public void CheckColor(List <Point> listXYposition, Directions where, MCLog log)
{
listXYposition.Add(_coord); log.WriteToLog($"\r\nadd ->search in [{_coord}] dir{where} pos{_cellPosBord}\r\n");
if (_celRel.CanGo(where))
{
switch (where)
{
case Directions.Right:
if (_cellCurrentColor != _celRel.nR._cellCurrentColor)
{
log.WriteToLog($"other color rihgt "); return;
}
log.WriteToLog($"go rihgt ");
_celRel.nR.CheckColor(listXYposition, where, log);
break;
case Directions.Left:
if (_cellCurrentColor != _celRel.nL._cellCurrentColor)
{
log.WriteToLog($"other color left "); return;
}
log.WriteToLog($"go left ");
_celRel.nL.CheckColor(listXYposition, where, log);
break;
case Directions.Top:
if (_cellCurrentColor != _celRel.nT._cellCurrentColor)
{
log.WriteToLog($"other color top "); return;
}
log.WriteToLog($"go top ");
_celRel.nT.CheckColor(listXYposition, where, log);
break;
case Directions.Down:
if (_cellCurrentColor != _celRel.nD._cellCurrentColor)
{
log.WriteToLog($"other color down "); return;
}
;
log.WriteToLog($"go down ");
_celRel.nD.CheckColor(listXYposition, where, log);
break;
case Directions.RightTop:
if (_cellCurrentColor != _celRel.nTR._cellCurrentColor)
{
log.WriteToLog($"other color righttop "); return;
}
log.WriteToLog($"go righttop ");
_celRel.nTR.CheckColor(listXYposition, where, log);
break;
case Directions.LeftTop:
if (_cellCurrentColor != _celRel.nTL._cellCurrentColor)
{
log.WriteToLog($"other color lefttop "); return;
}
log.WriteToLog($"go lefttop ");
_celRel.nTL.CheckColor(listXYposition, where, log);
break;
case Directions.RightDown:
if (_cellCurrentColor != _celRel.nDR._cellCurrentColor)
{
log.WriteToLog($"other color rightdown "); return;
}
log.WriteToLog($"go rightdown ");
_celRel.nDR.CheckColor(listXYposition, where, log);
break;
case Directions.LeftDown:
if (_cellCurrentColor != _celRel.nDL._cellCurrentColor)
{
log.WriteToLog($"other color leftdown "); return;
}
log.WriteToLog($"go leftdown ");
_celRel.nDL.CheckColor(listXYposition, where, log);
break;
default:
break;
}
}
else
{
log.WriteToLog($"\r\ncan't go {where} \r\n---"); return;
}
}
void CheckLine(Point P)
{
log.WriteToLog($"Start search [{P.Y},{P.X}]\r\n-------------");
if (P.X == -1)
{
return;
}
List <Point> line0 = new List <Point>(); //right
List <Point> line1 = new List <Point>(); //left
List <Point> line2 = new List <Point>(); //top
List <Point> line3 = new List <Point>(); //down
List <Point> line4 = new List <Point>(); //RightTop
List <Point> line5 = new List <Point>(); //LeftTop
List <Point> line6 = new List <Point>(); //RightDown
List <Point> line7 = new List <Point>(); //LeftDown
int i = 7;
while (i != -1)
{
switch ((Directions)i)
{
case Directions.Right:
_grid[(int)P.Y, (int)P.X].CheckColor(line0, Directions.Right, log);
break;
case Directions.Left:
_grid[(int)P.Y, (int)P.X].CheckColor(line1, Directions.Left, log);
break;
case Directions.Top:
_grid[(int)P.Y, (int)P.X].CheckColor(line2, Directions.Top, log);
break;
case Directions.Down:
_grid[(int)P.Y, (int)P.X].CheckColor(line3, Directions.Down, log);
break;
case Directions.RightTop:
_grid[(int)P.Y, (int)P.X].CheckColor(line4, Directions.RightTop, log);
break;
case Directions.LeftTop:
_grid[(int)P.Y, (int)P.X].CheckColor(line5, Directions.LeftTop, log);
break;
case Directions.RightDown:
_grid[(int)P.Y, (int)P.X].CheckColor(line6, Directions.RightDown, log);
break;
case Directions.LeftDown:
_grid[(int)P.Y, (int)P.X].CheckColor(line7, Directions.LeftDown, log);
break;
default:
break;
}
i--;
}
log.WriteToLog($"\r\n--------\r\n");
if (line0.Count > 0 && line1.Count > 0)
{
LinesMerge(line0, line1); line1.Clear(); log.WriteToLog($"++ balls left and right\r\n");
}
if (line2.Count > 0 && line3.Count > 0)
{
LinesMerge(line2, line3); line3.Clear(); log.WriteToLog($"++ balls top and down\r\n");
}
if (line4.Count > 0 && line7.Count > 0)
{
LinesMerge(line4, line7); line7.Clear(); log.WriteToLog($"++ balls rightTop and leftDown\r\n");
}
if (line5.Count > 0 && line6.Count > 0)
{
LinesMerge(line5, line6); line6.Clear(); log.WriteToLog($"++ balls leftTop and rightDown\r\n");
}
log.WriteToLog($"\r\n--------\r\n");
if (line0.Count >= 5)
{
_listReBuild.AddRange(line0); log.WriteToLog($"L0 -{line0.Count} addLR \r\n");
}
if (line1.Count >= 5)
{
_listReBuild.AddRange(line1); log.WriteToLog($"L1 -{line1.Count} addLR \r\n");
}
if (line2.Count >= 5)
{
_listReBuild.AddRange(line2); log.WriteToLog($"L2 -{line2.Count} addLR \r\n");
}
if (line3.Count >= 5)
{
_listReBuild.AddRange(line3); log.WriteToLog($"L3 -{line3.Count} addLR \r\n");
}
if (line4.Count >= 5)
{
_listReBuild.AddRange(line4); log.WriteToLog($"L4 -{line4.Count} addLR \r\n");
}
if (line5.Count >= 5)
{
_listReBuild.AddRange(line5); log.WriteToLog($"L5 -{line5.Count} addLR \r\n");
}
if (line6.Count >= 5)
{
_listReBuild.AddRange(line6); log.WriteToLog($"L6 -{line6.Count} addLR \r\n");
}
if (line7.Count >= 5)
{
_listReBuild.AddRange(line7); log.WriteToLog($"L7 -{line7.Count} addLR \r\n");
}
log.WriteToLog($"List rebuild added: {_listReBuild.Count} balls\r\n--------\r\n");
}
