#include <TrigMdc.h>
Public Member Functions | |
| int | getMdcHitAft (int layer, int wire) const |
| int | getMdcHitAft (int layer, int wire) const |
| int | getMdcHitOne (int layer, int wire) const |
| int | getMdcHitOne (int layer, int wire) const |
| int | getMdcHitPre (int layer, int wire) const |
| int | getMdcHitPre (int layer, int wire) const |
| int | getMdcHitSOne (int layer, int wire) const |
| int | getMdcHitSOne (int layer, int wire) const |
| uint32_t | getMdcHitWin (int layer, int wire) const |
| uint32_t | getMdcHitWin (int layer, int wire) const |
| int | getMdcLtrkAft (int id) const |
| int | getMdcLtrkAft (int id) const |
| int | getMdcLtrkCoutOne (int id) const |
| int | getMdcLtrkCoutOne (int id) const |
| int | getMdcLtrkCoutSOne (int id) const |
| int | getMdcLtrkCoutSOne (int id) const |
| int | getMdcLtrkOne (int id) const |
| int | getMdcLtrkOne (int id) const |
| int | getMdcLtrkPre (int id) const |
| int | getMdcLtrkPre (int id) const |
| int | getMdcLtrkSOne (int id) const |
| int | getMdcLtrkSOne (int id) const |
| uint32_t | getMdcLtrkWin (int id) const |
| uint32_t | getMdcLtrkWin (int id) const |
| int | getMdcStrkAft (int id) const |
| int | getMdcStrkAft (int id) const |
| int | getMdcStrkCoutOne (int id) const |
| int | getMdcStrkCoutOne (int id) const |
| int | getMdcStrkCoutSOne (int id) const |
| int | getMdcStrkCoutSOne (int id) const |
| int | getMdcStrkOne (int id) const |
| int | getMdcStrkOne (int id) const |
| int | getMdcStrkPre (int id) const |
| int | getMdcStrkPre (int id) const |
| int | getMdcStrkSOne (int id) const |
| int | getMdcStrkSOne (int id) const |
| uint32_t | getMdcStrkWin (int id) const |
| uint32_t | getMdcStrkWin (int id) const |
| int | getMdcTrigCondi (int id) const |
| int | getMdcTrigCondi (int id) const |
| int | getMdcTSFAft (int layer, int wire) const |
| int | getMdcTSFAft (int layer, int wire) const |
| int | getMdcTSFOne (int layer, int wire) const |
| int | getMdcTSFOne (int layer, int wire) const |
| int | getMdcTSFPre (int layer, int wire) const |
| int | getMdcTSFPre (int layer, int wire) const |
| int | getMdcTSFSOne (int layer, int wire) const |
| int | getMdcTSFSOne (int layer, int wire) const |
| uint32_t | getMdcTSFWin (int layer, int wire) const |
| uint32_t | getMdcTSFWin (int layer, int wire) const |
| const std::string & | getName () const |
| const std::string & | getName () const |
| void | initialize () |
| void | initialize () |
| void | print () |
| void | print () |
| void | setMdcTrigData (uint32_t boardId, uint32_t window, uint32_t datasize, const uint32_t *data) |
| void | setMdcTrigData (uint32_t boardId, uint32_t window, uint32_t datasize, const uint32_t *data) |
| TrigMdc (const char *name) | |
| TrigMdc (const char *name) | |
| virtual | ~TrigMdc () |
| virtual | ~TrigMdc () |
Private Attributes | |
| std::string | filename |
| std::map< uint32_t, std::vector< uint32_t > > | m_datamap |
| std::map< uint32_t, std::vector< uint32_t > > | m_datamap |
| int ** | m_mdchit_aft |
| int ** | m_mdchit_aft |
| int ** | m_mdchit_one |
| int ** | m_mdchit_one |
| int ** | m_mdchit_pre |
| int ** | m_mdchit_pre |
| int ** | m_mdchit_sone |
| int ** | m_mdchit_sone |
| uint32_t ** | m_mdchit_win |
| uint32_t ** | m_mdchit_win |
| int * | m_mdcltrk_aft |
| int * | m_mdcltrk_aft |
| int * | m_mdcltrk_one |
| int * | m_mdcltrk_one |
| int * | m_mdcltrk_pre |
| int * | m_mdcltrk_pre |
| int * | m_mdcltrk_sone |
| int * | m_mdcltrk_sone |
| uint32_t * | m_mdcltrk_win |
| uint32_t * | m_mdcltrk_win |
| int * | m_mdcltrkc_one |
| int * | m_mdcltrkc_one |
| int * | m_mdcltrkc_sone |
| int * | m_mdcltrkc_sone |
| int * | m_mdcstrk_aft |
| int * | m_mdcstrk_aft |
| int * | m_mdcstrk_one |
| int * | m_mdcstrk_one |
| int * | m_mdcstrk_pre |
| int * | m_mdcstrk_pre |
| int * | m_mdcstrk_sone |
| int * | m_mdcstrk_sone |
| uint32_t * | m_mdcstrk_win |
| uint32_t * | m_mdcstrk_win |
| int * | m_mdcstrkc_one |
| int * | m_mdcstrkc_one |
| int * | m_mdcstrkc_sone |
| int * | m_mdcstrkc_sone |
| int * | m_mdcTrigCondi |
| int * | m_mdcTrigCondi |
| int ** | m_mdctsf_aft |
| int ** | m_mdctsf_aft |
| int ** | m_mdctsf_one |
| int ** | m_mdctsf_one |
| int ** | m_mdctsf_pre |
| int ** | m_mdctsf_pre |
| int ** | m_mdctsf_sone |
| int ** | m_mdctsf_sone |
| uint32_t ** | m_mdctsf_win |
| uint32_t ** | m_mdctsf_win |
| std::string | m_name |
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00006 : m_name(name){ 00007 // hit 00008 m_mdchit_one = new int*[24]; 00009 for (int i = 0; i < 24; i++) m_mdchit_one[i] = new int[256]; 00010 m_mdchit_sone = new int*[24]; 00011 for (int i = 0; i < 24; i++) m_mdchit_sone[i] = new int[256]; 00012 m_mdchit_pre = new int*[24]; 00013 for(int i=0; i<24; i++) m_mdchit_pre[i] = new int[256]; 00014 m_mdchit_aft = new int*[24]; 00015 for(int i=0; i<24; i++) m_mdchit_aft[i] = new int[256]; 00016 m_mdchit_win = new uint32_t*[24]; 00017 for(int i=0; i<24; i++) m_mdchit_win[i] = new uint32_t[256]; 00018 // tsf 00019 m_mdctsf_one = new int*[6]; 00020 for (int i=0; i<6; i++) m_mdctsf_one[i] = new int[256]; 00021 m_mdctsf_sone = new int*[6]; 00022 for (int i=0; i<6; i++) m_mdctsf_sone[i] = new int[256]; 00023 m_mdctsf_pre = new int*[6]; 00024 for(int i=0; i<6; i++) m_mdctsf_pre[i] = new int[256]; 00025 m_mdctsf_aft = new int*[6]; 00026 for(int i=0; i<6; i++) m_mdctsf_aft[i] = new int[256]; 00027 m_mdctsf_win = new uint32_t*[6]; 00028 for(int i=0; i<6; i++) m_mdctsf_win[i] = new uint32_t[256]; 00029 // ltrk 00030 m_mdcltrk_one = new int[128]; 00031 m_mdcltrk_sone = new int[128]; 00032 m_mdcltrk_pre = new int[128]; 00033 m_mdcltrk_aft = new int[128]; 00034 m_mdcltrk_win = new uint32_t[128]; 00035 // strk 00036 m_mdcstrk_one = new int[128]; 00037 m_mdcstrk_sone = new int[128]; 00038 m_mdcstrk_pre = new int[128]; 00039 m_mdcstrk_aft = new int[128]; 00040 m_mdcstrk_win = new uint32_t[128]; 00041 // ltrk in ltrk counter 00042 m_mdcltrkc_one = new int[132]; 00043 m_mdcltrkc_sone= new int[132]; 00044 // strk in strk counter 00045 m_mdcstrkc_one = new int[132]; 00046 m_mdcstrkc_sone = new int[132]; 00047 // trigger condition 00048 m_mdcTrigCondi = new int[10]; 00049 00050 filename = getenv("TRIGEVENTROOT"); 00051 filename += "/dat/trig_mdc.txt"; 00052 ifstream inputfile; 00053 inputfile.open(filename.c_str()); 00054 string data[6]; 00055 std::vector<uint32_t> vtmp; 00056 uint32_t mark = 226; 00057 for(uint32_t i = 0; i < 6; i++) inputfile >> data[i]; 00058 for(uint32_t j = 0; j < 4680; j++) { 00059 for(uint32_t k = 0; k < 6; k++) inputfile >> data[k]; 00060 if((uint32_t (atoi(data[0].c_str())) != mark) || j == 4679) { 00061 if(j == 4679) { 00062 for(int m = 1; m < 6; m++) vtmp.push_back(atoi(data[m].c_str())); 00063 } 00064 typedef pair<uint32_t, vector<uint32_t> > vpair; 00065 m_datamap.insert(vpair(mark,vtmp)); 00066 mark = atoi(data[0].c_str()); 00067 vtmp.clear(); 00068 } 00069 if((uint32_t (atoi(data[0].c_str())) == mark) && j != 4679) { 00070 for(int l = 1; l < 6; l++) vtmp.push_back(atoi(data[l].c_str())); 00071 } 00072 } 00073 }
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00075 {
00076 delete m_mdchit_one;
00077 delete m_mdctsf_one;
00078 delete m_mdchit_sone;
00079 delete m_mdctsf_sone;
00080
00081 delete m_mdchit_pre;
00082 // delete m_mdchit_aft;
00083
00084 delete m_mdcltrk_one;
00085 delete m_mdcstrk_one;
00086 delete m_mdcltrkc_one;
00087 delete m_mdcstrkc_one;
00088
00089 delete m_mdcltrk_sone;
00090 delete m_mdcstrk_sone;
00091 delete m_mdcltrkc_sone;
00092 delete m_mdcstrkc_sone;
00093
00094 delete m_mdcTrigCondi;
00095 }
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00028 { return m_mdchit_aft[layer][wire]; } // first down in windows after first up
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00028 { return m_mdchit_aft[layer][wire]; } // first down in windows after first up
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00020 { return m_mdchit_one[layer][wire]; }
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00020 { return m_mdchit_one[layer][wire]; }
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00027 { return m_mdchit_pre[layer][wire]; } // first up in windows
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00027 { return m_mdchit_pre[layer][wire]; } // first up in windows
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00021 {
00022 if(m_mdchit_sone[layer][wire] != 0) {
00023 return (m_mdchit_sone[layer][wire] + 1);
00024 }
00025 else return 0;
00026 }
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00021 {
00022 if(m_mdchit_sone[layer][wire] != 0) {
00023 return (m_mdchit_sone[layer][wire] + 1);
00024 }
00025 else return 0;
00026 }
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00029 { return m_mdchit_win[layer][wire]; } // hit distributions in windows
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00029 { return m_mdchit_win[layer][wire]; } // hit distributions in windows
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00052 { return m_mdcltrk_aft[id]; } // first down in windows after first up
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00052 { return m_mdcltrk_aft[id]; } // first down in windows after first up
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00068 { return m_mdcltrkc_one[id]; }
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00068 { return m_mdcltrkc_one[id]; }
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00069 {
00070 if(m_mdcltrkc_sone[id] != 0) {
00071 return (m_mdcltrkc_sone[id] + 1);
00072 }
00073 else return 0;
00074 }
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00069 {
00070 if(m_mdcltrkc_sone[id] != 0) {
00071 return (m_mdcltrkc_sone[id] + 1);
00072 }
00073 else return 0;
00074 }
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00044 { return m_mdcltrk_one[id]; }
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00044 { return m_mdcltrk_one[id]; }
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00051 { return m_mdcltrk_pre[id]; } // first up in windows
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00051 { return m_mdcltrk_pre[id]; } // first up in windows
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00045 {
00046 if(m_mdcltrk_sone[id] != 0) {
00047 return (m_mdcltrk_sone[id] + 1);
00048 }
00049 else return 0;
00050 }
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00045 {
00046 if(m_mdcltrk_sone[id] != 0) {
00047 return (m_mdcltrk_sone[id] + 1);
00048 }
00049 else return 0;
00050 }
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00053 { return m_mdcltrk_win[id]; } // hit distributions in windows
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00053 { return m_mdcltrk_win[id]; } // hit distributions in windows
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00064 { return m_mdcstrk_aft[id]; } // first down in windows after first up
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00064 { return m_mdcstrk_aft[id]; } // first down in windows after first up
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00077 { return m_mdcstrkc_one[id]; }
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00077 { return m_mdcstrkc_one[id]; }
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00078 {
00079 if(m_mdcstrkc_sone[id] != 0) {
00080 return (m_mdcstrkc_sone[id] + 1);
00081 }
00082 else return 0;
00083 }
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00078 {
00079 if(m_mdcstrkc_sone[id] != 0) {
00080 return (m_mdcstrkc_sone[id] + 1);
00081 }
00082 else return 0;
00083 }
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00056 { return m_mdcstrk_one[id]; }
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00056 { return m_mdcstrk_one[id]; }
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00063 { return m_mdcstrk_pre[id]; } // first up in windows
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00063 { return m_mdcstrk_pre[id]; } // first up in windows
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00057 {
00058 if(m_mdcstrk_sone[id] != 0) {
00059 return (m_mdcstrk_sone[id] + 1);
00060 }
00061 else return 0;
00062 }
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00057 {
00058 if(m_mdcstrk_sone[id] != 0) {
00059 return (m_mdcstrk_sone[id] + 1);
00060 }
00061 else return 0;
00062 }
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00065 { return m_mdcstrk_win[id]; } // hit distributions in windows
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00065 { return m_mdcstrk_win[id]; } // hit distributions in windows
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00085 { return m_mdcTrigCondi[id]; }
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00085 { return m_mdcTrigCondi[id]; }
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00040 { return m_mdctsf_aft[layer][wire]; } // first down in windows after first up
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00040 { return m_mdctsf_aft[layer][wire]; } // first down in windows after first up
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00032 { return m_mdctsf_one[layer][wire]; }
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00032 { return m_mdctsf_one[layer][wire]; }
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00039 { return m_mdctsf_pre[layer][wire]; } // first up in windows
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00039 { return m_mdctsf_pre[layer][wire]; } // first up in windows
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00033 {
00034 if(m_mdctsf_sone[layer][wire] != 0) {
00035 return (m_mdctsf_sone[layer][wire] + 1);
00036 }
00037 else return 0;
00038 }
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00033 {
00034 if(m_mdctsf_sone[layer][wire] != 0) {
00035 return (m_mdctsf_sone[layer][wire] + 1);
00036 }
00037 else return 0;
00038 }
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00041 { return m_mdctsf_win[layer][wire]; } // hit distributions in windows
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00041 { return m_mdctsf_win[layer][wire]; } // hit distributions in windows
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00018 { return m_name; }
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00018 { return m_name; }
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00097 {
00098 //initialize
00099 for(int i = 0; i < 24; i++)
00100 for(int j = 0; j < 256; j++)
00101 {
00102 m_mdchit_one[i][j] = 0;
00103 m_mdchit_sone[i][j] = 0;
00104 m_mdchit_pre[i][j] = 0;
00105 m_mdchit_aft[i][j] = 0;
00106 m_mdchit_win[i][j] = 0;
00107 if(i < 6) {
00108 m_mdctsf_one[i][j] = 0;
00109 m_mdctsf_sone[i][j] = 0;
00110 m_mdctsf_pre[i][j] = 0;
00111 m_mdctsf_aft[i][j] = 0;
00112 m_mdctsf_win[i][j] = 0;
00113 }
00114 }
00115 for(int k = 0; k < 132; k++)
00116 {
00117 if(k < 10) m_mdcTrigCondi[k] = 0;
00118 m_mdcltrkc_one[k] = 0;
00119 m_mdcstrkc_one[k] = 0;
00120 m_mdcltrkc_sone[k] = 0;
00121 m_mdcstrkc_sone[k] = 0;
00122 if(k < 128) {
00123 m_mdcltrk_one[k] = 0;
00124 m_mdcltrk_sone[k] = 0;
00125 m_mdcltrk_pre[k] = 0;
00126 m_mdcltrk_aft[k] = 0;
00127 m_mdcltrk_win[k] = 0;
00128
00129 m_mdcstrk_one[k] = 0;
00130 m_mdcstrk_sone[k] = 0;
00131 m_mdcstrk_pre[k] = 0;
00132 m_mdcstrk_aft[k] = 0;
00133 m_mdcstrk_win[k] = 0;
00134
00135 }
00136 }
00137 }
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00317 {
00318 cout<<"The number of board is "<<m_datamap.size()<<endl;
00319 std::map<uint32_t, std::vector<uint32_t> >::iterator iter = m_datamap.begin();
00320 if(iter->first == 0xe2)
00321 cout<<"The data size of E2 board is "<<iter->second.size()<<endl;
00322
00323 for(int i = 0; i < 24; i++)
00324 for(int j = 0; j < 256; j++)
00325 {
00326 m_mdchit_one[i][j] = 0;
00327 m_mdchit_sone[i][j] = 0;
00328 cout<<"MDC hits: "<<i<<" "<<j<<" "<<m_mdchit_one[i][j]<<endl;
00329 cout<<"MDC hits: "<<i<<" "<<j<<" "<<m_mdchit_sone[i][j]<<endl;
00330 if(i < 6) {
00331 m_mdctsf_one[i][j] = 0;
00332 m_mdctsf_sone[i][j] = 0;
00333 cout<<"MDC tsf: "<<i<<" "<<j<<" "<<m_mdctsf_one[i][j]<<endl;
00334 cout<<"MDC tsf: "<<i<<" "<<j<<" "<<m_mdctsf_sone[i][j]<<endl;
00335 }
00336 }
00337 for(int k = 0; k < 132; k++)
00338 {
00339 m_mdcltrkc_one[k] = 0;
00340 m_mdcstrkc_one[k] = 0;
00341 m_mdcltrkc_sone[k] = 0;
00342 m_mdcstrkc_sone[k] = 0;
00343 cout<<"MDC ltrkc: "<<k<<" "<<m_mdcltrkc_one[k]<<endl;
00344 cout<<"MDC strkc: "<<k<<" "<<m_mdcstrkc_one[k]<<endl;
00345 cout<<"MDC ltrkc: "<<k<<" "<<m_mdcltrkc_sone[k]<<endl;
00346 cout<<"MDC strkc: "<<k<<" "<<m_mdcstrkc_sone[k]<<endl;
00347 if(k < 128) {
00348 m_mdcltrk_one[k] = 0;
00349 m_mdcstrk_one[k] = 0;
00350 m_mdcltrk_sone[k] = 0;
00351 m_mdcstrk_sone[k] = 0;
00352 cout<<"MDC ltrk: "<<k<<" "<<m_mdcltrk_one[k]<<endl;
00353 cout<<"MDC strk: "<<k<<" "<<m_mdcstrk_one[k]<<endl;
00354 cout<<"MDC ltrk: "<<k<<" "<<m_mdcltrk_sone[k]<<endl;
00355 cout<<"MDC strk: "<<k<<" "<<m_mdcstrk_sone[k]<<endl;
00356 }
00357 }
00358 }
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00139 {
00140 if(datasize%window != 0) cerr<<"ERROR: The data size is not completed in time windows"<<endl;
00141 uint32_t periods = datasize/window;
00142 std::map<uint32_t, std::vector<uint32_t> >::iterator iter=m_datamap.begin();
00143 for(; iter != m_datamap.end(); iter++){
00144 if(iter->first != boardId) continue;
00145 std::vector<uint32_t>::iterator iter1 = iter->second.begin();
00146 for(; iter1 != iter->second.end(); iter1+=5){
00147 uint32_t byteId = *(iter1+0) -1;
00148 uint32_t bitId = *(iter1+1);
00149 int layerId = *(iter1+2) -1;
00150 int wireId = *(iter1+3) -1;
00151 uint32_t data_type = *(iter1+4);
00152 int seriesOne = -100;
00153 bool firstSOne = true; // this is a flag of first continue "1" signals
00154 bool flag_firstone(true), flag_lastone(true); // whether to book up or down
00155 for(uint32_t i=0; i<window; i++){
00156 if(layerId < 0 || wireId < 0) continue;
00157 if((iter->first) >= 226 && (iter->first) <= 233){ // TKF1-8 information
00158 if(data_type == 1){ // hit
00159 if((data[byteId + i*periods] >> bitId) & 1){
00160 if(layerId >= 36 && layerId <= 39 ){
00161 if(flag_firstone && (i-seriesOne!=1) && (i!=0)){ m_mdchit_pre[layerId-16][wireId] = i+1; flag_firstone = false;}
00162 if( ((i-seriesOne)!=1) && (m_mdchit_aft[layerId-16][wireId]!=0) ) flag_lastone = false;
00163 if( (flag_firstone==false) && ((i-seriesOne)==1) && flag_lastone) m_mdchit_aft[layerId-16][wireId]=i+1;
00164 if(((i-seriesOne)==1) && firstSOne) m_mdchit_sone[layerId-16][wireId] += 1;
00165 if(m_mdchit_sone[layerId-16][wireId] != 0 && (i-seriesOne) != 1) firstSOne = false;
00166 seriesOne = i;
00167 m_mdchit_one[layerId-16][wireId] += 1;
00168 m_mdchit_win[layerId-16][wireId] += 1<<i;
00169 }
00170 else {
00171 if(flag_firstone && (i-seriesOne!=1) && (i!=0)){ m_mdchit_pre[layerId][wireId] = i+1; flag_firstone = false;}
00172 if( ((i-seriesOne)!=1) && (m_mdchit_aft[layerId][wireId]!=0) ) flag_lastone = false;
00173 if( (flag_firstone==false) && ((i-seriesOne)==1) && flag_lastone) m_mdchit_aft[layerId][wireId]=i+1;
00174 if(((i-seriesOne) == 1) && firstSOne) m_mdchit_sone[layerId][wireId] += 1;
00175 if(m_mdchit_sone[layerId][wireId] != 0 && (i-seriesOne) != 1) firstSOne = false;
00176 seriesOne = i;
00177 m_mdchit_one[layerId][wireId] += 1;
00178 m_mdchit_win[layerId][wireId] += 1<<i;
00179 }
00180 }
00181 }
00182 if(data_type == 0) { // TSF
00183 if((data[byteId + i*periods] >> bitId) & 1) {
00184 if(layerId == 10) {
00185 if(flag_firstone && (i-seriesOne!=1) && (i!=0)){ m_mdctsf_pre[2][wireId] = i+1; flag_firstone = false;}
00186 if( ((i-seriesOne)!=1) && (m_mdctsf_aft[2][wireId]!=0) ) flag_lastone = false;
00187 if( (flag_firstone==false) && ((i-seriesOne)==1) && flag_lastone) m_mdctsf_aft[2][wireId]=i+1;
00188
00189 if((i-seriesOne) == 1 && firstSOne) m_mdctsf_sone[2][wireId] += 1;
00190 if(m_mdctsf_sone[2][wireId] != 0 && (i-seriesOne) != 1) firstSOne = false;
00191 seriesOne = i;
00192 m_mdctsf_one[2][wireId] += 1;
00193 m_mdctsf_win[2][wireId] += 1<<i;
00194 }
00195 if(layerId == 14) {
00196 if(flag_firstone && (i-seriesOne!=1) && (i!=0)){ m_mdctsf_pre[3][wireId] = i+1; flag_firstone = false;}
00197 if( ((i-seriesOne)!=1) && (m_mdctsf_aft[3][wireId]!=0) ) flag_lastone = false;
00198 if( (flag_firstone==false) && ((i-seriesOne)==1) && flag_lastone) m_mdctsf_aft[3][wireId]=i+1;
00199
00200 if((i-seriesOne) == 1 && firstSOne) m_mdctsf_sone[3][wireId] += 1;
00201 if(m_mdctsf_sone[3][wireId] != 0 && (i-seriesOne) != 1) firstSOne = false;
00202 seriesOne = i;
00203 m_mdctsf_one[3][wireId] += 1;
00204 m_mdctsf_win[3][wireId] += 1<<i;
00205 }
00206 if(layerId == 17) {
00207 if(flag_firstone && (i-seriesOne!=1) && (i!=0)){ m_mdctsf_pre[4][wireId] = i+1; flag_firstone = false;}
00208 if( ((i-seriesOne)!=1) && (m_mdctsf_aft[4][wireId]!=0) ) flag_lastone = false;
00209 if( (flag_firstone==false) && ((i-seriesOne)==1) && flag_lastone) m_mdctsf_aft[4][wireId]=i+1;
00210
00211 if((i-seriesOne) == 1 && firstSOne) m_mdctsf_sone[4][wireId] += 1;
00212 if(m_mdctsf_sone[4][wireId] != 0 && (i-seriesOne) != 1) firstSOne = false;
00213 seriesOne = i;
00214 m_mdctsf_one[4][wireId] += 1;
00215 m_mdctsf_win[4][wireId] += 1<<i;
00216 }
00217 if(layerId == 37) {
00218 if(flag_firstone && (i-seriesOne!=1) && (i!=0)){ m_mdctsf_pre[5][wireId] = i+1; flag_firstone = false;}
00219 if( ((i-seriesOne)!=1) && (m_mdctsf_aft[5][wireId]!=0) ) flag_lastone = false;
00220 if( (flag_firstone==false) && ((i-seriesOne)==1) && flag_lastone) m_mdctsf_aft[5][wireId]=i+1;
00221
00222 if((i-seriesOne) == 1 && firstSOne) m_mdctsf_sone[5][wireId] += 1;
00223 if(m_mdctsf_sone[5][wireId] != 0 && (i-seriesOne) != 1) firstSOne = false;
00224 seriesOne = i;
00225 m_mdctsf_one[5][wireId] += 1;
00226 m_mdctsf_win[5][wireId] += 1<<i;
00227 }
00228 }
00229 }
00230 if(data_type == 2) { // LTK
00231 if((data[byteId + i*periods] >> bitId) & 1) {
00232 if(flag_firstone && (i-seriesOne!=1) && (i!=0)){ m_mdcltrk_pre[wireId] = i+1; flag_firstone = false;}
00233 if( ((i-seriesOne)!=1) && (m_mdcltrk_aft[wireId]!=0) ) flag_lastone = false;
00234 if( (flag_firstone==false) && ((i-seriesOne)==1) && flag_lastone) m_mdcltrk_aft[wireId]=i+1;
00235
00236 if((i-seriesOne) == 1 && firstSOne) m_mdcltrk_sone[wireId] += 1;
00237 if(m_mdcltrk_sone[wireId] != 0 && (i-seriesOne) != 1) firstSOne = false;
00238 seriesOne = i;
00239 m_mdcltrk_one[wireId] += 1;
00240 m_mdcltrk_win[wireId] += 1<<i;
00241 }
00242 }
00243 if(data_type == 3) { // STK
00244 if((data[byteId + i*periods] >> bitId) & 1) {
00245 if(flag_firstone && (i-seriesOne!=1) && (i!=0)){ m_mdcstrk_pre[wireId] = i+1; flag_firstone = false;}
00246 if( ((i-seriesOne)!=1) && (m_mdcstrk_aft[wireId]!=0) ) flag_lastone = false;
00247 if( (flag_firstone==false) && ((i-seriesOne)==1) && flag_lastone) m_mdcstrk_aft[wireId]=i+1;
00248
00249 if((i-seriesOne) == 1 && firstSOne) m_mdcstrk_sone[wireId] += 1;
00250 if(m_mdcstrk_sone[wireId] != 0 && (i-seriesOne) != 1) firstSOne = false;
00251 seriesOne = i;
00252 m_mdcstrk_one[wireId] += 1;
00253 m_mdcstrk_win[wireId] += 1<<i;
00254 }
00255 }
00256 } // end of TKF1-8
00257
00258 if((iter->first) == 234) { // ITKF information
00259 if(data_type == 0) {
00260 if((data[byteId + i*periods] >> bitId) & 1) {
00261 if(layerId == 2) {
00262 if((i - seriesOne) == 1 && firstSOne) m_mdctsf_sone[0][wireId] += 1;
00263 if(m_mdctsf_sone[0][wireId] != 0 && (i - seriesOne) != 1) firstSOne = false;
00264 seriesOne = i;
00265 m_mdctsf_one[0][wireId] += 1;
00266 }
00267 if(layerId == 6) {
00268 if((i - seriesOne) == 1 && firstSOne) m_mdctsf_sone[1][wireId] += 1;
00269 if(m_mdctsf_sone[1][wireId] != 0 && (i - seriesOne) != 1) firstSOne = false;
00270 seriesOne = i;
00271 m_mdctsf_one[1][wireId] += 1;
00272 }
00273 }
00274 }
00275 if(data_type == 1) {
00276 if((data[byteId + i*periods] >> bitId) & 1) {
00277 if((i - seriesOne) == 1 && firstSOne) m_mdchit_sone[layerId][wireId] += 1;
00278 if(m_mdchit_sone[layerId][wireId] != 0 && (i - seriesOne) != 1) firstSOne = false;
00279 seriesOne = i;
00280 m_mdchit_one[layerId][wireId] += 1;
00281 }
00282 }
00283 if(data_type == 4) {
00284 if((data[byteId + i*periods] >> bitId) & 1) {
00285 m_mdcTrigCondi[wireId] = 1;
00286 }
00287 }
00288 } // end of ITKF
00289
00290 if((iter->first) == 235 || (iter->first) == 236) { // LTKC or STKC information
00291 if(data_type == 2) {
00292 if((data[byteId + i*periods] >> bitId) & 1) {
00293 if((i - seriesOne) == 1 && firstSOne) m_mdcltrkc_sone[wireId] += 1;
00294 if(m_mdcltrkc_sone[wireId] != 0 && (i - seriesOne) != 1) firstSOne = false;
00295 seriesOne = i;
00296 m_mdcltrkc_one[wireId] += 1;
00297 if(wireId >= 128) m_mdcTrigCondi[wireId - 126] = 1;
00298 }
00299 }
00300 if(data_type == 3) {
00301 if((data[byteId + i*periods] >> bitId) & 1) {
00302 if((i - seriesOne) == 1 && firstSOne) m_mdcstrkc_sone[wireId] += 1;
00303 if(m_mdcstrkc_sone[wireId] != 0 && (i - seriesOne) != 1) firstSOne = false;
00304 seriesOne = i;
00305 m_mdcstrkc_one[wireId] += 1;
00306 if(wireId >= 128) m_mdcTrigCondi[wireId - 122] = 1;
00307 }
00308 }
00309 } //end of LTKC or STKC
00310
00311 } // loop in windows
00312
00313 }
00314 }
00315 }
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1.3.9.1