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MuTr Software

MuTr Software. Online Calibration Offline. Mutr Online Data Monitor. Check FEM/Chamber read from DD/ET GUI control Fill,fit,reset,display histograms read/write DB. HPSS. DD. GUI. Calib. Data Manager. DB. Display Objects. Courtesy of Ming Liu. Objects occupancy/zero-sup ratio

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MuTr Software

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  1. MuTr Software • Online • Calibration • Offline N. Bruner Univ. of New Mexico

  2. Mutr Online Data Monitor • Check FEM/Chamber • read from DD/ET • GUI control • Fill,fit,reset,display histograms • read/write DB HPSS DD GUI Calib Data Manager DB Display Objects Courtesy of Ming Liu N. Bruner Univ. of New Mexico

  3. Objects occupancy/zero-sup ratio cell diff vs fem parity check vs fem sample diff vs chan pedestal vs chan rms vs chan T0 jitter baseline restore total 21,504 channels Status framework exists partially implemented need to add DB access Mutr Online Data Monitor Courtesy of Ming Liu N. Bruner Univ. of New Mexico

  4. Mutr Online Data Monitor Data Sample Timing Calibration Data Data Pedestals by Ming Liu N. Bruner Univ. of New Mexico

  5. MuTr Offline Software Design • Design goals: • Minimize user commands/maximize compiled code • Maintain central arm/MuID style interface • Be physically intuitive • Merge easily with existing code • Be more object oriented than existing MuTr code • Three categories of objects: hardware track reconstruction calibration N. Bruner Univ. of New Mexico

  6. MuTr Offline Hardware Classes • Represent physical detector components • Hierarchical • Constructors create and maintain pointers to their subcomponents MutArm* p = new MutArm(South); p->f_pMutStations[0]->getGlobalPosition(); • Destructors delete subcomponents • Similar for Refreshing and Calibrating N. Bruner Univ. of New Mexico

  7. MuTr Offline Hardware Classes InheritanceTree N. Bruner Univ. of New Mexico

  8. A MuTr Offline Database Class Prototype • MutDBObj • Persistence capable • Contains: • ID • Two vectors for global geometry calibration • Gain array for FEE calibration • Offset array for FEE calibration • Booleans for enable/disable • Not compiled with ROOTCINT N. Bruner Univ. of New Mexico

  9. MuTr Offline Status • Hardware classes macros run in ROOT. • Old/new MuTr software not yet merged. • Work continues on: • Display - shell created using old framework • Compiling database class with ROOTCINT • Geometry – significant progress has been made! • No work yet on new track reconstruction classes N. Bruner Univ. of New Mexico

  10. MuTr Software Projects • Integrate geometry (Bruner, Brooks) • Pisa • Response Chain • Reconstruction • Display • Integrate calibration (Leitch) • Integrate track reconstruction • Online Monitoring (Liu, Bruner, Purschke) • Level II Trigger (Fields) • Pattern Recognition (Leitch, Brooks, Kelly) • Display (new French collaborators, Newby) N. Bruner Univ. of New Mexico

  11. MuTr Software Status • We’ve made progress in: • Offline Geometry • Calibration • Online Monitoring • Task list N. Bruner Univ. of New Mexico

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