>FriCAS / Axiom is supposed to be very good at linear differential
>equations and differential equations of the form y'=f(x, y) - the code
>is by Manuel Bronstein. It seems to be rather weak for others, it
>cannot solve the equation above for example. I must admit, however,
>that I do not know m
> I guess Mathematica is the leader on solving differential equations
> symbolically, and pending other great ideas, I think their syntax is
> worth copying. Here's an example of the DSolve syntax in Mathematica:
>
> DSolve[{y''[x] + x^2 y[x] == 0 , y[0] == 0, y'[0] == 1}, y, x]
FriCAS / Axiom i
Yes, Maple puts both ODE and initial conditions in one set, as
dsolve({ODE, ICs}, y(x), options)
Alec
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For m
On Aug 21, 10:39 pm, Tim Lahey <[EMAIL PROTECTED]> wrote:
> On Aug 21, 2008, at 10:22 PM, Jason Merrill wrote:
>
> > That sounds good too, as long as boundary conditions are input in the
> > form of equations rather than grunts. I like it a little less in the
> > case that you don't want to suppl
On Aug 21, 2008, at 10:22 PM, Jason Merrill wrote:
That sounds good too, as long as boundary conditions are input in the
form of equations rather than grunts. I like it a little less in the
case that you don't want to supply any boundary conditions--then you'd
have to supply an empty list to av
On Aug 21, 9:01 pm, Tim Lahey <[EMAIL PROTECTED]> wrote:
> On Aug 21, 2008, at 8:52 PM, Jason Merrill wrote:
>
>
>
>
>
> > I guess Mathematica is the leader on solving differential equations
> > symbolically, and pending other great ideas, I think their syntax is
> > worth copying. Here's an exam
> I guess Mathematica is the leader on solving differential equations
> symbolically, and pending other great ideas, I think their syntax is
> worth copying. Here's an example of the DSolve syntax in Mathematica:
I think, Maple is better at that, especially for partial differential
equations. I
On Aug 21, 2008, at 8:52 PM, Jason Merrill wrote:
I guess Mathematica is the leader on solving differential equations
symbolically, and pending other great ideas, I think their syntax is
worth copying. Here's an example of the DSolve syntax in Mathematica:
DSolve[{y''[x] + x^2 y[x] == 0 , y[
