The following improvements have been added between Version 5.0.7 and 5.0.8:

issue000220 Commit the adjoint (backward) space-time kinetics method in module KINSOL:
issue000221 Correct a memory allocation issue (clusters) in module G2S:
issue000222 Add support for Intel Fortran compiler (ifort) in Makefiles
issue000223 Correct headers for IGE-378 programmers guide
issue000224 Implement Boltzmann-Fokker-Planck SN discretization in 3D Cartesian geometry
  • Correct an issue related to source definition
issue000225 Correct a side effect in CCCC file utility XDREED/XDRITE
issue000226 Correct a burnup depletion issue with the NDAS reader
issue000227 Implement support for electroatomic matxs libraries
  • Implement keywords NOGAS and GAS
  • Correct memory allocation issues in modules FMAC: and OUT:
issue000228 Correct a regression from version 5.0.6 related to delayed fission spectra normalization
issue000229 Implement a WIMS-3.1 compatible TAPE16-CPO interface
issue000230 Replace gcc-9 with gcc-11 in makefiles
issue000231 Correct a XABORT logic related to SPLITL keyword in TRIVAC
issue000232 Correct a memory allocation issue in module SALT:
issue000233 Correct a long-standing bug with TYPE S high-order (spatial) SN cases
issue000234 Correct programming issues in module NXT:
issue000235 Implement keyword RESK in module LIB: for MATXS2 libraries
issue000236 Desactivate THMAVG in 2x2 assembly split cases
issue000237 Add a single cell non-regression test in module THM:
issue000238 Add a non-regression test for module NAP:
issue000239 Implement modules BREF:, NSST: and NSSF: for supporting equivalent reflector calculations
  • Add keyword POWR in module VAL:
  • Correct procedure CreaDilut.c2m
  • Add keyword NGET in module BREF:
  • Include buckling effects
  • Generalize module NSST: to 2D/3D Cartesian geometries
  • Emulate NORM2 function
  • Correct support of matrix physical albedos in editions
  • Add specific routines to generic LCMGET
  • Improve tracking of nodal expansion method in 2D/3D cases
  • Implement coarse mesh finite differences (CMFD) in module NSSF:
issue000240 Correct a SPLITL bug in module RESINI:
  • Correct intel compiler support in Makefiles
issue000241 Reprogram DOORFV.f subroutine to improve ONEG parallelism
issue000242 Correct a wrong NCOMB value in module EVO:
  • Implement keyword EVOL in module LIB:
issue000243 Implement HDF5 file support in the Ganlib5 kernel
  • Implement support of RedHat operating system
  • Correct a big endian issue on AIX
  • Add keyword GREP in module HUTL:
  • Add keyword TEST in module HUTL: and API hdf5_group_exists in Ganlib kernel
issue000244 Implement the Apex multiparameter interpolation module ACR:
  • Add possibility to use groups physc001 and expli001
issue000245 Add keyword * in module EDI: to compute assembly discontinuity factors
  • Correct support of assembly disccontinuity factors
  • Correct a memory corruption bug in module MAC:
  • Make non-regressions tests more quiet
  • Correct an initialization bug in module ERROR:
issue000246 Improve support of Boltzmann-Fokker-Planck equation solutions in module LIB:
issue000247 Implement the Galerkin Discontinuous approximation with the Boltzmann-Fokker-Planck solution
issue000248 Improve XABORT logic in module LIB:
issue000249 Correct a memory corruption issue in PyGan
  • Simplify the PyGan API for LCM access
  • Correct C99 warnings on RedHat 8
  • Adapt Makefiles to Scibian 10 operating system
issue000250 Implement directional sources with SN Cartesian discretizations
issue000251 Implement cyclic tracking of equilateral triangular geometry in module SALT:
issue000252 Implement SPH support with Apex multiparameter libraries
issue000253 Implement support of options CPINX and CPINY in modules G2S: and NXT:
issue000254 Complete implementation of the Sternheimer correction in module LIB:
issue000255 Correct a NOEV/MIXB issue in module EVO: