public void FixedUpdate()
{
if (isDazzling)
{
currentFOV = Mathf.Lerp(currentFOV, userFOV, 0.04f);
currentDistance = Mathf.Lerp(currentDistance, userDistance, 0.04f);
mainCam.SetFoV(currentFOV);
mainCam.SetDistance(currentDistance);
print("Distance: " + currentDistance);
if (userFOV + 0.25 >= currentFOV)
{
mainCam.SetFoV(userFOV);
mainCam.SetDistance(userDistance);
print("Done messing with camera!");
isDazzling = false;
}
}
}
public void cameraRotationCallback(byte ID, object Data)
{
//Debug.Log("Camera Rotation Callback");
newCameraRotation = KerbalSimpitUtils.ByteArrayToStructure <CameraRotationalStruct>((byte[])Data);
// Bit fields:
// pitch = 1
// roll = 2
// yaw = 4
switch (cameraManager.currentCameraMode)
{
case CameraManager.CameraMode.Flight:
FlightCamera flightCamera = FlightCamera.fetch;
if ((newCameraRotation.mask & (byte)1) > 0)
{
myCameraRotation.pitch = newCameraRotation.pitch;
// Debug.Log("Rotation Message Seen");
float newPitch = flightCamera.camPitch + (myCameraRotation.pitch * flightCameraPitchMultiplier);
if (newPitch > flightCamera.maxPitch)
{
flightCamera.camPitch = flightCamera.maxPitch;
}
else if (newPitch < flightCamera.minPitch)
{
flightCamera.camPitch = flightCamera.minPitch;
}
else
{
flightCamera.camPitch = newPitch;
}
}
if ((newCameraRotation.mask & (byte)2) > 0)
{
myCameraRotation.roll = newCameraRotation.roll;
}
if ((newCameraRotation.mask & (byte)4) > 0)
{
myCameraRotation.yaw = newCameraRotation.yaw;
// Debug.Log("Yaw Message Seen");
float newHdg = flightCamera.camHdg + (myCameraRotation.yaw * flightCameraYawMultiplier);
flightCamera.camHdg = newHdg;
}
if ((newCameraRotation.mask & (byte)8) > 0)
{
myCameraRotation.zoom = newCameraRotation.zoom;
float newZoom = flightCamera.Distance + (myCameraRotation.zoom * flightCameraZoomMultiplier);
if (newZoom > flightCamera.maxDistance)
{
newZoom = flightCamera.maxDistance;
}
else if (newZoom < flightCamera.minDistance)
{
newZoom = flightCamera.minDistance;
}
flightCamera.SetDistance(newZoom);
}
break;
case CameraManager.CameraMode.IVA:
case CameraManager.CameraMode.Internal:
Kerbal ivaKerbal = cameraManager.IVACameraActiveKerbal;
if (ivaKerbal == null)
{
Debug.Log("Kerbal is null");
}
InternalCamera ivaCamera = InternalCamera.Instance;
ivaCamera.mouseLocked = false;
if (ivaCamera == null)
{
Debug.Log("IVA Camera is null");
}
else
{
float newPitch = (float)ivaPitchField.GetValue(ivaCamera);
float newYaw = (float)ivaYawField.GetValue(ivaCamera);
if ((newCameraRotation.mask & (byte)1) > 0)
{
myCameraRotation.pitch = newCameraRotation.pitch;
//Debug.Log("IVA Rotation Message Seen");
newPitch += (myCameraRotation.pitch * ivaCameraMultiplier);
if (newPitch > ivaCamera.maxPitch)
{
newPitch = ivaCamera.maxPitch;
}
else if (newPitch < ivaCamera.minPitch)
{
newPitch = ivaCamera.minPitch;
}
}
if ((newCameraRotation.mask & (byte)2) > 0)
{
myCameraRotation.roll = newCameraRotation.roll;
}
if ((newCameraRotation.mask & (byte)4) > 0)
{
myCameraRotation.yaw = newCameraRotation.yaw;
//Debug.Log("IVA Yaw Message Seen");
newYaw += (myCameraRotation.yaw * ivaCameraMultiplier);
if (newYaw > 120f)
{
newYaw = 120f;
}
else if (newYaw < -120f)
{
newYaw = -120f;
}
}
//Debug.Log("Before set angle");
if (this.ivaCamFieldsLoaded)
{
ivaPitchField.SetValue(ivaCamera, newPitch);
ivaYawField.SetValue(ivaCamera, newYaw);
// Debug.Log("Camera vector: " + ivaCamera.transform.localEulerAngles.ToString());
FlightCamera.fetch.transform.rotation = InternalSpace.InternalToWorld(InternalCamera.Instance.transform.rotation);
}
}
break;
default:
Debug.Log("Kerbal Simpit does not support this camera mode: " + cameraManager.currentCameraMode.ToString());
break;
}
}
