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<font size = 3>'''[[ALMA_Imaging_Pipeline_Reprocessing | Examples for ALMA Imaging Pipeline Reprocessing]]'''</font size> * <font size = 3>'''[[ALMA_Cycle_4_Imaging_Pipeline_Reprocessing | Cycle 4 Examples]]'''</font size>

...rences between clean and tclean, please see the guide: [[TCLEAN_and_ALMA | Examples for using the new tclean CASA task for ALMA Imaging]]. '' * [[ALMA_Imaging_Pipeline_Reprocessing | Examples for ALMA Imaging Pipeline Reprocessing]]

'''This guide describes some examples for creating the interferometric imaging products using the ALMA Cycle 5 Pi ...or manual ALMA imaging, ms.split.cal files CANNOT BE DIRECTLY USED IN THE EXAMPLES GIVEN IN THIS GUIDE.

* [[TCLEAN_and_ALMA | Examples for using the tclean CASA task for ALMA Imaging]]. * [[ALMA_Imaging_Pipeline_Reprocessing | Examples for ALMA Imaging Pipeline Reprocessing]]

'''This guide describes some examples for creating the interferometric imaging products using the ALMA Cycle 10 P ...or manual ALMA imaging, ms.split.cal files CANNOT BE DIRECTLY USED IN THE EXAMPLES GIVEN IN THIS GUIDE.

'''This guide describes some examples for perfecting the interferometric imaging products from the ALMA Cycle 4 P ...EADME file. The details of the various imaging pipeline stages, as well as examples of weblog output can be found in the [http://almascience.org/documents-and-

'''This guide describes some examples for perfecting the interferometric imaging products from the ALMA Cycle 9 P ...for manual ALMA imaging, ms.split.cal files CANNOT BE DIRECTLY USED IN THE EXAMPLES GIVEN IN THIS GUIDE.

'''This guide describes some examples for perfecting the interferometric imaging products from the ALMA Cycle 10 ...for manual ALMA imaging, ms.split.cal files CANNOT BE DIRECTLY USED IN THE EXAMPLES GIVEN IN THIS GUIDE.

'''This guide describes some examples for perfecting the interferometric imaging products from the ALMA Cycle 8 P ...for manual ALMA imaging, ms.split.cal files CANNOT BE DIRECTLY USED IN THE EXAMPLES GIVEN IN THIS GUIDE.

'''This guide describes some examples for perfecting the interferometric imaging products from the ALMA Cycle 7 P ...for manual ALMA imaging, ms.split.cal files CANNOT BE DIRECTLY USED IN THE EXAMPLES GIVEN IN THIS GUIDE.

'''This guide describes some examples for perfecting the interferometric imaging products from the ALMA Cycle 6 P ...for manual ALMA imaging, ms.split.cal files CANNOT BE DIRECTLY USED IN THE EXAMPLES GIVEN IN THIS GUIDE.

'''This guide describes some examples for perfecting the interferometric imaging products from the ALMA Cycle 5 P ...QA2 report. The details of the various imaging pipeline stages, as well as examples of weblog output can be found in the [https://almascience.nrao.edu/processi

...se, scan=True, baseband=True, clip=True, autocorr=True, hm_tbuff='1.5int', template=True, online=True, tbuff=0.0, fracspw=0.05, shadow=True, quack=True, edgesp A flagging template can also be provided to the pipeline which applies known flags to the data

A flagging template can also be provided to the pipeline which applies known flags to the data ...are also listed and the entire MS is flagged on a 8.84% level. No flagging template was applied.

A flagging template can also be provided to the pipeline which applies known flags to the data ...are also listed and the entire MS is flagged on a 8.84% level. No flagging template was applied.

A flagging template can also be provided to the pipeline which applies known flags to the data ...are also listed and the entire MS is flagged on a 8.84% level. No flagging template was applied.

A flagging template can also be provided to the pipeline which applies known flags to the data ...are also listed and the entire MS is flagged on a 8.84% level. No flagging template was applied.

A flagging template can also be provided to the pipeline which applies known flags to the data ...are also listed and the entire MS is flagged on a 8.84% level. No flagging template was applied.

A flagging template can also be provided to the pipeline which applies known flags to the data ...are also listed and the entire MS is flagged on a 8.84% level. No flagging template was applied.

...e to a 5km/s channel, so we will forgo the the continuum subtraction step. Examples of how to do this if you are so inclined are located in various other ALMA The TP image is resampled onto the same grid as that of the "template" 7m+12m image along the first two axes of the cube (i.e., RA and Dec; it is

...edu/index.php/TWHydraBand7_Calibration_4.3 TW Hydra guide] gives some nice examples showing how to use these tasks. This guide is continued at '''[[Image_Continuum | Image the Continuum Template]]'''.

...edu/index.php/TWHydraBand7_Calibration_4.3 TW Hydra guide] gives some nice examples showing how to use these tasks. This guide is continued at '''[[Image_Continuum | Image the Continuum Template]]'''.

...e to a 5km/s channel, so we will forgo the the continuum subtraction step. Examples of how to do this if you are so inclined are located in various other ALMA The TP image is resampled onto the same grid as that of the "template" 7m+12m image along the first two axes of the cube (i.e., RA and Dec; it is

...e to a 5km/s channel, so we will forgo the the continuum subtraction step. Examples of how to do this if you are so inclined are located in various other ALMA The TP image is resampled onto the same grid as that of the "template" 7m+12m image along the first two axes of the cube (i.e., RA and Dec; it is

...e to a 5km/s channel, so we will forgo the the continuum subtraction step. Examples of how to do this if you are so inclined are located in various other ALMA The TP image is resampled onto the same grid as that of the "template" 7m+12m image along the first two axes of the cube (i.e., RA and Dec; it is

...e to a 5km/s channel, so we will forgo the the continuum subtraction step. Examples of how to do this if you are so inclined are located in various other ALMA The TP image is resampled onto the same grid as that of the "template" 7m+12m image along the first two axes of the cube (i.e., RA and Dec; it is

...e to a 5km/s channel, so we will forgo the the continuum subtraction step. Examples of how to do this if you are so inclined are located in various other ALMA The TP image is resampled onto the same grid as that of the "template" 7m+12m image along the first two axes of the cube (i.e., RA and Dec; it is

A flagging template can also be provided to the pipeline which applies known flags to the data ...e the error in ea05 as plotted in the graph) for a total 4.4%. No flagging template was applied.

...e to a 5km/s channel, so we will forgo the the continuum subtraction step. Examples of how to do this if you are so inclined are located in various other ALMA The TP image is resampled onto the same grid as that of the "template" 7m+12m image along the first two axes of the cube (i.e., RA and Dec; it is

...e to a 5km/s channel, so we will forgo the the continuum subtraction step. Examples of how to do this if you are so inclined are located in various other ALMA The TP image is resampled onto the same grid as that of the "template" 7m+12m image along the first two axes of the cube (i.e., RA and Dec; it is

...e to a 5km/s channel, so we will forgo the the continuum subtraction step. Examples of how to do this if you are so inclined are located in various other ALMA The TP image is resampled onto the same grid as that of the "template" 7m+12m image along the first two axes of the cube (i.e., RA and Dec; it is

A flagging template can also be provided to the pipeline which applies known flags to the data ...e the error in ea05 as plotted in the graph) for a total 4.4%. No flagging template was applied.

...se, scan=True, baseband=True, clip=True, autocorr=True, hm_tbuff='1.5int', template=False, online=True, tbuff=0.0, fracspw=0.05, shadow=True, quack=True, edges In Fig. 17, we show some of gain amplitude plot examples. Antenna ea03 shows credible solutions (the colors represent different spec

...se, scan=True, baseband=True, clip=True, autocorr=True, hm_tbuff='1.5int', template=False, online=True, tbuff=0.0, fracspw=0.05, shadow=True, quack=True, edges In Fig. 17, we show some of gain amplitude plot examples. Antenna ea03 shows credible solutions (the colors represent different spec

A flagging template can also be provided to the pipeline which applies known flags to the data ...e the error in ea05 as plotted in the graph) for a total 4.4%. No flagging template was applied.

...e to a 5km/s channel, so we will forgo the the continuum subtraction step. Examples of how to do this if you are so inclined are located in various other ALMA template='M100_Intcombo_0.193_cube.image',

...data. In that case, look at the data itself in {{plotms}} (see below for examples) to decide whether or not to apply all flags. ...libration for our 8-bit data, but if one is following this CASA Guide as a template for 3-bit data, this step is needed to account for the small gain changes (

...data. In that case, look at the data itself in {{plotms}} (see below for examples) to decide whether or not to apply all flags. ...libration for our 8-bit data, but if one is following this CASA Guide as a template for 3-bit data, this step is needed to account for the small gain changes (

...data. In that case, look at the data itself in {{plotms}} (see below for examples) to decide whether or not to apply all flags. ...libration for our 8-bit data, but if one is following this CASA Guide as a template for 3-bit data, this step is needed to account for the small gain changes (

...data. In that case, look at the data itself in {{plotms}} (see below for examples) to decide whether or not to apply all flags. ...libration for our 8-bit data, but if one is following this CASA Guide as a template for 3-bit data, this step is needed to account for the small gain changes (

...data. In that case, look at the data itself in {{plotms}} (see below for examples) to decide whether or not to apply all flags. ...libration for our 8-bit data, but if one is following this CASA Guide as a template for 3-bit data, this step is needed to account for the small gain changes (

...data. In that case, look at the data itself in {{plotms}} (see below for examples) to decide whether or not to apply all flags. ...libration for our 8-bit data, but if one is following this CASA Guide as a template for 3-bit data, this step is needed to account for the small gain changes (

..., shadow=True, quack=True, edgespw=True, autocorr=True, hm_tbuff='1.5int', template=True, online=True) ...b of modeling the image than the classic clean delta function. For broader examples of many {{tclean}} options, please see the [https://casaguides.nrao.edu/ind