public static bool EvaluateIfCoastal(LandSeaLake Humidity)
{
var number = MainClass.GetRandomNumber(0, 2);
var retVal = false; //not coastal
if (number == 1 && Humidity != LandSeaLake.Lake) //a coastal lake is sea!
{
retVal = true; //coastal
}
return(retVal);
}
public static List <ProvinceDefinition> GenerateDefinitions(DefinitionContainer container)
{
var retVal = new List <ProvinceDefinition> ();
LandSeaLake humidity = new LandSeaLake();
if (container.LSLinput != 99)
{
humidity = (LandSeaLake)container.LSLinput;
}
List <string> RGBValues = new List <string>();
var i = 0;
while (i < container.provNumber)
{
var RGBValue = GenerateRandomRGBValues();
if (!RGBValues.Any().Equals(RGBValue))
{
RGBValues.Add(RGBValue);
i++;
}
}
Dictionary <int, int> ContinentIdValues = new Dictionary <int, int>();
ContinentIdValues = PopulateContinentIds(container.provId, container.provNumber, container.continents, container.continentsLowerBound);
int provId = container.provId;
foreach (var value in RGBValues)
{
if (container.LSLinput == 99)
{
humidity = (LandSeaLake)MainClass.GetRandomNumber(0, 3);
}
var province = new ProvinceDefinition();
province.ProvId = provId;
province.Humidity = humidity;
province.IsCoastal = EvaluateIfCoastal(humidity);
province.TerrainType = PopulateTerrainType(humidity);
province.RGBvalue = value;
province.ContinentId = ContinentIdValues[provId];
if (humidity == LandSeaLake.Sea)
{
province.ContinentId = 0;
}
retVal.Add(province);
provId++;
}
return(retVal);
}
public static Terrain PopulateTerrainType(LandSeaLake Humidity)
{
switch (Humidity)
{
case LandSeaLake.Sea:
return(Terrain.ocean);
case LandSeaLake.Lake:
return(Terrain.lakes);
default:
return((Terrain)MainClass.GetRandomNumber(2, 9));
}
}
