transform the specified vector 'vec' according to this dual quaternion and returns the result NOTE: dual quaternion must be a unit/normalized dual qua

returns a translation matrix set to (x, y, z)

computes the translational/dual part from "pos" and the rotational part "rq"

returns the transposed form of this matrix

will error on unhandled types later on

unpacks the input 64-bit double-precision float value into 2 32-bit unsigned integers, returning them in a 2 component vector, with the first vector c

unpacks the input 64-bit double-precision float value into 2 32-bit unsigned integers, returning them in a 2 component vector, with the first vector c

unpacks the input 32-bit unsigned integer into 2 16-bit half-precision float values, then converts these values to 32-bit single-precision float value

unpacks the input 32-bit unsigned integer into 2 16-bit half-precision float values, then converts these values to 32-bit single-precision float value

unpacks the input 32-bit unsigned integer into 2 16-bit half-precision float values, then converts these values to 32-bit single-precision float value

unpacks the input 32-bit unsigned integer into 2 16-bit signed integers, then converts these [-32767, 32767]-ranged integers to normalized 32-bit sing

unpacks the input 32-bit unsigned integer into 2 16-bit signed integers, then converts these [-32767, 32767]-ranged integers to normalized 32-bit sing

unpacks the input 32-bit unsigned integer into 2 16-bit signed integers, then converts these [-32767, 32767]-ranged integers to normalized 32-bit sing

unpacks the input 32-bit unsigned integer into 4 8-bit signed integers, then converts these [-127, 127]-ranged integers to normalized 32-bit single-pr

unpacks the input 32-bit unsigned integer into 4 8-bit signed integers, then converts these [-127, 127]-ranged integers to normalized 32-bit single-pr

unpacks the input 32-bit unsigned integer into 4 8-bit signed integers, then converts these [-127, 127]-ranged integers to normalized 32-bit single-pr

unpacks the input 32-bit unsigned integer into 2 16-bit unsigned integers, then converts these [0, 65535]-ranged integers to normalized 32-bit single-

unpacks the input 32-bit unsigned integer into 2 16-bit unsigned integers, then converts these [0, 65535]-ranged integers to normalized 32-bit single-

unpacks the input 32-bit unsigned integer into 2 16-bit unsigned integers, then converts these [0, 65535]-ranged integers to normalized 32-bit single-

unpacks the input 32-bit unsigned integer into 4 8-bit unsigned integers, then converts these [0, 255]-ranged integers to normalized 32-bit single-pre

unpacks the input 32-bit unsigned integer into 4 8-bit unsigned integers, then converts these [0, 255]-ranged integers to normalized 32-bit single-pre

unpacks the input 32-bit unsigned integer into 4 8-bit unsigned integers, then converts these [0, 255]-ranged integers to normalized 32-bit single-pre

unlocks/unpins the memory again

+Y up vector

static class

returns an integer value representing the number of components of this vector (-> equivalent to vec_step in opencl)

returns the device vendor

return the base format of the specified vertex format

returns the amount of bytes needed to store one vertex NOTE: rounded up if "bits per vertex" is not divisible by 8

false: left, true: right