def visualise_days(self):
"""Visualise data by day of the week."""
data_parse = Parse()
data_file = data_parse.main()
# Returns a dict where it sums the total values for each key.
# In this case, the keys are the DaysOfWeek, and the values are
# a count of incidents.
counter = Counter(item["DayOfWeek"] for item in data_file)
# Separate out the counter to order it correctly when plotting.
data_list = [counter["Monday"],
counter["Tuesday"],
counter["Wednesday"],
counter["Thursday"],
counter["Friday"],
counter["Saturday"],
counter["Sunday"]
]
day_tuple = tuple(["Mon", "Tues", "Wed", "Thurs", "Fri", "Sat", "Sun"])
# Assign the data to a plot
plt.plot(data_list)
# Assign labels to the plot
plt.xticks(range(len(day_tuple)), day_tuple)
# Save the plot!
plt.savefig("Days.png")
# Close figure
plt.clf()
def main(self, k):
binary_questions = []
sentences_top_k = Parse.main(k)
for si in sentences_top_k:
si_pt = Parse.parse(si)
bin_attemp = self.bin_question_extract(si_pt)
if bin_attemp:
binary_questions.append(bin_attemp)
for q in binary_questions:
print(q)
def main(self):
main_parse = Parse()
data = main_parse.main()
return self.create_map(data)
def main(self):
main_parse = Parse()
data = main_parse.main()
return self.create_map(data)
