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tool for synthesis imaging
Requires:
Synopsis
Description
imager is an tool that accomplishes synthesis processing. A imager must be
constructed for each MeasurementSet for which one wishes to do processing.
Multiple copies of imager may be made at any time (provide they are given
different names).
| imager | Construct an imager tool |
| advise | Advise (and optionally use) parameter values |
| approximatepsf | Calculate approximate point spread functions |
| boxmask | Construct a mask image from blc, trc |
| clean | Calculate a deconvolved image with selected clean algorithm |
| clipimage | Zero all pixels where Stokes I is below a threshold |
| clipvis | Flag visibilities where residual exceeds a threshold |
| close | Close the imager tool, with data written on disk, keeping imager process running for future use |
| correct | Correct the MeasurementSet for correctable effects |
| defineimage | Set the image parameters for subsequent processing |
| done | Terminate the imager process |
| drawmask | Allows you do draw mask using the viewer |
| exprmask | Construct a mask image from a LEL expression |
| feather | Feather together an interferometer and a single dish image in the Fourier plane |
| filter | Apply additional weighting by filtering (u-v taper) |
| fitpsf | Fit the point spread function, making psf image first if needed |
| ft | Fourier transform the specified model and componentlist |
| linearmosaic | Make a linear mosaic of several images |
| make | Make an empty (i.e. blank) image |
| makeimage | Calculate images by gridding, etc. |
| makemodelfromsd | Make stating model image from a Single Dish image |
| mask | Construct a mask image by thresholding an image |
| mem | Calculate a deconvolved image with selected mem (maximum entropy) algorithm |
| nnls | Calculate a deconvolved image using the NNLS algorithm |
| open | Open a new MeasurementSet, for processing, closing current MeasurementSet |
| pb | Applies or corrects for a primary beam |
| pixon | DEPRECATED-to be removed as is not working and do not have license-Calculate a deconvolved image with the pixon algorithm (experimental) |
| plotsummary | Plot a summary of field and spectral window ids |
| plotuv | Plot the uv coverage |
| plotvis | Plot the visibility amplitudes as a function of u-v radius (also, see visplot tool |
| plotweights | Plot the visibility weights as a function of u-v radius |
| regionmask | Construct a mask image from a region |
| regiontoimagemask | union a mask image with various regions |
| residual | Calculate the residual image with respect to current model and component list |
| restore | Calculate the restored image with restored model, component list, and residuals |
| sensitivity | Calculate rms sensitivity |
| setbeam | Set the beam parameters for clean restoration |
| setdata | DEPRECATED...use selectvis instead..Set the data parameters selection for subsequent processing |
| selectvis | Select visibility selection for subsequent processing |
| setimage | DEPRECATED...use defineimage instead.Set the image parameters for subsequent processing |
| setjy | Compute the model visibility for a specified source flux density |
| setmfcontrol | Set various cycle control parameters for multi-field and wide-field imageing. |
| setoptions | Set some general options for subsequent processing |
| setscales | Set the scale sizes for MultiScale Clean |
| setsdoptions | Set some options for single dish processing |
| setvp | Set the voltage pattern model for subsequent processing |
| smooth | Calculate an image smoothed with a Gaussian beam |
| stop | stop the currently executing function asap |
| summary | Summarize the current state of the imager tool |
| uvrange | Select data within the limit of a given range |
| weight | Apply additional weighting to the visibility weights |
Description
imager is an tool that accomplishes synthesis processing. A imager must be
constructed for each MeasurementSet for which one wishes to do processing.
Multiple copies of imager may be made at any time (provide they are given
different names).
Please send any comments or questions about CASA or AIPS++ to aips2-requests@nrao.edu
Copyright © 2007 Associated Universities Inc., Washington, D.C.
This code is available under the terms of the GNU General Public Lincense
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Updated daily during alpha development.