*
*=== Emfbrm ===========================================================*
*
*----------------------------------------------------------------------*
*                                                                      *
*     Copyright (C) 2003-2019:  CERN & INFN                            *
*     All Rights Reserved.                                             *
*                                                                      *
*     This is the common for the new EMF bremsstrahlung: the name been *
*     changed from Brempr (2005) to remark this                        *
*                                                                      *
*      Mxxmde = maximum number of media in Emf                         *
*                                                                      *
*     Variables for the new bremsstrahlung:                            *
*                                                                      *
*             Thbrem = total electron/positron threshold energy for    *
*                      bremsstrahlung production (or minimum energy    *
*                      of emitted photons), MeV                        *
*             Althbr = natural logarithm of Thbrem - me                *
*             Ebrm0  = minimum energy for which bremsstrahlung data    *
*                      are tabulated                                   *
*             Albrm0 = natural logarithm of Ebrm0                      *
*             Ebrmrt = ratio between subsequent tabulated energies     *
*                      after the initial 0:nktl-3 values               *
*             Abrmrt = natural logarithm of Ebrmrt                     *
*             Aktild = k/T values corresponding at the tabulated en-   *
*                      ergies ( jth energy = (Thbrem-me) / Aktild (j) )*
*             Alktld = natural logarithm of Aktild                     *
*             Indsum = array used for addressing data                  *
*             Jndsum = array used for addressing data                  *
*             Ind0br = zero index address of brm. branching ratios     *
*                      and of brm. power fit exponents                 *
*             Ind1br = last index address of brm. branching ratios     *
*                      and of brm. power fit exponents                 *
*             Jnd0br = zero index address of brm. tabulated ds/dk      *
*             Jnd1br = last index address of brm. tabulated ds/dk      *
*             Lnwbrm = Logical flag for the new bremss.                *
*                                                                      *
*----------------------------------------------------------------------*
*
*     PARAMETER ( NKTL   =     17 )
*     Until Fluka2010.4 included:
*  Changed on 17-Apr-2009 in order to make thinner the bremss. runtime
*  tabulations because of LPM
**     PARAMETER ( NBRBIN =     75 )
**     PARAMETER ( BREXRT = ONEFOU )
*     PARAMETER ( NBRBIN =    150 )
*     PARAMETER ( BREXRT = ONEONE / EIGEIG )
      PARAMETER ( NBRBIN =    160 )
      PARAMETER ( BREXRT = ONEONE / EIGEIG )
*
      LOGICAL LNWBRM
      COMMON / EMFBRM / THBREM (MXXMDE),     ALTHBR (MXXMDE),
     &                  EBRM0  (MXXMDE),     ALBRM0 (MXXMDE),
     &                  EBRMRT (MXXMDE),     ABRMRT (MXXMDE),
     &                  AKTILD (0:NBRBIN),   ALKTLD (0:NBRBIN),
     &                  INDSUM (0:NBRBIN+1), IND0BR (2,MXXMDE),
     &                  IND1BR (2,MXXMDE),   LND0BR (2,MXXMDE),
     &                  LND1BR (2,MXXMDE),   JND0BR (2,MXXMDE),
     &                  JND1BR (2,MXXMDE),   LNWBRM (MXXMDE)
      DIMENSION JNDSUM (0:NBRBIN)
      EQUIVALENCE ( INDSUM (1), JNDSUM (0) )
      SAVE / EMFBRM /