I added
nab=var("nabla",latex_name=r'\mathcal{\nabla f}')
∇f(x,y)↦(−sin(x),−2cos(y))
Le 29/08/2018 à 18:46, HG a écrit :
The last thing I do ( but I am not sure it's "legal" :
f(x,y) = cos(x)-2*sin(y)
gradient = derivative( f )
nab=var("nabla",latex_name=r'\mathcal{\nabla}')
nabla=gradient;s
The last thing I do ( but I am not sure it's "legal" :
f(x,y) = cos(x)-2*sin(y)
gradient = derivative( f )
nab=var("nabla",latex_name=r'\mathcal{\nabla}')
nabla=gradient;show(f);show(nab,nabla)
-
∇(x,y) ↦ (−sin(x),−2cos(y))
Le lundi 20 août 2018 08:48:11 UTC+2, HG a écrit :
Le 21/08/2018 à 23:22, slelievre a écrit :
Mon 2018-08-20 06:48:11 UTC, HG:
>
> I would like to use nabla as div or grad operator, in sagemanifolds
it's
> used as levita-civita, how could it be use as them if it's possible ?
Can you give an example of what you would like
to input and what
Mon 2018-08-20 06:48:11 UTC, HG:
>
> I would like to use nabla as div or grad operator, in sagemanifolds it's
> used as levita-civita, how could it be use as them if it's possible ?
Can you give an example of what you would like
to input and what you would like the output to be?
--
You recei
