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Contents
Index
1 input uv_map
2 let map_size 256 512
3 let map_cell 0.5
4 let uv_shift yes
5 let map_ra 20:39:10
6 let map_dec 68:01:20
7 input uv_map
8 for ifield 1 to 20
9 let name "demo-"'iplane'
10 read uv 'name'
11 uv_map
12 write beam 'name'
13 write dirty 'name'
14 next ifield
15 run make_mosaic
16 read beam demo
17 read primary demo
18 read dirty demo
19 input clean
20 hogbom /flux 0 10
21 show residual
22 show clean
23 write residual demo
24 write clean demo
25 write cct demo
26 let name demo
27 go view
Comments:
- Steps 1-7
- Define the mosaic size, pixel size and projection center.
- Steps 8-14
- Image each field individually following the MAPPING
name convention.
- Step 15
- Combine the different fields into the dirty mosaic.
- Steps 16-22
- Read the primary beams, dirty beams, dirty image and
weight image into internal buffers. Deconvolve and visualize the results.
- Steps 23-27
- Write the results on disk for memory and interactively
visualize the deconvolve data cube.
Gildas manager
2014-07-01