Yes it should change in a new format to replace MTZ
Sent from my iPhone
> On 24 Jun 2017, at 11:52, Eleanor Dodson wrote:
>
> This reminds me - one of the sensible things in SCALEPACK unmerged is it
> lists explicitly:
> (h k l) unique followed by (h' k' l') measured. I think the M/ISYM was
This reminds me - one of the sensible things in SCALEPACK unmerged is it
lists explicitly:
(h k l) unique followed by (h' k' l') measured. I think the M/ISYM was
introduced to save file space but it is kind of redundant now! and a bit
flawed, as it depends on assigned symop numbering , Is it tim
ISYM/2 is the symmetry number used to generate the unique hkl from the
original. If ISYM is odd then it is the symop. If even then the symop is
negated. Thus ISYM = 1 = h,k,l. ISYM = 2 = -h,-k,-l
Symmetry number is order of operators
There is some code in C in the CCP4 library and in C++ in eg A
Hello Phil,
the order of reflections, or the order of operators? How would I reproduce
"Orig." H K L, as VIEWHKL appears to do?
Thank you.
Wolfram
On Fri, Jun 23, 2017 at 1:50 AM, Phil wrote:
> Yes. With the caveat that ISYM refers to the symmetry operators in the
> order they are stored in the
Yes. With the caveat that ISYM refers to the symmetry operators in the order
they are stored in the MTZ file
Phil
Sent from my iPhone
> On 22 Jun 2017, at 17:04, wtempel wrote:
>
> Hello all,
>
> Are the following statements regarding AIMLESS unmerged mtz output accurate?
> - the H, K, L, M/
I believe so!
Eleanor
On 22 June 2017 at 17:04, wtempel wrote:
> Hello all,
>
> Are the following statements regarding AIMLESS unmerged mtz output
> accurate?
> - the H, K, L, M/ISYM columns are sufficient to recover the "original" H K
> L indices.
> - a combination of "original" H K L and the B
Hello all,
Are the following statements regarding AIMLESS unmerged mtz output accurate?
- the H, K, L, M/ISYM columns are sufficient to recover the "original" H K
L indices.
- a combination of "original" H K L and the BATCH value is unique inside
the file.
Thank you in advance.
Wolfram Tempel