STAT TANGO Device

Module for providing the STAT capability for the Pulsar Timing Sub-element.

class ska_pst_lmc.stat.stat_device.PstStat(*args: Any, **kwargs: Any)[source]

A software TANGO device for managing the STAT component of the PST.LMC subsystem.

This TANGO device is used to manage the statistics computation (STAT) for the PST.LMC subsystem.

init_device() → None[source]

Initialise the attributes and properties of the PstStat.

This overrides the CspSubElementSubarray.

create_component_manager() → PstStatComponentManager[source]

Create and return a component manager for this device.

Returns: a component manager for this device.

always_executed_hook() → None[source]: Execute call before any TANGO command is executed.

delete_device() → None[source]

Delete resources allocated in init_device.

This method allows for any memory or other resources allocated in the init_device method to be released. This method is called by the device destructor and by the device Init command.

handle_monitor_data_update(monitor_data: StatMonitorData) → None[source]

Handle monitoring data.

Parameters: monitor_data (StatMonitorData) – the latest monitoring data that has been reported.

realPolAMeanFreqAvg() → float: Get the mean of the real data for pol A, averaged over all channels.

realPolAVarianceFreqAvg() → float: Get the variance of the real data for pol A, averaged over all channels.

realPolANumClippedSamples() → int: Get the num of clipped samples of the real data for pol A.

imagPolAMeanFreqAvg() → float: Get the mean of the imaginary data for pol A, averaged over all channels.

imagPolAVarianceFreqAvg() → float: Get the variance of the imaginary data for pol A, averaged over all channels.

imagPolANumClippedSamples() → int: Get the num of clipped samples of the imaginary data for pol A.

realPolAMeanFreqAvgRfiExcised() → float: Get the mean of the real data for pol A, averaged over channels not flagged for RFI.

realPolAVarianceFreqAvgRfiExcised() → float: Get the variance of the real data for pol A, averaged over channels not flagged for RFI.

realPolANumClippedSamplesRfiExcised() → int: Get the num of clipped samples of the real data for pol A in channels not flagged for RFI.

imagPolAMeanFreqAvgRfiExcised() → float: Get the mean of the imaginary data for pol A, averaged over channels not flagged for RFI.

imagPolAVarianceFreqAvgRfiExcised() → float: Get the variance of the imaginary data for pol A, averaged over channels not flagged for RFI.

imagPolANumClippedSamplesRfiExcised() → int: Get the num of clipped samples of the imaginary data for pol A in channels not flagged for RFI.

realPolBMeanFreqAvg() → float: Get the mean of the real data for pol B, averaged over all channels.

realPolBVarianceFreqAvg() → float: Get the variance of the real data for pol B, averaged over all channels.

realPolBNumClippedSamples() → int: Get the num of clipped samples of the real data for pol B.

imagPolBMeanFreqAvg() → float: Get the mean of the imaginary data for pol B, averaged over all channels.

imagPolBVarianceFreqAvg() → float: Get the variance of the imaginary data for pol B, averaged over all channels.

imagPolBNumClippedSamples() → int: Get the num of clipped samples of the imaginary data for pol B.

realPolBMeanFreqAvgRfiExcised() → float: Get the mean of the real data for pol B, averaged over channels not flagged for RFI.

realPolBVarianceFreqAvgRfiExcised() → float: Get the variance of the real data for pol B, averaged over channels not flagged for RFI.

realPolBNumClippedSamplesRfiExcised() → int: Get the num of clipped samples of the real data for pol B in channels not flagged for RFI.

imagPolBMeanFreqAvgRfiExcised() → float: Get the mean of the imaginary data for pol B, averaged over channels not flagged for RFI.

imagPolBVarianceFreqAvgRfiExcised() → float: Get the variance of the imaginary data for pol B, averaged over channels not flagged for RFI.

imagPolBNumClippedSamplesRfiExcised() → int: Get the num of clipped samples of the imaginary data for pol B in channels not flagged for RFI.

ska_pst_lmc.stat.stat_device.main(args: Optional[list] = None, **kwargs: Any) → int[source]

Entry point for module.

Parameters

args – positional arguments
kwargs – named arguments

Returns

exit code :rtype-> int: