Set

Set Euler Angles

Uses Euler angles to set the rotation of a transform.

Inputs:

Name	Type	Description
Enter	Flow	Initiating flow.
Transform In	Transform	The transform to update.
World Space	Boolean [editable]	If true, the assigned rotation will be in world space. If false, the assigned rotation will be in local space.
Vector3 In	Vector3 [editable]	Euler angles.

Outputs:

Name	Type	Description
Exit	Flow	Continuation of the initiating flow.

Set Local Position

Sets the local space position of a transform.

Inputs:

Name	Type	Description
Enter	Flow	Initiating flow.
Transform	Transform	The transform to update.
Vector3	Vector3 [editable]	The local position to apply to the transform.

Outputs:

Name	Type	Description
Exit	Flow	Continuation of the initiating flow.

Set Local Rotation

Sets the local space rotation of a transform.

Inputs:

Name	Type	Description
Enter	Flow	Initiating flow.
Transform	Transform	The transform to update.
Rotation	Quaternion [editable]	The local rotation to apply to the transform.

Outputs:

Name	Type	Description
Exit	Flow	Continuation of the initiating flow.

Set Local Scale

Sets the local scale of a transform.

Inputs:

Name	Type	Description
Enter	Flow	Initiating flow.
Transform	Transform	The transform to update.
Vector3	Vector3 [editable]	The local scale to apply to the transform.

Outputs:

Name	Type	Description
Exit	Flow	Continuation of the initiating flow.

Set Position

Sets the world space position of a transform.

Inputs:

Name	Type	Description
Enter	Flow	Initiating flow.
Transform	Transform	The transform to update.
Vector3	Vector3 [editable]	The world space position to apply to the transform.

Outputs:

Name	Type	Description
Exit	Flow	Continuation of the initiating flow.

Set Rotation

Sets the world space rotation of a transform.

Inputs:

Name	Type	Description
Enter	Flow	Initiating flow.
Transform	Transform	The transform to update.
Rotation	Quaternion	The world space rotation to apply to the transform.

Outputs:

Name	Type	Description
Exit	Flow	Continuation of the initiating flow.