def main():
events = utils.read_from_json("resources/events.json")
languages_with_events = utils.read_from_json(
"resources/languages_with_events.json"
) #get_languages_with_events(events)
for language in languages:
language = language.strip("\n")
if language != "ar": continue
if language not in language_links: continue
event_representations = {}
for event_type in events:
for event in events[event_type]:
if event not in languages_with_events:
continue
representation, y = make_representation(
event_type, language, languages_with_events[event])
event_rep = {'representation': representation, 'y': y}
event_representations[event] = event_rep
if y == 1:
print(language, event_representations[event])
utils.save2json(event_representations, "data/data_%s.json" % language)
def get_languages_with_events(events):
languages_with_event_query = """
SELECT DISTINCT ?language
WHERE {
?sitelink schema:about %s .
?sitelink schema:inLanguage ?language .
?sitelink schema:isPartOf [ wikibase:wikiGroup "wikipedia" ] .
}
"""
languages_with_events = {}
for n, event_type in enumerate(events):
for event in events[event_type]:
q = "wd:" + event
result = utils.query_wikidata(languages_with_event_query % q)
if result.empty == True: continue
languages_with_events[event] = [
x for x in result["language.value"]
]
print('languages with events', len(languages_with_events[event]))
utils.save2json(languages_with_events,
"resources/languages_with_events_%s.json" % n)
return languages_with_events
def get_event_distributions():
for lang in languages:
event_dist_per_language = {}
event_distribution = Counter()
lang = lang.strip()
print(10 * " * ", lang)
# Just using one of the wds for "event":
result = utils.query_wikidata(event_distribution_query %
("wd:Q1656682", lang))
if result.empty == True: continue
event_types = result["eventType.value"]
values = result["cnt.value"]
for et, v in zip(event_types, values):
event_distribution[et.split("/")[-1]] = int(v)
if event_distribution:
normalized_distribution = normalize(event_distribution)
event_dist_per_language[lang] = normalized_distribution
utils.save2json(event_dist_per_language,
"resources/event_distributions_%s.json" % lang)
event_dist_per_language = {}
def validate(net, val_dataloader,epoch):
net.eval()
gts, preds = [], []
for batch_idx, batch in enumerate(val_dataloader):
inputs, targets, filename, height, width = batch
inputs, targets = inputs.cuda(), targets.cuda()
inputs, targets = Variable(inputs, volatile=True), Variable(targets)
outputs,weights = net(inputs)
#loss = utils.cross_entropy2d(outputs, targets)
pred = np.squeeze(outputs.data.max(1)[1].cpu().numpy(), axis=1)
gt = targets.data.cpu().numpy()
for gt_, pred_ in zip(gt, pred):
gts.append(gt_)
preds.append(pred_)
score, class_iou = metric.scores(gts, preds, n_class=21)
for k, v in score.items():
print k, v
for i in range(21):
print i, class_iou[i]
metric_json_path = os.path.join(configs.py_dir,'results/metric' + str(epoch) + '.json')
class_iou_json_path = os.path.join(configs.py_dir,'results/class_iu' + str(epoch) + '.json')
utils.save2json(score,metric_json_path)
utils.save2json(class_iou,class_iou_json_path)
return score['Mean IoU :']
def _describe(self):
x_dict = dict(train=self.l_train, valid=self.l_valid)
self._plot_loss(x_dict)
# to json
json_file_name = os.path.join(self.config.result_dir, "result.json")
save2json(x_dict, json_file_name)
# save model
self._save_model(epoch=self.config.train.epoch, name="last")
def delet_player(game_id, admin_key, player_id):
"""
Delet an existent players.
Parameters
----------
game_id: int
Unique game id.
admin_key : str
Unique admin key.
player_id: int
Unique player id.
Request body
------------
message: str
Ok
Errors
------
400: Game id not exist.
400: Player id not exist.
401: Admin key invalid.
"""
check_game_id(game_id)
check_admin_key(game_id, admin_key)
# Read game file
file_name = "gameId_{}.json".format(game_id)
game = read4json('games/' + file_name)
# Check if the player id exist
if len(game['players']) < player_id:
abort(400, 'Player id not exist')
# Delet player and generate a new key for this payer
game['players'][player_id]['asigned'] = False
game['players'][player_id]['key'] = key_generator()
# Save the game file
file_name = "{}gameId_{}.json".format(games_path, game_id)
save2json(file_name, game)
# Read all unasigned players numbers
asigned = [x['asigned'] for x in game['players']]
numbers = [num for num, val in enumerate(asigned) if not val]
out = {
'messag': 'player deleted',
'player ready': game['players num'] - len(numbers),
'missing players': len(numbers)
}
return jsonify(out)
def get_language_pairs():
''' Get language links per query language for languages that have the same pages as query language.'''
for lang in languages:
language_links = {}
lang = lang.strip()
pairs = Counter()
print(10 * " * ", lang)
result = utils.query_wikidata(language_pairs_query % (lang, lang))
if result.empty == True: continue
l1s = result["l1.value"]
values = result["cnt.value"]
for l1, v in zip(l1s, values):
pairs[l1] = int(v)
language_links[lang] = normalize(pairs)
utils.save2json(language_links,
"resources/language_links_%s.json" % lang)
def get_events_from_type():
events_query = """
SELECT ?subtype ?subtypeLabel ?type ?typeLabel #(COUNT(?x) AS ?cnt)
WHERE
{
?type wdt:P279 wd:Q1656682 .
?subtype wdt:P31 ?type .
SERVICE wikibase:label { bd:serviceParam wikibase:language "en" . }
}
"""
events_in_type = defaultdict(lambda: [])
result = utils.query_wikidata(events_query)
subtypes = result["subtype.value"]
EVENT_type = result["type.value"]
for t, st in zip(EVENT_type, subtypes):
t = t.split("/")[-1]
st = st.split("/")[-1]
events_in_type[t].append(st)
utils.save2json(events_in_type, "resources/events_in_type.json")
return events_in_type
def extract_resources(data):
"""
Make a resource extraction.
Parameter
---------
game_id: int
Unique game id.
player_id: int
Unique player id.
extraction: int
Number of extracted resources.
Event return name
-----------------
game_general_infomation
Return
------
TODO
------
Error: Is not your turn to play.
Error: Is not all player ready to play.
"""
"""
# Check if all players are ready to play
ready = all([player['asigned'] for player in game['players']])
if not ready:
return jsonify({'error': "Missing players to start the game."})
# Check if is the player turn to play
if not game['players'][player_id]['can play']:
return jsonify({'error': 'Is not your turn to play'})
"""
game_id = data['game_id']
player_id = data['player_id']
# Read game
file_name = "gameId_{}.json".format(game_id)
game = read4json('games/' + file_name)
# Save player extraction
extraction = {
'extraction': data['extraction'],
'total extraction': -1,
'other extraction': -1,
'penalty': 0,
'gain': -1,
'gain_penalty': -1
}
game['players'][player_id]['rounds'].append(extraction)
game['players'][player_id]['can play'] = False
# Check if round finished
can_play = [player['can play'] for player in game['players']]
round_end = True not in can_play
if round_end:
calculate_gain(game)
send_rules_message(game)
# Save the game file
file_name = "{}gameId_{}.json".format(games_path, game_id)
save2json(file_name, game)
# General info to return
general_info = {
'players number':
game['players number'],
'players ready':
game['players ready'],
'rounds number':
game['rounds number'],
'round actual':
game['round actual'],
'game id':
game['game id'],
'date':
game['date'],
'state':
game['state'],
'players info': [{
'id': player['id'],
'asigned': player['asigned'],
'can play': player['can play']
} for player in game['players']]
}
emit('game_general_information', general_info, room=game_id)
def new_player(game_id):
"""
Create new player in a existen game. Generate the player credential.
Parameter
---------
game_id: int
Unique game id.
Request body
------------
player id: int
Unique player id randomly assigned.
player key: str
Unique player key used for authenticating.
Error
-----
400: Game id not exist.
400: All players was assigned.
"""
check_game_id(game_id)
# Read game
file_name = "gameId_{}.json".format(game_id)
game = read4json('games/' + file_name)
# Read all unasigned players numbers
asigned = [x['asigned'] for x in game['players']]
numbers = [num for num, val in enumerate(asigned) if not val]
# All players were assigned
if not numbers:
abort(400, 'All players was assigned.')
# Choice a random number of player
player_id = int(random.choice(numbers))
game['players'][player_id]['asigned'] = True
# Update the game state
ready_players = game["players number"] - (len(numbers) - 1)
if ready_players > 0:
text = "waiting players ({0}/{1})".format(ready_players,
game["players number"])
game['state'] = text
else:
game['state'] = "play"
game['players ready'] = ready_players
# Check if all players are asigned.
# If true, 'can play' of each play is put true
ready = all([player['asigned'] for player in game['players']])
if ready:
for player in game['players']:
player['can play'] = True
# Save the game file
file_name = "{}gameId_{}.json".format(games_path, game_id)
save2json(file_name, game)
out = {
'player id': player_id,
'player key': game['players'][player_id]['key']
}
return jsonify(out)
def new_game():
"""
Create a new game with a unique game id. Generate the admin
credential.
Parameters JSON
---------------
name: str
Game name.
players number: int
Number of players.
rounds number: int
Number of rounds.
parameters: list
[a, b, alpha, e] use to calculate the gain function.
rules: list
List with the rules used in the game.
bots: list
List with the bots used in the game.
Request body
------------
game id: int
Unique game id.
admin key: str
Unique admin key used for authenticating.
TODO
----
* Con los parametros, calcular la funcion de ganancia para cada juego.
* Inicializar los bots en el listado de jugadores.
"""
content = request.json
# Create a unique game id
# Busco todos los archivos que empizen con game_
files = [i for i in os.listdir(games_path) if i.startswith('gameId_')]
if not files:
# no existen juegos anteriores
game_id = 1
else:
max_num = 0
for file_name in files:
ext, text = file_name.split('_', maxsplit=1)
num, ext = text.split('.')
num = int(num)
if num > max_num:
max_num = num
game_id = max_num + 1
# Create the game
key = key_generator()
game = {
'game id':
game_id,
'date':
str(datetime.datetime.now()),
'end':
False,
'players number':
content['players number'],
'players ready':
0,
'rounds number':
content['rounds number'],
'round actual':
1,
'state':
'waiting players(0/{0})'.format(content['players number']),
'admin key':
key,
'parameters':
content['parameters'],
'rules':
content['rules'],
'players': [{
'asigned': False,
'key': key_generator(),
'id': i,
'can play': False,
'rounds': []
} for i in range(content['players number'])]
}
# Save the game
file_name = "{}gameId_{}.json".format(games_path, game_id)
save2json(file_name, game)
out = {'game id': game_id, 'admin key': key}
return jsonify(out), 201