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GENIE Physics Validation

  • dag_1: generation of (anti)neutrino-nucleon splines (with the use of gmkspl)
  • dag_2: combining individual (anti)neutrino-nucleon splines in a single XML file (gspladd); also convert XML spline file to Root format (gspl2root)
  • dag_3: generation of (anti)neutrino-nucleus splines (gmkspl)
  • dag_4: combining individual (anti)neutrino-nucleus splines into a single XML file (gspladd); also convert XML spline file to Root format (gspl2root)
  • dag_5: generation of various GENIE event files in GHEP format for "sanity check" (gevgen)
  • dag_6: convert generated GHEP event files for "sanity check" to GNTP format (gntpc) OBSOLETE
  • dag_6: "sanity check" (gevscan)
  • dag_7: generation of GENIE event files in GHEP format for XSec validation (gevgen)
  • dag_9: convert generated GHEP files for XSec validation to GNTP format (gntpc) OBSOLETE
  • dag_8: run XSec validation (MC-to-data comparison with gvld_general_comparison)
  • dag_9: generation of GENIE event files in GHEP format for Hadronization validation (gevgen)
  • dag_12: convert generated GHEP files for Hadronization validation to GNTP format (gntpc) OBSOLETE
  • dag_10: run Hadronization validation (MC-to-data comparison with gvld_hadronization)
  • dag_11: generation of GENIE event files in GHEP format for MINERvA validation (gevgen)
  • dag_12: run MINERvA validation (MC-to-data comparison with gvld_general_comparison)
  • dag_13: generation of GENIE event files for T2K validation (gevgen)
  • dag_14: run T2K validation (MC-to-data comparison with gvld_general_comparison)
  • dag_15: generation of GENIE event files for MiniBooNE (gevgen)
  • dag_16: run MiniBooNE validation (MC-to-data comparison with gvld_general_comparisons)