def test_point_won_by(self):
player_one = Player(PLAYER_NAME_ONE)
player_two = Player(PLAYER_NAME_TWO)
match = Match(player_one, player_two)
match.point_won_by(PLAYER_NAME_TWO)
self.assertEqual(match.score, '0 - 0, 0 - 15')
def test_match_winner_set_one(self):
player_one = Player(PLAYER_NAME_ONE)
player_two = Player(PLAYER_NAME_TWO)
match = Match(player_one, player_two)
game_points = 4
set_points = 6
for index in range(game_points * set_points):
match.point_won_by(PLAYER_NAME_TWO)
self.assertEqual(match.score,
f'Winner {PLAYER_NAME_TWO} Set: 0 - 1 | Game: 0 - 6')
def test_parse_match_with_tie():
match_url = "https://www.over.gg/11948/ldn-vs-shd-overwatch-league-2019-season-play-in-sf"
fields = overggparser.parse_match(match_url)
match = Match(id=7269,
start=datetime.strptime("2019-08-31 15:00:00",
"%Y-%m-%d %H:%M:%S"),
url=match_url,
home=Team("London Spitfire", "US"),
away=Team("Shanghai Dragons", "US"))
overggparser.merge_fields_into_match(fields, match)
assert len(match.maps) == 8
assert match.maps[0].name == "Busan"
assert match.maps[0].winner == Winner.HOME
assert match.maps[1].name == "Numbani"
assert match.maps[1].winner == Winner.HOME
assert match.maps[2].name == "Hanamura"
assert match.maps[2].winner == Winner.AWAY
assert match.maps[3].name == "Watchpoint: Gibraltar"
assert match.maps[3].winner == Winner.HOME
assert match.maps[4].name == "Lijiang Tower"
assert match.maps[4].winner == Winner.AWAY
assert match.maps[5].name == "King's Row"
assert match.maps[5].winner == Winner.TIED
assert match.maps[6].name == "Dorado"
assert match.maps[6].winner == Winner.AWAY
assert match.maps[7].name == "Ilios"
assert match.maps[7].winner == Winner.HOME
def vote(postVars):
global couchdbServer
templateVars = dict()
winnerId = postVars["winner"].value.decode("utf-8")
loserId = postVars["loser"].value.decode("utf-8")
try:
db = couchdbServer.create("players")
except:
db = couchdbServer["players"]
winner = Player.load(db,winnerId)
loser = Player.load(db,loserId)
match = Match()
if postVars["draw"].value == "0":
match.matchWithWinner(winner,loser)
else:
match.matchWithoutWinner(winner,loser)
try:
winner.store(db)
except ResourceConflict:
print "Unable to store winner"
try:
loser.store(db)
except ResourceConflict:
print "Unable to store loser"
votesCount = classes.rankingsession.getSession("votesToFinish")
votesCount -= 1
votesCount = classes.rankingsession.setSession("votesToFinish", votesCount)
templateVars = dict(json = json.dumps(dict()))
return output_template("json.html", templateVars )
def grabMatchesDay(date, liveornot):
matches = []
#Replace date in the kava.ee url
simple_date = str(date.day) + '-' + str(date.month) + '-' + str(date.year)
url = "https://www.kava.ee/programme/listing/football/%s?filter=sports" % (
simple_date)
response = urllib.urlopen(url)
data = json.loads(response.read())
#Adding some useless comment
programmes = data['schedule']['programme']
for i in range(len(programmes)):
title = programmes[i]['title']
#Make the description the title if the title doesn't show the teams.
pattern = ['-', ' v ', ' - ']
containsit = False
for p in pattern:
x = re.search(p, title)
if x != None:
containsit = True
break
else:
containsit = False
if containsit == False and programmes[i]['description'] != '':
title = programmes[i]['description']
start_time = datetime.datetime.fromtimestamp(
programmes[i]['start_unix'])
end_time = datetime.datetime.fromtimestamp(programmes[i]['stop_unix'])
status = programmes[i]['status']
channel = programmes[i]['channel']['name']
id_kava = programmes[i]['id']
match = Match(title, start_time, end_time, status, channel, id_kava)
matches.append(match)
if (liveornot):
filtered_matches = []
for i in range(len(matches)):
if matches[i].live:
filtered_matches.append(matches[i])
matches = filtered_matches
return matches
def test_parse_match():
match_url = "https://www.over.gg/12004/nyxl-vs-atl-overwatch-league-2019-season-p-offs-sf"
fields = overggparser.parse_match(match_url)
match = Match(id=7322,
start=datetime.strptime("2019-09-08 18:00:00",
"%Y-%m-%d %H:%M:%S"),
url=match_url,
home=Team("New York Excelsior", "US"),
away=Team("Atlanta Reign", "US"))
overggparser.merge_fields_into_match(fields, match)
assert match.home.name == "New York Excelsior"
assert match.away.name == "Atlanta Reign"
assert match.state == GameState.COMPLETE
assert match.home_score == 4
assert match.away_score == 2
assert match.winner == "New York Excelsior"
assert match.competition == "Overwatch League 2019 Season"
assert match.competition_url == "https://www.over.gg/event/266/overwatch-league-2019-season"
assert match.stage == "Playoffs: Semifinals"
expected_streams = [
Stream("https://www.twitch.tv/overwatchleague", "ENG"),
Stream("https://www.twitch.tv/overwatchleague_kr", "KR"),
Stream("https://www.twitch.tv/overwatchleague_fr", "FR")
]
for match_stream in match.streams:
found = False
for expected_stream in expected_streams:
if match_stream == expected_stream and match_stream.language == expected_stream.language:
found = True
break
assert found
assert len(match.maps) == 6
assert match.maps[0].name == "Busan"
assert match.maps[0].winner == Winner.HOME
assert match.maps[1].name == "King's Row"
assert match.maps[1].winner == Winner.HOME
assert match.maps[2].name == "Hanamura"
assert match.maps[2].winner == Winner.AWAY
assert match.maps[3].name == "Rialto"
assert match.maps[3].winner == Winner.HOME
assert match.maps[4].name == "Lijiang Tower"
assert match.maps[4].winner == Winner.AWAY
assert match.maps[5].name == "Numbani"
assert match.maps[5].winner == Winner.HOME
def add_new_match(db, sa, mas):
"""
Create a new match in the database
:param sa: `StatisticalAlgorithm` a SA obj
:param family: `Agent` a Family object
:param religion: `Agent` a Religion object
:param education: `Agent` a Education object
Usage
>>> from velhia import Velhia
>>> match = velhia.add_new_match(sa, family, religion, education)
>>> print(match)
<classes.match.Match object at 0x7fe6de3287d0>
"""
try:
ret = db.create(
json.dumps({
"begin": datetime.now().ctime(),
"time": 0,
"sa": {
"playerId": sa.id,
"symbol": sa.char[0]
},
"mas": {
"family": {
"playerId": mas.family_leader.id,
"symbol": mas.char[0]
},
"religion": {
"playerId": mas.religion_leader.id,
"symbol": mas.char[0]
},
"education": {
"playerId": mas.education_leader.id,
"symbol": mas.char[0]
}
},
"plays": [],
"status": "PENDENT"
}))
match = Match(json.loads(ret.text))
return match
except:
raise NewMatchError
def get_upcoming_events(events):
data = retry_request(static.OVER_GG_API, 5, 60)
if data is None:
return False
for match_table in data['matches']:
match = Match(id=match_table['id'],
start=datetime.utcfromtimestamp(
int(match_table['timestamp'])),
url=match_table['match_link'],
home=Team(match_table['teams'][0]['name'],
match_table['teams'][0]['country']),
away=Team(match_table['teams'][1]['name'],
match_table['teams'][1]['country']))
fits_event = False
for event in events:
if event.match_fits(match.start, match_table['event_name'],
match.id):
event.add_match(match)
fits_event = True
break
if not fits_event:
rank, competition = mappings.get_competition(
match_table['event_name'])
if competition is None:
if match_table['event_name'] not in static.missing_competition:
static.missing_competition.add(match_table['event_name'])
log.warning(
f"Upcoming event not mapped: {match_table['event_name']} : {str(match.start)}"
)
elif static.utcnow() + timedelta(hours=competition.event_build_hours_ahead) > \
match.start > \
static.utcnow() - timedelta(hours=10):
log.debug(
f"Found new upcoming event: {match_table['event_name']} : {str(match.start)}"
)
event = Event(competition=competition)
event.add_match(match)
events.append(event)
def backup(self):
"""
Get the lastest datas to use in rollback function
usage
>>> from velhia import Velhia
>>> vlh = Velhia()
>>> [match_backup, sa_backup, mas_backup] = vlh.backup()
<classes.match.Match object at 0x7fe6de3287d0>
<classes.statistical_algorithm.StatisticalAlgorithm object at 0x7fe6de328150>
<classes.multi_agent_system.MultiAgentSystem object at 0x7fe6de34dd10>
"""
ret = self.match_db.get(offset=0, limit=1).json()
if len(ret) != 0:
match_backup = Match(ret[0])
sa_backup = StatisticalAlgorithm(self.algorithm_db.get(offset=0, limit=1).json()[0],
['X', 1], ['O', 0])
mas_backup = MultiAgentSystem(Agent(self.family_db.get(offset=1, limit=1, sort="createdAt:desc").json()[0],
['O', 0]),
Agent(self.family_db.get(offset=0, limit=1, sort="createdAt:desc").json()[0],
['O', 0]),
Agent(self.education_db.get(offset=1, limit=1, sort="createdAt:desc").json()[0],
['O', 0]),
Agent(self.education_db.get(offset=0, limit=1, sort="createdAt:desc").json()[0],
['O', 0]),
Agent(self.religion_db.get(offset=1, limit=1, sort="createdAt:desc").json()[0],
['O', 0]),
Agent(self.religion_db.get(offset=0, limit=1, sort="createdAt:desc").json()[0],
['O', 0]))
return [match_backup, sa_backup, mas_backup]
else:
return [None, None, None]
def run_championship(self):
"""
This method runs the grand championship match. Since this is a double
elimination tourney, the lower bracket champion has to win 2 times in
order to win the overall championship.
Arguments:
:param self: This tourney object
"""
# Get champs
upper = self.upper_bracket.player # pylint: disable=no-member
lower = self.lower_bracket.player # pylint: disable=no-member
print('Championship Match')
print('{} v. {}'.format(upper.name, lower.name))
print('Match 1')
print('---------------------------------')
cur_match = Match(upper, lower, self.wins_needed)
results = cur_match.play_match()
self.matches.append(cur_match)
print('{} wins the match in {} games!\n'.format(
results['winner'], results['games_played']))
winner = upper if results['winner'] == upper.name else lower
loser = lower if results['winner'] == upper.name else upper
loser.losses += 1
# If the upper lost, we need to play again
if (loser.name == upper.name):
print('\nMatch 2')
print('---------------------------------')
cur_match = Match(upper, lower, self.wins_needed)
results = cur_match.play_match()
self.matches.append(cur_match)
print('{} wins the match in {} games!\n'.format(
results['winner'], results['games_played']))
winner = upper if results['winner'] == upper.name else lower
loser = lower if results['winner'] == upper.name else upper
loser.losses += 1
# We can now crown the champion!
print('\n\n')
print('Grand Champion')
print('---------------------------------')
print('{}'.format(self.victory_screen(winner.name)))
def start(self):
"""
Prepare all objects to start the game
Usage
>>> from velhia import Velhia
>>> vlh = Velhia(match_db, family_db, education_db, religion_db, algorithm_db)
>>> (match, sa, mas) = vlh.get_data()
<classes.match.Match object at 0x7fe6de3287d0>
<classes.statistical_algorithm.StatisticalAlgorithm object at 0x7fe6de328150>
<classes.multi_agent_system.MultiAgentSystem object at 0x7fe6de34dd10>
"""
last_match = self.match_db.get(
offset=0, limit=1, sort="createdAt:desc").json()
if len(last_match) == 0 or last_match[0]['status'] != 'PENDENT':
sa = get_lastest_sa(self.algorithm_db)
sa.matchs += 1
[education_leader, education_learner] = get_latest_agent(
self.education_db, self.match_db)
education_leader.matchsAsLeader += 1
education_learner.matchsAsLearner += 1
[religion_leader, religion_learner] = get_latest_agent(
self.religion_db, self.match_db)
religion_leader.matchsAsLeader += 1
religion_learner.matchsAsLearner += 1
[family_leader, family_learner] = get_latest_agent(
self.family_db, self.match_db)
family_leader.matchsAsLeader += 1
family_learner.matchsAsLearner += 1
mas = MultiAgentSystem(family_leader, family_learner, education_leader,
education_learner, religion_leader, religion_learner)
match = add_new_match(self.match_db, sa, mas)
add_new_memory(match, sa, mas)
update_mas(self, mas)
self.algorithm_db.update(sa.id, json.dumps(sa.create_object()))
else:
match = Match(last_match[0])
sa = StatisticalAlgorithm(
self.algorithm_db.get(
filters={"_id": match.sa['playerId']}).json()[0],
('X', 1), ('O', 0))
[education_leader, education_learner] = get_latest_agent(
self.education_db, self.match_db, match, match.mas['education'][-1])
[religion_leader, religion_learner] = get_latest_agent(
self.religion_db, self.match_db, match, match.mas['religion'][-1])
[family_leader, family_learner] = get_latest_agent(
self.family_db, self.match_db, match, match.mas['family'][-1])
mas = MultiAgentSystem(family_leader, family_learner, education_leader,
education_learner, religion_leader, religion_learner)
return [match, sa, mas]
def validate(self, match, sa, mas):
"""
Check if everything ran correctly
:param match: `Match` Match obj
:param sa: `Statistical Algorithm` Statistical Algorithm obj
:param mas: `Multi Agent System` Multi Agent System obj
Previous
1. Check if the previous match has a status in ['WINNER', 'DRAW']
2. Check if the previous players memory is the previous match
3. Check if the previous match status is the previous environment status in the previous players memory
4. Check if the plays in previous match obj is equals previous players memories
5. Check if the number of players matchs is correctly (victories, defeats, draws)
Currenty
1. Check if the currenty match status is pendent
2. Check if the last match of institutions leaders is equals the currenty match
3. Check if the plays in match obj is equals players memories
4. Check if the number of players matchs is correctly (victories, defeats, draws)
usage
>>> from velhia import Velhia
>>> vlh = Velhia(match_db, family_db, education_db, religion_db, algorithm_db)
>>> vlh.validate_previous_match()
True or False
"""
if len(self.match_db.get(offset=0, limit=2).json()) > 1:
# Previous
previous_match = Match(self.match_db.get(
offset=1, limit=1, sort='createdAt:desc').json()[0])
previous_sa = StatisticalAlgorithm(self.algorithm_db.get(
filters={"_id": previous_match.sa['playerId']}).json()[0], ['X', 1], ['O', 0])
previous_family = Agent(self.family_db.get(
filters={"_id": previous_match.mas['family'][-1]['playerId']}).json()[0], ['O', 0])
previous_religion = Agent(self.religion_db.get(
filters={"_id": previous_match.mas['religion'][-1]['playerId']}).json()[0], ['O', 0])
previous_education = Agent(self.education_db.get(
filters={"_id": previous_match.mas['education'][-1]['playerId']}).json()[0], ['O', 0])
check_match_status(previous_match, previous_family,
previous_religion, previous_education)
check_previous_match_id(previous_match, previous_family,
previous_religion, previous_education)
game_status = self.game_status(
previous_match, previous_sa.id)
check_previous_match_game(game_status, previous_match, previous_family,
previous_religion, previous_education)
check_sa_matchs(previous_sa)
[check_agent_matchs(x) for x in [previous_family,
previous_religion,
previous_education]]
# Currenty
check_match_pendent(match)
check_currenty_match_id(match, mas.family_leader,
mas.religion_leader, mas.education_leader)
game_status = self.game_status(match, sa.id)
check_currenty_match_game(game_status, mas.family_leader,
mas.religion_leader, mas.education_leader)
check_sa_matchs(sa)
[check_agent_matchs(x) for x in [mas.family_leader,
mas.religion_leader,
mas.education_leader]]
else:
# Currenty
check_match_pendent(match)
check_currenty_match_id(match, mas.family_leader,
mas.religion_leader, mas.education_leader)
game_status = self.game_status(match, sa.id)
check_currenty_match_game(game_status, mas.family_leader,
mas.religion_leader, mas.education_leader)
check_sa_matchs(sa)
[check_agent_matchs(x) for x in [mas.family_leader,
mas.religion_leader,
mas.education_leader]]
from classes.player import Player
from classes.match import Match
from helpers.constant import PLAYER_NAME_ONE, PLAYER_NAME_TWO
player_one = Player(PLAYER_NAME_ONE)
player_two = Player(PLAYER_NAME_TWO)
print('*******************************************************')
print(
f'********* Playing a game {player_one.name} VS {player_two.name} *********'
)
print('*******************************************************')
match = Match(player_one, player_two)
players = {1: player_one.name, 2: player_two.name}
while True:
if match.winner:
print(match.score)
break
try:
player = int(input('Who won the point Player (1) or Player (2):'))
match.point_won_by(players[player])
except Exception:
continue
print("\n======= SCORE ========")
print(match.score)
print("======================\n")
def testMatchesResults(self):
server = Server()
try:
db = server.create("players")
except:
db = server["players"]
player0 = Player()
player0.store(db)
player1 = Player()
player1.store(db)
match = Match()
match.matchWithWinner(player0, player1)
self.assertEqual(player0.karma, 405), "Error on match"
self.assertEqual(player0.matches, 1), "Error on match"
self.assertEqual(player0.wins, 1), "Error on match"
self.assertEqual(player0.losses, 0), "Error on match"
self.assertEqual(player1.karma, 395), "Error on match"
self.assertEqual(player1.matches, 1), "Error on match"
self.assertEqual(player1.wins, 0), "Error on match"
self.assertEqual(player1.losses, 1), "Error on match"
match.matchWithWinner(player1, player0)
self.assertEqual(player0.karma, 400), "Error on match"
self.assertEqual(player0.matches, 2), "Error on match"
self.assertEqual(player0.wins, 1), "Error on match"
self.assertEqual(player0.losses, 1), "Error on match"
self.assertEqual(player1.karma, 400), "Error on match"
self.assertEqual(player1.matches, 2), "Error on match"
self.assertEqual(player1.wins, 1), "Error on match"
self.assertEqual(player1.losses, 1), "Error on match"
match.matchWithWinner(player0, player1)
self.assertEqual(player0.karma, 405), "Error on match"
self.assertEqual(player0.matches, 3), "Error on match"
self.assertEqual(player1.karma, 395), "Error on match"
self.assertEqual(player1.matches, 3), "Error on match"
match.matchWithWinner(player0,player1)
self.assertEqual(player0.karma, 410), "Error on match"
self.assertEqual(player0.matches, 4), "Error on match"
self.assertEqual(player1.karma, 390), "Error on match"
self.assertEqual(player1.matches, 4), "Error on match"
match.matchWithWinner(player0, player1)
self.assertEqual(player0.karma, 415), "Error on match"
self.assertEqual(player0.matches, 5), "Error on match"
self.assertEqual(player1.karma, 385), "Error on match"
self.assertEqual(player1.matches, 5), "Error on match"
match.matchWithWinner(player0, player1)
self.assertEqual(player0.karma, 419.7), "Error on match"
self.assertEqual(player0.matches, 6), "Error on match"
self.assertEqual(player1.karma, 380.3), "Error on match"
self.assertEqual(player1.matches, 6), "Error on match"
player0.resetKarma()
player1.resetKarma()
match.matchWithoutWinner(player0, player1)
self.assertEqual(player0.karma, 400), "Error on match"
self.assertEqual(player0.matches, 1), "Error on match"
self.assertEqual(player1.karma, 400), "Error on match"
self.assertEqual(player1.matches, 1), "Error on match"
self.assertEqual(player1.wins, 0), "Error on match"
self.assertEqual(player1.losses, 0), "Error on match"
match.matchWithWinner(player0, player1)
self.assertEqual(player0.karma, 405), "Error on match"
self.assertEqual(player0.matches, 2), "Error on match"
self.assertEqual(player1.karma, 395), "Error on match"
self.assertEqual(player1.matches, 2), "Error on match"
match.matchWithoutWinner(player0, player1)
self.assertEqual(player0.karma, 405), "Error on match"
self.assertEqual(player0.matches, 3), "Error on match"
self.assertEqual(player1.karma, 395), "Error on match"
self.assertEqual(player1.matches, 3), "Error on match"
match.matchWithoutWinner(player0, player1)
self.assertEqual(player0.karma, 405), "Error on match"
self.assertEqual(player0.matches, 4), "Error on match"
self.assertEqual(player1.karma, 395), "Error on match"
self.assertEqual(player1.matches, 4), "Error on match"
def testExpectedResults(self): player0 = Player() player1 = Player() match = Match() self.assertEqual(match.getExpectedResultIndex(player0, player1), 0.5), "Error estimating match result" player1.karma = 375 self.assertEqual(match.getExpectedResultIndex(player0, player1), 0.5), "Error estimating match result" self.assertEqual(match.getExpectedResultIndex(player0, player1) + match.getExpectedResultIndex(player0, player1), 1), "Error estimating match result" player1.karma = 374 self.assertEqual(match.getExpectedResultIndex(player0, player1), 0.53), "Error estimating match result" self.assertEqual(match.getExpectedResultIndex(player0,player1) + match.getExpectedResultIndex(player1, player0), 1), "Error estimating match result" player1.karma = 300 self.assertEqual(match.getExpectedResultIndex(player0, player1), 0.57), "Error estimating match result" self.assertEqual(match.getExpectedResultIndex(player0, player1) + match.getExpectedResultIndex(player1, player0), 1), "Error estimating match result" player1.karma = 299 self.assertEqual(match.getExpectedResultIndex(player0, player1), 0.64), "Error estimating match result" self.assertEqual(match.getExpectedResultIndex(player0, player1) + match.getExpectedResultIndex(player1, player0), 1), "Error estimating match result" player1.karma = 249 self.assertEqual(match.getExpectedResultIndex(player0, player1), 0.7), "Error estimating match result" self.assertEqual(match.getExpectedResultIndex(player0, player1) + match.getExpectedResultIndex(player1, player0), 1), "Error estimating match result" player1.karma = 199 self.assertEqual(match.getExpectedResultIndex(player0, player1), 0.76), "Error estimating match result" self.assertEqual(match.getExpectedResultIndex(player0, player1) + match.getExpectedResultIndex(player1, player0), 1), "Error estimating match result" player1.karma = 149 self.assertEqual(match.getExpectedResultIndex(player0, player1), 0.81), "Error estimating match result" self.assertEqual(match.getExpectedResultIndex(player0, player1) + match.getExpectedResultIndex(player1, player0), 1), "Error estimating match result" player1.karma = 99 self.assertEqual(match.getExpectedResultIndex(player0, player1), 0.85), "Error estimating match result" self.assertEqual(match.getExpectedResultIndex(player0, player1) + match.getExpectedResultIndex(player1, player0), 1), "Error estimating match result" player1.karma = 49 self.assertEqual(match.getExpectedResultIndex(player0, player1), 0.89), "Error estimating match result" self.assertEqual(match.getExpectedResultIndex(player0, player1) + match.getExpectedResultIndex(player1, player0), 1), "Error estimating match result" player1.karma = 0 self.assertEqual(match.getExpectedResultIndex(player0, player1), 0.92), "Error estimating match result" self.assertEqual(match.getExpectedResultIndex(player0, player1) + match.getExpectedResultIndex(player1, player0), 1), "Error estimating match result"
def test_match_winner_set_one_tie_breaker(self):
player_one = Player(PLAYER_NAME_ONE)
player_two = Player(PLAYER_NAME_TWO)
match = Match(player_one, player_two)
game_points = 4
set_points = 5
# Player two winning 5 games
for index in range(game_points * set_points):
match.point_won_by(PLAYER_NAME_TWO)
self.assertEqual(match.score, f'0 - 5, Winner {PLAYER_NAME_TWO}')
# Player one winning 5 games
for index in range(game_points * set_points):
match.point_won_by(PLAYER_NAME_ONE)
self.assertEqual(match.score, f'5 - 5, Winner {PLAYER_NAME_ONE}')
# Player two winning 6 games
for index in range(game_points):
match.point_won_by(PLAYER_NAME_TWO)
self.assertEqual(match.score, f'5 - 6, Winner {PLAYER_NAME_TWO}')
# Player one winning 6 games
for index in range(game_points):
match.point_won_by(PLAYER_NAME_ONE)
self.assertEqual(match.score, f'6 - 6, Winner {PLAYER_NAME_ONE}')
# Tie breaker game
for index in range(7):
match.point_won_by(PLAYER_NAME_ONE)
match.point_won_by(PLAYER_NAME_TWO)
self.assertEqual(match.score, f'6 - 6, 7 - 7')
# Tie breaker player one winner
match.point_won_by(PLAYER_NAME_ONE)
match.point_won_by(PLAYER_NAME_ONE)
self.assertEqual(match.score,
f'Winner {PLAYER_NAME_ONE} Set: 1 - 0 | Game: 7 - 6')
from classes.match import Match
from classes.user import User
from classes.com import Com
from classes.interface import Interface
from classes.api_client import ApiClient
interface = Interface()
match = Match()
user = User()
com = Com()
api_client = ApiClient()
def reset():
"""Resets wins and rounds"""
match.reset_rounds()
user.reset_wins()
com.reset_wins()
def print_default():
"""Prints the default play area"""
interface.clear_screen()
interface.print_banner()
def start_new_round():
"""Starts a new round and sets input"""
match.new_round()
interface.print_input_prompt()
user.set_play()
def run_upper_bracket(self):
"""
This method runs through the upper bracket. This advances through each
stage and runs all matches required. Loses are demoted to the lower
bracket and winners continue to the next stage.
Arguments:
:param self: This tourney
"""
# Run through each stage and advance the winner as needed
stage_num = 1
while (stage_num <= self.stages):
print('Upper Stage {}'.format(stage_num))
print('---------------------------\n')
cur_stage = stage_num + 1
# Find the parents of all children nodes that need played
nodes = findall(self.upper_bracket,
filter_=lambda node: node.name in
('Stage{}'.format(cur_stage)))
num_match = 1
for node in nodes:
player1, player2 = (x.player for x in node.children)
cur_match = Match(player1, player2, self.wins_needed)
print('Match {} - {} v. {}'.format(num_match, player1.name,
player2.name))
print('---------------------------------')
results = cur_match.play_match()
self.matches.append(cur_match)
print('{} wins the match in {} games!\n'.format(
results['winner'], results['games_played']))
node.contestant = results['winner']
node.player = player1 if results[
'winner'] == player1.name else player2
# Move the loser down to the loser's bracket
loser = player2 if results[
'winner'] == player1.name else player1
loser.losses += 1
# First check to see if this is the last stage
#if(stage_num is self.stages):
# Since we are the last stage, we go to the minor of the previous stage
#lower = findall(self.lower_bracket, lambda node: node.name == 'Stage{}-Minor'.format(stage_num) and node.player is None)[0]
#lower.contestant = loser.name
#lower.player = loser
# If we are an odd stage, we move to the major loser branch, else the minor
#elif(stage_num % 2 is 1):
#lower = findall(self.lower_bracket, lambda node: node.name == 'Stage{}-Major-Sub'.format(stage_num) and node.player is None)[0]
#lower.contestant = loser.name
#lower.player = loser
#else:
#lower = findall(self.lower_bracket, lambda node: node.name == 'Stage{}-Minor'.format(stage_num) and node.player is None)[0]
#lower.contestant = loser.name
#lower.player = loser
if (stage_num is 1):
# Since we are the last stage, we go to the minor of the previous stage
lower = findall(
self.lower_bracket,
lambda node: node.name == 'Stage{}-Major-Sub'.format(
stage_num) and node.player is None)[0]
lower.contestant = loser.name
lower.player = loser
else:
lower = findall(
self.lower_bracket,
lambda node: node.name == 'Stage{}-Minor'.format(
stage_num) and node.player is None)[0]
lower.contestant = loser.name
lower.player = loser
num_match += 1
# Now that this stage is done, print the brackets!
stage_num += 1
self.print_upper_bracket()
# Done! Print the bracket
print('End of Upper Bracket')
print('---------------------------\n')
self.print_brackets()
def run_lower_bracket(self):
"""
This method runs through the upper bracket. This advances through each
stage and runs all matches required. Loses are done and winners advance
to the next stage. The winner of the lower bracket plays in the grand
championship.
Arguments:
:param self: This tourney
"""
# Lower brackets alternate between major and minor events. If
# applicable, we will do the minor for the stage (Stage 1 has
# no minor), then we will do the majors
stage_num = 1
while (stage_num <= self.stages):
print('Lower Stage {}'.format(stage_num))
print('---------------------------\n')
# If we are stage one, there is no minor
if (stage_num is not 1):
# Find the parents of all children nodes that need played
nodes = findall(self.lower_bracket,
filter_=lambda node: node.name ==
'Stage{}-Major-Sub'.format(stage_num))
num_match = 1
for node in nodes:
print(node)
player1, player2 = (x.player for x in node.children)
cur_match = Match(player1, player2, self.wins_needed)
print('Match {} - {} v. {}'.format(num_match, player1.name,
player2.name))
print('---------------------------------')
results = cur_match.play_match()
self.matches.append(cur_match)
print('{} wins the match in {} games!\n'.format(
results['winner'], results['games_played']))
# Resolve Match
node.contestant = results['winner']
node.player = player1 if results[
'winner'] == player1.name else player2
# The loser is done! No more advancement. Move on to the minors.
loser = player2 if results[
'winner'] == player1.name else player1
loser.losses += 1
# Now do the major
# Find the parents of all children nodes that need played
nodes = findall(self.lower_bracket,
filter_=lambda node: node.name in
('Stage{}-Major'.format(stage_num)))
num_match = 1
for node in nodes:
player1, player2 = (x.player for x in node.children)
cur_match = Match(player1, player2, self.wins_needed)
print('Match {} - {} v. {}'.format(num_match, player1.name,
player2.name))
print('---------------------------------')
results = cur_match.play_match()
self.matches.append(cur_match)
print('{} wins the match in {} games!\n'.format(
results['winner'], results['games_played']))
# Resolve Match
node.contestant = results['winner']
node.player = player1 if results[
'winner'] == player1.name else player2
# The loser is done! No more advancement. Move on to the minors.
loser = player2 if results[
'winner'] == player1.name else player1
loser.losses += 1
# At the end of the stage, print the bracket
stage_num += 1
self.print_lower_bracket()
# Done! Print the bracket
print('End of Lower Bracket')
print('---------------------------\n')
self.print_brackets()
def get_latest_agent(db,
match_db,
match=Match(
dict(id='',
begin='',
time='',
sa='',
mas='',
plays='',
status='')),
player=''):
"""
Get the lastest agent obj in the database or create if it not exists
If a match and player was passed, it will get the lastest agents as of a match obj in the database
:param db: `Database` a Database object
:param match: `Match`a Match object
:param player: `string` a player ID
Usage
>>> (leader, learner) = get_lastest_agent(education_db)
>>> print(leader, learner)
<classes.agent.Agent object at 0x7fe6de3287d0>
<classes.agent.Agent object at 0x7fe6de3289a2>
"""
try:
res = db.get(offset=0, limit=2, sort="createdAt:desc").json()
if len(res) < 2:
leader = Agent(
db.create(
json.dumps({
"birth": datetime.now().ctime(),
"progenitor": "I'm the first one, bitch ;)",
"becomeLeader": datetime.now().ctime(),
"life": 100,
"memory": [],
"matchsAsLearner": 0,
"matchsAsLeader": 0,
"victories": 0,
"defeats": 0,
"draw": 0
})).json(), ('O', 0))
learner = Agent(
db.create(
json.dumps({
"birth": datetime.now().ctime(),
"progenitor": leader.id,
"life": 100,
"memory": [],
"matchsAsLearner": 0,
"matchsAsLeader": 0,
"victories": 0,
"defeats": 0,
"draw": 0
})).json(), ('O', 0))
return [leader, learner]
elif match.id != '' and player != '':
if res[1]['_id'] == player['playerId']:
[leader, learner] = check_life(db, res)
if leader.id == player['playerId']:
return [leader, learner]
else:
add_new_mas_player(match_db, match, player, leader)
return [leader, learner]
else:
return check_life(db, res)
except:
raise GetAgentError
def __init__(self, p1_name, p2_name, model, points_played='', mixture=0, ts=False, setend=1):
self.p1 = player.Player.get_player(p1_name)
if self.p1.match_impact == 0:
self.p1.calculate_impact()
self.p2 = player.Player.get_player(p2_name)
if self.p2.match_impact == 0:
self.p2.calculate_impact()
self.ts = ts
if self.ts:
player.Player.calculate_all_ts()
self.points_played = points_played.split('.')
self.match_exp = 0
self.set_exp = {}
self.game_exp = {}
self.point_exp = {}
self.calculate_exp(self.p1, self.p2, 3, self.ts)
if mixture != 0:
m = Match(0,0,0,0,0,0,self.points_played[0])
p1_ingame_pct = m.match_pct.p1_serv_pct
p2_ingame_pct = m.match_pct.p2_serv_pct
self.match_exp.p1_pct = self.match_exp.p1_pct * (1 - mixture) + p1_ingame_pct * mixture
self.match_exp.p2_pct = self.match_exp.p2_pct * (1 - mixture) + p2_ingame_pct * mixture
self.set_exp['0:0'].p1_pct = self.set_exp['0:0'].p1_pct * (1 - mixture) + p1_ingame_pct * mixture
self.set_exp['0:0'].p2_pct = self.set_exp['0:0'].p2_pct * (1 - mixture) + p2_ingame_pct * mixture
self.set_exp['1:0'].p1_pct = self.set_exp['1:0'].p1_pct * (1 - mixture) + p1_ingame_pct * mixture
self.set_exp['1:0'].p2_pct = self.set_exp['1:0'].p2_pct * (1 - mixture) + p2_ingame_pct * mixture
self.set_exp['1:1'].p1_pct = self.set_exp['1:1'].p1_pct * (1 - mixture) + p1_ingame_pct * mixture
self.set_exp['1:1'].p2_pct = self.set_exp['1:1'].p2_pct * (1 - mixture) + p2_ingame_pct * mixture
self.set_exp['0:1'].p1_pct = self.set_exp['0:1'].p1_pct * (1 - mixture) + p1_ingame_pct * mixture
self.set_exp['0:1'].p2_pct = self.set_exp['0:1'].p2_pct * (1 - mixture) + p2_ingame_pct * mixture
# for set 1 end
set1_length = self.points_played[0].split(';').__len__()
if set1_length % 2 == 1:
next_set_server = 2
else:
next_set_server = 1
# tiebreak
if self.points_played[0].__contains__('/'):
if self.points_played[0].split(';')[12].split('/').__len__() % 2 == 1:
if self.points_played[0][self.points_played[0].__len__()-1] == 'S' or self.points_played[0][self.points_played[0].__len__()-1] == 'A':
set_score = '1:0'
else:
set_score = '0:1'
else:
if self.points_played[0][self.points_played[0].__len__() - 1] == 'S' or self.points_played[0][self.points_played[0].__len__() - 1] == 'A':
set_score = '0:1'
else:
set_score = '1:0'
else:
if self.points_played[0].split(';').__len__() % 2 == 1:
if self.points_played[0][self.points_played[0].__len__() - 1] == 'S' or self.points_played[0][self.points_played[0].__len__() - 1] == 'A':
set_score = '1:0'
else:
set_score = '0:1'
else:
if self.points_played[0][self.points_played[0].__len__() - 1] == 'S' or self.points_played[0][self.points_played[0].__len__() - 1] == 'A':
set_score = '0:1'
else:
set_score = '1:0'
if model == 'set_iid_model':
self.model = SetIIDModelSetend(self.match_exp, self.set_exp, self.game_exp, self.point_exp, set_score, next_set_server, 3)
elif model == 'match_iid_model':
self.model = MatchIIDModelSetend(self.match_exp, self.set_exp, self.game_exp, self.point_exp, set_score, next_set_server, 3)
self.match_score_prob = {}
self.match_winner_prob = {}