types
using	algebra = alg

template<bits::type... N>
using	e = Basis< bits::blade((1<<(N-1))...)>

using	sca = Basis< 0 >

using	pss = Basis< bits::pss(algebra::dim)>

using	euc = Basis< bits::pss(algebra::dim-2)>

using	vec = typename Blade1< algebra::dim-2 >::VEC

using	pnt = typename Blade1< algebra::dim >::VEC

using	ori = typename basis_t::origin< algebra::dim >

using	inf = typename basis_t::infinity< algebra::dim >

using	mnk = typename basis_t::eplane< algebra::dim >

using	biv = typename algebra::template op_basis_t< vec, vec >

using	tri = typename algebra::template op_basis_t< vec, biv >

using	rot = typename algebra::template sum_basis_t< biv, sca >

using	tnv = typename algebra::template op_basis_t< vec, ori >

using	drv = typename algebra::template op_basis_t< vec, inf >

using	tnb = typename algebra::template op_basis_t< biv, ori >

using	drb = typename algebra::template op_basis_t< biv, inf >

using	tnt = typename algebra::template op_basis_t< tri, ori >

using	drt = typename algebra::template op_basis_t< tri, inf >

using	par = typename algebra::template op_basis_t< pnt, pnt >

using	cir = typename algebra::template op_basis_t< par, pnt >

using	sph = typename algebra::template op_basis_t< cir, pnt >

using	flp = typename algebra::template op_basis_t< pnt, inf >

using	lin = typename algebra::template op_basis_t< pnt, flp >

using	dll = typename algebra::template gp_basis_t< lin, pss >

using	dlp = typename algebra::template sum_basis_t< vec, inf >

using	pln = typename algebra::template op_basis_t< cir, inf >

using	trs = typename algebra::template sum_basis_t< drv, sca >

using	trv = typename algebra::template sum_basis_t< tnv, sca >

using	dil = typename algebra::template sum_basis_t< mnk, sca >

using	tsd = typename algebra::template sum_basis_t< flp, sca >

using	mot = typename algebra::template gp_basis_t< rot, trs >

using	bst = typename algebra::template sum_basis_t< par, sca >

using	con = typename algebra::template gp_basis_t< par, par >

using	dls = pnt

using	Sca = Multivector< alg, sca >

using	Pss = Multivector< alg, pss >

using	Euc = Multivector< alg, euc >

using	Vec = Multivector< alg, vec >

using	Pnt = Multivector< alg, pnt >

using	Ori = Multivector< alg, ori >

using	Inf = Multivector< alg, inf >

using	Mnk = Multivector< alg, mnk >

using	Biv = Multivector< alg, biv >

using	Tri = Multivector< alg, tri >

using	Rot = Multivector< alg, rot >

using	Tnv = Multivector< alg, tnv >

using	Drv = Multivector< alg, drv >

using	Tnb = Multivector< alg, tnb >

using	Drb = Multivector< alg, drb >

using	Tnt = Multivector< alg, tnt >

using	Drt = Multivector< alg, drt >

using	Par = Multivector< alg, par >

using	Cir = Multivector< alg, cir >

using	Sph = Multivector< alg, sph >

using	Flp = Multivector< alg, flp >

using	Dll = Multivector< alg, dll >

using	Lin = Multivector< alg, lin >

using	Dlp = Multivector< alg, dlp >

using	Pln = Multivector< alg, pln >

using	Trs = Multivector< alg, trs >

using	Trv = Multivector< alg, trv >

using	Dil = Multivector< alg, dil >

using	Tsd = Multivector< alg, tsd >

using	Mot = Multivector< alg, mot >

using	Bst = Multivector< alg, bst >

using	Con = Multivector< alg, con >

using	Dls = Multivector< alg, dls >

using	scalar = Multivector< alg, sca >

using	psuedoscalar = Multivector< alg, pss >

using	euclidean_pseudoscalar = Multivector< alg, euc >

using	vector = Multivector< alg, vec >

using	point = Multivector< alg, pnt >

using	origin = Multivector< alg, ori >

using	infinity = Multivector< alg, inf >

using	eplane = Multivector< alg, mnk >

using	bivector = Multivector< alg, biv >

using	trivector = Multivector< alg, tri >

using	rotor = Multivector< alg, rot >

using	tangent_vector = Multivector< alg, tnv >

using	direction_vector = Multivector< alg, drv >

using	tangent_bivector = Multivector< alg, tnb >

using	direction_bivector = Multivector< alg, drb >

using	tangent_trivector = Multivector< alg, tnt >

using	direction_trivector = Multivector< alg, drt >

using	pair = Multivector< alg, par >

using	circle = Multivector< alg, cir >

using	sphere = Multivector< alg, sph >

using	flat_point = Multivector< alg, flp >

using	dual_line = Multivector< alg, dll >

using	line = Multivector< alg, lin >

using	dual_plane = Multivector< alg, dlp >

using	plane = Multivector< alg, pln >

using	translator = Multivector< alg, trs >

using	transversor = Multivector< alg, trv >

using	dilator = Multivector< alg, dil >

using	translated_dilator = Multivector< alg, tsd >

using	motor = Multivector< alg, mot >

using	boost = Multivector< alg, bst >

using	conformal_rotor = Multivector< alg, con >

using	dual_sphere = Multivector< alg, dls >

using	Scalar = Multivector< alg, sca >

using	Psuedoscalar = Multivector< alg, pss >

using	EuclideanPseudoscalar = Multivector< alg, euc >

using	Vector = Multivector< alg, vec >

using	Point = Multivector< alg, pnt >

using	Origin = Multivector< alg, ori >

using	Infinity = Multivector< alg, inf >

using	Eplane = Multivector< alg, mnk >

using	Bivector = Multivector< alg, biv >

using	Trivector = Multivector< alg, tri >

using	Rotor = Multivector< alg, rot >

using	TangentVector = Multivector< alg, tnv >

using	DirectionVector = Multivector< alg, drv >

using	TangentBivector = Multivector< alg, tnb >

using	DirectionBivector = Multivector< alg, drb >

using	TangentTrivector = Multivector< alg, tnt >

using	DirectionTrivector = Multivector< alg, drt >

using	Pair = Multivector< alg, par >

using	Circle = Multivector< alg, cir >

using	Sphere = Multivector< alg, sph >

using	FlatPoint = Multivector< alg, flp >

using	DualLine = Multivector< alg, dll >

using	Line = Multivector< alg, lin >

using	DualPlane = Multivector< alg, dlp >

using	Plane = Multivector< alg, pln >

using	Translator = Multivector< alg, trs >

using	Transversor = Multivector< alg, trv >

using	Dilator = Multivector< alg, dil >

using	TranslatedDilator = Multivector< alg, tsd >

using	Motor = Multivector< alg, mot >

using	Boost = Multivector< alg, bst >

using	ConformalRotor = Multivector< alg, con >

using	DualSphere = Multivector< alg, dls >

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

/Users/wolftype/code/versor/vsr/detail/vsr_algebra.h

Public Types