def _get_fight_costs( games, max_frame_gap, ignore_end_frames, limit_ratio_change_mult ):
game_fights = {}
game_fight_player_costs = {}
game_fight_net_costs = {}
game_fight_player_dpf = {}
for game in games:
fights, fight_player_costs,fight_net_costs,fight_player_dpf = [],[],[],[]
game_fights[game.game_id] = fights
game_fight_player_costs[game.game_id] = fight_player_costs
game_fight_net_costs[game.game_id] = fight_net_costs
game_fight_player_dpf[game.game_id] = fight_player_dpf
for fight in FightUtils.iter_fights(game, max_frame_gap):
fights.append(fight)
# fetch the fight_participant's
final_frame = game.aa_list[ len(game.aa_list)-1].died_frame - ignore_end_frames
born,rein,dead = FightUtils.get_fight_participants(game,fight, final_frame)
player_costs = Costs.get_player_fight_costs(game, fight, ignore_end_frames, born=born, rein=rein, dead=dead)
net_costs = Costs.NetFightCosts(player_costs[0], player_costs[1], limit_ratio_change_mult)
player_dpf = get_player_dpf( dead )
# dpf presented relative to 'reference_player'. This excludes team games.
if net_costs.army_ratio and net_costs.reference_player_index == 1:
player_dpf[0], player_dpf[1] = player_dpf[1], player_dpf[0]
fight_player_dpf.append(player_dpf)
fight_player_costs.append(player_costs)
fight_net_costs.append(net_costs)
return game_fights, game_fight_player_costs, game_fight_net_costs, game_fight_player_dpf
def _get_fight_costs( games, max_frame_gap, ignore_end_frames, limit_ratio_change_mult ):
game_fights = {}
game_fight_player_costs = {}
game_fight_net_costs = {}
for game in games:
fights, fight_player_costs,fight_net_costs = [],[],[]
game_fights[game.game_id] = fights
game_fight_player_costs[game.game_id] = fight_player_costs
game_fight_net_costs[game.game_id] = fight_net_costs
for fight in FightUtils.iter_fights(game, max_frame_gap):
fights.append(fight)
player_costs = Costs.get_player_fight_costs(game,fight, ignore_end_frames, born=None, rein=None, dead=None)
net_costs = Costs.NetFightCosts(player_costs[0], player_costs[1], limit_ratio_change_mult)
fight_player_costs.append(player_costs)
fight_net_costs.append(net_costs)
return game_fights, game_fight_player_costs, game_fight_net_costs
def get_player_fight_costs(game, fight, ignore_end_frames, born = None, rein = None, dead = None):
if not (born and rein and dead):
final_frame = game.aa_list[ len(game.aa_list)-1].died_frame - ignore_end_frames
born,rein,dead = FightUtils.get_fight_participants(game,fight, final_frame)
# this method gets called around 100,000 times in 10k games
# run time is aprox 45 seconds
# - 35 of which is get_fight_participants
# - 3 of which is sum, 5 of which is generator
# get_fight_participants loops through every unit in game per call. Total loop iter ~ 23 million for this set.
p1_born = sum( aa.simple_cost for aa in born if aa.player_index == 0 )
p2_born = sum( aa.simple_cost for aa in born if aa.player_index == 1 )
p1_rein = sum( aa.simple_cost for aa in rein if aa.player_index == 0 )
p2_rein = sum( aa.simple_cost for aa in rein if aa.player_index == 1 )
p1_dead = sum( aa.simple_cost for aa in dead if aa.player_index == 0 )
p2_dead = sum( aa.simple_cost for aa in dead if aa.player_index == 1 )
return [PlayerFightCosts(game.game_id, player_index=0, start_cost=p1_born, rein_cost=p1_rein, dead_cost=p1_dead),
PlayerFightCosts(game.game_id, player_index=1, start_cost=p2_born, rein_cost=p2_rein, dead_cost=p2_dead)]
