Code:
while True:
class math():
def math_add(self, add):
self.add = add
def math_sub(self, sub):
self.sub = sub
def math_mul(self, mul):
self.mul = mul
def math_div(self, div):
self.div = div
a=int(raw_input("First Number: "))
b=int(raw_input("Second Number: "))
c=raw_input("Operation: ")
math = math()
math.math_add(a+b)
math.math_sub(a-b)
math.math_mul(a*b)
math.math_div(a/b)
if c=='+': print math.add
elif c=='-': print math.sub
elif c =='*': print math.mul
elif c =='/': print math.div
else: print "Please use +, -, *, or /"
Edit: A simpler way to this may actually be something like this:
Code:
class math():
def math_add(self,a,b):
self.add = a + b
math = math()
math.math_add(1,2)
print math.add
That cant be efficent lol
This may help you a bit, I threw it together real quick
Code:
#!/usr/bin/env python
class Calculations( object ):
def Addition( self, Numbers ):
return sum( Numbers )
def Subtract( self, Numbers ):
Total = Numbers[ 0 ]
for Index, Num in enumerate( Numbers ):
try: Total -= Numbers[ Index + 1 ]
except IndexError: return Total
def Multiply( self, Numbers ):
Total = 1.0
for Num in Numbers: Total *= Num
return Total
def Divide( self, Numbers ):
Total = Numbers[ 0 ]
for Index, Num in enumerate( Numbers ):
try: Total /= Numbers[ Index + 1 ]
except IndexError: return Total
Numbers, Counter, Answer = [], 0, True
while Answer:
Counter += 1
try:
Answer = int( raw_input( "Number %i: " % ( Counter ) ) )
Numbers.append( Answer )
except ValueError: Answer = False
if len( Numbers ) < 2: print "Error: You need atleast two numbers..."
else:
Methods, Method = ["add", "subtract", "divide", "multiply"], False
while not Method in Methods: Method = raw_input( "Add/Subtract/Divide/Multiply? : ").lower()
Math = Calculations( )
if Method == Methods[ 0 ]: print Math.Addition( Numbers )
if Method == Methods[ 1 ]: print Math.Subtract( Numbers )
if Method == Methods[ 2 ]: print Math.Divide( Numbers )
if Method == Methods[ 3 ]: print Math.Multiply( Numbers )