/// <summary>
/// The split with ifp.
/// </summary>
/// <param name="ifp">The ifp.</param>
/// <param name="meta">The meta.</param>
/// <param name="map">The map.</param>
/// <remarks></remarks>
public void SplitWithIFP(ref IFPIO ifp, ref Meta meta, Map map)
{
this.type = meta.type;
this.TagIndex = meta.TagIndex;
this.name = meta.name;
this.offset = meta.offset;
this.magic = meta.magic;
this.raw = meta.raw;
this.rawtype = meta.rawType;
map.OpenMap(MapTypes.Internal);
if (ifp.items != null)
{
map.BR.BaseStream.Position = meta.offset;
Header = new SplitReflexive();
Header.offset = 0;
Header.Chunks = new List <SplitReflexive>();
Header.translation = 0;
// Header.MS = new MemoryStream(ifp.headerSize);
// Header.MS.Write(map.BR.ReadBytes(ifp.headerSize), 0, ifp.headerSize);
Header.chunksize = ifp.headerSize;
Header.chunkcount = 1;
Header.splitReflexiveType = SplitReflexive.SplitReflexiveType.Container;
Header.realtranslation = meta.offset;
if (meta.type == "sbsp")
{
int p = map.BSP.FindBSPNumberByBSPIdent(meta.ident);
CycleElements(
ref Header, ifp.items, ref meta, meta.offset, map, meta.TagIndex, map.BSP.sbsp[p].magic);
}
else if (meta.type == "ltmp")
{
int p = map.BSP.FindBSPNumberByLightMapIdent(meta.ident);
CycleElements(
ref Header, ifp.items, ref meta, meta.offset, map, meta.TagIndex, map.BSP.sbsp[p].magic);
}
else
{
// not "sbsp" or "ltmp"
CycleElements(ref Header, ifp.items, ref meta, meta.offset, map, meta.TagIndex, map.SecondaryMagic);
}
}
map.CloseMap();
}
/// <summary>
/// Initializes a new instance of the <see cref="SplitReflexive"/> class.
/// </summary>
/// <param name="sr">The sr.</param>
/// <remarks></remarks>
public SplitReflexive(SplitReflexive sr)
{
inchunknumber = sr.inchunknumber;
ChunkResources = new List <Meta.Item>(sr.ChunkResources.Count);
for (int count = 0; count < ChunkResources.Capacity; count++)
{
ChunkResources.Add(new SplitIdent());
this.chunkcount = sr.chunkcount;
this.chunksize = sr.chunksize;
this.pointstotagname = sr.pointstotagname;
this.pointstoTagIndex = sr.pointstoTagIndex;
this.pointstotagtype = sr.pointstotagtype;
ChunkResources[count].child = sr.ChunkResources[count].child;
ChunkResources[count].description = sr.ChunkResources[count].description;
ChunkResources[count].intag = sr.ChunkResources[count].intag;
ChunkResources[count].intagname = sr.ChunkResources[count].intagname;
ChunkResources[count].intagtype = sr.ChunkResources[count].intagtype;
ChunkResources[count].mapOffset = sr.ChunkResources[count].mapOffset;
ChunkResources[count].offset = sr.ChunkResources[count].offset;
ChunkResources[count].parent = sr.ChunkResources[count].parent;
ChunkResources[count].sibling = sr.ChunkResources[count].sibling;
ChunkResources[count].type = sr.ChunkResources[count].type;
}
if (sr.Chunks.Count != 0)
{
MessageBox.Show("sr.Chunks == " + sr.Chunks.Count + " -> location METASPLITTER.CS: Line 65");
}
Chunks = new List <SplitReflexive>(sr.Chunks);
realtranslation = sr.realtranslation;
realTagIndex = sr.realTagIndex;
MS = sr.MS;
splitReflexiveType = sr.splitReflexiveType;
label = sr.label;
}
/// <summary>
/// The split with ifp.
/// </summary>
/// <param name="ifp">The ifp.</param>
/// <param name="meta">The meta.</param>
/// <param name="map">The map.</param>
/// <remarks></remarks>
public void SplitWithIFP(ref IFPIO ifp, ref Meta meta, Map map)
{
this.type = meta.type;
this.TagIndex = meta.TagIndex;
this.name = meta.name;
this.offset = meta.offset;
this.magic = meta.magic;
this.raw = meta.raw;
this.rawtype = meta.rawType;
map.OpenMap(MapTypes.Internal);
if (ifp.items != null)
{
map.BR.BaseStream.Position = meta.offset;
Header = new SplitReflexive();
Header.offset = 0;
Header.Chunks = new List<SplitReflexive>();
Header.translation = 0;
// Header.MS = new MemoryStream(ifp.headerSize);
// Header.MS.Write(map.BR.ReadBytes(ifp.headerSize), 0, ifp.headerSize);
Header.chunksize = ifp.headerSize;
Header.chunkcount = 1;
Header.splitReflexiveType = SplitReflexive.SplitReflexiveType.Container;
Header.realtranslation = meta.offset;
if (meta.type == "sbsp")
{
int p = map.BSP.FindBSPNumberByBSPIdent(meta.ident);
CycleElements(
ref Header, ifp.items, ref meta, meta.offset, map, meta.TagIndex, map.BSP.sbsp[p].magic);
}
else if (meta.type == "ltmp")
{
int p = map.BSP.FindBSPNumberByLightMapIdent(meta.ident);
CycleElements(
ref Header, ifp.items, ref meta, meta.offset, map, meta.TagIndex, map.BSP.sbsp[p].magic);
}
else
{
// not "sbsp" or "ltmp"
CycleElements(ref Header, ifp.items, ref meta, meta.offset, map, meta.TagIndex, map.SecondaryMagic);
}
}
map.CloseMap();
}
/// <summary>
/// Initializes a new instance of the <see cref="SplitReflexive"/> class.
/// </summary>
/// <param name="sr">The sr.</param>
/// <remarks></remarks>
public SplitReflexive(SplitReflexive sr)
{
inchunknumber = sr.inchunknumber;
ChunkResources = new List<Meta.Item>(sr.ChunkResources.Count);
for (int count = 0; count < ChunkResources.Capacity; count++)
{
ChunkResources.Add(new SplitIdent());
this.chunkcount = sr.chunkcount;
this.chunksize = sr.chunksize;
this.pointstotagname = sr.pointstotagname;
this.pointstoTagIndex = sr.pointstoTagIndex;
this.pointstotagtype = sr.pointstotagtype;
ChunkResources[count].child = sr.ChunkResources[count].child;
ChunkResources[count].description = sr.ChunkResources[count].description;
ChunkResources[count].intag = sr.ChunkResources[count].intag;
ChunkResources[count].intagname = sr.ChunkResources[count].intagname;
ChunkResources[count].intagtype = sr.ChunkResources[count].intagtype;
ChunkResources[count].mapOffset = sr.ChunkResources[count].mapOffset;
ChunkResources[count].offset = sr.ChunkResources[count].offset;
ChunkResources[count].parent = sr.ChunkResources[count].parent;
ChunkResources[count].sibling = sr.ChunkResources[count].sibling;
ChunkResources[count].type = sr.ChunkResources[count].type;
}
if (sr.Chunks.Count != 0)
{
MessageBox.Show("sr.Chunks == " + sr.Chunks.Count + " -> location METASPLITTER.CS: Line 65");
}
Chunks = new List<SplitReflexive>(sr.Chunks);
realtranslation = sr.realtranslation;
realTagIndex = sr.realTagIndex;
MS = sr.MS;
splitReflexiveType = sr.splitReflexiveType;
label = sr.label;
}
/// <summary>
/// The cycle elements.
/// </summary>
/// <param name="reflex">The reflex.</param>
/// <param name="elements">The elements.</param>
/// <param name="meta">The meta.</param>
/// <param name="offset">The offset.</param>
/// <param name="map">The map.</param>
/// <param name="TagIndex">The TagIndex.</param>
/// <param name="magic">The magic.</param>
/// <remarks></remarks>
private void CycleElements(
ref SplitReflexive reflex, object[] elements, ref Meta meta, int offset, Map map, int TagIndex, int magic)
{
for (int x = 0; x < reflex.chunkcount; x++)
{
SplitReflexive chunkreflexive = new SplitReflexive();
map.BR.BaseStream.Position = reflex.realtranslation + (x * reflex.chunksize);
chunkreflexive.MS = new MemoryStream(reflex.chunksize);
chunkreflexive.MS.Write(map.BR.ReadBytes(reflex.chunksize), 0, reflex.chunksize);
chunkreflexive.chunksize = reflex.chunksize;
chunkreflexive.splitReflexiveType = SplitReflexive.SplitReflexiveType.Chunk;
reflex.Chunks.Add(chunkreflexive);
for (int xx = 0; xx < elements.Length; xx++)
{
IFPIO.BaseObject tempbase = (IFPIO.BaseObject)elements[xx];
switch (tempbase.ObjectType)
{
case IFPIO.ObjectEnum.Struct:
IFPIO.Reflexive tempreflex = (IFPIO.Reflexive)tempbase;
SplitReflexive r = new SplitReflexive();
map.BR.BaseStream.Position = offset + tempreflex.offset + (x * reflex.chunksize);
r.mapOffset = (int)map.BR.BaseStream.Position;
r.chunkcount = map.BR.ReadInt32();
if (r.chunkcount == 0)
{
continue;
}
r.chunksize = tempreflex.chunkSize;
r.translation = map.BR.ReadInt32() - magic;
r.pointstoTagIndex = map.Functions.ForMeta.FindMetaByOffset(r.translation);
r.description = tempreflex.name;
if (r.pointstoTagIndex == -1)
{
continue;
}
// r.parent = reflex.description;// parentname;
r.realtranslation = r.translation;
r.realTagIndex = r.pointstoTagIndex;
r.label = tempreflex.label;
r.pointstoTagIndex = meta.TagIndex;
r.pointstotagtype = meta.type;
r.pointstotagname = meta.name;
r.offset = tempreflex.offset;
r.intag = meta.TagIndex;
r.intagtype = meta.type;
r.intagname = meta.name;
r.translation -= map.MetaInfo.Offset[r.realTagIndex];
r.inchunknumber = x;
r.splitReflexiveType = SplitReflexive.SplitReflexiveType.Container;
r.Chunks = new List<SplitReflexive>();
CycleElements(
ref r, tempreflex.items, ref meta, r.realtranslation, map, r.pointstoTagIndex, magic);
reflex.Chunks[x].ChunkResources.Add(r);
meta.reflexivecount++;
break;
case IFPIO.ObjectEnum.Ident:
IFPIO.Ident tempident = (IFPIO.Ident)tempbase;
SplitIdent i = new SplitIdent();
map.BR.BaseStream.Position = offset + tempident.offset + (x * reflex.chunksize);
i.mapOffset = (int)map.BR.BaseStream.Position;
i.ident = map.BR.ReadInt32();
if (i.ident != -1)
{
try
{
i.pointstoTagIndex = map.Functions.ForMeta.FindMetaByID(i.ident);
i.pointstotagtype = map.MetaInfo.TagType[i.pointstoTagIndex];
i.pointstotagname = map.FileNames.Name[i.pointstoTagIndex];
}
catch
{
continue;
}
}
else
{
continue;
}
i.mapOffset = offset + tempident.offset + (x * reflex.chunksize);
i.offset = tempident.offset;
i.inchunknumber = x;
i.intag = TagIndex;
i.intagtype = map.MetaInfo.TagType[i.intag];
i.intagname = map.FileNames.Name[i.intag];
i.description = tempident.name;
reflex.Chunks[x].ChunkResources.Add(i);
break;
case IFPIO.ObjectEnum.StringID:
IFPIO.SID tempstringid = (IFPIO.SID)tempbase;
SplitString si = new SplitString();
map.BR.BaseStream.Position = offset + tempstringid.offset + (x * reflex.chunksize);
si.mapOffset = (int)map.BR.BaseStream.Position;
si.id = map.BR.ReadUInt16();
if (si.id == 0 | si.id >= map.MapHeader.scriptReferenceCount)
{
continue;
}
map.BR.ReadByte();
int temp = map.BR.ReadByte();
if (temp != map.Strings.Length[si.id])
{
continue;
}
si.mapOffset = offset + tempstringid.offset + (x * reflex.chunksize);
si.offset = si.mapOffset - map.MetaInfo.Offset[TagIndex];
si.offset = tempstringid.offset;
si.inchunknumber = x;
si.name = map.Strings.Name[si.id];
si.intag = TagIndex;
si.intagtype = map.MetaInfo.TagType[si.intag];
si.intagname = map.FileNames.Name[si.intag];
si.description = tempstringid.name;
reflex.Chunks[x].ChunkResources.Add(si);
break;
}
}
}
return;
}
/// <summary>
/// The cycle elements.
/// </summary>
/// <param name="reflex">The reflex.</param>
/// <param name="elements">The elements.</param>
/// <param name="meta">The meta.</param>
/// <param name="offset">The offset.</param>
/// <param name="map">The map.</param>
/// <param name="TagIndex">The TagIndex.</param>
/// <param name="magic">The magic.</param>
/// <remarks></remarks>
private void CycleElements(
ref SplitReflexive reflex, object[] elements, ref Meta meta, int offset, Map map, int TagIndex, int magic)
{
for (int x = 0; x < reflex.chunkcount; x++)
{
SplitReflexive chunkreflexive = new SplitReflexive();
map.BR.BaseStream.Position = reflex.realtranslation + (x * reflex.chunksize);
chunkreflexive.MS = new MemoryStream(reflex.chunksize);
chunkreflexive.MS.Write(map.BR.ReadBytes(reflex.chunksize), 0, reflex.chunksize);
chunkreflexive.chunksize = reflex.chunksize;
chunkreflexive.splitReflexiveType = SplitReflexive.SplitReflexiveType.Chunk;
reflex.Chunks.Add(chunkreflexive);
for (int xx = 0; xx < elements.Length; xx++)
{
IFPIO.BaseObject tempbase = (IFPIO.BaseObject)elements[xx];
switch (tempbase.ObjectType)
{
case IFPIO.ObjectEnum.Struct:
IFPIO.Reflexive tempreflex = (IFPIO.Reflexive)tempbase;
SplitReflexive r = new SplitReflexive();
map.BR.BaseStream.Position = offset + tempreflex.offset + (x * reflex.chunksize);
r.mapOffset = (int)map.BR.BaseStream.Position;
r.chunkcount = map.BR.ReadInt32();
if (r.chunkcount == 0)
{
continue;
}
r.chunksize = tempreflex.chunkSize;
r.translation = map.BR.ReadInt32() - magic;
r.pointstoTagIndex = map.Functions.ForMeta.FindMetaByOffset(r.translation);
r.description = tempreflex.name;
if (r.pointstoTagIndex == -1)
{
continue;
}
// r.parent = reflex.description;// parentname;
r.realtranslation = r.translation;
r.realTagIndex = r.pointstoTagIndex;
r.label = tempreflex.label;
r.pointstoTagIndex = meta.TagIndex;
r.pointstotagtype = meta.type;
r.pointstotagname = meta.name;
r.offset = tempreflex.offset;
r.intag = meta.TagIndex;
r.intagtype = meta.type;
r.intagname = meta.name;
r.translation -= map.MetaInfo.Offset[r.realTagIndex];
r.inchunknumber = x;
r.splitReflexiveType = SplitReflexive.SplitReflexiveType.Container;
r.Chunks = new List <SplitReflexive>();
CycleElements(
ref r, tempreflex.items, ref meta, r.realtranslation, map, r.pointstoTagIndex, magic);
reflex.Chunks[x].ChunkResources.Add(r);
meta.reflexivecount++;
break;
case IFPIO.ObjectEnum.Ident:
IFPIO.Ident tempident = (IFPIO.Ident)tempbase;
SplitIdent i = new SplitIdent();
map.BR.BaseStream.Position = offset + tempident.offset + (x * reflex.chunksize);
i.mapOffset = (int)map.BR.BaseStream.Position;
i.ident = map.BR.ReadInt32();
if (i.ident != -1)
{
try
{
i.pointstoTagIndex = map.Functions.ForMeta.FindMetaByID(i.ident);
i.pointstotagtype = map.MetaInfo.TagType[i.pointstoTagIndex];
i.pointstotagname = map.FileNames.Name[i.pointstoTagIndex];
}
catch
{
continue;
}
}
else
{
continue;
}
i.mapOffset = offset + tempident.offset + (x * reflex.chunksize);
i.offset = tempident.offset;
i.inchunknumber = x;
i.intag = TagIndex;
i.intagtype = map.MetaInfo.TagType[i.intag];
i.intagname = map.FileNames.Name[i.intag];
i.description = tempident.name;
reflex.Chunks[x].ChunkResources.Add(i);
break;
case IFPIO.ObjectEnum.StringID:
IFPIO.SID tempstringid = (IFPIO.SID)tempbase;
SplitString si = new SplitString();
map.BR.BaseStream.Position = offset + tempstringid.offset + (x * reflex.chunksize);
si.mapOffset = (int)map.BR.BaseStream.Position;
si.id = map.BR.ReadUInt16();
if (si.id == 0 | si.id >= map.MapHeader.scriptReferenceCount)
{
continue;
}
map.BR.ReadByte();
int temp = map.BR.ReadByte();
if (temp != map.Strings.Length[si.id])
{
continue;
}
si.mapOffset = offset + tempstringid.offset + (x * reflex.chunksize);
si.offset = si.mapOffset - map.MetaInfo.Offset[TagIndex];
si.offset = tempstringid.offset;
si.inchunknumber = x;
si.name = map.Strings.Name[si.id];
si.intag = TagIndex;
si.intagtype = map.MetaInfo.TagType[si.intag];
si.intagname = map.FileNames.Name[si.intag];
si.description = tempstringid.name;
reflex.Chunks[x].ChunkResources.Add(si);
break;
}
}
}
return;
}
