private void LoadBipedPreview(TagFileName tfn)
{
TagBase tagdata = new TagBase();
tagdata.LoadTagBuffer(tfn);
BinaryReader br = new BinaryReader(tagdata.Stream);
Biped obj = new Biped();
obj.Read(br);
obj.ReadChildData(br);
LoadModelTag(new TagFileName(obj.ObjectValues.Model.Value, "mod2", tfn.Version));
LoadAnimationTag(new TagFileName(obj.ObjectValues.AnimationGraph.Value, "antr", tfn.Version));
}
static public void LoadScenario(TagFileName tfn)
{
if (tfn.Version == MapfileVersion.XHALO2)
{
}
else
{
m_ScenarioData = new TagBase();
m_ScenarioData.LoadTagBuffer(tfn);
BinaryReader br = new BinaryReader(m_ScenarioData.Stream);
m_ScenarioTag = new Scenario();
m_ScenarioTag.Read(br);
m_ScenarioTag.ReadChildData(br);
MapSpawnEditor.LoadHalo1Scenario(m_ScenarioTag, m_ScenarioData);
Menus.UpdateMenuLists(m_ScenarioTag);
}
}
private TagFileName GetDecalBitmap(TagFileName tfn)
{
TagFileName bitmap_name = null;
if (tfn.Exists)
{
TagBase tagdata = new TagBase();
tagdata.LoadTagBuffer(tfn);
BinaryReader br = new BinaryReader(tagdata.Stream);
Decal obj = new Decal();
obj.Read(br);
obj.ReadChildData(br);
bitmap_name = new TagFileName(obj.DecalValues.Map.Value, "bitm", tfn.Version);
//model_name = new TagFileName(obj.ObjectValues.Model.Value, "mod2", tfn.Version);
}
return(bitmap_name);
}
private void btnTestTagEditorGUI_Click(object sender, EventArgs e)
{
try
{
OpenFileDialog ofd = new OpenFileDialog();
// Load the XML Tag Definition
//ofd.Filter = "Antenna Tag Definition|antenna.xml";
ofd.Filter = "XML Tag Definition|*.xml";
if (ofd.ShowDialog() == DialogResult.Cancel)
{
return;
}
string tdfFilename = ofd.FileName;
XmlDocument tagDefinition = new XmlDocument();
tagDefinition.Load(tdfFilename);
// Load the tag data
string tagDataFilename = @"vehicles\warthog\warthog antenna.antenna";
TagFileName testTagFileName = new TagFileName(
tagDataFilename, MapfileVersion.HALOPC, TagSource.Archive);
TagBase testTag = new TagBase();
testTag.LoadTagBuffer(testTagFileName);
BinaryReader br = new BinaryReader(testTag.Stream);
Antenna antenna = new Antenna();
antenna.Read(br);
antenna.ReadChildData(br);
Form test = new Form();
test.Size = new Size(640, 480);
TagEditorControl tagEditor = new TagEditorControl();
tagEditor.Dock = DockStyle.Top;
tagEditor.Create(tagDefinition, antenna);
test.Controls.Add(tagEditor);
test.ShowDialog();
}
catch (Exception ex)
{
MessageBox.Show(ex.Message + "\r\n" + ex.StackTrace);
}
}
public DependencyBuilder(TagFileName tagFile)
{
// Load the proper tag definition.
XmlDocument tagDefinition = TagDefinitionManager.GetTagDefinitionByName(tagFile.FileExtension);
// Load the tag data
TagBase tag = new TagBase();
tag.LoadTagBuffer(tagFile);
BinaryReader br = new BinaryReader(tag.Stream);
// Create the appropriate type.
XmlNode nameNode = tagDefinition.SelectSingleNode("//name");
string tagTypeString = "TagLibrary.Halo1." + nameNode.InnerText;
Assembly a = Assembly.GetAssembly(typeof(IField));
IBlock tagBlock = (a.CreateInstance(tagTypeString) as IBlock);
tagBlock.Read(br);
tagBlock.ReadChildData(br);
Dependencies = ProcessDependencies(tagBlock);
}
public void DoProcessMeta(ref TSFReader sr, MemoryStream FI, ref FileStream FO, ref FileStream VertsFile, ref FileStream IndFile, ref FileStream BSPFile, uint Count, string[] IndexStrings, StructInfo Info)
{
TabReplace += (char)TabByte;
Name = sr.GetUName(); //CMD[2];
Size = sr.GetSOC();
TagBuff = new byte[Size * Count];
FI.Read(TagBuff, 0, TagBuff.Length);
//FixIntPosition(ref FO);
long StructPosition = FO.Position;
FO.Write(TagBuff, 0, TagBuff.Length);
uint StartOfStruct = sr.Position;
uint sc = 0;
bool ExitStruct = false;
do
{
do
{
//InLine = sr.Read();
//CMD = InLine.Replace(TabReplace,"").ToLower().Trim().Split(new char[]{' '},256);
sr.Read();
switch (sr.GetCMD())
{
case TSFReader.TSFStruct: // "struct":
uint ChildCount = GetUInt(TagBuff, (uint)(sr.GetOIP() + (sc * Size)));
if (ChildCount != 0)
{
PCMeta Child = new PCMeta();
PutUInt(ref TagBuff, (uint)(sr.GetOIP() + 4 + (sc * Size)), (uint)(FO.Position + Info.TagMagic));
Child.DoProcessMeta(ref sr, FI, ref FO, ref VertsFile, ref IndFile, ref BSPFile, ChildCount, IndexStrings, Info);
FixIntPosition(ref FO);
}
else
{
sr.SeekAheadTo(0xA7, sr.GetUName());
//sr.SeekAheadTo("end " + CMD[2]);
//sr.Seek(sr.Position + 1);
}
break;
case TSFReader.TSFBSPTagRef: // "bspstagref":
case TSFReader.TSFTagRef: // "tagref":
uint tStringSize = 0;
GetUInt(TagBuff, (uint)(sr.GetOIP() + (sc * Size)) + 0x08, ref tStringSize);
if (tStringSize != 0x00)
{
PutUInt(ref TagBuff, (uint)(sr.GetOIP() + (sc * Size)) + 0x04, 0x00000000);
PutUInt(ref TagBuff, (uint)(sr.GetOIP() + (sc * Size)) + 0x08, 0x00000000);
uint TagClass = GetUInt(TagBuff, (uint)(sr.GetOIP() + (sc * Size)));
string TagClassString = GetTagClassRev(BitConverter.GetBytes(TagClass), 0);
byte[] tmpStr = new byte[tStringSize + 1];
FI.Read(tmpStr, 0, tmpStr.Length);
string tag = ReadString(tmpStr, 0);
int t = 0;
//string[] test;
bool con = false;
do
{
string[] test = Info.Items[t].NameString.Split(new char[] { '.' }, 256); //IndexStrings[t].Split(new char[]{'.'},256);
string testClass = GetTagClassRev(BitConverter.GetBytes(Info.Items[t].TagClass1), 0);
if (testClass == TagClassString && test[0] == tag)
{
con = true;
}
else
{
t += 1;
}
}while (con == false); // testClass != TagClass);
PutUInt(ref TagBuff, (uint)(sr.GetOIP() + (sc * Size)) + 0x04, Info.Items[t].StringOffset);
PutUShort(ref TagBuff, (uint)(sr.GetOIP() + (sc * Size)) + 0x0C, (ushort)Info.Items[t].IndexID1);
PutUShort(ref TagBuff, (uint)(sr.GetOIP() + (sc * Size)) + 0x0E, (ushort)Info.Items[t].IndexID2);
if (Name == 0x0468)
{
uint SaveTagMagic = Info.TagMagic;
byte[] BspHeader = new byte[0x18];
PutUInt(ref TagBuff, 0x00 + (sc * Size), (uint)(0x800 + BSPFile.Position));
uint CurrentPosition = (uint)BSPFile.Position;
Info.CurrentOffset = (uint)BSPFile.Position;
MTSFReader mr = new MTSFReader();
mr.MTSFRead("Core.Compiler.HALO_PC_SET.MTSF");
TSFReader tmpSTSF = new TSFReader();
//SwapInt(TagClasses,0);
tmpSTSF.TSF(ref mr, 0x70736273); // 73627370);
//MAG tmpsr = new MAG(Info.StructurePath + "sbsp.mag");
//FileInfo BspMetaFile_info = new FileInfo(Info.TagsPath + tag + "." + tmpSTSF.Name);
//FileStream BspMetaFile;
//BspMetaFile = BspMetaFile_info.Open(FileMode.Open,FileAccess.Read);
//BspMetaFile.Seek(0x40,SeekOrigin.Begin);
TagFileName tfnTAG = new TagFileName(tag + "." + tmpSTSF.Name, MapfileVersion.HALOPC);
TagBase tbTAG = new TagBase();
tbTAG.LoadTagBuffer(tfnTAG);
string[] gh;
int tt = -1;
do
{
tt += 1;
}while((tag + "." + tmpSTSF.Name) != Info.Items[tt].NameString);
uint BSPFileSize = (0x800 - ((uint)(Info.Items[tt].MetaSize) % 0x800));
BSPFileSize += (uint)(Info.Items[tt].MetaSize);
uint tmpMagic = (uint)(0x41B40000 - BSPFileSize);
Info.TagMagic = tmpMagic;
PutUInt(ref TagBuff, 0x08 + (sc * Size), tmpMagic);
PutUInt(ref BspHeader, 0x00 + (sc * Size), 0x18 + tmpMagic);
PutUInt(ref BspHeader, 0x14 + (sc * Size), 0x73627370);
BSPFile.Write(BspHeader, 0, BspHeader.Length);
PCMeta BspMeta = new PCMeta();
BspMeta.DoProcessMeta(ref tmpSTSF, tbTAG.Stream, ref BSPFile, ref VertsFile, ref IndFile, ref BSPFile, 1, IndexStrings, Info);
FixIntPosition2K(ref BSPFile);
PutUInt(ref TagBuff, 0x04 + (sc * Size), (uint)(CurrentPosition + BSPFile.Position));
//BspMetaFile.Close();
tbTAG = null;
Info.TagMagic = SaveTagMagic;
int a = 0;
}
}
break;
case TSFReader.TSFInternalRaw: // "internalraw":
uint RawSize = GetUInt(TagBuff, (uint)(sr.GetOIP() + (sc * Size))); //Compile Mag.Map
if (RawSize == 0)
{
break;
}
uint RawOffset = GetUInt(TagBuff, (uint)(sr.GetOIP() + 0x0c + (sc * Size))); //Tag Text
PutUInt(ref TagBuff, (uint)(sr.GetOIP()) + 0x0c + (sc * Size), ((uint)FO.Position + Info.TagMagic));
byte[] tmp = new byte[RawSize];
FI.Read(tmp, 0, tmp.Length);
FO.Write(tmp, 0, tmp.Length);
FixIntPosition(ref FO);
tmp = null;
break;
case TSFReader.TSFBitmapRaw: // "bitmapraw":
uint TiffSize = 0; GetUInt(TagBuff, 0x1C, ref TiffSize);
byte[] TiffBuffer = new byte[TiffSize];
FI.Read(TiffBuffer, 0, TiffBuffer.Length);
uint BitmapSize = GetUInt(TagBuff, 0x30);
TiffBuffer = new byte[BitmapSize];
FI.Read(TiffBuffer, 0, TiffBuffer.Length);
TiffBuffer = null;
break;
case TSFReader.TSFModelData: // "modeldata":
long SaveMapFilePos = (uint)FI.Position;
uint TrueVerticesSize = (GetUInt(TagBuff, (uint)(88 + (sc * Size)))) * 68;
uint TrueIndicesSize = (((GetUInt(TagBuff, (uint)(72 + (sc * Size)))) / 3) + 1) * 6;
uint NewIndicesDataSize = (GetUInt(TagBuff, (uint)(72 + (sc * Size))) / 3) + 1;
byte[] RawModelBuffer = new byte[TrueVerticesSize];
FI.Read(RawModelBuffer, 0, RawModelBuffer.Length);
PutUInt(ref TagBuff, (uint)(0x64 + (sc * Size)), (uint)VertsFile.Position);
PutUInt(ref TagBuff, (uint)(0x4C + (sc * Size)), (uint)IndFile.Position);
PutUInt(ref TagBuff, (uint)(0x50 + (sc * Size)), (uint)IndFile.Position);
VertsFile.Write(RawModelBuffer, 0, RawModelBuffer.Length);
RawModelBuffer = new byte[TrueIndicesSize];
FI.Read(RawModelBuffer, 0, RawModelBuffer.Length);
IndFile.Write(RawModelBuffer, 0, RawModelBuffer.Length);
byte[] TestBuffer = new byte[6];
FI.Read(TestBuffer, 0, 6);
if (TestBuffer[4] == 0xff)
{
IndFile.Write(TestBuffer, 0, TestBuffer.Length);
}
else
{
FI.Seek(FI.Position - 6, SeekOrigin.Begin);
}
FixIntPosition(ref IndFile);
break;
case TSFReader.TSFBSPModel: // "bspmodel":
uint UnCompressedVerts = sr.GetOIP();
uint CompressedVerts = sr.GetSOC();
uint UnCompressedVertsOffset = sr.GetOIP();
//uint VertsOffset = GetUInt(TagBuff,CompressedVerts);
uint TrueVertCount = GetUInt(TagBuff, 180 + (sc * Size));
uint TrueLightMapDataCount = GetUInt(TagBuff, 200 + (sc * Size));
uint UnCompressedLightMapData = (TrueLightMapDataCount * 20);
uint CompressedLightMapData = (TrueLightMapDataCount * 8);
UnCompressedVerts = (TrueVertCount * 56);
CompressedVerts = (TrueVertCount * 32);
byte[] BspVertsUnCompressed = new byte[UnCompressedVerts];
FI.Read(BspVertsUnCompressed, 0, BspVertsUnCompressed.Length);
PutUInt(ref TagBuff, 0xe4 + (sc * Size), (uint)(FO.Position + Info.TagMagic));
FO.Write(BspVertsUnCompressed, 0, BspVertsUnCompressed.Length);
//byte[] BspVertsCompressed = new byte[CompressedVerts];
byte[] BspLightMapDataUnCompressed = new byte[UnCompressedLightMapData];
FI.Read(BspLightMapDataUnCompressed, 0, BspLightMapDataUnCompressed.Length);
FO.Write(BspLightMapDataUnCompressed, 0, BspLightMapDataUnCompressed.Length);
//byte[] BspLightMapDataCompressed = new byte[CompressedLightMapData];
//viper told me to skip past compressed data as a quick fix to
// the crash problem - Grenadiac
FI.Seek(CompressedVerts, SeekOrigin.Current); //gren added this
FI.Seek(CompressedLightMapData, SeekOrigin.Current); //gren added this
break;
case TSFReader.TSFResource: // "resources":
ushort rStringSize = GetUShort(TagBuff, 0x06 + (sc * Size));
if (rStringSize != 0x00)
{
uint TagClassFlag = GetUShort(TagBuff, 0x00 + (sc * Size));
string TagClassString = "";
switch (TagClassFlag)
{
case 0x00:
TagClassString = "bitm";
break;
case 0x01:
TagClassString = "snd!";
break;
}
//MAG tmpMR = new MAG(Info.StructurePath + TagClassString.Trim() + ".mag");
byte[] tmpStr = new byte[rStringSize + 1];
FI.Read(tmpStr, 0, tmpStr.Length);
string tag = ReadString(tmpStr, 0);
//tmpMR.Seek(0);
int t = 0;
//string[] test;
bool con = false;
do
{
string[] test = Info.Items[t].GetString().Split(new char[] { '.' }, 256); //IndexStrings[t].Split(new char[]{'.'},256);
string testClass = GetTagClassRev(BitConverter.GetBytes(Info.Items[t].TagClass1), 0);
if (testClass == TagClassString && test[0] == tag)
{
con = true;
}
else
{
t += 1;
}
}while (con == false);
PutUShort(ref TagBuff, (uint)(0x04 + (sc * Size)), (ushort)Info.Items[t].IndexID1);
PutUShort(ref TagBuff, (uint)(0x06 + (sc * Size)), (ushort)Info.Items[t].IndexID2);
}
break;
case TSFReader.TSFSoundData: // "sounddata":
uint sRawSize = GetUInt(TagBuff, (uint)(sr.GetOIP() + (sc * Size)));
uint sRawOffset = GetUInt(TagBuff, (uint)(sr.GetUName() + (sc * Size)));
byte[] stmp = new byte[sRawSize];
FI.Read(stmp, 0, stmp.Length);
stmp = null;
break;
case TSFReader.TSFEnd: // "end":
if (sr.GetOIP() == Name)
{
ExitStruct = true;
}
else
{
ExitStruct = false;
}
break;
}
}while(ExitStruct == false);
if (Count != 0)
{
sc += 1;
if (sc != Count)
{
sr.Seek(StartOfStruct);
ExitStruct = false;
}
}
}while(sc != Count);
long tmpPosSave = FO.Position;
FO.Seek(StructPosition, SeekOrigin.Begin);
FO.Write(TagBuff, 0, TagBuff.Length);
FO.Seek(tmpPosSave, SeekOrigin.Begin);
}
public static void Build()
{
TagFileName scenario_tag = ProjectManager.ScenarioTagFileName;
//IndexBuilder IndexBuild = new IndexBuilder();
Compiler_Gren.DependencyBuilder IndexBuild = new Compiler_Gren.DependencyBuilder();
//FileInfo TagFile_info = new FileInfo(scenario_tag.RelativePath);
string BasFolder = Application.StartupPath + @"\Extracted Tags\";
string StructFolder = Application.StartupPath + @"\Tag Structures\PcHalo\";
//string MapsFolder = Application.StartupPath + @"\Maps\";
if (true)
{
//Create the index table
//lbCurTag.Text = "Building Index Table....";
Application.DoEvents();
//string[] IndexList = IndexBuild.BuildIndex(scenario_tag.RelativePath, BasFolder, StructFolder);
string[] IndexList = IndexBuild.BuildIndex(scenario_tag);
HaloPCMAP.HaloPC NewMap = new HaloPCMAP.HaloPC();
NewMap.PCIndexHeader.Create((uint)IndexList.Length);
NewMap.PCIndexHeader.IndexMagic = 0x40440028;
uint StringTableSize = 0;
//Fixing index items
ushort gt = 0xE174;
//lbCurTag.Text = "Building Index Table Items....";
Application.DoEvents();
for (int sc = 0; sc < IndexList.Length; sc++)
{
//FileInfo TagFile2_info = new FileInfo(BasFolder + IndexList[sc]);
//FileStream TagFile2;
//TagFile2 = TagFile2_info.Open(FileMode.Open,FileAccess.Read);
//byte[] tmp = new byte[0x40];
//TagFile2.Read(tmp,0x00,tmp.Length);
//TagFile2.Close();
TagFileName tfnTAG = new TagFileName(IndexList[sc], MapfileVersion.HALOPC);
TagBase tbTAG = new TagBase();
tbTAG.LoadTagBuffer(tfnTAG);
//uint TagClass1 = BitConverter.ToUInt32(tmp,0x24);
//uint TagClass2 = BitConverter.ToUInt32(tmp,0x28);
//uint TagClass3 = BitConverter.ToUInt32(tmp,0x2C);
NewMap.PCIndexHeader.IndexItems[sc].Create();
NewMap.PCIndexHeader.IndexItems[sc].TagClass1 = SwapUInt(tbTAG.Header.TagClass0); // TagClass1;
NewMap.PCIndexHeader.IndexItems[sc].TagClass2 = SwapUInt(tbTAG.Header.TagClass1); // TagClass2;
NewMap.PCIndexHeader.IndexItems[sc].TagClass3 = SwapUInt(tbTAG.Header.TagClass2); // TagClass3;
NewMap.PCIndexHeader.IndexItems[sc].IndexID1 = (ushort)sc;
NewMap.PCIndexHeader.IndexItems[sc].IndexID2 = gt;
NewMap.PCIndexHeader.IndexItems[sc].NameString = IndexList[sc];
if (tbTAG.Header.TagClass0 == 0x70736273 || tbTAG.Header.TagClass0 == 0x73627370)
{
NewMap.PCIndexHeader.IndexItems[sc].MetaSize = IndexBuild.BSPSizes[0];
}
else
{
NewMap.PCIndexHeader.IndexItems[sc].MetaSize = 0;
}
if (tbTAG.Header.TagClass0 == 0x7274656d || tbTAG.Header.TagClass0 == 0x6d657472)// 6d657472)
{
gt += 2;
}
else
{
gt += 1;
}
string[] RemoveExt = IndexList[sc].Split(new char[] { '.' }, 256);
NewMap.PCIndexHeader.IndexItems[sc].String = new byte[RemoveExt[0].Length + 1];
HaloPCMAP.StringToByteArray(ref NewMap.PCIndexHeader.IndexItems[sc].String, RemoveExt[0]);
StringTableSize += (uint)(IndexList[sc].Length + 1);
tbTAG = null;
}
//Creating the temp files for map building
FileInfo VertsFile_info = new FileInfo(Application.StartupPath + "TempVerts.Map");
FileStream VertsFile;
VertsFile = VertsFile_info.Open(FileMode.Create, FileAccess.ReadWrite);
FileInfo IndicesFile_info = new FileInfo(Application.StartupPath + "TempIndices.Map");
FileStream IndicesFile;
IndicesFile = IndicesFile_info.Open(FileMode.Create, FileAccess.ReadWrite);
FileInfo MetaFile_info = new FileInfo(Application.StartupPath + "TempMeta.map");
FileStream MetaFile;
MetaFile = MetaFile_info.Open(FileMode.Create, FileAccess.ReadWrite);
FileInfo BSPFile_info = new FileInfo(Application.StartupPath + "TempBSP.map");
FileStream BSPFile;
BSPFile = BSPFile_info.Open(FileMode.Create, FileAccess.ReadWrite);
//lbCurTag.Text = "Writeing Index Table....";
Application.DoEvents();
//writing the index table the temp files
for (int sc = 0; sc < NewMap.PCIndexHeader.IndexItems.Length; sc++)
{
NewMap.PCIndexHeader.IndexItems[sc].Write(ref MetaFile);
}
//Rewriting index items to temp file to fix string offsets.
//lbCurTag.Text = "Rewriteing Index Table....";
Application.DoEvents();
for (int sc = 0; sc < NewMap.PCIndexHeader.IndexItems.Length; sc++)
{
NewMap.PCIndexHeader.IndexItems[sc].StringOffset = (uint)MetaFile.Position + NewMap.PCIndexHeader.IndexMagic;
MetaFile.Write(NewMap.PCIndexHeader.IndexItems[sc].String, 0, NewMap.PCIndexHeader.IndexItems[sc].String.Length);
}
//save MetaFile position to return for meta writing.
long TmpPosSave = MetaFile.Position;
//lbCurTag.Text = "Writing Index Table with Srtring Offsets....";
Application.DoEvents();
for (int sc = 0; sc < NewMap.PCIndexHeader.IndexItems.Length; sc++)
{
MetaFile.Seek(NewMap.PCIndexHeader.IndexItems[sc].Position, SeekOrigin.Begin);
NewMap.PCIndexHeader.IndexItems[sc].Write(ref MetaFile);
}
//restore position for meta writing
MetaFile.Seek(TmpPosSave, SeekOrigin.Begin);
//Add info to the Meta info struct
PCMeta.StructInfo Info = new PCMeta.StructInfo();
Info.MapMagic = NewMap.PCIndexHeader.IndexMagic;
Info.TagMagic = NewMap.PCIndexHeader.IndexMagic;
Info.StructurePath = StructFolder;
Info.TagsPath = BasFolder;
Info.Items = NewMap.PCIndexHeader.IndexItems;
//Starts processing meta and writing it to the meta file
//lbCurTag.Text = "Adding Tags to map....";
Application.DoEvents();
for (int sc = 0; sc < NewMap.PCIndexHeader.IndexItems.Length; sc++)
{
if (NewMap.PCIndexHeader.IndexItems[sc].TagClass1 != 0x70736273) // 70736273)
{
PCMeta Meta = new PCMeta();
//FileInfo Tag_info = new FileInfo(BasFolder + IndexList[sc]);
//FileStream Tag;
//Tag = Tag_info.Open(FileMode.Open,FileAccess.Read);
//byte[] head = new byte[0x40];
//Tag.Read(head,0,head.Length);
TagFileName tfnTAG = new TagFileName(IndexList[sc], MapfileVersion.HALOPC);
TagBase tbTAG = new TagBase();
tbTAG.LoadTagBuffer(tfnTAG);
//string Class = Meta.GetTagClass(head,0x24);
//MAG sr = new MAG(StructFolder + Class.Trim() + ".mag");
//sr.Seek(1);
MTSFReader mr = new MTSFReader();
mr.MTSFRead("Core.Compiler.HALO_PC_SET.MTSF");
TSFReader STSF = new TSFReader();
//SwapInt(TagClasses,0);
STSF.TSF(ref mr, tbTAG.Header.TagClass0);
HaloPCMAP.FixIntPosition(ref MetaFile);
Info.CurrentOffset = (uint)MetaFile.Position;
NewMap.PCIndexHeader.IndexItems[sc].MetaOffset = (uint)(MetaFile.Position + NewMap.PCIndexHeader.IndexMagic);
Meta.DoProcessMeta(ref STSF, tbTAG.Stream, ref MetaFile, ref VertsFile, ref IndicesFile, ref BSPFile, 1, IndexList, Info);
tbTAG = null;
//Tag.Flush();
//Tag.Close();
}
}
//Create a new map header
//lbCurTag.Text = "Creating New Map....";
Application.DoEvents();
NewMap.PCHeader.Create();
string[] tmpName = scenario_tag.RelativePath.Split(new char[] { '\\' }, 256);
tmpName = tmpName[tmpName.Length - 1].Split(new char[] { '.' }, 256);
NewMap.PCHeader.MapName = tmpName[0];//otf.FileName.Split(new char[]{'/'},256 //"Cool";
//NewMap.PCHeader.Write(ref HeadFile);
//Rewrite indextable of meta offsets
//lbCurTag.Text = "Fixing Meta Offsets in Index Table....";
Application.DoEvents();
TmpPosSave = MetaFile.Position;
for (int sc = 0; sc < NewMap.PCIndexHeader.IndexItems.Length; sc++)
{
MetaFile.Seek(NewMap.PCIndexHeader.IndexItems[sc].Position, SeekOrigin.Begin);
NewMap.PCIndexHeader.IndexItems[sc].Write(ref MetaFile);
}
MetaFile.Seek(TmpPosSave, SeekOrigin.Begin);
//Create the new map file to begin construction of the new map.
FileInfo Map_info = new FileInfo(Application.StartupPath + NewMap.PCHeader.MapName + ".Map");
FileStream Map;
Map = Map_info.Open(FileMode.Create, FileAccess.ReadWrite);
//lbCurTag.Text = "Copying Data to new map file....";
Application.DoEvents();
//Write the header to the new map file
NewMap.PCHeader.Write(ref Map);
//Flush the tmp BSPFile to get FileSize.
BSPFile.Flush();
uint BSPFileSize = (uint)BSPFile.Length;
//Seek to the begining of the tmp bsp file
BSPFile.Seek(0, SeekOrigin.Begin);
//Copy the Tmp bsp file to the new map file
for (int bc = 0; bc < BSPFileSize; bc += 4)
{
byte[] copy = new byte[4];
BSPFile.Read(copy, 0, copy.Length);
Map.Write(copy, 0, copy.Length);
}
//Flush the Temp verts file to get File size;
VertsFile.Flush();
uint VertsFileSize = (uint)VertsFile.Length;
//Put Current Map Position in the indexheader, this sets the position of the verts in the map.
NewMap.PCIndexHeader.VertsOffset = (uint)Map.Position;
//seek to begining of the Verts file for coping to the new map file
VertsFile.Seek(0, SeekOrigin.Begin);
//Copy the verts to the map file
for (int bc = 0; bc < VertsFileSize; bc += 4)
{
byte[] copy = new byte[4];
VertsFile.Read(copy, 0, copy.Length);
Map.Write(copy, 0, copy.Length);
}
//Flush Indeices file to get size
IndicesFile.Flush();
uint IndicesFileSize = (uint)IndicesFile.Length;
//Put the Scnr index ID in the IndexHeader, you can move the scnr any were as long as you set this to the currect ID.
NewMap.PCIndexHeader.ScnrID = (uint)((NewMap.PCIndexHeader.IndexItems[0].IndexID2 << 16) + NewMap.PCIndexHeader.IndexItems[0].IndexID1);
//ajust the IndicesOffset with verts offset and map position
NewMap.PCIndexHeader.IndicesOffset = (uint)Map.Position - NewMap.PCIndexHeader.VertsOffset;
NewMap.PCIndexHeader.ModelAreaSize = VertsFileSize + IndicesFileSize;
//Seek to begining of IndicesFile for coping
IndicesFile.Seek(0, SeekOrigin.Begin);
//Copy Indices to new map file
for (int bc = 0; bc < IndicesFileSize; bc += 4)
{
byte[] copy = new byte[4];
IndicesFile.Read(copy, 0, copy.Length);
Map.Write(copy, 0, copy.Length);
}
//put the Current map position in the header so we know where the index header will be
NewMap.PCHeader.IndexOffset = (uint)Map.Position;
//Now we write the Index header to the map.
NewMap.PCIndexHeader.Write(ref Map);
//Flush the temp meta file so we can get the size.
MetaFile.Flush();
uint MetaFileSize = (uint)MetaFile.Length;
//seek to the begining of the temp meta file for coping to the new map file
MetaFile.Seek(0, SeekOrigin.Begin);
//Copy the meta file to the new map file.
for (int bc = 0; bc < MetaFileSize; bc += 4)
{
byte[] copy = new byte[4];
MetaFile.Read(copy, 0, copy.Length);
Map.Write(copy, 0, copy.Length);
}
//Now we fix the map version map size and rewrite it to the map.
Map.Flush();
NewMap.PCHeader.MapVersion = 0x07;
NewMap.PCHeader.MapSize = (uint)Map.Length;
NewMap.PCHeader.MetaSize = MetaFileSize + 0x28;
Map.Seek(NewMap.PCHeader.Position, SeekOrigin.Begin);
NewMap.PCHeader.Write(ref Map);
//Now close the files and delete the temp files.
VertsFile.Close();
IndicesFile.Close();
MetaFile.Flush();
MetaFile.Close();
BSPFile.Close();
Map.Close();
//FileStream TagFile;
//TagFile = Tag
}
}
//public void LoadTagData( shader_mgr)
public void LoadTagData(string FileName)
{
int i;
BinaryReader br = new BinaryReader(m_stream);
// Load the Header
string[] SFileName = FileName.Split(new char[] { '.' }, 256);
string DirSep = @"\";
string[] NFileName = SFileName[0].Split(DirSep.ToCharArray(), 256);
string NewDir = "";
for (int dn = 1; dn < NFileName.Length - 1; dn++)
{
NewDir += @"\" + NFileName[dn];
}
NewDir += @"\" + NFileName[NFileName.Length - 2];
string LtmpTag = NewDir + "_" + NFileName[NFileName.Length - 1] + "_lightmap.ltmp";
//string LtmpTag = SFileName[0] + "_" + NFileName[NFileName.Length - 1] + "_lightmap.ltmp";
string LightMapTag = NewDir + "_" + NFileName[NFileName.Length - 1] + "_lightmap_bitmaps.bitmap";
//string LightMapTag = SFileName[0] + "_" + NFileName[NFileName.Length - 1] + "_lightmap_bitmaps.bitmap";
TagFileName tfnLTMP = new TagFileName(LtmpTag, MapfileVersion.XHALO2);
TagFileName tfnLightMap = new TagFileName(LightMapTag, MapfileVersion.XHALO2);
H2BitmTag.H2Bitmap bmp = new H2BitmTag.H2Bitmap();
bmp.LoadTagBuffer(tfnLightMap);
bmp.LoadTagData();
if (tfnLTMP.Exists)
{
TagBase tbLTMP = new TagBase();
tbLTMP.LoadTagBuffer(tfnLTMP);
//fsin = fiin.Open(FileMode.Open,FileAccess.Read);
//fsin.Seek(0x40,System.IO.SeekOrigin.Begin);
byte[] ltmpheader = new byte[0x104];
tbLTMP.Stream.Read(ltmpheader, 0, ltmpheader.Length);
uint ltmpsub1Offset = BitConverter.ToUInt32(ltmpheader, 0x84);
tbLTMP.Stream.Seek((long)ltmpsub1Offset, System.IO.SeekOrigin.Begin);
byte[] ltmpsub1 = new byte[0xA4];
tbLTMP.Stream.Read(ltmpsub1, 0, ltmpsub1.Length);
uint ColorMapCount = BitConverter.ToUInt32(ltmpsub1, 0x08);
uint ColorMapOffset = BitConverter.ToUInt32(ltmpsub1, 0x0C);
tbLTMP.Stream.Seek((long)ColorMapOffset, System.IO.SeekOrigin.Begin);
uint ColorMapSize = ColorMapCount * 0x400;
byte[] ColorMaps = new byte[ColorMapSize];
tbLTMP.Stream.Read(ColorMaps, 0, ColorMaps.Length);
uint bspLightMapCount = BitConverter.ToUInt32(ltmpsub1, 0x28);
uint bspLightMapOffset = BitConverter.ToUInt32(ltmpsub1, 0x2C);
uint ScenLightMapCount = BitConverter.ToUInt32(ltmpsub1, 0x48);
uint ScenLightMapOffset = BitConverter.ToUInt32(ltmpsub1, 0x4C);
SbspLightMapIndex1 = new ushort[bspLightMapCount];
ScenLightMapIndex1 = new ushort[ScenLightMapCount];
SbspLightMapIndex2 = new ushort[bspLightMapCount];
ScenLightMapIndex2 = new ushort[ScenLightMapCount];
byte[] tmpin = new byte[0x04];
tbLTMP.Stream.Seek(bspLightMapOffset, System.IO.SeekOrigin.Begin);
for (int r = 0; r < bspLightMapCount; r++)
{
tbLTMP.Stream.Read(tmpin, 0, tmpin.Length);
SbspLightMapIndex1[r] = BitConverter.ToUInt16(tmpin, 0);
SbspLightMapIndex2[r] = BitConverter.ToUInt16(tmpin, 2);
}
tbLTMP.Stream.Seek(ScenLightMapOffset, System.IO.SeekOrigin.Begin);
for (int r = 0; r < ScenLightMapCount; r++)
{
tbLTMP.Stream.Read(tmpin, 0, tmpin.Length);
ScenLightMapIndex1[r] = BitConverter.ToUInt16(tmpin, 0);
ScenLightMapIndex2[r] = BitConverter.ToUInt16(tmpin, 2);
}
m_ColorMapIndex = MdxRender.SM.m_TextureManager.RegisterTexture3("ColorMap", ref ColorMaps, ref SbspLightMapIndex1, ref SbspLightMapIndex2, ref bmp);
m_ScMapIndex = MdxRender.SM.m_TextureManager.RegisterTexture3("SColorMap", ref ColorMaps, ref ScenLightMapIndex1, ref ScenLightMapIndex2, ref bmp);
tbLTMP = null;
tfnLTMP = null;
}
b_Header.Load(ref br);
//string LtmpName = br.BaseStream.
m_LightmapIndex = MdxRender.SM.LoadLightmaps2(LightMapTag);
br.BaseStream.Position = b_Header.Geometry.Offset;
//Load the Lightmap Sections
b_Lightmaps = new H2_BSP_LIGHTMAPS[b_Header.Geometry.Count];
for (i = 0; i < b_Header.Geometry.Count; i++)
{
b_Lightmaps[i] = new H2_BSP_LIGHTMAPS();
b_Lightmaps[i].Load(ref br);
}
//Save File pos
long RawDataOffset = br.BaseStream.Position;
//Move File pointer ahead for somthing
for (i = 0; i < b_Header.Geometry.Count; i++)
{
br.BaseStream.Position += b_Lightmaps[i].ModelResourceBlockSize;
}
for (i = 0; i < b_Header.Geometry.Count; i++)
{
b_Lightmaps[i].LoadRawDescriptors(ref br);
}
br.BaseStream.Position = RawDataOffset;
for (i = 0; i < b_Header.Geometry.Count; i++)
{
b_Lightmaps[i].LoadRawData(ref br);
}
this.b_BSPLoaded = true;
//br.BaseStream.Position = b_Header.Shaders.Offset;
br.BaseStream.Seek(b_Header.Shaders.Offset, SeekOrigin.Begin);
m_Shaders = new H2_BSP_SHADER[b_Header.Shaders.Count];
for (i = 0; i < b_Header.Shaders.Count; i++)
{
br.BaseStream.Position += 8;
m_Shaders[i] = new H2_BSP_SHADER();
m_Shaders[i].TagRef.Load(ref br);
br.BaseStream.Position += 16;
}
for (i = 0; i < b_Header.Shaders.Count; i++)
{
m_Shaders[i].TagRef.ReadString(ref br);
m_Shaders[i].ShaderManagerIndex = MdxRender.SM.RegisterShader(new TagFileName(m_Shaders[i].TagRef.data, "dahs", m_PromHeader.GameVersion));
}
for (i = 0; i < b_Header.Geometry.Count; i++)
{
for (int j = 0; j < b_Lightmaps[i].ResourceHeader.InfoChunkCount; j++)
{
b_Lightmaps[i].ResourceInfo[j].ShaderIndex = (ushort)
m_Shaders[b_Lightmaps[i].ResourceInfo[j].ShaderIndex].ShaderManagerIndex;
}
}
br.BaseStream.Position = b_Header.Scenery.Offset;
b_Scenery = new H2_BSP_SCENERY[b_Header.Scenery.Count];
for (i = 0; i < b_Header.Scenery.Count; i++)
{
if (i == 21)
{
int BreakPoint = 0;
}
b_Scenery[i] = new H2_BSP_SCENERY();
b_Scenery[i].Load(ref br);
}
RawDataOffset = br.BaseStream.Position;
//Move File pointer
for (i = 0; i < b_Header.Geometry.Count; i++)
{
br.BaseStream.Position += b_Lightmaps[i].ModelResourceBlockSize;
}
for (i = 0; i < b_Header.Scenery.Count; i++)
{
b_Scenery[i].LoadRawDescriptors(ref br);
}
br.BaseStream.Position = RawDataOffset;
for (i = 0; i < b_Header.Scenery.Count; i++)
{
b_Scenery[i].LoadRawData(ref br);
}
for (i = 0; i < b_Header.Scenery.Count; i++)
{
for (int j = 0; j < b_Scenery[i].ResourceHeader.InfoChunkCount; j++)
{
b_Scenery[i].ResourceInfo[j].ShaderIndex = (ushort)
m_Shaders[b_Scenery[i].ResourceInfo[j].ShaderIndex].ShaderManagerIndex;
}
}
b_SceneryPos = new H2_BSP_SCENERY_POS[b_Header.SceneryPos.Count];
br.BaseStream.Position = b_Header.SceneryPos.Offset;
for (int h = 0; h < b_Header.SceneryPos.Count; h++)
{
b_SceneryPos[h] = new H2_BSP_SCENERY_POS();
b_SceneryPos[h].Load(ref br);
}
}
public void DoProcessMeta(ref TSFReader sr, MemoryStream FI, ref FileStream FO, ref FileStream BSPFile, uint Count, string[] IndexStrings, StructInfo Info, ref XBoxHaloMap.sXBoxHalo XBoxMap, ref IndexBuilder IndexBuild)
{
TabReplace += (char)TabByte;
Name = sr.GetUName();
Size = sr.GetSOC();
TagBuff = new byte[Size * Count];
FI.Read(TagBuff, 0, TagBuff.Length);
long StructPosition = FO.Position;
FO.Write(TagBuff, 0, TagBuff.Length);
uint StartOfStruct = sr.Position;
uint sc = 0;
bool ExitStruct = false;
do
{
do
{
sr.Read();
switch (sr.GetCMD())
{
case TSFReader.TSFStruct: // "struct":
#region Structure
uint ChildCount = CompUtil.GetUInt(TagBuff, (uint)(sr.GetOIP() + (sc * Size)));
if (ChildCount != 0)
{
XBoxMeta Child = new XBoxMeta();
CompUtil.PutUInt(ref TagBuff, (uint)(sr.GetOIP() + 4 + (sc * Size)), (uint)(FO.Position + Info.TagMagic));
Child.DoProcessMeta(ref sr, FI, ref FO, ref BSPFile, ChildCount, IndexStrings, Info, ref XBoxMap, ref IndexBuild);
CompUtil.FixIntPosition(ref FO);
}
else
{
sr.SeekAheadTo(0xA7, sr.GetUName());
//sr.SeekAheadTo("end " + CMD[2]);
//sr.Seek(sr.Position + 1);
}
break;
#endregion
case TSFReader.TSFBSPTagRef: // "bspstagref":
case TSFReader.TSFTagRef: // "tagref":
#region TagRefernce
uint tStringSize = 0;
CompUtil.GetUInt(TagBuff, (uint)(sr.GetOIP() + (sc * Size)) + 0x08, ref tStringSize);
if (tStringSize != 0x00)
{
CompUtil.PutUInt(ref TagBuff, (uint)(sr.GetOIP() + (sc * Size)) + 0x04, 0x00000000);
CompUtil.PutUInt(ref TagBuff, (uint)(sr.GetOIP() + (sc * Size)) + 0x08, 0x00000000);
uint TagClass = CompUtil.GetUInt(TagBuff, (uint)(sr.GetOIP() + (sc * Size)));
string TagClassString = CompUtil.GetTagClassRev(BitConverter.GetBytes(TagClass), 0);
byte[] tmpStr = new byte[tStringSize + 1];
FI.Read(tmpStr, 0, tmpStr.Length);
string tag = CompUtil.ReadString(tmpStr, 0);
int t = 0;
//string[] test;
bool con = false;
do
{
string[] test = Info.Items[t].NameString.Split(new char[] { '.' }, 256); //IndexStrings[t].Split(new char[]{'.'},256);
string testClass = CompUtil.GetTagClassRev(BitConverter.GetBytes(Info.Items[t].TagClass1), 0);
if (testClass == TagClassString && test[0] == tag)
{
con = true;
}
else
{
t += 1;
}
}while (con == false); // testClass != TagClass);
CompUtil.SwapInt(ref TagBuff, (uint)(sr.GetOIP() + (sc * Size)) + 0x00);
CompUtil.PutUInt(ref TagBuff, (uint)(sr.GetOIP() + (sc * Size)) + 0x04, Info.Items[t].StringOffset);
CompUtil.PutUShort(ref TagBuff, (uint)(sr.GetOIP() + (sc * Size)) + 0x0C, (ushort)Info.Items[t].IndexID1);
CompUtil.PutUShort(ref TagBuff, (uint)(sr.GetOIP() + (sc * Size)) + 0x0E, (ushort)Info.Items[t].IndexID2);
if (Name == 0x0468)
{
uint SaveTagMagic = Info.TagMagic;
byte[] BspHeader = new byte[0x18];
CompUtil.PutUInt(ref TagBuff, 0x00 + (sc * Size), (uint)(0x800 + BSPFile.Position));
uint CurrentPosition = (uint)BSPFile.Position;
Info.CurrentOffset = (uint)BSPFile.Position;
MTSFReader mr = new MTSFReader();
mr.MTSFRead("Core.Compiler.HALO_PC_SET.MTSF");
TSFReader tmpSTSF = new TSFReader();
//SwapInt(TagClasses,0);
tmpSTSF.TSF(ref mr, 0x70736273); // 73627370);
//MAG tmpsr = new MAG(Info.StructurePath + "sbsp.mag");
//FileInfo BspMetaFile_info = new FileInfo(Info.TagsPath + tag + "." + tmpSTSF.Name);
//FileStream BspMetaFile;
//BspMetaFile = BspMetaFile_info.Open(FileMode.Open,FileAccess.Read);
//BspMetaFile.Seek(0x40,SeekOrigin.Begin);
Trace.WriteLine(tag + ".sbsp" + " Hello I'm your bsp");
TagFileName tfnTAG = new TagFileName(tag + "." + tmpSTSF.Name, MapfileVersion.XHALO1);
TagBase tbTAG = new TagBase();
tbTAG.LoadTagBuffer(tfnTAG);
string[] gh;
int tt = -1;
do
{
tt += 1;
}while((tag + "." + tmpSTSF.Name) != Info.Items[tt].NameString);
uint BSPFileSize = (0x800 - ((uint)(Info.Items[tt].MetaSize) % 0x800));
BSPFileSize += (uint)(Info.Items[tt].MetaSize);
uint tmpMagic = (uint)(0x819a5800 - BSPFileSize);
Info.TagMagic = tmpMagic;
CompUtil.PutUInt(ref TagBuff, 0x08 + (sc * Size), tmpMagic);
//IndexBuild.XBoxMapData.XBSPVerts.Finish();
uint CompoundSize = (uint)IndexBuild.XBoxMapData.XBSPVerts.VIndirectOffsets.Length + (uint)IndexBuild.XBoxMapData.XBSPVerts.LIndirectOffsets.Length + (uint)IndexBuild.XBoxMapData.XBSPVerts.ModelData.Length;
CompUtil.PutUInt(ref BspHeader, 0x00 + (sc * Size), 0x18 + CompoundSize + tmpMagic);
CompUtil.PutUInt(ref BspHeader, 0x04 + (sc * Size), IndexBuild.XBoxMapData.XBSPVerts.DataCount);
CompUtil.PutUInt(ref BspHeader, 0x08 + (sc * Size), 0x18 + tmpMagic);
CompUtil.PutUInt(ref BspHeader, 0x0C + (sc * Size), IndexBuild.XBoxMapData.XBSPVerts.DataCount);
CompUtil.PutUInt(ref BspHeader, 0x10 + (sc * Size), (uint)((IndexBuild.XBoxMapData.XBSPVerts.VIndirectOffsets.Length + 0x18) + tmpMagic));
CompUtil.PutUInt(ref BspHeader, 0x14 + (sc * Size), 0x73627370);
long BSPHeaderPos = BSPFile.Position;
BSPFile.Write(BspHeader, 0, BspHeader.Length);
//IndexBuild.XBoxMapData.XBSPVerts.FixOffsets((uint)BSPFile.Position + (uint)IndexBuild.XBoxMapData.XBSPVerts.VIndirectOffsets.Length + (uint)IndexBuild.XBoxMapData.XBSPVerts.LIndirectOffsets.Length,Info.TagMagic);
long savepos = BSPFile.Position;
BSPFile.Write(IndexBuild.XBoxMapData.XBSPVerts.VIndirectOffsets, 0, IndexBuild.XBoxMapData.XBSPVerts.VIndirectOffsets.Length);
BSPFile.Write(IndexBuild.XBoxMapData.XBSPVerts.LIndirectOffsets, 0, IndexBuild.XBoxMapData.XBSPVerts.LIndirectOffsets.Length);
CompUtil.Fix0x20Position(ref BSPFile);
IndexBuild.XBoxMapData.XBSPVerts.FixOffsets((uint)BSPFile.Position, Info.TagMagic);
BSPFile.Seek(savepos, SeekOrigin.Begin);
IndexBuild.XBoxMapData.XBSPVerts.VLMapOffset = (uint)BSPFile.Position + (uint)IndexBuild.XBoxMapData.XBSPVerts.VIndirectOffsets.Length;
BSPFile.Write(IndexBuild.XBoxMapData.XBSPVerts.VIndirectOffsets, 0, IndexBuild.XBoxMapData.XBSPVerts.VIndirectOffsets.Length);
IndexBuild.XBoxMapData.XBSPVerts.ILMapOffset = (uint)BSPFile.Position + (uint)IndexBuild.XBoxMapData.XBSPVerts.LIndirectOffsets.Length;
BSPFile.Write(IndexBuild.XBoxMapData.XBSPVerts.LIndirectOffsets, 0, IndexBuild.XBoxMapData.XBSPVerts.LIndirectOffsets.Length);
CompUtil.Fix0x20Position(ref BSPFile);
BSPFile.Write(IndexBuild.XBoxMapData.XBSPVerts.ModelData, 0, IndexBuild.XBoxMapData.XBSPVerts.ModelData.Length);
long BSPSavPos = BSPFile.Position;
CompUtil.PutUInt(ref BspHeader, 0x00, (uint)(BSPFile.Position + tmpMagic));
BSPFile.Seek(BSPHeaderPos, SeekOrigin.Begin);
BSPFile.Write(BspHeader, 0, BspHeader.Length);
BSPFile.Seek(BSPSavPos, SeekOrigin.Begin);
XBoxMeta BspMeta = new XBoxMeta();
BspMeta.DoProcessMeta(ref tmpSTSF, tbTAG.Stream, ref BSPFile, ref BSPFile, 1, IndexStrings, Info, ref XBoxMap, ref IndexBuild);
CompUtil.FixIntPosition2K(ref BSPFile);
CompUtil.PutUInt(ref TagBuff, 0x04 + (sc * Size), (uint)(CurrentPosition + BSPFile.Position));
//BspMetaFile.Close();
tbTAG = null;
Info.TagMagic = SaveTagMagic;
int a = 0;
}
}
break;
#endregion
case TSFReader.TSFInternalRaw: // "internalraw":
#region InternalRaw
uint RawSize = CompUtil.GetUInt(TagBuff, (uint)(sr.GetOIP() + (sc * Size))); //Compile Mag.Map
if (RawSize == 0)
{
break;
}
uint RawOffset = CompUtil.GetUInt(TagBuff, (uint)(sr.GetOIP() + 0x0c + (sc * Size))); //Tag Text
CompUtil.PutUInt(ref TagBuff, (uint)(sr.GetOIP()) + 0x0c + (sc * Size), ((uint)FO.Position + Info.TagMagic));
byte[] tmp = new byte[RawSize];
FI.Read(tmp, 0, tmp.Length);
FO.Write(tmp, 0, tmp.Length);
CompUtil.FixIntPosition(ref FO);
tmp = null;
break;
#endregion
case TSFReader.TSFBitmapRaw: // "bitmapraw":
#region BitmapRaw
MemoryStream BMD;
uint TiffSize = 0; CompUtil.GetUInt(TagBuff, 0x1C, ref TiffSize);
byte[] TiffBuffer = new byte[TiffSize];
FI.Read(TiffBuffer, 0, TiffBuffer.Length);
uint BitmapSize = CompUtil.GetUInt(TagBuff, 0x30);
TiffBuffer = new byte[BitmapSize];
FI.Read(TiffBuffer, 0, TiffBuffer.Length);
BMD = new MemoryStream(TiffBuffer);
uint BitMapStructCount = CompUtil.GetUInt(TagBuff, 0x60);
uint BitMapStructOffset = CompUtil.GetUInt(TagBuff, 0x64);
byte[] tmpBMS = new byte[BitMapStructCount * 0x30];
long sv = FI.Position;
FI.Seek((long)BitMapStructOffset, SeekOrigin.Begin);
FI.Read(tmpBMS, 0, tmpBMS.Length);
for (int i = 0; i < BitMapStructCount; i++)
{
uint BitMapDataSize = CompUtil.GetUInt(tmpBMS, (uint)(0x1C + (i * 0x30)));
uint svBmPos = (uint)BSPFile.Position + 0x800;
CompUtil.PutUInt(ref tmpBMS, (uint)(0x18 + (i * 0x30)), (uint)svBmPos);
byte[] tmpBuff = new byte[BitMapDataSize];
BMD.Read(tmpBuff, 0, tmpBuff.Length);
BSPFile.Write(tmpBuff, 0, tmpBuff.Length);
CompUtil.Fix0x100Position(ref BSPFile);
svBmPos += BitMapDataSize;
}
FI.Seek((long)BitMapStructOffset, SeekOrigin.Begin);
FI.Write(tmpBMS, 0, tmpBMS.Length);
FI.Seek(sv, SeekOrigin.Begin);
//BSPFile.Write(TiffBuffer,0,TiffBuffer.Length);
//Fix0x100Position(ref BSPFile);
TiffBuffer = null;
break;
#endregion
case TSFReader.TSFRawXModelData: // "XBoxModelData":
#region XModelData
uint XTrueVerticesSize = (CompUtil.GetUInt(TagBuff, 88 + (sc * Size))) * 32;
uint XTrueIndicesSize = (((CompUtil.GetUInt(TagBuff, 72 + (sc * Size))) / 3) + 1) * 6;
uint XNewIndicesDataSize = (CompUtil.GetUInt(TagBuff, 72 + (sc * Size)) / 3) + 1;
uint XTrueVerticesOffset = CompUtil.GetUInt(TagBuff, 100 + (sc * Size)) - Info.MapMagic;
uint XSaveMapFilePos = (uint)FI.Position; //MapFile.Position;
byte[] XModelHeader = new byte[16];
//uint XTrueVerticesOffset = GetUInt(TagBuff,100 + (sc * Size)) - Info.MapMagic;
CompUtil.PutUInt(ref TagBuff, 100 + (sc * Size), XBoxMap.IndirectVerts + Info.MapMagic);
//uint XTrueIndicesOffset = GetUInt(TagBuff, 80+ (sc * Size)) - Info.MapMagic;
CompUtil.PutUInt(ref TagBuff, 80 + (sc * Size), XBoxMap.IndirectIndices + Info.MapMagic);
XBoxMap.IndirectVerts += 0x0c;
XBoxMap.IndirectIndices += 0x0c;
CompUtil.PutUInt(ref TagBuff, 0x4c + (sc * Size), IndexBuild.XBoxMapData.XIndices.GetOffset());
byte[] RawXModelBuffer = new byte[XTrueVerticesSize];
FI.Read(RawXModelBuffer, 0, (int)XTrueVerticesSize);
byte[] XTestBuffer = new byte[6];
RawXModelBuffer = new byte[XTrueIndicesSize];
FI.Read(RawXModelBuffer, 0, RawXModelBuffer.Length);
FI.Read(XTestBuffer, 0, 6);
if (XTestBuffer[4] == 0xff)
{
XTrueIndicesSize += 6;
}
else
{
FI.Seek(FI.Position - 6, SeekOrigin.Begin);
}
break;
#endregion
case TSFReader.TSFBSPModel: // "bspmodel":
#region BspModel
uint UnCompressedVerts = sr.GetOIP();
uint CompressedVerts = sr.GetSOC();
uint UnCompressedVertsOffset = sr.GetOIP();
//uint VertsOffset = GetUInt(TagBuff,CompressedVerts);
uint TrueVertCount = CompUtil.GetUInt(TagBuff, 180 + (sc * Size));
uint TrueLightMapDataCount = CompUtil.GetUInt(TagBuff, 200 + (sc * Size));
uint UnCompressedLightMapData = (TrueLightMapDataCount * 20);
uint CompressedLightMapData = (TrueLightMapDataCount * 8);
UnCompressedVerts = (TrueVertCount * 56);
CompressedVerts = (TrueVertCount * 32);
byte[] BspVertsUnCompressed = new byte[UnCompressedVerts];
FI.Read(BspVertsUnCompressed, 0, BspVertsUnCompressed.Length);
//PutUInt(ref TagBuff,0xe4 + (sc * Size),(uint)(FO.Position + Info.TagMagic));
//FO.Write(BspVertsUnCompressed,0,BspVertsUnCompressed.Length);
//byte[] BspVertsCompressed = new byte[CompressedVerts];
byte[] BspLightMapDataUnCompressed = new byte[UnCompressedLightMapData];
FI.Read(BspLightMapDataUnCompressed, 0, BspLightMapDataUnCompressed.Length);
//FO.Write(BspLightMapDataUnCompressed,0,BspLightMapDataUnCompressed.Length);
//byte[] BspLightMapDataCompressed = new byte[CompressedLightMapData];
uint PotLuck = IndexBuild.XBoxMapData.XBSPVerts.CurrentOffset; // + 0x800;
uint VOOffset = 0xB4;
uint LOOffset = 0xC8;
IndexBuild.XBoxMapData.XBSPVerts.VLMapOffset -= 0x0c;
CompUtil.PutUInt(ref TagBuff, VOOffset + 0x0c + (sc * Size), (uint)(IndexBuild.XBoxMapData.XBSPVerts.VLMapOffset + Info.TagMagic));
IndexBuild.XBoxMapData.XBSPVerts.ILMapOffset -= 0x0c;
CompUtil.PutUInt(ref TagBuff, LOOffset + 0x0c + (sc * Size), (uint)(IndexBuild.XBoxMapData.XBSPVerts.ILMapOffset + Info.TagMagic));
PotLuck += 0x0c;
IndexBuild.XBoxMapData.XBSPVerts.CurrentOffset = PotLuck;
CompUtil.PutUInt(ref TagBuff, 0xF8 + (sc * Size), IndexBuild.XBoxMapData.XBSPVerts.GetVOffset());
//viper told me to skip past compressed data as a quick fix to
// the crash problem - Grenadiac
FI.Seek(CompressedVerts, SeekOrigin.Current); //gren added this
FI.Seek(CompressedLightMapData, SeekOrigin.Current); //gren added this
break;
#endregion
case TSFReader.TSFResource: // "resources":
#region Resources
ushort rStringSize = CompUtil.GetUShort(TagBuff, 0x06 + (sc * Size));
if (rStringSize != 0x00)
{
uint TagClassFlag = CompUtil.GetUShort(TagBuff, 0x00 + (sc * Size));
uint TagResouceIndex = CompUtil.GetUShort(TagBuff, 0x02 + (sc * Size));
string TagClassString = "";
switch (TagClassFlag)
{
case 0x00:
TagClassString = "bitm";
break;
case 0x01:
TagClassString = "snd!";
break;
}
//MAG tmpMR = new MAG(Info.StructurePath + TagClassString.Trim() + ".mag");
byte[] tmpStr = new byte[rStringSize + 1];
FI.Read(tmpStr, 0, tmpStr.Length);
string tag = CompUtil.ReadString(tmpStr, 0);
Trace.WriteLine(tag + "." + TagClassString + " PRIndex" + Convert.ToString(TagResouceIndex, 10));
//tmpMR.Seek(0);
int t = 0;
//string[] test;
bool con = false;
do
{
string[] test = Info.Items[t].GetString().Split(new char[] { '.' }, 256); //IndexStrings[t].Split(new char[]{'.'},256);
string testClass = CompUtil.GetTagClass(BitConverter.GetBytes(Info.Items[t].TagClass1), 0);
if (testClass == TagClassString && test[0] == tag)
{
con = true;
}
else
{
t += 1;
}
}while (con == false);
CompUtil.PutUShort(ref TagBuff, (uint)(0x04 + (sc * Size)), (ushort)Info.Items[t].IndexID1);
CompUtil.PutUShort(ref TagBuff, (uint)(0x06 + (sc * Size)), (ushort)Info.Items[t].IndexID2);
}
break;
#endregion
case TSFReader.TSFSoundData: // "sounddata":
#region SoundData
uint sRawSize = CompUtil.GetUInt(TagBuff, (uint)(sr.GetOIP() + (sc * Size)));
uint sRawOffset = CompUtil.GetUInt(TagBuff, (uint)(sr.GetUName() + 4 + (sc * Size)));
byte[] stmp = new byte[sRawSize];
uint svSndPos = (uint)BSPFile.Position + 0x800;
CompUtil.PutUInt(ref TagBuff, (uint)(sr.GetUName() + 4 + (sc * Size)), svSndPos);
FI.Read(stmp, 0, stmp.Length);
BSPFile.Write(stmp, 0, stmp.Length);
CompUtil.Fix0x100Position(ref BSPFile);
stmp = null;
break;
#endregion
case TSFReader.TSFEnd: // "end":
#region EndStructure
if (sr.GetOIP() == Name)
{
ExitStruct = true;
}
else
{
ExitStruct = false;
}
break;
#endregion
}
}while(ExitStruct == false);
if (Count != 0)
{
sc += 1;
if (sc != Count)
{
sr.Seek(StartOfStruct);
ExitStruct = false;
}
}
}while(sc != Count);
long tmpPosSave = FO.Position;
FO.Seek(StructPosition, SeekOrigin.Begin);
FO.Write(TagBuff, 0, TagBuff.Length);
FO.Seek(tmpPosSave, SeekOrigin.Begin);
}
public static void Build()
{
TagFileName scenario_tag = ProjectManager.ScenarioTagFileName; //new TagFileName(@"levels\test\beavercreek\beavercreek.scenario",MapfileVersion.XHALO1);
IndexBuilder IndexBuild = new IndexBuilder();
string BasFolder = Application.StartupPath + @"\Extracted Tags\";
string StructFolder = Application.StartupPath + @"\Tag Structures\PcHalo\";
if (true)
{
//Create the index table
Application.DoEvents();
string[] IndexList = IndexBuild.BuildIndex(scenario_tag.RelativePath, BasFolder, StructFolder, MapfileVersion.XHALO1);
XBoxHaloMap.sXBoxHalo NewMap = new XBoxHaloMap.sXBoxHalo();
NewMap.XBoxIndexHeader.Create((uint)IndexList.Length);
NewMap.XBoxIndexHeader.IndexMagic = 0x803a6024; //0x40440028;
uint StringTableSize = 0;
//Fixing index items
ushort gt = 0xE174;
Application.DoEvents();
for (int sc = 0; sc < IndexList.Length; sc++)
{
TagFileName tfnTAG = new TagFileName(IndexList[sc], MapfileVersion.XHALO1);
TagBase tbTAG = new TagBase();
tbTAG.LoadTagBuffer(tfnTAG);
NewMap.XBoxIndexHeader.IndexItems[sc].Create();
NewMap.XBoxIndexHeader.IndexItems[sc].TagClass1 = CompUtil.SwapUInt(tbTAG.Header.TagClass0);
NewMap.XBoxIndexHeader.IndexItems[sc].TagClass2 = CompUtil.SwapUInt(tbTAG.Header.TagClass1);
NewMap.XBoxIndexHeader.IndexItems[sc].TagClass3 = CompUtil.SwapUInt(tbTAG.Header.TagClass2);
NewMap.XBoxIndexHeader.IndexItems[sc].IndexID1 = (ushort)sc;
NewMap.XBoxIndexHeader.IndexItems[sc].IndexID2 = gt;
NewMap.XBoxIndexHeader.IndexItems[sc].NameString = IndexList[sc];
if (tbTAG.Header.TagClass0 == 0x70736273 || tbTAG.Header.TagClass0 == 0x73627370)
{
NewMap.XBoxIndexHeader.IndexItems[sc].MetaSize = IndexBuild.BSPSizes[0];
}
else
{
NewMap.XBoxIndexHeader.IndexItems[sc].MetaSize = 0;
}
if (tbTAG.Header.TagClass0 == 0x7274656d || tbTAG.Header.TagClass0 == 0x6d657472) // 6d657472)
{
gt += 2;
}
else
{
gt += 1;
}
string[] RemoveExt = IndexList[sc].Split(new char[] { '.' }, 256);
NewMap.XBoxIndexHeader.IndexItems[sc].String = new byte[RemoveExt[0].Length + 1];
HaloPCMAP.StringToByteArray(ref NewMap.XBoxIndexHeader.IndexItems[sc].String, RemoveExt[0]);
StringTableSize += (uint)(IndexList[sc].Length + 1);
tbTAG = null;
}
//Creating the temp files for map building
FileInfo MetaFile_info = new FileInfo(Application.StartupPath + "TempMeta.map");
FileStream MetaFile;
MetaFile = MetaFile_info.Open(FileMode.Create, FileAccess.ReadWrite);
FileInfo BSPFile_info = new FileInfo(Application.StartupPath + "TempBSP.map");
FileStream BSPFile;
BSPFile = BSPFile_info.Open(FileMode.Create, FileAccess.ReadWrite);
Application.DoEvents();
//writing the index table the temp files
for (int sc = 0; sc < NewMap.XBoxIndexHeader.IndexItems.Length; sc++)
{
NewMap.XBoxIndexHeader.IndexItems[sc].Write(ref MetaFile);
}
//Rewriting index items to temp file to fix string offsets.
Application.DoEvents();
for (int sc = 0; sc < NewMap.XBoxIndexHeader.IndexItems.Length; sc++)
{
NewMap.XBoxIndexHeader.IndexItems[sc].StringOffset = (uint)MetaFile.Position + NewMap.XBoxIndexHeader.IndexMagic;
MetaFile.Write(NewMap.XBoxIndexHeader.IndexItems[sc].String, 0, NewMap.XBoxIndexHeader.IndexItems[sc].String.Length);
}
CompUtil.FixIntPosition(ref MetaFile);
//save MetaFile position to return for meta writing.
long TmpPosSave = MetaFile.Position;
Application.DoEvents();
for (int sc = 0; sc < NewMap.XBoxIndexHeader.IndexItems.Length; sc++)
{
MetaFile.Seek(NewMap.XBoxIndexHeader.IndexItems[sc].Position, SeekOrigin.Begin);
NewMap.XBoxIndexHeader.IndexItems[sc].Write(ref MetaFile);
}
//restore position for meta writing
#region ModelData
MetaFile.Seek(TmpPosSave, SeekOrigin.Begin);
NewMap.XBoxIndexHeader.VertsOffset = (uint)MetaFile.Position + NewMap.XBoxIndexHeader.IndexMagic;
NewMap.XBoxIndexHeader.ModelCount1 = (uint)IndexBuild.XBoxMapData.XVerts.ModelCount;
NewMap.IndirectVerts = (uint)MetaFile.Position;
IndexBuild.XBoxMapData.XVerts.FixOffsets((uint)MetaFile.Position, NewMap.XBoxIndexHeader.IndexMagic);
MetaFile.Write(IndexBuild.XBoxMapData.XVerts.IndirectOffsets, 0, IndexBuild.XBoxMapData.XVerts.IndirectOffsets.Length);
MetaFile.Write(IndexBuild.XBoxMapData.XVerts.Verts, 0, IndexBuild.XBoxMapData.XVerts.Verts.Length);
NewMap.XBoxIndexHeader.ModelCount2 = (uint)IndexBuild.XBoxMapData.XIndices.ModelCount;
NewMap.XBoxIndexHeader.IndicesOffset = (uint)MetaFile.Position + NewMap.XBoxIndexHeader.IndexMagic;
NewMap.IndirectIndices = (uint)MetaFile.Position;
IndexBuild.XBoxMapData.XIndices.FixOffsets((uint)MetaFile.Position, NewMap.XBoxIndexHeader.IndexMagic);
MetaFile.Write(IndexBuild.XBoxMapData.XIndices.IndirectOffsets, 0, IndexBuild.XBoxMapData.XIndices.IndirectOffsets.Length);
MetaFile.Write(IndexBuild.XBoxMapData.XIndices.Verts, 0, IndexBuild.XBoxMapData.XIndices.Verts.Length);
#endregion
//Add info to the Meta info struct
XBoxMeta.StructInfo Info = new XBoxMeta.StructInfo();
Info.MapMagic = NewMap.XBoxIndexHeader.IndexMagic;
Info.TagMagic = NewMap.XBoxIndexHeader.IndexMagic;
Info.StructurePath = StructFolder;
Info.TagsPath = BasFolder;
Info.Items = NewMap.XBoxIndexHeader.IndexItems;
//Starts processing meta and writing it to the meta file
Application.DoEvents();
for (int sc = 0; sc < NewMap.XBoxIndexHeader.IndexItems.Length; sc++)
{
if (NewMap.XBoxIndexHeader.IndexItems[sc].TagClass1 != 0x70736273) // 70736273)
{
XBoxMeta Meta = new XBoxMeta();
Trace.WriteLine("Meta Processor: " + IndexList[sc]);
TagFileName tfnTAG = new TagFileName(IndexList[sc], MapfileVersion.XHALO1);
TagBase tbTAG = new TagBase();
tbTAG.LoadTagBuffer(tfnTAG);
MTSFReader mr = new MTSFReader();
mr.MTSFRead("Core.Compiler.HALO_PC_SET.MTSF");
TSFReader STSF = new TSFReader();
STSF.TSF(ref mr, tbTAG.Header.TagClass0);
HaloPCMAP.FixIntPosition(ref MetaFile);
Info.CurrentOffset = (uint)MetaFile.Position;
NewMap.XBoxIndexHeader.IndexItems[sc].MetaOffset = (uint)(MetaFile.Position + NewMap.XBoxIndexHeader.IndexMagic);
Meta.DoProcessMeta(ref STSF, tbTAG.Stream, ref MetaFile, ref BSPFile, 1, IndexList, Info, ref NewMap, ref IndexBuild);
tbTAG = null;
}
}
//Create a new map header
Application.DoEvents();
NewMap.XBoxHeader.Create();
string[] tmpName = scenario_tag.RelativePath.Split(new char[] { '\\' }, 256);
tmpName = tmpName[tmpName.Length - 1].Split(new char[] { '.' }, 256);
NewMap.XBoxHeader.MapName = tmpName[0]; //otf.FileName.Split(new char[]{'/'},256 //"Cool";
//Rewrite indextable of meta offsets
Application.DoEvents();
TmpPosSave = MetaFile.Position;
for (int sc = 0; sc < NewMap.XBoxIndexHeader.IndexItems.Length; sc++)
{
MetaFile.Seek(NewMap.XBoxIndexHeader.IndexItems[sc].Position, SeekOrigin.Begin);
NewMap.XBoxIndexHeader.IndexItems[sc].Write(ref MetaFile);
}
MetaFile.Seek(TmpPosSave, SeekOrigin.Begin);
//Create the new map file to begin construction of the new map.
FileInfo Map_info = new FileInfo(Application.StartupPath + NewMap.XBoxHeader.MapName + ".Map");
FileStream Map;
Map = Map_info.Open(FileMode.Create, FileAccess.ReadWrite);
Application.DoEvents();
//Write the header to the new map file
NewMap.XBoxHeader.Write(ref Map);
//Flush the tmp BSPFile to get FileSize.
CompUtil.FixIntPosition2K(ref BSPFile);
BSPFile.Flush();
uint BSPFileSize = (uint)BSPFile.Length;
//Seek to the begining of the tmp bsp file
BSPFile.Seek(0, SeekOrigin.Begin);
//Copy the Tmp bsp file to the new map file
for (int bc = 0; bc < BSPFileSize; bc += 0x800)
{
byte[] copy = new byte[0x800];
BSPFile.Read(copy, 0, copy.Length);
Map.Write(copy, 0, copy.Length);
}
//Put the Scnr index ID in the IndexHeader, you can move the scnr any were as long as you set this to the currect ID.
NewMap.XBoxIndexHeader.ScnrID = (uint)((NewMap.XBoxIndexHeader.IndexItems[0].IndexID2 << 16) + NewMap.XBoxIndexHeader.IndexItems[0].IndexID1);
//put the Current map position in the header so we know where the index header will be
NewMap.XBoxHeader.IndexOffset = (uint)Map.Position;
//Now we write the Index header to the map.
NewMap.XBoxIndexHeader.Write(ref Map);
//Flush the temp meta file so we can get the size.
MetaFile.Flush();
uint MetaFileSize = (uint)MetaFile.Length;
//seek to the begining of the temp meta file for coping to the new map file
MetaFile.Seek(0, SeekOrigin.Begin);
//Copy the meta file to the new map file.
for (int bc = 0; bc < MetaFileSize; bc += 0x800)
{
byte[] copy = new byte[0x800];
MetaFile.Read(copy, 0, copy.Length);
Map.Write(copy, 0, copy.Length);
}
//Now we fix the map version map size and rewrite it to the map.
Map.Flush();
NewMap.XBoxHeader.MapVersion = 0x05;
NewMap.XBoxHeader.MapSize = (uint)Map.Length;
NewMap.XBoxHeader.MetaSize = MetaFileSize + 0x24;
Map.Seek(NewMap.XBoxHeader.Position, SeekOrigin.Begin);
NewMap.XBoxHeader.Write(ref Map);
//Now close the files and delete the temp files.
MetaFile.Flush();
MetaFile.Close();
File.Delete(MetaFile.Name);
BSPFile.Close();
File.Delete(BSPFile.Name);
Map.Close();
}
}
private TagFileName GetModelName(TagFileName tfn)
{
TagFileName model_name = null;
string model_type;
if (tfn.Version == MapfileVersion.XHALO1)
{
model_type = "mode";
}
else
{
model_type = "mod2";
}
if (tfn.Exists)
{
TagBase tagdata = new TagBase();
tagdata.LoadTagBuffer(tfn);
BinaryReader br = new BinaryReader(tagdata.Stream);
switch (tfn.TagClass)
{
case "scen":
{
Scenery obj = new Scenery();
obj.Read(br);
obj.ReadChildData(br);
model_name = new TagFileName(obj.ObjectValues.Model.Value, model_type, tfn.Version);
}
break;
case "vehi":
{
Vehicle obj = new Vehicle();
obj.Read(br);
obj.ReadChildData(br);
model_name = new TagFileName(obj.ObjectValues.Model.Value, model_type, tfn.Version);
}
break;
case "weap":
{
Weapon obj = new Weapon();
obj.Read(br);
obj.ReadChildData(br);
model_name = new TagFileName(obj.ObjectValues.Model.Value, model_type, tfn.Version);
}
break;
case "itmc":
{
ItemCollection obj = new ItemCollection();
obj.Read(br);
obj.ReadChildData(br);
if (obj.ItemCollectionValues.ItemPermutations.Count > 0)
{
string tagclass = obj.ItemCollectionValues.ItemPermutations[0].Item.TagGroup;
TagFileName itmc_tfn = new TagFileName(obj.ItemCollectionValues.ItemPermutations[0].Item.Value, tagclass, tfn.Version);
model_name = GetModelName(itmc_tfn);
}
int i = 0;
//model_name = new TagFileName(obj.Item_collectionValues.Value, "mod2", tfn.Version);
}
break;
case "eqip":
{
Equipment obj = new Equipment();
obj.Read(br);
obj.ReadChildData(br);
model_name = new TagFileName(obj.ObjectValues.Model.Value, model_type, tfn.Version);
}
break;
}
Trace.WriteLine("model_name = " + model_name.RelativePath);
}
return(model_name);
}
public void LoadScenario(Scenario st, TagBase scenario_data)
{
this.version = scenario_data.Header.GameVersion;
int i;
instanceCollection.Clear();
//Process palettes
scenarioTag = st;
//load bipeds
for (i = 0; i < st.ScenarioValues.Bipeds.Count; i++)
{
CreateInstance(st.ScenarioValues.Bipeds[i]);
}
//load decals
//for(i=0; i<st.ScenarioValues.Decals.Count; i++)
// CreateInstance(st.ScenarioValues.Decals[i]);
//load light fixtures
for (i = 0; i < st.ScenarioValues.LightFixtures.Count; i++)
{
CreateInstance(st.ScenarioValues.LightFixtures[i]);
}
//load scenery
for (i = 0; i < st.ScenarioValues.Scenery.Count; i++)
{
CreateInstance(st.ScenarioValues.Scenery[i]);
}
//load vehicles
for (i = 0; i < st.ScenarioValues.Vehicles.Count; i++)
{
CreateInstance(st.ScenarioValues.Vehicles[i]);
}
//load netgame equipment
for (i = 0; i < st.ScenarioValues.NetgameEquipment.Count; i++)
{
CreateInstance(st.ScenarioValues.NetgameEquipment[i]);
}
//load sound scenery
for (i = 0; i < st.ScenarioValues.SoundScenery.Count; i++)
{
CreateInstance(st.ScenarioValues.SoundScenery[i]);
}
//load player spawns
for (i = 0; i < st.ScenarioValues.PlayerStartingLocations.Count; i++)
{
CreateInstance(st.ScenarioValues.PlayerStartingLocations[i]);
}
//load netgame flags
for (i = 0; i < st.ScenarioValues.NetgameFlags.Count; i++)
{
CreateInstance(st.ScenarioValues.NetgameFlags[i]);
}
if (st.ScenarioValues.StructureBsps.Count >= 1)
{
//get BSP filename
TagFileName bsp_filename = new TagFileName(st.ScenarioValues.StructureBsps[0].StructureBsp.Value,
"sbsp", scenario_data.Header.GameVersion);
//get Sky filename
TagFileName sky_filename = new TagFileName(st.ScenarioValues.Skies[0].Sky.Value, "sky ", scenario_data.Header.GameVersion);
TagBase sky_data = new TagBase();
sky_data.LoadTagBuffer(sky_filename);
BinaryReader sky_br = new BinaryReader(sky_data.Stream);
Sky sky_tag = new Sky();
sky_tag.Read(sky_br);
sky_tag.ReadChildData(sky_br);
MdxRender.RGB fog = new MdxRender.RGB();
fog.R = sky_tag.SkyValues.OutdoorFogColor.R;
fog.G = sky_tag.SkyValues.OutdoorFogColor.G;
fog.B = sky_tag.SkyValues.OutdoorFogColor.B;
MdxRender.FogColor = fog;
/// Not sure how these units equate to d3d units - * 2.5 seems to be pretty good.
MdxRender.FogStart = sky_tag.SkyValues.OutdoorFogStartDistance.Value * 2.5f;
MdxRender.FogEnd = sky_tag.SkyValues.OutdoorFogOpaqueDistance.Value * 2.5f;
MdxRender.FogDensity = sky_tag.SkyValues.OutdoorFogMaximumDensity.Value;
MdxRender.ClearColor = Color.FromArgb(
(int)(sky_tag.SkyValues.OutdoorAmbientRadiosityColor.R * 255),
(int)(sky_tag.SkyValues.OutdoorAmbientRadiosityColor.G * 255),
(int)(sky_tag.SkyValues.OutdoorAmbientRadiosityColor.B * 255));
MdxRender.FogEnabled = true;
TagFileName sky_model_tfn;
if (this.version == MapfileVersion.XHALO1)
{
sky_model_tfn = new TagFileName(sky_tag.SkyValues.Model.Value, "mode", scenario_data.Header.GameVersion);
}
else
{
sky_model_tfn = new TagFileName(sky_tag.SkyValues.Model.Value, "mod2", scenario_data.Header.GameVersion);
}
MdxRender.LoadBsp(bsp_filename, sky_model_tfn);
//Load up them thar lights for Radiosity
ProjectManager.RadiosityLights.Clear();
//sky_tag
for (int l = 0; l < sky_tag.SkyValues.Lights.Count; l++)
{
RadiosityLight rl = new RadiosityLight();
rl.color[0] = sky_tag.SkyValues.Lights[l].Color.R;
rl.color[1] = sky_tag.SkyValues.Lights[l].Color.G;
rl.color[2] = sky_tag.SkyValues.Lights[l].Color.B;
rl.power = sky_tag.SkyValues.Lights[l].Power.Value;
//don't know how this is turned into a vector, but we'll figure it out
//for now get x,y from yaw and z component from pitch (make sure Z component is negative)
rl.direction.Z = -1;
double y, p;
y = sky_tag.SkyValues.Lights[l].Direction.Y;
p = sky_tag.SkyValues.Lights[l].Direction.P;
rl.direction.X = -(float)Math.Cos(y);
rl.direction.Y = -(float)Math.Sin(y);
rl.direction.Z = -(float)Math.Sin(p);
ProjectManager.RadiosityLights.Add(rl);
MdxRender.AddGlobalLight(0, rl);
}
}
instanceCollection.UpdateObjectColors();
}
