path: root/Donjon/data/Reflector_beavrs_DF-NEM_proc/REFL_MPO_ERM.c2m

********************************************************************************
*                                                                              *
* Procedure : REFL_MPO_ERM.c2m                                                 *
* Purpose   : Perform a reflector equivalence with a response-matrix method    *
*             and produce a MPO file                                           *
* Author    : A. Hebert                                                        *
*                                                                              *
* CALL      :                                                                  *
*  MpoRefl := REFL_MPO_ERM Geom FVol Param1 Param2 :: <<nameFeed>>             *
*                  <<nameRefl>> <<Palier>> <<htype>> <<LibType>> <<NuclData>>  *
*                  <<OptNoal>> <<nbZones>> ;                                   *
*                                                                              *
*  Input objects:                                                              *
*    Geom    : macro-geometry LCM object                                       *
*    FVol    : volume fraction LCM object                                      *
*    Param1  : first feeding assembly global parameter LCM object              *
*    Param2  : second feeding assembly global parameter LCM object             *
*    nameFeed: MPO fine group feeding assembly file name                       *
*    nameRefl: MPO coarse group reflector file name                            *
*    Palier  : type of reflector ('BEAVRS','EPR','VVER', etc.)                 *
*    htype   : type of equivalence ('LEFEBFRE-LEB','KOEBKE')                   *
*    LibType : type of cross-section library used for the reflector            *
*    NuclData: name of the cross-section library used for the reflector as     *
*              set in the .access script file                                  *
*    OptNoal : 'ALBE'/'NOAL' compute albedo/force right albedo to 0            *
*    OptSS   : 'TONE'/'NOSS' do/don't activate self-shielding of Fe56 and Cr52 *
*    nbZones : number of zones in the reflector                                *
*                                                                              *
*  Output objects:                                                             *
*    MpoRefl : reflector MPO file                                              *
*                                                                              *
********************************************************************************
PARAMETER MpoRefl Geom FVol Param1 Param2 ::
  ::: HDF5_FILE MpoRefl ;
  ::: LINKED_LIST Geom FVol Param1 Param2 ; ;
STRING nameFeed nameRefl Palier htype LibType NuclData OptNoal OptSS ;
  ::  >>nameFeed<< >>nameRefl<< >>Palier<< >>htype<< >>LibType<< >>NuclData<<
      >>OptNoal<< >>OptSS<< ;
INTEGER nbZones ; :: >>nbZones<< ;
PROCEDURE GetMolarMass MetalMix CreaDilut assertS_low ;
LINKED_LIST
  DONNEES Geom_refl LibDilut MACRO LibFuel LibFuel_1 LibFuel_2 MolarMasses FeNat
  CrNat SnNat NiNat ZrNat TiNat SiNat BNat AgNat CdNat SNat GdNat Zirc4 Incon SS304
  M5 KNat InNat AIC Gd2O3 Edition Multicompo TRACK TRACK_refl SYSTEM FLUX TRKFIL
  MCompRefl GeomRefl MacrRefl MacrFuel Param ;
HDF5_FILE MpoFeed  :: FILE <<nameFeed>> ;
MODULE
  GEO: MCR: ASM: FLU: EDI: MPO: DELETE: UTL: HUTL: END: ABORT: MAC: SNT: TONE: GREP:
  MSTR: BREF: NSST: NSSF: ;
INTEGER ilong nbParam ;
STRING paramname1 paramname2 paramname3 ;
REAL paramvalu1 paramvalu2 paramvalu3 ;

! Donnees a fournir a CreaDilut, fonction de dilution, pour chaque zone
REAL dMod TMil fvMod fvZr4 fvInc fvSS304 fvHe ;
INTEGER premierMIX ;
STRING Localisation := "output_0" ;

*---- Parameters    -----------------------------------
ECHO "...FVol LCM object:" ;
UTL: FVol :: DUMP ;
ECHO "...Param1 LCM object:" ;
UTL: Param1 :: DUMP ;
ECHO "...Param2 LCM object:" ;
UTL: Param2 :: DUMP ;
GREP: Param1 :: LENGTH 'PARAMNAME' >>nbParam<< ;
ECHO "number of global parameters in feeding assembly=" nbParam ;
ECHO "MPO fine group feeding assembly=" nameFeed ;
ECHO "MPO coarse group reflector=" nameRefl ;
IF nbParam 3 > THEN
  ECHO "REFL_MPO_ERM: number of global parameters in feeding assembly > 3" ;
  ABORT: ;
ENDIF ;

*---- General informations    -------------------------
ECHO "LibType=" LibType "NuclData="  NuclData ;

*--------------------------------------------------------------------
* Boron tabulation in the reflector
*--------------------------------------------------------------------
INTEGER iBoreMax := 5 ;
DONNEES := UTL: ::
    CREA
          C-BORE <<iBoreMax>> =
            0.0     350.0     700.0    1000.0    1400.0  
    ;

*--------------------------------------------------------------------
* Reflector MPO initialization
*--------------------------------------------------------------------
MpoRefl := MPO: ::
  EDIT 10
  COMM 'Radial reflector XS'
  PARA 'C-BORE'      VALU REAL
  PARA 'Method'      VALU CHAR
  PARA 'Palier'      VALU CHAR
  ;

TRACK := SNT: Geom ::
  EDIT 1
  MAXR 100000
  SN 16 SCAT 2 ;

Geom_refl := GEO: Geom :: X+ REFL ;

TRACK_refl := SNT: Geom_refl ::
  EDIT 1
  MAXR 100000
  SN 16 SCAT 2 ;

REAL dModBas := 0.753 ; ! Densite du moderateur en entree du coeur
REAL TMilBas := 286.4 ; ! Temp du reflecteur bas (soit Tmod,entree)
EVALUATE TMilBas := TMilBas 273.15 + ; ! Conversion en Kelvin

! Reflector equivalence variables
REAL Keff SNKeff1 SNKeff2 PCM ;
REAL CB ; ! ppm
INTEGER iPalier ;
LINKED_LIST OUT OUT_1 OUT_2 MACR_TRAC MACR_FLUX ;
INTEGER iZone ;

*-------------------------------------------------------
* Procedures: - Retrieve molar masses (GetMolarMasses)
*             - Create Metal Mixes (MetalMix)
*---- 1) Molar Masses ----------------------------------
MolarMasses := GetMolarMass :: <<NuclData>> <<LibType>> ;

*---- 2) Metal Mixes -----------------------------------
FeNat CrNat SnNat NiNat BNat ZrNat TiNat SiNat KNat AgNat CdNat SNat
InNat Zirc4 Incon SS304 M5 AIC GdNat Gd2O3 := MetalMix
MolarMasses :: <<LibType>> ;

*--------------------------------------------------------------------
*-------------------------Compute LibFuel-------------------------
*--------------------------------------------------------------------
HUTL: MpoFeed :: DIR ;

*--------------------------------------------------------------------
* Loop over the 2 cases, in order to have two different spectrum ratios
*--------------------------------------------------------------------
INTEGER IndexCB ;
INTEGER CASE := 1 ;
WHILE CASE 2 <= DO
  IF CASE 1 = THEN
    Param := Param1 ;
  ELSEIF CASE 2 = THEN
    Param := Param2 ;
  ENDIF ;
  IF nbParam 0 = THEN
    LibFuel :=  MCR: MpoFeed :: EDIT 3 MICRO NMIX 1
      MPO MpoFeed output_0 MIX  1 ENDMIX ;

  ELSEIF nbParam 1 = THEN
    GREP: Param :: STEP UP 'PARAMNAME' GETVAL 1 1 * >>paramname1<< ;
    GREP: Param :: GETVAL 'PARAMVALU' 1 >>paramvalu1<< ;
    ECHO "PARAMNAME(" paramname1 ")=" paramvalu1 ;

    LibFuel :=  MCR: MpoFeed :: EDIT 3 MICRO NMIX 1
      MPO MpoFeed output_0 MIX  1 SET <<paramname1>> <<paramvalu1>>
      ENDMIX ;

  ELSEIF nbParam 2 = THEN
    GREP: Param :: STEP UP 'PARAMNAME' GETVAL 1 1 * >>paramname1<< ;
    GREP: Param :: GETVAL 'PARAMVALU' 1 >>paramvalu1<< ;
    GREP: Param :: STEP UP 'PARAMNAME' GETVAL 2 1 * >>paramname2<< ;
    GREP: Param :: GETVAL 'PARAMVALU' 2 >>paramvalu2<< ;
    ECHO "PARAMNAME(" paramname1 ")=" paramvalu1 ;
    ECHO "PARAMNAME(" paramname2 ")=" paramvalu2 ;

    LibFuel :=  MCR: MpoFeed :: EDIT 3 MICRO NMIX 1
      MPO MpoFeed output_0 MIX  1 SET <<paramname1>> <<paramvalu1>> SET <<paramname2>> <<paramvalu2>>
      ENDMIX ;

  ELSEIF nbParam 3 = THEN
    GREP: Param :: STEP UP 'PARAMNAME' GETVAL 1 1 * >>paramname1<< ;
    GREP: Param :: GETVAL 'PARAMVALU' 1 >>paramvalu1<< ;
    GREP: Param :: STEP UP 'PARAMNAME' GETVAL 2 1 * >>paramname2<< ;
    GREP: Param :: GETVAL 'PARAMVALU' 2 >>paramvalu2<< ;
    GREP: Param :: STEP UP 'PARAMNAME' GETVAL 3 1 * >>paramname3<< ;
    GREP: Param :: GETVAL 'PARAMVALU' 3 >>paramvalu3<< ;
    ECHO "PARAMNAME(" paramname1 ")=" paramvalu1 ;
    ECHO "PARAMNAME(" paramname2 ")=" paramvalu2 ;
    ECHO "PARAMNAME(" paramname3 ")=" paramvalu3 ;

    LibFuel :=  MCR: MpoFeed :: EDIT 3 MICRO NMIX 1
      MPO MpoFeed output_0 MIX  1 SET <<paramname1>> <<paramvalu1>> SET <<paramname2>> <<paramvalu2>>
      SET <<paramname3>> <<paramvalu3>> ENDMIX ;

  ELSE
    ECHO "REFL_MPO_ERM: invalid value of nbParam=" nbParam ;
  ENDIF ;
  IF CASE 1 = THEN ! Case A
    LibFuel_1 := LibFuel ;
  ELSEIF CASE 2 = THEN ! Case B
    LibFuel_2 := LibFuel ;
  ENDIF ;
  Param LibFuel := DELETE: Param LibFuel ;

  EVALUATE CASE := CASE 1 + ;
ENDWHILE ; ! Loop over CASE

!--------------------------------------------------------------------
! Loop on Boron CB in reflector
!--------------------------------------------------------------------
ECHO "$$$ Branch Boron loop for CASE=" CASE ;
EVALUATE IndexCB := 0 ;
WHILE IndexCB iBoreMax < DO
  EVALUATE IndexCB := IndexCB 1 + ;
  GREP: DONNEES :: GETVAL 'C-BORE' <<IndexCB>> >>CB<< ;
  ECHO "Boron step: " IndexCB "/" iBoreMax " Boron=" CB " ppm    Palier =" Palier ;

  EVALUATE dMod := dModBas ;
  EVALUATE TMil := TMilBas ;
 
  !------------------------------------------------------------
  !  Loop over 2 cases (to get 2 different spectrum ratios)
  !------------------------------------------------------------
  EVALUATE CASE := 1 ;
  WHILE CASE 2 <= DO
    IF CASE 1 = THEN
      LibDilut := LibFuel_1 ;
    ELSEIF CASE 2 = THEN
      LibDilut := LibFuel_2 ;
    ENDIF ;

    EVALUATE iZone := 1 ;
    WHILE iZone nbZones <= DO
      ! Reflector mixtures are defined as .ge. 2
      EVALUATE premierMIX := 1 iZone + ;
      ECHO "First MIX : " premierMIX ;

      ! Recover volumic fractions in the reflector
      GREP: FVol :: LENGTH 'H2O' >>ilong<< ;
      IF ilong 0 > THEN
        GREP: FVol :: GETVAL 'H2O' <<premierMIX>> >>fvMod<< ;
      ELSE
        EVALUATE fvMod := 0.0 ;
      ENDIF ;
      GREP: FVol :: LENGTH 'Zr4' >>ilong<< ;
      IF ilong 0 > THEN
        GREP: FVol :: GETVAL 'Zr4' <<premierMIX>> >>fvZr4<< ;
      ELSE
        EVALUATE fvZr4 := 0.0 ;
      ENDIF ;
      GREP: FVol :: LENGTH 'Inc' >>ilong<< ;
      IF ilong 0 > THEN
        GREP: FVol :: GETVAL 'Inc' <<premierMIX>> >>fvInc<< ;
      ELSE
        EVALUATE fvInc := 0.0 ;
      ENDIF ;
      GREP: FVol :: LENGTH 'SS' >>ilong<< ;
      IF ilong 0 > THEN
        GREP: FVol :: GETVAL 'SS' <<premierMIX>> >>fvSS304<< ;
      ELSE
        EVALUATE fvSS304 := 0.0 ;
      ENDIF ;
      GREP: FVol :: LENGTH 'He' >>ilong<< ;
      IF ilong 0 > THEN
        GREP: FVol :: GETVAL 'He' <<premierMIX>> >>fvHe<< ;
      ELSE
        EVALUATE fvHe := 0.0 ;
      ENDIF ;
      ECHO "[Refl" Localisation
           "] Volume fraction : " iZone ;
      ECHO "- H2O   :      " fvMod " ;" ;
      ECHO "- Zr4   :      " fvZr4 " ;" ;
      ECHO "- Inc   :      " fvInc " ;" ;
      ECHO "- SS304 :      " fvSS304 " ;" ;
      ECHO "- He    :      " fvHe "." ;

      ! Define MIX 1 in reflector macrolib
      LibDilut := CreaDilut LibDilut MolarMasses BNat Zirc4 Incon SS304 ::
      <<dMod>> <<nbZones>> <<premierMIX>> <<TMil>> <<CB>> <<fvMod>> <<fvZr4>>
      <<fvInc>> <<fvSS304>> <<NuclData>> <<LibType>> ;

      EVALUATE iZone := iZone 1 + ;
    ENDWHILE ;

    !----------------------------------------------------------
    ! Resonance self-shielding of Fe56 and Cr52 in reflector
    !----------------------------------------------------------
    IF OptSS "TONE" = THEN
      LibDilut := TONE: LibDilut TRACK_refl :: EDIT 1 GRMIN 7 SPH ;
    ENDIF ;

    !----------------------------------------------------------
    ! Extract a macrolib from microlib
    !----------------------------------------------------------
    MACRO := LibDilut :: STEP UP MACROLIB ;
    LibDilut := DELETE: LibDilut ;
        
    !----------------------------------------------------------
    ! SN flux calculation in reflector
    !----------------------------------------------------------
    SYSTEM := ASM: MACRO TRACK :: ARM ;
    FLUX := FLU: SYSTEM MACRO TRACK :: EDIT 0 TYPE K P1 HETE ;
    GREP: FLUX :: GETVAL 'K-EFFECTIVE' 1 >>Keff<< ;
    ECHO "IndexCB=" IndexCB "CASE=" CASE "SN Keff=" Keff ;

    IF nbZones 5 = THEN
      OUT := EDI: MACRO TRACK FLUX Geom ::
          EDIT 3 UPS MERGE MIX 1 2 3 3 4 0
          COND 0.625 GOLVER SAVE ;
    ELSEIF nbZones 6 = THEN
      OUT := EDI: MACRO TRACK FLUX Geom ::
          EDIT 3 UPS MERGE MIX 1 2 3 3 3 4 0
          COND 0.625 GOLVER SAVE ;
    ELSEIF nbZones 7 = THEN
      OUT := EDI: MACRO TRACK FLUX Geom ::
          EDIT 3 UPS MERGE MIX 1 2 3 3 3 3 4 0
          COND 0.625 GOLVER SAVE ;
    ENDIF ;

    IF CASE 1 = THEN
      EVALUATE SNKeff1 := Keff ;
      OUT_1 := OUT ;
    ELSEIF CASE 2 = THEN
      EVALUATE SNKeff2 := Keff ;
      OUT_2 := OUT ;
    ENDIF ;

    SYSTEM FLUX MACRO OUT := DELETE: SYSTEM FLUX MACRO OUT ;

    EVALUATE CASE := CASE 1 + ;
  ENDWHILE ; ! Loop over CASE

  !----------------------------------------------------------
  !  Reflector equivalence procedure
  !----------------------------------------------------------
  ECHO "htype=" htype ;
  ECHO "OptNoal=" OptNoal ;
  GeomRefl MacrRefl := BREF: Geom OUT_1 OUT_2 ::
     EDIT 5 MIX 1 3 GAP 2 4 HYPE 2 MODEL <<htype>> <<OptNoal>> NGET 1.0 1.0 ;
  GeomRefl := GEO: GeomRefl ::
    MIX 1 2
  ;

  !----------------------------------------------------------
  !  Verification calculations
  !----------------------------------------------------------
  ECHO "Macro-geometry used in verification calculation:" ;
  UTL: GeomRefl :: DUMP ;
  MACR_TRAC := NSST: GeomRefl :: EDIT 2 HYPE 2 ;
  EVALUATE CASE := 1 ;
  WHILE CASE 2 <= DO

    ECHO "recover flux CASE=" CASE "IndexCB=" IndexCB ;
    IF CASE 1 = htype 'ERM-NEM' = * THEN
      MACR_TRAC := NSST: MACR_TRAC GeomRefl :: TITLE "alpha1.txt" NEM HYPE 2 ;
      MacrFuel := OUT_1 :: STEP UP 'REF-CASE0001' STEP UP MACROLIB ;
    ELSEIF CASE 1 = htype 'ERM-ANM' = * THEN
      MACR_TRAC := NSST: MACR_TRAC GeomRefl :: TITLE "alpha1.txt" ANM ;
      MacrFuel := OUT_1 :: STEP UP 'REF-CASE0001' STEP UP MACROLIB ;
    ELSEIF CASE 2 = htype 'ERM-NEM' = * THEN
      MACR_TRAC := NSST: MACR_TRAC GeomRefl :: TITLE "alpha2.txt" NEM HYPE 2 ;
      MacrFuel := OUT_2 :: STEP UP 'REF-CASE0001' STEP UP MACROLIB ;
    ELSEIF CASE 2 = htype 'ERM-ANM' = * THEN
      MACR_TRAC := NSST: MACR_TRAC GeomRefl :: TITLE "alpha2.txt" ANM ;
      MacrFuel := OUT_2 :: STEP UP 'REF-CASE0001' STEP UP MACROLIB ;
    ELSE
      ECHO "REFL_MPO: invalid htype=" htype ;
      ABORT: ;
    ENDIF ;
    MACRO := MacrRefl ;
    MACRO := MAC: MACRO MacrFuel ::
      MIX 1 1 OLDL ; ! Recover fuel data for specific CASE
    MacrFuel := DELETE: MacrFuel ;
        
    MACR_FLUX := NSSF: MACR_TRAC MACRO ::
      EDIT 1
    ;
    GREP: MACR_FLUX :: GETVAL 'K-EFFECTIVE' 1 >>Keff<< ;
    IF CASE 1 = THEN
      EVALUATE PCM := Keff SNKeff1 - 1.E5 * ;
      ECHO "...IndexCB=" IndexCB "CASE=1 SN Keff=" SNKeff1 "macro Keff=" Keff "(" PCM " pcm)" ;
      assertS_low MACR_FLUX :: 'K-EFFECTIVE' 1 <<SNKeff1>> 1.0E-4 ;
    ELSEIF CASE 2 = THEN
      EVALUATE PCM := Keff SNKeff2 - 1.E5 * ;
      ECHO "...IndexCB=" IndexCB "CASE=2 SN Keff=" SNKeff2 "macro Keff=" Keff "(" PCM " pcm)" ;
      assertS_low MACR_FLUX :: 'K-EFFECTIVE' 1 <<SNKeff2>> 1.0E-4 ;
    ENDIF ;

    MACRO MACR_FLUX := DELETE: MACRO MACR_FLUX ;

    EVALUATE CASE := CASE 1 + ;
  ENDWHILE ; ! Loop over CASE
  MACR_TRAC OUT_1 OUT_2 := DELETE: MACR_TRAC OUT_1 OUT_2 ;

  !----------------------------------------------------------
  !  MPO reflector creation
  !----------------------------------------------------------
  Edition := EDI: MacrRefl :: EDIT 1 ADFM SAVE ;
  GeomRefl MacrRefl := DELETE: GeomRefl MacrRefl ;

  MpoRefl := MPO: MpoRefl Edition :: EDIT 1
      STEP <<Localisation>>
      C-BORE <<CB>>
      Method <<htype>>
      Palier <<Palier>>
      ;
  Edition := DELETE: Edition ;

ENDWHILE ; ! Loop over IndexCB

END: ;
QUIT "LIST" .