def attack_coefficient(gc, our_unit, our_loc, their_unit, their_loc):
# generic: how appealing is their_unit to attack
coeff = ranger_unit_priority[their_unit.unit_type]
# if distance < attack_range_non_robots(their_unit):
# coeff = coeff * sense_util.can_attack_multiplier(their_unit)
coeff = coeff * sense_util.health_multiplier(their_unit)
return coeff
def attack_coefficient(gc, our_unit, their_unit, location, priority):
distance = sense_util.distance_squared_between_maplocs(their_unit.location.map_location(), location)
coeff = priority[their_unit.unit_type]
if distance < attack_range_non_robots(their_unit):
coeff *= sense_util.can_attack_multiplier(their_unit)
coeff *= sense_util.health_multiplier(their_unit)
return coeff
def attack_coefficient(gc, our_unit, their_unit, location):
# generic: how appealing is their_unit to attack
our_location = our_unit.location.map_location()
distance = their_unit.location.map_location().distance_squared_to(
our_location)
coeff = ranger_unit_priority[their_unit.unit_type]
if distance < attack_range_non_robots(their_unit):
coeff = coeff * sense_util.can_attack_multiplier(their_unit)
coeff = coeff * sense_util.health_multiplier(their_unit)
return coeff