I am working on and arbitrary constant type that would automatically
combine with other constants (such as 2*C1 => C1). Whenever I get
that in, we could see if it could be modified to do arbitrary
functions. For now, I would just do F1, F2 = map(Function, 'F1 F2')
as you said, just like
On Thu, Jul 9, 2009 at 3:57 PM, Priit Laes wrote:
>
> Ühel kenal päeval, K, 2009-07-08 kell 19:04, kirjutas David Joyner:
>> On Wed, Jul 8, 2009 at 4:31 PM, Priit Laes wrote:
>> >
>> > Hey,
>> >
>> > For the past week I have been trying to figure out how to implement
>> > solver for most basic typ
Ühel kenal päeval, K, 2009-07-08 kell 19:04, kirjutas David Joyner:
> On Wed, Jul 8, 2009 at 4:31 PM, Priit Laes wrote:
> >
> > Hey,
> >
> > For the past week I have been trying to figure out how to implement
> > solver for most basic types of PDEs and now it is finally time to show
> > something:
Ühel kenal päeval, K, 2009-07-08 kell 19:04, kirjutas David Joyner:
> On Wed, Jul 8, 2009 at 4:31 PM, Priit Laes wrote:
> >
> > Hey,
> >
> > For the past week I have been trying to figure out how to implement
> > solver for most basic types of PDEs and now it is finally time to show
> > something:
Ühel kenal päeval, K, 2009-07-08 kell 19:04, kirjutas David Joyner:
> On Wed, Jul 8, 2009 at 4:31 PM, Priit Laes wrote:
> >
> > Hey,
> >
> > For the past week I have been trying to figure out how to implement
> > solver for most basic types of PDEs and now it is finally time to show
> > something:
On Wed, Jul 8, 2009 at 4:31 PM, Priit Laes wrote:
>
> Hey,
>
> For the past week I have been trying to figure out how to implement
> solver for most basic types of PDEs and now it is finally time to show
> something:
>
> In [1]: from sympy import *
> In [2]: from sympy.solvers.solvers import *
> I
