Hi Ondrej,
In [34]: g.match(a*exp(b))[a]
Out[34]: 0.886226925452758
In [35]: g.match(a*exp(b))[b]
Out[35]:
2
2.25 1.50⋅vy 0.250⋅vy
- + ─── -
I was curious what you do, so I googled a bit and found this:
http://www.stat.ncsu.edu/bswg/description.html
is it accurate? E.g. you do the section (i) Environmental applications?
Ondrej
Yes! That is exactly what I'm doing for my doctoral thesis.
Bayesian predictions are growing broad
Dear all,
I addressed Ondrej's comments in the sympy-patch mailing list.
regularly use git svn, which allows me ...
If you say so, I think I'll try git svn sometime after my exams...
Looks like the most complete kit!
Thanks, I'll keep you posted,
Angelica.
FOR THE INTEREST OF WINDOWS USERS:
I found TortoiseHg... (you can download from Sourceforge.com) it's a
Mercurial tool for windows, it converts all the work in chips for us
windows-dummies... you can identify equivalences of using Hg from the
command line as you use it, it even saves lots of
How are you developing code on windows? Maybe other windows developers here
can share the ways they work with revision control on windows.
I'm a complete beginer. I used to 'program' in Matlab but I migrated
to Python (thanks God) since August, so before, I had never
developed code, just
Also, to make 1/lambda simpler, v*cos(phi) can be replaced by vx and
v*sin(phi) by vy... as v is a velocity vector and phi its angle. So
instead of integrating in v, phi, D and g, the integration occurs in
vx, vy, D and g.
Thanks,
Angelica(Pekeika
this integral work?
Thanks very much,
Pekeika.
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