/// <summary>
/// Will return the closest top from 'bottom' in the current bridge
/// </summary>
/// <param name="bottom"></param>
Vector3 ClosestTop(Vector3 bottom)
{
List <Vector3> tops = new List <Vector3>()
{
_endATop, _endBTop
};
return(UMath.ReturnClosestVector3(tops, bottom));
}
/// <summary>
/// Defines the Two ends of a Brdige
/// </summary>
void FindTopPointOnBridge()
{
List <StructureParent> currentBridgeParts12 = _bridge.GiveTheTwoEndsParts10and12();
var part12ATop = currentBridgeParts12[0].BottomTop(this)[1].transform.position;
var part12BTop = currentBridgeParts12[1].BottomTop(this)[1].transform.position;
var posit = new List <Vector3>()
{
part12ATop, part12BTop
};
_endATop = UMath.ReturnClosestVector3(posit, _from);
_endBTop = UMath.ReturnFarestVector3(posit, _from);
}