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GSDRoadIntersection.cs
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GSDRoadIntersection.cs
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#region "Imports"
using UnityEngine;
using System.Collections;
using System.Collections.Generic;
#endregion
public class GSDRoadIntersection : MonoBehaviour
{
public GSDSplineN Node1;
public GSDSplineN Node2;
public string Node1UID;
public string Node2UID;
public bool bSameSpline = false;
public bool bDrawGizmo = true;
public bool bSelected = false;
public string tName = "";
//Markers:
public bool bUseDefaultMaterials = true;
public Material MarkerCenter1 = null;
public Material MarkerCenter2 = null;
public Material MarkerCenter3 = null;
public Material MarkerExt_Stretch1 = null;
public Material MarkerExt_Stretch2 = null;
public Material MarkerExt_Stretch3 = null;
public Material MarkerExt_Tiled1 = null;
public Material MarkerExt_Tiled2 = null;
public Material MarkerExt_Tiled3 = null;
public Material Lane0Mat1 = null;
public Material Lane0Mat2 = null;
public Material Lane1Mat1 = null;
public Material Lane1Mat2 = null;
public Material Lane2Mat1 = null;
public Material Lane2Mat2 = null;
public Material Lane3Mat1 = null;
public Material Lane3Mat2 = null;
public Material Lane1Mat1_Disabled = null;
public Material Lane1Mat2_Disabled = null;
public Material Lane1Mat1_DisabledActive = null;
public Material Lane1Mat2_DisabledActive = null;
public Material Lane2Mat1_Disabled = null;
public Material Lane2Mat2_Disabled = null;
public Material Lane2Mat1_DisabledActive = null;
public Material Lane2Mat2_DisabledActive = null;
public Material Lane2Mat1_DisabledActiveR = null;
public Material Lane2Mat2_DisabledActiveR = null;
public Material Lane3Mat1_Disabled = null;
public Material Lane3Mat2_Disabled = null;
public int IntersectionWidth = 10; //Width of the largest of road connected
public int Lanes;
public enum IntersectionTypeEnum { ThreeWay, FourWay };
public IntersectionTypeEnum iType = IntersectionTypeEnum.FourWay;
public bool bNode2B_LeftTurnLane = true;
public bool bNode2B_RightTurnLane = true;
public bool bNode2F_LeftTurnLane = true;
public bool bNode2F_RightTurnLane = true;
public enum iStopTypeEnum { StopSign_AllWay, TrafficLight1, None, TrafficLight2 };
public iStopTypeEnum iStopType = iStopTypeEnum.StopSign_AllWay;
public bool bLightsEnabled = true;
public bool bFlipped = false;
public bool bLeftTurnYieldOnGreen = true;
public RoadTypeEnum rType = RoadTypeEnum.NoTurnLane;
public enum RoadTypeEnum { NoTurnLane, TurnLane, BothTurnLanes };
public enum LightTypeEnum { Timed, Sensors };
public LightTypeEnum lType = LightTypeEnum.Timed;
public bool bRegularPoleAlignment = true;
public bool bTrafficPoleStreetLight = true;
public bool bTrafficLightGray = false;
public float StreetLight_Range = 30f;
public float StreetLight_Intensity = 1f;
public Color StreetLight_Color = new Color(1f, 0.7451f, 0.27451f, 1f);
public float GradeMod = 0.375f;
public float GradeModNegative = 0.75f;
public int IgnoreSide = -1;
public int IgnoreCorner = -1;
public bool bFirstSpecial_First = false;
public bool bFirstSpecial_Last = false;
public bool bSecondSpecial_First = false;
public bool bSecondSpecial_Last = false;
public float ScalingSense = 3f;
// A struct may be better and faster // FH 29.01.19
public class CornerPositionMaker
{
public Vector3 position;
public Quaternion rotation;
public Vector3 DirectionFromCenter;
}
public CornerPositionMaker[] CornerPoints;
protected string UID; //Unique ID
public void SetupUniqueIdentifier()
{
if (UID == null || UID.Length < 4)
{
UID = System.Guid.NewGuid().ToString();
}
}
public Vector3 CornerRR, CornerRR_Outer, CornerRR_RampOuter;
public Vector3 CornerRL, CornerRL_Outer, CornerRL_RampOuter;
public Vector3 CornerLR, CornerLR_Outer, CornerLR_RampOuter;
public Vector3 CornerLL, CornerLL_Outer, CornerLL_RampOuter;
public Vector2 CornerRR_2D;
public Vector2 CornerRL_2D;
public Vector2 CornerLR_2D;
public Vector2 CornerLL_2D;
public Vector3[] fCornerLR_CornerRR;
public Vector3[] fCornerLL_CornerRL;
public Vector3[] fCornerLL_CornerLR;
public Vector3[] fCornerRL_CornerRR;
public float OddAngle, EvenAngle;
public bool CornerRR1 = false;
public bool CornerRR2 = false;
public bool CornerRL1 = false;
public bool CornerRL2 = false;
public bool CornerLR1 = false;
public bool CornerLR2 = false;
public bool CornerLL1 = false;
public bool CornerLL2 = false;
public float MaxInterDistance = 0f;
public float MaxInterDistanceSQ = 0f;
public float Height = 50000f;
public float SignHeight = -2000f;
//Traffic lights:
public GSDTrafficLightController LightsRR;
public GSDTrafficLightController LightsRL;
public GSDTrafficLightController LightsLL;
public GSDTrafficLightController LightsLR;
public float opt_FixedTime_RegularLightLength = 10f;
public float opt_FixedTime_LeftTurnLightLength = 5f;
public float opt_FixedTime_AllRedLightLength = 1f;
public float opt_FixedTime_YellowLightLength = 2f;
public bool opt_AutoUpdateIntersections = true;
public List<GSDTrafficLightSequence> FixedTimeSequenceList;
#if UNITY_EDITOR
#region "Setup"
public void Setup(GSDSplineN tNode, GSDSplineN xNode)
{
if (tNode.GSDSpline == xNode.GSDSpline)
{
bSameSpline = true;
}
if (bSameSpline)
{
if (tNode.idOnSpline < xNode.idOnSpline)
{
Node1 = tNode;
Node2 = xNode;
}
else
{
Node1 = xNode;
Node2 = tNode;
}
}
else
{
Node1 = tNode;
Node2 = xNode;
}
Node1.Intersection_OtherNode = Node2;
Node2.Intersection_OtherNode = Node1;
Node1.ToggleHideFlags(true);
Node2.ToggleHideFlags(true);
Node1UID = Node1.UID;
Node2UID = Node2.UID;
Node1.bIsIntersection = true;
Node2.bIsIntersection = true;
Node1.GSDRI = this;
Node2.GSDRI = this;
}
public void DeleteRelevantChildren(GSDSplineN tNode, string tString)
{
int cCount = transform.childCount;
for (int index = cCount - 1; index >= 0; index--)
{
if (transform.GetChild(index).name.ToLower().Contains(tString.ToLower()))
{
Object.DestroyImmediate(transform.GetChild(index).gameObject);
}
else if (tNode == Node1)
{
if (transform.GetChild(index).name.ToLower().Contains("centermarkers"))
{
Object.DestroyImmediate(transform.GetChild(index).gameObject);
}
}
}
}
#endregion
#region "Utility"
public void UpdateRoads()
{
#if UNITY_EDITOR
if (!bSameSpline)
{
GSDSplineC[] tPiggys = new GSDSplineC[1];
tPiggys[0] = Node2.GSDSpline;
Node1.GSDSpline.tRoad.PiggyBacks = tPiggys;
Node1.GSDSpline.Setup_Trigger();
}
else
{
Node1.GSDSpline.Setup_Trigger();
}
#endif
}
GSD.Roads.GSDRoadUtil.Construction2DRect BoundsRect;
public void ConstructBoundsRect()
{
BoundsRect = null;
BoundsRect = new GSD.Roads.GSDRoadUtil.Construction2DRect(new Vector2(CornerRR.x, CornerRR.z), new Vector2(CornerRL.x, CornerRL.z), new Vector2(CornerLR.x, CornerLR.z), new Vector2(CornerLL.x, CornerLL.z));
}
public bool Contains(ref Vector3 tVect)
{
Vector2 vVect = new Vector2(tVect.x, tVect.z);
if (BoundsRect == null)
{
ConstructBoundsRect();
}
return BoundsRect.Contains(ref vVect);
}
private bool ContainsLineOld(Vector3 tVect1, Vector3 tVect2, int LineDef = 30)
{
int MaxDef = LineDef;
float MaxDefF = (float) MaxDef;
Vector3[] tVects = new Vector3[MaxDef];
tVects[0] = tVect1;
float mMod = 0f;
float fcounter = 1f;
for (int index = 1; index < (MaxDef - 1); index++)
{
mMod = fcounter / MaxDefF;
tVects[index] = ((tVect2 - tVect1) * mMod) + tVect1;
fcounter += 1f;
}
tVects[MaxDef - 1] = tVect2;
Vector2 xVect = default(Vector2);
for (int index = 0; index < MaxDef; index++)
{
xVect = new Vector2(tVects[index].x, tVects[index].z);
if (BoundsRect.Contains(ref xVect))
{
return true;
}
}
return false;
}
public bool ContainsLine(Vector3 tVect1, Vector3 tVect2)
{
Vector2 tVectStart = new Vector2(tVect1.x, tVect1.z);
Vector2 tVectEnd = new Vector2(tVect2.x, tVect2.z);
bool bIntersects = Intersects2D(ref tVectStart, ref tVectEnd, ref CornerRR_2D, ref CornerRL_2D);
if (bIntersects)
{
return true;
}
bIntersects = Intersects2D(ref tVectStart, ref tVectEnd, ref CornerRL_2D, ref CornerLL_2D);
if (bIntersects)
{
return true;
}
bIntersects = Intersects2D(ref tVectStart, ref tVectEnd, ref CornerLL_2D, ref CornerLR_2D);
if (bIntersects)
{
return true;
}
bIntersects = Intersects2D(ref tVectStart, ref tVectEnd, ref CornerLR_2D, ref CornerRR_2D);
return bIntersects;
}
// Returns true if the lines intersect, otherwise false. If the lines
// intersect, intersectionPoint holds the intersection point.
private static bool Intersects2D(ref Vector2 Line1S, ref Vector2 Line1E, ref Vector2 Line2S, ref Vector2 Line2E)
{
float firstLineSlopeX, firstLineSlopeY, secondLineSlopeX, secondLineSlopeY;
firstLineSlopeX = Line1E.x - Line1S.x;
firstLineSlopeY = Line1E.y - Line1S.y;
secondLineSlopeX = Line2E.x - Line2S.x;
secondLineSlopeY = Line2E.y - Line2S.y;
float s, t;
s = (-firstLineSlopeY * (Line1S.x - Line2S.x) + firstLineSlopeX * (Line1S.y - Line2S.y)) / (-secondLineSlopeX * firstLineSlopeY + firstLineSlopeX * secondLineSlopeY);
t = (secondLineSlopeX * (Line1S.y - Line2S.y) - secondLineSlopeY * (Line1S.x - Line2S.x)) / (-secondLineSlopeX * firstLineSlopeY + firstLineSlopeX * secondLineSlopeY);
if (s >= 0 && s <= 1 && t >= 0 && t <= 1)
{
return true;
}
return false; // No collision
}
#endregion
#region "Gizmos"
private void OnDrawGizmos()
{
if (!bDrawGizmo)
{
return;
}
Gizmos.color = Color.blue;
Gizmos.DrawCube(transform.position + new Vector3(0f, 5f, 0f), new Vector3(2f, 11f, 2f));
}
#endregion
#endif
#region "Traffic light controlling"
private void Start()
{
LightsRR.Setup(bLeftTurnYieldOnGreen);
LightsRL.Setup(bLeftTurnYieldOnGreen);
LightsLL.Setup(bLeftTurnYieldOnGreen);
LightsLR.Setup(bLeftTurnYieldOnGreen);
if (lType == LightTypeEnum.Timed)
{
CreateFixedSequence();
FixedTime_Increment();
}
else
{
//Do your custom stuff
//In GSD Traffic addon, this will include sensor mode.
}
}
private void CreateFixedSequence()
{
GSDTrafficLightSequence SMaker = null;
FixedTimeSequenceList = new List<GSDTrafficLightSequence>();
if (rType != RoadTypeEnum.NoTurnLane)
{
SMaker = new GSDTrafficLightSequence(true, GSDTrafficLightController.iLightControllerEnum.LeftTurn, GSDTrafficLightController.iLightSubStatusEnum.Green, opt_FixedTime_LeftTurnLightLength);
FixedTimeSequenceList.Add(SMaker);
}
if (rType != RoadTypeEnum.NoTurnLane)
{
SMaker = new GSDTrafficLightSequence(true, GSDTrafficLightController.iLightControllerEnum.LeftTurn, GSDTrafficLightController.iLightSubStatusEnum.Yellow, opt_FixedTime_YellowLightLength);
FixedTimeSequenceList.Add(SMaker);
}
SMaker = new GSDTrafficLightSequence(true, GSDTrafficLightController.iLightControllerEnum.Red, GSDTrafficLightController.iLightSubStatusEnum.Green, opt_FixedTime_AllRedLightLength);
FixedTimeSequenceList.Add(SMaker);
SMaker = new GSDTrafficLightSequence(true, GSDTrafficLightController.iLightControllerEnum.Regular, GSDTrafficLightController.iLightSubStatusEnum.Green, opt_FixedTime_RegularLightLength);
FixedTimeSequenceList.Add(SMaker);
SMaker = new GSDTrafficLightSequence(true, GSDTrafficLightController.iLightControllerEnum.Regular, GSDTrafficLightController.iLightSubStatusEnum.Yellow, opt_FixedTime_YellowLightLength);
FixedTimeSequenceList.Add(SMaker);
SMaker = new GSDTrafficLightSequence(true, GSDTrafficLightController.iLightControllerEnum.Red, GSDTrafficLightController.iLightSubStatusEnum.Green, opt_FixedTime_AllRedLightLength);
FixedTimeSequenceList.Add(SMaker);
if (rType != RoadTypeEnum.NoTurnLane)
{
SMaker = new GSDTrafficLightSequence(false, GSDTrafficLightController.iLightControllerEnum.LeftTurn, GSDTrafficLightController.iLightSubStatusEnum.Green, opt_FixedTime_LeftTurnLightLength);
FixedTimeSequenceList.Add(SMaker);
}
if (rType != RoadTypeEnum.NoTurnLane)
{
SMaker = new GSDTrafficLightSequence(false, GSDTrafficLightController.iLightControllerEnum.LeftTurn, GSDTrafficLightController.iLightSubStatusEnum.Yellow, opt_FixedTime_YellowLightLength);
FixedTimeSequenceList.Add(SMaker);
}
SMaker = new GSDTrafficLightSequence(true, GSDTrafficLightController.iLightControllerEnum.Red, GSDTrafficLightController.iLightSubStatusEnum.Green, opt_FixedTime_AllRedLightLength);
FixedTimeSequenceList.Add(SMaker);
SMaker = new GSDTrafficLightSequence(false, GSDTrafficLightController.iLightControllerEnum.Regular, GSDTrafficLightController.iLightSubStatusEnum.Green, opt_FixedTime_RegularLightLength);
FixedTimeSequenceList.Add(SMaker);
SMaker = new GSDTrafficLightSequence(false, GSDTrafficLightController.iLightControllerEnum.Regular, GSDTrafficLightController.iLightSubStatusEnum.Yellow, opt_FixedTime_YellowLightLength);
FixedTimeSequenceList.Add(SMaker);
SMaker = new GSDTrafficLightSequence(false, GSDTrafficLightController.iLightControllerEnum.Red, GSDTrafficLightController.iLightSubStatusEnum.Green, opt_FixedTime_AllRedLightLength);
FixedTimeSequenceList.Add(SMaker);
}
private IEnumerator TrafficLightFixedUpdate(float tTime)
{
yield return new WaitForSeconds(tTime);
FixedTime_Increment();
}
private int FixedTimeIndex = 0;
private void FixedTime_Increment()
{
GSDTrafficLightSequence SMaker = FixedTimeSequenceList[FixedTimeIndex];
FixedTimeIndex += 1;
if (FixedTimeIndex > (FixedTimeSequenceList.Count - 1))
{
FixedTimeIndex = 0;
}
GSDTrafficLightController Lights1 = null;
GSDTrafficLightController Lights2 = null;
GSDTrafficLightController Lights_outer1 = null;
GSDTrafficLightController Lights_outer2 = null;
if (SMaker.bLightMasterPath1)
{
Lights1 = LightsRL;
Lights2 = LightsLR;
if (bFlipped)
{
Lights_outer1 = LightsRR;
Lights_outer2 = LightsLL;
}
else
{
Lights_outer1 = LightsRR;
Lights_outer2 = LightsLL;
}
}
else
{
if (bFlipped)
{
Lights1 = LightsRR;
Lights2 = LightsLL;
}
else
{
Lights1 = LightsRR;
Lights2 = LightsLL;
}
Lights_outer1 = LightsRL;
Lights_outer2 = LightsLR;
}
GSDTrafficLightController.iLightControllerEnum LCE = SMaker.iLightController;
GSDTrafficLightController.iLightSubStatusEnum LCESub = SMaker.iLightSubcontroller;
if (LCE == GSDTrafficLightController.iLightControllerEnum.Regular)
{
Lights1.UpdateLights(GSDTrafficLightController.iLightStatusEnum.Regular, LCESub, bLightsEnabled);
Lights2.UpdateLights(GSDTrafficLightController.iLightStatusEnum.Regular, LCESub, bLightsEnabled);
Lights_outer1.UpdateLights(GSDTrafficLightController.iLightStatusEnum.Red, LCESub, bLightsEnabled);
Lights_outer2.UpdateLights(GSDTrafficLightController.iLightStatusEnum.Red, LCESub, bLightsEnabled);
}
else if (LCE == GSDTrafficLightController.iLightControllerEnum.LeftTurn)
{
Lights1.UpdateLights(GSDTrafficLightController.iLightStatusEnum.LeftTurn, LCESub, bLightsEnabled);
Lights2.UpdateLights(GSDTrafficLightController.iLightStatusEnum.LeftTurn, LCESub, bLightsEnabled);
Lights_outer1.UpdateLights(GSDTrafficLightController.iLightStatusEnum.RightTurn, LCESub, bLightsEnabled);
Lights_outer2.UpdateLights(GSDTrafficLightController.iLightStatusEnum.RightTurn, LCESub, bLightsEnabled);
}
else if (LCE == GSDTrafficLightController.iLightControllerEnum.Red)
{
Lights1.UpdateLights(GSDTrafficLightController.iLightStatusEnum.Red, LCESub, bLightsEnabled);
Lights2.UpdateLights(GSDTrafficLightController.iLightStatusEnum.Red, LCESub, bLightsEnabled);
Lights_outer1.UpdateLights(GSDTrafficLightController.iLightStatusEnum.Red, LCESub, bLightsEnabled);
Lights_outer2.UpdateLights(GSDTrafficLightController.iLightStatusEnum.Red, LCESub, bLightsEnabled);
}
// Debug.Log ("Starting: " + SMaker.ToString());
StartCoroutine(TrafficLightFixedUpdate(SMaker.tTime));
}
#endregion
#if UNITY_EDITOR
#region "Materials"
public void ResetMaterials_All()
{
ResetMaterials_Center(false);
ResetMaterials_Ext_Stretched(false);
ResetMaterials_Ext_Tiled(false);
ResetMaterials_Lanes(false);
UpdateMaterials();
}
public void ResetMaterials_Center(bool bUpdate = true)
{
string tLanes = "-2L";
Lanes = Node1.GSDSpline.tRoad.opt_Lanes;
if (Lanes == 4)
{
tLanes = "-4L";
}
else if (Lanes == 6)
{
tLanes = "-6L";
}
if (iType == IntersectionTypeEnum.ThreeWay)
{
tLanes += "-3";
if (Node1.idOnSpline < 2 || Node2.idOnSpline < 2)
{
// if(bFirstSpecial_First || bFirstSpecial_Last){ //Reverse if from node 0
tLanes += "-crev"; //stands for "Center Reversed"
// }
}
}
if (rType == RoadTypeEnum.BothTurnLanes)
{
MarkerCenter1 = GSD.Roads.GSDRoadUtilityEditor.GiveMaterial(GSD.Roads.GSDRoadUtilityEditor.GetBasePath() + "/Materials/Markers/GSDInterCenter-Both" + tLanes + ".mat");
MarkerCenter2 = null;
MarkerCenter3 = null;
}
else if (rType == RoadTypeEnum.TurnLane)
{
MarkerCenter1 = GSD.Roads.GSDRoadUtilityEditor.GiveMaterial(GSD.Roads.GSDRoadUtilityEditor.GetBasePath() + "/Materials/Markers/GSDInterCenter-Left" + tLanes + ".mat");
MarkerCenter2 = null;
MarkerCenter3 = null;
}
else if (rType == RoadTypeEnum.NoTurnLane)
{
MarkerCenter1 = GSD.Roads.GSDRoadUtilityEditor.GiveMaterial(GSD.Roads.GSDRoadUtilityEditor.GetBasePath() + "/Materials/Markers/GSDInterCenter-None" + tLanes + ".mat");
MarkerCenter2 = null;
MarkerCenter3 = null;
}
if (bUpdate)
{ UpdateMaterials(); }
}
public void ResetMaterials_Ext_Stretched(bool bUpdate = true)
{
string tLanes = "-2L";
Lanes = Node1.GSDSpline.tRoad.opt_Lanes;
if (Lanes == 4)
{
tLanes = "-4L";
}
else if (Lanes == 6)
{
tLanes = "-6L";
}
if (rType == RoadTypeEnum.BothTurnLanes)
{
MarkerExt_Stretch1 = GSD.Roads.GSDRoadUtilityEditor.GiveMaterial(GSD.Roads.GSDRoadUtilityEditor.GetBasePath() + "/Materials/Markers/GSDInterStretch-Both" + tLanes + ".mat");
MarkerExt_Stretch2 = null;
MarkerExt_Stretch3 = null;
}
else if (rType == RoadTypeEnum.TurnLane)
{
MarkerExt_Stretch1 = GSD.Roads.GSDRoadUtilityEditor.GiveMaterial(GSD.Roads.GSDRoadUtilityEditor.GetBasePath() + "/Materials/Markers/GSDInterStretch-Left" + tLanes + ".mat");
MarkerExt_Stretch2 = null;
MarkerExt_Stretch3 = null;
}
else if (rType == RoadTypeEnum.NoTurnLane)
{
MarkerExt_Stretch1 = GSD.Roads.GSDRoadUtilityEditor.GiveMaterial(GSD.Roads.GSDRoadUtilityEditor.GetBasePath() + "/Materials/Markers/GSDInterStretch-None" + tLanes + ".mat");
MarkerExt_Stretch2 = null;
MarkerExt_Stretch3 = null;
}
if (bUpdate)
{
UpdateMaterials();
}
}
public void ResetMaterials_Ext_Tiled(bool bUpdate = true)
{
if (rType == RoadTypeEnum.BothTurnLanes)
{
MarkerExt_Tiled1 = GSD.Roads.GSDRoadUtilityEditor.GiveMaterial(GSD.Roads.GSDRoadUtilityEditor.GetBasePath() + "/Materials/GSDRoad1.mat");
MarkerExt_Tiled2 = GSD.Roads.GSDRoadUtilityEditor.GiveMaterial(GSD.Roads.GSDRoadUtilityEditor.GetBasePath() + "/Materials/Markers/GSDRoadDetailOverlay1.mat");
MarkerExt_Tiled3 = null;
}
else if (rType == RoadTypeEnum.TurnLane)
{
MarkerExt_Tiled1 = GSD.Roads.GSDRoadUtilityEditor.GiveMaterial(GSD.Roads.GSDRoadUtilityEditor.GetBasePath() + "/Materials/GSDRoad1.mat");
MarkerExt_Tiled2 = GSD.Roads.GSDRoadUtilityEditor.GiveMaterial(GSD.Roads.GSDRoadUtilityEditor.GetBasePath() + "/Materials/Markers/GSDRoadDetailOverlay1.mat");
MarkerExt_Tiled3 = null;
}
else if (rType == RoadTypeEnum.NoTurnLane)
{
MarkerExt_Tiled1 = GSD.Roads.GSDRoadUtilityEditor.GiveMaterial(GSD.Roads.GSDRoadUtilityEditor.GetBasePath() + "/Materials/GSDRoad1.mat");
MarkerExt_Tiled2 = GSD.Roads.GSDRoadUtilityEditor.GiveMaterial(GSD.Roads.GSDRoadUtilityEditor.GetBasePath() + "/Materials/Markers/GSDRoadDetailOverlay1.mat");
MarkerExt_Tiled3 = null;
}
if (bUpdate)
{
UpdateMaterials();
}
}
public void ResetMaterials_Lanes(bool bUpdate = true)
{
string tLanes = "";
Lanes = Node1.GSDSpline.tRoad.opt_Lanes;
if (Lanes == 4)
{
tLanes = "-4L";
}
else if (Lanes == 6)
{
tLanes = "-6L";
}
if (iType == IntersectionTypeEnum.ThreeWay)
{
Lane1Mat1_Disabled = GSD.Roads.GSDRoadUtilityEditor.GiveMaterial(GSD.Roads.GSDRoadUtilityEditor.GetBasePath() + "/Materials/Markers/GSDInterLaneDisabled.mat");
Lane1Mat2_Disabled = null;
if (rType == RoadTypeEnum.BothTurnLanes)
{
Lane1Mat1_DisabledActive = GSD.Roads.GSDRoadUtilityEditor.GiveMaterial(GSD.Roads.GSDRoadUtilityEditor.GetBasePath() + "/Materials/Markers/GSDInterLaneDisabledOuterRR.mat");
Lane1Mat2_DisabledActive = null;
Lane2Mat1_Disabled = GSD.Roads.GSDRoadUtilityEditor.GiveMaterial(GSD.Roads.GSDRoadUtilityEditor.GetBasePath() + "/Materials/Markers/GSDInterLaneDisabledR.mat");
Lane2Mat2_Disabled = null;
}
else
{
Lane2Mat1_Disabled = null;
Lane2Mat2_Disabled = null;
Lane2Mat1_DisabledActive = null;
Lane2Mat2_DisabledActive = null;
}
Lane2Mat1_DisabledActive = GSD.Roads.GSDRoadUtilityEditor.GiveMaterial(GSD.Roads.GSDRoadUtilityEditor.GetBasePath() + "/Materials/Markers/GSDInterLaneDisabledOuter" + tLanes + ".mat");
Lane2Mat2_DisabledActive = null;
if (rType == RoadTypeEnum.BothTurnLanes)
{
Lane2Mat1_DisabledActiveR = GSD.Roads.GSDRoadUtilityEditor.GiveMaterial(GSD.Roads.GSDRoadUtilityEditor.GetBasePath() + "/Materials/Markers/GSDInterLaneDisabledOuterR.mat");
Lane2Mat2_DisabledActiveR = null;
Lane3Mat1_Disabled = GSD.Roads.GSDRoadUtilityEditor.GiveMaterial(GSD.Roads.GSDRoadUtilityEditor.GetBasePath() + "/Materials/Markers/GSDInterLaneDisabledR.mat");
Lane3Mat2_Disabled = null;
}
else
{
Lane2Mat1_DisabledActiveR = null;
Lane2Mat2_DisabledActiveR = null;
Lane3Mat1_Disabled = null;
Lane3Mat2_Disabled = null;
}
}
else
{
Lane1Mat1_Disabled = null;
Lane1Mat2_Disabled = null;
Lane2Mat1_Disabled = null;
Lane2Mat2_Disabled = null;
Lane2Mat1_DisabledActive = null;
Lane2Mat2_DisabledActive = null;
Lane2Mat1_DisabledActiveR = null;
Lane2Mat2_DisabledActiveR = null;
Lane3Mat1_Disabled = null;
Lane3Mat2_Disabled = null;
}
if (rType == RoadTypeEnum.BothTurnLanes)
{
Lane0Mat1 = GSD.Roads.GSDRoadUtilityEditor.GiveMaterial(GSD.Roads.GSDRoadUtilityEditor.GetBasePath() + "/Materials/Markers/GSDInterWhiteLYellowR" + tLanes + ".mat");
Lane0Mat2 = null;
Lane1Mat1 = GSD.Roads.GSDRoadUtilityEditor.GiveMaterial(GSD.Roads.GSDRoadUtilityEditor.GetBasePath() + "/Materials/Markers/GSDInterYellowLWhiteR.mat");
Lane1Mat2 = null;
Lane2Mat1 = GSD.Roads.GSDRoadUtilityEditor.GiveMaterial(GSD.Roads.GSDRoadUtilityEditor.GetBasePath() + "/Materials/Markers/GSDInterWhiteR" + tLanes + ".mat");
Lane2Mat2 = null;
Lane3Mat1 = GSD.Roads.GSDRoadUtilityEditor.GiveMaterial(GSD.Roads.GSDRoadUtilityEditor.GetBasePath() + "/Materials/Markers/GSDInterWhiteR.mat");
Lane3Mat2 = null;
}
else if (rType == RoadTypeEnum.TurnLane)
{
Lane0Mat1 = GSD.Roads.GSDRoadUtilityEditor.GiveMaterial(GSD.Roads.GSDRoadUtilityEditor.GetBasePath() + "/Materials/Markers/GSDInterWhiteLYellowR" + tLanes + ".mat");
Lane0Mat2 = null;
Lane1Mat1 = GSD.Roads.GSDRoadUtilityEditor.GiveMaterial(GSD.Roads.GSDRoadUtilityEditor.GetBasePath() + "/Materials/Markers/GSDInterYellowLWhiteR.mat");
Lane1Mat2 = null;
Lane2Mat1 = GSD.Roads.GSDRoadUtilityEditor.GiveMaterial(GSD.Roads.GSDRoadUtilityEditor.GetBasePath() + "/Materials/Markers/GSDInterWhiteR" + tLanes + ".mat");
Lane2Mat2 = null;
Lane3Mat1 = null;
Lane3Mat2 = null;
}
else if (rType == RoadTypeEnum.NoTurnLane)
{
Lane0Mat1 = GSD.Roads.GSDRoadUtilityEditor.GiveMaterial(GSD.Roads.GSDRoadUtilityEditor.GetBasePath() + "/Materials/Markers/GSDInterWhiteLYellowR" + tLanes + ".mat");
Lane0Mat2 = null;
Lane1Mat1 = GSD.Roads.GSDRoadUtilityEditor.GiveMaterial(GSD.Roads.GSDRoadUtilityEditor.GetBasePath() + "/Materials/Markers/GSDInterYellowLWhiteR" + tLanes + ".mat");
Lane1Mat2 = null;
Lane2Mat1 = null;
Lane2Mat2 = null;
Lane3Mat1 = null;
Lane3Mat2 = null;
}
if (bUpdate)
{
UpdateMaterials();
}
}
public void UpdateMaterials()
{
UpdateMaterials_Do();
}
private void UpdateMaterials_Do()
{
int cCount = transform.childCount;
List<MeshRenderer> MR_Ext_Stretch = new List<MeshRenderer>();
List<MeshRenderer> MR_Ext_Tiled = new List<MeshRenderer>();
MeshRenderer MR_Center = null;
List<MeshRenderer> MR_Lane0 = new List<MeshRenderer>();
List<MeshRenderer> MR_Lane1 = new List<MeshRenderer>();
List<MeshRenderer> MR_Lane2 = new List<MeshRenderer>();
List<MeshRenderer> MR_Lane3 = new List<MeshRenderer>();
List<MeshRenderer> MR_LaneD1 = new List<MeshRenderer>();
List<MeshRenderer> MR_LaneD3 = new List<MeshRenderer>();
List<MeshRenderer> MR_LaneDA2 = new List<MeshRenderer>();
List<MeshRenderer> MR_LaneDAR2 = new List<MeshRenderer>();
List<MeshRenderer> MR_LaneD2 = new List<MeshRenderer>();
List<MeshRenderer> MR_LaneDA1 = new List<MeshRenderer>();
string tTransName = "";
for (int i = 0; i < cCount; i++)
{
tTransName = transform.GetChild(i).name.ToLower();
if (tTransName.Contains("-stretchext"))
{
MR_Ext_Stretch.Add(transform.GetChild(i).GetComponent<MeshRenderer>());
continue;
}
if (tTransName.Contains("-tiledext"))
{
MR_Ext_Tiled.Add(transform.GetChild(i).GetComponent<MeshRenderer>());
continue;
}
if (tTransName.Contains("centermarkers"))
{
MR_Center = transform.GetChild(i).GetComponent<MeshRenderer>();
continue;
}
if (tTransName.Contains("lane0"))
{
MR_Lane0.Add(transform.GetChild(i).GetComponent<MeshRenderer>());
continue;
}
if (tTransName.Contains("lane1"))
{
MR_Lane1.Add(transform.GetChild(i).GetComponent<MeshRenderer>());
continue;
}
if (tTransName.Contains("lane2"))
{
MR_Lane2.Add(transform.GetChild(i).GetComponent<MeshRenderer>());
continue;
}
if (tTransName.Contains("lane3"))
{
MR_Lane3.Add(transform.GetChild(i).GetComponent<MeshRenderer>());
continue;
}
if (iType == IntersectionTypeEnum.ThreeWay)
{
if (tTransName.Contains("laned1"))
{
MR_LaneD1.Add(transform.GetChild(i).GetComponent<MeshRenderer>());
continue;
}
if (tTransName.Contains("laned3"))
{
MR_LaneD3.Add(transform.GetChild(i).GetComponent<MeshRenderer>());
continue;
}
if (tTransName.Contains("laneda2"))
{
MR_LaneDA2.Add(transform.GetChild(i).GetComponent<MeshRenderer>());
continue;
}
if (tTransName.Contains("lanedar2"))
{
MR_LaneDAR2.Add(transform.GetChild(i).GetComponent<MeshRenderer>());
continue;
}
if (tTransName.Contains("laned2"))
{
MR_LaneD2.Add(transform.GetChild(i).GetComponent<MeshRenderer>());
continue;
}
if (tTransName.Contains("laneda1"))
{
MR_LaneDA1.Add(transform.GetChild(i).GetComponent<MeshRenderer>());
continue;
}
}
}
if (MR_Ext_Stretch != null && MR_Ext_Stretch.Count > 0)
{
int MarkerExtStretchCounter = 0;
if (MarkerExt_Stretch1 != null)
{
MarkerExtStretchCounter += 1;
if (MarkerExt_Stretch2 != null)
{
MarkerExtStretchCounter += 1;
if (MarkerExt_Stretch3 != null)
{
MarkerExtStretchCounter += 1;
}
}
}
Material[] MarkerExtStretchMats = new Material[MarkerExtStretchCounter];
for (int i = 0; i < MarkerExtStretchCounter; i++)
{
if (i == 0)
{
MarkerExtStretchMats[i] = MarkerExt_Stretch1;
}
else if (i == 1)
{
MarkerExtStretchMats[i] = MarkerExt_Stretch2;
}
else if (i == 2)
{
MarkerExtStretchMats[i] = MarkerExt_Stretch3;
}
}
for (int i = 0; i < MR_Ext_Stretch.Count; i++)
{
MR_Ext_Stretch[i].materials = MarkerExtStretchMats;
}
}
if (MR_Ext_Tiled != null && MR_Ext_Tiled.Count > 0)
{
int MarkerExtTiledCounter = 0;
if (MarkerExt_Tiled1 != null)
{
MarkerExtTiledCounter += 1;
if (MarkerExt_Tiled2 != null)
{
MarkerExtTiledCounter += 1;
if (MarkerExt_Tiled3 != null)
{
MarkerExtTiledCounter += 1;
}
}
}
Material[] MarkerExtTiledMats = new Material[MarkerExtTiledCounter];
for (int i = 0; i < MarkerExtTiledCounter; i++)
{
if (i == 0)
{
MarkerExtTiledMats[i] = MarkerExt_Tiled1;
}
else if (i == 1)
{
MarkerExtTiledMats[i] = MarkerExt_Tiled2;
}
else if (i == 2)
{
MarkerExtTiledMats[i] = MarkerExt_Tiled3;
}
}
for (int i = 0; i < MR_Ext_Tiled.Count; i++)
{
MR_Ext_Tiled[i].materials = MarkerExtTiledMats;
}
}
if (MR_Center != null)
{
int CenterCounter = 0;
if (MarkerCenter1 != null)
{
CenterCounter += 1;
if (MarkerCenter2 != null)
{
CenterCounter += 1;
if (MarkerCenter3 != null)
{
CenterCounter += 1;
}
}
}
Material[] CenterMats = new Material[CenterCounter];
for (int i = 0; i < CenterCounter; i++)
{
if (i == 0)
{
CenterMats[i] = MarkerCenter1;
}
else if (i == 1)
{
CenterMats[i] = MarkerCenter2;
}
else if (i == 2)
{
CenterMats[i] = MarkerCenter3;
}
}
MR_Center.materials = CenterMats;
}
int LaneCounter = 0;
if (MR_Lane0 != null && MR_Lane0.Count > 0)
{
LaneCounter = 0;
if (Lane0Mat1 != null)
{
LaneCounter += 1;
if (Lane0Mat2 != null)
{
LaneCounter += 1;
}
}
Material[] Lane0Mats = new Material[LaneCounter];
for (int i = 0; i < LaneCounter; i++)
{
if (i == 0)
{
Lane0Mats[i] = Lane0Mat1;
}
else if (i == 1)
{
Lane0Mats[i] = Lane0Mat2;
}
}
for (int i = 0; i < MR_Lane0.Count; i++)
{
MR_Lane0[i].materials = Lane0Mats;
}
}
if (MR_Lane1 != null && MR_Lane1.Count > 0)
{
LaneCounter = 0;
if (Lane1Mat1 != null)
{
LaneCounter += 1;
if (Lane1Mat2 != null)
{
LaneCounter += 1;
}
}
Material[] Lane1Mats = new Material[LaneCounter];
for (int i = 0; i < LaneCounter; i++)
{
if (i == 0)
{
Lane1Mats[i] = Lane1Mat1;
}
else if (i == 1)
{
Lane1Mats[i] = Lane1Mat2;
}
}
for (int i = 0; i < MR_Lane1.Count; i++)
{
MR_Lane1[i].materials = Lane1Mats;
}