import strategy
RUNS = 1
MAP_NAME = 'Kiruna'
def add(name, amount = 1):
return lambda: strategy.add_house(name, amount)
def cc(*funcs):
def h():
for f in funcs:
f()
return h
if __name__ == "__main__":
strategy.add_house('ModernApartments')
strategy.add_house('EnvironmentalHouse')
strategy.high_rise_availability(150)
#strategy.diversify()
strategy.fill_up(11, 'ModernApartments')
strategy.cold()
strategy.closed()
def bottom(scores):
return 'Max: {}\tAvg: {:10.2f}'.format(max(scores), sum(scores) / len(scores))
def nop():
pass
def alt():
SETTINGS.UPGRADE.SAVE_FOR_UPGRADE = True
def reprio():
def add(name, amount = 1):
return lambda: strategy.add_house(name, amount)
from solvers.experiment import setup, take_turn, SETTINGS
from solver import main, forget, pretty
from tools.dirtyRegulator import ENERGY
import strategy
RUNS = 3
MAP_NAME = 'training1'
if __name__ == "__main__":
strategy.add_house('LuxuryResidence', 7)
strategy.add_house('ModernApartments')
strategy.add_house('EnvironmentalHouse')
strategy.high_rise_availability(0)
strategy.fill_up(11, 'ModernApartments')
strategy.warm()
strategy.closed()
strategy.open_with('LuxuryResidence')
def bottom(scores):
return 'Max: {}\tAvg: {:10.2f}'.format(max(scores),
sum(scores) / len(scores))
def nop():
pass
def alt():
#SETTINGS.UPGRADE.PRIORITY['EnvironmentalHouse'] = ['SolarPanel']
SETTINGS.UPGRADE.PRIORITY['LuxuryResidence'] = ['SolarPanel']
SETTINGS.UPGRADE.LOW_PRIORITY['LuxuryResidence'] = [
'Playground', 'Insulation', 'Caretaker', 'Regulator', 'Charger'
]