class SearchForm(Form):
autojob = TextField(
'Enter Job Title',
[validators.Required("Please Select from the Suggested List:")],
id='job_autocomplete')
autojob2 = TextField(
'Enter Job Title',
[validators.Required("Please Select from the Suggested List:")],
id='job_autocomplete1')
autojob3 = TextField(
'Enter Job Title',
[validators.Required("Please Select from the Suggested List:")],
id='job_autocomplete2')
company = TextField('Enter Company Name:', id="company")
compcity = TextField('Enter Company City:', id="compcity")
compstate = SelectField('Enter Company State:',
choices=states.items(),
default='LA')
compyears = TextField('Enter Years Worked: (ex: 1985-1888)',
id="compyears")
company2 = TextField('Enter Company Name:', id="company2")
compcity2 = TextField('Enter Company City:', id="compcity2")
compstate2 = SelectField('Enter Company State:',
choices=states.items(),
default='LA')
compyears2 = TextField('Enter Years Worked:', id="compyears2")
company3 = TextField('Enter Company Name:', id="company3")
compcity3 = TextField('Enter Company City:', id="compcity3")
compstate3 = SelectField('Enter Company State:',
choices=states.items(),
default='LA')
compyears3 = TextField('Enter Years Worked:', id="compyears3")
def state_election():
for key, value in states.items():
id = key
name = value[0]
ec = value[1]
d_2016_votes = int(value[2])
r_2016_votes = int(value[3])
t_2016_votes = int(value[4])
d_2016_votes_p = (Decimal(value[2]) / Decimal(value[5]))
r_2016_votes_p = (Decimal(value[3]) / Decimal(value[5]))
t_2016_votes_p = (Decimal(value[4]) / Decimal(value[5]))
total_2016_votes = value[5]
past_5 = value[6]
print(d_2016_votes_p * 100)
'OLD ROUTE': ['OLD RT', 'OLD RTE', 'OLD ROUTE'],
'OLD COUNTY HIGHWAY': ['OLD COUNTY HIGHWAY', 'OLD COUNTY HWY', 'OLD CNTY HWY'],
'OLD COUNTY ROAD': ['OLD COUNTY RD', 'OLD COUNTY ROAD', 'OLD CR', 'OLD CNTY RD'],
'OLD HIGHWAY': ['OLD HIGHWAY', 'OLD HIWAY', 'OLD HWY'],
'OLD': ['OLD'],
# 'LOOP' and 'BUSINESS LOOP' are not in docs, but I've seen it in
# Columbia MO data.
'LOOP': ['LOOP'],
'BUSINESS LOOP': ['BUSINESS LOOP'],
}
state_prefixes = {}
from states import states
for abbr, full in states.items():
# Example:
#'KY HIGHWAY': ['KENTUCKY', 'KY HIGHWAY', 'KENTUCKY HIGHWAY', 'KY', 'KY HWY'],
key = abbr + ' HIGHWAY'
vals = [key, abbr, full, full + ' HIGHWAY', abbr + ' HWY']
state_prefixes[key] = vals
# Example:
#'KY STATE HIGHWAY': ['KY ST HWY', 'KY STATE HIGHWAY', 'KENTUCKY STATE HIGHWAY'],
key = abbr + ' STATE HIGHWAY'
vals = [key, abbr + ' ST HWY', full + ' STATE HIGHWAY']
state_prefixes[key] = vals
# Example:
#'CA COUNTY ROAD': ['CA COUNTY RD', 'CALIFORNIA COUNTY ROAD', 'CA COUNTY ROAD'],
key = abbr + ' COUNTY ROAD'
"""Module for defining form classes for use in GolfRecs."""
from flask_wtf import FlaskForm
from wtforms import (IntegerField, SelectField, StringField, TextAreaField,
HiddenField)
from wtforms.validators import EqualTo, InputRequired, Length, Optional
from states import states
STATE_CHOICES = [('', 'Select State')] + sorted(
[(key, value) for key, value in states.items()],
key=lambda x: x[1]
)
class RegistrationForm(Form):
username = StringField(
'Username',
validators=[validators.Length(min=3, max=25)]
)
email = StringField('Email Address', validators=[validators.Length(min=6, max=35)])
city = StringField('City', validators=[validators.DataRequired()])
state = SelectField(
'State',
choices=STATE_CHOICES,
validators=[validators.DataRequired()],
default=''
)
password = StringField('New Password', [
validators.DataRequired(),
validators.EqualTo('password_confirm', message='Passwords must match')
def federal_election():
results = {}
output = {}
wins = []
ec_d = 0
ec_r = 0
simulations = 1000
bar = Bar('Progress', max=simulations)
for key, value in states.items():
results[key] = []
for _ in range(simulations):
ec_temp_d = 0
ec_temp_r = 0
for key, value in states.items():
n = state_election(int(value[1]), float(value[2]), float(value[3]), random.randint(2,4), float(value[5]), float(value[6]), float(value[7]))
results[key].append(n)
if n[0] > n[1]:
ec_temp_d = ec_temp_d + n[3]
ec_d = ec_d + n[3]
if n[0] < n[1]:
ec_temp_r = ec_temp_r + n[3]
ec_r = ec_r + n[3]
if n[0] == n[1]:
ec_temp_r = ec_temp_r + n[3]
ec_r = ec_r + n[3]
if ec_temp_d > ec_temp_r:
wins.append("D")
if ec_temp_d < ec_temp_r:
wins.append("R")
if ec_temp_d == ec_temp_r:
wins.append("T")
bar.next()
for key, value in results.items():
output[key] = [0,0,0,0,0,0, "T"]
for i in results[key]:
output[key][0] += i[0]
output[key][1] += i[1]
output[key][2] += i[2]
if i[0] > i[1]:
output[key][3] += 1
if i[0] < i[1]:
output[key][4] += 1
if i[2] > (i[1] + i[0]):
output[key][5] += 1
if i[0] == i[1]:
output[key][4] += 1
for i in results[key]:
output[key][0] = round(output[key][0], 2)
output[key][1] = round(output[key][1], 2)
output[key][2] = round(output[key][2], 2)
pass
se_table_data = [
[colored('STATE'), colored('D VOTES %', 'white', 'on_blue'), colored('R VOTES %', 'white', 'on_red'), colored('T VOTES %', 'grey', 'on_white'), colored('D WINS %', 'white', 'on_blue'), colored('R WINS %', 'white', 'on_red'), colored('T WINS %', 'grey', 'on_white'), "EC"]
]
for key, value in output.items():
name = ""
if value[0] > value[1]:
name = "D"
if value[1] >= value[0]:
name = "R"
se_table_data.append([key, round(value[0]/1000, 2), round(value[1]/1000, 2), round(value[2]/1000, 2), round(value[3]/10, 2), round(value[4]/10, 2), round(value[5]/10, 2), name])
se_table = SingleTable(se_table_data)
se_table.title = 'GE Simulation'
print('Done')
term_table_data = [
[colored('Dem Win %', 'white', 'on_blue'), colored('R Win %', 'white', 'on_red'), colored('Tie %', 'grey', 'on_white'), colored('D Avg ECV', 'white', 'on_blue'), colored('R Avg ECV', 'white', 'on_red')]
]
term_table = SingleTable(term_table_data)
term_table_data.append([round(wins.count("D")/10, 0), round(wins.count("R")/10, 0), round(wins.count("T")/10, 0), ec_d/1000, ec_r/1000])
print (term_table.table)
# print(round(wins.count("D")/10, 0), round(wins.count("R")/10, 0), round(wins.count("T")/10, 0), ec_d/1000, ec_r/1000)
today = date.today()
with open('results/results-president-' + today.strftime("%m-%d-%Y") + '.csv', 'w') as csvfile:
filewriter = csv.writer(csvfile, quotechar='|', quoting=csv.QUOTE_MINIMAL)
filewriter.writerow(["id", "name", "ec", "party", "democrat", "republican", "third", "democrat_win", "republican_win", "third_win", "winner"])
for key, value in output.items():
democrat = round(value[0]/1000, 2)
republican = round(value[1]/1000, 2)
third = round(value[2]/1000, 2)
democrat_win = round(value[3]/10, 2)
republican_win = round(value[4]/10, 2)
third_win = round(value[5]/1000, 2)
winner = ""
if democrat > republican:
party = 3
winner = "D"
if democrat - republican > 5:
party = 2
if democrat - republican > 10:
party = 1
else:
pass
else:
pass
if republican > democrat:
party = 4
winner = "R"
if republican - democrat > 5:
party = 5
if republican - democrat > 10:
party = 6
else:
pass
else:
pass
filewriter.writerow([key, states[key][0], states[key][1], party, democrat, republican, third, democrat_win, republican_win, third_win, name])
print('outputted as results-president-' + today.strftime("%m-%d-%Y") + '.csv')
def federal_election():
results = {}
output = {}
wins = []
ec_d = 0
ec_r = 0
simulations = 1000
bar = Bar('Progress', max=simulations)
for key, value in states.items():
results[key] = []
for _ in range(simulations):
ec_temp_d = 35
ec_temp_r = 30
for key, value in states.items():
n = state_election(float(value[1]), float(value[2]),
float(value[3]), float(value[4]),
float(value[5]), float(value[6]))
results[key].append(n)
if n[0] > n[1]:
ec_temp_d = ec_temp_d + 1
ec_d = ec_d + 1
if n[0] < n[1]:
ec_temp_r = ec_temp_r + 1
ec_r = ec_r + 1
if n[0] == n[1]:
ec_temp_r = ec_temp_r + 1
ec_r = ec_r + 1
if ec_temp_d > ec_temp_r:
wins.append("D")
if ec_temp_d < ec_temp_r:
wins.append("R")
if ec_temp_d == ec_temp_r:
wins.append("T")
ec_d += 35
ec_r += 30
bar.next()
for key, value in results.items():
output[key] = [0, 0, 0, 0, 0, 0]
for i in results[key]:
output[key][0] += i[0]
output[key][1] += i[1]
output[key][2] += i[2]
if i[0] > i[1]:
output[key][3] += 1
if i[0] < i[1]:
output[key][4] += 1
if i[2] > (i[1] + i[0]):
output[key][5] += 1
if i[0] == i[1]:
output[key][4] += 1
for i in results[key]:
output[key][0] = round(output[key][0], 2)
output[key][1] = round(output[key][1], 2)
output[key][2] = round(output[key][2], 2)
pass
se_table_data = [[
colored('STATE'),
colored('D VOTES %', 'white', 'on_blue'),
colored('R VOTES %', 'white', 'on_red'),
colored('T VOTES %', 'grey', 'on_white'),
colored('D WINS %', 'white', 'on_blue'),
colored('R WINS %', 'white', 'on_red'),
colored('T WINS %', 'grey', 'on_white')
]]
for key, value in output.items():
se_table_data.append([
key,
round(value[0] / 1000, 2),
round(value[1] / 1000, 2),
round(value[2] / 1000, 2),
round(value[3] / 10, 2),
round(value[4] / 10, 2),
round(value[5] / 10, 2)
])
se_table = SingleTable(se_table_data)
today = date.today()
with open('results/results-senate-' + today.strftime("%m-%d-%Y") + '.csv',
'w') as csvfile:
filewriter = csv.writer(csvfile,
quotechar='|',
quoting=csv.QUOTE_MINIMAL)
filewriter.writerow([
"id", "name", "democrat", "republican", "third", "democrat_win",
"republican_win", "winner"
])
for key, value in output.items():
democrat = round(value[0] / 1000, 2)
republican = round(value[1] / 1000, 2)
third = round(value[2] / 1000, 2)
democrat_win = round(value[3] / 10, 2)
republican_win = round(value[4] / 10, 2)
third_win = round(value[5] / 1000, 2)
winner = ""
if democrat > republican:
party = 3
winner = "D"
if democrat - republican > 5:
party = 2
if democrat - republican > 10:
party = 1
else:
pass
else:
pass
if republican > democrat:
party = 4
winner = "R"
if republican - democrat > 5:
party = 5
if republican - democrat > 10:
party = 6
else:
pass
else:
pass
filewriter.writerow([
key, states[key][0],
str(democrat) + '%',
str(republican) + '%',
str(third) + '%',
str(democrat_win) + '%',
str(republican_win) + '%', winner
])
print('outputted as results-senate-' + today.strftime("%m-%d-%Y") + '.csv')
se_table.title = 'GE Simulation'
print('Done')
print(se_table.table)
print(
wins.count("D") / 10,
wins.count("R") / 10,
wins.count("T") / 10, ec_d / 1000, ec_r / 1000)