private void LoadMeshFromCgfCallback(NodeData node, Matrix m, CgfLoader cgf, List <MeshData> meshesPack)
{
if (node.Mesh.vertices.Length <= 0 || node.Mesh.indices.Length <= 0)
{
//VERBOSE Console.WriteLine(" Skipping (empty): " + node.Mesh.vertices.Length + "/" + node.Mesh.indices.Length);
}
/*else if ((node.Mesh.vertices.Length & 0xffff0000) != 0
|| ((node.Mesh.indices.Length * 3) & 0xffff0000) != 0)
|| {
|| Console.WriteLine("*** ERROR: Count of elements is bigger than MAX_SHORT");
|| Console.WriteLine(" Skipping: " + node.Mesh.vertices.Length + "/"
+ node.Mesh.indices.Length * 3 + " [" + node.Mesh.indices.Length + " * 3]");
+ }*/
else if (!cgf.IsNodeCollidable(node))
{
//VERBOSE Console.WriteLine(" Skipping (not collidable): " + node.Mesh.vertices.Length + "/" + node.Mesh.indices.Length);
}
else
{
// transform the node into object coordinates. indices stay the same.
var xformMesh = new MeshData();
xformMesh.vertices = new Vector3[node.Mesh.vertices.Length];
Vector3.Transform(node.Mesh.vertices, ref m, xformMesh.vertices);
xformMesh.indices = node.Mesh.indices;
meshesPack.Add(xformMesh);
}
}
private void DrawDoorCgaInWorld(CgfLoader cga, int startTicks, ref Matrix xform, Vector3 position,
List <VertexPositionColor> vertices,
List <VertexPositionColor> collisionVertices,
List <VertexPositionColor> lineVertices)
{
// Collect collidable meshes
int collisionStart = collisionVertices.Count;
var vertStartCount = vertices.Count;
DOOR_HACK = true;//draw numbers on nodes
cga.CloneAtTime(startTicks).TraverseNodes((node, transform)
=> NodeHandler(cga, node, position, transform, vertices, collisionVertices, lineVertices, CgfDrawStyle.Door2),
ref xform);
DOOR_HACK = false;
var bboxTemp = new List <Vector3>();
for (int i = collisionStart; i < collisionVertices.Count; i++)
{
bboxTemp.Add(collisionVertices[i].Position);
}
for (int i = vertStartCount; i < vertices.Count; i++)
{
bboxTemp.Add(vertices[i].Position);
}
Util.DrawBoundingBox(Util.GetBoundingBox(bboxTemp), lineVertices, new Color(25, 66, 250));
}
private void AddToMeshesGeo(string cgfPath, CgfLoader cgf, BinaryWriter meshesGeoDataStream,
byte collisionIntention)
{
Matrix identity = Matrix.Identity;
// process each unique filename only once.
if (m_loadedCgfs.Contains(cgfPath))
{
throw new InvalidOperationException("input should have been deduped already");
}
m_loadedCgfs.Add(cgfPath);
try
{
// collect not empty, collidable meshes.
var meshesPack = new List <MeshData>();
cgf.TraverseNodes((node, m) => LoadMeshFromCgfCallback(node, m, cgf, meshesPack), ref identity);
if (meshesPack.Count > 0)
{
WriteToMeshsGeo(cgfPath, meshesPack, meshesGeoDataStream, collisionIntention);
}
else
{
m_emptyCgfs.Add(cgfPath);
}
}
catch (Exception e)
{
Console.WriteLine("*** ERROR: Cannot process mesh: " + e);
}
}
private static void AddCgfToWorld(CgfLoader cgf, ref Matrix xform,
Vector3 position, GeoSpace geoSpace)
{
s_tempVertices.Clear();
// traverse nodes
cgf.TraverseNodes((node, transform) =>
NodeHandler(cgf, node, position, transform), ref xform);
// Add collected vertices as a new mesh.
geoSpace.AddCollidableMeshToTree(s_tempVertices);
}
private void DrawCgfInWorld(CgfLoader cgf, ref Matrix xform, Vector3 position, CgfDrawStyle style,
List <VertexPositionColor> vertices,
List <VertexPositionColor> collisionVertices,
List <VertexPositionColor> lineVertices)
{
// Collect collidable meshes
int collisionStart = collisionVertices.Count;
// traverse nodes
cgf.TraverseNodes((node, transform)
=> NodeHandler(cgf, node, position, transform, vertices, collisionVertices, lineVertices, style),
ref xform);
// Add collected vertices as a new mesh.
m_geoSpace.AddCollidableMeshToTree(collisionVertices, collisionStart, collisionVertices.Count - collisionStart);
}
private void ShowCgfViewer(CgfLoader cgf)
{
HideLevelViewer();
HideImageViewer();
HideTextViewer();
m_vc = new AionLevelViewerControl(null, null, cgf);
m_vc.Location = new Point(m_treeView.Width, m_menuStrip.Bottom);
var clientHeight = ClientSize.Height - m_menuStrip.Height;
m_vc.Size = new Size(ClientSize.Width - m_treeView.Width, clientHeight);
m_vc.OnUpdateTitle += OnLevelViewerControlTitleUpdated;
Controls.Add(m_vc);
m_vc.Focus();
Invalidate();
}
private void NodeHandler(CgfLoader cgf, NodeData node, Vector3 worldPosition, Matrix transform,
List <VertexPositionColor> vertices,
List <VertexPositionColor> collisionVertices,
List <VertexPositionColor> lineVertices,
CgfDrawStyle style)
{
var hackackack = true;
//Debug.WriteLine($"NODE {transform.Translation} === {node.chunkId}");
bool isNodeCollidable = cgf.IsNodeCollidable(node);
foreach (var vi in node.Mesh.indices)
{
var v0 = Vector3.Transform(node.Mesh.vertices[vi.v0], transform);
var v1 = Vector3.Transform(node.Mesh.vertices[vi.v1], transform);
var v2 = Vector3.Transform(node.Mesh.vertices[vi.v2], transform);
if (hackackack && DOOR_HACK)
{
m_renderData.labels.Add(new Label3D {
position = v0, text = node.objectId.ToString()
});
hackackack = false;
}
Color color = NodeColorizer(style, isNodeCollidable, vi.v0);
var dest = isNodeCollidable ? collisionVertices : vertices;
dest.Add(new VertexPositionColor(v1, color));
dest.Add(new VertexPositionColor(v0, color));
dest.Add(new VertexPositionColor(v2, color));
}
var zero = Vector3.Transform(Vector3.Zero, transform);
lineVertices.Add(new VertexPositionColor(zero, Color.Blue));
lineVertices.Add(new VertexPositionColor(Vector3.Transform(Vector3.UnitX, transform), Color.Blue));
lineVertices.Add(new VertexPositionColor(zero, Color.Red));
lineVertices.Add(new VertexPositionColor(Vector3.Transform(Vector3.UnitY, transform), Color.Red));
lineVertices.Add(new VertexPositionColor(zero, Color.Yellow));
lineVertices.Add(new VertexPositionColor(Vector3.Transform(Vector3.UnitZ, transform), Color.Yellow));
lineVertices.Add(new VertexPositionColor(worldPosition, Color.Cyan));
lineVertices.Add(new VertexPositionColor(zero, Color.Cyan));
}
private static void NodeHandler(CgfLoader cgf, NodeData node, Vector3 worldPosition,
Matrix transform)
{
if (!cgf.IsNodeCollidable(node))
{
return;
}
foreach (var vi in node.Mesh.indices)
{
var v0 = Vector3.Transform(node.Mesh.vertices[vi.v0], transform);
var v1 = Vector3.Transform(node.Mesh.vertices[vi.v1], transform);
var v2 = Vector3.Transform(node.Mesh.vertices[vi.v2], transform);
s_tempVertices.Add(v1);
s_tempVertices.Add(v0);
s_tempVertices.Add(v2);
}
}
public void LoadCgfDoorHack(CgfLoader cgf, int ticks)
{
var vertices = new List <VertexPositionColor>();
var collisionVertices = new List <VertexPositionColor>();
var lineVertices = new List <VertexPositionColor>();
var xform = Matrix.Identity;
DrawDoorCgaInWorld(cgf, ticks, ref xform, Vector3.Zero, vertices, collisionVertices, lineVertices);
m_renderData.vertexBuffer = VertexBufferUtil.CreateLargeVertexBuffer(GraphicsDevice, vertices);
m_renderData.collisionVertexBuffer = VertexBufferUtil.CreateLargeVertexBuffer(GraphicsDevice, collisionVertices);
if (lineVertices.Count > 0)
{
m_renderData.lineVertexBuffer = new VertexBuffer(GraphicsDevice, typeof(VertexPositionColor), lineVertices.Count, BufferUsage.WriteOnly);
m_renderData.lineVertexBuffer.SetData <VertexPositionColor>(lineVertices.ToArray());
}
}
private void LoadDoors(DirManager meshesDir, DirManager levelDir, int startTicks, List <VertexPositionColor> doorVertices,
List <VertexPositionColor> doorCollisionVertices, List <VertexPositionColor> lineVertices)
{
var doorInfos = DoorLoader.LoadDoorInfosForLevel(levelDir);
foreach (var door in doorInfos)
{
using (var s = meshesDir.OpenFile(door.object_AnimatedModel))
{
var cgf = new CgfLoader(s);
var xform = door.GetMatrix();
DrawDoorCgaInWorld(cgf, startTicks, ref xform, door.Pos, doorVertices, doorCollisionVertices, lineVertices);
m_renderData.labels.Add(new Label3D {
position = door.Pos, text = door.object_AnimatedModel
});
}
}
}
public static AionLevelViewerImpl CreateCgfViewer(GraphicsDevice GraphicsDevice,
IServiceProvider serviceProvider, CgfLoader cgf)
{
var result = new AionLevelViewerImpl(GraphicsDevice, serviceProvider);
result.camera.StepSpeed = 1;
result.camera.UpDownSpeed = 1;
result.m_contentLoader.LoadCgf(cgf);
//result.doorHackCgf = cgf;
return(result);
}
public void Process()
{
DateTime timer = DateTime.Now;
if (!Directory.Exists(aionClientPath))
{
throw new FileNotFoundException($"Aion client installation path [{aionClientPath}] doesn't exist or not a folder path");
}
var meshesDir = new DirManager(aionClientPath,
new[] { @"Levels\Common", @"objects\npc\event_object", @"objects\npc\level_object" });
// Read world_maps.xml and WorldId.xml and find Levels to process
Console.WriteLine(" Generating available levels list...");
WorldIdXmlLoader worldIdXmlLoader = LoadWorldIdXml();
Console.WriteLine(" Done.");
var worldGeoBuilders = new List <WorldGeoFileBuilder>();
var levelMeshData = new Dictionary <string, CgfMeshesToLoad>(); // key is level folder name
Console.WriteLine(" Processing levels...");
bool containsValidLevel = false;
int curFolderIndex = -1;
// Load levels dir... load all except common.
var subdirs = Directory.EnumerateDirectories(Path.Combine(aionClientPath, "Levels"))
.Select(fulldir => Path.GetFileName(fulldir))
.Where(dir => !dir.Equals("common", StringComparison.InvariantCultureIgnoreCase));
var levelsDir = new DirManager(Path.Combine(aionClientPath, "Levels"), subdirs);
// special case to extract the login level...
// login is like any other level, except it has no ID and isn't included in WorldId.xml.
if (levelId == "login")
{
Console.WriteLine("*** Extracting login level ***");
worldIdXmlLoader.FolderNamesById["login"] = "******";
}
if (generateGeo)
{
foreach (var pairs in worldIdXmlLoader.FolderNamesById)
{
curFolderIndex++;
string clientLevelId = pairs.Key;
string levelFolder = pairs.Value;
if (!string.IsNullOrEmpty(levelId) && levelId != clientLevelId)
{
// skip excluded
continue;
}
Console.WriteLine($" [{clientLevelId}] - ({curFolderIndex}/{worldIdXmlLoader.FolderNamesById.Count}) - {levelFolder} ...");
Console.WriteLine(" Parsing leveldata.xml ...");
if (!levelsDir.Exists(Path.Combine(levelFolder, "leveldata.xml")))
{
Console.WriteLine(" leveldata.xml not found, skipping level.");
continue;
}
// Note: this list is referenced later by index.
List <string> vegetationCgfFilenames;
Point mapSize;
using (var levelDataXml = levelsDir.OpenFile(Path.Combine(levelFolder, "leveldata.xml")))
{
var levelData = new LevelDataXmlLoader(levelDataXml);
vegetationCgfFilenames = levelData.VegetationCgfFilenames.Select(Util.NormalizeMeshFilename).ToList();
mapSize = levelData.MapWidthAndHeight;
}
var meshData = new CgfMeshesToLoad();
BrushLstLoader brushLst = null;
if (levelsDir.Exists(Path.Combine(levelFolder, "brush.lst")))
{
Console.WriteLine(" Parsing brush.lst ... ");
using (var stream = levelsDir.OpenFile(Path.Combine(levelFolder, "brush.lst")))
brushLst = new BrushLstLoader(stream);
// TODO - un-hardcode
if (brushLst.m_eventUsage[1])
{
Console.WriteLine(" * Supports event: X-Mas");
}
if (brushLst.m_eventUsage[2])
{
Console.WriteLine(" * Supports event: Halloween");
}
if (brushLst.m_eventUsage[3])
{
Console.WriteLine(" * Supports event: Brax Cafe");
}
if (brushLst.m_eventUsage[4])
{
Console.WriteLine(" * Supports event: Valentines");
}
}
else
{
Console.WriteLine(" brush.lst not found, skipping");
}
List <ObjectsLstItem> objectsLst = null;
if (levelsDir.Exists(Path.Combine(levelFolder, "objects.lst")))
{
Console.WriteLine(" Parsing objects.lst ... ");
using (var stream = levelsDir.OpenFile(Path.Combine(levelFolder, "objects.lst")))
objectsLst = ObjectsLstLoader.Load(stream, mapSize.X, mapSize.Y);
}
else
{
Console.WriteLine(" objects.lst not found, skipping");
}
// ------------------------------
meshData.meshFiles = new List <string>();
// brushes
if (brushLst != null)
{
meshData.meshFiles.AddRange(brushLst.brushInfoList.Select(o => o.filename));
}
// vegetation
meshData.meshFiles.AddRange(vegetationCgfFilenames);
// normalize names and dedupe. example entry: "levels/common/dark/natural/rocks/base/na_d_rockgngrass_05a.cgf"
meshData.meshFiles = meshData.meshFiles.Select(Util.NormalizeMeshFilename).Distinct().ToList();
meshData.meshUsage = new int[meshData.meshFiles.Count];
if (!noMesh)
{
levelMeshData.Add(levelFolder, meshData);
}
byte[] landMapH32 = null;
if (levelsDir.Exists(Path.Combine(levelFolder, @"terrain\land_map.h32")))
{
using (var stream = levelsDir.OpenFile(Path.Combine(levelFolder, @"terrain\land_map.h32")))
{
using (var ms = new MemoryStream())
{
stream.CopyTo(ms);
landMapH32 = ms.ToArray();
}
}
}
// keep track of all required cgfs
if (brushLst != null)
{
m_requiredCgfs.UnionWith(brushLst.brushInfoList.Select(o => Util.NormalizeMeshFilename(o.filename)));
}
if (objectsLst != null)
{
m_requiredCgfs.UnionWith(vegetationCgfFilenames.Select(Util.NormalizeMeshFilename));
}
// level data must be loaded first to find the required cgfs. then, cgfs must be loaded to determine if
// they contain collision data or not. then we can write the geo file minus non-collidable meshes.
var w = new WorldGeoFileBuilder(clientLevelId, landMapH32, brushLst, vegetationCgfFilenames, objectsLst);
// these will be processed after meshs
worldGeoBuilders.Add(w);
containsValidLevel = true;
Console.WriteLine(" Done.");
}
Console.WriteLine(" Done.");
// --------------------------------------------------------------------------------
if (!noMesh && containsValidLevel)
{
Console.WriteLine(" Generating meshs.geo ...");
int meshesSaved = 0;
string meshesGeoFile = Path.Combine(outputPath, "meshs.geo");
using (var meshesGeoDataStream = new BinaryWriter(File.Open(meshesGeoFile, FileMode.Create)))
{
foreach (string s in m_requiredCgfs)
{
string cgfPath = PakUtil.NormalizeFilename(s);
if (!meshesDir.Exists(cgfPath))
{
Console.WriteLine(" Cgf not found: " + cgfPath);
continue;
}
using (var cgfStream = meshesDir.OpenFile(cgfPath))
AddToMeshesGeo(cgfPath, new CgfLoader(cgfStream), meshesGeoDataStream,
1 /*collisionIntention=physical*/);
meshesSaved++;
}
}
Console.WriteLine(" Done. " + meshesSaved + "/" + m_requiredCgfs.Count + " meshes saved.");
// -----------------------------------
Console.WriteLine(" Writing world.geo files ...");
int wc = 0;
foreach (var w in worldGeoBuilders)
{
wc++;
Console.Write($" Creating {w.ClientLevelId}.geo file [{wc}/{worldGeoBuilders.Count}]... ");
w.CreateWorldGeoFile(outputPath, noH32, m_loadedCgfs, m_emptyCgfs);
Console.WriteLine(" Done.");
}
Console.WriteLine(" Done.");
}
// ------------------------------------
/*VERBOSE Console.WriteLine(" Check meshes that were not found ...");
* foreach (var levelMeshes in levelMeshData)
* {
* Console.WriteLine(" " + levelMeshes.Key);
* CgfMeshesToLoad brushLstMeshData = levelMeshes.Value;
* for (int i = 0; i < brushLstMeshData.meshFiles.Count; i++)
* {
* if (brushLstMeshData.meshUsage[i] == 0 && !m_emptyCgfs.Contains(Util.NormalizeMeshFilename(brushLstMeshData.meshFiles[i])))
* {
* Console.WriteLine(" " + brushLstMeshData.meshFiles[i]);
* }
* }
* }*/
Console.WriteLine(" Done.");
}
// --------------------------------------------------------------------------------
if (generateDoors)
{
Console.WriteLine("Generating door mesh data...");
// Writes 2 files:
// - door data, pairing level+entityid to position
// - door mesh file, containing start and end variations of each door model.
// Original AL stores models in data\geo\model\static_doors as .cga files.
// These are not actually .cga files, but instead are the same format as .geo files.
// These meshes only contained a single state.
//
// This following code generates door data in a new format:
// - Each door model is loaded twice, in the start and end positions.
// - Each model has _start or _end appended to the mesh name.
// - All unique door meshes are stored in doors.geo, following the same format as
// meshes.geo. Meshes should be identified by original name + _start or _end.
// - All door instances are stored in doors.dat and define world placement.
// static_doors.xml is still necessary as it provides unique info such as key item id.
var doorModelNames = new HashSet <string>();
using (var doorsDat = new BinaryWriter(File.Open(Path.Combine(outputPath, "doors.dat"), FileMode.Create)))
{
doorsDat.Write(0x524F4F44);
// collect unique doors
foreach (var pairs in worldIdXmlLoader.FolderNamesById)
{
curFolderIndex++;
string clientLevelId = pairs.Key;
string levelFolder = pairs.Value;
if (!string.IsNullOrEmpty(levelId) && levelId != clientLevelId)
{
// skip excluded
continue;
}
Console.WriteLine($" [{clientLevelId}] - ({curFolderIndex}/{worldIdXmlLoader.FolderNamesById.Count}) - {levelFolder} ...");
List <DoorInfo> doorInfos;
try
{
doorInfos = DoorLoader.LoadDoorInfosForLevel(levelsDir, levelFolder);
}
catch
{
Console.WriteLine(" Level folder not found.");
continue;
}
foreach (var door in doorInfos)
{
string meshName = PakUtil.NormalizeFilename(door.object_AnimatedModel);
doorModelNames.Add(meshName);
doorsDat.Write((short)meshName.Length);
byte[] meshFileNameBytes = Encoding.ASCII.GetBytes(meshName);
doorsDat.Write(meshFileNameBytes);
doorsDat.Write(int.Parse(clientLevelId));
doorsDat.Write(door.EntityId);
doorsDat.Write(door.Pos.X);
doorsDat.Write(door.Pos.Y);
doorsDat.Write(door.Pos.Z);
// TODO investigate dir / use_dir. value correlates to z angle...
doorsDat.Write(door.Angles.X);
doorsDat.Write(door.Angles.Y);
doorsDat.Write(door.Angles.Z);
}
}
}
m_loadedCgfs = new HashSet <string>();
m_emptyCgfs = new HashSet <string>();
// generate door meshes.
// a door model may be referenced many times, so models are saved separately from instances.
int meshesSaved = 0;
string doorsGeoFile = Path.Combine(outputPath, "doors.geo");
using (var doorMeshesGeoDataStream = new BinaryWriter(File.Open(doorsGeoFile, FileMode.Create)))
{
foreach (var cgfPath in doorModelNames.OrderBy(o => o))
{
if (!meshesDir.Exists(cgfPath))
{
Console.WriteLine(" Door Cgf/Cga not found: " + cgfPath);
continue;
}
// TODO - parameterize m_loadedCgfs and m_emptyCgfs...
using (var cgfStream = meshesDir.OpenFile(cgfPath))
{
var cgfFirstState = new CgfLoader(cgfStream);
var cgfSecondState = cgfFirstState.CloneAtTime(999999);
byte collisionIntention = 1 + (1 << 4); // physical + door
AddToMeshesGeo(cgfPath + "_start", cgfFirstState, doorMeshesGeoDataStream, collisionIntention);
AddToMeshesGeo(cgfPath + "_end", cgfSecondState, doorMeshesGeoDataStream, collisionIntention);
}
meshesSaved++;
}
}
// doors should have collision data, otherwise they won't be very effective.
foreach (var empty in m_emptyCgfs)
{
Console.WriteLine("Warning: door has no collision data: " + empty);
}
Console.WriteLine("Door meshes: " + meshesSaved);
}
// --------------------------------------------------------------------------------
if (generateNav)
{
Console.WriteLine(" Generating NavMesh .nav data...");
var start = DateTime.Now;
NavMeshProcessor.GenerateAllNav(worldIdXmlLoader, meshesDir, levelsDir,
levelId, skipExistingNav, outputPath);
Console.WriteLine(" NavMesh processing time: " + (DateTime.Now - start));
}
TimeSpan timerEnd = DateTime.Now - timer;
Console.WriteLine(" Processing time: " + timerEnd);
}
// TODO configure better... load level OR cgf, not both
public AionLevelViewerControl(string aionClientRoot, string levelFolder, CgfLoader cgf)
{
m_aionClientRoot = aionClientRoot;
m_levelFolder = levelFolder;
m_cgf = cgf;
}
