def eligible_combos(c):
# first one is always picked from the special list
if len(NEMELEX_COMBOS) == 0:
return [combos.NEM_ELIGIBLE_COMBOS]
# sometimes look at the special list for the later ones, too
if NEMELEX_USE_LIST:
won_games = query.get_winning_games(c)
won_combos = set([x['charabbrev'] for x in won_games])
eligible = [x for x in combos.NEM_ELIGIBLE_COMBOS
if (x not in won_combos)]
pcombo_names = [x[0] for x in NEMELEX_COMBOS]
weighting = weight_combos(eligible, pcombo_names)
return [eligible,weighting]
# otherwise pick from the valid combos with the lowest high score in the tourney:
else:
eligible = combos.VALID_COMBOS
pcombo_names = [x[0] for x in NEMELEX_COMBOS]
# Try not to use a repeat race or class if possible.
filtered_eligible = filter_combos(eligible, pcombo_names)
if filtered_eligible:
eligible = filtered_eligible
eligible_with_scores = [[combo_name, query.highscore(c, combo_name)] for combo_name in eligible]
eligible_with_scores.sort(key = lambda e: e[1])
l = 19
if l > len(eligible_with_scores)-1:
l = len(eligible_with_scores)-1
candidates = [e[0] for e in eligible_with_scores if e[1] <= eligible_with_scores[l][1]]
return [candidates]
def eligible_combos(c):
# first one is always picked from the special list
if len(NEMELEX_COMBOS) == 0:
return [combos.NEM_ELIGIBLE_COMBOS]
# sometimes look at the special list for the later ones, too
if NEMELEX_USE_LIST:
won_games = query.get_winning_games(c)
won_combos = set([x['charabbrev'] for x in won_games])
eligible = [
x for x in combos.NEM_ELIGIBLE_COMBOS if (x not in won_combos)
]
pcombo_names = [x[0] for x in NEMELEX_COMBOS]
weighting = weight_combos(eligible, pcombo_names)
return [eligible, weighting]
# otherwise pick from the valid combos with the lowest high score in the tourney:
else:
eligible = combos.VALID_COMBOS
pcombo_names = [x[0] for x in NEMELEX_COMBOS]
# Try not to use a repeat race or class if possible.
filtered_eligible = filter_combos(eligible, pcombo_names)
if filtered_eligible:
eligible = filtered_eligible
eligible_with_scores = [[combo_name,
query.highscore(c, combo_name)]
for combo_name in eligible]
eligible_with_scores.sort(key=lambda e: e[1])
l = 19
if l > len(eligible_with_scores) - 1:
l = len(eligible_with_scores) - 1
candidates = [
e[0] for e in eligible_with_scores
if e[1] <= eligible_with_scores[l][1]
]
return [candidates]
def eligible_combos(c):
eligible = combos.VALID_COMBOS
pcombo_names = [x[0] for x in NEMELEX_COMBOS]
# Try not to use a repeat race or class if possible.
filtered_eligible = filter_combos(eligible, pcombo_names)
if filtered_eligible:
eligible = filtered_eligible
eligible_with_scores = [[combo_name, query.highscore(c, combo_name)] for combo_name in eligible]
eligible_with_scores.sort(key = lambda e: e[1])
l = 19
if l > len(eligible_with_scores)-1:
l = len(eligible_with_scores)-1
candidates = [e[0] for e in eligible_with_scores if e[1] <= eligible_with_scores[l][1]]
return candidates
elif difficulty == "h":
rand_num = randint(0,100)
guess = int(input("\nMy Number is between 0-100. Take a Guess\n"))
else:
print("invalid difficulty")
exit()
while guess != rand_num:
score -= randint(5,20)
guess = int(input("Incorrect. Take another guess:\n" ))
if guess > rand_num:
print("Your Number is too big ")
elif guess < rand_num:
print("Your Number is too low ")
print("Correct!")
print("Your score is", score)
highscore = highscore(name, difficulty)
add(name,score,difficulty)
if bool(highscore) == False:
"nothing"
elif score > highscore[-1]:
print("You beat your highscore of", highscore[-1], "on difficulty", difficulty)
else:
print("You have not beaten your highscore of", highscore[-1],'yet.')
print("\nThis is the leaderboard for",difficulty,"difficulty:\n")
top10(difficulty)
