oh, gosh. Thank you Jonathan!
Thanks for bringing me up to speed on this issue.
My thought was simply to make laplace_tranform() usage more closely match
the documentation for sympy.dsolve(), which suggests sympy.Eq() for
equations.
Best wishes, Eric
On Sat, Feb 26, 2022 at 3:31 PM
Thank you! I'm especially grateful for the updates to laplace_transform()
in sympy-1.10rc3
One (simple?) thing I ask you to consider:
Please make laplace_transform() accommodate equations as input.
Here's what I see with sympy-1.10rc3
import sympy
t,s = sympy.symbols("t s")
x =
Hi Staffan,
I'm thinking of switching from Maxima to python in my math classes, and I
recently noticed the same issue you're talking about.
I have a prototype laplace() code that I believe handles derivatives
correctly when solving linear IVPs.
You can read about it at
