CMS 3D CMS Logo

 All Classes Namespaces Files Functions Variables Typedefs Enumerations Enumerator Properties Friends Macros Pages
L1MuGMTPhiLUT.cc
Go to the documentation of this file.
1 //-------------------------------------------------
2 //
3 // Class: L1MuGMTPhiLUT
4 //
5 // Description: Look-up table for GMT Phi Projection Unit
6 //
7 //
8 //
9 // Author :
10 // H. Sakulin CERN EP
11 //
12 // Migrated to CMSSW:
13 // I. Mikulec
14 //
15 //--------------------------------------------------
16 
17 //-----------------------
18 // This Class's Header --
19 //-----------------------
20 
22 
23 //---------------
24 // C++ Headers --
25 //---------------
26 
27 #include <iostream>
28 #include <vector>
29 #include <cmath>
30 
31 //-------------------------------
32 // Collaborating Class Headers --
33 //-------------------------------
34 
36 
37 // --------------------------------
38 // class L1MuGMTPhiLUT
39 //---------------------------------
40 
41 //----------------
42 // Constructors --
43 //----------------
45 }
46 
47 //--------------
48 // Destructor --
49 //--------------
51 
52 }
53 
54 //--------------
55 // Operations --
56 //--------------
57 
58 int L1MuGMTPhiLUT::etabin(float eta, int isys) {
59  int i;
60  for (i=0; i<(int)NETA;i++)
61  if (eta >= etabins[isys][i] && eta < etabins[isys][i+1]) break;
62  if (i>=(int)NETA) edm::LogWarning("LUTProblem") << "L1MuGMTPhiLUT::etabin(): could not assign eta bin ";
63  return i;
64 }
65 
66 
67 //
68 // project muon phi to calo/vertex
69 //
70 float L1MuGMTPhiLUT::dphi(int isys, int isISO, int icharge, int ieta, float pt) {
71 
72  if ( (isys==DT || isys==bRPC) && pt < 4.) pt = 4.; // cut off
73  if ( (isys==CSC || isys==fRPC) && pt < 3.) pt = 3.;
74 
75  float a=fitparams_phi[isISO][isys][ieta][icharge][0];
76  float b=fitparams_phi[isISO][isys][ieta][icharge][1];
77  float c=fitparams_phi[isISO][isys][ieta][icharge][2];
78 
79  float dphi = a + b / pt + c / (pt*pt);
80 
81  // dphi is difference between low edge of muon phi bin and real phi in calo/vtx
82 
83  // correct for RPC LUTs which were calculated with center of bin phi
84  if (isys==bRPC || isys==fRPC) dphi -= 1.25 / 180. * M_PI;
85 
86  return dphi;
87 }
88 
89 
90 //
91 // static parameters of LUTs
92 //
94  { 0.00, 0.22, 0.27, 0.58, 0.77, 0.87, 0.92, 1.24, 1.24 }, // DT
95  { 0.00, 1.06, 1.26, 1.46, 1.66, 1.86, 2.06, 2.26, 2.46 }, // CSC
96  { 0.00, 0.06, 0.25, 0.41, 0.54, 0.70, 0.83, 0.93, 1.04 }, // bRPC
97  { 1.04, 1.24, 1.36, 1.48, 1.61, 1.73, 1.85, 1.97, 2.10} // fRPC
98 };
99 
100 
102  {
103  // projection to HCAL derived from HCAL positions retrieved in ORCA
104  // calo phi projection parametrization for DT, projection to HCAL in (for MIP)
105  {
106  { { -0.001290, 0.504308, 4.549529 }, { -0.023984, -0.970760, -2.263805 } },
107  { { -0.001920, 0.489318, 4.356311 }, { -0.022833, -1.012401, -2.018399 } },
108  { { -0.000194, 0.552174, 4.758974 }, { -0.023465, -1.057848, -2.331967 } },
109  { { -0.002269, 0.604601, 4.030573 }, { -0.023426, -1.007778, -2.420637 } },
110  { { -0.000271, 0.533090, 4.488132 }, { -0.025969, -0.981604, -2.149771 } },
111  { { 0.004051, 0.374228, 4.799831 }, { -0.031902, -0.732712, -2.896422 } },
112  { { -0.004666, 0.583151, 3.559875 }, { -0.011293, -1.095987, -1.514169 } },
113  { { 0.000000, 0.000000, 0.000000 }, { 0.000000, 0.000000, 0.000000 } }
114  },
115  // calo phi projection parametrization for CSC, projection to HCAL in (for MIP)
116  {
117  { { -0.001691, 0.581263, 3.408109 }, { -0.019783, -1.150412, -0.622612 } },
118  { { -0.002138, 0.554844, 2.839203 }, { -0.018853, -0.986130, -1.098399 } },
119  { { 0.002930, 0.300343, 2.637024 }, { -0.021499, -0.705878, -1.024004 } },
120  { { 0.002278, 0.217012, 1.529797 }, { -0.019729, -0.581867, -0.343904 } },
121  { { 0.017130, 0.166188, 0.849492 }, { -0.035404, -0.321889, -0.612119 } },
122  { { 0.024403, 0.133149, 0.520598 }, { -0.043978, -0.156961, -0.719900 } },
123  { { 0.026036, 0.161303, 0.114142 }, { -0.045904, -0.096463, -0.652872 } },
124  { { 0.024208, 0.146788, 0.016299 }, { -0.043546, -0.023951, -0.683871 } }
125  },
126  // calo phi projection parametrization for bRPC, projection to HCAL in (for MIP)
127  {
128  { { 0.015837, 0.665802, 3.613197 }, { -0.015709, -0.464655, -4.528647 } },
129  { { 0.017926, 0.613610, 3.745701 }, { -0.016081, -0.448283, -4.606902 } },
130  { { 0.014551, 0.797055, 3.479120 }, { -0.014036, -0.612790, -4.167947 } },
131  { { 0.018614, 0.637761, 4.156929 }, { -0.017071, -0.504211, -4.651026 } },
132  { { 0.017844, 0.685002, 3.569384 }, { -0.017014, -0.487703, -4.822967 } },
133  { { 0.016250, 0.753998, 3.303425 }, { -0.017553, -0.538919, -4.559156 } },
134  { { 0.019015, 0.653392, 3.993684 }, { -0.018937, -0.525990, -4.335586 } },
135  { { 0.017044, 0.659718, 3.461996 }, { -0.018881, -0.479496, -4.242701 } }
136  },
137  // calo phi projection parametrization for fRPC, projection to HCAL in (for MIP)
138  {
139  { { 0.015301, 0.681718, 2.707917 }, { -0.015104, -0.555634, -3.052359 } },
140  { { 0.018868, 0.511874, 2.826352 }, { -0.015763, -0.549633, -2.301781 } },
141  { { 0.022818, 0.267658, 2.445503 }, { -0.018882, -0.216642, -2.313509 } },
142  { { 0.021048, 0.269100, 1.373464 }, { -0.018502, -0.228849, -1.458785 } },
143  { { 0.019976, 0.269698, 0.896744 }, { -0.021801, -0.227103, -1.032946 } },
144  { { 0.039155, 0.112461, 0.965459 }, { -0.043126, -0.065388, -1.062142 } },
145  { { 0.040538, 0.146610, 0.512473 }, { -0.045719, -0.079835, -0.681237 } },
146  { { 0.040019, 0.120561, 0.511092 }, { -0.044669, -0.031321, -0.745264 } }
147  }
148  },
149  {
150  // calo phi projection parametrization for DT, projection to vertex (for ISO)
151  {
152  { { -0.019085, 2.530752, 3.112250 }, { -0.023016, -2.590798, -2.725504 } },
153  { { -0.018956, 2.533785, 2.969394 }, { -0.023637, -2.568775, -2.964180 } },
154  { { -0.018869, 2.533260, 2.940186 }, { -0.022805, -2.598547, -2.607942 } },
155  { { -0.019732, 2.527371, 2.611957 }, { -0.023624, -2.510180, -2.870058 } },
156  { { -0.019042, 2.477538, 2.628565 }, { -0.022541, -2.560252, -1.989453 } },
157  { { -0.018623, 2.408255, 2.631045 }, { -0.022602, -2.486282, -2.123144 } },
158  { { -0.019051, 2.424498, 2.422834 }, { -0.015844, -2.610096, -2.047908 } },
159  { { 0.000000, 0.000000, 0.000000 }, { 0.000000, 0.000000, 0.000000 } }
160  },
161  // calo phi projection parametrization for CSC, projection to vertex (for ISO)
162  {
163  { { -0.017973, 2.508663, 1.548810 }, { -0.020354, -2.641325, -0.938284 } },
164  { { -0.018821, 2.346581, 1.584596 }, { -0.018082, -2.470272, -1.086931 } },
165  { { -0.016044, 1.919469, 1.765014 }, { -0.021392, -2.039066, -1.013819 } },
166  { { -0.013416, 1.526508, 1.576988 }, { -0.020571, -1.715829, -0.641736 } },
167  { { -0.011872, 1.200872, 1.248002 }, { -0.019462, -1.444363, -0.276027 } },
168  { { -0.009545, 0.882696, 1.369971 }, { -0.019899, -1.152519, -0.299660 } },
169  { { -0.007845, 0.657952, 1.103447 }, { -0.019512, -0.927346, -0.260993 } },
170  { { -0.006395, 0.478389, 1.283519 }, { -0.018998, -0.796310, -0.126124 } }
171  },
172  // calo phi projection parametrization for bRPC, projection to vertex (for ISO)
173  {
174  { { 0.002479, 2.626429, 2.457669 }, { 0.000336, -2.438207, -3.453805 } },
175  { { 0.002440, 2.639809, 2.115057 }, { 0.000804, -2.486881, -3.044556 } },
176  { { 0.002161, 2.641236, 2.264882 }, { 0.001000, -2.491077, -2.856622 } },
177  { { 0.001901, 2.637712, 2.031976 }, { -0.001031, -2.410168, -3.299684 } },
178  { { 0.002487, 2.595609, 2.105496 }, { 0.000474, -2.422474, -3.296519 } },
179  { { 0.001624, 2.614643, 2.065672 }, { -0.000492, -2.468336, -2.884312 } },
180  { { 0.002451, 2.566535, 2.097821 }, { -0.002069, -2.451065, -2.481968 } },
181  { { 0.002541, 2.517676, 2.129723 }, { 0.000255, -2.467283, -2.342318 } }
182  },
183  // calo phi projection parametrization for fRPC, projection to vertex (for ISO)
184  {
185  { { 0.000191, 2.586133, 1.009632 }, { 0.002492, -2.417437, -1.790964 } },
186  { { 0.000549, 2.282987, 0.992959 }, { 0.003267, -2.192674, -1.343063 } },
187  { { 0.000117, 2.081965, 0.577031 }, { 0.003213, -1.933657, -1.071969 } },
188  { { -0.001817, 1.899919, 0.061467 }, { 0.003783, -1.746777, -0.644316 } },
189  { { -0.001978, 1.613175, 0.304733 }, { -0.000203, -1.567548, -0.433546 } },
190  { { -0.003000, 1.437795, 0.192639 }, { -0.001441, -1.342958, -0.556960 } },
191  { { -0.003725, 1.309459, -0.159897 }, { -0.002232, -1.182838, -0.440219 } },
192  { { -0.005232, 1.179625, -0.153718 }, { 0.000748, -1.088718, -0.151436 } }
193  }
194  }
195 };
196 
static const unsigned int NRP
Definition: L1MuGMTPhiLUT.h:81
static const int bRPC
Definition: L1MuGMTPhiLUT.h:73
int i
Definition: DBlmapReader.cc:9
static const int CSC
Definition: L1MuGMTPhiLUT.h:72
static const int NSYS
Definition: L1MuGMTPhiLUT.h:70
T eta() const
static const unsigned int NETA
Definition: L1MuGMTPhiLUT.h:78
static const int fRPC
Definition: L1MuGMTPhiLUT.h:74
static int etabin(float eta, int isys)
virtual ~L1MuGMTPhiLUT()
destructor
static const int DT
Definition: L1MuGMTPhiLUT.h:71
L1MuGMTPhiLUT()
constructor
#define M_PI
Definition: BFit3D.cc:3
double b
Definition: hdecay.h:120
static float etabins[NSYS][NETA+1]
Definition: L1MuGMTPhiLUT.h:83
static float dphi(int isys, int isISO, int icharge, int ieta, float pt)
look up delta-phi with integer eta
double a
Definition: hdecay.h:121
static float fitparams_phi[NRP][NSYS][NETA][2][3]
Definition: L1MuGMTPhiLUT.h:84