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#define XERR
#include "loop.ih"
// data filled by writerounds.cc
// by iterate.cc
CSVTable Loop::headerRounds(size_t iteration) const
{
CSVTable tab{ outStream(
d_nRounds == 0 ? "" : d_options.roundsFile(), iteration),
" " };
// --------------------------------------------------------------------------- -> continues
// Mammo MRI
// -------------------------------- --------------------------------
// Positive Negative Positive Negative
// --------------- --------------- --------------- ---------------
// round true false true false true false true false
// ---------------------------------------------------------------------------
//
// --------------------------------------------------------------
//
//
// number of costs number of
// ------------------------- --------------------- ------------
// tumors interval trueInt screening biop MRI Mammo
// --------------------------------------------------------------
if (not tab.stream() or d_nRounds == 0)
return tab;
labels(tab.stream());
roundsNcols(tab); // # columns of the rounds table
tab << hline(); // topline
roundsColHdrs(tab); // column headers
tab.sep(", ");
return tab;
}
/*****************************
tab.fmt() << "round" << // 1: round
"pos." << "neg." << // 2-3
"-pos.-" << "-neg.-" << // 4-5 2-3
"tumors" << "interval" << // 6-7 4-5
"trueInt" << "screening" << "biop567yyy"; // 8-10 6-8
// E.g., "Mammo" << "Tomo" << "MRI"; // 9-11 (generally: 9..)
size_t nFields = d_modalities.roundFmt(tab);
tab << hline();
tab.row(1) << join(2, FMT::CENTER) << "false" << // 2-3
join(2, FMT::CENTER) << "true" << // 4-5 2-3
join(3, FMT::CENTER) << "number of" << // 6-7 4-6
join(2, FMT::CENTER) << "costs" << //
join(nFields, FMT::CENTER) << "number of";
tab.row(1) << hline(2) << hline(2) << hline(3) << hline(2) <<
hline(nFields);
tab.more() << "round" << "pos." << "neg." << // 1-3
"pos." << "neg." << // 4-5 1-3
"tumors" << "interval" << "trueInt" << // 6-7 4-6
"screening" << "biop"; // 8-9 7-8
********************/
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