CenterPosition ( self,  hardware )

Calculate goniometer position corresponding to center of the image parameters: hardware: hardware object

return value: a position object

DataSet (
        self,
        complete=0,
        cell=None,
        )

Create database object of reflections found by Denzo in this image

optional parameters: complete=0: if 0, give all reflections listed if 1, give only reflections listed as non-partial return value: dataset object

GetOrientationMatrix ( self,  hardware )

Calculate orientation matrix of the crystal in CAD4 coordinates

parameters: hardware: hardware object

return value: a 3x3 orientation matrix (row matrix of a* b* c*)

InvertedDataSet (
        self,
        complete=0,
        cell=None,
        )

Create database object of reflections found by Denzo in this image

optional parameters: complete=0: if 0, give all reflections listed if 1, give only reflections listed as non-partial return value: dataset object

Scan (
        self,
        hardware,
        expandfactor=1.0,
        expandeitherside=0.0,
        )

Create scan object that represents the Denzo image.

parameters: hardware: hardware object

optional parameters: expandfactor: how much longer should the scan be than the real scan seen by denzo (made by symmetric expansion). Default=1.0

expandeitherside: angle in radians by which the scan should be expanded in both directions to account for mosaicity. return value: scan object

StartPosition ( self,  hardware )

Calculate goniometer position corresponding to the start of the scan

NOT THE START OF THE IMAGE!!!!

parameters: hardware: hardware object

return value: a position object

__init__ (
        self,
        xfilename,
        kcdfilename=None,
        inhibitkcd=0,
        )

Constructor

parameters: xfilename : name of .x file kcdfilename : name of .kcd file

framerange ( self )

Return the scan range for the image

scanangle ( self )

Return the name of the angle that was used to scan. First letter is capital.