Is there a JHBuild setting for requesting both static and shared libs?
The default seems to only build *.so(s) and setting _build_static=True
in conf.py only yields *.a(s).
Thanks,
Alastair Fyfe
You might try some shrink-wrap.
Herman
-Ursprüngliche Nachricht-
Von: CCP4 bulletin board [mailto:CCP4BB@JISCMAIL.AC.UK] Im Auftrag von Keller,
Jacob
Gesendet: Montag, 7. Juli 2014 18:43
An: CCP4BB@JISCMAIL.AC.UK
Betreff: Re: [ccp4bb] emergency substitute for RT loop cover?
Anyone
In the process of acquiring a crystallography robot for the laboratory. I
have narrowed along capability and budgetary constraints to either an
Formulatrix NT8, or a Art Robbins Gryphon. I know the Art Robbins
instrument characteristics pretty well, does anyone have any
experience/advice on the
Gentle reminder, early bird registrations deadline, July 15th, is
approaching fast.
Students, postdocs and scientists interested in the latest
crystal-growth methodologies and advances in serial crystallography,
neutron diffraction and other exciting techniques may wish to *join
ICCBM15*
Dear colleagues,
I would like to remind you that registration for the Murnau conference on
Structural Biology will end soon (July 31st). At the meeting from September
10 to 13, we will have eminent scientist as speakers from various fields of
structural biology (see
Hi
If a sample of powder crystal (say Nickel) is shot with monochromatic x-rays,
one will observe reflections from planes that satisfy Bragg's Law. For Ni the
first four planes are (111, 200, 202, 311) with 2theta (44, 52, 76, 93 degrees)
respectively.
Why doesn't one observe a reflection
The plane will scatter, and all atoms in the plane will scatter in phase
if angle of incidence equals angle of reflection. this is how a mirror
reflects. Furthermore all the parallel planes will also reflect at this angle.
Trouble is the beams scattered from the different parallel planes are
Edward A. Berry ber...@upstate.edu writes:
The plane will scatter, and all atoms in the plane will scatter in phase
if angle of incidence equals angle of reflection. this is how a mirror
reflects. Furthermore all the parallel planes will also reflect at this angle.
Trouble is the beams
Yes, the way I like to think of it as a double condition, the
reflection‐in‐a‐mirror condition *plus* the special condition imposed
by Bragg’s Law. This is why I often prefer the unfashionable spelling
“reflexion”.
--
Ian ◎
Me too. Actually reflexion (but the verb is reflect) is the
I thought (I think I was told that way early during my PhD studies) that reflexion/reflection is a matter of British/American spelling. In fact Merriam-Webster Dictionary says just
that:
Definition ofREFLEXION
chiefly British variant ofreflection
and the American Heritage and
Dear all,
The downstream end of this thread seems to have drifted into learned
considerations of spelling, so I am getting back to this early reply.
I am surprised that nobody has mentioned the role of the wavelength in
all this: there is no way that one can directly link the first
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