des.math.linear.vector

Provides work with linear algebra vector and some aliases and functions.

Members

Aliases

Vector2 alias Vector2(T) = Vector!(2, T)
Vector3 alias Vector3(T) = Vector!(3, T)
Vector4 alias Vector4(T) = Vector!(4, T)
bvec alias bvec(size_t N) = Vector!(N, byte)
bvec2 alias bvec2 = bvec!2
bvec3 alias bvec3 = bvec!3
bvec4 alias bvec4 = bvec!4
bvecD alias bvecD = Vector!(0, byte)
dvec alias dvec(size_t N) = Vector!(N, double)
dvec2 alias dvec2 = dvec!2
dvec3 alias dvec3 = dvec!3
dvec4 alias dvec4 = dvec!4
dvecD alias dvecD = Vector!(0, double)
fvec alias fvec(size_t N) = Vector!(N, float)
ivec alias ivec(size_t N) = Vector!(N, int)
ivec2 alias ivec2 = ivec!2
ivec3 alias ivec3 = ivec!3
ivec4 alias ivec4 = ivec!4
ivecD alias ivecD = Vector!(0, int)
lvec alias lvec(size_t N) = Vector!(N, long)
lvec2 alias lvec2 = lvec!2
lvec3 alias lvec3 = lvec!3
lvec4 alias lvec4 = lvec!4
lvecD alias lvecD = Vector!(0, long)
rvec alias rvec(size_t N) = Vector!(N, real)
rvec2 alias rvec2 = rvec!2
rvec3 alias rvec3 = rvec!3
rvec4 alias rvec4 = rvec!4
rvecD alias rvecD = Vector!(0, real)
svecD alias svecD = Vector!(0, short)
ubvec alias ubvec(size_t N) = Vector!(N, ubyte)
ubvec2 alias ubvec2 = ubvec!2
ubvec3 alias ubvec3 = ubvec!3
ubvec4 alias ubvec4 = ubvec!4
ubvecD alias ubvecD = Vector!(0, ubyte)
uivec alias uivec(size_t N) = Vector!(N, uint)
uivec2 alias uivec2 = uivec!2
uivec3 alias uivec3 = uivec!3
uivec4 alias uivec4 = uivec!4
uivecD alias uivecD = Vector!(0, uint)
ulvec alias ulvec(size_t N) = Vector!(N, ulong)
ulvec2 alias ulvec2 = ulvec!2
ulvec3 alias ulvec3 = ulvec!3
ulvec4 alias ulvec4 = ulvec!4
ulvecD alias ulvecD = Vector!(0, ulong)
usvecD alias usvecD = Vector!(0, ushort)
vec2 alias vec2 = fvec!2
vec3 alias vec3 = fvec!3
vec4 alias vec4 = fvec!4
vecD alias vecD = Vector!(0, float)

Functions

cross auto cross(in Vector!(N, T) a, in Vector!(K, E) b): cross multiplication for compaitable vectors.
dot auto dot(in Vector!(N, T) a, in Vector!(K, E) b): dot multiplication for compaitable vectors.
isValidOp bool isValidOp(): validate operation between types T and E code: mixin( return is( typeof( T.init ~ op ~ E.init ) : K ); );

Mixin templates

accessByString mixin template accessByString(size_t N, T, string data, string AS, string VVASES = " ", string VVASVS = "|")

Structs

Vector struct Vector(size_t N, T)

Templates

isDynamicVector template isDynamicVector(E): checks type is dynamic vector
isSpecVector template isSpecVector(size_t N, T, E): сhecks type E is vector and E.dims == N and E.datatype can casted to T
isStaticVector template isStaticVector(E): checks type is static vector
isVector template isVector(E): checks type is vector

des.math.linear.vector

Members

Aliases

Functions

Mixin templates

Structs

Templates

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