public WMORoot GetOrReadWMO(MapObjectDefinition definition)
{
WMORoot wmo;
if (!WMOs.TryGetValue(definition.FilePath, out wmo))
{
WMOs.Add(definition.FilePath, wmo = WMOReader.ReadWMO(WCellTerrainSettings.GetDefaultMPQFinder(), definition));
}
return wmo;
}
static void ReadMODF(BinaryReader fileReader, ADT adt)
{
var type = fileReader.ReadUInt32();
var size = fileReader.ReadUInt32();
long endPos = fileReader.BaseStream.Position + size;
while (fileReader.BaseStream.Position < endPos)
{
var objectDef = new MapObjectDefinition();
int nameIndex = fileReader.ReadInt32(); // 4 bytes
objectDef.FilePath = adt.ObjectFiles[nameIndex];
objectDef.UniqueId = fileReader.ReadUInt32(); // 4 bytes
// This Position appears to be in the wrong order.
// To get WoW coords, read it as: {Y, Z, X}
var Y = fileReader.ReadSingle();
var Z = fileReader.ReadSingle();
var X = fileReader.ReadSingle();
objectDef.Position = new Vector3(X, Y, Z); // 12 bytes
objectDef.OrientationA = fileReader.ReadSingle(); // 4 Bytes
objectDef.OrientationB = fileReader.ReadSingle(); // 4 Bytes
objectDef.OrientationC = fileReader.ReadSingle(); // 4 Bytes
var min = new Vector3();
min.Y = fileReader.ReadSingle();
min.Z = fileReader.ReadSingle();
min.X = fileReader.ReadSingle();
var max = new Vector3();
max.Y = fileReader.ReadSingle();
max.Z = fileReader.ReadSingle();
max.X = fileReader.ReadSingle();
objectDef.Extents = new BoundingBox(min, max); // 12*2 bytes
objectDef.Flags = fileReader.ReadUInt16(); // 2 bytes
objectDef.DoodadSetId = fileReader.ReadUInt16(); // 2 bytes
objectDef.NameSet = fileReader.ReadUInt16(); // 2 bytes
fileReader.ReadUInt16(); // padding
adt.ObjectDefinitions.Add(objectDef);
}
}
static void ReadMODF(BinaryReader fileReader, WDT wdt)
{
var type = fileReader.ReadUInt32();
var size = fileReader.ReadUInt32();
var endPos = fileReader.BaseStream.Position + size;
while (fileReader.BaseStream.Position < endPos)
{
var objectDef = new MapObjectDefinition();
var nameIndex = fileReader.ReadInt32(); // 4 bytes
objectDef.FilePath = wdt.WmoFiles[nameIndex];
objectDef.UniqueId = fileReader.ReadUInt32(); // 4 bytes
objectDef.Position = fileReader.ReadVector3(); // 12 bytes
objectDef.OrientationA = fileReader.ReadSingle(); // 4 Bytes
objectDef.OrientationB = fileReader.ReadSingle(); // 4 Bytes
objectDef.OrientationC = fileReader.ReadSingle(); // 4 Bytes
objectDef.Extents = fileReader.ReadBoundingBox(); // 12*2 bytes
objectDef.Flags = fileReader.ReadUInt16(); // 2 bytes
objectDef.DoodadSetId = fileReader.ReadUInt16(); // 2 bytes
objectDef.NameSet = fileReader.ReadUInt16(); // 2 bytes
fileReader.ReadUInt16(); // padding
wdt.WmoDefinitions.Add(objectDef);
}
}
private static void TransformWMO(MapObjectDefinition currentMODF, WMORoot currentWMO)
{
currentWMO.ClearCollisionData();
var position = currentMODF.Position;
var posX = (position.X - TerrainConstants.CenterPoint) * -1;
var posY = (position.Y - TerrainConstants.CenterPoint) * -1;
var origin = new Vector3(posX, posY, position.Z);
//origin = new Vector3(0.0f);
//DrawWMOPositionPoint(origin, currentWMO);
//DrawBoundingBox(currentMODF.Extents, Color.Purple, currentWMO);
//var rotateZ = Matrix.CreateRotationZ(0*RadiansPerDegree);
var rotateZ = Matrix.CreateRotationZ((currentMODF.OrientationB + 180) * MathUtil.RadiansPerDegree);
//var rotateX = Matrix.CreateRotationX(currentMODF.OrientationC * RadiansPerDegree);
//var rotateY = Matrix.CreateRotationY(currentMODF.OrientationA * RadiansPerDegree);
int offset;
foreach (var currentGroup in currentWMO.Groups)
{
if (currentGroup == null) continue;
//if (!currentGroup.Header.HasMLIQ) continue;
var usedTris = new HashSet<Index3>();
var wmoTrisUnique = new List<Index3>();
foreach (var node in currentGroup.BSPNodes)
{
if (node.TriIndices == null) continue;
foreach (var triangle in node.TriIndices)
{
if (usedTris.Contains(triangle)) continue;
usedTris.Add(triangle);
wmoTrisUnique.Add(triangle);
}
}
var newIndices = new Dictionary<int, int>();
foreach (var tri in wmoTrisUnique)
{
// add all vertices, uniquely
int newIndex;
if (!newIndices.TryGetValue(tri.Index0, out newIndex))
{
newIndex = currentWMO.WmoVertices.Count;
newIndices.Add(tri.Index0, newIndex);
var basePosVec = currentGroup.Vertices[tri.Index0];
var rotatedPosVec = Vector3.Transform(basePosVec, rotateZ);
var finalPosVector = rotatedPosVec + origin;
currentWMO.WmoVertices.Add(finalPosVector);
}
currentWMO.WmoIndices.Add(newIndex);
if (!newIndices.TryGetValue(tri.Index1, out newIndex))
{
newIndex = currentWMO.WmoVertices.Count;
newIndices.Add(tri.Index1, newIndex);
var basePosVec = currentGroup.Vertices[tri.Index1];
var rotatedPosVec = Vector3.Transform(basePosVec, rotateZ);
var finalPosVector = rotatedPosVec + origin;
currentWMO.WmoVertices.Add(finalPosVector);
}
currentWMO.WmoIndices.Add(newIndex);
if (!newIndices.TryGetValue(tri.Index2, out newIndex))
{
newIndex = currentWMO.WmoVertices.Count;
newIndices.Add(tri.Index2, newIndex);
var basePosVec = currentGroup.Vertices[tri.Index2];
var rotatedPosVec = Vector3.Transform(basePosVec, rotateZ);
var finalPosVector = rotatedPosVec + origin;
currentWMO.WmoVertices.Add(finalPosVector);
}
currentWMO.WmoIndices.Add(newIndex);
}
//for (var i = 0; i < currentGroup.Vertices.Count; i++)
//{
// var basePosVector = currentGroup.Vertices[i];
// var rotatedPosVector = Vector3.Transform(basePosVector, rotateZ);
// var finalPosVector = rotatedPosVector + origin;
// //var baseNormVector = currentGroup.Normals[i];
// //var rotatedNormVector = Vector3.Transform(baseNormVector, rotateZ);
// currentWMO.WmoVertices.Add(finalPosVector);
//}
//for (var index = 0; index < currentGroup.Indices.Count; index++)
//{
// currentWMO.WmoIndices.Add(currentGroup.Indices[index].Index0 + offset);
// currentWMO.WmoIndices.Add(currentGroup.Indices[index].Index1 + offset);
// currentWMO.WmoIndices.Add(currentGroup.Indices[index].Index2 + offset);
//}
// WMO Liquids
if (!currentGroup.Header.HasMLIQ) continue;
var liqInfo = currentGroup.LiquidInfo;
var liqOrigin = liqInfo.BaseCoordinates;
offset = currentWMO.WmoVertices.Count;
for (var xStep = 0; xStep < liqInfo.XVertexCount; xStep++)
{
for (var yStep = 0; yStep < liqInfo.YVertexCount; yStep++)
{
var xPos = liqOrigin.X + xStep * TerrainConstants.UnitSize;
var yPos = liqOrigin.Y + yStep * TerrainConstants.UnitSize;
var zPosTop = liqInfo.HeightMapMax[xStep, yStep];
var liqVecTop = new Vector3(xPos, yPos, zPosTop);
var rotatedTop = Vector3.Transform(liqVecTop, rotateZ);
var vecTop = rotatedTop + origin;
currentWMO.WmoLiquidVertices.Add(vecTop);
}
}
for (var row = 0; row < liqInfo.XTileCount; row++)
{
for (var col = 0; col < liqInfo.YTileCount; col++)
{
if ((liqInfo.LiquidTileFlags[row, col] & 0x0F) == 0x0F) continue;
var index = ((row + 1) * (liqInfo.YVertexCount) + col);
currentWMO.WmoLiquidIndices.Add(offset + index);
index = (row * (liqInfo.YVertexCount) + col);
currentWMO.WmoLiquidIndices.Add(offset + index);
index = (row * (liqInfo.YVertexCount) + col + 1);
currentWMO.WmoLiquidIndices.Add(offset + index);
index = ((row + 1) * (liqInfo.YVertexCount) + col + 1);
currentWMO.WmoLiquidIndices.Add(offset + index);
index = ((row + 1) * (liqInfo.YVertexCount) + col);
currentWMO.WmoLiquidIndices.Add(offset + index);
index = (row * (liqInfo.YVertexCount) + col + 1);
currentWMO.WmoLiquidIndices.Add(offset + index);
}
}
}
//Rotate the M2s to the new orientation
if (currentWMO.WMOM2s != null)
{
foreach (var currentM2 in currentWMO.WMOM2s)
{
offset = currentWMO.WmoVertices.Count;
for (var i = 0; i < currentM2.Vertices.Count; i++)
{
var basePosition = currentM2.Vertices[i];
var rotatedPosition = Vector3.Transform(basePosition, rotateZ);
var finalPosition = rotatedPosition + origin;
//var rotatedNormal = Vector3.Transform(basePosition, rotateZ);
currentWMO.WmoM2Vertices.Add(finalPosition);
}
foreach (var index in currentM2.Indices)
{
currentWMO.WmoM2Indices.Add(index + offset);
}
}
}
}
/// <summary>
/// Adds a WMO to the manager
/// </summary>
public static WMORoot ReadWMO(MpqLibrarian librarian, MapObjectDefinition currentMODF)
{
// Parse the WMORoot
var wmoRoot = WMOReader.ReadWMO(librarian, currentMODF.FilePath);
// Parse the WMOGroups
for (var wmoGroup = 0; wmoGroup < wmoRoot.Header.GroupCount; wmoGroup++)
{
var newFile = wmoRoot.FilePath.Substring(0, wmoRoot.FilePath.LastIndexOf('.'));
var currentFilePath = String.Format("{0}_{1:000}.wmo", newFile, wmoGroup);
var group = WMOGroupReader.Process(librarian, currentFilePath, wmoRoot, wmoGroup);
wmoRoot.Groups[wmoGroup] = group;
}
//wmoRoot.DumpLiqChunks();
// Parse in the WMO's M2s
var curDoodadSet = currentMODF.DoodadSetId;
var setIndices = new List<int> { 0 };
if (curDoodadSet > 0) setIndices.Add(curDoodadSet);
foreach (var index in setIndices)
{
var doodadSetOffset = wmoRoot.DoodadSets[index].FirstInstanceIndex;
var doodadSetCount = wmoRoot.DoodadSets[index].InstanceCount;
wmoRoot.WMOM2s = new M2[(int)doodadSetCount];
for (var i = doodadSetOffset; i < (doodadSetOffset + doodadSetCount); i++)
{
var curDoodadDef = wmoRoot.DoodadDefinitions[i];
var curM2 = M2Reader.ReadM2(librarian, curDoodadDef.FilePath);
var tempIndices = new List<int>();
for (var j = 0; j < curM2.BoundingTriangles.Length; j++)
{
var tri = curM2.BoundingTriangles[j];
tempIndices.Add(tri.Index2);
tempIndices.Add(tri.Index1);
tempIndices.Add(tri.Index0);
}
var rotatedM2 = TransformWMOM2(curM2, tempIndices, curDoodadDef);
wmoRoot.WMOM2s[i - doodadSetOffset] = rotatedM2;
}
}
TransformWMO(currentMODF, wmoRoot);
var bounds = new BoundingBox(wmoRoot.WmoVertices);
wmoRoot.Bounds = bounds;
return wmoRoot;
}
/// <summary>
/// Adds a WMO to the manager
/// </summary>
public static WMORoot ReadWMO(MpqLibrarian librarian, MapObjectDefinition currentMODF)
{
// Parse the WMORoot
var wmoRoot = WMOReader.ReadWMO(librarian, currentMODF.FilePath);
if (wmoRoot == null) return null;
// Parse the WMOGroups
for (var wmoGroup = 0; wmoGroup < wmoRoot.Header.GroupCount; wmoGroup++)
{
var newFile = wmoRoot.FilePath.Substring(0, wmoRoot.FilePath.LastIndexOf('.'));
var currentFilePath = String.Format("{0}_{1:000}.wmo", newFile, wmoGroup);
var group = WMOGroupReader.Process(librarian, currentFilePath, wmoRoot, wmoGroup);
wmoRoot.Groups[wmoGroup] = group;
}
//wmoRoot.DumpLiqChunks();
// Parse in the WMO's M2s
var curDoodadSet = currentMODF.DoodadSetId;
var setIndices = new List<int> { 0 };
if (curDoodadSet > 0) setIndices.Add(curDoodadSet);
var setDefs = new List<DoodadSet>(setIndices.Count);
foreach (var index in setIndices)
{
if (index >= wmoRoot.DoodadSets.Length)
{
log.Error("Invalid index {0} into wmoRoot.DoodadSet array with id", index, curDoodadSet);
continue;
}
setDefs.Add(wmoRoot.DoodadSets[index]);
}
var m2List = new List<M2>();
foreach (var def in setDefs)
{
var doodadSetOffset = def.FirstInstanceIndex;
var doodadSetCount = def.InstanceCount;
for (var i = doodadSetOffset; i < (doodadSetOffset + doodadSetCount); i++)
{
var curDoodadDef = wmoRoot.DoodadDefinitions[i];
if (string.IsNullOrEmpty(curDoodadDef.FilePath))
{
log.Error("Encountered Doodad with empty file path");
continue;
}
var curM2 = M2Reader.ReadM2(librarian, curDoodadDef.FilePath, true);
var tempIndices = new List<int>();
for (var j = 0; j < curM2.BoundingTriangles.Length; j++)
{
var tri = curM2.BoundingTriangles[j];
tempIndices.Add(tri.Index2);
tempIndices.Add(tri.Index1);
tempIndices.Add(tri.Index0);
}
var rotatedM2 = TransformWMOM2(curM2, tempIndices, curDoodadDef);
m2List.Add(rotatedM2);
}
}
wmoRoot.WMOM2s = m2List.ToArray();
TransformWMO(currentMODF, wmoRoot);
var bounds = new BoundingBox(wmoRoot.WmoVertices);
wmoRoot.Bounds = bounds;
return wmoRoot;
}