def best_move(self, active, types, target):
movesinfo = self.pick_move(active)
print movesinfo
try:
movelist = [x.get('id') for x in movesinfo]
except Exception as e:
print e
movelist = movesinfo
print movelist
scores = [battleutils.calculate_move_score(active, types, target, x) for x in movelist]
best_score = max(scores)
best_move = movelist[scores.index(best_score)]
if best_score >= 120:
print 'Best score is %s - score %s' % (best_move, best_score)
return '/move ' + best_move
else:
b_switch = self.best_switch(active, self.sidedata, target)
if b_switch != '/switch 1':
b_mon_switch_id = b_switch.split('/switch ')[1]
b_mon_switch = self.sidedata.get('pokemon')[int(b_mon_switch_id) - 1]
b_mon_species = b_mon_switch.get('details').split(', ')[0]
print 'Score not good enough. switching to %s' % b_mon_species
return b_switch
else:
print 'No good other options. using %s' % best_move
return '/move ' + best_move
def best_switch(self, active, sidedata, target):
print 'call to switch'
highest_score = 0
alive_mon_indexes = self.pick_alive_mons(sidedata)
side_mon_info = sidedata.get('pokemon')
# Loops through all mons, finds which has the highest score, and switches
print alive_mon_indexes
best_mon_index = alive_mon_indexes[0]
for i in alive_mon_indexes:
mon = side_mon_info[i - 1]
mon_info = mon.get('details').split(', ')
mon_species = utils.condense(mon_info[0])
mon_level = mon_info[1][1:]
try:
mon_types = battleutils.POKEDEX.get(mon_species).get('types')
except Exception as e:
print e
mon_types = ['Normal']
movelist = mon.get('moves')
scores = [battleutils.calculate_move_score(active, mon_types, target, x) for x in movelist]
print movelist
print scores
best_score = max(scores)
if best_score > highest_score:
print 'best score %s is higher than highest score %s!' % (best_score, highest_score)
highest_score = best_score
best_move = movelist[scores.index(best_score)]
print 'best move is %s!' % best_move
best_mon = mon_species
best_mon_index = i
result = '/switch ' + str(best_mon_index)
print result
return result
