LiteFX::Math::Vectors Namespace Reference

Contains additional exported vector types. More...

Typedefs
using	ByteVector1 = TVector1<Byte>
	A vector that contains a single byte.
using	ByteVector2 = TVector2<Byte>
	A vector that contains two bytes.
using	ByteVector3 = TVector3<Byte>
	A vector that contains three bytes.
using	ByteVector4 = TVector4<Byte>
	A vector that contains four bytes.
using	Int16Vector1 = TVector1<Int16>
	A vector that contains a single 16 bit signed integer.
using	Int16Vector2 = TVector2<Int16>
	A vector that contains two 16 bit signed integers.
using	Int16Vector3 = TVector3<Int16>
	A vector that contains three 16 bit signed integers.
using	Int16Vector4 = TVector4<Int16>
	A vector that contains four 16 bit signed integers.
using	UInt16Vector1 = TVector1<UInt16>
	A vector that contains a single 16 bit unsigned integer.
using	UInt16Vector2 = TVector2<UInt16>
	A vector that contains two 16 bit unsigned integers.
using	UInt16Vector3 = TVector3<UInt16>
	A vector that contains three 16 bit unsigned integers.
using	UInt16Vector4 = TVector4<UInt16>
	A vector that contains four 16 bit unsigned integers.
using	Int32Vector1 = TVector1<Int32>
	A vector that contains a single 32 bit signed integer.
using	Int32Vector2 = TVector2<Int32>
	A vector that contains two 32 bit signed integers.
using	Int32Vector3 = TVector3<Int32>
	A vector that contains three 32 bit signed integers.
using	Int32Vector4 = TVector4<Int32>
	A vector that contains four 32 bit signed integers.
using	UInt32Vector1 = TVector1<UInt32>
	A vector that contains a single 32 bit unsigned integer.
using	UInt32Vector2 = TVector2<UInt32>
	A vector that contains two 32 bit unsigned integers.
using	UInt32Vector3 = TVector3<UInt32>
	A vector that contains three 32 bit unsigned integers.
using	UInt32Vector4 = TVector4<UInt32>
	A vector that contains four 32 bit unsigned integers.
using	Int64Vector1 = TVector1<Int64>
	A vector that contains a single 64 bit signed integer.
using	Int64Vector2 = TVector2<Int64>
	A vector that contains two 64 bit signed integers.
using	Int64Vector3 = TVector3<Int64>
	A vector that contains three 64 bit signed integers.
using	Int64Vector4 = TVector4<Int64>
	A vector that contains four 64 bit signed integers.
using	UInt64Vector1 = TVector1<UInt64>
	A vector that contains a single 64 bit unsigned integer.
using	UInt64Vector2 = TVector2<UInt64>
	A vector that contains two 64 bit unsigned integers.
using	UInt64Vector3 = TVector3<UInt64>
	A vector that contains three 64 bit unsigned integers.
using	UInt64Vector4 = TVector4<UInt64>
	A vector that contains four 64 bit unsigned integers.
using	FloatVector1 = TVector1<Float>
	A vector that contains a single floating point value with single precision.
using	FloatVector2 = TVector2<Float>
	A vector that contains two floating point values with single precision.
using	FloatVector3 = TVector3<Float>
	A vector that contains three floating point values with single precision.
using	FloatVector4 = TVector4<Float>
	A vector that contains four floating point values with single precision.
using	DoubleVector1 = TVector1<Double>
	A vector that contains a single floating point value with double precision.
using	DoubleVector2 = TVector2<Double>
	A vector that contains two floating point values with double precision.
using	DoubleVector3 = TVector3<Double>
	A vector that contains three floating point values with double precision.
using	DoubleVector4 = TVector4<Double>
	A vector that contains four floating point values with double precision.

Detailed Description

Contains additional exported vector types.

Typedef Documentation

ByteVector1

using LiteFX::Math::Vectors::ByteVector1 = TVector1<Byte>

A vector that contains a single byte.

ByteVector2

using LiteFX::Math::Vectors::ByteVector2 = TVector2<Byte>

A vector that contains two bytes.

ByteVector3

using LiteFX::Math::Vectors::ByteVector3 = TVector3<Byte>

A vector that contains three bytes.

ByteVector4

using LiteFX::Math::Vectors::ByteVector4 = TVector4<Byte>

A vector that contains four bytes.

DoubleVector1

using LiteFX::Math::Vectors::DoubleVector1 = TVector1<Double>

A vector that contains a single floating point value with double precision.

DoubleVector2

using LiteFX::Math::Vectors::DoubleVector2 = TVector2<Double>

A vector that contains two floating point values with double precision.

DoubleVector3

using LiteFX::Math::Vectors::DoubleVector3 = TVector3<Double>

A vector that contains three floating point values with double precision.

DoubleVector4

using LiteFX::Math::Vectors::DoubleVector4 = TVector4<Double>

A vector that contains four floating point values with double precision.

FloatVector1

using LiteFX::Math::Vectors::FloatVector1 = TVector1<Float>

A vector that contains a single floating point value with single precision.

FloatVector2

using LiteFX::Math::Vectors::FloatVector2 = TVector2<Float>

A vector that contains two floating point values with single precision.

FloatVector3

using LiteFX::Math::Vectors::FloatVector3 = TVector3<Float>

A vector that contains three floating point values with single precision.

FloatVector4

using LiteFX::Math::Vectors::FloatVector4 = TVector4<Float>

A vector that contains four floating point values with single precision.

Int16Vector1

using LiteFX::Math::Vectors::Int16Vector1 = TVector1<Int16>

A vector that contains a single 16 bit signed integer.

Int16Vector2

using LiteFX::Math::Vectors::Int16Vector2 = TVector2<Int16>

A vector that contains two 16 bit signed integers.

Int16Vector3

using LiteFX::Math::Vectors::Int16Vector3 = TVector3<Int16>

A vector that contains three 16 bit signed integers.

Int16Vector4

using LiteFX::Math::Vectors::Int16Vector4 = TVector4<Int16>

A vector that contains four 16 bit signed integers.

Int32Vector1

using LiteFX::Math::Vectors::Int32Vector1 = TVector1<Int32>

A vector that contains a single 32 bit signed integer.

Int32Vector2

using LiteFX::Math::Vectors::Int32Vector2 = TVector2<Int32>

A vector that contains two 32 bit signed integers.

Int32Vector3

using LiteFX::Math::Vectors::Int32Vector3 = TVector3<Int32>

A vector that contains three 32 bit signed integers.

Int32Vector4

using LiteFX::Math::Vectors::Int32Vector4 = TVector4<Int32>

A vector that contains four 32 bit signed integers.

Int64Vector1

using LiteFX::Math::Vectors::Int64Vector1 = TVector1<Int64>

A vector that contains a single 64 bit signed integer.

Int64Vector2

using LiteFX::Math::Vectors::Int64Vector2 = TVector2<Int64>

A vector that contains two 64 bit signed integers.

Int64Vector3

using LiteFX::Math::Vectors::Int64Vector3 = TVector3<Int64>

A vector that contains three 64 bit signed integers.

Int64Vector4

using LiteFX::Math::Vectors::Int64Vector4 = TVector4<Int64>

A vector that contains four 64 bit signed integers.

UInt16Vector1

using LiteFX::Math::Vectors::UInt16Vector1 = TVector1<UInt16>

A vector that contains a single 16 bit unsigned integer.

UInt16Vector2

using LiteFX::Math::Vectors::UInt16Vector2 = TVector2<UInt16>

A vector that contains two 16 bit unsigned integers.

UInt16Vector3

using LiteFX::Math::Vectors::UInt16Vector3 = TVector3<UInt16>

A vector that contains three 16 bit unsigned integers.

UInt16Vector4

using LiteFX::Math::Vectors::UInt16Vector4 = TVector4<UInt16>

A vector that contains four 16 bit unsigned integers.

UInt32Vector1

using LiteFX::Math::Vectors::UInt32Vector1 = TVector1<UInt32>

A vector that contains a single 32 bit unsigned integer.

UInt32Vector2

using LiteFX::Math::Vectors::UInt32Vector2 = TVector2<UInt32>

A vector that contains two 32 bit unsigned integers.

UInt32Vector3

using LiteFX::Math::Vectors::UInt32Vector3 = TVector3<UInt32>

A vector that contains three 32 bit unsigned integers.

UInt32Vector4

using LiteFX::Math::Vectors::UInt32Vector4 = TVector4<UInt32>

A vector that contains four 32 bit unsigned integers.

UInt64Vector1

using LiteFX::Math::Vectors::UInt64Vector1 = TVector1<UInt64>

A vector that contains a single 64 bit unsigned integer.

UInt64Vector2

using LiteFX::Math::Vectors::UInt64Vector2 = TVector2<UInt64>

A vector that contains two 64 bit unsigned integers.

UInt64Vector3

using LiteFX::Math::Vectors::UInt64Vector3 = TVector3<UInt64>

A vector that contains three 64 bit unsigned integers.

UInt64Vector4

using LiteFX::Math::Vectors::UInt64Vector4 = TVector4<UInt64>

A vector that contains four 64 bit unsigned integers.