public override void Think()
{
base.Think();
if (World.DistanceOutOfBounds(Position, World.Hook.ObstacleBorderBuffer) > 0)
{
var speed = TargetMomentum.Length();
speed *= Multiplier;
if (Position != Vector2.Zero)
{
TargetMomentum = Vector2.Normalize(Vector2.Zero - Position) * speed;
}
}
var weatherMultiplerDelta = Math.Abs(World.Hook.ObstacleMaxMomentumWeatherMultiplier - Multiplier);
if (weatherMultiplerDelta / World.Hook.ObstacleMaxMomentumWeatherMultiplier > 0.02)
{
Multiplier = Multiplier * 0.97f + World.Hook.ObstacleMaxMomentumWeatherMultiplier * 0.03f;
}
Momentum = TargetMomentum * Multiplier;
if (IdealSize > 0 && MathF.Abs(IdealSize - TargetSize) / IdealSize > 0.02f)
{
var step = (IdealSize * 0.97f + TargetSize * 0.03f) - IdealSize;
if (step > 0)
{
step = MathF.Max(step, 0.03f * MathF.Abs(IdealSize - TargetSize));
}
else if (step < 0)
{
step = MathF.Min(step, -0.03f * MathF.Abs(IdealSize - TargetSize));
}
IdealSize += step;
}
if (IdealSize < World.Hook.ObstacleMinSize * 0.02)
{
if (World.Hook.ObstaclesSpawnShieldCannons)
{
SpawnPickup = true;
}
this.PendingDestruction = true;
}
/* if (GrowthRate != 0)
* IdealSize += (GrowthRate * (float)World.LastStepSize);
*
* if (DieByTime > 0 && DieByTime < World.Time)
* this.PendingDestruction = true;
*
* if (GrowthRate > 0 && IdealSize > TargetSize)
* GrowthRate = 0;*/
//Console.WriteLine(Size);
Size = (int)IdealSize;
}
public override void Think()
{
base.Think();
if (World.DistanceOutOfBounds(Position) > 0)
{
var speed = IdealMomentum.Length();
speed *= Multiplier;
if (Position != Vector2.Zero)
{
IdealMomentum = Vector2.Normalize(Vector2.Zero - Position) * speed;
}
}
if (Math.Abs(World.Hook.ObstacleMaxMomentumWeatherMultiplier - Multiplier) < 0.02)
{
Multiplier = World.Hook.ObstacleMaxMomentumWeatherMultiplier;
}
else
{
Multiplier = Multiplier * 0.97f + World.Hook.ObstacleMaxMomentumWeatherMultiplier * 0.03f;
}
Momentum = IdealMomentum * Multiplier;
}
public override void Think()
{
base.Think();
if (World.DistanceOutOfBounds(Position) > 0)
{
var speed = Momentum.Length();
if (Position != Vector2.Zero)
{
Momentum = Vector2.Normalize(Vector2.Zero - Position) * speed;
}
}
}