public static TextureEntry FromLLSD(LLSD llsd)
{
LLSDArray array = (LLSDArray)llsd;
LLSDMap faceLLSD;
if (array.Count > 0)
{
int faceNumber;
faceLLSD = (LLSDMap)array[0];
TextureEntryFace defaultFace = TextureEntryFace.FromLLSD(faceLLSD, null, out faceNumber);
TextureEntry te = new TextureEntry(defaultFace);
for (int i = 1; i < array.Count; i++)
{
TextureEntryFace tex = TextureEntryFace.FromLLSD(array[i], defaultFace, out faceNumber);
if (faceNumber >= 0 && faceNumber < te.FaceTextures.Length)
{
te.FaceTextures[faceNumber] = tex;
}
}
return(te);
}
else
{
throw new ArgumentException("LLSD contains no elements");
}
}
private void LoadMaterials()
{
if (isMaterialTabFocused && !hasLoadedMaterials)
{
MatViewPanel.Controls.Clear();
currentMaterials.Clear();
if (FrameResource.IsFrameType(currentObject))
{
if (currentObject is FrameObjectSingleMesh)
{
var entry = (currentObject as FrameObjectSingleMesh);
MaterialStruct[] materialAssignments = entry.Material.Materials[LODComboBox.SelectedIndex];
for (int x = 0; x != materialAssignments.Length; x++)
{
TextureEntry textEntry = new TextureEntry();
var mat = materialAssignments[x];
IMaterial material = MaterialsManager.LookupMaterialByHash(mat.MaterialHash);
textEntry.OnEntrySingularClick += MatViewPanel_TextureEntryOnSingularClick;
textEntry.OnEntryDoubleClick += MatViewPanel_TextureEntryOnDoubleClick;
textEntry.SetMaterial(material);
currentMaterials.Add(textEntry, mat);
MatViewPanel.Controls.Add(textEntry);
}
}
}
hasLoadedMaterials = true;
}
}
private static void UpdateLinkDicts(PackageReference pr, IList <Entry> contents)
{
for (int i = 0; i < contents.Count; i++)
{
TextureEntry te = contents[i] as TextureEntry;
if (te != null)
{
if (TexturesByName.ContainsKey(te.Name))
{
Console.WriteLine("Duplicate Texture entry: " + te.Name + " in " + pr.DisplayName + " and " + TexturesByName[te.Name].ContainingPackage.DisplayName);
}
else
{
TexturesByName.Add(te.Name, new EntryReference(i, pr));
}
continue;
}
AtlasEntry ae = contents[i] as AtlasEntry;
if (ae != null)
{
if (ae.IsReference)
{
AddTo(AtlasesByTextureName, ae.ReferencedTextureName, new EntryReference(i, pr));
}
continue;
}
}
}
private void GetViewing(out SubAtlas atlas, out TextureEntry entry)
{
atlas = null;
entry = null;
if (TreeView == null || TreeView.Selection == null)
{
return;
}
var rows = TreeView.Selection.GetSelectedRows();
if (rows.Length != 1)
{
return;
}
TreeIter iter;
Model.GetIter(out iter, rows[0]);
atlas = ((SubAtlas)Model.GetValue(iter, SUBATLAS_COLUMN));
if (atlas == null)
{
return;
}
// Get the texture that the sub atlas references.
if (atlas.Parent.IsReference)
{
entry = PackageManager.GetTextureByName(atlas.Parent.ReferencedTextureName);
}
else
{
entry = atlas.Parent.IncludedTextureEntry;
}
}
public void HandleSetAgentAppearance(Message p)
{
var m = (AgentSetAppearance)p;
if (m.AgentID != ID || m.SessionID != m.CircuitSessionID)
{
return;
}
foreach (var d in m.WearableData)
{
TextureHashes[d.TextureIndex] = d.CacheID;
}
var te = new TextureEntry(m.ObjectData);
int tidx;
if (te.DefaultTexture != null)
{
for (tidx = 0; tidx < Math.Min(TextureEntry.MAX_TEXTURE_FACES, NUM_AVATAR_TEXTURES); ++tidx)
{
TextureEntryFace face;
Textures[tidx] = te.TryGetValue((uint)tidx, out face) ?
face.TextureID :
te.DefaultTexture.TextureID;
}
}
SetTextureEntryBytes(m.ObjectData);
VisualParams = m.VisualParams;
Size = m.Size;
HandleAppearanceUpdate(this);
}
void Read(FileReader reader)
{
Textures = new List <TextureEntry>();
ConversionInfos = new List <ConversionInfo>();
reader.ReadSignature(4, MAGIC);
Version = reader.ReadUInt16();
ushort numTextures = reader.ReadUInt16();
uint textureDataOffset = reader.ReadUInt32();
uint hashArrayOffset = reader.ReadUInt32();
uint conversionInfoOffset = reader.ReadUInt32();
reader.Position = 0x20;
for (int i = 0; i < numTextures; i++)
{
TextureEntry entry = new TextureEntry();
entry.Read(reader);
Textures.Add(entry);
}
reader.SeekBegin(conversionInfoOffset);
for (int i = 0; i < numTextures; i++)
{
ConversionInfos.Add(reader.ReadStruct <ConversionInfo>());
}
for (int i = 0; i < numTextures; i++)
{
reader.SeekBegin(textureDataOffset + Textures[i].DataOffset);
Textures[i].ImageData = reader.ReadBytes((int)Textures[i].ImageSize);
}
}
private void MatViewPanel_TextureEntryOnDoubleClick(object sender, EventArgs e)
{
// Get our entry
TextureEntry Entry = (sender as TextureEntry);
// Create our browser; once the user has finished with this menu they should? have a material.
string MaterialName = "";
IMaterial OurMaterial = Entry.GetMaterial();
if (OurMaterial != null)
{
MaterialName = OurMaterial.GetMaterialName();
}
MaterialBrowser Browser = new MaterialBrowser(MaterialName);
IMaterial SelectedMaterial = Browser.GetSelectedMaterial();
// Set the new material data, notify the map editor that a change has been made.
if (SelectedMaterial != null)
{
currentMaterials[Entry].MaterialName = SelectedMaterial.GetMaterialName();
currentMaterials[Entry].MaterialHash = SelectedMaterial.GetMaterialHash();
Entry.SetMaterial(SelectedMaterial);
OnObjectUpdated(sender, e);
}
// Yeet the browser into the shadow realm.
Browser.Dispose();
Browser = null;
Entry.IsSelected = false;
}
private void ReadGH2Material(AwesomeReader ar, Mat mat, int version)
{
// TODO: Better figure out GH2 material structure
var num = ar.ReadInt32();
switch (num)
{
case 0:
case 1:
case 2:
case 3:
case 4:
case 5:
break;
default:
throw new Exception($"Unexpected number, got {num}");
}
mat.BaseColor = new Color4()
{
R = ar.ReadSingle(),
G = ar.ReadSingle(),
B = ar.ReadSingle(),
A = ar.ReadSingle()
};
var alwaysT = ar.ReadBoolean();
var alwaysF = ar.ReadBoolean();
var textureCount = ar.ReadInt32(); // Should always be 1
mat.TextureEntries.Clear();
mat.TextureEntries.AddRange(RepeatFor(1, () =>
{
ar.BaseStream.Position += 2;
if (version >= 55)
{
// Skip unknown data
ar.BaseStream.Position += 4;
}
var texEntry = new TextureEntry()
{
Unknown1 = ar.ReadInt32(),
Unknown2 = ar.ReadInt32(),
Mat = ReadMatrix(ar),
Unknown3 = 0,
Texture = ar.ReadString()
};
// TODO: Read normal, specular, environment
return(texEntry);
}));
}
public static TextureEntry Read(BinaryReader br)
{
TextureEntry ret = new TextureEntry();
ret.Id = br.ReadUInt32();
ret.Path = br.ReadChars(44);
ret.Unk1 = br.ReadUInt32();
ret.Unk2 = br.ReadUInt32();
return(ret);
}
private static void StartWorker(TextureEntry viewingLocal, Action <byte[], List <AtlasEntry> > cb)
{
(new Thread(() => {
byte[] decompressedLocal = TextureCache.Get(viewingLocal);
List <AtlasEntry> atlasEntriesLocal = PackageManager.GetAtlasesByTextureName(viewingLocal.Name);
Gtk.Application.Invoke((s, e) => {
cb(decompressedLocal, atlasEntriesLocal);
});
})).Start();
}
public DockPropertyGrid()
{
InitializeComponent();
Localise();
currentObject = null;
currentEntry = null;
IsEntryReady = false;
isMaterialTabFocused = false;
hasLoadedMaterials = false;
currentMaterials = new Dictionary <TextureEntry, MaterialStruct>();
}
private UpdateChangedFlags ChangedTexParams(TextureEntry oldTex, TextureEntry newTex)
{
UpdateChangedFlags flags = ChangedTexParams(oldTex.DefaultTexture, newTex.DefaultTexture);
uint index;
for (index = 0; index < 32; ++index)
{
flags |= ChangedTexParams(oldTex[index], newTex[index]);
}
return(flags);
}
public static void Flush(TextureEntry e)
{
if (disableCache)
{
return;
}
Dictionary <TextureEntry, byte[]> workingCache = cache;
workingCache.Remove(e);
}
private void ApplyCtpkTexture(TextureEntry tex)
{
CtpkTexture = tex;
Width = tex.Width;
Height = tex.Height;
MipCount = tex.MipCount;
ArrayCount = tex.FaceCount;
Text = tex.Name;
Format = CTR_3DS.ConvertPICAToGenericFormat(tex.PicaFormat);
PlatformSwizzle = PlatformSwizzle.Platform_3DS;
}
public static BakedTextureIndex FindBakedByImageName(string name)
{
for (int i = 0; i < (int)BakedTextureIndex.NumIndices; i++)
{
BakedEntry be = Instance.BakedTextures[(BakedTextureIndex)i];
TextureEntry te = Instance.Textures[be.TextureIndex];
if (te.DefaultImageName == name)
{
return((BakedTextureIndex)i);
}
}
return(BakedTextureIndex.NumIndices);
}
private void TextureEntry_OnSingularClick(object sender, EventArgs e)
{
// Add the new selected one
TextureEntry Entry = (sender as TextureEntry);
// Remove the previous entry, if it is the same then we select this and exit the browser
if (SelectedEntry != null)
{
SelectedEntry.IsSelected = false;
}
SelectedEntry = Entry;
}
public TextureWrapper(TextureEntry tex)
{
Texture = tex;
Width = tex.Info.Width;
Height = tex.Info.Height;
Depth = tex.Info.Depth;
ArrayCount = 1;
MipCount = tex.Info.MipCount;
// Format = TextureData.ConvertFormat(tex.Info.Format);
if (Formats.ContainsKey(tex.Info.Format))
{
Format = Formats[tex.Info.Format];
}
}
void MatViewPanel_TextureEntryOnSingularClick(object sender, EventArgs e)
{
// Set IsSelected for all UCs in the FlowLayoutPanel to false.
// Add the new selected one
TextureEntry Entry = (sender as TextureEntry);
// Remove the previous entry
if (currentEntry != null)
{
currentEntry.IsSelected = false;
}
currentEntry = Entry;
}
private void PopulateBrowser(IMaterial[] materials)
{
FlowPanel_Materials.Controls.Clear();
for (int x = 0; x < materials.Length; x++)
{
var mat = materials[x];
TextureEntry textEntry = new TextureEntry();
textEntry.SetMaterial(mat);
textEntry.OnEntrySingularClick += TextureEntry_OnSingularClick;
textEntry.OnEntryDoubleClick += TextureEntry_OnDoubleClick;
FlowPanel_Materials.Controls.Add(textEntry);
}
}
public WeatherTimeRange(IUndoManager undoManager, L3dFilePath parentFile = null) : base(undoManager)
{
_sightDistance = 10000;
_brightnessFactor = 1.0f;
_variables = new UndoAwareObservableCollection <L3dVariable>(undoManager);
_textures = new List <TextureEntry>(5);
for (int i = 0; i < 5; i++)
{
TextureEntry en = new TextureEntry();
en._texture = L3dFilePath.CreateRelativeToFile(string.Empty, parentFile);
en._tileU = 1;
en._tileV = 1;
_textures.Add(en);
}
}
public void Init()
{
for (int i = 0; i < 1; i++)
{
var mtl = MaterialsManager.MTLs.ElementAt(i).Value;
foreach (var mat in mtl.Materials)
{
var matValue = mat.Value;
TextureEntry textEntry = new TextureEntry();
textEntry.SetMaterialName(matValue.MaterialName);
textEntry.SetMaterialTexture(GetThumbnail(matValue));
flowLayoutPanel1.Controls.Add(textEntry);
}
}
}
public void Init()
{
for (int i = 0; i < 1; i++)
{
var mtl = MaterialsManager.MaterialLibraries.ElementAt(i).Value;
for (int x = 0; x < 20; x++)
{
var mat = mtl.Materials.ElementAt(x).Value;
TextureEntry textEntry = new TextureEntry();
textEntry.SetMaterialName(mat.MaterialName);
textEntry.SetMaterialTexture(GetThumbnail(mat));
flowLayoutPanel1.Controls.Add(textEntry);
}
}
}
private void SetMaterialTab()
{
hasLoadedMaterials = false;
currentEntry = null;
LODComboBox.Items.Clear();
if (FrameResource.IsFrameType(currentObject))
{
if (currentObject is FrameObjectSingleMesh)
{
var entry = (currentObject as FrameObjectSingleMesh);
for (int i = 0; i != entry.Geometry.NumLods; i++)
{
LODComboBox.Items.Add("LOD #" + i);
}
LODComboBox.SelectedIndex = 0;
LoadMaterials();
}
}
}
public static Entry ReadPackageEntry(MemoryStream chunk, out ReadStatus readStatus)
{
int entryType = chunk.ReadByte();
readStatus = ReadStatus.OK;
switch (entryType)
{
case BINK_ATLAS_CODE:
return(BinkAtlasEntry.Read(chunk));
case INCLUDE_PACKAGE_CODE:
return(IncludePackageEntry.Read(chunk));
case ATLAS_CODE:
return(AtlasEntry.Read(chunk, false));
case BINK_CODE:
return(BinkEntry.Read(chunk));
case TEXTURE_CODE:
return(TextureEntry.Read(chunk));
case SPINE_CODE:
return(SpineEntry.Read(chunk));
case TEXTURE_3D_CODE:
return(Texture3DEntry.Read(chunk));
case END_CHUNK_CODE:
readStatus = ReadStatus.EndOfChunk;
return(null);
case (int)byte.MaxValue:
case -1:
readStatus = ReadStatus.EndOfFile;
return(null);
default:
throw new PackageReadException(string.Format(ERR_UNKNOWN_PACKAGE_entryType, entryType));
}
}
/// <summary>
/// A boolean which allows the Import of a Texture if true
/// </summary>
/// <param name="path"></param>
/// <returns></returns>
public bool ImportTexture(string path)
{
//Import Texture
FileInfo TextureFileInfo = new FileInfo(path);
// Create a new Texture Entry and fill it up
TextureEntry NewEntry = new TextureEntry();
NewEntry.Name = TextureFileInfo.Name;
NewEntry.Description = "Texture that was imported";
NewEntry.Shader = Shader.Default;
// Create a BitmapImage and fill it up
BitmapImage Texture = new BitmapImage(new Uri(path));
NewEntry.Texture = getJPGFromImageControl(Texture);
Model.CurrentLevel.Palette.Entries.Add(Model.CurrentLevel.Palette.Entries.Count, NewEntry);
return(true);
}
public Primitive(Primitive prim)
{
CollisionPlane = prim.CollisionPlane;
Flexible = prim.Flexible;
Light = prim.Light;
LightMap = prim.LightMap;
Sculpt = prim.Sculpt;
PrimData = prim.PrimData;
// FIXME: Get a real copy constructor for TextureEntry instead of serializing to bytes and back
if (prim.Textures != null)
{
byte[] textureBytes = prim.Textures.GetBytes();
Textures = new TextureEntry(textureBytes, 0, textureBytes.Length);
}
else
{
Textures = null;
}
TextureAnim = prim.TextureAnim;
//ParticleSys = prim.ParticleSys;
}
private static byte[] Decompress(TextureEntry e)
{
byte[] decompressed = e.Texture.DecompressData();
for (int i = 0; i < decompressed.Length; i += 4)
{
byte r = decompressed[i];
byte g = decompressed[i + 1];
byte b = decompressed[i + 2];
byte a = decompressed[i + 3];
r = (byte)(((int)r * (int)a) / 255);
g = (byte)(((int)g * (int)a) / 255);
b = (byte)(((int)b * (int)a) / 255);
decompressed[i] = b;
decompressed[i + 1] = g;
decompressed[i + 2] = r;
decompressed[i + 3] = a;
}
return(decompressed);
}
private void SelectedIndexChanged(object sender, EventArgs e)
{
Panel.Controls.Clear();
if (FrameResource.IsFrameType(currentObject))
{
if (currentObject is FrameObjectSingleMesh)
{
var entry = (currentObject as FrameObjectSingleMesh);
for (int i = 0; i != entry.Material.NumLods; i++)
{
for (int x = 0; x != entry.Material.Materials[i].Length; x++)
{
var mat = entry.Material.Materials[i][x];
TextureEntry textEntry = new TextureEntry();
textEntry.SetMaterialName(mat.MaterialName);
textEntry.SetMaterialTexture(GetThumbnail(mat));
Panel.Controls.Add(textEntry);
}
}
}
}
}
/// <summary>
/// New Level
/// </summary>
/// <param name="_name"></param>
/// <param name="_xDimension"></param>
/// <param name="_yDimension"></param>
public void NewLevel(string _name, int _xDimension, int _yDimension)
{
// Fill the Model
Model.CurrentLevel.Name = _name;
Model.CurrentLevel.Grid = new RPGFramework.Grid(new List <RPGFramework.Tile>(), _xDimension, _yDimension);
Model.CurrentLevel.Palette = new RPGFramework.TexturePalette(new Dictionary <int, RPGFramework.TextureEntry>());
// Fill the Texture Entry
TextureEntry FirstEntry = new TextureEntry();
FirstEntry.Name = "Unassigned";
FirstEntry.Description = "Unassigned Tile";
FirstEntry.Shader = Shader.Default;
// Create a Bitmap
BitmapImage FirstEntryTexture = new BitmapImage(new Uri(Environment.CurrentDirectory + @"\Resources\Unassigned.png"));
FirstEntry.Texture = getJPGFromImageControl(FirstEntryTexture);
Model.CurrentLevel.Palette.Entries.Add(0, FirstEntry);
FillViewportGrid();
}
/// <summary>
/// Gets the texture entries data in BGRA format, other wise known as ARGB32 Little endian.
/// </summary>
/// <param name="e">The texture entry</param>
public static byte[] Get(TextureEntry e)
{
if (disableCache)
{
return(Decompress(e));
}
Dictionary <TextureEntry, byte[]> workingCache = cache;
lock (workingCache) {
if (workingCache.ContainsKey(e))
{
return(workingCache[e]);
}
}
var decompressed = Decompress(e);
lock (workingCache) {
workingCache[e] = decompressed;
return(decompressed);
}
}
public static TextureEntry FromOSD(OSD osd)
{
OSDArray array = (OSDArray)osd;
OSDMap faceSD;
if (array.Count > 0)
{
int faceNumber;
faceSD = (OSDMap)array[0];
TextureEntryFace defaultFace = TextureEntryFace.FromOSD(faceSD, null, out faceNumber);
TextureEntry te = new TextureEntry(defaultFace);
for (int i = 1; i < array.Count; i++)
{
TextureEntryFace tex = TextureEntryFace.FromOSD(array[i], defaultFace, out faceNumber);
if (faceNumber >= 0 && faceNumber < te.FaceTextures.Length)
te.FaceTextures[faceNumber] = tex;
}
return te;
}
else
{
throw new ArgumentException("SD contains no elements");
}
}
public void LoadTextures()
{
DialogResult r = MessageBox.Show("Load textures too?","", MessageBoxButtons.YesNo);
if (r == DialogResult.No)
{
for (int i = 0; i < UStat.Count; i++)
UStat[i].LP.textureindex = -1;
return;
}
r = MessageBox.Show("Load from tfcs?", "", MessageBoxButtons.YesNo);
string ptex = "", pctex = "";
if (r == DialogResult.Yes)
{
OpenFileDialog d = new OpenFileDialog();
d.Filter = "Textures.tfc|Textures.tfc";
if (d.ShowDialog() == DialogResult.OK)
ptex = d.FileName;
d.Filter = "CharTextures.tfc|CharTextures.tfc";
if (d.ShowDialog() == DialogResult.OK)
pctex = d.FileName;
}
int count = 50;
int counttex = 0;
int countmat = 0;
for (int i = 0; i < UStat.Count; i++)
if (UStat[i].Materials == null || UStat[i].Materials.Count() == 0)
{
if (count < 49)
count++;
else
{
count = 0;
TextOut("\n" + i.ToString() + "\t");
}
TextOut("x");
UStat[i].LP.textureindex = -1;
}
else
{
if (count < 49)
count++;
else
{
count = 0;
TextOut("\n" + i.ToString() + "\t");
}
UStat[i].LP.textureindex = -1;
int stype = -1;//0=MIC 1=MAT
int index = -1;
for (int k = 0; k < UStat[i].Materials.Count; k++)
{
byte[] buff = UStat[i].Materials[k].raw;
for (int j = 0; j < 11; j++)
{
int idx = BitConverter.ToInt32(buff, j * 4);
if (idx > 0 && idx < pcc.Header.ExportCount)
{
string s = pcc.getClassName(pcc.Export[idx].Class);
if (s == "MaterialInstanceConstant")
{
index = idx;
stype = 0;
break;
}
if (s == "Material")
{
index = idx;
stype = 1;
break;
}
}
}
}
if (index < 0)
{
TextOut("?");
continue;
}
#region MIC
if (stype == 0)
{
UnrealObject UOb = new UnrealObject(pcc.EntryToBuff(index), pcc.getClassName(pcc.Export[index].Class), pcc.names);
string l = Path.GetDirectoryName(Application.ExecutablePath);
UOb.UUkn.UPR = UPR;
UOb.UUkn.Deserialize();
int entry = UPR.FindProperty("TextureParameterValues", UOb.UUkn.Properties);
if (entry != -1)
{
entry += 4;
index = -1;
bool stopme = false;
while (entry < UOb.UUkn.Properties.Count() && UOb.UUkn.Properties[entry].name == "ParameterValue" && !stopme)
{
entry++;
int n = BitConverter.ToInt32(UOb.UUkn.Properties[entry].raw, UOb.UUkn.Properties[entry].raw.Length - 4) - 1;
if (n > 0)
{
index = n;
if (pcc.names[pcc.Export[n].Name].ToLower().Contains("diff"))
stopme = true;
}
entry += 5;
}
if (index != -1)
{
bool found = false;
for (int j = 0; j < Tex.Count(); j++)
if (index == Tex[j].index)
{
UStat[i].LP.textureindex = j;
TextOut("f");
found = true;
break;
}
if (!found)
{
UOb = new UnrealObject(pcc.EntryToBuff(index), "Texture2D", pcc.names);
TextureEntry t = new TextureEntry();
int tfc = -1;
for (int j = 0; j < UOb.UTex2D.TextureTFCs.Count; j++)
if (UOb.UTex2D.TextureTFCs[j].size > 0 &&
UOb.UTex2D.TextureTFCs[j].offset > 0 &&
UOb.UTex2D.TextureTFCs[j].size != UOb.UTex2D.TextureTFCs[j].offset)
{
tfc = j;
break;
}
t.tex = UOb.UTex2D.ExportToTexture(device, tfc, ptex, pctex);
t.index = index;
t.name = pcc.names[pcc.Export[t.index].Name];
t.name = t.name.Substring(0, t.name.Length - 1);
Tex.Add(t);
UStat[i].LP.textureindex = Tex.Count - 1;
TextOut("l");
counttex++;
}
}
else TextOut("?");
}
else TextOut("?");
}
#endregion
if (stype == 1)
{
UnrealObject UOb = new UnrealObject(pcc.EntryToBuff(index), pcc.getClassName(pcc.Export[index].Class), pcc.names);
string l = Path.GetDirectoryName(Application.ExecutablePath);
UOb.UMat.UPR = UPR;
UOb.UMat.Deserialize();
int entry = UPR.FindProperty("Expressions", UOb.UMat.props);
if (entry == 0)
{
entry ++;
int len = UOb.UMat.props[1].raw.Length;
int cnt = (len - 20) / 4;
index =-1;
for(int j=0;j<cnt;j++)
{
index = BitConverter.ToInt32(UOb.UMat.props[1].raw, 20 + j * 4)-1;
if (pcc.getClassName(pcc.Export[index].Class) == "MaterialExpressionTextureSampleParamter2D")
break;
}
if (index == -1)
{
TextOut("?");
continue;
}
UnrealObject UUOb2 = new UnrealObject(pcc.EntryToBuff(index), "MaterialExpressionTextureSampleParameter2D",pcc.names);
UUOb2.UUkn.UPR = UPR;
UUOb2.UUkn.Deserialize();
index = -1;
for (int j = 0; j < UUOb2.UUkn.Properties.Count; j++)
if (UUOb2.UUkn.Properties[j].name == "Texture")
index = PropToInt(UUOb2.UUkn.Properties[j].raw);
if (index != -1 && !(index<0))
{
index--;
bool found = false;
for (int j = 0; j < Tex.Count(); j++)
if (index == Tex[j].index)
{
UStat[i].LP.textureindex = j;
TextOut("F");
found = true;
break;
}
if (!found)
{
UOb = new UnrealObject(pcc.EntryToBuff(index), "Texture2D", pcc.names);
TextureEntry t = new TextureEntry();
int tfc = -1;
for (int j = 0; j < UOb.UTex2D.TextureTFCs.Count; j++)
if (UOb.UTex2D.TextureTFCs[j].size > 0 &&
UOb.UTex2D.TextureTFCs[j].offset > 0 &&
UOb.UTex2D.TextureTFCs[j].size != UOb.UTex2D.TextureTFCs[j].offset)
{
tfc = j;
break;
}
t.tex = UOb.UTex2D.ExportToTexture(device, tfc, ptex, pctex);
t.index = index;
t.name = pcc.names[pcc.Export[t.index].Name];
t.name = t.name.Substring(0, t.name.Length - 1);
Tex.Add(t);
UStat[i].LP.textureindex = Tex.Count - 1;
TextOut("M");
countmat++;
}
}
else TextOut("?");
}
else TextOut("?");
}
}
TextOut("\nLoaded Textures: " + counttex.ToString());
TextOut("\nLoaded Materials: " + countmat.ToString());
}
private void Run(Settings settings, ProgressDialog dialog)
{
for (int i = 0; i < fileList.Count; i++)
{
string file = fileList[i];
string description;
if (fileList.Count == 1)
{
description = String.Format("Processing {0}", Path.GetFileName(file));
}
else
{
description = String.Format("Processing {0} ({1:N0} of {2:N0})", Path.GetFileName(file), i + 1, fileList.Count);
}
dialog.ReportProgress(i * 100 / fileList.Count, description);
// Let's open the file.
// But, we're going to do this in a try catch in case any errors happen.
try
{
ArchiveFormat format;
string outPath, outName;
Queue<TextureEntry> textureFileQueue = null;
using (FileStream inStream = File.OpenRead(file))
{
// Set source to inStream
// The reason we do it like this is because source does not always equal inStream.
// You'll see why very soon.
Stream source = inStream;
// Get the format of the archive
format = Archive.GetFormat(source, Path.GetFileName(file));
if (format == ArchiveFormat.Unknown)
{
// Maybe it's compressed? Let's check.
// But first, we need to make sure we want to check
if (settings.DecompressSourceArchive)
{
// Get the compression format, if it is compressed that is.
CompressionFormat compressionFormat = Compression.GetFormat(source, Path.GetFileName(file));
if (compressionFormat != CompressionFormat.Unknown)
{
// Ok, it appears to be compressed. Let's decompress it, and then check the format again
source = new MemoryStream();
Compression.Decompress(inStream, source, compressionFormat);
source.Position = 0;
format = Archive.GetFormat(source, Path.GetFileName(file));
}
}
// If we still don't know what the archive format is, just skip the file.
if (format == ArchiveFormat.Unknown)
{
continue;
}
}
// Now that we know its format, let's open it and start working with it.
ArchiveReader archive = Archive.Open(source, format);
// Get the appropiate output directory
if (settings.ExtractToSourceDirectory)
{
// Extract to the same directory as the source archive
outPath = Path.GetDirectoryName(file);
}
else if (settings.ExtractToSameNameDirectory)
{
// Extract to a directory of the same name
outPath = file + "." + Path.GetRandomFileName();
}
else
{
// Just the standard output path
outPath = Path.Combine(Path.Combine(Path.GetDirectoryName(file), "Extracted Files"), Path.GetFileNameWithoutExtension(file));
}
// Create the output directory if it does not exist
if (!Directory.Exists(outPath))
{
Directory.CreateDirectory(outPath);
}
// Now we can start extracting the files
for (int j = 0; j < archive.Entries.Count; j++)
{
if (fileList.Count == 1)
{
// If there is just one file in the file list, then the progress will be
// based on how many files are being extracted from the archive, not
// how many archives we are extracting.
dialog.ReportProgress(j * 100 / archive.Entries.Count, description + "\n\n" + String.Format("{0:N0} of {1:N0} extracted", j + 1, archive.Entries.Count));
}
else
{
dialog.Description = description + "\n\n" + String.Format("{0:N0} of {1:N0} extracted", j + 1, archive.Entries.Count);
}
ArchiveEntry entry = archive.Entries[j];
Stream entryData = entry.Open();
// Get the output name for this file
if (settings.FileNumberAsFilename || entry.Name == String.Empty)
{
// Use the file number as its filename
outName = j.ToString("D" + archive.Entries.Count.ToString().Length) + Path.GetExtension(entry.Name);
}
else if (settings.AppendFileNumber)
{
// Append the file number to its filename
outName = Path.GetFileNameWithoutExtension(entry.Name) + j.ToString("D" + archive.Entries.Count.ToString().Length) + Path.GetExtension(entry.Name);
}
else
{
// Just use the filename as defined in the archive
outName = entry.Name;
}
// What we're going to do here may seem a tiny bit hackish, but it'll make my job much simplier.
// First, let's check to see if the file is compressed, and if we want to decompress it.
if (settings.DecompressExtractedFiles)
{
// Get the compression format, if it is compressed that is.
CompressionFormat compressionFormat = Compression.GetFormat(entryData, entry.Name);
if (compressionFormat != CompressionFormat.Unknown)
{
// Ok, it appears to be compressed. Let's decompress it, and then edit the entry
MemoryStream decompressedData = new MemoryStream();
Compression.Decompress(entryData, decompressedData, compressionFormat);
entryData = decompressedData;
entryData.Position = 0;
}
}
// Check to see if this file is a texture. If so, let's convert it to a PNG and then edit the entry
if (settings.ConvertExtractedTextures)
{
// Get the texture format, if it is a texture that is.
TextureFormat textureFormat = Texture.GetFormat(entryData, entry.Name);
if (textureFormat != TextureFormat.Unknown)
{
// Ok, it appears to be a texture. We're going to attempt to convert it here.
// If we get a TextureNeedsPalette exception, we'll wait until after we extract
// all the files in this archive before we process it.
try
{
MemoryStream textureData = new MemoryStream();
Texture.Read(entryData, textureData, textureFormat);
// If no exception was thrown, then we are all good doing what we need to do
entryData = textureData;
entryData.Position = 0;
outName = Path.GetFileNameWithoutExtension(outName) + ".png";
}
catch (TextureNeedsPaletteException)
{
// Uh oh, looks like we need a palette.
// What we are going to do is add it to textureFileQueue, then convert it
// after we extract all of the files.
if (textureFileQueue == null)
{
textureFileQueue = new Queue<TextureEntry>();
}
TextureEntry textureEntry = new TextureEntry();
textureEntry.Format = textureFormat;
textureEntry.Filename = Path.Combine(outPath, outName);
textureFileQueue.Enqueue(textureEntry);
}
}
}
// Time to write out the file
using (FileStream destination = File.Create(Path.Combine(outPath, outName)))
{
PTStream.CopyTo(entryData, destination, (int)entryData.Length);
}
// Let's check to see if this is an archive. If it is an archive, add it to the file list.
entryData.Position = 0;
if (settings.ExtractExtractedArchives)
{
ArchiveFormat archiveFormat = Archive.GetFormat(entryData, entry.Name);
if (archiveFormat != ArchiveFormat.Unknown)
{
// It appears to be an archive. Let's add it to the file list
if (settings.ExtractToSameNameDirectory)
{
// If we're adding to a directory of the same name, the outPath will be different.
// We should remember that.
fileList.Add(Path.Combine(file, outName));
}
else
{
fileList.Add(Path.Combine(outPath, outName));
}
if (fileList.Count == 2)
{
// If there was one archive in the file list, and now there is more,
// adjust the progress bar and the description
description = String.Format("Processing {0} ({1:N0} of {2:N0})", Path.GetFileName(file), i + 1, fileList.Count);
dialog.ReportProgress(i * 100 / fileList.Count, description + "\n\n" + String.Format("{0:N0} of {1:N0} extracted", j + 1, archive.Entries.Count));
}
}
}
}
}
// Let's see if we have any textures we still need to convert.
if (settings.ConvertExtractedTextures && textureFileQueue != null)
{
// Ok, it appears we do. So, let's loop through the queue until it is empty.
while (textureFileQueue.Count > 0)
{
TextureEntry textureEntry = textureFileQueue.Dequeue();
// Get the palette file name, and the out file name
string paletteName = Path.Combine(Path.GetDirectoryName(textureEntry.Filename), Path.GetFileNameWithoutExtension(textureEntry.Filename)) + Texture.Formats[textureEntry.Format].PaletteFileExtension;
string textureOutName = Path.Combine(Path.GetDirectoryName(textureEntry.Filename), Path.GetFileNameWithoutExtension(textureEntry.Filename)) + ".png";
// Make sure the two files exist before we attempt to open them.
// Wrap the whole thing in a try catch in case for some reason the texture file was modifed.
// That way, it'll fail peacefully and not screw over last minute things that need to be done to the archive.
// Open up the archive and test to make sure it's still a valid texture.
// You know, in case somehow it was edited or not extracted properly.
if (File.Exists(textureEntry.Filename) && File.Exists(paletteName))
{
try
{
using (FileStream inTextureStream = File.OpenRead(textureEntry.Filename))
{
if (!Texture.Formats[textureEntry.Format].Is(inTextureStream, (int)inTextureStream.Length, textureEntry.Filename))
{
// Oh dear, somehow this isn't a texture anymore. Just skip over it
continue;
}
// Ok, now we can load the palette data and try to convert it.
using (FileStream inPaletteStream = File.OpenRead(paletteName),
outTextureStream = File.Create(textureOutName))
{
TextureBase texture = Texture.Formats[textureEntry.Format];
texture.PaletteStream = inPaletteStream;
texture.PaletteLength = (int)inPaletteStream.Length;
texture.Read(inTextureStream, outTextureStream, (int)inTextureStream.Length);
}
}
// Now we can delete those two files
File.Delete(textureEntry.Filename);
File.Delete(paletteName);
}
catch
{
// Something happened! But we'll just ignore it.
}
}
}
}
// Delete the source archive if the user chose to
if (settings.DeleteSourceArchive)
{
File.Delete(file);
}
// If we're extracting to a directory of the same name, we can now rename the directory
if (settings.ExtractToSameNameDirectory)
{
Directory.Move(outPath, file);
}
}
catch
{
// Meh, just ignore the error.
}
}
}
public static TextureEntry FromOSD(OSD osd)
{
if (osd.Type == OSDType.Array)
{
OSDArray array = (OSDArray)osd;
OSDMap faceSD;
if (array.Count > 0)
{
int faceNumber;
faceSD = (OSDMap)array[0];
TextureEntryFace defaultFace = TextureEntryFace.FromOSD(faceSD, null, out faceNumber);
TextureEntry te = new TextureEntry(defaultFace);
for (int i = 1; i < array.Count; i++)
{
TextureEntryFace tex = TextureEntryFace.FromOSD(array[i], defaultFace, out faceNumber);
if (faceNumber >= 0 && faceNumber < te.FaceTextures.Length)
te.FaceTextures[faceNumber] = tex;
}
return te;
}
}
return new TextureEntry(UUID.Zero);
}
public async Task SetModAsync(ModData mod)
{
Bind();
_textures.Clear();
_textures.Add(null);
foreach (var texture in mod.Materials.Select(m => m.Texture))
{
texture.Index = _textures.Count;
_textures.Add(texture);
}
_count = _textures.Count;
// Find a texture size that fits all material textures.
for (_size = 1; _size * _size < _count; _size += _size) { }
_textureEntries = new TextureEntry[_count];
double tf = (double)ushort.MaxValue / _size;
double to = (double)ushort.MaxValue / (_size * TextureSize);
await TextureHelper.DrawTextureAsync(
_textureId,
_size * TextureSize,
_size * TextureSize,
graphics =>
{
int x = 0, y = 0;
for (int i = 0; i < _count; ++i)
{
var texture = _textures[i];
System.Drawing.Brush brush;
if (texture == null)
{
brush = System.Drawing.Brushes.White;
}
else
{
var color = new Color(texture.Color);
brush = new System.Drawing.SolidBrush(System.Drawing.Color.FromArgb((int)(color.R * 255), (int)(color.G * 255), (int)(color.B * 255)));
}
var x0 = x * TextureSize;
var y0 = y * TextureSize;
graphics.FillRectangle(brush, new System.Drawing.Rectangle(x0, y0, TextureSize, TextureSize));
_textureEntries[i] = new TextureEntry
{
PixelX0 = x0,
PixelY0 = y0,
PixelX1 = x0 + TextureSize,
PixelY1 = y0 + TextureSize,
X0 = (ushort)(x * tf + to),
Y0 = (ushort)(y * tf + to),
X1 = (ushort)((x + 1) * tf - to),
Y1 = (ushort)((y + 1) * tf - to),
};
++x;
if (x == _size)
{
x = 0;
++y;
}
}
},
null);
RunTextureGeneration();
}