from pyquery import PyQuery

pq = PyQuery('http://www.resultados.gob.ar/resultados/04/DDN04999.htm')

listas = [pq(th).text() for th in pq('table#TVOTOS tbody tr th')]

listas

votos = [int(pq(td).text().replace('.', '')) for td in pq('table#TVOTOS tbody tr td.votlista')]

votos

%load http://tokland.googlecode.com/svn-history/r395/trunk/dhondt/dhondt.py

#!/usr/bin/python
"""
Calculate seats distribution according to the D'Hondt method.

Author: Arnau Sanchez <tokland@gmail.com>
Site: http://code.google.com/p/tokland
"""
import operator
from itertools import chain

def merge(*dicts):
    """Merge dictionary d2 into d."""
    return dict(chain.from_iterable(d.iteritems() for d in dicts))

def dhondt(polling, total_seats, min_percentage=5.0):
    """
    Calculate seats distribution according to the D'Hondt method.

    Given a diccionary of (party, votes) pairs and the total seats
    to distribute, return a dictionary of (party, seats) pairs.

    >>> dvotes = {"a": 100, "b": 90, "c": 20, "d": 3}
    >>> sorted(dhondt(dvotes, 10, 5.0).items())
    [('a', 5), ('b', 4), ('c', 1)]
    """
    def _process(dvotes, dvotes_cur, pending_seats, results):
        """Return results for dvotes"""
        if not pending_seats:
            return results
        party, _ = max(dvotes_cur.items(), key=operator.itemgetter(1))
        seats = results[party]+1
        new_dvotes_cur = merge(dvotes_cur, {party: dvotes[party]/(seats+1)})
        new_results = merge(results, {party: seats})
        return _process(dvotes, new_dvotes_cur, pending_seats-1, new_results)
      
    total_votes = sum(polling.values())
    dvotes = dict((party, votes) for (party, votes) in polling.items() 
                  if float(100*votes) / total_votes >= min_percentage)
    return _process(dvotes, dvotes, total_seats, dict.fromkeys(dvotes, 0))

dvotos = dict(zip(listas, votos))

sorted(dhondt(dvotos, 9, 0.0).items(), key=operator.itemgetter(1), reverse=True)

afirmativos = int(pq('table.tablin tbody tr td.vot').eq(0).text().replace('.', ''))
recurridos = int(pq('table.tablin tbody tr td.vot').eq(3).text().replace('.', ''))

afirmativos, recurridos

experimento1 = dvotos.copy()
FIT = 'FRENTE DE IZQUIERDA Y DE LOS TRABAJADORES'
for votos_recurridos in xrange(1, recurridos + 1):
    experimento1[FIT] = experimento1[FIT] + 1
    if dhondt(experimento1, 9, 0.0)[FIT] == 1:
       print "Si %d votos recurridos fuesen del FIT, Liliana Olivero sería de diputada" % votos_recurridos
       break
else:
    print "aún si los %d votos recurridos fuesen del FIT, Liliana no entra" % recurridos

experimento2 = dvotos.copy()
FIT = 'FRENTE DE IZQUIERDA Y DE LOS TRABAJADORES'
UCR = 'UNION CIVICA RADICAL'
for voto_ucr in xrange(1, experimento2[UCR] + 1):
    experimento2[UCR] = experimento2[UCR] - 1
    if dhondt(experimento2, 9, 0.0)[FIT] == 1:
       print "Si la UCR obtuviese %d votos menos, Liliana Olivero sería de diputada" % voto_ucr
       break

experimento3 = dvotos.copy()
FIT = 'FRENTE DE IZQUIERDA Y DE LOS TRABAJADORES'
UCR = 'UNION CIVICA RADICAL'
for voto_ucr in xrange(1, experimento2[UCR] + 1):
    experimento3[UCR] = experimento3[UCR] - 1
    experimento3[FIT] = experimento3[FIT] + 1
    if dhondt(experimento3, 9, 0.0)[FIT] == 1:
       print "Si %d votos de la UCR fuesen del FIT, Liliana Olivero sería de diputada" % voto_ucr
       break

(1185 / float(afirmativos)) * 100