Properly, I think it should be (A*Ca*zmu).grad.dot([[1]]), but in 1D it
shouldn't be any different.
On Mar 10, 2016, at 3:46 PM, Hervé Turlier wrote:
> Dear Jonathan,
>
> Thanks for your inputs.
> While I agree that the ConvectionTerm(var=A, coeff=Ca[None]*zmu) would not
> work for higher dim
Dear Jonathan,
Thanks for your inputs.
While I agree that the ConvectionTerm(var=A, coeff=Ca[None]*zmu) would not work
for higher dimensions, this should be okay for now in 1-dimension, right ?
Also, replacing, in this term, A and Ca should lead to the same numerical
result ?
For 2-dimensions,
> I'm not entirely sure why the tuple version breaks, but the convection
> terms do store different variables.
A tuple of Variable fields is never a higher rank field. It might work
occasionally, but it really shouldn't be counted on.
I have no idea why V[None] produces a vector from a scalar, b
Hi Daniel,
Wonderful ! Indeed that works like you propose.
Many thanks.
Best,
Hervé
---
Hervé Turlier, PhD
European Molecular Biology Laboratory,
Meyerhofstrasse 1
69117 Heidelberg, Germany
herve.turl...@embl.de
herve.turl...@polytechnique.org
Tel: +49 (0)6221 387-8182
> On Mar 10, 2016, at
Hi Hervé,
As you correctly stated, the issue is the scalar/vector velocity and
the convection terms. Writing the equations using `V[None]` worked for
me rather than using a tuple, `(V,)`, to make the velocity a vector. I
don't know why exactly. Try this though,
V_vec = V[None]
# DEFINE EQUA
On Wed, Mar 9, 2016 at 12:21 PM, Zhekai Deng
wrote:
> Thank for you taking the time clarify this to me. I implemented your
> suggestions, and it works right now. I understand the TransientTerm part
> now. And I have a quick follow up question regarding to velocity field
> part: So in my original
Dear FiPy developers,Thanks a lot for sharing the very useful FiPy software and providing reactive support.I’ve got a set of equations for which FiPy should be the right tool to use I think.I have 3 simple convection-reaction-diffusion PDEs (convection-diffusion with reactive source term) in 1-dime
