public void CopyTo(asStream stream)
{
stream.Put(R);
stream.Put(G);
stream.Put(B);
stream.Put(A);
}
public ColorRGBA(asStream stream)
{
R = stream.GetFloat();
G = stream.GetFloat();
B = stream.GetFloat();
A = stream.GetFloat();
}
public override void Load(asStream stream)
{
Resolution = stream.GetShort();
Stride = stream.GetShort();
Unknown = stream.GetShort();
Flags = stream.GetShort();
Material = stream.GetShort();
Texture = stream.GetShort();
Physics = stream.GetShort();
var numVerts = (Resolution * Stride);
Vertices = new List <DLPVertex>(numVerts);
for (int i = 0; i < numVerts; i++)
{
var vertex = new DLPVertex(stream);
Vertices.Add(vertex);
}
UserData = stream.GetString();
}
public override void Save(asStream stream)
{
stream.PutString(Name, 32);
stream.Put(Flags);
stream.Put(Unknown1);
stream.Put(Unknown2);
// alignment
stream.Put((byte)0);
}
static List <T> ParseDB <T>(string filename, string libName, string entriesName)
where T : agiRefreshable, IAGILibraryData, new()
{
var stream = new asStream(filename);
Console.WriteLine($"Parsing DB: \"{filename}\"");
var numEntries = stream.GetInt();
var entries = new List <T>(numEntries);
for (int i = 0; i < numEntries; i++)
{
var entry = new T();
entry.Load(stream);
entries.Add(entry);
}
//var writer = new StringBuilder();
//
//writer.AppendLine($"# {libName}");
//writer.AppendLine($"# {entriesName,-12} {entries.Count}");
//writer.AppendLine();
//foreach (var entry in entries)
//{
// entry.Print(writer);
// writer.AppendLine();
//}
//File.WriteAllText(Path.ChangeExtension(filename, ".log"), writer.ToString());
using (var file = new StreamWriter(Path.ChangeExtension(filename, ".csv")))
using (var writer = new CsvWriter(file))
{
var writeHeader = true;
foreach (var entry in entries)
{
if (writeHeader)
{
entry.LibraryHeader(writer);
writeHeader = false;
}
entry.LibrarySave(writer);
}
file.Flush();
}
return(entries);
}
public override void Load(asStream stream)
{
Name = stream.GetString(32);
Flags = stream.GetByte();
Unknown1 = stream.GetByte();
Unknown2 = stream.GetByte();
// ignore alignment
stream.Skip(1);
}
public override void Save(asStream stream)
{
stream.PutString(Name, 32);
Emission.CopyTo(stream);
Ambient.CopyTo(stream);
Diffuse.CopyTo(stream);
Specular.CopyTo(stream);
stream.Put(Shininess);
stream.Put(Reserved);
}
public override void Load(asStream stream)
{
int strLen = stream.GetByte();
Name = stream.GetString(strLen);
var vertsCount = stream.GetInt();
var patchesCount = stream.GetInt();
Vertices = new short[vertsCount];
Patches = new short[patchesCount];
stream.Get(Vertices, vertsCount);
stream.Get(Patches, patchesCount);
}
public override void Load(asStream stream)
{
Name = stream.GetString(32);
Emission = new ColorRGBA(stream);
Ambient = new ColorRGBA(stream);
Diffuse = new ColorRGBA(stream);
Specular = new ColorRGBA(stream);
Shininess = stream.GetFloat();
Reserved = stream.GetShort();
}
public override void Load(asStream stream)
{
Vertex = stream.GetShort();
Normals = new Vector3()
{
X = stream.GetFloat(),
Y = stream.GetFloat(),
Z = stream.GetFloat()
};
SMap = stream.GetFloat();
TMap = stream.GetFloat();
Color = stream.GetInt();
}
public override void Save(asStream stream)
{
var strLen = (byte)(Name.Length + 1);
stream.Put(strLen);
stream.PutString(Name, strLen);
var vertsCount = (Vertices != null) ? Vertices.Length : 0;
var patchesCount = (Patches != null) ? Patches.Length : 0;
stream.Put(vertsCount);
stream.Put(patchesCount);
stream.Put(Vertices);
stream.Put(Patches);
}
public override void Save(asStream stream)
{
stream.Put(Vertex);
var norms = new[] {
Normals.X,
Normals.Y,
Normals.Z
};
stream.Put(norms, 3);
stream.Put(SMap);
stream.Put(TMap);
stream.Put(Color);
}
public override void Save(asStream stream)
{
stream.Put(Resolution);
stream.Put(Stride);
stream.Put(Unknown);
stream.Put(Flags);
stream.Put(Material);
stream.Put(Texture);
stream.Put(Physics);
foreach (var vertex in Vertices)
{
vertex.Save(stream);
}
stream.PutString(UserData);
}
public override void Load(asStream stream)
{
Name = stream.GetString(32);
Friction = stream.GetFloat();
Elasticity = stream.GetFloat();
Drag = stream.GetFloat();
BumpHeight = stream.GetFloat();
BumpWidth = stream.GetFloat();
SinkDepth = stream.GetFloat();
PtxRate = stream.GetFloat();
Type = stream.GetInt();
Sound = stream.GetInt();
Velocity = new Vector2(stream);
PtxColor = new ColorRGB(stream);
}
public override void Save(asStream stream)
{
stream.PutString(Name, 32);
stream.Put(Friction);
stream.Put(Elasticity);
stream.Put(Drag);
stream.Put(BumpHeight);
stream.Put(BumpWidth);
stream.Put(SinkDepth);
stream.Put(PtxRate);
stream.Put(Type);
stream.Put(Sound);
Velocity.CopyTo(stream);
PtxColor.CopyTo(stream);
}
public virtual void Load(asStream stream)
{
return;
}
public DLPPatch(DLPFile template, asStream stream)
{
Template = template;
Load(stream);
}
public agiMaterial(asStream stream)
{
Load(stream);
}
public DLPTexture(asStream stream)
{
Load(stream);
}
protected DLPFile(string filename)
{
FileName = filename;
Stream = new asStream(filename);
}
public Vector3(asStream stream)
{
X = stream.GetFloat();
Y = stream.GetFloat();
Z = stream.GetFloat();
}
public void CopyTo(asStream stream)
{
stream.Put(X);
stream.Put(Y);
stream.Put(Z);
}
public DLPGroup(asStream stream)
{
Load(stream);
}
public DLPPhysics(asStream stream)
{
Load(stream);
}
public DLPMaterial(asStream stream)
{
Load(stream);
}
public virtual void Save(asStream stream)
{
return;
}
public agiPhysics(asStream stream)
{
Load(stream);
}
public DLPVertex(asStream stream)
{
Load(stream);
}
public agiTexture(asStream stream)
{
Load(stream);
}