FreeCameraRotateTo(Point3D, Point3D, Vector3D, Int32, FuncDouble, Double, FreeCameraAnimationNodeFreeCameraAnimationTypes) Method

public virtual void RotateTo(
	Point3D targetCameraPosition,
	Point3D targetTargetPosition,
	Vector3D targetUpDirection,
	int animationDurationInMilliseconds = 0,
	Func<double, double> easingFunction = null,
	FreeCameraAnimationNodeFreeCameraAnimationTypes animationType = FreeCameraAnimationNodeFreeCameraAnimationTypes.SphericalInterpolation
)

Parameters

targetCameraPosition  Point3D

Camera's position after the animation is completed

targetTargetPosition  Point3D

Camera's TargetPosition after the animation is completed

targetUpDirection  Vector3D

Camera's UpDirection after the animation is completed

animationDurationInMilliseconds  Int32  (Optional)

duration of animation in milliseconds

easingFunction  FuncDouble, Double  (Optional)

easing function (see Ab3d.Animation.EasingFunctions for different easing functions). When null linear interpolation is used.

animationType  FreeCameraAnimationNodeFreeCameraAnimationTypes  (Optional)

type of animation interpolation (when not specified, then SphericalInterpolation is used).

RotateTo method animates the CameraPosition, TargetPosition and UpDirection to the targetCameraPosition, targetTargetPosition and targetUpDirection. 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 AnimationController defined by the user; not in this camera).

easingFunction parameter can be set to any Func that takes a double value and returns another double values (both in range from 0 to 1). It is possible to use a predefined list of easing functions that are defined in Ab3d.Animation.EasingFunctions). When easingFunction parameter is null then linear interpolation is used.

By default (when animationType is SphericalInterpolation), the animation uses spherical interpolation instead of linear interpolation to come from the current to the target position.

Reference