public PlanetMaker(Vector3 solarSysCenter, float orbit)
{
//INIT
this.planetSettings = GameObject.Find("SpaceMaker").GetComponent <CommonSettings>().planetSettings;
Vector3 seedPosition = solarSysCenter * orbit * CommonSettings.smallNoiseScale;
seed = ((int)(seedPosition.x)) | (((int)(seedPosition.y)) << 8) | (((int)(seedPosition.z)) << 16);
//Debug.Log(seed);
noise = new NoiseFilter(seed);
Vector3 position = solarSysCenter + Vector3.left * orbit;
this.radius = planetSettings.minRadius + noise.newValueFromCoords(position) * planetSettings.radiusMultiplier;
this.orbit = orbit;
this.speed = noise.newValueFromCoords(position) * planetSettings.speedMultiplier;
//MAKING
GameObject planet = new GameObject("Planet");
initialize(planet);
generateMesh();
planet.transform.position = solarSysCenter + Vector3.left * this.orbit;
planet.transform.localScale = Vector3.one * radius;
planet.AddComponent(typeof(PlanetBehavior));
planet.GetComponent <PlanetBehavior>().center = solarSysCenter;
planet.GetComponent <PlanetBehavior>().radius = this.orbit;
planet.GetComponent <PlanetBehavior>().speed = speed;
}
public SunMaker(Vector3 center)
{
//INIT
sunSettings = GameObject.Find("SpaceMaker").GetComponent <CommonSettings>().sunSettings;
seed = ((int)center.x) | (((int)center.y) << 8) | (((int)center.z) << 16);
noise = new NoiseFilter(seed);
this.center = center;
this.radius = sunSettings.minRadius + noise.newValueFromCoords(this.center) * sunSettings.radiusMultiplier;
//MAKING
makeSphere(this.center, radius);
}
private void makePlanets()
{
float planetAmount = solarSystemSettings.minPlanets + (int)((solarSystemSettings.maxPlanets - solarSystemSettings.minPlanets) * noise.newValueFromCoords(center));
float orbit = solarSystemSettings.sunMargin;
for (int i = 0; i < planetAmount; i++)
{
orbit = solarSystemSettings.minSpacing + noise.newValueFromCoords(center);
PlanetMaker pm = new PlanetMaker(center, orbit);
}
}
