std::vector<std::string>* findAndGetTextureInfoByProperty(FbxProperty fbxTextureProperty, int midx) {
std::vector<std::string>* textureFileNames = new std::vector<std::string>();
if( fbxTextureProperty.IsValid() )
{
int numTextures = fbxTextureProperty.GetSrcObjectCount<FbxTexture>();
for (int j = 0; j < numTextures; ++j) {
// Here we have to check if it's layeredtextures, or just textures:
FbxLayeredTexture *fbxLayeredTexture = fbxTextureProperty.GetSrcObject<FbxLayeredTexture>(j);
if (fbxLayeredTexture) {
int numLayeredTextures = fbxLayeredTexture->GetSrcObjectCount<FbxTexture>();
for (int k = 0; k < numLayeredTextures; ++k) {
FbxTexture* fbxTexture = fbxLayeredTexture->GetSrcObject<FbxTexture>(k);
if (fbxTexture) {
// NOTE the blend mode is ALWAYS on the LayeredTexture and NOT the one on the texture.
// Why is that? because one texture can be shared on different layered textures and might
// have different blend modes.
FbxLayeredTexture::EBlendMode lBlendMode;
fbxLayeredTexture->GetTextureBlendMode(k, lBlendMode);
std::string textureFileName = getTextureFileName(fbxTexture);
textureFileNames->push_back(textureFileName);
}
}
}
else {
// No layered texture simply get on the property
FbxTexture* fbxTexture = fbxTextureProperty.GetSrcObject<FbxTexture>(j);
if (fbxTexture) {
// Display connected Material header only at the first time
std::string textureFileName = getTextureFileName(fbxTexture);
textureFileNames->push_back(textureFileName);
}
}
}
}
return textureFileNames;
}
void LLTextureCache::removeFromCache(const LLUUID& id)
{
//llwarns << "Removing texture from cache: " << id << llendl;
if (!mReadOnly)
{
removeHeaderCacheEntry(id);
ll_apr_file_remove(getTextureFileName(id), NULL);
}
}
void LLTextureCache::removeFromCacheLocked(const LLUUID& id)
{
//llwarns << "Removing texture from cache: " << id << llendl;
if (!mReadOnly)
{
removeHeaderCacheEntry(id);
LLAPRFile::remove(getTextureFileName(id));
}
}
void ATOM_Decal::assign (ATOM_Node *other) const
{
ATOM_Node::assign (other);
ATOM_Decal *decal = dynamic_cast<ATOM_Decal*>(other);
if (decal)
{
decal->setTextureFileName (getTextureFileName ());
if (!decal->getTexture ())
{
decal->setTexture (getTexture());
}
}
}
void CSObject::serializeAttributes(io::IAttributes* out, io::SAttributeReadWriteOptions* options)
{
out->addInt( "Id", getId());
out->addString( "Name", getName().c_str());
out->addBool( "Dead", getDead());
out->addBool( "DebugObject", getDebugObject());
out->addVector3d( "Position", getRelativePosition());
out->addVector3d( "PositionOffset", getPositionOffset());
out->addVector3d( "Rotation", getRelativeRotation());
out->addVector3d( "RotationOffset", getRotationOffset());
out->addVector3d( "Scale", getRelativeScale());
out->addVector3d( "ScaleOffset", getScaleOffset());
out->addVector3d( "BBOffset", getBBOffset());
out->addBool( "Shadow", getShadow());
out->addString( "ActorFileName", getActorFileName().c_str());
out->addString( "TextureFileName", getTextureFileName().c_str());
}
void LLTextureCache::purgeTextures(bool validate)
{
if (mReadOnly)
{
return;
}
// *FIX:Mani - watchdog off.
LLAppViewer::instance()->pauseMainloopTimeout();
LLMutexLock lock(&mHeaderMutex);
S32 filesize = ll_apr_file_size(mTexturesDirEntriesFileName, NULL);
S32 num_entries = filesize / sizeof(Entry);
if (num_entries * (S32)sizeof(Entry) != filesize)
{
LL_WARNS("TextureCache") << "Bad cache file: " << mTexturesDirEntriesFileName << " Purging." << LL_ENDL;
purgeAllTextures(false);
return;
}
if (num_entries == 0)
{
return; // nothing to do
}
Entry* entries = new Entry[num_entries];
S32 bytes_read = ll_apr_file_read_ex(mTexturesDirEntriesFileName, NULL,
(U8*)entries, 0, num_entries*sizeof(Entry));
if (bytes_read != filesize)
{
LL_WARNS("TextureCache") << "Bad cache file (2): " << mTexturesDirEntriesFileName << " Purging." << LL_ENDL;
purgeAllTextures(false);
return;
}
LL_DEBUGS("TextureCache") << "TEXTURE CACHE: Reading " << num_entries << " Entries from " << mTexturesDirEntriesFileName << LL_ENDL;
std::map<LLUUID, S32> entry_idx_map;
S64 total_size = 0;
for (S32 idx=0; idx<num_entries; idx++)
{
const LLUUID& id = entries[idx].mID;
LL_DEBUGS("TextureCache") << "Entry: " << id << " Size: " << entries[idx].mSize << " Time: " << entries[idx].mTime << LL_ENDL;
std::map<LLUUID, S32>::iterator iter = entry_idx_map.find(id);
if (iter != entry_idx_map.end())
{
// Newer entry replacing older entry
S32 pidx = iter->second;
total_size -= entries[pidx].mSize;
entries[pidx].mSize = 0; // flag: skip older entry
}
entry_idx_map[id] = idx;
total_size += entries[idx].mSize;
}
U32 validate_idx = 0;
if (validate)
{
validate_idx = gSavedSettings.getU32("CacheValidateCounter");
U32 next_idx = (++validate_idx) % 256;
gSavedSettings.setU32("CacheValidateCounter", next_idx);
LL_DEBUGS("TextureCache") << "TEXTURE CACHE: Validating: " << validate_idx << LL_ENDL;
}
S64 min_cache_size = sCacheMaxTexturesSize / 100 * 95;
S32 purge_count = 0;
S32 next_idx = 0;
for (S32 idx=0; idx<num_entries; idx++)
{
if (entries[idx].mSize == 0)
{
continue;
}
bool purge_entry = false;
std::string filename = getTextureFileName(entries[idx].mID);
if (total_size >= min_cache_size)
{
purge_entry = true;
}
else if (validate)
{
// make sure file exists and is the correct size
S32 uuididx = entries[idx].mID.mData[0];
if (uuididx == validate_idx)
{
LL_DEBUGS("TextureCache") << "Validating: " << filename << "Size: " << entries[idx].mSize << LL_ENDL;
S32 bodysize = ll_apr_file_size(filename, NULL);
if (bodysize != entries[idx].mSize)
{
LL_WARNS("TextureCache") << "TEXTURE CACHE BODY HAS BAD SIZE: " << bodysize << " != " << entries[idx].mSize
<< filename << LL_ENDL;
purge_entry = true;
}
}
}
if (purge_entry)
{
purge_count++;
LL_DEBUGS("TextureCache") << "PURGING: " << filename << LL_ENDL;
mFilesToDelete.push_back(filename);
total_size -= entries[idx].mSize;
entries[idx].mSize = 0;
}
else
{
if (next_idx != idx)
{
entries[next_idx] = entries[idx];
}
++next_idx;
}
}
num_entries = next_idx;
mTimeLastFileDelete.reset();
LL_DEBUGS("TextureCache") << "TEXTURE CACHE: Writing Entries: "
<< num_entries << " (" << num_entries*sizeof(Entry)/1024 << "KB)"
<< LL_ENDL;
ll_apr_file_remove(mTexturesDirEntriesFileName, NULL);
ll_apr_file_write_ex(mTexturesDirEntriesFileName, NULL,
(U8*)&entries[0], 0, num_entries*sizeof(Entry));
mTexturesSizeTotal = 0;
mTexturesSizeMap.clear();
for (S32 idx=0; idx<num_entries; idx++)
{
mTexturesSizeMap[entries[idx].mID] = entries[idx].mSize;
mTexturesSizeTotal += entries[idx].mSize;
}
llassert(mTexturesSizeTotal == total_size);
delete[] entries;
// *FIX:Mani - watchdog back on.
LLAppViewer::instance()->resumeMainloopTimeout();
LL_INFOS("TextureCache") << "TEXTURE CACHE:"
<< " PURGED: " << purge_count
<< " ENTRIES: " << num_entries
<< " CACHE SIZE: " << total_size/1024/1024 << " MB"
<< llendl;
}
//------------------------------------------------------------------------------
// Write the BMP file
//------------------------------------------------------------------------------
bool BmpTexture::writeFile()
{
return writeFileBMP(getTextureFileName(), getTexturePath());
}
//------------------------------------------------------------------------------
// Read the BMP file
//------------------------------------------------------------------------------
bool BmpTexture::readFile()
{
return readFileBMP(getTextureFileName(), getTexturePath());
}
void LLTextureCache::purgeTextures(bool validate)
{
if (mReadOnly)
{
return;
}
if (!mThreaded)
{
// *FIX:Mani - watchdog off.
LLAppViewer::instance()->pauseMainloopTimeout();
}
LLMutexLock lock(&mHeaderMutex);
llinfos << "TEXTURE CACHE: Purging." << llendl;
// Read the entries list
std::vector<Entry> entries;
U32 num_entries = openAndReadEntries(entries);
if (!num_entries)
{
writeEntriesAndClose(entries);
return; // nothing to purge
}
// Use mTexturesSizeMap to collect UUIDs of textures with bodies
typedef std::set<std::pair<U32,S32> > time_idx_set_t;
std::set<std::pair<U32,S32> > time_idx_set;
for (size_map_t::iterator iter1 = mTexturesSizeMap.begin();
iter1 != mTexturesSizeMap.end(); ++iter1)
{
if (iter1->second > 0)
{
id_map_t::iterator iter2 = mHeaderIDMap.find(iter1->first);
if (iter2 != mHeaderIDMap.end())
{
S32 idx = iter2->second;
time_idx_set.insert(std::make_pair(entries[idx].mTime, idx));
// llinfos << "TIME: " << entries[idx].mTime << " TEX: " << entries[idx].mID << " IDX: " << idx << " Size: " << entries[idx].mImageSize << llendl;
}
}
}
// Validate 1/256th of the files on startup
U32 validate_idx = 0;
if (validate)
{
validate_idx = gSavedSettings.getU32("CacheValidateCounter");
U32 next_idx = (validate_idx + 1) % 256;
gSavedSettings.setU32("CacheValidateCounter", next_idx);
LL_DEBUGS("TextureCache") << "TEXTURE CACHE: Validating: " << validate_idx << LL_ENDL;
}
S64 cache_size = mTexturesSizeTotal;
S64 purged_cache_size = (sCacheMaxTexturesSize * (S64)((1.f-TEXTURE_CACHE_PURGE_AMOUNT)*100)) / 100;
S32 purge_count = 0;
for (time_idx_set_t::iterator iter = time_idx_set.begin();
iter != time_idx_set.end(); ++iter)
{
S32 idx = iter->second;
bool purge_entry = false;
std::string filename = getTextureFileName(entries[idx].mID);
if (cache_size >= purged_cache_size)
{
purge_entry = true;
}
else if (validate)
{
// make sure file exists and is the correct size
S32 uuididx = entries[idx].mID.mData[0];
if (uuididx == validate_idx)
{
LL_DEBUGS("TextureCache") << "Validating: " << filename << "Size: " << entries[idx].mBodySize << LL_ENDL;
S32 bodysize = LLAPRFile::size(filename);
if (bodysize != entries[idx].mBodySize)
{
LL_WARNS("TextureCache") << "TEXTURE CACHE BODY HAS BAD SIZE: " << bodysize << " != " << entries[idx].mBodySize
<< filename << LL_ENDL;
purge_entry = true;
}
}
}
else
{
break;
}
if (purge_entry)
{
purge_count++;
LL_DEBUGS("TextureCache") << "PURGING: " << filename << LL_ENDL;
if (entries[idx].mBodySize > 0)
{
LLAPRFile::remove(filename);
}
else if (LLAPRFile::isExist(filename)) // Sanity check. Shouldn't exist.
{
LL_WARNS("TextureCache") << "Entry has zero body size but existing " << filename << ". Deleting file too..." << LL_ENDL;
LLAPRFile::remove(filename);
}
cache_size -= entries[idx].mBodySize;
mTexturesSizeTotal -= entries[idx].mBodySize;
entries[idx].mBodySize = 0;
mTexturesSizeMap.erase(entries[idx].mID);
}
}
LL_DEBUGS("TextureCache") << "TEXTURE CACHE: Writing Entries: " << num_entries << LL_ENDL;
writeEntriesAndClose(entries);
if (!mThreaded)
{
// *FIX:Mani - watchdog back on.
LLAppViewer::instance()->resumeMainloopTimeout();
}
LL_INFOS("TextureCache") << "TEXTURE CACHE:"
<< " PURGED: " << purge_count
<< " ENTRIES: " << num_entries
<< " CACHE SIZE: " << mTexturesSizeTotal / 1024*1024 << " MB"
<< llendl;
}
void ParticleEditor::SaveConfigFile(QString filename)
{
FILE* sFile;
sFile = fopen(filename.toLocal8Bit().data(), "wb");
if (!sFile){
addConsoleInfo("保存失败");
return;
}
QVariantMap document;
QVariantList resList;
QVariantMap particleData;
//导出资源
QStringList imageList = resourceView->getImageList();
for (int i = 0; i < imageList.size(); i++){
QVariant res = imageList.at(i);
resList.append(res);
}
//导出粒子
auto layer = dynamic_cast<C3DLayer*>(g_Layer);
auto particleSystem = layer->getParticleSystem();
particleData.insert("texture", particleSystem->getTextureFileName().c_str());
particleData.insert("count", particleSystem->getParticleCount());
particleData.insert("particle_type", particleSystem->getParticleType());
particleData.insert("blendfunc_src", particleSystem->getBlendFunc().src);
particleData.insert("blendfunc_dst", particleSystem->getBlendFunc().dst);
auto data = particleSystem->getParticleData();
particleData.insert("velocity_min_x", data.m_Velocity_Min.x);
particleData.insert("velocity_min_y", data.m_Velocity_Min.y);
particleData.insert("velocity_min_z", data.m_Velocity_Min.z);
particleData.insert("velocity_max_x", data.m_Velocity_Max.x);
particleData.insert("velocity_max_y", data.m_Velocity_Max.y);
particleData.insert("velocity_max_z", data.m_Velocity_Max.z);
particleData.insert("accleration_min_x", data.m_Acceleration_Min.x);
particleData.insert("accleration_min_y", data.m_Acceleration_Min.y);
particleData.insert("accleration_min_z", data.m_Acceleration_Min.z);
particleData.insert("accleration_max_x", data.m_Acceleration_Max.x);
particleData.insert("accleration_max_y", data.m_Acceleration_Max.y);
particleData.insert("accleration_max_z", data.m_Acceleration_Max.z);
particleData.insert("size_min_x", data.m_Size_Min.x);
particleData.insert("size_min_y", data.m_Size_Min.y);
particleData.insert("size_min_z", data.m_Size_Min.z);
particleData.insert("size_max_x", data.m_Size_Max.x);
particleData.insert("size_max_y", data.m_Size_Max.y);
particleData.insert("size_max_z", data.m_Size_Max.z);
particleData.insert("size_velocity_x", data.m_Size_Velocity.x);
particleData.insert("size_velocity_y", data.m_Size_Velocity.y);
particleData.insert("size_velocity_z", data.m_Size_Velocity.z);
particleData.insert("color_min_x", data.m_Color_Min.x);
particleData.insert("color_min_y", data.m_Color_Min.y);
particleData.insert("color_min_z", data.m_Color_Min.z);
particleData.insert("color_max_x", data.m_Color_Max.x);
particleData.insert("color_max_y", data.m_Color_Max.y);
particleData.insert("color_max_z", data.m_Color_Max.z);
particleData.insert("color_velocity_x", data.m_Color_Velocity.x);
particleData.insert("color_velocity_y", data.m_Color_Velocity.y);
particleData.insert("color_velocity_z", data.m_Color_Velocity.z);
particleData.insert("life_min", data.m_Life_Min);
particleData.insert("life_max", data.m_Life_Max);
particleData.insert("life_velocity", data.m_Life_Velocity);
particleData.insert("m_color_r", particleSystem->getColor()[0]);
particleData.insert("m_color_g", particleSystem->getColor()[1]);
particleData.insert("m_color_b", particleSystem->getColor()[2]);
particleData.insert("m_color_a", particleSystem->getColor()[3]);
document.insert("resList", resList);
document.insert("particleData", particleData);
QJsonDocument jsonDocument = QJsonDocument::fromVariant(document);
QByteArray array = jsonDocument.toJson(QJsonDocument::Compact);
unsigned int count = array.size();
const char* data__ = (const char*)array.data();
fwrite(data__, count, 1, sFile);
fclose(sFile);
}
