def on_accuracy(self, e):
if e.weapon.weapon_type == weapons.COUNTER:
player_stats = stat_mgr.get_player_stats(e.player)
counters = 0
for weapon in model_mgr.get_weapons(weapons.COUNTER):
if weapon in player_stats.weapons:
counters += player_stats.weapons[weapon].bullets_fired
self.results[e.player] = counters
def on_accuracy(self, e):
if e.weapon.weapon_type == weapons.COUNTER:
player_stats = stat_mgr.get_player_stats(e.player)
counters = 0
for weapon in model_mgr.get_weapons(weapons.COUNTER):
if weapon in player_stats.weapons:
counters += player_stats.weapons[weapon].bullets_fired
self.results[e.player] = counters
def get_weapons(self):
'''
Provides an index of available weapons.
Args:
None
Returns:
weapons (list): Returns the list of all weapons.
'''
# Build an index of the available players
results = list()
for weapon in model_mgr.get_weapons():
results.append({'id': weapon.id, 'name': weapon.name})
# Sort the index by weapon name
results.sort(key=lambda r: r['name'].lower())
return results
def get_weapons(self):
'''
Provides an index of available weapons.
Args:
None
Returns:
weapons (list): Returns the list of all weapons.
'''
# Build an index of the available players
results = list()
for weapon in model_mgr.get_weapons():
results.append({ 'id': weapon.id, 'name': weapon.name })
# Sort the index by weapon name
results.sort(key=lambda r: r['name'].lower())
return results