Class GraphTransform Extends IMovementPlane, ITransform

void CopyTo (

MutableGraphTransform

graphTransform

)

Copies the data in this transform to another mutable graph transform.

GraphTransform (

Matrix4x4

matrix

)

Vector3 InverseTransform (

Vector3

point

)

Int3 InverseTransform (

Int3

point

)

void InverseTransform (

Int3[]

arr

)

void InverseTransform (

UnsafeSpan<Int3>

arr

)

Bounds InverseTransform (

Bounds

bounds

)

Vector3 InverseTransformVector (

Vector3

dir

)

SimpleMovementPlane ToSimpleMovementPlane ()

Vector3 Transform (

Vector3

point

)

void Transform (

Int3[]

arr

)

void Transform (

UnsafeSpan<Int3>

arr

)

void Transform (

Vector3[]

arr

)

Bounds Transform (

Bounds

bounds

)

Vector3 TransformVector (

Vector3

dir

)

Vector3 WorldUpAtGraphPosition (

Vector3

point

)

GraphTransform operator* (

GraphTransform	lhs
Matrix4x4	rhs

)

GraphTransform operator* (

Matrix4x4	lhs
GraphTransform	rhs

)

bool identity

True if this transform is the identity transform (i.e it does not do anything)

Matrix4x4 inverseMatrix

Matrix4x4 matrix

bool onlyTranslational

True if this transform is a pure translation without any scaling or rotation.

GraphTransform identityTransform = new GraphTransform(Matrix4x4.identity)

GraphTransform xyPlane = new GraphTransform(Matrix4x4.TRS(Vector3.zero, Quaternion.Euler(-90, 0, 0), Vector3.one))

Transforms from the XZ plane to the XY plane.

GraphTransform xzPlane = new GraphTransform(Matrix4x4.identity)

Transforms from the XZ plane to the XZ plane (i.e.

an identity transformation)

bool MatrixIsTranslational (

Matrix4x4

matrix

)

void Set (

Matrix4x4

matrix

)

Vector2 IMovementPlane. ToPlane (

Vector3

point

)

Transforms from world space to the 'ground' plane of the graph.

The transformation is purely a rotation so no scale or offset is used.

For a graph rotated with the rotation (-90, 0, 0) this will transform a coordinate (x,y,z) to (x,y). For a graph with the rotation (0,0,0) this will tranform a coordinate (x,y,z) to (x,z). More generally for a graph with a quaternion rotation R this will transform a vector V to R * V (i.e rotate the vector V using the rotation R).

Vector2 IMovementPlane. ToPlane (

Vector3	point
out float	elevation

)

Transforms from world space to the 'ground' plane of the graph.

The transformation is purely a rotation so no scale or offset is used.

Vector3 IMovementPlane. ToWorld (

Vector2	point
float	elevation

)

Transforms from the 'ground' plane of the graph to world space.

The transformation is purely a rotation so no scale or offset is used.

Int3 i3translation

Quaternion inverseRotation

bool isIdentity

bool isOnlyTranslational

bool isXY

bool isXZ

Quaternion rotation

Vector3 translation

Vector3 up