func main() {
// input filename
_, fnkey := io.ArgToFilename(0, "frame2d", ".sim", true)
// simple problems
var opts []*goga.Optimiser
if fnkey == "simple" {
io.Pf("\n\n\n")
//P := []int{1}
P := utl.IntRange2(1, 19)
opts = make([]*goga.Optimiser, len(P))
for i, problem := range P {
opts[i] = solve_problem(fnkey, problem)
}
} else {
opts = []*goga.Optimiser{solve_problem(fnkey, 0)}
}
if opts[0].PlotSet1 {
return
}
if opts[0].Nsamples > 1 {
io.Pf("\n")
rpt := goga.NewTexReport(opts)
rpt.ShowDEC = false
rpt.Type = 4
rpt.TextSize = ""
rpt.Title = "FORM Reliability: " + fnkey
rpt.Fnkey = "rel-" + fnkey
rpt.Generate()
}
}
func main() {
P := utl.IntRange2(1, 9)
//P := []int{2}
opts := make([]*goga.Optimiser, len(P))
for i, problem := range P {
opts[i] = solve_problem(problem)
}
io.Pf("\n-------------------------- generating report --------------------------\nn")
rpt := goga.NewTexReport(opts)
rpt.NRowPerTab = 10
rpt.Type = 1
rpt.Title = "Unconstrained and constrained three objective problems."
rpt.Fnkey = "three-obj"
rpt.Generate()
}
func main() {
P := utl.IntRange2(1, 7)
//P := []int{1, 2, 4, 6}
//P := []int{4, 5, 6}
//P := []int{4}
opts := make([]*goga.Optimiser, len(P))
for i, problem := range P {
opts[i] = solve_problem(problem)
}
io.Pf("\n-------------------------- generating report --------------------------\nn")
rpt := goga.NewTexReport(opts)
rpt.NRowPerTab = 9
rpt.Type = 2
rpt.Title = "Unconstrained two objective problems."
rpt.Fnkey = "two-obj"
rpt.Generate()
}