public static Point FindClosest(EntityEnum e, Point from, NanoBotType botType)
{
// initial boundary
int boundary = 50;
// initial region
ArrayList list = new ArrayList(20);
EntityCollection c =
e == EntityEnum.HoshimiPoint ?
MYAI.Tissue.GetEntitiesByType(EntityEnum.HoshimiPoint) :
MYAI.Tissue.GetEntitiesByType(EntityEnum.AZN);
/*
* // check whether already on nearest entity
* foreach (Entity ee in c)
* {
* if (from.X == ee.X && from.Y == ee.Y)
* return new Point(ee.X, ee.Y);
* }*/
while ((list.Count <= 0) || (boundary > 200))
{
foreach (Entity ee in c)
{
if ((e == EntityEnum.HoshimiPoint) && (Global.NeedleGrid[ee.X][ee.Y] != null))
{
if (Global.NeedleGrid[ee.X][ee.Y].Skipped)
{
continue; // skip this HP cos already built by other player
}
if (Global.NeedleGrid[ee.X][ee.Y].NeedleBuilt)
{
continue; // AI ignores needle already built
}
else if (botType == NanoBotType.NanoContainer && Global.NeedleGrid[ee.X][ee.Y].NeedleTargetted)
{
continue; // Container ignores needle already targetted (may not be built yet)
}
}
else if ((e == EntityEnum.AZN) && (!Global.isPierreAIDead))
{ // check if we should avoid this AZN
if (Global.CanShoot(new Point(ee.X, ee.Y), Global.MYAI.PierreTeamInjectionPoint, 10))
{
continue;
}
}
if (ee.X >= (from.X - boundary) && ee.X <= (from.X + boundary) &&
ee.Y >= (from.Y - boundary) && ee.Y <= (from.Y + boundary)
)
{
list.Add(new Point(ee.X, ee.Y));
}
}
if (list.Count > 0)
{
break;
}
// else increment boundary
boundary += 50;
}
if (list.Count <= 0)
{
return(Point.Empty);
}
// Now calculate each HP/AZN to find the closest one
Point p = Point.Empty;
int curDistance;
int minDistance = int.MaxValue;
Point closestPt = from;
for (int i = 0; i < list.Count; i++)
{
p = (Point)list[i];
curDistance = Global.GetPathLength(from, p);
if (curDistance < minDistance)
{
minDistance = curDistance;
closestPt = p;
}
}
// return closest HP/AZN;
return(closestPt);
}
public static Point FindClosest(EntityEnum e, Point from, NanoBotType botType)
{
// initial boundary
int boundary = 50;
// initial region
ArrayList list = new ArrayList(20);
EntityCollection c =
e == EntityEnum.HoshimiPoint ?
MYAI.Tissue.GetEntitiesByType(EntityEnum.HoshimiPoint) :
MYAI.Tissue.GetEntitiesByType(EntityEnum.AZN);
/*
// check whether already on nearest entity
foreach (Entity ee in c)
{
if (from.X == ee.X && from.Y == ee.Y)
return new Point(ee.X, ee.Y);
}*/
while ((list.Count <= 0) || (boundary > 200))
{
foreach (Entity ee in c)
{
if ((e == EntityEnum.HoshimiPoint) && (Global.NeedleGrid[ee.X][ee.Y] != null))
{
if (Global.NeedleGrid[ee.X][ee.Y].Skipped)
continue; // skip this HP cos already built by other player
if (Global.NeedleGrid[ee.X][ee.Y].NeedleBuilt)
continue; // AI ignores needle already built
else if (botType == NanoBotType.NanoContainer && Global.NeedleGrid[ee.X][ee.Y].NeedleTargetted)
continue; // Container ignores needle already targetted (may not be built yet)
}
else if ((e == EntityEnum.AZN) && (!Global.isPierreAIDead))
{ // check if we should avoid this AZN
if (Global.CanShoot(new Point(ee.X, ee.Y), Global.MYAI.PierreTeamInjectionPoint, 10))
continue;
}
if (ee.X >= (from.X - boundary) && ee.X <= (from.X + boundary) &&
ee.Y >= (from.Y - boundary) && ee.Y <= (from.Y + boundary)
)
{
list.Add(new Point(ee.X, ee.Y));
}
}
if (list.Count > 0)
break;
// else increment boundary
boundary += 50;
}
if (list.Count <= 0)
return Point.Empty;
// Now calculate each HP/AZN to find the closest one
Point p = Point.Empty;
int curDistance;
int minDistance = int.MaxValue;
Point closestPt = from;
for (int i = 0; i < list.Count; i++)
{
p = (Point)list[i];
curDistance = Global.GetPathLength(from, p);
if (curDistance < minDistance)
{
minDistance = curDistance;
closestPt = p;
}
}
// return closest HP/AZN;
return closestPt;
}
