public static void InitializeAsPO(InstanceID target, ProceduralObject po)
{
if (po.meshStatus != 1)
{
if (po.RequiresUVRecalculation && !po.disableRecalculation)
{
po.m_mesh.uv = Vertex.RecalculateUVMap(po, Vertex.CreateVertexList(po));
}
}
po.RecalculateBoundsNormalsExtras(po.meshStatus);
AddPOToMIVisibleObj(po);
t_MIPOLogic.GetMethod("Paste").Invoke(MIPOLogic, new object[] { null, target, po.id });
}
public static void LoadContainerData(this ProceduralObjectsLogic logic, ProceduralObjectContainer[] containerArray)
{
logic.proceduralObjects = new List <ProceduralObject>();
logic.activeIds = new HashSet <int>();
if (logic.availableProceduralInfos == null)
{
logic.availableProceduralInfos = CreateProceduralInfosList();
}
if (logic.availableProceduralInfos.Count < 0)
{
logic.availableProceduralInfos = CreateProceduralInfosList();
}
logic.failedToLoadObjects = 0;
PropInfo[] props = Resources.FindObjectsOfTypeAll <PropInfo>();
BuildingInfo[] buildings = Resources.FindObjectsOfTypeAll <BuildingInfo>();
foreach (var c in containerArray)
{
try
{
var obj = new ProceduralObject(c, logic.layerManager, props, buildings);
if (obj.meshStatus != 1)
{
if (obj.RequiresUVRecalculation && !obj.disableRecalculation)
{
obj.m_mesh.uv = Vertex.RecalculateUVMap(obj, Vertex.CreateVertexList(obj));
}
}
obj.RecalculateBoundsNormalsExtras(obj.meshStatus);
logic.proceduralObjects.Add(obj);
logic.activeIds.Add(obj.id);
}
catch (Exception e)
{
Debug.LogError("[ProceduralObjects] Failed to load a Procedural Object : \n" + e.GetType().ToString() + " : " + e.Message + "\n" + e.StackTrace);
PopupStart.RegisterFailure(c, e, props, buildings);
logic.failedToLoadObjects += 1;
}
}
PopupStart.LoadingDoneShowPopup();
}
