def market(self):
Term.fprint('You chose to improve the market (costs [cr10 strength[cc)\n')
if choice is not False:
if choice.strength > 10:
improvement = self.activeLocation.iMarket(choice)
Term.fprint('Market of [cb{0}[cc improved by [cr{1}[cc.\n'.format(self.activeLocation.name, str(improvement)))
Term.wait()
self.next()
else:
Term.fprint('[cr10 strength[cc is required, but [cb{0}[cc only had [cr{1} strength[cc left.\n'.format(choice.name, choice.strength))
Term.wait()
self.eval()
def agriculture(self):
Term.fprint('You chose to improve agriculture (costs [cr10 strength[cc)\n')
choice = self.menu.selectGeneral()
if choice is not False:
if choice.strength > 10:
improvement = self.activeLocation.iAgriculture(choice)
Term.fprint('Agriculture of [cb{0}[cc improved by [cr{1}[cc.\n'.format(self.activeLocation.name, str(improvement)))
Term.wait()
self.next()
else:
Term.fprint('[cr10 strength[cc is required, but [cb{0}[cc only had [cr{1} strength[cc left.\n'.format(choice.name, choice.strength))
Term.wait()
self.eval()
def train(self):
Term.fprint('\nChose a general to train his army (costs [cr30 strength[cc)\n')
choice = self.menu.selectGeneral()
if choice is False:
self.eval()
elif choice.strength < 30:
Term.fprint('\n[cr30 strength[cc is required, but [cb{0}[cc only has [cr{1} strength[cc left.'.format(choice.name, str(choice.strength)))
self.train()
else:
improvement = choice.stats.Leadership()
choice.army.experience += improvement
choice.strength -= 30
Term.fprint('[cb{0}[cc has increased their army\'s experience by {1}, and is now {2}'.format(choice.name, str(improvement), str(choice.army.experience)))
Term.wait()
self.eval()
def attack(self):
print 'You chose attack'
if self.player.MenuList['AttackWho'].eval():
Term.wait()
self.next(False)
self.eval()
def information(self):
self.status.menu()
Term.wait()
self.eval()
