scale = 5000000
GPFUN_gamma_gamma = "gamma_gamma(x) = (floor(x - 0.5))!"
GPFUN_gamma = "gamma(x) = x**(gamma_k - 1) * exp((-1.0) * x / gamma_theta) / (gamma_theta**gamma_k * gamma_gamma(k))"
-#plot [x=63:124] 'markov-comparators-16-pct.data' title 'SN-Markov', 'evolution-comparators-16-bs-pct.data' title 'SN-Evolution (BS)' lt 3, 'evolution-comparators-16-oes-pct.data' title 'SN-Evolution (OES)' lt 4, gamma_fit(x) title "Gamma-Verteilung" lt 2
-plot [x=63:124] 'markov-comparators-16-pct.data' title 'SN-Markov', 'evolution-comparators-16-bs-pct.data' title 'SN-Evolution (BS)' lt 3, 'evolution-comparators-16-oes-pct.data' title 'SN-Evolution (OES)' lt 4
+#plot [x=63:124] 'markov-comparators-16-pct.data' title 'SN-Markov', 'evolution-comparators-16-bs-pct.data' title 'SN-Evolution (BM)' lt 3, 'evolution-comparators-16-oes-pct.data' title 'SN-Evolution (OEM)' lt 4, gamma_fit(x) title "Gamma-Verteilung" lt 2
+plot [x=63:124] 'markov-comparators-16-pct.data' title 'SN-Markov', 'evolution-comparators-16-bs-pct.data' title 'SN-Evolution (BM)' lt 3, 'evolution-comparators-16-oes-pct.data' title 'SN-Evolution (OEM)' lt 4
# EOF