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/data/refman/pasoursint/CMSSW_5_3_10_patch1/src/DQM/EcalCommon/interface/LogicID.h

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00001 #ifndef LogicID_H
00002 #define LogicID_H
00003 
00012 #include <vector>
00013 #include <string>
00014 #include <cstring>
00015 #include <stdexcept>
00016 
00017 #include "OnlineDB/EcalCondDB/interface/EcalLogicID.h"
00018 
00019 class LogicID {
00020 
00021 public:
00022 
00023 //-------------------------------------------------------------------------
00024 
00025 // WARNING:
00026 // this file depends on the content of
00027 // OnlineDB/EcalCondDB/perl/lib/CondDB/channelView.pm
00028 
00029 //-------------------------------------------------------------------------
00030 
00031 static EcalLogicID getEcalLogicID( const char* name,
00032                                    const int id1 = EcalLogicID::NULLID,
00033                                    const int id2 = EcalLogicID::NULLID,
00034                                    const int id3 = EcalLogicID::NULLID ) throw( std::runtime_error ) {
00035 
00036   // EcalBarrel
00037 
00038   if( strcmp(name, "EB") == 0 ) {
00039     return( EcalLogicID( "EB",
00040                          1000000000UL ) );
00041   }
00042   if( strcmp(name, "EB_crystal_number") == 0 ) {
00043     return( EcalLogicID( "EB_crystal_number",
00044                          1011000000UL+10000*id1+id2,
00045                          id1,
00046                          id2 ) );
00047   }
00048   if( strcmp(name, "EB_trigger_tower") == 0 ) {
00049     return( EcalLogicID( "EB_trigger_tower",
00050                          1021000000UL+10000*id1+id2,
00051                          id1,
00052                          id2 ) );
00053   }
00054   if( strcmp(name, "EB_mem_channel") == 0 ) {
00055     return( EcalLogicID( "EB_mem_channel",
00056                          1191000000UL+10000*id1+id2,
00057                          id1,
00058                          id2 ) );
00059   }
00060   if( strcmp(name, "EB_mem_TT") == 0 ) {
00061     return( EcalLogicID( "EB_mem_TT",
00062                          1181000000UL+10000*id1+id2,
00063                          id1,
00064                          id2 ) );
00065   }
00066   if( strcmp(name, "EB_LM_PN") == 0 ) {
00067     return( EcalLogicID( "EB_LM_PN",
00068                          1131000000UL+10000*id1+id2,
00069                          id1,
00070                          id2 ) );
00071   }
00072 
00073   // EcalEndcap
00074 
00075   if( strcmp(name, "EE") == 0 ) {
00076     return( EcalLogicID( "EE",
00077                          2000000000UL ) );
00078   }
00079   if( strcmp(name, "EE_crystal_number") == 0 ) {
00080     return( EcalLogicID( "EE_crystal_number",
00081                          2010000000UL+1000000*((id1>=1&&id1<=9)?2:0)+1000*int(id2/1000)+int(id2%1000),
00082                          (id1>=1&&id1<=9)?+1:-1,
00083                          int(id2/1000),
00084                          int(id2%1000) ) );
00085   }
00086   if( strcmp(name, "EE_readout_tower") == 0 ) {
00087     return( EcalLogicID( "EE_readout_tower",
00088                          2110000000UL+100*((id1>=1&&id1<=9)?(646+(id1-1)):(601+(id1-10)))+id2,
00089                          ((id1>=1&&id1<=9)?(646+(id1-1)):(601+(id1-10))),
00090                          id2 ) );
00091   }
00092   if( strcmp(name, "EE_mem_channel") == 0 ) {
00093     return( EcalLogicID( "EE_mem_channel",
00094                          100*((id1>=1&&id1<=9)?(646+(id1-1)):(601+(id1-10)))+id2,
00095                          ((id1>=1&&id1<=9)?(646+(id1-1)):(601+(id1-10))),
00096                          id2 ) );
00097   }
00098   if( strcmp(name, "EE_mem_TT") == 0 ) {
00099     return( EcalLogicID( "EE_mem_TT",
00100                          100*((id1>=1&&id1<=9)?(646+(id1-1)):(601+(id1-10)))+id2,
00101                          ((id1>=1&&id1<=9)?(646+(id1-1)):(601+(id1-10))),
00102                          id2 ) );
00103   }
00104   if( strcmp(name, "EE_LM_PN") == 0 ) {
00105     return( EcalLogicID( "EE_LM_PN",
00106                          100*((id1>=1&&id1<=9)?(646+(id1-1)):(601+(id1-10)))+id2,
00107                          ((id1>=1&&id1<=9)?(646+(id1-1)):(601+(id1-10))),
00108                          id2 ) );
00109   }
00110 
00111   throw( std::runtime_error( "Unknown 'name': " + std::string( name ) ) );
00112   return( EcalLogicID( std::string( "" ), EcalLogicID::NULLID ) );
00113 
00114 }
00115 
00116 private:
00117 
00118   LogicID() {}; // Hidden to force static use
00119   ~LogicID() {}; // Hidden to force static use
00120 
00121 };
00122 
00123 #endif // LogicID_H