Fit asymmetric power exponential density using maximum-likelihood. Fit asymmetric power exponential
density. Read from files of from standard input
-O output type (default 0)
0 parameter bl br al ar m and log-likelihood
1 the estimated distribution function computed on the provided points
2 the estimated density function computed on the provided points
3 parameters bl br al ar m and their standard errors
-x set initial conditions bl,br,al,ar,m (default 2,2,1,1,0)
-m the mode is not estimated but is set to the value provided
-s number of intervals to explore at each iteration (default 10)
-V verbosity level (default 0)
0 just the final result
1 headings and summary table
2 intermediate steps results
3 intermediate steps internals
4+ details of optim. routine
-M active estimation steps. The value is the sum of (default 6)
2 global optimization not considering lack of smoothness in m
4 local optimization taking non-smoothness in m into consideration
-G set global optimization options. Fields are step,tol,iter,eps,msize,algo. Empty field implies
default (default .1,1e-2,100,1e-3,1e-5,2,0)
-I set local optimization options. Fields are step,tol,iter,eps,msize,algo. Empty field implies
default (default .01,1e-3,200,1e-3,1e-5,5,0)
The optimization parameters are step initial step size of the searching algorithm
tol line search tolerance iter: maximum number of iterations
eps gradient tolerance : stopping criteria ||gradient||<eps
msize simplex max size : stopping criteria ||max edge||<msize
algo optimization methods: 0 Fletcher-Reeves, 1 Polak-Ribiere, 2 Broyden-Fletcher-Goldfarb-Shanno, 3
Steepest descent, 4 Nelder-Mead simplex, 5 Broyden-Fletcher-Goldfarb-Shanno ver.2 6 Nelder-Mead
simplex ver. 2, 7 Nelder-Mead simplex rnd init.