def test_type(self):
"""check PeakWidthModel.type
"""
# this is a virtual method in the base class
self.assertRaises(RuntimeError, PeakWidthModel().type)
self.assertEqual('constant', self.pwconst.type())
return
def setUp(self):
self.pwconst = PeakWidthModel.createByType('constant')
self.pwconst.width = 2
if self.tio2stru is None:
self.tio2stru = loadDiffPyStructure('rutile.cif')
self.tio2adpt = createStructureAdapter(self.tio2stru)
return
def setUp(self):
self.pwconst = PeakWidthModel.createByType('constant')
self.pwconst.width = 2
if self.tio2stru is None:
self.tio2stru = loadDiffPyStructure('rutile.cif')
self.tio2adpt = createStructureAdapter(self.tio2stru)
return
def test_maxWidth(self):
"""check PeakWidthModel.maxWidth()
"""
self.assertRaises(RuntimeError,
PeakWidthModel().maxWidth, self.tio2adpt, 0, 10)
self.assertEqual(2.0, self.pwconst.maxWidth(self.tio2adpt, 0, 10))
self.assertEqual(2.0, self.pwconst.maxWidth(self.tio2stru, 0, 10))
return
def test_getRegisteredTypes(self):
"""check PeakWidthModel.getRegisteredTypes
"""
regtypes = PeakWidthModel.getRegisteredTypes()
self.assertTrue(3 <= len(regtypes))
self.assertTrue(regtypes.issuperset(
['constant', 'debye-waller', 'jeong']))
return
def test_getRegisteredTypes(self):
"""check PeakWidthModel.getRegisteredTypes
"""
regtypes = PeakWidthModel.getRegisteredTypes()
self.assertTrue(3 <= len(regtypes))
self.assertTrue(
regtypes.issuperset(['constant', 'debye-waller', 'jeong']))
return
def test_calculate(self):
"""check PeakWidthModel.calculate()
"""
pwm = PeakWidthModel()
bnds = self._genbonds(1, 2)
self.assertRaises(RuntimeError, pwm.calculate, bnds)
self.assertEqual(2.0, self.pwconst.calculate(bnds))
return
def test_calculate(self):
"""check PeakWidthModel.calculate()
"""
pwm = PeakWidthModel()
bnds = self.tio2adpt.createBondGenerator()
self.assertRaises(RuntimeError, pwm.calculate, bnds)
self.assertEqual(2.0, self.pwconst.calculate(bnds))
return
def test_create(self):
"""check PeakWidthModel.create
"""
# this is a virtual method in the base class
self.assertRaises(RuntimeError, PeakWidthModel().create)
self.assertEqual('constant', self.pwconst.create().type())
self.pwconst.width = 17
self.assertEqual(0.0, self.pwconst.create().width)
return
def test_clone(self):
"""check PeakWidthModel.clone
"""
# this is a virtual method in the base class
self.assertRaises(RuntimeError, PeakWidthModel().clone)
self.pwconst.width = 17
pwc2 = self.pwconst.clone()
self.assertEqual('constant', pwc2.type())
self.assertEqual(17.0, pwc2.width)
self.assertEqual(17.0, pwc2._getDoubleAttr('width'))
return
def test_ticker_override(self):
"""check PeakWidthModel.ticker override in a Python-derived class.
"""
pwm = MyPWM()
self.assertEqual(0, pwm.tcnt)
et0 = pwm.ticker()
self.assertEqual(1, pwm.tcnt)
et1 = PeakWidthModel.ticker(pwm)
self.assertEqual(1, pwm.tcnt)
self.assertEqual(et0, et1)
et0.click()
self.assertEqual(et0, et1)
# check that implicit ticker call from PDFCalculator is
# handled by the Python ticker override.
pc = PDFCalculator()
pc.peakwidthmodel = pwm
pc.ticker()
self.assertEqual(2, pwm.tcnt)
return
def test_ticker_override(self):
"""check PeakWidthModel.ticker override in a Python-derived class.
"""
pwm = MyPWM()
self.assertEqual(0, pwm.tcnt)
et0 = pwm.ticker()
self.assertEqual(1, pwm.tcnt)
et1 = PeakWidthModel.ticker(pwm)
self.assertEqual(1, pwm.tcnt)
self.assertEqual(et0, et1)
et0.click()
self.assertEqual(et0, et1)
# check that implicit ticker call from PDFCalculator is
# handled by the Python ticker override.
pc = PDFCalculator()
pc.peakwidthmodel = pwm
pc.ticker()
self.assertEqual(2, pwm.tcnt)
return
def ticker(self):
self.tcnt += 1
return PeakWidthModel.ticker(self)
def __init__(self):
PeakWidthModel.__init__(self)
self._registerDoubleAttribute('pwmscale')
return
def __init__(self):
PeakWidthModel.__init__(self)
self._registerDoubleAttribute('pwmscale')
return
def ticker(self):
self.tcnt += 1
return PeakWidthModel.ticker(self)
def tearDownClass(cls):
assert "mypwm" not in PeakWidthModel.getRegisteredTypes()
return
