def fillWins(pokeWins):
for number1 in range(1, pokeListSize//2):
fighter1=pokeList[number1]
for number2 in range(pokeListSize//2, pokeListSize):
fighter2 = pokeList[number2]
if fighter1!=fighter2:
winner=pf.battle(fighter1,fighter2,True,False)
if winner==0:
pokeWins[number1][number2]=True
elif winner==1:
pokeWins[number2][number1]=True
def countScores(pokeScore):
for number1 in range(1, pokeListSize//2):
fighter1=pokeList[number1]
for number2 in range(pokeListSize//2, pokeListSize):
fighter2 = pokeList[number2]
for i in range(5):
if fighter1!=fighter2:
winner=pf.battle(fighter1,fighter2,True,False)
if winner==0:
pokeScore[fighter1.name] += 2
elif winner==1:
pokeScore[fighter2.name] += 2
#else:
#pokeScore[fighter1.name] += 1
#pokeScore[fighter2.name] += 1
pokeScore = sorted(pokeScore.items(), key=operator.itemgetter(1))
for i in range(1,12):
print(pokeScore[pokeListSize-i])
def countScores2(topLimit):
pokeScore = {}
for poke in range(pokeListSize):
pokeScore[poke]=0
for number1 in range(1, pokeListSize//2):
fighter1=pokeList[number1]
for number2 in range(pokeListSize//2, pokeListSize):
fighter2 = pokeList[number2]
for i in range(3):
if fighter1!=fighter2:
winner=pf.battle(fighter1,fighter2,True,False)
if winner==0:
pokeScore[number1] += 1
elif winner==1:
pokeScore[number2] += 1
pokeScore = sorted(pokeScore.items(), key=operator.itemgetter(1))
topList = []
for i in range(1,topLimit+1):
topList.append(pokeScore[pokeListSize-i])
return topList
# Then, read all pokemon from a file and put them on a list (the types are not correctly updated)
pokeList = pf.readPokemonListFromFile("listOfPokemon2.txt")
#print "length of the list "+str(len(pokeList))+" "+str(pokeList)
#TASK A, put all pokemon in the list in a dictionary where the key is the name of the pokemon
pokedex = {}
# Put all pokemon in a dictionary by name
for monster in pokeList:
pokedex[monster.name] = monster
#TASK B, put go over listOfNamesAndTypes, for every pokemon there, update its types, look for it in the pokedex dictionary and append the types to list pokedex[name].variety
for name, listOfTypes in listOfNamesAndTypes:
#print "updating types for "+name
for t in listOfTypes:
pokedex[name].variety.append(t)
#Did the monsters in list pokeList also get their names updated? Why?
print(pokedex["Bulbasaur"])
print(pokeList[0])
#now we can make monsters fight by doing:
#pf.battle(pokedex["Bulbasaur"],pokedex['Charmander'])
#or also
#pf.battle(pokeList[8],pokeList[137])
#random battle
fighter1 = random.randint(0, len(pokeList) - 1)
fighter2 = random.randint(0, len(pokeList) - 1)
winner = pf.battle(pokeList[fighter1], pokeList[fighter2], True)
for monster in pokeList:
pokedex[monster.name] = monster
#print(pokedex)
# Task B, using the two dictionaries that you now have, pokedex and dictionaryOfNamesAndTypes,
# modifiy the entries in pokedex to include types
pokeTypes = {}
for key, value in pokedex.items():
currentList = dictionaryOfNamesAndTypes[key]
for type in currentList:
value.variety.append(type)
#print("\n\n\n\n"+str(pokedex))
#now we can make monsters fight by doing:
#pf.battle(pokedex["Bulbasaur"],pokedex['Charmander'])
#or also
#pf.battle(pokeList[8],pokeList[137])
#random battle
fighter1 = pokeList[random.randint(0, len(pokeList) - 1)]
fighter2 = pokeList[random.randint(0, len(pokeList) - 1)]
winner = pf.battle(fighter1, fighter2, False, False)
if winner == 0: print(" The pokemon that won the battle was: " + fighter1.name)
elif winner == 1:
print(" The pokemon that won the battle was: " + fighter2.name)
else:
print("The battle ended in a draw! ")