public void GenerateRace()
{
if (_raceGen == null)
{
_raceGen = new RaceGen();
}
if (_raceGen.IsEmpty())
{
return;
}
Landmass mass = _world.Map.GetRandomLandmass();
AffinityMap massAffinity = _world.Map.GetAffinitiesForLandmass(mass);
Race genRace = _raceGen.GenerateRace(massAffinity);
Console.WriteLine("Rolled race: " + genRace);
Console.WriteLine(genRace.Affinities);
// arbitrarily low number to start with
int highest = -50;
// random coordinates as default
Coords candidate = mass.RandomCoords();
int tick = 0;
int tenPercent = mass.Count / 10;
bool tenPercentMore = false;
foreach (Coords coords in mass.CoordsFromRandomPoint())
{
if (tick >= tenPercent)
{
break;
}
AffinityMap hexAffinities = _world.Map.GetAffinitiesForCoords(coords);
int sim = genRace.Affinities.GetSimilarityTo(hexAffinities);
if (sim > highest)
{
highest = sim;
candidate = coords;
}
if (!tenPercentMore && highest > 0)
{
tenPercentMore = true;
}
if (tenPercentMore)
{
tick++;
}
}
Console.WriteLine("Placing at : " + candidate);
Console.WriteLine(_world.Map.GetAffinitiesForCoords(candidate));
Console.WriteLine("--> Final Score: " + highest);
Console.WriteLine("------------------");
_world.PlaceRaceAt(genRace, candidate);
}
private void PlaceFirstSegment()
{
while (_river == null)
{
Coords candidate = _landmass.RandomCoords();
if (!_world.Map.IsRiverAt(candidate))
{
_river = new River(candidate);
_allCoords.Add(candidate);
}
}
}
