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Latest Updates and Future Plans for Detector Response Scoring at Toyama National College of Technology

The Detector Response Working Group at Toyama National College of Technology is embarking on significant upgrades for the upcoming software release. Enhancements include built-in command scoring, which now supports visualization of quantities with units, and integrates testing codes for score verification. Notably, the functionality for cylindrical volume support and statistical analysis of scoring results is being refined. Users will benefit from improved visualization and persistency of results, all while performing under magnetic fields. Comprehensive documentation will accompany these upgrades.

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Latest Updates and Future Plans for Detector Response Scoring at Toyama National College of Technology

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  1. 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

  2. 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

  3. Scoring

  4. Brief Summary of Scoring Schemes • More functionalities • Visualization of results • Persistency of results With 3D segmented geometry in Parallel World.

  5. Built-in command scoring

  6. 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

  7. Updates in Built-in command scoring • Visualize/Write quantities with a color bar anda unit.(Akinori Kimura) Example: 1GeV electron Water target

  8. Updates in Built-in command scoring Parallel volume • Cylindrical volume Mass volume

  9. Updates in Built-in command scoring Built-in command scoring • Cylindrical volume

  10. Updates in Built-in command scoring • Under Magnetic field • 10 Tesla uniform B filed • 1 GeV electron

  11. Updates in Built-in command scoring • Under Magnetic field • 10 Tesla uniform B filed • 1 GeV proton

  12. Testing codes

  13. 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

  14. Statistical analysis

  15. 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.

  16. 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.

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