Module gfx.math.vec

Vector linear algebra module

Functions

Name	Description
`cross(lhs, rhs)`	Vector cross product
`dot(v1, v2)`	Compute the dot product of two vectors.
`magnitude(v)`	Compute the magnitude of a vector. This is not to be confused with length which gives the number of components.
`normalize(v)`	Compute the normalization of a vector.
`squaredMag(v)`	Compute the squared magnitude of a vector.
`vec(comps)`	Build a Vec whose component type and size is deducted from arguments.

Name	Description
`Vec`

Name	Description
`vec`	Build a Vec with specified component type T and size deducted from arguments.
`vec`	Build a Vec with specified size and type deducted from arguments

Name	Type	Description
`isVec`		Check whether VecT is a Vec
`isVec`		Check whether VecT is a Vec of size N
`isVec2`		Check whether VecT is a Vec of size N
`isVec3`		Check whether VecT is a Vec of size N
`isVec4`		Check whether VecT is a Vec of size N

Name	Type	Description
`DVec`	`Vec!(double,N)`
`dvec`	`vec!double`	Build a Vec with specified component type T and size deducted from arguments.
`DVec2`	`Vec!(double,2L)`
`DVec3`	`Vec!(double,3L)`
`DVec4`	`Vec!(double,4L)`
`FVec`	`Vec!(float,N)`
`fvec`	`vec!float`	Build a Vec with specified component type T and size deducted from arguments.
`FVec2`	`Vec!(float,2L)`
`FVec3`	`Vec!(float,3L)`
`FVec4`	`Vec!(float,4L)`
`IVec`	`Vec!(int,N)`
`ivec`	`vec!int`	Build a Vec with specified component type T and size deducted from arguments.
`IVec2`	`Vec!(int,2L)`
`IVec3`	`Vec!(int,3L)`
`IVec4`	`Vec!(int,4L)`
`Vec2`	`Vec!(T,2)`
`vec2`	`vec!2`	Build a Vec with specified size and type deducted from arguments
`Vec3`	`Vec!(T,3)`
`vec3`	`vec!3`	Build a Vec with specified size and type deducted from arguments
`Vec4`	`Vec!(T,4)`
`vec4`	`vec!4`	Build a Vec with specified size and type deducted from arguments