JMXVBMS
12 string Signature // "JMXVBMS 0110"4 uint header.VertexOffset
4 uint header.SkinOffset
4 uint header.FaceOffset
4 uint header.ClothVertexOffset
4 uint header.ClothEdgeOffset
4 uint header.BoundingBoxOffset
4 uint header.OcclusionPortals
4 uint header.NavMeshOffset
4 uint header.SkinedNavMeshOffset // NO SAMPLES (only reverse engineered code)
4 uint header.Unknown9Offset // NO SAMPLES (offset leads to unk9Count)
4 uint header.unkUInt0
4 uint header.NavFlag // 0 = None, 1 = Edge, 2 = Cell, 4 = Event
4 uint subPrimCount // ASSERT(subPrimCount == 1)
4 uint VertexFlag // Default = 0x000, LightMapUV = 0x400, MorphingData = 0x800
4 uint unkUInt2 // 0 in in all files
4 uint Name.Length
* string Name
4 uint Material.Length
* string Material // name of used Mtrl from active MtrlSet
4 uint unkUInt3// VertexOffset
4 uint vertexCount
for (int i = 0; i < vertexCount; i++)
{
12 Vector3 vertex.Position
12 Vector3 vertex.Normal
8 Vector2 vertex.UV0
if(VertexFlag & 0x400)
{
8 Vector2 vertex.UV1
}
if(VertexFlag & 0x800)
{
36 byte[] morphingData // TODO: Need sample
}
// Could contains information to stich submeshes into single runtime skinned mesh.
// Could contains information to create dynamic level of detail (LOD)
//Outer vertices be : 0, -1, 0
//Inner vertices be : 0, X, 2
4 float vertex.Float0
4 uint vertex.Int0
4 uint vertex.Int1
}
if(VertexFlag & 0x400)
{
4 uint LightmapPath.Length
* string LightmapPath //.ddj
}
if(VertexFlag & 0x1000) // Found into new models from ISROR
{
4 uint vertexDataCount
for (int i = 0; i < vertexDataCount; i++)
{
12 Vector3 vertexData.Vector0
12 Vector3 vertexData.Vector1
}
}// SkinOffset
4 uint boneCount
if(boneCount > 0)
{
for (int i = 0; i < boneCount; i++)
{
4 uint BoneName.Length
* string BoneName
}
for (int i = 0; i < vertexCount; i++)
{
1 byte boneIndex1 // Index of bone list in .bms!
2 ushort boneWeight1 // Used to weight the two transformation matricies
1 byte boneIndex2 // Index of bone list in .bms!
2 ushort boneWeight2 // Used to weight the two transformation matricies
}
}// FaceOffset
4 uint faceCount
for (int i = 0; i < faceCount; i++)
{
2 ushort face.A // vertexIndex
2 ushort face.B // vertexIndex
2 ushort face.C // vertexIndex
} // ClothVertexOffset
4 uint clothVertexCount // 0 or equal to vertexCount
for (int i = 0; i < clothVertexCount; i++)
{
4 float clothVertex.MaxDistance // maximum distance this vertex can be moved
4 uint clothVertex.IsPinned // vertex is pinned and no cloth deformation is animated
}
// ClothEdgeOffset
4 uint clothEdgeCount
if(clothEdgeCount > 0)
{
for (int i = 0; i < clothEdgeCount; i++)
{
4 uint clothEdge.A // vertexIndex
4 uint clothEdge.B // vertexIndex
4 float clothEdge.MaxDistance // maximum distance this edge can be streched or bend
}
for (int i = 0; i < clothEdgeCount; i++)
{
4 uint clothEdgeIndex // index from clothEdgeList matching above for loop
}
// Cloth simulation parameters
4 uint deformationMode // 0 = Deformation to wind maybe, 1 = Deformation to ground
4 float animationOffsetX
4 float animationOffsetZ
4 float animationOffsetY
4 float clothFallingSpeed
4 float unkFloat6
4 float unkFloat7
4 float clothElasticity
4 uint clothMovementFactor // zero is not allowed
}// BoundingBoxOffset
24 float[] AxisAlignedBoundingBox// OcclusionPortal
4 uint hasOcclusionPortal
if(hasOcclusionPortal == 1)
{
4 uint portal.Name.Length
* string portal.Name
4 uint vertexCount
for (int ii = 0; ii < vertexCount; ii++)
{
12 Vector3 vertex
}
4 uint faceCount
for (int ii = 0; ii < faceCount; ii++)
{
//PrimMeshFaceTri
2 ushort face.A
2 ushort face.B
2 ushort face.C
}
}// Unknown9Offset
4 uint unk9Count //0 in every file :///NavMeshOffset
if(header.NavMeshOffset > 0)
{
//NavVertices
4 uint vertexCount
for (int i = 0; i < vertexCount; i++)
{
//PrimMeshNavVertex
12 Vector3 vertex.Position
1 byte vertex.BisectorIndex // index into bisector cache
}
//NavCells (ObjectGround)
4 uint collisionCellCount
for (int i = 0; i < collisionCellCount; i++)
{
// RTNavMeshCellTri
2 ushort cell.Vertex0 // index into NavVertices
2 ushort cell.Vertex1 // index into NavVertices
2 ushort cell.Vertex2 // index into NavVertices
2 ushort cell.Flag
if(header.NavFlag & 2)
{
// (MSB) (LSB)
// | 07 | 06 | 05 | 04 | 03 | 02 | 01 | 00 |
// | Flag | EventIndex |
// Flag:
// 1 = Bit0 -> TriggerOnEnter?
// 2 = Bit1 -> TriggerOnExit?
1 byte cell.EventZoneData
}
}
//NavOutlineEdges
4 uint outlineLinkCount
for (int i = 0; i < outlineLinkCount; i++)
{
//PrimMeshNavEdge
2 ushort edge.SrcVertex
2 ushort edge.DstVertex
2 ushort edge.SrcCell
2 ushort edge.DstCell // None = -1
1 byte edge.Flag //PrimMeshNavEdgeFlag
if(header.NavFlag & 1)
{
// (MSB) (LSB)
// | 07 | 06 | 05 | 04 | 03 | 02 | 01 | 00 |
// | Flag | EventIndex |
// Flag:
// 1 = Bit0 -> TriggerOnEnter?
// 2 = Bit1 -> TriggerOnExit?
1 byte edge.EventZoneData
}
}
//NavInlineEdges
4 uint inlineLinkCount
for (int i = 0; i < inlineLinkCount; i++)
{
//PrimMeshNavEdge
2 ushort edge.SrcVertex
2 ushort edge.DstVertex
2 ushort edge.SrcCell
2 ushort edge.DstCell
1 byte edge.Flag
if(header.NavFlag & 1)
{
// (MSB) (LSB)
// | 07 | 06 | 05 | 04 | 03 | 02 | 01 | 00 |
// | Flag | EventIndex |
// Flag:
// 1 = Bit0 -> TriggerOnEnter?
// 2 = Bit1 -> TriggerOnExit?
1 byte edge.EventZoneData
}
}
// Events
if(header.NavFlag & 4)
{
4 uint eventCount
for (int i = 0; i < eventCount; i++)
{
//NavCallBack2 related
4 uint event.Name.Length
* string event.Name
}
}
// OutlineLookupGrid
8 Vector2 grid.Origin
4 uint grid.Width
4 uint grid.Height
4 uint grid.CellCount
for (int i = 0; i < CellCount; i++)
{
4 uint gridCellOutlineCount
for (int ii = 0; ii < gridCellOutlineCount; ii++)
2 ushort outlineIndex
}
}The client reads this in the the visual section for some reason.
//SkinnedNavMeshOffset is unknown location within file.
4 int skinnedCount0
for (int i = 0; i < skinnedCount0; i++)
{
12 byte[] skinnedStructure0 // probably a Vector3
}
4 int skinnedCount1
for (int i = 0; i < skinnedCount1; i++)
{
2 byte[] skinnedStructure1 // probably bone weight (byte bone0, byte bone1)
}
4 int skinnedCount2
for (int i = 0; i < skinnedCount2; i++)
{
6 byte[] skinnedStructure2 // probably triangle indices (ushort a, ushort b, ushort c)
}
//EOF- Credits to theonly112 for is initial release.
- Credits to illstar (keinplan1337) for his initial hitbox parsing
