public NJS_MESHSET(Poly[] polys, bool hasPolyNormal, bool hasUV, bool hasVColor)
{
PolyName = "poly_" + Extensions.GenerateIdentifier();
PolyType = polys[0].PolyType;
int striptotal = 0;
for (int i = 0; i < polys.Length; i++)
{
striptotal += polys[i].Indexes.Length;
}
Poly = new ReadOnlyCollection <Poly>(polys);
if (hasVColor)
{
VColorName = "vcolor_" + Extensions.GenerateIdentifier();
VColor = new Color[striptotal];
}
if (hasUV)
{
UVName = "uv_" + Extensions.GenerateIdentifier();
UV = new UV[striptotal];
for (int i = 0; i < striptotal; i++)
{
UV[i] = new UV();
}
}
}
public NJS_OBJECT()
{
Name = "object_" + Extensions.GenerateIdentifier();
Position = new Vertex();
Rotation = new Rotation();
Scale = new Vertex(1, 1, 1);
Children = new List <NJS_OBJECT>();
}
public LandTable()
{
Name = "landtable_" + Extensions.GenerateIdentifier();
COL = new List <COL>();
COLName = "collist_" + Extensions.GenerateIdentifier();
Anim = new List <GeoAnimData>();
AnimName = "animlist_" + Extensions.GenerateIdentifier();
Metadata = new Dictionary <uint, byte[]>();
}
public BasicAttach(Vertex[] vertex, Vertex[] normal, IEnumerable <NJS_MESHSET> mesh, IEnumerable <NJS_MATERIAL> material)
: this()
{
Vertex = vertex;
Normal = normal;
Mesh = new List <NJS_MESHSET>(mesh);
Material = new List <NJS_MATERIAL>(material);
Name = "attach_" + Extensions.GenerateIdentifier();
}
public BasicAttach()
{
Name = "attach_" + Extensions.GenerateIdentifier();
Bounds = new BoundingSphere();
Material = new List <NJS_MATERIAL>();
MaterialName = "matlist_" + Extensions.GenerateIdentifier();
Mesh = new List <NJS_MESHSET>();
MeshName = "meshlist_" + Extensions.GenerateIdentifier();
Vertex = new Vertex[0];
VertexName = "vertex_" + Extensions.GenerateIdentifier();
Normal = new Vertex[0];
NormalName = "normal_" + Extensions.GenerateIdentifier();
}
public ChunkAttach(bool hasVertex, bool hasPoly)
: this()
{
if (hasVertex)
{
Vertex = new List <VertexChunk>();
VertexName = "vertex_" + Extensions.GenerateIdentifier();
}
if (hasPoly)
{
Poly = new List <PolyChunk>();
PolyName = "poly_" + Extensions.GenerateIdentifier();
}
}
public NJS_MESHSET(Basic_PolyType polyType, int polyCount, bool hasPolyNormal, bool hasUV, bool hasVColor)
{
if (polyType == Basic_PolyType.NPoly | polyType == Basic_PolyType.Strips)
{
throw new ArgumentException("Cannot create a Poly of that type!\nTry another overload to create Strip-type Polys.", "polyType");
}
PolyName = "poly_" + Extensions.GenerateIdentifier();
PolyType = polyType;
Poly[] polys = new Poly[polyCount];
int striptotal = 0;
for (int i = 0; i < polys.Length; i++)
{
polys[i] = SAModel.Poly.CreatePoly(PolyType);
striptotal += polys[i].Indexes.Length;
}
Poly = new ReadOnlyCollection <Poly>(polys);
if (hasPolyNormal)
{
PolyNormalName = "polynormal_" + Extensions.GenerateIdentifier();
PolyNormal = new Vertex[polys.Length];
for (int i = 0; i < polys.Length; i++)
{
PolyNormal[i] = new Vertex();
}
}
if (hasVColor)
{
VColorName = "vcolor_" + Extensions.GenerateIdentifier();
VColor = new Color[striptotal];
}
if (hasUV)
{
UVName = "uv_" + Extensions.GenerateIdentifier();
UV = new UV[striptotal];
for (int i = 0; i < striptotal; i++)
{
UV[i] = new UV();
}
}
}
public LandTable(byte[] file, int address, uint imageBase, LandTableFormat format, Dictionary <int, string> labels)
{
Format = format;
if (labels.ContainsKey(address))
{
Name = labels[address];
}
else
{
Name = "landtable_" + address.ToString("X8");
}
short colcnt = ByteConverter.ToInt16(file, address);
switch (format)
{
case LandTableFormat.SA1:
case LandTableFormat.SADX:
short anicnt = ByteConverter.ToInt16(file, address + 2);
Flags = ByteConverter.ToInt32(file, address + 4);
Unknown1 = ByteConverter.ToSingle(file, address + 8);
COL = new List <COL>();
int tmpaddr = ByteConverter.ToInt32(file, address + 0xC);
if (tmpaddr != 0)
{
tmpaddr = (int)unchecked ((uint)tmpaddr - imageBase);
if (labels.ContainsKey(tmpaddr))
{
COLName = labels[tmpaddr];
}
else
{
COLName = "collist_" + tmpaddr.ToString("X8");
}
for (int i = 0; i < colcnt; i++)
{
COL.Add(new COL(file, tmpaddr, imageBase, format, labels));
tmpaddr += SAModel.COL.Size(format);
}
}
else
{
COLName = "collist_" + Extensions.GenerateIdentifier();
}
Anim = new List <GeoAnimData>();
tmpaddr = ByteConverter.ToInt32(file, address + 0x10);
if (tmpaddr != 0)
{
tmpaddr = (int)unchecked ((uint)tmpaddr - imageBase);
if (labels.ContainsKey(tmpaddr))
{
AnimName = labels[tmpaddr];
}
else
{
AnimName = "animlist_" + tmpaddr.ToString("X8");
}
for (int i = 0; i < anicnt; i++)
{
Anim.Add(new GeoAnimData(file, tmpaddr, imageBase, format, labels));
tmpaddr += GeoAnimData.Size;
}
}
else
{
AnimName = "animlist_" + Extensions.GenerateIdentifier();
}
tmpaddr = ByteConverter.ToInt32(file, address + 0x14);
if (tmpaddr != 0)
{
tmpaddr = (int)unchecked ((uint)tmpaddr - imageBase);
TextureFileName = file.GetCString(tmpaddr, Encoding.ASCII);
}
TextureList = ByteConverter.ToUInt32(file, address + 0x18);
Unknown2 = ByteConverter.ToInt32(file, address + 0x1C);
Unknown3 = ByteConverter.ToInt32(file, address + 0x20);
break;
case LandTableFormat.SA2:
short cnkcnt = ByteConverter.ToInt16(file, address + 2);
Unknown1 = ByteConverter.ToSingle(file, address + 0xC);
COL = new List <COL>();
tmpaddr = ByteConverter.ToInt32(file, address + 0x10);
if (tmpaddr != 0)
{
tmpaddr = (int)unchecked ((uint)tmpaddr - imageBase);
if (labels.ContainsKey(tmpaddr))
{
COLName = labels[tmpaddr];
}
else
{
COLName = "collist_" + tmpaddr.ToString("X8");
}
for (int i = 0; i < colcnt; i++)
{
COL.Add(new COL(file, tmpaddr, imageBase, format, labels, cnkcnt < 0 ? null : (bool?)(i >= cnkcnt)));
tmpaddr += SAModel.COL.Size(format);
}
}
else
{
COLName = "collist_" + Extensions.GenerateIdentifier();
}
Anim = new List <GeoAnimData>();
AnimName = "animlist_" + Extensions.GenerateIdentifier();
tmpaddr = ByteConverter.ToInt32(file, address + 0x18);
if (tmpaddr != 0)
{
tmpaddr = (int)unchecked ((uint)tmpaddr - imageBase);
TextureFileName = file.GetCString(tmpaddr, Encoding.ASCII);
}
TextureList = ByteConverter.ToUInt32(file, address + 0x1C);
break;
}
Metadata = new Dictionary <uint, byte[]>();
}
public BasicAttach(List <NJS_MATERIAL> materials, List <Mesh> meshes)
{
Name = "attach_" + Extensions.GenerateIdentifier();
Bounds = new BoundingSphere();
Material = new List <NJS_MATERIAL>();
MaterialName = "matlist_" + Extensions.GenerateIdentifier();
Mesh = new List <NJS_MESHSET>();
MeshName = "meshlist_" + Extensions.GenerateIdentifier();
Vertex = new Vertex[0];
VertexName = "vertex_" + Extensions.GenerateIdentifier();
Normal = new Vertex[0];
NormalName = "normal_" + Extensions.GenerateIdentifier();
List <Vertex> vertices = new List <Vertex>();
foreach (Mesh m in meshes)
{
foreach (Vector3D ve in m.Vertices)
{
vertices.Add(new Vertex(ve.X, ve.Y, ve.Z));
}
}
Vertex = vertices.ToArray();
List <Vertex> normals = new List <Vertex>();
foreach (Mesh m in meshes)
{
foreach (Vector3D ve in m.Normals)
{
normals.Add(new Vertex(ve.X, ve.Y, ve.Z));
}
}
Normal = normals.ToArray();
Material = materials;
int polyIndex = 0;
List <NJS_MESHSET> meshsets = new List <NJS_MESHSET>();
for (int i = 0; i < meshes.Count; i++)
{
NJS_MESHSET meshset; //= new NJS_MESHSET(polyType, meshes[i].Faces.Count, false, meshes[i].HasTextureCoords(0), meshes[i].HasVertexColors(0));
List <Poly> polys = new List <Poly>();
//i noticed the primitiveType of the Assimp Mesh is always triangles so...
foreach (Face f in meshes[i].Faces)
{
Triangle triangle = new Triangle();
triangle.Indexes[0] = (ushort)(f.Indices[0] + polyIndex);
triangle.Indexes[1] = (ushort)(f.Indices[1] + polyIndex);
triangle.Indexes[2] = (ushort)(f.Indices[2] + polyIndex);
polys.Add(triangle);
}
meshset = new NJS_MESHSET(polys.ToArray(), false, meshes[i].HasTextureCoords(0), false); //hasVColor = meshes[i].HasVertexColors(0);
meshset.PolyName = "poly_" + Extensions.GenerateIdentifier();
meshset.MaterialID = (ushort)meshes[i].MaterialIndex;
if (meshes[i].HasTextureCoords(0))
{
meshset.UVName = "uv_" + Extensions.GenerateIdentifier();
for (int x = 0; x < meshes[i].TextureCoordinateChannels[0].Count; x++)
{
meshset.UV[x] = new UV()
{
U = meshes[i].TextureCoordinateChannels[0][x].X, V = meshes[i].TextureCoordinateChannels[0][x].Y
};
}
}
if (meshes[i].HasVertexColors(0))
{
throw new NotImplementedException();
}
polyIndex += meshes[i].VertexCount;
meshsets.Add(meshset); //4B4834
}
Mesh = meshsets;
Bounds = new BoundingSphere()
{
Radius = 1.0f
};
}
public ChunkAttach()
{
Name = "attach_" + Extensions.GenerateIdentifier();
Bounds = new BoundingSphere();
}
public NJS_MESHSET(byte[] file, int address, uint imageBase, Dictionary <int, string> labels)
{
MaterialID = ByteConverter.ToUInt16(file, address);
PolyType = (Basic_PolyType)(MaterialID >> 0xE);
MaterialID &= 0x3FFF;
Poly[] polys = new Poly[ByteConverter.ToInt16(file, address + 2)];
int tmpaddr = (int)(ByteConverter.ToUInt32(file, address + 4) - imageBase);
if (labels.ContainsKey(tmpaddr))
{
PolyName = labels[tmpaddr];
}
else
{
PolyName = "poly_" + tmpaddr.ToString("X8");
}
int striptotal = 0;
for (int i = 0; i < polys.Length; i++)
{
polys[i] = SAModel.Poly.CreatePoly(PolyType, file, tmpaddr);
striptotal += polys[i].Indexes.Length;
tmpaddr += polys[i].Size;
}
Poly = new ReadOnlyCollection <Poly>(polys);
PAttr = ByteConverter.ToInt32(file, address + 8);
tmpaddr = ByteConverter.ToInt32(file, address + 0xC);
if (tmpaddr != 0)
{
tmpaddr = (int)unchecked ((uint)tmpaddr - imageBase);
if (labels.ContainsKey(tmpaddr))
{
PolyNormalName = labels[tmpaddr];
}
else
{
PolyNormalName = "polynormal_" + tmpaddr.ToString("X8");
}
PolyNormal = new Vertex[polys.Length];
for (int i = 0; i < polys.Length; i++)
{
PolyNormal[i] = new Vertex(file, tmpaddr);
tmpaddr += Vertex.Size;
}
}
else
{
PolyNormalName = "polynormal_" + Extensions.GenerateIdentifier();
}
tmpaddr = ByteConverter.ToInt32(file, address + 0x10);
if (tmpaddr != 0)
{
tmpaddr = (int)unchecked ((uint)tmpaddr - imageBase);
if (labels.ContainsKey(tmpaddr))
{
VColorName = labels[tmpaddr];
}
else
{
VColorName = "vcolor_" + tmpaddr.ToString("X8");
}
VColor = new Color[striptotal];
for (int i = 0; i < striptotal; i++)
{
VColor[i] = SAModel.VColor.FromBytes(file, tmpaddr);
tmpaddr += SAModel.VColor.Size(ColorType.ARGB8888_32);
}
}
else
{
VColorName = "vcolor_" + Extensions.GenerateIdentifier();
}
tmpaddr = ByteConverter.ToInt32(file, address + 0x14);
if (tmpaddr != 0)
{
tmpaddr = (int)unchecked ((uint)tmpaddr - imageBase);
if (labels.ContainsKey(tmpaddr))
{
UVName = labels[tmpaddr];
}
else
{
UVName = "uv_" + tmpaddr.ToString("X8");
}
UV = new UV[striptotal];
for (int i = 0; i < striptotal; i++)
{
UV[i] = new UV(file, tmpaddr);
tmpaddr += SAModel.UV.Size;
}
}
else
{
UVName = "uv_" + Extensions.GenerateIdentifier();
}
}
public BasicAttach(List <Material> materials, List <Mesh> meshes, string[] textures = null)
{
Name = "attach_" + Extensions.GenerateIdentifier();
Bounds = new BoundingSphere();
Material = new List <NJS_MATERIAL>();
MaterialName = "matlist_" + Extensions.GenerateIdentifier();
Mesh = new List <NJS_MESHSET>();
MeshName = "meshlist_" + Extensions.GenerateIdentifier();
Vertex = new Vertex[0];
VertexName = "vertex_" + Extensions.GenerateIdentifier();
Normal = new Vertex[0];
NormalName = "normal_" + Extensions.GenerateIdentifier();
List <Vertex> vertices = new List <Vertex>();
List <Vertex> normals = new List <Vertex>();
Dictionary <int, int> lookupMaterial = new Dictionary <int, int>();
foreach (Mesh m in meshes)
{
foreach (Vector3D ve in m.Vertices)
{
vertices.Add(new Vertex(ve.X, ve.Y, ve.Z));
}
foreach (Vector3D ve in m.Normals)
{
normals.Add(new Vertex(ve.X, ve.Y, ve.Z));
}
lookupMaterial.Add(m.MaterialIndex, Material.Count);
Material.Add(new NJS_MATERIAL(materials[m.MaterialIndex]));
if (materials[m.MaterialIndex].HasTextureDiffuse)
{
if (textures != null)
{
Material[Material.Count - 1].UseTexture = true;
for (int i = 0; i < textures.Length; i++)
{
if (textures[i] == Path.GetFileNameWithoutExtension(materials[m.MaterialIndex].TextureDiffuse.FilePath))
{
Material[Material.Count - 1].TextureID = i;
}
}
}
}
}
Vertex = vertices.ToArray();
Normal = normals.ToArray();
int polyIndex = 0;
List <NJS_MESHSET> meshsets = new List <NJS_MESHSET>();
for (int i = 0; i < meshes.Count; i++)
{
NJS_MESHSET meshset; //= new NJS_MESHSET(polyType, meshes[i].Faces.Count, false, meshes[i].HasTextureCoords(0), meshes[i].HasVertexColors(0));
List <Poly> polys = new List <Poly>();
//i noticed the primitiveType of the Assimp Mesh is always triangles so...
foreach (Face f in meshes[i].Faces)
{
Triangle triangle = new Triangle();
triangle.Indexes[0] = (ushort)(f.Indices[0] + polyIndex);
triangle.Indexes[1] = (ushort)(f.Indices[1] + polyIndex);
triangle.Indexes[2] = (ushort)(f.Indices[2] + polyIndex);
polys.Add(triangle);
}
meshset = new NJS_MESHSET(polys.ToArray(), false, meshes[i].HasTextureCoords(0), meshes[i].HasVertexColors(0));
meshset.PolyName = "poly_" + Extensions.GenerateIdentifier();
meshset.MaterialID = (ushort)lookupMaterial[meshes[i].MaterialIndex];
if (meshes[i].HasTextureCoords(0))
{
meshset.UVName = "uv_" + Extensions.GenerateIdentifier();
for (int x = 0; x < meshes[i].TextureCoordinateChannels[0].Count; x++)
{
meshset.UV[x] = new UV()
{
U = meshes[i].TextureCoordinateChannels[0][x].X, V = meshes[i].TextureCoordinateChannels[0][x].Y
};
}
}
if (meshes[i].HasVertexColors(0))
{
meshset.VColorName = "vcolor_" + Extensions.GenerateIdentifier();
for (int x = 0; x < meshes[i].VertexColorChannels[0].Count; x++)
{
meshset.VColor[x] = Color.FromArgb((int)(meshes[i].VertexColorChannels[0][x].A * 255.0f), (int)(meshes[i].VertexColorChannels[0][x].R * 255.0f), (int)(meshes[i].VertexColorChannels[0][x].G * 255.0f), (int)(meshes[i].VertexColorChannels[0][x].B * 255.0f));
}
}
polyIndex += meshes[i].VertexCount;
meshsets.Add(meshset); //4B4834
}
Mesh = meshsets;
Bounds = new BoundingSphere()
{
Radius = 1.0f
};
}
public Animation()
{
Name = "animation_" + Extensions.GenerateIdentifier();
}
