//public static Settings settings;
//private string globalConfigFilename;
//private ConfigNode globalNode = new ConfigNode();
//Awake Event - when the DLL is loaded
public void Awake()
{
if (Instance != null)
{
return;
}
Instance = this;
DontDestroyOnLoad(this);
//settings = new Settings();
//globalConfigFilename = Path.Combine(_AssemblyFolder, "Config.cfg").Replace("\\", "/");
//JSIAdvPodsUtil.Log("globalConfigFilename = " + globalConfigFilename);
//if (!File.Exists(globalConfigFilename))
//{
// settings.Save(globalNode);
// globalNode.Save(globalConfigFilename);
//}
//globalNode = ConfigNode.Load(globalConfigFilename);
//settings.Load(globalNode);
//JSIAdvPodsUtil.debugLoggingEnabled = settings.DebugLogging;
//JSIAdvPodsUtil.debugLoggingEnabled = HighLogic.CurrentGame.Parameters.CustomParams<JSIATP_SettingsParms>().DebugLogging;
//LoadedInactive = HighLogic.CurrentGame.Parameters.CustomParams<JSIATP_SettingsParms>().LoadedInactive;
GameEvents.OnGameSettingsApplied.Add(onGameSettingsApplied);
GameEvents.onGameStatePostLoad.Add(onGameStatePostLoad);
JSIAdvPodsUtil.Log("JSIAdvTransparentPods LoadGlobals Awake Complete");
}
//Awake Event - when the DLL is loaded
public void Awake()
{
if (Instance != null)
{
return;
}
Instance = this;
DontDestroyOnLoad(this);
settings = new Settings();
globalConfigFilename = Path.Combine(_AssemblyFolder, "Config.cfg").Replace("\\", "/");
JSIAdvPodsUtil.Log("globalConfigFilename = " + globalConfigFilename);
if (!File.Exists(globalConfigFilename))
{
settings.Save(globalNode);
globalNode.Save(globalConfigFilename);
}
globalNode = ConfigNode.Load(globalConfigFilename);
settings.Load(globalNode);
JSIAdvPodsUtil.debugLoggingEnabled = settings.DebugLogging;
JSIAdvPodsUtil.Log("JSIAdvTransparentPods LoadGlobals Awake Complete");
}
public void Update()
{
if (Time.timeSinceLevelLoad < 1f)
{
return;
}
// In the editor, none of this logic should matter, even though the IVA probably exists already.
if (HighLogic.LoadedSceneIsEditor && !disableLoadingInEditor)
{
if (transparentPodSetting == "ON" || (transparentPodSetting == "AUTO" && mouseOver))
{
// Make the internal model visible...
if (part.internalModel != null)
{
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.
VoodooRotate();
setVisible = true;
//if (JSIZfighterStock != null)
// JSIZfighterStock.Update(stockOverlayTransform);
//if (JSIZfightertransparent != null)
// JSIZfightertransparent.Update(transparentPodTransform);
}
// If we are in editor mode we need to turn off the internal if the internal is in OFF or AUTO mode and not moused over.
//Otherwise we make it visible.
if (transparentPodSetting == "OFF" || (transparentPodSetting == "AUTO" && !mouseOver))
{
// Make the internal model Invisible...
if (part.internalModel != null)
{
part.internalModel.SetVisible(false);
}
SetShaders(false);
setVisible = false;
}
JSIAdvPodsUtil.Log_Debug("Part {0} : Layer {1}", part.name, part.gameObject.layer);
//Turn the DepthMasks off in the Editor or we get Z-Fighting.
SetDepthMask();
}
if (HighLogic.LoadedSceneIsFlight)
{
//Now FlightScene Processing
//IVA OBstruction process of the transparentPodSetting field
//If previously IVA was obstructed and now it is not reset the transparentPodSetting back to it's previous value.
if (previsIVAobstructed && !isIVAobstructed)
{
transparentPodSetting = prevtransparentPodSetting;
displaytransparentPodSetting = prevdisplaytransparentPodSetting;
Events["eventToggleTransparency"].active = true;
}
previsIVAobstructed = isIVAobstructed;
//isIVAobstructed = false;
// 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 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 the internal to the filter list and exit OnUpdate.
if (transparentPodSetting == "OFF" || (transparentPodSetting == "AUTO" && !mouseOver) && !isIVAobstructed)
{
SetShaders(false);
if (!JSIAdvTransparentPods.PartstoFilterfromIVADict.Contains(part))
{
JSIAdvTransparentPods.PartstoFilterfromIVADict.Add(part);
}
setVisible = false;
return;
}
//If we are in flight and the user has the Stock Overlay on and this part is not part of the active vessel we turn off the internal.
// also if the user has set the LoadedInactive to False - we don't show TransparentPods that aren't on the active vessel.
// We turn it off rather than registering it for the PreCull list because if Stock Overlay is on the JSI camera is not active.
if (!vessel.isActiveVessel &&
(JSIAdvPodsUtil.StockOverlayCamIsOn || !LoadGlobals.Instance.LoadedInactive))
{
part.internalModel.SetVisible(false);
setVisible = false;
SetShaders(false);
JSIAdvPodsUtil.Log_Debug(
"Internal turned off as vessel is Not Active Vessel and stock overlay is on or LoadedInactive is False: ({0}) {1}",
part.craftID, vessel.vesselName);
return;
}
if (!vessel.isActiveVessel)
{
//For some reason (probably performance) Squad do not actively update the position and rotation of InternalModels that are not part of the active vessel.
//Calculate the Vessel position and rotation and then apply that to the InternalModel position and rotation with the MagicalVoodooRotation.
Vector3 VesselPosition = part.vessel.transform.position +
part.vessel.transform.rotation * part.orgPos;
part.internalModel.transform.position = InternalSpace.WorldToInternal(VesselPosition);
Quaternion VesselRotation = part.vessel.transform.rotation * part.orgRot;
part.internalModel.transform.rotation = InternalSpace.WorldToInternal(VesselRotation) *
MagicalVoodooRotation;
// 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 > distanceToCameraThreshold metres we turn off transparency for the part.
// Uses Maths calcs intead of built in Unity functions as this is up to 5 times faster.
Vector3 heading;
Transform thisPart = 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;
var distanceSquared = heading.x * heading.x + heading.y * heading.y + heading.z * heading.z;
distanceToCamera = Mathf.Sqrt(distanceSquared);
if (distanceToCamera > distanceToCameraThreshold)
{
SetShaders(false);
//part.internalModel.SetVisible(false);
if (!JSIAdvTransparentPods.PartstoFilterfromIVADict.Contains(part))
{
JSIAdvTransparentPods.PartstoFilterfromIVADict.Add(part);
}
setVisible = false;
return;
}
}
//If inactive vessel IVAs are turned on via the settings then we:
//Check for obstructions between this IVA and the Camera that may be on lower layers and turn off the IVA if there is one.
//Not a perfect solution..... and bad performance-wise.
if (LoadGlobals.Instance.LoadedInactive)
{
if (JSIAdvTransparentPods.Instance != null &&
CameraManager.Instance.currentCameraMode == CameraManager.CameraMode.Flight)
{
if (JSIAdvTransparentPods.Instance.MaincameraTransform != null)
{
isIVAobstructed = IsIVAObstructed(part.transform, JSIAdvTransparentPods.Instance.MaincameraTransform);
if (isIVAobstructed)
{
if (!JSIAdvTransparentPods.PartstoFilterfromIVADict.Contains(part))
{
JSIAdvTransparentPods.PartstoFilterfromIVADict.Add(part);
}
SetShaders(false);
setVisible = false;
//Set the prevtransparentPodSetting to the current transparentPodSetting and then set transparenPodSetting to "OFF"
if (!previsIVAobstructed)
{
Events["eventToggleTransparency"].active = false;
prevtransparentPodSetting = transparentPodSetting;
prevdisplaytransparentPodSetting = displaytransparentPodSetting;
transparentPodSetting = "Obstructed";
displaytransparentPodSetting = transparentPodSetting;
}
return;
}
}
}
}
// Make the internal model visible...
// And for a good measure we make sure the shader change has been applied.
SetShaders(true);
if (JSIAdvTransparentPods.PartstoFilterfromIVADict.Contains(part))
{
JSIAdvTransparentPods.PartstoFilterfromIVADict.Remove(part);
}
setVisible = true;
part.internalModel.SetVisible(true);
}
else
{
JSIAdvPodsUtil.Log("Where is my Internal model for : {0}", part.craftID);
}
}
}
public override void OnStart(StartState state)
{
JSIAdvPodsUtil.Log_Debug("OnStart {0} {1} in state {2}", part.craftID, part.name, state);
if (state == StartState.Editor && disableLoadingInEditor)
{
// Early out for people who want to disable transparency in
// the editor due to low-spec computers.
return;
}
DepthMaskShader = Shader.Find(DepthMaskShaderName);
if (distanceToCameraThreshold > 200)
{
distanceToCameraThreshold = 200;
}
if (!string.IsNullOrEmpty(opaqueShaderName))
{
opaqueShader = Shader.Find(opaqueShaderName);
if (transparentShader == null)
{
JSIAdvPodsUtil.Log("opaqueShader {0} not found.", opaqueShaderName);
}
else
{
hasOpaqueShader = true;
}
}
// In Editor, the camera we want to change is called "Main Camera". In flight, the camera to change is
// "Camera 00", i.e. close range camera.
//JSIAdvPodsUtil.DumpCameras();
if (state == StartState.Editor)
{
// I'm not sure if this change is actually needed, even. Main Camera's culling mask seems to already include IVA objects,
// they just don't normally spawn them.
JSIAdvPodsUtil.SetCameraCullingMaskForIVA("Main Camera", true);
//JSIAdvPodsUtil.SetCameraCullingMaskForIVA("Main Camera", false);
}
// If the internal model has not yet been created, try creating it and log the exception if we fail.
if (part.internalModel == null)
{
try
{
part.CreateInternalModel();
if (part.internalModel != null && HighLogic.LoadedSceneIsFlight)
{
part.internalModel.Initialize(part);
part.internalModel.SpawnCrew();
}
}
catch (Exception e)
{
JSIAdvPodsUtil.Log("failed to create internal model in Onstart");
Debug.LogException(e, this);
}
}
if (part.internalModel == null && part.partInfo != null)
{
// KSP 1.0.x introduced a new feature where it doesn't appear
// to fully load parts if they're not the root. In particular,
// that CreateInternalModel() call above here returns null for
// non-root parts until one exits the VAB and returns.
// If the internalModel doesn't exist yet, I find the config
// for this part, and create the Model ourselves.
JSIAdvPodsUtil.Log_Debug("Let's see if anyone included parts so I can assemble the interior");
if (part.partInfo != null && part.partInfo.internalConfig != null && part.partInfo.internalConfig.HasData)
{
part.AddInternalPart(part.partInfo.internalConfig);
}
if (part.internalModel != null && HighLogic.LoadedSceneIsFlight)
{
part.internalModel.Initialize(part);
part.internalModel.SpawnCrew();
}
}
// Apply shaders to transforms on startup.
if (!string.IsNullOrEmpty(transparentTransforms))
{
try
{
transparentShader = Shader.Find(transparentShaderName);
}
catch (Exception ex)
{
JSIAdvPodsUtil.Log("Get transparentShader {0} failed. Error: {1}", transparentShaderName, ex);
}
if (transparentShader == null)
{
JSIAdvPodsUtil.Log("transpartShader {0} not found.", transparentShaderName);
}
foreach (string transformName in transparentTransforms.Split('|'))
{
try
{
Transform tr = part.FindModelTransform(transformName.Trim());
if (tr != null)
{
//We both change the shader and backup the original shader so we can undo it later.
Shader backupShader = tr.GetComponent <Renderer>().material.shader;
if (backupShader != null)
{
backupShader = transparentShader;
shadersBackup.Add(new KeyValuePair <Transform, Shader>(tr, backupShader));
}
}
if (part.internalModel != null)
{
Transform itr = part.internalModel.FindModelTransform(transformName.Trim());
if (itr != null)
{
// We both change the shader and backup the original shader so we can undo it later.
Shader backupShader = itr.GetComponent <Renderer>().material.shader;
if (backupShader != null)
{
backupShader = transparentShader;
shadersBackup.Add(new KeyValuePair <Transform, Shader>(itr, backupShader));
}
}
}
}
catch (Exception e)
{
Debug.LogException(e, this);
}
}
}
//If debugging is ON dump the InternalModel transforms.
if (JSIAdvPodsUtil.debugLoggingEnabled && part.internalModel != null)
{
StringBuilder sb = new StringBuilder();
JSIAdvPodsUtil.DumpGameObjectChilds(part.internalModel.gameObject.transform.parent.gameObject, part.name + " Internal ", sb);
print("[JSIATP] " + sb);
}
//Check and process transparentPodDepthMaskShaderTransform field.
if (!string.IsNullOrEmpty(transparentPodDepthMaskShaderTransform) && part.internalModel != null)
{
transparentPodTransform = part.internalModel.gameObject.GetComponentsInChildren <Transform>().FirstOrDefault(t => t.name == transparentPodDepthMaskShaderTransform);
if (transparentPodTransform == null)
{
transparentPodDepthMaskShaderTransform = "";
JSIAdvPodsUtil.Log("Unable to find transparentPodDepthMaskShaderTransform {0} in InternalModel", transparentPodDepthMaskShaderTransform);
}
}
//Check and process stockOverlayDepthMaskShaderTransform field.
if (!string.IsNullOrEmpty(stockOverlayDepthMaskShaderTransform) && part.internalModel != null)
{
stockOverlayTransform = part.internalModel.gameObject.GetComponentsInChildren <Transform>().FirstOrDefault(t => t.name == stockOverlayDepthMaskShaderTransform);
if (stockOverlayTransform == null)
{
transparentPodDepthMaskShaderTransform = "";
JSIAdvPodsUtil.Log("Unable to find stockOverlayDepthMaskShaderTransform {0} in InternalModel", stockOverlayDepthMaskShaderTransform);
}
}
// If we ended up with an existing internal model,
if (part.internalModel != null)
{
// Rotate it now, so that it is shown correctly in the editor. - OLD Method.
if (state == StartState.Editor)
{
// Just rotating the internal is sufficient in this case.
part.internalModel.transform.localRotation = MagicalVoodooRotation;
//Find all Renderer's with DepthMask shader assigned to them and make them inactive as they cause Z-Fighting in the Editor and are
//not needed in the editor - OLD Method.
SetDepthMask();
//Turn on Zfighters for the depthmask overlays if they are present.
/*if (transparentPodTransform != null && JSIZfightertransparent == null)
* {
* JSIZfightertransparent = new JSIZFighter();
* JSIZfightertransparent.Start(transparentPodTransform);
* }
* if (stockOverlayTransform != null && JSIZfighterStock == null)
* {
* JSIZfighterStock = new JSIZFighter();
* JSIZfighterStock.Start(stockOverlayTransform);
* }*/
}
else
{
// Else this is our first startup in flight scene, we reset the IVA.
ResetIVA();
}
}
else
{
// Some error-proofing. I won't bother doing this every frame, because one error message
// should suffice, this module is not supposed to be attached to parts that have no internals in the first place.
JSIAdvPodsUtil.Log("Wait, where's my internal model?");
}
}
public override void OnStart(StartState state)
{
JSIAdvPodsUtil.Log_Debug("OnStart {0} {1} in state {2}", part.craftID, part.name, state);
if (state == StartState.Editor && disableLoadingInEditor)
{
// Early out for people who want to disable transparency in
// the editor due to low-spec computers.
return;
}
DepthMaskShader = Shader.Find(DepthMaskShaderName);
if (distanceToCameraThreshold > 200)
{
distanceToCameraThreshold = 200;
}
if (!string.IsNullOrEmpty(opaqueShaderName))
{
opaqueShader = Shader.Find(opaqueShaderName);
if (transparentShader == null)
{
JSIAdvPodsUtil.Log("opaqueShader {0} not found.", opaqueShaderName);
}
else
{
hasOpaqueShader = true;
}
}
// In Editor, the camera we want to change is called "Main Camera". In flight, the camera to change is
// "Camera 00", i.e. close range camera.
if (state == StartState.Editor)
{
// I'm not sure if this change is actually needed, even. Main Camera's culling mask seems to already include IVA objects,
// they just don't normally spawn them.
JSIAdvPodsUtil.SetCameraCullingMaskForIVA("Main Camera", true);
}
// If the internal model has not yet been created, try creating it and log the exception if we fail.
if (part.internalModel == null)
{
try
{
part.CreateInternalModel();
}
catch (Exception e)
{
JSIAdvPodsUtil.Log("failed to create internal model in Onstart");
Debug.LogException(e, this);
}
}
if (part.internalModel == null && part.partInfo != null)
{
// KSP 1.0.x introduced a new feature where it doesn't appear
// to fully load parts if they're not the root. In particular,
// that CreateInternalModel() call above here returns null for
// non-root parts until one exits the VAB and returns.
// If the internalModel doesn't exist yet, I find the config
// for this part, extract the INTERNAL node, and try to create
// the model myself. Awfully roundabout.
JSIAdvPodsUtil.Log_Debug("Let's see if anyone included parts so I can assemble the interior");
ConfigNode ipNameNode = (from cfg in GameDatabase.Instance.GetConfigs("PART")
where cfg.url == part.partInfo.partUrl
select cfg.config.GetNode("INTERNAL")).FirstOrDefault();
if (ipNameNode != null)
{
part.internalModel = part.AddInternalPart(ipNameNode);
}
}
// Apply shaders to transforms on startup.
if (!string.IsNullOrEmpty(transparentTransforms))
{
try
{
transparentShader = Shader.Find(transparentShaderName);
}
catch (Exception ex)
{
JSIAdvPodsUtil.Log("Get transparentShader {0} failed. Error: {1}", transparentShaderName, ex);
}
if (transparentShader == null)
{
JSIAdvPodsUtil.Log("transparentShader {0} not found.", transparentShaderName);
}
foreach (string transformName in transparentTransforms.Split('|'))
{
try
{
Transform tr = part.FindModelTransform(transformName.Trim());
if (tr != null)
{
//We both change the shader and backup the original shader so we can undo it later.
Shader backupShader = tr.GetComponent <Renderer>().material.shader;
tr.GetComponent <Renderer>().material.shader = transparentShader;
shadersBackup.Add(tr, backupShader);
}
if (part.internalModel != null)
{
Transform itr = part.internalModel.FindModelTransform(transformName.Trim());
if (itr != null)
{
// We both change the shader and backup the original shader so we can undo it later.
Shader backupShader = itr.GetComponent <Renderer>().material.shader;
itr.GetComponent <Renderer>().material.shader = transparentShader;
shadersBackup.Add(itr, backupShader);
}
}
}
catch (Exception e)
{
Debug.LogException(e, this);
}
}
}
// If we ended up with an existing internal model,
if (part.internalModel != null)
{
// Rotate it now, so that it is shown correctly in the editor. - OLD Method.
if (state == StartState.Editor)
{
// Just rotating the internal is sufficient in this case.
part.internalModel.transform.localRotation = MagicalVoodooRotation;
//Find all Renderer's with DepthMask shader assigned to them and make them inactive as they cause Z-Fighting in the Editor and are
//not needed in the editor - OLD Method.
SetDepthMask();
}
else
{
// Else this is our first startup in flight scene, we reset the IVA.
ResetIVA();
}
}
else
{
// Some error-proofing. I won't bother doing this every frame, because one error message
// should suffice, this module is not supposed to be attached to parts that have no internals in the first place.
JSIAdvPodsUtil.Log("Wait, where's my internal model?");
}
}
