public FreeCameraKeyFrame(Transform cameraTransform, float fov, float time, CameraCurve cameraCurve)
{
position = cameraTransform.position;
rotation = cameraTransform.rotation;
this.time = time;
this.fov = fov;
AddKeyframes(cameraCurve);
}
public void Awake()
{
this.manager = base.GetComponent <ReplayManager>();
this.cameraTransform = PlayerController.Instance.cameraController._actualCam;
this.camera = cameraTransform.GetComponent <Camera>();
this.mode = CameraMode.Orbit;
this.keyFrames = new List <KeyFrame>();
this.orbitRadialCoord = new Vector3Radial(this.cameraTransform.position - PlayerController.Instance.skaterController.skaterTransform.position);
this.FocusOffsetY = 0f;
this.cameraCurve = new CameraCurve();
}
public new static CameraCurveResult Evaluate(float time, CameraCurve cameraCurve)
{
Vector3 pos = cameraCurve.positionCurve.Evaluate(time);
Quaternion rot = cameraCurve.orientationCurve.Evaluate(time);
float fov = cameraCurve.fovCurve.Evaluate(time);
return(new CameraCurveResult()
{
position = pos,
rotation = rot,
fov = fov
});
}
public new static CameraCurveResult Evaluate(float time, CameraCurve cameraCurve)
{
;
Vector3 pos = cameraCurve.positionCurve.Evaluate(time);
Quaternion rot = Quaternion.LookRotation(PlayerController.Instance.skaterController.skaterTransform.position + cameraCurve.focusYOffsetCurve.Evaluate(time) * Vector3.up - pos, Vector3.up);
float fov = cameraCurve.fovCurve.Evaluate(time);
return(new CameraCurveResult()
{
position = pos,
rotation = rot,
fov = fov
});
}
public override void AddKeyframes(CameraCurve cameraCurve)
{
cameraCurve.positionCurve.InsertCurveKey(position, time);
cameraCurve.orientationCurve.InsertCurveKey(rotation, time);
cameraCurve.radiusCurve.InsertCurveKey((position - PlayerController.Instance.skaterController.skaterTransform.position).magnitude, time);
cameraCurve.focusYOffsetCurve.InsertCurveKey(focusOffsetY, time);
cameraCurve.fovCurve.InsertCurveKey(fov, time);
cameraCurve.freeCamCurve.InsertCurveKey(0f, time);
cameraCurve.orbitCamCurve.InsertCurveKey(0f, time);
cameraCurve.tripodCamCurve.InsertCurveKey(1f, time);
cameraCurve.CalculateCurveControlPoints();
}
public new static CameraCurveResult Evaluate(float time, CameraCurve cameraCurve)
{
Quaternion rot = cameraCurve.orientationCurve.Evaluate(time);
Vector3 pos = PlayerController.Instance.skaterController.skaterTransform.position
+ cameraCurve.focusYOffsetCurve.Evaluate(time) * Vector3.up
+ rot * -Vector3.forward * cameraCurve.radiusCurve.Evaluate(time);
float fov = cameraCurve.fovCurve.Evaluate(time);
return(new CameraCurveResult()
{
position = pos,
rotation = rot,
fov = fov
});
}
public KeyFrame GetKeyFrame(CameraCurve curve)
{
switch (cameraMode)
{
case CameraMode.Free:
return(new FreeCameraKeyFrame(position.Value, rotation.Value, fov, time, curve));
case CameraMode.Orbit:
return(new OrbitCameraKeyFrame(radialPos, position.Value, rotation.Value, yOffset, fov, time, curve));
case CameraMode.Tripod:
return(new TripodCameraKeyFrame(position.Value, rotation.Value, yOffset, fov, time, curve));
default:
throw new Exception("Unknown cameraMode: " + cameraMode);
}
}
public override void AddKeyframes(CameraCurve cameraCurve)
{
Quaternion camToPlayerLookRotation = Quaternion.LookRotation(PlayerController.Instance.skaterController.skaterTransform.position - position, Vector3.up);
cameraCurve.positionCurve.InsertCurveKey(position, time);
cameraCurve.orientationCurve.InsertCurveKey(rotation, time);
cameraCurve.radiusCurve.InsertCurveKey((position - PlayerController.Instance.skaterController.skaterTransform.position).magnitude, time);
cameraCurve.focusYOffsetCurve.InsertCurveKey(CalcFocusYOffset(), time);
cameraCurve.fovCurve.InsertCurveKey(fov, time);
cameraCurve.freeCamCurve.InsertCurveKey(1f, time);
cameraCurve.orbitCamCurve.InsertCurveKey(0f, time);
cameraCurve.tripodCamCurve.InsertCurveKey(0f, time);
cameraCurve.CalculateCurveControlPoints();
}
public override void AddKeyframes(CameraCurve cameraCurve)
{
Vector3 calculatedPosition = PlayerController.Instance.skaterController.skaterTransform.position + focusOffsetY * Vector3.up + rotation * -Vector3.forward * radius;
cameraCurve.positionCurve.InsertCurveKey(calculatedPosition, time);
cameraCurve.orientationCurve.InsertCurveKey(rotation, time);
cameraCurve.radiusCurve.InsertCurveKey(radius, time);
cameraCurve.focusYOffsetCurve.InsertCurveKey(focusOffsetY, time);
cameraCurve.fovCurve.InsertCurveKey(fov, time);
cameraCurve.freeCamCurve.InsertCurveKey(0f, time);
cameraCurve.orbitCamCurve.InsertCurveKey(1f, time);
cameraCurve.tripodCamCurve.InsertCurveKey(0f, time);
cameraCurve.CalculateCurveControlPoints();
}
public FreeCameraKeyFrame(Vector3 pos, Quaternion rot, float fov, float time, CameraCurve cameraCurve)
{
position = pos;
rotation = rot;
this.time = time;
this.fov = fov;
AddKeyframes(cameraCurve);
}
public virtual void AddKeyframes(CameraCurve cameraCurve)
{
}
public static CameraCurveResult Evaluate(float time, CameraCurve cameraCurve)
{
return(null);
}
public TripodCameraKeyFrame(Vector3 pos, Quaternion rot, float yOffset, float fov, float t, CameraCurve cameraCurve)
{
position = pos;
rotation = rot;
this.time = t;
this.fov = fov;
this.focusOffsetY = yOffset;
AddKeyframes(cameraCurve);
}
public TripodCameraKeyFrame(Transform cameraTransform, float yOffset, float fov, float t, CameraCurve cameraCurve)
{
position = cameraTransform.position;
rotation = Quaternion.LookRotation(PlayerController.Instance.skaterController.skaterTransform.position + focusOffsetY * Vector3.up - position, Vector3.up);
this.time = t;
this.fov = fov;
this.focusOffsetY = yOffset;
AddKeyframes(cameraCurve);
}
public OrbitCameraKeyFrame(Vector3Radial radialPos, Vector3 pos, Quaternion rot, float yOffset, float fov, float t, CameraCurve cameraCurve)
{
this.radialPos = radialPos;
position = PlayerController.Instance.skaterController.skaterTransform.position + Vector3.up * focusOffsetY + radialPos.cartesianCoords;
rotation = Quaternion.LookRotation(-radialPos.cartesianCoords, Vector3.up);
this.time = t;
this.fov = fov;
this.focusOffsetY = yOffset;
AddKeyframes(cameraCurve);
}
