#include <VeloPhiMeasurement.h>
Inheritance diagram for VeloPhiMeasurement:
Public Member Functions | |
| VeloPhiMeasurement (VeloCluster &cluster, DeVelo &det) | |
| Constructor from an VeloPhiCluster. | |
| VeloPhiMeasurement () | |
| Default Constructor. | |
| virtual | ~VeloPhiMeasurement () |
| Default Destructor. | |
| VeloPhiMeasurement * | clone () const |
| Clone the VeloPhiMeasurement. | |
| const VeloCluster * | cluster () const |
| Retrieve const Pointer to the VeloPhiCluster. | |
| VeloCluster * | cluster () |
| Retrieve Pointer to the VeloPhiCluster. | |
| void | setCluster (VeloCluster *value) |
| Update Pointer to the VeloPhiCluster. | |
Private Attributes | |
| VeloCluster * | m_cluster |
| Pointer to the VeloPhiCluster. | |
Definition at line 35 of file VeloPhiMeasurement.h.
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Constructor from an VeloPhiCluster.
Definition at line 20 of file VeloPhiMeasurement.cpp. References cluster(), m_cluster, and Measurement::setLhcbID(). 00022 {
00023 m_mtype = Measurement::VeloPhi;
00024
00025 m_cluster = &cluster;
00026
00027 int sensor = m_cluster -> sensor();
00028 double sum = 0.;
00029 double sum2 = 0.;
00030 double sums = 0.;
00031 double phi = -999.;
00032
00033 // Compute the average phi direction, and the total width in phi unit
00034 // Store also the 'position', which is the signed distance from strip to
00035 // the origin.
00036
00037 std::vector< std::pair<long,double> > sign = m_cluster->stripSignals();
00038 std::vector< std::pair<long,double> >::const_iterator strIt;
00039 int strip = (*sign.begin()).first;
00040 VeloChannelID channel(sensor,strip);
00041 double pitch = det.phiPitch( channel );
00042 for ( strIt = sign.begin() ; sign.end() != strIt ; strIt++ ) {
00043 strip = (*strIt).first;
00044 m_measure = det.distToOrigin( channel );
00045 // fix sign convention of d0 of strip
00046 if( ! det.isDownstreamSensor(sensor) ) {
00047 m_measure = -m_measure;
00048 }
00049 phi = det.trgPhiDirectionOfStrip( channel );
00050 sum += (*strIt).second;
00051 sum2 += pow((*strIt).second,2) ;
00052 sums += (*strIt).second * phi ;
00053 }
00054
00055 if ( 0 < sum ) {
00056 // double phi = sums / sum;
00057 // m_cosPhi = cos( phi );
00058 // m_sinPhi = sin( phi );
00059 // MM+
00060 // m_errMeasure = ( pitch / sum) * sqrt( sum2 / 12 );
00061 m_errMeasure = 0.8 * ( pitch / sum) * sqrt( sum2 / 12 );
00062 // m_errMeasure = 0.254*pitch - 0.0049*mm;
00063 // MM-
00064 }
00065
00066 m_z = det.zSensor( m_cluster->sensor() );
00067
00068 // set the LHCbID
00069 setLhcbID ( LHCbID( channel ) );
00070 }
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Default Constructor.
Definition at line 44 of file VeloPhiMeasurement.h. References m_cluster. Referenced by clone(). 00044 : m_cluster() {}
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Default Destructor.
Definition at line 47 of file VeloPhiMeasurement.h. 00047 {}
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Clone the VeloPhiMeasurement.
Reimplemented from Measurement. Definition at line 90 of file VeloPhiMeasurement.h. References VeloPhiMeasurement(). 00091 {
00092
00093 VeloPhiMeasurement* me = new VeloPhiMeasurement(); *me = *this; return me;
00094
00095 }
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Retrieve Pointer to the VeloPhiCluster.
Definition at line 80 of file VeloPhiMeasurement.h. References m_cluster. 00081 {
00082 return m_cluster;
00083 }
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Retrieve const Pointer to the VeloPhiCluster.
Definition at line 75 of file VeloPhiMeasurement.h. References m_cluster. Referenced by TrackVeloPhiProjector::project(), and VeloPhiMeasurement(). 00076 {
00077 return m_cluster;
00078 }
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Update Pointer to the VeloPhiCluster.
Definition at line 85 of file VeloPhiMeasurement.h. References m_cluster. 00086 {
00087 m_cluster = value;
00088 }
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Pointer to the VeloPhiCluster.
Definition at line 65 of file VeloPhiMeasurement.h. Referenced by cluster(), setCluster(), and VeloPhiMeasurement(). |
1.4.1