def _selectResource(P, resource):
rs = RE.toS(resource)
# select hut and resource
m = _selectHV(P, RE.HV.HUT, rs)
res = misc.getRandom(m)
if res: return res
# market
res = _selectMarketRes(P, resource)
if res: return res
# select village
m = _selectHV(P, RE.HV.VILLAGE, rs)
return misc.getRandom(m)
def _buildCity(P):
# print(P.i)
# choose random
pos = misc.getRandom(P.i)
assert (pos != None)
# print (pos)
P.executeCommandP(pos)
def _deployFigure(P):
# print(P.i)
# choose random city and point
city = misc.getRandom(P.i)
# get random square
c = city["p"]
point = city["param"]
P.executeCommandPP(c, point)
def _spendTrade(P, selfun, param):
city = misc.getRandom(P.i, selfun)
if param == None:
# calculate random
no = int(getPlayerTrade(P) / _getPlayerTradeForProd(P))
# int() calculates prod
param = misc.getRandomNo(no) + 1
# calculate random from 0 to no
P.executeCommandPP(city['p'], param)
def playSuspend(P):
# suspend or anul
ra = misc.getRandomNo(2)
# 50 %
if ra == 0:
P.doCommand(CO.Command.LETSUSPENDEDGO)
return
# anul action
su = getSuspend(P)
li = su["list"]
# list of action to use
ac = misc.getRandom(li)
P.doCommandS(ac["command"])
def _playUnit(P):
ba = getBattle(P)
at = ba['attacker']
de = ba['defender']
# turn in attacker and defender excludes themselves
if at['turn']: am = at
else: am = de
if not am['you']: return False
# am - army making attack now
(_, fro) = misc.getRandomI(am['waiting']['list'])
# get random unit from standing units
f = am['front']
# list of empty slots
slots = list(filter(lambda x: f[x] == None, list(range(0, len(f)))))
to = misc.getRandom(slots)
P.co = CO.Command.PLAYUNIT
P.executeCommand(fro, to)
return True
def _winnerLoot(P):
l = getBattle(P)['winnerloot']
loottotake = l['loot']
li = l['list']
loot = []
while True:
# collect list of loots affordable (list of indexes)
alist = list(
filter(lambda i: li[i]['loot'] <= loottotake,
list(range(0, len(li)))))
if len(alist) == 0: break
# take random loot
ll = misc.getRandom(alist)
# add to list
loot.append(li[ll])
# decrease the loot
loottotake = loottotake - li[ll]['loot']
li.pop(ll)
# next loot
return loot
def _move(P, selfun):
if P.visited == None: P.visited = []
moved = []
key = 'moves'
if P.co == CO.Command.EXPLOREHUT: key = "explore"
list = P.i[key]
if len(list) == 1:
moved.append(list[0])
else:
for i in list:
if not onList(i, P.visited):
moved.append(i)
if len(moved) == 0:
_endOfMove(P)
return
m = misc.getRandom(moved, selfun)
P.visited.append(m)
P.executeCommandP(m)
def _sendProduction(P):
f = misc.getRandom(P.i)
P.executeCommandPP(f['p'], f['param'])
def _attack(P):
l = P.i['attack']
res = misc.getRandom(l)
P.executeCommandP(res)
def _buyUnit(P):
# print(P.i)
# choose random city
city = misc.getRandom(P.i)
c = city["p"]
P.executeCommandP(c)
def _discardCard(P):
card = misc.getRandom(P.i)
P.executeCommandJ(card)
def _startMove(P, selfun):
P.visited = None
f = misc.getRandom(P.i, selfun)
P.executeCommandPP(f['p'], f['f'])
def _devottoCluster(P):
city = misc.getRandom(P.i)
P.executeCommandPP(city['p'], city['list'])
def _harvestResource(P):
pair = misc.getRandom(P.i)
P.executeCommandPP(pair["p"], pair["param"])
def _researchTechnology(P):
tech = misc.getRandom(P.i)
P.executeCommandJ(tech)
def _revealTile(P):
l = P.i["tiles"]
# can be more then 1 tile to reveal
r = misc.getRandom(l)
P.executeCommandPP(r["p"], r["orientation"])
def __chooseCommand(self):
comm = self.getCommands()
return misc.getRandom(comm)
def _buyBuilding(P, key, selfun, selfun1):
city = misc.getRandom(P.i, selfun)
building = misc.getRandom(city["list"], selfun1)
P.executeCommandPP(city['p'], {"p": building["p"], key: building[key]})