def test_simple(self):
data = Orange.data.Table("iris")
f = GaussianSmoothing(sd=1.)
data = data[:1]
fdata = f(data)
np.testing.assert_almost_equal(fdata.X,
[[4.4907066, 3.2794677, 1.7641664, 0.6909083]])
def test_unknown_no_propagate(self):
data = Orange.data.Table("iris")
f = GaussianSmoothing()
data = data[:5]
for i in range(4):
data.X[i, i] = np.nan
data.X[4] = np.nan
fdata = f(data)
np.testing.assert_equal(np.sum(np.isnan(fdata.X), axis=1), [1, 1, 1, 1, 4])
import Orange
from Orange.widgets.utils.annotated_data import get_next_name
from orangecontrib.infrared.data import getx
from orangecontrib.infrared.preprocess import Absorbance, Transmittance, \
Integrate, Interpolate, Cut, SavitzkyGolayFiltering, \
GaussianSmoothing, PCADenoising, RubberbandBaseline, \
Normalize
# Preprocessors that work per sample and should return the same
# result for a sample independent of the other samples
PREPROCESSORS_INDEPENDENT_SAMPLES = [
Interpolate(np.linspace(1000, 1700, 100)),
SavitzkyGolayFiltering(window=9, polyorder=2, deriv=2),
Cut(lowlim=1000, highlim=1800),
GaussianSmoothing(sd=3.),
Absorbance(),
Transmittance(),
Integrate(limits=[[900, 100], [1100, 1200], [1200, 1300]]),
Integrate(methods=Integrate.Simple, limits=[[1100, 1200]]),
Integrate(methods=Integrate.Baseline, limits=[[1100, 1200]]),
Integrate(methods=Integrate.PeakMax, limits=[[1100, 1200]]),
Integrate(methods=Integrate.PeakBaseline, limits=[[1100, 1200]]),
Integrate(methods=Integrate.PeakAt, limits=[[1100]]),
Integrate(methods=Integrate.PeakX, limits=[[1100, 1200]]),
Integrate(methods=Integrate.PeakXBaseline, limits=[[1100, 1200]]),
RubberbandBaseline(),
Normalize(method=Normalize.Vector),
Normalize(method=Normalize.Area, int_method=Integrate.PeakMax, lower=0, upper=10000),
]