public override float GetRemainingTime(Hero hero = null)
{
if (hero == null)
{
hero = Hero;
}
var position = ProjectileTarget?.NetworkPosition ?? hero.NetworkPosition;
if (position.Distance2D(AbilityOwner) <= GetRadius())
{
return(StartCast + CastPoint - Game.RawGameTime);
}
if (AbilityOwner.AghanimState())
{
return(StartCast + CastPoint
+ (position.Distance2D(StartPosition) - GetProjectileRadius(position) - 60)
/ GetProjectileSpeed() - Game.RawGameTime);
}
return(StartCast + (FowCast ? -0.1f : CastPoint)
+ Math.Max(position.Distance2D(GetProjectilePosition(FowCast)) - 100 - GetRadius(), 0)
/ GetProjectileSpeed() - Game.RawGameTime);
}
protected override Vector3 GetProjectilePosition(bool ignoreCastPoint = false)
{
if (AbilityOwner.AghanimState())
{
return(IsInPhase
? StartPosition
: StartPosition.Extend(
EndPosition,
(Game.RawGameTime - StartCast - (ignoreCastPoint ? 0 : CastPoint)) * GetProjectileSpeed()));
}
return(ProjectileAdded ? ProjectilePostion : StartPosition);
}
public override void Draw()
{
if (Obstacle == null)
{
return;
}
AbilityDrawer.DrawTime(GetRemainingTime(), AbilityOwner.Position);
if (AbilityOwner.AghanimState())
{
AbilityDrawer.DrawCircle(StartPosition, GetRadius());
}
else
{
AbilityDrawer.DrawRectangle(StartPosition, EndPosition, GetRadius());
}
}
public override void Check()
{
if (StartCast <= 0 && IsInPhase && AbilityOwner.IsVisible)
{
StartCast = Game.RawGameTime;
EndCast = StartCast + CastPoint + AdditionalDelay;
}
else if (StartCast > 0 && Obstacle == null && CanBeStopped() && !AbilityOwner.IsTurning())
{
StartPosition = AbilityOwner.NetworkPosition;
EndPosition = AbilityOwner.InFront(GetCastRange() + 150);
Obstacle = AbilityOwner.AghanimState()
? Pathfinder.AddObstacle(StartPosition, GetRadius(), Obstacle)
: Pathfinder.AddObstacle(StartPosition, EndPosition, GetRadius(), Obstacle);
}
else if (StartCast > 0 && Game.RawGameTime > EndCast)
{
End();
}
}
public override void Check()
{
if (AbilityOwner.AghanimState())
{
if (StartCast <= 0 && IsInPhase && AbilityOwner.IsVisible)
{
StartCast = Game.RawGameTime;
EndCast = StartCast + CastPoint + AdditionalDelay + GetCastRange() / GetProjectileSpeed();
}
else if (StartCast > 0 && Obstacle == null && CanBeStopped() && !AbilityOwner.IsTurning())
{
StartPosition = AbilityOwner.NetworkPosition;
EndPosition = AbilityOwner.InFront(GetCastRange() + GetRadius() / 2);
Obstacle = Pathfinder.AddObstacle(
StartPosition,
EndPosition,
GetRadius(),
GetEndRadius(),
Obstacle);
}
else if (StartCast > 0 && Game.RawGameTime > EndCast)
{
End();
}
else if (Obstacle != null && !CanBeStopped())
{
Pathfinder.UpdateObstacle(Obstacle.Value, GetProjectilePosition(), GetRadius(), GetEndRadius());
}
}
else
{
if (StartCast <= 0 && IsInPhase && AbilityOwner.IsVisible)
{
StartCast = Game.RawGameTime;
EndCast = StartCast + CastPoint + GetCastRange() / GetProjectileSpeed();
StartPosition = AbilityOwner.NetworkPosition;
EndPosition = AbilityOwner.InFront(GetCastRange());
Obstacle = Pathfinder.AddObstacle(StartPosition, EndPosition, GetRadius(), Obstacle);
}
else if (ProjectileTarget != null && Obstacle == null && !FowCast)
{
FowCast = true;
StartCast = Game.RawGameTime;
EndCast = StartCast + GetCastRange() / GetProjectileSpeed();
StartPosition = AbilityOwner.NetworkPosition;
EndPosition = StartPosition.Extend(ProjectileTarget.Position, GetCastRange());
Obstacle = Pathfinder.AddObstacle(StartPosition, EndPosition, GetRadius(), Obstacle);
}
else if (StartCast > 0 && Game.RawGameTime > EndCast)
{
End();
}
else if (Obstacle != null)
{
if (!ProjectileLaunched())
{
EndPosition = AbilityOwner.InFront(GetCastRange());
Pathfinder.UpdateObstacle(Obstacle.Value, StartPosition, EndPosition);
AbilityDrawer.UpdateRectanglePosition(StartPosition, EndPosition, GetRadius());
}
else if (ProjectileTarget != null)
{
var projectilePosition = GetProjectilePosition(FowCast);
if (projectilePosition == LastProjectilePosition)
{
End();
return;
}
LastProjectilePosition = projectilePosition;
AbilityDrawer.Dispose(AbilityDrawer.Type.Rectangle);
// EndCast = Game.RawGameTime + GetProjectilePosition(fowCast).Distance2D(projectileTarget) / GetProjectileSpeed();
EndPosition = StartPosition.Extend(
ProjectileTarget.Position,
ProjectileTarget.Distance2D(StartPosition) + GetRadius());
Pathfinder.UpdateObstacle(
Obstacle.Value,
ProjectileTarget.NetworkPosition.Extend(StartPosition, GetRadius()),
ProjectileTarget.NetworkPosition.Extend(EndPosition, GetRadius()));
}
}
}
}
protected override float GetRadius()
{
return(AbilityOwner.AghanimState() ? aghanimProjectileRadius : base.GetRadius());
}
public override bool IgnoreRemainingTime(UsableAbility ability, float remainingTime = 0)
{
return(!AbilityOwner.AghanimState() && base.IgnoreRemainingTime(ability, remainingTime));
}
public override float GetProjectileSpeed()
{
return(AbilityOwner.AghanimState() ? aghanimProjectileSpeed : base.GetProjectileSpeed());
}
private float GetDuration()
{
return(AbilityOwner.AghanimState() ? aghanimDuration : duration);
}
protected override float GetRadius()
{
return(AbilityOwner.AghanimState() ? 400 : base.GetRadius());
}
protected override float GetCastRange()
{
return(base.GetCastRange() + (AbilityOwner.AghanimState() ? GetRadius() : 0));
}
private float GetEclipseDuration()
{
var level = Ability.Level - 1;
return(AbilityOwner.AghanimState() ? durationAghanim[level] : duration[level]);
}