Esempio n. 1
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    def createFromSqlResult(result):
        """
        Creates a new Target instance initialized using the request from
        an SQL query.
        """
 
        c = Conversions()

        target = Target(min_lst = c.sexHrs2rad(result['MINIMUM_LST'])
                      , max_lst = c.sexHrs2rad(result['MAXIMUM_LST'])
                      # TBF: why bother importing?  It is soooo FUBAR!
                      #, elevation_min = result['ELEVATION_MINIMUM']      
                      , pst_max_lst = result['MAXIMUM_LST']
                      , pst_min_lst = result['MINIMUM_LST']
                      , pst_elevation_min = result['ELEVATION_MINIMUM']
                       )
        target.save()
        return target
Esempio n. 2
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    def createFromSqlResult(proposal_id, result):
        """
        Creates a new Session instance initialized using the request from
        an SQL query.
        """

        c = Conversions()

        epoch = SourceCoordinateEpoch.objects.get(epoch = result['coordinate'])
        sys = SourceCoordinateSystem.objects.get(system = result['coordinate_system'])
        vType = SourceVelocityType.objects.get(type = result['velocity_type'])
        ref = SourceReferenceFrame.objects.get(frame = result['referenceFrame'])
        con = SourceConvention.objects.get(convention = result['convention'])
        
        # Occasionally this string can be something dumb like '?'
        try:
            vRedshift = float(result['velocity_redshift'])
        except:
            vRedshift = None

        source = Source(pst_source_id = result['source_id']
                          # Don't use result's because that's for the
                          # PST, not our GB PHT DB!
                        , proposal_id = proposal_id 
                        , target_name = result['target_name']
                        , ra = c.sexHrs2rad(result['right_ascension'])
                        , ra_range = c.sexHrs2rad(result['right_ascension_range'])
                        , dec = c.sexDeg2rad(result['declination'])
                        , dec_range = c.sexDeg2rad(result['declination_range'])
                        , coordinate_epoch = epoch 
                        , coordinate_system = sys 
                        , velocity_units = vType 
                        , velocity_redshift = vRedshift 
                        , convention = con 
                        , reference_frame = ref 
                        , pst_ra = result['right_ascension']
                        , pst_ra_range = result['right_ascension_range']
                        , pst_dec = result['declination']
                        , pst_dec_range = result['declination_range']
                        )

        source.save()
        return source
Esempio n. 3
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 def setUp(self):
     self.c = Conversions()
Esempio n. 4
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class TestConversions(unittest.TestCase):

    def setUp(self):
        self.c = Conversions()

    def test_tryHourConversions(self):

        # varaitions off HH:MM:SS.S
        tests = ['10:00:00.0'
               , '10:00:00.000'
               , '10:00:00'
               , '010:00:00'
               # varaitions off HH MM SS.S
               , '10 00 00.0'
               , '10 00     00.0'
               # varaitions off ##h ##m ##s
               , '10d00m00s'
               , '10h00m00s'
               , '10d 00m 00s'
               , '10d 00m 00.0s'
               # simple
               , '10.0'
                ]
        for t in tests:        
            anyMatch, value = self.c.tryHourConversions(t) 
            self.assertEqual(True, anyMatch)
            self.assertAlmostEquals(10.0, value, 2)
            
        # spot check    
        anyMatch, value = self.c.tryHourConversions('    09:43:25') 
        self.assertEqual(True, anyMatch)
        self.assertAlmostEquals(9.723, value, 2)
        anyMatch, value = self.c.tryHourConversions('23:30:00') 
        self.assertEqual(True, anyMatch)
        self.assertAlmostEquals(23.50, value, 2)
        anyMatch, value = self.c.tryHourConversions('123:30:00') 
        self.assertTrue(value is None)

    def test_tryDegreeConversions(self):

        # varaitions off HH:MM:SS.S
        tests = ['310:00:00.0'
               , '310:00:00.000'
               , '-310:00:00.000'
               , '310:00:00'
               , '0310:00:00'
               # varaitions off HH MM SS.S
               , '310 00 00.0'
               , '310 00     00.0'
               , '-310 00     00.0'
               # varaitions off ##h ##m ##s
               , '310d00m00s'
               , '310d00m00s'
               , '-310d00m00s'
               , '310d 00m 00s'
               , '310d 00m 00.0s'
               # simple
               , '310.0'
                ]
        for t in tests:        
            anyMatch, value = self.c.tryDegreeConversions(t) 
            self.assertEqual(True, anyMatch)
            self.assertAlmostEquals(310.0, abs(value), 2)
            
        # spot check    
        anyMatch, value = self.c.tryDegreeConversions('    09:43:25') 
        self.assertEqual(True, anyMatch)
        self.assertAlmostEquals(9.723, value, 2)
        anyMatch, value = self.c.tryDegreeConversions('23:30:00') 
        self.assertEqual(True, anyMatch)
        self.assertAlmostEquals(23.50, value, 2)
        anyMatch, value = self.c.tryDegreeConversions('523:30:00') 
        self.assertTrue(value is None)
        anyMatch, value = self.c.tryDegreeConversions('23 13 13') 
        self.assertEqual(True, anyMatch)
        self.assertAlmostEquals(23.220, value, 2)
        anyMatch, value = self.c.tryDegreeConversions('+23 13 13') 
        self.assertEqual(True, anyMatch)
        self.assertAlmostEquals(23.220, value, 2)
        anyMatch, value = self.c.tryDegreeConversions('-23 13 13') 
        self.assertEqual(True, anyMatch)
        self.assertAlmostEquals(-23.220, value, 2)