ATLAS Offline Software
MMT_struct.cxx
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1 /*
2  Copyright (C) 2002-2024 CERN for the benefit of the ATLAS collaboration
3 */
4 
5 #include "TrigT1NSWSimTools/MMT_struct.h"
6 #include "MuonAGDDDescription/MMDetectorDescription.h"
7 #include "MuonAGDDDescription/MMDetectorHelper.h"
8 #include "MuonReadoutGeometry/MuonChannelDesign.h"
9 #include "MuonReadoutGeometry/MuonDetectorManager.h"
10 
11 MMT_Parameters::MMT_Parameters(std::string layerSetup, char wedgeSize, const MuonGM::MuonDetectorManager* detManager)
12  : AthMessaging(Athena::getMessageSvc(), "MMT_Parameters") {
13 
14  // Get the modules for each multiplet, the sector and side arguement (third and fifth argument, respectively) shouldn't matter
15  // since the algorithm computes locally
16  char side = 'A';
17  m_sector = wedgeSize;
18  MMDetectorHelper aHelper;
19  MMDetectorDescription* mm_top_mult1 = aHelper.Get_MMDetector(m_sector, 2, 5, 1, side); // Parameters: sector, eta, phi, layer/multiplet
20  MMDetectorDescription* mm_top_mult2 = aHelper.Get_MMDetector(m_sector, 2, 5, 2, side);
21  MMDetectorDescription* mm_bottom_mult1 = aHelper.Get_MMDetector(m_sector, 1, 5, 1, side);
22  MMDetectorDescription* mm_bottom_mult2 = aHelper.Get_MMDetector(m_sector, 1, 5, 2, side);
23 
24  MMReadoutParameters roParam_top_mult1 = mm_top_mult1->GetReadoutParameters();
25  MMReadoutParameters roParam_top_mult2 = mm_top_mult2->GetReadoutParameters();
26  MMReadoutParameters roParam_bottom_mult1 = mm_bottom_mult1->GetReadoutParameters();
27  MMReadoutParameters roParam_bottom_mult2 = mm_bottom_mult2->GetReadoutParameters();
28 
29  //Needed to get the max channels for the deadZone in the x planes... a little annoying...
30  //Only changes for small or large and per module. Phi, layer, etc don't matter (just set to 1)
31  std::string wedgeString = (wedgeSize=='L' ? "MML" : "MMS");
32 
33  m_pitch = roParam_bottom_mult1.stripPitch;
34  m_lWidth = mm_top_mult1->lWidth();
35  m_innerRadiusEta1 = roParam_bottom_mult1.distanceFromZAxis;
36  m_innerRadiusEta2 = roParam_top_mult1.distanceFromZAxis;
37  m_missedBottomEta = roParam_bottom_mult1.nMissedBottomEta;
38  m_missedBottomStereo = roParam_bottom_mult1.nMissedBottomStereo;
39  if (m_sector == 'L') {
40  ATH_MSG_DEBUG("LM1 \n" <<
41  "\t\t\t\t Total Strips: " << roParam_bottom_mult1.tStrips << " with pitch: " << roParam_bottom_mult1.stripPitch << "\n" <<
42  "\t\t\t\t KO strips TopEta: " << roParam_bottom_mult1.nMissedTopEta << " - BottomEta: " << roParam_bottom_mult1.nMissedBottomEta << "\n" <<
43  "\t\t\t\t KO strips TopStereo: " << roParam_bottom_mult1.nMissedTopStereo << " - BottomStereo: " << roParam_bottom_mult1.nMissedBottomStereo << "\n" <<
44  "\t\t\t\t (Top, Bottom, Length): (" << mm_bottom_mult1->lWidth() << ", " << mm_bottom_mult1->sWidth() << ", " << mm_bottom_mult1->Length() << ")\n" <<
45  "\t\t\t\t Zpos - Distance from ZAxis: " << roParam_bottom_mult1.zpos << " - " << roParam_bottom_mult1.distanceFromZAxis << "\n" <<
46  "\t\t\t\t dlStereoTop/Bottom: " << roParam_bottom_mult1.dlStereoTop << " " << roParam_bottom_mult1.dlStereoBottom << "\n" <<
47  "\t\t\t\t Active area --> (Bottom, Top, Height) : (" << roParam_bottom_mult1.activeBottomLength << ", " << roParam_bottom_mult1.activeTopLength << ", " << roParam_bottom_mult1.activeH << ")");
48  } else if (m_sector == 'S') {
49  ATH_MSG_DEBUG("SM1 \n" <<
50  "\t\t\t\t KO strips TopEta: " << roParam_bottom_mult1.nMissedTopEta << " - BottomEta: " << roParam_bottom_mult1.nMissedBottomEta << "\n" <<
51  "\t\t\t\t KO strips TopStereo: " << roParam_bottom_mult1.nMissedTopStereo << " - BottomStereo: " << roParam_bottom_mult1.nMissedBottomStereo << "\n" <<
52  "\t\t\t\t Total Strips: " << roParam_bottom_mult1.tStrips << " with pitch: " << roParam_bottom_mult1.stripPitch << "\n" <<
53  "\t\t\t\t (Top, Bottom, Length): (" << mm_bottom_mult1->lWidth() << ", " << mm_bottom_mult1->sWidth() << ", " << mm_bottom_mult1->Length() << ")\n" <<
54  "\t\t\t\t Zpos - Distance from ZAxis: " << roParam_bottom_mult1.zpos << " - " << roParam_bottom_mult1.distanceFromZAxis << "\n" <<
55  "\t\t\t\t dlStereoTop/Bottom: " << roParam_bottom_mult1.dlStereoTop << " " << roParam_bottom_mult1.dlStereoBottom << "\n" <<
56  "\t\t\t\t Active area --> (Bottom, Top, Height) : (" << roParam_bottom_mult1.activeBottomLength << ", " << roParam_bottom_mult1.activeTopLength << ", " << roParam_bottom_mult1.activeH << ")");
57  }
58 
59  if (m_sector == 'L') {
60  ATH_MSG_DEBUG("LM2 \n" <<
61  "\t\t\t\t Total Strips: " << roParam_top_mult1.tStrips << " with pitch: " << roParam_top_mult1.stripPitch << "\n" <<
62  "\t\t\t\t KO strips TopEta: " << roParam_top_mult1.nMissedTopEta << " - BottomEta: " << roParam_top_mult1.nMissedBottomEta << "\n" <<
63  "\t\t\t\t KO strips TopStereo: " << roParam_top_mult1.nMissedTopStereo << " - BottomStereo: " << roParam_top_mult1.nMissedBottomStereo << "\n" <<
64  "\t\t\t\t (Top, Bottom, Length): (" << mm_top_mult1->lWidth() << ", " << mm_top_mult1->sWidth() << ", " << mm_top_mult1->Length() << ")\n" <<
65  "\t\t\t\t Zpos - Distance from ZAxis: " << roParam_top_mult1.zpos << " - " << roParam_top_mult1.distanceFromZAxis << "\n" <<
66  "\t\t\t\t dlStereoTop/Bottom: " << roParam_top_mult1.dlStereoTop << " " << roParam_top_mult1.dlStereoBottom << "\n" <<
67  "\t\t\t\t Active area --> (Top, Bottom, Height) : (" << roParam_top_mult1.activeTopLength << ", " << roParam_top_mult1.activeBottomLength << ", " << roParam_top_mult1.activeH << ")");
68  } else if (m_sector == 'S') {
69  ATH_MSG_DEBUG("SM2 \n" <<
70  "\t\t\t\t KO strips TopEta: " << roParam_top_mult1.nMissedTopEta << " - BottomEta: " << roParam_top_mult1.nMissedBottomEta << "\n" <<
71  "\t\t\t\t KO strips TopStereo: " << roParam_top_mult1.nMissedTopStereo << " - BottomStereo: " << roParam_top_mult1.nMissedBottomStereo << "\n" <<
72  "\t\t\t\t (Top, Bottom, Length): (" << mm_top_mult1->lWidth() << ", " << mm_top_mult1->sWidth() << ", " << mm_top_mult1->Length() << ")\n" <<
73  "\t\t\t\t Zpos - Distance from ZAxis: " << roParam_top_mult1.zpos << " - " << roParam_top_mult1.distanceFromZAxis << "\n" <<
74  "\t\t\t\t dlStereoTop/Bottom: " << roParam_top_mult1.dlStereoTop << " " << roParam_top_mult1.dlStereoBottom << "\n" <<
75  "\t\t\t\t Active area --> (Top, Bottom, Height) : (" << roParam_top_mult1.activeTopLength << ", " << roParam_top_mult1.activeBottomLength << ", " << roParam_top_mult1.activeH << ")");
76  for (const auto &angle : roParam_top_mult1.stereoAngle) ATH_MSG_DEBUG("Stereo angle: " << angle);
77  }
78 
79  // retrieve the z-position of the planes
80  std::vector<double> z_nominal;
81  int eta = 1;
82  for (const auto& pos: MM_firststrip_positions(detManager, wedgeString, eta)) z_nominal.push_back(pos.Z());
83 
84  if(z_nominal.size() != layerSetup.size()){
85  ATH_MSG_WARNING("Number of planes in setup is "<< layerSetup.size() << ", but we have a nominal " << z_nominal.size() << " planes.");
86  throw std::runtime_error("MMT_Parameters: Invalid number of planes");
87  }
88 
89  float stereo_degree = Gaudi::Units::deg*roParam_top_mult1.stereoAngle[2];
90 
91  // MM_firststrip_positions returns the position for phi sector 1.
92  // => for the small sectors, rotate this by -1/16 of a rotation to make our lives easier.
93  // in this coordinate basis, x is up/down the wedge (radial), and y is left/right (phi).
94  float cos_rotation = std::cos(-2*M_PI / 16.0);
95  float sin_rotation = std::sin(-2*M_PI / 16.0);
96  float x_rotated = 0.0;
97  float y_rotated = 0.0;
98 
99  float st_angle = 0.0;
100 
101  float radial_pos = 0;
102  float radial_pos_xx_1 = 0, radial_pos_xx_2 = 0;
103  float radial_pos_uv_1 = 0, radial_pos_uv_2 = 0;
104 
105  for (unsigned int eta = 1; eta <= 2; eta++){
106  unsigned int layer = 1;
107  for (const auto& pos: MM_firststrip_positions(detManager, wedgeString, eta)){
108 
109  if (wedgeString=="MMS"){
110  x_rotated = pos.X()*cos_rotation - pos.Y()*sin_rotation;
111  y_rotated = pos.X()*sin_rotation + pos.Y()*cos_rotation;
112  }
113  else{
114  x_rotated = pos.X();
115  y_rotated = pos.Y();
116  }
117 
118  if (is_u(layer)) st_angle = -1*std::abs(stereo_degree);
119  else if (is_v(layer)) st_angle = std::abs(stereo_degree);
120  else st_angle = 0;
121 
122  // walk from the center of the strip to the position of the strip at the center of the wedge.
123  // NB: for X-planes, this is simply the center of the strip: tan(0) = 0.
124  radial_pos = std::abs(x_rotated - y_rotated*std::tan(st_angle * M_PI/180.0));
125 
126  if (is_x(layer) && eta==1) radial_pos_xx_1 = radial_pos;
127  else if (is_x(layer) && eta==2) radial_pos_xx_2 = radial_pos;
128  if (is_u(layer) && eta==1) radial_pos_uv_1 = radial_pos;
129  else if (is_u(layer) && eta==2) radial_pos_uv_2 = radial_pos;
130 
131  layer++;
132  }
133  }
134 
135  // store radial positions as fixed point
136  std::array<float, 2> radial_pos_xx = {radial_pos_xx_1, radial_pos_xx_2};
137  std::array<float, 2> radial_pos_uv = {radial_pos_uv_1, radial_pos_uv_2};
138  m_ybases[0] = radial_pos_xx;
139  m_ybases[1] = radial_pos_xx;
140  m_ybases[2] = radial_pos_uv;
141  m_ybases[3] = radial_pos_uv;
142  m_ybases[4] = radial_pos_uv;
143  m_ybases[5] = radial_pos_uv;
144  m_ybases[6] = radial_pos_xx;
145  m_ybases[7] = radial_pos_xx;
146 }
147 
148 std::vector<ROOT::Math::XYZVector> MMT_Parameters::MM_firststrip_positions(const MuonGM::MuonDetectorManager* detManager, const std::string& wedge, int eta) const {
149 
150  std::vector<ROOT::Math::XYZVector> positions;
151  positions.reserve(8);
152 
153  Identifier strip_id;
154  int phi = 1;
155  int strip = 200;
156  unsigned int n_multiplets = 2;
157  unsigned int n_layers = 4;
158 
159  for (unsigned int mult = 1; mult <= n_multiplets; mult++) {
160  for (unsigned int layer = 1; layer <= n_layers; layer++) {
161 
162  Amg::Vector3D pos(0.0, 0.0, 0.0);
163  strip_id = detManager->mmIdHelper()->channelID(wedge, eta, phi, mult, layer, strip);
164  const MuonGM::MMReadoutElement* readout = detManager->getMMReadoutElement(strip_id);
165  ROOT::Math::XYZVector coordinates(0.,0.,0.);
166  if (readout->stripGlobalPosition(strip_id, pos)) coordinates.SetXYZ(pos.x(), pos.y(), pos.z());
167  else ATH_MSG_WARNING("Wedge " << wedge << " phi " << phi << " multiplet " << mult << " layer " << layer << " | Unable to retrieve global positions");
168  positions.push_back(coordinates);
169 
170  ATH_MSG_DEBUG( "global z-pos. (using MMReadoutElement) for"
171  << " wedge size " << wedge
172  << " multiplet " << mult
173  << " layer " << layer
174  << " | z = " << coordinates.Z() );
175  }
176  }
177 
178  return positions;
179 }
180 
181 evInf_entry::evInf_entry(int event,int pdg,double e,double p,double ieta,double peta,double eeta,double iphi,double pphi,double ephi,double ithe,double pthe,double ethe,double dth,
182  int trn,int mun,const ROOT::Math::XYZVector& tex):
183  athena_event(event),pdg_id(pdg),E(e),pt(p),eta_ip(ieta),eta_pos(peta),eta_ent(eeta),phi_ip(iphi),phi_pos(pphi),phi_ent(ephi),theta_ip(ithe),theta_pos(pthe),theta_ent(ethe),
184  dtheta(dth),truth_n(trn),mu_n(mun),vertex(tex) {}
185 
186 
187 hitData_entry::hitData_entry(int ev, double gt, double q, int vmm, int mmfe, int pl, int st, int est, int phi, int mult, int gg, double locX, double tr_the, double tru_phi,
188  bool q_tbg, int bct, const ROOT::Math::XYZVector& tru, const ROOT::Math::XYZVector& rec):
189  event(ev),gtime(gt),charge(q),VMM_chip(vmm),MMFE_VMM(mmfe),plane(pl),strip(st),station_eta(est),station_phi(phi),multiplet(mult),gasgap(gg),localX(locX),tru_theta_ip(tr_the),tru_phi_ip(tru_phi),truth_nbg(q_tbg),BC_time(bct),truth(tru),recon(rec) {}
190 
191 digitWrapper::digitWrapper(const MmDigit* digit,
192  const std::string &stationName,
193  double tmpGTime,
194  const ROOT::Math::XYZVector& truthLPos,
195  const ROOT::Math::XYZVector& stripLPos,
196  const ROOT::Math::XYZVector& stripGPos
197  ):
198  digit(digit),
199  stName(stationName),
200  gTime(tmpGTime),
201  truth_lpos(truthLPos),
202  strip_lpos(stripLPos),
203  strip_gpos(stripGPos){}
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