public static List <Asteroid> Create(AsteroidHuntMatch match)
{
List <Asteroid> asteroids = new List <Asteroid>();
var createProbability = match.Random.NextDouble();
if (Constants.Simploid.Probability >= createProbability)
{
Asteroid simploid = new Asteroid(match, Constants.Simploid.Color, Constants.Simploid.MinSize, Constants.Simploid.MaxSize,
Constants.Simploid.MinVelocity, Constants.Simploid.MaxVelocity, Constants.Simploid.MinHitpoints, Constants.Simploid.MaxHitpoints,
Constants.Simploid.HitpointsPlayerScaling, Constants.Simploid.BaseScore);
asteroids.Add(simploid);
}
if (Constants.Robustoid.Probability >= createProbability)
{
Asteroid robustoid = new Asteroid(match, Constants.Robustoid.Color, Constants.Robustoid.MinSize, Constants.Robustoid.MaxSize,
Constants.Robustoid.MinVelocity, Constants.Robustoid.MaxVelocity, Constants.Robustoid.MinHitpoints, Constants.Robustoid.MaxHitpoints,
Constants.Robustoid.HitpointsPlayerScaling, Constants.Robustoid.BaseScore);
asteroids.Add(robustoid);
}
return(asteroids);
}
private static int GetPlayerScale(AsteroidHuntMatch match, bool hitpointsPlayerScaling)
{
if (hitpointsPlayerScaling)
{
return(match.Players.Count);
}
else
{
return(1);
}
}
public Asteroid(AsteroidHuntMatch match, Color color, double minSize, double maxSize, double minVelocity, double maxVelocity, int minHitpoints, int maxHitpoints, bool hitpointsPlayerScaling, int baseScore)
{
double size = Choose(match.Random.NextDouble(), Constants.Simploid.MinSize, Constants.Simploid.MaxSize);
double random = match.Random.NextDouble();
double randomPow2 = random * random;
Vector velocity = new Vector((randomPow2 - 0.25) * 2, Choose(match.Random.NextDouble(), Constants.Simploid.MinVelocity, Constants.Simploid.MaxVelocity));
Match = match;
Color = color;
Size = size;
Position = new Vector(match.Random.NextDouble() * 320, -size / 2d);
Velocity = velocity;
Hitpoints = GetPlayerScale(match, hitpointsPlayerScaling) * Choose(match.Random.NextDouble(), minHitpoints, maxHitpoints);
Score = baseScore + (int)Math.Round(velocity.X) + (int)Math.Round(velocity.Y / maxVelocity) + (int)Math.Round(minSize / size);
}