def test_TwoInputsFromScratch(self):
i1 = btk.btkAcquisition()
i1.Init(6, 50)
i2 = btk.btkAcquisition()
i2.Init(6, 50)
i2.SetPointFrequency(100)
merger = btk.btkMergeAcquisitionFilter()
merger.SetInput(0, i1)
merger.SetInput(1, i2)
merger.Update()
output = merger.GetOutput()
self.assertEqual(output.GetPointFrequency(), 100)
self.assertEqual(output.GetAnalogFrequency(), 100)
self.assertEqual(output.GetPointNumber(), 12)
self.assertEqual(output.GetAnalogNumber(), 0)
self.assertEqual(output.GetPointFrameNumber(), 50)
self.assertEqual(output.GetAnalogFrameNumber(), 50)
inc = 1
it = output.BeginPoint()
while it != output.EndPoint():
if (inc <= 6):
self.assertEqual(it.value().GetLabel(), 'uname*' + str(inc))
else:
self.assertEqual(it.value().GetLabel(), 'uname*' + str(inc - 6) + '_2')
inc = inc + 1
it.incr()
def test_TwoInputsFromScratch(self):
i1 = btk.btkAcquisition()
i1.Init(6, 50)
i2 = btk.btkAcquisition()
i2.Init(6, 50)
i2.SetPointFrequency(100)
merger = btk.btkMergeAcquisitionFilter()
merger.SetInput(0, i1)
merger.SetInput(1, i2)
merger.Update()
output = merger.GetOutput()
self.assertEqual(output.GetPointFrequency(), 100)
self.assertEqual(output.GetAnalogFrequency(), 100)
self.assertEqual(output.GetPointNumber(), 12)
self.assertEqual(output.GetAnalogNumber(), 0)
self.assertEqual(output.GetPointFrameNumber(), 50)
self.assertEqual(output.GetAnalogFrameNumber(), 50)
inc = 1
it = output.BeginPoint()
while it != output.EndPoint():
if (inc <= 6):
self.assertEqual(it.value().GetLabel(), 'uname*' + str(inc))
else:
self.assertEqual(it.value().GetLabel(),
'uname*' + str(inc - 6) + '_2')
inc = inc + 1
it.incr()
def test_NoInput(self): merger = btk.btkMergeAcquisitionFilter() merger.Update() output = merger.GetOutput() self.assertEqual(output.GetPointFrameNumber(), 0) self.assertEqual(output.GetAnalogFrameNumber(), 0) self.assertEqual(output.GetPointNumber(), 0) self.assertEqual(output.GetAnalogNumber(), 0)
def test_NoInput(self):
merger = btk.btkMergeAcquisitionFilter()
merger.Update()
output = merger.GetOutput()
self.assertEqual(output.GetPointFrameNumber(), 0)
self.assertEqual(output.GetAnalogFrameNumber(), 0)
self.assertEqual(output.GetPointNumber(), 0)
self.assertEqual(output.GetAnalogNumber(), 0)
def test_OneInput(self): test = btk.btkAcquisition() test.Init(6, 50, 2, 2) test.SetPointFrequency(100) merger = btk.btkMergeAcquisitionFilter() merger.SetInput(0, test) merger.Update() output = merger.GetOutput() self.assertEqual(output.GetPointFrequency(), 100) self.assertEqual(output.GetAnalogFrequency(), 200) self.assertEqual(output.GetPointNumber(), 6) self.assertEqual(output.GetAnalogNumber(), 2) self.assertEqual(output.GetPointFrameNumber(), 50) self.assertEqual(output.GetAnalogFrameNumber(), 100) ptPoint = output.GetPoint(0) self.assertEqual(ptPoint.GetFrameNumber(), 50) ptAnalog = output.GetAnalog(0) self.assertEqual(ptAnalog.GetFrameNumber(), 100)
def test_OneInput(self):
test = btk.btkAcquisition()
test.Init(6, 50, 2, 2)
test.SetPointFrequency(100)
merger = btk.btkMergeAcquisitionFilter()
merger.SetInput(0, test)
merger.Update()
output = merger.GetOutput()
self.assertEqual(output.GetPointFrequency(), 100)
self.assertEqual(output.GetAnalogFrequency(), 200)
self.assertEqual(output.GetPointNumber(), 6)
self.assertEqual(output.GetAnalogNumber(), 2)
self.assertEqual(output.GetPointFrameNumber(), 50)
self.assertEqual(output.GetAnalogFrameNumber(), 100)
ptPoint = output.GetPoint(0)
self.assertEqual(ptPoint.GetFrameNumber(), 50)
ptAnalog = output.GetAnalog(0)
self.assertEqual(ptAnalog.GetFrameNumber(), 100)
def test_TwoInputsFromScratch_FirstFrame2(self): i1 = btk.btkAcquisition() i1.Init(6, 50) i1.SetFirstFrame(25) i2 = btk.btkAcquisition() i2.Init(6, 50) i2.SetPointFrequency(100) merger = btk.btkMergeAcquisitionFilter() merger.SetInput(0, i1) merger.SetInput(1, i2) merger.Update() output = merger.GetOutput() self.assertEqual(output.GetPointFrequency(), 100) self.assertEqual(output.GetAnalogFrequency(), 100) self.assertEqual(output.GetFirstFrame(), 1) self.assertEqual(output.GetPointNumber(), 12) self.assertEqual(output.GetAnalogNumber(), 0) self.assertEqual(output.GetPointFrameNumber(), 74) self.assertEqual(output.GetAnalogFrameNumber(), 74)
def test_TwoInputsFromScratch_FirstFrame2(self):
i1 = btk.btkAcquisition()
i1.Init(6, 50)
i1.SetFirstFrame(25)
i2 = btk.btkAcquisition()
i2.Init(6, 50)
i2.SetPointFrequency(100)
merger = btk.btkMergeAcquisitionFilter()
merger.SetInput(0, i1)
merger.SetInput(1, i2)
merger.Update()
output = merger.GetOutput()
self.assertEqual(output.GetPointFrequency(), 100)
self.assertEqual(output.GetAnalogFrequency(), 100)
self.assertEqual(output.GetFirstFrame(), 1)
self.assertEqual(output.GetPointNumber(), 12)
self.assertEqual(output.GetAnalogNumber(), 0)
self.assertEqual(output.GetPointFrameNumber(), 74)
self.assertEqual(output.GetAnalogFrameNumber(), 74)
def test_TwinsFromFile_Concat(self):
reader = btk.btkAcquisitionFileReader()
reader.SetFilename(_TDDConfigure.C3DFilePathIN + 'sample09/PlugInC3D.c3d')
input = reader.GetOutput()
merger = btk.btkMergeAcquisitionFilter()
merger.SetInput(0, input)
merger.SetInput(1, input)
merger.Update()
output = merger.GetOutput()
self.assertEqual(output.GetPointFrequency(), input.GetPointFrequency())
self.assertEqual(output.GetAnalogFrequency(), input.GetAnalogFrequency())
self.assertEqual(output.GetPointNumber(), input.GetPointNumber() * 2)
self.assertEqual(output.GetAnalogNumber(), input.GetAnalogNumber() * 2)
self.assertEqual(output.GetPointFrameNumber(), input.GetPointFrameNumber())
self.assertEqual(output.GetAnalogFrameNumber(), input.GetAnalogFrameNumber())
self.assertEqual(output.GetEventNumber(), input.GetEventNumber())
for i in range(0,input.GetPointNumber()):
self.assertEqual(output.GetPoint(i).GetLabel(), input.GetPoint(i).GetLabel())
self.assertEqual(output.GetPoint(i + input.GetPointNumber()).GetLabel(), input.GetPoint(i).GetLabel() + '_2')
for i in range(0,input. GetAnalogNumber()):
self.assertEqual(output.GetAnalog(i).GetLabel(), input.GetAnalog(i).GetLabel())
self.assertEqual(output.GetAnalog(i + input.GetAnalogNumber()).GetLabel(), input.GetAnalog(i).GetLabel() + '_2')
md = output.GetMetaData()
fp = md.GetChild('FORCE_PLATFORM')
used = fp.GetChild('USED').GetInfo().ToInt(0)
self.assertEqual(used, 4)
corners = fp.GetChild('CORNERS').GetInfo()
self.assertEqual(corners.GetDimensions()[2], used)
self.assertEqual(len(corners.ToDouble()), 48)
corners2Val = input.GetMetaData().GetChild('FORCE_PLATFORM').GetChild('CORNERS').GetInfo().ToDouble()
for i in range(0,24):
self.assertAlmostEqual(corners.ToDouble(i), corners2Val[i], 5)
self.assertAlmostEqual(corners.ToDouble(i+24), corners2Val[i], 5)
channel = fp.GetChild('CHANNEL').GetInfo()
self.assertEqual(channel.GetDimensions()[1], used)
self.assertEqual(len(channel.ToInt()), 24)
channel2Val = input.GetMetaData().GetChild('FORCE_PLATFORM').GetChild('CHANNEL').GetInfo().ToInt()
for i in range(0,12):
self.assertEqual(channel.ToInt(i), channel2Val[i])
self.assertEqual(channel.ToInt(i+12), channel2Val[i] + 12)
type = fp.GetChild('TYPE').GetInfo()
self.assertEqual(type.GetDimensions()[0], used)
self.assertEqual(len(type.ToInt()), 4)
type2Val = input.GetMetaData().GetChild('FORCE_PLATFORM').GetChild('TYPE').GetInfo().ToInt()
for i in range(0,2):
self.assertEqual(type.ToInt(i), type2Val[i])
self.assertEqual(type.ToInt(i+2), type2Val[i])
origin = fp.GetChild('ORIGIN').GetInfo()
self.assertEqual(origin.GetDimensions()[1], used)
self.assertEqual(len(origin.ToDouble()), 12)
origin2Val = input.GetMetaData().GetChild('FORCE_PLATFORM').GetChild('ORIGIN').GetInfo().ToDouble()
for i in range(0,6):
self.assertAlmostEqual(origin.ToDouble(i), origin2Val[i], 5)
self.assertAlmostEqual(origin.ToDouble(i+6), origin2Val[i], 5)
mdPointIt = md.FindChild('POINT')
self.assertTrue(mdPointIt != md.End())
if (mdPointIt != md.End()):
self.assertEqual(mdPointIt.value().GetChildNumber(), 2)
self.assertTrue(mdPointIt.value().FindChild('X_SCREEN') != mdPointIt.value().End())
self.assertTrue(mdPointIt.value().FindChild('Y_SCREEN') != mdPointIt.value().End())
self.assertTrue(md.FindChild('ANALOG') == md.End())
self.assertTrue(md.FindChild('EVENT') == md.End())
self.assertTrue(md.FindChild('TRIAL') != md.End())
self.assertTrue(md.FindChild('SUBJECTS') != md.End())
self.assertTrue(md.FindChild('SEG') != md.End())
self.assertTrue(md.FindChild('EVENT_CONTEXT') != md.End())
self.assertEqual(md.GetChildNumber(), 6)
start = md.GetChild('TRIAL').GetChild('ACTUAL_START_FIELD').GetInfo().ToInt()
stop = md.GetChild('TRIAL').GetChild('ACTUAL_END_FIELD').GetInfo().ToInt()
self.assertEqual(output.GetFirstFrame(), start[0] + start[1] * 65535)
self.assertEqual(output.GetLastFrame(), stop[0] + stop[1] * 65535)
def test_TwinsFromFile_Concat(self):
reader = btk.btkAcquisitionFileReader()
reader.SetFilename(_TDDConfigure.C3DFilePathIN +
'sample09/PlugInC3D.c3d')
input = reader.GetOutput()
merger = btk.btkMergeAcquisitionFilter()
merger.SetInput(0, input)
merger.SetInput(1, input)
merger.Update()
output = merger.GetOutput()
self.assertEqual(output.GetPointFrequency(), input.GetPointFrequency())
self.assertEqual(output.GetAnalogFrequency(),
input.GetAnalogFrequency())
self.assertEqual(output.GetPointNumber(), input.GetPointNumber() * 2)
self.assertEqual(output.GetAnalogNumber(), input.GetAnalogNumber() * 2)
self.assertEqual(output.GetPointFrameNumber(),
input.GetPointFrameNumber())
self.assertEqual(output.GetAnalogFrameNumber(),
input.GetAnalogFrameNumber())
self.assertEqual(output.GetEventNumber(), input.GetEventNumber())
for i in range(0, input.GetPointNumber()):
self.assertEqual(
output.GetPoint(i).GetLabel(),
input.GetPoint(i).GetLabel())
self.assertEqual(
output.GetPoint(i + input.GetPointNumber()).GetLabel(),
input.GetPoint(i).GetLabel() + '_2')
for i in range(0, input.GetAnalogNumber()):
self.assertEqual(
output.GetAnalog(i).GetLabel(),
input.GetAnalog(i).GetLabel())
self.assertEqual(
output.GetAnalog(i + input.GetAnalogNumber()).GetLabel(),
input.GetAnalog(i).GetLabel() + '_2')
md = output.GetMetaData()
fp = md.GetChild('FORCE_PLATFORM')
used = fp.GetChild('USED').GetInfo().ToInt(0)
self.assertEqual(used, 4)
corners = fp.GetChild('CORNERS').GetInfo()
self.assertEqual(corners.GetDimensions()[2], used)
self.assertEqual(len(corners.ToDouble()), 48)
corners2Val = input.GetMetaData().GetChild('FORCE_PLATFORM').GetChild(
'CORNERS').GetInfo().ToDouble()
for i in range(0, 24):
self.assertAlmostEqual(corners.ToDouble(i), corners2Val[i], 5)
self.assertAlmostEqual(corners.ToDouble(i + 24), corners2Val[i], 5)
channel = fp.GetChild('CHANNEL').GetInfo()
self.assertEqual(channel.GetDimensions()[1], used)
self.assertEqual(len(channel.ToInt()), 24)
channel2Val = input.GetMetaData().GetChild('FORCE_PLATFORM').GetChild(
'CHANNEL').GetInfo().ToInt()
for i in range(0, 12):
self.assertEqual(channel.ToInt(i), channel2Val[i])
self.assertEqual(channel.ToInt(i + 12), channel2Val[i] + 12)
type = fp.GetChild('TYPE').GetInfo()
self.assertEqual(type.GetDimensions()[0], used)
self.assertEqual(len(type.ToInt()), 4)
type2Val = input.GetMetaData().GetChild('FORCE_PLATFORM').GetChild(
'TYPE').GetInfo().ToInt()
for i in range(0, 2):
self.assertEqual(type.ToInt(i), type2Val[i])
self.assertEqual(type.ToInt(i + 2), type2Val[i])
origin = fp.GetChild('ORIGIN').GetInfo()
self.assertEqual(origin.GetDimensions()[1], used)
self.assertEqual(len(origin.ToDouble()), 12)
origin2Val = input.GetMetaData().GetChild('FORCE_PLATFORM').GetChild(
'ORIGIN').GetInfo().ToDouble()
for i in range(0, 6):
self.assertAlmostEqual(origin.ToDouble(i), origin2Val[i], 5)
self.assertAlmostEqual(origin.ToDouble(i + 6), origin2Val[i], 5)
mdPointIt = md.FindChild('POINT')
self.assertTrue(mdPointIt != md.End())
if (mdPointIt != md.End()):
self.assertEqual(mdPointIt.value().GetChildNumber(), 2)
self.assertTrue(mdPointIt.value().FindChild('X_SCREEN') !=
mdPointIt.value().End())
self.assertTrue(mdPointIt.value().FindChild('Y_SCREEN') !=
mdPointIt.value().End())
self.assertTrue(md.FindChild('ANALOG') == md.End())
self.assertTrue(md.FindChild('EVENT') == md.End())
self.assertTrue(md.FindChild('TRIAL') != md.End())
self.assertTrue(md.FindChild('SUBJECTS') != md.End())
self.assertTrue(md.FindChild('SEG') != md.End())
self.assertTrue(md.FindChild('EVENT_CONTEXT') != md.End())
self.assertEqual(md.GetChildNumber(), 6)
start = md.GetChild('TRIAL').GetChild(
'ACTUAL_START_FIELD').GetInfo().ToInt()
stop = md.GetChild('TRIAL').GetChild(
'ACTUAL_END_FIELD').GetInfo().ToInt()
self.assertEqual(output.GetFirstFrame(), start[0] + start[1] * 65535)
self.assertEqual(output.GetLastFrame(), stop[0] + stop[1] * 65535)