| output.writeCatXML | bool | true, false | true | If set to `true`, an output source catalogue will be produced in VO-compatible XML format. The catalogue file will have the suffix `_cat.xml`. |
| output.writeCubelets | bool | true, false | false | If set to `true`, then individual source products for each detected source will be created, including sub-cubes, masks, moment maps and integrated spectra. The source products will be written to a sub-directory with the suffix `_cubelets`. Each source product will be labelled with the source ID number for identification. |
| output.writeFiltered | bool | true, false | false | If set to `true` and any input filtering algorithm is enabled, then a data cube containing the filtered data will be written in FITS format. The filtered cube will have the suffix `_filtered.fits`. |
| output.writeKarma | bool | true, false | false | If set to `true` then a Karma annotation file will be created that contains the source IDs of all detections in the catalogue. This can be used to display source IDs on output images in Karma packages such as kvis. The annotation file will have the suffix `_cat.ann`. |
| output.writeMask | bool | true, false | false | If set to `true`, then a data cube containing the final source mask produced by the source finder will be written in FITS format. The pixel values in the source mask will correspond to the respective source ID numbers in the catalogue. The mask cube will have the suffix `_mask.fits`. |
| output.writeMask2d | bool | true, false | false | If set to `true`, then an image containing a two-dimensional projection of the 3D mask cube will be written in FITS format. The 2D mask image will have the suffix `_mask-2d.fits`. Note that some sources may be hidden behind others in this 2D projection. |
| output.writeMoments | bool | true, false | false | If set to `true`, then images of the spectral moments 0, 1 and 2 and the number of channels in each pixel of the moment 0 map will be written in FITS format. The maps will have the suffix `_mom0.fits`, `_mom1.fits`, `_mom2.fits` and `_chan.fits`. Note that moments 1 and 2 and the number of channels will not be produced if the input data cube is only two-dimensional. |
