public static Town.Town MakeTown(
Coord index,
int townOffsetX = 0, // WE USE THESE <---- TO DO THE SUB-TILE RENDER OFFSETS FROM TOWN INFO
int townOffsetZ = 0,
int seed = 0,
int patches = 0)
{
// Debug.Log("*** REALLY * MAKING A TOWN ***********");
Town.TownOptions opt = new Town.TownOptions();
// TODO. make global Tile size from Terrain
opt.mapOffset = new Town.Geom.Vector2(index.x * 1000, index.z * 1000);
opt.townOffset = new Town.Geom.Vector2(townOffsetX * 1000, townOffsetZ * 1000);
opt.Patches = (patches == 0)? RandomGen.NextValidRandomPatchAmountFromTGOSRange() : patches;
opt.Overlay = TownGlobalObjectService.ProduceOverlay;
opt.Water = false; // ( RandomGen.Next() % 2 == 0)?true:false;
opt.CityDetail = true;
opt.Walls = true;
opt.Towers = true;
// Debug.Log(opt.Patches + " patches requested");
opt.Seed = (seed == 0) ? opt.Seed : seed;
opt.coord = index;
Town.Town town = new Town.Town(opt);
// town.coord = index;
// town.Options.coord = index;
MeshRenderer = new TownMeshRenderer(town, opt, TownGlobalObjectService.rendererOptions);
TownGlobalObject.TownsWaitingToRender.Enqueue(MeshRenderer);
TownGlobalObject.TownWaitingToRender = true;
//Debug.LogFormat("{0} is {1} for location with {2} of {3} and {4} of {5} for {6} of size {7} ",
// nameof(index),
// index,
// nameof(opt.mapOffset),
// opt.mapOffset,
// nameof(opt.townOffset),
// opt.townOffset,
// town.name,
// opt.Patches
// );
return(town);
}