Type of input catalog     =   1
Maximum of radius         =   200.00
Minimum of radius         =     0.000
Limit of dist for w(rp)   =    15.000
Omega matter              =     0.307
Min of cut   or Magnitude =   4.3
Type of filter/binning    =   4
Real corr.func            =   0
Redshift corr.func        =   1
Projected corr function   =   0
Filter bin size           =   1.0
Gauss filter width        =    0.0100
 ---------------------------------
Real/redshift/Projection  =  1- make it. 0- do not
 
Type of input catalog     =  1- unformatted Fortran
      1st line                   Np,Vpeak_cut,redshift,Box  
                                  Np- INT8, the rest is real*4  
      Np lines: each             X,Y,Z, Vx,Vy,Vz, Mtotl, Vpeak, Rvir, Pid  
                                 Np, pid = INT8, the rest is real*4  
 
                             2- ASCII file No velocities
      1st line                  Np,Vpeak_cut,redshift,Box  
      Np lines: each            X, Y, Z, Vpeak  
 
                             3- ASCII file with velocities
      1st line                  Np,Vpeak_cut,redshift,Box  
      Np lines: each            X, Y, Z, Vx, Vy, Vz, Vpeak  
 
                             4- HDF5 file with velocities
                                Columns:  
                                X, Y, Z, VX, VY, VZ, Mtotal  
                                Attributes:  
                                Aexpn, Box, Header, Nhalos, Omega  
 
                             5- HDF5 file Uchuu-style with velocities
                                Columns:  
                                X, Y, Z, VX, VY, VZ, Mtotal  
                                Attributes:  
                                Aexpn, Box, Header, Nhalos, Omega  
 
Type of filter/binning =   1- log with additional Gauss filter
                               dlogR= bin in log10, width= gauss width in log10
 
                           2- log with no extra smoothing
                               dlogR= bin in log10, width= 0 
                           3- constant dR with additional Gauss filter
                               dlogR= bin in Radius, width= gauss filter 
 
                           4- constant dR no extra smoothing
                               dlogR= bin in Radius, width= 0