public static void EffectListWriter(string filename, EffectListEntry entrytowrite)
{
try
{
using (BinaryWriter bw = new BinaryWriter(File.Open(filename, FileMode.Create)))
{
bw.Write(entrytowrite.UncompressedData);
bw.Close();
}
}
catch (Exception ex)
{
ExceptionCatchAll(ex);
return;
}
}
private void btnReplaceReplace_Click(object sender, EventArgs e)
{
if (AllFiles == true)
{
//Checks All filenames for searched term. Gets to the parent node, checks all the children nodes, their tags, filenames, etc. for the term.
//Goes to top node to begin iteration.
TreeNode tn = Mainfrm.FindRootNode(Mainfrm.TreeSource.SelectedNode);
Mainfrm.TreeSource.SelectedNode = tn;
List <TreeNode> Nodes = new List <TreeNode>();
Mainfrm.AddChildren(Nodes, Mainfrm.TreeSource.SelectedNode);
Mainfrm.TreeSource.BeginUpdate();
int RenameCount = 0;
foreach (TreeNode tno in Nodes)
{
//Gets the node as a ArcEntryWrapper to allow access to all the variables and data.
ArcEntryWrapper awrapper = tno as ArcEntryWrapper;
if (awrapper != null)
{
if (awrapper.Tag as MaterialTextureReference == null || awrapper.Tag as LMTM3AEntry == null || awrapper.Tag as ModelBoneEntry == null ||
awrapper.Tag as MaterialMaterialEntry == null || awrapper.Tag as ModelGroupEntry == null || awrapper.Tag as Mission == null ||
awrapper.Tag as EffectNode == null)
{
{
if (awrapper.Tag as string != null)
{
//Replaces the Term in the folder.
string FolderName = awrapper.Tag as string;
FolderName = FolderName.Replace(txtReplaceFind.Text, txtReplaceReplace.Text);
tno.Text = tno.Text.Replace(txtReplaceFind.Text, txtReplaceReplace.Text);
tno.Name = tno.Name.Replace(txtReplaceFind.Text, txtReplaceReplace.Text);
RenameCount++;
}
else
{
//Goes through the treenode to replace all the names of the node.
ArcEntry enty = new ArcEntry();
TextureEntry tenty = new TextureEntry();
ResourcePathListEntry lrpenty = new ResourcePathListEntry();
MSDEntry msdenty = new MSDEntry();
MaterialEntry matent = new MaterialEntry();
LMTEntry lmtenty = new LMTEntry();
ChainListEntry cstenty = new ChainListEntry();
ChainEntry chnenty = new ChainEntry();
ChainCollisionEntry cclentry = new ChainCollisionEntry();
ModelEntry mdlentry = new ModelEntry();
MissionEntry misenty = new MissionEntry();
GemEntry gementy = new GemEntry();
EffectListEntry eflenty = new EffectListEntry();
if (tno.Tag as ArcEntry != null)
{
enty = tno.Tag as ArcEntry;
enty.EntryName = enty.EntryName.Replace(txtReplaceFind.Text, txtReplaceReplace.Text);
enty.TrueName = enty.TrueName.Replace(txtReplaceFind.Text, txtReplaceReplace.Text);
enty.FileName = enty.FileName.Replace(txtReplaceFind.Text, txtReplaceReplace.Text);
tno.Tag = enty;
tno.Text = tno.Text.Replace(txtReplaceFind.Text, txtReplaceReplace.Text);
tno.Name = tno.Name.Replace(txtReplaceFind.Text, txtReplaceReplace.Text);
}
else if (tno.Tag as TextureEntry != null)
{
tenty = tno.Tag as TextureEntry;
tenty.EntryName = tenty.EntryName.Replace(txtReplaceFind.Text, txtReplaceReplace.Text);
tenty.TrueName = tenty.TrueName.Replace(txtReplaceFind.Text, txtReplaceReplace.Text);
tenty.FileName = tenty.FileName.Replace(txtReplaceFind.Text, txtReplaceReplace.Text);
tno.Tag = tenty;
tno.Text = tno.Text.Replace(txtReplaceFind.Text, txtReplaceReplace.Text);
tno.Name = tno.Name.Replace(txtReplaceFind.Text, txtReplaceReplace.Text);
}
else if (tno.Tag as ResourcePathListEntry != null)
{
lrpenty = tno.Tag as ResourcePathListEntry;
lrpenty.EntryName = lrpenty.EntryName.Replace(txtReplaceFind.Text, txtReplaceReplace.Text);
lrpenty.TrueName = lrpenty.TrueName.Replace(txtReplaceFind.Text, txtReplaceReplace.Text);
lrpenty.FileName = lrpenty.FileName.Replace(txtReplaceFind.Text, txtReplaceReplace.Text);
tno.Tag = lrpenty;
tno.Text = tno.Text.Replace(txtReplaceFind.Text, txtReplaceReplace.Text);
tno.Name = tno.Name.Replace(txtReplaceFind.Text, txtReplaceReplace.Text);
}
else if (tno.Tag as LMTEntry != null)
{
lmtenty = tno.Tag as LMTEntry;
lmtenty.EntryName = lmtenty.EntryName.Replace(txtReplaceFind.Text, txtReplaceReplace.Text);
lmtenty.TrueName = lmtenty.TrueName.Replace(txtReplaceFind.Text, txtReplaceReplace.Text);
lmtenty.FileName = lmtenty.FileName.Replace(txtReplaceFind.Text, txtReplaceReplace.Text);
tno.Tag = lmtenty;
tno.Text = tno.Text.Replace(txtReplaceFind.Text, txtReplaceReplace.Text);
tno.Name = tno.Name.Replace(txtReplaceFind.Text, txtReplaceReplace.Text);
}
else if (tno.Tag as MaterialEntry != null)
{
matent = tno.Tag as MaterialEntry;
matent.EntryName = matent.EntryName.Replace(txtReplaceFind.Text, txtReplaceReplace.Text);
matent.TrueName = matent.TrueName.Replace(txtReplaceFind.Text, txtReplaceReplace.Text);
matent.FileName = matent.FileName.Replace(txtReplaceFind.Text, txtReplaceReplace.Text);
tno.Tag = matent;
tno.Text = tno.Text.Replace(txtReplaceFind.Text, txtReplaceReplace.Text);
tno.Name = tno.Name.Replace(txtReplaceFind.Text, txtReplaceReplace.Text);
}
else if (tno.Tag as MSDEntry != null)
{
msdenty = tno.Tag as MSDEntry;
msdenty.EntryName = msdenty.EntryName.Replace(txtReplaceFind.Text, txtReplaceReplace.Text);
msdenty.TrueName = msdenty.TrueName.Replace(txtReplaceFind.Text, txtReplaceReplace.Text);
msdenty.FileName = msdenty.FileName.Replace(txtReplaceFind.Text, txtReplaceReplace.Text);
tno.Tag = msdenty;
tno.Text = tno.Text.Replace(txtReplaceFind.Text, txtReplaceReplace.Text);
tno.Name = tno.Name.Replace(txtReplaceFind.Text, txtReplaceReplace.Text);
}
else if (tno.Tag as ChainListEntry != null)
{
cstenty = tno.Tag as ChainListEntry;
cstenty.EntryName = cstenty.EntryName.Replace(txtReplaceFind.Text, txtReplaceReplace.Text);
cstenty.TrueName = cstenty.TrueName.Replace(txtReplaceFind.Text, txtReplaceReplace.Text);
cstenty.FileName = cstenty.FileName.Replace(txtReplaceFind.Text, txtReplaceReplace.Text);
tno.Tag = cstenty;
tno.Text = tno.Text.Replace(txtReplaceFind.Text, txtReplaceReplace.Text);
tno.Name = tno.Name.Replace(txtReplaceFind.Text, txtReplaceReplace.Text);
}
else if (tno.Tag as ChainEntry != null)
{
chnenty = tno.Tag as ChainEntry;
chnenty.EntryName = chnenty.EntryName.Replace(txtReplaceFind.Text, txtReplaceReplace.Text);
chnenty.TrueName = chnenty.TrueName.Replace(txtReplaceFind.Text, txtReplaceReplace.Text);
chnenty.FileName = chnenty.FileName.Replace(txtReplaceFind.Text, txtReplaceReplace.Text);
tno.Tag = chnenty;
tno.Text = tno.Text.Replace(txtReplaceFind.Text, txtReplaceReplace.Text);
tno.Name = tno.Name.Replace(txtReplaceFind.Text, txtReplaceReplace.Text);
}
else if (tno.Tag as ChainCollisionEntry != null)
{
cclentry = tno.Tag as ChainCollisionEntry;
cclentry.EntryName = cclentry.EntryName.Replace(txtReplaceFind.Text, txtReplaceReplace.Text);
cclentry.TrueName = cclentry.TrueName.Replace(txtReplaceFind.Text, txtReplaceReplace.Text);
cclentry.FileName = cclentry.FileName.Replace(txtReplaceFind.Text, txtReplaceReplace.Text);
tno.Tag = cclentry;
tno.Text = tno.Text.Replace(txtReplaceFind.Text, txtReplaceReplace.Text);
tno.Name = tno.Name.Replace(txtReplaceFind.Text, txtReplaceReplace.Text);
}
else if (tno.Tag as ModelEntry != null)
{
mdlentry = tno.Tag as ModelEntry;
mdlentry.EntryName = mdlentry.EntryName.Replace(txtReplaceFind.Text, txtReplaceReplace.Text);
mdlentry.TrueName = mdlentry.TrueName.Replace(txtReplaceFind.Text, txtReplaceReplace.Text);
mdlentry.FileName = mdlentry.FileName.Replace(txtReplaceFind.Text, txtReplaceReplace.Text);
tno.Tag = mdlentry;
tno.Text = tno.Text.Replace(txtReplaceFind.Text, txtReplaceReplace.Text);
tno.Name = tno.Name.Replace(txtReplaceFind.Text, txtReplaceReplace.Text);
}
else if (tno.Tag as MissionEntry != null)
{
misenty = tno.Tag as MissionEntry;
misenty.EntryName = misenty.EntryName.Replace(txtReplaceFind.Text, txtReplaceReplace.Text);
misenty.TrueName = misenty.TrueName.Replace(txtReplaceFind.Text, txtReplaceReplace.Text);
misenty.FileName = misenty.FileName.Replace(txtReplaceFind.Text, txtReplaceReplace.Text);
tno.Tag = misenty;
tno.Text = tno.Text.Replace(txtReplaceFind.Text, txtReplaceReplace.Text);
tno.Name = tno.Name.Replace(txtReplaceFind.Text, txtReplaceReplace.Text);
}
else if (tno.Tag as GemEntry != null)
{
gementy = tno.Tag as GemEntry;
gementy.EntryName = gementy.EntryName.Replace(txtReplaceFind.Text, txtReplaceReplace.Text);
gementy.TrueName = gementy.TrueName.Replace(txtReplaceFind.Text, txtReplaceReplace.Text);
gementy.FileName = gementy.FileName.Replace(txtReplaceFind.Text, txtReplaceReplace.Text);
tno.Tag = gementy;
tno.Text = tno.Text.Replace(txtReplaceFind.Text, txtReplaceReplace.Text);
tno.Name = tno.Name.Replace(txtReplaceFind.Text, txtReplaceReplace.Text);
}
else if (tno.Tag as EffectListEntry != null)
{
eflenty = tno.Tag as EffectListEntry;
eflenty.EntryName = eflenty.EntryName.Replace(txtReplaceFind.Text, txtReplaceReplace.Text);
eflenty.TrueName = eflenty.TrueName.Replace(txtReplaceFind.Text, txtReplaceReplace.Text);
eflenty.FileName = eflenty.FileName.Replace(txtReplaceFind.Text, txtReplaceReplace.Text);
tno.Tag = eflenty;
tno.Text = tno.Text.Replace(txtReplaceFind.Text, txtReplaceReplace.Text);
tno.Name = tno.Name.Replace(txtReplaceFind.Text, txtReplaceReplace.Text);
}
RenameCount++;
}
}
}
}
if (tno.Tag as string != null && tno.Tag as string == "Folder")
{
//Replaces the Term in the folder.
string FolderName = tno.Text as string;
FolderName = FolderName.Replace(txtReplaceFind.Text, txtReplaceReplace.Text);
tno.Text = tno.Text.Replace(txtReplaceFind.Text, txtReplaceReplace.Text);
tno.Name = tno.Name.Replace(txtReplaceFind.Text, txtReplaceReplace.Text);
RenameCount++;
}
}
Mainfrm.TreeSource.Update();
Mainfrm.TreeSource.EndUpdate();
MessageBox.Show("Replaced " + txtReplaceFind.Text + " with " + txtReplaceReplace.Text + " in " + RenameCount + " file and folder names.");
Mainfrm.OpenFileModified = true;
RenameCount = 0;
}
else
{
if (Mainfrm.TreeSource.SelectedNode.Tag is ResourcePathListEntry)
{
//Gets the text, then replaces every instance of the search term with the new term.
string text = Mainfrm.txtRPList.Text;
text = text.Replace(txtReplaceFind.Text, txtReplaceReplace.Text);
Mainfrm.txtRPList.Text = text;
}
else if (Mainfrm.TreeSource.SelectedNode.Tag is MaterialEntry)
{
TreeNodeCollection TNoCollection = Mainfrm.TreeSource.SelectedNode.Nodes;
foreach (TreeNode node in TNoCollection)
{
if (node.Tag as string != null)
{
if (node.Text as string == "Textures")
{
Mainfrm.TreeSource.SelectedNode = node;
break;
}
}
}
TNoCollection = Mainfrm.TreeSource.SelectedNode.Nodes;
Mainfrm.TreeSource.BeginUpdate();
foreach (TreeNode node in TNoCollection)
{
string Namer = node.Name as string;
node.Text = node.Text.Replace(txtReplaceFind.Text, txtReplaceReplace.Text);
Namer = Namer.Replace(txtReplaceFind.Text, txtReplaceReplace.Text);
node.Name = Namer;
}
Mainfrm.TreeSource.SelectedNode = Mainfrm.TreeSource.SelectedNode.Parent;
//Now to update the Material file with all these, Whether they're changed or not.
TreeNode Parentnode = Mainfrm.TreeSource.SelectedNode;
MaterialEntry ParentMateial = Parentnode.Tag as MaterialEntry;
MaterialTextureReference texref = new MaterialTextureReference();
string TermToInject = "";
//int count = 0;
for (int i = 0; i < TNoCollection.Count; i++)
{
texref = TNoCollection[i].Tag as MaterialTextureReference;
TermToInject = TNoCollection[i].Text;
//Now for the actual file update.
List <byte> NameToInject = new List <byte>();
NameToInject.AddRange(Encoding.ASCII.GetBytes(TermToInject));
int OffsetToUse;
OffsetToUse = 64 + (88 * (texref.Index - 1));
byte[] NewName = new byte[64];
Array.Copy(NameToInject.ToArray(), 0, NewName, 0, NameToInject.ToArray().Length);
Array.Copy(NewName, 0, ParentMateial.UncompressedData, OffsetToUse, NewName.Length);
ParentMateial.CompressedData = Zlibber.Compressor(ParentMateial.UncompressedData);
}
Mainfrm.TreeSource.SelectedNode.Tag = ParentMateial;
Mainfrm.OpenFileModified = true;
Mainfrm.TreeSource.Update();
Mainfrm.TreeSource.EndUpdate();
}
}
}
public static ArcFile LoadArc(TreeView tree, string filename, List<string> foldernames, bool IsBigEndian, bool Verifier = false,Type filetype = null, int arcsize = -1)
{
ArcFile arcfile = new ArcFile();
byte[] Bytes = File.ReadAllBytes(filename);
using (BinaryReader br = new BinaryReader(File.Open(filename, FileMode.Open)))
{
arcsize = Bytes.Length;
int Totalsize = arcsize;
arcfile.FileLength = arcsize;
arcfile.Tempname = filename;
br.BaseStream.Position = 0;
byte[] HeaderMagic = br.ReadBytes(4);
//Checks file signature/Endianess.
if (HeaderMagic[0] == 0x00 && HeaderMagic[1] == 0x43 && HeaderMagic[2] == 0x52 && HeaderMagic[3] == 0x41)
{
/*
MessageBox.Show("This .arc file is not in the kind of endian I can deal with right now, so these will be in read only.\nDon't expect save to work... or for the program to be stable", "Just so you know....");
IsBigEndian = true;
arcfile.HeaderMagic = HeaderMagic;
arcfile.MaterialCount = 0;
arcfile.arctable = new List<ArcEntry>();
arcfile.arcfiles = new List<object>();
arcfile.FileList = new List<string>();
arcfile.TypeHashes = new List<string>();
br.BaseStream.Position = 4;
var data = br.ReadBytes(2);
Array.Reverse(data);
arcfile.UnknownFlag = br.ReadByte();
return arcfile;
*/
MessageBox.Show("This .arc file is not in the kind of endian I can deal with right now. Closing.", "Just so you know....");
br.Close();
return null;
}
if (HeaderMagic[0] != 0x41 && HeaderMagic[1] != 0x52 && HeaderMagic[2] != 0x43 && HeaderMagic[3] != 0x00)
{
MessageBox.Show("This .arc file is either not the correct kind or is not properly extracted, so I'm closing it.", "Oh dear");
br.Close();
return null;
}
#region PC Arc
IsBigEndian = false;
arcfile.HeaderMagic = HeaderMagic;
arcfile.MaterialCount = 0;
arcfile.arctable = new List<ArcEntry>();
arcfile.arcfiles = new List<object>();
arcfile.FileList = new List<string>();
arcfile.TypeHashes = new List<string>();
br.BaseStream.Position = 4;
arcfile.UnknownFlag = br.ReadByte();
br.BaseStream.Position = 6;
arcfile.FileCount = BitConverter.ToInt16((br.ReadBytes(2)), 0);
arcfile.Version = arcfile.UnknownFlag;
List<String> filenames = new List<String>();
List<string> subdref = new List<string>();
foldernames = subdref;
//byte[] BytesTemp;
//BytesTemp = new byte[] { };
List<byte> BytesTemp = new List<byte>();
byte[] HTTemp = new byte[] { };
int j = 8;
int l = 64;
int m = 80;
int n = 4;
//Iterates through the header/first part of the arc to get all the filenames and occupy the filename list.
for (int i = 0; i < arcfile.FileCount; i++)
{
BytesTemp.Clear();
BytesTemp.TrimExcess();
j = 8 + (m * i);
//Copies the specified range to isolate the bytes containing a filename.
br.BaseStream.Position = j;
BytesTemp.AddRange(br.ReadBytes(l));
BytesTemp.RemoveAll(ByteUtilitarian.IsZeroByte);
filenames.Add(ByteUtilitarian.BytesToStringL(BytesTemp));
//For The Typehashes.
n = 72 + (m * i);
br.BaseStream.Position = n;
HTTemp = br.ReadBytes(4);
Array.Reverse(HTTemp);
arcfile.TypeHashes.Add(ByteUtilitarian.HashBytesToString(HTTemp));
}
//Fills in each file as an ArcEntry or TextureEntry as needed.
j = 8;
int IDCounter = 0;
for (int i = 0; i < arcfile.FileCount; i++)
{
j = 8 + (80 * i);
switch (arcfile.TypeHashes[i])
{
//Texture Files.
case "241F5DEB":
TextureEntry newtexen = TextureEntry.FillTexEntry(filename, foldernames, tree, br, j, IDCounter);
arcfile.arcfiles.Add(newtexen);
arcfile.FileList.Add(newtexen.EntryName);
foldernames.Clear();
IDCounter++;
break;
//Resource Path Lists.
case "357EF6D4":
ResourcePathListEntry newplen = ResourcePathListEntry.FillRPLEntry(filename, foldernames, tree, br, j, IDCounter);
arcfile.arcfiles.Add(newplen);
arcfile.FileList.Add(newplen.EntryName);
foldernames.Clear();
IDCounter++;
break;
//Materials. Incomplete.
case "2749C8A8":
MaterialEntry Maten = MaterialEntry.FillMatEntry(filename, foldernames, tree, br, j, IDCounter);
arcfile.arcfiles.Add(Maten);
arcfile.FileList.Add(Maten.EntryName);
foldernames.Clear();
IDCounter++;
arcfile.MaterialCount++;
break;
//LMT Files.
case "76820D81":
LMTEntry LMTen = LMTEntry.FillLMTEntry(filename, foldernames, tree, br, j, IDCounter);
arcfile.arcfiles.Add(LMTen);
arcfile.FileList.Add(LMTen.EntryName);
foldernames.Clear();
IDCounter++;
break;
//MSD Files.
case "5B55F5B1":
MSDEntry newmsden = MSDEntry.FillMSDEntry(filename, foldernames, tree, br, Bytes, j, IDCounter);
arcfile.arcfiles.Add(newmsden);
arcfile.FileList.Add(newmsden.EntryName);
foldernames.Clear();
IDCounter++;
break;
//CST Files.
case "326F732E":
ChainListEntry CSTen = ChainListEntry.FillCSTEntry(filename, foldernames, tree, br, j, IDCounter);
arcfile.arcfiles.Add(CSTen);
arcfile.FileList.Add(CSTen.EntryName);
foldernames.Clear();
IDCounter++;
break;
//CHN Files.
case "3E363245":
ChainEntry CHNen = ChainEntry.FillChainEntry(filename, foldernames, tree, br, j, IDCounter);
arcfile.arcfiles.Add(CHNen);
arcfile.FileList.Add(CHNen.EntryName);
foldernames.Clear();
IDCounter++;
break;
//CCL Files.
case "0026E7FF":
ChainCollisionEntry CCLen = ChainCollisionEntry.FillChainCollEntry(filename, foldernames, tree, br, j, IDCounter);
arcfile.arcfiles.Add(CCLen);
arcfile.FileList.Add(CCLen.EntryName);
foldernames.Clear();
IDCounter++;
break;
//MOD Files.
case "58A15856":
ModelEntry MODen = ModelEntry.FillModelEntry(filename, foldernames, tree, br, j, IDCounter);
arcfile.arcfiles.Add(MODen);
arcfile.FileList.Add(MODen.EntryName);
foldernames.Clear();
IDCounter++;
break;
case "361EA2A5":
MissionEntry MISen = MissionEntry.FillMissionEntry(filename, foldernames, tree, br, j, IDCounter);
arcfile.arcfiles.Add(MISen);
arcfile.FileList.Add(MISen.EntryName);
foldernames.Clear();
IDCounter++;
break;
//Gem Files.
case "448BBDD4":
GemEntry GEMen = GemEntry.FillGEMEntry(filename, foldernames, tree, br, j, IDCounter);
arcfile.arcfiles.Add(GEMen);
arcfile.FileList.Add(GEMen.EntryName);
foldernames.Clear();
IDCounter++;
break;
//EFL Files.
case "6D5AE854":
EffectListEntry EFLen = EffectListEntry.FillEFLEntry(filename, foldernames, tree, br, j, IDCounter);
arcfile.arcfiles.Add(EFLen);
arcfile.FileList.Add(EFLen.EntryName);
foldernames.Clear();
IDCounter++;
break;
//New Formats go like this!
/*
case "********":
*****Entry ****en = *****Entry.Fill*****Entry(filename, foldernames, tree, br, j, IDCounter);
arcfile.arcfiles.Add(*****en);
arcfile.FileList.Add(*****.EntryName);
foldernames.Clear();
IDCounter++;
break;
*/
default:
//Everything not listed above.
ArcEntry newentry = ArcEntry.FillArcEntry(filename, foldernames, tree, br, j, IDCounter);
arcfile.arcfiles.Add(newentry);
arcfile.FileList.Add(newentry.EntryName);
foldernames.Clear();
IDCounter++;
break;
}
}
arcfile._FileAmount = Convert.ToUInt16(IDCounter);
br.Close();
}
return arcfile;
#endregion
}
public static EffectNode BuildEffect(EffectNode Effect, int ID, BinaryReader bnr, EffectListEntry efl, int PrevOffset)
{
int OffsetTemp = 0;
int Temp = 0;
Temp = bnr.ReadInt32();
ASCIIEncoding ascii = new ASCIIEncoding();
int OffTemp;
Effect.Fields = new List <Field>();
Effect.FieldTextOffsets = new List <int>();
Effect.FXTXNameRefs = new List <EffectFieldTextureRefernce>();
Field fld = new Field();
fld.FileRef = new List <string>();
fld.OffsetType = Temp;
fld.Offset = Temp >> 8;
fld.Type = Temp & 0xFF;
OffsetTemp = Convert.ToInt32(bnr.BaseStream.Position);
fld.EntryType = ID;
//string TempStr = "";
byte[] PLName = new byte[] { };
byte[] PTHName = new byte[] { };
if (fld.Offset != 0)
{
bnr.BaseStream.Position = (fld.Offset + 0x30);
fld.FieldBuffer = new List <Buffer>();
Buffer buffer = new Buffer();
buffer.Offsets = new List <int>();
string Teme = "";
bnr.BaseStream.Position = fld.Offset + 0x30 + 0x70;
EffectFieldTextureRefernce FXTRef = new EffectFieldTextureRefernce();
OffTemp = Convert.ToInt32(bnr.BaseStream.Position);
buffer.Offsets.Add(OffTemp);
Effect.FieldTextOffsets.Add(OffTemp);
FXTRef.Offset = OffTemp;
PLName = efl.UncompressedData.Skip(Convert.ToInt32(bnr.BaseStream.Position)).Take(64).Where(x => x != 0x00).ToArray();
Teme = ascii.GetString(PLName);
FXTRef.TextureName = Teme;
fld.FileRef.Add(Teme);
OffTemp = 0;
Effect.FXTXNameRefs.Add(FXTRef);
bnr.BaseStream.Position = bnr.BaseStream.Position + 0x40;
EffectFieldTextureRefernce FXTRefTwo = new EffectFieldTextureRefernce();
OffTemp = Convert.ToInt32(bnr.BaseStream.Position);
Effect.FieldTextOffsets.Add(OffTemp);
FXTRefTwo.Offset = OffTemp;
PLName = efl.UncompressedData.Skip(Convert.ToInt32(bnr.BaseStream.Position)).Take(64).Where(x => x != 0x00).ToArray();
Teme = ascii.GetString(PLName);
FXTRefTwo.TextureName = Teme;
fld.FileRef.Add(Teme);
OffTemp = 0;
Effect.FXTXNameRefs.Add(FXTRefTwo);
bnr.BaseStream.Position = bnr.BaseStream.Position + 0x40;
EffectFieldTextureRefernce FXTRefThree = new EffectFieldTextureRefernce();
OffTemp = Convert.ToInt32(bnr.BaseStream.Position);
Effect.FieldTextOffsets.Add(OffTemp);
FXTRefThree.Offset = OffTemp;
PLName = efl.UncompressedData.Skip(Convert.ToInt32(bnr.BaseStream.Position)).Take(64).Where(x => x != 0x00).ToArray();
Teme = ascii.GetString(PLName);
FXTRefThree.TextureName = Teme;
fld.FileRef.Add(Teme);
OffTemp = 0;
Effect.FXTXNameRefs.Add(FXTRefThree);
bnr.BaseStream.Position = bnr.BaseStream.Position + 0x40;
EffectFieldTextureRefernce FXTRefFour = new EffectFieldTextureRefernce();
OffTemp = Convert.ToInt32(bnr.BaseStream.Position);
Effect.FieldTextOffsets.Add(OffTemp);
FXTRefFour.Offset = OffTemp;
PLName = efl.UncompressedData.Skip(Convert.ToInt32(bnr.BaseStream.Position)).Take(64).Where(x => x != 0x00).ToArray();
Teme = ascii.GetString(PLName);
FXTRefFour.TextureName = Teme;
fld.FileRef.Add(Teme);
Effect.Fields.Add(fld);
Effect.FXTXNameRefs.Add(FXTRefFour);
/*
* switch (fld.EntryType)
* {
*
* case 0:
* //Effect.Fields.Add(fld);
* break;
*
* case 1:
*
* bnr.BaseStream.Position = fld.Offset + 0x30 + 0x70;
* EffectFieldTextureRefernce FXTRef = new EffectFieldTextureRefernce();
* OffTemp = Convert.ToInt32(bnr.BaseStream.Position);
* buffer.Offsets.Add(OffTemp);
* Effect.FieldTextOffsets.Add(OffTemp);
* FXTRef.Offset = OffTemp;
* PLName = efl.UncompressedData.Skip(Convert.ToInt32(bnr.BaseStream.Position)).Take(64).Where(x => x != 0x00).ToArray();
* Teme = ascii.GetString(PLName);
* FXTRef.TextureName = Teme;
* fld.FileRef.Add(Teme);
* OffTemp = 0;
* Effect.FXTXNameRefs.Add(FXTRef);
*
* bnr.BaseStream.Position = bnr.BaseStream.Position + 0x40;
* EffectFieldTextureRefernce FXTRefTwo = new EffectFieldTextureRefernce();
*
* OffTemp = Convert.ToInt32(bnr.BaseStream.Position);
* Effect.FieldTextOffsets.Add(OffTemp);
* FXTRefTwo.Offset = OffTemp;
* PLName = efl.UncompressedData.Skip(Convert.ToInt32(bnr.BaseStream.Position)).Take(64).Where(x => x != 0x00).ToArray();
* Teme = ascii.GetString(PLName);
* FXTRefTwo.TextureName = Teme;
* fld.FileRef.Add(Teme);
* OffTemp = 0;
* Effect.FXTXNameRefs.Add(FXTRefTwo);
*
*
* bnr.BaseStream.Position = bnr.BaseStream.Position + 0x40;
* EffectFieldTextureRefernce FXTRefThree = new EffectFieldTextureRefernce();
* OffTemp = Convert.ToInt32(bnr.BaseStream.Position);
* Effect.FieldTextOffsets.Add(OffTemp);
* FXTRefThree.Offset = OffTemp;
* PLName = efl.UncompressedData.Skip(Convert.ToInt32(bnr.BaseStream.Position)).Take(64).Where(x => x != 0x00).ToArray();
* Teme = ascii.GetString(PLName);
* FXTRefThree.TextureName = Teme;
* fld.FileRef.Add(Teme);
* OffTemp = 0;
* Effect.FXTXNameRefs.Add(FXTRefThree);
*
*
* bnr.BaseStream.Position = bnr.BaseStream.Position + 0x40;
* EffectFieldTextureRefernce FXTRefFour = new EffectFieldTextureRefernce();
* OffTemp = Convert.ToInt32(bnr.BaseStream.Position);
* Effect.FieldTextOffsets.Add(OffTemp);
* FXTRefFour.Offset = OffTemp;
* PLName = efl.UncompressedData.Skip(Convert.ToInt32(bnr.BaseStream.Position)).Take(64).Where(x => x != 0x00).ToArray();
* Teme = ascii.GetString(PLName);
* FXTRefFour.TextureName = Teme;
* fld.FileRef.Add(Teme);
* Effect.Fields.Add(fld);
*
* Effect.FXTXNameRefs.Add(FXTRefFour);
*
* break;
*
* case 2:
* //Effect.Fields.Add(fld);
*
* break;
*
* default:
* //Effect.Fields.Add(fld);
*
* break;
* }
*/
}
return(Effect);
}