def getAllPotentialMatches(node, t2Nodes, lang, index1, rec=True):
potentialMatches = []
unmatchedNodes = []
for node2 in t2Nodes:
if not node2["matched"]:
unmatchedNodes.append(node2)
adlStrNodes = (node2 for node2 in t2Nodes
if additionalStructure(node2, lang))
for adlStrNode in adlStrNodes:
#print("adding children of", adlStrNode["tags"])
if not "children" in adlStrNode: continue
editChildren(adlStrNode)
unmatchedChildren = (child for child in adlStrNode["children"]
if not child["matched"])
unmatchedNodes += unmatchedChildren
index2 = 0
for node2 in unmatchedNodes:
confidence = confidenceOfMatch(node, node2, node["parent"],
node2["parent"], lang, rec, index1,
index2)
if not confidence == -1:
potentialMatches.append(match.Match(node2, confidence))
index2 += 1
return potentialMatches
def main(file1, file2, color, dispMin, dispMax):
# load two images
imgLeft = cv2.imread(file1)
imgRight = cv2.imread(file2)
# Default parameters
K = -1
lambda_ = -1
lambda1 = -1
lambda2 = -1
params = match.Parameters(is_L2=True,
denominator=1,
edgeThresh=8,
lambda1=lambda1,
lambda2=lambda2,
K=K,
maxIter=4)
# create match instance
m = match.Match(imgLeft, imgRight, color)
m.SetDispRange(dispMin, dispMax)
m = match.fix_parameters(m, params, K, lambda_, lambda1, lambda2)
m.kolmogorov_zabih()
m.saveDisparity("./results/disparity1.jpg")
def run_round(self, contestants, width, height, seed):
m = match.Match(contestants, width, height, seed,
2 * len(contestants) * max_match_rounds(width, height),
self.keep_replays, self.keep_logs)
print(m)
try:
m.run_match(self.halite_binary)
print(m)
self.save_players(contestants)
self.db.update_player_ranks()
self.db.add_match(m)
self.show_ranks()
except Exception as e:
print("Exception in run_round:")
print(e)
try:
s3 = boto3.resource('s3')
object = s3.Object('halite2', m.replay_file)
object.put(Body=open(m.replay_file, 'rb'))
for key, filename in m.logs.items():
object = s3.Object('halite2', filename)
object.put(Body=open(filename, 'rb'))
except Exception as e:
print(m.logs)
print("Exception uploading logs to s3")
print(e)
def __init__(self):
"""Constructor Function
Aqcuires and assembles all matches into match objects"""
self.matches = []
self.database_name = "scouting_system"
self.db = database.Database("localhost", 27017)
comp_matches = self.db.find_documents("scouting_system", "matches")
for comp_match in comp_matches:
self.matches.append(
match.Match(
comp_match["team_number"],
comp_match["num_balls"],
comp_match["alliance_color"],
comp_match["match_num"],
))
self.teams = []
teams = self.db.find_documents("scouting_system", "teams", {})
for comp_team in teams:
self.teams.append(
team.Team(
comp_team["team_number"],
comp_team["team_name"],
comp_team["rookie_year"],
))
def extract_match(self, tbody):
day_month_year = tbody.find_previous_sibling(
'tbody', class_='date expanded').text.split(' - ')[0].strip()
time = tbody.find('td', class_='col_time').text.strip()
date_string = day_month_year + ' ' + time
# convert to datetime object and adjust timezone
date = dt.strptime(date_string,
'%A, %b %d, %Y %I:%M %p') - timedelta(hours=1)
away_data = tbody.find('tr', class_='firstline')
home_data = tbody.find('tr', class_='otherline')
home = home_data.find('td', class_='col_teamname').contents[0]
away = away_data.find('td', class_='col_teamname').contents[0]
# not ideal but will do for now
if home.strip() == 'St. Louis Cardinals':
home = 'Saint Louis Cardinals'
if away.strip() == 'St. Louis Cardinals':
away = 'Saint Louis Cardinals'
hodds = home_data.find('td', class_='moneylineodds').string
aodds = away_data.find('td', class_='moneylineodds').string
hodds = (-sys.maxsize - 1) if hodds is None else hodds
aodds = (-sys.maxsize - 1) if aodds is None else aodds
site = 'sportsbetting.ag'
m = match.Match(home, away, hodds, aodds, site, site, date)
return m
def extract_match(self, html, sport):
# get the day of the week and day number in the form 'Sep 09'
parent = html.find_parent('div', class_='myb-sportbook__tab-pane')
month = parent.find('h4',
class_='header-game').text.strip().split(' - ')[-1]
time = html.find('span', class_='myb-sportbook__date').text.strip()
# check if the game is in the following year
yr = (dt.today().year +
1) if (dt.today().year == 12
and month[:3] == 'Jan') else dt.today().year
# construct date string in format 'Sep 09 2018 SUN4:25 PM' and adjust timezone
date_string = '%s %d %s' % (month, yr, time)
date = dt.strptime(date_string,
'%b %d %Y %a%I:%M %p') - timedelta(hours=1)
# html parsing filters
search_filter = {'data-wager-type': 'ml'}
afilter = 'myb-sportbook__row-first-team'
hfilter = 'myb-sportbook__row-second-team'
hhtml = html.find('div', hfilter).find('button', attrs=search_filter)
ahtml = html.find('div', afilter).find('button', attrs=search_filter)
# lookup team in dictionary if sport is baseball
home = self.teams[hhtml['data-team'].lower(
)] if sport == 'baseball' else hhtml['data-team']
away = self.teams[ahtml['data-team'].lower(
)] if sport == 'baseball' else ahtml['data-team']
site = 'xbet.ag'
m = match.Match(home, away, hhtml['data-odds'], ahtml['data-odds'],
site, site, date)
# return an individual match
return m
def __init__(self):
self.i = 0
self.match = match.Match()
self.bridge =cv_bridge.CvBridge()
#cv2.namedWindow("window",1)
#image_sub = rospy.Subscriber('arm_sensor/camera/image_raw', Image, self.image_callback)
image_sub = rospy.Subscriber('front_center_camera/image_raw/compressed', CompressedImage, self.image_callback)
def extract_match(self, row):
# *_tag is a variable that contains the three letter code and pitcher for each team
away_tag = row.find('div', class_='ustop').text.strip()
home_tag = row.find('div', class_='usbot').text.strip()
# when odds are updated, the title attribute gets renamed 'data-original-title'
aodds = row.find('div', {'title': away_tag})
if aodds is None:
aodds = row.find('div', {'data-original-title': away_tag})
hodds = row.find('div', {'title': home_tag})
if hodds is None:
hodds = row.find('div', {'data-original-title': home_tag})
try:
aodds = aodds.text.strip()
hodds = hodds.text.strip()
except AttributeError:
aodds = -sys.maxsize - 1
hodds = -sys.maxsize - 1
# convert team tags into universal team names
home, away = self.get_team_names(home_tag, away_tag)
date = self.parse_date(row)
site = 'intertops.eu'
m = match.Match(home, away, hodds, aodds, site, site, date)
return m
def simMatch(self,home_team_name,away_team_name):
home_team=self.teams[home_team_name]
away_team=self.teams[away_team_name]
match=m.Match(home_team,away_team)
match.showResult()
self.updateTable(match)
pass
def stereoMatching(R1, R2, mi, ma):
"""Compute disparity mapping between two rectified images, using Kolmogorov and Zabih's graph cuts stereo matching algorithm."""
"""
We found that the quality of disparity map obtained by OpenCV StereoSGBM is depend
strongly the choice of parameters. So we implement the method based on paper:
Kolmogorov and zabih’sgraph cuts stereo matching algorithm, Pauline Tan Vladimir Kolmogorov, Pascal Monasse.
It suffice to set a good disparity range [Min, Max].
Attention: with this python version implementation, this method is very slow, so to quickly have a result,
we force here the images used can't be larger than 200*200
"""
K = -1
lambda_ = -1
lambda1 = -1
lambda2 = -1
params = match.Parameters(is_L2=True,
denominator=1,
edgeThresh=8,
lambda1=lambda1,
lambda2=lambda2,
K=K,
maxIter=4)
# create match instance
is_color = True if R1.shape[-1] == 3 else False
m = match.Match(R1, R2, is_color)
m.SetDispRange(mi, ma)
m = match.fix_parameters(m, params, K, lambda_, lambda1, lambda2)
disparity = m.kolmogorov_zabih()
return disparity
def generate_match(self, m_no, comp_1, comp_2, r_no):
if comp_1 != None:
comp_1.matched = True
if comp_2 != None:
comp_2.matched = True
return match.Match(m_no, comp_1, comp_2, r_no)
def __init__(self, config_file=None):
self.config = get_config(config_file)
self.match = match.Match(self, **self.config.get('match'))
self.vision = vision.FiraVision()
self.comm = comm.FiraComm()
self.referee = comm.RefereeComm()
self.use_referee = self.config.get('referee')
self.start()
def _build_instance_group_matches(self, group_name):
ms = []
for fixture_match in fd.group_pairs[group_name]:
if fixture_match in self._known_group_pairs:
known_match = next(km for km in self._group_matches if {km.team1, km.team2} == fixture_match)
ms.append(match.Match.from_match(known_match))
else:
it = iter(fixture_match)
ms.append(match.Match(next(it), next(it)))
return ms
def test_move_player_2():
match_obj = match.Match()
match_obj.add_player('0000', [400, 400], 0.25, 30, 1)
match_obj.add_player('0001', [400, 400], 0.25, 30, 1)
match_thread = threading.Thread(target=match_obj.run_game_loop, daemon=True)
match_thread.start()
match_obj.set_player_input('0000', -1, -1)
time.sleep(0.05)
assert match_obj.get_player_state('0000')["x"] < 400
assert match_obj.get_player_state('0000')["y"] < 400
def addMatch(self,
red1,
red2,
red3,
blue1,
blue2,
blue3,
redWinProbability=.5):
self.matches.append(
match.Match(red1, red2, red3, blue1, blue2, blue3,
redWinProbability))
def run_round(self, contestants, width, height, seed):
m = match.Match(contestants, width, height, seed, 2 * len(contestants) * max_match_rounds(width, height), self.keep_replays, self.keep_logs)
print(m)
try:
m.run_match(self.halite_binary)
print(m)
self.save_players(contestants)
self.db.update_player_ranks()
self.db.add_match(m)
self.show_ranks()
except Exception as e:
print("Exception in run_round:")
print(e)
def _update_matches(self):
"""Updates matches in the match list
Returns None"""
self.matches = []
comp_matches = self.db.find_documents("scouting_system", "matches")
for comp_match in comp_matches:
self.matches.append(
match.Match(
comp_match["team_number"],
comp_match["num_balls"],
comp_match["alliance_color"],
comp_match["match_num"],
))
class TestMatchResult(unittest.TestCase):
"""A set of unit tests to exercise the match.Match class. The MatchResult
class gets exercised a lot above, so we'll implement only a basic test
of the members of the class.
"""
med1 = ParsedMedication(TestFunctions.medString1, mappings)
med2a = ParsedMedication(TestFunctions.medString2, mappings)
med2b = ParsedMedication(TestFunctions.medString2, mappings)
med3 = ParsedMedication(TestFunctions.medString3, mappings)
rec_med = match.Match(med2a, med2b)
basic_match_result = match.MatchResult([med1], [med3], [rec_med])
test_objects = test_match_objects['TestMatchResult']
def test_basic(self):
"Basic test of MatchResult functionality."
self.assertEqual(self.basic_match_result, self.test_objects['basic_match_result'])
def test(self):
m = match.Match(GameMock)
self.assertIsInstance(m.game, GameMock)
player_info = m.join_player()
self.assertEqual(player_info["player"], "A")
self.assertEqual(player_info["id"], m.id.__str__())
with self.assertRaises(Exception) as ar:
m.join_player()
self.assertEqual(ar.exception.message, "Can not join")
with self.assertRaises(Exception) as ar:
m.make_turn("00000000-0000-0000-0000-000000000000", "a", "b", "c")
self.assertEqual(ar.exception.args,
("You must join this match first", m.id))
def recordMatch(self, player1Name, player1Score, player2Name,
player2Score):
game = match.Match()
game.record_score(player1Name, player1Score)
game.record_score(player2Name, player2Score)
self.get_player_by_name(player1Name).add_match_to_history(game)
self.get_player_by_name(player2Name).add_match_to_history(game)
ranks = self.get_league_rankings(player1Name, player2Name)
scores = game.get_match_results()
updated_elo = ranking.apply_multiplayer_updates(scores, ranks)
for name, newElo in updated_elo.items():
self.update_elo(name, newElo)
self.update_league_rankings()
def updates(self):
""" Retrieve client's updates.
..note:: Updates also include matches and messages information.
:rtype: dict
"""
glbl.LOG.debug(
('retrieving user `{}` (self) updates ...').format(self.id))
resp = requests.post(glbl.API_UPDATES_URL, headers=self._header)
if resp.status_code == 200:
retn = resp.json()
retn['matches'] = [match.Match(i) for i in retn['matches']]
return retn
raise exceptions.TinderRetrievalException(
('could not retrieve user `{}` (self) updates from `{}`, {}'
).format(self.id, glbl.API_UPDATES_URL, resp.text))
def load_group_matches(cls):
try:
mdb_client = MongoClient('mongodb://localhost:27017/')
db = mdb_client.worldcup18
collection = db.group_matches
qms = collection.find()
ms = [
match.Match(team1=q["team1"],
team2=q["team2"],
goals1=q["goals1"],
goals2=q["goals2"],
knockout=q["knockout"],
winner=q["winner"] if "winner" in q else None,
id=q["id"] if "id" in q else None) for q in qms
]
mdb_client.close()
return ms
except Exception as e:
logger.exception("Error loading group matches.")
sys.exit()
def __init__(self, pkd):
"""Create main window elements."""
self.program_loaded = False
super().__init__()
self.main_process = pkd
self.match = match.Match()
self.time = 90
self.penalty_bar_height = 50
self.time_height = 100
# GUI sizing parameters
self.blue_penalty_text = ''
self.red_penalty_text = ''
self.height = None
self.time_string = ''
self.width = None
self.centralwidget = None
self.setup_ui(self)
self.program_loaded = True
def extract_match(self, html):
visitor_html = html.find('div', class_='vTeam')
home_html = html.find('div', class_='hTeam')
visitor = next(
visitor_html.find('div', class_='team').h3.stripped_strings)
vodds = visitor_html.find('div', class_='money').span.span
if vodds is not None:
vodds = int(vodds.text)
else:
vodds = -sys.maxsize - 1
home = next(home_html.find('div', class_='team').h3.stripped_strings)
hodds = home_html.find('div', class_='money').span.span
if hodds is not None:
hodds = int(hodds.text)
else:
hodds = -sys.maxsize - 1
date = self.parse_date(html)
site = 'bookmaker.eu'
m = match.Match(home, visitor, hodds, vodds, site, site, date)
return m
def matchNodes(node1, node2, conf):
#print("matching nodes", node1["tags"], "and", node2["tags"])
node1["matched"] = True
node2["matched"] = True
node1["match"] = match.Match(node2, conf)
node2["match"] = match.Match(node1, conf)
import argparse
import match
if __name__=='__main__':
# configure by command-line arguments
parser=argparse.ArgumentParser(description='Generate high resolution face transformations.',formatter_class=argparse.ArgumentDefaultsHelpFormatter)
parser.add_argument('--method',type=str,default='facehair', help='older,younger,facehair,female,eyeglasses')
parser.add_argument('--input',type=str,default='tests/1.jpg',help='input color image')
parser.add_argument('--K',type=int,default=100,help='number of nearest neighbors')
config=parser.parse_args()
# load models
mt=match.Match()
# Set the free parameters
K=config.K
X=config.input
# classifier scores
XA=mt.predict_scores([X])[0]
#print(XA)
# positive and negative constraints
fields = mt.fields
gender = fields.index('Male')
smile = fields.index('Smiling')
if config.method=='older':
cP=[(gender,XA[gender]>=0),(smile,XA[smile]>=0),(fields.index('Young'),True)]
class TestMatch(unittest.TestCase):
"""A set of unit tests to exercise the match.Match class.
"""
medString1 = 'Mirapex 0.5 MG Tablet;TAKE 1 TABLET 3 TIMES DAILY.; Rx'
medString1b = 'Mirapex 0.5 MG Tablet;TAKE 2 TABLETS 3 TIMES DAILY.; Rx'
medString2 = 'Pramipexole 0.5 MG Tablet;TAKE 1 TABLET 3 TIMES DAILY.; Rx'
medString2a = 'PRAMIPEXOLE 0.5 MG TABLET;take 1 tablet 3 times daily.; rx'
medString2b = 'PRAMIPEXOLE 0.5 MG TABLET;take 2 tablets 3 times daily.; rx'
med1 = ParsedMedication(medString1, mappings)
med1b = ParsedMedication(medString1b, mappings)
med2 = ParsedMedication(medString2, mappings)
med2a = ParsedMedication(medString2a, mappings)
med2b = ParsedMedication(medString2b, mappings)
test_objects = None
if test_match_objects:
test_objects = test_match_objects['TestMatch']
# Match objects used in testing below
matched_by_string = match.Match(med1, med2, 0.5, "MATCH_STRING")
matched_by_brand_name = match.Match(med1, med2, 0.8, "MATCH_BRAND_NAME")
matched_by_ingredients = match.Match(med1, med2, 0.9, "MATCH_INGREDIENTS")
matched_by_treatment = match.Match(med1, med2, 0.5,
"MATCH_TREATMENT_INTENT")
matched_unspecified = match.Match(med1, med2, 0.1)
matched_potential1 = match.Match(med1, med2, 0.5)
matched_identical1 = match.Match(med2a, med2, 0.5)
matched_potential2 = match.Match(med2, med1, 0.5)
matched_identical2 = match.Match(med2, med2a, 0.5)
matched_potential3 = match.Match(med1, med2, 0.4)
matched_identical3 = match.Match(med2a, med2, 0.4)
matched_potential4 = match.Match(med1b, med2, 0.5)
matched_potential4_rev = match.Match(med2, med1b, 0.5)
matched_identical4 = match.Match(med2a, med2, 0.5)
@unittest.skipUnless(test_objects, 'missing test_match data')
def test_potential_match_eq1(self):
"Test that a newly-instantiated potential match is equivalent to our baseline."
self.assertEqual(self.matched_potential1,
self.test_objects['matched_potential'])
@unittest.skipUnless(test_objects, 'missing test_match data')
def test_potential_match_eq2(self):
"Test that a newly-instantiated potential match with meds in reverse order is equivalent to our baseline."
self.assertEqual(self.matched_potential2,
self.test_objects['matched_potential'])
@unittest.skipUnless(test_objects, 'missing test_match data')
def test_potential_match_ne1(self):
"Test that a newly-instantiated potential match is not equivalent to our baseline (certainty differs)."
self.assertNotEqual(self.matched_potential3,
self.test_objects['matched_potential'])
@unittest.skipUnless(test_objects, 'missing test_match data')
def test_potential_match_ne2(self):
"Test that a newly-instantiated potential match is not equivalent to our baseline (dosage differs)."
self.assertNotEqual(self.matched_potential4,
self.test_objects['matched_potential'])
@unittest.skipUnless(test_objects, 'missing test_match data')
def test_potential_match_ne3(self):
"Test that a newly-instantiated potential match with meds in reverse order is not equivalent to our baseline."
self.assertNotEqual(self.matched_potential4_rev,
self.test_objects['matched_potential'])
@unittest.skipUnless(test_objects, 'missing test_match data')
def test_identical_match_eq1(self):
"Test that a newly-instantiated identical match is equivalent to our baseline."
self.assertEqual(self.matched_identical1,
self.test_objects['matched_identical'])
@unittest.skipUnless(test_objects, 'missing test_match data')
def test_identical_match_eq2(self):
"Test that a newly-instantiated identical match with meds in reverse order is equivalent to our baseline."
self.assertEqual(self.matched_identical2,
self.test_objects['matched_identical'])
@unittest.skipUnless(test_objects, 'missing test_match data')
def test_by_string_dictionary(self):
"Test that the dictionary from a by-string match is as we expect."
self.assertEqual(
rmIdsFromMatchDict(self.matched_by_string.as_dictionary()),
rmIdsFromMatchDict(
self.test_objects['matched_by_string'].as_dictionary()))
@unittest.skipUnless(test_objects, 'missing test_match data')
def test_by_brand_name_dictionary(self):
"Test that the dictionary from a by-brand-name match is as we expect."
self.assertEqual(
rmIdsFromMatchDict(self.matched_by_brand_name.as_dictionary()),
rmIdsFromMatchDict(
self.test_objects['matched_by_brand_name'].as_dictionary()))
@unittest.skipUnless(test_objects, 'missing test_match data')
def test_by_ingredients_dictionary(self):
"Test that the dictionary from a by-ingredients match is as we expect."
self.assertEqual(
rmIdsFromMatchDict(self.matched_by_ingredients.as_dictionary()),
rmIdsFromMatchDict(
self.test_objects['matched_by_ingredients'].as_dictionary()))
@unittest.skipUnless(test_objects, 'missing test_match data')
def test_by_treatment_dictionary(self):
"Test that the dictionary from a by-treatment match is as we expect."
self.assertEqual(
rmIdsFromMatchDict(self.matched_by_treatment.as_dictionary()),
rmIdsFromMatchDict(
self.test_objects['matched_by_treatment'].as_dictionary()))
@unittest.skipUnless(test_objects, 'missing test_match data')
def test_unspecified_dictionary(self):
"Test that a dictionary from a match by unspecified mechanism is as we expect."
self.assertEqual(
rmIdsFromMatchDict(self.matched_unspecified.as_dictionary()),
rmIdsFromMatchDict(
self.test_objects['matched_unspecified'].as_dictionary()))
def store_worldcup():
# A
MatchLoader.store_group_match(match.Match("RUS", "KSA", 5, 0))
MatchLoader.store_group_match(match.Match("EGY", "URU", 0, 1))
MatchLoader.store_group_match(match.Match("RUS", "EGY", 3, 1))
MatchLoader.store_group_match(match.Match("URU", "KSA", 1, 0))
MatchLoader.store_group_match(match.Match("URU", "RUS", 3, 0))
MatchLoader.store_group_match(match.Match("KSA", "EGY", 2, 1))
# # B
MatchLoader.store_group_match(match.Match("ESP", "POR", 3, 3))
MatchLoader.store_group_match(match.Match("MAR", "IRN", 0, 1))
MatchLoader.store_group_match(match.Match("MAR", "POR", 0, 1))
MatchLoader.store_group_match(match.Match("IRN", "ESP", 0, 1))
# MatchLoader.store_group_match(match.Match("IRN", "POR", 0, 0))
# MatchLoader.store_group_match(match.Match("MAR", "ESP", 0, 0))
# # C
MatchLoader.store_group_match(match.Match("AUS", "FRA", 1, 2))
MatchLoader.store_group_match(match.Match("PER", "DEN", 0, 1))
MatchLoader.store_group_match(match.Match("PER", "FRA", 0, 1))
MatchLoader.store_group_match(match.Match("AUS", "DEN", 1, 1))
# MatchLoader.store_group_match(match.Match("FRA", "DEN", 0, 0))
# MatchLoader.store_group_match(match.Match("AUS", "PER", 0, 1))
# # D
MatchLoader.store_group_match(match.Match("ICE", "ARG", 1, 1))
MatchLoader.store_group_match(match.Match("NGA", "CRO", 0, 2))
MatchLoader.store_group_match(match.Match("CRO", "ARG", 3, 0))
MatchLoader.store_group_match(match.Match("ICE", "NGA", 0, 2))
# MatchLoader.store_group_match(match.Match("NGA", "ARG", 0, 0))
# MatchLoader.store_group_match(match.Match("ICE", "CRO", 0, 0))
# # E
MatchLoader.store_group_match(match.Match("SWI", "BRA", 1, 1))
MatchLoader.store_group_match(match.Match("CRC", "SRB", 0, 1))
MatchLoader.store_group_match(match.Match("BRA", "CRC", 2, 0))
MatchLoader.store_group_match(match.Match("SWI", "SRB", 2, 1))
# MatchLoader.store_group_match(match.Match("BRA", "SRB", 0, 0))
# MatchLoader.store_group_match(match.Match("SWI", "CRC", 0, 0))
# # F
MatchLoader.store_group_match(match.Match("MEX", "GER", 1, 0))
MatchLoader.store_group_match(match.Match("KOR", "SWE", 0, 1))
MatchLoader.store_group_match(match.Match("SWE", "GER", 1, 2))
MatchLoader.store_group_match(match.Match("KOR", "MEX", 1, 2))
# MatchLoader.store_group_match(match.Match("KOR", "GER", 0, 0))
# MatchLoader.store_group_match(match.Match("SWE", "MEX", 0, 0))
# # G
MatchLoader.store_group_match(match.Match("PAN", "BEL", 0, 3))
MatchLoader.store_group_match(match.Match("ENG", "TUN", 2, 1))
MatchLoader.store_group_match(match.Match("TUN", "BEL", 2, 5))
MatchLoader.store_group_match(match.Match("ENG", "PAN", 6, 1))
# MatchLoader.store_group_match(match.Match("ENG", "BEL", 2, 0))
# MatchLoader.store_group_match(match.Match("PAN", "TUN", 0, 0))
# # H
MatchLoader.store_group_match(match.Match("POL", "SEN", 1, 2))
MatchLoader.store_group_match(match.Match("COL", "JPN", 1, 2))
MatchLoader.store_group_match(match.Match("COL", "POL", 3, 0))
MatchLoader.store_group_match(match.Match("JPN", "SEN", 2, 2))
clock.tick(30)
## HANDLE EVENTS
for event in pygame.event.get():
if event.type == pygame.QUIT:
pygame.quit()
sys.exit(0)
else:
state = cur_screen.handle_event(event)
## UPDATE GAME
state = cur_screen.update(state)
# Change state/screen if necessary
if old_state != state:
if state == STATE_MENU:
cur_screen = start_menu.StartMenu(screen)
elif state == STATE_MOVES:
cur_screen = match.Match(screen, MODE_MOVE)
elif state == STATE_TIME:
cur_screen = match.Match(screen, MODE_TIME)
elif state == STATE_RESULT:
score = cur_screen.get_score()
cur_screen = start_menu.EndMenu(screen, score)
elif state == STATE_EXIT:
pygame.quit()
sys.exit(0)
old_state = state
## DRAW SCREEN
cur_screen.draw()
grSim = psl.SSLgrSimClient('127.0.0.1', 20011)
grSim.connect()
sim = grSim
print('Connexion au simulateur OK')
else:
print('Sans grSim')
sim = None
#%%Création match
'''parametre disp :
-1 : aucun affichage
0 : affichage dans la console des changements de postes
1 : affichage dans un plot des status des robots
2 : affichage dans un plot du terrain avec les robots et leur status'''
match_test = match.Match('test', vision, sim, communication, disp=2)
fig, ax, axbackground, text = affichage.init(match_test.disp)
t_list = [time.time()]
#%%Boucle
while not quit:
#test interruption crtl+C pour arrêter tous les robots
try:
if match_test.disp > 0:
fig.canvas.restore_region(axbackground)
#Lecture des commandes deouis la manette
if manette:
