Subject description:
method:
class Solution: def maximizeSweetness(self, A: List[int], K: int) -> int: def possible(x): k, temp = 0, 0 for a in A: temp += a if temp >= x: k, temp = k + 1, 0 return k >= K + 1 l, h = min(A), sum(A)
// mid rounded up, in general bipartite = MID +. 1 left, right = MID
// In the current two points in the left = mid, right = mid - 1 when rounding up it is possible to prevent an infinite loop
// In the current two points in the left = mid, right = mid - 1 when rounding up it is possible to prevent an infinite loop
while l < h: m = (l + h + 1) // 2 print(l, h) if possible(m): l = m else: h = m - 1 return l