public override void Moved()
{
if (!MovedCommon())
{
return;
}
AddUpperEntities();
AddMovingEntity(Loc.X + 1, Loc.Y);
AddMovingEntity(Loc.X - 1, Loc.Y);
var newCell = NextLoc.Get(Model.Data);
if (Model.MovingEntities.ContainsKey(NextLoc) && newCell.TypeOfCell != CellType.Ball)
{
Model.MovingEntities.Remove(NextLoc);
}
newCell.TypeOfCell = CellType.Murphy;
Loc = NextLoc;
}
public string Moving()
{
Vector bufferDir = Vector.Null;
var directs = new List <Vector>();
foreach (var direct in GetDirectionsFromLeft())
{
var nextCell = (Loc + direct).Get(Model.Data);
if (nextCell != null && (nextCell.TypeOfCell == CellType.None || nextCell.TypeOfCell == CellType.Murphy) &&
!nextCell.ToBeFilled)
{
if (!_passedPoints.Contains(direct))
{
directs.Add(direct);
}
else
if (bufferDir == Vector.Null)
{
bufferDir = direct;
}
}
}
// rotate scissors
var scissorsType = Loc.Get(Model.Data).TypeOfScissors;
if (!directs.Contains(MoveDir) && MoveDir != bufferDir)
{
Vector nextDir;
if (directs.Count != 0)
{
nextDir = directs[0];
_passedPoints.Add(nextDir);
}
else
{
if (bufferDir == Vector.Null)
{
return("");
}
nextDir = bufferDir;
_passedPoints.Clear();
}
scissorsType = (DirectionType)(Array.IndexOf(PathBranch.CommonDirectons, nextDir) + 1);
Loc.Get(Model.Data).TypeOfScissors = scissorsType;
return("");
}
// moove in the direction set
NextLoc = Loc + MoveDir;
var newCell = NextLoc.Get(Model.Data);
newCell.ToBeFilled = true;
if (newCell.TypeOfCell == CellType.Murphy)
{
Model.GameFinishing(false);
return("");
}
switch (scissorsType)
{
case DirectionType.Down:
return("D");
case DirectionType.Up:
return("U");
case DirectionType.Left:
return("L");
default:
return("R");
}
}