def create_champions_dict(minions_json):
minions = static_io.read_json('minions_by_id.json')
upgrades = static_io.read_json('upgrades_by_id.json')
w = len(regions)
for r in regions:
minions_json[r] = {}
for hast in static_data.highest_achieved_season_tier:
minions_json[r][hast] = {}
for minion_id, minion_name in minions.items():
minions_json[r][hast][minion_id] = \
{'name': minion_name, 'won': 0, 'lost': 0}
for upgrade_id, upgarde_name in upgrades.items():
minions_json[r][hast][minion_id][upgrade_id] = \
{'name': upgarde_name, 'won': 0, 'lost': 0}
def run_query(regions, tiers):
if len(regions) == 0:
regions=static_data.regions
if len(tiers) == 0:
tiers = static_data.highest_achieved_season_tier
champions = static_io.read_json('champions_by_id.json')
data = query_io.read_json('champions.json')
result = {}
create_empty_result_dict(result, champions)
query_champions_json(result, data, regions, tiers, champions)
calculate_extras(result)
winrate = []
pickrate = []
for key, value in result.items():
winrate.append([key, value['key'], value['winrate']])
pickrate.append([key, value['key'], value['pickrate'], value['won'] + value['lost']])
winrate = sorted(sorted(winrate, key=lambda x: x[1], reverse=False), key=lambda x: x[2], reverse=True)
pickrate = sorted(sorted(pickrate, key=lambda x: x[1], reverse=False), key=lambda x: x[2], reverse=True)
result = {'winrate': winrate, 'pickrate': pickrate}
return result
def run_query(regions = get_match_data.get_match_regions(), tiers = static_data.highest_achieved_season_tier):
minions = static_io.read_json('minions_by_id.json')
upgrades = static_io.read_json('upgrades_by_id.json')
data = query_io.read_json('minions.json')
result = {}
create_query_result_dict(result, minions, upgrades)
query_champions_json(result, data, regions, tiers, minions, upgrades)
calculate_extras(result)
query_io.write_json(result, 'test.json')
return result_breakdown(result)
def create_champions_dict(dict):
champion_keys = static_io.read_json('champions_by_id.json')
for r in regions:
dict[r] = {}
for hast in static_data.highest_achieved_season_tier:
dict[r][hast] = {}
for key, value in champion_keys.items():
dict[r][hast][key] = {'key': value, 'won': 0, 'lost': 0}
def populate_dict(minions_json):
minions_and_upgrades = static_io.read_json('minions_by_id.json')
minions_and_upgrades.update(static_io.read_json('upgrades_by_id.json'))
for r in regions:
match_data_directory = os.path.join(config.match_data_directory, r.upper())
matches = os.listdir(match_data_directory)
progress_counter = len(matches)
for m in matches:
if not m.endswith('json'):
continue
match_data = os.path.join(match_data_directory, m)
with open(match_data, 'r') as f: # open match file
data = json.load(f) # load match file as json
win_team_id = [t['teamId'] for t in data['teams'] if t['winner']][0]
for p in data['participants']:
minion_bought = ''
tier = p['highestAchievedSeasonTier']
team_id = p['teamId']
for frame in data['timeline']['frames']:
if 'events' not in frame:
continue
for event in frame['events']:
if event['eventType'] == 'ITEM_PURCHASED' \
and event['participantId'] == p['participantId'] \
and str(event['itemId']) in minions_and_upgrades:
item_id = str(event['itemId'])
if minion_bought == '':
if win_team_id == team_id:
minions_json[r][tier][item_id]['won'] += 1
else:
minions_json[r][tier][item_id]['lost'] += 1
minion_bought = item_id
else:
if win_team_id == team_id:
minions_json[r][tier][minion_bought][item_id]['won'] += 1
else:
minions_json[r][tier][minion_bought][item_id]['lost'] += 1
progress_counter -= 1
data_filter.progress_countdown(progress_counter, r)
