Animation.xml

<?xml version="1.0" encoding="UTF-8"?>

<ModelBehaviors>
	<!--
		An animation that is controlled by running some code.
		This is slower than using `Beh_Animation_Var`, so use that if your animation depends only on a SimVar.
	-->
	<Template Name="Beh_Animation_Code">
		<Parameters Type="Default">
			<!-- The name of the animation in your GLTF file(s). -->
			<Name/>
			<!-- The code to run to get the target frame of the animation. -->
			<Code/>
			<!-- The scalar to divide the output of `Code` by. After dividing, the output value should be between 0 and 1. -->
			<Length>100</Length>
			<!--
				The number of 'virtual frames' that can be played in one second.
				The number of 'virtual frames' in the animation is equal to `Length`.
				Essentially, this means that going from 0 to 1 in the animation will take `Length` / `Lag` seconds.
				Between these two points, the simulator will linearly interpolate between your animation keyframes.
			-->
			<Lag>400</Lag>
			<!-- Whether the animation should wrap around if the output value (after dividing) goes out of the range. -->
			<Wrap>False</Wrap>
		</Parameters>

		<Animation Name="#Name#" Guid="" Length="#Length#" Type="Sim" TypeParam="AutoPlay">
			<Parameter>
				<Code>#Code#</Code>
				<Lag>#Lag#</Lag>
				<Wrap>#Wrap#</Wrap>
			</Parameter>
		</Animation>
	</Template>

	<!--
		An animation that is controlled by a SimVar. (Only A: vars are supported.)
	-->
	<Template Name="Beh_Animation_Var">
		<Parameters Type="Default">
			<!-- The name of the animation in your GLTF file(s). -->
			<Name/>
			<!-- The variable that contains the target frame of the animation (without the `A:` prefix). -->
			<Var/>
			<!-- The unit of the SimVar. -->
			<Unit/>
			<!-- The value to scale the variable by. -->
			<Scale>1</Scale>
			<!-- The bias to add to the scaled variable. -->
			<Bias>0</Bias>
			<!-- The scalar to divide the output (Var * Scale + Bias) by. After dividing, the output value should be between 0 and 1. -->
			<Length>100</Length>
			<!--
				The number of 'virtual frames' that can be played in one second.
				The number of 'virtual frames' in the animation is equal to `Length`.
				Essentially, this means that going from 0 to 1 in the animation will take `Length` / `Lag` seconds.
				Between these two points, the simulator will linearly interpolate between your animation keyframes.
			-->
			<Lag>400</Lag>
			<!-- Whether the animation should wrap around if the output value (after dividing) goes out of the range -->
			<Wrap>False</Wrap>
		</Parameters>

		<Animation Name="#Name#" Guid="" Length="#Length#" Type="Sim" TypeParam="AutoPlay">
			<Parameter>
				<Sim>
					<Variable>#Var#</Variable>
					<Units>#Unit#</Units>
					<Scale>#Scale#</Scale>
					<Bias>#Bias#</Bias>
				</Sim>
				<Lag>#Lag#</Lag>
				<Wrap>#Wrap#</Wrap>
			</Parameter>
		</Animation>
	</Template>
</ModelBehaviors>