#!/usr/bin/env python # # Licensed under the Apache License, Version 2.0 (the "License"); you may # not use this file except in compliance with the License. You may obtain # a copy of the License at # # http://www.apache.org/licenses/LICENSE-2.0 # # Unless required by applicable law or agreed to in writing, software # distributed under the License is distributed on an "AS IS" BASIS, WITHOUT # WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the # License for the specific language governing permissions and limitations # under the License. from __future__ import division from __future__ import print_function import prettytable CIVS_BASE = 'https://civs.cs.cornell.edu/cgi-bin/results.pl' data = [ { 'election': '10/2013', # Icehouse 'electorate': 1106, 'votes_cast': 342, }, { 'election': '04/2014', # Juno 'electorate': 1510, 'votes_cast': 448, }, { 'election': '10/2014', # Kilo 'electorate': 1893, 'votes_cast': 506, 'results': '%s?id=%s' % (CIVS_BASE, 'E_c105db929e6c11f4') }, { 'election': '04/2015', # Liberty 'electorate': 2169, 'votes_cast': 548, 'results': '%s?id=%s' % (CIVS_BASE, 'E_ef1379fee7b94688') }, { 'election': '10/2015', # Mitaka 'electorate': 2759, 'votes_cast': 619, 'results': '%s?id=%s' % (CIVS_BASE, 'E_4ef58718618691a0') }, { 'election': '04/2016', # Newton 'electorate': 3284, 'votes_cast': 652, 'results': '%s?id=%s' % (CIVS_BASE, 'E_fef5cc22eb3dc27a') }, { 'election': '10/2016', # Ocata 'electorate': 3517, 'votes_cast': 801, 'results': '%s?id=%s' % (CIVS_BASE, 'E_356e6c1b16904010') }, { 'election': '04/2017', # Pike 'electorate': 3191, 'votes_cast': 427, 'results': '%s?id=%s' % (CIVS_BASE, 'E_072c4cd7ff0673b5') }, { 'election': '10/2017', # Queens 'electorate': 2430, 'votes_cast': 420, 'results': '%s?id=%s' % (CIVS_BASE, 'E_ce86063991ef8aae') }, { 'election': '04/2018', # Rocky 'electorate': 2025, 'votes_cast': 384, 'results': '%s?id=%s' % (CIVS_BASE, 'E_98430d99fc2ed59d') }, { 'election': '09/2018', # Stein 'electorate': 1636, 'votes_cast': 403, 'results': '%s?id=%s' % (CIVS_BASE, 'E_f773fda2d0695864') }, ] def change(data, idx, key): if idx == 0: return float('NaN') return 100 * ((data[idx][key] / data[idx-1][key]) - 1) pt = prettytable.PrettyTable(['Election', 'Electorate (delta %)', 'Voted (delta %)', 'Turnout % (delta %)']) for idx, current in enumerate(data): current['turnout'] = 100 * (current['votes_cast'] / current['electorate']) current['electorate_change'] = change(data, idx, 'electorate') current['voter_change'] = change(data, idx, 'votes_cast') current['turnout_change'] = change(data, idx, 'turnout') pt.add_row(['%(election)8s' % current, '%(electorate)10d (%(electorate_change)7.2f)' % current, '%(votes_cast)5d (%(voter_change)7.2f)' % current, ' %(turnout)7.2f (%(turnout_change)7.2f)' % current]) print(pt) print("\nElection CIVS links") for election in data: if 'results' in election: print("%(election)8s: %(results)s" % election)