def team_evaluation(state): """ Prints the best state.teams based on ranking algorithm :param state: current state of variables :return: prints state.teams and statistics """ return Helper.evaluate_teams(state.teams, state.normalized_player_statistics[state.iteration], state)
def waiver(state): """ Recommends players to pick up off the waiver :param state: current state of variables :return: """ # Initialize variables swap_dictionary = defaultdict(lambda: defaultdict(int)) players = state.cumulative_player_statistics[state.iteration].keys() team_stat = Helper.evaluate_teams(copy.deepcopy(state.teams), state.normalized_player_statistics[state.iteration], state) print team_stat """ for player in players: # Only iterates through players on waiver wire # TODO: Replace with SQL query if player not in state.taken_players and player not in state.players_on_team: # Loops over all players on team for other_player in state.players_on_team: change_stat = copy.deepcopy(team_stat) """ # """ for player in players: # Prints other players if player not in state.taken_players and player not in state.players_on_team: # Determines the best player to drop and add for other_player in state.players_on_team: new_change = sum(Helper.evaluate_player_swap(copy.deepcopy(state.teams), other_player, player, state.normalized_player_statistics[state.iteration], state)[0].values()) swap_dictionary[other_player][player] = new_change # """ return swap_dictionary