bool R3DSurfaceGenProcess::runSurfaceGenProcess(R3DProject::Surface *pSurface)
{
R3DProject *pProject = R3DProject::getInstance();
R3DProjectPaths paths;
if(!pProject->getProjectPathsSrf(paths, pSurface))
return false;
pSurface_ = pSurface;
beginTime_ = wxDateTime::UNow();
#if wxCHECK_VERSION(2, 9, 0)
env_.cwd = paths.absoluteProjectPath_;
// Set PATH/LD_LIBRARY_PATH/DYLD_LIBRARY_PATH environment variable
#if defined(R3D_WIN32)
wxString envVarName(wxT("PATH"));
#elif defined(R3D_MACOSX)
wxString envVarName(wxT("DYLD_LIBRARY_PATH"));
#else
wxString envVarName(wxT("LD_LIBRARY_PATH"));
#endif
wxEnvVariableHashMap envVars;
if(wxGetEnvMap(&envVars))
{
wxString concatPaths;
const wxArrayString &exePaths = R3DExternalPrograms::getInstance().getAllPaths();
for(size_t i = 0; i < exePaths.GetCount(); i++)
{
const wxString &curPath = exePaths[i];
if(!concatPaths.IsEmpty())
#if defined(R3D_WIN32)
concatPaths.Append(wxT(";"));
#else
concatPaths.Append(wxT(":"));
#endif
concatPaths.Append(curPath);
}
wxEnvVariableHashMap::iterator iter = envVars.find(envVarName);
if(iter != envVars.end())
{
wxString val = iter->second;
if(!val.IsEmpty())
#if defined(R3D_WIN32)
val.Append(wxT(";"));
#else
val.Append(wxT(":"));
#endif
val.Append(concatPaths);
envVars[envVarName] = val;
}
else
{
envVars[envVarName] = concatPaths;
}
env_.env = envVars;
}
#endif
cmds_.Clear();
progressTexts_.Clear();
wxString relativeSurfacePath(paths.relativeSurfacePath_.c_str(), wxConvLibc);
wxString relativeSurfaceFilename; // Used for texturing
if(pSurface->surfaceType_ == R3DProject::STPoissonRecon)
{
wxString poissonReconExe = R3DExternalPrograms::getInstance().getPoissonReconPath();
wxString surfaceTrimmerExe = R3DExternalPrograms::getInstance().getSurfaceTrimmerPath();
wxString texreconExe = R3DExternalPrograms::getInstance().getTexReconPath();
wxString poissonReconCmd = poissonReconExe + wxT(" --in ") + wxString(paths.relativeDenseModelName_.c_str(), wxConvLibc)
+ wxT(" --out ") + relativeSurfacePath + wxT("/model_surface.ply")
+ wxString::Format(wxT(" --depth %d --pointWeight %g --samplesPerNode %g"),
pSurface->poissonDepth_, pSurface->poissonPointWeight_, pSurface->poissonSamplesPerNode_);
if(pSurface->poissonTrimThreshold_ > 0)
poissonReconCmd.Append(wxT(" --density"));
poissonReconCmd.Append(wxT(" --verbose"));
cmds_.Add(poissonReconCmd);
progressTexts_.Add(wxT("Generating surface (PoissonRecon)"));
wxString surfaceFilename(wxT("model_surface.ply"));
if(pSurface->poissonTrimThreshold_ > 0)
{
cmds_.Add(surfaceTrimmerExe + wxT(" --in ") + relativeSurfacePath + wxT("/model_surface.ply ")
+ wxString::Format(wxT("--trim %g"), pSurface->poissonTrimThreshold_)
+ wxT(" --out ") + relativeSurfacePath + wxT("/model_surface_trim.ply"));
progressTexts_.Add(wxT("Trimming surface"));
surfaceFilename = wxT("model_surface_trim.ply");
}
// Store for later, will either be overwritten (texture case) or used as input (colorizing vertices case)
pSurface->finalSurfaceFilename_ = surfaceFilename;
if(pSurface->colorizationType_ == R3DProject::CTTextures)
{
wxFileName surfaceFN(relativeSurfacePath, surfaceFilename);
relativeSurfaceFilename = surfaceFN.GetFullPath();
pSurface->finalSurfaceFilename_ = wxT("model_surface_text.obj");
}
}
else if(pSurface->surfaceType_ == R3DProject::STFSSRecon)
{
wxString fssReconExe = R3DExternalPrograms::getInstance().getFSSReconPath();
wxString meshcleanExe = R3DExternalPrograms::getInstance().getMeshCleanPath();
wxString surfaceModelName(wxT("surface_model.ply"));
wxString cleanedSurfaceModelName(wxT("surface_clean_model.ply"));
wxFileName surfaceModelFN(wxString(paths.relativeSurfacePath_.c_str(), wxConvLibc), surfaceModelName);
wxFileName cleanedSurfaceModelFN(wxString(paths.relativeSurfacePath_.c_str(), wxConvLibc), cleanedSurfaceModelName);
cmds_.Add(fssReconExe + wxString::Format(wxT(" --scale-factor=%g --refine-octree=%d "),
pSurface->fssrScaleFactorMultiplier_, pSurface->fssrRefineOctreeLevels_)
+ wxString(paths.relativeDenseModelName_.c_str(), wxConvLibc)
+ wxT(" ")
+ surfaceModelFN.GetFullPath());
progressTexts_.Add(wxT("Generating surface (FSSR)"));
cmds_.Add(meshcleanExe + wxString::Format(wxT(" --threshold=%g --component-size=%d "),
pSurface->fssrConfidenceThreshold_, pSurface->fssrMinComponentSize_)
+ surfaceModelFN.GetFullPath()
+ wxT(" ")
+ cleanedSurfaceModelFN.GetFullPath());
progressTexts_.Add(wxT("Cleaning mesh (FSSR)"));
relativeSurfaceFilename = cleanedSurfaceModelFN.GetFullPath();
// Used only in case of colored vertices
pSurface->finalSurfaceFilename_ = cleanedSurfaceModelName;
}
if(pSurface->colorizationType_ == R3DProject::CTTextures)
{
wxString texreconExe = R3DExternalPrograms::getInstance().getTexReconPath();
wxString texreconCmd(texreconExe + wxT(" "));
if(pSurface->textGeometricVisibilityTest_ == false)
texreconCmd += wxT("--skip_geometric_visibility_test ");
if(pSurface->textGlobalSeamLeveling_ == false)
texreconCmd += wxT("--skip_global_seam_leveling ");
if(pSurface->textLocalSeamLeveling_ == false)
texreconCmd += wxT("--skip_local_seam_leveling ");
if(pSurface->textOutlierRemovalType_ == 1)
texreconCmd += wxT("--outlier_removal=gauss_clamping ");
if(pSurface->textOutlierRemovalType_ == 2)
texreconCmd += wxT("--outlier_removal=gauss_damping ");
texreconCmd += wxT("--no_intermediate_results ");
texreconCmd += wxString(paths.relativeMVESceneDir_.c_str(), wxConvLibc)
+ wxT("::undistorted ")
+ relativeSurfaceFilename + wxT(" ")
+ relativeSurfacePath + wxT("/model_surface_text");
cmds_.Add(texreconCmd);
progressTexts_.Add(wxT("Generating texture (texrecon)"));
pSurface->finalSurfaceFilename_ = wxT("model_surface_text.obj");
}
else if(pSurface->colorizationType_ == R3DProject::CTColoredVertices)
{
// No external program, this case is handled in Regard3DMainFrame::OnSurfaceGenFinished
}
runSingleCommand();
return (processId_ > 0);
}
ExprNode *
ElemDDLPartitionSystem::bindNode(BindWA * /*pBindWA*/)
{
//
// location
//
ComLocationName defaultLocName; // empty object
if (getLocationName().isNull())
//
// location clause not specified (only allowed for primary partition)
//
guardianLocation_ =
defaultLocName.getGuardianFullyQualifiedName();
else // LOCATION clause was specified
{
ComLocationName locName; // empty object
switch (getLocationNameType())
{
case ElemDDLLocation::LOCATION_GUARDIAN_NAME :
locName.copy(getLocationName(),
ComLocationName::GUARDIAN_LOCATION_NAME_FORMAT);
if (NOT locName.isValid())
{
// Illegal location name format.
*SqlParser_Diags << DgSqlCode(-3061) << DgString0(getLocationName());
guardianLocation_ =
defaultLocName.getGuardianFullyQualifiedName();
}
else // valid location
guardianLocation_ =
locName.getGuardianFullyQualifiedName();
break;
case ElemDDLLocation::LOCATION_OSS_NAME :
locName.copy(getLocationName(),
ComLocationName::OSS_LOCATION_NAME_FORMAT);
if (NOT locName.isValid())
{
// Illegal location name format.
*SqlParser_Diags << DgSqlCode(-3061) << DgString0(getLocationName());
guardianLocation_ =
defaultLocName.getGuardianFullyQualifiedName();
}
else // valid location
guardianLocation_ =
locName.getGuardianFullyQualifiedName();
break;
#if 0
//
// Currently we do not handle this case
// The grammar productions don't accept this syntax.
// So comment out the following code for now.
//
case ElemDDLLocation::LOCATION_ENVIRONMENT_VARIABLE :
{
NAString envVarName(getLocationName());
//
// if the specified OSS environment variable has the
// dollar sign prefix, removes it.
//
if (envVarName[(size_t) 0] EQU '$') // NT_PORT FIX SK 07/15/96
{
envVarName = envVarName(1/*startpos*/, envVarName.length() - 1);
}
const char * pEnvVarValue = getenv((const char *)envVarName);
NAString locationName;
if (pEnvVarValue NEQ NULL)
{
locationName = pEnvVarValue;
}
if (locationName.isNull())
{
guardianLocation_ = defaultLocName.
getGuardianFullyQualifiedName();
}
else
{
guardianLocationName = locationName;
if (guardianLocationName.isValid())
{
guardianLocation_ = (guardianLocationName.
getGuardianFullyQualifiedName());
}
else
{
ossLocationName = locationName;
if (ossLocationName.isValid())
{
guardianLocation_ = (ossLocationName.
getGuardianFullyQualifiedName());
}
else
{
// OSS environment variable $1~string1 contains illegal
// location name $0~string0.
*SqlParser_Diags << DgSqlCode(-3061)
<< DgString0(locationName)
<< DgString1(envVarName)
;
}
}
}
}
break;
#endif // 0
default :
NAAbort("ElemDDLPartition.C", __LINE__, "internal logic error");
break;
}
}
markAsBound();
return this;
}
