###################################################################


         Computation of String Tension
         -----------------------------

    Spatial orientations included in fit:

                 fuzzing   t_start   t_stop

      V(12,0)      1         0        12
      V(14,0)      1         0        12
      V(16,0)      1         0        12
      V(18,0)      1         0        12
      V(20,0)      1         0        12
      V(22,0)      1         0        12
      V(24,0)      1         0        12
      V(26,0)      1         0        12
      V(28,0)      1         0        12
      V(30,0)      1         0        12
      V(32,0)      1         0         9
      V(34,0)      1         0         8
      V(36,0)      1         0         8
      V(38,0)      1         0         8
      V(40,0)      1         0         8


    Fitting function:

      V(R) = V0 + sigma * R



    Chi-square per degree of freedom =   1.035423
                  Goodness of fit  Q =   0.373501


     a_s * a_t * string_tension:     0.025265(39)
     --------------------------

         best =     0.02526455
   plus_error =     0.00003568
  minus_error =    -0.00004134

     boot_avg =     0.02526263
     boot_med =     0.02526611
     boot_upp =     0.02530024
     boot_low =     0.02522322


     1/ (a_s * a_t * inv_string_tension):     39.581(61)
     --------------------------

         best =    39.58114489
   plus_error =     0.06443248
  minus_error =    -0.05694528

     boot_avg =    39.58424674
     boot_med =    39.57870588
     boot_upp =    39.64557737
     boot_low =    39.52419961


     additive constant a_t * V0:     0.07489(46)
     --------------------------

         best =     0.07488716
   plus_error =     0.00049118
  minus_error =    -0.00042088

     boot_avg =     0.07491044
     boot_med =     0.07490113
     boot_upp =     0.07537833
     boot_low =     0.07446628


    Some other details of the fit:
    -----------------------------

     a_t V(12,0)  =  0.37806(15)     
     a_t V(14,0)  =  0.42859(18)     
     a_t V(16,0)  =  0.47912(22)     
     a_t V(18,0)  =  0.52965(24)     
     a_t V(20,0)  =  0.58018(26)     
     a_t V(22,0)  =  0.63071(30)     
     a_t V(24,0)  =  0.68124(36)     
     a_t V(26,0)  =  0.73177(42)     
     a_t V(28,0)  =  0.78229(47)     
     a_t V(30,0)  =  0.83282(53)     
     a_t V(32,0)  =  0.88335(59)     
     a_t V(34,0)  =  0.93388(65)     
     a_t V(36,0)  =  0.98441(70)     
     a_t V(38,0)  =  1.03494(75)     
     a_t V(40,0)  =  1.08547(81)