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e.q. scans in a negative direction or the scan range is greater than the machine angle, the scan can be forced to either of the two types by giving ''From' (forces from-to scan) and 'Centre' (forces centred

CYCLOPS, OrientEXPRESS (ILL) or the hard X-ray facility (ILL). The main features of the Esmeralda suite can be summarized as follows: - Application with a graphic user interface (GUI) - support for any Laue ... integration of Bragg peaks using procedures which account for the overlap of close reflections. This can be performed either automatically ...

citations The citations of LAMP often include URLs which are now obsolete. This page show where you can find the current or archived web pages and documents. When citing LAMP, in addition to an URL, you

Functions superspacegroup_type is an extension of spg_type . It is used to describe a superspace group. It can be created with function set_spacegroup . Key Value Description ep ndarray ; dtype= int32 , shape=(

extension of group_type . It is used to describe a crystallographic space group or a Shubnikov group. It can be created with function set_spacegroup . Key Value Description alat_tr ndarray ; dtype= float32 ,

Functions Use set_spacegroup is used to build a crystallographic, Shubnikov or superspace group. It can build the group from its standard symbol or number or directly from a list of generators. It allows

superspacegroup_type . It can be generated with the function set_spacegroup . spg_2 dict Space group. It must be a dictionary of type spg_type or superspacegroup_type . It can be generated with the function

vectors. spg dict Space group. It must be a dictionary of type spg_type or superspacegroup_type . It can be generated with the function set_spacegroup . r tuple The tuple returned by the function. r[0] :

a dictionary of type magnetic_domain_type . examples Examples of input files of different formats can be found in the directory Testing/CIFs of the CrysFML08 distribution.

PyCrysFML08 Functions cell_g_type is an extension of cell_type . It describes the crystal unit cell. It can be created with function set_ crystal_cell . Key Value Description bl_m ndarray ; dtype= float32 ,