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- dateWritten - date that the file was last written. Code that modifies this file should update this field.
- timeWritten - time that the file was last written. Code that modifies this file should update this field.
sampleCircles - a container element that holds 1 to n circleAxis elements describing the sample goniometers. This element has one attribute that lists the number of circleAxis elements to be included for the sample. - detector Circles - a container element that holds 1 to n circleAxis elements describing the detector goniometers. This element has one attribute that lists the number of circleAxis elements to be included for the detector.
circleAxis - an element to describe the axes of sampleCircles and detectorCircles. These elements have three attributes
- number - referemce number for the axis from 1 to n. 1 is the outermost axis and n is the innermost.
- specMotorName - Name of the motor in the spec file. This is used to retrieve data for the axes from the spec file.
- directionAxis - primary direction of the motor axis and direction. (e.g. z-, y+, etc.)
- primaryBeamDirection - direction of the primary beam. This is a container for 3 axis elements
- implaneReferenceDirection inplaneReferenceDirection - in-plane reference direction. This is a container for 3 axis elements
- sampleSurfaceNormalDirection - sample Surface normal. This is a container for 3 axis elements
- axis - describes reference directions primaryBeamDirection, inplaneReferenceDirection, sampleSurfaceNormalDirection. This element has one attribute (number) which should have a value 1 to 3 (for x,y z axes) and a value 0 or 1 to indicate the magnitude of the axis in that direction
- monitorName - The name of a scan variable in the spec file which should be associated with a "monitor" for scaling the data on a per image basis. The image will be divided by this number. This element has an attribute scaleFactor which will be multiplied by the data to rescale after the correction.
- filterName - The name of a scan variable in the spec file which should be associated with a "filter" for scaling the data on a per image basis. The image will be divided by this number. This element has an attribute scaleFactor which will be multiplied by the data to rescale after the correction.