def perform_tally(self):
'''
Actually calls to openstv to perform the tally
'''
from openstv.ballots import Ballots
from openstv.plugins import getMethodPlugins
# get voting and report methods
methods = getMethodPlugins("byName", exclude0=False)
# generate ballots
dirtyBallots = Ballots()
dirtyBallots.loadKnown(self.ballots_path, exclude0=False)
dirtyBallots.numSeats = self.num_seats
cleanBallots = dirtyBallots.getCleanBallots()
# create and configure election
e = methods[self.method_name](cleanBallots)
# run election and generate the report
# from celery.contrib import rdb; rdb.set_trace()
e.runElection()
# generate report
from .json_report import JsonReport
self.report = JsonReport(e)
self.report.generateReport()
def perform_tally(self, questions):
'''
Actually calls to openstv to perform the tally
'''
from openstv.ballots import Ballots
from openstv.plugins import getMethodPlugins
# get voting and report methods
methods = getMethodPlugins("byName", exclude0=False)
# generate ballots
dirtyBallots = Ballots()
dirtyBallots.loadKnown(self.ballots_path, exclude0=False)
dirtyBallots.numSeats = self.num_winners
cleanBallots = dirtyBallots.getCleanBallots()
# create and configure election
e = methods[self.method_name](cleanBallots)
question = questions[self.question_num]
e.maxChosableOptions = question['max']
# run election and generate the report
e.runElection()
# generate report
from .json_report import JsonReport
self.report = JsonReport(e)
self.report.generateReport()
def perform_tally(self):
'''
Actually calls to openstv to perform the tally
'''
from openstv.ballots import Ballots
from openstv.plugins import getMethodPlugins
# get voting and report methods
methods = getMethodPlugins("byName", exclude0=False)
# generate ballots
dirtyBallots = Ballots()
dirtyBallots.loadKnown(self.ballots_path, exclude0=False)
dirtyBallots.numSeats = self.num_winners
cleanBallots = dirtyBallots.getCleanBallots()
# create and configure election
e = methods[self.method_name](cleanBallots)
# run election and generate the report
# from celery.contrib import rdb; rdb.set_trace()
e.runElection()
# generate report
from .json_report import JsonReport
self.report = JsonReport(e)
self.report.generateReport()
def perform_tally(self, questions):
'''
Actually calls to openstv to perform the tally
'''
from openstv.ballots import Ballots
from openstv.plugins import getMethodPlugins
# get voting and report methods
methods = getMethodPlugins("byName", exclude0=False)
# generate ballots
dirtyBallots = Ballots()
dirtyBallots.loadKnown(self.ballots_path, exclude0=False)
dirtyBallots.numSeats = self.num_winners
cleanBallots = dirtyBallots.getCleanBallots()
# create and configure election
e = methods[self.method_name](cleanBallots)
question = questions[self.question_num]
e.maxChosableOptions = question['max']
# run election and generate the report
e.runElection()
# generate report
from .json_report import JsonReport
self.report = JsonReport(e)
self.report.generateReport()
def perform_tally(self):
'''
Actually calls to openstv to perform the tally
'''
from openstv.ballots import Ballots
from openstv.plugins import getMethodPlugins
# get voting and report methods
methods = getMethodPlugins("byName", exclude0=False)
# generate ballots
dirtyBallots = Ballots()
dirtyBallots.loadKnown(self.ballots_path, exclude0=False)
dirtyBallots.numSeats = self.num_seats
cleanBallots = dirtyBallots.getCleanBallots()
# create and configure election
e = methods[self.method_name](cleanBallots)
if self.strong_tie_break_method is not None:
e.strongTieBreakMethod = self.strong_tie_break_method
if self.weak_tie_break_method is not None:
e.weakTieBreakMethod = self.weak_tie_break_method
if self.digits_precision is not None:
e.prec = self.digits_precision
# run election and generate the report
e.runElection()
# generate report
from .json_report import JsonReport
self.report = JsonReport(e)
self.report.generateReport()
def perform_tally(self):
'''
Actually calls to openstv to perform the tally
'''
from openstv.ballots import Ballots
from openstv.plugins import getMethodPlugins
# get voting and report methods
methods = getMethodPlugins("byName", exclude0=False)
# generate ballots
dirtyBallots = Ballots()
dirtyBallots.loadKnown(self.ballots_path, exclude0=False)
dirtyBallots.numSeats = self.num_seats
cleanBallots = dirtyBallots.getCleanBallots()
# create and configure election
e = methods[self.method_name](cleanBallots)
if self.strong_tie_break_method is not None:
e.strongTieBreakMethod = self.strong_tie_break_method
if self.weak_tie_break_method is not None:
e.weakTieBreakMethod = self.weak_tie_break_method
if self.digits_precision is not None:
e.prec = self.digits_precision
# run election and generate the report
e.runElection()
# generate report
from .json_report import JsonReport
self.report = JsonReport(e)
self.report.generateReport()
def __init__(self, vote, membervotes, system="ScottishSTV"):
self.vote = vote
self.membervotes = membervotes
self.tie = False
methods = getMethodPlugins("byName", exclude0=False)
if system not in methods:
raise Exception("Unknown OpenSTV method " + system)
self.system = methods[system]
self.election = None
def __init__(self, vote, membervotes, system="ScottishSTV"):
self.vote = vote
self.membervotes = membervotes
self.tie = False
methods = getMethodPlugins("byName", exclude0=False)
if system not in methods:
raise Exception("Unknown OpenSTV method " + system)
self.system = methods[system]
self.election = None
def __init__(self, parent):
wx.Frame.__init__(self, parent, -1, "OpenSTV", size=(900, 600))
warnings.showwarning = self.catchWarnings
# Get method plugins and create dict for easy access
plugins = getMethodPlugins("classes")
self.methodClasses1 = {} # Methods enabled by default
self.methodClasses2 = {} # All methods
self.lastMethod = "Scottish STV"
for p in plugins:
if p.status == 1:
self.methodClasses1[p.longMethodName] = p
self.methodClasses2[p.longMethodName] = p
self.methodClasses = self.methodClasses1 # Methods currently viewable to user
self.breakTiesRandomly = False
fn = os.path.join(getHome(), "Icons", "pie.ico")
self.icon = wx.Icon(fn, wx.BITMAP_TYPE_ICO)
self.SetIcon(self.icon)
self.lastBallotFile = ""
self.electionList = []
self.menuBar = wx.MenuBar()
self.MakeMenu()
self.Bind(wx.EVT_CLOSE, self.OnCloseWindow)
# create a notebook
self.notebook = wx.Notebook(self, -1)
# create a console window
self.console = wx.TextCtrl(self.notebook, -1,
style=wx.TE_MULTILINE|wx.TE_READONLY|\
wx.TE_WORDWRAP|wx.FIXED|wx.TE_RICH2)
self.console.SetMaxLength(0)
ps = self.console.GetFont().GetPointSize()
font = wx.Font(ps, wx.MODERN, wx.NORMAL, wx.NORMAL)
self.console.SetFont(font)
# add the console as the first page
self.notebook.AddPage(self.console, "Console")
self.output = Output(self.notebook)
sys.stdout = self.output
sys.stderr = self.output
self.introText = """\
OpenSTV Copyright 2003-2010 Jeffrey O'Neill
GNU General Public License
See Help->License for more details.
To run an election with an existing ballot file, select "New Election" from
the File menu.
To create a new ballot file, select "Create New Ballot File" from the File
menu. To edit an existing ballot file, select "Edit Ballot File" from the
File menu.
For more information about the operation of OpenSTV, see the Help menu, go
to www.OpenSTV.org, or send an email to [email protected].
"""
self.console.AppendText(self.introText)
def get_election_classes(self):
return getMethodPlugins("byName")
def get_election_types(self):
return getMethodPlugins("byName").keys()
#!/usr/bin/env python
"run an election from the command line with optional profiling"
__revision__ = "$Id: runElection.py 715 2010-02-27 17:00:55Z jeff.oneill $"
import sys
import os
sys.path.append(os.path.dirname(os.path.dirname(os.path.abspath(__file__))))
import getopt
from openstv.ballots import Ballots
from openstv.plugins import getMethodPlugins, getReportPlugins
methods = getMethodPlugins("byName", exclude0=False)
methodNames = methods.keys()
methodNames.sort()
reports = getReportPlugins("byName", exclude0=False)
reportNames = reports.keys()
reportNames.sort()
usage = """
Usage:
runElection.py [-p prec] [-r report] [-t tiebreak] [-w weaktie] [-s seats]
[-P] [-x reps] method ballotfile
-p: override default precision (in digits)
-r: report format: %s
-t: strong tie-break method: random*, alpha, index
-w: weak tie-break method: (method-default)*, strong, forward, backward
#!/usr/bin/env python
"run an election from the command line with optional profiling"
__revision__ = "$Id: runElection.py 715 2010-02-27 17:00:55Z jeff.oneill $"
import sys
import os
sys.path.append(os.path.dirname(os.path.dirname(os.path.abspath(__file__))))
import getopt
from openstv.ballots import Ballots
from openstv.plugins import getMethodPlugins, getReportPlugins
methods = getMethodPlugins("byName", exclude0=False)
methodNames = methods.keys()
methodNames.sort()
reports = getReportPlugins("byName", exclude0=False)
reportNames = reports.keys()
reportNames.sort()
usage = """
Usage:
runElection.py [-p prec] [-r report] [-t tiebreak] [-w weaktie] [-s seats]
[-P] [-x reps] method ballotfile
-p: override default precision (in digits)
-r: report format: %s
-t: strong tie-break method: random*, alpha, index
-w: weak tie-break method: (method-default)*, strong, forward, backward
def __init__(self, parent):
wx.Frame.__init__(self, parent, -1, "OpenSTV", size=(900, 600))
warnings.showwarning = self.catchWarnings
# Get method plugins and create dict for easy access
plugins = getMethodPlugins("classes")
self.methodClasses1 = {} # Methods enabled by default
self.methodClasses2 = {} # All methods
self.lastMethod = "Scottish STV"
for p in plugins:
if p.status == 1:
self.methodClasses1[p.longMethodName] = p
self.methodClasses2[p.longMethodName] = p
self.methodClasses = self.methodClasses1 # Methods currently viewable to user
self.breakTiesRandomly = False
fn = os.path.join(getHome(), "Icons", "pie.ico")
self.icon = wx.Icon(fn, wx.BITMAP_TYPE_ICO)
self.SetIcon(self.icon)
self.lastBallotFile = ""
self.electionList = []
self.menuBar = wx.MenuBar()
self.MakeMenu()
self.Bind(wx.EVT_CLOSE, self.OnCloseWindow)
# create a notebook
self.notebook = wx.Notebook(self, -1)
# create a console window
self.console = wx.TextCtrl(self.notebook, -1,
style=wx.TE_MULTILINE|wx.TE_READONLY|\
wx.TE_WORDWRAP|wx.FIXED|wx.TE_RICH2)
self.console.SetMaxLength(0)
ps = self.console.GetFont().GetPointSize()
font = wx.Font(ps, wx.MODERN, wx.NORMAL, wx.NORMAL)
self.console.SetFont(font)
# add the console as the first page
self.notebook.AddPage(self.console, "Console")
self.output = Output(self.notebook)
sys.stdout = self.output
sys.stderr = self.output
self.introText = """\
OpenSTV Copyright 2003-2010 Jeffrey O'Neill
GNU General Public License
See Help->License for more details.
To run an election with an existing ballot file, select "New Election" from
the File menu.
To create a new ballot file, select "Create New Ballot File" from the File
menu. To edit an existing ballot file, select "Edit Ballot File" from the
File menu.
For more information about the operation of OpenSTV, see the Help menu, go
to www.OpenSTV.org, or send an email to [email protected].
"""
self.console.AppendText(self.introText)
def get_election_classes(self):
return getMethodPlugins("byName")
def get_election_types(self):
return getMethodPlugins("byName").keys()
