#include <vector>
#include "DetectorDescription/Core/interface/DDMaterial.h"
Go to the source code of this file.
Functions | |
bool | DDCheckMaterial (DDMaterial &mip, std::pair< std::string, DDName > &result) |
bool | DDCheckMaterials (std::ostream &os, std::vector< std::pair< std::string, DDName > > *res) |
Checks all registered materials and sends a report /p os. |
bool DDCheckMaterial | ( | DDMaterial & | mip, |
std::pair< std::string, DDName > & | result | ||
) |
Definition at line 8 of file DDCheckMaterials.cc.
References DDMaterial::a(), DDMaterial::constituent(), DDBase< N, C >::ddname(), DDMaterial::density(), DDBase< N, C >::isDefined(), python::cmstools::loop(), DDName::name(), DDBase< N, C >::name(), DDMaterial::noOfConstituents(), DDName::ns(), and DDMaterial::z().
Referenced by DDCheckMaterials().
{ std::string no_composites = " NO-COMPOSITES "; std::string no_density = " NO-DENSITY "; std::string costit_nok = " CONSTITUENT NOK "; std::string no_z = " NO-Z "; std::string no_a = " NO-A "; static int rlevel = 0; std::string curr_err = ""; bool err = false; if (mip.isDefined().first == 0) { err=true; curr_err += "material not declared; unknown material!"; //edm::LogError("DDCheckMaterials") << "material not declared!" << std::endl; //exit(1); result.first = curr_err; return err; } if (mip.isDefined().second == 0) { err=true; curr_err += "material name=" + mip.name().ns() + ":" + mip.name().name() + " is declared but not defined"; result.first = curr_err; return err; } /* else { edm::LogInfo << " material name=" << flush << *mip.isDefined().first << std::endl; } */ DDMaterial & mp = mip; result.second=mp.ddname(); if (!mp.density()) { err=true; curr_err += no_density; } if ( ( !mp.z() || !mp.a() ) && !mp.noOfConstituents() ) { err=true; curr_err += no_z; curr_err += "or"; curr_err += no_a; } if ( ( !mp.z() && !mp.a() ) && !mp.noOfConstituents() ) { err=true; curr_err += no_composites; } if ( !mp.z() && !mp.a() && !mp.density() && !mp.noOfConstituents() ){ err=true; curr_err = " NOT-DEFINED "; } if (err) { result.first=curr_err; } // recursive checking of constituents // the composite material is not ok if only one constituent is not ok int loop = mp.noOfConstituents() - 1; for (; loop>=0; --loop) { std::pair<std::string,DDName> res("",""); DDMaterial mat(mp.ddname()); // bit slow but comfortable ... DDMaterial mimpl = mat.constituent(loop).first; ++rlevel; // recursion level bool c_err = DDCheckMaterial(mimpl,res); if (c_err) { err = err | c_err; curr_err = curr_err + std::string(" constituents have errors:\n") + std::string(4*rlevel,' ') //+ res.second.ns() + std::string(":") + res.second.name() + std::string(" ") + res.first; result.first=curr_err; } --rlevel; } return err; }
bool DDCheckMaterials | ( | std::ostream & | os, |
std::vector< std::pair< std::string, DDName > > * | res | ||
) |
Checks all registered materials and sends a report /p os.
Definition at line 95 of file DDCheckMaterials.cc.
References DDCheckMaterial(), error, benchmark_cfg::errors, i, j, query::result, and asciidump::s.
Referenced by DDErrorDetection::ma().
{ bool result = false; std::vector<std::pair<std::string,DDName> > errors; //DDMaterialReg::instance_t& mr = DDMaterialReg::instance(); //DDMaterialReg::instance_t::iterator i = mr.begin(); typedef DDBase<DDName,DDI::Material*>::StoreT RegT; RegT::value_type& mr = RegT::instance(); RegT::value_type::iterator i = mr.begin(); //edm::LogError("DDCheckMaterials") << " material checking, registry access, exiting! " << std::endl; exit(1); for(; i != mr.end(); ++i) { std::pair<std::string,DDName> error("",""); DDMaterial tmat(i->first); //exit(1); if (DDCheckMaterial(tmat,error)) { errors.push_back(error); } } std::string s(" "); os << "[DDCore:Report] Materials " << std::endl; os << s << mr.size() << " Materials declared" << std::endl; os << s << "detected errors:" << errors.size() << std::endl; std::vector<std::pair<std::string,DDName> >::iterator j = errors.begin(); for (;j!=errors.end();++j) { os << std::endl << s << j->second << " " << j->first << std::endl; result = true; } if(res) *res = errors; return result; }