public static UnitSource CreateEmptyUnit(string LocalPath, UnitSource ToReturn = null)
{
string[] PathSplit = LocalPath.Split(("/").ToCharArray());
GameObject NewUnit = new GameObject(PathSplit[PathSplit.Length - 1].Replace(".bp", ""));
if (ToReturn == null)
{
ToReturn = NewUnit.AddComponent <UnitSource>();
// *** Parse Blueprint
ToReturn.BP = new UnitBluePrint();
ToReturn.BP.Name = PathSplit[PathSplit.Length - 1].Replace(".bp", "");
ToReturn.BP.CodeName = ToReturn.BP.Name.Replace("_unit", "");
}
ToReturn.BP.TypeId = 0;
ToReturn.BP.Size = Vector3.one;
ToReturn.BP.UniformScale = Vector3.one;
ToReturn.BP.RenderScale = Vector3.one;
ToReturn.BP.Categories = new string[0];
ToReturn.BP.GenerateEmptyLod();
ToReturn.RenderDistances = new float[] { ToReturn.BP.LODs[0].LODCutoff * 0.1f };
ToReturn.ApplyLods();
LoadedUnitObjects.Add(LocalPath, ToReturn);
return(ToReturn);
}
public static UnitSource LoadUnit(string scd, string LocalPath)
{
if (LoadedUnitObjects.ContainsKey(LocalPath))
{
return(LoadedUnitObjects[LocalPath]);
}
//UnitObject ToReturn = new UnitObject();
byte[] Bytes = LoadBytes(scd, LocalPath);
if (Bytes == null || Bytes.Length == 0)
{
Debug.LogWarning("Unit does not exits: " + LocalPath);
return(CreateEmptyUnit(LocalPath));
}
string BluePrintString = System.Text.Encoding.UTF8.GetString(Bytes);
if (BluePrintString.Length == 0)
{
Debug.LogWarning("Loaded blueprint is empty");
return(CreateEmptyUnit(LocalPath));
}
BluePrintString = BluePrintString.Replace("UnitBlueprint {", "UnitBlueprint = {");
string[] PathSplit = LocalPath.Split('/');
GameObject NewUnit = new GameObject(PathSplit[PathSplit.Length - 1].Replace(".bp", ""));
UnitSource ToReturn = NewUnit.AddComponent <UnitSource>();
// *** Parse Blueprint
ToReturn.BP = new UnitBluePrint();
// Create Lua
Lua BP = new Lua();
BP.LoadCLRPackage();
ToReturn.BP.Name = PathSplit[PathSplit.Length - 1].Replace(".bp", "");
ToReturn.BP.CodeName = ToReturn.BP.Name.Replace("_unit", "");
ToReturn.BP.TypeId = ToReturn.BP.CodeName.GetHashCode();
//Debug.Log("Load Unit : " + ToReturn.BP.CodeName);
//Fix LUA
string[] SplitedBlueprint = BluePrintString.Split("\n".ToCharArray());
string NewBlueprintString = "";
for (int i = 0; i < SplitedBlueprint.Length; i++)
{
if (SplitedBlueprint[i].Length > 0 && !SplitedBlueprint[i].Contains("#"))
{
NewBlueprintString += SplitedBlueprint[i] + "\n";
}
}
BluePrintString = NewBlueprintString;
ToReturn.BP.Path = LocalPath;
try
{
BP.DoString(MapLuaParser.Current.SaveLuaHeader.text + BluePrintString);
}
catch (NLua.Exceptions.LuaException e)
{
Debug.LogWarning(LuaParser.Read.FormatException(e) + "\n" + LocalPath);
return(CreateEmptyUnit(LocalPath, ToReturn));
}
//TODO
object CurrentValue = null;
LuaTable UnitBlueprintTable = BP.GetTable("UnitBlueprint");
LuaTable InterfaceTab = BP.GetTable("UnitBlueprint.Interface");
if (InterfaceTab != null)
{
ToReturn.BP.HelpText = InterfaceTab.RawGet("HelpText").ToString();
}
LuaTable CategoriesTab = BP.GetTable("UnitBlueprint.Categories");
if (CategoriesTab != null)
{
ToReturn.BP.Categories = LuaParser.Read.GetTableValues(CategoriesTab);
}
else
{
ToReturn.BP.Categories = new string[0];
}
LuaTable EconomyTab = BP.GetTable("UnitBlueprint.Economy");
if (EconomyTab != null)
{
CurrentValue = EconomyTab.RawGet("BuildCostEnergy");
if (CurrentValue != null)
{
ToReturn.BP.BuildCostEnergy = LuaParser.Read.StringToFloat(CurrentValue.ToString());
}
CurrentValue = EconomyTab.RawGet("BuildCostMass");
if (CurrentValue != null)
{
ToReturn.BP.BuildCostMass = LuaParser.Read.StringToFloat(CurrentValue.ToString());
}
CurrentValue = EconomyTab.RawGet("BuildTime");
if (CurrentValue != null)
{
ToReturn.BP.BuildTime = LuaParser.Read.StringToFloat(CurrentValue.ToString());
}
}
CurrentValue = UnitBlueprintTable.RawGet("StrategicIconName");
if (CurrentValue != null)
{
ToReturn.BP.StrategicIconName = CurrentValue.ToString();
}
CurrentValue = EconomyTab.RawGet("StrategicIconSortPriority");
if (CurrentValue != null)
{
ToReturn.BP.StrategicIconSortPriority = LuaParser.Read.StringToInt(CurrentValue.ToString());
}
LuaTable PhisicsLayersTab = BP.GetTable("UnitBlueprint.Physics.BuildOnLayerCaps");
if (PhisicsLayersTab != null)
{
CurrentValue = PhisicsLayersTab.RawGet("LAYER_Air");
if (CurrentValue != null)
{
ToReturn.BP.PhysicsLayerAir = LuaParser.Read.StringToBool(CurrentValue.ToString());
}
CurrentValue = PhisicsLayersTab.RawGet("LAYER_Land");
if (CurrentValue != null)
{
ToReturn.BP.PhysicsLayerLand = LuaParser.Read.StringToBool(CurrentValue.ToString());
}
CurrentValue = PhisicsLayersTab.RawGet("LAYER_Orbit");
if (CurrentValue != null)
{
ToReturn.BP.PhysicsLayerOrbit = LuaParser.Read.StringToBool(CurrentValue.ToString());
}
CurrentValue = PhisicsLayersTab.RawGet("LAYER_Seabed");
if (CurrentValue != null)
{
ToReturn.BP.PhysicsLayerSeabed = LuaParser.Read.StringToBool(CurrentValue.ToString());
}
CurrentValue = PhisicsLayersTab.RawGet("LAYER_Sub");
if (CurrentValue != null)
{
ToReturn.BP.PhysicsLayerSub = LuaParser.Read.StringToBool(CurrentValue.ToString());
}
CurrentValue = PhisicsLayersTab.RawGet("LAYER_Water");
if (CurrentValue != null)
{
ToReturn.BP.PhysicsLayerWater = LuaParser.Read.StringToBool(CurrentValue.ToString());
}
}
float BiggestLodDistance = 100;
//Display
if (BP.GetTable("UnitBlueprint.Display") != null)
{
if (BP.GetTable("UnitBlueprint.Display").RawGet("UniformScale") != null)
{
ToReturn.BP.UniformScale = Vector3.one * LuaParser.Read.StringToFloat(BP.GetTable("UnitBlueprint.Display").RawGet("UniformScale").ToString());
}
ToReturn.BP.RenderScale = ToReturn.BP.UniformScale * 0.1f;
// Mesh
if (BP.GetTable("UnitBlueprint.Display.Mesh") != null)
{
//Lods
LuaTable LodTable = BP.GetTable("UnitBlueprint.Display.Mesh.LODs");
LuaTable[] LodTableValues = new LuaTable[LodTable.Keys.Count];
ToReturn.BP.LODs = new BluePrintLoD[LodTableValues.Length];
LodTable.Values.CopyTo(LodTableValues, 0);
for (int i = 0; i < LodTableValues.Length; i++)
{
ToReturn.BP.LODs[i] = new BluePrintLoD();
CurrentValue = LodTableValues[i].RawGet("AlbedoName");
if (CurrentValue != null)
{
ToReturn.BP.LODs[i].AlbedoName = CurrentValue.ToString();
}
CurrentValue = LodTableValues[i].RawGet("NormalsName");
if (CurrentValue != null)
{
ToReturn.BP.LODs[i].NormalsName = CurrentValue.ToString();
}
CurrentValue = LodTableValues[i].RawGet("SpecularName");
if (CurrentValue != null)
{
ToReturn.BP.LODs[i].SpecularName = CurrentValue.ToString();
}
CurrentValue = LodTableValues[i].RawGet("ShaderName");
if (CurrentValue != null)
{
ToReturn.BP.LODs[i].ShaderName = CurrentValue.ToString();
}
CurrentValue = LodTableValues[i].RawGet("LODCutoff");
if (CurrentValue != null)
{
ToReturn.BP.LODs[i].LODCutoff = LuaParser.Read.StringToFloat(CurrentValue.ToString());
BiggestLodDistance = ToReturn.BP.LODs[i].LODCutoff;
}
ToReturn.BP.LODs[i].Scm = LocalPath.Replace("unit.bp", "lod" + i.ToString() + ".scm");
}
}
//Termacs
LuaTable TermacsTable = BP.GetTable("UnitBlueprint.Display.Tarmacs");
if (TermacsTable != null)
{
LuaTable[] AllTermacs = LuaParser.Read.TableArrayFromTable(TermacsTable);
ToReturn.BP.Termacs = new Termac[AllTermacs.Length];
for (int t = 0; t < ToReturn.BP.Termacs.Length; t++)
{
ToReturn.BP.Termacs[t] = new Termac(AllTermacs[t]);
}
LoadTermacs(ToReturn.BP);
}
else
{
ToReturn.BP.Termacs = new Termac[0];
}
}
ToReturn.BP.Size = Vector3.one * 0.1f;
CurrentValue = UnitBlueprintTable.RawGet("SizeX");
if (CurrentValue != null)
{
ToReturn.BP.Size.x = LuaParser.Read.StringToFloat(CurrentValue.ToString());
}
CurrentValue = UnitBlueprintTable.RawGet("SizeY");
if (CurrentValue != null)
{
ToReturn.BP.Size.y = LuaParser.Read.StringToFloat(CurrentValue.ToString());
}
CurrentValue = UnitBlueprintTable.RawGet("SizeZ");
if (CurrentValue != null)
{
ToReturn.BP.Size.z = LuaParser.Read.StringToFloat(CurrentValue.ToString());
}
ToReturn.BP.SelectionSize = ToReturn.BP.Size;
CurrentValue = UnitBlueprintTable.RawGet("SelectionSizeX");
if (CurrentValue != null)
{
ToReturn.BP.SelectionSize.x = LuaParser.Read.StringToFloat(CurrentValue.ToString());
}
CurrentValue = UnitBlueprintTable.RawGet("SelectionSizeZ");
if (CurrentValue != null)
{
ToReturn.BP.SelectionSize.z = LuaParser.Read.StringToFloat(CurrentValue.ToString());
}
CurrentValue = UnitBlueprintTable.RawGet("SelectionThickness");
if (CurrentValue != null)
{
ToReturn.BP.SelectionSize.y = LuaParser.Read.StringToFloat(CurrentValue.ToString());
}
ToReturn.BP.SkirtSize = ToReturn.BP.SelectionSize;
ToReturn.BP.SkirtSize.y = 1;
PhisicsLayersTab = BP.GetTable("UnitBlueprint.Physics");
if (PhisicsLayersTab != null)
{
CurrentValue = PhisicsLayersTab.RawGet("Elevation");
if (CurrentValue != null)
{
ToReturn.BP.PhysicsElevation = LuaParser.Read.StringToFloat(CurrentValue.ToString());
}
CurrentValue = PhisicsLayersTab.RawGet("SkirtOffsetX");
if (CurrentValue != null)
{
ToReturn.BP.SkirtOffsetX = LuaParser.Read.StringToFloat(CurrentValue.ToString());
}
CurrentValue = PhisicsLayersTab.RawGet("SkirtOffsetZ");
if (CurrentValue != null)
{
ToReturn.BP.SkirtOffsetZ = LuaParser.Read.StringToFloat(CurrentValue.ToString());
}
CurrentValue = PhisicsLayersTab.RawGet("SkirtSizeX");
if (CurrentValue != null)
{
ToReturn.BP.SkirtSize.x = LuaParser.Read.StringToFloat(CurrentValue.ToString());
}
CurrentValue = PhisicsLayersTab.RawGet("SkirtSizeZ");
if (CurrentValue != null)
{
ToReturn.BP.SkirtSize.z = LuaParser.Read.StringToFloat(CurrentValue.ToString());
}
CurrentValue = PhisicsLayersTab.RawGet("TurnRate");
if (CurrentValue != null)
{
ToReturn.BP.TurnRate = LuaParser.Read.StringToFloat(CurrentValue.ToString());
}
}
ToReturn.BP.SkirtSize *= 0.1f;
LuaTable FootprintTab = BP.GetTable("UnitBlueprint.Footprint");
if (FootprintTab != null)
{
CurrentValue = FootprintTab.RawGet("SizeX");
if (CurrentValue != null)
{
ToReturn.BP.Footprint.x = LuaParser.Read.StringToFloat(CurrentValue.ToString());
}
CurrentValue = FootprintTab.RawGet("SizeZ");
if (CurrentValue != null)
{
ToReturn.BP.Footprint.y = LuaParser.Read.StringToFloat(CurrentValue.ToString());
}
}
if (ToReturn.BP.LODs.Length == 0)
{
ToReturn.BP.GenerateEmptyLod();
}
else
{
for (int i = 0; i < ToReturn.BP.LODs.Length; i++)
{
if (i > 0)
{
continue;
}
ToReturn.BP.LODs[i].Mesh = LoadModel(scd, ToReturn.BP.LODs[i].Scm);
if (ToReturn.BP.LODs[i].Mesh == null)
{
ToReturn.BP.LODs[i].Mesh = UnitsInfo.Current.NoUnitMesh;
}
//ToReturn.BP.LODs[i].Mat = new Material(Shader.Find("Standard (Specular setup)"));
ToReturn.BP.LODs[i].Mat = new Material(UnitsInfo.Current.UnitMaterial);
ToReturn.BP.LODs[i].Mat.name = ToReturn.BP.CodeName + "_LOD" + i + " mat";
if (ToReturn.BP.LODs[i].AlbedoName.Length == 0)
{
ToReturn.BP.LODs[i].AlbedoName = LocalPath.Replace("unit.bp", "albedo.dds");
}
else
{
ToReturn.BP.LODs[i].AlbedoName = OffsetRelativePath(LocalPath, ToReturn.BP.LODs[i].AlbedoName, true);
}
ToReturn.BP.LODs[i].Albedo = LoadTexture2DFromGamedata(scd, ToReturn.BP.LODs[i].AlbedoName, false, true, true);
ToReturn.BP.LODs[i].Albedo.anisoLevel = 2;
ToReturn.BP.LODs[i].Mat.SetTexture("_MainTex", ToReturn.BP.LODs[i].Albedo);
if (ToReturn.BP.LODs[i].NormalsName.Length == 0)
{
ToReturn.BP.LODs[i].NormalsName = LocalPath.Replace("unit.bp", "NormalsTS.dds");
}
else
{
ToReturn.BP.LODs[i].NormalsName = OffsetRelativePath(LocalPath, ToReturn.BP.LODs[i].NormalsName, true);
}
if (!string.IsNullOrEmpty(ToReturn.BP.LODs[i].NormalsName))
{
ToReturn.BP.LODs[i].Normal = LoadTexture2DFromGamedata(scd, ToReturn.BP.LODs[i].NormalsName, true, true, true);
ToReturn.BP.LODs[i].Normal.anisoLevel = 2;
ToReturn.BP.LODs[i].Mat.SetTexture("_BumpMap", ToReturn.BP.LODs[i].Normal);
}
if (ToReturn.BP.LODs[i].SpecularName.Length == 0)
{
ToReturn.BP.LODs[i].SpecularName = LocalPath.Replace("unit.bp", "SpecTeam.dds");
}
else
{
ToReturn.BP.LODs[i].SpecularName = OffsetRelativePath(LocalPath, ToReturn.BP.LODs[i].SpecularName, true);
}
if (!string.IsNullOrEmpty(ToReturn.BP.LODs[i].SpecularName))
{
ToReturn.BP.LODs[i].Specular = LoadTexture2DFromGamedata(scd, ToReturn.BP.LODs[i].SpecularName, false, true, true);
ToReturn.BP.LODs[i].Specular.anisoLevel = 2;
ToReturn.BP.LODs[i].Mat.SetTexture("_SpecTeam", ToReturn.BP.LODs[i].Specular);
}
}
}
ToReturn.RenderDistances = new float[] { BiggestLodDistance * 0.1f };
ToReturn.ApplyLods();
// Debug.Log("Unit blueprint loaded: " + ToReturn.BP.CodeName + "\n" + ToReturn.BP.HelpText);
//Debug.Log(ToReturn.BP.HelpText);
//Debug.Log("StrategicIconName: " + ToReturn.BP.StrategicIconName);
//Debug.Log("BuildTime: " + ToReturn.BP.BuildTime);
//Debug.Log("BuildCostEnergy: " + ToReturn.BP.BuildCostEnergy + "\nBuildCostMass: " + ToReturn.BP.BuildCostMass);
LoadedUnitObjects.Add(LocalPath, ToReturn);
return(ToReturn);
}