def show_array(argv, p):
tmp = 0
res = 0
i = 1
last = 0
Ox = []
Tx = []
print(f"{'x':>4}\t|", end = " ")
while i < 9:
if (i == 1):
print(" %d" %(i - 1), end = "")
elif (tmp == 0 and (int(argv[i - 1]) != 0)):
print("%d" %(i - 1), end = "")
last = i - 1
tmp += int(argv[i])
res += 100 * op.combination(i - 1, 100) * np.power(p, i - 1) * np.power((1 - p), 100 - (i - 1))
if (tmp >= 10 and (int(argv[i + 1]) >= 10)):
if (tmp != int(argv[i]) or int(argv[i - 1] == 0)):
print("-%d" %(i - 1), end = "")
last = i - 1
print("\t|", end = " ")
Ox.append(tmp)
Tx.append(res)
res = 0
tmp = 0
i += 1
if (tmp != 0):
print("\t|", end = " ")
Ox.append(tmp - int(argv[i - 1]))
res -= 100 * op.combination(i - 2, 100) * np.power(p, i - 2) * np.power((1 - p), 100 - (i - 2))
Tx.append(res)
print("%d+\t| Total" %(last + 1))
tmp = 0
print(f"{'Ox':>4}\t|", end = " ")
for O in Ox:
print(" %d\t|" %O, end = "")
for i in range(last + 1, 9):
tmp += int(argv[i + 1])
print(" %d\t| 100" %tmp)
Ox.append(tmp)
tmp = 0
print(f"{'Tx':>4}\t|", end = " ")
for T in Tx:
print(" %.1f\t|" %T, end = "")
tmp += T
print(" %.1f\t| 100" %(100 - tmp))
Tx.append(100 - tmp)
return (Ox, Tx)
def yams(dice, A):
die = 5
need = 5
for elem in dice:
if (elem == A):
die -= 1
need -= 1
if (need <= 0):
return 1
return ((op.combination(need, die) * (op.prob**die)))
def full(dice, A, B):
reroll = 5
cptA = 0
cptB = 0
for elem in dice:
if (elem == A and cptA < 3):
reroll -= 1
cptA += 1
if (elem == B and cptB < 2):
reroll -= 1
cptB += 1
return (op.combination((2 - cptB), reroll) / (op.val**reroll))
def pair(dice, A):
die = 5
need = 2
for elem in dice:
if (elem == A):
die -= 1
need -= 1
if (need <= 0):
return 1
return ((op.combination(need, die) * (op.prob**need) *
((1 - op.prob)**(die - need))) + three(dice, A))
def four(dice, A):
die = 5
need = 4
for elem in dice:
if (elem == A):
die -= 1
need -= 1
if (need <= 0):
return 1
return ((op.combination(need, die) * (op.prob**need) *
((1 - op.prob)**(die - need))) + yams(dice, A))