public void Update(Minijam32 game)
{
//If player at point, then advance
if (PlayerDataManager.tilePosition == this.TeleportPoint)
{
if (currentLevelId >= maxLevelId)
{
hasCompletedLastLevel = true;
return;
}
currentLevelId++;
this.ReInitializeLevelData(currentLevelId);
game.screenPool.StartNewLevelDelay(game.musicPlayer);
}
//Update logic for colored plates
RedPlatePressed = false;
YellowPlatePressed = false;
BluePlatePressed = false;
for (int x = 0; x < tileGrid.GetLength(0); x++)
{
for (int y = 0; y < tileGrid.GetLength(1); y++)
{
if (tileGrid[x, y].type == TileData.Type.ButtonRed && new Point(x, y) == PlayerDataManager.tilePosition)
{
RedPlatePressed = true;
tileGrid[x, y].PressPlate();
}
if (tileGrid[x, y].type == TileData.Type.ButtonBlue && new Point(x, y) == PlayerDataManager.tilePosition)
{
BluePlatePressed = true;
tileGrid[x, y].PressPlate();
}
if (tileGrid[x, y].type == TileData.Type.ButtonYellow && new Point(x, y) == PlayerDataManager.tilePosition)
{
YellowPlatePressed = true;
tileGrid[x, y].PressPlate();
}
}
}
//Then it's walls:
for (int x = 0; x < tileGrid.GetLength(0); x++)
{
for (int y = 0; y < tileGrid.GetLength(1); y++)
{
if (RedPlatePressed && tileGrid[x, y].type == TileData.Type.ColorWallRed)
{
tileGrid[x, y - 1].RemoveColoredWallTopping();
tileGrid[x, y].FlattenColoredWall();
}
if (BluePlatePressed && tileGrid[x, y].type == TileData.Type.ColorWallBlue)
{
tileGrid[x, y - 1].RemoveColoredWallTopping();
tileGrid[x, y].FlattenColoredWall();
}
if (YellowPlatePressed && tileGrid[x, y].type == TileData.Type.ColorWallYellow)
{
tileGrid[x, y - 1].RemoveColoredWallTopping();
tileGrid[x, y].FlattenColoredWall();
}
}
}
//Bombs go boom
var bombsDeleteLocations = new List <Point> {
};
var iterCollection = new List <Point>(this.plantedBombs.Keys);
foreach (var location in iterCollection)
{
this.plantedBombs[location] -= Minijam32.DeltaUpdate;
if (this.plantedBombs[location] <= 0)
{
bombsDeleteLocations.Add(location);
Animator.NewBombAnimation(location - new Point(1, 1));
SoundPlayer.PlaySound(SoundPlayer.Type.BombExplosion);
//TODO: boooooom tiles
this.tileGrid[location.X, location.Y].Destroy();
this.tileGrid[location.X - 1, location.Y].Destroy();
this.tileGrid[location.X + 1, location.Y].Destroy();
this.tileGrid[location.X, location.Y - 1].Destroy();
this.tileGrid[location.X, location.Y + 1].Destroy();
}
}
//Enemy go places
var enemyDeadList = new List <EnemyAI> {
};
foreach (var enemy in enemies)
{
//Update AI
enemy.Update(game);
//Check if enemy is at any exploding bombs
foreach (var location in bombsDeleteLocations)
{
if ((enemy.currentPos - location).ToVector2().Length() <= 1)
{
enemy.Damage();
}
}
//If enemy is dead, mark it
if (enemy.isDead)
{
enemyDeadList.Add(enemy);
SoundPlayer.PlaySound(SoundPlayer.Type.BatDead);
}
//Check if enemy is touching the hero
if (enemy.currentPos == PlayerDataManager.tilePosition)
{
PlayerDataManager.Damage();
}
}
//Heal point heals player. Then disapperear
List <Point> removeHealDrops = new List <Point> {
};
foreach (var healPoint in this.healDrops)
{
if (healPoint == PlayerDataManager.tilePosition)
{
PlayerDataManager.Heal();
removeHealDrops.Add(healPoint);
Animator.RemoveHeart(healPoint);
}
}
//After we've done the job, let's remove the old junk
foreach (var location in bombsDeleteLocations)
{
//To save cycles, we're checking for self-harm there for each explosion
if ((PlayerDataManager.tilePosition - location).ToVector2().Length() <= 1)
{
PlayerDataManager.Damage();
}
this.plantedBombs.Remove(location);
}
foreach (var enemy in enemyDeadList)
{
//On each dying enemy, there's a slight chance of spawning heal pts
if (Minijam32.Rand.Next(100) <= enemyHealthDropChance)
{
this.healDrops.Add(enemy.currentPos);
Animator.AddHeartAnimation(enemy.currentPos);
}
this.enemies.Remove(enemy);
}
foreach (var point in removeHealDrops)
{
if (healDrops.Contains(point))
{
healDrops.Remove(point);
}
}
}