public override void DoAdditionalEffect(VisibleGameEntity target)
{
base.DoAdditionalEffect(target);
if (PlayerOwner.Mp + this.ListLevel[Level].ListSkillInfo[0].Mp < 0)
return;
if (target != null)
{
SkillInfo skillInfo = ListLevel[Level].ListSkillInfo[0];
if (GlobalVariables.GlobalRandom.Next(0, 100) < skillInfo.ChanceToCurse)
{
((Monster)target).Defense -= skillInfo.AmorReduce;
Projectile prjt = (Projectile)PlayerOwner.StateOwner._objectManagerArray[6].CreateObject(7);
prjt.X = target.X;
prjt.Y = target.Y;
((Monster)target).AdditionnalEffect.Add(prjt);
((Monster)target).StateOwner._displayMessageLayer.MessageArray.Add(new DisplayMessageLayer.Message
{
X = ((Monster)target).X,
Y = ((Monster)target).Y - 2 * GlobalVariables.MapCollisionDim,
Owner = this,
DeltaY = -1,
LifeTime = 45,
MessageContent = (-skillInfo.AmorReduce).ToString() + " Amor",
TextColor = Color.Yellow,
MinY = (int)((Monster)target).Y - 2 * GlobalVariables.MapCollisionDim - 30,
}
);
}
}
PlayerOwner.Mp += this.ListLevel[Level].ListSkillInfo[0].Mp;
}
public override void DoEffect(VisibleGameEntity _object)
{
base.DoEffect(_object);
Projectile prjt = (Projectile)PlayerOwner.StateOwner._objectManagerArray[6].CreateObject(3);
prjt.X = _object.X;
prjt.Y = _object.Y;
prjt.CollisionRect = new Rectangle(prjt.CollisionRect.X + 3 * GlobalVariables.MapCollisionDim / 8, prjt.CollisionRect.Y + 3 * GlobalVariables.MapCollisionDim / 8, GlobalVariables.MapCollisionDim / 4, GlobalVariables.MapCollisionDim / 4);
prjt.MinDamage = PlayerOwner.MinDamage + PlayerOwner.MinDamage * ListLevel[Level].ListSkillInfo[0].PercentDamage / 100;
prjt.MaxDamage = PlayerOwner.MaxDamage + PlayerOwner.MaxDamage * ListLevel[Level].ListSkillInfo[0].PercentDamage / 100;
if (GlobalVariables.GlobalRandom.Next(0, 100) < PlayerOwner.CriticalRate)
{
prjt.MinDamage *= 2;
prjt.MaxDamage *= 2;
}
prjt.SkillOwner = this;
PlayerOwner.StateOwner._listProjectile.Add(prjt);
PlayerOwner.Hp += this.ListLevel[Level].ListSkillInfo[0].Hp;
prjt = (Projectile)PlayerOwner.StateOwner._objectManagerArray[6].CreateObject(5);
prjt.X = PlayerOwner.X;
prjt.Y = PlayerOwner.Y;
PlayerOwner.AdditionnalEffect.Add(prjt);
}
public override void DoEffect(VisibleGameEntity _object)
{
base.DoEffect(_object);
for (int i = 0; i < ListLevel[Level].ListSkillInfo[0].NumOfBee; ++i)
{
Projectile prjt = (Projectile)PlayerOwner.StateOwner._objectManagerArray[6].CreateObject(ListLevel[Level].ListSkillInfo[0].ProjectileType);
prjt.X = GlobalVariables.GlobalRandom.Next((int)PlayerOwner.X - 100, (int)PlayerOwner.X + 100);
prjt.Y = GlobalVariables.GlobalRandom.Next((int)PlayerOwner.Y - 100, (int)PlayerOwner.Y + 100);
//prjt.X = PlayerOwner.X;
//prjt.Y = PlayerOwner.Y;
prjt.MaxDamage = ListLevel[Level].ListSkillInfo[0].MaxDamage;
prjt.MinDamage = ListLevel[Level].ListSkillInfo[0].MinDamage;
prjt.ProjectileController = new InsectFlyingController();
prjt.ProjectileController.Owner = prjt;
prjt.IsRemoveAfterEffect = false;
prjt.SkillOwner = this;
prjt.LifeTime = ListLevel[Level].ListSkillInfo[0].BeeLifeTime;
((InsectFlyingController)prjt.ProjectileController).Rad = MathHelper.ToRadians(GlobalVariables.GlobalRandom.Next(0, 360));
((InsectFlyingController)prjt.ProjectileController).MaxA = 150;
((InsectFlyingController)prjt.ProjectileController).MaxB = 100;
((InsectFlyingController)prjt.ProjectileController).CenterX = prjt.X;
((InsectFlyingController)prjt.ProjectileController).CenterY = prjt.Y;
PlayerOwner.StateOwner._listProjectile.Add(prjt);
}
PlayerOwner.Mp += this.ListLevel[Level].ListSkillInfo[0].Mp;
}
public override void DoAdditionalEffect(VisibleGameEntity target)
{
base.DoAdditionalEffect(target);
int _hpRestore = -((Monster)target).RecentHPLost * ListLevel[Level].ListSkillInfo[0].PercentLifeSteal / 100;
PlayerOwner.Hp += _hpRestore;
//Projectile prjt = (Projectile)PlayerOwner.Owner._objectManagerArray[6].CreateObject(4);
//prjt.X = PlayerOwner.X;
//prjt.Y = PlayerOwner.Y;
//PlayerOwner.Owner._listProjectile.Add(prjt);
Projectile prjt = (Projectile)PlayerOwner.StateOwner._objectManagerArray[6].CreateObject(5);
prjt.X = ((Monster)target).X;
prjt.Y = ((Monster)target).Y;
((Monster)target).AdditionnalEffect.Add(prjt);
PlayerOwner.StateOwner._displayMessageLayer.MessageArray.Add(new DisplayMessageLayer.Message
{
X = PlayerOwner.X,
Y = PlayerOwner.Y - 2 * GlobalVariables.MapCollisionDim,
Owner = this,
DeltaY = -1,
LifeTime = 45,
MessageContent = "+ " + _hpRestore.ToString(),
TextColor = Color.LightGreen,
DelayTime = 10,
MinY = (int)PlayerOwner.Y - 2 * GlobalVariables.MapCollisionDim - 30,
});
}
public override void DoAdditionalEffect(VisibleGameEntity target)
{
base.DoAdditionalEffect(target);
if (PlayerOwner.Mp + this.ListLevel[Level].ListSkillInfo[0].Mp < 0)
{
return;
}
if (target != null)
{
SkillInfo skillInfo = ListLevel[Level].ListSkillInfo[0];
if (GlobalVariables.GlobalRandom.Next(0, 100) < skillInfo.ChanceToCurse)
{
((Monster)target).Defense -= skillInfo.AmorReduce;
Projectile prjt = (Projectile)PlayerOwner.StateOwner._objectManagerArray[6].CreateObject(7);
prjt.X = target.X;
prjt.Y = target.Y;
((Monster)target).AdditionnalEffect.Add(prjt);
((Monster)target).StateOwner._displayMessageLayer.MessageArray.Add(new DisplayMessageLayer.Message
{
X = ((Monster)target).X,
Y = ((Monster)target).Y - 2 * GlobalVariables.MapCollisionDim,
Owner = this,
DeltaY = -1,
LifeTime = 45,
MessageContent = (-skillInfo.AmorReduce).ToString() + " Amor",
TextColor = Color.Yellow,
MinY = (int)((Monster)target).Y - 2 * GlobalVariables.MapCollisionDim - 30,
}
);
}
}
PlayerOwner.Mp += this.ListLevel[Level].ListSkillInfo[0].Mp;
}
public virtual void DoEffect(VisibleGameEntity _object)
{
if (DelayTime == 0)
{
_skillOwner.DoEffect(_object);
}
}
public override void DoEffect(VisibleGameEntity _object)
{
base.DoEffect(_object);
for (int i = 0; i < ListLevel[Level].ListSkillInfo[0].NumOfBee; ++i)
{
Projectile prjt = (Projectile)PlayerOwner.StateOwner._objectManagerArray[6].CreateObject(ListLevel[Level].ListSkillInfo[0].ProjectileType);
prjt.X = GlobalVariables.GlobalRandom.Next((int)PlayerOwner.X - 100, (int)PlayerOwner.X + 100);
prjt.Y = GlobalVariables.GlobalRandom.Next((int)PlayerOwner.Y - 100, (int)PlayerOwner.Y + 100);
//prjt.X = PlayerOwner.X;
//prjt.Y = PlayerOwner.Y;
prjt.MaxDamage = ListLevel[Level].ListSkillInfo[0].MaxDamage;
prjt.MinDamage = ListLevel[Level].ListSkillInfo[0].MinDamage;
prjt.ProjectileController = new InsectFlyingController();
prjt.ProjectileController.Owner = prjt;
prjt.IsRemoveAfterEffect = false;
prjt.SkillOwner = this;
prjt.LifeTime = ListLevel[Level].ListSkillInfo[0].BeeLifeTime;
((InsectFlyingController)prjt.ProjectileController).Rad = MathHelper.ToRadians(GlobalVariables.GlobalRandom.Next(0, 360));
((InsectFlyingController)prjt.ProjectileController).MaxA = 150;
((InsectFlyingController)prjt.ProjectileController).MaxB = 100;
((InsectFlyingController)prjt.ProjectileController).CenterX = prjt.X;
((InsectFlyingController)prjt.ProjectileController).CenterY = prjt.Y;
PlayerOwner.StateOwner._listProjectile.Add(prjt);
}
PlayerOwner.Mp += this.ListLevel[Level].ListSkillInfo[0].Mp;
}
public override void DoAdditionalEffect(VisibleGameEntity target)
{
base.DoAdditionalEffect(target);
int _hpRestore = -((Monster)target).RecentHPLost * ListLevel[Level].ListSkillInfo[0].PercentLifeSteal / 100;
PlayerOwner.Hp += _hpRestore;
//Projectile prjt = (Projectile)PlayerOwner.Owner._objectManagerArray[6].CreateObject(4);
//prjt.X = PlayerOwner.X;
//prjt.Y = PlayerOwner.Y;
//PlayerOwner.Owner._listProjectile.Add(prjt);
Projectile prjt = (Projectile)PlayerOwner.StateOwner._objectManagerArray[6].CreateObject(5);
prjt.X = ((Monster)target).X;
prjt.Y = ((Monster)target).Y;
((Monster)target).AdditionnalEffect.Add(prjt);
PlayerOwner.StateOwner._displayMessageLayer.MessageArray.Add(new DisplayMessageLayer.Message
{
X = PlayerOwner.X,
Y = PlayerOwner.Y - 2 * GlobalVariables.MapCollisionDim,
Owner = this,
DeltaY = -1,
LifeTime = 45,
MessageContent = "+ " + _hpRestore.ToString(),
TextColor = Color.LightGreen,
DelayTime = 10,
MinY = (int)PlayerOwner.Y - 2 * GlobalVariables.MapCollisionDim - 30,
});
}
public virtual void DoEffect(VisibleGameEntity _object)
{
_checkCoolDown = ListLevel[Level].ListSkillInfo[0].CoolDown;
_coolDownTime = _checkCoolDown;
if (SoundName != null && SoundName.Length > 0)
{
GlobalVariables.PlayEffectSound(SoundName);
}
}
public override void DoAdditionalEffect(VisibleGameEntity target)
{
base.DoAdditionalEffect(target);
if (target != null)
{
if (!_listMonster.Contains((Monster)target))
_listMonster.Add((Monster)target);
}
}
public bool IsCollisionWith(VisibleGameEntity other)
{
//if (other == null)
// return false;
//if (Math.Abs(other.X - this.X) < GlobalVariables.MapCollisionDim * 1 && Math.Abs(other.Y - this.Y) < GlobalVariables.MapCollisionDim * 1)
// return true;
//return false;
if (other != null)
return this.CollisionRect.Intersects(other.CollisionRect);
return false;
}
public override void DoAdditionalEffect(VisibleGameEntity target)
{
base.DoAdditionalEffect(target);
if (target != null)
{
if (!_listMonster.Contains((Monster)target))
{
_listMonster.Add((Monster)target);
}
}
}
public bool IsCollisionWith(VisibleGameEntity other)
{
//if (other == null)
// return false;
//if (Math.Abs(other.X - this.X) < GlobalVariables.MapCollisionDim * 1 && Math.Abs(other.Y - this.Y) < GlobalVariables.MapCollisionDim * 1)
// return true;
//return false;
if (other != null)
{
return(this.CollisionRect.Intersects(other.CollisionRect));
}
return(false);
}
public override void DoEffect(VisibleGameEntity _object)
{
base.DoEffect(_object);
Projectile prjt = (Projectile)PlayerOwner.StateOwner._objectManagerArray[6].CreateObject(ListLevel[Level].ListSkillInfo[0].ProjectileType);
prjt.X = PlayerOwner.TargetSkillX;
prjt.Y = PlayerOwner.TargetSkillY;
prjt.MinDamage = ListLevel[Level].ListSkillInfo[0].MinDamage;
prjt.MaxDamage = ListLevel[Level].ListSkillInfo[0].MaxDamage;
prjt.SkillOwner = this;
EarthShakeController esc = new EarthShakeController();
esc.Owner = prjt;
prjt.ProjectileController = esc;
PlayerOwner.StateOwner._listProjectile.Add(prjt);
PlayerOwner.Mp += ListLevel[Level].ListSkillInfo[0].Mp;
}
public override void DoEffect(VisibleGameEntity _object)
{
base.DoEffect(_object);
Projectile prjt = (Projectile)PlayerOwner.StateOwner._objectManagerArray[6].CreateObject(ListLevel[Level].ListSkillInfo[0].ProjectileType);
prjt.X = PlayerOwner.TargetSkillX;
prjt.Y = PlayerOwner.TargetSkillY;
prjt.MinDamage = ListLevel[Level].ListSkillInfo[0].MinDamage;
prjt.MaxDamage = ListLevel[Level].ListSkillInfo[0].MaxDamage;
prjt.SkillOwner = this;
EarthShakeController esc = new EarthShakeController();
esc.Owner = prjt;
prjt.ProjectileController = esc;
PlayerOwner.StateOwner._listProjectile.Add(prjt);
PlayerOwner.Mp += ListLevel[Level].ListSkillInfo[0].Mp;
}
public override void DoEffect(VisibleGameEntity _object)
{
base.DoEffect(_object);
for (int i = 0; i < ListLevel[Level].ListSkillInfo[0].NumberOfStar; ++i)
{
Projectile prjt = (Projectile)PlayerOwner.StateOwner._objectManagerArray[6].CreateObject(ListLevel[Level].ListSkillInfo[0].ProjectileType);
prjt.X = GlobalVariables.GlobalRandom.Next((int)PlayerOwner.X - 200, (int)PlayerOwner.X + 200);
prjt.Y = GlobalVariables.GlobalRandom.Next((int)PlayerOwner.Y - 100, (int)PlayerOwner.Y + 100);
prjt.MinDamage = ListLevel[Level].ListSkillInfo[0].MinDamage;
prjt.MaxDamage = ListLevel[Level].ListSkillInfo[0].MaxDamage;
prjt.SkillOwner = this;
LightningProjectileController lpc = new LightningProjectileController();
lpc.Owner = prjt;
prjt.ProjectileController = lpc;
prjt.DelayTime = GlobalVariables.GlobalRandom.Next(0, ListLevel[Level].ListSkillInfo[0].Duration * 60);
PlayerOwner.StateOwner._listProjectile.Add(prjt);
}
}
public override void DoEffect(VisibleGameEntity _object)
{
base.DoEffect(_object);
Projectile prjt = (Projectile)PlayerOwner.StateOwner._objectManagerArray[6].CreateObject(3);
prjt.X = _object.X;
prjt.Y = _object.Y;
prjt.CollisionRect = new Rectangle(prjt.CollisionRect.X + 3 * GlobalVariables.MapCollisionDim / 8, prjt.CollisionRect.Y + 3 * GlobalVariables.MapCollisionDim / 8, GlobalVariables.MapCollisionDim / 4, GlobalVariables.MapCollisionDim / 4);
prjt.MinDamage = PlayerOwner.MinDamage + PlayerOwner.MinDamage * ListLevel[Level].ListSkillInfo[0].PercentDamage / 100;
prjt.MaxDamage = PlayerOwner.MaxDamage + PlayerOwner.MaxDamage * ListLevel[Level].ListSkillInfo[0].PercentDamage / 100;
if (GlobalVariables.GlobalRandom.Next(0, 100) < PlayerOwner.CriticalRate)
{
prjt.MinDamage *= 2;
prjt.MaxDamage *= 2;
}
prjt.SkillOwner = this;
PlayerOwner.StateOwner._listProjectile.Add(prjt);
PlayerOwner.Mp += ListLevel[Level].ListSkillInfo[0].Mp;
}
public override void DoEffect(VisibleGameEntity _object)
{
base.DoEffect(_object);
Projectile prjt = (Projectile)PlayerOwner.StateOwner._objectManagerArray[6].CreateObject(17);
prjt.X = PlayerOwner.X;
prjt.Y = PlayerOwner.Y;
prjt.MinDamage = PlayerOwner.MinDamage / 5;
prjt.MaxDamage = PlayerOwner.MaxDamage ;
prjt.IsRemoveAfterEffect = false;
prjt.LifeTime = 100;
prjt.SkillOwner = this;
LightningStrikeProjectileController lspc = new LightningStrikeProjectileController();
lspc.Owner = prjt;
lspc.FlyingDirection = new Vector2(PlayerOwner.TargetSkillX - PlayerOwner.X, PlayerOwner.TargetSkillY - PlayerOwner.Y);
float maxDim = Math.Abs(lspc.FlyingDirection.X) > Math.Abs(lspc.FlyingDirection.Y) ? Math.Abs(lspc.FlyingDirection.X): Math.Abs(lspc.FlyingDirection.Y);
lspc.FlyingDirection = new Vector2(lspc.FlyingDirection.X / maxDim, lspc.FlyingDirection.Y / maxDim);
prjt.ProjectileController = lspc;
PlayerOwner.StateOwner._listProjectile.Add(prjt);
}
public override void DoEffect(VisibleGameEntity _object)
{
base.DoEffect(_object);
for (int i = 0; i < ListLevel[Level].ListSkillInfo[0].NumberOfStar; ++i)
{
Projectile prjt = (Projectile)PlayerOwner.StateOwner._objectManagerArray[6].CreateObject(ListLevel[Level].ListSkillInfo[0].ProjectileType);
prjt.X = GlobalVariables.GlobalRandom.Next((int)PlayerOwner.X - 200, (int)PlayerOwner.X + 200);
prjt.Y = GlobalVariables.GlobalRandom.Next((int)PlayerOwner.Y - 100, (int)PlayerOwner.Y + 100);
prjt.MinDamage = ListLevel[Level].ListSkillInfo[0].MinDamage;
prjt.MaxDamage = ListLevel[Level].ListSkillInfo[0].MaxDamage;
prjt.SkillOwner = this;
LightningProjectileController lpc = new LightningProjectileController();
lpc.Owner = prjt;
prjt.ProjectileController = lpc;
prjt.DelayTime = GlobalVariables.GlobalRandom.Next(0, ListLevel[Level].ListSkillInfo[0].Duration * 60);
PlayerOwner.StateOwner._listProjectile.Add(prjt);
}
}
public override void DoEffect(VisibleGameEntity _object)
{
base.DoEffect(_object);
Projectile prjt = (Projectile)PlayerOwner.StateOwner._objectManagerArray[6].CreateObject(ListLevel[Level].ListSkillInfo[0].ProjectileType);
prjt.X = ((Monster)_object).X;
prjt.Y = ((Monster)_object).Y;
prjt.MinDamage = PlayerOwner.MinDamage + PlayerOwner.MinDamage * ListLevel[Level].ListSkillInfo[0].PercentDamage / 100;
prjt.MaxDamage = PlayerOwner.MaxDamage + PlayerOwner.MaxDamage * ListLevel[Level].ListSkillInfo[0].PercentDamage / 100;
if (GlobalVariables.GlobalRandom.Next(0, 100) < PlayerOwner.CriticalRate)
{
prjt.MinDamage *= 2;
prjt.MaxDamage *= 2;
}
prjt.SkillOwner = this;
PlayerOwner.StateOwner._listProjectile.Add(prjt);
PlayerOwner.Mp += this.ListLevel[Level].ListSkillInfo[0].Mp;
}
public override void DoEffect(VisibleGameEntity _object)
{
base.DoEffect(_object);
//IsEffected = true;
if (!PlayerOwner.IsWaveForm)
{
PlayerOwner.Mp += ListLevel[Level].ListSkillInfo[0].Mp;
}
Vector2 vector = new Vector2(PlayerOwner.TargetSkillX - PlayerOwner.X, PlayerOwner.TargetSkillY - PlayerOwner.Y);
vector.Normalize();
if (Math.Abs(PlayerOwner.X - PlayerOwner.TargetSkillX) > 5 || Math.Abs(PlayerOwner.Y - PlayerOwner.TargetSkillY) > 5)
{
PlayerOwner.X += vector.X * 10;
PlayerOwner.Y += vector.Y * 10;
PlayerOwner.DestPoint = new Point((int)PlayerOwner.X, (int)PlayerOwner.Y);
PlayerOwner.IsWaveForm = true;
PlayerOwner.CellToMove = new List <Point>();
if (Check == 0)
{
Projectile prjt = (Projectile)PlayerOwner.StateOwner._objectManagerArray[6].CreateObject(ListLevel[Level].ListSkillInfo[0].ProjectileType);
prjt.X = PlayerOwner.X;
prjt.Y = PlayerOwner.Y;
prjt.MinDamage = ListLevel[Level].ListSkillInfo[0].MinDamage;
prjt.MaxDamage = ListLevel[Level].ListSkillInfo[0].MaxDamage;
prjt.SkillOwner = this;
PlayerOwner.StateOwner._listProjectile.Add(prjt);
Check = ReleaseProjectileDelay;
}
else
{
Check -= 1;
}
}
else
{
PlayerOwner.IsWaveForm = false;
}
}
public override void DoEffect(VisibleGameEntity _object)
{
base.DoEffect(_object);
Projectile prjt = (Projectile)PlayerOwner.StateOwner._objectManagerArray[6].CreateObject(ListLevel[Level].ListSkillInfo[0].ProjectileType);
prjt.X = ((Monster)_object).X;
prjt.Y = ((Monster)_object).Y;
prjt.MinDamage = PlayerOwner.MinDamage + PlayerOwner.MinDamage * ListLevel[Level].ListSkillInfo[0].PercentDamage / 100;
prjt.MaxDamage = PlayerOwner.MaxDamage + PlayerOwner.MaxDamage * ListLevel[Level].ListSkillInfo[0].PercentDamage / 100;
if (GlobalVariables.GlobalRandom.Next(0, 100) < PlayerOwner.CriticalRate)
{
prjt.MinDamage *= 2;
prjt.MaxDamage *= 2;
}
prjt.SkillOwner = this;
PlayerOwner.StateOwner._listProjectile.Add(prjt);
PlayerOwner.Mp += this.ListLevel[Level].ListSkillInfo[0].Mp;
}
public override void DoEffect(VisibleGameEntity _object)
{
base.DoEffect(_object);
Projectile prjt = (Projectile)PlayerOwner.StateOwner._objectManagerArray[6].CreateObject(17);
prjt.X = PlayerOwner.X;
prjt.Y = PlayerOwner.Y;
prjt.MinDamage = PlayerOwner.MinDamage / 5;
prjt.MaxDamage = PlayerOwner.MaxDamage;
prjt.IsRemoveAfterEffect = false;
prjt.LifeTime = 100;
prjt.SkillOwner = this;
LightningStrikeProjectileController lspc = new LightningStrikeProjectileController();
lspc.Owner = prjt;
lspc.FlyingDirection = new Vector2(PlayerOwner.TargetSkillX - PlayerOwner.X, PlayerOwner.TargetSkillY - PlayerOwner.Y);
float maxDim = Math.Abs(lspc.FlyingDirection.X) > Math.Abs(lspc.FlyingDirection.Y) ? Math.Abs(lspc.FlyingDirection.X): Math.Abs(lspc.FlyingDirection.Y);
lspc.FlyingDirection = new Vector2(lspc.FlyingDirection.X / maxDim, lspc.FlyingDirection.Y / maxDim);
prjt.ProjectileController = lspc;
PlayerOwner.StateOwner._listProjectile.Add(prjt);
}
public override void DoEffect(VisibleGameEntity _object)
{
base.DoEffect(_object);
//IsEffected = true;
if (!PlayerOwner.IsWaveForm)
{
PlayerOwner.Mp += ListLevel[Level].ListSkillInfo[0].Mp;
}
Vector2 vector = new Vector2(PlayerOwner.TargetSkillX - PlayerOwner.X, PlayerOwner.TargetSkillY - PlayerOwner.Y);
vector.Normalize();
if (Math.Abs(PlayerOwner.X - PlayerOwner.TargetSkillX) > 5 || Math.Abs(PlayerOwner.Y - PlayerOwner.TargetSkillY) > 5)
{
PlayerOwner.X += vector.X * 10;
PlayerOwner.Y += vector.Y * 10;
PlayerOwner.DestPoint = new Point((int)PlayerOwner.X, (int)PlayerOwner.Y);
PlayerOwner.IsWaveForm = true;
PlayerOwner.CellToMove = new List<Point>();
if (Check == 0)
{
Projectile prjt = (Projectile)PlayerOwner.StateOwner._objectManagerArray[6].CreateObject(ListLevel[Level].ListSkillInfo[0].ProjectileType);
prjt.X = PlayerOwner.X;
prjt.Y = PlayerOwner.Y;
prjt.MinDamage = ListLevel[Level].ListSkillInfo[0].MinDamage;
prjt.MaxDamage = ListLevel[Level].ListSkillInfo[0].MaxDamage;
prjt.SkillOwner = this;
PlayerOwner.StateOwner._listProjectile.Add(prjt);
Check = ReleaseProjectileDelay;
}
else
Check -= 1;
}
else
{
PlayerOwner.IsWaveForm = false;
}
}
public override void DoEffect(VisibleGameEntity _object)
{
base.DoEffect(_object);
for (int i = 0; i < 360; i += 360 / ListLevel[Level].ListSkillInfo[0].NumOfSoul)
{
SoulMovingController lmc = new SoulMovingController();
lmc.Rad = MathHelper.ToRadians(i);
lmc.MaxA = 300;
lmc.MaxB = 200;
Projectile prjt = (Projectile)PlayerOwner.StateOwner._objectManagerArray[6].CreateObject(ListLevel[Level].ListSkillInfo[0].ProjectileType);
prjt.X = PlayerOwner.X;
prjt.Y = PlayerOwner.Y;
prjt.IsRemoveAfterEffect = false;
prjt.MaxDamage = ListLevel[Level].ListSkillInfo[0].MaxDamage;
prjt.MinDamage = ListLevel[Level].ListSkillInfo[0].MinDamage;
prjt.SkillOwner = this;
lmc.Owner = prjt;
prjt.ProjectileController = lmc;
prjt.LifeTime = int.MaxValue;
PlayerOwner.StateOwner._listProjectile.Add(prjt);
}
PlayerOwner.Mp += ListLevel[Level].ListSkillInfo[0].Mp;
}
public override void DoAdditionalEffect(VisibleGameEntity target)
{
base.DoAdditionalEffect(target);
if (GlobalVariables.GlobalRandom.Next(0, 100) < ListLevel[Level].ListSkillInfo[0].ChanceToBash)
{
((Monster)target).BashTime = ListLevel[Level].ListSkillInfo[0].BashTime;
Projectile prjt = (Projectile)PlayerOwner.StateOwner._objectManagerArray[6].CreateObject(6);
prjt.X = target.X;
prjt.Y = target.Y;
((Monster)target).AdditionnalEffect.Add(prjt);
((Monster)target).StateOwner._displayMessageLayer.MessageArray.Add(new DisplayMessageLayer.Message
{
X = ((Monster)target).X,
Y = ((Monster)target).Y - 2 * GlobalVariables.MapCollisionDim,
Owner = this,
DeltaY = -1,
LifeTime = 45,
MessageContent = "Bash " + (ListLevel[Level].ListSkillInfo[0].BashTime / 60).ToString() + "s",
TextColor = Color.Gray,
DelayTime = 10,
MinY = (int)((Monster)target).Y - 2 * GlobalVariables.MapCollisionDim - 30,
});
}
}
public override void DoAdditionalEffect(VisibleGameEntity target)
{
base.DoAdditionalEffect(target);
if (GlobalVariables.GlobalRandom.Next(0, 100) < ListLevel[Level].ListSkillInfo[0].ChanceToBash)
{
((Monster)target).BashTime = ListLevel[Level].ListSkillInfo[0].BashTime;
Projectile prjt = (Projectile)PlayerOwner.StateOwner._objectManagerArray[6].CreateObject(6);
prjt.X = target.X;
prjt.Y = target.Y;
((Monster)target).AdditionnalEffect.Add(prjt);
((Monster)target).StateOwner._displayMessageLayer.MessageArray.Add(new DisplayMessageLayer.Message
{
X = ((Monster)target).X,
Y = ((Monster)target).Y - 2 * GlobalVariables.MapCollisionDim,
Owner = this,
DeltaY = -1,
LifeTime = 45,
MessageContent = "Bash " + (ListLevel[Level].ListSkillInfo[0].BashTime / 60).ToString() + "s",
TextColor = Color.Gray,
DelayTime = 10,
MinY = (int)((Monster)target).Y - 2 * GlobalVariables.MapCollisionDim - 30,
});
}
}
public virtual void DoAdditionalEffect(VisibleGameEntity target)
{
}
public virtual void DoAdditionalEffect(VisibleGameEntity target)
{
}
public override void DoEffect(VisibleGameEntity _object)
{
base.DoEffect(_object);
List<Point> _listProjectileTarget = new List<Point>();
int _dir = PlayerOwner.Dir % 8;
switch (_dir)
{
case 0:
_listProjectileTarget.Add(new Point((int)(PlayerOwner.X + GlobalVariables.MapCollisionDim), (int)(PlayerOwner.Y + GlobalVariables.MapCollisionDim)));
_listProjectileTarget.Add(new Point((int)(PlayerOwner.X + GlobalVariables.MapCollisionDim), (int)(PlayerOwner.Y)));
_listProjectileTarget.Add(new Point((int)(PlayerOwner.X + GlobalVariables.MapCollisionDim), (int)(PlayerOwner.Y - GlobalVariables.MapCollisionDim)));
break;
case 1:
_listProjectileTarget.Add(new Point((int)(PlayerOwner.X + 2 * GlobalVariables.MapCollisionDim), (int)(PlayerOwner.Y)));
_listProjectileTarget.Add(new Point((int)(PlayerOwner.X + GlobalVariables.MapCollisionDim), (int)(PlayerOwner.Y - GlobalVariables.MapCollisionDim)));
_listProjectileTarget.Add(new Point((int)(PlayerOwner.X), (int)(PlayerOwner.Y - 2 * GlobalVariables.MapCollisionDim)));
break;
case 2:
_listProjectileTarget.Add(new Point((int)(PlayerOwner.X - GlobalVariables.MapCollisionDim), (int)(PlayerOwner.Y - GlobalVariables.MapCollisionDim)));
_listProjectileTarget.Add(new Point((int)(PlayerOwner.X), (int)(PlayerOwner.Y - GlobalVariables.MapCollisionDim)));
_listProjectileTarget.Add(new Point((int)(PlayerOwner.X + GlobalVariables.MapCollisionDim), (int)(PlayerOwner.Y - GlobalVariables.MapCollisionDim)));
break;
case 3:
_listProjectileTarget.Add(new Point((int)(PlayerOwner.X), (int)(PlayerOwner.Y - 2 * GlobalVariables.MapCollisionDim)));
_listProjectileTarget.Add(new Point((int)(PlayerOwner.X - GlobalVariables.MapCollisionDim), (int)(PlayerOwner.Y - GlobalVariables.MapCollisionDim)));
_listProjectileTarget.Add(new Point((int)(PlayerOwner.X - 2 * GlobalVariables.MapCollisionDim), (int)(PlayerOwner.Y)));
break;
case 4:
_listProjectileTarget.Add(new Point((int)(PlayerOwner.X - GlobalVariables.MapCollisionDim), (int)(PlayerOwner.Y - GlobalVariables.MapCollisionDim)));
_listProjectileTarget.Add(new Point((int)(PlayerOwner.X - GlobalVariables.MapCollisionDim), (int)(PlayerOwner.Y)));
_listProjectileTarget.Add(new Point((int)(PlayerOwner.X - GlobalVariables.MapCollisionDim), (int)(PlayerOwner.Y + GlobalVariables.MapCollisionDim)));
break;
case 5:
_listProjectileTarget.Add(new Point((int)(PlayerOwner.X - 2 * GlobalVariables.MapCollisionDim), (int)(PlayerOwner.Y)));
_listProjectileTarget.Add(new Point((int)(PlayerOwner.X - GlobalVariables.MapCollisionDim), (int)(PlayerOwner.Y + GlobalVariables.MapCollisionDim)));
_listProjectileTarget.Add(new Point((int)(PlayerOwner.X), (int)(PlayerOwner.Y + 2 * GlobalVariables.MapCollisionDim)));
break;
case 6:
_listProjectileTarget.Add(new Point((int)(PlayerOwner.X - GlobalVariables.MapCollisionDim), (int)(PlayerOwner.Y + GlobalVariables.MapCollisionDim)));
_listProjectileTarget.Add(new Point((int)(PlayerOwner.X), (int)(PlayerOwner.Y + GlobalVariables.MapCollisionDim)));
_listProjectileTarget.Add(new Point((int)(PlayerOwner.X + GlobalVariables.MapCollisionDim), (int)(PlayerOwner.Y + GlobalVariables.MapCollisionDim)));
break;
case 7:
_listProjectileTarget.Add(new Point((int)(PlayerOwner.X), (int)(PlayerOwner.Y + 2 * GlobalVariables.MapCollisionDim)));
_listProjectileTarget.Add(new Point((int)(PlayerOwner.X + GlobalVariables.MapCollisionDim), (int)(PlayerOwner.Y + GlobalVariables.MapCollisionDim)));
_listProjectileTarget.Add(new Point((int)(PlayerOwner.X + 2 * GlobalVariables.MapCollisionDim), (int)(PlayerOwner.Y)));
break;
//case 0:
// _listProjectileTarget.Add(new Point((int)(PlayerOwner.X + GlobalVariables.MapCollisionDim), (int)(PlayerOwner.Y + GlobalVariables.MapCollisionDim)));
// _listProjectileTarget.Add(new Point((int)(PlayerOwner.X + GlobalVariables.MapCollisionDim), (int)PlayerOwner.Y));
// _listProjectileTarget.Add(new Point((int)(PlayerOwner.X + GlobalVariables.MapCollisionDim), (int)(PlayerOwner.Y - GlobalVariables.MapCollisionDim)));
// break;
//case 1:
// _listProjectileTarget.Add(new Point((int)(PlayerOwner.X + GlobalVariables.MapCollisionDim / sqrt2), (int)((PlayerOwner.Y - 2 * GlobalVariables.MapCollisionDim) / sqrt2)));
// _listProjectileTarget.Add(new Point((int)((PlayerOwner.X + GlobalVariables.MapCollisionDim) / sqrt2), (int)((PlayerOwner.Y - GlobalVariables.MapCollisionDim) / sqrt2)));
// _listProjectileTarget.Add(new Point((int)((PlayerOwner.X + 2 * GlobalVariables.MapCollisionDim) / sqrt2), (int)((PlayerOwner.Y) / sqrt2)));
// break;
//case 2:
// _listProjectileTarget.Add(new Point((int)(PlayerOwner.X - GlobalVariables.MapCollisionDim), (int)(PlayerOwner.Y - GlobalVariables.MapCollisionDim)));
// _listProjectileTarget.Add(new Point((int)(PlayerOwner.X), (int)(PlayerOwner.Y - GlobalVariables.MapCollisionDim)));
// _listProjectileTarget.Add(new Point((int)(PlayerOwner.X + GlobalVariables.MapCollisionDim), (int)(PlayerOwner.Y - GlobalVariables.MapCollisionDim)));
// break;
//case 3:
// _listProjectileTarget.Add(new Point((int)((PlayerOwner.X - 2 * GlobalVariables.MapCollisionDim) / sqrt2), (int)PlayerOwner.Y));
// _listProjectileTarget.Add(new Point((int)((PlayerOwner.X + GlobalVariables.MapCollisionDim) / sqrt2), (int)((PlayerOwner.Y - GlobalVariables.MapCollisionDim) / sqrt2)));
// _listProjectileTarget.Add(new Point((int)(PlayerOwner.X / sqrt2), (int)((PlayerOwner.Y - 2 * GlobalVariables.MapCollisionDim) / sqrt2)));
// break;
//case 4:
// _listProjectileTarget.Add(new Point((int)(PlayerOwner.X - GlobalVariables.MapCollisionDim), (int)(PlayerOwner.Y - GlobalVariables.MapCollisionDim)));
// _listProjectileTarget.Add(new Point((int)(PlayerOwner.X - GlobalVariables.MapCollisionDim), (int)(PlayerOwner.Y)));
// _listProjectileTarget.Add(new Point((int)(PlayerOwner.X - GlobalVariables.MapCollisionDim), (int)(PlayerOwner.Y + GlobalVariables.MapCollisionDim)));
// break;
//case 5:
// _listProjectileTarget.Add(new Point((int)(PlayerOwner.X / sqrt2), (int)((PlayerOwner.Y + 2 * GlobalVariables.MapCollisionDim) / sqrt2)));
// _listProjectileTarget.Add(new Point((int)((PlayerOwner.X + GlobalVariables.MapCollisionDim) / sqrt2), (int)((PlayerOwner.Y - GlobalVariables.MapCollisionDim) / sqrt2)));
// _listProjectileTarget.Add(new Point((int)((PlayerOwner.X - 2 * GlobalVariables.MapCollisionDim) / sqrt2), (int)((PlayerOwner.Y) / sqrt2)));
// break;
//case 6:
// _listProjectileTarget.Add(new Point((int)(PlayerOwner.X - GlobalVariables.MapCollisionDim), (int)(PlayerOwner.Y + GlobalVariables.MapCollisionDim)));
// _listProjectileTarget.Add(new Point((int)(PlayerOwner.X), (int)(PlayerOwner.Y + GlobalVariables.MapCollisionDim)));
// _listProjectileTarget.Add(new Point((int)(PlayerOwner.X + GlobalVariables.MapCollisionDim), (int)(PlayerOwner.Y + GlobalVariables.MapCollisionDim)));
// break;
//case 7:
// _listProjectileTarget.Add(new Point((int)((PlayerOwner.X + 2 * GlobalVariables.MapCollisionDim) / sqrt2), (int)PlayerOwner.Y));
// _listProjectileTarget.Add(new Point((int)((PlayerOwner.X + GlobalVariables.MapCollisionDim) / sqrt2), (int)((PlayerOwner.Y - GlobalVariables.MapCollisionDim) / sqrt2)));
// _listProjectileTarget.Add(new Point((int)(PlayerOwner.X / sqrt2), (int)((PlayerOwner.Y + 2 * GlobalVariables.MapCollisionDim) / sqrt2)));
// break;
}
for (int i = 0; i < _listProjectileTarget.Count; ++i)
{
Projectile prjt = (Projectile)PlayerOwner.StateOwner._objectManagerArray[6].CreateObject(ListLevel[Level].ListSkillInfo[0].ProjectileType);
prjt.X = _listProjectileTarget[i].X;
prjt.Y = _listProjectileTarget[i].Y;
prjt.MinDamage = PlayerOwner.MinDamage + PlayerOwner.MinDamage * ListLevel[Level].ListSkillInfo[0].PercentDamage / 100;
prjt.MaxDamage = PlayerOwner.MaxDamage + PlayerOwner.MaxDamage * ListLevel[Level].ListSkillInfo[0].PercentDamage / 100;
if (GlobalVariables.GlobalRandom.Next(0, 100) < PlayerOwner.CriticalRate)
{
prjt.MinDamage *= 2;
prjt.MaxDamage *= 2;
}
prjt.SkillOwner = this;
PlayerOwner.StateOwner._listProjectile.Add(prjt);
}
PlayerOwner.Mp += this.ListLevel[Level].ListSkillInfo[0].Mp;
}
public override void DoEffect(VisibleGameEntity _object)
{
base.DoEffect(_object);
List <Point> _listProjectileTarget = new List <Point>();
int _dir = PlayerOwner.Dir % 8;
switch (_dir)
{
case 0:
_listProjectileTarget.Add(new Point((int)(PlayerOwner.X + GlobalVariables.MapCollisionDim), (int)(PlayerOwner.Y + GlobalVariables.MapCollisionDim)));
_listProjectileTarget.Add(new Point((int)(PlayerOwner.X + GlobalVariables.MapCollisionDim), (int)(PlayerOwner.Y)));
_listProjectileTarget.Add(new Point((int)(PlayerOwner.X + GlobalVariables.MapCollisionDim), (int)(PlayerOwner.Y - GlobalVariables.MapCollisionDim)));
break;
case 1:
_listProjectileTarget.Add(new Point((int)(PlayerOwner.X + 2 * GlobalVariables.MapCollisionDim), (int)(PlayerOwner.Y)));
_listProjectileTarget.Add(new Point((int)(PlayerOwner.X + GlobalVariables.MapCollisionDim), (int)(PlayerOwner.Y - GlobalVariables.MapCollisionDim)));
_listProjectileTarget.Add(new Point((int)(PlayerOwner.X), (int)(PlayerOwner.Y - 2 * GlobalVariables.MapCollisionDim)));
break;
case 2:
_listProjectileTarget.Add(new Point((int)(PlayerOwner.X - GlobalVariables.MapCollisionDim), (int)(PlayerOwner.Y - GlobalVariables.MapCollisionDim)));
_listProjectileTarget.Add(new Point((int)(PlayerOwner.X), (int)(PlayerOwner.Y - GlobalVariables.MapCollisionDim)));
_listProjectileTarget.Add(new Point((int)(PlayerOwner.X + GlobalVariables.MapCollisionDim), (int)(PlayerOwner.Y - GlobalVariables.MapCollisionDim)));
break;
case 3:
_listProjectileTarget.Add(new Point((int)(PlayerOwner.X), (int)(PlayerOwner.Y - 2 * GlobalVariables.MapCollisionDim)));
_listProjectileTarget.Add(new Point((int)(PlayerOwner.X - GlobalVariables.MapCollisionDim), (int)(PlayerOwner.Y - GlobalVariables.MapCollisionDim)));
_listProjectileTarget.Add(new Point((int)(PlayerOwner.X - 2 * GlobalVariables.MapCollisionDim), (int)(PlayerOwner.Y)));
break;
case 4:
_listProjectileTarget.Add(new Point((int)(PlayerOwner.X - GlobalVariables.MapCollisionDim), (int)(PlayerOwner.Y - GlobalVariables.MapCollisionDim)));
_listProjectileTarget.Add(new Point((int)(PlayerOwner.X - GlobalVariables.MapCollisionDim), (int)(PlayerOwner.Y)));
_listProjectileTarget.Add(new Point((int)(PlayerOwner.X - GlobalVariables.MapCollisionDim), (int)(PlayerOwner.Y + GlobalVariables.MapCollisionDim)));
break;
case 5:
_listProjectileTarget.Add(new Point((int)(PlayerOwner.X - 2 * GlobalVariables.MapCollisionDim), (int)(PlayerOwner.Y)));
_listProjectileTarget.Add(new Point((int)(PlayerOwner.X - GlobalVariables.MapCollisionDim), (int)(PlayerOwner.Y + GlobalVariables.MapCollisionDim)));
_listProjectileTarget.Add(new Point((int)(PlayerOwner.X), (int)(PlayerOwner.Y + 2 * GlobalVariables.MapCollisionDim)));
break;
case 6:
_listProjectileTarget.Add(new Point((int)(PlayerOwner.X - GlobalVariables.MapCollisionDim), (int)(PlayerOwner.Y + GlobalVariables.MapCollisionDim)));
_listProjectileTarget.Add(new Point((int)(PlayerOwner.X), (int)(PlayerOwner.Y + GlobalVariables.MapCollisionDim)));
_listProjectileTarget.Add(new Point((int)(PlayerOwner.X + GlobalVariables.MapCollisionDim), (int)(PlayerOwner.Y + GlobalVariables.MapCollisionDim)));
break;
case 7:
_listProjectileTarget.Add(new Point((int)(PlayerOwner.X), (int)(PlayerOwner.Y + 2 * GlobalVariables.MapCollisionDim)));
_listProjectileTarget.Add(new Point((int)(PlayerOwner.X + GlobalVariables.MapCollisionDim), (int)(PlayerOwner.Y + GlobalVariables.MapCollisionDim)));
_listProjectileTarget.Add(new Point((int)(PlayerOwner.X + 2 * GlobalVariables.MapCollisionDim), (int)(PlayerOwner.Y)));
break;
//case 0:
// _listProjectileTarget.Add(new Point((int)(PlayerOwner.X + GlobalVariables.MapCollisionDim), (int)(PlayerOwner.Y + GlobalVariables.MapCollisionDim)));
// _listProjectileTarget.Add(new Point((int)(PlayerOwner.X + GlobalVariables.MapCollisionDim), (int)PlayerOwner.Y));
// _listProjectileTarget.Add(new Point((int)(PlayerOwner.X + GlobalVariables.MapCollisionDim), (int)(PlayerOwner.Y - GlobalVariables.MapCollisionDim)));
// break;
//case 1:
// _listProjectileTarget.Add(new Point((int)(PlayerOwner.X + GlobalVariables.MapCollisionDim / sqrt2), (int)((PlayerOwner.Y - 2 * GlobalVariables.MapCollisionDim) / sqrt2)));
// _listProjectileTarget.Add(new Point((int)((PlayerOwner.X + GlobalVariables.MapCollisionDim) / sqrt2), (int)((PlayerOwner.Y - GlobalVariables.MapCollisionDim) / sqrt2)));
// _listProjectileTarget.Add(new Point((int)((PlayerOwner.X + 2 * GlobalVariables.MapCollisionDim) / sqrt2), (int)((PlayerOwner.Y) / sqrt2)));
// break;
//case 2:
// _listProjectileTarget.Add(new Point((int)(PlayerOwner.X - GlobalVariables.MapCollisionDim), (int)(PlayerOwner.Y - GlobalVariables.MapCollisionDim)));
// _listProjectileTarget.Add(new Point((int)(PlayerOwner.X), (int)(PlayerOwner.Y - GlobalVariables.MapCollisionDim)));
// _listProjectileTarget.Add(new Point((int)(PlayerOwner.X + GlobalVariables.MapCollisionDim), (int)(PlayerOwner.Y - GlobalVariables.MapCollisionDim)));
// break;
//case 3:
// _listProjectileTarget.Add(new Point((int)((PlayerOwner.X - 2 * GlobalVariables.MapCollisionDim) / sqrt2), (int)PlayerOwner.Y));
// _listProjectileTarget.Add(new Point((int)((PlayerOwner.X + GlobalVariables.MapCollisionDim) / sqrt2), (int)((PlayerOwner.Y - GlobalVariables.MapCollisionDim) / sqrt2)));
// _listProjectileTarget.Add(new Point((int)(PlayerOwner.X / sqrt2), (int)((PlayerOwner.Y - 2 * GlobalVariables.MapCollisionDim) / sqrt2)));
// break;
//case 4:
// _listProjectileTarget.Add(new Point((int)(PlayerOwner.X - GlobalVariables.MapCollisionDim), (int)(PlayerOwner.Y - GlobalVariables.MapCollisionDim)));
// _listProjectileTarget.Add(new Point((int)(PlayerOwner.X - GlobalVariables.MapCollisionDim), (int)(PlayerOwner.Y)));
// _listProjectileTarget.Add(new Point((int)(PlayerOwner.X - GlobalVariables.MapCollisionDim), (int)(PlayerOwner.Y + GlobalVariables.MapCollisionDim)));
// break;
//case 5:
// _listProjectileTarget.Add(new Point((int)(PlayerOwner.X / sqrt2), (int)((PlayerOwner.Y + 2 * GlobalVariables.MapCollisionDim) / sqrt2)));
// _listProjectileTarget.Add(new Point((int)((PlayerOwner.X + GlobalVariables.MapCollisionDim) / sqrt2), (int)((PlayerOwner.Y - GlobalVariables.MapCollisionDim) / sqrt2)));
// _listProjectileTarget.Add(new Point((int)((PlayerOwner.X - 2 * GlobalVariables.MapCollisionDim) / sqrt2), (int)((PlayerOwner.Y) / sqrt2)));
// break;
//case 6:
// _listProjectileTarget.Add(new Point((int)(PlayerOwner.X - GlobalVariables.MapCollisionDim), (int)(PlayerOwner.Y + GlobalVariables.MapCollisionDim)));
// _listProjectileTarget.Add(new Point((int)(PlayerOwner.X), (int)(PlayerOwner.Y + GlobalVariables.MapCollisionDim)));
// _listProjectileTarget.Add(new Point((int)(PlayerOwner.X + GlobalVariables.MapCollisionDim), (int)(PlayerOwner.Y + GlobalVariables.MapCollisionDim)));
// break;
//case 7:
// _listProjectileTarget.Add(new Point((int)((PlayerOwner.X + 2 * GlobalVariables.MapCollisionDim) / sqrt2), (int)PlayerOwner.Y));
// _listProjectileTarget.Add(new Point((int)((PlayerOwner.X + GlobalVariables.MapCollisionDim) / sqrt2), (int)((PlayerOwner.Y - GlobalVariables.MapCollisionDim) / sqrt2)));
// _listProjectileTarget.Add(new Point((int)(PlayerOwner.X / sqrt2), (int)((PlayerOwner.Y + 2 * GlobalVariables.MapCollisionDim) / sqrt2)));
// break;
}
for (int i = 0; i < _listProjectileTarget.Count; ++i)
{
Projectile prjt = (Projectile)PlayerOwner.StateOwner._objectManagerArray[6].CreateObject(ListLevel[Level].ListSkillInfo[0].ProjectileType);
prjt.X = _listProjectileTarget[i].X;
prjt.Y = _listProjectileTarget[i].Y;
prjt.MinDamage = PlayerOwner.MinDamage + PlayerOwner.MinDamage * ListLevel[Level].ListSkillInfo[0].PercentDamage / 100;
prjt.MaxDamage = PlayerOwner.MaxDamage + PlayerOwner.MaxDamage * ListLevel[Level].ListSkillInfo[0].PercentDamage / 100;
if (GlobalVariables.GlobalRandom.Next(0, 100) < PlayerOwner.CriticalRate)
{
prjt.MinDamage *= 2;
prjt.MaxDamage *= 2;
}
prjt.SkillOwner = this;
PlayerOwner.StateOwner._listProjectile.Add(prjt);
}
PlayerOwner.Mp += this.ListLevel[Level].ListSkillInfo[0].Mp;
}
public override void DoAdditionalEffect(VisibleGameEntity target)
{
base.DoAdditionalEffect(target);
}
public override void DoEffect(VisibleGameEntity _object)
{
base.DoEffect(_object);
}
public virtual void DoEffect(VisibleGameEntity _object)
{
_checkCoolDown = ListLevel[Level].ListSkillInfo[0].CoolDown;
_coolDownTime = _checkCoolDown;
if (SoundName != null && SoundName.Length > 0)
GlobalVariables.PlayEffectSound(SoundName);
}
public override void DoEffect(VisibleGameEntity _object)
{
base.DoEffect(_object);
}
public override void DoAdditionalEffect(VisibleGameEntity target)
{
base.DoAdditionalEffect(target);
}
public virtual void DoEffect(VisibleGameEntity _object)
{
if (DelayTime == 0)
_skillOwner.DoEffect(_object);
}
