def test_las_data():
parser = Parser(data.text['las_data'])
cols = len(data.curve_header.descriptors)
curves = parser.las_data(data.curve_header)
assert len(curves) == cols
for curve in curves:
assert len(curve.to_list()) == 9
def test_curve_header():
parser = Parser(data.text['curve_header'])
curve_header = parser.curve_header()
mnemonics = curve_header.mnemonics()
assert len(curve_header.descriptors) == 6
assert forall(["dept", "netgross", "facies", "porosity", "gamma", "depth"],
lambda m: m in mnemonics)
def data_to_las():
ch = data.curve_header
cols = len(ch.descriptors)
parser = Parser(data.text['las_data'])
curves = parser.las_data(ch)
parser = Parser(LasCurve.to_las(curves))
ncurves = parser.las_data(ch)
assert curves == ncurves
def test_x4():
lf = LasFile.from_(tf_path+"x4.las")
wh = lf.well_header
assert wh.strt == 57.0
assert wh.stop == 5817.0
parser = Parser(lf.to_las())
nlf = parser.las_file()
assert lf == nlf
def lasfile_to_las():
ol = LasFile.from_(tf_path)
parser = Parser(ol.to_las())
nl = parser.las_file()
assert ol == nl
def descriptor_to_las():
d = Descriptor("DEPT", "m", None, "DEPTH")
parser = Parser(d.to_las())
nd = parser.descriptor()
assert d == nd
def test_to_las():
ch = data.curve_header
parser = Parser(ch.to_las())
nch = parser.curve_header()
assert ch == nch
def test_well_header():
parser = Parser(data.text['well_header'])
well_header = parser.well_header()
assert well_header.date.data == "Monday, January 26 2009 14:04:02"
assert well_header.date.description == "DATE"
def test_version_header():
parser = Parser(data.text['version_header'])
version_header = parser.version_header()
assert version_header == VersionHeader(2.0, False)
def parse(name):
parser = Parser(data.text['descriptors'][name])
ret = parser.descriptor()
return ret
