ZP_READ: read pdfs from file input.f2s

 ZP_INDX: # available parameters =  23

  1    0.11800E+00     a_s      : input alpha_s                     
  2    0.83152E+04     Q2_as    : startscale a_s evolution   [GeV2] 
  3    0.15000E+01     m_c      : charm mass a_s evolution   [GeV]  
  4    0.50000E+01     m_b      : bott  mass a_s evolution   [GeV]  
  5    0.18800E+03     m_t      : top   mass a_s evolution   [GeV]  
  6    0.40426E+00     Lam3     : lambda_QCD for nf = 3      [GeV]  
  7    0.34329E+00     Lam4     : lambda_QCD for nf = 4      [GeV]  
  8    0.24318E+00     Lam5     : lambda_QCD for nf = 5      [GeV]  
  9    0.10307E+00     Lam6     : lambda_QCD for nf = 6      [GeV]  
 10    0.70000E+01     Q2_0     : startscale pdf evolution   [GeV2] 
 11    0.10000E+11     Q2_c     : charm threshold pdf evol   [GeV2] 
 12    0.10000E+11     Q2_b     : bott  threshold pdf evol   [GeV2] 
 13    0.10000E+01     Q2_s     : input scale of xstrange    [GeV2] 
 14    0.20000E+00     Ks       : xs(Q2_s) = Ks*xSea(Q2_s)          
 15    0.28000E-04     x_min    : lower x  limit of fit             
 16    0.75000E+00     x_max    : upper x  limit of fit             
 17    0.10000E+01     Q2_min   : lower Q2 limit of fit      [GeV2] 
 18    0.50000E+04     Q2_max   : upper Q2 limit of fit      [GeV2] 
 19    0.10214E+02     W2_min   : lower W2 limit of fit      [GeV2] 
 20    0.28567E+03     sqrt(s)  : s = max(Q2/x) for all data [GeV]  
 21    0.15000E+01     m_c      : charm mass F2c calculation [GeV]  
 22    0.10000E+01     a        : F2c fact scale = a*Q2 + b         
 23    0.00000E+00     b        : F2c fact scale = a*Q2 + b         

 ZP_INDX: # available PDFs =  10

  1    PDF   GLUON     xg                      
  2    PDF   SINGL     x(u+ubar+d+dbar+s+sbar) 
  3    PDF   UMIND     x((u+ubar)-(d+dbar))    
  4    PDF   XQSEA     2x(ubar+dbar+sbar)      
  5    PDF   STRAN     x(s+sbar) = 2xsbar      
  6    PDF   UPVAL     x(u-ubar)               
  7    PDF   DNVAL     x(d-dbar)               
  8    F2    PROTO     F2(uds) + F2(charm)     
  9    F2C   PROTO     F2(charm)               
 10    FL    PROTO     FL(uds) + FL(charm)     

 ZP_INDX: # available errors (S=symmetric A=asym 0=exclude  1=include) =   9

  1    STATERR   S  1  Statistical error       
  2    SYSERR    S  1  Systematic error        
  3    ALFAS     A  1  Alpha_s error           
  4    STRAN     A  1  K_strange error         
  5    CMASS     A  1  Charm mass error        
  6    PARAM     A  1  Parameterisation error  
  7    RSCAL     A  0  Renormalisation scale   
  8    FSCAL     A  0  Fact. scale  F2(uds)    
  9    HSCAL     A  0  Fact. scale  F2c