def to_file(self, wfile, fformat="rms_ascii"):
"""
Export well to file
Args:
wfile (str): Name of file
fformat (str): File format
Example::
>>> x = Well()
"""
xtgeosys.check_folder(wfile, raiseerror=OSError)
self._ensure_consistency()
if fformat is None or fformat == "rms_ascii":
_well_io.export_rms_ascii(self, wfile)
elif fformat == "hdf5":
with pd.HDFStore(wfile, "a", complevel=9, complib="zlib") as store:
logger.info("export to HDF5 %s", wfile)
store[self._wname] = self._df
meta = dict()
meta["name"] = self._wname
store.get_storer(self._wname).attrs["metadata"] = meta
def to_file(self, sfile, fformat="segy", pristine=False, engine="xtgeo"):
"""Export cube data to file.
Args:
sfile (str): Filename
fformat (str, optional): file format 'segy' (default) or
'rms_regular'
pristine (bool): If True, make SEGY from scratch.
engine (str): Which "engine" to use.
Example::
>>> zz = Cube('some.segy')
>>> zz.to_file('some.rmsreg')
"""
xtgeosys.check_folder(sfile, raiseerror=OSError)
if fformat == "segy":
_cube_export.export_segy(self,
sfile,
pristine=pristine,
engine=engine)
elif fformat == "rms_regular":
_cube_export.export_rmsreg(self, sfile)
else:
logger.error("Invalid file format")
def to_file(self, pfile, fformat="roff", name=None, append=False, dtype=None):
"""Export the grid property to file."""
logger.debug("Export property to file %s", pfile)
xtgeosys.check_folder(pfile, raiseerror=OSError)
if "roff" in fformat:
if name is None:
name = self.name
binary = True
if "asc" in fformat:
binary = False
# for later usage
append = False
last = True
export_roff(self, pfile, name, append=append, last=last, binary=binary)
elif fformat == "grdecl":
export_grdecl(self,
pfile,
name,
append=append,
binary=False,
dtype=dtype)
elif fformat == "bgrdecl":
export_grdecl(self,
pfile,
name,
append=append,
binary=True,
dtype=dtype)
def to_file(
self,
pfile,
fformat="xyz",
attributes=False,
pfilter=None,
filter=None, # deprecated, not in use (only signature)
wcolumn=None,
hcolumn=None,
mdcolumn="M_MDEPTH",
): # pylint: disable=redefined-builtin
"""Export XYZ (Points/Polygons) to file.
Args:
pfile (str): Name of file
fformat (str): File format xyz/poi/pol / rms_attr /rms_wellpicks
attributes (bool or list): List of extra columns to export (some formats)
or True for all attributes present
pfilter (dict): Filter on e.g. top name(s) with keys TopName
or ZoneName as {'TopName': ['Top1', 'Top2']}
wcolumn (str): Name of well column (rms_wellpicks format only)
hcolumn (str): Name of horizons column (rms_wellpicks format only)
mdcolumn (str): Name of MD column (rms_wellpicks format only)
Returns:
Number of points exported
Note that the rms_wellpicks will try to output to:
* HorizonName, WellName, MD if a MD (mdcolumn) is present,
* HorizonName, WellName, X, Y, Z otherwise
Raises:
KeyError if pfilter is set and key(s) are invalid
"""
xtgeosys.check_folder(pfile, raiseerror=OSError)
if self.dataframe is None:
ncount = 0
logger.warning("Nothing to export!")
return ncount
if fformat is None or fformat in ["xyz", "poi", "pol"]:
# NB! reuse export_rms_attr function, but no attributes
# are possible
ncount = _xyz_io.export_rms_attr(self,
pfile,
attributes=False,
pfilter=pfilter)
elif fformat == "rms_attr":
ncount = _xyz_io.export_rms_attr(self,
pfile,
attributes=attributes,
pfilter=pfilter)
elif fformat == "rms_wellpicks":
ncount = _xyz_io.export_rms_wpicks(self,
pfile,
hcolumn,
wcolumn,
mdcolumn=mdcolumn)
if ncount is None:
ncount = 0
if ncount == 0:
logger.warning("Nothing to export!")
return ncount