func Test_data3d(tst *testing.T) {
// data
prob := "CF9"
dat := PFdata(prob)
X := utl.DblsGetColumn(0, dat)
Y := utl.DblsGetColumn(1, dat)
Z := utl.DblsGetColumn(2, dat)
// figure
plt.SetForEps(1.0, 400)
plt.Plot3dPoints(X, Y, Z, "s=0.05, color='r', facecolor='r', edgecolor='r', xlbl='$f_1$', ylbl='$f_2$', zlbl='$f_3$'")
plt.AxisRange3d(0, 1, 0, 1, 0, 1)
plt.Camera(10, -135, "")
//plt.Camera(10, 45, "")
plt.SaveD("/tmp/goga", io.Sf("cec09-%s.eps", prob))
// interactive
if false {
r := 0.005
scn := vtk.NewScene()
P := vtk.Spheres{X: X, Y: Y, Z: Z, R: utl.DblVals(len(X), r), Color: []float64{1, 0, 0, 1}}
P.AddTo(scn)
scn.Run()
}
}
func py_plot3(iOva, jOva, kOva int, opt *goga.Optimiser, plot_solution func(), onlyFront0, twice bool) {
// results
var X, Y, Z []float64
if onlyFront0 {
for _, sol := range opt.Solutions {
if sol.Feasible() && sol.FrontId == 0 {
X = append(X, sol.Ova[iOva])
Y = append(Y, sol.Ova[jOva])
Z = append(Z, sol.Ova[kOva])
}
}
} else {
X, Y, Z = make([]float64, opt.Nsol), make([]float64, opt.Nsol), make([]float64, opt.Nsol)
for i, sol := range opt.Solutions {
X[i], Y[i], Z[i] = sol.Ova[iOva], sol.Ova[jOva], sol.Ova[kOva]
}
}
// plot
plt.SetForEps(1.0, 400)
plot_solution()
plt.Plot3dPoints(X, Y, Z, "s=7, color='r', facecolor='r', edgecolor='r', preservePrev=1, xlbl='$f_0$', ylbl='$f_1$', zlbl='$f_2$'")
e, a := 10.0, 45.0
if opt.RptName == "DTLZ2c" {
e, a = 15, 30
}
//plt.Camera(e, a, "")
//plt.AxDist(11.0)
//plt.AxisRange3d(opt.RptFmin[iOva], opt.RptFmax[iOva], opt.RptFmin[jOva], opt.RptFmax[jOva], opt.RptFmin[kOva], opt.RptFmax[kOva])
//plt.SaveD("/tmp/goga", io.Sf("py_%s_A.eps", opt.RptName))
if twice {
e, a = 10, -45
if opt.RptName == "DTLZ2c" {
e, a = 10, -45
}
plt.Camera(e, a, "")
plt.AxDist(11.0)
plt.AxisRange3d(opt.RptFmin[iOva], opt.RptFmax[iOva], opt.RptFmin[jOva], opt.RptFmax[jOva], opt.RptFmin[kOva], opt.RptFmax[kOva])
plt.SaveD("/tmp/goga", io.Sf("py_%s_B.eps", opt.RptName))
}
}
