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//#define XERR
#include "loop.ih"
// woman, death cause, death age, tumor present, tumor detected, tumor is
// interval, tumor diameter, tumor self-detect age, tumor death age, tumor
// doubling time, tumor onset age, tumor preclinical period, natural death age,
// death status, costs, self detected, round detected, screening rounds, TNM
// round headers are set by modalities/roundheaders.cc
// by gencases.cc
CSVTable Loop::headerData(size_t iter) const
{
CSVTable tab{ outStream(d_options.dataFile(), iter), " " };
if (not tab.stream()) // tab.stream(): the stream to write the
return tab; // data to.
labels(tab.stream());
ostream &out = tab.stream(); // write the status legenda
out << "exit status legend:\n";
for (size_t status = NATURAL_PRE; status != Status_END; ++status)
out << setw(5) << status << ": " << s_status[status] << '\n';
// the fmt() insertions define the widths of the columns,
// not their header labels. Blanks are ignored, hence 'costs67890'
// case cause age natural status present detected interval
// 1 2 3 4 4 6 7 8
// diameter days period onset self-detect death
// 9 10 11 12 13 14
// costs self round rounds TNM
// 15 16 17 18 19
// **
tab.fmt() << right(7) << // 1
"Natural" << right("100.12", 2) << // 2 - 3
"natural" << "status" << // 4 - 5
"present" << "detected" << "interval" << // 6 - 8
"diameter" << "doubling" << "preclinical" << // 9 - 11
// death:
"onset" << "self-detect" << "100.00" << // 12 - 14
"costs67890" << // 15
"biop567" << "self" << "round" << // 15-pre - 17
right(d_nRounds > 10 ? d_nRounds : 10) << // 18
right(5); // 19
tab << hline();
// 6 - 14 + hline
tab.row(5) << join(9, FMT::CENTER) << "tumor";
tab.row(5) << hline(9);
tab.row(1) << // 1
join(4, FMT::CENTER) << "death" << // 2 - 5
join(6, FMT::RIGHT) << ' ' << // 6 - 11
' ' << // 12
join(2, FMT::CENTER) << "age" << // 13 - 14
join(2, FMT::CENTER) << "costs" << // 15-pre 15
join(2, FMT::CENTER) << "detected"; // 16 - 17
tab.row(1) << // 1
hline(4) << // 2 - 5
join(4, FMT::RIGHT) << ' ' << // 6 - 9
"doubling" << "preclinical" << ' ' << // 10 - 12
hline(2) << // 13 - 14
hline(2) << // 15-pre 15
hline(2) << "screening"; // 16 - 18
tab << "case" << // 1
"cause" << "age" << // 2 - 3
"natural" << "status" << // 4 - 5
"present" << "detected" << "interval" << // 6 - 8
"diameter" << "days" << "period" << // 9 - 11
"onset" << "self-detect" << "death" << // 12 - 14
"screening" << // 15
"biop" << // 15-pre
"self" << "round" << "rounds" << "TNM"; // 16 - 19
tab << hline();
tab.sep(", ");
return tab;
}
// out <<
// 1 " woman, "
// 2 "death cause, "
// 3 "death age, "
// 4 "tumor present, "
// 5 "tumor detected, "
// 6 "tumor is interval, "
// 7 "tumor diameter, "
// 8 11 "tumor self-detect age, "
// 9 12 "tumor death age, "
// 10 8 "tumor doubling time, "
// 11 10 "tumor onset age, "
// 12 9 "tumor preclinical period, "
// 13 "natural death age, "
// 14 "death status, "
// 15 "costs, "
// 16 "self detected, "
// 17 "round detected, "
// 18 "screening rounds, "
// 19 "TNM, "
// "\n";
// }
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