public int ReplaceMesh(Mesh mesh, int meshIndexToReplace)
{
Console.WriteLine("A");
if (meshIndexToReplace >= subDataCount[0])
{
return(-1);
}
mesh.vertexSize = 24;
int loc = (int)subDataOffset[0] + (meshIndexToReplace * 152);
cachedData.ReplaceRange(BitConverter.GetBytes(mesh.materialID), loc, 4);
cachedData.ReplaceRange(BitConverter.GetBytes(mesh.rigidBoneIndex), loc + 12, 4);
cachedData.ReplaceRange(BitConverter.GetBytes(ibData.Count / 2), loc + 16, 4);
cachedData.ReplaceRange(BitConverter.GetBytes(mesh.faceCount), loc + 20, 4);
cachedData.ReplaceRange(BitConverter.GetBytes(vbData.Count), loc + 24, 4);
cachedData.ReplaceRange(BitConverter.GetBytes(mesh.vertices.Count * mesh.vertexSize), loc + 28, 4);
cachedData.ReplaceRange(BitConverter.GetBytes(mesh.vertexSize), loc + 32, 4);
cachedData.ReplaceRange(BitConverter.GetBytes(mesh.vertices.Count), loc + 36, 4);
List <byte> v = new List <byte>();
if (mesh.vertexSize == 24)
{
for (int i = 0; i < mesh.vertices.Count; i++)
{
Vector4 vec = new Vector4(mesh.vertices[i].x, mesh.vertices[i].y, mesh.vertices[i].z, 1) * mesh.modelMatrix;
v.AddRange(SystemHalf.Half.GetBytes((Half)vec.X));
v.AddRange(SystemHalf.Half.GetBytes((Half)vec.Y));
v.AddRange(SystemHalf.Half.GetBytes((Half)vec.Z));
v.AddRange(SystemHalf.Half.GetBytes(1));
v.AddRange(BitConverter.GetBytes(mesh.vertices[i].nx));
v.AddRange(BitConverter.GetBytes(mesh.vertices[i].ny));
v.AddRange(BitConverter.GetBytes(mesh.vertices[i].nz));
v.AddRange(SystemHalf.Half.GetBytes(mesh.vertices[i].u));
v.AddRange(SystemHalf.Half.GetBytes(mesh.vertices[i].v));
}
}
vbData.AddRange(v);
for (int i = 0; i < mesh.indices.Count; i++)
{
ibData.AddRange(BitConverter.GetBytes((short)mesh.indices[i]));
}
Console.WriteLine("B");
return(1);
}
public List <Mesh> GetMeshes()
{
List <Mesh> meshes = new List <Mesh>();
Bone grannyRootBone = GetBones()[0];
for (int i = 0; i < subDataCount[0]; i++)
{
Mesh m = new Mesh();
int loc = (int)subDataOffset[0] + (i * 152);
m.materialID = BitConverter.ToInt32(cachedData.GetRange(loc, 4).ToArray(), 0);
m.accessoryIndex = BitConverter.ToInt32(cachedData.GetRange(loc + 4, 4).ToArray(), 0);
m.maxBones = BitConverter.ToInt32(cachedData.GetRange(loc + 8, 4).ToArray(), 0);
m.rigidBoneIndex = BitConverter.ToInt32(cachedData.GetRange(loc + 12, 4).ToArray(), 0);
m.indexBufferOffsetInShorts = BitConverter.ToInt32(cachedData.GetRange(loc + 16, 4).ToArray(), 0);
m.faceCount = BitConverter.ToInt32(cachedData.GetRange(loc + 20, 4).ToArray(), 0);
m.vertexBufferOffsetInBytes = BitConverter.ToInt32(cachedData.GetRange(loc + 24, 4).ToArray(), 0);
m.vertexBufferSizeInBytes = BitConverter.ToInt32(cachedData.GetRange(loc + 28, 4).ToArray(), 0);
m.vertexSize = BitConverter.ToInt32(cachedData.GetRange(loc + 32, 4).ToArray(), 0);
m.vertexCount = BitConverter.ToInt32(cachedData.GetRange(loc + 36, 4).ToArray(), 0);
m.rigidOnly = BitConverter.ToBoolean(cachedData.GetRange(loc + 124, 1).ToArray(), 0);
for (int j = 0; j < m.faceCount; j++)
{
m.indices.Add((uint)BitConverter.ToInt16(ibData.GetRange((m.indexBufferOffsetInShorts * 2) + (j * 6) + 0, 2).ToArray(), 0));
m.indices.Add((uint)BitConverter.ToInt16(ibData.GetRange((m.indexBufferOffsetInShorts * 2) + (j * 6) + 2, 2).ToArray(), 0));
m.indices.Add((uint)BitConverter.ToInt16(ibData.GetRange((m.indexBufferOffsetInShorts * 2) + (j * 6) + 4, 2).ToArray(), 0));
}
for (int k = 0; k < m.vertexCount; k++)
{
Mesh.Vertex v = new Mesh.Vertex();
if (m.vertexSize == 0x18)
{
v.x = Half.ToHalf(vbData.GetRange(m.vertexBufferOffsetInBytes + (k * m.vertexSize) + 0, 2).ToArray(), 0);
v.y = Half.ToHalf(vbData.GetRange(m.vertexBufferOffsetInBytes + (k * m.vertexSize) + 2, 2).ToArray(), 0);
v.z = Half.ToHalf(vbData.GetRange(m.vertexBufferOffsetInBytes + (k * m.vertexSize) + 4, 2).ToArray(), 0);
v.nx = BitConverter.ToSingle(vbData.GetRange(m.vertexBufferOffsetInBytes + (k * m.vertexSize) + 8, 4).ToArray(), 0);
v.ny = BitConverter.ToSingle(vbData.GetRange(m.vertexBufferOffsetInBytes + (k * m.vertexSize) + 12, 4).ToArray(), 0);
v.nz = BitConverter.ToSingle(vbData.GetRange(m.vertexBufferOffsetInBytes + (k * m.vertexSize) + 16, 4).ToArray(), 0);
v.u = Half.ToHalf(vbData.GetRange(m.vertexBufferOffsetInBytes + (k * m.vertexSize) + 20, 2).ToArray(), 0);
v.v = Half.ToHalf(vbData.GetRange(m.vertexBufferOffsetInBytes + (k * m.vertexSize) + 22, 2).ToArray(), 0);
}
if (m.vertexSize == 0x1c)
{
v.x = Half.ToHalf(vbData.GetRange(m.vertexBufferOffsetInBytes + (k * m.vertexSize) + 0, 2).ToArray(), 0);
v.y = Half.ToHalf(vbData.GetRange(m.vertexBufferOffsetInBytes + (k * m.vertexSize) + 2, 2).ToArray(), 0);
v.z = Half.ToHalf(vbData.GetRange(m.vertexBufferOffsetInBytes + (k * m.vertexSize) + 4, 2).ToArray(), 0);
v.nx = BitConverter.ToSingle(vbData.GetRange(m.vertexBufferOffsetInBytes + (k * m.vertexSize) + 8, 4).ToArray(), 0);
v.ny = BitConverter.ToSingle(vbData.GetRange(m.vertexBufferOffsetInBytes + (k * m.vertexSize) + 12, 4).ToArray(), 0);
v.nz = BitConverter.ToSingle(vbData.GetRange(m.vertexBufferOffsetInBytes + (k * m.vertexSize) + 16, 4).ToArray(), 0);
v.u = Half.ToHalf(vbData.GetRange(m.vertexBufferOffsetInBytes + (k * m.vertexSize) + 20, 2).ToArray(), 0);
v.v = Half.ToHalf(vbData.GetRange(m.vertexBufferOffsetInBytes + (k * m.vertexSize) + 22, 2).ToArray(), 0);
}
if (m.vertexSize == 0x20)
{
v.x = Half.ToHalf(vbData.GetRange(m.vertexBufferOffsetInBytes + (k * m.vertexSize) + 0, 2).ToArray(), 0);
v.y = Half.ToHalf(vbData.GetRange(m.vertexBufferOffsetInBytes + (k * m.vertexSize) + 2, 2).ToArray(), 0);
v.z = Half.ToHalf(vbData.GetRange(m.vertexBufferOffsetInBytes + (k * m.vertexSize) + 4, 2).ToArray(), 0);
v.nx = BitConverter.ToSingle(vbData.GetRange(m.vertexBufferOffsetInBytes + (k * m.vertexSize) + 8, 4).ToArray(), 0);
v.ny = BitConverter.ToSingle(vbData.GetRange(m.vertexBufferOffsetInBytes + (k * m.vertexSize) + 12, 4).ToArray(), 0);
v.nz = BitConverter.ToSingle(vbData.GetRange(m.vertexBufferOffsetInBytes + (k * m.vertexSize) + 16, 4).ToArray(), 0);
v.u = Half.ToHalf(vbData.GetRange(m.vertexBufferOffsetInBytes + (k * m.vertexSize) + 28, 2).ToArray(), 0);
v.v = Half.ToHalf(vbData.GetRange(m.vertexBufferOffsetInBytes + (k * m.vertexSize) + 30, 2).ToArray(), 0);
}
if (m.vertexSize == 0x24)
{
v.x = Half.ToHalf(vbData.GetRange(m.vertexBufferOffsetInBytes + (k * m.vertexSize) + 0, 2).ToArray(), 0);
v.y = Half.ToHalf(vbData.GetRange(m.vertexBufferOffsetInBytes + (k * m.vertexSize) + 2, 2).ToArray(), 0);
v.z = Half.ToHalf(vbData.GetRange(m.vertexBufferOffsetInBytes + (k * m.vertexSize) + 4, 2).ToArray(), 0);
v.nx = BitConverter.ToSingle(vbData.GetRange(m.vertexBufferOffsetInBytes + (k * m.vertexSize) + 8, 4).ToArray(), 0);
v.ny = BitConverter.ToSingle(vbData.GetRange(m.vertexBufferOffsetInBytes + (k * m.vertexSize) + 12, 4).ToArray(), 0);
v.nz = BitConverter.ToSingle(vbData.GetRange(m.vertexBufferOffsetInBytes + (k * m.vertexSize) + 16, 4).ToArray(), 0);
v.u = Half.ToHalf(vbData.GetRange(m.vertexBufferOffsetInBytes + (k * m.vertexSize) + 32, 2).ToArray(), 0);
v.v = Half.ToHalf(vbData.GetRange(m.vertexBufferOffsetInBytes + (k * m.vertexSize) + 34, 2).ToArray(), 0);
}
if (m.vertexSize == 0x28)
{
v.x = Half.ToHalf(vbData.GetRange(m.vertexBufferOffsetInBytes + (k * m.vertexSize) + 0, 2).ToArray(), 0);
v.y = Half.ToHalf(vbData.GetRange(m.vertexBufferOffsetInBytes + (k * m.vertexSize) + 2, 2).ToArray(), 0);
v.z = Half.ToHalf(vbData.GetRange(m.vertexBufferOffsetInBytes + (k * m.vertexSize) + 4, 2).ToArray(), 0);
v.nx = BitConverter.ToSingle(vbData.GetRange(m.vertexBufferOffsetInBytes + (k * m.vertexSize) + 8, 4).ToArray(), 0);
v.ny = BitConverter.ToSingle(vbData.GetRange(m.vertexBufferOffsetInBytes + (k * m.vertexSize) + 12, 4).ToArray(), 0);
v.nz = BitConverter.ToSingle(vbData.GetRange(m.vertexBufferOffsetInBytes + (k * m.vertexSize) + 16, 4).ToArray(), 0);
v.u = Half.ToHalf(vbData.GetRange(m.vertexBufferOffsetInBytes + (k * m.vertexSize) + 32, 2).ToArray(), 0);
v.v = Half.ToHalf(vbData.GetRange(m.vertexBufferOffsetInBytes + (k * m.vertexSize) + 34, 2).ToArray(), 0);
}
if (m.vertexSize == 0x2c)
{
v.x = Half.ToHalf(vbData.GetRange(m.vertexBufferOffsetInBytes + (k * m.vertexSize) + 0, 2).ToArray(), 0);
v.y = Half.ToHalf(vbData.GetRange(m.vertexBufferOffsetInBytes + (k * m.vertexSize) + 2, 2).ToArray(), 0);
v.z = Half.ToHalf(vbData.GetRange(m.vertexBufferOffsetInBytes + (k * m.vertexSize) + 4, 2).ToArray(), 0);
v.nx = BitConverter.ToSingle(vbData.GetRange(m.vertexBufferOffsetInBytes + (k * m.vertexSize) + 8, 4).ToArray(), 0);
v.ny = BitConverter.ToSingle(vbData.GetRange(m.vertexBufferOffsetInBytes + (k * m.vertexSize) + 12, 4).ToArray(), 0);
v.nz = BitConverter.ToSingle(vbData.GetRange(m.vertexBufferOffsetInBytes + (k * m.vertexSize) + 16, 4).ToArray(), 0);
v.u = Half.ToHalf(vbData.GetRange(m.vertexBufferOffsetInBytes + (k * m.vertexSize) + 40, 2).ToArray(), 0);
v.v = Half.ToHalf(vbData.GetRange(m.vertexBufferOffsetInBytes + (k * m.vertexSize) + 42, 2).ToArray(), 0);
}
if (m.vertexSize == 0x30)
{
v.x = Half.ToHalf(vbData.GetRange(m.vertexBufferOffsetInBytes + (k * m.vertexSize) + 0, 2).ToArray(), 0);
v.y = Half.ToHalf(vbData.GetRange(m.vertexBufferOffsetInBytes + (k * m.vertexSize) + 2, 2).ToArray(), 0);
v.z = Half.ToHalf(vbData.GetRange(m.vertexBufferOffsetInBytes + (k * m.vertexSize) + 4, 2).ToArray(), 0);
v.nx = BitConverter.ToSingle(vbData.GetRange(m.vertexBufferOffsetInBytes + (k * m.vertexSize) + 8, 4).ToArray(), 0);
v.ny = BitConverter.ToSingle(vbData.GetRange(m.vertexBufferOffsetInBytes + (k * m.vertexSize) + 12, 4).ToArray(), 0);
v.nz = BitConverter.ToSingle(vbData.GetRange(m.vertexBufferOffsetInBytes + (k * m.vertexSize) + 16, 4).ToArray(), 0);
v.u = Half.ToHalf(vbData.GetRange(m.vertexBufferOffsetInBytes + (k * m.vertexSize) + 40, 2).ToArray(), 0);
v.v = Half.ToHalf(vbData.GetRange(m.vertexBufferOffsetInBytes + (k * m.vertexSize) + 42, 2).ToArray(), 0);
}
v.v = 1 - v.v;
m.vertices.Add(v);
}
m.rootMatrix = new Matrix4(-1, 0, 0, 0, 0, 1, 0, 0, 0, 0, -1, 0, 0, 0, 0, 1) * grannyRootBone.boneMatrix;
meshes.Add(m);
}
return(meshes);
}
