/***************************************************
*** SUB-CLASSES ************************
***************************************************/
/******** PUBLIC ************************/
/******** PROTECTED ************************/
/******** PRIVATE ************************/
/***************************************************
*** ATTRIBUTES ************************
***************************************************/
/******** PUBLIC ************************/
/******** PROTECTED ************************/
/******** PRIVATE ************************/
/***************************************************
*** METHODS ************************
***************************************************/
/******** PUBLIC ************************/
// Use this for initialization
public void Start()
{
if (m_cityNumber + m_mountainNumber + m_seaNumber > m_tileNumber)
{
Debug.LogError("Error in planet building configuration : too much city and relief");
}
// create all the cities
int l_cityToAdd = m_cityNumber;
int l_mountainToAdd = m_mountainNumber;
int l_seaToAdd = m_seaNumber;
List <GameObject> l_cities = new List <GameObject>();
for (int i = 0; i < m_tileNumber; ++i)
{
GameObject l_go = Instantiate(m_cityPrefab, transform);
l_cities.Add(l_go);
City.KindCity l_kind = City.KindCity.ePrairie;
if (l_cityToAdd > 0)
{
l_cityToAdd--;
l_kind = City.KindCity.eCity;
}
else if (l_mountainToAdd > 0)
{
l_mountainToAdd--;
l_kind = City.KindCity.eMountain;
}
else if (l_seaToAdd > 0)
{
l_seaToAdd--;
l_kind = City.KindCity.eSea;
}
l_go.GetComponentInChildren <City>().becomeSomethingAwesome(l_kind);
}
// rotate the cities
l_cities = l_cities.OrderBy(item => Random.value).ToList();
float l_ratio = 360.0f / m_tileNumber;
for (int i = 0; i < m_tileNumber; ++i)
{
l_cities[i].gameObject.transform.Rotate(new Vector3(0, 0, l_ratio * i));
}
}
public static string getName(City.KindCity p_kind)
{
switch (p_kind)
{
case City.KindCity.ePrairie:
return("Just a f*****g prairie");
case City.KindCity.eCity:
return(m_citiesDictionary[Random.Range(0, m_citiesDictionary.Count)]);
case City.KindCity.eMountain:
return(m_mountainsDictionary[Random.Range(0, m_mountainsDictionary.Count)]);
case City.KindCity.eSea:
return(m_seasDictionary[Random.Range(0, m_seasDictionary.Count)]);
default:
return("");
}
}
