On Sun, 14 Jul 2019 at 13:29, David Bailey wrote:
>
> On 13/07/2019 22:36, Oscar Benjamin wrote:
>
>
> Generally it is a lot easier to understand SymPy if you are
> experienced with Python. A lot of our users are new to both Python and
> SymPy and I think that makes it hard to explain what's
On 13/07/2019 22:36, Oscar Benjamin wrote:
Generally it is a lot easier to understand SymPy if you are
experienced with Python. A lot of our users are new to both Python and
SymPy and I think that makes it hard to explain what's going on. Some
things would be cleaner for users if SymPy was not
On Sat, 13 Jul 2019 at 21:40, Gary Pajer wrote:
>
> Oscar,
>
> That does seem to do what I want ... I think.
> What's the difference between this and Chris Smith's answer?
I think that both Chris and Gagandeep thought that you were trying to
do something more complicated than you actually were.
Oscar,
That does seem to do what I want ... I think.
What's the difference between this and Chris Smith's answer? I think I
made a symbolic equation between symbols. Didn't you make a *pythonic*
assignment? Then python did the right thing when using the multiplication
operation '*' (by
Hi Gary,
I wonder if we are overcomplicating things here. Does this do what you want?
x, y = symbols('x, y')
a = x + y
b = x * y
print(a * b)
--
Oscar
On Tue, 9 Jul 2019 at 03:11, Gary Pajer wrote:
>
> I'm sure I'm not the first person having trouble getting started. If there
> is a good
So you want to multiply the two equations?
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I'm sure I'm not the first person having trouble getting started. If there
is a good tutorial, more detailed than the sympy docs tutorial, please
point me to it!
I want to display the product of two expressions. Suppose I have
a, b, x, y = symbols('a b x y')
ex1 = Eq(a, x + y)
ex2 = Eq(b, x
