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 method override for PeakProfile.ticker in a derived class.
"""
pkf = MySawTooth()
self.assertEqual(0, pkf.tcnt)
et0 = pkf.ticker()
self.assertEqual(1, pkf.tcnt)
et1 = PeakProfile.ticker(pkf)
self.assertEqual(1, pkf.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.peakprofile = pkf
pc.ticker()
self.assertEqual(2, pkf.tcnt)
return
def test_ticker_override(self):
"""check method override for PeakProfile.ticker in a derived class.
"""
pkf = MySawTooth()
self.assertEqual(0, pkf.tcnt)
et0 = pkf.ticker()
self.assertEqual(1, pkf.tcnt)
et1 = PeakProfile.ticker(pkf)
self.assertEqual(1, pkf.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.peakprofile = pkf
pc.ticker()
self.assertEqual(2, pkf.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 test_ticker_override(self):
"""check Python override of ScatteringFactorTable.ticker.
"""
from diffpy.srreal.pdfcalculator import PDFCalculator
lsft = LocalTable()
self.assertEqual(0, lsft.tcnt)
et0 = lsft.ticker()
self.assertEqual(1, lsft.tcnt)
et1 = ScatteringFactorTable.ticker(lsft)
self.assertEqual(1, lsft.tcnt)
self.assertEqual(et0, et1)
et0.click()
self.assertEqual(et0, et1)
# check that implicit ticker call from PDFCalculator is
# handled by Python override of the ticker method.
pc = PDFCalculator()
pc.scatteringfactortable = lsft
pc.ticker()
self.assertEqual(2, lsft.tcnt)
return
def test_ticker_override(self):
"""check Python override of ScatteringFactorTable.ticker.
"""
from diffpy.srreal.pdfcalculator import PDFCalculator
lsft = LocalTable()
self.assertEqual(0, lsft.tcnt)
et0 = lsft.ticker()
self.assertEqual(1, lsft.tcnt)
et1 = ScatteringFactorTable.ticker(lsft)
self.assertEqual(1, lsft.tcnt)
self.assertEqual(et0, et1)
et0.click()
self.assertEqual(et0, et1)
# check that implicit ticker call from PDFCalculator is
# handled by Python override of the ticker method.
pc = PDFCalculator()
pc.scatteringfactortable = lsft
pc.ticker()
self.assertEqual(2, lsft.tcnt)
return
