//! initializes this resource
void MeshResource::ResourceInit()
{
auto meshResourcePath = GetTemplatePath();
m_MeshPath = Utils::GetFilePathNoExt(meshResourcePath) + ".fbx";
if (!m_sMeshReload)
m_SubMeshInfos.clear();
#ifndef SHOOT_EDITOR
LoadFS(m_MeshPath.c_str());
#else
auto binPath = Utils::GetBinPath(m_MeshPath);
bool dirty = true;
if (File::Exists(binPath.c_str()))
dirty = Utils::IsFileMoreRecent(m_MeshPath, binPath)
|| Utils::IsFileMoreRecent(meshResourcePath, binPath);
if (dirty)
{
Log.Print("Converting FBX '%s'\n", m_MeshPath.c_str());
auto binFile = Utils::CreateBinFile(binPath);
FBXMeshLoader(this).Load(m_MeshPath.c_str(), binFile);
binFile->Close();
sdelete(binFile);
}
else
LoadFS(binPath.c_str());
#endif
for (auto& submesh : m_SubMeshInfos)
submesh.m_VertexBuffer->SetDynamic(m_bDynamic);
}
SchedViz::SchedViz( const std::string &abstractModel, const std::string &vizFilename, const bool &debug ) :
_debug(debug), _hyperperiodSec(0.0), _traceViz(NULL) {
// Start UDM using the ESMoL_Abstract (Semantics) paradigm
Udm::SmartDataNetwork abstractSDN( Semantics::diagram );
try {
// Try to open the model file
abstractSDN.OpenExisting( abstractModel );
} catch (udm_exception &ex) {
std::cout << "Exception occured trying to open " << abstractModel << " in udm:" << std::endl;
std::cout << ex.what() << std::endl;
throw SchedVizException( std::string( ex.what() ) );
}
// Get the template file name
std::string templateName = GetTemplatePath() + "\\sched_viz.tpl";
// Start up the TraceViz
this->_traceViz = new TraceViz( abstractModel, vizFilename, templateName );
//Get the root folder of the project
Semantics::RootFolder rootFolder = Semantics::RootFolder::Cast( abstractSDN.GetRootObject() );
// Visit the root folder
this->Visit_RootFolder( rootFolder );
// Render the trace to file
this->_traceViz->Render();
// Delete the traceViz
delete this->_traceViz;
}
//! ResourceInit
void Texture::ResourceInit()
{
if (m_pData)
{
SHOOT_LOG_WARNING(false, "Texture '%s' disk data already loaded", GetTemplatePath().c_str());
return;
}
int channels;
auto texResourcePath = GetTemplatePath();
auto pngPath = Utils::GetFilePathNoExt(texResourcePath) + ".png";
#ifndef SHOOT_EDITOR
LoadFromBinPng(pngPath, channels, m_bpp);
#else
auto binPath = Utils::GetBinPath(pngPath);
bool dirty = true;
if (File::Exists(binPath.c_str()))
{
dirty = Utils::IsFileMoreRecent(pngPath, binPath);
dirty = dirty || (!m_IgnoreResourceFileOnInit && Utils::IsFileMoreRecent(texResourcePath, binPath));
}
if (dirty)
{
Log.Print("Converting PNG '%s'\n", pngPath.c_str());
auto binFile = Utils::CreateBinFile(binPath);
int width, height;
m_pData = PNGLoader::LoadFromRawPng(pngPath, width, height, channels, m_bpp, binFile, m_32Bits);
m_vSize.Set(float(width), float(height));
binFile->Close();
sdelete(binFile);
}
else
LoadFromBinPng(binPath, channels, m_bpp);
#endif
if (!m_pData)
return;
m_pImpl->InitHardwareSize();
// Emulate non-pow 2
{
Size size((int)m_vSize.X, (int)m_vSize.Y);
Size hwSize((int)m_vHardwareSize.X, (int)m_vHardwareSize.Y);
if ((size != hwSize))
{
uchar* pOldData = static_cast<uchar*>(m_pData);
uchar* pNewData = snew uchar[hwSize.Width * hwSize.Height * m_bpp];
memset(pNewData, 0, hwSize.Width * hwSize.Height * m_bpp);
for (int row = 0; row < size.Height; ++row)
memcpy(pNewData + row*hwSize.Width*m_bpp, pOldData + row*size.Width*m_bpp, size.Width*m_bpp);
if (m_bOwnData)
{
sdelete_array(pOldData);
}
m_pData = pNewData;
m_bOwnData = true;
}
}
switch (channels)
{
case 3: m_eFormat = TF_RGB; break;
case 4: m_eFormat = TF_RGBA; break;
default: SHOOT_ASSERT(0, "Texture '%s' has unsupported format", pngPath.c_str());
}
}
