def naive_factor(n):
f = dict()
if n < 0:
n = -n
f[-1] = 1
root_n = int(sqrt(n))
for p in take_while(lambda p: n > 1 and p <= root_n, primes()):
n, i = div_while(n, p)
if i > 0:
f = dict_sum(f, {p: i})
return f if n == 1 else dict_sum(f, {n: 1})
def resolv_constructions(self):
self.poc = 0
for p in self.planets.itervalues():
self.poc += 1 + dict_sum(p.constructions, I('YOT'))
if self.policy == I('construct'):
self.poc = floor(self.poc * 1.5)
poc = self.poc
quit = 0
while poc > 0 and not quit:
quit = 1
for c in self.constructions.itervalues():
if poc <= 0:
break
if c.poc > 0:
c.poc -= 1
poc -= 1
quit = 0
const_ok = []
for c in self.constructions.itervalues():
if c.poc == 0:
try:
self.build_construction(c)
const_ok.append(c.id)
except Exception as e:
tb = exc_info()[2]
print str(e)
print str(print_tb(tb))
self.owner.add_msg('Impossible de construire %d %s sur %s: %s'%
(c.count, c.what.name, self.name, str(e)))
for id in const_ok:
del self.constructions[id]
def finalize(self):
# civ or mil?
self.define(I('military'), dict_max)
if I('military') not in self.caracs:
self.caracs[I('civilian')] = 1
tmp = max(1, dict_sum(self.compos, I('cases')))
self.caracs[I('size')] = floor(log(tmp-1, 2))+1
self.caracs[I('poc')] = floor(tmp/2)
tmp = 17 - self.caracs[I('size')] + dict_max(self.compos, I('propeller'))
if I('military') in self.caracs:
tmp = floor(tmp*2/3)
self.caracs[I('velocity')] = tmp
self.caracs[I('cost_prod')] = dict_sum(self.compos, I('cost_prod')) # wait, wat?
self.caracs[I('cost_ore')] = dict_sum(self.compos, I('cost_ore'))
self.define(I('cargo'), dict_sum)
self.define(I('syst_rad'), dict_max)
self.define(I('fleet_rad'), dict_max)
self.define(I('SCM'), dict_max)
self.define(I('colo'), dict_max)
sa, pa = 0, 0
for t in self.compos:
if I('weapon') in t.caracs:
w = t.caracs[I('weapon')][0]
n = t.caracs[I('weapon')][1]
sa += (w.ha+w.sa) * n * self.compos[t]
pa += (w.pa) * n * self.compos[t]
if sa > 0:
self.caracs[I('SA')] = sa
if pa > 0:
self.caracs[I('PA')] = pa
for t in self.compos:
if I('cost_merch') in t.caracs:
merch = t.caracs[I('cost_merch')]
if merch[0] not in self.merchs:
self.merchs[merch[0]] = 0
self.merchs[merch[0]] += merch[1] * self.compos[t]
def prod_min(self):
mine = dict_sum(self.constructions, I('extract'))
extra = dict_max(self.constructions, I('advance_ex')) + self.ore[0]
prod = (2 * extra - mine + 1) * (mine / 2.0)
self.ore[1] += prod
return prod