def fixture_testwells(testpath):
w_names = [
"WELL29",
"WELL14",
"WELL30",
"WELL27",
"WELL23",
"WELL32",
"WELL22",
"WELL35",
"WELLX",
]
well_files = [
join(testpath, "wells", "battle", "1", wn + ".rmswell")
for wn in w_names
]
return Wells(well_files, fformat="rms_ascii")
def test_wellintersections_tvdrange_wfilter(loadwells1):
"""Find well crossing using coarser sampling to Fence, with
wfilter settings.
"""
wfilter = {
"parallel": {"xtol": 4.0, "ytol": 4.0, "ztol": 2.0, "itol": 10, "atol": 5.0}
}
mywell_list = loadwells1
mywells = Wells()
mywells.wells = mywell_list
print("Limit TVD and downsample...")
mywells.limit_tvd(1300, 1400)
mywells.downsample(interval=6)
print("Limit TVD and downsample...DONE")
dfr = mywells.wellintersections(wfilter=wfilter)
dfr.to_csv(ojoin(td, "wells_crossings_filter.csv"))
print(dfr)
def test_wells_setter_same_names(testwells):
wells2 = Wells()
wells2.wells = testwells.wells
assert wells2.names == testwells.names
def test_wells_non_well_setter_errors():
with pytest.raises(ValueError, match="not valid Well"):
Wells().wells = [None]
def test_wells_empty_is_none():
assert Wells().wells is None
