import sys from PyQt5.QtWidgets import (QApplication, QWidget, QGridLayout, QLabel, QLineEdit, QTextEdit) from PyQt5.QtWidgets import QApplication, QWidget, QPushButton, QVBoxLayout class MyApp(QWidget): def __init__(self): super().__init__() self.fun = 0 self.numberA = 0 self.numberB = 0 self.i = 0 self.op = True self.oper = [] self.list = [] ### self.initUI() def initUI(self): grid = QGridLayout() self.setLayout(grid) self.num1 = QPushButton('1', self) self.num2 = QPushButton('2', self) self.num3 = QPushButton('3', self) self.num4 = QPushButton('4', self) self.num5 = QPushButton('5', self) self.num6 = QPushButton('6', self) self.num7 = QPushButton('7', self) self.num8 = QPushButton('8', self) self.num9 = QPushButton('9', self) self.num0 = QPushButton('0', self) self.num10 = QPushButton('=', self) self.num11 = QPushButton('+', self) self.num12 = QPushButton('-', self) self.num13 = QPushButton('*', self) self.num14 = QPushButton('/', self) self.num1.clicked.connect(self.funcNum1) self.num2.clicked.connect(self.funcNum2) self.num3.clicked.connect(self.funcNum3) self.num4.clicked.connect(self.funcNum4) self.num5.clicked.connect(self.funcNum5) self.num6.clicked.connect(self.funcNum6) self.num7.clicked.connect(self.funcNum7) self.num8.clicked.connect(self.funcNum8) self.num9.clicked.connect(self.funcNum9) self.num0.clicked.connect(self.funcNum0) self.num10.clicked.connect(self.funcNum10) self.num11.clicked.connect(self.funcNum11) self.num12.clicked.connect(self.funcNum12) self.num13.clicked.connect(self.funcNum13) self.num14.clicked.connect(self.funcNum14) grid.addWidget(self.num1, 0, 0) grid.addWidget(self.num2, 0, 1) grid.addWidget(self.num3, 0, 2) grid.addWidget(self.num11, 0, 3) grid.addWidget(self.num4, 1, 0) grid.addWidget(self.num5, 1, 1) grid.addWidget(self.num6, 1, 2) grid.addWidget(self.num12, 1, 3) grid.addWidget(self.num7, 2, 0) grid.addWidget(self.num8, 2, 1) grid.addWidget(self.num9, 2, 2) grid.addWidget(self.num13, 2, 3) grid.addWidget(self.num0, 3, 1) grid.addWidget(self.num10, 3, 2) grid.addWidget(self.num14, 3, 3) self.setWindowTitle('Calculator') self.setGeometry(300, 300, 300, 200) self.show() def funcNum1(self): if self.op == True: # 앞 self.numberA *= 10 self.numberA += 1 print(self.numberA) else: # 연산자 뒤 self.numberB *= 10 self.numberB += 1 print(self.numberB) def funcNum2(self): if self.op == True: # 앞 self.numberA *= 10 self.numberA += 2 print(self.numberA) else: # 연산자 뒤 self.numberB *= 10 self.numberB += 2 print(self.numberB) def funcNum3(self): if self.op == True: # 앞 self.numberA *= 10 self.numberA += 3 print(self.numberA) else: # 연산자 뒤 self.numberB *= 10 self.numberB += 3 print(self.numberB) def funcNum4(self): if self.op == True: # 앞 self.numberA *= 10 self.numberA += 4 print(self.numberA) else: # 연산자 뒤 self.numberB *= 10 self.numberB += 4 print(self.numberB) def funcNum5(self): if self.op == True: # 앞 self.numberA *= 10 self.numberA += 5 print(self.numberA) else: # 연산자 뒤 self.numberB *= 10 self.numberB += 5 print(self.numberB) def funcNum6(self): if self.op == True: # 앞 self.numberA *= 10 self.numberA += 6 print(self.numberA) else: # 연산자 뒤 self.numberB *= 10 self.numberB += 6 print(self.numberB) def funcNum7(self): if self.op == True: # 앞 self.numberA *= 10 self.numberA += 7 print(self.numberA) else: # 연산자 뒤 self.numberB *= 10 self.numberB += 7 print(self.numberB) def funcNum8(self): if self.op == True: # 앞 self.numberA *= 10 self.numberA += 8 print(self.numberA) else: # 연산자 뒤 self.numberB *= 10 self.numberB += 8 print(self.numberB) def funcNum9(self): if self.op == True: # 앞 self.numberA *= 10 self.numberA += 9 print(self.numberA) else: # 연산자 뒤 self.numberB *= 10 self.numberB += 9 print(self.numberB) def funcNum0(self): if self.op == True: # 앞 self.numberA *= 10 self.numberA += 0 print(self.numberA) else: # 연산자 뒤 self.numberB *= 10 self.numberB += 0 print(self.numberB) def funcNum10(self): self.list.append(self.numberB) self.list.reverse() print(self.list) while len(self.list) != 0: self.i =self.list.pop() print(self.i,end = '') def funcNum11(self): if self.numberB !=0: self.list.append(self.numberB) self.numberA = self.numberB +self.numberA self.numberB = 0 else: self.list.append(self.numberA) self.op = False self.fun = '+' self.list.append('+') def funcNum12(self): if self.numberB !=0: self.list.append(self.numberB) self.numberA = self.numberB -self.numberA self.numberB = 0 else: self.list.append(self.numberA) self.op = False self.fun = '-' self.list.append('-') def funcNum13(self): if self.numberB != 0: self.list.append(self.numberB) self.numberA = self.numberB * self.numberA self.numberB = 0 else: self.list.append(self.numberA) self.op = False self.fun = '*' self.list.append('*') def funcNum14(self): if self.numberB != 0: self.list.append(self.numberB) self.numberA = self.numberB / self.numberA self.numberB = 0 else: self.list.append(self.numberA) self.op = False self.fun = '/' self.list.append('/') if __name__ == '__main__': app = QApplication(sys.argv) ex = MyApp() sys.exit(app.exec_())

import sys from PyQt5.QtWidgets import (QApplication, QWidget, QGridLayout, QLabel, QLineEdit, QTextEdit) from PyQt5.QtWidgets import QApplication, QWidget, QPushButton, QVBoxLayout class MyApp(QWidget): def init(self): super().__init__() self.fun = 0 self.numberA = 0 self.numberB = 0 self.numberC = 0 self.op = True self.fir = True self.sec = True ### self.initUI() def initUI(self): grid = QGridLayout() self.setLayout(grid) self.num1 = QPushButton('1', self) self.num2 = QPushButton('2', self) self.num3 = QPushButton('3', self) self.num4 = QPushButton('4', self) self.num5 = QPushButton('5', self) self.num6 = QPushButton('6', self) self.num7 = QPushButton('7', self) self.num8 = QPushButton('8', self) self.num9 = QPushButton('9', self) self.num0 = QPushButton('0', self) self.num10 = QPushButton('=', self) self.num11 = QPushButton('+', self) self.num12 = QPushButton('-', self) self.num13 = QPushButton('*', self) self.num14 = QPushButton('/', self) self.num1.clicked.connect(self.funcNum1) self.num2.clicked.connect(self.funcNum2) self.num3.clicked.connect(self.funcNum3) self.num4.clicked.connect(self.funcNum4) self.num5.clicked.connect(self.funcNum5) self.num6.clicked.connect(self.funcNum6) self.num7.clicked.connect(self.funcNum7) self.num8.clicked.connect(self.funcNum8) self.num9.clicked.connect(self.funcNum9) self.num0.clicked.connect(self.funcNum0) self.num10.clicked.connect(self.funcNum10) self.num11.clicked.connect(self.funcNum11) self.num12.clicked.connect(self.funcNum12) self.num13.clicked.connect(self.funcNum13) self.num14.clicked.connect(self.funcNum14) grid.addWidget(self.num1, 0, 0) grid.addWidget(self.num2, 0, 1) grid.addWidget(self.num3, 0, 2) grid.addWidget(self.num11, 0, 3) grid.addWidget(self.num4, 1, 0) grid.addWidget(self.num5, 1, 1) grid.addWidget(self.num6, 1, 2) grid.addWidget(self.num12, 1, 3) grid.addWidget(self.num7, 2, 0) grid.addWidget(self.num8, 2, 1) grid.addWidget(self.num9, 2, 2) grid.addWidget(self.num13, 2, 3) grid.addWidget(self.num0, 3, 1) grid.addWidget(self.num10, 3, 2) grid.addWidget(self.num14, 3, 3) self.setWindowTitle('Calculator') self.setGeometry(300, 300, 300, 200) self.show() def funcNum1(self): if self.sec == False: print("1") self.sec = True if self.fun == '+': self.numberC += 1 elif self.fun == '-': self.numberC -= 1 elif self.fun == '*': self.numberB = self.numberB * 1 else: self.numberB = self.numberB / 1 else: if self.op == True: # 앞 self.numberA *= 10 self.numberA += 1 print(self.numberA) else: # 연산자 뒤 self.numberB *= 10 self.numberB += 1 print(self.numberB) def funcNum2(self): if self.sec == False: print("2") self.sec = True if self.fun == '+': self.numberC += 2 elif self.fun == '-': self.numberC -= 2 elif self.fun == '*': self.numberB = self.numberB * 2 else: self.numberB = self.numberB / 2 else: if self.op == True: # 앞 self.numberA *= 10 self.numberA += 2 print(self.numberA) else: # 연산자 뒤 self.numberB *= 10 self.numberB += 2 print(self.numberB) def funcNum3(self): if self.sec == False: print("3") self.sec = True if self.fun == '+': self.numberB = 3 elif self.fun == '-': self.numberB = 3 elif self.fun == '*': self.numberC = self.numberC * 3 else: self.numberC = self.numberC / 3 else: if self.op == True: # 앞 self.numberA *= 10 self.numberA += 3 print(self.numberA) else: # 연산자 뒤 self.numberB *= 10 self.numberB += 3 print(self.numberB) def funcNum4(self): if self.sec == False: print("4") self.sec = True if self.fun == '+': self.numberC += 4 elif self.fun == '-': self.numberC -= 4 elif self.fun == '*': self.numberB = self.numberB * 4 else: self.numberB = self.numberB / 4 else: if self.op == True: # 앞 self.numberA *= 10 self.numberA += 4 print(self.numberA) else: # 연산자 뒤 self.numberB *= 10 self.numberB += 4 print(self.numberB) def funcNum5(self): if self.sec == False: print("5") self.sec = True if self.fun == '+': self.numberC += 5 elif self.fun == '-': self.numberC -= 5 elif self.fun == '*': self.numberB = self.numberB * 5 else: self.numberB = self.numberB / 5 else: if self.op == True: # 앞 self.numberA *= 10 self.numberA += 5 print(self.numberA) else: # 연산자 뒤 self.numberB *= 10 self.numberB += 5 print(self.numberB) def funcNum6(self): if self.sec == False: print("6") self.sec = True if self.fun == '+': self.numberC += 6 elif self.fun == '-': self.numberC -= 6 elif self.fun == '*': self.numberB = self.numberB * 6 else: self.numberB = self.numberB / 6 else: if self.op == True: # 앞 self.numberA *= 10 self.numberA += 6 print(self.numberA) else: # 연산자 뒤 self.numberB *= 10 self.numberB += 6 print(self.numberB) def funcNum7(self): if self.sec == False: print("7") self.sec = True if self.fun == '+': self.numberC += 7 elif self.fun == '-': self.numberC -= 7 elif self.fun == '*': self.numberB = self.numberB * 7 else: self.numberB = self.numberB / 7 else: if self.op == True: # 앞 self.numberA *= 10 self.numberA += 7 print(self.numberA) else: # 연산자 뒤 self.numberB *= 10 self.numberB += 7 print(self.numberB) def funcNum8(self): if self.sec == False: print("8") self.sec = True if self.fun == '+': self.numberC += 8 elif self.fun == '-': self.numberC -= 8 elif self.fun == '*': self.numberB = self.numberB * 8 else: self.numberB = self.numberB / 8 else: if self.op == True: # 앞 self.numberA *= 10 self.numberA += 8 print(self.numberA) else: # 연산자 뒤 self.numberB *= 10 self.numberB += 8 print(self.numberB) def funcNum9(self): if self.sec == False: print("9") self.sec = True if self.fun == '+': self.numberC += 9 elif self.fun == '-': self.numberC -= 9 elif self.fun == '*': self.numberB = self.numberB * 9 else: self.numberB = self.numberB / 9 else: if self.op == True: # 앞 self.numberA *= 10 self.numberA += 9 print(self.numberA) else: # 연산자 뒤 self.numberB *= 10 self.numberB += 9 print(self.numberB) def funcNum0(self): if self.sec == False: print("0") self.sec = True if self.fun == '+': self.numberC += 0 elif self.fun == '-': self.numberC -= 0 elif self.fun == '*': self.numberB = self.numberB * 0 if self.op == True: # 앞 self.numberA *= 10 self.numberA += 0 print(self.numberA) else: # 연산자 뒤 self.numberB *= 10 self.numberB += 0 print(self.numberB) def funcNum10(self): if self.fun == '-': print(self.numberC ) elif self.fun == '*': print(self.numberC ) elif self.fun == '/': print(self.numberC ) else: print(self.numberC ) def funcNum11(self): if self.fir == False: if self.fun == '-': print(self.numberA - self.numberB) elif self.fun == '*': print(self.numberA * self.numberB) elif self.fun == '/': print(self.numberA / self.numberB) else: print(self.numberA + self.numberB) self.numberA = self.numberA + self.numberB self.sec = False self.op = False self.fir = False self.fun = '+' def funcNum12(self): if self.fir == False: if self.fun == '-': print(self.numberA - self.numberB) elif self.fun == '*': print(self.numberA * self.numberB) elif self.fun == '/': print(self.numberA / self.numberB) else: print(self.numberA + self.numberB) self.sec = False self.numberA =self.numberA - self.numberB self.op = False self.fir = False self.fun = '-' def funcNum13(self): if self.fir == False: if self.fun == '-': print(self.numberB) elif self.fun == '*': print(self.numberA * self.numberB) elif self.fun == '/': print(self.numberA / self.numberB) else: print(self.numberB) self.sec = False self.numberC =self.numberA * self.numberB self.op = False self.fir = False self.fun = '*' def funcNum14(self): if self.fir == False: if self.fun == '-': print(self.numberA - self.numberB) elif self.fun == '*': print(self.numberA * self.numberB) elif self.fun == '/': print(self.numberA / self.numberB) else: print(self.numberA + self.numberB) self.numberC = self.numberA / self.numberB self.sec = False self.op = False self.fir = False self.fun = '/' if name == "__main__" : app = QApplication(sys.argv) ex = MyApp() sys.exit(app.exec_())

# def f(s, n,r): # s = s*n # n = n-1 # r = r-1 # if r!=0: # return f(s, n,r) # else: # return s # def f1(r, o): # o=o*r # r = r-1 # if r==0: # return o # else: # return f1(r, o) # n, r = map(int, input().split()) # s=1 # o=1 # # # # print(f(s, n, r)//f1(r, o)) ## Ex 3-1. 창 띄우기. ## Ex 5-1. QPushButton. ''' 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(self) btn2.setText('Button&2') btn3 = QPushButton('Button3', self) btn3.setEnabled(False) vbox = QVBoxLayout() vbox.addWidget(btn1) vbox.addWidget(btn2) vbox.addWidget(btn3) self.setLayout(vbox) self.setWindowTitle('QPushButton') self.setGeometry(300, 300, 300, 200) self.show() if name == '__main__': app = QApplication(sys.argv) ex = MyApp() sys.exit(app.exec_()) ''' import sys from PyQt5.QtWidgets import (QApplication, QWidget, QGridLayout, QLabel, QLineEdit, QTextEdit) from PyQt5.QtWidgets import QApplication, QWidget, QPushButton, QVBoxLayout class MyApp(QWidget): def init(self): super().__init__() self.fun = 0 self.numberA = 0 self.numberB = 0 self.numberC = 0 self.op = True ### self.initUI() def initUI(self): grid = QGridLayout() self.setLayout(grid) self.num1 = QPushButton('1', self) self.num2 = QPushButton('2', self) self.num3 = QPushButton('3', self) self.num4 = QPushButton('4', self) self.num5 = QPushButton('5', self) self.num6 = QPushButton('6', self) self.num7 = QPushButton('7', self) self.num8 = QPushButton('8', self) self.num9 = QPushButton('9', self) self.num0 = QPushButton('0', self) self.num10 = QPushButton('=', self) self.num11 = QPushButton('+', self) self.num12 = QPushButton('-', self) self.num13 = QPushButton('*', self) self.num14 = QPushButton('/', self) self.num1.clicked.connect(self.funcNum1) self.num2.clicked.connect(self.funcNum2) self.num3.clicked.connect(self.funcNum3) self.num4.clicked.connect(self.funcNum4) self.num5.clicked.connect(self.funcNum5) self.num6.clicked.connect(self.funcNum6) self.num7.clicked.connect(self.funcNum7) self.num8.clicked.connect(self.funcNum8) self.num9.clicked.connect(self.funcNum9) self.num0.clicked.connect(self.funcNum0) self.num10.clicked.connect(self.funcNum10) self.num11.clicked.connect(self.funcNum11) self.num12.clicked.connect(self.funcNum12) self.num13.clicked.connect(self.funcNum13) self.num14.clicked.connect(self.funcNum14) grid.addWidget(self.num1, 0, 0) grid.addWidget(self.num2, 0, 1) grid.addWidget(self.num3, 0, 2) grid.addWidget(self.num11, 0, 3) grid.addWidget(self.num4, 1, 0) grid.addWidget(self.num5, 1, 1) grid.addWidget(self.num6, 1, 2) grid.addWidget(self.num12, 1, 3) grid.addWidget(self.num7, 2, 0) grid.addWidget(self.num8, 2, 1) grid.addWidget(self.num9, 2, 2) grid.addWidget(self.num13, 2, 3) grid.addWidget(self.num0, 3, 1) grid.addWidget(self.num10, 3, 2) grid.addWidget(self.num14, 3, 3) self.setWindowTitle('Calculator') self.setGeometry(300, 300, 300, 200) self.show() def funcNum1(self): if self.op == True:#앞 self.numberA *= 10 self.numberA += 1 print(self.numberA) else:# 연산자 뒤 self.numberB *= 10 self.numberB += 1 print(self.numberB) def funcNum2(self): if self.op == True: # 앞 self.numberA *= 10 self.numberA += 2 print(self.numberA) else: # 연산자 뒤 self.numberB *= 10 self.numberB += 2 print(self.numberB) def funcNum3(self): if self.op == True: # 앞 self.numberA *= 10 self.numberA += 3 print(self.numberA) else: # 연산자 뒤 self.numberB *= 10 self.numberB += 3 print(self.numberB) def funcNum4(self): if self.op == True: # 앞 self.numberA *= 10 self.numberA += 4 print(self.numberA) else: # 연산자 뒤 self.numberB *= 10 self.numberB += 4 print(self.numberB) def funcNum5(self): if self.op == True: # 앞 self.numberA *= 10 self.numberA += 5 print(self.numberA) else: # 연산자 뒤 self.numberB *= 10 self.numberB += 5 print(self.numberB) def funcNum6(self): if self.op == True: # 앞 self.numberA *= 10 self.numberA += 6 print(self.numberA) else: # 연산자 뒤 self.numberB *= 10 self.numberB += 6 print(self.numberB) def funcNum7(self): if self.op == True: # 앞 self.numberA *= 10 self.numberA += 7 print(self.numberA) else: # 연산자 뒤 self.numberB *= 10 self.numberB += 7 print(self.numberB) def funcNum8(self): if self.op == True: # 앞 self.numberA *= 10 self.numberA += 8 print(self.numberA) else: # 연산자 뒤 self.numberB *= 10 self.numberB += 8 print(self.numberB) def funcNum9(self): if self.op == True: # 앞 self.numberA *= 10 self.numberA += 9 print(self.numberA) else: # 연산자 뒤 self.numberB *= 10 self.numberB += 9 print(self.numberB) def funcNum0(self): if self.op == True: # 앞 self.numberA *= 10 self.numberA += 0 print(self.numberA) else: # 연산자 뒤 self.numberB *= 10 self.numberB += 0 print(self.numberB) def funcNum10(self): if self.fun == '-': print(self.numberA - self.numberB) elif self.fun == '*': print(self.numberA * self.numberB) elif self.fun == '/': print(self.numberA / self.numberB) else: print(self.numberA + self.numberB) def funcNum11(self): self.op = False def funcNum12(self): self.op = False self.fun = '-' def funcNum13(self): self.op = False self.fun = '*' def funcNum14(self): self.op = False self.fun ='/' if name == '__main__': app = QApplication(sys.argv) ex = MyApp() sys.exit(app.exec_())

#3021 # n = int(input()) # stack = [] # for i in range(n): # m = input().split() # if m[0] == "push(": # stack.append(m[1]) # elif m[0] == "top()": # if len(stack)== 0: # print(-1) # else: # print(stack[-1]) # elif m[0] == "pop()": # if len(stack)!=0: # stack.pop() # elif m[0] == "size()": # print(len(stack)) # elif m[0] == "empty()": # if len(stack) == 0: # print("true") # else: # print("false") #list # list.append() # # del list[5] # # list.pop() # # list.insert(2,50) # # list.sort() # # list.reverse() # # max(list) # min(list) # # list.count(10) # # list.index(5) # 5의 처음 발견 위치 리턴 #3104 해결X # n = int(input()) # queue = [] # for i in range(n): # m = input().split() # # # # if m[0] == "push(": # queue.append(m[1]) # queue.sort(reverse=True) # elif m[0] == "top()": # if len(queue)== 0: # print(-1) # else: # print(max(queue)) # elif m[0] == "pop()": # if len(queue)!=0: # del queue[0] # # elif m[0] == "size()": # print(len(queue)) # # elif m[0] == "empty()": # if len(queue) == 0: # print("true") # else: # print("false") #5137 pypy3해결 # n = int(input()) # queue = [] # for i in range(n): # m = input().split() # if m[0] == "+": # queue.append(int(m[1])) # elif m[0] == "-": # if len(queue)!=0: # del queue[0] # elif m[0] == "?": # if len(queue) != 0: # print(min(queue))

#2054 py error # n = int(input()) # a = list(map(int,input().split())) # for m in a : # if m==0: # print(0,end = ' ') # elif m &(m-1) == 0: # print(1, end= ' ') # else: # print(0, end=' ') #2054 c # #include <stdio.h> # int main() # { # int n; # int a; # scanf("%d",&n); # for(int i=0; i<n;i++) # { # scanf("%d",&a); # if(a==0) # { # printf("0 "); # } # else if((a & (a-1)) == 0) # { # printf("1 "); # } # else # { # printf("0 "); # } # } # return 0; # } # #2016 # n = int(input()) # a =list(map(str,input())) # a1= [] # a.reverse() # for i in range(0,n): # a1.append(a[i]) # if (i+1)%3==0 and i !=n-1: # a1.append(',') # # a1.reverse() # print("".join(a1)) # #3117 t # n = int(input()) # m = [] # s=0 # for i in range(n): # a = int (input()) # if a==0 : # m.pop() # else : # m.append(a) # for i in m : # s+=i # print(s)

#1416 # m[1]=1 # s=0 # n=int(input()) # # def co(a): # a = int(a) # global s #전역 변수 선언 # while True: # a=a//2 # s+=1 # if a==0: # return s # u=co(n) # while True: # if n%2==0: # m[u-1]=0 # u=u-1 # elif n==0: # print(0) # else: # m[u-1]=1 # u=u-1 # # print() #틀림 # n = int(input()) # m=[0 for x in range(35)] # i=0 # while True : # m[i] = n%2 # n=n//2 # i=i+1 # if n==0 : # break # # i=i-1 # while i>=0 : # print(m[i],end='') # i=i-1 #T # n=int(input()) # m=[0 for x in range(33)] #리스트 길이 선언 익히기 # a=0 # if n==0: # print(n) # while n!=0: # m[a] = n%2 #ex) 0 1 0 1 # n = n//2 # 10 5 2 1 # a+=1 # 0 1 2 3 4(끝날 때) # a=a-1 # for i in range(0,a+1): # print(m[a],end='') # a-=1 #Me #4626 # # n = int(input()) # s=0 # sum=0 # u = 0 # max = u # global a # a = input().split() # for i in range(n): # if int(a[s]) == 0: # s+=1 # u=0 # else: # if u!=max: # sum = sum + u+1 # s+=1 # u+=1 # else: # sum+=1 # s+=1 # u +=1 # print(sum) #4041 # n = int(input()) # sum=0 # rev=0 # while n!=0: # 4321 # sum = sum + n%10 #ex) 0 + 1 > 1+2=3 > 3+3 = 6 > 4+6 =10 # rev = rev*10 + n%10 # 1 > 10+2 = 12 >120 + 3 =123 >1230+4 # n = n//10 #432 > 43 >4 > 0 # if n == 0: # break # print(rev,sum,sep='\n') #T

# s=0 # n=int(input()) # a=input().split() # for i in range(n): # s=s+int(a[i]) # print(s) # a,b=map(int, input().split(' ')) # if a!=0: # if b >=30: # print(a, b-30) # elif b<30: # print(a-1,b+30) # else: # if b>=30: # print(0, b-30) # else: # print(23, b+30) # n=int(input()) # a=1 # sum=0 # for i in range(n): # if a%10==1: # sum+=1 # a+=1 # else: # a+=1 # print(sum) # n = int(input()) # s = (((n%10)*10+(n//10))*2)%100 # print(s) # if s<=50: # print('GOOD') # else: # print('OH MY GOD') # s=0 # a=1 # n=int(input()) # for i in range(n): # s+=a # a+=1 # print(s) # n=input() # k=0 # for i in range(len(n)): # if n[k]=='t': # print(k+1,end=' ') # k+=1 # else: # k+=1 # a, b= map(int, input().split()) # if b==1 or b==3 or b==5 or b==7 or b==8 or b==10 or b==12: # print('31') # elif b==4 or b==6 or b==9 or b==11: # print('30') # else: # if a%400==0 or (a%4==0 and a%100!=0): # print('29') # else: # print('28') # n=int(input()) # if n%3==0: # print(1) # else: # print(0)

# def func(a,b): # return (b/a)*(-1) # # a, b = map(int, input().split(' ')) # x = func(a,b) # # print('%.4f'%x)#강제로 4자리 까진 출력 # # print(round(x,4))#소수점 이하 4자리 전 0이면 거기서 끊기 # n = int(input()) # m=1 # for i in range(n): # m = n*m # n = n-1 # print(m) # a, b, k =map(int, input().split(' ')) # num = b-a # i = a # while True: # print(i,end =' ') # i = i+num # if i > k : # break # matplotlib, numpy, pyqt5, deep learning # import matplotlib.pyplot as plt # # plt.plot([10, 20, 30, 40, 50]) # plt.plot([50, 40, 20, 10, 40]) # # plt.show((http://plt.show)) # # ''' # # # # '''

# def search(n,k): # s = 0 # a=1 # f=1 # if n == k: # return 1 # for i in range(k): # if n ==1: # break # a = a * (n) # n = n-1 # for i in range(k): # f = f * k # k = k-1 # # s = a // f # return s # n, k = map(int, input().split(' ')) # print(search(n,k)) def case(n,k,m): a=0 s=0 n = n-k if m < 2 * k: return 0 if k==1: return m if m == k: return 0 for i in range(k): a = a + (n) n = n-1 s = a return s n, k =map(int, input().split(' ')) m=n print(case(n, k, m))

# list = [0] * 20000 # def pibo(n): # if list[n-1] != 0: # return list[n-1] # # else : # if n == 1 or n == 2: # list[0] = 1 # list[1] = 1 # else: # list[n-1] = pibo(n-1) + pibo(n-2) # return list[n-1] # n = int(input()) # print(pibo(n) % 10009) # def basic(n): # if n==1: # print(1) # return # else : # if n % 2 != 0: # print(n) # n = n*3 + 1 # basic(n) # else : # print(n) # n = n//2 # basic(n) # n = int(input()) # basic(n) # def re(n): # if n == 1: # print(n) # return # elif n%2!=0: # re(3*n+1) # # else : # re(n//2) # return print(n) # n = int(input()) # re(n) def pas(r,c): for i in range(r): for j in range(c): r, c = map(int, input().split(' ')) pas(r,c)

# # def fun(n): # # if n<= 1: # # return 1 # # return n * fun(n-1) # # n = int(input()) # # print(fun(n)) # # # def fun(n): # # # # if n < 1: # # return # # print(n) # # fun(n-1) # # # # n = int(input()) # # fun(n) # # # # def pibo(k): # # if k<=2: # # return 1 # # return pibo(k-1) + pibo(k-2) # # # # v = int(input()) # # print(pibo(v)) # # # arr = [] # def f(x): # if x <= 2: # return 1 # # # return (f(x-1) +f(x-2))% 10009 # # # # arr[0] = 1 # arr[1] = 1 # n = int(input()) # print(f(n))

def new(a, b, o, y): i=0 j=0 sum=a while True: if y[j] != o[i]: j += 1 if j == b: j = 0 i += 1 elif y[j] == o[i]: sum = sum-1 j = 0 i += 1 if i == a: return sum def pro(a, b, o, y, s): u = 0 i = 0 j = 0 sum = a while True: if y[j] != o[i]: j += 1 if j == b: o[i] = s[u] u += 1 j = 0 i += 1 elif y[j] == o[i]: sum = sum - 1 j = 0 i += 1 if i == a: return s data1 = [] oldata = [] nedata = [] n = int(input()) for i in range(n): v = input().split() oldata.append(v) k = int(input()) for i in range(k): t = input().split() nedata.append(t) print(new(n, k, oldata, nedata)) if new(n, k, oldata, nedata) != 0: print(pro(n, k, oldata, nedata, data1))

def solve(arr): # while True: # # # # # # # t = arr[1:3] # t.reverse() # arr[1:3] = t # s = arr[0]+arr[1] # return s # # data = [] # n = int(input()) # for i in range(1): # v = input().split() # for j in range(len(v)): # v[j] = int(v[j]) # data = v # print(solve(data)) # # # data = [1,2,3,4,5] # # # 1 4 3 2 5 # # v = data[1:4] # # v.reverse() # # data[1:4] = v

# 함수1 def search(st, ed, arr, arr1): mid = 0 ex = 0 i=0 j=0 mid = int((st + ed) // 2) while True: if arr[i][mid] < arr[i][ex]: mid = ex ex += 1 else : ex += 1 if ex == ed: arr[i][mid] = arr1[0][j] i += 1 j += 1 if i == ed: mid = 0 ex = 0 while True: mid = int((st + ed) // 2) if arr1[mid] < arr1[ex]: mid = ex ex = ex + 1 else: ex = ex + 1 if ex == ed: return arr1[mid] # 함수2 # def choose(st, ed, arr): # mid = 0 # ex = 0 # while True: # mid = int((st + ed) // 2) # if arr[mid] < arr[ex]: # mid = ex # ex = ex + 1 # else: # ex = ex + 1 # if ex == ed: # return arr[mid] # main data1 = [] data = [] n, m = map(int, input().split(' ')) for i in range(n): v = input().split() for j in range(n): v[j] = int(v[j]) data.append(v) print(search(0, n-1, data, data1))

n = int(input()) r=0 data = [] data1 = [] for i in range(5): parts, color, size = input().split() data.append([parts, color, int(size)]) r=r+data[i][2] m = int(input()) for i in range(m): name, name1, size1 = input().split() data1.append([name, name1, int(size1)]) s = int(input()) # for i in range(m): # if data[i][1] and data[i][1] == data1[i][0] and data1[i][1]: # r= r + data[i][2] print(r) print(data[0][1]) print(data[1][1]) print(data[2][1]) print(data[3][1]) print(data[4][1])

# def search(st,ed,arr,tr): # mid=0 # while st <= ed: # mid = int((st+ed)//2) # # print(type(arr[mid]), type(tr)) # if arr[mid] == tr: # return mid # else : # if arr[mid] > tr: # ed = mid - 1 # else: # st = mid + 1 # return -2 # # n = int(input()) # data = map(int, input().split()) # m = int(input()) # data1 = map(int,input().split()) # data = list(data) # data1 = list(data1) # for i in range(m): # print(search(0, n-1, data ,data1[i] )+1,end=" ")

def search(a,b,arr,k): mid=0 while a <= b: mid=int((a+b)/2) if arr[mid] < k: b=mid return (a+b)/2 n = int(input()) for i in range(n): j = int(input()) m=int(input()) for i in range(m): j = int(input())

import os import random print('게임이 시작되었습니다. 각자 자신의 말을 선택해주십시오.(R > B > G ) 순서로 말은 움직입니다.') countries = ['Start', 'Japan', 'China', 'America', 'Canada', 'France', 'Spain', 'Korea'] value = {'Start':20 , 'Japan': 30, 'China': 30, 'America': 60, 'Canada': 60, 'France': 80, 'Spain': 80, 'Korea': 100} countryOwner = ['N'] * len(countries) countryHere = [''] * len(countries) users = ['R', 'B', 'G'] usermoney = [240, 240, 240] user = [0, 0, 0] countryCount = len(countries) userCount = len(users) order = 0 def allClear(): for i in range(countryCount): countryHere[i] = '' while True: for i in range(countryCount): print('[%8s(%1s)]' % (countries[i], countryOwner[i]), end=' ') print() allClear() countryHere[user[0]] += 'R/' countryHere[user[1]] += 'B/' countryHere[user[2]] += 'G/' for i in range(countryCount): print('[%11s]' % countryHere[i], end=' ') print() print('%d번째 유저의 주사위 굴리는 시간입니다.(y 또는 Y를 누르고 엔터하시면 주사위가 굴러갑니다): ' % (order + 1), end='>>>') x = input() if x == 'y' or x == 'Y': dice = random.randint(1, 6) print('Dice result is %d' % dice) user[order] += dice user[order] %= countryCount print('%d번째 유저의 위치는 %d입니다.' % (order + 1, user[order])) print(user) order += 1 order %= userCount if user[order-1] == 0: continue if countryOwner[user[order - 1]] != 'N': # 남의 땅을 밟았을 때 print('아이고! 어쩔 수 없이 돈을 내셔야겠네요. ㅎㅎ') if countryOwner[user[order - 1]] == 'R': usermoney[0] = usermoney[0] + value[countries[user[order - 1]]] usermoney[order - 1] = usermoney[order - 1] - value[countries[user[order - 1]]] # 나의 돈 감소 print(usermoney) # 현재 돈 프린트 if usermoney[0] <= 0 or usermoney[1] <= 0 or usermoney[2] <= 0: # 게임을 끝내는 조건문(원한는 것:한명 파산하면 게임 끝) print('게임이 끝났습니다. 게임을 다시하고 싶으시다면 개임을 재실행해주세요.') break continue if countryOwner[user[order - 1]] == 'G': usermoney[2] = usermoney[2] + value[countries[user[order - 1]]] usermoney[order - 1] = usermoney[order - 1] - value[countries[user[order - 1]]] # 나의 돈 감소 print(usermoney) # 현재 돈 프린트 if usermoney[0] <= 0 or usermoney[1] <= 0 or usermoney[2] <= 0: # 게임을 끝내는 조건문(원한는 것:한명 파산하면 게임 끝) print('게임이 끝났습니다. 게임을 다시하고 싶으시다면 개임을 재실행해주세요.') break continue if countryOwner[user[order - 1]] == 'B': usermoney[1] = usermoney[1] + value[countries[user[order - 1]]] usermoney[order - 1] = usermoney[order - 1] - value[countries[user[order - 1]]] # 나의 돈 감소 print(usermoney) # 현재 돈 프린트 if usermoney[0] <= 0 or usermoney[1] <= 0 or usermoney[2] <= 0: # 게임을 끝내는 조건문(원한는 것:한명 파산하면 게임 끝) print('게임이 끝났습니다. 게임을 다시하고 싶으시다면 개임을 재실행해주세요.') break continue elif countryOwner[user[order-1]] == users[order-1]: continue else: print('%d번째 유저님 땅을 사실건지 결정하는 시간입니다.(y 또는 Y를 누르고 엔터하시면 사고 n 또는 N을 누르시거나 다른 키를 누르시면 다음 차례로 넘어갑니다): ' % (order), end='>>>') z = input() if z == 'y' or z == 'Y': countryOwner[user[order-1]] = users[order-1] usermoney[order - 1] = usermoney[order - 1] - value[countries[user[order-1]]] # 위 2사항에 해당하지 않는 경우 밟은 땅을 산다. print(usermoney) if usermoney[0] <= 0 or usermoney[1] <= 0 or usermoney[2] <= 0: # 게임을 끝내는 조건문(원한는 것:한명 파산하면 게임 끝) print('게임이 끝났습니다. 게임을 다시하고 싶으시다면 개임을 재실행해주세요.') break elif z == 'n' or z == 'N': continue

import osimport randomcountries = ['Start', 'Japan', 'China', 'America', 'Canada', 'France', 'Spain', 'Korea']value = {'Start': 20, 'Japan': 30, 'China': 30, 'America': 60, 'Canada': 60, 'France': 80, 'Spain': 80, 'Korea': 100}countryOwner = ['N'] * len(countries)countryHere = [''] * len(countries)users = ['R', 'B', 'G']usermoney = [240, 240, 240]user = [0, 0, 0]countryCount = len(countries)userCount = len(users)order = 0def allClear():    for i in range(countryCount):        countryHere[i] = ''while True:    for i in range(countryCount):        print('[%8s(%1s)]' % (countries[i], countryOwner[i]), end=' ')    print()    allClear()    countryHere[user[0]] += 'R/'    countryHere[user[1]] += 'B/'    countryHere[user[2]] += 'G/'    for i in range(countryCount):        print('[%11s]' % countryHere[i], end=' ')    print()    print('%d번째 유저의 주사위 굴리는 시간입니다.(y 또는 Y를 누르고 엔터하시면 주사위가 굴러갑니다): ' % (order + 1), end='>>>')    x = input()    if x == 'y' or x == 'Y':        dice = random.randint(1, 6)        print('Dice result is %d' % dice)        user[order] += dice        user[order] %= countryCount        print('%d번째 유저의 위치는 %d입니다.' % (order + 1, user[order]))        print(user)        order += 1        order %= userCount        print(dice)        print(user[order-1])        if ((8- (dice - user[order-1 ]))+dice) / 8 == 1: # 시작지점을 밟았을 때            usermoney[order - 1] = usermoney[order - 1] + value[countries[0]] # 돈 20만원 받음            print(usermoney)            continue        if countryOwner[user[order - 1]] != 'N': # 남의 땅을 밟았을 때            if countryOwner[user[order - 1]] == 'R':                if (( (dice - user[order-1 ]))+dice) / 8 > 1 : # 시작지점을 지났을 때                    usermoney[order - 1] = usermoney[order - 1] + value[countries[0]] # 돈 20만원 받음                usermoney[0] = usermoney[0] + value[countries[user[order - 1]]]                usermoney[order - 1] = usermoney[order - 1] - value[countries[user[order - 1]]] # 나의 돈 감소                print(usermoney) # 현재 돈 프린트                if usermoney[0] <= 0 or usermoney[1] <= 0 or usermoney[2] <= 0: # 게임을 끝내는 조건문(원한는 것:한명 파산하면 게임 끝)                    print('게임이 끝났습니다. 게임을 다시하고 싶으시다면 개임을 재실행해주세요.')                    break                continue            if countryOwner[user[order - 1]] == 'G':                if ((8- (dice - user[order-1 ]))+dice) / 8 > 1: # 시작지점을 지났을 때                    usermoney[order - 1] = usermoney[order - 1] + value[countries[0]] # 돈 20만원 받음                usermoney[2] = usermoney[2] + value[countries[user[order - 1]]]                usermoney[order - 1] = usermoney[order - 1] - value[countries[user[order - 1]]] # 나의 돈 감소                print(usermoney) # 현재 돈 프린트                if usermoney[0] <= 0 or usermoney[1] <= 0 or usermoney[2] <= 0: # 게임을 끝내는 조건문(원한는 것:한명 파산하면 게임 끝)                    print('게임이 끝났습니다. 게임을 다시하고 싶으시다면 개임을 재실행해주세요.')                    break                continue            if countryOwner[user[order - 1]] == 'B':                if ((8- (dice - user[order-1 ]))+dice) / 8 > 1 : # 시작지점을 지났을 때                    usermoney[order - 1] = usermoney[order - 1] + value[countries[0]] # 돈 20만원 받음                usermoney[1] = usermoney[1] + value[countries[user[order - 1]]]                usermoney[order - 1] = usermoney[order - 1] - value[countries[user[order - 1]]] # 나의 돈 감소                print(usermoney) # 현재 돈 프린트                if usermoney[0] <= 0 or usermoney[1] <= 0 or usermoney[2] <= 0: # 게임을 끝내는 조건문(원한는 것:한명 파산하면 게임 끝)                    print('게임이 끝났습니다. 게임을 다시하고 싶으시다면 개임을 재실행해주세요.')                    break                continue        elif countryOwner[user[order-1]] == users[order-1]:            continue        else:            print('%d번째 유저님 땅을 사실건지 결정하는 시간입니다.(y 또는 Y를 누르고 엔터하시면 사고 n 또는 N을 누르시면 넘어갑니다): ' % (order), end='>>>')            z = input()            if z == 'y' or z == 'Y':                if (user[order-1 ] - dice+dice) / 8 > 1: # 시작지점을 지났을 때                    usermoney[order - 1] = usermoney[order - 1] + value[countries[0]] # 돈 20만원 받음                countryOwner[user[order-1]] = users[order-1]                usermoney[order - 1] = usermoney[order - 1] - value[countries[user[order-1]]] # 위 2사항에 해당하지 않는 경우 밟은 땅을 산다.                print(usermoney)                if usermoney[0] <= 0 or usermoney[1] <= 0 or usermoney[2] <= 0: # 게임을 끝내는 조건문(원한는 것:한명 파산하면 게임 끝)                    print('게임이 끝났습니다. 게임을 다시하고 싶으시다면 개임을 재실행해주세요.')                    break            elif z == 'n' or z == 'N':                continue

import os import random countries = ['Start', 'Japan', 'China', 'America', 'Canada', 'France', 'Spain', 'Korea'] value = {'Start': 20, 'Japan': 30, 'China': 30, 'America': 60, 'Canada': 60, 'France': 80, 'Spain': 80, 'Korea': 100} countryOwner = ['N'] * len(countries) countryHere = [''] * len(countries) users = ['R', 'B', 'G'] usermoney = [240, 240, 240] user = [0, 0, 0] countryCount = len(countries) userCount = len(users) order = 0 def allClear(): for i in range(countryCount): countryHere[i] = '' while True: for i in range(countryCount): print('[%8s(%1s)]' % (countries[i], countryOwner[i]), end=' ') print() allClear() countryHere[user[0]] += 'R/' countryHere[user[1]] += 'B/' countryHere[user[2]] += 'G/' for i in range(countryCount): print('[%11s]' % countryHere[i], end=' ') print() print('%d번째 유저의 주사위 굴리는 시간입니다.(y 또는 Y를 누르고 엔터하시면 주사위가 굴러갑니다): ' % (order + 1), end='>>>') x = input() if x == 'y' or x == 'Y': dice = random.randint(1, 6) print('Dice result is %d' % dice) user[order] += dice user[order] %= countryCount print('%d번째 유저의 위치는 %d입니다.' % (order + 1, user[order])) print(user) order += 1 order %= userCount if (user[order - 1] + dice) % 8 == 0: # 시작지점을 밟았을 때 usermoney[order - 1] = usermoney[order - 1] + value[countries[0]] # 돈 20만원 받음 print(usermoney) continue elif countryOwner[user[order - 1]] != 'N': # 남의 땅을 밟았을 때 if countryOwner[user[order - 1]] == 'R': if (user[order - 1] + dice) % 8 >= 1 : # 시작지점을 지났을 때 usermoney[order - 1] = usermoney[order - 1] + value[countries[0]] # 돈 20만원 받음 usermoney[0] = usermoney[0] + value[countries[user[order - 1]]] usermoney[order - 1] = usermoney[order - 1] - value[countries[user[order - 1]]] # 나의 돈 감소 print(usermoney) # 현재 돈 프린트 if usermoney[0] <= 0 or usermoney[1] <= 0 or usermoney[2] <= 0: # 게임을 끝내는 조건문(원한는 것:한명 파산하면 게임 끝) print('게임이 끝났습니다. 게임을 다시하고 싶으시다면 개임을 재실행해주세요.') break continue if countryOwner[user[order - 1]] == 'G': if (user[order - 1] + dice) % 8 >= 1: # 시작지점을 지났을 때 usermoney[order - 1] = usermoney[order - 1] + value[countries[0]] # 돈 20만원 받음 usermoney[2] = usermoney[2] + value[countries[user[order - 1]]] usermoney[order - 1] = usermoney[order - 1] - value[countries[user[order - 1]]] # 나의 돈 감소 print(usermoney) # 현재 돈 프린트 if usermoney[0] <= 0 or usermoney[1] <= 0 or usermoney[2] <= 0: # 게임을 끝내는 조건문(원한는 것:한명 파산하면 게임 끝) print('게임이 끝났습니다. 게임을 다시하고 싶으시다면 개임을 재실행해주세요.') break continue if countryOwner[user[order - 1]] == 'B': if (user[order - 1] + dice) % 8 >= 1 : # 시작지점을 지났을 때 usermoney[order - 1] = usermoney[order - 1] + value[countries[0]] # 돈 20만원 받음 usermoney[1] = usermoney[1] + value[countries[user[order - 1]]] usermoney[order - 1] = usermoney[order - 1] - value[countries[user[order - 1]]] # 나의 돈 감소 print(usermoney) # 현재 돈 프린트 if usermoney[0] <= 0 or usermoney[1] <= 0 or usermoney[2] <= 0: # 게임을 끝내는 조건문(원한는 것:한명 파산하면 게임 끝) print('게임이 끝났습니다. 게임을 다시하고 싶으시다면 개임을 재실행해주세요.') break continue elif countryOwner[user[order-1]] == users[order-1]: continue else: print('%d번째 유저님 땅을 사실건지 결정하는 시간입니다.(y 또는 Y를 누르고 엔터하시면 사고 n 또는 N을 누르시면 넘어갑니다): ' % (order), end='>>>') z = input() if z == 'y' or z == 'Y': countryOwner[user[order-1]] = users[order-1] usermoney[order - 1] = usermoney[order - 1] - value[countries[user[order-1]]] # 위 2사항에 해당하지 않는 경우 밟은 땅을 산다. print(usermoney) if usermoney[0] <= 0 or usermoney[1] <= 0 or usermoney[2] <= 0: # 게임을 끝내는 조건문(원한는 것:한명 파산하면 게임 끝) print('게임이 끝났습니다. 게임을 다시하고 싶으시다면 개임을 재실행해주세요.') break elif z == 'n' or z == 'N': continue