Hi Joe,
it looks like you did everything just right.. So I'm not sure what you mean by "It gives the CCP4 map but it is not a real space model-map as expected.". What makes you think this is not a real-space model-calculated map? It should be, it is expected to be..
Pavel
Hi Pavel,
Thank you for your information.I had a try with the cmd you suggested and I did get the mtz file.While trying to use the mtz to get a real space map, I tried with "phenxi.mtz2map model.cif.mtz"Available map coefficients in this MTZ file:
['FMODEL,PHIFMODEL'] (skipping, add include_fmodel=True to include)
No model input - will output map(s) in unit cell.
After adding includ_fmodel=True. It gives the CCP4 map but it is not a real space model-map as expected.I may not get the right way to do this. Need further help.
Many thanks,Joe
On Sat, Jan 20, 2024 at 5:07 AM Pavel Afonine <[email protected]> wrote:
Hi Joe,
> I am new to Phenix and using the phenix.mtriage to get the map-model
> FSC results. It gives the correct results at the same time I also want
> to produce the mode-map used for the FSC calculation. Is there an
> option for this? If not how can I reproduce the same model-map with
> another phenix command?
at the moment phenix.mtriage does not have an option to output the
model-generated map. However, you can get such a map using a different
Phenix tool (in the command line). Example:
phenix.fmodel model.pdb high_res=3.2 scattering_table=electron
where model.pdb is the file with your atomic model, high_res specifies
resolution of the map, and scattering_table tells to use electron form
factors.
This will produce an MTZ file with the Fourier map that is calculated as
described in Section 2.1.1. here:
https://pubmed.ncbi.nlm.nih.gov/30198894/
Pavel