Add returns v0 + v1.

AddAssign computes vOut = v0 + v1.

BitReverseInPlace reorders v into bit-reversal order in-place.

Cast casts vector v of type []T1 to []T2.

CastAssign casts v of type []T1 to vOut of type []T2.

CmplxToFloat4 converts a complex128 vector to float-4 representation used in fourier polynomials.

CmplxToFloat4Assign converts a complex128 vector to float-4 representation used in fourier polynomials and writes it to vOut.

Copy returns a copy of v.

CopyAssign copies v0 to v1.

Dot returns the dot product of two vectors.

ElementWiseMul returns v0 * v1, where * is an elementwise multiplication.

ElementWiseMulAddAssign computes vOut += v0 * v1, where * is an elementwise multiplication.

ElementWiseMulAssign computes vOut = v0 * v1, where * is an elementwise multiplication.

ElementWiseMulSubAssign computes vOut -= v0 * v1, where * is an elementwise multiplication.

Equals returns if two vectors are equal.

Fill fills vector with x.

Float4ToCmplx converts a float-4 complex vector to naturally represented complex128 vector.

Float4ToCmplxAssign converts a float-4 complex vector to naturally represented complex128 vector and writes it to vOut.

Neg returns -v0.

NegAssign computes vOut = -v0.

Reverse reverses v.

ReverseAssign reverse v and writes it to vOut.

ReverseInPlace reverses v in-place.

Rotate rotates v l times to the right.

RotateAssign rotates v l times to the right and writes it to vOut.

RotateInPlace rotates v l times to the right in-place.

ScalarMul returns c * v0.

ScalarMulAddAssign computes vOut += c * v0.

ScalarMulAssign computes vOut = c * v0.

ScalarMulSubAssign computes vOut -= c * v0.

Sub returns v0 - v1.

SubAssign computes vOut = v0 - v1.