protected void InitData(int startX,int startY,int mapX,int mapY,int xStepSize,int yStepSize)
{
LibNoise.ModuleBase noiseModual = Generator.LibnoiseModualGen.PrettyWorldGenerator();
// Generator.LibnoiseModualGen.GetRTSGenerator(500)
// start threaded job
noiseJob = new LibNoiseJob(startX, startY, xStepSize, yStepSize, mapX, mapY, multyplyNoiseScale, multyplyNoiseHeight, noiseModual);
GeneratorDataJob = new ThreadedJobHandeler();
GeneratorDataJob.Init(noiseJob);
}
protected void InitData(int startX, int startY, int mapX, int mapY, int xStepSize, int yStepSize)
{
LibNoise.ModuleBase noiseModual = Generator.LibnoiseModualGen.PrettyWorldGenerator();
// Generator.LibnoiseModualGen.GetRTSGenerator(500)
// start threaded job
noiseJob = new LibNoiseJob(startX, startY, xStepSize, yStepSize, mapX, mapY, multyplyNoiseScale, multyplyNoiseHeight, noiseModual);
GeneratorDataJob = new ThreadedJobHandeler();
GeneratorDataJob.Init(noiseJob);
}
IEnumerator UpdateParts(int terainStartX, int terainStartY)
{
//List<NewPart> newParts = new List<NewPart>();
NewPart[] newPartsAr = new NewPart[((drawDist + drawDist + 1) * (drawDist + drawDist + 1))];
int num = 0;
// colect posible new tile positions
Vector3 targetPos = target.position;
for (int x = -drawDist; x < (drawDist + 1); x++)
{
for (int z = -drawDist; z < (drawDist + 1); z++)
{
float dist = Vector2.Distance(new Vector2(terainStartX + ((x * terainSize) - (terainSize * 0.5f)), terainStartY + ((z * terainSize) - (terainSize * 0.5f))), new Vector2(targetPos.x, targetPos.z));
newPartsAr[num] = new NewPart(terainStartX + (x * (terainSize)), terainStartY + (z * (terainSize)), dist);
num++;
}
}
// start threaded sort job to sort possible new tiles by distance
SortTerainGenByDistJob sortJob = new SortTerainGenByDistJob(newPartsAr);
ThreadedJobHandeler sortJobHandler = new ThreadedJobHandeler();
sortJobHandler.Init(sortJob);
while (!sortJobHandler.JobDone)
{
sortJobHandler.Tick();
yield return(null);
}
int currentPartsGenerated = 0;
// generate max 2 new parts
for (int i = 0; i < newPartsAr.Length; i++)
{
// generate parts
if (GenPart(newPartsAr[i].xPart, newPartsAr[i].yPart))
{
currentPartsGenerated++;
}
;
if (currentPartsGenerated > 2)
{
break;
}
}
yield return(null);
UpdateTerain();
}
IEnumerator UpdateParts(int terainStartX, int terainStartY)
{
//List<NewPart> newParts = new List<NewPart>();
NewPart[] newPartsAr = new NewPart[((drawDist + drawDist + 1) * (drawDist + drawDist + 1))];
int num = 0;
// colect posible new tile positions
Vector3 targetPos = target.position;
for (int x = -drawDist; x < (drawDist + 1); x++)
{
for (int z = -drawDist; z < (drawDist + 1); z++)
{
float dist = Vector2.Distance(new Vector2(terainStartX + ((x * terainSize) - (terainSize * 0.5f)), terainStartY + ((z * terainSize) - (terainSize * 0.5f))), new Vector2(targetPos.x, targetPos.z));
newPartsAr[num] = new NewPart(terainStartX + (x * (terainSize)), terainStartY + (z * (terainSize)), dist);
num++;
}
}
// start threaded sort job to sort possible new tiles by distance
SortTerainGenByDistJob sortJob = new SortTerainGenByDistJob(newPartsAr);
ThreadedJobHandeler sortJobHandler = new ThreadedJobHandeler();
sortJobHandler.Init(sortJob);
while (!sortJobHandler.JobDone)
{
sortJobHandler.Tick();
yield return null;
}
int currentPartsGenerated = 0;
// generate max 2 new parts
for (int i = 0; i < newPartsAr.Length; i++)
{
// generate parts
if (GenPart(newPartsAr[i].xPart, newPartsAr[i].yPart))
{
currentPartsGenerated++;
};
if (currentPartsGenerated > 2)
{
break;
}
}
yield return null;
UpdateTerain();
}