On 14/07/2020 11:49, Javier Perez Rodriguez wrote:
Hello Aaron,
First of all, thanks for your answer. As you suggested, here I bring a
piece of code with one of the problematic equations (see Section PIECE
OF CODE). As a result of certain computation, I get "equ_laplace" in
the Laplace domain, then, when I try to move it to the Time domain the
output is not a conventional equation (see Section OUTPUT). I have try
either force " sym.inverse_laplace_transform()" not to use Meijerg to
compute the solution or, reshape the Meijerg output to a conventional
equation but with not success yet, unfortunately.
Javier,
meijerg *is *a special function - like sin or cos or besselj! So it is a
conventional equation, it is just that meijerg isn't that well known:
https://en.wikipedia.org/wiki/Meijer_G-function
You can evaluate it for specific numerical arguments, or manipulate
expressions using it just as you can manipulate expressions using sin or
cos, or whatever.
David
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