public void DeflectAgainst(V3 normal)
{
V3 V = Velocity.Clone();
V3 N = normal;
float dot = (V * N) * 2F;
V3 vec = (V3)N.ScaleBy(dot);
V3 newvel = Velocity - vec;
Velocity = newvel;
}
public void DeflectAgainst(Edge edge)
{
V3 V = Velocity.Clone();
V3 N = edge.GetNormal2DRightHanded();
float dot = (V * N) * 2F;
V3 vec = (V3)N.ScaleBy(dot);
V3 newvel = Velocity - vec;
Velocity = newvel;
}
public GravityObject Clone()
{
return(new GravityObject
{
Position = Position.Clone(),
Velocity = Velocity.Clone(),
Mass = Mass,
Radius = Radius,
IsStatic = IsStatic
});
}
public override Object Clone()
{
Particle myobj = (Particle)base.Clone();
// must clone the Velocity and Neighborhood pattern if they exist
if (Velocity != null)
{
Velocity = (double[])Velocity.Clone();
}
if (Neighborhood != null)
{
Neighborhood = (int[])Neighborhood.Clone();
}
return(myobj);
}
public Object2DBase Clone()
{
var c = (Object2DBase)MemberwiseClone();
if (Velocity != null)
{
c.Velocity = Velocity.Clone();
}
if (Accerelation != null)
{
c.Accerelation = Accerelation.Clone();
}
if (Position != null)
{
c.Position = Position.Clone();
}
return(c);
}
public override IParticle Clone()
{
Firework2D temp = new Firework2D((Vector2D)Position.Clone(), (Vector2D)Velocity.Clone());
temp.Particles.Clear();
lock (Particles)
Particles.ToList().ForEach((p) =>
{
temp.Particles.Add((AParticle)p.Clone());
});
temp.Mass = Mass;
temp.ParticleDiminishRate = ParticleDiminishRate;
temp.Exploded = Exploded;
temp.Color = Color;
temp.ExplosionPlacementRadius = ExplosionPlacementRadius;
temp.ExplosionMag = ExplosionMag;
temp.Diameter = Diameter;
temp.ExplosionAlpha = ExplosionAlpha;
return(temp);
}
public override void Update(float timeElapsed)
{
// Calculate the combined force from each steering behaviour.
Vector2D steeringForce = SB.Calculate();
// Acceleration = Force / Mass (Newton's laws of physics).
Vector2D acceleration = steeringForce.Clone().divide(Mass);
// Update velocity.
Velocity.Add(acceleration.Clone().Multiply(timeElapsed));
// Make sure the moving entity does not exceed maximum speed.
Velocity.Truncate(MaxSpeed);
// Update position.
Pos.Add(Velocity.Clone().Multiply(timeElapsed));
// Update heading if the velocity is bigger than 0
if (Velocity.LengthSquared() > 0)
{
Heading = Velocity.Clone().Normalize();
}
}
public override IParticle Clone()
{
Particle2D temp = new Particle2D(Color.FromArgb(Color.ToArgb()), (Vector2D)Position.Clone(), (Vector2D)Velocity.Clone(), (Vector2D)Acceleration.Clone())
{
Diameter = Diameter,
Mass = Mass
};
return(temp);
}
public void Update(int iterations)
{
input.Update(iterations, world, this);
if (!acceleration.IsValid())
{
acceleration = new Vector(0, 0);
}
Velocity += acceleration * factor1;
Velocity *= 0.97;
oldPosition = Position.Clone();
Position += Velocity * factor2;
Cell currentCell = GetCurrentCell();
if (currentCell.CellType == CellType.Attractor && Collide(currentCell))
{
Score += 50;
currentCell.CellType = CellType.Normal;
}
foreach (Bumpership b in world.Bumperships.Where(b => b != this && Collide(b)))
{
Position = oldPosition;
Vector oldVelocityA = Velocity.Clone();
Vector oldVelocityB = b.Velocity.Clone();
Velocity = Reflect(Velocity, Normalize(Position - b.Position));
b.Velocity = Reflect(b.Velocity, Normalize(b.Position - Position));
lastcollider = b;
b.lastcollider = this;
if (Velocity.Length > b.Velocity.Length)
{
b.Velocity += oldVelocityA * 0.8;
Velocity *= 0.2;
Score += 5;
b.Score -= 5;
}
else
{
b.Velocity += oldVelocityB * 0.8;
Velocity *= 0.2;
b.Score += 5;
Score -= 5;
}
}
if (currentCell.CellType == CellType.None)
{
if (lastcollider != null)
{
lastcollider.Score += 50;
lastcollider = null;
}
if (IsSpawnable())
{
Score -= 50;
Spawn();
}
}
foreach (Cell cell in GetTouchingCells().Where(Collide))
{
if (cell.CellType == CellType.Blocked && Collide(cell.Position, 0.5))
{
Position = oldPosition;
Velocity = Reflect(Velocity, Normalize(Position - cell.Position));
}
else if (cell.CellType == CellType.Boost)
{
Velocity *= 1.1;
}
else if (cell.CellType == CellType.SlowDown)
{
Velocity *= 0.9;
}
}
}
