public SerializableKeyFrame(TripodCameraKeyFrame tk)
{
this.cameraMode = CameraMode.Tripod;
this.position = new SerializableVector3(tk.position);
this.rotation = new SerializableQuaternion(tk.rotation);
this.yOffset = tk.focusOffsetY;
this.fov = tk.fov;
this.time = tk.time;
}
public CameraCurveResult Evaluate(float t)
{
float freeCamAmount = freeCamCurve.Evaluate(t);
float orbitCamAmount = orbitCamCurve.Evaluate(t);
float tripodCamAmount = tripodCamCurve.Evaluate(t);
List <Tuple <float, CameraCurveResult> > results = new List <Tuple <float, CameraCurveResult> >();
if (freeCamAmount > 0)
{
results.Add(new Tuple <float, CameraCurveResult>(freeCamAmount, FreeCameraKeyFrame.Evaluate(t, this)));
}
if (orbitCamAmount > 0)
{
results.Add(new Tuple <float, CameraCurveResult>(orbitCamAmount, OrbitCameraKeyFrame.Evaluate(t, this)));
}
if (tripodCamAmount > 0)
{
results.Add(new Tuple <float, CameraCurveResult>(tripodCamAmount, TripodCameraKeyFrame.Evaluate(t, this)));
}
switch (results.Count)
{
case 1:
return(results[0].Item2);
case 2:
return(CameraCurveResult.Combine(
results[0].Item2, results[1].Item2,
results[0].Item1, results[1].Item1
));
case 3:
results.Remove(results.OrderBy(v => v.Item1).First()); //Combine the two curves with the highest amount
goto case 2;
default:
return(new CameraCurveResult());
}
}
private void AddKeyFrame(float time)
{
int index = this.FindKeyFrameInsertIndex(time);
KeyFrame item;
switch (this.mode)
{
case CameraMode.Free:
item = new FreeCameraKeyFrame(this.cameraTransform, camera.fieldOfView, time, cameraCurve);
break;
case CameraMode.Orbit:
item = new OrbitCameraKeyFrame(this.orbitRadialCoord, FocusOffsetY, camera.fieldOfView, time, cameraCurve);
break;
case CameraMode.Tripod:
item = new TripodCameraKeyFrame(this.cameraTransform, FocusOffsetY, camera.fieldOfView, time, cameraCurve);
break;
default:
return;
}
this.keyFrames.Insert(index, item);
}