// But before the rest of the world is to be drawn, if the internal exists and is the active internal,
// it should become invisible. This is only checked when transparentPodSetting is "OFF" or on "AUTO"
// and the current vessel reference part is this part or the mouse is over this part.
public void LateUpdate()
{
if (HighLogic.LoadedSceneIsEditor)
{
if (transparentPodSetting == "OFF" || (transparentPodSetting == "AUTO" && !mouseOver))
{
SetShaders(false);
JUtil.SetCameraCullingMaskForIVA("Main Camera", false);
part.internalModel.SetVisible(false);
}
else
{
SetShaders(true);
JUtil.SetCameraCullingMaskForIVA("Main Camera", true);
part.internalModel.SetVisible(true);
}
mouseOver = false;
return;
}
if (JUtil.IsInIVA())
{
return;
}
if (transparentPodSetting == "OFF" || ((transparentPodSetting == "AUTO" && FlightGlobals.ActiveVessel.referenceTransformId != this.part.flightID) &&
(transparentPodSetting == "AUTO" && !mouseOver)))
{
if (JUtil.cameraMaskShowsIVA && vessel.isActiveVessel && part.internalModel != null && !JUtil.UserIsInPod(part))
{
part.internalModel.SetVisible(false);
}
}
mouseOver = false;
}
// During the drawing of the GUI, when the portraits are to be drawn, if the internal exists, it should be visible,
// so that portraits show up correctly. This is only checked when transparentPodSetting is "OFF" or on "AUTO"
// and this part is part of the active vessel.
public void OnGUI()
{
if (HighLogic.LoadedSceneIsFlight)
{
if (JUtil.IsInIVA())
{
return;
}
if ((transparentPodSetting == "OFF" || transparentPodSetting == "AUTO") && vessel.isActiveVessel && part.internalModel != null)
{
part.internalModel.SetVisible(true);
}
}
}
// During the drawing of the GUI, when the portraits are to be drawn, if the internal exists, it should be visible,
// so that portraits show up correctly. This is only checked when transparentPodSetting is "OFF" or on "AUTO"
// and the current vessel reference part is this part or the mouse is over this part.
public void OnGUI()
{
if (HighLogic.LoadedSceneIsEditor || JUtil.IsInIVA())
{
return;
}
if (transparentPodSetting == "OFF" || ((transparentPodSetting == "AUTO" && FlightGlobals.ActiveVessel.referenceTransformId != this.part.flightID) &&
(transparentPodSetting == "AUTO" && !mouseOver)))
{
if (JUtil.cameraMaskShowsIVA && vessel.isActiveVessel && part.internalModel != null)
{
part.internalModel.SetVisible(true);
}
}
}
public override void OnUpdate()
{
// In the editor, none of this logic should matter, even though the IVA probably exists already.
if (HighLogic.LoadedSceneIsEditor)
{
return;
}
// If the root part changed, or the IVA is mysteriously missing, we reset it and take note of where it ended up.
if (vessel.rootPart != knownRootPart || lastActiveVessel != FlightGlobals.ActiveVessel || part.internalModel == null)
{
ResetIVA();
}
// So we do have an internal model, right?
if (part.internalModel != null)
{
if (JUtil.IsInIVA())
{
// If the user is IVA, we move the internals to the original position,
// so that they show up correctly on InternalCamera. This particularly concerns
// the pod the user is inside of.
part.internalModel.transform.parent = originalParent;
part.internalModel.transform.localRotation = originalRotation;
part.internalModel.transform.localPosition = originalPosition;
part.internalModel.transform.localScale = originalScale;
if (!JUtil.UserIsInPod(part))
{
// If the user is in some other pod than this one, we also hide our IVA to prevent them from being drawn above
// everything else.
part.internalModel.SetVisible(false);
}
// Unfortunately even if I do that, it means that at least one kerbal on the ship will see his own IVA twice in two different orientations,
// one time through the InternalCamera (which I can't modify) and another through the Camera 00.
// So we have to also undo the culling mask change as well.
JUtil.SetMainCameraCullingMaskForIVA(false);
// So once everything is hidden again, we undo the change in shaders to conceal the fact that you can't see other internals.
SetShaders(false);
}
else
{
// If the current part is not part of the active vessel, we calculate the distance from the part to the flight camera.
// If this distance is > 500m we turn off transparency for the part.
// Uses Maths calcs intead of built in Unity functions as this is up to 5 times faster.
if (!vessel.isActiveVessel)
{
Vector3 heading;
float distanceSquared;
Transform thisPart = this.part.transform;
Transform flightCamera = FlightCamera.fetch.transform;
heading.x = thisPart.position.x - flightCamera.position.x;
heading.y = thisPart.position.y - flightCamera.position.y;
heading.z = thisPart.position.z - flightCamera.position.z;
distanceSquared = heading.x * heading.x + heading.y * heading.y + heading.z * heading.z;
distanceToCamera = Mathf.Sqrt(distanceSquared);
if (distanceToCamera > distanceToCameraThreshold)
{
SetShaders(false);
JUtil.SetMainCameraCullingMaskForIVA(true);
return;
}
}
distanceToCamera = 0f;
// If transparentPodSetting = OFF or AUTO and not the focused active part we treat the part like a non-transparent part.
// and we turn off the shaders (if set) and exit OnUpdate. onGUI and LateUpdate will do the rest.
if (transparentPodSetting == "OFF" || ((transparentPodSetting == "AUTO" && FlightGlobals.ActiveVessel.referenceTransformId != this.part.flightID) &&
(transparentPodSetting == "AUTO" && !mouseOver)))
{
SetShaders(false);
JUtil.SetMainCameraCullingMaskForIVA(true);
return;
}
// Otherwise, we're out of IVA, so we can proceed with setting up the pods for exterior view.
JUtil.SetMainCameraCullingMaskForIVA(true);
// Make the internal model visible...
part.internalModel.SetVisible(true);
// And for a good measure we make sure the shader change has been applied.
SetShaders(true);
// Now we attach the restored IVA directly into the pod at zero local coordinates and rotate it,
// so that it shows up on the main outer view camera in the correct location.
part.internalModel.transform.parent = part.transform;
part.internalModel.transform.localRotation = MagicalVoodooRotation;
part.internalModel.transform.localPosition = Vector3.zero;
part.internalModel.transform.localScale = Vector3.one;
}
}
}
public override void OnUpdate()
{
// In the editor, none of this logic should matter, even though the IVA probably exists already.
if (HighLogic.LoadedSceneIsEditor)
{
return;
}
// If the root part changed, or the IVA is mysteriously missing, we reset it and take note of where it ended up.
if (vessel.rootPart != knownRootPart || lastActiveVessel != FlightGlobals.ActiveVessel || part.internalModel == null)
{
ResetIVA();
}
// Now we need to make sure that the list of portraits in the GUI conforms to what actually is in the active vessel.
// This is important because IVA/EVA buttons clicked on kerbals that are not in the active vessel cause problems
// that I can't readily debug, and it shouldn't happen anyway.
// Only the pods in the active vessel should be doing it since the list refers to them.
if (vessel.isActiveVessel)
{
// First, every pod should check through the list of portaits and remove everyone who is from some other vessel, or NO vessel.
var stowaways = new List <Kerbal>();
foreach (Kerbal thatKerbal in KerbalGUIManager.ActiveCrew)
{
if (thatKerbal.InPart == null)
{
stowaways.Add(thatKerbal);
}
else
{
if (thatKerbal.InVessel != vessel)
{
stowaways.Add(thatKerbal);
}
}
}
foreach (Kerbal thatKerbal in stowaways)
{
KerbalGUIManager.RemoveActiveCrew(thatKerbal);
}
// Then, every pod should check the list of seats in itself and see if anyone is missing who should be present.
foreach (InternalSeat seat in part.internalModel.seats)
{
if (seat.kerbalRef != null && !KerbalGUIManager.ActiveCrew.Contains(seat.kerbalRef))
{
if (seat.kerbalRef.protoCrewMember.rosterStatus != ProtoCrewMember.RosterStatus.Dead || seat.kerbalRef.protoCrewMember.type != ProtoCrewMember.KerbalType.Unowned)
{
KerbalGUIManager.AddActiveCrew(seat.kerbalRef);
}
}
}
}
// So we do have an internal model, right?
if (part.internalModel != null)
{
if (JUtil.IsInIVA())
{
// If the user is IVA, we move the internals to the original position,
// so that they show up correctly on InternalCamera. This particularly concerns
// the pod the user is inside of.
part.internalModel.transform.parent = originalParent;
part.internalModel.transform.localRotation = originalRotation;
part.internalModel.transform.localPosition = originalPosition;
part.internalModel.transform.localScale = originalScale;
if (!JUtil.UserIsInPod(part))
{
// If the user is in some other pod than this one, we also hide our IVA to prevent them from being drawn above
// everything else.
part.internalModel.SetVisible(false);
}
// Unfortunately even if I do that, it means that at least one kerbal on the ship will see his own IVA twice in two different orientations,
// one time through the InternalCamera (which I can't modify) and another through the Camera 00.
// So we have to also undo the culling mask change as well.
JUtil.SetMainCameraCullingMaskForIVA(false);
// So once everything is hidden again, we undo the change in shaders to conceal the fact that you can't see other internals.
SetShaders(false);
}
else
{
// If transparentPodSetting = OFF or AUTO and not the focused active part we treat the part like a non-transparent part.
// and we turn off the shaders (if set) and exit OnUpdate. onGUI and LateUpdate will do the rest.
if (transparentPodSetting == "OFF" || ((transparentPodSetting == "AUTO" && FlightGlobals.ActiveVessel.referenceTransformId != this.part.flightID) &&
(transparentPodSetting == "AUTO" && !mouseOver)))
{
SetShaders(false);
JUtil.SetMainCameraCullingMaskForIVA(true);
return;
}
// Otherwise, we're out of IVA, so we can proceed with setting up the pods for exterior view.
JUtil.SetMainCameraCullingMaskForIVA(true);
// Make the internal model visible...
part.internalModel.SetVisible(true);
// And for a good measure we make sure the shader change has been applied.
SetShaders(true);
// Now we attach the restored IVA directly into the pod at zero local coordinates and rotate it,
// so that it shows up on the main outer view camera in the correct location.
part.internalModel.transform.parent = part.transform;
part.internalModel.transform.localRotation = MagicalVoodooRotation;
part.internalModel.transform.localPosition = Vector3.zero;
part.internalModel.transform.localScale = Vector3.one;
}
}
}