/** * \file CbmLitFieldQaHTMLGenerator.cxx * * \author Andrey Lebedev * \date 2011 */ #include "CbmLitFieldQaHTMLGenerator.h" #include "../std/utils/CbmLitUtils.h" CbmLitFieldQaHTMLGenerator::CbmLitFieldQaHTMLGenerator() { } CbmLitFieldQaHTMLGenerator::~CbmLitFieldQaHTMLGenerator() { } void CbmLitFieldQaHTMLGenerator::Create( std::ostream& out, const boost::property_tree::ptree* qa, const boost::property_tree::ptree* ideal, const boost::property_tree::ptree* check) { fQa = qa; fIdeal = ideal; fCheck = check; int row = 0; out.precision(3); out << "" << HtmlHeadString(); out << "

Magnetic field QA

" << std::endl; out << PrintSummaryTable(); // List all images out << "

" << "List of images" << "

"; boost::property_tree::ptree pt = fQa->get_child("images.png"); for (boost::property_tree::ptree::const_iterator it = pt.begin(); it != pt.end(); it++) { boost::property_tree::ptree::value_type v = *it; std::string imageName = pt.get(v.first, ""); out << "" << imageName << "
"; } out << ""; } std::string CbmLitFieldQaHTMLGenerator::PrintSummaryTable() { std::stringstream ss; ss << "

" << "Summary table" << "

"; ss << ""; int nofSlices = fQa->get("NofSlices", -1.); int nofPolynoms = fQa->get("NofPolynoms", -1.); int nerr = 4; // Number of errors for each component (abs mean, abs rms, rel mean, rel rms) ss << ""; for (int i = 0; i < nofPolynoms; i++) { std::string pol = lit::ToString(i); int degree = fQa->get("slice0.polynomial" + pol + ".degree", -1.); ss << ""; } ss << "" << std::endl; std::string vnames[4] = {"BX", "BY", "BZ", "MOD"}; std::string absMeanPoly[nofPolynoms], absRmsPoly[nofPolynoms], relMeanPoly[nofPolynoms], relRmsPoly[nofPolynoms]; for (Int_t iSlice = 0; iSlice < nofSlices; iSlice++) { std::string slice = "slice" + lit::ToString(iSlice); std::string sliceZ = lit::ToString(fQa->get(slice + ".Z", -1)); int nSpanCols = 1 + (nofPolynoms + 1) * nerr; ss << PrintEmptyRow(0, nSpanCols, slice + " Z=" + sliceZ + " cm"); std::string name = slice + ".grid"; for (Int_t v = 0; v < 4; v++) { std::string absMean = name + ".err." + vnames[v] + ".abs.mean"; std::string absRms = name + ".err." + vnames[v] + ".abs.rms"; std::string relMean = name + ".err." + vnames[v] + ".rel.mean"; std::string relRms = name + ".err." + vnames[v] + ".rel.rms"; for (Int_t iPolynom = 0; iPolynom < nofPolynoms; iPolynom++) { std::string name = slice + ".polynomial" + lit::ToString(iPolynom); absMeanPoly[iPolynom] = name + ".err." + vnames[v] + ".abs.mean"; absRmsPoly[iPolynom] = name + ".err." + vnames[v] + ".abs.rms"; relMeanPoly[iPolynom] = name + ".err." + vnames[v] + ".rel.mean"; relRmsPoly[iPolynom] = name + ".err." + vnames[v] + ".rel.rms"; } ss << ""; ss << ""; ss << "" << "" << "" << ""; for (Int_t iPolynom = 0; iPolynom < nofPolynoms; iPolynom++) { ss << "" << "" << "" << ""; } ss << ""; } } ss << "

	Grid	Polynomial " << degree << "
" << vnames[v] << "	" << HtmlPrintValue("", absMean, "small") << "	" << HtmlPrintValue("", absRms, "small") << "	" << HtmlPrintValue("", relMean, "small") << "%	" << HtmlPrintValue("", relRms, "small") << "%	" << HtmlPrintValue("", absMeanPoly[iPolynom], "small") << "	" << HtmlPrintValue("", absRmsPoly[iPolynom], "small") << "	" << HtmlPrintValue("", relMeanPoly[iPolynom], "small") << "%	" << HtmlPrintValue("", relRmsPoly[iPolynom], "small") << "%

" << std::endl; return ss.str(); } std::string CbmLitFieldQaHTMLGenerator::PrintEmptyRow( int row, int ncols, const std::string& name) { std::stringstream ss; if ((row % 2) == 0) ss << ""; else ss << ""; ss << "" << name << "" << std::endl; return ss.str(); }