plot Namespace Reference

Classes
class	GenPlot

Variables
bool	save_plots = False
	curves_fig
	curves_axes
	nrows
	ncols
	sharey
	True
	figsize
	violins_fig
	violins_axes
list	name = ['Billiard', 'Maze', 'Ant']
list	total_gens = [1999, 1000, 500]
string	base_path = '/mnt/7e0bad1b-406b-4582-b7a1-84327ae60fc4/ICRA 2020/Experiments/{}'
bool	use_std = True
bool	gen_on_x = False
	plotter = GenPlot(total_gens=gens)
	c_mix
	s_mix
	a_mix
	c_nt
	s_nt
	a_nt
	c_aen
	s_aen
	a_aen
	c_aes
	s_aes
	a_aes
	c_ns
	s_ns
	a_ns
	c_ps
	s_ps
	a_ps
	c_rbd
	s_rbd
	a_rbd
	c_rs
	s_rs
	a_rs
	c_ibd
	s_ibd
	a_ibd
	linestyle
	color
list	labels = ['PS', 'RBD', 'RS', 'NS', 'NT', 'IBD', 'TAXO-N', 'TAXO-S', 'TAXONS']
list	coverage_list = [c_ps, c_rbd, c_rs, c_ns, c_nt, c_ibd, c_aen, c_aes, c_mix]
list	surprise_list = [s_ps, s_rbd, s_rs, s_ns, s_nt, s_ibd, s_aen, s_aes, s_mix]
list	archive_list = [a_ps, a_rbd, a_rs, a_ns, a_nt, a_ibd, a_aen, a_aes, a_mix]
list	overlapping_list = []
	mwu = plotter.mwu(coverage_list, labels)
	title
	experiment
	y_axis
	axes
	gen
	handles
	loc
	fancybox
	left
	right
	top
	bottom
	wspace

Variable Documentation

plot.a_aen

plot.a_aes

plot.a_ibd

plot.a_mix

plot.a_ns

plot.a_nt

plot.a_ps

plot.a_rbd

plot.a_rs

list plot.archive_list = [a_ps, a_rbd, a_rs, a_ns, a_nt, a_ibd, a_aen, a_aes, a_mix]

plot.axes

string plot.base_path = '/mnt/7e0bad1b-406b-4582-b7a1-84327ae60fc4/ICRA 2020/Experiments/{}'

plot.bottom

plot.c_aen

plot.c_aes

plot.c_ibd

plot.c_mix

plot.c_ns

plot.c_nt

plot.c_ps

plot.c_rbd

plot.c_rs

plot.color

list plot.coverage_list = [c_ps, c_rbd, c_rs, c_ns, c_nt, c_ibd, c_aen, c_aes, c_mix]

plot.curves_axes

plot.curves_fig

plot.experiment

plot.fancybox

plot.figsize

plot.gen

bool plot.gen_on_x = False

plot.handles

plot.labels = ['PS', 'RBD', 'RS', 'NS', 'NT', 'IBD', 'TAXO-N', 'TAXO-S', 'TAXONS']

plot.left

plot.linestyle

plot.loc

plot.mwu = plotter.mwu(coverage_list, labels)

list plot.name = ['Billiard', 'Maze', 'Ant']

plot.ncols

plot.nrows

list plot.overlapping_list = []

plot.plotter = GenPlot(total_gens=gens)

plot.right

plot.s_aen

plot.s_aes

plot.s_ibd

plot.s_mix

plot.s_ns

plot.s_nt

plot.s_ps

plot.s_rbd

plot.s_rs

bool plot.save_plots = False

plot.sharey

list plot.surprise_list = [s_ps, s_rbd, s_rs, s_ns, s_nt, s_ibd, s_aen, s_aes, s_mix]

plot.title

plot.top

list plot.total_gens = [1999, 1000, 500]

plot.True

plot.use_std = True

plot.violins_axes

plot.violins_fig

plot.wspace

plot.y_axis