It's supposed to mean that it can be evaluated to a numerical value
with evalf(). I guess infinities are also considered numerical in this
sense.
Aaron Meurer
On Sat, Jun 5, 2021 at 11:11 PM Paul Royik wrote:
>
> Why S.Infinity.is_number (as well as S.ComplexInfinity.is_number) is True and
> S.
Why S.Infinity.is_number (as well
as S.ComplexInfinity.is_number) is True and S.NaN.is_number is True,
while sin(S.Infinity) (i.e. AccumBounds) is False?
I just can't understand what is_number means in SymPy.
--
You received this message because you are subscribed to the Google Groups
"sympy"
If you are talking about numerical evaluation, in SymPy, integers wrap
Python integers, so the operations are done in Python itself. Floating
point numbers wrap mpmath, so the code for those will be in the mpmath
library.
Aaron Meurer
On Sat, Jun 5, 2021 at 4:06 PM David Bailey wrote:
>
> On 05/
On 05/06/2021 17:09, Chris Smith wrote:
Try follow from `Numbers.__add__`
Since Python can handle arbitrary precision numbers, doesn't the final
evaluation happen in Python? I have always assumed that to be the case.
E.g. 3*4*x*x is converted into 12*x*x by Python (where x is an instance
of
Try follow from `Numbers.__add__`
/c
On Saturday, June 5, 2021 at 7:21:57 AM UTC-5 michal.bozyd...@gmail.com
wrote:
> Hey, thank you. But *flatten* is executed only then, when argument is
> symbol, like *2 * x * x* (i.e.). But where is code of numbers eval?
> sobota, 5 czerwca 2021 o 14:01:46
> There are several different ways to rewrite one trig function in terms
of another.
The `fu` patterns can be used to do different types of rewriting. But in
the case you gave, rewriting as cos, Pow or Mul might make sense.
On Monday, May 17, 2021 at 3:26:36 AM UTC-5 JSS95 wrote:
> I opene
Hey, thank you. But *flatten* is executed only then, when argument is
symbol, like *2 * x * x* (i.e.). But where is code of numbers eval?
sobota, 5 czerwca 2021 o 14:01:46 UTC+2 smi...@gmail.com napisał(a):
> processing of args, I believe, is handled in Add.flatten and Mul.flatten
>
> /c
>
> On S
processing of args, I believe, is handled in Add.flatten and Mul.flatten
/c
On Saturday, June 5, 2021 at 3:18:06 AM UTC-5 michal.bozyd...@gmail.com
wrote:
> Hi.
>
> Where can I find code, that evaluates *Add* and *Mul* operations on real
> numbers? I've found the code in *Pow* file (sympy/core
Hi.
Where can I find code, that evaluates *Add* and *Mul* operations on real
numbers? I've found the code in *Pow* file (sympy/core/power.py). I know
that there are move files in that dir:
(sympy/core/add.py)
(sympy/core/mul.py)
But I cannot find the line of evaluation.
I.E. where is code tha
Hello guys, this is Sharath, I am a first year computer science student at
Amrita University. I love to code and i am so excited to work with my
favorite language - "Python".
I have one year of experience working in python. My previous python
projects include, plotting a covid variation graph a
10 matches
Mail list logo
