RotateTo Action
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The RotateTo Action Node continuously rotates an to the Euler angles specified in To
for a given period of time, thus creating an Animation. Find an of how to use this Node and its effect over an Object at the end of this page.
To
Vector3
The Euler angles along the X, Y, and Z axes to rotate to, if none are received in the To
Input Socket.
Duration (sec)
Float
The total time of the Action, if none is received in the Duration
Input Socket.
Interpolation
Drop-down
Instance ID
InstanceID
(â–º) Start
Pulse
A standard Input Pulse, to trigger the execution of the Node.
Object ID
ObjectID
The ID of the target Object.
Duration
Float
The total time (in seconds).
To
Vector3
The Euler angles along the X, Y, and Z axes to rotate to.
Instance ID
InstanceID
OnStart
(â–º)
Pulse
Flows to the next Node following RotateTo Action when the Action starts.
OnEnd
(â–º)
Pulse
Flows to the next Node following RotateTo Action when the Action stops.
We will use two RotateTo Action Nodes in order to first perform a rotation and then reverse it. For the first one, we set the following Attributes:
To
:
Duration (sec)
:
Interpolation
: Linear
And for the second Node:
To
:
Duration (sec)
:
Interpolation
: Linear
Finally, the effect of the RotateTo Action Node when triggered is the following:
Furthermore, visit the page for a general introduction to these Nodes, and for more detail about the Rotation
Attribute.
: Scene, Function, Prefab.
The Interpolation
method to use for calculating the intermediate values of the Euler Angles. It can be , , , or .
The assigned of the Action. If nothing is received, it automatically assigns 0 as the Instance ID.
The assigned of the Action.
This section shows a simple example of how to use the RotateTo Action Node and the effect it has on an Object. We start by , then , and finally show the .
We consider a with two : a red and a , both of which can be easily created in the . Then, we set the Scale
Attribute of the Torus to and the Position
of the Light to . See this configuration in the following image:
We then need to configure the Logic. This is done in the .
Then, we connect to both Nodes the of the red Torus, a Pulse to the Start
Input Socket of the first RotateTo Action and the Output OnEnd
to the Start
Input of the second RotateTo Action Node. Thus, having the following Logic configuration:
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