def to_string(self, nrows=NOTSET):
"""Convert to string
Parameters
----------
nrows : int
Maximum number of rows to show.
If it is None, all rows are shown.
"""
if nrows is NOTSET:
nrows = settings.formatting.get(nrows)
if len(self) == 0:
return "<empty Series of dtype={}>".format(self.dtype)
if nrows is None:
nrows = len(self)
else:
nrows = min(nrows, len(self)) # cap row count
more_rows = len(self) - nrows
# Prepare cells
cols = OrderedDict([('', self.values_to_string(nrows=nrows))])
# Format into a table
return formatting.format(index=self.index,
cols=cols,
more_rows=more_rows)
def to_string(self, nrows=NOTSET):
"""Convert to string
Parameters
----------
nrows : int
Maximum number of rows to show.
If it is None, all rows are shown.
"""
if nrows is NOTSET:
nrows = settings.formatting.get(nrows)
str_dtype = self.dtype
if len(self) == 0:
return "<empty Series of dtype={}>".format(str_dtype)
if nrows is None:
nrows = len(self)
else:
nrows = min(nrows, len(self)) # cap row count
more_rows = len(self) - nrows
# Prepare cells
cols = OrderedDict([('', self.values_to_string(nrows=nrows))])
dtypes = OrderedDict([('', self.dtype)])
# Format into a table
output = formatting.format(index=self.index,
cols=cols, dtypes=dtypes,
more_rows=more_rows,
series_spacing=True)
return output + "\nName: {}, dtype: {}".format(self.name, str_dtype)\
if self.name is not None else output + \
"\ndtype: {}".format(str_dtype)