def calculate():
if symbol == '+':
add.add()
elif symbol == '-':
sub.sub()
elif symbol == '*':
mul.mul()
elif symbol == '/':
div.div()
else:
print('Please use mathematical symbol')
# Create a package Calculator having four files add.py, sub.py, mul.py # and div.py with functions to perform addition, subtraction, # multiplication and division respectively. Import Calculator package # in your code and implement simple calculator. from add import add from sub import sub from mul import mul from div import div print(add(7,5)) print(sub(17,15)) print(mul(8,3)) print(div(7,5))
def euler(list):
j = []
for i in range(13, len(list)):
a = mul(list[i - 13: i])
j.append(a)
return max(j)
import mul print(mul.mul(7, 8)) print(__name__)
import mul
if __name__ == "__main__":
print(mul.mul(10, 10))
def __call__(self, x, train=False):
branches = []
for i in six.moves.range(self.branch_num):
branches.append(self['branch{}'.format(i)](x, train=train))
x = self.identity(x, train=train)
return mul(*branches, train=train) + x
import mul print(mul.mul(5, 4)) print(__name__)
def test_function(self):
result = mul.mul(2, 4)
self.assertEqual(result, 8)
1 for '+'
2 for '-'
3 for 'x'
4 for '/'
""")
return [x,y,op]
def output(result):
print "The result is:", result
if __name__ == "__main__":
print "Hello Dummy Cal!"
# get input from user
result = None
while result is None:
(x, y, op) = getUserInput()
if op == 1: result = add(x, y)
elif op == 2: result = sub(x, y)
elif op == 3: result = mul(x, y)
elif op == 4: result = div(x, y)
else: print "Please enter a valid operator"
# output result.
output(result)
import add import sub import mul import div c = add.add(2,3) print(c) d = sub.sub(2,3) print(d) a = mul.mul(2,3) print(a) b = div.div(2,3) print(b)
from add import add
from mul import mul
from Division import div
from subtract import subtract
print("Calculations")
add(4,3)
print(subtract(4,2))
print(div(4,2))
print(mul(4,2))
resp = []
trec = []
dc = []
import mul
f = open('digit', 'r')
for line in f:
a = line
b = len(a)
e = 0
while e < (b - 12):
f = e+13
c = a[e:f]
for i in c:
trec.append(int(i))
k = (mul.mul(trec))
resp.append(k)
e = e + 1
pp = trec
dc.append(pp)
trec = []
print(max(resp))
import div_u
import mul
print("Enter two space seperated numbers")
a,b = map(int,input().split())
f = open("result.txt", "w")
f.write(div_u._div(a,b)+"\n")
f.write("--------------------"+"\n")
f.write(mul.mul(a,b)+"\n")
f.close()
def test_m():
assert mul.mul(2, 3) == 6, 'false'
import add
import sub
import mul
import div
import exp
import sqrt
a = int(input("a-> "))
b = int(input("b-> "))
print("a+b")
print(add.add(a, b))
print("a-b")
print(sub.sub(a, b))
print("a*b")
print(mul.mul(a, b))
print("a/b")
print(div.div(a, b))
print("a^(b)")
print(exp.exp(a, b))
print("sqrt(a)")
print(sqrt.sqrt(a))
def thissub(num1, num2):
thisnum = num1 - num2
return thisnum
def thismul(num1, num2):
thisnum = num1 * num2
return thisnum
def thisdiv(num1, num2):
thisnum = num1 / num2
return thisnum
if __name__ == "__main__":
a = 10
b = 10
#These num of import
print 'result add :', add.add(a, b) #add모듈의 함수
print 'result sub :', sub.sub(a, b) #sub모듈의 함수
print 'result mul :', mul.mul(a, b) #mul모듈의 함수
print 'result div :', div.div(a, b) #div모듈의 함수
#These thisnum of calc.py module
print 'this is result add :', thisadd(a, b) #현재 모듈의 함수
print 'this is result sub :', thissub(a, b) #현재 모듈의 함수
print 'this is result mul :', thismul(a, b) #현재 모듈의 함수
print 'this is result div :', thisdiv(a, b) #현재 모듈의 함수
import ad import sub import mul import div print(ad.ad(6, 3)) print(sub.sub(6, 3)) print(mul.mul(6, 3)) print(div.div(6, 3))
"""
num1, num2 = input(": ").split()
print(num1)
print(num2)
print("------")
"""
import sum
import mul
import dec
import div
number1 = input("num1 : ")
number2 = input("num2 : ")
sum.sum(int(number1), int(number2))
dec.dec(int(number1), int(number2))
mul.mul(int(number1), int(number2))
div.div(int(number1), int(number2))
from add import add from sub import sub from mul import mul from divide import divide add() sub() mul() divide()
