// try and get an entity from the entity collection in this region
public virtual bool TryGetEntity(EntityName entName, out IEntity foundEnt) {
bool ret = false;
foundEnt = null;
IEntityCollection coll;
if (this.TryGet<IEntityCollection>(out coll)) {
IEntity ent;
if (coll.TryGetEntity(entName, out ent)) {
foundEnt = ent;
ret = true;
}
}
return ret;
}
public override void DoTextureLoad(EntityName textureEntityName, AssetType typ, DownloadFinishedCallback finishCall)
{
EntityNameLL textureEnt = new EntityNameLL(textureEntityName);
string worldID = textureEnt.EntityPart;
OMV.UUID binID = new OMV.UUID(worldID);
if (m_basePath == null) return;
// do we already have the file?
string textureFilename = Path.Combine(CacheDirBase, textureEnt.CacheFilename);
lock (FileSystemAccessLock) {
if (File.Exists(textureFilename)) {
m_log.Log(LogLevel.DTEXTUREDETAIL, "DoTextureLoad: Texture file already exists for " + worldID);
bool hasTransparancy = CheckTextureFileForTransparancy(textureFilename);
// make the callback happen on a new thread so things don't get tangled (caller getting the callback)
Object[] finishCallParams = { finishCall, textureEntityName.Name, hasTransparancy };
m_completionWork.DoLater(FinishCallDoLater, finishCallParams);
// m_completionWork.DoLater(new FinishCallDoLater(finishCall, textureEntityName.Name, hasTransparancy));
}
else {
bool sendRequest = false;
lock (m_waiting) {
// if this is already being requested, don't waste our time
if (m_waiting.ContainsKey(binID)) {
m_log.Log(LogLevel.DTEXTUREDETAIL, "DoTextureLoad: Already waiting for " + worldID);
}
else {
WaitingInfo wi = new WaitingInfo(binID, finishCall);
wi.filename = textureFilename;
wi.type = typ;
m_waiting.Add(binID, wi);
sendRequest = true;
}
}
if (sendRequest) {
// this is here because RequestTexture might immediately call the callback
// and we should be outside the lock
m_log.Log(LogLevel.DTEXTUREDETAIL, "DoTextureLoad: Requesting: " + textureEntityName);
// m_texturePipe.RequestTexture(binID, OMV.ImageType.Normal, 50f, 0, 0, OnACDownloadFinished, false);
// m_comm.GridClient.Assets.RequestImage(binID, OMV.ImageType.Normal, 101300f, 0, 0, OnACDownloadFinished, false);
// m_comm.GridClient.Assets.RequestImage(binID, OMV.ImageType.Normal, 50f, 0, 0, OnACDownloadFinished, false);
ThrottleTextureRequests(binID);
}
}
}
return;
}
/// <summary>
/// </summary>
/// <param name="localID"></param>
/// <param name="ent"></param>
/// <param name="createIt"></param>
/// <returns>true if we created a new entry</returns>
public bool TryGetCreateEntity(EntityName entName, out IEntity ent, RegionCreateEntityCallback createIt)
{
// m_log.Log(LogLevel.DWORLDDETAIL, "TryGetCreateEntity: n={0}", entName);
try {
lock (this) {
if (!TryGetEntity(entName, out ent))
{
IEntity newEntity = createIt();
AddEntity(newEntity);
ent = newEntity;
}
}
return(true);
}
catch (Exception e) {
m_log.Log(LogLevel.DBADERROR, "TryGetCreateEntityLocalID: Failed to create entity: {0}", e.ToString());
}
ent = null;
return(false);
}
public LLRegionContext(RegionContextBase rcontext, AssetContextBase acontext,
LLTerrainInfo tinfo, OMV.Simulator sim)
: base(rcontext, acontext)
{
m_terrainInfo = tinfo;
// until we have a better protocol, we know the sims are a fixed size
m_size = new OMV.Vector3(256f, 256f, 8000f);
// believe it or not the world coordinates of a sim are hidden in the handle
uint x, y;
OMV.Utils.LongToUInts(sim.Handle, out x, out y);
m_worldBase = new OMV.Vector3d((double)x, (double)y, 0d);
m_simulator = sim;
// this should be more general as "GRID/SIM"
m_name = new EntityName(sim.Name);
// a cache of requested localIDs so we don't ask too often
m_recentLocalIDRequests = new Dictionary<uint, int>();
this.RegisterInterface<LLRegionContext>(this);
}
public RegionContextBase GetRegion(EntityName name) {
RegionContextBase ret = null;
lock (m_regionList) {
foreach (RegionContextBase rcb in m_regionList) {
if (rcb.Name.Equals(name)) {
ret = rcb;
break;
}
}
}
return ret;
}
// Each entity has a scene node and this is the conversion from the name of the
// entity to the name of the scene node that contains it.
public static string ConvertToOgreSceneNodeName(EntityName entName)
{
return "SceneNode/" + entName.Name;
}
public bool TryGetEntity(EntityName entName, out IEntity ent)
{
return m_entityDictionary.TryGetValue(entName.Name, out ent);
}
public void RequestMesh(EntityName contextEntity, string meshName)
{
m_log.Log(LogLevel.DRENDERDETAIL, "Request for mesh " + meshName);
lock (m_requestedMeshes) {
// if this mesh was requested was requested more than some time ago, request again
if (m_requestedMeshes.ContainsKey(meshName)) {
if (m_requestedMeshes[meshName] < Utilities.TickCount()) {
m_requestedMeshes.Remove(meshName);
}
}
if (!m_requestedMeshes.ContainsKey(meshName)) {
m_requestedMeshes.Add(meshName, Utilities.TickCount() + m_meshRememberTime);
Object[] meshLaterParams = { meshName, contextEntity };
m_workQueueReqMesh.DoLater(RequestMeshLater, (object)meshLaterParams);
}
}
return;
}
private void CreateMaterialParameters(OMV.Primitive.TextureEntryFace textureFace,
IEntity ent, OMV.Primitive prim, int pBase, ref float[] textureParams,
int faceNum, out String texName)
{
OMV.UUID textureID = OMV.Primitive.TextureEntry.WHITE_TEXTURE;
if (textureFace != null) {
textureParams[pBase + (int)Ogr.CreateMaterialParam.colorR] = textureFace.RGBA.R;
textureParams[pBase + (int)Ogr.CreateMaterialParam.colorG] = textureFace.RGBA.G;
textureParams[pBase + (int)Ogr.CreateMaterialParam.colorB] = textureFace.RGBA.B;
textureParams[pBase + (int)Ogr.CreateMaterialParam.colorA] = textureFace.RGBA.A;
if (m_useRendererTextureScaling) {
textureParams[pBase + (int)Ogr.CreateMaterialParam.scaleU] = 1f / textureFace.RepeatU;
textureParams[pBase + (int)Ogr.CreateMaterialParam.scaleV] = 1f / textureFace.RepeatV;
textureParams[pBase + (int)Ogr.CreateMaterialParam.scrollU] = textureFace.OffsetU;
textureParams[pBase + (int)Ogr.CreateMaterialParam.scrollV] = -textureFace.OffsetV;
textureParams[pBase + (int)Ogr.CreateMaterialParam.rotate] = textureFace.Rotation;
}
else {
textureParams[pBase + (int)Ogr.CreateMaterialParam.scaleU] = 1.0f;
textureParams[pBase + (int)Ogr.CreateMaterialParam.scaleV] = 1.0f;
textureParams[pBase + (int)Ogr.CreateMaterialParam.scrollU] = 1.0f;
textureParams[pBase + (int)Ogr.CreateMaterialParam.scrollV] = 1.0f;
textureParams[pBase + (int)Ogr.CreateMaterialParam.rotate] = 0.0f;
}
textureParams[pBase + (int)Ogr.CreateMaterialParam.glow] = textureFace.Glow;
textureParams[pBase + (int)Ogr.CreateMaterialParam.bump] = (float)textureFace.Bump;
textureParams[pBase + (int)Ogr.CreateMaterialParam.shiny] = (float)textureFace.Shiny;
textureParams[pBase + (int)Ogr.CreateMaterialParam.fullBright] = textureFace.Fullbright ? 1f : 0f;
textureParams[pBase + (int)Ogr.CreateMaterialParam.mappingType] = (float)textureFace.TexMapType;
textureParams[pBase + (int)Ogr.CreateMaterialParam.mediaFlags] = textureFace.MediaFlags ? 1f : 0f;
textureParams[pBase + (int)Ogr.CreateMaterialParam.animationFlag] = 0f;
if (prim != null && (prim.TextureAnim.Face == faceNum || (int)prim.TextureAnim.Face == 255)
// && ((prim.TextureAnim.Flags & OpenMetaverse.Primitive.TextureAnimMode.ANIM_ON) != 0)) {
&& ((prim.TextureAnim.Flags != 0))) {
m_log.Log(LogLevel.DRENDERDETAIL, "Adding animation for material texture");
textureParams[pBase + (int)Ogr.CreateMaterialParam.animationFlag] = (float)prim.TextureAnim.Flags;
textureParams[pBase + (int)Ogr.CreateMaterialParam.animSizeX] = (float)prim.TextureAnim.SizeX;
textureParams[pBase + (int)Ogr.CreateMaterialParam.animSizeY] = (float)prim.TextureAnim.SizeY;
textureParams[pBase + (int)Ogr.CreateMaterialParam.animStart] = prim.TextureAnim.Start;
textureParams[pBase + (int)Ogr.CreateMaterialParam.animRate] = prim.TextureAnim.Rate;
textureParams[pBase + (int)Ogr.CreateMaterialParam.animLength] = prim.TextureAnim.Length;
}
else {
textureParams[pBase + (int)Ogr.CreateMaterialParam.animationFlag] = 0f;
}
// since we can't calculate whether material is transparent or not (actually
// we don't have that information at this instant), assume color transparent
if (textureFace.RGBA.A == 1.0) {
// The vertex color doesn't have alpha. Assume the texture that goes on here does.
// We do this because we don't have the texture at the moment
textureParams[pBase + (int)Ogr.CreateMaterialParam.textureHasTransparent] = 2f;
}
else {
// Pass the overall transparancy
textureParams[pBase + (int)Ogr.CreateMaterialParam.textureHasTransparent] = textureFace.RGBA.A;
}
textureID = textureFace.TextureID;
}
else {
textureParams[pBase + (int)Ogr.CreateMaterialParam.colorR] = 0.4f;
textureParams[pBase + (int)Ogr.CreateMaterialParam.colorG] = 0.4f;
textureParams[pBase + (int)Ogr.CreateMaterialParam.colorB] = 0.4f;
textureParams[pBase + (int)Ogr.CreateMaterialParam.colorA] = 0.0f;
textureParams[pBase + (int)Ogr.CreateMaterialParam.scaleU] = 1.0f;
textureParams[pBase + (int)Ogr.CreateMaterialParam.scaleV] = 1.0f;
textureParams[pBase + (int)Ogr.CreateMaterialParam.scrollU] = 1.0f;
textureParams[pBase + (int)Ogr.CreateMaterialParam.scrollV] = 1.0f;
textureParams[pBase + (int)Ogr.CreateMaterialParam.rotate] = 0.0f;
textureParams[pBase + (int)Ogr.CreateMaterialParam.glow] = 0.0f;
textureParams[pBase + (int)Ogr.CreateMaterialParam.bump] = (float)OMV.Bumpiness.None;
textureParams[pBase + (int)Ogr.CreateMaterialParam.shiny] = (float)OMV.Shininess.None;
textureParams[pBase + (int)Ogr.CreateMaterialParam.fullBright] = 0f;
textureParams[pBase + (int)Ogr.CreateMaterialParam.mappingType] = 0f;
textureParams[pBase + (int)Ogr.CreateMaterialParam.mediaFlags] = 0f;
textureParams[pBase + (int)Ogr.CreateMaterialParam.textureHasTransparent] = 0f;
}
EntityName textureEntityName = new EntityName(ent, textureID.ToString());
string textureOgreResourceName = "";
if (textureID != OMV.Primitive.TextureEntry.WHITE_TEXTURE) {
textureOgreResourceName = EntityNameOgre.ConvertToOgreNameX(textureEntityName, null);
}
texName = textureOgreResourceName;
}
/// <summary>
/// Create a mesh for the avatar. We either use the specified avatar mesh or create the
/// mesh from the LAD definition file.
/// </summary>
public bool CreateAvatarMeshResource(float priority, IEntity ent, string meshName, EntityName contextEntity)
{
if (m_defaultAvatarMesh != null && m_defaultAvatarMesh.Length > 0) {
return CreateAvatarMeshFromDefault(priority, ent, meshName, contextEntity);
}
string meshInfoDir = LookingGlassBase.Instance.AppParams.ParamString("Renderer.Avatar.Mesh.InfoDir");
string meshInfoDefn = LookingGlassBase.Instance.AppParams.ParamString("Renderer.Avatar.Mesh.Description");
string meshDescriptionDir = LookingGlassBase.Instance.AppParams.ParamString("Renderer.Avatar.Mesh.DescriptionDir");
Dictionary<string, OMVR.LindenMesh> meshTypes = new Dictionary<string, OMVR.LindenMesh>();
XmlDocument lad = new XmlDocument();
lad.Load(Path.Combine(meshInfoDir, meshInfoDefn));
XmlNodeList meshes = lad.GetElementsByTagName("mesh");
foreach (XmlNode meshNode in meshes) {
string type = meshNode.Attributes.GetNamedItem("type").Value;
int lod = Int32.Parse(meshNode.Attributes.GetNamedItem("lod").Value);
string fileName = meshNode.Attributes.GetNamedItem("file_name").Value;
//string minPixelWidth = meshNode.Attributes.GetNamedItem("min_pixel_width").Value;
// for the moment, ignore the skirt
if (type == "skirtMesh") continue;
if (lod == 0) {
// only collect the meshes with the highest resolution
try {
fileName = Path.Combine(meshDescriptionDir, fileName);
if (!meshTypes.ContainsKey(type)) {
OMVR.LindenMesh lmesh = new OMVR.LindenMesh(type);
lmesh.LoadMesh(fileName);
meshTypes.Add(type, lmesh);
}
}
catch (Exception e) {
m_log.Log(LogLevel.DBADERROR, "Failure reading avatar defn file {0}: {1}", fileName, e);
}
}
}
// meshTypes now contains the pieces of the avatar.
string[] meshOrder = {
"headMesh", "upperBodyMesh", "lowerBodyMesh",
"eyeBallLeftMesh", "hairMesh", "skirtMesh",
"eyelashMesh", "eyeBallRightMesh"
};
// Assemble into one mesh for passing to lower system
// TODO: get and pass the skeleton information
if (!CreateAvatarTextures(ent, false)) {
// something about the textures can't be built yet. Try again later.
return false;
}
const int faceCountsStride = 6;
const int verticesStride = 8;
const int indicesStride = 3;
const int vertexColorStride = 4;
// calculate how many floating point numbers we're pushing over
int[] faceCounts = new int[meshTypes.Count * faceCountsStride + 2];
faceCounts[0] = faceCounts.Length;
faceCounts[1] = meshTypes.Count;
int totalVertices = 0;
try {
for (int jj=0; jj < meshTypes.Count; jj++) {
if (!meshTypes.ContainsKey(meshOrder[jj])) continue;
OMVR.LindenMesh lmesh = meshTypes[meshOrder[jj]];
int faceBase = jj * faceCountsStride + 2;
faceCounts[faceBase + 0] = totalVertices;
faceCounts[faceBase + 1] = lmesh.NumVertices;
faceCounts[faceBase + 2] = verticesStride;
totalVertices += vertexColorStride + lmesh.NumVertices * verticesStride;
faceCounts[faceBase + 3] = totalVertices;
faceCounts[faceBase + 4] = lmesh.NumFaces * indicesStride;
faceCounts[faceBase + 5] = indicesStride;
totalVertices += lmesh.NumFaces * indicesStride;
}
float[] faceVertices = new float[totalVertices + 2];
faceVertices[0] = faceVertices.Length;
int vertI = 1;
for (int jj=0; jj < meshTypes.Count; jj++) {
if (!meshTypes.ContainsKey(meshOrder[jj])) continue;
OMVR.LindenMesh lmesh = meshTypes[meshOrder[jj]];
faceVertices[vertI + 0] = 0.6f;
faceVertices[vertI + 1] = 0.6f;
faceVertices[vertI + 2] = 0.6f;
faceVertices[vertI + 3] = 0.5f;
vertI += vertexColorStride;
for (int k = 0; k < lmesh.NumVertices; k++) {
OMVR.LindenMesh.Vertex thisVert = lmesh.Vertices[k];
// m_log.Log(LogLevel.DRENDERDETAIL, "CreateMesh: vertices: p={0}, t={1}, n={2}",
// thisVert.Position.ToString(), thisVert.TexCoord.ToString(), thisVert.Normal.ToString());
faceVertices[vertI + 0] = thisVert.Coord.X;
faceVertices[vertI + 1] = thisVert.Coord.Y;
faceVertices[vertI + 2] = thisVert.Coord.Z;
faceVertices[vertI + 3] = thisVert.TexCoord.X;
faceVertices[vertI + 4] = thisVert.TexCoord.Y;
faceVertices[vertI + 5] = thisVert.Normal.X;
faceVertices[vertI + 6] = thisVert.Normal.Y;
faceVertices[vertI + 7] = thisVert.Normal.Z;
vertI += verticesStride;
}
for (int k = 0; k < lmesh.NumFaces; k++) {
faceVertices[vertI + 0] = lmesh.Faces[k].Indices[0];
faceVertices[vertI + 1] = lmesh.Faces[k].Indices[1];
faceVertices[vertI + 2] = lmesh.Faces[k].Indices[2];
vertI += indicesStride;
}
}
m_log.Log(LogLevel.DRENDERDETAIL,
"RenderOgreLL.CreateAvatarMeshResource: {0}, fcs={1}, fs={2}, vi={3}",
ent.Name, faceCounts.Length, faceVertices.Length, vertI
);
// We were passed a 'context' entity. Create a scene node name to pass to
// Ogre. If the scene node is not found, nothing bad happens.
string contextSceneNode = EntityNameOgre.ConvertToOgreSceneNodeName(contextEntity);
// Now create the mesh
Ogr.CreateMeshResourceBF(priority, meshName, contextSceneNode, faceCounts, faceVertices);
}
catch (Exception e) {
m_log.Log(LogLevel.DBADERROR, "Failure building avatar mesh: {0}", e);
}
return true;
}
// Each entity has a scene node and this is the conversion from the name of the
// entity to the name of the scene node that contains it.
public static string ConvertToOgreEntityName(EntityName entName)
{
return "Entity/" + entName.Name;
}
private void OnTextureDownloadFinished(string textureEntityName, bool hasTransparancy)
{
m_log.Log(LogLevel.DRENDERDETAIL, "OnTextureDownloadFinished {0}", textureEntityName);
EntityName entName = new EntityName(textureEntityName);
OMV.UUID id = new OMV.UUID(entName.ExtractEntityFromEntityName());
TextureInfo info;
lock (Textures) {
if (!Textures.TryGetValue(id, out info)) {
// The id of zero will say that the mipmaps need to be generated before the texture is used
m_log.Log(LogLevel.DRENDERDETAIL, "Adding TextureInfo for {0}:{1}", entName.Name, id.ToString());
info.Alpha = hasTransparancy;
}
}
}
public bool TryGetEntity(EntityName entName, out IEntity ent)
{
return(m_entityDictionary.TryGetValue(entName.Name, out ent));
}
public EntityName(EntityName entName)
: this(entName.Name)
{
}
/// <summary>
/// A global call to find an entity. We ask all the regions if they have it.
/// This is only here because the renderer looses the context for an entity
/// when control passes into the renderer and then back. The renderer only
/// has the name of the entity.
/// </summary>
/// <param name="entName">the name of the entity to look for</param>
/// <param name="ent">place to store the reference to the found entity</param>
/// <returns>'true' if entity found</returns>
public bool TryGetEntity(EntityName entName, out IEntity ent) {
IEntity ret = null;
lock (m_regionList) {
foreach (RegionContextBase rcb in m_regionList) {
IEntityCollection coll;
if (rcb.TryGet<IEntityCollection>(out coll)) {
coll.TryGetEntity(entName, out ret);
}
if (ret != null) break;
}
}
ent = ret;
return (ret != null);
}
// Each entity has a scene node and this is the conversion from the name of the
// entity to the name of the scene node that contains it.
public static EntityName ConvertToOgreMaterialName(EntityName entName)
{
return ConvertToOgreNameY(entName, ".material");
}
public bool CreateAvatarMeshFromDefault(float priority, IEntity ent, string meshName, EntityName contextEntity)
{
m_log.Log(LogLevel.DBADERROR, "CreateAvatarMeshFromDefault: NOT IMPLEMENTED!!");
return true;
}
// One place to hide the crazy name that the face materials have
public static string ConvertToOgreMaterialNameX(EntityName entName, int faceNum)
{
return ConvertToOgreNameX(entName, ".mesh-" + faceNum.ToString() + ".material");
}
/// <summary>
/// Create a mesh in the renderer.
/// </summary>
/// <param name="sMgr">the scene manager receiving the mesh</param>
/// <param name="ent">The entity the mesh is coming from</param>
/// <param name="meshName">The name the mesh should take</param>
public bool CreateMeshResource(float priority, IEntity ent, string meshName, EntityName contextEntity)
{
LLEntityBase llent;
OMV.Primitive prim;
try {
// this will change when we are checking for avatars and other types
llent = (LLEntityBase)ent;
prim = llent.Prim;
if (prim == null) throw new LookingGlassException("ASSERT: RenderOgreLL: prim is null");
}
catch (Exception e) {
m_log.Log(LogLevel.DRENDERDETAIL, "CreateMeshResource: conversion of pointers failed: " + e.ToString());
throw e;
}
int meshType = 0;
int meshFaces = 0;
// TODO: This is the start of come code to specialize the creation of standard
// meshes. Since a large number of prims are cubes, they can share the face vertices
// and thus reduce the total number of Ogre's vertices stored.
// At the moment, CheckStandardMeshType returns false so we don't do anything special yet
lock (ent) {
if (CheckStandardMeshType(prim, out meshType, out meshFaces)) {
m_log.Log(LogLevel.DBADERROR, "CreateMeshResource: not implemented Standard Type");
/*
// while we're in the neighborhood, we can create the materials
if (m_buildMaterialsAtMeshCreationTime) {
for (int j = 0; j < meshFaces; j++) {
CreateMaterialResource2(ent, prim, EntityNameOgre.ConvertToOgreMaterialNameX(ent.Name, j), j);
}
}
Ogr.CreateStandardMeshResource(meshName, meshType);
*/
}
else {
OMVR.FacetedMesh mesh;
try {
if (prim.Sculpt != null) {
// looks like it's a sculpty. Do it that way
EntityNameLL textureEnt = EntityNameLL.ConvertTextureWorldIDToEntityName(ent.AssetContext, prim.Sculpt.SculptTexture);
System.Drawing.Bitmap textureBitmap = ent.AssetContext.GetTexture(textureEnt);
if (textureBitmap == null) {
m_log.Log(LogLevel.DRENDERDETAIL, "CreateMeshResource: waiting for texture for sculpty {0}", ent.Name.Name);
// Don't have the texture now so ask for the texture to be loaded.
// Note that we ignore the callback and let the work queue requeing get us back here
ent.AssetContext.DoTextureLoad(textureEnt, AssetContextBase.AssetType.SculptieTexture,
delegate(string name, bool trans) { return; });
// This will cause the work queue to requeue the mesh creation and call us
// back later to retry creating the mesh
return false;
}
m_log.Log(LogLevel.DRENDERDETAIL, "CreateMeshResource: mesherizing scuplty {0}", ent.Name.Name);
// mesh = m_meshMaker.GenerateSculptMesh(textureBitmap, prim, OMVR.DetailLevel.Highest);
mesh = m_meshMaker.GenerateSculptMesh(textureBitmap, prim, OMVR.DetailLevel.Medium);
// mesh = m_meshMaker.GenerateSculptMesh(textureBitmap, prim, OMVR.DetailLevel.Low);
if (mesh.Faces.Count > 10) {
m_log.Log(LogLevel.DBADERROR, "CreateMeshResource: mesh has {0} faces!!!!", mesh.Faces.Count);
}
textureBitmap.Dispose();
}
else {
// we really should use Low for boxes, med for most things and high for megaprim curves
// OMVR.DetailLevel meshDetail = OMVR.DetailLevel.High;
OMVR.DetailLevel meshDetail = OMVR.DetailLevel.Medium;
if (prim.Type == OMV.PrimType.Box) {
meshDetail = OMVR.DetailLevel.Low;
// m_log.Log(LogLevel.DRENDERDETAIL, "CreateMeshResource: Low detail for {0}", ent.Name.Name);
}
mesh = m_meshMaker.GenerateFacetedMesh(prim, meshDetail);
if (mesh.Faces.Count > 10) {
m_log.Log(LogLevel.DBADERROR, "CreateMeshResource: mesh has {0} faces!!!!", mesh.Faces.Count);
}
}
}
catch (Exception e) {
m_log.Log(LogLevel.DRENDERDETAIL, "CreateMeshResource: failed mesh generate for {0}: {1}",
ent.Name.Name, e.ToString());
throw e;
}
// we have the face data. We package this up into a few big arrays to pass them
// to the real renderer.
// we pass two one-dimensional arrays of floating point numbers over to the
// unmanaged code. The first array contains:
// faceCounts[0] = total number of int's in this array (for alloc and freeing in Ogre)
// faceCounts[1] = number of faces
// faceCounts[2] = offset in second array for beginning of vertex info for face 1
// faceCounts[3] = number of vertices for face 1
// faceCounts[4] = stride for vertex info for face 1 (= 8)
// faceCounts[5] = offset in second array for beginning of indices info for face 1
// faceCounts[6] = number of indices for face 1
// faceCounts[7] = stride for indices (= 3)
// faceCounts[8] = offset in second array for beginning of vertex info for face 2
// faceCounts[9] = number of vertices for face 2
// faceCounts[10] = stride for vertex info for face 2 (= 8)
// etc
// The second array starts with the vertex color:
// v.R, v.G, v.B, v.A
// which is followed by the vertex info in the order:
// v.X, v.Y, v.Z, u.X, u.Y, n.X, n.Y, n.Z
// this is repeated for each vertex
// This is followed by the list of indices listed as i.X, i.Y, i.Z
const int faceCountsStride = 6;
const int verticesStride = 8;
const int indicesStride = 3;
const int vertexColorStride = 4;
// calculate how many floating point numbers we're pushing over
int[] faceCounts = new int[mesh.Faces.Count * faceCountsStride + 2];
faceCounts[0] = faceCounts.Length;
faceCounts[1] = mesh.Faces.Count;
int totalVertices = 0;
for (int j = 0; j < mesh.Faces.Count; j++) {
OMVR.Face face = mesh.Faces[j];
int faceBase = j * faceCountsStride + 2;
// m_log.Log(LogLevel.DRENDERDETAIL, "Mesh F" + j.ToString() + ":"
// + " vcnt=" + face.Vertices.Count.ToString()
// + " icnt=" + face.Indices.Count.ToString());
faceCounts[faceBase + 0] = totalVertices;
faceCounts[faceBase + 1] = face.Vertices.Count;
faceCounts[faceBase + 2] = verticesStride;
totalVertices += vertexColorStride + face.Vertices.Count * verticesStride;
faceCounts[faceBase + 3] = totalVertices;
faceCounts[faceBase + 4] = face.Indices.Count;
faceCounts[faceBase + 5] = indicesStride;
totalVertices += face.Indices.Count;
}
float[] faceVertices = new float[totalVertices+2];
faceVertices[0] = faceVertices.Length;
int vertI = 1;
for (int j = 0; j < mesh.Faces.Count; j++) {
OMVR.Face face = mesh.Faces[j];
// Texture transform for this face
OMV.Primitive.TextureEntryFace teFace = face.TextureFace;
try {
if ((teFace != null) && !m_useRendererTextureScaling) {
m_meshMaker.TransformTexCoords(face.Vertices, face.Center, teFace);
}
}
catch {
m_log.Log(LogLevel.DBADERROR, "RenderOgreLL.CreateMeshResource:"
+ " more faces in mesh than in prim:"
+ " ent=" + ent.Name
+ ", face=" + j.ToString()
);
}
// Vertices color for this face
OMV.Primitive.TextureEntryFace tef = prim.Textures.GetFace((uint)j);
if (tef != null) {
faceVertices[vertI + 0] = tef.RGBA.R;
faceVertices[vertI + 1] = tef.RGBA.G;
faceVertices[vertI + 2] = tef.RGBA.B;
faceVertices[vertI + 3] = tef.RGBA.A;
}
else {
faceVertices[vertI + 0] = 1f;
faceVertices[vertI + 1] = 1f;
faceVertices[vertI + 2] = 1f;
faceVertices[vertI + 3] = 1f;
}
vertI += vertexColorStride;
// Vertices for this face
for (int k = 0; k < face.Vertices.Count; k++) {
OMVR.Vertex thisVert = face.Vertices[k];
// m_log.Log(LogLevel.DRENDERDETAIL, "CreateMesh: vertices: p={0}, t={1}, n={2}",
// thisVert.Position.ToString(), thisVert.TexCoord.ToString(), thisVert.Normal.ToString());
faceVertices[vertI + 0] = thisVert.Position.X;
faceVertices[vertI + 1] = thisVert.Position.Y;
faceVertices[vertI + 2] = thisVert.Position.Z;
faceVertices[vertI + 3] = thisVert.TexCoord.X;
faceVertices[vertI + 4] = thisVert.TexCoord.Y;
faceVertices[vertI + 5] = thisVert.Normal.X;
faceVertices[vertI + 6] = thisVert.Normal.Y;
faceVertices[vertI + 7] = thisVert.Normal.Z;
vertI += verticesStride;
}
for (int k = 0; k < face.Indices.Count; k += 3) {
faceVertices[vertI + 0] = face.Indices[k + 0];
faceVertices[vertI + 1] = face.Indices[k + 1];
faceVertices[vertI + 2] = face.Indices[k + 2];
vertI += indicesStride;
}
}
// while we're in the neighborhood, we can create the materials
if (m_buildMaterialsAtMeshCreationTime) {
CreateMaterialResource7X(priority, ent, prim, mesh.Faces.Count);
}
// We were passed a 'context' entity. Create a scene node name to pass to
// Ogre. If the scene node is not found, nothing bad happens.
string contextSceneNode = EntityNameOgre.ConvertToOgreSceneNodeName(contextEntity);
m_log.Log(LogLevel.DRENDERDETAIL,
"RenderOgreLL: {0}, f={1}, fcs={2}, fs={3}",
ent.Name, mesh.Faces.Count, faceCounts.Length, faceVertices.Length
);
// Now create the mesh
Ogr.CreateMeshResourceBF(priority, meshName, contextSceneNode, faceCounts, faceVertices);
}
}
return true;
}
// Each entity has a scene node and this is the conversion from the name of the
// entity to the name of the scene node that contains it.
public static EntityName ConvertToOgreMeshName(EntityName entName)
{
return ConvertToOgreNameY(entName, ".mesh");
}
// if it starts with our region name, it must be ours
public override bool isTextureOwner(EntityName textureEntityName)
{
return textureEntityName.Name.StartsWith(m_Name + EntityName.PartSeparator);
}
// ================================================
// After here are conversion routines that are sometimes needed to link between
// the Ogre resource names and regular entity names. Use at your peril.
// Ogre presumes that entity name will be the filename in the cache. Make the
// entity name on the Ogre side have the cache filename format
// Used for meshes, materials
public static string ConvertToOgreNameX(EntityName entName, string extension)
{
string entReplace = Regex.Replace(entName.EntityPart, EntityNameMatch, CachedNameReplace);
// if the replacement didn't happen entReplace == entName
string newName = entName.CombineEntityName(entName.HeaderPart, entName.HostPart, entReplace);
if (extension != null) newName += extension;
// LogManager.Log.Log(LogLevel.DRENDERDETAIL, "ConvertToOgreName: " + entName.ToString() + " => " + newName);
return newName;
}
public EntityName(EntityName entName)
: this(entName.Name)
{
}
public static EntityName ConvertToOgreNameY(EntityName entName, string extension)
{
string entReplace = Regex.Replace(entName.EntityPart, EntityNameMatch, CachedNameReplace);
// if the replacement didn't happen entReplace == entName
if (extension != null) entReplace += extension;
EntityName newName = new EntityNameOgre(entName.HeaderPart, entName.HostPart, entReplace);
return newName;
}
public EntityNameLL(EntityName ent)
: base(ent.Name)
{
}
/// <summary>
/// </summary>
/// <param name="localID"></param>
/// <param name="ent"></param>
/// <param name="createIt"></param>
/// <returns>true if we created a new entry</returns>
public bool TryGetCreateEntity(EntityName entName, out IEntity ent, RegionCreateEntityCallback createIt)
{
// m_log.Log(LogLevel.DWORLDDETAIL, "TryGetCreateEntity: n={0}", entName);
try {
lock (this) {
if (!TryGetEntity(entName, out ent)) {
IEntity newEntity = createIt();
AddEntity(newEntity);
ent = newEntity;
}
}
return true;
}
catch (Exception e) {
m_log.Log(LogLevel.DBADERROR, "TryGetCreateEntityLocalID: Failed to create entity: {0}", e.ToString());
}
ent = null;
return false;
}