def test_zero_d_zero_ntraces(self):
dim_names = ["Time"]
dim_lens = [0]
segy2netcdf._fill_missing_dims(0, 0, dim_names, dim_lens)
assert dim_names == ["Time"]
assert dim_lens == [0]
def test_no_d(self):
dim_names = ["Time"]
dim_lens = [20]
segy2netcdf._fill_missing_dims(1, 30, dim_names, dim_lens)
assert dim_names == ["Traces", "Time"]
assert dim_lens == [30, 20]
def test_partial_d(self):
dim_names = ["ShotPoint", "GroupX", "Time"]
dim_lens = [3, 5, 20]
segy2netcdf._fill_missing_dims(15, 30, dim_names, dim_lens)
assert dim_names == ["Traces", "ShotPoint", "GroupX", "Time"]
assert dim_lens == [2, 3, 5, 20]
def test_full_d(self):
dim_names = ["ShotPoint", "GroupX", "Time"]
dim_lens = [3, 10, 20]
segy2netcdf._fill_missing_dims(30, 30, dim_names, dim_lens)
assert dim_names == ["ShotPoint", "GroupX", "Time"]
assert dim_lens == [3, 10, 20]
def test_partial_d(self):
dim_names = ['ShotPoint', 'GroupX', 'Time']
dim_lens = [3, 5, 20]
segy2netcdf._fill_missing_dims(15, 30, dim_names, dim_lens)
assert dim_names == ['Traces', 'ShotPoint', 'GroupX', 'Time']
assert dim_lens == [2, 3, 5, 20]
def test_full_d(self):
dim_names = ['ShotPoint', 'GroupX', 'Time']
dim_lens = [3, 10, 20]
segy2netcdf._fill_missing_dims(30, 30, dim_names, dim_lens)
assert dim_names == ['ShotPoint', 'GroupX', 'Time']
assert dim_lens == [3, 10, 20]