How to use n_list method in avocado

Best Python code snippet using avocado_python

3085.py

Source: 3085.py Github

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1# '''2# 문제3# 상근이는 어렸을 적에 "봄보니 (Bomboni)" 게임을 즐겨했다.4#5# 가장 처음에 N×N크기에 사탕을 채워 놓는다. 사탕의 색은 모두 같지 않을 수도 있다. 상근이는 사탕의 색이 다른 인접한 두 칸을 고른다.6# 그 다음 고른 칸에 들어있는 사탕을 서로 교환한다. 이제, 모두 같은 색으로 이루어져 있는 가장 긴 연속 부분(행 또는 열)을 고른 다음 그 사탕을 모두 먹는다.7#8# 사탕이 채워진 상태가 주어졌을 때, 상근이가 먹을 수 있는 사탕의 최대 개수를 구하는 프로그램을 작성하시오.9#10# 입력11# 첫째 줄에 보드의 크기 N이 주어진다. (3 ≤ N ≤ 50)12#13# 다음 N개 줄에는 보드에 채워져 있는 사탕의 색상이 주어진다. 빨간색은 C, 파란색은 P, 초록색은 Z, 노란색은 Y로 주어진다.14#15# 사탕의 색이 다른 인접한 두 칸이 존재하는 입력만 주어진다.16#17# 출력18# 첫째 줄에 상근이가 먹을 수 있는 사탕의 최대 개수를 출력한다.19#20# 예제 입력 121# 522# YCPZY23# CYZZP24# CCPPP25# YCYZC26# CPPZZ27# 4*528# 4*529# n*(n-1)+n*(n-1)30#31# 예제 출력 132# 433# 힌트34# 4번 행의 Y와 C를 바꾸면 C사탕 네 개를 먹을 수 있다.35# '''36#37#38#39#40#41#42#43#44#45#46#47# global max_cnt48# max_cnt = 049#50# T_array= []51# line = int(input())52# for i in range(line):53# temp = ""54# temp = input()55# temp_list = []56# temp_list = list(temp)57# T_array.append(temp_list)58#59# def move():60# global max_cnt61# for row in range(line):62# for col in range(line):63# if col+1 < line:64# T_array[row][col], T_array[row][col+1] = T_array[row][col+1], T_array[row][col]65# max_cnt = search()66# T_array[row][col+1], T_array[row][col] = T_array[row][col], T_array[row][col+1]67#68# for row in range(line):69# for col in range(line):70# if col+1 < line:71# T_array[col][row], T_array[col+1][row] = T_array[col+1][row], T_array[col][row]72# max_cnt = search()73# T_array[col][row], T_array[col+1][row] = T_array[col+1][row], T_array[col][row]74#75# return max_cnt76#77# def search():78# global max_cnt79# for row in range(line):80# for col in range(line):81# c_row_cnt = 082# p_row_cnt = 083# z_row_cnt = 084# y_row_cnt = 085#86# c_col_cnt = 087# p_col_cnt = 088# z_col_cnt = 089# y_col_cnt = 090#91#92# if T_array[row][col] == 'C':93# c_row_cnt += 194# elif T_array[row][col] == 'P':95# p_row_cnt += 196# elif T_array[row][col] == 'Z':97# z_row_cnt += 198# elif T_array[row][col] == 'Y':99# y_row_cnt += 1100# elif T_array[col][row] =='C':101# c_col_cnt += 1102# elif T_array[col][row] == 'P':103# p_col_cnt += 1104# elif T_array[col][row] == 'Z':105# z_col_cnt += 1106# elif T_array[col][row] == 'Y':107# y_col_cnt += 1108# temp_cnt = max(c_row_cnt,z_row_cnt,p_row_cnt,y_row_cnt,c_col_cnt,p_col_cnt,z_col_cnt,y_col_cnt)109# if temp_cnt > max_cnt:110# return temp_cnt111# else:112# return 0113#114#115#116# print(move())117'''118N * N 행렬(이차원 배열)등장1191. 입력을 받아 2차원 배열 완성1202. 행,열 기준 N-1번 바꾸는 경우의 수 존재 -> for문, 1번 바꿀때 마다 검사1213. 바꾸면 사탕의 최대 개수 검사(행,렬) -> 연속된 색깔을 어떻게 선별? -> 색깔 별로 변수를 만들어서 연속되면 +=1 해줌1225123YCPZY124CYZZP125CCPPP126YCYZC127CPPZZ128'''129C_cnt, P_cnt, Z_cnt, Y_cnt = 1, 1, 1, 1130def loop(N, N_list):131 for i in range(N):132 for j in range(N-1):133 row_search(N_list, i)134 col_search(N_list, j)135 #행검사136 N_list[i][j], N_list[i][j+1] = N_list[i][j+1], N_list[i][j]137 row_search(N_list,i)138 col_search(N_list,j)139 N_list[i][j+1], N_list[i][j] = N_list[i][j], N_list[i][j+1]140 # print(N_list[i][j])141 #열 검사142 N_list[j][i], N_list[j+1][i] = N_list[j+1][i], N_list[j][i]143 col_search(N_list, j)144 row_search(N_list, i)145 N_list[j+1][i], N_list[j][i] = N_list[j][i], N_list[j+1][i]146 # for i in range(N):147 # for j in range(N-1):148 # #열 검사149 # N_list[j][i], N_list[j+1][i] = N_list[j+1][i], N_list[j][i]150 # col_search(N_list, j)151 # row_search(N_list, i)152 # N_list[j+1][i], N_list[j][i] = N_list[j][i], N_list[j+1][i]153 # print(N_list[j][i])154def row_search(N_list,l):155 global C_cnt156 global P_cnt157 global Z_cnt158 global Y_cnt159 temp_c, temp_p, temp_z, temp_y = 1, 1, 1, 1160 for i in range(len(N_list) - 1):161 if N_list[l][i] == N_list[l][i + 1]:162 if N_list[l][i] == 'C':163 temp_c += 1164 elif N_list[l][i] == 'P':165 temp_p += 1166 elif N_list[l][i] == 'Z':167 temp_z += 1168 elif N_list[l][i] == 'Y':169 temp_y += 1170 if C_cnt < temp_c:171 C_cnt = temp_c172 if P_cnt < temp_p:173 P_cnt = temp_p174 if Z_cnt < temp_z:175 Z_cnt = temp_z176 if Y_cnt < temp_y:177 Y_cnt = temp_y178def col_search(N_list,l):179 global C_cnt180 global P_cnt181 global Z_cnt182 global Y_cnt183 temp_c, temp_p, temp_z, temp_y = 1, 1, 1, 1184 for i in range(len(N_list) - 1):185 if N_list[i][l] == N_list[i + 1][l]:186 if N_list[i][l] == 'C':187 temp_c += 1188 elif N_list[i][l] == 'P':189 temp_p += 1190 elif N_list[i][l] == 'Z':191 temp_z += 1192 elif N_list[i][l] == 'Y':193 temp_y += 1194 if C_cnt < temp_c:195 C_cnt = temp_c196 if P_cnt < temp_p:197 P_cnt = temp_p198 if Z_cnt < temp_z:199 Z_cnt = temp_z200 if Y_cnt < temp_y:201 Y_cnt = temp_y202if __name__ == '__main__':203 N = int(input())204 N_list = [list(input()) for i in range(N)]205 loop(N, N_list)206 print(max(C_cnt, P_cnt, Z_cnt, Y_cnt))207 print(C_cnt, P_cnt, Z_cnt, Y_cnt)208'''2095210CPZCC211ZYCPZ212CYYPZ213ZPZCC214CCPYY...

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AA.py

Source: AA.py Github

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1# def padding(n, n_list):2# cnt = 03# pad_list = [0 for _ in range(n + 2)]4# n_list.insert(0, pad_list)5# n_list.append(pad_list)6# for idx in range(1, n + 1):7# n_list[idx].insert(0, 0)8# n_list[idx].append(0)9# for i in range(1, n + 1):10# for j in range(1, n + 1):11# print(12# n_list[2][1]13# == max(14# n_list[1][1],15# n_list[1][0],16# n_list[1][2],17# n_list[0][1],18# n_list[2][1],19# )20# )21# if n_list[i][j] == max(22# [23# n_list[i][j],24# n_list[i - 1][j],25# n_list[i + 1][j],26# n_list[i][j + 1],27# n_list[i][j - 1],28# ]29# ):30# cnt += 131# return cnt32# n = int(input())33# n_list = [list(map(int, input().split())) for _ in range(n)]34# print(padding(n, n_list))35# print(n_list)36# print(pad_list)37# 두 번째 풀이38dx = [-1, 0, 1, 0]39dy = [0, 1, 0, -1]40n = int(input())41n_list = [list(map(int, input().split())) for _ in range(n)]42n_list.insert(0, [0] * n)43n_list.append([0] * n)44for sub in n_list:45 sub.insert(0, 0)46 sub.append(0)47cnt = 048for i in range(1, n + 1):49 for j in range(1, n + 1):50 if all(n_list[i][j] > n_list[i + dx[k]][j + dy[k]] for k in range(4)):51 cnt += 1...

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passwordDecryption.py

Source: passwordDecryption.py Github

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1# Coded by SpiderX23n = input("")4n_list = list(n)5new = []67for i in range(len(n_list)):8 if n_list[i] == "*":9 pass1011 elif str(n_list[i]).islower() and str(n_list[i+1]).isupper():12 n_list[i], n_list[i+1] = n_list[i+1], n_list[i]13 n_list.insert((i+2), "*")1415 elif str(n_list[i]).isnumeric():16 # n_list.insert(0, n_list[i])17 new.insert(0, n_list[i])18 n_list[i] = str(0)1920 else:21 pass222324print(*new, *n_list, sep="") ...

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