pi+ postscript 
K+ postscript 
K- postscript | Go to: |
runs 2-10 (on another page) runs 11-12 (on another page) run 13 runs 14-16 (on another page) |
Here is the complete log file, and this is the best
point from run 13:
Here is the BEST point !
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Total chi^2 = 2167.08898864524
chi^2/d.o.f = 1.01789055361449
Probability of perfect model = .2774391964874108
Fixed parameters:
ycm = 2.9133600
fs = 1.0000000
lamK = 1.0000000
normpi= 1.0000000
normK = 1.0000000
Variable parameters:
T = 95.3957799 +/- 3.5266607 MeV
vT/c = .6555016 +/- .0363092
et0 = 3.8797202 +/- .8504497
muB/T = 4.7139807 +/- .3286298
tau = 12.5687384 +/- 2.2252282 fm/c
R = 11.4079766 +/- 1.4089314 fm
aT = -.7041592 +/- .2596383
lam = .7006332 +/- .0737855
Calculated Quantities:
vs/c = .9941219 + .0000000 .0000000
vL/c = .9991470 + .0006973 -.0038117
muB = 449.6938666 + 20.4284325 -20.8615881 MeV
t1 = 6.8362936 + 2.3717766 -4.2643491 fm/c
t3 = 304.3603217 + 452.9399985 -182.4860763 fm/c
t2-t1 = 5.7324447 + 5.3741337 -2.8406328 fm/c
dtau = 7.4060118 + 4.3524071 -2.4488403 fm/c
z3 = 304.1006942 + 453.0785602 -182.8508367 fm
muS = 42.4901925 + 5.9045185 -5.4682577 MeV
muI = -4.1057459 + .6612199 -.7397983 MeV
Bar# = 283.7074138 + 91.5093593 -75.4319978
Bproj = 141.8537069 + 45.7546796 -37.7159989
Btarg = 141.8537069 + 45.7546796 -37.7159989
brdn1 = .01785744 + .03120322 -.00665947 fm^-3
brdn2 = .00922878 + .00286935 -.00229689 fm^-3
Using this plotfrz input file, I got the following
plots:
pi+ postscript K+ postscript K- postscript (I'm now working on trying to display the correlation functions)
postscript version