def test_to_from_roffgrid(roff_grid):
xtggrid = Grid()
xtggrid._actnumsv = roff_grid.xtgeo_actnum()
xtggrid._coordsv = roff_grid.xtgeo_coord()
xtggrid._zcornsv = roff_grid.xtgeo_zcorn()
xtggrid._subgrids = roff_grid.xtgeo_subgrids()
xtggrid._ncol = roff_grid.nx
xtggrid._nrow = roff_grid.ny
xtggrid._nlay = roff_grid.nz
roffgrid2 = RoffGrid.from_xtgeo_grid(xtggrid)
assert same_geometry(roffgrid2, roff_grid)
assert np.array_equal(roffgrid2.subgrids, roff_grid.subgrids)
def test_to_from_grdeclgrid(grdecl_grid):
xtggrid = Grid()
xtggrid._actnumsv = grdecl_grid.xtgeo_actnum()
xtggrid._coordsv = grdecl_grid.xtgeo_coord()
xtggrid._zcornsv = grdecl_grid.xtgeo_zcorn()
nx, ny, nz = grdecl_grid.dimensions
xtggrid._ncol = nx
xtggrid._nrow = ny
xtggrid._nlay = nz
xtggrid._xtgformat = 2
grdecl_grid2 = ggrid.GrdeclGrid.from_xtgeo_grid(xtggrid)
assert grdecl_grid2.xtgeo_actnum().tolist() == xtggrid._actnumsv.tolist()
assert grdecl_grid2.xtgeo_coord() == pytest.approx(xtggrid._coordsv,
abs=0.02)
assert grdecl_grid2.xtgeo_zcorn() == pytest.approx(xtggrid._zcornsv,
abs=0.02)
def test_to_from_xtggrid_write(tmp_path, grdecl_grid):
xtggrid = Grid()
xtggrid._actnumsv = grdecl_grid.xtgeo_actnum()
xtggrid._coordsv = grdecl_grid.xtgeo_coord()
xtggrid._zcornsv = grdecl_grid.xtgeo_zcorn()
nx, ny, nz = grdecl_grid.dimensions
xtggrid._ncol = nx
xtggrid._nrow = ny
xtggrid._nlay = nz
xtggrid._xtgformat = 2
xtggrid.to_file(tmp_path / "xtggrid.grdecl", fformat="grdecl")
grdecl_grid2 = ggrid.GrdeclGrid.from_file(tmp_path / "xtggrid.grdecl")
assert grdecl_grid.zcorn == pytest.approx(grdecl_grid2.zcorn, abs=0.02)
assert grdecl_grid.xtgeo_coord() == pytest.approx(
grdecl_grid2.xtgeo_coord(), abs=0.02)
if grdecl_grid.actnum is None:
assert grdecl_grid2.actnum is None or np.all(grdecl_grid2.actnum)
else:
assert grdecl_grid.actnum.tolist() == grdecl_grid2.actnum.tolist()