float GetMaxXDeep()
{
float deepMaxX = maxX;
if (_otherPositionBoundry != null)
{
float otherDeepMaxX = _otherPositionBoundry.GetMaxXDeep();
if (otherDeepMaxX < deepMaxX)
{
deepMaxX = otherDeepMaxX;
}
}
return(deepMaxX);
}
// Use this for initialization
void Start()
{
_minX = minX;
_maxX = maxX;
_minY = minY;
_maxY = maxY;
_minZ = minZ;
_maxZ = maxZ;
// check if this is linked to another PositionBoundry
// if so, we'll check those values for smaller boundries
if (otherPositionBoundry != null)
{
_otherPositionBoundry = (PositionBoundry)otherPositionBoundry.GetComponent("PositionBoundry");
if (_otherPositionBoundry != null)
{
float otherMinX = _otherPositionBoundry.GetMinXDeep();
float otherMaxX = _otherPositionBoundry.GetMaxXDeep();
float otherMinY = _otherPositionBoundry.GetMinYDeep();
float otherMaxY = _otherPositionBoundry.GetMaxYDeep();
float otherMinZ = _otherPositionBoundry.GetMinZDeep();
float otherMaxZ = _otherPositionBoundry.GetMaxZDeep();
if (otherMinX > _minX)
{
_minX = otherMinX;
}
if (otherMaxX < _maxX)
{
_maxX = otherMaxX;
}
if (otherMinY > _minY)
{
_minY = otherMinY;
}
if (otherMaxY < _maxY)
{
_maxY = otherMaxY;
}
if (otherMinZ > _minZ)
{
_minZ = otherMinZ;
}
if (otherMaxZ < _maxZ)
{
_maxZ = otherMaxZ;
}
}
}
// check the values, and give some warning if things are borked
if (_minX > _maxX)
{
Debug.LogWarning("PositionBoundry: object " + name + " calculated a minX value of " + minX + " and maxX value of " + maxX + ". Position may get messed up.");
}
if (_minY > _maxY)
{
Debug.LogWarning("PositionBoundry: object " + name + " calculated a minY value of " + minY + " and maxY value of " + maxY + ". Position may get messed up.");
}
if (_minZ > _maxZ)
{
Debug.LogWarning("PositionBoundry: object " + name + " calculated a minZ value of " + minX + " and maxZ value of " + maxZ + ". Position may get messed up.");
}
}
