/// <summary>
/// Method that will make the necessary move according
/// to the users input</summary>
/// <param name="direction">Direction of the move</param>
public void Move(string direction)
{
switch (direction.ToLower())
{
case "up":
playerMaze.SetCell(currentNode.GetRow() - 1,
currentNode.GetCol(), 3);
this.currentNode = playerMaze.GetNode(
currentNode.GetRow() - 1, currentNode.GetCol());
break;
case "right":
playerMaze.SetCell(currentNode.GetRow(),
currentNode.GetCol() + 1, 3);
this.currentNode = playerMaze.GetNode(
currentNode.GetRow(), currentNode.GetCol() + 1);
break;
case "down":
playerMaze.SetCell(currentNode.GetRow() + 1,
currentNode.GetCol(), 3);
this.currentNode = playerMaze.GetNode(
currentNode.GetRow() + 1, currentNode.GetCol());
break;
case "left":
playerMaze.SetCell(currentNode.GetRow(),
currentNode.GetCol() - 1, 3);
this.currentNode = playerMaze.GetNode(
currentNode.GetRow(), currentNode.GetCol() - 1);
break;
}
}
/// <summary>
/// Main Method that will created a maze using Prims Algorithm </summary>
/// <param name="createable">Maze</param>
public void create(ICreateable <T> createable)
{
this.maze = createable.GetMaze();
this.height = createable.GetHeight();
this.width = createable.GetWidth();
List <Node <T> > primList = new List <Node <T> >();
rand = new Random();
//Sets a random Starting Point
int rRow = rand.Next(height);
int rCol = rand.Next(width);
maze.GetNode(rRow, rCol).SetValue(0);
maze.SetStartPoints(rRow, rCol);
//Adds Node to the Prims List
primList.Add(maze.GetNode(rRow, rCol));
//Will run as long as the List is not empty
while (primList.Count > 0)
{
primList = primList.Distinct().ToList();
this.getNeighbors(primList);
}
//Sets the end Point of the maze
this.maze.SetEndPoints(last.GetRow(), last.GetCol());
}