On Fri, 2 Dec 2016 01:35 pm, Ho Yeung Lee wrote:
> from __future__ import division
> import ast
> from sympy import *
> x, y, z, t = symbols('x y z t')
> k, m, n = symbols('k m n', integer=True)
> f, g, h = symbols('f g h', cls=Function)
> import inspect
Neither ast nor inspect is used. Why import them?
The only symbols you are using are x and y.
> def op2(a,b):
> return a*b+a
This doesn't seem to be used. Get rid of it.
> class AA(object):
> @staticmethod
> def __additionFunction__(a1, a2):
> return a1*a2 #Put what you want instead of this
> def __multiplyFunction__(a1, a2):
> return a1*a2+a1 #Put what you want instead of this
> def __divideFunction__(a1, a2):
> return a1*a1*a2 #Put what you want instead of this
None of those methods are used. Get rid of them.
> def __init__(self, value):
> self.value = value
> def __add__(self, other):
> return self.value*other.value
Sorry, you want AA(5) + AA(2) to return 10?
> def __mul__(self, other):
> return self.value*other.value + other.value
> def __div__(self, other):
> return self.value*other.value*other.value
>
> solve([AA(x)*AA(y) + AA(-1), AA(x) + AA(-2)], x, y)
I don't understand what you are trying to do here. What result are you
execting?
Maybe you just want this?
from sympy import solve, symbols
x, y = symbols('x y')
print( solve([x*y - 1, x - 2], x, y) )
which prints the result:
[(2, 1/2)]
Perhaps if you explain what you are trying to do, we can help better.
But please, cut down your code to only code that is being used!
--
Steve
“Cheer up,” they said, “things could be worse.” So I cheered up, and sure
enough, things got worse.
--
https://mail.python.org/mailman/listinfo/python-list
