That sounds like a good idea. As far as I can tell, it isn't
implemented yet, and it should be straightforward.
Aaron Meurer
On Mon, Apr 11, 2016 at 2:31 AM, Christina Zografou
wrote:
> What about making a class for parabola like the one there already is for
> ellipse? Do you think that's someth
It's worth pointing out that if you use exact integers or rationals
(you can convert a float to a rational with nsimplify()), then there
are no accuracy loss issues, because the result of the calculation
will be a (large) rational number, which can be evaluated to a float
exactly.
Also, if you are
On Sat, Apr 9, 2016 at 3:13 AM, Amy Valhausen wrote:
>
> Hi Aaron! I have been trying to follow your suggestions to try
>
> mpmath.phi & sympy.GoldenRatio but I keep getting command line errors when I
> try to reference these.
These are referencing the names from the modules. To get
sympy.Golden
Golden Ratio Problem
I am needing help on designing code that uses a modified
form of Binets Formula. I am a newbie to python so am
very open to direction and samples you can provide that
demonstrate how to structure this in python.
I believe I already have a solution in psuedo code
(included be
Very Large number Calculations with No Loss in Accuracy ?
Given a 1700 digit number, we want to store the value and perform two
functions on it with NO loss of accuracy, its ok if calc time takes longer
but better if faster.
Where x = a 1700 digit long numeric value
The two calcs to be compute
You could also look through our issues list and try to fix bugs and
implement feature requests. There are tons of issues to work on:
https://github.com/sympy/sympy/issues
Secondly, a good source for ideas is the GSoC idea page:
https://github.com/sympy/sympy/wiki/GSoC-2016-Ideas. These are general
If there is are geometric entities that are not implemented in the geometry
package, I'm sure that they would be welcome additions.
Jason
moorepants.info
+01 530-601-9791
On Sun, Apr 10, 2016 at 11:31 PM, Christina Zografou <
christinazograf...@gmail.com> wrote:
> What about making a class for
What about making a class for parabola like the one there already is for
ellipse? Do you think that's something we could do?
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On 11 April 2016 at 03:55, Amy Valhausen wrote:
> In tried ;
>
> import mpmath
> x = Float("1.4142", 950)
> x**6000%400
>
> But got the same sort of error message again ;
>
x = Float("1.4142", 950)
> Traceback (most recent call last):
> File "", line 1, in
> NameError: name 'Float' is not
