public Wall(int x, int y, ConsoleColor color)
{
for (int i = 0; i < wall.Length; i++)
{
wall[i] = new Obstacles(x, y + i, color);
}
}
/// <summary>
/// Creates 4 arrays of obstacles: Top, Bottom, Left, and Right.
/// Each Wall has an array of Obstacles that have an X,Y position and size.
/// After each wall is checked for collision then it fills the wall into
/// the allWalls list to print.
/// </summary>
public void createWalls(int size)
{
//TODO find a better way to go through this.
int topWallSize = rand.Next((int)(Math.Round(gridYHeight * .20)), (int)(Math.Round(gridYHeight * .70)));
int bottomWallSize = rand.Next((int)(Math.Round(gridYHeight * .20)), (int)(Math.Round(gridYHeight * .70)));
int leftWallSize = rand.Next((int)(Math.Round(gridXLength * .20)), (int)Math.Round(gridXLength * .70));
int rightWallSize = rand.Next((int)(Math.Round(gridXLength * .20)), (int)Math.Round(gridXLength * .70));
int randWallX = rand.Next((leftMargin + 5), ((leftMargin + gridXLength) - 5));
int randWallY = rand.Next((topMargin + 5), ((topMargin + gridYHeight) - 5));
topWall = new Obstacles[topWallSize];
for (int i = 0; i < topWallSize; i++)
{
topWall[i] = new Obstacles(randWallX, randWallX + 1, (topMargin + 1) + i, ConsoleColor.Gray);
}
allWalls.Add(topWall);
bottomWall = new Obstacles[bottomWallSize];
randWallX = rand.Next((leftMargin + 5), ((leftMargin + gridXLength) - 5));
for (int i = 0; i < bottomWallSize; i++)
{
if (collisions.checkWall(allWalls, randWallX, ((topMargin - 2) + gridYHeight) - i))
{
while (collisions.checkWall(allWalls, randWallX, ((topMargin - 2) + gridYHeight) - i))
{
randWallX = rand.Next((leftMargin + 5), ((leftMargin + gridXLength) - 5));
i = 0;
}
}
bottomWall[i] = new Obstacles(randWallX, randWallX + 1, ((topMargin - 2) + gridYHeight) - i, ConsoleColor.Gray);
}
allWalls.Add(bottomWall);
rightWall = new Obstacles[rightWallSize];
for (int i = 0; i < rightWallSize; i++)
{
if (collisions.checkWall(allWalls, (leftMargin + gridXLength) - i, randWallY))
{
while (collisions.checkWall(allWalls, (leftMargin + gridXLength) - i, randWallY))
{
randWallY = rand.Next((topMargin + 5), ((topMargin + gridYHeight) - 5));
i = 0;
}
}
rightWall[i] = new Obstacles((leftMargin + gridXLength) - i, ((leftMargin + gridXLength) - i), randWallY, ConsoleColor.Gray);
}
allWalls.Add(rightWall);
leftWall = new Obstacles[leftWallSize];
randWallY = rand.Next((topMargin + 5), ((topMargin + gridYHeight) - 5));
for (int i = 0; i < leftWallSize; i++)
{
if (collisions.checkWall(allWalls, (leftMargin + 1) + i, randWallY))
{
while (collisions.checkWall(allWalls, (leftMargin + 1) + i, randWallY))
{
randWallY = rand.Next((topMargin + 5), ((topMargin + gridYHeight) - 5));
i = 0;
}
}
leftWall[i] = new Obstacles((leftMargin + 1) + i, (leftMargin + 1) + i, randWallY, ConsoleColor.Gray);
}
allWalls.Add(leftWall);
}
