public override void Update(float TimeEllapsed)
{
if (AttackType == AttackTypes.None)
{
if (Position.X <= 104)
{
Speed.X = SpeedX * TimeEllapsed;
}
else if (Position.X >= 920)
{
Speed.X = -SpeedX * TimeEllapsed;
}
--AttackTypeTimer;
if (AttackTypeTimer <= 0)
{
UpdateAttackTypeTimer();
}
}
else if (AttackType == AttackTypes.Missiles)
{
--MissilesTimer;
if (MissilesTimer <= 0)
{
UpdateMissilesTimer();
}
++MissilesPhaseTimer;
if (MissilesPhaseTimer >= 150)
{
MissilesPhaseTimer = 0;
AttackType = AttackTypes.None;
}
if (Position.X <= 507)
{
Speed.X = SpeedX * TimeEllapsed;
}
else if (Position.X >= 518)
{
Speed.X = -SpeedX * TimeEllapsed;
}
else
{
Position.X = 512;
Speed.X = 0;
}
}
else if (AttackType == AttackTypes.Laser)
{
LaserPhaseTimer += 1;
if (LaserPhaseTimer < 90)
{
new LaserParticle(new Vector2(Position.X - 20 + SuperTank2.Randomizer.Next(40), Position.Y + 118), SuperTank2.Randomizer.Next(360) * SuperTank2.DegToRad, SuperTank2.Randomizer.NextDouble() * 5).AddParticule();
}
else if (LaserPhaseTimer == 90)
{
ActiveLaser = new LaserWeapon(new Vector2(Position.X, Position.Y + 111));
EnemyAttack.AddEnemyAttack(ActiveLaser);
}
else if (ActiveLaser.Lifetime <= 0)
{
LaserPhaseTimer = 0;
AttackType = AttackTypes.None;
}
Vehicule Near = null;
float DistanceMin = float.MaxValue;
for (int V = 0; V < Vehicule.ArrayVehicule.Length; V++)
{
float Distance = Vector2.Distance(Position, Vehicule.ArrayVehicule[V].Position);
if (Distance < DistanceMin)
{
DistanceMin = Distance;
Near = Vehicule.ArrayVehicule[V];
}
}
if (Position.X <= Near.Position.X - Speed.X)
{
if (LaserPhaseTimer < 90)
{
Speed.X = SpeedX * 0.6f * TimeEllapsed;
}
else
{
Speed.X = SpeedX * 0.2f * TimeEllapsed;
}
}
else if (Position.X >= Near.Position.X + Speed.X)
{
if (LaserPhaseTimer < 90)
{
Speed.X = -SpeedX * 0.6f * TimeEllapsed;
}
else
{
Speed.X = -SpeedX * 0.2f * TimeEllapsed;
}
}
else
{
Position.X = Near.Position.X;
Speed.X = 0;
}
}
Position += Speed;
UpdateTransformationMatrix();
if (ActiveLaser != null)
{
ActiveLaser.Position.X = Position.X;
}
if (Resist <= 0)
{
if (Destroy > 0)
{
Destroy--;
new FlameParticle(new Vector2(Position.X + SuperTank2.Randomizer.Next(300) - 150, Position.Y + SuperTank2.Randomizer.Next(100) - 50), Vector2.Zero).AddParticule();
}
else
{
IsAlive = false;
}
}
}
public override void Update(float TimeEllapsed)
{
TimerAttack -= TimeEllapsed;
if (TimerAttack <= 0)
{
int BombHP = 0;
int BombDamage = 0;
if (SuperTank2.Difficulty == DifficultyChoices.Normal)
{
BombHP = 10;
BombDamage = 8;
}
else if (SuperTank2.Difficulty == DifficultyChoices.Hard)
{
BombHP = 20;
BombDamage = 16;
}
else if (SuperTank2.Difficulty == DifficultyChoices.Expert)
{
BombHP = 30;
BombHP = 24;
}
TimerAttack = 30;
EnemyAttack.AddEnemyAttack(new BossBomb(new Vector2(Position.X, Position.Y + 35), new Vector2(0, 6), BombHP, BombDamage));
}
if (ComingDown)
{
Vector2 NextPosition = ArrayBossPath[CurrentPathIndex + 1];
FollowPath(NextPosition, TimeEllapsed);
if (Position == NextPosition)
{
++CurrentPathIndex;
if (CurrentPathIndex + 1 == ArrayBossPath.Length)
{
ComingDown = false;
CurrentPathIndex = 0;
}
}
}
else
{
Vector2 NextPosition = ArrayBossPath2[CurrentPathIndex + 1];
FollowPath(NextPosition, TimeEllapsed);
if (Position == NextPosition)
{
++CurrentPathIndex;
if (CurrentPathIndex + 1 == ArrayBossPath2.Length)
{
CurrentPathIndex = 0;
}
}
}
UpdateTransformationMatrix();
int ParticleCount = 50;
for (int i = 0; i < ParticleCount; i++)
{
new Propulsor(new Vector2(Position.X - 65, Position.Y + 33), (80 + SuperTank2.Randomizer.Next(20)) * SuperTank2.DegToRad, 5 + SuperTank2.Randomizer.NextDouble() * 4).AddParticule();
new Propulsor(new Vector2(Position.X + 65, Position.Y + 33), (80 + SuperTank2.Randomizer.Next(20)) * SuperTank2.DegToRad, 5 + SuperTank2.Randomizer.NextDouble() * 4).AddParticule();
}
if (Resist <= 0)
{
if (Destroy > 0)
{
Destroy--;
Explosion.AddExplosion(new BossExplosion(new Vector2(Position.X + SuperTank2.Randomizer.Next(300) - 150, Position.Y + SuperTank2.Randomizer.Next(100) - 50), sprBossExplosion, SuperTank2.Randomizer.Next(360) * SuperTank2.DegToRad, 5 + SuperTank2.Randomizer.NextDouble() * 4));
}
else
{
IsAlive = false;
}
}
}