func doMUDMap(s *gcstats.GcStats) {
windows := ints(vec.Logspace(6, 9, 100, 10))
muds := make([]*gcstats.MUD, len(windows))
for i, windowNS := range windows {
muds[i] = s.MutatorUtilizationDistribution(windowNS)
}
// gnuplot "nonuniform matrix" format
fmt.Printf("%d ", len(windows)+1)
for _, windowNS := range windows {
fmt.Printf("%d ", windowNS)
}
fmt.Print("\n")
utils := vec.Linspace(0, 1, 100)
for _, util := range utils {
fmt.Printf("%g ", util)
for _, mud := range muds {
fmt.Printf("%g ", mud.CDF(util))
}
fmt.Print("\n")
}
}
func doMUT(s *gcstats.GcStats) {
windows := vec.Logspace(-3, 0, samples, 10)
muds := make(map[float64]*gcstats.MUD)
for _, window := range windows {
muds[window] = s.MutatorUtilizationDistribution(int(window * 1e9))
}
plot := newPlot("granularity", windows, "--style", "mut")
type config struct {
label string
x float64
}
for _, c := range []config{
{"100%ile", 0},
{"99.9%ile", 0.001},
{"99%ile", 0.01},
{"90%ile", 0.1},
} {
plot.addSeries(c.label, func(x float64) float64 {
return muds[x].InvCDF(c.x)
})
}
showPlot(plot)
}