def describe(self, flush=True):
"""Describe an instance by printing to stdout"""
dsc = XTGDescription()
dsc.title("Description of {} instance".format(self.__class__.__name__))
dsc.txt("Object ID", id(self))
dsc.txt("xname, yname, zname", self._xname, self._yname, self._zname)
if flush:
dsc.flush()
return None
return dsc.astext()
def describe(self, flush=True):
"""Describe an instance by printing to stdout or return"""
dsc = XTGDescription()
dsc.title("Description of Cube instance")
dsc.txt("Object ID", id(self))
dsc.txt("File source", self._filesrc)
dsc.txt("Shape: NCOL, NROW, NLAY", self.ncol, self.nrow, self.nlay)
dsc.txt("Origins XORI, YORI, ZORI", self.xori, self.yori, self.zori)
dsc.txt("Increments XINC YINC ZINC", self.xinc, self.yinc, self.zinc)
dsc.txt("Rotation (anti-clock from X)", self.rotation)
dsc.txt("YFLIP flag", self.yflip)
np.set_printoptions(threshold=16)
dsc.txt("Inlines vector", self._ilines)
dsc.txt("Xlines vector", self._xlines)
dsc.txt("Time or depth slices vector", self.zslices)
dsc.txt("Values", self._values.reshape(-1), self._values.dtype)
np.set_printoptions(threshold=1000)
dsc.txt(
"Values, mean, stdev, minimum, maximum",
self.values.mean(),
self.values.std(),
self.values.min(),
self.values.max(),
)
dsc.txt("Trace ID codes", self._traceidcodes.reshape(-1))
msize = float(self.values.size * 4) / (1024 * 1024 * 1024)
dsc.txt("Minimum memory usage of array (GB)", msize)
if flush:
dsc.flush()
return None
return dsc.astext()
def describe(self, flush=True):
"""Describe an instance by printing to stdout"""
dsc = XTGDescription()
dsc.title("Description of GridProperties instance")
dsc.txt("Object ID", id(self))
dsc.txt("Shape: NCOL, NROW, NLAY", self.ncol, self.nrow, self.nlay)
dsc.txt("Attached grid props objects (names)", self._names)
if flush:
dsc.flush()
return None
return dsc.astext()
def describe(self, details=False, flush=True):
"""Describe an instance by printing to stdout"""
logger.info("Print a description...")
if details:
geom = self.get_geometrics(cellcenter=True, return_dict=True)
prp1 = []
for prp in ("xmin", "xmax", "ymin", "ymax", "zmin", "zmax"):
prp1.append("{:10.3f}".format(geom[prp]))
prp2 = []
for prp in ("avg_dx", "avg_dy", "avg_dz", "avg_rotation"):
prp2.append("{:7.4f}".format(geom[prp]))
geox = self.get_geometrics(cellcenter=False,
allcells=True,
return_dict=True)
prp3 = []
for prp in ("xmin", "xmax", "ymin", "ymax", "zmin", "zmax"):
prp3.append("{:10.3f}".format(geox[prp]))
prp4 = []
for prp in ("avg_dx", "avg_dy", "avg_dz", "avg_rotation"):
prp4.append("{:7.4f}".format(geox[prp]))
dsc = XTGDescription()
dsc.title("Description of Grid instance")
dsc.txt("Object ID", id(self))
if details:
dsc.txt("SWIG ID to coordinates pointer", self._p_coord_v)
dsc.txt("SWIG ID to zcorn pointer", self._p_zcorn_v)
dsc.txt("SWIG ID to actnum pointer", self._p_actnum_v)
dsc.txt("File source", self._filesrc)
dsc.txt("Shape: NCOL, NROW, NLAY", self.ncol, self.nrow, self.nlay)
dsc.txt("Number of active cells", self.nactive)
if details:
dsc.txt("For active cells, using cell centers:")
dsc.txt("Xmin, Xmax, Ymin, Ymax, Zmin, Zmax:", *prp1)
dsc.txt("Avg DX, Avg DY, Avg DZ, Avg rotation:", *prp2)
dsc.txt("For all cells, using cell corners:")
dsc.txt("Xmin, Xmax, Ymin, Ymax, Zmin, Zmax:", *prp3)
dsc.txt("Avg DX, Avg DY, Avg DZ, Avg rotation:", *prp4)
dsc.txt("Attached grid props objects (names)", self.propnames)
if details:
dsc.txt("Attached grid props objects (id)", self.props)
if self.subgrids:
dsc.txt("Number of subgrids", len(list(self.subgrids.keys())))
else:
dsc.txt("Number of subgrids", "No subgrids")
if details:
dsc.txt("Subgrids details", json.dumps(self.get_subgrids()))
dsc.txt("Subgrids with values array", self.subgrids)
if flush:
dsc.flush()
return None
return dsc.astext()