The following improvements have been added between Version 5.0.4 and 5.0.5:

issue000120 Change the P-VALV keyword specification in module PKINI:
issue000121 Implement makefiles
issue000122 Correct a regression in modules SENS: and LIB: from issue000089
issue000123 Change specification of some Ganlib APIs: LCMPUT, LCMPPD, LCMPDL, LCMPPL, LEMLEN and LCMLEL
issue000124 Correct a bug related to processing of Monte-Carlo geometry files
issue000125 Correct a bug with the linear Lagrange interpolation method
issue000126 Correct a bug with LEVEL 2 option in module SHI:
issue000127 Set of corrections related to modules THM:, INIKIN: and PKINI::
  • Add record RADII in the IPTHM object
  • Correct the time-step management
  • Add records related to thermo-mechanic in IPTHM object
  • Add RATIOX information in REAL-PARAM array
  • Remove a restriction in input data of module INIKIN:
  • Modify data input of module PKINI:
  • Implement I_TO_S4 function in CLE-2000
issue000128 Add records PARAM and K-EFFECTIVE in HCYCLE directories
issue000129 Increase the number of isotopes over 9999 in modules SCR: and NCR:
issue000130 Set of corrections related to module TONE::
  • Correct a low-dilution bug
  • Correct a transport-correction related bug
issue000131 Correct option DIRFLX in module FMT:
issue000132 Set of corrections related to modules EVO: and SAP::
  • Correct a bug where U235 is present as detector and depleting isotope in the same mixture
  • Correct a non-initialized variable in module SAP:
issue000133 Correct the Feedback Model specification in modules CFC: and AFM:
issue000134 Correct a memory corruption bug in module D2P:
issue000135 Modify write formats in module FLPOW:
issue000136 Implement support for CANDU clusters in module THM:
issue000137 Add a non-regression test for Cartesian CANDU6 clusters with NXT:
issue000138 Implement channel-dependent data in module THM:
issue000139 Correct the water boiling model in module THM:
issue000140 Correct a bug in LCM API affecting pin power reconstruction
issue000141 Implement new IRSN specifications in module SIM:
issue000142 Implement the Newtonian SPH equivalence technique
issue000143 Implement multigroup albedos in BIVAC and TRIVAC
issue000144 Reintroduce the Bowring-Mayinger model in module THM:
issue000145 Implement direct-adjoint weighting in module OUT:
issue000146 Implement the Newtonian SPH equivalence technique in non-fundamental mode condition
issue000147 Change default option from CUBIC to LINEAR in modules NCR: and SCR:
issue000148 Include memory usage information in code drivers