public void Refresh()
{
var bounds = GameObjectUtil.GetBoundsWithParent(settings.hex).size;
tileSize = new Rect();
tileSize.width = bounds.x;
tileSize.height = bounds.z;
this.spaces = CalcAllPossibleSpaces();
}
private void ReGenerate()
{
var bounds = GameObjectUtil.GetBoundsWithParent(settings.platform).size;
tileSize = new Rect();
tileSize.width = bounds.x;
tileSize.height = bounds.z;
if (tileSize.width == 0 || tileSize.height == 0)
{
return;
}
this.spaces = CalcAllPossibleSpaces();
}
private void SetupGround()
{
basePlatformBounds = GameObjectUtil.GetBoundsWithParent(basePlatform).size;
minXPos = float.MaxValue;
float maxXPos = float.MinValue;
minZPos = float.MaxValue;
float maxZPos = float.MinValue;
foreach (Transform child in transform)
{
float x = child.position.x;
float z = child.position.z;
if (minXPos > x)
{
minXPos = x;
}
if (maxXPos < x)
{
maxXPos = x;
}
if (minZPos > z)
{
minZPos = z;
}
if (maxZPos < z)
{
maxZPos = z;
}
}
int xLength = (int)((maxXPos - minXPos) / basePlatformBounds.x) + 1;
int zLength = (int)((maxZPos - minZPos) / basePlatformBounds.z) + 1;
ground = new GameObject[xLength, zLength];
foreach (Transform child in transform)
{
Vector3 pos = GroundIndexOf(child.gameObject);
ground[(int)pos.x, (int)pos.z] = child.gameObject;
}
}