private void InitModelPools(meshUtils.SerializedModelRegister[] modeldata)
{
// load models
Config_Map mapConfig = _mapConfig;
Setup_Render renderSetup = _renderSetup;
meshUtils.Init(mapConfig.Models.Count);
var meshinit = FindObjectOfType <Meshpooling.MeshInit>(); //Todo: Create ModelResource
var uihandler = FindObjectOfType <UIHandler>();
uihandler.InitModelButtons(mapConfig);
//TODO: Create Buttons per model
List <Config_Model> singlepool = new List <Config_Model>();
List <Config_Model> multipool = new List <Config_Model>();
int type = 0;
foreach (Config_Model model in mapConfig.Models)
{
model.MeshType = type;
if (model.PoolSingle)
{
singlepool.Add(model);
}
else
{
multipool.Add(model);
}
type++;
}
meshinit.Init(renderSetup.Compute_MeshPool, multipool);
meshinit.RunMeshes();
List <List <Vector4> > models;
if (modeldata != null)
{
models = meshUtils.DeserializeModelRegister(modeldata);
}
else
{
MapGeneration.GenerateModels(mapConfig, out models);
}
List <Vector3[]> poslist = new();
for (int i = 0; i < models.Count; i++)
{
Vector4[] positions = models[i].ToArray();
Vector3[] posdata = new Vector3[positions.Length];
for (int j = 0; j < positions.Length; j++)
{
posdata[j] = new Vector3(positions[j].x, positions[j].y, positions[j].z);
}
poslist.Add(posdata);
}
GenerateSinglePools(singlepool);
meshUtils.SpawnFromPool(poslist);
meshUtils.RegisterAllToHexagons();
}
