.. _QRSdataDescription: .. index:: Output data Nika Export data Nika QRS data type Output data =========== QRS - Internal in Igor ---------------------- .. Figure:: media/OutputData1.png :align: center :width: 100% Data are internally stored (if selected) within Igor experiment in folder root\:SAS\: in folders with nameOfSample\_C being the circular average nameOfSample\_Angle\_halfWidth being sector average around direction Angle with sector half-width. **The wave names** *X-axis data* **q\_NameOfSample\_C (or \_Angle\_halfWidth) q vector in A\ :sup:`-1`** **t\_ NameOfSample\_C (or \_Angle\_halfWidth) 2 theta, if output with respect to 2 theta** **d\_ NameOfSample\_C (or \_Angle\_halfWidth) d for output wrt d** *y axis data* **r\_ NameOfSample\_C (or \_Angle\_halfWidth) intensity (if calibrated in whatever units – thickness is converted to cm, so it should be cm\ :sup:`-1`)** *error* **s\_ NameOfSample\_C (or \_Angle\_halfWidth) error for intensity** *other* **w\_ NameOfSample\_C (or \_Angle\_halfWidth) width of each bin of Q/d.2 theta.** This is for LUT output, and provides data for bin-width smearing. Smaller number of bins, larger width of each. For linear binning, this is same number and is (Max-Min/numOfPoits), but for log binning this is varying function of bin position. **For Line profile data:** For example for GI\_Vertical line in my test case, this was the name: gc\_saxs\_395\_\_GI\_VLp\_0.0077 “gc\_saxs\_395\_”…. Part of the name of used Figure GI\_VLp\_.... GI\_Vertical Line 0.0077 …. *q\ :sub:`y`* value at which the data were calculated. Exported data are Int, error, Q, qx, qy, qz columns with header and column names Saved data in Igor are **r\_NameOfSample\_ProfileIndicator\_Qvalue** intensity **q\_NameOfSample\_ProfileIndicator\_Qvalue** q [A:sup:`-1`] **s\_NameOfSample\_ProfileIndicator\_Qvalue** error **qy\_NameOfSample\_ProfileIndicator\_Qvalue** qy [A:sup:`-1`] **qz\_NameOfSample\_ProfileIndicator\_Qvalue** qz [A:sup:`-1`] **qx\_NameOfSample\_ProfileIndicator\_Qvalue** qx [A:sup:`-1`] (generated ONLY if GI… profile is used) Note, intensity wave has attached wave note, containing some useful information: CalibrationFormula=1\*((Sa2D));CurrentMaskFileName=A mask\_mask;QvectorNumberPoints=300;CircularAverage=1; ASCII export ------------ see :ref:`ASCII export from Irena `