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Version 1.9 Build 1488 |
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Package | bima | |
Module | bimacalibrater | |
Tool | bimacalibrater |
The setapply function is a wrapper around the calibrater tool's setapply function. It is used to set calibration component information for applied calibration. Each calibration component represents a separate calibration matrix correction included in the measurement equation.
sources | Nicknames of sources on which to run calibrater.setapply() | ||
Allowed: | Vector of strings (nicknames or roles of sources) | ||
Default: | 'targets' | ||
type | Component type | ||
Allowed: | "G","T","B","D" | ||
Default: | 'G' | ||
t | Interpolation interval (in sec) | ||
Allowed: | Float | ||
Default: | 0.0 | ||
table | Input calibration table | ||
Allowed: | String | ||
Default: | unset (will use table written by transfer(), or if transfer() hasn't been run, the table written by solve() | ||
select | TAQL selection string | ||
Allowed: | String | ||
Default: | " " |
- bc := bimacalibrater(['sgrb2.ms','sgra.ms'], + '1733-130.ms',targetnames=['sgrb','sgra'],phcalnames='1733'); - bc.setjy(fluxdensity=[5,0,0,0]); T - bc.setdata('1733',mode='channel'); T - bc.setsolve('1733','G',60,refant=4,table='gcal'); T - bc.solve() T - bc.transfer('gcal.xfer','gcal',[1,2,1,1,1,1,2,2,2,2],'sgrb'); T - # bc.solve() is equivalent to the next line for this example - bc.solve('sgrb','G',0,'gcal.xfer'); T