public Planet CreatePlanet(Vector3 v, Planet.PlanetType pt, string planetName, int index, float scale, int pno)
{
// 1. Instantiate GameObject and Assign its Sprite
GameObject go = new GameObject();
Sprite selected = Molten;
switch (pt)
{
case Planet.PlanetType.molten:
go = Instantiate(MoltenPlanet, v, Quaternion.identity);
break;
case Planet.PlanetType.temperate:
go = Instantiate(TemperatePlanet, v, Quaternion.identity);
selected = Temperate;
break;
case Planet.PlanetType.water:
go = Instantiate(WaterPlanet, v, Quaternion.identity);
selected = Water;
break;
}
// 2. Scale the gameobject accordingly
go.transform.localScale = new Vector2(scale, scale);
// 3. Create new planet instance to return
return(new Planet(planetName, index, selected, pt, go, scale, pno));
}
public void Initialize(Planet target, Planet.PlanetType type, int count, GameController controller)
{
m_target = target;
m_type = type;
m_count = count;
m_controller = controller;
GameSettings.GameMode gameMode = m_controller.GetGameMode();
switch (gameMode)
{
case GameSettings.GameMode.Easy:
m_velocity = m_velocityEasy;
break;
case GameSettings.GameMode.Normal:
m_velocity = m_velocityNormal;
break;
case GameSettings.GameMode.Hard:
if (type == Planet.PlanetType.Enemy)
{
m_velocity = m_velocityHard;
}
else
{
m_velocity = m_velocityNormal;
}
break;
}
}
//petal petalcolor stem stemcolor leaf leafcolor pistil pistilcolor
/// <summary>
/// Returns a uint ID for a generated flower for the given planet ID (home-0, hot-1, cold-2, neon-3)
/// </summary>
/// <param name="planetID"></param>
/// <returns></returns>
public uint getRandomFlowerIDForPlanet(Planet.PlanetType planet)
{
uint returnValue = 0;
int maxElementsPerPlanet = 4;
int planetID = (int)planet;
//Get random petal
int addValue = availablePlanetPetals[planetID, Random.Range(0, maxElementsPerPlanet)];
returnValue += (uint)addValue;
returnValue *= 16;
//Get random petal color
addValue = availablePlanetPetalColors[planetID, Random.Range(0, maxElementsPerPlanet)];
returnValue += (uint)addValue;
returnValue *= 16;
//Get random stem
addValue = availablePlanetStems[planetID, Random.Range(0, maxElementsPerPlanet)];
returnValue += (uint)addValue;
returnValue *= 16;
//Get random stem color
addValue = availablePlanetStemColors[planetID, Random.Range(0, maxElementsPerPlanet)];
returnValue += (uint)addValue;
returnValue *= 16;
//Get random leaf
addValue = availablePlanetLeafs[planetID, Random.Range(0, maxElementsPerPlanet)];
returnValue += (uint)addValue;
returnValue *= 16;
//Get random leaf color
addValue = availablePlanetLeafColors[planetID, Random.Range(0, maxElementsPerPlanet)];
returnValue += (uint)addValue;
returnValue *= 16;
//Get random pistil
addValue = availablePlanetPistils[planetID, Random.Range(0, maxElementsPerPlanet)];
returnValue += (uint)addValue;
returnValue *= 16;
//Get random pistil color
addValue = availablePlanetPistilColors[planetID, Random.Range(0, maxElementsPerPlanet)];
returnValue += (uint)addValue;
return(returnValue);
}
public string getRandomFlowerStringForPlanet(Planet.PlanetType planet)
{
StringBuilder result = new StringBuilder();
int maxElementsPerPlanet = 4;
int planetID = (int)planet;
result.Append(availablePlanetPetals[planetID, Random.Range(0, maxElementsPerPlanet)].ToString("X"));
result.Append(availablePlanetPetalColors[planetID, Random.Range(0, maxElementsPerPlanet)].ToString("X"));
result.Append(availablePlanetStems[planetID, Random.Range(0, maxElementsPerPlanet)].ToString("X"));
result.Append(availablePlanetStemColors[planetID, Random.Range(0, maxElementsPerPlanet)].ToString("X"));
result.Append(availablePlanetLeafs[planetID, Random.Range(0, maxElementsPerPlanet)].ToString("X"));
result.Append(availablePlanetLeafColors[planetID, Random.Range(0, maxElementsPerPlanet)].ToString("X"));
result.Append(availablePlanetPistils[planetID, Random.Range(0, maxElementsPerPlanet)].ToString("X"));
result.Append(availablePlanetPistilColors[planetID, Random.Range(0, maxElementsPerPlanet)].ToString("X"));
return(result.ToString());
}
public Planet CreatePlanet(float x, float y, SolarSystem solarSystem, float theta, float distFromSun, Planet.PlanetType type = Planet.PlanetType.Earth)
{
int id = CreateUniquePlanetID();
Planet p = new Planet(x, y, id, solarSystem, theta, distFromSun, type);
planets.Add(id, p);
return(p);
}
