BBMOD_Quaternion

A constructor defined in BBMOD_Quaternion.gml

new BBMOD_Quaternion([_x, _y, _z, _w])

Description

A quaternion.

Arguments

Name	Type	Description
_x	`Real`	The first component of the quaternion. Defaults to 0.
_y	`Real`	The second component of the quaternion. Defaults to 0.
_z	`Real`	The third component of the quaternion. Defaults to 0.
_w	`Real`	The fourth component of the quaternion. Defaults to 1.

Properties

Name	Description
W	The fourth component of the quaternion.
X	The first component of the quaternion.
Y	The second component of the quaternion.
Z	The third component of the quaternion.

Methods

Name	Description
Add	Adds quaternions and returns the result as a new quaternion.
AddSelf	Adds quaternions and stores the result into `self`.
Clone	Creates a clone of the quaternion.
Conjugate	Conjugates the quaternion and returns the result as a quaternion.
ConjugateSelf	Conjugates the quaternion and stores the result into `self`.
Copy	Copies components of the quaternion into other quaternion.
Dot	Computes a dot product of two dual quaternions.
Equals	Checks whether this quaternion equals to quaternion `_q`.
Exp	Computes an exponential map of the quaternion and returns the result as a new quaternion.
ExpSelf	Computes an exponential map of the quaternion and stores the result into `self`.
FromArray	Loads quaternion components `(x, y, z, w)` from an array.
FromAxisAngle	Initializes the quaternion using an axis and an angle.
FromBuffer	Loads quaternion components `(x, y, z, w)` from a buffer.
FromEuler	Initializes the quaternion using euler angles.
FromLookRotation	Initializes the quaternion using a forward and an up vector. These vectors must not be parallel! If they are, the quaternion will be set to an identity.
GetAngle	Retrieves the rotation angle of the quaternion.
GetAxis	Retrieves the axis of rotation of the quaternion.
Inverse	Computes an inverse of the quaternion and returns the result as a new quaternion.
InverseSelf	Computes an inverse of the quaternion and stores the result into `self`.
Length	Computes the length of the quaternion.
LengthSqr	Computes a squared length of the quaternion.
Lerp	Computes a linear interpolation of two quaternions and returns the result as a new quaternion.
LerpSelf	Computes a linear interpolation of two quaternions and stores the result into `self`.
Log	Computes the logarithm map of the quaternion and returns the result as a new quaternion.
LogSelf	Computes the logarithm map of the quaternion and stores the result into `self`.
Mul	Multiplies two quaternions and returns the result as a new quaternion.
MulSelf	Multiplies two quaternions and stores the result into `self`.
Normalize	Normalizes the quaternion and returns the result as a new quaternion.
NormalizeSelf	Normalizes the quaternion and stores the result into `self`.
Rotate	Rotates a vector using the quaternion and returns the result as a new vector.
RotateOther	Rotates a vector using the quaternion and stores the result into the vector.
Scale	Scales each component of the quaternion by a real value and returns the result as a new quaternion.
ScaleSelf	Scales each component of the quaternion by a real value and stores the result into `self`.
Slerp	Computes a spherical linear interpolation of two quaternions and returns the result as a new quaternion.
SlerpSelf	Computes a spherical linear interpolation of two quaternions and stores the result into `self`.
ToArray	Writes components `(x, y, z, w)` of the quaternion into an array.
ToBuffer	Writes the quaternion into a buffer.
ToMatrix	Converts quaternion into a matrix.

Note

If you leave the arguments to their default values, then an identity quaternion is created.

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