def test_getFirstLevelEVs_realdata():
featdir = op.join(datadir, '1stlevel_realdata.feat')
settings = featanalysis.loadSettings(featdir)
matrix = featdesign.loadDesignMat(op.join(featdir, 'design.mat'))
expected = [(featdesign.NormalEV, {
'index': 0,
'origIndex': 0
}), (featdesign.TemporalDerivativeEV, {
'index': 1
}), (featdesign.NormalEV, {
'index': 2,
'origIndex': 1
}), (featdesign.TemporalDerivativeEV, {
'index': 3
})]
evs = featdesign.getFirstLevelEVs(featdir, settings, matrix)
assert len(evs) == 4
for i, (evtype, atts) in enumerate(expected):
assert isinstance(evs[i], evtype)
for k, v in atts.items():
assert getattr(evs[i], k) == v
del evs
evs = None
def test_getFirstLevelEVs_2():
featdir = op.join(datadir, '1stlevel_2.feat')
settings = featanalysis.loadSettings(featdir)
matrix = featdesign.loadDesignMat(op.join(featdir, 'design.mat'))
expected = [(featdesign.NormalEV, {
'index': 0,
'origIndex': 0
}), (featdesign.TemporalDerivativeEV, {
'index': 1
}), (featdesign.NormalEV, {
'index': 2,
'origIndex': 1
}), (featdesign.TemporalDerivativeEV, {
'index': 3
}), (featdesign.VoxelwiseEV, {
'index': 4,
'origIndex': 2
}), (featdesign.MotionParameterEV, {
'index': 5,
'motionIndex': 0
}), (featdesign.MotionParameterEV, {
'index': 6,
'motionIndex': 1
}), (featdesign.MotionParameterEV, {
'index': 7,
'motionIndex': 2
}), (featdesign.MotionParameterEV, {
'index': 8,
'motionIndex': 3
}), (featdesign.MotionParameterEV, {
'index': 9,
'motionIndex': 4
}), (featdesign.MotionParameterEV, {
'index': 10,
'motionIndex': 5
})]
evs = featdesign.getFirstLevelEVs(featdir, settings, matrix)
assert len(evs) == 11
for i, (evtype, atts) in enumerate(expected):
assert isinstance(evs[i], evtype)
for k, v in atts.items():
assert getattr(evs[i], k) == v
del evs
evs = None
def test_getFirstLevelEVs_3():
featdir = op.join(datadir, '1stlevel_3.feat')
settings = featanalysis.loadSettings(featdir)
matrix = featdesign.loadDesignMat(op.join(featdir, 'design.mat'))
expected = [(featdesign.NormalEV, {
'index': 0,
'origIndex': 0
}), (featdesign.TemporalDerivativeEV, {
'index': 1
}), (featdesign.NormalEV, {
'index': 2,
'origIndex': 1
}), (featdesign.BasisFunctionEV, {
'index': 3
}), (featdesign.BasisFunctionEV, {
'index': 4
}), (featdesign.VoxelwiseConfoundEV, {
'index': 5,
'voxIndex': 0
}), (featdesign.MotionParameterEV, {
'index': 6,
'motionIndex': 0
}), (featdesign.MotionParameterEV, {
'index': 7,
'motionIndex': 1
}), (featdesign.MotionParameterEV, {
'index': 8,
'motionIndex': 2
}), (featdesign.MotionParameterEV, {
'index': 9,
'motionIndex': 3
}), (featdesign.MotionParameterEV, {
'index': 10,
'motionIndex': 4
}), (featdesign.MotionParameterEV, {
'index': 11,
'motionIndex': 5
}), (featdesign.MotionParameterEV, {
'index': 12,
'motionIndex': 6
}), (featdesign.MotionParameterEV, {
'index': 13,
'motionIndex': 7
}), (featdesign.MotionParameterEV, {
'index': 14,
'motionIndex': 8
}), (featdesign.MotionParameterEV, {
'index': 15,
'motionIndex': 9
}), (featdesign.MotionParameterEV, {
'index': 16,
'motionIndex': 10
}), (featdesign.MotionParameterEV, {
'index': 17,
'motionIndex': 11
}), (featdesign.MotionParameterEV, {
'index': 18,
'motionIndex': 12
}), (featdesign.MotionParameterEV, {
'index': 19,
'motionIndex': 13
}), (featdesign.MotionParameterEV, {
'index': 20,
'motionIndex': 14
}), (featdesign.MotionParameterEV, {
'index': 21,
'motionIndex': 15
}), (featdesign.MotionParameterEV, {
'index': 22,
'motionIndex': 16
}), (featdesign.MotionParameterEV, {
'index': 23,
'motionIndex': 17
}), (featdesign.MotionParameterEV, {
'index': 24,
'motionIndex': 18
}), (featdesign.MotionParameterEV, {
'index': 25,
'motionIndex': 19
}), (featdesign.MotionParameterEV, {
'index': 26,
'motionIndex': 20
}), (featdesign.MotionParameterEV, {
'index': 27,
'motionIndex': 21
}), (featdesign.MotionParameterEV, {
'index': 28,
'motionIndex': 22
}), (featdesign.MotionParameterEV, {
'index': 29,
'motionIndex': 23
}), (featdesign.ConfoundEV, {
'index': 30,
'confIndex': 0
}), (featdesign.ConfoundEV, {
'index': 31,
'confIndex': 1
})]
evs = featdesign.getFirstLevelEVs(featdir, settings, matrix)
assert len(evs) == 32
for i, (evtype, atts) in enumerate(expected):
assert isinstance(evs[i], evtype)
for k, v in atts.items():
assert getattr(evs[i], k) == v
del evs
evs = None