NetScan MC software improvement for TT hit analysis K. Narita, K. Kodama, M. Komatsu

NetScan MC outline  PH generators for each scanning system  Measurement error parameterizations for each scanning system  Ghost track generators for each scanning system MC track segment (EMUL Bank) Real NetScan Data  Perform as real background tracks  Empty box map-folder for each scanning system MC track merged with real NetScan data ⇒ ecfsal, ecvtxa, user analyses Build for Λc paper (not released yet)

NetScan MC with TT Current version - So far, Only slope matching required (D 0, Λ c paper) empty box TT track TT hit empty box TT track TT hit MC MC track segments are placed within the empty box Impossible to use position information (TT hits count)

NetScan MC with TT New version (next release) empty box TT track TT hit MC empty box TT track MC TT hit Track segments in empty box are placed within the MC vertex region

New software outline CTransMCChorus void ::SetStack(int stack) int ::ploff double ::xc double ::yc NetScanDataStore::read_fxx_all_mc(..,CTransMCChorus,.) int ::plc Destination (MC coordinate) MC Empty box center - Current version read_fxx_all(..)  Other parts are completely same as current version

NetScan MC at Nagoya Dump Banks (EMUL, KINE, FUJI etc) to files (LINUX) Read files and set into NetScan software (Windows) Location simulation and define Vertex Plate ⇒ chantmclib.lib (by Narita. Included in next NetScan software release) PH generator (for each UTS, map-folder. by Sato) Ghost track generator (for each UTS. by Komatsu) ⇒ included in next NetScan software release

New version release schedule Running test (Sato, Narita) ⇒ Memory management bug found.. Now fixing ver should not be used Release (in two week after this meeting) ⇒ efficiency study for physics analysis Using TT hit information (Sato’s 0mu analysis, Golden selection etc …) Already installed to CERN by Kawamura-san