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| Heterodyne/Bolometer observing procedures with the New Control System (NCS) at the IRAM-30m. The .pako extension is understood by the '''paKo''' software which produces the xml files to run the observations. | Bolometer/Heterodyne observing procedures with the New Control System (NCS) at the IRAM-30m. The .pako extension is understood by the '''paKo''' software which produces the xml files to run the observations. |
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| Back to Pool page: PoolObserving | |
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| == Heterodyne: == | == Bolometer == |
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| * To setup the SIS project (PI, ProjID, Receiver, Catalogues) : attachment:setup-xxx_xx.pako * To setup the backends: attachment:backends-xxx_xx.pako * To setup a wobbler-switching procedure: attachment:target-wsw-xxx_xx.pako * To setup a position-switching procedure: attachment:target-psw-xxx_xx.pako * To setup a frequency-switching procedure: attachment:target-fsw-xxx_xx.pako |
For the bolometer observations, put instructions and commands in your {{{ObsForm}}}. |
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/!\ Note that messages in aloop are not anymore useful since the START command create an .xml file, send it to the queue and pass to the next loop directly. == Bolometer: == For the bolometer observations, indicate the old commands in your {{{ObsForm}}}, we will adapt them accordingly. |
* The ''onf.pako'' macro allows an onOff integration, typically you can use it as: pako> @onf 20 35 (it performs a 20x60sec integration with a wobbler throw of 35") * For a complete description, check in CookbookPako |
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| == Heterodyne == == Snapshots == '''Pako''' (@wbolo macro) {{attachment:pakosnapshot1.jpg}} '''Monitor''' (mopsic): example of On-Off on a secondary calibrator {{attachment:monitor-1.jpg}} |
Bolometer/Heterodyne observing procedures with the New Control System (NCS) at the IRAM-30m. The .pako extension is understood by the paKo software which produces the xml files to run the observations.
Back to Pool page: PoolObserving
Bolometer
For the bolometer observations, put instructions and commands in your ObsForm.
The onf.pako macro allows an onOff integration, typically you can use it as: pako> @onf 20 35 (it performs a 20x60sec integration with a wobbler throw of 35")
For a complete description, check in CookbookPako
Don't forget to fill up your ObsForm in the DB, it will ensure that your project is correctly observed.
Heterodyne
Snapshots
Pako (@wbolo macro)
Monitor (mopsic): example of On-Off on a secondary calibrator
