def testGoodRun(self):
"""Tests that if no bad values were found, sanity_check returns True"""
self.cdl.slope = decimalize(1.2, 0.23, 2.487)
self.cdl.offset = decimalize(-0.87, 0.987, 0.0)
self.cdl.power = decimalize(2.97, 1.25, 1.0)
self.cdl.sat = Decimal('2.9999')
self.assertTrue(cdl_convert.sanity_check(self.cdl))
def testSaturation(self):
"""Tests that a bad sat value is reported"""
self.cdl.sat = Decimal('3.01')
self.assertFalse(cdl_convert.sanity_check(self.cdl))
self.assertEqual(
'The ColorCorrection "uniqueId" was given a Saturation value of '
'"3.01", which might be incorrect.\n', sys.stdout.getvalue())
def testGoodRun(self):
"""Tests that if no bad values were found, sanity_check returns True"""
self.cdl.slope = decimalize(1.2, 0.23, 2.487)
self.cdl.offset = decimalize(-0.87, 0.987, 0.0)
self.cdl.power = decimalize(2.97, 1.25, 1.0)
self.cdl.sat = Decimal('2.9999')
self.assertTrue(
cdl_convert.sanity_check(self.cdl)
)
def testPower(self):
"""Tests that a bad slope value is reported"""
self.cdl.power = decimalize(0.1, 3.1, 1.5)
self.assertFalse(cdl_convert.sanity_check(self.cdl))
self.assertEqual(
'The ColorCorrection "uniqueId" was given a Power value of '
'"0.1", which might be incorrect.\n'
'The ColorCorrection "uniqueId" was given a Power value of '
'"3.1", which might be incorrect.\n', sys.stdout.getvalue())
def testOffset(self):
"""Tests that a bad slope value is reported"""
self.cdl.offset = decimalize(-1.01, 1.5, 0.157)
self.assertFalse(cdl_convert.sanity_check(self.cdl))
self.assertEqual(
'The ColorCorrection "uniqueId" was given a Offset value of '
'"-1.01", which might be incorrect.\n'
'The ColorCorrection "uniqueId" was given a Offset value of '
'"1.5", which might be incorrect.\n', sys.stdout.getvalue())
def testSaturation(self):
"""Tests that a bad sat value is reported"""
self.cdl.sat = Decimal('3.01')
self.assertFalse(
cdl_convert.sanity_check(self.cdl)
)
self.assertEqual(
'The ColorCorrection "uniqueId" was given a Saturation value of '
'"3.01", which might be incorrect.\n',
sys.stdout.getvalue()
)
def testPower(self):
"""Tests that a bad slope value is reported"""
self.cdl.power = decimalize(0.1, 3.1, 1.5)
self.assertFalse(
cdl_convert.sanity_check(self.cdl)
)
self.assertEqual(
'The ColorCorrection "uniqueId" was given a Power value of '
'"0.1", which might be incorrect.\n'
'The ColorCorrection "uniqueId" was given a Power value of '
'"3.1", which might be incorrect.\n',
sys.stdout.getvalue()
)
def testOffset(self):
"""Tests that a bad slope value is reported"""
self.cdl.offset = decimalize(-1.01, 1.5, 0.157)
self.assertFalse(
cdl_convert.sanity_check(self.cdl)
)
self.assertEqual(
'The ColorCorrection "uniqueId" was given a Offset value of '
'"-1.01", which might be incorrect.\n'
'The ColorCorrection "uniqueId" was given a Offset value of '
'"1.5", which might be incorrect.\n',
sys.stdout.getvalue()
)
