- Geometry Biasing with Importance:
- Investigate the differences between Generic Biasing importance biasing and the existing intrinsic geometrical biasing.
- Debug the geometrical biasing for the case of deleted and reinstantiated geometries.
- Investigate the "switchability" between generic and geometrical biasing
- Clean up and revise test33 to correctly test biasing in MT mode
- Command line and "smart" biasing scheme
- Reverse Monte Carlo:
- Improvments of EM ReverseMC for case of thick shielding (1/2)
- Continue/Finish Migration of ReverseMC to MT (2/2)
- Generic process:
- Consider interest of new method G4VProcess::StartEvent()
- Generic Biasing:
- Continue enriching event biasing options (1/2 - 2/2):
- Brem. splitting (alternative to existing one in EM); refactor existing example to source
- Leading particle (alternative to existing one in HAD)
- Statistical test suite to verify correctness of biasing wrt to analog (1/2)
- Improvements:
- Use of generic track extension to consolidate bookeeping (1/2)
- Allow/demonstrate use of parallel worlds (2/2)
- Feasibility studies and prototyping (2/2)
- Biasing of charged particles, with cross-section changing over the step
- Use of occurence biasing to allow continuous density change inside a same volume
- DXTRAN-like biasing
- Material/isotope biasing
- Woodcock tracking
- Continue enriching event biasing options (1/2 - 2/2):
- Materials:
- Verify and improve handling of gases (bug report 1704 indicate a problem)
- Prospective: coping with molecular aspects for low energy ? (1/2 - 2/2)
Updated: 5th March 2015