/// <summary>
/// Applies a cell group pattern to the codemap as a method of path generation,
/// or at least generating paths piece by piece in pathSize increments
/// </summary>
/// <param name="cellLoc">The bottom left corner of the cell group to be applied</param>
/// <param name="originIndex">The index at which to add the next cell, -1 means on the end</param>
private void ApplyCellGroupToCodeMap(CustomTuple <int, int> cellLoc, int originIndex)
{
if (originIndex == -1)
{
allCellOrigins.Add(cellLoc.Copy());
}
else
{
allCellOrigins.Insert(originIndex, cellLoc.Copy());
}
//iterate through the entire cell group, border included
for (int i = cellLoc.x - 1; i < cellLoc.x + currentPathWidth + 1; i++)
{
for (int j = cellLoc.y - 1; j < cellLoc.y + currentPathWidth + 1; j++)
{
//if the current cell is on the border of this group try to make it a border cell
if (i == cellLoc.x - 1 || i == cellLoc.x + currentPathWidth ||
j == cellLoc.y - 1 || j == cellLoc.y + currentPathWidth)
{
codeMap[i, j] = GetPrevailingCode(codeMap[i, j], 1);
}
else //if not, try to make it a path cell
{
codeMap[i, j] = GetPrevailingCode(codeMap[i, j], 0);
}
}
}
}
public CustomTuple <int, int> GetEnd()
{
return(final.Copy());
}
public bool SetPos(CustomTuple <int, int> pos)
{
position = pos.Copy();
CalculateFinal();
return(true);
}
public CustomTuple <int, int> GetStart()
{
return(position.Copy());
}