[RELEASED] Gater (Portals System)

@H92 I might see if I can fix it. I'm guessing it's somewhere in the ShaderForge-made UVRemap.shader. Do you agree?

 

This project is totally open source.

You can do whatever you want, but only if the work will posted here (as usual).

 

I'm facing the same issues with portals





If you go closer, it works well, but at a far distance, portal just glitches, i'm also looking into getting support for ufps, i'll email this guy

 

@gonzalologorg Are you on mac? And does it work well in editor, but not in a build?

 

Windows 10 64 bits and same result in editor and build, I'm using your character controller and prefabs, also I have a GTX 970

Also

I've contacted to ufps author and they are willing to give a copy if you contact them
ufps@opsive.com

Thank you so much for what are you doing for the community

 

@gonzalologorg I'm not the author. I'll return with a solution to the flickering if I find one

 

how do I exclude an object from rendering, as when I put a part of a wall into the exclude list it doesn't disappear from the portal.

 

Hey folk!

If anyone of you want to open a GitHub page, can do it.

I think it's a better way of working at this point.

 

Hi everyone.

Version 1.3.5 has been submitted. Changelog:

- Fixed a bug where far distance generate a black render.

RELEASED!

 

Wow just found this asset like 30 mins ago and i'm having so much fun with it.

Thank you

 

Hi, is it possible to enable HDR on the cameras for the portals?

 

Yes. You just only enable it on main camera, and the remains portals cameras acquire the same option.

 

First of all, thank you for the amazing asset.

I'm trying to embed the portals (I got rid of the cube frames) into my scene, into a door:


I've got a portal between this door, and another similar door far away in world space (not crazy far, but far enough).

The problem is, when I start the scene it seems that Gater is cloning virtually every object and mesh from the other scene. I'm guess this is because somehow the colliders from the other objects (walls/floors/etc) are slightly intersecting with the mesh collider of Gater (if I understand how it works correctly).

This is what happens visually:


I'm trying to modify the script that would ONLY allow cloning of the object that has the FirstPersonController component, but for some reason when I'm trying to catch collisions in OnTriggerEnter I only see 1 GameObject triggering it (doing a naive Debug.Log(collision.gameObject.name).

Also, even when adding objects to the portal ignore list, they still get cloned? Or am I imagining that list doesn't do what I think it does.



Do you have any insight how I could possibly just limit all cloning to only the FPC object? Thank you again!

 

Well I have HDR set on the main fpscontroller camera but hdr isn't showing on portal

 

Maybe Exclude feature not work properly (i will check next week, when I will return to home).

But if you want, you can check yourself the for cycle on OnTriggerEnter, that compare all triggered objects with "exluded objects" array to stop execution.

 

If it's set on portal cameras, and still not working, so there is a problem on shader (in this case I must find a better way to make it).

 

well when I have the game running and check the cameras they seem to not have HDR set on while the main fpscontroller camera does.

 

If I do Debug.Log(collision.gameObject.name) right inside "OnTriggerEnter", should it print every gameobject that is processed by the PortalManager?

Because right now it doesn't :/ Oddly enough, even if I disable the Mesh Collider on the 2nd gate, so essentially I thought I would make a one way travel gate, it seems to have no effect. I'll try to dig myself today on it. Is it possible you can share some overview of how the script should work?

Note: I'm not using your FirstPersonController as I modified the standard one quite a bit. If the general functionality of walking through portals work (and it does), can I ignore your FPC?

Thanks!

 

As usual I will check after that I return to home (monday).

 

OK, I've figured out how to at least hack around my problem, now things are working great.

I've simply added a check to only process objects that start with "PlayerFPC", which is the name of my object containing the FirstPersonController script. I say "start with" because PortalManager creates clones with different names, but they always start with your base object name.

My edit:

Code (CSharp):

1. # just after OnTriggerEnter, OnTriggerStay, OnTriggerExit
2. if (collision.gameObject.name.Substring(0, collision.gameObject.name.Length > 9 ? 9 : collision.gameObject.name.Length) != "PlayerFPC")
3.     return;

After that everything is working fine and I'm using my FPC script.

Not sure what you changed in yours, I will try to investigate at a later day because for now its working OK, but maybe if you had a brief overview of FPC changes folks could integrate easier the required changes

 

In pratice you want to use you own FPS Controller with a different name?

 

Not sure I understand the question. I am using a modified version of the Unity Standard Assets FirstPersonController (I changed the namespace of my script as well for my sanity). The first thing I did to PortalManager was replace the fully qualified reference to FirstPersonController to just FirstPersonController and reference the correct assembly with the "using" directive.

That got the script compiling and working fine on your test scenes.

Then I wanted to further modify PortalManager to *only work on my FirstPersonController* (which is on a GameObject named "PlayerFPC"). I managed to do that with the code snippet pasted.

The last questions I have (which are not so important) is what is the actual diff between the Unity Standard Assets FPC script, and the FPC script you distribute.

 

I wanted to say if you want only to use my script with different FPS Controller namespace, but I have understand that you only want to add a check with your script name. In this case you must only obviously add a further check.

When I return to home I will try to provide a universal solution.

 

To answer to your latest question...I have changed some lines on Start function of FPSController main script, and others on MouseLook (you will find instantly if you compare it).

 

Would having the ability to lock the camera rotation between two points or set angles around the plane remove the problem of having objects close to the portal get in the way? like in the image attached or would that be fixed another way?

 

Try to exclude the object from rendering with built-in portal manager feature.

 

When I try and use the exclude list it doesn't work for any objects.

 

Strange, exclude list of rendering work for me on 'fps with wall' example.

 

Alright I got the exclude working by changing the layer the object is on, but what I need is that object to be there as it's like a corridor, but I don't want to see the other side of it, or is that jut not possible at the moment with this?

 

So you want to make a corridor between the entrance and exit, right? Ok, you can do it in a simple way with 4 portals (two in and out from your world to a corridor, and other two from corridor to other world that you want to reach).

 

I just meant that it was like a corridor because it has walls surrounding the portal. you can see what I mean here.

 

I suggest you to use a wall with hide front face, in this way you may can fix the problem.

 

Not sure what you mean by this as i'm a beginner with unity. Are you talking about a stencil buffer?

 

Hi everyone.

Version 1.3.6 has been submitted. Changelog:

- Fixed a bug where: occlusion culling, hdr and msaa, were not enabled/disabled on portals cameras with main scene camera.
- Excluded objects from trigger has been rewritten.

RELEASED!

 

Nope, i'm talking about face rendering. Add a plane to your scene (from unity default mesh) and you can see that one face is visible and one not. You can make a wall without one face visible, and maybe you can solve the problem.

 

I don't think that will work as the wall is meant to be visible from both sides, as such I will see if stencil masks will help with this probelm.

 

I can officially say that using stencil masks is exactly what I needed, with a bit more customization I can get it working perfectly.

 

I'm not sure if it's just me, but after I updated and reimported the package, I seem to be turning left as soon as I'm through the other side.

update: It seems that when ever i'm crossing through once i've fully gone through the rotation of the fps controller get set to the same as the first portal you walk through, or something like that.

 

I've been testing this asset using the FPS scene. I've found that if I rotate the blue portal when I go to the other side I face the red cube for half a second, then I quickly rotate. Otherwise, it works wonderfully. Why is this happening?

 

Maybe I have understand which is the problem.

I will fix it on next version.

 

Hi.

Have you updated to the latest version? Exclude objects from trigger work for me.

P.S = There isn't a way to donate.

 

Hi everyone.

Version 1.3.7 has been submitted. Changelog:

- You can now manually set clip plane material for clone objects.
- FPS Skybox scene has been fixed.

 

Can you try the portals on one of example scene into the package, In the same situation but without room model?

I before understand if it's a general problem, or a issue restricted only to your scene. Because maybe you must create a model without back or front face, in order to allow portal cameras to rendering correctly inside it.

 

I think that you must see the code inside the trigger functions (those relegated to cloning objects to secondary portal).

In the same way you can create a raycast, from first to second portal.

 

I am running into an issue that is completely baffling me. Sometimes, more rarely after I made some changes but still happening, the screen flashes with the color of the skybox. It's like the collision overshoots and you see the skybox before being teleported. I tried putting all the trigger events on co-routines and firing them on yield null, and then putting my character mover routine on yield return new WaitForFixedUpdate(), to try and separate the events. I'm still getting that flicker. Additionally, I even tried making the portalmanager.cs fire before the Player controller script. It's still doing it.

Here are the changes I've made to PortalManager.cs.

Code (CSharp):

1. using UnityEngine;
2. using UnityEngine.SceneManagement;
3. using System;
4. using System.Collections;
5. #if UNITY_EDITOR
6.     using UnityEditorInternal;
7.     using UnityEditor;
8. #endif
9.  
10. [ExecuteInEditMode]
11. [DisallowMultipleComponent]
12.  
13. [RequireComponent (typeof(MeshFilter))]
14. [RequireComponent (typeof(MeshRenderer))]
15. [RequireComponent (typeof(Rigidbody))]
16.  
17. public class PortalManager : MonoBehaviour {
18.     //Public vars and related
19.     [Serializable] public class AutoPairClass {
20.         public bool Enable;
21.  
22.         public string PortalPairedName;
23.     }
24.  
25.     public AutoPairClass AutoPair;
26.  
27.     public GameObject PairedPortal;
28.     private bool ClearPairedPortal;
29.     public Material PairedPortalSkybox;
30.  
31.     public bool bTeleporterActive = true;
32.  
33.     [Serializable] public class ViewSettingsClass {
34.         [Serializable] public class ProjectionClass {
35.             public Vector2 Resolution = new Vector2(800, 600);
36.  
37.             public enum DepthQualityEnum {Fast, High};
38.             public DepthQualityEnum DepthQuality = DepthQualityEnum.High;
39.             [HideInInspector] public DepthQualityEnum CurrentDepthQuality;
40.         }
41.         public ProjectionClass Projection;
42.  
43.         [Serializable] public class RecursionClass {
44.             [Range(1, 20)] public int Steps = 1;
45.             public Material CustomFinalStep;
46.         }
47.         public RecursionClass Recursion;
48.  
49.         [Serializable] public class DistorsionClass {
50.             public bool EnableDistorsion;
51.  
52.             public Texture2D Pattern;
53.             public Color Color = new Color(1, 1, 1, 1);
54.             [Range(1, 100)] public int Tiling = 1;
55.             [Range(-10, 10)] public float SpeedX = .01f;
56.             [Range(-10, 10)] public float SpeedY = 0;
57.         }
58.         public DistorsionClass Distorsion;
59.     }
60.     public ViewSettingsClass ViewSettings;
61.  
62.     [Serializable] public class PortalSettingsClass {
63.         public bool EnableRender = true;
64.         public bool EnableObjsTrigger = true;
65.         public bool EnableClipPlane = true;
66.     }
67.     public PortalSettingsClass PortalSettings;
68.  
69.     [Serializable] public class PortalFunctionalityClass {
70.         public GameObject[] ExcludedObjsFromTrigger = new GameObject[0];
71.  
72.         [Serializable] public class ExcludedObjsFromRenderClass {
73.             public GameObject Obj;
74.  
75.             [Range(2, 31)] public int Layer = 2;
76.         }
77.         public ExcludedObjsFromRenderClass[] ExcludedObjsFromRender = new ExcludedObjsFromRenderClass[0];
78.  
79.         [Serializable] public class SceneAsyncLoadClass {
80.             public bool Enable;
81.  
82.             public int SceneIndex = 0;
83.         }
84.         public SceneAsyncLoadClass SceneAsyncLoad;
85.     }
86.     public PortalFunctionalityClass PortalFunctionality;
87.     //----------
88.  
89.     private Material[] PortalMaterials;
90.     private RenderTexture[] RenderTexts;
91.     private Material ClipPlaneMaterial;
92.     private Material CloneClipPlaneMaterial;
93.     [HideInInspector] public GameObject ClipPlanePosObj;
94.     private Vector2 CurrentProjectionResolution;
95.     [HideInInspector] public GameObject[] PortalCamObjs;
96.     private int[] InitPortalCamObjsCullingMask;
97.     private GameObject SceneviewRender;
98.  
99.     void OnEnable () {
100.         #if UNITY_EDITOR
101.             RenderTexts = new RenderTexture [2];
102.         #else
103.             RenderTexts = new RenderTexture [1];
104.         #endif
105.         PortalMaterials = new Material [RenderTexts.Length];
106.  
107.         PortalCamObjs = new GameObject [20];
108.         Array.Resize (ref PortalCamObjs, PortalCamObjs.Length + 1);
109.         InitPortalCamObjsCullingMask = new int [PortalCamObjs.Length];
110.  
111.         for (int i = 0; i < PortalMaterials.Length; i++) //Generate "Portal" and "Clipping plane" materials
112.             if (!PortalMaterials [i])
113.                 PortalMaterials [i] = new Material (Shader.Find ("Gater/UV Remap"));
114.  
115.         Shader ClipPlaneShader = Shader.Find ("Clip/Plane");
116.  
117.         if (!ClipPlaneMaterial) {
118.             ClipPlaneMaterial = new Material (Shader.Find ("Standard"));
119.             ClipPlaneMaterial.shader = ClipPlaneShader;
120.         }
121.         if (!CloneClipPlaneMaterial) {
122.             CloneClipPlaneMaterial = new Material (Shader.Find ("Standard"));
123.             CloneClipPlaneMaterial.shader = ClipPlaneShader;
124.         }
125.  
126.         //Apply custom settings to the portal components
127.         GetComponent<MeshRenderer> ().shadowCastingMode = UnityEngine.Rendering.ShadowCastingMode.Off;
128.         GetComponent<MeshRenderer> ().receiveShadows = false;
129.         GetComponent<MeshRenderer> ().sharedMaterial = PortalMaterials [0];
130.         GetComponent<Rigidbody> ().mass = 1;
131.         GetComponent<Rigidbody> ().drag = 0;
132.         GetComponent<Rigidbody> ().angularDrag = 0;
133.         GetComponent<Rigidbody> ().useGravity = false;
134.         GetComponent<Rigidbody> ().isKinematic = true;
135.         GetComponent<Rigidbody> ().interpolation = RigidbodyInterpolation.None;
136.         GetComponent<Rigidbody> ().collisionDetectionMode = CollisionDetectionMode.ContinuousDynamic;
137.         GetComponent<Rigidbody> ().constraints = RigidbodyConstraints.None;
138.         if (GetComponent<MeshCollider> ()) {
139.             GetComponent<MeshCollider> ().convex = true;
140.             GetComponent<MeshCollider> ().sharedMaterial = null;
141.         }
142.  
143.         //Disable collision of walls behind portals, and check if the excluded objects from trigger have a collider component
144.         if (PortalFunctionality.ExcludedObjsFromTrigger.Length > 0)
145.             for (int j = 0; j < PortalFunctionality.ExcludedObjsFromTrigger.Length; j++)
146.                 if (PortalFunctionality.ExcludedObjsFromTrigger [j])
147.                     if (!PortalFunctionality.ExcludedObjsFromTrigger [j].GetComponent<Collider> ())
148.                         Debug.LogError ("One excluded wall doesn't have a collider component");
149.  
150.             #if UNITY_EDITOR
151.                 EditorApplication.update = null;
152.                
153.                 //Search already existing required objects for teleport, and fill the relative variables with
154.                 int PortalCamObjsSteps = 0;
155.  
156.                 for (int k = 0; k < transform.GetComponentsInChildren<Transform> ().Length; k++) {
157.                     if (transform.GetComponentsInChildren<Transform> () [k].name == this.gameObject.name + " Camera " + PortalCamObjsSteps) {
158.                         PortalCamObjs [PortalCamObjsSteps] = transform.GetComponentsInChildren<Transform> () [k].gameObject;
159.  
160.                         PortalCamObjsSteps += 1;
161.                     }
162.  
163.                     if (transform.GetComponentsInChildren<Transform> () [k].name == transform.name + " SceneviewRender")
164.                         SceneviewRender = transform.GetComponentsInChildren<Transform> () [k].gameObject;
165.  
166.                     if (transform.GetComponentsInChildren<Transform> () [k].name == transform.name + " ClipPlanePosObj")
167.                         ClipPlanePosObj = transform.GetComponentsInChildren<Transform> () [k].gameObject;
168.                 }
169.             #endif
170.     }
171.  
172.     private Mesh PortalMesh;
173.     private Camera InGameCamera;
174.     private RenderTexture TempRenderText;
175.  
176.     void LateUpdate () {
177.         if (!PairedPortal || PairedPortal.GetComponent<PortalManager> ().PairedPortal != gameObject) {
178.             if (ClearPairedPortal) {
179.                 PairedPortal = null;
180.  
181.                 ClearPairedPortal = false;
182.             } else
183.                 if (AutoPair.Enable) {
184.                     if (AutoPair.PortalPairedName != "")
185.                         PairedPortal = GameObject.Find (AutoPair.PortalPairedName);
186.                 } else
187.                     for (int i = 0; i < FindObjectsOfType<Transform> ().Length; i++)
188.                         if (FindObjectsOfType<Transform> () [i] != transform && FindObjectsOfType<Transform> () [i].GetComponent<PortalManager> () && FindObjectsOfType<Transform> () [i].GetComponent<PortalManager> ().PairedPortal == gameObject)
189.                             PairedPortal = FindObjectsOfType<Transform> () [i].gameObject;
190.         } else {
191.             if (!InGameCamera) {
192.                 ResetVars (false); //Reset arrays elements of the required objects for teleport, if game camera variable is null and any object is still colliding with the portal
193.  
194.                 InGameCamera = Camera.main; //Fill empty "InGameCamera" variable with main camera
195.             } else {
196.                 ClearPairedPortal = true;
197.  
198.                 if (InGameCamera.nearClipPlane > .01f)
199.                     Debug.LogError ("The nearClipPlane of 'Main Camera' is not equal to 0.01");
200.  
201.                 PortalMesh = GetComponent<MeshFilter> ().sharedMesh; //Acquire current portal mesh
202.  
203.                 ViewSettings.Projection.Resolution = new Vector2 (ViewSettings.Projection.Resolution.x < 1 ? 1 : ViewSettings.Projection.Resolution.x, ViewSettings.Projection.Resolution.y < 1 ? 1 : ViewSettings.Projection.Resolution.y);
204.  
205.                 //Generate render texture for the portal camera
206.                 if (CurrentProjectionResolution.x != ViewSettings.Projection.Resolution.x || CurrentProjectionResolution.y != ViewSettings.Projection.Resolution.y || ViewSettings.Projection.CurrentDepthQuality != ViewSettings.Projection.DepthQuality) {
207.                     if (TempRenderText) {
208.                         #if UNITY_EDITOR
209.                             DestroyImmediate (TempRenderText, false);
210.                         #else
211.                             Destroy (TempRenderText);
212.                         #endif
213.                     } else
214.                         TempRenderText = new RenderTexture (Convert.ToInt32 (ViewSettings.Projection.Resolution.x), Convert.ToInt32 (ViewSettings.Projection.Resolution.y), ViewSettings.Projection.DepthQuality == ViewSettingsClass.ProjectionClass.DepthQualityEnum.Fast ? 16 : 24);
215.  
216.                     int RenderTextsLength = 0;
217.  
218.                     for (int i = 0; i < RenderTexts.Length; i++) {
219.                         if (RenderTexts [i]) {
220.                             #if UNITY_EDITOR
221.                                 if (!EditorApplication.isPlaying)
222.                                     DestroyImmediate (RenderTexts [i], false);
223.                                 if (EditorApplication.isPlaying)
224.                                     Destroy (RenderTexts [i]);
225.                             #else
226.                                 Destroy (RenderTexts [i]);
227.                             #endif
228.                         } else {
229.                             RenderTexts [i] = new RenderTexture (Convert.ToInt32 (ViewSettings.Projection.Resolution.x), Convert.ToInt32 (ViewSettings.Projection.Resolution.y), ViewSettings.Projection.DepthQuality == ViewSettingsClass.ProjectionClass.DepthQualityEnum.Fast ? 16 : 24);
230.                             RenderTexts [i].name = this.gameObject.name + " RenderTexture " + i;
231.  
232.                             RenderTextsLength += 1;
233.                         }
234.                     }
235.  
236.                     if (RenderTextsLength == RenderTexts.Length) {
237.                         CurrentProjectionResolution = new Vector2 (ViewSettings.Projection.Resolution.x, ViewSettings.Projection.Resolution.y);
238.  
239.                         ViewSettings.Projection.CurrentDepthQuality = ViewSettings.Projection.DepthQuality;
240.                     }
241.                 }
242.  
243.                 #if UNITY_EDITOR
244.                     LayerMask SceneTabLayerMask = Tools.visibleLayers;
245.  
246.                     SceneTabLayerMask &= ~(1 << 1); //Disable SceneviewRender layer on Sceneview
247.  
248.                     Tools.visibleLayers = SceneTabLayerMask;
249.  
250.                     //Generate projection plane for Sceneview
251.                     if (!SceneviewRender) {
252.                         SceneviewRender = new GameObject (transform.name + " SceneviewRender");
253.  
254.                         SceneviewRender.AddComponent<MeshFilter> ();
255.                         SceneviewRender.AddComponent<MeshRenderer> ();
256.  
257.                         SceneviewRender.transform.position = transform.position;
258.                         SceneviewRender.transform.rotation = transform.rotation;
259.                         SceneviewRender.transform.localScale = transform.localScale;
260.                         SceneviewRender.transform.parent = transform;
261.                     } else {
262.                         if (SceneviewRender.name != transform.name + " SceneviewRender")
263.                             SceneviewRender.name = transform.name + " SceneviewRender";
264.  
265.                         SceneviewRender.layer = 4;
266.  
267.                         SceneviewRender.transform.localPosition = new Vector3 (0, 0, .0001f);
268.  
269.                         SceneviewRender.GetComponent<MeshFilter> ().sharedMesh = PortalMesh;
270.                         SceneviewRender.GetComponent<MeshRenderer> ().sharedMaterial = PortalMaterials [1];
271.                        
272.                         //Enable/Disable portal rendering by bool variable
273.                         SceneviewRender.GetComponent<MeshRenderer> ().enabled = PortalSettings.EnableRender ? true : false;
274.                        
275.                         //Apply render texture to the scene portal material
276.                         if (PortalMaterials.Length > 1)
277.                             SceneviewRender.GetComponent<MeshRenderer> ().sharedMaterial.SetTexture ("_MainTex", InGameCamera && PairedPortal.GetComponent<PortalManager> ().RenderTexts [1] ? PairedPortal.GetComponent<PortalManager> ().RenderTexts [1] : null);
278.                     }
279.                 #endif
280.  
281.                 //Apply render texture to the game portal material
282.                 if (PortalMaterials.Length > 0)
283.                     GetComponent<MeshRenderer> ().sharedMaterial.SetTexture ("_MainTex", InGameCamera && PairedPortal.GetComponent<PortalManager> ().RenderTexts [0] ? PairedPortal.GetComponent<PortalManager> ().RenderTexts [0] : null);
284.  
285.                 //Enable/Disable portal rendering by bool variable
286.                 GetComponent<MeshRenderer> ().enabled = PortalSettings.EnableRender ? true : false;
287.                 //Manage distorstion pattern settings
288.                 GetComponent<MeshRenderer> ().sharedMaterial.SetInt ("_EnableDistorsionPattern", ViewSettings.Distorsion.EnableDistorsion ? 1 : 0);
289.                 GetComponent<MeshRenderer> ().sharedMaterial.SetTexture ("_DistorsionPattern", ViewSettings.Distorsion.Pattern);
290.                 GetComponent<MeshRenderer> ().sharedMaterial.SetColor ("_DistorsionPatternColor", ViewSettings.Distorsion.Color);
291.                 GetComponent<MeshRenderer> ().sharedMaterial.SetInt ("_DistorsionPatternTiling", ViewSettings.Distorsion.Tiling);
292.                 GetComponent<MeshRenderer> ().sharedMaterial.SetFloat ("_DistorsionPatternSpeedX", -ViewSettings.Distorsion.SpeedX);
293.                 GetComponent<MeshRenderer> ().sharedMaterial.SetFloat ("_DistorsionPatternSpeedY", -ViewSettings.Distorsion.SpeedY);
294.  
295.                 //Generate camera for the portal rendering
296.                 for (int j = 0; j < PortalCamObjs.Length; j++) {
297.                     if (j < ViewSettings.Recursion.Steps + 1) {
298.                         if (!PortalCamObjs [j]) {
299.                             PortalCamObjs [j] = new GameObject (transform.name + " Camera " + j);
300.  
301.                             PortalCamObjs [j].tag = "Untagged";
302.  
303.                             PortalCamObjs [j].transform.parent = transform;
304.                             PortalCamObjs [j].AddComponent<Camera> ();
305.                             PortalCamObjs [j].GetComponent<Camera> ().enabled = false;
306.                             InitPortalCamObjsCullingMask [j] = PortalCamObjs [j].GetComponent<Camera> ().cullingMask;
307.                             PortalCamObjs [j].GetComponent<Camera> ().nearClipPlane = .01f;
308.  
309.                             PortalCamObjs [j].AddComponent<Skybox> ();
310.                         } else {
311.                             if (PortalCamObjs [j].name != transform.name + " Camera " + j)
312.                                 PortalCamObjs [j].name = transform.name + " Camera " + j;
313.  
314.                             if (PortalCamObjs [j].GetComponent<Camera> ().depth != InGameCamera.depth - 1)
315.                                 PortalCamObjs [j].GetComponent<Camera> ().depth = InGameCamera.depth - 1;
316.  
317.                             //Acquire settings from Scene/Game camera, to apply on Portal camera
318.                             if (InGameCamera) {
319.                                 PortalCamObjs [j].GetComponent<Camera> ().renderingPath = InGameCamera.renderingPath;
320.                                 PortalCamObjs [j].GetComponent<Camera> ().useOcclusionCulling = InGameCamera.useOcclusionCulling;
321.                                 PortalCamObjs [j].GetComponent<Camera> ().allowHDR = InGameCamera.allowHDR;
322.                                 PortalCamObjs [j].GetComponent<Camera> ().allowMSAA = InGameCamera.allowMSAA;
323.                             }
324.                         }
325.  
326.                         if (PairedPortal.GetComponent<PortalManager> ().PortalCamObjs [j])
327.                             PairedPortal.GetComponent<PortalManager> ().PortalCamObjs [j].GetComponent<Skybox> ().material = ViewSettings.Recursion.CustomFinalStep && (j > 0 && j == ViewSettings.Recursion.Steps) ? ViewSettings.Recursion.CustomFinalStep : (!PairedPortalSkybox && (j > 0 && j == ViewSettings.Recursion.Steps) ? null : PairedPortalSkybox);
328.                     } else {
329.                         #if UNITY_EDITOR
330.                             if (!EditorApplication.isPlaying)
331.                                 DestroyImmediate (PortalCamObjs [j], false);
332.                             if (EditorApplication.isPlaying)
333.                                 Destroy (PortalCamObjs [j]);
334.                         #else
335.                             Destroy (PortalCamObjs [j]);
336.                         #endif
337.                     }
338.                 }
339.  
340.                 //Generate mesh clip plane modificator object
341.                 if (!ClipPlanePosObj) {
342.                     ClipPlanePosObj = new GameObject (transform.name + " ClipPlanePosObj");
343.  
344.                     ClipPlanePosObj.transform.position = transform.position;
345.                     ClipPlanePosObj.transform.rotation = transform.rotation;
346.                     ClipPlanePosObj.transform.parent = transform;
347.                 } else {
348.                     ClipPlanePosObj.transform.localPosition = new Vector3 (0, 0, .005f);
349.  
350.                     if (ClipPlanePosObj.name != transform.name + " ClipPlanePosObj")
351.                         ClipPlanePosObj.name = transform.name + " ClipPlanePosObj";
352.                 }
353.  
354.                 gameObject.layer = 1;
355.  
356.                 //Apply current portal mesh to the mesh collider if exist
357.                 if (GetComponent<MeshCollider> () && GetComponent<MeshCollider> ().sharedMesh != PortalMesh)
358.                     GetComponent<MeshCollider> ().sharedMesh = PortalMesh;
359.                 //Disable trigger of portal collider
360.                 if (GetComponent<Collider> ()) {
361.                     if (GetComponent<Collider> ().isTrigger != (InGameCamera ? true : false))
362.                         GetComponent<Collider> ().isTrigger = InGameCamera ? (PortalSettings.EnableObjsTrigger ? true : false) : false;
363.                 } else
364.                     Debug.LogError ("No collider component found");
365.  
366.                 //Move portal cameras and render it to rendertexture
367.                 if (PairedPortal) {
368.                     Vector3[] PortalCamPos = new Vector3[PortalCamObjs.Length];
369.                     Quaternion[] PortalCamRot = new Quaternion[PortalCamObjs.Length];
370.  
371.                     if (PairedPortal.GetComponent<PortalManager> ().PortalSettings.EnableRender) {
372.                         for (int i = 0; i < RenderTexts.Length; i++) {
373.                             if (RenderTexts [i]) {
374.                                 for (int j = ViewSettings.Recursion.Steps; j >= 0; j--) {
375.                                     if (PortalCamObjs [j]) {
376.                                         //Move portal camera to position/rotation of Scene/Game camera
377.                                         Camera SceneCamera = null;
378.  
379.                                         #if UNITY_EDITOR
380.                                             SceneCamera = SceneView.GetAllSceneCameras ().Length > 0 ? SceneView.GetAllSceneCameras () [0] : null;
381.                                         #endif
382.  
383.                                         PortalCamObjs [j].GetComponent<Camera> ().aspect = (i == 1 && SceneCamera ? SceneCamera.aspect : InGameCamera.aspect);
384.                                         PortalCamObjs [j].GetComponent<Camera> ().fieldOfView = (i == 1 && SceneCamera ? SceneCamera.fieldOfView : InGameCamera.fieldOfView);
385.                                         PortalCamObjs [j].GetComponent<Camera> ().farClipPlane = (i == 1 && SceneCamera ? SceneCamera.farClipPlane : InGameCamera.farClipPlane);
386.  
387.                                         PortalCamPos [j] = PairedPortal.transform.InverseTransformPoint (i == 1 && SceneCamera ? SceneCamera.transform.position : InGameCamera.transform.position);
388.  
389.                                         PortalCamPos [j].x = -PortalCamPos [j].x;
390.                                         PortalCamPos [j].z = -PortalCamPos [j].z + j * (Vector3.Distance (transform.position, PairedPortal.transform.position) / 5);
391.  
392.                                         PortalCamRot [j] = Quaternion.Inverse (PairedPortal.transform.rotation) * (i == 1 && SceneCamera ? SceneCamera.transform.rotation : InGameCamera.transform.rotation);
393.  
394.                                         PortalCamRot [j] = Quaternion.AngleAxis (180.0f, new Vector3 (0, 1, 0)) * PortalCamRot [j];
395.  
396.                                         PortalCamObjs [j].transform.localPosition = PortalCamPos [j];
397.                                         PortalCamObjs [j].transform.localRotation = PortalCamRot [j];
398.  
399.                                         //Render inside portal cameras to render texture
400.                                         if (j > 0 && j == ViewSettings.Recursion.Steps)
401.                                             PortalCamObjs [j].GetComponent<Camera> ().cullingMask = 0;
402.                                         else {
403.                                             PortalCamObjs [j].GetComponent<Camera> ().cullingMask = InGameCamera.cullingMask;
404.  
405.                                             for (int k = 0; k < PortalFunctionality.ExcludedObjsFromRender.Length; k++)
406.                                                 if (PortalFunctionality.ExcludedObjsFromRender [k].Obj)
407.                                                     PortalCamObjs [j].GetComponent<Camera> ().cullingMask &= ~(1 << PortalFunctionality.ExcludedObjsFromRender [k].Layer);
408.  
409.                                             if (i == 0)
410.                                                 PortalCamObjs [j].GetComponent<Camera> ().cullingMask &= ~(1 << 4);
411.                                             else
412.                                                 PortalCamObjs [j].GetComponent<Camera> ().cullingMask &= ~(1 << 1);
413.                                         }
414.  
415.                                         PortalCamObjs [j].GetComponent<Camera> ().targetTexture = TempRenderText;
416.  
417.                                         PortalCamObjs [j].GetComponent<Camera> ().Render ();
418.  
419.                                         Graphics.Blit (TempRenderText, RenderTexts [i]);
420.  
421.                                         PortalCamObjs [j].GetComponent<Camera> ().targetTexture = null;
422.                                     }
423.                                 }
424.                             }
425.                         }
426.                     }
427.                 }
428.             }
429.         }
430.     }
431.  
432.     class InitMaterialsList { public Material[] Materials; }
433.     private GameObject[] CollidedObjs = new GameObject[0];
434.     private string[] CollidedObjsInitName = new string[0];
435.     [HideInInspector] public Vector3 CollidedObjsParentPreviousFirstPos;
436.     [HideInInspector] public Vector3 CollidedObjsParentPreviousSecondPos;
437.     private bool AcquireNextPos;
438.     private InitMaterialsList[] CollidedObjsInitMaterials = new InitMaterialsList[0];
439.     private bool[] StandardObjShader = new bool[0];
440.     private bool[] CollidedObjsAlwaysTeleport = new bool[0];
441.     private bool[] CollidedObjsFirstTrig = new bool[0];
442.     private float[] CollidedObjsFirstTrigDist = new float[0];
443.     private GameObject[] ProxDetCollidedObjs = new GameObject[0];
444.     private GameObject[] CloneCollidedObjs = new GameObject[0];
445.     private Vector3[] CollidedObjVelocity = new Vector3[0];
446.     private bool[] ContinueTriggerEvents = new bool[0];
447.     [HideInInspector] public bool CollidedObjsExternalParent;
448.     [HideInInspector] public int EnterTriggerTimes;
449.     private bool AllowTrigger;
450.  
451.  
452.  
453.  
454.     IEnumerator TriggerEnter(Collider collision) {
455.         if (!bTeleporterActive) {
456.             yield break;
457.         }
458.  
459.         //EDIT TO PREVENT ROOM FROM BEING SUCCCCCCED IN
460.         if (collision.gameObject.name.Substring(0, collision.gameObject.name.Length > 6 ? 6 : collision.gameObject.name.Length) != "Player")
461.             yield break;
462.  
463.         AllowTrigger = false;
464.  
465.         //Disable collision with objects excluded from trigger during teleport
466.         if (PortalFunctionality.ExcludedObjsFromTrigger.Length > 0) {
467.             for (int i = 0; i < PortalFunctionality.ExcludedObjsFromTrigger.Length; i++) {
468.                 if (PortalFunctionality.ExcludedObjsFromTrigger [i] && PortalFunctionality.ExcludedObjsFromTrigger [i] == collision.gameObject) {
469.                     yield break;
470.                 }
471.             }
472.         }
473.  
474.         if (collision.gameObject != gameObject && !collision.GetComponent<PortalManager> () && !collision.name.Contains (collision.gameObject.GetHashCode ().ToString ()) && !collision.name.Contains ("Clone"))
475.             AllowTrigger = true;
476.  
477.         //Increment and partially fill the arrays elements of required object for teleport
478.         if (AllowTrigger) {
479.             Array.Resize (ref CollidedObjs, CollidedObjs.Length + 1);
480.             Array.Resize (ref CollidedObjsInitName, CollidedObjsInitName.Length + 1);
481.             Array.Resize (ref CollidedObjsInitMaterials, CollidedObjsInitMaterials.Length + 1);
482.             Array.Resize (ref StandardObjShader, StandardObjShader.Length + 1);
483.             Array.Resize (ref CollidedObjsAlwaysTeleport, CollidedObjsAlwaysTeleport.Length + 1);
484.             Array.Resize (ref CollidedObjsFirstTrig, CollidedObjsFirstTrig.Length + 1);
485.             Array.Resize (ref CollidedObjsFirstTrigDist, CollidedObjsFirstTrigDist.Length + 1);
486.             Array.Resize (ref ProxDetCollidedObjs, ProxDetCollidedObjs.Length + 1);
487.             Array.Resize (ref CloneCollidedObjs, CloneCollidedObjs.Length + 1);
488.             Array.Resize (ref CollidedObjVelocity, CollidedObjVelocity.Length + 1);
489.             Array.Resize (ref ContinueTriggerEvents, ContinueTriggerEvents.Length + 1);
490.  
491.             CollidedObjs [CollidedObjs.Length - 1] = collision.gameObject;
492.             CollidedObjsInitName [CollidedObjsInitName.Length - 1] = collision.gameObject.name;
493.             if (!collision.GetComponent<UnityStandardAssets.Characters.FirstPerson.FirstPersonController> ()) {
494.                 if (collision.transform.childCount > 0) {
495.                     EnterTriggerTimes = 0;
496.  
497.                     try {
498.                         PairedPortal.GetComponent<PortalManager> ().EnterTriggerTimes = 0;
499.                     } catch {
500.                         print ("Portal pair failed ln 483 PortalManager.cs");
501.                     }
502.  
503.  
504.                     for (int j = 0; j < collision.GetComponentsInChildren<Transform> ().Length; j++)
505.                         if (collision.GetComponentsInChildren<Transform> () [j] != collision.gameObject && collision.GetComponentsInChildren<Transform> () [j].GetComponent<Camera> ()) {
506.                             CollidedObjsParentPreviousFirstPos = collision.GetComponentsInChildren<Transform> () [j].transform.localPosition;
507.                             try {
508.                                 PairedPortal.GetComponent<PortalManager> ().CollidedObjsParentPreviousFirstPos = collision.GetComponentsInChildren<Transform> () [j].transform.localPosition;
509.                             } catch {
510.                                 print ("Portal pair failed ln 493 PortalManager.cs");
511.                             }
512.  
513.                             AcquireNextPos = true;
514.                             try {
515.                                 PairedPortal.GetComponent<PortalManager> ().AcquireNextPos = true;
516.                             }catch {
517.                                 print ("Portal pair failed ln 500 PortalManager.cs");
518.                             }
519.  
520.                         }
521.                 }
522.                 if (!AcquireNextPos && collision.GetComponent<Camera> ()) {
523.                     EnterTriggerTimes += 1;
524.                     PairedPortal.GetComponent<PortalManager> ().EnterTriggerTimes += 1;
525.  
526.                     if (EnterTriggerTimes == 2)
527.                         CollidedObjsExternalParent = false;
528.                 }
529.                 if (AcquireNextPos) {
530.                     if (collision.transform.childCount == 0 && collision.gameObject && collision.GetComponent<Camera> ()) {
531.                         CollidedObjsParentPreviousSecondPos = collision.transform.localPosition;
532.                         PairedPortal.GetComponent<PortalManager> ().CollidedObjsParentPreviousSecondPos = collision.transform.localPosition;
533.  
534.                         AcquireNextPos = false;
535.                         PairedPortal.GetComponent<PortalManager> ().AcquireNextPos = false;
536.                     }
537.                 }
538.             }
539.  
540.             if (CollidedObjs [CollidedObjs.Length - 1].GetComponent<MeshRenderer> ()) {
541.                 if (!StandardObjShader[CollidedObjs.Length - 1]) {
542.                     if (CollidedObjs [CollidedObjs.Length - 1].GetComponent<MeshRenderer> ().sharedMaterial.shader.name != "Standard")
543.                         Debug.LogError ("The shader of object material is not 'Standard', mesh clippping will not be possible");
544.                     if (CollidedObjs [CollidedObjs.Length - 1].GetComponent<MeshRenderer> ().sharedMaterial.shader.name == "Standard")
545.                         StandardObjShader[CollidedObjs.Length - 1] = true;
546.                 }
547.                 if (StandardObjShader[CollidedObjs.Length - 1]) {
548.                     if (CollidedObjs [CollidedObjs.Length - 1].GetComponent<MeshRenderer> () && PortalSettings.EnableClipPlane) {
549.                         CollidedObjsInitMaterials [CollidedObjsInitMaterials.Length - 1] = new InitMaterialsList ();
550.  
551.                         CollidedObjsInitMaterials [CollidedObjsInitMaterials.Length - 1].Materials = CollidedObjs [CollidedObjs.Length - 1].GetComponent<MeshRenderer> ().sharedMaterials;
552.  
553.                         CollidedObjs [CollidedObjs.Length - 1].GetComponent<MeshRenderer> ().sharedMaterial = ClipPlaneMaterial;
554.                         CollidedObjs [CollidedObjs.Length - 1].GetComponent<MeshRenderer> ().sharedMaterial.CopyPropertiesFromMaterial (CollidedObjsInitMaterials [CollidedObjs.Length - 1].Materials [0]);
555.                     }
556.                 }
557.             }
558.  
559.             ContinueTriggerEvents [ContinueTriggerEvents.Length - 1] = true;
560.         }
561.  
562.         yield return null;
563.     }
564.  
565.     void OnTriggerEnter (Collider collision) {
566.         StartCoroutine (TriggerEnter(collision));
567.     }
568.        
569.     private GameObject[] ObjCollidedCamObj = new GameObject[2];
570.     private GameObject[] ObjCloneCollidedCamObj = new GameObject[2];
571.  
572.  
573.  
574.     IEnumerator TriggerStay(Collider collision) {
575.         if (!bTeleporterActive) {
576.             yield break;
577.         }
578.  
579.         //EDIT TO PREVENT ROOM FROM BEING SUCCCCCCED IN
580.         if (collision.gameObject.name.Substring(0, collision.gameObject.name.Length > 6 ? 6 : collision.gameObject.name.Length) != "Player")
581.             yield break;
582.  
583.         if (AllowTrigger) {
584.             //Change position/rotation of required objects for teleport, and complete the fill of remaining arrays elements
585.             for (int i = 0; i < CollidedObjs.Length; i++) {
586.                 if (ContinueTriggerEvents [i] && CollidedObjs [i]) {
587.                     if (!ProxDetCollidedObjs [i]) {
588.                         ProxDetCollidedObjs [i] = new GameObject (CollidedObjs [i].name + " Proximity Detector");
589.  
590.                         ProxDetCollidedObjs [i].transform.position = transform.position;
591.                         ProxDetCollidedObjs [i].transform.rotation = transform.rotation;
592.                         ProxDetCollidedObjs [i].transform.parent = transform;
593.                     }
594.                     if (ProxDetCollidedObjs [i]) {
595.                         if (PortalMesh && ProxDetCollidedObjs [i]) {
596.                             if (CollidedObjs [i].transform.childCount > 0) {
597.                                 for (int j = 0; j < CollidedObjs [i].transform.GetComponentsInChildren<Transform> ().Length; j++)
598.                                     if (CollidedObjs [i].GetComponent<UnityStandardAssets.Characters.FirstPerson.FirstPersonController> () && CollidedObjs [i].transform.GetComponentsInChildren<Transform> () [j].GetComponent<Camera> ())
599.                                         ObjCollidedCamObj [0] = CollidedObjs [i].transform.GetComponentsInChildren<Transform> () [j].gameObject;
600.                             }
601.                             if (CollidedObjs [i].transform.childCount == 0)
602.                             if (CollidedObjs [i].GetComponent<Camera> ())
603.                                 ObjCollidedCamObj [1] = CollidedObjs [i];
604.  
605.                             Vector3 ProxDetCollidedObjPos = transform.InverseTransformPoint ((ObjCollidedCamObj [ObjCollidedCamObj [1] ? 1 : 0] ? ObjCollidedCamObj [ObjCollidedCamObj [1] ? 1 : 0].transform.position : CollidedObjs [i].transform.position));
606.                             Vector3 ProxDetCollLimit = new Vector3 (PortalMesh.bounds.size.x / 2, PortalMesh.bounds.size.y / 2, PortalMesh.bounds.size.z / 2);
607.  
608.                             ProxDetCollidedObjs [i].transform.localPosition = new Vector3 (ProxDetCollidedObjPos.x > -ProxDetCollLimit.x && ProxDetCollidedObjPos.x < ProxDetCollLimit.x ? ProxDetCollidedObjPos.x : ProxDetCollidedObjs [i].transform.localPosition.x, ProxDetCollidedObjPos.y > -ProxDetCollLimit.y && ProxDetCollidedObjPos.y < ProxDetCollLimit.y ? ProxDetCollidedObjPos.y : ProxDetCollidedObjs [i].transform.localPosition.y, ProxDetCollidedObjs [i].transform.localPosition.z);
609.  
610.                             if (!CollidedObjsAlwaysTeleport [i]) {
611.                                 if (!CollidedObjsFirstTrig [i]) {
612.                                     CollidedObjsFirstTrigDist [i] = Vector3.Dot (CollidedObjs [i].transform.position - ProxDetCollidedObjs [i].transform.position, ProxDetCollidedObjs [i].transform.forward);
613.  
614.                                     CollidedObjsFirstTrig [i] = true;
615.                                 }
616.                                 if (CollidedObjsFirstTrig [i] && CollidedObjsFirstTrigDist [i] < 0) {
617.                                     CollidedObjsAlwaysTeleport [i] = true;
618.  
619.                                     CollidedObjs [i].name = CollidedObjs [i].name + " " + CollidedObjs [i].GetHashCode ().ToString ();
620.                                 }
621.                             }
622.                             if (CollidedObjsAlwaysTeleport [i]) {
623.                                 if (!CloneCollidedObjs [i]) {
624.                                     CloneCollidedObjs [i] = (GameObject)Instantiate (CollidedObjs [i], PairedPortal.transform.position, PairedPortal.transform.rotation);
625.  
626.                                     if (CloneCollidedObjs [i].GetComponent<AudioListener> ())
627.                                         Destroy (CloneCollidedObjs [i].GetComponent<AudioListener> ());
628.  
629.                                     if (CloneCollidedObjs [i].transform.childCount > 0) {
630.                                         for (int k = 0; k < CloneCollidedObjs [i].transform.GetComponentsInChildren<Transform> ().Length; k++) {
631.                                             if (CloneCollidedObjs [i].transform.GetComponentsInChildren<Transform> () [k] != CloneCollidedObjs [i].transform && CloneCollidedObjs [i].transform.GetComponentsInChildren<Transform> () [k].GetComponent<MeshRenderer> ())
632.                                                 CloneCollidedObjs [i].transform.GetComponentsInChildren<Transform> () [k].GetComponent<MeshRenderer> ().enabled = false;
633.  
634.                                             if (CloneCollidedObjs [i].transform.GetComponentsInChildren<Transform> () [k].GetComponent<AudioListener> ())
635.                                                 Destroy (CloneCollidedObjs [i].transform.GetComponentsInChildren<Transform> () [k].GetComponent<AudioListener> ());
636.  
637.                                             if (CloneCollidedObjs [i].transform.GetComponent<UnityStandardAssets.Characters.FirstPerson.FirstPersonController> () && CloneCollidedObjs [i].transform.GetComponentsInChildren<Transform> () [k].GetComponent<Camera> ())
638.                                                 ObjCloneCollidedCamObj [0] = CloneCollidedObjs [i].transform.GetComponentsInChildren<Transform> () [k].gameObject;
639.                                             if (!CloneCollidedObjs [i].transform.GetComponent<UnityStandardAssets.Characters.FirstPerson.FirstPersonController> () && CloneCollidedObjs [i].transform.GetComponentsInChildren<Transform> () [k].GetComponent<Camera> ())
640.                                                 CloneCollidedObjs [i].transform.GetComponentsInChildren<Transform> () [k].gameObject.GetComponent<Camera> ().enabled = false;
641.                                         }
642.                                     }
643.                                     if (CloneCollidedObjs [i].transform.childCount == 0)
644.                                     if (CloneCollidedObjs [i].GetComponent<Camera> ())
645.                                         ObjCloneCollidedCamObj [1] = CloneCollidedObjs [i];
646.  
647.                                     if (CloneCollidedObjs [i].GetComponent<MeshRenderer> () && StandardObjShader [i]) {
648.                                         if (PortalSettings.EnableClipPlane) {
649.                                             CloneCollidedObjs [i].GetComponent<MeshRenderer> ().sharedMaterial = CloneClipPlaneMaterial;
650.                                             CloneCollidedObjs [i].GetComponent<MeshRenderer> ().sharedMaterial.CopyPropertiesFromMaterial (CollidedObjsInitMaterials [i].Materials [0]);
651.                                         }
652.                                         if (!PortalSettings.EnableClipPlane) {
653.                                             CollidedObjs [i].GetComponent<MeshRenderer> ().sharedMaterials = CollidedObjsInitMaterials [i].Materials;
654.                                             CloneCollidedObjs [i].GetComponent<MeshRenderer> ().sharedMaterials = CollidedObjsInitMaterials [i].Materials;
655.                                         }
656.                                     }
657.  
658.                                     if (ObjCloneCollidedCamObj [0]) {
659.                                         CloneCollidedObjs [i].GetComponent<UnityStandardAssets.Characters.FirstPerson.FirstPersonController> ().enabled = false;
660.  
661.                                         CloneCollidedObjs [i].GetComponent<UnityStandardAssets.Characters.FirstPerson.FirstPersonController> ().m_OriginalCameraPosition = CollidedObjs [i].GetComponent<UnityStandardAssets.Characters.FirstPerson.FirstPersonController> ().m_OriginalCameraPosition;
662.                                     }
663.  
664.                                     CloneCollidedObjs [i].name = CollidedObjsInitName [i] + " Clone";
665.  
666.                                     CloneCollidedObjs [i].transform.position = PairedPortal.transform.position;
667.                                     CloneCollidedObjs [i].transform.parent = PairedPortal.transform;
668.                                 }
669.                                 if (CloneCollidedObjs [i]) {
670.                                     float DistAmount = .007f;
671.  
672.                                     float CollidedObjProxDetDistStay = Vector3.Dot ((ObjCollidedCamObj [ObjCollidedCamObj [1] ? 1 : 0] ? ObjCollidedCamObj [ObjCollidedCamObj [1] ? 1 : 0].transform.position : CollidedObjs [i].transform.position) - ProxDetCollidedObjs [i].transform.position, ProxDetCollidedObjs [i].transform.forward);
673.                                     Vector3 CloneCollidedObjLocalPos = transform.InverseTransformPoint (CollidedObjs [i].transform.position);
674.  
675.                                     CloneCollidedObjLocalPos.x = -CloneCollidedObjLocalPos.x;
676.                                     CloneCollidedObjLocalPos.z = -CloneCollidedObjLocalPos.z - DistAmount;
677.  
678.                                     CloneCollidedObjs [i].transform.localPosition = CloneCollidedObjLocalPos;
679.  
680.                                     Quaternion CloneCollidedObjLocalRot = Quaternion.Inverse (transform.rotation) * (CollidedObjs [i].transform.rotation);
681.  
682.                                     CloneCollidedObjLocalRot = Quaternion.AngleAxis (180.0f, new Vector3 (0, -1, 0)) * CloneCollidedObjLocalRot;
683.  
684.                                     CloneCollidedObjs [i].transform.localRotation = CloneCollidedObjLocalRot;
685.  
686.                                     if (ObjCollidedCamObj [ObjCollidedCamObj [1] ? 1 : 0] && ObjCloneCollidedCamObj [ObjCloneCollidedCamObj [1] ? 1 : 0]) {
687.                                         if (!ObjCloneCollidedCamObj [ObjCloneCollidedCamObj [1] ? 1 : 0].GetComponent<Skybox> ())
688.                                             ObjCloneCollidedCamObj [ObjCloneCollidedCamObj [1] ? 1 : 0].AddComponent<Skybox> ();
689.                                         if (ObjCloneCollidedCamObj [ObjCloneCollidedCamObj [1] ? 1 : 0].GetComponent<Skybox> ()) {
690.                                             ObjCloneCollidedCamObj [ObjCloneCollidedCamObj [1] ? 1 : 0].GetComponent<Skybox> ().material = PairedPortalSkybox;
691.  
692.                                             if (!PairedPortalSkybox) {
693.                                                 #if UNITY_EDITOR
694.                                                 if (!EditorApplication.isPlaying)
695.                                                     DestroyImmediate (ObjCloneCollidedCamObj [ObjCloneCollidedCamObj [1] ? 1 : 0].GetComponent<Skybox> (), false);
696.                                                 if (EditorApplication.isPlaying)
697.                                                     Destroy (ObjCloneCollidedCamObj [ObjCloneCollidedCamObj [1] ? 1 : 0].GetComponent<Skybox> ());
698.                                                 #else
699.                                                 Destroy (ObjCloneCollidedCamObj [ObjCloneCollidedCamObj [1] ? 1 : 0].GetComponent<Skybox> ());
700.                                                 #endif
701.                                             }
702.                                         }
703.  
704.                                         ObjCollidedCamObj [ObjCollidedCamObj [1] ? 1 : 0].GetComponent<Camera> ().enabled = CollidedObjProxDetDistStay < -DistAmount ? true : false;
705.                                         ObjCloneCollidedCamObj [ObjCloneCollidedCamObj [1] ? 1 : 0].GetComponent<Camera> ().enabled = CollidedObjProxDetDistStay >= -DistAmount ? true : false;
706.  
707.                                         InGameCamera = ObjCollidedCamObj [ObjCollidedCamObj [1] ? 1 : 0].GetComponent<Camera> ().enabled ? ObjCollidedCamObj [ObjCollidedCamObj [1] ? 1 : 0].GetComponent<Camera> () : ObjCloneCollidedCamObj [ObjCloneCollidedCamObj [1] ? 1 : 0].GetComponent<Camera> ();
708.  
709.                                         if (ObjCloneCollidedCamObj [0]) {
710.                                             ObjCloneCollidedCamObj [0].transform.localPosition = ObjCollidedCamObj [0].transform.localPosition;
711.                                             ObjCloneCollidedCamObj [0].transform.localRotation = ObjCollidedCamObj [0].transform.localRotation;
712.                                         }
713.                                     }
714.  
715.                                     if (CollidedObjs [i].GetComponent<MeshRenderer> () && CollidedObjs [i].GetComponent<MeshRenderer> ().sharedMaterial == ClipPlaneMaterial) {
716.                                         Vector3 DirectionVector = Vector3.forward;
717.  
718.                                         CollidedObjs [i].GetComponent<MeshRenderer> ().sharedMaterial.SetVector ("_PlanePoint", ClipPlanePosObj.transform.position);
719.                                         CollidedObjs [i].GetComponent<MeshRenderer> ().sharedMaterial.SetVector ("_PlaneNormal", Quaternion.Euler (transform.eulerAngles) * -DirectionVector);
720.  
721.                                         CloneCollidedObjs [i].GetComponent<MeshRenderer> ().sharedMaterial.SetVector ("_PlanePoint", PairedPortal.GetComponent<PortalManager> ().ClipPlanePosObj.transform.position);
722.                                         CloneCollidedObjs [i].GetComponent<MeshRenderer> ().sharedMaterial.SetVector ("_PlaneNormal", Quaternion.Euler (PairedPortal.transform.eulerAngles) * -DirectionVector);
723.                                     }
724.                                 }
725.                             }
726.                         }
727.                     }
728.                 }
729.             }
730.         }
731.  
732.         yield return null;
733.    
734.     }
735.  
736.  
737.     void OnTriggerStay (Collider collision) {
738.         StartCoroutine (TriggerStay (collision));
739.     }
740.  
741.  
742.  
743.  
744.  
745.  
746.  
747.     private Vector3 PreviousCollidedObjsInternalParentPos;
748.  
749.  
750.  
751.  
752.     IEnumerator TriggerExit(Collider collision) {
753.         if (!bTeleporterActive) {
754.             yield break;
755.         }
756.  
757.         //EDIT TO PREVENT ROOM FROM BEING SUCCCCCCED IN
758.         if (collision.gameObject.name.Substring(0, collision.gameObject.name.Length > 6 ? 6 : collision.gameObject.name.Length) != "Player")
759.             yield break;
760.  
761.         if (AllowTrigger) {
762.             //Destroy required objects for teleport, reset relative arrays, and move original collided object to the its final position/rotation
763.             for (int i = 0; i < CloneCollidedObjs.Length; i++) {
764.                 if (ContinueTriggerEvents [i] && CollidedObjs [i] && CollidedObjs [i].GetHashCode ().ToString () == collision.gameObject.GetHashCode ().ToString () && CloneCollidedObjs [i]) {
765.                     if (CollidedObjVelocity [i] == Vector3.zero)
766.                         CollidedObjVelocity [i] = CollidedObjs [i].GetComponent<Rigidbody> () ? CollidedObjs [i].GetComponent<Rigidbody> ().velocity.magnitude * -PairedPortal.transform.forward : new Vector3 (0, 0, 0);
767.  
768.                     float CollObjProxDetDistExit = Vector3.Dot (CollidedObjs [i].transform.position - ProxDetCollidedObjs [i].transform.position, ProxDetCollidedObjs [i].transform.forward);
769.  
770.                     GameObject[] CollidedObjsInternalParent = new GameObject[CollidedObjs [i].transform.childCount > 0 && !CollidedObjs [i].GetComponent<UnityStandardAssets.Characters.FirstPerson.FirstPersonController> () ? CollidedObjs [i].transform.childCount : 0];
771.  
772.                     if (CollidedObjsInternalParent.Length > 0) {
773.                         for (int j = 0; j < CollidedObjs [i].transform.GetComponentsInChildren<Transform> ().Length; j++) {
774.                             if (CollidedObjs [i].transform.GetComponentsInChildren<Transform> () [j] != CollidedObjs [i].transform && CollidedObjs [i].transform.GetComponentsInChildren<Transform> () [j].GetComponent<Camera> ()) {
775.                                 CollidedObjsInternalParent [0] = CollidedObjs [i].transform.GetComponentsInChildren<Transform> () [j].gameObject;
776.                                 PreviousCollidedObjsInternalParentPos = CollidedObjsInternalParent [0].transform.position;
777.                             }
778.                         }
779.                     }
780.  
781.                     if (CollidedObjs [i].transform.childCount > 0) {
782.                         for (int k = 0; k < CollidedObjs [i].transform.GetComponentsInChildren<Transform> ().Length; k++)
783.                             if (CollidedObjs [i].GetComponent<UnityStandardAssets.Characters.FirstPerson.FirstPersonController> () && CollidedObjs [i].transform.GetComponentsInChildren<Transform> () [k].GetComponent<Camera> ())
784.                                 ObjCollidedCamObj [0] = CollidedObjs [i].transform.GetComponentsInChildren<Transform> () [k].gameObject;
785.                     }
786.                     if (CollidedObjs [i].transform.childCount == 0)
787.                     if (CollidedObjs [i].GetComponent<Camera> ())
788.                         ObjCollidedCamObj [1] = CollidedObjs [i];
789.                     if (CloneCollidedObjs [i].transform.childCount > 0) {
790.                         for (int k = 0; k < CloneCollidedObjs [i].transform.GetComponentsInChildren<Transform> ().Length; k++)
791.                             if (CloneCollidedObjs [i].GetComponent<UnityStandardAssets.Characters.FirstPerson.FirstPersonController> () && CloneCollidedObjs [i].transform.GetComponentsInChildren<Transform> () [k].GetComponent<Camera> ())
792.                                 ObjCloneCollidedCamObj [0] = CloneCollidedObjs [i].transform.GetComponentsInChildren<Transform> () [k].gameObject;
793.                     }
794.                     if (CloneCollidedObjs [i].transform.childCount == 0)
795.                     if (CloneCollidedObjs [i].GetComponent<Camera> ())
796.                         ObjCloneCollidedCamObj [1] = CloneCollidedObjs [i];
797.  
798.                     if (CollObjProxDetDistExit > 0) {
799.                         if (!CollidedObjs [i].GetComponent<UnityStandardAssets.Characters.FirstPerson.FirstPersonController> ()) {
800.                             if (CollidedObjsInternalParent.Length == 0) {
801.                                 if (CollidedObjs [i].transform.parent != null) {
802.                                     if (!CollidedObjsExternalParent)
803.                                         CollidedObjs [i].transform.localPosition = CollidedObjsParentPreviousFirstPos;
804.                                     if (CollidedObjsExternalParent)
805.                                         CollidedObjs [i].transform.localPosition = CollidedObjsParentPreviousSecondPos;
806.                                 }
807.                                 if (CollidedObjs [i].transform.parent == null)
808.                                     CollidedObjs [i].transform.position = CloneCollidedObjs [i].transform.position;
809.                             }
810.                             if (CollidedObjsInternalParent.Length > 0) {
811.                                 CollidedObjs [i].transform.position = CloneCollidedObjs [i].transform.position;
812.  
813.                                 CollidedObjsInternalParent [0].transform.position = PreviousCollidedObjsInternalParentPos;
814.                             }
815.                         }
816.  
817.                         bool CollidedObjFPS = CollidedObjs [i].GetComponent<UnityStandardAssets.Characters.FirstPerson.FirstPersonController> ();
818.  
819.                         if (CollidedObjFPS)
820.                             CollidedObjs [i].GetComponent<UnityStandardAssets.Characters.FirstPerson.FirstPersonController> ().m_MouseLook.Init (CollidedObjs [i].transform, CollidedObjs [i].GetComponent<UnityStandardAssets.Characters.FirstPerson.FirstPersonController> ().m_Camera.transform);
821.  
822.                         if (ObjCollidedCamObj [ObjCollidedCamObj [1] ? 1 : 0] && ObjCloneCollidedCamObj [ObjCloneCollidedCamObj [1] ? 1 : 0]) {
823.                             if (PairedPortalSkybox && ObjCloneCollidedCamObj [ObjCloneCollidedCamObj [1] ? 1 : 0].GetComponent<Skybox> () && !ObjCollidedCamObj [ObjCollidedCamObj [1] ? 1 : 0].GetComponent<Skybox> ())
824.                                 ObjCollidedCamObj [ObjCollidedCamObj [1] ? 1 : 0].AddComponent<Skybox> ();
825.                             if (ObjCollidedCamObj [ObjCollidedCamObj [1] ? 1 : 0].GetComponent<Skybox> ())
826.                                 ObjCollidedCamObj [ObjCollidedCamObj [1] ? 1 : 0].GetComponent<Skybox> ().material = PairedPortalSkybox;
827.  
828.                             ObjCollidedCamObj [ObjCollidedCamObj [1] ? 1 : 0].GetComponent<Camera> ().enabled = true;
829.  
830.                             if (PortalFunctionality.SceneAsyncLoad.Enable)
831.                                 StartCoroutine ("LoadNextScene");
832.                         }
833.                         if (CollidedObjFPS)
834.                             CollidedObjs [i].transform.position = CloneCollidedObjs [i].transform.position;
835.                         CollidedObjs [i].transform.rotation = CloneCollidedObjs [i].transform.rotation;
836.  
837.                         if (CollidedObjVelocity [i] != new Vector3 (0, 0, 0))
838.                             CollidedObjs [i].GetComponent<Rigidbody> ().velocity = CollidedObjVelocity [i];
839.                     }
840.  
841.                     CollidedObjs [i].name = CollidedObjsInitName [i];
842.  
843.                     if (CollidedObjs [i].GetComponent<MeshRenderer> () && PortalSettings.EnableClipPlane && StandardObjShader [i]) {
844.                         CollidedObjs [i].GetComponent<MeshRenderer> ().sharedMaterials = CollidedObjsInitMaterials [i].Materials;
845.  
846.                         CollidedObjsInitMaterials [i].Materials = null;
847.                     }
848.  
849.                     CollidedObjs [i] = null;
850.                     CollidedObjsInitName [i] = "";
851.                     CollidedObjsAlwaysTeleport [i] = false;
852.                     CollidedObjsFirstTrig [i] = false;
853.                     CollidedObjsFirstTrigDist [i] = 0;
854.                     Destroy (ProxDetCollidedObjs [i]);
855.                     Destroy (CloneCollidedObjs [i]);
856.                     CollidedObjVelocity [i] = new Vector3 (0, 0, 0);
857.                     ContinueTriggerEvents [i] = false;
858.                 }
859.             }
860.  
861.             if (collision.transform.childCount == 0 && collision.GetComponent<Camera> ()) {
862.                 CollidedObjsExternalParent = true;
863.                 PairedPortal.GetComponent<PortalManager> ().CollidedObjsExternalParent = true;
864.             }
865.             if (collision.transform.childCount > 0 && !collision.GetComponent<Camera> ()) {
866.                 CollidedObjsExternalParent = false;
867.                 PairedPortal.GetComponent<PortalManager> ().CollidedObjsExternalParent = false;
868.             }
869.  
870.             ResetVars (true);
871.         }
872.  
873.         yield return null;
874.     }
875.  
876.     void OnTriggerExit (Collider collision) {
877.         StartCoroutine (TriggerExit (collision));
878.     }
879.  
880.     void ResetVars (bool TriggerExit) {
881.         bool SetVars = false;
882.  
883.         if (CollidedObjs.Length > 0) {
884.             if (!TriggerExit) {
885.                 for (int i = 0; i < CollidedObjs.Length; i++) {
886.                     if (CloneCollidedObjs [i])
887.                         Destroy (CloneCollidedObjs [i]);
888.  
889.                     if (ProxDetCollidedObjs [i])
890.                         Destroy (ProxDetCollidedObjs [i]);
891.  
892.                     if (CollidedObjs [i] && CollidedObjs [i].transform.childCount > 0 && CollidedObjs [i].GetComponent<UnityStandardAssets.Characters.FirstPerson.FirstPersonController> ()) {
893.                         Camera CollObjCam = null;
894.  
895.                         for (int j = 0; j < CollidedObjs [i].transform.GetComponentsInChildren<Transform> ().Length; j++)
896.                             if (CollidedObjs [i].transform.GetComponentsInChildren<Transform> () [j].GetComponent<Camera>())
897.                                 CollObjCam = CollidedObjs [i].transform.GetComponentsInChildren<Transform> () [j].GetComponent<Camera> ();
898.  
899.                         if (CollObjCam && !CollObjCam.enabled)
900.                             CollObjCam.enabled = true;
901.                     }
902.                 }
903.  
904.                 SetVars = true;
905.             }
906.             if (TriggerExit) {
907.                 int ElementsChecked = 0;
908.  
909.                 for (int i = 0; i < CollidedObjs.Length; i++)
910.                     if (!CollidedObjs [i])
911.                         ElementsChecked += 1;
912.  
913.                 if (ElementsChecked == CollidedObjs.Length)
914.                     SetVars = true;
915.  
916.                 ElementsChecked = 0;
917.             }
918.         }
919.  
920.         if (SetVars) {
921.             CollidedObjs = new GameObject[0];
922.             CollidedObjsInitName = new string[0];
923.             CollidedObjsInitMaterials = new InitMaterialsList[0];
924.             CollidedObjsAlwaysTeleport = new bool[0];
925.             CollidedObjsFirstTrig = new bool[0];
926.             CollidedObjsFirstTrigDist = new float[0];
927.             ProxDetCollidedObjs = new GameObject[0];
928.             CloneCollidedObjs = new GameObject[0];
929.             CollidedObjVelocity = new Vector3[0];
930.             ContinueTriggerEvents = new bool[0];
931.         }
932.     }
933.  
934.     IEnumerator LoadNextScene() {
935.         AsyncOperation AsyncLoad = SceneManager.LoadSceneAsync (PortalFunctionality.SceneAsyncLoad.SceneIndex);
936.  
937.         yield return AsyncLoad;
938.     }
939. }