“…L1 trigger conditions CEM(1, 10) one EM trigger tower with E T > 10 GeV CEM(2,5) two EM trigger towers with E T > 5 GeV CEM(1,15) one EM trigger tower with E T > 15 GeV CEM(1,11) one EM trigger tower with E T > 11 GeV CEM(2, 6) two EM trigger towers with E T > 6 GeV CEM(1,9)CEM(2, 3) one EM trigger tower with E T > 9 GeV, another EM trigger tower with E T > 3 GeV L2 trigger conditions EM(1,12) one EM candidate with E T > 12 GeV (not present for runs below 169524) L3 trigger conditions ELE LOOSE SH T(1,20) one electron with |η det | < 3.0, E T > 20 GeV, EM fraction > 0.9 and passing shower shape cuts ELE LOOSE(1, 30) one electron with |η det | < 3.0, E T > 30 GeV and EM fraction > 0.9 ELE NLV SHT(1, 20) one electron with |η physics | < 3.6, E T > 20 GeV, EM fraction > 0.9 and passing tight shower shape cuts ELE NLV SH(1, 30) one electron with |η physics | < 3.6, E T > 30 GeV, EM fraction > 0.9 and passing loose shower shape cuts for CC,…”