/// <summary>
/// Sets the projectile to the appropriate color based on the firing stage of the psi emitter
/// </summary>
/// <param name="elapsedTime">Time passed since last frame</param>
private void ApplyProjectileColor(EnemyPsiBall projectile)
{
switch (numArms)
{
case 1:
projectileColor = Color.DarkViolet;
break;
case 2:
projectileColor.R = (byte)(projectileColor.R - 6 % 255);
projectileColor.G = projectileColor.B = 0;
projectile.SetColor(projectileColor);
break;
case 3:
projectileColor.R = (byte)((projectileColor.R + 6));
projectileColor.G = (byte)((projectileColor.R + 120));
projectileColor.B = (byte)((projectileColor.R + 200));
projectile.SetColor(projectileColor);
break;
case 4:
//start random color
projectileColor.R = (byte)(rand.Next(255));
projectileColor.G = (byte)(rand.Next(255));
projectileColor.B = (byte)(rand.Next(255));
projectile.SetColor(projectileColor);
break;
case 5:
//strobe
projectile.SetRandom(true);
break;
default:
break;
}
}
/// <summary>
/// Factory method for spawning a projectile
/// </summary>
/// <param name="projectileType">The type of projectile to create</param>
/// <param name="position">The position of the projectile in the game world</param>
/// <returns>The game object id of the projectile</returns>
public Projectile CreateProjectile(ProjectileType projectileType, Vector2 position, Vector2 velocity)
{
Projectile projectile = null;
uint id = NextID();
switch (projectileType)
{
case ProjectileType.Bullet:
projectile = new Bullet(id, content, position);
break;
case ProjectileType.Fireball:
projectile = new Fireball(id, content, position);
break;
case ProjectileType.BubbleBullet:
projectile = new BubbleBullet(id, content, position);
break;
case ProjectileType.Bomb:
projectile = new Bomb(id, content, position, true);
break;
case ProjectileType.Blades:
projectile = new Blades(id, content);
break;
case ProjectileType.DroneLaser:
projectile = new DroneLaser(id, content, position);
break;
case ProjectileType.ToPlayerBullet:
projectile = new ToPlayerBullet(id, content, position);
break;
case ProjectileType.ArrowProjectile:
projectile = new ArrowProjectile(id, content, position);
break;
case ProjectileType.BirdCrap:
projectile = new BirdCrap(id, content, position);
break;
case ProjectileType.EBullet:
projectile = new EBullet(id, content, position);
break;
case ProjectileType.Frostball:
projectile = new Frostball(id, content, position);
break;
case ProjectileType.BlueBeam:
projectile = new blueBeam(id, content, position);
break;
//This method doesn't fit the trishield very well, so this code is a bit poor in quality.
case ProjectileType.TrishieldBall:
for (int i = 0; i < 2; i++)
{
projectile = new TriShieldBall(id, content, 2 * MathHelper.Pi / 3 * i);
QueueGameObjectForCreation(projectile);
id = NextID();
}
projectile = new TriShieldBall(id, content, 4 * MathHelper.Pi / 3);
break;
case ProjectileType.GenericEnemyBullet:
projectile = new GenericEnemyBullet(id, content, position);
break;
case ProjectileType.DroneWave:
// waveIndex helps draw the wave to the left and right of the ship, while waveSpacing holds the vector difference of space between each drone.
// Drone count is managed by 2*i.
Vector2 waveIndex = new Vector2(-1, 1);
Vector2 waveSpacing = new Vector2(40,30);
for (int i = 0; i < 5; i++)
{
projectile = new DroneWave(id, content, position + waveSpacing * waveIndex * i);
QueueGameObjectForCreation(projectile);
id = NextID();
projectile = new DroneWave(id, content, position + waveSpacing * i);
QueueGameObjectForCreation(projectile);
id = NextID();
}
break;
case ProjectileType.TurretFireball:
projectile = new TurretFireball(id, content, position);
break;
case ProjectileType.JetMinionBullet:
projectile = new JetMinionBullet(id, content, position);
break;
case ProjectileType.EnergyBlast:
projectile = new EnergyBlast(id, content, position, ScrollingShooterGame.Game.Player.energyBlastLevel);
break;
case ProjectileType.EnemyBullet:
// Bullet velocity
float bulletVel = 200f;
//ScrollingShooterGame.Game.projectiles.Add(new EnemyBullet(ScrollingShooterGame.Game.Content, this.position + offset, bulletVel * toPlayer));
Vector2 toPlayer = (new Vector2(ScrollingShooterGame.Game.Player.Bounds.Center.X,
ScrollingShooterGame.Game.Player.Bounds.Center.Y) - position);
toPlayer.Normalize();
projectile = new EnemyBullet(id, content, position, bulletVel * toPlayer);
break;
case ProjectileType.EnemyBomb:
projectile = new Bomb(id, content, position, false);
break;
case ProjectileType.ShotgunBullet:
projectile = new ShotgunBullet(id, content, position, BulletDirection.Straight);
QueueGameObjectForCreation(new ShotgunBullet(NextID(), content, position, BulletDirection.Left));
QueueGameObjectForCreation(new ShotgunBullet(NextID(), content, position, BulletDirection.Right));
QueueGameObjectForCreation(new ShotgunBullet(NextID(), content, position, BulletDirection.HardLeft));
QueueGameObjectForCreation(new ShotgunBullet(NextID(), content, position, BulletDirection.HardRight));
break;
case ProjectileType.BlimpShotgun:
projectile = new BlimpShotgun(id, content, position, BulletDirection.Straight);
QueueGameObjectForCreation(new BlimpShotgun(NextID(), content, position, BulletDirection.Left));
QueueGameObjectForCreation(new BlimpShotgun(NextID(), content, position, BulletDirection.Right));
QueueGameObjectForCreation(new BlimpShotgun(NextID(), content, position, BulletDirection.HardLeft));
QueueGameObjectForCreation(new BlimpShotgun(NextID(), content, position, BulletDirection.HardRight));
break;
case ProjectileType.Meteor:
projectile = new Meteor(id, content, position);
break;
case ProjectileType.BigMeteor:
projectile = new BigMeteor(id, content, position);
break;
case ProjectileType.EnemyFlameball:
projectile = new EnemyFlameball(id, content, position);
break;
case ProjectileType.RGSabot:
projectile = new RGSabot(id, content, position);
break;
case ProjectileType.BlimpBullet:
projectile = new BlimpBullet(id, content, position);
break;
case ProjectileType.BirdWrath:
projectile = new BirdWrath(id, content, position);
break;
case ProjectileType.FreezewaveProjectile:
projectile = new FreezewaveProjectile(id, content, position);
break;
case ProjectileType.Photon:
projectile = new Photon(id, content, position);
break;
case ProjectileType.Pincher:
projectile = new Pincher(id, content, position);
break;
case ProjectileType.GreenOrb:
projectile = new GreenOrb(id, content, position);
break;
case ProjectileType.AlienTurretOrb:
projectile = new AlienTurretOrb(id, content, position);
break;
case ProjectileType.TwinJetMissile:
projectile = new Boss_TwinJetMissile(id, content, position);
break;
case ProjectileType.TwinJetBullet:
projectile = new Boss_TwinJetBullet(id, content, position);
break;
case ProjectileType.HomingMissile:
projectile = new HomingMissileProjectile(content, position, 1, id);
break;
case ProjectileType.EnemyPsyBall:
projectile = new EnemyPsiBall(id, content, position);
break;
case ProjectileType.EnemyLightningZap:
projectile = new EnemyLightningZap(id, content, position);
break;
default:
throw new NotImplementedException("The projectile type " + Enum.GetName(typeof(ProjectileType), projectileType) + " is not supported");
}
if ((int)projectileType < 100)
projectile.ObjectType = ObjectType.PlayerProjectile;
else
projectile.ObjectType = ObjectType.EnemyProjectile;
QueueGameObjectForCreation(projectile);
return projectile;
}
/// <summary>
/// Sets the projectile to the appropriate color based on the firing stage of the psi emitter
/// </summary>
/// <param name="elapsedTime">Time passed since last frame</param>
private void ApplyProjectileColor(EnemyPsiBall projectile)
{
switch (numArms)
{
case 1:
projectileColor = Color.DarkViolet;
break;
case 2:
projectileColor.R = (byte)(projectileColor.R - 3 % 255);
projectileColor.G = projectileColor.B = 0;
projectile.SetColor(projectileColor);
break;
case 3:
projectileColor.R = (byte)((projectileColor.R + 2));
projectileColor.G = (byte)((projectileColor.R + 120));
projectileColor.B = (byte)((projectileColor.R + 200));
projectile.SetColor(projectileColor);
break;
case 4:
//start random color
projectileColor.R = (byte)(rand.Next(255));
projectileColor.G = (byte)(rand.Next(255));
projectileColor.B = (byte)(rand.Next(255));
projectile.SetColor(projectileColor);
break;
case 5:
//strobe
projectile.SetRandom(true);
break;
default:
break;
}
}
/// <summary>
/// Factory method for spawning a projectile
/// </summary>
/// <param name="projectileType">The type of projectile to create</param>
/// <param name="position">The position of the projectile in the game world</param>
/// <returns>The game object id of the projectile</returns>
public Projectile CreateProjectile(ProjectileType projectileType, Vector2 position, Vector2 velocity)
{
Projectile projectile = null;
uint id = NextID();
switch (projectileType)
{
case ProjectileType.Bullet:
projectile = new Bullet(id, content, position);
break;
case ProjectileType.Fireball:
projectile = new Fireball(id, content, position);
break;
case ProjectileType.BubbleBullet:
projectile = new BubbleBullet(id, content, position);
break;
case ProjectileType.Bomb:
projectile = new Bomb(id, content, position, true);
break;
case ProjectileType.Blades:
projectile = new Blades(id, content);
break;
case ProjectileType.DroneLaser:
projectile = new DroneLaser(id, content, position);
break;
case ProjectileType.ToPlayerBullet:
projectile = new ToPlayerBullet(id, content, position);
break;
case ProjectileType.ArrowProjectile:
projectile = new ArrowProjectile(id, content, position);
break;
case ProjectileType.BirdCrap:
projectile = new BirdCrap(id, content, position);
break;
case ProjectileType.EBullet:
projectile = new EBullet(id, content, position);
break;
case ProjectileType.Frostball:
projectile = new Frostball(id, content, position);
break;
case ProjectileType.BlueBeam:
projectile = new blueBeam(id, content, position);
break;
//This method doesn't fit the trishield very well, so this code is a bit poor in quality.
case ProjectileType.TrishieldBall:
for (int i = 0; i < 2; i++)
{
projectile = new TriShieldBall(id, content, 2 * MathHelper.Pi / 3 * i);
QueueGameObjectForCreation(projectile);
id = NextID();
}
projectile = new TriShieldBall(id, content, 4 * MathHelper.Pi / 3);
break;
case ProjectileType.GenericEnemyBullet:
projectile = new GenericEnemyBullet(id, content, position);
break;
case ProjectileType.DroneWave:
// waveIndex helps draw the wave to the left and right of the ship, while waveSpacing holds the vector difference of space between each drone.
// Drone count is managed by 2*i.
Vector2 waveIndex = new Vector2(-1, 1);
Vector2 waveSpacing = new Vector2(40, 30);
for (int i = 0; i < 5; i++)
{
projectile = new DroneWave(id, content, position + waveSpacing * waveIndex * i);
QueueGameObjectForCreation(projectile);
id = NextID();
projectile = new DroneWave(id, content, position + waveSpacing * i);
QueueGameObjectForCreation(projectile);
id = NextID();
}
break;
case ProjectileType.TurretFireball:
projectile = new TurretFireball(id, content, position);
break;
case ProjectileType.JetMinionBullet:
projectile = new JetMinionBullet(id, content, position);
break;
case ProjectileType.EnergyBlast:
projectile = new EnergyBlast(id, content, position, ScrollingShooterGame.Game.Player.energyBlastLevel);
break;
case ProjectileType.EnemyBullet:
// Bullet velocity
float bulletVel = 200f;
//ScrollingShooterGame.Game.projectiles.Add(new EnemyBullet(ScrollingShooterGame.Game.Content, this.position + offset, bulletVel * toPlayer));
Vector2 toPlayer = (new Vector2(ScrollingShooterGame.Game.Player.Bounds.Center.X,
ScrollingShooterGame.Game.Player.Bounds.Center.Y) - position);
toPlayer.Normalize();
projectile = new EnemyBullet(id, content, position, bulletVel * toPlayer);
break;
case ProjectileType.EnemyBomb:
projectile = new Bomb(id, content, position, false);
break;
case ProjectileType.ShotgunBullet:
projectile = new ShotgunBullet(id, content, position, BulletDirection.Straight);
QueueGameObjectForCreation(new ShotgunBullet(NextID(), content, position, BulletDirection.Left));
QueueGameObjectForCreation(new ShotgunBullet(NextID(), content, position, BulletDirection.Right));
QueueGameObjectForCreation(new ShotgunBullet(NextID(), content, position, BulletDirection.HardLeft));
QueueGameObjectForCreation(new ShotgunBullet(NextID(), content, position, BulletDirection.HardRight));
break;
case ProjectileType.BlimpShotgun:
projectile = new BlimpShotgun(id, content, position, BulletDirection.Straight);
QueueGameObjectForCreation(new BlimpShotgun(NextID(), content, position, BulletDirection.Left));
QueueGameObjectForCreation(new BlimpShotgun(NextID(), content, position, BulletDirection.Right));
QueueGameObjectForCreation(new BlimpShotgun(NextID(), content, position, BulletDirection.HardLeft));
QueueGameObjectForCreation(new BlimpShotgun(NextID(), content, position, BulletDirection.HardRight));
break;
case ProjectileType.Meteor:
projectile = new Meteor(id, content, position);
break;
case ProjectileType.BigMeteor:
projectile = new BigMeteor(id, content, position);
break;
case ProjectileType.EnemyFlameball:
projectile = new EnemyFlameball(id, content, position);
break;
case ProjectileType.RGSabot:
projectile = new RGSabot(id, content, position);
break;
case ProjectileType.BlimpBullet:
projectile = new BlimpBullet(id, content, position);
break;
case ProjectileType.BirdWrath:
projectile = new BirdWrath(id, content, position);
break;
case ProjectileType.FreezewaveProjectile:
projectile = new FreezewaveProjectile(id, content, position);
break;
case ProjectileType.Photon:
projectile = new Photon(id, content, position);
break;
case ProjectileType.Pincher:
projectile = new Pincher(id, content, position);
break;
case ProjectileType.GreenOrb:
projectile = new GreenOrb(id, content, position);
break;
case ProjectileType.AlienTurretOrb:
projectile = new AlienTurretOrb(id, content, position);
break;
case ProjectileType.TwinJetMissile:
projectile = new Boss_TwinJetMissile(id, content, position);
break;
case ProjectileType.TwinJetBullet:
projectile = new Boss_TwinJetBullet(id, content, position);
break;
case ProjectileType.HomingMissile:
projectile = new HomingMissileProjectile(content, position, 1, id);
break;
case ProjectileType.EnemyPsyBall:
projectile = new EnemyPsiBall(id, content, position);
break;
case ProjectileType.EnemyLightningZap:
projectile = new EnemyLightningZap(id, content, position);
break;
default:
throw new NotImplementedException("The projectile type " + Enum.GetName(typeof(ProjectileType), projectileType) + " is not supported");
}
if ((int)projectileType < 100)
{
projectile.ObjectType = ObjectType.PlayerProjectile;
}
else
{
projectile.ObjectType = ObjectType.EnemyProjectile;
}
QueueGameObjectForCreation(projectile);
return(projectile);
}
