#include <MdcAlignData.h>
Inheritance diagram for CalibData::MdcAlignData:
Public Member Functions | |
| virtual const CLID & | clID () const |
| virtual const CLID & | clID () const |
| double | getdxEP (int i) |
| double | getdxEP (int i) |
| double | getdxWireEast (int i) |
| double | getdxWireEast (int i) |
| double | getdxWireWest (int i) |
| double | getdxWireWest (int i) |
| double | getdyEP (int i) |
| double | getdyEP (int i) |
| double | getdyWireEast (int i) |
| double | getdyWireEast (int i) |
| double | getdyWireWest (int i) |
| double | getdyWireWest (int i) |
| double | getdzEP (int i) |
| double | getdzEP (int i) |
| double | getdzWireEast (int i) |
| double | getdzWireEast (int i) |
| double | getdzWireWest (int i) |
| double | getdzWireWest (int i) |
| virtual int | getrunfrm () const |
| virtual int | getrunfrm () const |
| virtual int | getrunto () const |
| virtual int | getrunto () const |
| double | getrxEP (int i) |
| double | getrxEP (int i) |
| double | getryEP (int i) |
| double | getryEP (int i) |
| double | getrzEP (int i) |
| double | getrzEP (int i) |
| virtual int | getSerNo () const |
| Following is intended for deep copy. | |
| virtual int | getSerNo () const |
| Following is intended for deep copy. | |
| double | gettension (int i) |
| double | gettension (int i) |
| void | readPar (char *p1, char *p2, char *p3) |
| void | readPar (char *p1, char *p2, char *p3) |
| void | setrunfrm (int runfrm) |
| void | setrunfrm (int runfrm) |
| void | setrunto (int runto) |
| void | setrunto (int runto) |
| void | setSerNo (int ser) |
| void | setSerNo (int ser) |
| virtual StatusCode | update (CalibBase1 &other, MsgStream *log) |
| virtual StatusCode | update (CalibBase1 &other, MsgStream *log) |
| virtual | ~MdcAlignData () |
| virtual | ~MdcAlignData () |
Static Public Member Functions | |
| const CLID & | classID () |
| const CLID & | classID () |
Protected Attributes | |
| int | m_runfrm |
| int | m_runto |
| int | m_serNo |
Private Attributes | |
| double | dxEP [16] |
| double | dxWireEast [6796] |
| double | dxWireWest [6796] |
| double | dyEP [16] |
| double | dyWireEast [6796] |
| double | dyWireWest [6796] |
| double | dzEP [16] |
| double | dzWireEast [6796] |
| double | dzWireWest [6796] |
| double | rxEP [16] |
| double | ryEP [16] |
| double | rzEP [16] |
| double | tension [6796] |
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00012 {}
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00012 {}
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00015 { return CLID_Calib_MdcAlign; }
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00015 { return CLID_Calib_MdcAlign; }
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00013 { return classID(); }
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00013 { return classID(); }
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00021 {return dxEP[i];}
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00021 {return dxEP[i];}
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00027 {return dxWireEast[i];}
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00027 {return dxWireEast[i];}
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00030 {return dxWireWest[i];}
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00030 {return dxWireWest[i];}
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00022 {return dyEP[i];}
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00022 {return dyEP[i];}
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00028 {return dyWireEast[i];}
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00028 {return dyWireEast[i];}
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00031 {return dyWireWest[i];}
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00031 {return dyWireWest[i];}
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00023 {return dzEP[i];}
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00023 {return dzEP[i];}
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00029 {return dzWireEast[i];}
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00029 {return dzWireEast[i];}
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00032 {return dzWireWest[i];}
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00032 {return dzWireWest[i];}
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00052 {return m_runfrm;}
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00052 {return m_runfrm;}
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00053 {return m_runto;}
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00053 {return m_runto;}
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00024 {return rxEP[i];}
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00024 {return rxEP[i];}
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00025 {return ryEP[i];}
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00025 {return ryEP[i];}
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00026 {return rzEP[i];}
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00026 {return rzEP[i];}
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Following is intended for deep copy.
00051 {return m_serNo;}
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Following is intended for deep copy.
00051 {return m_serNo;}
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00033 {return tension[i];}
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00033 {return tension[i];}
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00037 {
00038 int i;
00039 string strtmp;
00040
00041 istringstream falign;
00042 string aa1 = p1;
00043 falign.str(aa1);
00044 for(i=0; i<7; i++) falign >> strtmp;
00045 for(i=0; i<16; i++){
00046 falign >> strtmp >> dxEP[i] >> dyEP[i] >> dzEP[i] >> rxEP[i] >> ryEP[i] >> rzEP[i];
00047 }
00048
00049 istringstream fwpos;
00050 string aa2 = p2;
00051 fwpos.str(aa2);
00052 for(i=0; i<7; i++) fwpos >> strtmp;
00053 for(i=0; i<6796; i++){
00054 fwpos >> strtmp >> dxWireEast[i] >> dyWireEast[i] >> dzWireEast[i]
00055 >> dxWireWest[i] >> dyWireWest[i] >> dzWireWest[i];
00056 }
00057
00058 istringstream ften;
00059 string aa3 = p3;
00060 ften.str(p3);
00061 for(i=0; i<6796; i++) ften >> strtmp >> tension[i];
00062 }
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00055 { m_runfrm = runfrm;}
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00055 { m_runfrm = runfrm;}
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00056 {m_runto = runto;}
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00056 {m_runto = runto;}
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00054 { m_serNo = ser;}
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00054 { m_serNo = ser;}
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Reimplemented from CalibData::CalibBase1. |
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Reimplemented from CalibData::CalibBase1. 00011 {
00012 MdcAlignData& other1 = dynamic_cast<MdcAlignData& >(other);
00013 cout<<"\n"<<"here is the update in the MdcCal Alignment"<<std::endl;
00014 CalibBase1::update(other, log);
00015 for(int i=0;i<16;i++){
00016 dxEP[i]=other1.dxEP[i];
00017 dyEP[i]=other1.dyEP[i];
00018 dzEP[i]=other1.dzEP[i];
00019 rxEP[i]=other1.rxEP[i];
00020 ryEP[i]=other1.ryEP[i];
00021 rzEP[i]=other1.rzEP[i];
00022 }
00023 for(int i=0;i<6796;i++){
00024 dxWireEast[i]=other1.dxWireEast[i];
00025 dyWireEast[i]=other1.dyWireEast[i];
00026 dzWireEast[i]=other1.dzWireEast[i];
00027 dxWireWest[i]=other1.dxWireWest[i];
00028 dyWireWest[i]=other1.dyWireWest[i];
00029 dzWireWest[i]=other1.dzWireWest[i];
00030 tension[i]=other1.tension[i];
00031 }
00032
00033 return StatusCode::SUCCESS;
00034 }
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1.3.9.1