public void Update(GameTime gameTime, GraphicsDevice graphicsDevice)
{
if (IsPlayerCollision())
{
MainCharacter.isPoweredUp = true;
LittleTiggy.powerUpSound.Play();
MainCharacter.changeSkin();
MainCharacter.powerUpTimer = DateTime.Now.AddSeconds(GameConstants.powerUpTimeSeconds);
this.X = -16;
this.Y = -16;
}
}
void LoadGame()
{
gameBorder = new GameBorder();
character = new MainCharacter(GraphicsDevice);
touchControlOverlay = new ControlOverlay(GraphicsDevice);
virtualThumbstick = new VirtualThumbstick(GraphicsDevice);
songBGM = Content.Load <Song>("BackgroundMusic");
MediaPlayer.Play(songBGM);
MediaPlayer.IsRepeating = true;
powerUpSound = Content.Load <SoundEffect>("powerup");
winGameSound = Content.Load <SoundEffect>("wingame");
loseGameSound = Content.Load <SoundEffect>("losegame");
killEnemySound = Content.Load <SoundEffect>("killenemy");
LoadLevel(level);
}
public void LoadLevel(int level)
{
if (level > 1 && !string.IsNullOrEmpty(playerName) && !bDisableNetworkCalls)
{
SubmitScore(level);
bGetScoresRequested = false; // Allow the player to get the latest leaderboard scores if they've won a level
}
// main character start position
MainCharacter.X = 1;
MainCharacter.Y = 1;
character.isMovingToTile = false;
// Loop until valid start conditions from random generation are met.
// numberOfPlacedWalls = 0; //Used for debugging only
// numberOfRandomWalls = 0; //Used for debugging only
do
{
// Place 10 walls randomly (aligned to a GameConstants.tileSizexGameConstants.tileSize grid) around level.
Random randomNumber = new Random();
for (int i = 0; i < 10; i++)
{
int gridAlignedX = randomNumber.Next(0, GameConstants.gameWidth);
int gridAlignedY = randomNumber.Next(0, GameConstants.gameHeight);
gridAlignedX = gridAlignedX - (gridAlignedX % GameConstants.tileSize);
gridAlignedY = gridAlignedY - (gridAlignedY % GameConstants.tileSize);
walls[i] = new EnvironmentBlock(this.GraphicsDevice, gridAlignedX, gridAlignedY);
// numberOfRandomWalls++; //Used for debugging only
}
// Randomly place more walls (grid aligned) adjacent to other walls to create a maze-ish level. This works but is confusing - should have commented it more when I wrote it.
int f = 0;
for (int i = 10; i < walls.Length; i++) // Keep going until we have a position for every wall
{
int gridAlignedX = 0;
int gridAlignedY = 0;
for (int c = 0; c < GameConstants.gameWidth; c = c + GameConstants.tileSize) //Assess each grid square a column at a time
{
for (int d = 0; d < GameConstants.gameHeight; d = d + GameConstants.tileSize) // See above
{
for (int e = f; e < i; e++) // Used to count between previously generated walls? & the total number of placed walls
{
if ((walls[e].X == (c - GameConstants.tileSize)) || (walls[e].Y == (d - GameConstants.tileSize))) // If any previously generated walls exists above or to the left of the current tile being evaluated
{
if (randomNumber.Next(1, 100) == 15) // This is only True 1% of the time however as each grid square gets evaluated for every wall to be allocated, it gets a lot of attempts.
{
gridAlignedX = c;
gridAlignedY = d;
f = e;
f++;
walls[i] = new EnvironmentBlock(this.GraphicsDevice, gridAlignedX, gridAlignedY);
// numberOfPlacedWalls++; // Used for debugging only
break; // We've assigned a wall, so exit the loop
}
}
}
if (gridAlignedX > 0 || gridAlignedY > 0) // If we assigned a wall, exit loop
{
break;
}
}
if (gridAlignedX > 0 || gridAlignedY > 0) // If we assigned a wall, exit loop
{
break;
}
}
if (!(gridAlignedX > 0 || gridAlignedY > 0)) // If the above code did not generate a wall adjacent to an already existing wall based on chance, place a random wall.
{
gridAlignedX = randomNumber.Next(0, GameConstants.gameWidth);
gridAlignedY = randomNumber.Next(0, GameConstants.gameHeight);
gridAlignedX = gridAlignedX - (gridAlignedX % GameConstants.tileSize);
gridAlignedY = gridAlignedY - (gridAlignedY % GameConstants.tileSize);
walls[i] = new EnvironmentBlock(this.GraphicsDevice, gridAlignedX, gridAlignedY);
// numberOfRandomWalls++; // Used for debugging only
}
}
// spawn other elements on map now that walls have been created
enemies = new List <Enemy>();
for (int noOfEnemiesToSpawn = 0; noOfEnemiesToSpawn < level; noOfEnemiesToSpawn++)
{
Enemy enemy = new Enemy(this.GraphicsDevice, walls);
enemies.Add(enemy);
}
powerUps = new List <PowerUp>();
for (int noOfPowerUpsToSpawn = 0; noOfPowerUpsToSpawn < (level / 2); noOfPowerUpsToSpawn++)
{
PowerUp powerUp = new PowerUp(this.GraphicsDevice, walls);
powerUps.Add(powerUp);
}
pathfinder = new Pathfinder(this.GraphicsDevice);
// Loop until player can get to bottom of map & the enemy is in a position to get to the player.
} while (pathfinder.IsRoutable(new Vector2(0, 0), new Vector2(496, 496), walls) == false || MainCharacter.IsEnvironmentCollision(walls, new Vector2(1, 1)));
}
