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import os, sys; sys.path.insert(0, os.path.dirname(os.path.dirname(__file__))) |
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import fnmatch |
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from pprint import pformat |
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import numpy |
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import pytest |
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import math |
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import lasio |
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import lasio.las_items |
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from lasio import las, read, exceptions |
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test_dir = os.path.dirname(__file__) |
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egfn = lambda fn: os.path.join(os.path.dirname(__file__), "examples", fn) |
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stegfn = lambda vers, fn: os.path.join( |
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os.path.dirname(__file__), "examples", vers, fn) |
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def test_autodepthindex(): |
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m = read(egfn("autodepthindex_M.las")) |
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f = read(egfn("autodepthindex_F.las")) |
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ft = read(egfn("autodepthindex_FT.las")) |
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err = read(egfn("autodepthindex_M_FT.las")) |
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def test_autodepthindex_inconsistent(): |
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err = read(egfn("autodepthindex_M_FT.las")) |
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with pytest.raises(exceptions.LASUnknownUnitError): |
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print(err.depth_m) |
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def test_autodepthindex_m(): |
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l = read(egfn("autodepthindex_M.las")) |
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assert (l.depth_ft[-1] * 0.3048 == l.index[-1]) |
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def test_autodepthindex_f(): |
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l = read(egfn("autodepthindex_F.las")) |
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assert (l.depth_m[-1] / 0.3048 == l.index[-1]) |
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def test_autodepthindex_ft(): |
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l = read(egfn("autodepthindex_FT.las")) |
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assert (l.depth_m[-1] / 0.3048 == l.index[-1]) |
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def test_autodepthindex_feet(): |
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l = read(egfn("autodepthindex_FEET.las")) |
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assert (l.depth_m[-1] / 0.3048 == l.index[-1]) |
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def test_df_indexing(): |
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l = read(egfn("6038187_v1.2.las")) |
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metres = 9.05 |
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spacing = l.well["STEP"].value |
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calc_index = math.floor((metres / spacing) - (l.well["STRT"].value / spacing)) |
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calc_index = int(calc_index) |
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assert l["GAMN"][calc_index] == l.df()["GAMN"][metres] |
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# TODO: make above test in reverse-ordered LAS (e.g. STRT > STOP) |
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def test_df_reverse(): |
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l = read(egfn("sample_rev.las")) |
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metres = 1667 |
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spacing = l.well["STEP"].value |
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calc_index = math.floor((metres // spacing) - (l.well["STRT"].value // spacing)) |
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calc_index = int(calc_index) |
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assert l["DT"][calc_index] == l.df()["DT"][metres] |
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def test_df_curve_names(): |
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l = read(egfn("sample_rev.las")) |
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assert l.keys()[1:] == list(l.df().columns.values) |
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def test_non_standard_section(): |
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l = read(egfn("non-standard-header-section.las")) |
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assert "SPECIAL INFORMATION" in l.sections.keys() |
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def test_non_standard_sections(): |
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l = read(egfn("non-standard-header-sections.las")) |
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assert "SPECIAL INFORMATION" in l.sections.keys() |
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assert "extra special information" in l.sections.keys() |
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def test_repr(): |
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h = lasio.las_items.HeaderItem('MN', unit='m', value=20, descr='test testing') |
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assert h.__repr__() == pformat(h) |
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def test_mnemonic_case_preserved(): |
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las = lasio.read(egfn('mnemonic_case.las'), mnemonic_case='preserve') |
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assert [c.mnemonic for c in las.curves] == ['Dept', 'Sflu', 'NPHI', 'SFLU:1', 'SFLU:2', 'sflu', 'SfLu'] |
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def test_mnemonic_case_upper(): |
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las = lasio.read(egfn('mnemonic_case.las'), mnemonic_case='upper') |
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assert [c.mnemonic for c in las.curves] == ['DEPT', 'SFLU:1', 'NPHI', 'SFLU:2', 'SFLU:3', 'SFLU:4', 'SFLU:5'] |
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def test_mnemonic_case_lower(): |
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las = lasio.read(egfn('mnemonic_case.las'), mnemonic_case='lower') |
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assert [c.mnemonic for c in las.curves] == ['dept', 'sflu:1', 'nphi', 'sflu:2', 'sflu:3', 'sflu:4', 'sflu:5'] |
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def test_duplicate_append_curve(): |
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las = lasio.read(egfn('sample.las')) |
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las.append_curve('TEST', data=[1,2,3]) |
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las.append_curve('TEST', data=[4,5,6]) |
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assert [c.mnemonic for c in las.curves[-2:]] == ['TEST:1', 'TEST:2'] |
kinverarity1 /
lasio
