private void markWalls(MazeSockets.AvailableSteps i_Options)
{
Position temp;
Position current = this.m_CurrentPosition;
if (!i_Options.Up)
{
temp = current;
temp.StepUp();
getCellFromPosition().State = eCellState.Wall;
}
if (!i_Options.Down)
{
temp = current;
temp.StepDown();
getCellFromPosition().State = eCellState.Wall;
}
if (!i_Options.Left)
{
temp = current;
temp.StepLeft();
getCellFromPosition().State = eCellState.Wall;
}
if (!i_Options.Right)
{
temp = current;
temp.StepRight();
getCellFromPosition().State = eCellState.Wall;
}
}
private void recursiveStep(MazeCell i_Source)
{
this.NumberOfCalls++;
Position currentPos = this.r_Socket.GetCurrentPosition();
MazeCell currentCell = getCellFromPosition(currentPos);
currentCell.State = eCellState.Visited;
MazeSockets.AvailableSteps steps = this.r_Socket.GetPossibleSteps();
markWalls(steps);
fillCurrentMessages();
Position tempCur = currentPos;
if (steps.Up)
{
if (StepUp())
{
recursiveStep(currentCell);
steps = this.r_Socket.GetPossibleSteps();
markWalls(steps);
}
}
if (steps.Down)
{
if (StepDown())
{
recursiveStep(currentCell);
steps = this.r_Socket.GetPossibleSteps();
markWalls(steps);
}
}
if (steps.Left)
{
if (StepLeft())
{
recursiveStep(currentCell);
steps = this.r_Socket.GetPossibleSteps();
markWalls(steps);
}
}
if (steps.Right)
{
if (StepRight())
{
recursiveStep(currentCell);
steps = this.r_Socket.GetPossibleSteps();
markWalls(steps);
}
}
if (i_Source != null)
{
returnStep(i_Source);
}
this.NumberOfCalls--;
}
private void recursiveStep(MazeCell i_Source)
{
if (!this.m_KeepWalking)
{
Console.WriteLine("ret");
return;
}
//this.m_CurrentPosition = this.r_Socket.GetCurrentPosition();
Console.WriteLine(this.m_CurrentPosition.ToString());
MazeCell currentCell = getCellFromPosition();
currentCell.State = eCellState.Visited;
MazeSockets.AvailableSteps steps = this.r_Socket.GetPossibleSteps();
markWalls(steps);
fillCurrentMessages(currentCell);
Position tempCur = this.m_CurrentPosition;
if (steps.Up && this.m_KeepWalking)
{
if (StepUp())
{
recursiveStep(currentCell);
}
}
if (steps.Down && this.m_KeepWalking)
{
if (StepDown())
{
recursiveStep(currentCell);
}
}
if (steps.Left && this.m_KeepWalking)
{
if (StepLeft())
{
recursiveStep(currentCell);
}
}
if (steps.Right && this.m_KeepWalking)
{
if (StepRight())
{
recursiveStep(currentCell);
}
}
if (i_Source != null && this.m_KeepWalking)
{
returnStep(i_Source);
}
}