Every year during the Super Bowl, my dad makes a bet with his friends, guesses the last point number, and anyone who knows correctly wins $ 20. My question is hard to explain in words, so I drew a diagram:
Basically I want to add 4 numbers (2, 3, 6, 7) to each other, then take 16 sums and add these 4 numbers to each of the sums. After I repeat this process about 100 times, I should have enough points to find basically all the final numbers and the most likely final number.
It will take a long time to do this manually, so I tried to write some code, but it was very difficult for a starter like me (half-done code below).
, Python 2.7.
sum_2 = {}
sum_3 = {}
sum_6 = {}
sum_7 = {}
nums = [2,3,6,7]
n_2 = 1
n_3 = 1
n_6 = 1
n_7 = 1
n_2_2 = n_2
n_3_3 = n_3
n_6_6 = n_6
n_7_7 = n_7
while n_7 < 10:
for x in nums:
sum_2[n_2] = x + x
sum_2[n_2_2] = sum_2[n_2] + x
n_2 = n_2 + 1
n_2_2 = n_2 + 1
for x in nums:
sum_3[n_3] = x + x
sum_3[n_3_3] = sum_3[n_3] + x
n_3 = n_3 + 1
n_3_3 = n_3 + 1
for x in nums:
sum_6[n_6] = x + x
sum_6[n_6_6] = sum_6[n_6] + x
n_6 = n_6 + 1
n_6_6 = n_6 + 1
for x in nums:
sum_7[n_7] = x + x
sum_7[n_7_7] = sum_7[n_7] + x
n_7 = n_7 + 1
n_7_7 = n_7 + 1
else:
print sum_2
print sum_3
print sum_6
print sum_7