private void AddRandomLaser()
{
var laser = new RadialAnimatedLaser(
Center, 360 * (float)Random.NextDouble(), 1, SecondaryLaserColour, SecondaryLaserScale);
laser.SetRadiusAnimator(SecondaryLaserRadiusFunction, false);
Lasers.Add(laser);
}
/// <summary>
/// Add lasers according to the parameters specified by a spawn point.
/// </summary>
/// <param name="spawnPoint"></param>
private void AddLasers(RadialLaserSpawnPoint spawnPoint)
{
var n = spawnPoint.Lasers;
var angleMultiplier = spawnPoint.AngleMul;
var angleDampener = spawnPoint.AngleDamp;
var pulseRadius = spawnPoint.PulseRadius;
var pulseTension = spawnPoint.PulseTension;
var pulseRepeat = spawnPoint.SecondaryPulseTime;
var pulseRecoil = spawnPoint.SecondaryPulseRecoil;
var thickness = spawnPoint.Thickness;
var colour = spawnPoint.Colour;
var angleIncrement = 360f / n;
for (int i = 0; i < n; i++)
{
var laser = new RadialAnimatedLaser(Center, angleIncrement * i, 1, colour, thickness);
Func<int, float> animator = new LaserRadiusAnimationFunction(
y1: pulseRadius, x2: LaserRadiusAnimationFunction.DEFAULT_X1 + pulseTension,
x3: pulseRepeat, x4: pulseRepeat + pulseRecoil).Func;
laser.SetRadiusAnimator(animator, false);
laser.SetAngleAnimator(m => angleMultiplier * (float)SpecialFunctions.J0(m / angleDampener));
Lasers.Add(laser);
}
var count = Random.Next(80, 100);
for (int i = 0; i < count; i++)
{
var velocity = (5f * (float)Random.NextDouble() + 1f) * VectorUtils.Polar(360 * Random.NextDouble());
var lifetime = Random.Next(40, 100);
Particles.Add(new ClickParticle(Center, velocity, lifetime, colour));
}
}
