Global Turns debugging behaviour on or off. If set to 1, the program will stop where an error has occurred. If set to 0, the program will return to %main. This parameter control how IDL should react to math errors (over/underflows, divisions by zero, etc.). See "!EXCEPT" in "Error Handling System Variables" in the IDL help. This parameter point to the STIX subcollimator parameter file This parameter is used to control the internal clock, i.e. the time bin size for reading data in from the Data Simulation This parameter controls the plotting output (on or off) This parameter controls the plotting output (on or off)

This module calculates visibilities from pixel summed detector counts. This is the front to rear grid separation in mm. millimeters

This module calculates the summations over pixels. This parameter specifies the desired summation method. (0) Pixel sum over two big pixels, (1) Pixel sum over two big pixels and small pixel, (2) Only upper row pixels, (3) Only lower row pixels, (4) Only small pixels.

This module generates maps from visibilities. This parameter defines the detectors to use when reconstructing an image from visibilities. ??? This parameter defines the desired X/Y image dimensions. pixels This parameter defines the number of pixels per arcsecond on the sun. arcseconds This parameter selects the reconstruction algorithm to use. Every reconstruction algorithm can have its own parameters.

This parameter defines the maximum number of iterations before the algorithm will stop (regardless of convergence). This is the clean loop gain factor. Point Spread Function beam width (FWHM) in arcseconds. arcseconds

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This module etimates the coarse flare location.

This module calculates the background.

This module executes the Interval Selection Algorithm.

This module executes the energy calibration on the data.

This module calibrates the phase information in the data.

This module sums over time and energy.

This module calibrates visibilities

To be removed