def calculate_player_balance(self, player, trimming_factor=10.0, linear_boundary=10.0):
"""
Calculate power balance between self.owner and other player.
trimming_factor: Since any balance returns values of (0, inf) we agree to assume if x < 0.1 -> x = 0.1 and if x > 10.0 -> x=10.0
linear_boundary: boundary of [-10.0, 10.0] for new balance scale
@param player: player to calculate balance against
@type player: Player
@param trimming_factor: trim actual balance values to range [1./trimming_factor, trimming_factor] e.g. [0.1, 10.0]
@type trimming_factor: float
@param linear_boundary: boundaries of new balance scale [-linear_boundary, linear_boundary], e.g. [-10.0, 10.0]
@type linear_boundary: float
@return: unified balance for various variables
@rtype: collections.namedtuple
"""
wealth_balance = self.owner.strategy_manager.calculate_player_wealth_balance(player)
power_balance = self.owner.strategy_manager.calculate_player_power_balance(player)
terrain_balance = self.owner.strategy_manager.calculate_player_terrain_balance(player)
balance = {
'wealth':wealth_balance,
'power':power_balance,
'terrain':terrain_balance,
}
balance = dict(( (key, trim_value(value, 1./trimming_factor, trimming_factor)) for key, value in balance.iteritems()))
balance = dict(( (key, map_balance(value, trimming_factor, linear_boundary)) for key, value in balance.iteritems()))
return collections.namedtuple('Balance', 'wealth, power, terrain')(**balance)
def calculate_player_balance(self, player, trimming_factor=10.0, linear_boundary=10.0):
"""
Calculate power balance between self.owner and other player.
trimming_factor: Since any balance returns values of (0, inf) we agree to assume if x < 0.1 -> x = 0.1 and if x > 10.0 -> x=10.0
linear_boundary: boundary of [-10.0, 10.0] for new balance scale
@param player: player to calculate balance against
@type player: Player
@param trimming_factor: trim actual balance values to range [1./trimming_factor, trimming_factor] e.g. [0.1, 10.0]
@type trimming_factor: float
@param linear_boundary: boundaries of new balance scale [-linear_boundary, linear_boundary], e.g. [-10.0, 10.0]
@type linear_boundary: float
@return: unified balance for various variables
@rtype: collections.namedtuple
"""
wealth_balance = self.owner.strategy_manager.calculate_player_wealth_balance(player)
power_balance = self.owner.strategy_manager.calculate_player_power_balance(player)
terrain_balance = self.owner.strategy_manager.calculate_player_terrain_balance(player)
balance = {
'wealth':wealth_balance,
'power':power_balance,
'terrain':terrain_balance,
}
balance = dict(( (key, trim_value(value, 1./trimming_factor, trimming_factor)) for key, value in balance.iteritems()))
balance = dict(( (key, map_balance(value, trimming_factor, linear_boundary)) for key, value in balance.iteritems()))
return collections.namedtuple('Balance', 'wealth, power, terrain')(**balance)