public override void parse(NIFFile file, NIFObject baseo, BinaryReader ds)
{
base.parse(file, baseo, ds);
loadExtraData(file, ds);
intExtraData = ds.readInt();
}
public override void parse(NIFFile file, NIFObject baseo, BinaryReader ds)
{
base.parse(file, baseo, ds);
m_afValue = new float[DEGREE + 1];
this.m_iQuantity = (int)ds.readUInt();
}
public override void parse(NIFFile file, NIFObject baseo, BinaryReader ds)
{
base.parse(file, baseo, ds);
loadExtraData(file, ds);
booleanData = ds.ReadBoolean();
}
public override void parse(NIFFile file, NIFObject baseo, BinaryReader ds)
{
base.parse(file, baseo, ds);
loadExtraData(file, ds);
stringExtraData = file.loadString(ds);
}
public override void parse(NIFFile file, NIFObject baseo, BinaryReader dis)
{
base.parse(file, baseo, dis);
streamSize = dis.readInt();
streamClone = dis.readInt();
int numRegions = dis.readInt();
streamRegions = new List <StreamRegion>(numRegions);
for (int i = 0; i < numRegions; i++)
{
streamRegions.Add(new StreamRegion(dis.readInt(), dis.readInt()));
}
int numElements = dis.readInt();
streamElems = new List <NifStreamElement>(numElements);
elemStride = 0;
for (int i = 0; i < numElements; i++)
{
int elemData = dis.readInt();
NifStreamElement elem = new NifStreamElement((elemData & 0xFF0000) >> 16, (elemData & 0xFF00) >> 8,
elemData & 0xFF, elemStride);
elemStride += elem.count * elem.size;
streamElems.Add(elem);
}
streamData = dis.ReadBytes(streamSize);
streamable = dis.ReadByte() > 0;
}
public override void parse(NIFFile file, NIFObject baseo, BinaryReader ds)
{
base.parse(file, baseo, ds);
this.flags = ds.readUnsignedShort();
this.rootBoneLinkID = loadLinkID(ds);
m_kRootBoneParentToSkinTransform = NITransform.parse(ds);
this.m_uiBoneCount = ds.readInt();
for (int i = 0; i < m_uiBoneCount; i++)
{
boneLinkIDs.Add(loadLinkID(ds));
}
for (int i = 0; i < m_uiBoneCount; i++)
{
m_pkSkinToBoneTransforms.Add(NITransform.parse(ds));
}
if ((flags & 2) == 0)
{
for (int i = 0; i < m_uiBoneCount; i++)
{
Vector3 center = new Vector3(ds.readFloat(), ds.readFloat(), ds.readFloat());
float rad = ds.readFloat();
}
}
}
public override void parse(NIFFile file, NIFObject baseo, BinaryReader ds)
{
base.parse(file, baseo, ds);
this.m_fStartTime = ds.readFloat();
this.m_fEndTime = ds.readFloat();
this.splineDataIndex = ds.readInt();
this.basisDataIndex = ds.readInt();
}
public override void parse(NIFFile file, NIFObject baseo, BinaryReader ds)
{
base.parse(file, baseo, ds);
for (int i = 0; i < m_afCompScalars.Length; i++)
{
m_afCompScalars[i] = ds.readFloat();
}
}
public override void parse(NIFFile file, NIFObject baseo, BinaryReader ds)
{
base.parse(file, baseo, ds);
loadAVObject(file, ds);
childLinks = loadLinkIDs(ds);
loadLinkIDs(ds);
}
public override void parse(NIFFile file, NIFObject baseo, BinaryReader ds)
{
base.parse(file, baseo, ds);
loadExtraData(file, ds);
r = ds.ReadSingle();
g = ds.ReadSingle();
b = ds.ReadSingle();
a = ds.ReadSingle();
}
public override void parse(NIFFile file, NIFObject baseo, BinaryReader ds)
{
base.parse(file, baseo, ds);
matAmbient = new Point4f(ds.readFloat(), ds.readFloat(), ds.readFloat(), 1.0f);
matDiffuse = new Point4f(ds.readFloat(), ds.readFloat(), ds.readFloat(), 1.0f);
matSpecular = new Point4f(ds.readFloat(), ds.readFloat(), ds.readFloat(), 1.0f);
matEmit = new Point4f(ds.readFloat(), ds.readFloat(), ds.readFloat(), 1.0f);
matShine = ds.readFloat();
matAlpha = ds.readFloat();
hasMaterialProps = true;
}
public override void parse(NIFFile file, NIFObject baseo, BinaryReader ds)
{
base.parse(file, baseo, ds);
this.translate = new Vector3(ds.readFloat(), ds.readFloat(), ds.readFloat());
this.rotate = new Quaternion(ds.readFloat(), ds.readFloat(), ds.readFloat(), ds.readFloat());
this.scale = ds.readFloat();
// Handles into the NiBSplineData for access to control points
this.m_kTransCPHandle = ds.readInt();
this.m_kRotCPHandle = ds.readInt();
this.m_kScaleCPHandle = ds.readInt();
}
public override void parse(NIFFile file, NIFObject baseo, BinaryReader ds)
{
base.parse(file, baseo, ds);
base.loadObjectNET(file, ds);
texPropFlags = ds.readUnsignedShort();
int texListSize = ds.readInt();
texList = new List <NifTexMap>(texListSize);
for (int i = 0; i < texListSize; i++)
{
NifTexMap tex = null;
bool hasMap = ds.readUnsignedByte() > 0;
if (hasMap)
{
tex = new NifTexMap();
tex.parse(file, baseo, ds);
if (i == 5)
{
tex.bumpLumaScale = ds.readFloat();
tex.bumpLumaOffset = ds.readFloat();
tex.bumpMap = new Point4f(ds.readFloat(), ds.readFloat(), ds.readFloat(), ds.readFloat());
}
else if (i == 7)
{
tex.offsetMapOfs = ds.readFloat();
}
}
else
{
tex = null;
}
texList.Add(tex);
}
int shaderMapListSize = ds.readInt();
shaderMapList = new List <NifTexMap>(shaderMapListSize);
for (int i = 0; i < shaderMapListSize; i++)
{
NifTexMap tex = null;
bool hasMap = ds.readUnsignedByte() > 0;
if (hasMap)
{
tex = new NifTexMap();
tex.parse(file, baseo, ds);
tex.uniqueID = ds.readInt();
}
shaderMapList.Add(tex);
}
}
public override void parse(NIFFile file, NIFObject baseo, BinaryReader ds)
{
base.parse(file, baseo, ds);
this.m_kAVObjectName = ds.readInt();
this.m_kPropertyType = ds.readInt();
this.m_kCtlrType = ds.readInt();
this.m_kCtlrID = ds.readInt();
this.m_kEvaluatorID = ds.readInt();
this.m_usSmallHashTableValue = ds.readUnsignedShort();
this.m_usLargeHashTableValue = ds.readUnsignedShort();
}
public override void parse(NIFFile file, NIFObject baseo, BinaryReader ds)
{
base.parse(file, baseo, ds);
this.seqName = file.loadString(ds);
var numEval = ds.readUInt();
this.seqEvalIDList = new List <uint>();
for (int i = 0; i < numEval; i++)
{
this.seqEvalIDList.Add(ds.readUInt());
}
file.addSequence(this);
}
public override void parse(NIFFile file, NIFObject baseo, BinaryReader ds)
{
base.parse(file, baseo, ds);
loadExtraData(file, ds);
int floats = ds.readInt();
floatData = new float[floats];
for (int i = 0; i < floats; i++)
{
floatData[i] = ds.readFloat();
}
}
public override void parse(NIFFile file, NIFObject baseo, BinaryReader ds)
{
base.parse(file, baseo, ds);
uint uiSyncCount = ds.readUInt();
for (int i = 0; i < uiSyncCount; i++)
{
m_kSubmitPoints.Add(ds.readUnsignedShort());
}
uiSyncCount = ds.readUInt();
for (int i = 0; i < uiSyncCount; i++)
{
m_kCompletePoints.Add(ds.readUnsignedShort());
}
}
internal NiTexturingProperty getTexturingProperty(NIFFile nf)
{
List <int> propIDs = nodePropertyIDs;
foreach (int propID in propIDs)
{
NIFObject obj = nf.getObject(propID);
if (obj is NiTexturingProperty)
{
NiTexturingProperty propObj = (NiTexturingProperty)obj;
return(propObj);
}
}
return(null);
}
public override void parse(NIFFile file, NIFObject baseo, BinaryReader ds)
{
base.parse(file, baseo, ds);
loadExtraData(file, ds);
binaryDataSize = ds.readInt();
if (binaryDataSize > 0)
{
extraData = ds.ReadBytes(binaryDataSize);
loadThread = new System.Threading.Thread(new System.Threading.ThreadStart(tryDecompress));
loadThread.Priority = System.Threading.ThreadPriority.Lowest;
loadThread.Start();
}
}
public void parse(NIFFile file, NIFObject baseo, BinaryReader ds)
{
sourceTexLinkID = ds.readInt();
flags = ds.readUnsignedShort();
maxAniso = ds.readUnsignedShort();
hasTransform = ds.readUnsignedByte() > 0;
if (hasTransform)
{
translation = new Point3f(ds.readFloat(), ds.readFloat(), ds.readFloat());
scale = ds.readFloat();
rotate = ds.readFloat();
method = ds.readInt();
center = new Point2f(ds.readFloat(), ds.readFloat());
}
}
protected void loadRenderable(NIFFile file, BinaryReader ds)
{
loadAVObject(file, ds);
numMaterials = ds.readInt();
materialExtraData = new List <int>(numMaterials);
materialNames = new List <String>(numMaterials);
for (int i = 0; i < numMaterials; i++)
{
int matNameIndex = ds.readInt();
String matName = file.getStringFromTable(matNameIndex);
materialExtraData.Add(ds.readInt());
materialNames.Add(matName);
}
materialIndex = ds.readInt();
materialNeedsUpdate = ds.readUnsignedByte() > 0;
}
protected void loadAVObject(NIFFile file, BinaryReader ds)
{
loadObjectNET(file, ds);
int flags = ds.readUnsignedShort();
// if hack readUShort
translation = new Point3f(ds.readFloat(), ds.readFloat(), ds.readFloat());
matrix = new Matrix4f(ds.readFloat(), ds.readFloat(), ds.readFloat(), 0,
ds.readFloat(), ds.readFloat(), ds.readFloat(), 0,
ds.readFloat(), ds.readFloat(), ds.readFloat(), 0,
translation.x, translation.y, translation.z, 0);
scale = ds.readFloat();
nodePropertyIDs = loadLinkIDs(ds);
loadLinkID(ds); // collision node?
isBone = true;
}
public override void parse(NIFFile file, NIFObject baseo, BinaryReader ds)
{
base.parse(file, baseo, ds);
this.controlPointCount = ds.readUInt();
this.controlPoints = new float[this.controlPointCount];
for (int i = 0; i < controlPointCount; i++)
{
controlPoints[i] = ds.readFloat();
}
this.compactControlPointCount = ds.readUInt();
this.compactControlPoints = new short[compactControlPointCount];
for (int i = 0; i < compactControlPointCount; i++)
{
compactControlPoints[i] = ds.ReadInt16();
}
}
public override void parse(NIFFile file, NIFObject baseo, BinaryReader ds)
{
base.parse(file, baseo, ds);
loadObjectNET(file, ds);
externalTex = ds.readUnsignedByte() > 0;
texFilename = file.loadString(ds);
pixLinkID = ds.readInt();
mipMapped = ds.readInt();
alphaFormat = ds.readInt();
texStatic = ds.readUnsignedByte() > 0;
int unk1 = ds.readUnsignedByte();
int unk2 = ds.readUnsignedByte();
texIndex = -1;
file.addTexture(this);
}
public override void parse(NIFFile file, NIFObject baseo, BinaryReader ds)
{
base.parse(file, baseo, ds);
loadRenderable(file, ds);
meshPrimType = ds.readInt();
numSubMeshes = ds.readUnsignedShort();
isInstanced = ds.readUnsignedByte() > 0;
boundsCenter = new Point3f(ds.readFloat(), ds.readFloat(), ds.readFloat());
boundsRad = ds.readFloat();
numStreamRefs = ds.readInt();
streamRefs = new List <NifMeshStream>();
for (int i = 0; i < numStreamRefs; i++)
{
NifMeshStream meshStream = new NifMeshStream();
meshStream.parse(file, baseo, ds);
streamRefs.Add(meshStream);
}
modLinks = loadLinkIDs(ds);
file.addMesh(this);
}
public void parse(NIFFile file, NIFObject baseo, BinaryReader ds)
{
streamLinkID = ds.readInt();
instanced = ds.readUnsignedByte() > 0;
int numStreamSubmeshRegionMapEntries = ds.readUnsignedShort();
submeshRegionMap = new List <int>(numStreamSubmeshRegionMapEntries);
for (int i = 0; i < numStreamSubmeshRegionMapEntries; i++)
{
submeshRegionMap.Add(ds.readUnsignedShort());
}
int numElementDescs = ds.readInt();
elementDescs = new List <Pair <String, int> >(numElementDescs);
for (int i = 0; i < numElementDescs; i++)
{
int descNameIndex = ds.readInt();
String descName = file.getStringFromTable(descNameIndex);
int descIndex = ds.readInt();
elementDescs.Add(NIF.Pair <String, int> .of(descName, descIndex));
}
}
public StreamAndElement getStreamAndElement(NIFFile file, String elementName, int preferredIndex)
{
foreach (NifMeshStream streamRef in streamRefs)
{
for (int i = 0; i < streamRef.elementDescs.Count(); i++)
{
Pair <String, int> pair = streamRef.elementDescs[i];
String elemCheckName = pair.getKey();
int elemCheckIndex = pair.getValue();
if (preferredIndex == -1 || elemCheckIndex == preferredIndex)
{
if (elemCheckName.StartsWith(elementName))
{
NiDataStream dataStream = (NiDataStream)file.getObject(streamRef.streamLinkID);
if (dataStream == null)
{
Debug.Log("null dataStream");
}
if (dataStream.streamElems == null)
{
Debug.Log("null dataStream.streamElems: " + dataStream);
}
if (i >= dataStream.streamElems.Count())
{
Debug.Log("WARNING: Data stream does not have enough elements.");
}
else
{
NifStreamElement elem = dataStream.streamElems[i];
return(new StreamAndElement(streamRef, elem, dataStream));
}
}
}
}
}
return(null);
}
public static MeshData prepareMesh(NIFFile nf, NiMesh mesh)
{
bool IS_TERRAIN = (nf.getStringTable().Contains("terrainL1"));
StreamAndElement indexStreamObj = mesh.getStreamAndElement(nf, "INDEX", -1);
NifMeshStream indexStreamRef = indexStreamObj.streamRef;
NiDataStream indexStream = indexStreamObj.dataStream;
NifStreamElement indexElem = indexStreamObj.elem;
StreamAndElement nStreamObj = mesh.getStreamAndElement(nf, "NORMAL", -1);
NifMeshStream nStreamRef = nStreamObj.streamRef;
NiDataStream nStream = nStreamObj.dataStream;
NifStreamElement nElem = nStreamObj.elem;
StreamAndElement uvStreamObj = mesh.getStreamAndElement(nf, "TEXCOORD", -1);
StreamAndElement uv2StreamObj = mesh.getStreamAndElement(nf, "TEXCOORD", 1);
StreamAndElement positionStreamObj = mesh.getStreamAndElement(nf, "POSITION", -1);
NifMeshStream posStreamRef = positionStreamObj.streamRef;
NiDataStream posStream = positionStreamObj.dataStream;
NifStreamElement posElem = positionStreamObj.elem;
DataType indexDataType = typeForNifDataType(indexStreamObj.elem.dataType);
DataType posDataType = typeForNifDataType(positionStreamObj.elem.dataType);
if (posDataType != DataType.FLOAT)
{
throw new Exception("Unknown position types");
}
MeshData meshData = new MeshData();
List <Vector3> verts = meshData.verts;
List <Vector2> uvs = meshData.uvs;
List <List <int> > triangles = meshData.triangles;
List <Vector3> inNormals = meshData.inNormals;
List <BoneWeight> boneWeights = meshData.boneWeights;
for (int i = 0; i < mesh.numSubMeshes; i++)
{
List <int> bonePalette = new List <int>();
int vOffset = verts.Count;
/** vertices */
StreamRegion posRegion = posStream.streamRegions[posStreamRef.submeshRegionMap[i]];
int posOfs = posRegion.a * posStream.elemStride;
int posEnd = posOfs + posRegion.b * posStream.elemStride;
byte[] posStreamData = posStream.streamData;
using (BinaryReader dis = new BinaryReader(new MemoryStream(posStreamData, posOfs, posEnd - posOfs)))
{
// Debug.Log("\tverts:" + posRegion.b);
for (int v = 0; v < (posEnd - posOfs) / posStream.elemStride; v++)
{
float x = dis.readFloat();
float y = dis.readFloat();
float z = dis.readFloat();
verts.Add(new Vector3(x, y, z));
}
//Debug.Log("pos: left over: " + (dis.BaseStream.Length - dis.BaseStream.Position));
}
/** faces */
StreamRegion idxRegion = indexStream.streamRegions[indexStreamRef.submeshRegionMap[i]];
int idxOfs = idxRegion.a * indexStream.elemStride;
DataType idxType = typeForNifDataType(indexStreamObj.elem.dataType);
int idxEnd = idxOfs + idxRegion.b * indexStream.elemStride;
byte[] idxStreamData = indexStream.streamData;
List <int> tris = new List <int>();
using (BinaryReader dis = new BinaryReader(new MemoryStream(idxStreamData, idxOfs, idxEnd - idxOfs)))
{
for (int idx = 0; idx < (idxEnd - idxOfs) / indexStream.elemStride; idx++)
{
int v1x = (dis.readUnsignedShort()) + vOffset;
tris.Add(v1x);
}
//Debug.Log("idx left over:" + (dis.BaseStream.Length - dis.BaseStream.Position));
}
triangles.Add(tris);
{
/** uvs */
if (uvStreamObj != null)
{
NiDataStream uvStream = uvStreamObj.dataStream;
StreamRegion uvRegion = uvStreamObj.dataStream.streamRegions[uvStreamObj.streamRef.submeshRegionMap[i]];
DataType uvType = typeForNifDataType(uvStreamObj.elem.dataType);
int uvOfs = uvRegion.a * uvStream.elemStride;
int uvEnd = uvOfs + uvRegion.b * uvStream.elemStride;
byte[] uvStreamData = uvStream.streamData;
//Debug.Log("uv datatype:" + uvType + ":" + uvStream.elemStride);
using (BinaryReader dis = new BinaryReader(new MemoryStream(uvStreamData, uvOfs, uvEnd - uvOfs)))
{
for (int uv = 0; uv < (uvEnd - uvOfs) / uvStream.elemStride; uv++)
{
float u = dis.readFloat();
float v = dis.readFloat();
uvs.Add(new Vector2(u, v));
}
}
}
/** normals */
if (nStreamObj != null)
{
StreamRegion nRegion = nStreamObj.dataStream.streamRegions[nStreamObj.streamRef.submeshRegionMap[i]];
DataType nType = typeForNifDataType(nStreamObj.elem.dataType);
int nOfs = nRegion.a * nStream.elemStride;
int nEnd = nOfs + nRegion.b * nStream.elemStride;
byte[] nStreamData = nStream.streamData;
using (BinaryReader dis = new BinaryReader(new MemoryStream(nStreamData, nOfs, nEnd - nOfs)))
{
for (int n = 0; n < (nEnd - nOfs) / nStream.elemStride; n++)
{
float x = dis.readFloat();
float y = dis.readFloat();
float z = dis.readFloat();
inNormals.Add(new Vector3(x, y, z));
}
}
}
/** bone palette */
{
StreamAndElement bonePalStreamObj = mesh.getStreamAndElement(nf, "BONE_PALETTE", -1);
if (bonePalStreamObj != null)
{
NifMeshStream bonePalStreamRef = bonePalStreamObj.streamRef;
NiDataStream bonePalStream = bonePalStreamObj.dataStream;
NifStreamElement bonePalElem = bonePalStreamObj.elem;
StreamRegion bonePalRegion = bonePalStreamObj.dataStream.streamRegions[bonePalStreamObj.streamRef.submeshRegionMap[i]];
DataType bonePalType = typeForNifDataType(bonePalStreamObj.elem.dataType);
int bonePalOfs = bonePalRegion.a * bonePalStream.elemStride;
int bonePalEnd = bonePalOfs + bonePalRegion.b * bonePalStream.elemStride;
byte[] bonePalStreamData = bonePalStream.streamData;
using (BinaryReader dis = new BinaryReader(new MemoryStream(bonePalStreamData, bonePalOfs, bonePalEnd - bonePalOfs)))
{
for (int n = 0; n < (bonePalEnd - bonePalOfs) / bonePalStream.elemStride; n++)
{
bonePalette.Add(dis.readUnsignedShort());
}
}
}
}
{
/** blend indicies */
StreamAndElement StreamObj = mesh.getStreamAndElement(nf, "BLENDINDICES", -1);
if (StreamObj != null)
{
NifMeshStream StreamRef = StreamObj.streamRef;
NiDataStream Stream = StreamObj.dataStream;
StreamRegion Region = StreamObj.dataStream.streamRegions[StreamObj.streamRef.submeshRegionMap[i]];
DataType type = typeForNifDataType(StreamObj.elem.dataType);
int Ofs = Region.a * Stream.elemStride;
int End = Ofs + Region.b * Stream.elemStride;
byte[] StreamData = Stream.streamData;
//Debug.Log("blendi stride:" + Stream.elemStride + ": type:" + type);
// each vertex has a blend index
using (BinaryReader dis = new BinaryReader(new MemoryStream(StreamData, Ofs, End - Ofs)))
{
for (int n = 0; n < (End - Ofs) / Stream.elemStride; n++)
{
byte idx1 = dis.ReadByte();
byte idx2 = dis.ReadByte();
byte idx3 = dis.ReadByte();
byte idx4 = dis.ReadByte();
BoneWeight weight = new BoneWeight();
weight.boneIndex0 = bonePalette[idx1];
weight.boneIndex1 = bonePalette[idx2];
weight.boneIndex2 = bonePalette[idx3];
weight.boneIndex3 = bonePalette[idx4];
boneWeights.Add(weight);
}
//Debug.Log("blend: left over: " + (dis.BaseStream.Length - dis.BaseStream.Position));
}
}
}
{
/** blend weights */
StreamAndElement StreamObj = mesh.getStreamAndElement(nf, "BLENDWEIGHT", -1);
if (StreamObj != null)
{
NifMeshStream StreamRef = StreamObj.streamRef;
NiDataStream Stream = StreamObj.dataStream;
StreamRegion Region = StreamObj.dataStream.streamRegions[StreamObj.streamRef.submeshRegionMap[i]];
DataType type = typeForNifDataType(StreamObj.elem.dataType);
int Ofs = Region.a * Stream.elemStride;
int End = Ofs + Region.b * Stream.elemStride;
byte[] StreamData = Stream.streamData;
using (BinaryReader dis = new BinaryReader(new MemoryStream(StreamData, Ofs, End - Ofs)))
{
int total = (End - Ofs) / Stream.elemStride;
// each vertex has weights
for (int n = 0; n < total; n++)
{
BoneWeight w = boneWeights[n + vOffset];
w.weight0 = dis.readFloat();
w.weight1 = dis.readFloat();
w.weight2 = dis.readFloat();
w.weight3 = 0;
boneWeights[n + vOffset] = w;
}
}
}
}
}
}
if (IS_TERRAIN && uvs.Count == 0)
{
for (int i = 0; i < verts.Count; i++)
{
Vector3 vert = verts[i];
float x = vert.x;
float z = vert.z;
float u = (x / 256.0f);
float v = (z / 256.0f);
uvs.Add(new Vector2(u, v));
}
}
List <int> trisList = new List <int>();
for (int i = 0; i < triangles.Count; i++)
{
List <int> tris = triangles[i];
trisList.AddRange(tris);
}
meshData.tristest = trisList.ToArray();
return(meshData);
}
protected virtual void loadObjectNET(NIFFile file, BinaryReader ds)
{
name = file.loadString(ds);
extraDataIDs = loadLinkIDs(ds);
loadLinkID(ds);
}
public override void parse(NIFFile file, NIFObject baseo, BinaryReader ds)
{
base.parse(file, baseo, ds);
}
