def test_Division_add_athlete_whenCalledWithNewAthlete_addsToCorrectDivision(self):
division = Division('tbotr')
division.add_athlete('123456')
self.assertTrue('123456' in redisclient.smembers('tbotr_members'))
division.remove_athlete_from_division('tbotr', '123456')
def add_athlete(athlete_id, division):
if Division(division).add_athlete(athlete_id):
athlete = Athlete(athlete_id)
return json.dumps(athlete.get())
else:
return 'Incorrect gender for Division'
def test_Division_get_all_whenCalledWithoutGetAthletesFlag_returnsAllDivisionsAndAthletesListFromRedis(self):
divs = Division.get_all(False)
self.assertTrue('tdiv1' in divs, 'Division tdiv1 not found in returned dict')
self.assertTrue('tbotr' in divs, 'Division tdiv1 not found in returned dict')
self.assertTrue('10000004' in divs['tdiv1']['members'])
self.assertFalse('firstname' in divs['tdiv1']['members']['10000004'])
def test_Division_get_all_whenCalledWithoutGetAthletesFlag_returnsAllDivisionsAndAthletesListFromRedis(
self):
divs = Division.get_all(False)
self.assertTrue('tdiv1' in divs,
'Division tdiv1 not found in returned dict')
self.assertTrue('tbotr' in divs,
'Division tdiv1 not found in returned dict')
self.assertTrue('10000004' in divs['tdiv1']['members'])
self.assertFalse('firstname' in divs['tdiv1']['members']['10000004'])
def test_Division_add_athlete_whenCalledWithNewAthlete_addsToCorrectDivision(
self):
division = Division('tbotr')
division.add_athlete('123456')
self.assertTrue('123456' in redisclient.smembers('tbotr_members'))
division.remove_athlete_from_division('tbotr', '123456')
from suma import Suma
from resta import Resta
from division import Division
from multiplicacion import Multiplicacion
operando_uno = int(input("Ingrese el primer operando: "))
operando_dos = int(input("Ingrese el segundo operando: "))
suma = Suma(operando_uno, operando_dos)
resta = Resta(operando_uno, operando_dos)
division = Division(operando_uno, operando_dos)
multiplicacion = Multiplicacion(operando_uno, operando_dos)
print("El resultado de la suma es: ", suma.sumar())
print("El resultado de la resta es: ", resta.restar())
print("El resultado de la multiplicacion es: ", multiplicacion.multiplicar())
print("El resultado de la division es: ", division.dividir())
def remove_athlete(athlete_id):
Division.remove_athlete_from_all_divisions(athlete_id)
return "OK"
def add_athlete_page():
divisions = Division.get_all(True)
return render_template('admin.html', divisions=divisions)
def division(self):
self.withdraw()
Division(self, self.main_root)
print("Multiplication --> 2")
print("Division --> 3")
print("Integer Division-> 4")
print("Modulo --> 5")
print("Exit --> 6")
choice = int(input("Choice please :--> "))
if(choice == 1):
result = Addition.add(num1,num2)
elif(choice == 2):
result = Multiplication.multiply(num1,num2)
elif(choice == 3):
result = Division.division(num1,num2)
elif(choice == 4):
result = IntegerDivision.integerdivision(num1,num2)
elif(choice == 5):
result = Modulo.mod(num1, num2)
break
elif(choice == 6):
break
else:
while True:
try:
letter = input(
"Would you like to make another calculation (Y,N): ")
if letter != 'Y' and letter != 'y' and letter != 'N' and letter != 'n':
raise ValueError
break
except ValueError:
print("Oops! That was no valid symbol. Try again...")
return letter
while True:
symbol = operant()
if symbol == '+':
print("Result: " + str(afronden(Addition(num_input(), num_input()))))
elif symbol == '-':
print("Result: " +
str(afronden(Subtraction(num_input(), num_input()))))
elif symbol == '*':
print("Result: " +
str(afronden(Multiplication(num_input(), num_input()))))
elif symbol == '/':
print("Result: " + str(afronden(Division(num_input(), num_input()))))
antwoord = yes_no()
if antwoord == 'N' or antwoord == 'n':
break
temperature = initial_temperature
current_division = initial_division
current_distance = current_division.count_distance()
best_division = current_division
best_distance = current_distance
temperature_change = 1 - temperature_change_factor
while time() < end_time:
new_division = get_neighbour(current_division)
new_distance = new_division.count_distance()
temperature *= temperature_change
if (new_distance < current_distance
or (new_distance >= current_distance
and random.random() < probability_for_worse_solution())):
current_division = new_division
current_distance = current_division.count_distance()
if current_distance < best_distance:
best_division = current_division
best_distance = current_distance
return best_division
if __name__ == '__main__':
t, n, m, k = input().split()
t, n, m, k = float(t), int(n), int(m), int(k)
matrix = np.array([input().split() for i in range(n)], np.uint8(1))
Division.data = matrix
result = simulated_annealing(t, Division(k))
print(result.count_distance())
print(result, file=sys.stderr)
def read_info():
"""Reads in all of the files apart from matches and returns: void"""
matchFileTour = os.path.join(my_path, ".."+data_paths+"TOURNAMENT INFO.csv")
DivInfo = os.path.join(my_path, ".."+data_paths+"DIVISION INFO.csv")
ranking_points = os.path.join(my_path, ".."+data_paths+"RANKING POINTS.csv")
ranking_list = []
with open(ranking_points, 'r') as csvFile:
reader = csv.DictReader(csvFile)
for row in reader:
temp = int(row["Tournament Ranking Points"])
if temp is not None:
ranking_list.sort()
if (ex.binary_search(ranking_list, temp) == None):
ranking_list.append(temp)
ranking_list.sort()
# Find out the number of columns in the tournament info csv
number_columns = 0
with open(matchFileTour, 'r') as f1:
csvlines = csv.reader(f1, delimiter=',')
for lineNum, line in enumerate(csvlines):
if lineNum == 0:
number_columns = (len(line))
break
break
# Find all of the seasons in the file and load them into seasons
season_list = []
with open(matchFileTour, 'r') as csvFile:
reader = csv.DictReader(csvFile)
for row in reader:
temp = row["Season"]
if temp is not None:
if(ex.binary_search(season_list,temp) == None):
season_list.append(temp)
for i in season_list:
seasons.append(Season(i,ranking_list))
# Load in all tournaments to their respective seasons
# Also finds which places get prize money
for i in seasons:
with open(matchFileTour, 'r') as csvFile:
reader = csv.DictReader(csvFile)
for row in reader:
if(row["Season"] == i.get_name()):
temp = []
row_name = "Place "
number_places = (number_columns - 3)
for x in range(0,number_places):
temp.append(float(row[row_name+str(x+1)].replace(',','')))
new_list = list(set(temp)) # Find unique elements in list
i.add_tournament(Tournament(row["Tournament"],row["Difficulty"],new_list))
# Load in divisions for each tournament
for x in seasons:
for j in x.get_tournaments():
with open(DivInfo, 'r') as csvFile:
reader = csv.DictReader(csvFile)
for row in reader:
if (row["Season"] == x.get_name()) and (row["Tournament"] == j.get_name()):
j.add_division(Division(row["Division"],row["Best Of"],row["Players"]))
# Add players to seasons
list_all_divisions = []
for x in seasons:
for j in x.get_tournaments():
for k in j.get_divisions():
if list_all_divisions is not None: # Find all of the divisions in the season
list_all_divisions.sort()
if(ex.binary_search(list_all_divisions,k.get_player_type()) == None):
list_all_divisions.append(str(k.get_player_type()))
for i in list_all_divisions:
with open(os.path.join(my_path, ".."+data_paths+"PLAYERS "+i+".csv"), 'r') as csvFile:
reader = csv.DictReader(csvFile)
temp = []
for row in reader:
player = Player(row["Player"],i)
player.set_number_tournaments(x.number_tournaments())
temp.append(player)
x.add_participants(temp)
def __init__(self):
logging.debug("In NFL constructor")
self.__standings = dict()
self.__postseason = dict()
League.__init__(self, 'NFL')
afc = Conference('AFC')
nfc = Conference('NFC')
self.addChild(afc)
self.addChild(nfc)
afce = Division('East')
afce.setColors('black', 'red')
afcn = Division('North')
afcn.setColors('yellow', 'blue')
afcs = Division('South')
afcs.setColors('black', 'white')
afcw = Division('West')
afcw.setColors('black', 'orange')
afc.addChild(afce)
afc.addChild(afcn)
afc.addChild(afcs)
afc.addChild(afcw)
afce.addChild(Team('Buffalo Bills', 'BUF'))
afce.addChild(Team('Miami Dolphins', 'MIA'))
afce.addChild(Team('New England Patriots', 'NE'))
afce.addChild(Team('New York Jets', 'NYJ'))
afcn.addChild(Team('Baltimore Ravens', 'BAL'))
afcn.addChild(Team('Cincinnati Bengals', 'CIN'))
afcn.addChild(Team('Cleveland Browns', 'CLE'))
afcn.addChild(Team('Pittsburgh Steelers', 'PIT'))
afcs.addChild(Team('Houston Texans', 'HOU'))
afcs.addChild(Team('Indianapolis Colts', 'IND'))
afcs.addChild(Team('Jacksonville Jaguars', 'JAC'))
afcs.addChild(Team('Tennessee Titans', 'TEN'))
afcw.addChild(Team('Denver Broncos', 'DEN'))
afcw.addChild(Team('Kansas City Chiefs', 'KC'))
afcw.addChild(Team('Oakland Raiders', 'OAK'))
afcw.addChild(Team('San Diego Chargers', 'SD'))
nfce = Division('East')
nfce.setColors('black', 'darkgreen')
nfcc = Division('Central')
nfcc.setColors('orange', 'black')
nfcs = Division('South')
nfcs.setColors('black', 'lightblue')
nfcw = Division('West')
nfcw.setColors('black', 'yellow')
nfc.addChild(nfce)
nfc.addChild(nfcc)
nfc.addChild(nfcs)
nfc.addChild(nfcw)
nfce.addChild(Team('Dallas Cowboys', 'DAL'))
nfce.addChild(Team('New York Giants', 'NYG'))
nfce.addChild(Team('Philadelphia Eagles', 'PHI'))
nfce.addChild(Team('Washington Redskins', 'WAS'))
nfcc.addChild(Team('Chicago Bears', 'CHI'))
nfcc.addChild(Team('Detroit Lions', 'DET'))
nfcc.addChild(Team('Green Bay Packers', 'GB'))
nfcc.addChild(Team('Minnesota Vikings', 'MIN'))
nfcs.addChild(Team('Atlanta Falcons', 'ATL'))
nfcs.addChild(Team('Carolina Panthers', 'CAR'))
nfcs.addChild(Team('New Orleans Saints', 'NO'))
nfcs.addChild(Team('Tampa Bay Buccaneers', 'TB'))
nfcw.addChild(Team('Arizona Cardnials', 'ARI'))
nfcw.addChild(Team('San Francisco 49ers', 'SF'))
nfcw.addChild(Team('Seattle Seahawks', 'SEA'))
nfcw.addChild(Team('St. Louis Rams', 'STL'))