TargetPositionCameraRotateTo Method

public virtual void RotateTo(
	float targetHeading,
	float targetAttitude,
	int animationDurationInMilliseconds = 0,
	Func<float, float>? easingFunction = null,
	bool useShortestPath = true
)

Parameters

targetHeading  Single

Camera's Heading value after the animation is complete; when NaN the current Heading value is preserved

targetAttitude  Single

Camera's Attitude value after the animation is complete; when NaN the current Attitude value is preserved

animationDurationInMilliseconds  Int32  (Optional)

duration of animation in milliseconds

easingFunction  FuncSingle, Single  (Optional)

easing function (see Ab4d.SharpEngine.Common.EasingFunctions for different easing functions). When null linear interpolation is used.

useShortestPath  Boolean  (Optional)

when true (by default) the camera will be animated to use the shortest part to the target heading and attitude. When false the animation will change heading and attitude from the current to the new values without normalizing or otherwise optimizing the angles.

RotateTo animates the camera rotation to the targetHeading and targetAttitude. The animation takes animationDurationInMilliseconds and uses easingFunction.

This methods stops any existing animation or rotation that is currently running (except those that are running on CameraAnimation defined by the user; not in this camera).

easingFunction parameter can be set to any Func that takes a float value and returns another float values (both in range from 0 to 1). It is possible to use a predefined list of easing functions that are defined in Ab4d.SharpEngine.Common.EasingFunctions). When easingFunction parameter is null then linear interpolation is used.

When useShortestPath parameter is true (by default), the camera will be animated to use the shortest part to the target heading and attitude. When useShortestPath is false the animation will change heading and attitude from the current to the new values without normalizing or otherwise optimizing the angles.

Reference