/// <summary>
/// Determine an exit direction based on the current placement logic
/// </summary>
/// <param name="logic"></param>
/// <param name="startDir"></param>
/// <returns></returns>
public CompassDirection ExitDirection(ExitPlacement logic, CompassDirection startDir)
{
if (logic == ExitPlacement.Opposite || logic == ExitPlacement.Opposite_Side)
{
return(startDir);
}
else if (logic == ExitPlacement.Not_Opposite_Side)
{
return(startDir.RandomTurn(_RNG));
}
else
{
return(startDir.Reverse().RandomOther(_RNG));
}
}
public void SetExit(ExitPlacement exitPlacement, int x = 1, int y = 1)
{
switch (exitPlacement)
{
case ExitPlacement.RandomCorner:
exitRandomCorner();
break;
case ExitPlacement.Random:
exitRandom();
break;
case ExitPlacement.Fixed:
ex = x; ey = y;
break;
}
cMap[ex, ey] = 'e';
DrawRectangleInCell(ex, ey, Brushes.Lime);
}
public Level(int[,] GridStartLocations, ExitPlacement exitLocation)
{
GridStartLocations = GridStartLocations;
ExitLocation = exitLocation;
}