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Detailed report on Brick Finding Package featuring results, graphical user interface, and roadmap for future development. Algorithm includes cleaning events, cellular automation, and more for muon track and jet reconstruction. Results show efficiency of 91%. Event Viewer ready for online analysis, with plans to integrate package into OPERA CVS repository. Open to suggestions for enhancements.
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Brick Finding Package – Status Report A. Chukanov, S. Dmitrievsky, Yu. Gornushkin Joint Institute for Nuclear Research, Dubna LNGS 11th October, 2006
Outline • Package description • Results • Graphical User Interface • Roadmap • Conclusion
Cleaning Event Cellular Automation
Reconstruction muon track direction Hough Transform Kalman Filter(from OpRec package) Tracing Method
Reconstruction Hadron Jet direction Reweighting hits method
Define wall with interaction Neural Network
Find Brick Define most probable brick
Results (nmCC events) “1 of 3” Full detector Wall reconstruction efficiency: 1 wall 0.94 0.85 Brick finding efficiency 1 brick 0.71 0.70 2 bricks 0.87 0.85 3 bricks 0.91 0.92
Show hits before and after selection Drawing directions of Muon track And/Or Hadron Jet Show particles or deposited energy Open Data files and Save Picture Execute event Zoom buttons Navigation buttons Muon track reconstruction algorithm Interactions type Brick finding options Program Development Button
Development Online Event Viewer develop the online data conversion to OPERA Root files Map of inserted bricks BMS people Other BF algorithms can be added to our program
Conclusion • Developed BF program (91% efficiency) • Event Viewer is ready for online analysis • We are ready to put the BF package to OPERA CVS repository • We can implement all your suggestions