#include <VxdSIO.h>
Inheritance diagram for VxdSIO:
Public Member Functions | |
| VxdSIO (const char *i_name, std::vector< TkHit > trackHits) | |
| unsigned int | version () |
| unsigned int | xfer (SIO_stream *, SIO_operation, unsigned int) |
Private Attributes | |
| std::vector< TkHit > | _hitList |
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Definition at line 26 of file VxdSIO.cc. References SIO_record::connect(), and SIO_recordManager::get().
00026 : SIO_block( i_name ), _hitList(trackHits) 00027 { 00028 // 00029 // Local variables. 00030 // 00031 SIO_record* record; 00032 00033 // 00034 // Join the event record. 00035 // 00036 record = SIO_recordManager::get( "LCD_LCDG4_Event" ); 00037 if( record != NULL ) 00038 record->connect( this ); 00039 } |
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Implements SIO_block. Definition at line 107 of file VxdSIO.cc. References SIO_VERSION_ENCODE, SIO_VXD_MAJOR, and SIO_VXD_MINOR.
00108 { return SIO_VERSION_ENCODE( SIO_VXD_MAJOR,
00109 SIO_VXD_MINOR ); }
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Implements SIO_block. Definition at line 45 of file VxdSIO.cc. References cm, GeV, ns, SIO_BLOCK_SUCCESS, SIO_DATA, SIO_operation, and SIO_PNTR.
00050 {
00051 // Make compiler happy about unused vars
00052 if(op || version) ;
00053
00054 //
00055 // Local variables
00056 //
00057 double d_vec[3];
00058
00059 float eloss;
00060 float time;
00061
00062 MCParticleSIO* parent;
00063
00064 int temp;
00065
00066 unsigned int layer;
00067 unsigned int status;
00068
00069 vector<TkHit>::const_iterator it;
00070
00071 temp = _hitList.size();
00072 SIO_DATA( stream, &temp, 1 );
00073
00074 for (it = _hitList.begin(); it != _hitList.end(); it++)
00075 {
00076 layer = (*it).layer();
00077 // Using G4SIunits.h, mm=0.001. I don't understand then how millimeters
00078 // are default in Geantt4!!!
00079 // cout<< "Units: mm="<< mm <<", cm="<< cm <<", GeV="<< GeV <<", ns="<< ns << endl;
00080 d_vec[0] = (*it).x() / cm;
00081 d_vec[1] = (*it).y() / cm;
00082 d_vec[2] = (*it).z() / cm;
00083 eloss = (*it).eloss() / GeV;
00084 time = (*it).t() / ns;
00085 parent = const_cast<MCParticleSIO *>((*it).mc());
00086
00087 SIO_DATA(stream, &layer, 1);
00088 SIO_DATA(stream, &d_vec[0], 3);
00089 SIO_DATA(stream, &eloss, 1);
00090 SIO_DATA(stream, &time, 1);
00091 SIO_PNTR(stream, &parent );
00092 }
00093
00094 //
00095 // That's all folks!
00096 //
00097 return( SIO_BLOCK_SUCCESS );
00098 }
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1.3.4