public void Decrease(Characteristics otherChars, int amount = 1)
{
var oldVal = value;
value = KMaths.Clamp(value - amount, definition.min, definition.max);
definition.rules.onChange(otherChars, value - oldVal);
}
public void PopulateWithKingdoms(int amount, int maxSize = 1)
{
kingdoms.Clear();
for (int i = 0; i < amount; i++)
{
List <Region> territory = new List <Region>();
int size = 1 + KMaths.FloorToInt((1 - KMaths.Clamp01(Math.Abs((float)Game.state.random.NextGaussian()))) * maxSize);
Region startingRegion = map.regions[KMaths.FloorToInt(Game.state.random.NextFloat() * map.regions.Count)];
var race = Library.races[Game.state.random.Range(0, Library.races.Count)];
Kingdom kingdom = new Kingdom(i, race.GetRandomKingdomName(), new List <Region>()
{
startingRegion
}, race, Ruler.CreateRuler());
for (int j = 0; j < size; j++)
{
List <Region> blobCandidates = kingdom.GetNeighborRegions();
blobCandidates.RemoveAll(o => o.IsOwned());
if (blobCandidates.Count <= 0)
{
break;
}
kingdom.TakeOwnership(blobCandidates[KMaths.FloorToInt(blobCandidates.Count * Game.state.random.NextFloat())]);
}
kingdoms.Add(kingdom);
}
}
public static Character CreateCharacter()
{
var race = Library.races[Library.races.Keys.ToList().PickRandom(Game.state.random)];
var chara = new Character(race);
chara.birthDate = Game.state.random.Range(1, Rules.set[RULE.DAYS_IN_YEAR].GetInt());
chara.age = Game.state.random.Range(
race.rulerCreationRules.majority,
KMaths.RoundToInt(Rules.set[RULE.LIFESPAN_MULTIPLIER].GetFloat() * race.rulerCreationRules.maximumLifespan)
);
chara.name = race.GetRandomCharacterName();
return(chara);
}
void MakeCalendar()
{
months.Clear();
days.Clear();
for (int i = 0; i < daysInAYear; i++)
{
var currentMonthIndex = KMaths.FloorToInt((i / ((float)daysInAYear)) * monthsInAYear);
if (months.Count <= currentMonthIndex)
{
months.Add(new Month(currentMonthIndex));
}
var month = months[currentMonthIndex];
var day = new Day(i);
month.AddDay(day);
days.Add(day);
}
currentDate = new Date()
{
year = 1,
month = months[0],
day = months[0].GetDay(0)
};
}
public int GetClampedValue()
{
return(KMaths.Clamp(value, definition.min, definition.max));
}
static List <Region> GenerateRegions(Dictionary <Vector2f, Site> sites, Parameters parameters, Map parentMap)
{
List <Region> regions = new List <Region>();
List <Site> occupiedSites = new List <Site>();
int id = 1;
foreach (Site site in sites.Values)
{
if (occupiedSites.Contains(site))
{
continue;
}
Region region = new Region(id, parentMap, new List <Site>()
{
site
});
id++;
int size = parentMap.r.Range(parameters.minRegionSize, parameters.maxRegionSize);
if (size > 0)
{
// Making list of candidates for expansion
List <Site> blobCandidates = new List <Site>();
foreach (Site neighbor in site.NeighborSites())
{
if (!occupiedSites.Contains(neighbor))
{
blobCandidates.Add(neighbor);
}
}
for (int i = 0; i < size; i++)
{
if (blobCandidates.Count <= 0)
{
break;
}
Site toBlob = blobCandidates[KMaths.FloorToInt(parentMap.r.NextFloat() * blobCandidates.Count)];
region.sites.Add(toBlob);
occupiedSites.Add(toBlob);
blobCandidates.Clear();
// Updating neighbors
var newNeighbors = region.GetNeighborSites();
foreach (Site neighbor in newNeighbors)
{
if (!occupiedSites.Contains(neighbor))
{
blobCandidates.Add(neighbor);
}
}
}
}
occupiedSites.Add(site);
regions.Add(region);
}
logger.Info("Generated " + regions.Count + " regions from " + sites.Count + " sites");
return(regions);
}
