void Start ()
{
SetUpRNG(myNumber);
base.Start();
// Draw orbit path (same color as planet)
orbitPath = GetComponent<LineRenderer>();
homeStar = parentBody.GetComponent<SystemStar>();
// Set ownership status
if (PlayerData.instance.CheckPlanetStatus(homeStar.myNumber, planetNum) == 1)
{
personalOwnership = true;
ownershipState = true;
orbitPath.SetColors(Color.green,Color.green);
}
else if (PlayerData.instance.CheckPlanetStatus(homeStar.myNumber, planetNum) == 0)
{
personalOwnership = false;
ownershipState = true;
this.gameObject.GetComponent<Spacebux>().enabled = false;
this.gameObject.GetComponent<Population>().enabled = false;
this.gameObject.GetComponent<Power>().enabled = false;
orbitPath.SetColors(Color.red,Color.red);
}
else
{
personalOwnership = false;
ownershipState = false;
this.gameObject.GetComponent<Spacebux>().enabled = false;
this.gameObject.GetComponent<Population>().enabled = false;
this.gameObject.GetComponent<Power>().enabled = false;
orbitPath.SetColors(Color.white,Color.white);
}
lastResourceCollection = PlayerData.instance.GetPlanetLastCollectedTime(homeStar.myNumber, planetNum);
population = PlayerData.instance.GetPlanetPopulation(homeStar.myNumber, planetNum);
// Set Color
if (planetNum <= 2) // hot planets generate more power, negative population rate (usually)
{
energyModifier = localRNG.NextGaussian(2);
populationRate = localRNG.NextGaussian(3, 1);
_layeredSprite.Randomize((uint)localRNG.Next(), ref localRNG, "red");
}
else if (planetNum > 2 & planetNum <= 5)
{
energyModifier = localRNG.NextGaussian(1);
populationRate = localRNG.NextGaussian(5, 4);
_layeredSprite.Randomize((uint) localRNG.Next(), ref localRNG, "green");
}
else
{
energyModifier = localRNG.NextGaussian(-1);
populationRate = localRNG.NextGaussian(3, 1);
_layeredSprite.Randomize((uint)localRNG.Next(), ref localRNG, "blue");
}
Debug.Log(string.Format("Created planet: {0}{1}. EnergyProduced: {2}, populationRate: {3}",
homeStar.myNumber, System.Convert.ToChar(64 + planetNum), Mathf.RoundToInt((float)energyModifier*homeStar.baseEnergyLevel), Mathf.RoundToInt((float)populationRate)));
renderer = GetComponent<Renderer>();
Size = localRNG.Next(MIN_SIZE, MAX_SIZE);
// Set Planet Size
transform.localScale = new Vector3(Size, Size, Size);
// Orbit Speed is a function of distance from orbit parent (whether it be a planet or star)
orbitSpeed = localRNG.Next(MIN_ORBIT_SPEED, MAX_ORBIT_SPEED);
// Rotational offset
initialRotationOffset = localRNG.Next(0, 360);
// Randomize Location around orbit parent (for illusion of time passing)
// Consider actually counting the amount of time the user has been away.
transform.position = (transform.position - parentBody.transform.position).normalized * ORBIT_CONSTANT * planetNum +
parentBody.transform.position;
transform.RotateAround(parentBody.transform.position, Vector3.forward, initialRotationOffset);
if (personalOwnership) {
// Adding population based on missing time
long populationIncrease = (long)(populationRate *
(DateTime.Now - PlayerData.instance.GetLastVisitedTime(homeStar.myNumber)).TotalSeconds / (360 / orbitSpeed));
NetworkManager.instance._controller.UpdatePopulation(homeStar.myNumber, planetNum, (int)populationIncrease);
population += populationIncrease;
this.dt = TimeSpan.FromSeconds((DateTime.Now - PlayerData.instance.GetLastVisitedTime(homeStar.myNumber)).TotalSeconds % (360 / orbitSpeed));
Debug.Log("DT for pop is: " + (DateTime.Now - PlayerData.instance.GetLastVisitedTime(homeStar.myNumber)).TotalSeconds);
}
// Adjust for persistent rotation
System.TimeSpan dt = System.DateTime.Now - DateTime.ParseExact("2016-03-03 14:40:52,531", "yyyy-MM-dd HH:mm:ss,fff",
System.Globalization.CultureInfo.InvariantCulture);// HACK homeStar.discoveryTime;
Debug.Log("Dt is: " + dt.TotalSeconds);
transform.RotateAround(parentBody.transform.position, Vector3.forward, (float)(-orbitSpeed * dt.TotalSeconds));
Debug.Log(homeStar.myNumber + " planet number: " + planetNum + " rot. time = " + 360 / orbitSpeed);
// Draw the orbit.
DrawOrbit();
}
public void Initialize(PlanetaryBody parent, int planetNum)
{
base.Start();
parentBody = parent;
this.planetNum = planetNum;
renderer = GetComponent<Renderer>();
Size = localRNG.Next(MIN_SIZE, MAX_SIZE);
homeStar = parentBody.GetComponent<SystemStar>();
//Randomize Rotation Speed
//rotationSpeed = localRNG.Next(MIN_ROTATION, MAX_ROTATION);
// Set Planet Size
transform.localScale = new Vector3(Size, Size, Size);
// Orbit Speed is a function of distance from orbit parent (whether it be a planet or star)
orbitSpeed = localRNG.Next(MIN_ORBIT_SPEED, MAX_ORBIT_SPEED);
// Rotational offset
initialRotationOffset = localRNG.Next(0, 360);
// Randomize Location around orbit parent (for illusion of time passing)
// Consider actually counting the amount of time the user has been away.
transform.position = (transform.position - parentBody.transform.position).normalized*ORBIT_CONSTANT*planetNum +
parentBody.transform.position;
transform.RotateAround(parentBody.transform.position, Vector3.forward, initialRotationOffset);
System.TimeSpan dt = System.DateTime.Now - homeStar.discoveryTime;
transform.RotateAround(parentBody.transform.position, Vector3.forward, -orbitSpeed*(float) dt.TotalSeconds);
// Set Color
if (planetNum <= 2)
{
_layeredSprite.Randomize((uint) localRNG.Next(), ref localRNG, "red");
}
else if (planetNum > 2 & planetNum < 4)
{
_layeredSprite.Randomize((uint) localRNG.Next(), ref localRNG, "green");
}
else
{
_layeredSprite.Randomize((uint) localRNG.Next(), ref localRNG, "blue");
}
// Draw orbit path (same color as planet)
orbitPath = GetComponent<LineRenderer>();
orbitPath.materials[0].color = Color.gray;
// Draw the orbit.
DrawOrbit();
// Randomize Moons
/* add moons after
if (orbitParent.tag == SystemStar.TAG && Random.value <= MOON_CHANCE)
{
int numMoons = Random.Range(1, MAX_MOONS + 1);
BuildMoons(numMoons);
}
*/
}