public void setTile(GridTile til)
{
tile = til;
WindController.GetWindAtTile(til, 0);
biome.text = biomes[Mathf.FloorToInt(tile.biome)];
if (true /*tile.occupant == null*/)
{
occupant.text = "None";
}
//else
//{
// if (tile.occupant.obj.name.Equals("RockEmpty(Clone)") || tile.occupant.obj.name.Equals("StoneCubeEmpty(Clone)"))
// {
// occupant.text = "A rock";
// } else if (tile.occupant.obj.name.Equals("House Colored"))
// {
// occupant.text = "A house";
// } else if(tile.occupant.obj.name.Equals("NewTreeEmpty(Clone)"))
// {
// occupant.text = "A tree";
// } else if (tile.occupant.obj.name.Equals("CactusEmpty(Clone)"))
// {
// occupant.text = "A cactus";
// }
// else
// {
// occupant.text = "Wind Turbine";
// }
//}
//position.text = tile.position.ToString("F0");
}
float CpDesign()
{
float V_rated = uniProperties.ratedCutoffProperty.minPropertyValue;
float V_cutoff = uniProperties.ratedCutoffProperty.maxPropertyValue;
float height = uniProperties.heightProperty.propertyValue;
float V = WindController.GetWindAtTile(onGridtile, height);
if (V < Vcutin)
{
return(0);
}
else if (Vcutin < V && V <= V_rated)
{
return(CpReference());
}
else if (V_rated < V && V <= V_cutoff)
{
return(CpFormula(V, V_rated, V_cutoff));
}
else
{
return(0);
}
}
void CalculateChunk(object args)
{
object[] argsArr = (object[])args;
int i = (int)argsArr[0];
float time = (float)argsArr[1];
int operationsPerThread = Mathf.CeilToInt(windSpeedChunks.Count / chunkThreads.Length);
int windCount = windSpeedChunks.Count;
int startK = (int)i * operationsPerThread;
int endK = ((int)i + 1) * operationsPerThread;
for (int k = startK; k < endK; k++)
{
if (k >= windCount)
{
break;
}
if (!windSpeedChunks[k].isEnabled)
{
continue;
}
List <Vector3> vert = threadVerts[k];
for (int j = 0; j < vert.Count; j++)
{
GridTile tile = GridTile.FindClosestGridTile(vert[j]);
if (tile != null && tile.canSeeWind && !tile.isOutsideBorder)
{
float curWind = WindController.GetWindAtTile(tile, height, time);
Vector2 curUv = new Vector2(1 - curWind / WindController.WindMagnitudeAtTime(time), 1 - curWind / WindController.WindMagnitudeAtTime(time));
for (int intp = 0; intp < intpSteps; intp++)
{
if (curUvs)
{
Vector2 interpolated = Vector2.Lerp(buffereduvs[k][(intpSteps - 1)][j], curUv, (float)intp / (intpSteps - 1));
uvs[k][intp][j].Set(interpolated.x, interpolated.y);
}
else
{
Vector2 interpolated = Vector2.Lerp(uvs[k][(intpSteps - 1)][j], curUv, (float)intp / (intpSteps - 1));
buffereduvs[k][intp][j].Set(interpolated.x, interpolated.y);
}
if (stopThreads)
{
return;
}
}
}
else if (tile != null && !tile.canSeeWind && !tile.isOutsideBorder)
{
Vector2 curUv = new Vector2(0.125f, 0.875f);
for (int intp = 0; intp < intpSteps; intp++)
{
if (curUvs)
{
Vector2 interpolated = Vector2.Lerp(buffereduvs[k][(intpSteps - 1)][j], curUv, (float)intp / (intpSteps - 1));
uvs[k][intp][j].Set(interpolated.x, interpolated.y);
}
else
{
Vector2 interpolated = Vector2.Lerp(uvs[k][(intpSteps - 1)][j], curUv, (float)intp / (intpSteps - 1));
buffereduvs[k][intp][j].Set(interpolated.x, interpolated.y);
}
if (stopThreads)
{
return;
}
}
}
}
}
}
void UpdatePower(float gameDeltaTime)
{
cp = Cp();
power = 0.5f * Cp() * 1.225f * uniProperties.areaProperty.propertyValue * Mathf.Pow(WindController.GetWindAtTile(onGridtile, uniProperties.heightProperty.propertyValue), 3);
//print(WindController.GetWindAtTile(onGridtile, uniProperties.heightProperty.propertyValue));
}