def test_compareflat(self):
equallightshotdesc = workflow.createShotdescription(1, self.duration, self.project, self.imagetype)
flatshotdesc = copy.copy(equallightshotdesc)
flatshotdesc.cameraconfiguration = self.cameraconfiguration
self.assertTrue(equallightshotdesc.imagingfunctions == flatshotdesc.imagingfunctions)
self.assertFalse(equallightshotdesc.imagingfunctions != flatshotdesc.imagingfunctions)
self.assertTrue(flatshotdesc.compareflat(equallightshotdesc))
differentshotdesc = workflow.createShotdescription(1,3,self.project, self.imagetype)
self.assertFalse(flatshotdesc.compareflat(differentshotdesc))
def test_captureflat(self):
flatshotdesc = workflow.createShotdescription(0,self.duration,self.project,self.imagetype)
flatshotdesc.kind = 'flat'
flatshotdesc.captureflat()
self.assertEqual(len(flatshotdesc.images),1)
for img in flatshotdesc.images:
self.assertEqual(len(img.signal), 4)
def test_persistshotdescription(self):
self.dbmock.insertshotdescription = mock.MagicMock(return_value=1)
projid = (1,)
self.dbmock.getProjectIdFor = mock.MagicMock(return_value=projid)
duration = 0.03
shotdesc = workflow.createShotdescription(5, duration, self.project)
self.persistencefacade.persistshotdescription( shotdesc, self.project)
self.dbmock.insertshotdescription.assert_called_with(duration, 'RAW Bayer', projid[0])
def test_createShotdescription(self):
nrOfShots = 5
shotdesc = workflow.createShotdescription(nrOfShots, self.duration, self.project, self.imagetype)
self.assertEqual(len(self.cameraconfiguration.imagingfunctions['RAW Bayer']),3)
self.assertIsNotNone(shotdesc)
self.assertEqual(shotdesc.duration, self.duration)
self.assertEqual(shotdesc.imagetype, self.imagetype)
self.assertEqual(len(shotdesc.images), nrOfShots)
self.assertGreater(len(self.project.shotdescriptions), 0)
self.assertIsNotNone(shotdesc.cameraconfiguration)
self.assertEqual(shotdesc.images[0].order, 1)
self.assertEqual(len(shotdesc.imagingfunctions), 3)
def setUp(self):
self.project = workflow.Project('jupiter')
self.cameraconfiguration = workflow.CameraConfiguration('TIS dbk22au618.as 2012')
camera = mock.MagicMock()
camera.formats = ['RGB Bayer']
testimage = [1,2,3,4]
camera.capture = mock.MagicMock(return_value=testimage)
self.cameraconfiguration.camera = camera
self.cameraconfiguration.initImageTypes()
self.project.cameraconfiguration = self.cameraconfiguration
self.imagetype = 'RAW Bayer'
self.duration = 0.03
self.shotdesc = workflow.createShotdescription(1, self.duration, self.project, self.imagetype)
pf.persistproject(project)
camerainterface.getInterfaceNames()
cam = camerainterface.Camera()
cam.formats = ['RGB Bayer']
config = workflow.CameraConfiguration('the imaging source 2012', cam)
config.interface = 'The Imaging Source'
config.initImageTypes()
project.cameraconfiguration = config
pf.persistcameraconfiguration(config, project)
nrOfShots = 3
duration = 3
shotdesc = workflow.createShotdescription(nrOfShots, duration, project, 'RAW Bayer')
pf.persistshotdescription(shotdesc, project)
pf.configdict = {}
pf.projectdict = {}
pf.loadcameraconfigurations()
pf.loadprojects()
projlist = pf.projectdict.values()
for proj in projlist:
print('Project: ' + proj.name)
print('Cameraconfiguration: ' + proj.cameraconfiguration.name)
imgfuncdict = proj.cameraconfiguration.imagingfunctions
print('Nr of Image types: ' + str(len(imgfuncdict)))
for shotdesc in proj.shotdescriptions:
def test_setimagetype(self):
shotdesc = workflow.createShotdescription(0,0,self.project,'')
self.assertEqual(len(shotdesc.imagingfunctions),0)
shotdesc.setimagetype('RAW Bayer')
self.assertEqual(shotdesc.imagetype, 'RAW Bayer')
self.assertEqual(len(shotdesc.imagingfunctions),3)