It's true that Eq() is not really an equation because it works like a
boolean, but it's also the only equation object SymPy has. The reason
dsolve() and solve() accept Eq() is because they solve equations, so it
makes sense for them to accept an equation. laplace_transform() on the
other hand
Hi Eric,
At this stage in the release cycle I don't want to add any new
features. Ideally if there are no new bugs then I don't want to make
any changes at all before releasing 1.10. New changes can go into the
master branch though and those will be features for sympy 1.11.
Oscar
On Sat, 26 Feb
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 all,
I've just released SymPy 1.10rc3 release candidate.
Following the previous release 1.10rc2 release candidate a couple of
regressions were reported:
https://github.com/sympy/sympy/issues/23144
https://github.com/sympy/sympy/issues/23148
Thanks to Matthias Koeppe and Clément Robert for
