plp: Test case result

The below summarizes the result of the test " plp" in build 19 of CASA - CMake MPI - Test Tools MPI Many Linux 2.28 Rocky 8.10 Py3.10.

• Description: plp
• Test class: tests.tools.simulator.test_tool_simulator.sm_predict_test
• Method: test_plp

• Duration: < 1 sec
• Status: Failed (Existing Failure)

Error Log

RuntimeError: Directory::create error on /home/casatest/casa6/casatestutils/nosedir/test_tool_simulator/myms.ms: File exists
self = <test_tool_simulator.sm_predict_test testMethod=test_plp>

    def test_plp(self):
        """CAS-13439 verify support for plp, spectral curvature model"""
        # This is the source position
        radir = '19h53m50'
        decdir = '40d06m00'
        dirframe = 'J2000'
        # this is the field center
        fra = radir
        fdec = decdir
        fframe = dirframe
    
>       self.__makeMSFrame(fra, fdec, fframe)

../../../casatools/tests/tools/simulator/test_tool_simulator.py:273: 
_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ 
../../../casatools/tests/tools/simulator/test_tool_simulator.py:161: in __makeMSFrame
    _sm.open(ms=cls.orig_ms)
../../../../venv/lib/python3.10/site-packages/casatools/simulator.py:45: in open
    return self._swigobj.open(ms)
_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ 

self = <casatools.__casac__.simulator.simulator; proxy of <Swig Object of type 'casac::simulator *' at 0x7f326f647540> >
args = ('myms.ms',), kwargs = {}

    def open(self, *args, **kwargs):
        """
        open(self, _ms) -> bool
    
    
    
        Summary:
            Construct a simulator tool and create a new MeasurementSet
    
        Description:
    
    
        A simulator tool can either operate on an existing MeasurementSet,
        predicting and/or corrupting data on the existing uvw coordinates
    
        -- to do that open the MS with sm.openfromms(msname).
    
        or it can be used to create a new MeasurementSet from descriptions of
        the array configuration and the observational parameters
    
        -- to create a new MS, use this method sm.open(msname).
    
        You will also need to run setconfig, setfield, setspw, setspwindow,
        setfeed, and settimes.
    
        Creating the actual (empty) MS is accomplished with sm.observe.
        Data can be subsequently sm.predict-ed and sm.corrupt-ed.
    
        NOTE: sm.predict assumes the model image units are Jy/pixel, and
        in fact will overwrite the brightness units of the image itself!
    
    
        Input Parameters:
            ms                        MeasurementSet to be created
    
        Example:
    
        In this example, we read in the antenna coordinates from an ASCII file,
        and simulate a single-pointing VLA observation with a calibrator.
        Note that no primary beam attenuation will be applied (see sm.setvp).
    
        tabname = 'VLAC.LOCAL.TAB'
        asciifile = 'VLAC.LOCAL.STN'
        mytab=table.create()
        mytab.fromascii(tabname, asciifile);
        xx=[]; yy:=[]; zz:=[]; diam:=[];
        xx = mytab.getcol('X');
        yy = mytab.getcol('Y');
        zz = mytab.getcol('Z');
        diam = mytab.getcol('DIAM');
        #
        sm.open('NEW1.ms')
        # do configuration
        posvla = me.observatory('vla');  #  me.observatory('ALMA') also works!
        sm.setconfig(telescopename='VLA', x=xx, y=yy, z=zz, dishdiameter=diam,
        mount='alt-az', antname='VLA',
        coordsystem='local', referencelocation=posvla);
    
        # Initialize the spectral windows
        sm.setspwindow(spwname='CBand', freq='5GHz',
        deltafreq='50MHz',
        freqresolution='50MHz',
        nchannels=1,
        stokes='RR RL LR LL');
        sm.setspwindow(spwname='LBand', freq='1.420GHz',
        deltafreq='3.2MHz',
        freqresolution='3.2MHz',
        nchannels=32,
        stokes='RR LL');
    
        # Initialize the source and calibrater
        sm.setfield(sourcename='My cal',
        sourcedirection=['J2000','00h0m0.0','+45.0.0.000'],
        calcode='A');
        sm.setfield(sourcename='My source',
        sourcedirection=['J2000','01h0m0.0','+47.0.0.000']);
    
        sm.setlimits(shadowlimit=0.001, elevationlimit='8.0deg');
        sm.setauto(autocorrwt=0.0);
    
        sm.settimes(integrationtime='10s', usehourangle=F,
        referencetime=me.epoch('utc', 'today'));
    
        sm.observe('My cal', 'LBand', starttime='0s', stoptime='300s');
        sm.observe('My source', 'LBand', starttime='310s', stoptime='720s');
        sm.observe('My cal', 'CBand', starttime='720s', stoptime='1020s');
        sm.observe('My source', 'CBand', starttime='1030s', stoptime='1500s');
    
        sm.setdata(spwid=1, fieldid=1);
        sm.predict(imagename='M31.MOD');
        sm.setdata(spwid=2, fieldid=2);
        sm.predict(imagename='BigLBand.MOD');
        sm.close();
    
        --------------------------------------------------------------------------------
    
        """
>       return _simulator.simulator_open(self, *args, **kwargs)
E       RuntimeError: Directory::create error on /home/casatest/casa6/casatestutils/nosedir/test_tool_simulator/myms.ms: File exists

../../../../venv/lib/python3.10/site-packages/casatools/__casac__/simulator.py:212: RuntimeError