public static void InitializeWaveController()
{
EnemyTypePeakWidth = new int[5];
EnemyTypeExpectedWavePeak = new int[5];
spawnChances = new double[5];
// Increase number to make units appear at later waves.
EnemyTypeExpectedWavePeak[0] = 0;
EnemyTypeExpectedWavePeak[1] = 40;
EnemyTypeExpectedWavePeak[2] = 80;
EnemyTypeExpectedWavePeak[3] = 80;
EnemyTypeExpectedWavePeak[4] = 100;
// Increase numbers to increase spread.
EnemyTypePeakWidth[0] = 70;
EnemyTypePeakWidth[1] = 40;
EnemyTypePeakWidth[2] = 37;
EnemyTypePeakWidth[3] = 30;
EnemyTypePeakWidth[4] = 30;
// Increase number to make units appear at later waves.
randomGenerator = new Random();
mWaveEnemies = new JTargetQueue();
randomNumber = 0;
mNumberOfEnemies += (int)(Math.Pow(waveNumber, 0.8));
PopulateWaveEnemies();
}
// Update is called from Game Controller as this object is passed in the projectile list
public void Update(GameTime gameTime)
{
mTargetDirection = -this.Sprite.WorldPosition;
mTargetDirection = this.mCurrentTarget - this.Sprite.WorldPosition;
mTargetDirection.Normalize();
this.Direction = this.Direction + mTargetDirection * mSpeed;
if (this.mDirection.Length() > 0.0f)
{
this.mDirection.Normalize();
}
this.mSprite.WorldPosition = this.mSprite.WorldPosition + this.mDirection * mSpeed;
if ((this.Sprite.WorldPosition.X >= mCurrentTarget.X - 30 &&
this.Sprite.WorldPosition.Y >= mCurrentTarget.Y - 30) &&
(this.Sprite.WorldPosition.X <= mCurrentTarget.X + 30 &&
this.Sprite.WorldPosition.Y <= mCurrentTarget.Y + 30))
{
mHasLanded = true;
if (mProjectileTargetObject is Enemy)
{
Enemy tempEnemyTarget = (Enemy)mProjectileTargetObject;
tempEnemyTarget.EnemyAttribute.CurrentHealthPoints -= mProjectileDamage;
PlayUnitStruckAudio(tempEnemyTarget);
if (mProjectileCaster.CreatureType == ObjectType.NECROMANCER)
{
int counter = 0;
JTargetQueue HealList = new JTargetQueue();
Friendly tempNecromancer = (Friendly)mProjectileCaster;
mPotentialTargetListList.Reset();
for (int i = 0; i < mPotentialTargetListList.GetCount(); i++)
{
if ((mPotentialTargetListList.GetCurrent().gameObject.Hostility == Hostility.FRIENDLY) &&
mPotentialTargetListList.GetCurrent().gameObject.Sprite.SpriteFrame.Contains(tempNecromancer.FieldOfView))
{
HealList.InsertTarget(mPotentialTargetListList.GetCurrent().gameObject);
counter++;
}
mPotentialTargetListList.NextNode();
}
while (!HealList.IsEmpty())
{
if (HealList.PeekFirst() is Friendly)
{
Friendly tempFriendly = (Friendly)HealList.PopTarget();
tempFriendly.FriendlyAttribute.CurrentHealthPoints += mProjectileDamage / counter;
}
if (HealList.PeekFirst() is Hero)
{
Hero tempHero = (Hero)HealList.PopTarget();
tempHero.HeroAttribute.CurrentHealthPoints += mProjectileDamage / counter;
}
}
}
}
else if (mProjectileTargetObject is Friendly)
{
Friendly tempFriendlyTarget = (Friendly)mProjectileTargetObject;
PlayUnitStruckAudio(tempFriendlyTarget);
tempFriendlyTarget.FriendlyAttribute.CurrentHealthPoints -= mProjectileDamage;
}
else if (mProjectileTargetObject is Castle)
{
Castle tempCastleTarget = (Castle)mProjectileTargetObject;
tempCastleTarget.CastleAttribute.CurrentHealthPoints -= mProjectileDamage;
}
else if (mProjectileTargetObject is Structure)
{
Structure tempStructureTarget = (Structure)mProjectileTargetObject;
tempStructureTarget.StructureAttribute.CurrentHealthPoints -= mProjectileDamage;
}
else if (mProjectileTargetObject is Hero)
{
Hero tempHeroTarget = (Hero)mProjectileTargetObject;
tempHeroTarget.HeroAttribute.CurrentHealthPoints -= mProjectileDamage;
PlayUnitStruckAudio(tempHeroTarget);
}
}
CheckSpriteAnimation();
}