def generate():
players = request.json['players']
number_teams = int(request.json['numTeams'])
players_per_team = len(players) / number_teams
ranked_players = []
formula = {}
columns = request.json['columns']
for column in columns:
if int(columns[column]) != 0:
formula[column.strip()] = int(columns[column])
total_points = 0
for player in players:
player_points = 0
for attribute in player:
if formula.has_key(attribute.strip()):
player_points += (int(player[attribute]) *
formula[attribute.strip()])
player['points'] = player_points
total_points += player_points
ranked_players = qsort(players)
ranked_players = split_players(ranked_players, number_teams)
teams = teamify(ranked_players, number_teams, total_points)
for team in teams:
points = 0
for player in team['players']:
print player
points += player['points']
print points
print team['points']
print ''
filename = '%s.csv' % strftime('%Y-%m-%d %H-%M-%S')
with open('downloads/' + filename, 'w') as team_file:
line = 'Team,'
for column in columns:
line = line + column + ','
line = line + 'Points' + '\n'
team_file.write(line)
for team in teams:
points = 0
for player in team['players']:
line = str(teams.index(team)) + ','
for column in columns:
line = line + str(player[column]) + ','
line = line + str(player['points']) + '\n'
team_file.write(line)
points += player['points']
team_file.write(
'Total team points: %s, Average player player points: %s\n' %
(str(points), str(points / len(team['players']))))
print(teams)
#teams['length'] = len(teams)
return send_from_directory('downloads', filename)
def generate():
players = request.json['players']
number_teams = int(request.json['numTeams'])
players_per_team = len(players) / number_teams
ranked_players = []
formula = {}
columns = request.json['columns']
for column in columns:
if int(columns[column]) != 0:
formula[column.strip()] = int(columns[column])
total_points = 0
for player in players:
player_points = 0
for attribute in player:
if formula.has_key(attribute.strip()):
player_points += (int(player[attribute]) * formula[attribute.strip()])
player['points'] = player_points
total_points += player_points
ranked_players = qsort(players)
ranked_players = split_players(ranked_players, number_teams)
teams = teamify(ranked_players, number_teams, total_points)
for team in teams:
points = 0
for player in team['players']:
print player
points += player['points']
print points
print team['points']
print ''
filename = '%s.csv' % strftime('%Y-%m-%d %H-%M-%S')
with open('downloads/' + filename, 'w') as team_file:
line = 'Team,'
for column in columns:
line = line + column + ','
line = line + 'Points' + '\n'
team_file.write(line)
for team in teams:
points = 0
for player in team['players']:
line = str(teams.index(team)) + ','
for column in columns:
line = line + str(player[column]) + ','
line = line + str(player['points']) + '\n'
team_file.write(line)
points += player['points']
team_file.write('Total team points: %s, Average player player points: %s\n' % (
str(points), str(points/len(team['players']))))
print (teams)
#teams['length'] = len(teams)
return send_from_directory('downloads', filename)
def start():
launch_set_population()
n = 0
while n < count_generations:
print(n)
if main_algorithm():
x = []
y = []
m = 0
for i in utils.qsort(utils.fitness_function(population, matrix), 0, len(population) - 1, key='desc'):
# print(i)
y.append(i)
x.append(m)
m += 1
# i = input()
result.append([x, y])
n += 1
else:
# asc = utils.get_asc_user()
# if asc == 1:
# return start()
# else:
print("Shutdown")
exit(0)
def generate():
players = request.json['players']
if len(players) < 2:
return jsonify({
'status':
'failed',
'message':
'You might want a few more players, must have 2 or more.'
})
number_teams = 0
try:
number_teams = int(request.json['numTeams'])
except ValueError:
return jsonify({
'status': 'failed',
'message': 'Helps if the number of teams is numeric.'
})
if number_teams < 2:
return jsonify({
'status': 'failed',
'message': 'Too few teams, must have 2 or more.'
})
players_per_team = len(players) // number_teams
if players_per_team < 1:
return jsonify({
'status':
'failed',
'message':
'Too few teams, must have 1 player per team or more.'
})
formula = {}
attributes = request.json['columns']
try:
for attribute in attributes:
value = attributes[attribute]
if float(value) != 0.0:
formula[attribute] = float(value)
except ValueError:
return jsonify({
'status':
'failed',
'message':
'You entered a non-numeric metric value didn\'t you?'
})
try:
gender_column = request.json['genderColumn']
except KeyError:
gender_column = None
if gender_column is not None:
gender_format = request.json['genderFormat']
if gender_format == 'M':
gender_format = ['M', 'F', 'U']
else:
gender_format = ['Male', 'Female', 'Unknown']
genders = {}
for gender in gender_format:
genders[gender] = []
total_points = 0.0
for player in players:
player_points = 0.0
for attribute in player:
if attribute in formula:
try:
player_points += (float(player[attribute]) *
formula[attribute])
except ValueError:
#don't really care if this happens, we just need to prevent it breaking the app
pass
player['points'] = player_points
total_points += player_points
if gender_column is not None:
try:
genders[player[gender_column]].append(player)
except KeyError:
#incorrect value in the gender column so add to unknown
genders[gender_format[2]].append(player)
ranked_players = []
if gender_column is not None:
for gender in genders:
for split in split_players(qsort(genders[gender]), number_teams):
ranked_players.append(split)
else:
ranked_players = split_players(qsort(players), number_teams)
teams = teamify(ranked_players, number_teams, total_points)
#num_players = 0
#for team in teams:
# points = 0
# for player in team['players']:
# print player
# points += player['points']
# print points
# print team['points']
# num_players += len(team['players'])
# print ''
#print num_players
filename = session['uploaded_filename'] + '-' + '%s.csv' % strftime(
'%Y-%m-%d %H-%M-%S')
with open('downloads/' + filename, 'w') as team_file:
line = 'Team,'
for column in attributes:
line = line + column + ','
line = line + 'Points' + '\n'
team_file.write(line)
for team in teams:
points = 0
for player in team['players']:
line = str(teams.index(team)) + ','
for column in attributes:
line = line + str(player[column]) + ','
line = line + str(player['points']) + '\n'
team_file.write(line)
points += player['points']
team_file.write(
'Total team points: %s, Average player player points: %s\n' %
(str(points), str(points / len(team['players']))))
session['filename'] = filename
return jsonify({'status': 'success'})
def generate():
players = request.json['players']
if len(players) < 2:
return jsonify({'status': 'failed', 'message': 'You might want a few more players, must have 2 or more.'})
number_teams = 0
try:
number_teams = int(request.json['numTeams'])
except ValueError:
return jsonify({'status': 'failed', 'message': 'Helps if the number of teams is numeric.'})
if number_teams < 2:
return jsonify({'status': 'failed', 'message': 'Too few teams, must have 2 or more.'})
players_per_team = len(players) // number_teams
if players_per_team < 1:
return jsonify({'status': 'failed', 'message': 'Too few teams, must have 1 player per team or more.'})
formula = {}
attributes = request.json['columns']
try:
for attribute in attributes:
value = attributes[attribute]
if float(value) != 0.0:
formula[attribute] = float(value)
except ValueError:
return jsonify({'status': 'failed', 'message': 'You entered a non-numeric metric value didn\'t you?'})
try:
gender_column = request.json['genderColumn']
except KeyError:
gender_column = None
if gender_column is not None:
gender_format = request.json['genderFormat']
if gender_format == 'M':
gender_format = ['M', 'F', 'U']
else:
gender_format = ['Male', 'Female', 'Unknown']
genders = {}
for gender in gender_format:
genders[gender] = []
total_points = 0.0
for player in players:
player_points = 0.0
for attribute in player:
if attribute in formula:
try:
player_points += (float(player[attribute]) * formula[attribute])
except ValueError:
#don't really care if this happens, we just need to prevent it breaking the app
pass
player['points'] = player_points
total_points += player_points
if gender_column is not None:
try:
genders[player[gender_column]].append(player)
except KeyError:
#incorrect value in the gender column so add to unknown
genders[gender_format[2]].append(player)
ranked_players = []
if gender_column is not None:
for gender in genders:
for split in split_players(qsort(genders[gender]), number_teams):
ranked_players.append(split)
else:
ranked_players = split_players(qsort(players), number_teams)
teams = teamify(ranked_players, number_teams, total_points)
#num_players = 0
#for team in teams:
# points = 0
# for player in team['players']:
# print player
# points += player['points']
# print points
# print team['points']
# num_players += len(team['players'])
# print ''
#print num_players
#it is possible for uploaded_filename to be stored from a previous run without reloading page
#this just means that the manual mode will have a name for the file, doesn't really matter
try:
filename = session['uploaded_filename'] + '-' + '%s.csv' % strftime('%Y-%m-%d %H-%M-%S')
except KeyError:
filename = '%s.csv' % strftime('%Y-%m-%d %H-%M-%S')
with open('static/downloads/' + filename, 'w') as team_file:
line = 'Team,'
for column in attributes:
line = line + column + ','
line = line + 'Points' + '\n'
team_file.write(line)
for team in teams:
points = 0
for player in team['players']:
line = str(teams.index(team)) + ','
for column in attributes:
line = line + str(player[column]) + ','
line = line + str(player['points']) + '\n'
team_file.write(line)
points += player['points']
team_file.write('Total team points: %s, Average player player points: %s\n' % (
str(points), str(points/len(team['players']))))
session['filename'] = filename
return jsonify({'status': 'success'})