my problem here is that I'm trying to make a better, more compressed but still advanced calculator with text outputs and everything. It's still in a very, VERY early stage as I came across a problem.
#!/usr/bin/python
import math
import time
import random
op=input('add/sub/mul/div/sqrt/n!/pow/ctof/hex')
if op==('ctof'):
choice=input('C to F or F to C. 1 or 2')
if choice=='1':
c=float(input('Input Celcius'))
print(str(c)+' Degrees Celcius = '+str(c*1.8+32)+' Degrees Fahrenheit')
if choice=='2':
f=float(input('Input Fahrenheit'))
print(str(f)+' Degrees Fahrenheit = '+str((f-32)/1.8)+' Degrees Celcius')
else:
print('Invalid operation')
if op==('sqrt')or('n!'):
x=float(input('Input X'))
if op==('sqrt'):
print('The square root of '+str(x)+' is: '+str(math.sqrt(x)))
if op==('n!'):
print('The factorial of '+str(x)+' is: '+str(math.factorial(x)))
else:
x=float(input('Input X'))
y=float(input('Input Y'))
if op==('add'):
print(str(x)+' + '+str(y)+' = '+str(x+y))
The thing is that the x inputin the square root and factorial condition runs instead of the
else:
one. So when I use add it says that Y is missing. What am I doing wrong and why does the wrong input start.
By the way, sorry for the messy code. As said I wanted it to be compact. Plus I think It's a beuty to look at personally(if it was working).
The comparison you want is the following:
The issue with your code:
is that it always evaluates to true because
'n!'
is a constant truthy value. It does not evaluate what you think it evaluates, it does something like this:which becomes