def change_sorting(self):
sortables = list(self.data[0].__dict__.keys())
for not_sortable in ["IDs", "runs", "pbs"]:
if not_sortable in sortables: sortables.remove(not_sortable)
new_sorter = command_select(sortables, printer=True)
if new_sorter != "end":
self.data[0].__class__.sorter = new_sorter
def __call__(self):
while True:
liste = list(self.__dict__.keys())
liste.remove("username")
clear()
print(self)
command = command_select(liste + ["end"], printer=True)
if command == "end": break
self.__dict__[command]()
def __call__(self):
commands = {"end" : "end",
"Pie chart : Frequency" : self.pie_frequency,
"Pie chart : total time" : self.pie_time}
while True:
command_key = command_select(sorted(commands.keys()), printer=True)
command = commands[command_key]
if command != "end":
command()
else:
break
def plot_histo(self):
command = command_select(["PB%", "Improvements", "time"], printer=True)
if command == "PB%":
plot_histo(sorted([one.perc1st for one in self.data]),
"Histogram of %PB",
typ="%",
max_data=100)
elif command == "Improvements":
tempo = sorted([one.save.time for one in self.data])
plot_histo(tempo, "Histogram of PBs-1st deltas", typ="time")
elif command == "time":
tempo = sorted([one.time.time for one in self.data])
plot_histo(tempo, "Histogram of PBs time", typ="time")
def plot_histo(self):
command = command_select(["WR%", "delta_WR", "time"], printer=True)
if command == "WR%":
plot_histo(sorted([one.perc_WR for one in self.data]),
"Histogram of %WR",
typ="%",
min_data=100)
if command == "time":
tempo = sorted([one.time.time for one in self.data])
plot_histo(tempo, "Histogram of PBs time", typ="time")
elif command == "delta_WR":
tempo = sorted([one.delta_WR.time for one in self.data])
plot_histo(tempo, "Histogram of PBs-WR deltas", typ="time")
def __call__(self):
def methods_fetcher():
toreturn = []
method_list = [
func for func in dir(self) if callable(getattr(self, func))
]
for method in method_list:
if "__" not in method:
toreturn.append(method)
return toreturn + ["end"]
while True:
clear()
self.data.sort()
print(self)
command = command_select(methods_fetcher(), printer=True)
if command == "end":
break
getattr(self.__class__, command)(self)
def plot_save(self):
print("Select one run to plot")
select = command_select(self.data)
select.plot_improvement()
def open_a_leaderboard(self):
command_select(self.data).leaderboard()