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Go to the documentation of this file.
8 ostr<<
"MdtAsBuilt AMDB id (name,eta,phi,job)=(";
9 ostr<<
par.AmdbStation()<<
",";
10 ostr<<
par.AmdbEta()<<
",";
11 ostr<<
par.AmdbPhi()<<
",";
12 ostr<<
par.AmdbJob()<<
"), "<<std::endl;
15 for (
const multilayer_t ml : {multilayer_t::ML1, multilayer_t::ML2}){
16 ostr<<
" chamber multi-layer " <<
static_cast<unsigned int>(ml)<<
",";
17 for (
const tubeSide_t
side : {tubeSide_t::POS, tubeSide_t::NEG}){
18 ostr <<
"(y0,z0,alpha,ypitch,zpitch,stagg) at ";
19 ostr << (
side == tubeSide_t::POS ?
"positive" :
"negative")<<
" side = {";
20 ostr <<
par.y0(ml,
side) <<
", ";
21 ostr <<
par.z0(ml,
side) <<
", ";
22 ostr <<
par.alpha(ml,
side) <<
", ";
23 ostr <<
par.ypitch(ml,
side) <<
", ";
24 ostr <<
par.zpitch(ml,
side) <<
", ";
25 ostr <<
par.stagg(ml,
side) <<
"}, ";
33 float zpitch,
int stagg) {
void setAlignmentParameters(multilayer_t iML, tubeSide_t iTubeSide, float y0, float z0, float alpha, float ypitch, float zpitch, int stagg)
Set the alignment parameters for a ML and a tube side.
std::ostream & operator<<(std::ostream &ostr, const MdtAsBuiltPar &par)
AlignmentParameters & meas(multilayer_t iML, tubeSide_t iTubeSide)
double z0(multilayer_t iML, tubeSide_t iTubeSide) const
multilayer_t
MDT multi-layer index.
double ypitch(multilayer_t iML, tubeSide_t iTubeSide) const
int stagg(multilayer_t iML, tubeSide_t iTubeSide) const
double zpitch(multilayer_t iML, tubeSide_t iTubeSide) const
double alpha(multilayer_t iML, tubeSide_t iTubeSide) const
Container classifier the MDT as-built parameters See parameter description in http://atlas-muon-align...
double y0(multilayer_t iML, tubeSide_t iTubeSide) const