class Solution:
def minCostClimbingStairs(self, cost: List[int]) -> int:
ans = [cost[0] , cost[1]]
if len(cost) == 2:
return min(ans)
for i in range(2, len(cost), 1):
a = ans[-1]
b = ans[-2]
ans.append(min(a, b) + cost[i])
return min(ans[-1], ans[-2])
1323B - Count Subrectangles | 991C - Candies |
1463A - Dungeon | 1671D - Insert a Progression |
1671A - String Building | 1671B - Consecutive Points Segment |
1671C - Dolce Vita | 1669G - Fall Down |
4D - Mysterious Present | 1316B - String Modification |
1204A - BowWow and the Timetable | 508B - Anton and currency you all know |
1672A - Log Chopping | 300A - Array |
48D - Permutations | 677C - Vanya and Label |
1583B - Omkar and Heavenly Tree | 1703C - Cypher |
1511C - Yet Another Card Deck | 1698A - XOR Mixup |
1702E - Split Into Two Sets | 1703B - ICPC Balloons |
1702F - Equate Multisets | 1700A - Optimal Path |
665C - Simple Strings | 1708A - Difference Operations |
1703E - Mirror Grid | 1042A - Benches |
1676B - Equal Candies | 1705B - Mark the Dust Sweeper |