private void XSideHighSmoothing(Vector3 pointA, Vector3 pointZ)
{
pointA.x--; pointZ.x++;
if (pointA.x < 0)
{
pointA.x = 0; //donot allow minus values
}
var point = pointA;
for (int i = (int)pointA.x; i <= (int)/*pointA.z*/ pointZ.x; i++)
{
point.x = i;
//Instantiate(testCube,point, Quaternion.identity);
HighGroundSmoother.SmoothLineBackwardXHigh(point, ref betaHeights, elevation); //FIXME: for higher ground this function in not good
HighGroundSmoother.SmoothLineXHigh(point, ref betaHeights, elevation, testSubCube); //vertical to this point
}
}
/* ************************************************************* */
private void ZSideHighSmoothing(Vector3 pointA, Vector3 pointZ)
{
pointA.z -= 1; pointZ.z += 1; //for higher ground this expansion is expanding one side only
Vector3 point = pointA;
if (pointA.z < 0)
{
pointA.z = 0; //donot allow minus values
}
for (int i = (int)pointA.z; i <= (int)/*pointA.z*/ pointZ.z; i++)
{
point.z = i;
//Instantiate(testCube,point,Quaternion.identity);
HighGroundSmoother.SmoothLineZHigh(point, ref betaHeights, elevation); //vertical to this point
HighGroundSmoother.SmoothLineBackwardZHigh(point, ref betaHeights, elevation); //FIXME: for higher ground this function in not good
}
}
public void SmoothAroundIngredients()
{
float t = Time.realtimeSinceStartup;
//print("SmoothAroundIngredients");
for (int i = 0; i < (int)ingredientsCorners.Count - 3; i += 4)
{
//print((0+i)+","+(1+i)+","+(2+i)+","+(3+i));
if (ingredientsCorners[0 + i].y > betaHeightsForTest[(int)ingredientsCorners[0 + i].x, (int)ingredientsCorners[0 + i].z])
{
//ZSideHighSmoothing(ingredientsCorners[0+i],ingredientsCorners[1+i]);
//XSideHighSmoothing(ingredientsCorners[2+i],ingredientsCorners[3+i]);
//print("HIGH");
var pair = HighGroundSmoother.SquareSmootherForHighGround(new Vector3[] { ingredientsCorners[0 + i], ingredientsCorners[3 + i],
ingredientsCorners[1 + i], ingredientsCorners[2 + i] }, ref betaHeights, elevation, width, height);
//terrain.terrainData.SetHeights(0,0,betaHeights);
//return;
}
else
{
OtherSideSmoothing(ingredientsCorners[0 + i], ingredientsCorners[1 + i]); //x direction
SideSmoothing(ingredientsCorners[2 + i], ingredientsCorners[3 + i]); //z direction
//print("LOW");
}
}
int Tw = terrain.terrainData.heightmapWidth;
int Th = terrain.terrainData.heightmapHeight;
//smooth function from old famus terraintoolkit : https://github.com/unitycoder/unityterraintoolkit/blob/f29819161e1cb00dc77c302908cf378f5fe9fcf7/Assets/TerrainToolkit/Scripts/TerrainToolkit.cs
betaHeights = smooth(betaHeights, new Vector2(Tw, Th), Neighbourhood.Moore);
terrain.terrainData.SetHeights(0, 0, betaHeights);
float finalTime = Time.realtimeSinceStartup - t;
print("Time : " + finalTime.ToString());
}
public void SmoothAroundIngredients()
{
float t = Time.time;
//print("SmoothAroundIngredients");
for (int i = 0; i < (int)ingredientsCorners.Count - 3; i += 4)
{
//print((0+i)+","+(1+i)+","+(2+i)+","+(3+i));
if (ingredientsCorners[0 + i].y > betaHeightsForTest[(int)ingredientsCorners[0 + i].x, (int)ingredientsCorners[0 + i].z])
{
//ZSideHighSmoothing(ingredientsCorners[0+i],ingredientsCorners[1+i]);
//XSideHighSmoothing(ingredientsCorners[2+i],ingredientsCorners[3+i]);
print("HIGH");
var pair = HighGroundSmoother.SquareSmootherForHighGround(new Vector3[] { ingredientsCorners[0 + i], ingredientsCorners[3 + i],
ingredientsCorners[1 + i], ingredientsCorners[2 + i] }, ref betaHeights, elevation, width, height);
//terrain.terrainData.SetHeights(0,0,betaHeights);
//return;
}
else
{
OtherSideSmoothing(ingredientsCorners[0 + i], ingredientsCorners[1 + i]); //x direction
SideSmoothing(ingredientsCorners[2 + i], ingredientsCorners[3 + i]); //z direction
print("LOW");
}
}
terrain.terrainData.SetHeights(0, 0, betaHeights);
float finalTime = Time.time - t;
print("Time : " + finalTime.ToString());
}