Stringmap VecTrans::getInfo() const {
Stringmap m;
m.insert("class","VecTrans");
m.insert(string("t1"),vtos(vec2doublevec<3,double>(trans1)));
m.insert(string("t2"),vtos(vec2doublevec<3,double>(trans2)));
return m;
}
Stringmap ShiftPositioner::getInfo() const {
Stringmap m;
m.insert("class","ShiftPositioner");
if(shift.size())
m.insert("shift",vtos(varvec2doublevec<double>(shift)));
return m;
}
void CosThetaBuilder::writeInfo(QFile& qOut) const {
if(AP) qOut.insert("coilPositioner",AP->getInfo());
if(ET) qOut.insert("coilTrans",ET->getInfo());
Stringmap m;
m.insert("length",length);
m.insert("radius",radius);
m.insert("ncoils",itos(ncoils));
m.insert("current",j_total);
qOut.insert("cosThetaCoil",m);
}
Stringmap WirechamberCalibrator::wirecalSummary() const {
Stringmap m;
for(Side s = EAST; s <= WEST; ++s) {
m.insert(sideSubst("mwpc_gain_%c",s),mwpcGainCorr[s]);
m.insert(sideSubst("mwpc_calmethod_%c",s),chargeProxyName(myChargeProxy[s]));
for(AxisDirection d = X_DIRECTION; d <= Y_DIRECTION; ++d) {
std::string pname = sideSubst("%c",s)+(d==X_DIRECTION?"x":"y");
std::vector<double> cnorm;
for(unsigned int c = 0; c < nCaths[s][d]; c++) cnorm.push_back(cathsegs[s][d][c]->norm);
m.insert("cnorm_"+pname,vtos(cnorm));
}
}
return m;
}
Stringmap AlarconKPositioner::getInfo() const {
Stringmap m;
m.insert("class","AlarconKPositioner");
m.insert("k",k);
return m;
}
