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Toyama National College of Technology. Detector Response Working Group. Scoring, Latest Updates and Plans. Tsukasa Aso Toyama National College of Technology aso@nc-toyama.ac.jp. Contents. Works for next release Upgrades in build-in command scoring Visualize/Write quantity with unit
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Toyama National College of Technology Detector Response Working Group Scoring,Latest Updates and Plans Tsukasa Aso Toyama National College of Technology aso@nc-toyama.ac.jp
Contents • Works for next release • Upgrades in build-in command scoring • Visualize/Write quantity with unit • Supporting cylindrical volume • Testing codes for scored results • Statistical information for scored quantities
Brief Summary of Scoring Schemes • More functionalities • Visualization of results • Persistency of results With 3D segmented geometry in Parallel World.
Built-in command scorer • Implemented using MultiFunctionalDetector/PrimitiveScorer/SDFilter • UIcommands operate scoring conditions • A 3D voxel geometry is constructed in a Parallel world volume. • Supports visualization of scored results Examples
Updates in Built-in command scoring • Visualize/Write quantities with a color bar anda unit.(Akinori Kimura) Example: 1GeV electron Water target
Updates in Built-in command scoring Parallel volume • Cylindrical volume Mass volume
Updates in Built-in command scoring Built-in command scoring • Cylindrical volume
Updates in Built-in command scoring • Under Magnetic field • 10 Tesla uniform B filed • 1 GeV electron
Updates in Built-in command scoring • Under Magnetic field • 10 Tesla uniform B filed • 1 GeV proton
Testing codes for scorers • Test codes • Comparison of scored results • between scoring algorithms • SensitiveDetector versus PrimitiveScorer • Confirmed for track length, energy deposit. • between scoring geometries • Mass geometry versus Parallel geometry • Check on tracking/stepping • All of scorers are the subject of this tests
Statistical information • Current PrimitiveScorer accumulates only a quantity. • It should provide statistical error for the quantity. • With the contribution by Giovanni, • New class “G4StaticDouble” will be introduced to calculates the average and the RMS of the quantity in a event. • The modification for this updates is simple. • Replace G4THitsMap<double*> to G4THitsMap<G4StaticDouble*> • Output format and documentation has to be modified.
Summary • Upgrades of Built-in command scoring • Visualization and file output are given in unit specified by users. • Cylindrical volume with 3D structure, (i.e. z,phi,R) is supported. • Scoring under magnetic field is working. • Statistical error will be provided. • The test codes for checking scoring results will be prepared.