// Use this for initialization
void Start()
{
completeRenderer.DestryMesh();
DiscreteInt2Generator.param_AnglePeriod = param_AnglePeriod;
DiscreteInt2Generator.param_AngleAmplitude = param_AngleAmplitude;
DiscreteInt2Generator.param_AngleAmplitude = param_AngleAmplitude;
DiscreteInt2Generator.param_RadiusPeriod = param_RadiusPeriod;
DiscreteInt2Generator.param_RadiusAmplitude = param_RadiusAmplitude;
DiscreteInt2Generator.param_RadiusOffset = param_RadiusOffset;
DiscreteInt2Generator.param_SegDecMin = param_SegDecMin;
DiscreteInt2Generator.param_SegDecMax = param_SegDecMax;
DiscreteInt2Generator.param_SegDecPeriod = param_SegDecPeriod;
DiscreteInt2Generator.generationMode = generationMode;
//DiscreteInt2Generator.param_Circles = param_Circles;
//DiscreteInt2Generator.param_Circles_Radius = param_Circles_Radius;
//DiscreteInt2Generator.param_Circles_Use = param_Circles_UseCustom;
if (circlesGeneration.CirclesMidpoints.Length == 0)
{
circlesGeneration.DoProc(seed, param_goalLength);
}
DiscreteInt2Generator.param_Circles = new Vector2[circlesGeneration.CirclesMidpoints.Length];
DiscreteInt2Generator.param_Circles_Ins = new Vector2[circlesGeneration.CirclesMidpoints.Length];
DiscreteInt2Generator.param_Circles_Outs = new Vector2[circlesGeneration.CirclesMidpoints.Length];
DiscreteInt2Generator.param_Circles_Radius = new float[circlesGeneration.CirclesMidpoints.Length];
DiscreteInt2Generator.param_Circles_Clockwise = new bool[circlesGeneration.CirclesMidpoints.Length];
DiscreteInt2Generator.param_BetwLB = circlesGeneration.BetwLBs;
DiscreteInt2Generator.param_BetwLT = circlesGeneration.BetwLTs;
DiscreteInt2Generator.param_BetwRB = circlesGeneration.BetwRBs;
DiscreteInt2Generator.param_BetwRT = circlesGeneration.BetwRTs;
DiscreteInt2Generator.param_Circles_Use = circlesGeneration.CirclesMidpoints.Length > 0;
for (int i = 0; i < circlesGeneration.CirclesMidpoints.Length; i++)
{
if (circlesGeneration.CirclesMidpoints[i].x != 0f && circlesGeneration.CirclesMidpoints[i].z != 0f)
{
DiscreteInt2Generator.param_Circles_Use = true;
}
DiscreteInt2Generator.param_Circles[i] = new Vector2(circlesGeneration.CirclesMidpoints[i].x, circlesGeneration.CirclesMidpoints[i].z);
DiscreteInt2Generator.param_Circles_Ins[i] = new Vector2(circlesGeneration.CirclesIns[i].x, circlesGeneration.CirclesIns[i].z);
DiscreteInt2Generator.param_Circles_Outs[i] = new Vector2(circlesGeneration.CirclesOuts[i].x, circlesGeneration.CirclesOuts[i].z);
DiscreteInt2Generator.param_Circles_Radius[i] = circlesGeneration.CirclesRadius[i];
DiscreteInt2Generator.param_Circles_Clockwise[i] = circlesGeneration.CirclesClockwise[i];
}
if (terrainModifier == null)
{
terrainModifier = new TerrainModifier(terrain);
}
meshFilter = GetComponent <MeshFilter>();
meshCollider = GetComponent <MeshCollider>();
if (jobGenerateTrack != null && jobGenerateTrack.IsDone == false)
{
jobGenerateTrack.Abort();
jobGenerateTrack = null;
}
if (jobGenerateTrack == null || jobGenerateTrack.IsDone)
{
jobGenerateTrack = new JobGenerateTrack();
if (firstStart)
{
firstStart = false;
jobGenerateTrack.Seed = 58528152;
}
else
{
jobGenerateTrack.Seed = seed;
}
jobGenerateTrack.Width = width;
jobGenerateTrack.Suppliers = supplyers;
jobGenerateTrack.Terrain = terrain;
jobGenerateTrack.TerrainModifier = terrainModifier;
//jobGenerateTrack.Track = DiscreteInt2Generator.GenerateTrack(10f, width, Seed);
jobGenerateTrack.Start();
}
}
