seismicrna.core.mu.tests package
Submodules
- class seismicrna.core.mu.tests.compare_test.TestCalcArcsineDistance(methodName='runTest')
Bases:
TestCase- test_array0d()
- test_array1d()
- test_array2d()
- test_both_ones()
- test_both_zeros()
- test_dataframe()
- test_one_half()
- test_series()
- test_zero_half()
- test_zero_one()
- class seismicrna.core.mu.tests.compare_test.TestCalcCoeffDeterm(methodName='runTest')
Bases:
TestCase- classmethod calc_true(x, y)
Calculate the “true” coefficient using a trusted method.
- test_array0d()
- test_array1d()
- test_dataframe()
- class seismicrna.core.mu.tests.compare_test.TestCalcMeanAbsFoldChangeOdds(methodName='runTest')
Bases:
TestCase- test_array0d()
- test_array1d()
- class seismicrna.core.mu.tests.compare_test.TestCalcPearson(methodName='runTest')
Bases:
TestCase- classmethod calc_true(x, y)
Calculate the “true” coefficient using a trusted method.
- test_array0d()
- test_array1d()
- test_array2d()
- test_dataframe()
- test_series()
- class seismicrna.core.mu.tests.compare_test.TestCalcSpearman(methodName='runTest')
Bases:
TestCase- classmethod calc_true(x, y)
Calculate the “true” coefficient using a trusted method.
- test_array0d()
- test_array1d()
- test_array1d_nan()
- test_array2d()
- test_dataframe()
- test_series()
- class seismicrna.core.mu.tests.compare_test.TestCalcSumAbsDiffLogOdds(methodName='runTest')
Bases:
TestCase- test_array0d()
- test_array1d()
- class seismicrna.core.mu.tests.compare_test.TestCompareWindows(methodName='runTest')
Bases:
TestCase- test_contiguous()
- class seismicrna.core.mu.tests.compare_test.TestGetComp(methodName='runTest')
Bases:
TestCase- test_comps()
- class seismicrna.core.mu.tests.dim_test.TestCountPos(methodName='runTest')
Bases:
TestCase- test_array0d()
- test_array1d()
- test_array2d()
- test_dataframe()
- test_series()
- class seismicrna.core.mu.tests.dim_test.TestCountsPos(methodName='runTest')
Bases:
TestCase- test_array1d()
- test_dataframe()
- test_series()
- class seismicrna.core.mu.tests.dim_test.TestCountsPosConsensus(methodName='runTest')
Bases:
TestCase- test_empty()
- test_equal()
- test_unequal()
- class seismicrna.core.mu.tests.frame_test.TestAutoReframe(methodName='runTest')
Bases:
TestCase- test_reduce_0()
- test_reduce_0_and_1()
- test_reduce_none()
- class seismicrna.core.mu.tests.frame_test.TestReframe(methodName='runTest')
Bases:
TestCase- test_array_index()
- test_array_index_index()
- test_array_ints()
- test_array_none()
- test_dataframe()
- test_float_index()
- test_float_index_index()
- test_float_index_index_index()
- test_float_index_index_int()
- test_float_index_int()
- test_float_int_index()
- test_float_ints()
- test_float_none()
- test_series()
- class seismicrna.core.mu.tests.frame_test.TestReframeLike(methodName='runTest')
Bases:
TestCase- test_array_array()
- test_array_dataframe()
- test_array_series()
- test_dataframe_array()
- test_dataframe_dataframe()
- test_drop_array()
- test_drop_dataframe()
- test_drop_series()
- test_float_array()
- test_float_dataframe()
- test_float_float()
- test_float_series()
- test_series_array()
- test_series_series()
- seismicrna.core.mu.tests.frame_test.broadcast_regex(vshape: tuple[int, ...], tshape: tuple[int, ...])
Get the error regex that would result from trying to broadcast values in the shape of vshape to the target shape of tshape.
- Parameters:
vshape (
tuple[int,]) – Shape of the values to broadcast.tshape (
tuple[int,]) – Shape of the target to which the values should be broadcast.
- Returns:
Regular expression that can match the error message.
- Return type:
- seismicrna.core.mu.tests.frame_test.broadcastable(vshape: tuple[int, ...], tshape: tuple[int, ...])
Check whether values in the shape of vshape can be broadcast to the target shape of tshape.
- Parameters:
vshape (
tuple[int,]) – Shape of the values to broadcast.tshape (
tuple[int,]) – Shape of the target to which the values should be broadcast.
- Returns:
Whether the value shape can be broadcast to the target shape.
- Return type:
- class seismicrna.core.mu.tests.measure_test.TestCalcGini(methodName='runTest')
Bases:
TestCase- test_all_equal_1d()
- test_all_equal_2d()
- test_all_zero_1d()
- test_all_zero_2d()
- test_distributed_1d()
- test_empty_1d()
- test_monopoly_1d()
- class seismicrna.core.mu.tests.measure_test.TestCalcSignalNoise(methodName='runTest')
Bases:
TestCase- test_1d()
- test_2d()
- test_empty_1d()
- class seismicrna.core.mu.tests.nan_test.TestAnyNaN(methodName='runTest')
Bases:
TestCase- test_array0d()
- test_array1d()
- test_array2d()
- test_array3d()
- test_dataframe()
- test_series()
- class seismicrna.core.mu.tests.nan_test.TestAutoRemoveNaN(methodName='runTest')
Bases:
TestCase- test_array()
- class seismicrna.core.mu.tests.nan_test.TestAutoRemovesNaN(methodName='runTest')
Bases:
TestCase- test_array()
- class seismicrna.core.mu.tests.nan_test.TestNoNaN(methodName='runTest')
Bases:
TestCase- test_array1d()
- test_array2d()
- test_dataframe()
- test_series()
- class seismicrna.core.mu.tests.nan_test.TestRemoveNaNs(methodName='runTest')
Bases:
TestCase- test_array1d()
- test_array2d()
- test_dataframe()
- test_series()
- class seismicrna.core.mu.tests.nan_test.TestRemovesNaNs(methodName='runTest')
Bases:
TestCase- test_array1d()
- test_array2d()
- test_array_series_dataframe()
- test_array_series_dataframe_mismatched()
- test_dataframe()
- test_empty()
- test_series()
- class seismicrna.core.mu.tests.scale_test.TestCalcQuantile(methodName='runTest')
Bases:
TestCase- test_array0d()
- test_array1d()
- test_array1d_all_nan()
- test_array1d_empty()
- test_array1d_some_nan()
- test_array2d()
- test_array2d_one_col_nan()
- test_array2d_one_row_nan()
- test_dataframe()
- test_invalid_quantiles()
- test_series()
- class seismicrna.core.mu.tests.scale_test.TestCalcRanks(methodName='runTest')
Bases:
TestCase- test_array0d()
- test_array1d()
- test_array2d()
- test_array3d()
- test_dataframe()
- test_nan()
- test_series()