Example #1
0
def stats_flag(ms, spw='', field=''):
    """
    Print (and return) the falg statistics
    """
    from casa import agentflagger as af
    af.open(ms)
    af.selectdata(field=field, spw=spw)
    agentSummary={'mode':'summary'}
    af.parseagentparameters(agentSummary)
    af.init()
    summary = af.run()
    af.done()
    del af

    array_flag = summary['report0']['array']['0']
    logging.info("Flag percentage: " + str(array_flag['flagged']/array_flag['total']*100.) + "%")
    return summary
Example #2
0
def stats_flag(ms, spw='', field=''):
    """
    Print (and return) the falg statistics
    """
    from casa import agentflagger as af
    af.open(ms)
    af.selectdata(field=field, spw=spw)
    agentSummary = {'mode': 'summary'}
    af.parseagentparameters(agentSummary)
    af.init()
    summary = af.run()
    af.done()
    del af

    array_flag = summary['report0']['array']['0']
    logging.info("Flag percentage: " +
                 str(array_flag['flagged'] / array_flag['total'] * 100.) + "%")
    return summary
Example #3
0
    def _get_good(self):

        from casa import agentflagger as af
        af.open(self.vis)
        af.selectdata(field=self.field, spw=self.spw, intent=self.intent)
        agentSummary = {'mode': 'summary'}
        af.parseagentparameters(agentSummary)
        af.init()
        summary = af.run()
        af.done()
        del af

        # Calculate the number of good data for each antenna and return
        # them

        antenna = summary['report0']['antenna']
        good = dict()

        for a in antenna.keys():
            good[a] = antenna[a]['total'] - antenna[a]['flagged']

        return good
Example #4
0
    def _get_good(self):

        from casa import agentflagger as af
        af.open(self.vis)
        af.selectdata(field=self.field, spw=self.spw, intent=self.intent)
        agentSummary={'mode':'summary'}
        af.parseagentparameters(agentSummary)
        af.init()                        
        summary = af.run()                                                                                                  
        af.done() 
        del af

        # Calculate the number of good data for each antenna and return
        # them

        antenna = summary['report0']['antenna']
        good = dict()

        for a in antenna.keys():
            good[a] = antenna[a]['total'] - antenna[a]['flagged']

        return good