private void SetCameraMode(ref FPendingCameraMode newCameraMode)
{
pendingCameraMode = newCameraMode;
pendingCameraMode.bPendingActive = true;
currentCameraMode = pendingCameraMode.cameraMode;
cameraParameters = newCameraMode.parameters;
blendTimeLeft = pendingCameraMode.blendParameters.blendTime;
}
private void DesiredVT(ECameraMode currentCameraMode)
{
if (currentCameraMode == ECameraMode.FirstPersonMode)
{
desiredVT.POV.position = MathLib.AddVectors(currentVT.targetPosition, MathLib.VectorOrientationTransform(cameraParameters.firstPersonEyesPositionOffset, currentVT.targetOrientation));
desiredVT.POV.orientation = currentVT.targetOrientation;
}
if (currentCameraMode == ECameraMode.ThirdPersonSimple)
{
desiredVT.POV.orientation = currentVT.targetOrientation;
desiredVT.POV.position = MathLib.AddVectors(currentVT.targetPosition, MathLib.VectorOrientationTransform(cameraParameters.camOffset, currentVT.targetOrientation));
desiredVT.POV.position = MathLib.SubtractVectors(desiredVT.POV.position, MathLib.VectorUniformScale(MathLib.OrientationToVector(currentVT.targetOrientation), cameraParameters.camDistance));
}
if (currentCameraMode == ECameraMode.DirectorCam)
{
float alpha = 1;
desiredVT.POV.orientation = MathLib.OrientationLerp(currentVT.targetOrientation, MathLib.VectorToOrientation(cameraParameters.lookAtTarget), alpha);
desiredVT.POV.position = MathLib.AddVectors(currentVT.targetPosition, MathLib.VectorOrientationTransform(cameraParameters.camPosition, currentVT.targetOrientation));
}
}
