option | description |
cell__a | unit cell parameters, same units as wavelength, the lattice centering using the first letter of the space group symbol |
cell__b | unit cell parameters, same units as wavelength |
cell__c | unit cell parameters, same units as wavelength |
cell_alpha | unit cell parameters, degree |
cell_beta | unit cell parameters, degree |
cell_gamma | unit cell parameters, degree |
cell_lattice_[P,A,B,C,I,F,R] | lattice centering type. Try P if you are not sure |
distance | sample detector distance, same units as pixel size |
fit_tolerance | tolerance to decide which peaks to use. The fit tolerance is the difference in degrees between observed and computed peak positions to use in parameter refinement |
o11 | detector flip element +1 for frelon & quantix |
o12 | detector flip element 0 for frelon & quantix |
o21 | detector flip element 0 for frelon & quantix |
o22 | detector flip element -1 for frelon & +1 for quantix |
omegasign | Sign of the rotation about z (normally +1 for right handed) |
t_x | crystal translation, units as distance/pixels |
t_y | crystal translation, units as distance/pixels |
t_z | crystal translation, units as distance/pixels |
tilt_z | detector tilt, right handed around z (The tilts are in radians about the y/z axes in the ID11 co-ordinate system ) |
tilt_x | detector tilt, right handed around x |
tilt_y | detector tilt, right handed around y |
wavelength | wavelength, normally angstrom same as units unit cell |
y-center | Beam centre in horizontal, pixels.The position of the beam centre and pixel sizes are used to transform the spatially corrected peak positions into real space peaks positions. You MUST use the values for pixel size recorded in the spline file if you have made a spatial distortion for things to work out properly. |
y-size | pixel size in horizontal, same units as distance |
z-center | Beam centre in vertical, pixels |
z-size | pixel size in vertical, same units distance |
wedge | wedge, rotation around y under omega |
chi | wedge, rotation around x under omega |
no_bins | Number of bins to use in histogram based filters |
min_bin_prob | Number of bins to use in histogram based filters |