def calculator():
print('\n1. addition\n\n2. sutraction\n\n3. multiplication\n\n4. division')
choice=input('\nchoisi un\n')
ready_to_quit(choice)
if choice=='1':
addition()
if choice=='2':
subtraction()
if choice=='3':
multiplication()
if choice=='4':
division()
def getMenuChoice():
#Prints menu options
def menu():
print(30 * "-", "Arithmetic Calculator", 30 * "-")
print("1. Addition Calculator ")
print("2. Subtraction Calculator ")
print("3. Multiplication Calculator ")
print("4. Division Calculator ")
print("5. Exit Calculator ")
print(83 * "-")
loop = True
int_choice = -1
# While loop is True, continue iterating until False.
while loop:
menu() # Displays menu
choice = input("Enter your choice [1-5]: ")
if choice == '1':
int_choice = 1
#Calls addition function on choice
addition.addition()
loop = True
elif choice == '2':
int_choice = 2
#Calls subtraction function on choice
subtraction.subtraction()
loop = True
elif choice == '3':
int_choice = 3
#Calls multiplication function on choice
multiplication.multiplication()
loop = True
elif choice == '4':
int_choice = 4
#Calls devision function on choice
division.division()
loop = True
elif choice == '5':
int_choice = -1
print("Exiting..")
#Loop becomes False and exits the script
loop = False
else:
#Any value other than 1-5 will validate as an error message to loop back to the menu
input("Wrong menu selection. Enter any key to try again..")
return [int_choice, choice]
def calculator ():
print("Welcome to Kuba's Calculator!")
while True:
print("Options to do: ")
print("Enter 'add' to use addiction(+)")
print("Enter 'subtract' to use subtraction(-)")
print("Enter 'multiply' to use multiplication(X)")
print("Enter ' divide' to use division(/)")
print("Enter 'close' to end the program :(")
result = input("Your choice?!: ")
if result == "add":
num1 = input("Enter first substrate of operation: ")
num2 = input("Enter second substrate of operation: ")
n1t = num1.isdigit()
n2t = num2.isdigit()
if n1t and n2t == True:
product = addition(num1, num2)
print("it's ", product, ", and again!")
else:
print("Enter again!")
continue
elif result == "subtract":
num1 = input("Enter first substrate of operation: ")
num2 = input("Enter second substrate of operation: ")
n2t = num2.isdigit()
if n1t and n2t == True:
product = subtraction(num1, num2)
print("It's ", product, ", and again!")
else:
print("Enter again!")
continue
elif result == "multiplication":
num1 = input("Enter first substrate of operation: ")
num2 = input("Enter second substrate of operation: ")
n2t = num2.isdigit()
if n1t and n2t == True:
product = multiplication(num1, num2)
print("It's ", product, ", and again!")
else:
print("Enter again!")
continue
elif result == "division":
num1 = input("Enter first substrate of operation: ")
num2 = input("Enter second substrate of operation: ")
n2t = num2.isdigit()
if n1t and n2t == True:
product = division(product)
print("It's ", product, ", and again!")
else:
print("Enter again!")
continue
elif result == "close":
break
else:
print("Enter again!")
continue
def __init__(self):
# Initialize classes
sub = subtraction.substraction()
div = division.division()
# Substraction
print "Substraction : %.1f" % sub.execute(1, 2)
# Division
print "Division : %.1f" % div.execute(1, 2)
import addition
import multiplication
import subtract
import division
print("1: Addition, 2: Subtraction, 3: Multiplication, 4: Division")
inp = input("Enter the choice: ")
if inp == "1":
addition.add()
elif inp == "3":
multiplication.multiplication()
elif inp == "2":
subtract.subtraction()
elif inp == "4":
division.division()
else:
print("Invalid input")
if (draw.distance(square_xy_coordinates[0], square_xy_coordinates[1]) > 350
or draw.distance(square_xy_coordinates[1],
square_xy_coordinates[2]) > 350):
resolution = 100
print 'resolution 100 ------------------------------------------'
elif (draw.distance(square_xy_coordinates[0], square_xy_coordinates[1]) >
250 or draw.distance(square_xy_coordinates[1],
square_xy_coordinates[2]) > 250):
resolution = 80
print 'resolution 80 ------------------------------------------'
else:
resolution = 60
draw1 = dis.discretize(resolution)
u = draw1.squareDiscretizer(square_xy_coordinates)
#######################################################################
draw2 = div.division()
#p = draw2.division()
cx, cy = draw2.read()
print 'cl______________________________________________________', cx, cy
r = draw2.compare(cx, cy)
#######################################################################
## os.chdir(r'C:\Python27\ECE555 Project')
## #subprocess.Popen(['matlab','kinematics_r1.m'])
##
## print os.listdir(os.curdir)
## returnCode = subprocess.call("matlab -r kinematics_r1.m", shell=False)
## print "Return Code: ", returnCode
def test_rational_result():
assert division(1, 3) == 1 / 3
def test_int_result():
assert division(10, 5) == 2
def test_zero():
with pytest.raises(ZeroDivisionError):
assert division(1, 0)
import add
import subtract
import multiply
import division
a = int(input("Enter first val"))
b = int(input("Enter second val"))
print("----------MENU----------")
print("1.Add[a+b]")
print("2.Subtract[a-b]")
print("3.Multiply[a*b]")
print("4.Divide[a/b]")
op = int(input("Enter operation [1-4]"))
if op == 1:
res = add.add(a, b)
print("Sum is", res)
elif op == 2:
res = subtract.subtract(a, b)
print("Difference is", res)
elif op == 3:
res = multiply.multiply(a, b)
print("Answer is", res)
elif op == 4:
res = division.division(a, b)
print("Answer is", res)
def test_case_one():
assert division(5, 2) == '{0}\n{1}'.format(2, 2.5)
def test_answer_works_for_negative(self): self.assertEqual(division(-25,-5),5)
while user_ingang == "y":
try: #''' kullanicidan girdiler alinir. hata ayiklamasi icin try except blogunda '''
user_kies = input("islem sec:")
sayi1 = float(input("sayi gir: "))
sayi2 = float(input("sayi gir:"))
if user_kies == "+":
print(total(sayi1, sayi2))
if user_kies == "-":
print(
subtract(sayi1, sayi2)
) #kosullar karsilandiginda ilgili modulden fonksiyon cgrilir islem yapilir,
if user_kies == "x":
print(multiplication(sayi1, sayi2))
if user_kies == "/":
print(division(sayi1, sayi2))
else:
print('lutfen (+,-,x,/) isaretlerini kullanin'
) #kullanici isaret yanlis girdigi durumlarda
user_ingang = (
input('yeniden hesaplamak icin "Y" tusuna basin cikmak icin "N" ')
) #islem sonrasi tekrar kullaniciya sorulur.
user_ingang = user_ingang.lower()
if user_ingang == "n":
print("programdan cikiliyor...")
except ValueError:
print(
"Lutfen sayi giriniz"
) #Kullanici tarafindan girilecek hatali giris durumunda calistirilacak mesaj
if user_ingang == "n":
import addition
import division
import subtraction
import multiplication
print("We are taking numbers 10 and 5")
print("This is addition: ")
addition.add(10, 5)
print("This is subtraction: ")
subtraction.sub(10, 5)
print("This is multiplication: ")
multiplication.multiplication(10, 5)
print("This is division: ")
division.division(10, 5)
def division(self, a, b):
a = float(a)
b = float(b)
self.result = division(a, b)
return self.result
res_binaries = []
num = [0, 0, 0, 0, 0, 0, 0, 0, 0, 0]
if __name__ == '__main__':
# cap = cv.VideoCapture(0)
#
# img = None
# while True:
# _, img = cap.read()
# cv.imshow("img", img)
#
# key = cv.waitKey(23)
# if key == ord('p'):
# break
# cv.destroyAllWindows()
img = cv.imread("source_imgs/9.jpg")
rois, rects = division(img)
print(rois)
for roi in rois:
cv.imshow("roi", roi)
cv.waitKey(30)
label = input("label:")
if int(label) != -1:
num[int(label)] += 1
address = "data/" + label + "/" + str(num[int(label)]) + ".png"
cv.imwrite(address, roi)
cv.destroyAllWindows()
def test_case_two():
assert division(25, 3) == '{0}\n{1}'.format(8, 8.333333333333334)
def formula(num1, num2):
res = div.division(pow.power(num1)+sqrt.root(pow.power(pow.power(num2)-mod.module(num1)+5*num1*num2)),sqrt.root(pow.powe(pow.power(num1)-mod.module(num2)+5*num2*num1))-5)
return res
def divide(self, a, b):
self.result = division(a, b)
return self.result
def start():
input_a = input('input the first number \n')
input_b = input('input the second number \n')
division(input_a, input_b)
def test_case_three():
assert division(102, 11) == '{0}\n{1}'.format(9, 9.272727272727273)
from minus_func import my_minus
from my_sqrt import sqrt
from pow import my_pow
from division import division
print("Очень крутой калькулятор!")
a = input("Введите а =")
b = input("Введите b =")
# TODO высти операторы
print("pow, возведение a в степень b")
print("sqrt, корень a-ой степени из числа b")
print('division, деление a на b')
operator = input("Оператор =")
c = None # реузльтат сюда
# TODO вычисления резултата
if operator == "pow":
c = my_pow(a, b)
if operator == "minus":
c = my_minus(a, b)
if operator == 'division':
c = division(a, b)
if operator == "sqrt":
c = sqrt(a, b)
print("Результат = {}".format(c))
def test_answer_is_correct(self):
self.assertEqual(division(8,4),2)
