void TextureDescriptorUtils::CopyCompressionParams(const FilePath &descriptorPathname)
{
TextureDescriptor *descriptor = TextureDescriptor::CreateFromFile(descriptorPathname);
if(!descriptor) return;
const TextureDescriptor::Compression &srcCompression = descriptor->compression[GPU_POWERVR_IOS];
if(srcCompression.format == FORMAT_INVALID)
{ //source format not set
SafeRelease(descriptor);
return;
}
for(int32 gpu = GPU_POWERVR_ANDROID; gpu < GPU_FAMILY_COUNT; ++gpu)
{
if(descriptor->compression[gpu].format != FORMAT_INVALID)
continue;
descriptor->compression[gpu].compressToWidth = srcCompression.compressToWidth;
descriptor->compression[gpu].compressToHeight = srcCompression.compressToHeight;
descriptor->compression[gpu].sourceFileCrc = srcCompression.sourceFileCrc;
if((srcCompression.format == FORMAT_PVR2 || srcCompression.format == FORMAT_PVR4) && (gpu != GPU_POWERVR_ANDROID))
{
descriptor->compression[gpu].format = FORMAT_ETC1;
}
else
{
descriptor->compression[gpu].format = srcCompression.format;
}
}
descriptor->Save();
SafeRelease(descriptor);
}
void SceneSaver::CopyTexture(const FilePath &texturePathname, Set<String> &errorLog)
{
FilePath descriptorPathname = TextureDescriptor::GetDescriptorPathname(texturePathname);
TextureDescriptor* desc = TextureDescriptor::CreateFromFile(descriptorPathname);
if(desc->IsCubeMap())
{
sceneUtils.CopyFile(descriptorPathname, errorLog);
Vector<String> faceNames;
Texture::GenerateCubeFaceNames(descriptorPathname.GetAbsolutePathname().c_str(), faceNames);
for(Vector<String>::iterator it = faceNames.begin();
it != faceNames.end();
++it)
{
sceneUtils.CopyFile(*it, errorLog);
}
}
else
{
FilePath pngPathname = GPUFamilyDescriptor::CreatePathnameForGPU(texturePathname, GPU_UNKNOWN, FORMAT_RGBA8888);
sceneUtils.CopyFile(descriptorPathname, errorLog);
sceneUtils.CopyFile(pngPathname, errorLog);
}
SafeRelease(desc);
}
void SkyboxRenderObject::UpdateMaterial()
{
if(renderBatchArray.size() > 0)
{
Material* skyboxMaterial = renderBatchArray[0]->GetMaterial();
//since the renderBatchArray is entirely controlled by SkyboxRenderObject
//we can safely assume that objects in render batch array are properly initialized
//and have material in place (no need to check for NULL)
DAVA::Texture* tx = NULL;
TextureDescriptor *descriptor = TextureDescriptor::CreateFromFile(texturePath);
if(descriptor && descriptor->IsCubeMap())
{
tx = DAVA::Texture::CreateFromFile(texturePath, Texture::TEXTURE_CUBE);
}
else
{
tx = Texture::CreatePink(Texture::TEXTURE_CUBE);
}
skyboxMaterial->SetTexture(Material::TEXTURE_DIFFUSE, tx);
SafeRelease(descriptor);
tx->Release();
}
}
void TextureDescriptorUtils::CreateDescriptorIfNeed(const FilePath &pngPathname)
{
FilePath descriptorPathname = TextureDescriptor::GetDescriptorPathname(pngPathname);
if(false == FileSystem::Instance()->IsFile(descriptorPathname))
{
TextureDescriptor *descriptor = new TextureDescriptor();
descriptor->Save(descriptorPathname);
SafeRelease(descriptor);
}
}
FilePath TextureConverter::ConvertTexture(const TextureDescriptor &descriptor, eGPUFamily gpuFamily, bool updateAfterConversion, eConvertQuality quality)
{
const TextureDescriptor::Compression * compression = &descriptor.compression[gpuFamily];
FilePath outputPath;
const String& outExtension = GPUFamilyDescriptor::GetCompressedFileExtension(gpuFamily, (DAVA::PixelFormat)compression->format);
if(outExtension == ".pvr")
{
Logger::FrameworkDebug("Starting PVR (%s) conversion (%s)...",
GlobalEnumMap<DAVA::PixelFormat>::Instance()->ToString(compression->format), descriptor.pathname.GetAbsolutePathname().c_str());
if(descriptor.dataSettings.GetIsNormalMap())
{
outputPath = PVRConverter::Instance()->ConvertNormalMapPngToPvr(descriptor, gpuFamily, quality);
}
else
{
outputPath = PVRConverter::Instance()->ConvertPngToPvr(descriptor, gpuFamily, quality);
}
}
else if(outExtension == ".dds")
{
DAVA::Logger::FrameworkDebug("Starting DXT(%s) conversion (%s)...",
GlobalEnumMap<DAVA::PixelFormat>::Instance()->ToString(compression->format), descriptor.pathname.GetAbsolutePathname().c_str());
if(descriptor.IsCubeMap())
{
outputPath = DXTConverter::ConvertCubemapPngToDxt(descriptor, gpuFamily);
}
else
{
outputPath = DXTConverter::ConvertPngToDxt(descriptor, gpuFamily);
}
}
else
{
DVASSERT(false);
}
if(updateAfterConversion)
{
bool wasUpdated = descriptor.UpdateCrcForFormat(gpuFamily);
if(wasUpdated)
{
// Potential problem may occur in case of multithread convertion of
// one texture: Save() will dump to drive unvalid compression info
// and final variant of descriptor must be dumped again after finishing
// of all threads.
descriptor.Save();
}
}
return outputPath;
}
void LandscapeEditorDrawSystem::SaveTileMaskTexture()
{
if (!baseLandscape)
{
return;
}
if (!GetLandscapeProxy()->IsTilemaskChanged())
{
return;
}
Texture* texture = baseLandscape->GetTexture(Landscape::TEXTURE_TILE_MASK);
if (texture)
{
FilePath texturePathname = baseLandscape->GetTextureName(Landscape::TEXTURE_TILE_MASK);
if (texturePathname.IsEmpty())
{
return;
}
texturePathname.ReplaceExtension(".png");
eBlendMode srcBlend = RenderManager::Instance()->GetSrcBlend();
eBlendMode dstBlend = RenderManager::Instance()->GetDestBlend();
RenderManager::Instance()->SetBlendMode(BLEND_ONE, BLEND_ZERO);
Image *image = texture->CreateImageFromMemory();
RenderManager::Instance()->SetBlendMode(srcBlend, dstBlend);
if(image)
{
ImageLoader::Save(image, texturePathname);
SafeRelease(image);
}
FilePath descriptorPathname = TextureDescriptor::GetDescriptorPathname(texturePathname);
TextureDescriptor *descriptor = TextureDescriptor::CreateFromFile(descriptorPathname);
if(!descriptor)
{
descriptor = new TextureDescriptor();
descriptor->pathname = descriptorPathname;
descriptor->Save();
}
SafeRelease(descriptor);
GetLandscapeProxy()->ResetTilemaskChanged();
}
}
void CubemapEditorDialog::LoadCubemap(const QString& path)
{
FilePath filePath(path.toStdString());
TextureDescriptor* texDescriptor = TextureDescriptor::CreateFromFile(filePath);
if(NULL != texDescriptor &&
texDescriptor->IsCubeMap())
{
String fileNameWithoutExtension = filePath.GetFilename();
String extension = filePath.GetExtension();
fileNameWithoutExtension.replace(fileNameWithoutExtension.find(extension), extension.size(), "");
bool cubemapLoadResult = true;
for(int i = 0; i < CubemapUtils::GetMaxFaces(); ++i)
{
if(texDescriptor->dataSettings.faceDescription & (1 << CubemapUtils::MapUIToFrameworkFace(i)))
{
FilePath faceFilePath = filePath;
faceFilePath.ReplaceFilename(fileNameWithoutExtension +
CubemapUtils::GetFaceNameSuffix(CubemapUtils::MapUIToFrameworkFace(i)) + "." +
CubemapUtils::GetDefaultFaceExtension());
bool faceLoadResult = LoadImageTo(faceFilePath.GetAbsolutePathname(), i, true);
cubemapLoadResult = cubemapLoadResult && faceLoadResult;
}
}
if(!cubemapLoadResult)
{
ShowErrorDialog("This cubemap texture seems to be damaged.\nPlease repair it by setting image(s) to empty face(s) and save to disk.");
}
}
else
{
if(NULL == texDescriptor)
{
ShowErrorDialog("Failed to load cubemap texture " + path.toStdString());
}
else
{
ShowErrorDialog("Failed to load cubemap texture " + path.toStdString() + ". Seems this is not a cubemap texture.");
}
}
SafeDelete(texDescriptor);
}
TextureDescriptor *TextureDescriptor::CreateFromFile(const FilePath &filePathname)
{
if(filePathname.IsEmpty() || filePathname.GetType() == FilePath::PATH_IN_MEMORY)
return NULL;
FilePath descriptorPathname = GetDescriptorPathname(filePathname);
TextureDescriptor *descriptor = new TextureDescriptor();
bool loaded = descriptor->Load(descriptorPathname);
if(!loaded)
{
Logger::Error("[TextureDescriptor::CreateFromFile(]: there are no descriptor file (%s).", descriptorPathname.GetAbsolutePathname().c_str());
SafeRelease(descriptor);
return NULL;
}
return descriptor;
}
void LightmapsPacker::CreateDescriptors()
{
FileList * fileList = new FileList(outputDir);
int32 itemsCount = fileList->GetCount();
for(int32 i = 0; i < itemsCount; ++i)
{
const FilePath & filePath = fileList->GetPathname(i);
if(fileList->IsDirectory(i) || !filePath.IsEqualToExtension(".png"))
{
continue;
}
TextureDescriptor descriptor;
descriptor.Save(TextureDescriptor::GetDescriptorPathname(filePath));
}
fileList->Release();
}
bool
Texture::load(const std::string &textureName, GLuint *pTexture, ...)
{
// Make sure the named texture is in the map.
TextureMap::const_iterator textureIt = TexturePrivate::textureMap.find(textureName);
if (textureIt == TexturePrivate::textureMap.end())
{
return false;
}
// Pull the pathname out of the descriptor and use it for the PNG load.
TextureDescriptor* desc = textureIt->second;
const std::string& filename = desc->pathname();
ImageData image;
if (desc->filetype() == TextureDescriptor::FileTypePNG) {
PNGReader reader(filename);
if (!image.load(reader))
return false;
}
else if (desc->filetype() == TextureDescriptor::FileTypeJPEG) {
JPEGReader reader(filename);
if (!image.load(reader))
return false;
}
va_list ap;
va_start(ap, pTexture);
GLint arg;
while ((arg = va_arg(ap, GLint)) != 0) {
GLint arg2 = va_arg(ap, GLint);
setup_texture(pTexture, image, arg, arg2);
pTexture++;
}
va_end(ap);
return true;
}
void LandscapePropertyControl::GenerateFullTiledTexture(DAVA::BaseObject *object, void *userData, void *callerData)
{
LandscapeNode *landscape = GetLandscape();
if (!landscape)
return;
String texPathname = landscape->SaveFullTiledTexture();
String descriptorPathname = TextureDescriptor::GetDescriptorPathname(texPathname);
TextureDescriptor *descriptor = TextureDescriptor::CreateFromFile(descriptorPathname);
if(!descriptor)
{
descriptor = new TextureDescriptor();
descriptor->pathname = descriptorPathname;
descriptor->Save();
}
propertyList->SetFilepathPropertyValue(String("property.landscape.texture.tiledtexture"), descriptor->pathname);
landscape->SetTexture(LandscapeNode::TEXTURE_TILE_FULL, descriptor->pathname);
SafeRelease(descriptor);
}
void TextureDescriptorUtils::SetCompressionParams( const FilePath &descriptorPathname, const DAVA::Map<DAVA::eGPUFamily, DAVA::TextureDescriptor::Compression> & compressionParams, bool convertionEnabled, bool force)
{
TextureDescriptor *descriptor = TextureDescriptor::CreateFromFile(descriptorPathname);
if(!descriptor) return;
auto endIt = compressionParams.end();
for(auto it = compressionParams.begin(); it != endIt; ++it)
{
eGPUFamily gpu = it->first;
if(force || (descriptor->compression[gpu].format == FORMAT_INVALID))
{
descriptor->compression[gpu] = it->second;
if(convertionEnabled)
{
ImageTools::ConvertImage(descriptor, gpu, (PixelFormat)descriptor->compression[gpu].format);
}
}
}
descriptor->Save();
SafeRelease(descriptor);
}
Mesh Generate::line(const vector<VectorF> &linePointsIn, TextureDescriptor texture, Color color,
float lineWidth)
{
if(linePointsIn.size() < 2) // if less than 2 points then we can't have a line
{
return Mesh(new Mesh_t());
}
vector<VectorF> linePoints;
linePoints.reserve(linePointsIn.size());
linePoints.push_back(linePointsIn[0]);
for(size_t i = 1; i < linePointsIn.size(); i++)
{
if(absSquared(linePointsIn[i] - linePoints.back()) >= eps * eps) // remove duplicates
linePoints.push_back(linePointsIn[i]);
}
if(linePoints.size() < 2) // if less than 2 points then we can't have a line
{
return Mesh(new Mesh_t());
}
vector<Edge> edges;
edges.reserve(linePoints.size());
float distance = 0;
edges.push_back(makeStartEdge(linePoints[0], linePoints[1], distance, lineWidth));
distance += abs(linePoints[1] - linePoints[0]);
for(size_t i = 2; i < linePoints.size(); i++)
{
edges.push_back(makeMiddleEdge(linePoints[i - 2], linePoints[i - 1], linePoints[i], distance, lineWidth));
distance += abs(linePoints[i - 1] - linePoints[i]);
}
edges.push_back(makeEndEdge(linePoints[linePoints.size() - 2], linePoints[linePoints.size() - 1], distance, lineWidth));
Mesh retval = nullptr;
for(size_t i = 1; i < edges.size(); i++)
{
TextureDescriptor currentTexture = texture.subTexture(edges[i - 1].distance / distance, edges[i].distance / distance, 0, 1);
Mesh mesh = Generate::quadrilateral(currentTexture, edges[i - 1].p2, color, edges[i].p2, color, edges[i].p1, color, edges[i - 1].p1, color);
if(retval == nullptr)
retval = mesh;
else
retval->add(mesh);
}
return retval;
}
void CubemapEditorDialog::SaveCubemap(const QString& path)
{
FilePath filePath(path.toStdString());
DAVA::uint8 faceMask = GetFaceMask();
//copy file to the location where .tex will be put. Add suffixes to file names to distinguish faces
String fileNameWithoutExtension = filePath.GetFilename();
String extension = filePath.GetExtension();
fileNameWithoutExtension.replace(fileNameWithoutExtension.find(extension), extension.size(), "");
for(int i = 0 ; i < CubemapUtils::GetMaxFaces(); ++i)
{
if(!facePath[i].isNull())
{
FilePath faceFilePath = filePath;
faceFilePath.ReplaceFilename(fileNameWithoutExtension +
CubemapUtils::GetFaceNameSuffix(CubemapUtils::MapUIToFrameworkFace(i)) + "." +
CubemapUtils::GetDefaultFaceExtension());
DAVA::String targetFullPath = faceFilePath.GetAbsolutePathname().c_str();
if(facePath[i] != targetFullPath.c_str())
{
if(QFile::exists(targetFullPath.c_str()))
{
int answer = ShowQuestion("File overwrite",
"File " + targetFullPath + " already exist. Do you want to overwrite it with " + facePath[i].toStdString(),
MB_FLAG_YES | MB_FLAG_NO, MB_FLAG_NO);
if(MB_FLAG_YES == answer)
{
bool removeResult = QFile::remove(targetFullPath.c_str());
if(!removeResult)
{
ShowErrorDialog("Failed to copy texture " + facePath[i].toStdString() + " to " + targetFullPath.c_str());
return;
}
}
else
{
continue;
}
}
bool copyResult = QFile::copy(facePath[i], targetFullPath.c_str());
if(!copyResult)
{
ShowErrorDialog("Failed to copy texture " + facePath[i].toStdString() + " to " + targetFullPath);
return;
}
}
ClickableQLabel* faceLabel = GetLabelForFace(i);
if(faceLabel->GetRotation() != 0)
{
QTransform transform;
transform.rotate(faceLabel->GetRotation());
QImage qimg(targetFullPath.c_str());
QImage rotatedImage = qimg.transformed(transform);
rotatedImage.save(targetFullPath.c_str());
faceLabel->SetRotation(0);
}
}
}
TextureDescriptor* descriptor = new TextureDescriptor();
bool descriptorReady = false;
if(filePath.Exists())
{
descriptorReady = descriptor->Load(filePath);
}
if(!descriptorReady)
{
descriptor->SetDefaultValues();
descriptor->drawSettings.wrapModeS = descriptor->drawSettings.wrapModeT = Texture::WRAP_CLAMP_TO_EDGE;
}
descriptor->dataSettings.faceDescription = faceMask;
descriptor->Save(filePath);
SafeDelete(descriptor);
QMessageBox::information(this, "Cubemap texture save result", "Cubemap texture was saved successfully!");
}
void TextureDescriptorUtils::ResaveDescriptor(const FilePath & descriptorPathname)
{
TextureDescriptor *descriptor = TextureDescriptor::CreateFromFile(descriptorPathname);
descriptor->Save();
SafeRelease(descriptor);
}