| Getting Started | Documentation | Glish | Learn More | Programming | Contact Us |
| Version 1.9 Build 1488 |
|
| Package | general | |
| Module | deconvolver | |
| Tool | deconvolver |
The image is made as follows:
I(x,y)= Delta function of unit amplitude at (0,0)
Temp(x,y) = Gaussian(x,y,Amplitude, Center, Sigma, PA)
I(x,y) = Convovlution of Temp(x,y) with I(x,y).
If normalize=T I(x,y) = I(x,y)/(area under the gaussian).
| gaussianimage | Name of the output image on the disk | ||
| Allowed: | String | ||
| Default: | '' | ||
| bmaj | The major axis of the gaussian | ||
| Allowed: | String | ||
| Default: | '0rad' | ||
| bmin | The minor axis of the gaussian | ||
| Allowed: | String | ||
| Default: | '0rad' | ||
| bpa | The Position Angle of the gaussian | ||
| Allowed: | String | ||
| Default: | '0deg' | ||
| normalize | Normalize the area under the gaussian to 1.0? | ||
| Allowed: | Bool | ||
| Default: | T | ||
| async | Run asynchronously in the background? | ||
| Allowed: | Bool | ||
| Default: | !dowait | ||