// Emit particles
public void Emit()
{
// Emit the right amount
for (int i = 0; i < EmitAmount; i++)
{
// Create ransom stuff
Random r = new Random();
// Create the particle
Particle p = new Particle(this);
// initialize stuff
p.Texture = textures[r.Next(0, textures.Count)];
p.Position = Position + new Vector2(MyMaths.RandomInRange(-EmitOffset.X, EmitOffset.X), MyMaths.RandomInRange(-EmitOffset.Y, EmitOffset.Y));
p.Velocity.X = MyMaths.RandomInRange(MinStartVelocity.X, MaxStartVelocity.X);
p.Velocity.Y = MyMaths.RandomInRange(MinStartVelocity.Y, MaxStartVelocity.Y);
p.Acceleration.X = MyMaths.RandomInRange(MinAcceleration.X, MaxAcceleration.X);
p.Acceleration.Y = MyMaths.RandomInRange(MinAcceleration.Y, MaxAcceleration.Y);
p.Scale.X = MyMaths.RandomInRange(MinScale.X, MaxScale.X);
p.Scale.Y = MyMaths.RandomInRange(MinScale.Y, MaxScale.Y);
p.LifeSpan = LifeSpan;
Particles.Add(p);
}
}
public override void Draw(SpriteBatch spriteBatch)
{
Vector2 thicknessCorrection = new Vector2((thickness / 2) * Math.Sign(speed.Y), (thickness / 2) * -Math.Sign(speed.X));
ShapeRenderer.DrawLine(spriteBatch, startPosition + thicknessCorrection, Position + speed + thicknessCorrection, Color.Red, thickness, .8f);
Vector2 random = new Vector2(MyMaths.RandomInRange(-thickness / 4, thickness / 4), MyMaths.RandomInRange(-thickness / 4, thickness / 4));
ShapeRenderer.DrawLine(spriteBatch, startPosition + random + thicknessCorrection / 3, Position + speed / 2 + random + thicknessCorrection / 3, Color.Pink, thickness / 3, .8f);
base.Draw(spriteBatch);
}