protected override List <int> sort_targets(List <int> targets)
{
Game_Unit unit = get_unit();
targets.Sort(delegate(int a, int b)
{
Vector2 loc1, loc2;
int dist1, dist2;
if (mode == 1)
{
loc1 = new Vector2(a % Global.game_map.width,
a / Global.game_map.width);
loc2 = new Vector2(b % Global.game_map.width,
b / Global.game_map.width);
dist1 = (int)(Math.Abs(unit.loc.X - loc1.X) + Math.Abs(unit.loc.Y - loc1.Y));
dist2 = (int)(Math.Abs(unit.loc.X - loc2.X) + Math.Abs(unit.loc.Y - loc2.Y));
}
else
{
Game_Unit unit1 = Global.game_map.units[a]; Game_Unit unit2 = Global.game_map.units[b];
loc1 = unit1.loc_on_map(); loc2 = unit2.loc_on_map();
dist1 = Global.game_map.unit_distance(Unit_Id, a);
dist2 = Global.game_map.unit_distance(Unit_Id, b);
}
int angle1 = ((360 - unit.angle(loc1)) + 90) % 360;
int angle2 = ((360 - unit.angle(loc2)) + 90) % 360;
return(angle1 == angle2 ?
(loc1.Y == loc2.Y ? dist1 - dist2 : (int)(loc1.Y - loc2.Y)) :
angle1 - angle2);
});
return(targets);
}
protected virtual List <T> sort_targets(List <T> targets)
{
Game_Unit unit = get_unit();
targets.Sort(delegate(T a, T b)
{
Vector2 loc1 = target_loc(a);
Vector2 loc2 = target_loc(b);
int angle1 = ((360 - unit.angle(loc1)) + 90) % 360;
int angle2 = ((360 - unit.angle(loc2)) + 90) % 360;
return(angle1 == angle2 ? (loc1.Y == loc2.Y ?
distance_to_target(a) - distance_to_target(b) :
(int)(loc1.Y - loc2.Y)) : angle1 - angle2);
});
return(targets);
}
