Shorthand Syntax

three-letter codes for faster typing and backwards compatibility More...

Typedefs
using	vsr::cga::Sca = NSca< 5 >
	Scalar
using	vsr::cga::Vec = NVec< 5 >
	Vector
using	vsr::cga::Biv = NBiv< 5 >
	Bivector
using	vsr::cga::Rot = NRot< 5 >
	Rotor
using	vsr::cga::Tri = NTri< 5 >
	Trivector
using	vsr::cga::Ori = NOri< 5 >
	Origin
using	vsr::cga::Inf = NInf< 5 >
	Infinity
using	vsr::cga::Mnk = NMnk< 5 >
	Minkowski
using	vsr::cga::Pss = NPss< 5 >
	Pseudoscalar
using	vsr::cga::Pnt = NPnt< 5 >
	Point
using	vsr::cga::Par = NPar< 5 >
	Pair
using	vsr::cga::Cir = NCir< 5 >
	Circle
using	vsr::cga::Sph = NSph< 5 >
	Sphere
using	vsr::cga::Dls = NDls< 5 >
	DualSphere
using	vsr::cga::Flp = NFlp< 5 >
	FlatPoint
using	vsr::cga::Dll = NDll< 5 >
	DualLine
using	vsr::cga::Lin = NLin< 5 >
	Line
using	vsr::cga::Dlp = NDlp< 5 >
	DualPlane
using	vsr::cga::Pln = NPln< 5 >
	Plane
using	vsr::cga::Drv = NDrv< 5 >
	DirectionVector
using	vsr::cga::Tnv = NTnv< 5 >
	TangentVector
using	vsr::cga::Drb = NDrb< 5 >
	DirectionBivector
using	vsr::cga::Tnb = NTnb< 5 >
	TangentBivector
using	vsr::cga::Drt = NDrt< 5 >
	DirectionTrivector
using	vsr::cga::Tnt = NTnt< 5 >
	TangentTrivector
using	vsr::cga::Trs = NTrs< 5 >
	Translator
using	vsr::cga::Mot = NMot< 5 >
	Motor
using	vsr::cga::Trv = NTrv< 5 >
	Transversor
using	vsr::cga::Bst = NBst< 5 >
	Boost
using	vsr::cga::Con = NCon< 5 >
	ConformalRotor
using	vsr::cga::Dil = NDil< 5 >
	Dilator
using	vsr::cga::Tsd = NTsd< 5 >
	TranslatedDilator

Functions
template<class A >
static DualSphere	vsr::cga::Round::sur (const A &s)
	Dual Surround of a Direct or Dual Round Element (Shorthand) More...
template<class A >
static Point	vsr::cga::Round::cen (const A &s)
	Simple Center of a Round Element (shorthand) More...
template<class A >
static Point	vsr::cga::Round::loc (const A &s)
	Location (normalizd) of a Round Element (shorthand) More...
template<class A >
static auto	vsr::cga::Round::car (const A &s) -> decltype(carrier(s))
	Carrier Flat of Direct? Round Element (Shorthand) More...
template<class A >
static auto	vsr::cga::Flat::dir (const A &s) -> decltype(direction(s))
	direction shorthand More...
template<class A >
static Point	vsr::cga::Flat::loc (const A &a, const Point &p, bool dual)
	Location of flat (shorthand)three-letter version of cga::Flat::location. More...

Detailed Description

three-letter codes for faster typing and backwards compatibility

Motivation for three-letter codes

The first versions of this software relied on three-letter code words for all the types and functions. That was confusing for some, so documentation is typically written out in longform.

While it is sometimes useful for clarity to write out TangentVector, I find the terseness of Tnv to be sufficiently necessary. Note that this encoding mirrors the shorthand for methods, which also can be written out in longform, as in Gen::transversor or shorthand, as in Gen::trv

See also

Multivector Types

Function Documentation

template<class A >

static auto vsr::cga::Round::car ( const A &  s ) -> decltype(carrier(s))

inlinestatic

Carrier Flat of Direct? Round Element (Shorthand)

See also

nga::Round::car for Generic implementation

template<class A >

static Point vsr::cga::Round::cen ( const A &  s )

inlinestatic

Simple Center of a Round Element (shorthand)

See also

nga::Round::cen for Generic implementation

template<class A >

static auto vsr::cga::Flat::dir ( const A &  s ) -> decltype( direction(s) )

inlinestatic

direction shorthand

Parameters

s	Line or Plane

Returns

a Direction

See also

nga::Flat::dir for Generic implementation

template<class A >

static Point vsr::cga::Round::loc ( const A &  s )

inlinestatic

Location (normalizd) of a Round Element (shorthand)

See also

nga::Round::cen for Generic implementation

template<class A >

static Point vsr::cga::Flat::loc ( const A &  a, const Point &  p, bool  dual  )

inlinestatic

Location of flat (shorthand)three-letter version of cga::Flat::location.

See also

nga::Flat::loc for the Generic implementation

template<class A >

static DualSphere vsr::cga::Round::sur ( const A &  s )

inlinestatic

Dual Surround of a Direct or Dual Round Element (Shorthand)

See also

nga::Round::sur for Generic implementation