def delete_carray(self, carray):
"""Delete carray SWIG C pointer, return carray as None"""
logger.debug("Enter delete carray values method for %d", id(self))
if carray is None:
return None
if "int" in str(carray):
_cxtgeo.delete_intarray(carray)
carray = None
elif "float" in str(carray):
_cxtgeo.delete_floatarray(carray)
carray = None
elif "double" in str(carray):
_cxtgeo.delete_doublearray(carray)
carray = None
else:
raise RuntimeError("BUG?")
return carray
def update_values(cube):
if cube._cvalues is None and cube._values is None:
raise ValueError("Cube values and cvalues are both None")
elif cube._cvalues is None:
return cube._values, None
logger.debug("Updating numpy values...")
ncrl = cube._ncol * cube._nrow * cube._nlay
xvv = _cxtgeo.swig_carr_to_numpy_f1d(ncrl, cube._cvalues)
xvv = np.reshape(xvv, (cube._ncol, cube._nrow, cube._nlay), order="F")
logger.debug("Updating numpy values... done")
xtype = xvv.dtype
logger.info("VALUES of type %s", xtype)
# free the C values (to save memory)
_cxtgeo.delete_floatarray(cube._cvalues)
return xvv, None
def update_values(cube):
if cube._cvalues is None and cube._values is None:
logger.critical("Something is wrong. STOP!")
sys.exit(9)
elif cube._cvalues is None:
return cube._values, None
logger.debug("Updating numpy values...")
ncrl = cube._ncol * cube._nrow * cube._nlay
xvv = _cxtgeo.swig_carr_to_numpy_f1d(ncrl, cube._cvalues)
xvv = np.reshape(xvv, (cube._ncol, cube._nrow, cube._nlay), order="F")
logger.debug("Updating numpy values... done")
xtype = xvv.dtype
logger.info("VALUES of type %s", xtype)
# free the C values (to save memory)
_cxtgeo.delete_floatarray(cube._cvalues)
return xvv, None