1 read beam demo
2 read dirty demo
3 clean ?
4 hogbom /flux 0 1
5 show residual
6 show clean
7 write clean demo
8 let name demo
9 show noise
10 let ares 0.5*noise
11 clean ?
12 hogbom /flux 0 1
13 let niter 2000
14 clean ?
15 hogbom /flux 0 1
16 show residual
17 show clean
18 for iplane 1 to 10
19 show clean iplane
20 support
21 hogbom iplane /flux 0 1
22 write support "demo-"'iplane'
23 next iplane
24 show residual
25 view cct
26 view clean
27 write residual demo
28 write clean demo
29 write cct demo
Comments:
Typical deconvolution session using other CLEAN algorithm would look
very similar. The main difference would be the possible tuning of other
control parameters. A deconvolution session using magentaMX would start
differently as the imaging and deconvolution are done in the same step:
1 read uv demo
2 mx ?
3 mx /flux 0 1
4 show residual
5 show clean
6 write * demo
% 6 write beam demo
% 7 write dirty demo
% 8 write clean demo
% 9 write residual demo
% 10 write cct demo
Comments:
All the tuning of the typical imaging and deconvolution sessions could be
used in this magentaMX session although they are not repeated here.
Next: Practical advices
Up: The family of CLEAN
Previous: Restoring step: magentaUV_RESTORE
Contents
Index
Gildas manager
2023-06-01