Gray line is a best-fit normal distribution based on logarithm of m i.
*PERT distribution is form of β distribution based on best, minimum, and maximum estimates for parameter.
Finally, while Table 3 shows that the sCMP(m=3) distribution performs comparably well, we nonetheless determine the sCMP((hat {lambda }=0.9120, hat {nu }=3.7750, m=2)) model to be the best choice to estimate the observed distribution, based on the resulting estimated frequencies shown in Fig. 3.
Mathematical analysis of mitochondrial frequency distribution, based on calculation of circularity factor (C.F ., was performed on best-focused plane, using the FIJI software (http://fiji.sc/).sc/
Comparisons of best distributions were based on the use of goodness-of-fit tests such as Kolmogorov Smirnov, Anderson Darling, and Chi squared.
The assessment of the best probability distribution was based on the total rank obtained from all the tests.
Annual rainfall series of all districts of the state were fitted by Chi-squared, Chi-squared (2P), exponential, exponential (2P), gamma, gamma (3P), gen. extreme value (GEV), log-Pearson 3, Weibull, Weibull (3P) distributions and comparisons of best distributions were done based on the use of goodness-of-fit tests such as Kolmogorov Smirnov, Anderson Darling, and Chi squared.
The results in Tables 4 and 5 show the GC and beta-Cauchy provide an adequate fit to the survival time data while the GC distribution provides the best fit (based on KS p-value) to the annual flow of the Nile River data.
