  **** results.yie ****


  Total primaries run:          100000

    Total weight of the primaries run:   100000.000    


  Detector n:            1             
     (User norm:          1.00000000      
      sigma:              1.00000000E-30  mb
      distr. scored:           3    ,
      from reg.          -1  to reg.           -2  )
      linear 1st variable (x1) binning from   1.0000E+00 to  2.0000E+00    20 bins ( 5.0000E-02 wide)
      2nd variable (x2) ranges from   0.0000E+00 to  3.1416E+00
      1st variable (x1) is: Laboratory Kinetic Energy    
      2nd variable (x2) is: Laboratory Angle (radians)   
      The scored double differential yield is (normalized per primary particle):
        plain d2 sigma / d x1 d x2 where x1, x2 are     
        the first and second variables                  
                                                        

      2nd variable (x2) differential is a solid angle one

     Tot. response (integrated over x1)   0.000000      +/-   0.000000     %
     ( --> Tot. response without normaliz.    0.000000      +/-   0.000000     % )

  **** Double differ. yield as a function of x1 **** ****          (not integrated)                ****


  x1 boundaries:

   2.000000       1.950000       1.900000       1.850000       1.800000    
   1.750000       1.700000       1.650000       1.600000       1.550000    
   1.500000       1.450000       1.400000       1.350000       1.300000    
   1.250000       1.200000       1.150000       1.100000       1.050000    
  Lowest x1 boundary      :   1.000000    

  Yield (double differ.):

   0.000000     +/-    0.000000     %    0.000000     +/-    0.000000     % 
   0.000000     +/-    0.000000     %    0.000000     +/-    0.000000     % 
   0.000000     +/-    0.000000     %    0.000000     +/-    0.000000     % 
   0.000000     +/-    0.000000     %    0.000000     +/-    0.000000     % 
   0.000000     +/-    0.000000     %    0.000000     +/-    0.000000     % 
   0.000000     +/-    0.000000     %    0.000000     +/-    0.000000     % 
   0.000000     +/-    0.000000     %    0.000000     +/-    0.000000     % 
   0.000000     +/-    0.000000     %    0.000000     +/-    0.000000     % 
   0.000000     +/-    0.000000     %    0.000000     +/-    0.000000     % 
   0.000000     +/-    0.000000     %    0.000000     +/-    0.000000     % 


  **** Cumulative Yields as a function of x1 **** ****   (integrated over x1, differ. in x2) ****


  x1 boundaries:


   2.000000       1.950000       1.900000       1.850000       1.800000    
   1.750000       1.700000       1.650000       1.600000       1.550000    
   1.500000       1.450000       1.400000       1.350000       1.300000    
   1.250000       1.200000       1.150000       1.100000       1.050000    
  Lowest x1 boundary      :   1.000000    

  Cumul. Yield:

   0.000000     +/-    0.000000     %    0.000000     +/-    0.000000     % 
   0.000000     +/-    0.000000     %    0.000000     +/-    0.000000     % 
   0.000000     +/-    0.000000     %    0.000000     +/-    0.000000     % 
   0.000000     +/-    0.000000     %    0.000000     +/-    0.000000     % 
   0.000000     +/-    0.000000     %    0.000000     +/-    0.000000     % 
   0.000000     +/-    0.000000     %    0.000000     +/-    0.000000     % 
   0.000000     +/-    0.000000     %    0.000000     +/-    0.000000     % 
   0.000000     +/-    0.000000     %    0.000000     +/-    0.000000     % 
   0.000000     +/-    0.000000     %    0.000000     +/-    0.000000     % 
   0.000000     +/-    0.000000     %    0.000000     +/-    0.000000     % 
