I found today's solution to be easier than previous day's.
Part 1
data,data1 = get_data(day=7)
data = [int(d) for d in data[0].split(",")]
data1 = [int(d) for d in data1[0].split(",")]
l = len(data1)
f = []
for v in range(l):
f.append((sum([abs(d-v) for d in data1])))
print(min(f))
One Liner Solution
min([sum([abs(d-v) for d in data1]) for v in range(len(data1))])
Part 2
l = len(data1)
f = []
for v in range(l):
diff = [abs(d-v) for d in data1]
diffs = sum([sum(list(range(dif+1))) for dif in diff])
f.append(diffs)
print(min(f))
One Liner Solution
min([sum([sum(list(range(abs(d-v)+1))) for d in data1]) for v in range(len(data1))])
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