# def inter(a, b): # if a[0] > b[0]: # tmp = a # a = b # b = tmp # if a[1] < b[0]: # return 0 # elif a[1] == b[0]: # return 1 # else: # return 2 #_________________________ # while(1): # if m >= 12: # break # tmp_m = m # tmp_d = d # garden() # if tmp_m == m and tmp_d == d: # flower_num = 0 # break #__________________________ # # x1_zero, y1_zero, x1_one, y1_one = map(int, input().split()) # x2_zero, y2_zero, x2_one, y2_one = map(int, input().split()) # # x1 = [x1_zero, x1_one] # x2 = [x2_zero, x2_one] # y1 = [y1_zero, y1_one] # y2 = [y2_zero, y2_one] # # ix = inter(x1, x2) # iy = inter(y1, y2) # if ix == 2 and iy == 2: # print("FACE") # elif (ix == 1 and iy == 2) or (ix == 2 and iy == 1): # print("LINE") # elif ix == 1 and iy == 1: # print("POINT") # else: # print("NULL") # x = [] # topping_cal = [] # ret = 0 # n = int(input()) # dough_price, topping_price = map(int, input().split()) # dough_cal = int(input()) # # for i in range(n): # x = int(input()) # topping_cal.append(x) # # topping_cal.sort() # topping_cal.reverse() # d_cal = dough_cal # d_price = dough_price # best_pizza = d_cal / d_price # # # for cal in topping_cal: # # if best_pizza < (d_cal + cal) / (d_price + topping_price): # d_cal += cal # d_price += topping_price # best_pizza = d_cal / d_price # # else: # break # # print(int(best_pizza)) x = [] data = [] flower_num = 0 m = 3 d = 1 n = int(input()) for i in range(n): x = input().split() data.append(x) for i in range(4*n): print(flower_num) # n, m = map(int, input().split()) # r = [["X"]*m] # for i in range(n): # r.append(list(input())) # s, t = map(int, input().split()) # # # def check_in(n): # max = 0 # for i in range(m): # d = 0 # for j in range(n, t): # if r[j][i] == 'O': # d += 1 # else: # break # if max < d: # max = d # return max # # # cnt = -1 # today = s # while today < t: # remain = check_in(today) # if remain == 0: # cnt = -1 # break # cnt += 1 # today += remain # # print(cnt)

# def inter1(data_1, data_2): # print("1", data_1, data_2) # if data_1[0] > data_2[0]: # print("inter1", data_1[0], data_2[0]) # tmp = data_1 # data_1 = data_2 # data_2 = tmp # if data_1[1] < data_2[0]: # print("1<") # return 0 # elif data_1[1] == data_2[1]: # print("1==") # return 1 # else: # print("1>") # return 2 # # # def inter2(data_1, data_2): # print("2", data_1, data_2) # if data_1[0] > data_2[0]: # print("inter2", data_1[0], data_2[0]) # tmp = data_1 # data_1 = data_2 # data_2 = tmp # if data_1[1] < data_2[0]: # print("2<") # return 0 # elif data_1[1] == data_2[1]: # print("2==") # return 1 # else: # print("2>") # return 2 # # # x1_s, y1_s, x1_e, y1_e = input().split() # x2_s, y2_s, x2_e, y2_e = input().split() # x1_s = int(x1_s) # y1_s = int(y1_s) # x1_e = int(x1_e) # y1_e = int(y1_e) # x2_s = int(x2_s) # y2_s = int(y2_s) # x2_e = int(x2_e) # y2_e = int(y2_e) # data_x1 = [x1_s, x1_e] # data_x2 = [x2_s, x2_e] # data_y1 = [y1_s, y1_e] # data_y2 = [y2_s, y2_e] # ix = inter1(data_x1, data_x2) # iy = inter2(data_y1, data_y2) # if ix == 2 and iy == 2: # print("FACE") # elif (ix == 1 and iy == 2) or (ix == 2 and iy == 1): # print("LINE") # elif ix == 1 and iy == 1: # print("POINT") # else: # print("NULL") # data = [1000000001] # n = int(input()) # for i in range(1000000000): # for a in range(10): # for b in range(10): # for c in range(10): # for d in range(10): # for e in range(10): # for f in range(10): # for g in range(10): # for h in range(10): # if a*50000+b*10000+c*5000+d*1000+e*500+f*100+g*50+h*10 == n: # data[i] = a+b+c+d+e+f+g+h # break # data.sort() # print(data[0]) a = int(input()) # b = int(input()) # c = int(input()) # d = int(input()) # e = int(input()) # data_pasta = [a, b, c] # data_juice = [d, e] # data_pasta.sort() # data_juice.sort() # for i in range(2): # data_pasta[i] = int(data_pasta[i]) # data_juice[i] = int(data_juice[i]) # data_pasta[2] = int(data_pasta[2]) # print(data_pasta[0]) # print(data_juice[0]) # r = data_pasta[0] + data_juice[0] # print(r*11/10) https://namu.wiki/w/%EA%BF%80%ED%95%98%EB%A6%B0 https://namu.wiki/w/%EB%B2%A8%EB%B2%B3(%EC%9D%B8%ED%84%B0%EB%84%B7%20%EB%B0%A9%EC%86%A1%EC%9D%B8)?from=%EB%B2%A8%EB%B2%B37 https://namu.wiki/w/%EC%83%81%EC%BE%8C%ED%95%98%EC%9D%B4 https://namu.wiki/w/%EC%88%98%EB%AF%B8%EA%B9%A1 https://namu.wiki/w/%EC%82%AC%EC%BF%A0%EB%9D%BC%20%EC%84%B8%EB%82%98 https://namu.wiki/w/%EC%8B%9C%EB%B6%80%EC%95%BC%20%EC%B9%B4%ED%98%B8 https://namu.wiki/w/%EC%99%80%EC%8B%9C%EC%98%A4%20%EB%A9%94%EC%9D%B4 https://namu.wiki/w/%EC%9C%A0%EC%A6%88%ED%82%A4%20%EB%A7%88%EB%A6%AC%EB%82%98 https://namu.wiki/w/%EC%B9%B4%EB%85%B8%20%EC%95%84%EC%9D%B4 https://namu.wiki/w/%EC%BD%94%EC%9A%B0%EB%A9%94%20%EC%97%90%EB%82%98 https://namu.wiki/w/%ED%82%A4%EB%A6%AC%EC%95%BC%EB%A7%88%20%EB%A3%A8%EC%9D%B4 https://namu.wiki/w/%ED%95%98%EB%A3%A8%EB%82%98%20%ED%95%98%EB%82%98 https://namu.wiki/w/%ED%9B%84%EC%B9%B4%EB%8B%A4%20%EB%82%98%EB%82%98

import math def small(m, n): if m >= n: return m if m < n: return n data_x = [] data_y = [] sum = 0 tmp1 = 0 tmp2 = 0 data_first = input().split() data_second = input().split() for i in range(4): data_first[i] = int(data_first[i]) data_second[i] = int(data_second[i]) x1_first = data_first[0] y1_first = data_first[1] x2_first = data_first[2] y2_first = data_first[3] x1_second = data_second[0] y1_second = data_second[1] x2_second = data_second[2] y2_second = data_second[3] x_first = [x1_first, x2_first] y_first = [y1_first, y2_first] x_second = [x1_second, x2_second] y_second = [y1_second, y2_second] data_first = [x1_first, y1_first, x2_first, y2_first] data_second = [x1_second, y1_second, x2_second, y2_second] if (x1_first == x1_second and y1_first == y1_second) or (x1_first == x2_second and y1_first == y2_second) or (x2_first == x1_second and y2_first == y1_second) or (x2_first == x1_second and y2_first == y2_second): print("POINT") elif x1_first == x2_first == x1_second == x2_second or y1_first == y2_first == y1_second == y2_second: print("LINE") elif math.sqrt(pow(abs(abs(int(x1_first + x2_first))-abs(int(x1_second + x2_second))), 2)/4 + pow(abs(abs(int(y1_first+y2_first))-abs(int(y1_second+y2_second))), 2))/4 > small(abs(x1_first-x2_first), abs(x1_second-x2_second)): print("NULL") else: print("FACE")

data_x = [] data_y = [] data_first = input().split() data_second = input().split() for i in range(4): data_first[i] = int(data_first[i]) data_second[i] = int(data_second[i]) x1_first = data_first[0] y1_first = data_first[1] x2_first = data_first[2] y2_first = data_first[3] x1_second = data_second[0] y1_second = data_second[1] x2_second = data_second[2] y2_second = data_second[3] x_first = [x1_first, x2_first] y_first = [y1_first, y2_first] x_second = [x1_second, x2_second] y_second = [y1_second, y2_second] for i in range(2): for j in range(2): if x_first[i] == x_second[i] or y_first[j] == y_second[j] or x_first[0] == x_second[1] or y_first[0] == y_second[1]: print("POINT") break if x_first[i] == x_second[i] or y_first[j] == y_second[j] or x_first[0] == x_second[1] or y_first[0] == y_second[1]: break # if y1_first == x1_second == y2_first == x2_second: # print("LINE") # elif y1_first == x1_second == y2_first == x2_second: # print("LINE") # elif x1_second == y1_first == x2_second == y2_first: # print("LINE") # elif x1_first == x2_second == y1_first == y2_second: # print("LINE") # elif x1_first == x2_second == y1_first == y2_second: # print("LINE") # elif x2_second == x1_first == y2_second == y1_first: # print("LINE") # elif y1_second == x1_first == y2_second == x2_first: # print("LINE") # elif x1_first == y1_second == x2_first == y2_second: # print("LINE") # elif x1_first == y1_second == x1_first == y2_second: # print("LINE") # elif x1_first == x1_second == y2_first == y1_second: # print("LINE") # elif x2_first == x1_second == y2_first == y1_second: # print("LINE") # elif x1_second == x2_first == y1_second == y2_first: # print("LINE") # elif x1_first == x1_second and y1_first == y1_second: # print("POINT") # elif (x1_first == x1_second and y1_first == y2_second) or (x1_first == x1_second and y2_first == y1_second) or (x1_first == x2_second and y1_first == y1_second) or (x2_first == x1_second and y1_first == y1_second): # print("POINT") # elif (x1_first == x1_second and y2_first == y2_second) or (x1_first == x2_second and y1_first == y2_second) or (x2_first == x1_second and y1_first == y2_second) or (x1_first == x2_second and y2_first == y1_second) or (x2_first == x1_second and y2_first == y1_second) or (x2_first == x2_second or y1_first == y1_second): # print("POINT") # elif (x1_first == x2_second and x2_first == x2_second) or (x2_first == x1_second and y2_first == y2_second) or (x2_first == x2_second and y1_first == y2_second) or (x2_first == x2_second and y2_first == y1_second): # print("POINT") # elif x2_first == x2_second and y2_first == y2_second: # print("POINT") # elif (x1_first and y1_first) < (x1_second and y1_second) < (x2_first and y2_first) < (x2_second and y2_second): # if x2_second == x2_first == y2_first == y2_second: # print("FACE") # elif x1_second == x1_first == y2_first == y2_second: # print("FACE") # else: # print("LINE") # elif (x1_second and y1_second) < (x1_first and y1_first) < (x2_second and y2_second) < (x2_first and y2_second): # if x1_second == x1_first == y1_first == y1_second: # print("FACE") # elif y1_second == y1_first == y2_first == y2_second: # print("FACE") # else: # print("LINE") else: print("ERROR")

# data_first = input().split() # data_second = input().split() # for i in range(4): # data_first[i] = int(data_first[i]) # data_second[i] = int(data_second[i]) # x1_first = data_first[0] # y1_first = data_first[1] # x2_first = data_first[2] # y2_first = data_first[3] # x1_second = data_second[0] # y1_second = data_second[1] # x2_second = data_second[2] # y2_second = data_second[3] # # if x1_first == x1_second and y1_first == y1_second: # print("POINT") # elif x1_first == x2_second and y1_first == y2_second: # print("POINT") # elif x2_first == x1_second and y2_first == y1_second: # print("POINT") # elif x2_first == x2_second and x2_second == y2_second: # print("POINT") # elif x1_first == y1_second == x2_first == y2_second: # print("LINE") # elif x2_first == x1_second == y2_first == y1_second: # print("LINE") # elif x1_second == y1_first == x2_second == y2_first: # print("LINE") # elif x1_second == x1_first == y2_second == y1_first: # print("LINE") # elif x2_second == x1_first == y2_second == y1_first: # print("LINE") # elif y1_first == x1_second == y2_first == y1_second: # print("LINE") # elif x1_second == x2_first == y2_first == y1_second: # print("LINE") # elif x1_first == y1_second == x2_first == y2_second: # print("LINE") # elif (x1_first and y1_first) < (x1_second and y1_second) < (x2_first and y2_first) < (x2_second and y2_second): # if x2_second == x2_first == y2_first == y2_second: # print("FACE") # if x1_second == x1_first == y2_first == y2_second: # print("FACE") # else: # print("LINE") # elif (x1_second and y1_second) < (x1_first and y1_first) < (x2_second and y2_second) < (x2_first and y2_second): # if x1_second == x1_first == y1_first == y1_second: # print("FACE") # if y1_second == y1_first == y2_first == y2_second: # print("FACE") # else: # print("LINE") # else: # print("NULL") ___________________________________________ # point: (x1(1), y1(1)) == (x1(2), y1(2)) # (x1(1), y1(1)) == (x2(2), y2(2)) # (x2(1), y2(1)) == (x1(2), y1(2)) # (x2(1), y2(1)) == (x2(2), y2(2)) # line: x1(1) == y1(2) == x2(1) == y2(2) # x2(1) == x1(2) == y2(1) == y1(2) # x1(2) == y1(1) == x2(2) == y2(1) # x1(2) == x1(1) == y2(2) == y1(1) # x2(2) == x1(1) == y2(2) == y1(1) # y1(1) == x1(2) == y2(1) == x2(2) # x1(2) == x2(1) == y2(1) == y1(2) # x1(1) == y1(2) == x2(1) == y2(2) # x = k # face(c): x1(1) and y1(1) < x1(2) and y1(2) < x2(1) and y2(1) < x2(2) and y2(2) # x1(2) and y1(2) < x1(1) and y1(1) < x2(2) and y2(2) < x2(1) and y2(1) # face(d): # x1(2) and y1(2) < x1(1) and y1(1) < x2(1) and y2(1) < x2(2) and y2(2) # 중에서 # x2(2) == x2(1) == y2(1) == y2(2) # x1(2) == x1(1) == y2(1) == y2(2) # x2(2) and y2(2) < x2(1) and y2(1) < x1(1) and y1(1) < x1(2) and y1(2) # 중에서 # x1(2) == x1(1) == y1(1) == y1(2) # y1(2) == y1(1) == y2(1) == y2(2) # # null: else

# def plus(): # n, k = input().split() # n = int(n) # k = int(k) # sum = k * (k + 1) // 2 # if sum > n: # print(-1) # if (n - sum) % k == 0: # print(k-1) # else: # print(k) # k = 0 # for m in range(n): # k += data[m] # return k # # # def plus2(): # p = 0 # for m in range(n-1): # p += data[m] # return p # # # data = [] # tmp = 0 # tmp2 = 0 # num = 0 # n = int(input()) # data = input().split() # for i in range(n): # data[i] = int(data[i]) # for i in range(n): # tmp2 = plus2() # if tmp2 == 0: # print(num+1) # break # if data[i] == 0: # continue # data[i+1] -= data[i] # data[i] = 0 # num += 1 # tmp = plus() # if tmp == 0: # print(num) # break # data = [] # num = 0 # n = int(input()) # for i in range(1, n+1): # data.append(i) # for i in range(len(data)//2): # if n % 2 == 1: # data.pop(i) # if n % 2 == 0: # data.pop(i) # print(data) # num += 1 # if n % 2 == 1: # data.pop(len(data)-1) # print(num)

# 25377 # qqq = 100000000 # result = qqq # n = int(input()) # for i in range(n): # x, y = map(int, input().split()) # if x <= y: # if result < y: # result = result # elif result >= y: # result = y # # if result == qqq: # print(-1) # else: # print(result) #25378 data = [] tmp = 0 num = 0 n = int(input()) data = input().split() data.sort() for i in range(n): data[i] = int(data[i]) for i in range(n): data[i] = 0 data[i+1] -= data[i] num += 1 tmp += data[i] if tmp == 0: print(num+1) break

# def f(a, b, left, right): # while left <= right: # middle = int((left+right)/2) # if a[middle] == b: # return middle # else: # if b < a[middle]: # right = middle-1 # else: # left = middle+1 # return -2 # # # middle = 0 # n = int(input()) # data1 = list(map(int, input().strip().split())) # m = int(input()) # data2 = list(map(int, input().strip().split())) # for i in range(m): # print(f(data1, data2[i], 0, n-1)+1, end=' ') # a, b = input().split() # a = int(a) # b = int(b) # print("%0.4f" % (-(b/a))) # left = 0 # n, k = map(int, input().split()) # data = list(map(int, input().split())) # right = n # while left < right: # mid = int((left + right) / 2) # if k <= data[mid]: # right -= 1 # else: # left += 1 # print(left+1)

# k, n = input().split() # k = int(k) # n = int(n) # data = [] # data = input().split() # for i in range(len(data)): # data[i] = int(data[i]) # for i in range(200): # data.append(0) # for i in range(n-k): # for j in range(i, k+i): # data[k+i] += data[j] # print(data[n-1]) # class data: # def __init__(self, a, b): # self.a = a # self.b = b # # print('Here is Initialize') # # def __del__(self): # print('Here is Destroyed') # # def talk(self): # # print('Hello?', self.a) # # def summation(self): # print('Sum is ', (self.a + self.b)) # # # x = data(10, 20) # # x.talk() # x.summation() # class mf: # def __init__(self, a, b): # self.a=a # self.b=b # def count(self): # for i in range(100): # if array[i] == ',': # if array[i+1] == 'F': # if array[i+2] == ',': # self.b += 1 # if array[i+1] == 'M': # if array[i+2] == ',': # self.a += 1 # print(self.a) # print(self.b) # n=int(input()) # for i in range(n): # array = input().split() # x = mf(array) # class SNS: # def __init__(self, data): # self.data = data # # def process(self): # self.F = 0 # self.M = 0 # for i in range(len(self.data)): # if self.data[i][1] == 'F': # self.F += 1 # else: # self.M += 1 # def showResult(self): # print(self.M) # print(self.F) # # n = int(input()) # data = [] # # for i in range(n): # v = input().split(',') # data.append(v) # # control = SNS(data) # control.process() # control.showResult() # class AGE: # def __init__(self, data): # self.data = data # def average(self): # self.A = 0 # for i in range(len(self.data)): # self.A += int(self.data[i][2]) # def result(self): # print('%.2f' %((self.A)/n)) # n = int(input()) # data=[] # for i in range(n): # v = input().split(',') # data.append(v) # c = AGE(data) # c.average() # c.result() # class Friends: # def __init__(self, data): # self.data = data # self.A = 0 # # def number(self): # for i in range(n): # self.A += len(data[i])-3 # # def result(self): # print('%.2f' % (self.A/n)) # # # n = int(input()) # data = [] # for k in range(n): # v = input().split(',') # data.append(v) # c = Friends(data) # c.number() # c.result() # import matplotlib # import matplotlib.pyplot as plt # class Train: # def __init__(self, data, A): # self.data = data # self.A = A # # def people(self): # for i in range(4): # A[i] = A[i-1] + int(data[i][1]) - int(data[i][0]) # # self.draw() # A.sort() # # # def draw(self): # # plt.plot(self.A) # # plt.show() # # def result(self): # print(self.A[3]) # # # data = [] # A = [] # for j in range(4): # A.append(0) # for j in range(4): # v = input().split(' ') # data.append(v) # c = Train(data, A) # c.people() # c.result() # import matplotlib.pyplot as plt # import numpy as np # # plt.plot([10, 30, 20, 50]) # plt.plot([5, 10, 50, 20]) # plt.show() # import matplotlib.pyplot as plt # # # class Train: # def __init__(self, data, A): # self.data = data # self.A = A # # def people(self): # for i in range(9): # self.A[i] = self.A[i-1] + int(self.data[i][1]) - int(self.data[i][0]) # self.draw() # self.A.sort() # # def draw(self): # plt.plot(self.A) # plt.show() # # def result(self): # print(self.A[9]) # # # data = [] # A = [] # for j in range(10): # A.append(0) # for j in range(10): # v = input().split(' ') # data.append(v) # c = Train(data, A) # c.people() # c.result() # print('Hello') # import matplotlib.pyplot as plt # # import numpy as np # file = open("./data.txt", "r") # # data = [] # # while True: # line = file.readline() # if not line: # break # v = line.split('\t') # data.append(v) # # # def cvtStr2Num(data): # for i in range(len(data)): # data[i] = int(data[i]) # return data # # # grocery = [] # alcohol = [] # cloth = [] # water = [] # health = [] # traffic = [] # communication = [] # game = [] # education = [] # food = [] # service = [] # # grocery.append(data[14]) # alcohol.append(data[15]) # cloth.append(data[16]) # water.append(data[17]) # health.append(data[18]) # traffic.append(data[19]) # communication.append(data[20]) # game.append(data[21]) # education.append(data[22]) # food.append(data[23]) # service.append(data[24]) # # # grocery = cvtStr2Num(grocery) # alcohol = cvtStr2Num(alcohol) # cloth = cvtStr2Num(cloth) # water = cvtStr2Num(water) # health = cvtStr2Num(health) # traffic = cvtStr2Num(traffic) # communication = cvtStr2Num(communication) # game = cvtStr2Num(game) # education = cvtStr2Num(education) # food = cvtStr2Num(food) # service = cvtStr2Num(service) # # # # for i in range(len(data)): # # for j in range(1, len(data[i])): # # print(data[i][j], end=' ') # # print() # # plt.plot(food) # plt.show() # import sys from PyQt5.QtWidgets import * class MyApp(QWidget): def __init__(self): super().__init__() self.initui() def initui(self): btn1 = QPushButton(self) btn1.setText('1') btn1.resize(50, 50) btn1.clicked.connect(self.number1) btn2 = QPushButton(self) btn2.setText('2') btn2.clicked.connect(self.number2) btn3 = QPushButton(self) btn3.setText('3') btn3.clicked.connect(self.number3) btn4 = QPushButton(self) btn4.setText('4') btn4.clicked.connect(self.number4) btn5 = QPushButton(self) btn5.setText('5') btn5.clicked.connect(self.number5) btn6 = QPushButton(self) btn6.setText('6') btn6.clicked.connect(self.number6) btn7 = QPushButton(self) btn7.setText('7') btn7.clicked.connect(self.number7) btn8 = QPushButton(self) btn8.setText('8') btn8.clicked.connect(self.number8) btn9 = QPushButton(self) btn9.setText('9') btn9.clicked.connect(self.number9) btn0 = QPushButton(self) btn0.setText('0') btn0.clicked.connect(self.number0) btn10 = QPushButton(self) btn10.setText("/") btn10.clicked.connect(self.operator_divide) btn11 = QPushButton(self) btn11.setText("*") btn11.clicked.connect(self.operator_multiply) btn12 = QPushButton(self) btn12.setText("+") btn12.clicked.connect(self.operator_plus) btn13 = QPushButton(self) btn13.setText("-") btn13.clicked.connect(self.operator_minus) btn14 = QPushButton(self) btn14.setText(".") btn14.clicked.connect(self.other1) btn15 = QPushButton(self) btn15.setText("=") btn15.clicked.connect(self.equal) btn16 = QPushButton(self) btn16.setText("(") btn16.clicked.connect(self.other2) btn17 = QPushButton(self) btn17.setText(")") btn17.clicked.connect(self.other3) btn18 = QPushButton(self) btn18.setText("%") btn18.clicked.connect(self.other4) btn19 = QPushButton(self) btn19.setText("AC(BackSpace)") btn19.clicked.connect(self.delete) vbox = QGridLayout() vbox.addWidget(btn1, 3, 0) vbox.addWidget(btn2, 3, 1) vbox.addWidget(btn3, 3, 2) vbox.addWidget(btn4, 2, 0) vbox.addWidget(btn5, 2, 1) vbox.addWidget(btn6, 2, 2) vbox.addWidget(btn7, 1, 0) vbox.addWidget(btn8, 1, 1) vbox.addWidget(btn9, 1, 2) vbox.addWidget(btn0, 4, 0) vbox.addWidget(btn10, 1, 3) vbox.addWidget(btn11, 2, 3) vbox.addWidget(btn12, 4, 3) vbox.addWidget(btn13, 3, 3) vbox.addWidget(btn14, 4, 1) vbox.addWidget(btn15, 4, 2) vbox.addWidget(btn16, 0, 0) vbox.addWidget(btn17, 0, 1) vbox.addWidget(btn18, 0, 2) vbox.addWidget(btn19, 0, 3) self.lbl = QLabel(self) self.lbl.move(60, 40) self.qle1 = QLineEdit(self) self.qle1.move(0, 0) self.qle1.resize(364, 30) self.qle1.textChanged[str].connect(self.onChanged) self.qle2 = QLineEdit(self) self.qle2.move(0, 35) self.qle2.resize(364, 30) self.qle3 = QLineEdit(self) self.qle3.hide() self.qle4 = QLineEdit(self) self.qle4.hide() self.setLayout(vbox) self.setWindowTitle('공학용 계산기') self.setGeometry(300, 300, 300, 500) self.show() def onChanged(self, text): self.lbl.setText(text) self.lbl.adjustSize() def operator_divide(self): self.qle1.setText(self.qle1.text() + str('/')) def operator_multiply(self): self.qle1.setText(self.qle1.text() + str('*')) def operator_plus(self): self.qle1.setText(self.qle1.text() + str('+')) def operator_minus(self): self.qle1.setText(self.qle1.text() + str('-')) def number1(self): self.qle1.setText(self.qle1.text()+str(1)) def number2(self): self.qle1.setText(self.qle1.text()+str(2)) def number3(self): self.qle1.setText(self.qle1.text()+str(3)) def number4(self): self.qle1.setText(self.qle1.text()+str(4)) def number5(self): self.qle1.setText(self.qle1.text()+str(5)) def number6(self): self.qle1.setText(self.qle1.text()+str(6)) def number7(self): self.qle1.setText(self.qle1.text()+str(7)) def number8(self): self.qle1.setText(self.qle1.text()+str(8)) def number9(self): self.qle1.setText(self.qle1.text()+str(9)) def number0(self): self.qle1.setText(self.qle1.text()+str(0)) def other1(self): self.qle1.setText(self.qle1.text() + str('.')) def other2(self): self.qle1.setText(self.qle1.text() + str('(')) def other3(self): self.qle1.setText(self.qle1.text() + str(')')) def other4(self): self.qle1.setText(self.qle1.text() + str('%')) def equal(self): self.qle3 = self.qle1.text() self.qle4 = eval(self.qle3) self.qle2.setText(str(self.qle4)) def delete(self): self.qle3 = self.qle1.text() self.qle3 = self.qle3[:-1] self.qle1.setText(self.qle3) if __name__ == '__main__': app = QApplication(sys.argv) ex = MyApp() sys.exit(app.exec_())

# k, n = input().split() # k = int(k) # n = int(n) # data = [] # data = input().split() # for i in range(len(data)): # data[i] = int(data[i]) # for i in range(200): # data.append(0) # for i in range(n-k): # for j in range(i, k+i): # data[k+i] += data[j] # print(data[n-1]) # class data: # def __init__(self, a, b): # self.a = a # self.b = b # # print('Here is Initialize') # # def __del__(self): # print('Here is Destroyed') # # def talk(self): # # print('Hello?', self.a) # # def summation(self): # print('Sum is ', (self.a + self.b)) # # # x = data(10, 20) # # x.talk() # x.summation() # class mf: # def __init__(self, a, b): # self.a=a # self.b=b # def count(self): # for i in range(100): # if array[i] == ',': # if array[i+1] == 'F': # if array[i+2] == ',': # self.b += 1 # if array[i+1] == 'M': # if array[i+2] == ',': # self.a += 1 # print(self.a) # print(self.b) # n=int(input()) # for i in range(n): # array = input().split() # x = mf(array) # class SNS: # def __init__(self, data): # self.data = data # # def process(self): # self.F = 0 # self.M = 0 # for i in range(len(self.data)): # if self.data[i][1] == 'F': # self.F += 1 # else: # self.M += 1 # def showResult(self): # print(self.M) # print(self.F) # # n = int(input()) # data = [] # # for i in range(n): # v = input().split(',') # data.append(v) # # control = SNS(data) # control.process() # control.showResult() # class AGE: # def __init__(self, data): # self.data = data # def average(self): # self.A = 0 # for i in range(len(self.data)): # self.A += int(self.data[i][2]) # def result(self): # print('%.2f' %((self.A)/n)) # n = int(input()) # data=[] # for i in range(n): # v = input().split(',') # data.append(v) # c = AGE(data) # c.average() # c.result() # class Friends: # def __init__(self, data): # self.data = data # self.A = 0 # # def number(self): # for i in range(n): # self.A += len(data[i])-3 # # def result(self): # print('%.2f' % (self.A/n)) # # # n = int(input()) # data = [] # for k in range(n): # v = input().split(',') # data.append(v) # c = Friends(data) # c.number() # c.result() # import matplotlib # import matplotlib.pyplot as plt # class Train: # def __init__(self, data, A): # self.data = data # self.A = A # # def people(self): # for i in range(4): # A[i] = A[i-1] + int(data[i][1]) - int(data[i][0]) # # self.draw() # A.sort() # # # def draw(self): # # plt.plot(self.A) # # plt.show() # # def result(self): # print(self.A[3]) # # # data = [] # A = [] # for j in range(4): # A.append(0) # for j in range(4): # v = input().split(' ') # data.append(v) # c = Train(data, A) # c.people() # c.result() # import matplotlib.pyplot as plt # import numpy as np # # plt.plot([10, 30, 20, 50]) # plt.plot([5, 10, 50, 20]) # plt.show() # import matplotlib.pyplot as plt # # # class Train: # def __init__(self, data, A): # self.data = data # self.A = A # # def people(self): # for i in range(9): # self.A[i] = self.A[i-1] + int(self.data[i][1]) - int(self.data[i][0]) # self.draw() # self.A.sort() # # def draw(self): # plt.plot(self.A) # plt.show() # # def result(self): # print(self.A[9]) # # # data = [] # A = [] # for j in range(10): # A.append(0) # for j in range(10): # v = input().split(' ') # data.append(v) # c = Train(data, A) # c.people() # c.result() # print('Hello') # import matplotlib.pyplot as plt # # import numpy as np # file = open("./data.txt", "r") # # data = [] # # while True: # line = file.readline() # if not line: # break # v = line.split('\t') # data.append(v) # # # def cvtStr2Num(data): # for i in range(len(data)): # data[i] = int(data[i]) # return data # # # grocery = [] # alcohol = [] # cloth = [] # water = [] # health = [] # traffic = [] # communication = [] # game = [] # education = [] # food = [] # service = [] # # grocery.append(data[14]) # alcohol.append(data[15]) # cloth.append(data[16]) # water.append(data[17]) # health.append(data[18]) # traffic.append(data[19]) # communication.append(data[20]) # game.append(data[21]) # education.append(data[22]) # food.append(data[23]) # service.append(data[24]) # # # grocery = cvtStr2Num(grocery) # alcohol = cvtStr2Num(alcohol) # cloth = cvtStr2Num(cloth) # water = cvtStr2Num(water) # health = cvtStr2Num(health) # traffic = cvtStr2Num(traffic) # communication = cvtStr2Num(communication) # game = cvtStr2Num(game) # education = cvtStr2Num(education) # food = cvtStr2Num(food) # service = cvtStr2Num(service) # # # # for i in range(len(data)): # # for j in range(1, len(data[i])): # # print(data[i][j], end=' ') # # print() # # plt.plot(food) # plt.show() # import sys from PyQt5.QtWidgets import * class MyApp(QWidget): def __init__(self): super().__init__() self.initui() self.lbl = QLabel(self) def initui(self): btn1 = QPushButton(self) btn1.setText('1') btn1.resize(50, 50) btn2 = QPushButton(self) btn2.setText('2') btn3 = QPushButton(self) btn3.setText('3') btn4 = QPushButton(self) btn4.setText('4') btn5 = QPushButton(self) btn5.setText('5') btn6 = QPushButton(self) btn6.setText('6') btn7 = QPushButton(self) btn7.setText('7') btn8 = QPushButton(self) btn8.setText('8') btn9 = QPushButton(self) btn9.setText('9') btn0 = QPushButton(self) btn0.setText('0') btn10 = QPushButton(self) btn10.setText("/") btn11 = QPushButton(self) btn11.setText("*") btn12 = QPushButton(self) btn12.setText("+") btn13 = QPushButton(self) btn13.setText("-") btn14 = QPushButton(self) btn14.setText(".") btn15 = QPushButton(self) btn15.setText("=") btn16 = QPushButton(self) btn16.setText("(") btn17 = QPushButton(self) btn17.setText(")") btn18 = QPushButton(self) btn18.setText("%") btn19 = QPushButton(self) btn19.setText("AC(BackSpace)") vbox = QGridLayout() vbox.addWidget(btn1, 3, 0) vbox.addWidget(btn2, 3, 1) vbox.addWidget(btn3, 3, 2) vbox.addWidget(btn4, 2, 0) vbox.addWidget(btn5, 2, 1) vbox.addWidget(btn6, 2, 2) vbox.addWidget(btn7, 1, 0) vbox.addWidget(btn8, 1, 1) vbox.addWidget(btn9, 1, 2) vbox.addWidget(btn0, 4, 0) vbox.addWidget(btn10, 1, 3) vbox.addWidget(btn11, 2, 3) vbox.addWidget(btn12, 4, 3) vbox.addWidget(btn13, 3, 3) vbox.addWidget(btn14, 4, 1) vbox.addWidget(btn15, 4, 2) vbox.addWidget(btn16, 0, 0) vbox.addWidget(btn17, 0, 1) vbox.addWidget(btn18, 0, 2) vbox.addWidget(btn19, 0, 3) def plus(): print(qle1.setText('+')) self.lbl = QLabel(self) self.lbl.move(60, 40) qle1 = QLineEdit(self) qle1.move(0, 0) qle1.resize(364, 30) qle2 = QLineEdit(self) qle2.move(0, 35) qle2.resize(364, 30) self.setLayout(vbox) self.setWindowTitle('공학용 계산기') self.setGeometry(300, 300, 300, 500) self.show() if __name__ == '__main__': app = QApplication(sys.argv) ex = MyApp() sys.exit(app.exec_()) # import sys # from PyQt5.QtWidgets import QApplication, QWidget, QPushButton, QVBoxLayout, QLabel, QLineEdit # from PyQt5.QtGui import QIcon, QPixmap # # # class Myapp(QWidget): # # def __init__(self): # super().__init__() # # self.initUI() # # def initUI(self): # btn = QPushButton(self) # btn.setText('Button&2') # btn.clicked.connect(self.on_click) # # self.qle = QLineEdit(self) # # self.lbl = QLabel(self) # # vbox = QVBoxLayout() # vbox.addWidget(self.qle) # vbox.addWidget(btn) # vbox.addWidget(self.lbl) # # self.setLayout(vbox) # self.setWindowTitle('Button 누르면 Label 에 표기') # self.setGeometry(300, 300, 300, 200) # self.show() # # def on_click(self): # self.lbl.setText(self.qle.text()) # self.lbl.adjustSize() # # # if __name__ == '__main__': # app = QApplication(sys.argv) # ex = Myapp() # sys.exit(app.exec_())

# k, n = input().split() # k = int(k) # n = int(n) # data = [] # data = input().split() # for i in range(len(data)): # data[i] = int(data[i]) # for i in range(200): # data.append(0) # for i in range(n-k): # for j in range(i, k+i): # data[k+i] += data[j] # print(data[n-1]) # class data: # def __init__(self, a, b): # self.a = a # self.b = b # # print('Here is Initialize') # # def __del__(self): # print('Here is Destroyed') # # def talk(self): # # print('Hello?', self.a) # # def summation(self): # print('Sum is ', (self.a + self.b)) # # # x = data(10, 20) # # x.talk() # x.summation() # class mf: # def __init__(self, a, b): # self.a=a # self.b=b # def count(self): # for i in range(100): # if array[i] == ',': # if array[i+1] == 'F': # if array[i+2] == ',': # self.b += 1 # if array[i+1] == 'M': # if array[i+2] == ',': # self.a += 1 # print(self.a) # print(self.b) # n=int(input()) # for i in range(n): # array = input().split() # x = mf(array) # class SNS: # def __init__(self, data): # self.data = data # # def process(self): # self.F = 0 # self.M = 0 # for i in range(len(self.data)): # if self.data[i][1] == 'F': # self.F += 1 # else: # self.M += 1 # def showResult(self): # print(self.M) # print(self.F) # # n = int(input()) # data = [] # # for i in range(n): # v = input().split(',') # data.append(v) # # control = SNS(data) # control.process() # control.showResult() # class AGE: # def __init__(self, data): # self.data = data # def average(self): # self.A = 0 # for i in range(len(self.data)): # self.A += int(self.data[i][2]) # def result(self): # print('%.2f' %((self.A)/n)) # n = int(input()) # data=[] # for i in range(n): # v = input().split(',') # data.append(v) # c = AGE(data) # c.average() # c.result() # class Friends: # def __init__(self, data): # self.data = data # self.A = 0 # # def number(self): # for i in range(n): # self.A += len(data[i])-3 # # def result(self): # print('%.2f' % (self.A/n)) # # # n = int(input()) # data = [] # for k in range(n): # v = input().split(',') # data.append(v) # c = Friends(data) # c.number() # c.result() # import matplotlib # import matplotlib.pyplot as plt # class Train: # def __init__(self, data, A): # self.data = data # self.A = A # # def people(self): # for i in range(4): # A[i] = A[i-1] + int(data[i][1]) - int(data[i][0]) # # self.draw() # A.sort() # # # def draw(self): # # plt.plot(self.A) # # plt.show() # # def result(self): # print(self.A[3]) # # # data = [] # A = [] # for j in range(4): # A.append(0) # for j in range(4): # v = input().split(' ') # data.append(v) # c = Train(data, A) # c.people() # c.result() # import matplotlib.pyplot as plt # import numpy as np # # plt.plot([10, 30, 20, 50]) # plt.plot([5, 10, 50, 20]) # plt.show() # import matplotlib.pyplot as plt # # # class Train: # def __init__(self, data, A): # self.data = data # self.A = A # # def people(self): # for i in range(9): # self.A[i] = self.A[i-1] + int(self.data[i][1]) - int(self.data[i][0]) # self.draw() # self.A.sort() # # def draw(self): # plt.plot(self.A) # plt.show() # # def result(self): # print(self.A[9]) # # # data = [] # A = [] # for j in range(10): # A.append(0) # for j in range(10): # v = input().split(' ') # data.append(v) # c = Train(data, A) # c.people() # c.result() # print('Hello') # import matplotlib.pyplot as plt # # import numpy as np # file = open("./data.txt", "r") # # data = [] # # while True: # line = file.readline() # if not line: # break # v = line.split('\t') # data.append(v) # # # def cvtStr2Num(data): # for i in range(len(data)): # data[i] = int(data[i]) # return data # # # grocery = [] # alcohol = [] # cloth = [] # water = [] # health = [] # traffic = [] # communication = [] # game = [] # education = [] # food = [] # service = [] # # grocery.append(data[14]) # alcohol.append(data[15]) # cloth.append(data[16]) # water.append(data[17]) # health.append(data[18]) # traffic.append(data[19]) # communication.append(data[20]) # game.append(data[21]) # education.append(data[22]) # food.append(data[23]) # service.append(data[24]) # # # grocery = cvtStr2Num(grocery) # alcohol = cvtStr2Num(alcohol) # cloth = cvtStr2Num(cloth) # water = cvtStr2Num(water) # health = cvtStr2Num(health) # traffic = cvtStr2Num(traffic) # communication = cvtStr2Num(communication) # game = cvtStr2Num(game) # education = cvtStr2Num(education) # food = cvtStr2Num(food) # service = cvtStr2Num(service) # # # # for i in range(len(data)): # # for j in range(1, len(data[i])): # # print(data[i][j], end=' ') # # print() # # plt.plot(food) # plt.show() # # import sys # from PyQt5.QtWidgets import QApplication, QWidget, QPushButton, QLabel, QLineEdit # from PyQt5.QtWidgets import QGridLayout # # # class MyApp(QWidget): # # def __init__(self): # super().__init__() # self.initUI() # # def initUI(self): # btn1 = QPushButton(self) # btn1.setText('1') # btn1.resize(50, 50) # # btn2 = QPushButton(self) # btn2.setText('2') # # btn3 = QPushButton(self) # btn3.setText('3') # # btn4 = QPushButton(self) # btn4.setText('4') # # btn5 = QPushButton(self) # btn5.setText('5') # # btn6 = QPushButton(self) # btn6.setText('6') # # btn7 = QPushButton(self) # btn7.setText('7') # # btn8 = QPushButton(self) # btn8.setText('8') # # btn9 = QPushButton(self) # btn9.setText('9') # # btn0 = QPushButton(self) # btn0.setText('0') # # btn10 = QPushButton(self) # btn10.setText("/") # # btn11 = QPushButton(self) # btn11.setText("*") # # btn12 = QPushButton(self) # btn12.setText("+") # # btn13 = QPushButton(self) # btn13.setText("-") # # btn14 = QPushButton(self) # btn14.setText(".") # # btn15 = QPushButton(self) # btn15.setText("=") # # btn16 = QPushButton(self) # btn16.setText("(") # # btn17 = QPushButton(self) # btn17.setText(")") # # btn18 = QPushButton(self) # btn18.setText("%") # # btn19 = QPushButton(self) # btn19.setText("AC") # # vbox = QGridLayout() # vbox.addWidget(btn1, 3, 0) # vbox.addWidget(btn2, 3, 1) # vbox.addWidget(btn3, 3, 2) # vbox.addWidget(btn4, 2, 0) # vbox.addWidget(btn5, 2, 1) # vbox.addWidget(btn6, 2, 2) # vbox.addWidget(btn7, 1, 0) # vbox.addWidget(btn8, 1, 1) # vbox.addWidget(btn9, 1, 2) # vbox.addWidget(btn0) # vbox.addWidget(btn10, 1, 3) # vbox.addWidget(btn11, 2, 3) # vbox.addWidget(btn12, 4, 3) # vbox.addWidget(btn13, 3, 3) # vbox.addWidget(btn14, 4, 1) # vbox.addWidget(btn15, 4, 2) # vbox.addWidget(btn16, 0, 0) # vbox.addWidget(btn17, 0, 1) # vbox.addWidget(btn18, 0, 2) # vbox.addWidget(btn19, 0, 3) # # self.lbl = QLabel(self) # self.lbl.move(60, 40) # # qle = QLineEdit(self) # qle.move(120, 0) # qle.textChanged[str].connect(self.onChanged) # # self.setLayout(vbox) # self.setWindowTitle('공학용계산기') # self.setGeometry(300, 300, 300, 200) # self.show() # # def onChanged(self, text): # self.lbl.setText(text) # self.lbl.adjustSize() # # # if __name__ == '__main__': # app = QApplication(sys.argv) # ex = MyApp() # sys.exit(app.exec_()) import sys from PyQt5.QtWidgets import QApplication, QWidget, QPushButton, QVBoxLayout, QLabel, QLineEdit from PyQt5.QtGui import QIcon, QPixmap class Myapp(QWidget): def __init__(self): super().__init__() self.initUI() def initUI(self): btn = QPushButton(self) btn.setText('Button&2') btn.clicked.connect(self.on_click) self.qle = QLineEdit(self) self.lbl = QLabel(self) vbox = QVBoxLayout() vbox.addWidget(self.qle) vbox.addWidget(btn) vbox.addWidget(self.lbl) self.setLayout(vbox) self.setWindowTitle('Button누르면 Label에 표기') self.setGeometry(300, 300, 300, 200) self.show() def on_click(self): self.lbl.setText(self.qle.text()) self.lbl.adjustSize() if __name__ == '__main__': app = QApplication(sys.argv) ex = Myapp() sys.exit(app.exec_())

# k, n = input().split() # k = int(k) # n = int(n) # data = [] # data = input().split() # for i in range(len(data)): # data[i] = int(data[i]) # for i in range(200): # data.append(0) # for i in range(n-k): # for j in range(i, k+i): # data[k+i] += data[j] # print(data[n-1]) # class data: # def __init__(self, a, b): # self.a = a # self.b = b # # print('Here is Initialize') # # def __del__(self): # print('Here is Destroyed') # # def talk(self): # # print('Hello?', self.a) # # def summation(self): # print('Sum is ', (self.a + self.b)) # # # x = data(10, 20) # # x.talk() # x.summation() # class mf: # def __init__(self, a, b): # self.a=a # self.b=b # def count(self): # for i in range(100): # if array[i] == ',': # if array[i+1] == 'F': # if array[i+2] == ',': # self.b += 1 # if array[i+1] == 'M': # if array[i+2] == ',': # self.a += 1 # print(self.a) # print(self.b) # n=int(input()) # for i in range(n): # array = input().split() # x = mf(array) # class SNS: # def __init__(self, data): # self.data = data # # def process(self): # self.F = 0 # self.M = 0 # for i in range(len(self.data)): # if self.data[i][1] == 'F': # self.F += 1 # else: # self.M += 1 # def showResult(self): # print(self.M) # print(self.F) # # n = int(input()) # data = [] # # for i in range(n): # v = input().split(',') # data.append(v) # # control = SNS(data) # control.process() # control.showResult() # class AGE: # def __init__(self, data): # self.data = data # def average(self): # self.A = 0 # for i in range(len(self.data)): # self.A += int(self.data[i][2]) # def result(self): # print('%.2f' %((self.A)/n)) # n = int(input()) # data=[] # for i in range(n): # v = input().split(',') # data.append(v) # c = AGE(data) # c.average() # c.result() # class Friends: # def __init__(self, data): # self.data = data # self.A = 0 # # def number(self): # for i in range(n): # self.A += len(data[i])-3 # # def result(self): # print('%.2f' % (self.A/n)) # # # n = int(input()) # data = [] # for k in range(n): # v = input().split(',') # data.append(v) # c = Friends(data) # c.number() # c.result() import matplotlib import matplotlib.pyplot as plt # class Train: # def __init__(self, data, A): # self.data = data # self.A = A # # def people(self): # for i in range(4): # A[i] = A[i-1] + int(data[i][1]) - int(data[i][0]) # # self.draw() # A.sort() # # # def draw(self): # # plt.plot(self.A) # # plt.show() # # def result(self): # print(self.A[3]) # # # data = [] # A = [] # for j in range(4): # A.append(0) # for j in range(4): # v = input().split(' ') # data.append(v) # c = Train(data, A) # c.people() # c.result() # import matplotlib.pyplot as plt # import numpy as np # # plt.plot([10, 30, 20, 50]) # plt.plot([5, 10, 50, 20]) # plt.show() # import matplotlib.pyplot as plt # # # class Train: # def __init__(self, data, A): # self.data = data # self.A = A # # def people(self): # for i in range(9): # self.A[i] = self.A[i-1] + int(self.data[i][1]) - int(self.data[i][0]) # self.draw() # self.A.sort() # # def draw(self): # plt.plot(self.A) # plt.show() # # def result(self): # print(self.A[9]) # # # data = [] # A = [] # for j in range(10): # A.append(0) # for j in range(10): # v = input().split(' ') # data.append(v) # c = Train(data, A) # c.people() # c.result() # print('Hello') # import matplotlib.pyplot as plt # file = open("C:/Users/user/Desktop/data.txt", "r") # data = [] # while True: # line = file.readline() # if not line: # break # v = line.split('\t') # data.append(v) # # # def cvtStr2Num(data): # for i in range(1, len(data)): # data[i] = int(data[i]) # return data # # # grocery = [] # alcohol = [] # cloth = [] # water = [] # house = [] # health = [] # traffic = [] # communication = [] # game = [] # education = [] # food = [] # service = [] # # # grocery = data[14] # alcohol = data[15] # cloth = data[16] # water = data[17] # house = data[18] # health = data[19] # traffic = data[20] # communication = data[21] # game = data[22] # education = data[23] # food = data[24] # service = data[25] # # grocery = cvtStr2Num(grocery) # alcohol = cvtStr2Num(alcohol) # cloth = cvtStr2Num(cloth) # water = cvtStr2Num(water) # house = cvtStr2Num(house) # health = cvtStr2Num(health) # traffic = cvtStr2Num(traffic) # communication = cvtStr2Num(communication) # game = cvtStr2Num(game) # education = cvtStr2Num(education) # food = cvtStr2Num(food) # service = cvtStr2Num(service) # # # plt.plot(grocery) # plt.plot(alcohol) # plt.plot(cloth) # plt.plot(water) # plt.plot(house) # plt.plot(health) # plt.plot(traffic) # plt.plot(communication) # plt.plot(game) # plt.plot(education) # plt.plot(food) # plt.plot(service) # plt.show() import sys from PyQt5.QtWidgets import QApplication, QWidget, QPushButton, QVBoxLayout class MyApp(QWidget): def __init__(self): super().__init__() self.initUI() def initUI(self): btn1 = QPushButton('&Button1', self) btn1.setCheckable(True) btn1.toggle() btn2 = QPushButton('&Button2', self) btn2.setCheckable(True) btn2.toggle() btn3 = QPushButton('&Button3', self) btn3.setCheckable(True) btn3.toggle() vbox = QVBoxLayout() vbox.addWidget(btn1) vbox.addWidget(btn2) vbox.addWidget(btn3) self.setLayout(vbox) self.setWindowTitle('QPushButton') self.setGeometry(800, 400, 300, 200) self.show() if __name__ == '__main__': app = QApplication(sys.argv) ex = MyApp() sys.exit(app.exec_()) import PyQt5

# k, n = input().split() # k = int(k) # n = int(n) # data = [] # data = input().split() # for i in range(len(data)): # data[i] = int(data[i]) # for i in range(200): # data.append(0) # for i in range(n-k): # for j in range(i, k+i): # data[k+i] += data[j] # print(data[n-1]) # class data: # def __init__(self, a, b): # self.a = a # self.b = b # # print('Here is Initialize') # # def __del__(self): # print('Here is Destroyed') # # def talk(self): # # print('Hello?', self.a) # # def summation(self): # print('Sum is ', (self.a + self.b)) # # # x = data(10, 20) # # x.talk() # x.summation() # class mf: # def __init__(self, a, b): # self.a=a # self.b=b # def count(self): # for i in range(100): # if array[i] == ',': # if array[i+1] == 'F': # if array[i+2] == ',': # self.b += 1 # if array[i+1] == 'M': # if array[i+2] == ',': # self.a += 1 # print(self.a) # print(self.b) # n=int(input()) # for i in range(n): # array = input().split() # x = mf(array) # class SNS: # def __init__(self, data): # self.data = data # # def process(self): # self.F = 0 # self.M = 0 # for i in range(len(self.data)): # if self.data[i][1] == 'F': # self.F += 1 # else: # self.M += 1 # def showResult(self): # print(self.M) # print(self.F) # # n = int(input()) # data = [] # # for i in range(n): # v = input().split(',') # data.append(v) # # control = SNS(data) # control.process() # control.showResult() # class AGE: # def __init__(self, data): # self.data = data # def average(self): # self.A = 0 # for i in range(len(self.data)): # self.A += int(self.data[i][2]) # def result(self): # print('%.2f' %((self.A)/n)) # n = int(input()) # data=[] # for i in range(n): # v = input().split(',') # data.append(v) # c = AGE(data) # c.average() # c.result() # class Friends: # def __init__(self, data): # self.data = data # self.A = 0 # # def number(self): # for i in range(n): # self.A += len(data[i])-3 # # def result(self): # print('%.2f' % (self.A/n)) # # # n = int(input()) # data = [] # for k in range(n): # v = input().split(',') # data.append(v) # c = Friends(data) # c.number() # c.result() import matplotlib import matplotlib.pyplot as plt # class Train: # def __init__(self, data, A): # self.data = data # self.A = A # # def people(self): # for i in range(4): # A[i] = A[i-1] + int(data[i][1]) - int(data[i][0]) # # self.draw() # A.sort() # # # def draw(self): # # plt.plot(self.A) # # plt.show() # # def result(self): # print(self.A[3]) # # # data = [] # A = [] # for j in range(4): # A.append(0) # for j in range(4): # v = input().split(' ') # data.append(v) # c = Train(data, A) # c.people() # c.result() # import matplotlib.pyplot as plt # import numpy as np # # plt.plot([10, 30, 20, 50]) # plt.plot([5, 10, 50, 20]) # plt.show() # import matplotlib.pyplot as plt # # # class Train: # def __init__(self, data, A): # self.data = data # self.A = A # # def people(self): # for i in range(9): # self.A[i] = self.A[i-1] + int(self.data[i][1]) - int(self.data[i][0]) # self.draw() # self.A.sort() # # def draw(self): # plt.plot(self.A) # plt.show() # # def result(self): # print(self.A[9]) # # # data = [] # A = [] # for j in range(10): # A.append(0) # for j in range(10): # v = input().split(' ') # data.append(v) # c = Train(data, A) # c.people() # c.result() # print('Hello') import matplotlib.pyplot as plt # import numpy as np file = open("./data.txt", "r") data = [] while True: line = file.readline() if not line: break v = line.split('\t') data.append(v) def cvtStr2Num(data): for i in range(len(data)): data[i] = int(data[i]) return data grocery = [] alcohol = [] cloth = [] water = [] health = [] traffic = [] communication = [] game = [] education = [] food = [] service = [] grocery.append(data[14]) alcohol.append(data[15]) cloth.append(data[16]) water.append(data[17]) health.append(data[18]) traffic.append(data[19]) communication.append(data[20]) game.append(data[21]) education.append(data[22]) food.append(data[23]) service.append(data[24]) grocery = cvtStr2Num(grocery) alcohol = cvtStr2Num(alcohol) cloth = cvtStr2Num(cloth) water = cvtStr2Num(water) health = cvtStr2Num(health) traffic = cvtStr2Num(traffic) communication = cvtStr2Num(communication) game = cvtStr2Num(game) education = cvtStr2Num(education) food = cvtStr2Num(food) service = cvtStr2Num(service) # # for i in range(len(data)): # for j in range(1, len(data[i])): # print(data[i][j], end=' ') # print() plt.plot(food) plt.show()

# k, n = input().split() # k = int(k) # n = int(n) # data = [] # data = input().split() # for i in range(len(data)): # data[i] = int(data[i]) # for i in range(200): # data.append(0) # for i in range(n-k): # for j in range(i, k+i): # data[k+i] += data[j] # print(data[n-1]) # class data: # def __init__(self, a, b): # self.a = a # self.b = b # # print('Here is Initialize') # # def __del__(self): # print('Here is Destroyed') # # def talk(self): # # print('Hello?', self.a) # # def summation(self): # print('Sum is ', (self.a + self.b)) # # # x = data(10, 20) # # x.talk() # x.summation() # class mf: # def __init__(self, a, b): # self.a=a # self.b=b # def count(self): # for i in range(100): # if array[i] == ',': # if array[i+1] == 'F': # if array[i+2] == ',': # self.b += 1 # if array[i+1] == 'M': # if array[i+2] == ',': # self.a += 1 # print(self.a) # print(self.b) # n=int(input()) # for i in range(n): # array = input().split() # x = mf(array) # class SNS: # def __init__(self, data): # self.data = data # # def process(self): # self.F = 0 # self.M = 0 # for i in range(len(self.data)): # if self.data[i][1] == 'F': # self.F += 1 # else: # self.M += 1 # def showResult(self): # print(self.M) # print(self.F) # # n = int(input()) # data = [] # # for i in range(n): # v = input().split(',') # data.append(v) # # control = SNS(data) # control.process() # control.showResult() # class AGE: # def __init__(self, data): # self.data = data # def average(self): # self.A = 0 # for i in range(len(self.data)): # self.A += int(self.data[i][2]) # def result(self): # print('%.2f' %((self.A)/n)) # n = int(input()) # data=[] # for i in range(n): # v = input().split(',') # data.append(v) # c = AGE(data) # c.average() # c.result() # class Friends: # def __init__(self, data): # self.data = data # self.A = 0 # # def number(self): # for i in range(n): # self.A += len(data[i])-3 # # def result(self): # print('%.2f' % (self.A/n)) # # # n = int(input()) # data = [] # for k in range(n): # v = input().split(',') # data.append(v) # c = Friends(data) # c.number() # c.result() import matplotlib.pyplot as plt class Train: def __init__(self, data, A): self.data = data self.A = A def people(self): for i in range(4): A[i] = A[i-1] + int(data[i][1]) - int(data[i][0]) # self.draw() A.sort() # def draw(self): # plt.plot(self.A) # plt.show() def result(self): print(self.A[3]) data = [] A = [] for j in range(4): A.append(0) for j in range(4): v = input().split(' ') data.append(v) c = Train(data, A) c.people() c.result() # import matplotlib.pyplot as plt # import numpy as np # # plt.plot([10, 30, 20, 50]) # plt.plot([5, 10, 50, 20]) # plt.show()

# k, n = input().split() # k = int(k) # n = int(n) # data = [] # data = input().split() # for i in range(len(data)): # data[i] = int(data[i]) # for i in range(200): # data.append(0) # for i in range(n-k): # for j in range(i, k+i): # data[k+i] += data[j] # print(data[n-1]) # class data: # def __init__(self, a, b): # self.a = a # self.b = b # # print('Here is Initialize') # # def __del__(self): # print('Here is Destroyed') # # def talk(self): # # print('Hello?', self.a) # # def summation(self): # print('Sum is ', (self.a + self.b)) # # # x = data(10, 20) # # x.talk() # x.summation() # class mf: # def __init__(self, a, b): # self.a=a # self.b=b # def count(self): # for i in range(100): # if array[i] == ',': # if array[i+1] == 'F': # if array[i+2] == ',': # self.b += 1 # if array[i+1] == 'M': # if array[i+2] == ',': # self.a += 1 # print(self.a) # print(self.b) # n=int(input()) # for i in range(n): # array = input().split() # x = mf(array) # class SNS: # def __init__(self, data): # self.data = data # # def process(self): # self.F = 0 # self.M = 0 # for i in range(len(self.data)): # if self.data[i][1] == 'F': # self.F += 1 # else: # self.M += 1 # def showResult(self): # print(self.M) # print(self.F) # # n = int(input()) # data = [] # # for i in range(n): # v = input().split(',') # data.append(v) # # control = SNS(data) # control.process() # control.showResult() # class AGE: # def __init__(self, data): # self.data = data # def average(self): # self.A = 0 # for i in range(len(self.data)): # self.A += int(self.data[i][2]) # def result(self): # print('%.2f' %((self.A)/n)) # n = int(input()) # data=[] # for i in range(n): # v = input().split(',') # data.append(v) # c = AGE(data) # c.average() # c.result() class Friends: def __init__(self, data): self.data = data self.A = 0 def number(self): for i in range(n): for j in range(len(data[i])): if data[i][j] == ',': self.A += 1 def result(self): print('%.2f' % ((self.A-n*2)/n)) n = int(input()) data = [] for k in range(n): v = input().split(',') data.append(v) c = Friends(data) c.number() c.result()

# k, n = input().split() # k = int(k) # n = int(n) # data = [] # data = input().split() # for i in range(len(data)): # data[i] = int(data[i]) # for i in range(200): # data.append(0) # for i in range(n-k): # for j in range(i, k+i): # data[k+i] += data[j] # print(data[n-1]) # class data: # def __init__(self, a, b): # self.a = a # self.b = b # # print('Here is Initialize') # # def __del__(self): # print('Here is Destroyed') # # def talk(self): # # print('Hello?', self.a) # # def summation(self): # print('Sum is ', (self.a + self.b)) # # # x = data(10, 20) # # x.talk() # x.summation() # class mf: # def __init__(self, a, b): # self.a=a # self.b=b # def count(self): # for i in range(100): # if array[i] == ',': # if array[i+1] == 'F': # if array[i+2] == ',': # self.b += 1 # if array[i+1] == 'M': # if array[i+2] == ',': # self.a += 1 # print(self.a) # print(self.b) # n=int(input()) # for i in range(n): # array = input().split() # x = mf(array) # class SNS: # def __init__(self, data): # self.data = data # # def process(self): # self.F = 0 # self.M = 0 # for i in range(len(self.data)): # if self.data[i][1] == 'F': # self.F += 1 # else: # self.M += 1 # def showResult(self): # print(self.M) # print(self.F) # # n = int(input()) # data = [] # # for i in range(n): # v = input().split(',') # data.append(v) # # control = SNS(data) # control.process() # control.showResult() # class AGE: # def __init__(self, data): # self.data = data # def average(self): # self.A = 0 # for i in range(len(self.data)): # self.A += int(self.data[i][2]) # def result(self): # print('%.2f' %((self.A)/n)) # n = int(input()) # data=[] # for i in range(n): # v = input().split(',') # data.append(v) # c = AGE(data) # c.average() # c.result() # class Friends: # def __init__(self,data): # self.data = data # n=int(input()) # data=[] # for i in range(n): # v=input().split()

# n=int(input()) # a=0 # m=1 # n-=1 # while n>0: # m+=1 # n-=m # if n%m==0: # a+=1 # print(a) data=[] k,n=input().split() k=int(k) n=int(n) for i in range(k): data=input().split() for i in range(n-k-1): for j in range(k): data[k+i]+=data[j] print(data[n])

# data = [] # for i in range(5): # v = [] # for i in range(5): # v.append(0) # data.append(v) # data=[] # w,h=input().split() # w=int(w) # h=int(h) # n=int(input()) # for i in range(120): # k=[] # for j in range(120): # k.append(0) # data.append(k) # for i in range(n): # l,d,x,y=input().split() # l=int(l) # d=int(d) # x=int(x)-1 # y=int(y)-1 # if d==0: # for j in range(l): # data[x][y+j]=1 # else: # for j in range(l): # data[x+j][y]=1 # for i in range(h): # for j in range(w): # print(data[i][j],end=' ') # print() # data=[] # for i in range(12): # data.append([]) # for j in range(12): # data[i].append(0) # for i in range(10): # k=input().split() # for j in range(10): # data[i+1][j+1]=int(k[j]) # x=2 # y=2 # while True: # if data[x][y]==0: # data[x][y]=9 # elif data[x][y]==2: # data[x][y]=9 # break # if (x==9 and y==9) or (data[x][y+1]==1 and data[x+1][y]==1): # break # if data[x][y+1]!=1: # y+=1 # elif data[x+1][y]!=1: # x+=1 # for i in range(1,11): # for j in range(1,11): # print(data[i][j],end=' ') # print() # def version(x, y): # print('Hello V', x+y) # # def rec(n): # if n == 1: # return 1 # return n + rec(n-1) # # def douv(): # return 10, 20 # # version(10, 20) # print(rec(5)) # print(douv()[1]) # n=int(input()) # def points(k): # if k==1: # return 5 # return points(k-1)+(k*3+1) # print(points(n)) # n=int(input()) # def f(r): # if # print(f(n))

# n=int(input()) # k=input().split() # k.reverse() # for i in range(n): # print(k[i],end=' ') # n=int(input()) # k=input().split() # x=int(k[0]) # for i in range(n): # if x>int(k[i]): # x=int(k[i]) # print(x) # next = [] # for i in range(25): # next.append([]) # for j in range(25): # next[i].append(0) # for i in range(25): # for j in range(25): # k = input().split() # for i in range(25): # for j in range(25): # next[i][j] = k[i][j+1]+k[i][j-1]+k[i+1][j]+k[i-1][j]+k[i-1][j-1]+k[i-1][j+1]+k[i+1][j-1]+k[i+1][j+1] # if k[i][j] == 0: # if next[i][j] == 3: # next[i][j] = 1 # else: # if next[i][j] <= 1 or 4 <= next[i][j]: # next[i][j] = 0 # else: # next[i][j] = 1 # for i in range(25): # for j in range(25): # print(next[i][j], end=' ') # print() # def summation(a, b): # x = a + b # return x # # print(summation(10, 20)) # n=[0]*10 # str=input() # k=list(str) # def find(): # for i in range(1, 11): # if k[i]=='t': # n[i]=1 # print(n) # print(k) # for i in range(10): # if n[i]==1: # print(i)

# output # print('Hello') # # print('Hello', end=' ') # print('World') # # print('Hello', 'World', 'Apple', sep='--') #print("Hello") #print('Hello','World') # print('Hello') # print("World") #print("'Hello'") #print('"Hello World"') #print("\"!@#$%^&*()\'") #print('\"C:\\Download\\\'hello\'.py\"') #print('print(\"Hello\\nWorld\")') # input # x = input() # print(x, type(x)) # # x = int(x) # print(x, type(x)) # x = int(input()) # print(x, type(x)) # x, y = input().split(':') # print(x, y) # x = input() # y = input() # print(x, y) # x = input() # print(x) # # x = ord(x) # print(x) # # x = chr(x) # print(x) # x=input() # print(x) # x=int(input()) # print(x) # x=float(input()) # print(x) # x=int(input()) # y=int(input()) # print(x) # print(y) # x=input() # y=input() # print(y) # print(x) # x=input() # print(x) # print(x) # print(x) # x, y=input().split( ) # x=int(x) # y=int(y) # print(x) # print(y) # x,y=input().split() # print(y,x) # x=input() # print(x,x,x) # x,y=input().split(':') # print(x,y,sep=':') # x,y,z=input().split('.') # # print(z,y,x,sep='-') # x,y=input().split('-') # print(x,y,sep='') # x=input() # print(x[0]) # print(x[1]) # print(x[2]) # print(x[3]) # print(x[4]) # x=input() # print(x[0:2],x[2:4],x[4:6]) # x,y,z=input().split(":") # print(y) # x1,x2=input().split(' ') # s=x1+x2 # print(s) # operator # x,y=input().split(' ') # x=int(x) # y=int(y) # print(x+y) # x=float(input()) # y=float(input()) # print(x+y) # a=int(input()) # print('%x'%a) # a=int(input()) # print('%X'%a) # a=int(input(),16) # print('%o'%a) # x=ord(input()) # print(x) # x=int(input()) # print(chr(x)) # x=int(input()) # print(-x) # x=ord(input()) # print(chr(x+1)) # x,y=input().split(' ') # x=int(x) # y=int(y) # print(x-y) # x,y=input().split(' ') # x=float(x) # y=float(y) # print(x*y) # x,y=input().split() # print(x*int(y)) # x=input() # y=input() # print(int(x)*y) # x,y=input().split() # x=int(x) # y=int(y) # print(x**y) # x,y=input().split() # x=float(x) # y=float(y) # print(x**y) # x,y=input().split() # x=int(x) # y=int(y) # print(x//y) # x,y=input().split() # x=int(x) # y=int(y) # print(x%y) # x=float(input()) # print(format(x,".2f")) # x,y=input().split() # x=float(x) # y=float(y) # print(format(x/y,".3f")) # x,y=input().split() # x=int(x) # y=int(y) # print(x+y) # print(x-y) # print(x*y) # print(x//y) # print(x%y) # print(format(x/y,".2f")) # print(2**3) # x,y,z=input().split() # x=int(x) # y=int(y) # z=int(z) # print(x+y+z,format((x+y+z)/3,".2f")) # x=int(input()) # print(x<<1) # x,y=input().split() # x=int(x) # y=int(y) # print(x<<y) # x,y=input().split() # x=int(x) # y=int(y) # print(x<y) # x,y=input().split() # x=int(x) # y=int(y) # print(x==y) # x,y=input().split() # x=int(x) # y=int(y) # print(x<=y) # x,y=input().split() # print(x!=y) # x=int(input()) # print(bool(x)) # x=int(input()) # print(not bool(x)) # x,y=input().split() # x=int(x) # y=int(y) # print(bool(x) and bool(y)) # x,y=input().split() # x=int(x) # y=int(y) # print(bool(x) or bool(y)) # x,y=input().split() # x=int(x) # y=int(y) # print(not #(bool(x)==bool(y))) # x,y=input().split() # x=int(x) # y=int(y) # print((bool(x)==bool(y))) # x,y=input().split() # x=int(x) # y=int(y) # print(not(x or y)) # x=int(input()) # print(~x) # x,y=input().split() # x=int(x) # y=int(y) # print(x&y) # x,y=input().split() # x=int(x) # y=int(y) # print(x|y) # x,y=input().split() # x=int(x) # y=int(y) # print(x^y) # condition # x = 10 # y = 20 # # print( x-y if x>y else y-x) # # True / False # 0: False # None, 0, [], (), {} # x = 10 # print(bool(x)) # x = 10 # if x > 5: # print('VVV') # print('AAA') # elif x == 0: # if x % 2 == 0 and x > 100: # print('asdwdrf') # print('asdasd') # elif x == 5: # print('asdasdasdwd') # else: # print('~~~') # x,y=input().split() # x=int(x) # y=int(y) # print(x if x>y else y) # x,y,z=input().split() # x=int(x) # y=int(y) # z=int(z) # print(z if ((y if x>y else x)>z) else (y if x>y else x)) # a,b,c=input().split() # a=int(a) # b=int(b) # c=int(c) # if a%2==0: # print(a) # if b%2==0: # print(b) # if c%2==0: # print(c) # a,b,c=input().split() # a=int(a) # b=int(b) # c=int(c) # if a%2==0: # print('even') # else: # print('odd') # if b%2==0: # print('even') # else: # print('odd') # if c%2==0: # print('even') # else: # print('odd') # x=int(input()) # if x<0 : # if x%2==0 : # print('A') # else : # print('B') # else : # if x%2==0 : # print('C') # else : # print('D') # x=int(input()) # if x>=90: # print('A') # else: # if x>=70: # print('B') # else: # if x>=40: # print('C') # else: # print('D') # loop # for i in range(10): # print(i) # 0 ~ 9 # for i in range(5, 10): # print(i) # # for i in range(10, 5, -1): # print(i) # for i in range(1, 100, 2): # print(i) # # # while a > b: # # while True: # # data = [10, 20, 50, 30, 40] # # for i in range(len(data)): # for i in data: # print(i) # for i in range(5): # for j in range(5): # print('*', end='') # print() # x=int(input()) # for i in range(x): # for j in range(i+1): # print('*',end='') # print() # x=int(input()) # for i in range(x): # for j in range(x-i): # print('*',end='') # print() # x=int(input()) # for i in range(x): # for j in range(i): # print(' ',end='') # for k in range(x-i): # print('*',end='') # print() # x=int(input()) # for i in range(x): # for j in range(i+1): # print('*',end='') # print() # for i in range(x): # for j in range(x-i-1): # print('*',end='') # print() # x=int(input()) # for i in range(1,x+1,2): # for j in range((x-i)//2): # print(' ',end='') # for k in range(i): # print('*',end='') # print() # list # data = [] # data.append(10) # data.append('hello') # data.append(3.141592) # # print(data) # # for i in range(len(data)): # print(data[i], end=' ') # # data.sort() # x=int(input()) # for i in range(x): # data=[] # data.sort() # if # data=[] # data.append(100) # data.append(1) # data.append(10) # data.sort() # print(data) # data=[13,5,6,8] # data.insert() # print(data) # x=int(input()) # data=input().split() # for i in range(x): # for j in range(x): # print(data[i+j-x], end=' ') # print() #sum(data) # x=int(input()) # data=[] # for i in range(x-1): # v = int(input()) # data.append(v) # total = sum(data) # for i in range(x+1): # total-=i # print(-total) # v = input() # data = [0] * 26 # # for i in range(len(v)): # if ord(v[i]) >= ord('a') and ord(v[i]) <= ord('z'): # x = ord(v[i]) - 97 # data[x] += 1 # print(x) # # for i in range(26): # print(chr(i+97), ':', data[i], sep = '') # x=int(input()) # data=[0]*100000000 # i=int(0) # if x==0: # print(0) # while x>1: # data[i]=x%2 # x=x//2 # i+=1 # print(data.reverse(),end='') # data = [] # # x = int(input()) # while True: # data.append(x%2) # x = x//2 # if x ==0: # break # for i in range(len(data)-1,-1,-1): # print(data[i],end='') # x=int(input()) # data=input().split() # arr=[0]*24 # for i in range(x): # arr[int(data[i])-1]+=1 # for i in range(23): # print(arr[i],end=' ') # n = 5 # # data = [] # for i in range(n): # v = [] # for j in range(n): # v.append(0) # data.append(v) # # print(data) # h=int(input()) # w=int(input()) # n=int(input()) # l=int(input()) # d=int(input()) # data=input().split() # function # recursion # class