def test_get_releases_by_amount_of_bidders():
releases = get_releases(parse_json(TEST_JSON))
pprint.pprint(get_releases_by_amount_of_bidders(releases).keys())
assert set(get_releases_by_amount_of_bidders(releases).keys()) == set([0,1,2,3,4])
from indicatorCalculation.indicator.indicator import get_releases_by_amount_of_bidders
output_file("histogram.html", title="Number of bidders frequency")
def create_histogram(releases):
number_of_bidders_list = []
frequency_list = []
for number_of_bidders, corresponding_releases in get_releases_by_amount_of_bidders(releases).items():
number_of_bidders_list.append(number_of_bidders)
frequency_list.append(len(corresponding_releases))
zeros = [0]*len(frequency_list)
right = [x+1 for x in number_of_bidders_list]
histogram = quad(top=frequency_list, bottom=zeros, left=number_of_bidders_list, right=right)
histogram.title = "Frequency of releases vs. Number of Bidders"
xaxis()[0].axis_label = "Number of Bidders"
yaxis()[0].axis_label = "Frequency of Releases"
show()
if __name__ == '__main__':
from indicatorCalculation.json_parser.parser import parse_json, get_releases
releases = get_releases(parse_json('tests/test_data/georgia_small.json'))
create_histogram(releases)
def releases():
return get_releases(parse_json(TEST_JSON))
def parsed_json():
return parse_json(TEST_JSON)