When running test suite, the following error is encountered with the DSS7 and pydsstools engine:
c:\Users\zroy\Documents\_Python\pandss\tests\test_rts.py::test_add_rts[dss_7] failed: dss = WindowsPath('C:/Users/zroy/Documents/_Python/pandss/tests/assets/existing/v7.dss')
request = <FixtureRequest for <Function test_add_rts[dss_7]>>
@pytest.mark.parametrize("dss", ("dss_6", "dss_7", "dss_large"))
def test_add_rts(dss, request: FixtureRequest):
dss = request.getfixturevalue(dss)
p = pdss.DatasetPath.from_str("/CALSIM/MONTH_DAYS/DAY//1MON/L2020A/")
with pdss.DSS(dss) as dss_obj:
rts = dss_obj.read_rts(p)
> double_month = rts + rts
tests\test_rts.py:107:
_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _
src\pandss\timeseries\regular_timeseries.py:102: in __add__
kwargs = self._do_arithmetic(__other, "__add__")
_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _
self = RegularTimeseries(path=DatasetPath(a='CALSIM', b='MONTH_DAYS', c='DAY', d='.*', e='1MON', f='L2020A'), values=array([-...09-30T23:59:59.000000'],
dtype='datetime64[us]'), period_type='PER-AVER', units='DAYS', interval=<Interval 1MON>)
_RegularTimeseries__other = RegularTimeseries(path=DatasetPath(a='CALSIM', b='MONTH_DAYS', c='DAY', d='.*', e='1MON', f='L2020A'), values=array([-...09-30T23:59:59.000000'],
dtype='datetime64[us]'), period_type='PER-AVER', units='DAYS', interval=<Interval 1MON>)
method_name = '__add__'
def _do_arithmetic(self, __other: Self, method_name: str) -> dict:
"""Perform the arithmetic on two `RegularTimeseries` objects.
The operations are performed accordingly:
- interval: No change, must be identical left and right
- period_type: No change, must be identical left and right
- units: No change, must be identical left and right
- path: Combined part by part, where identical parts are not changed, and
differing parts are concatenated
- dates: Intersected with __other.dates
- values: The arithmatic is done on the subset of values selected using the same
intersection used for dates
Parameters
----------
__other : Self
The other object to use when doing arithmetic.
method_name : str
One of `__add__`, `__sub__`, or other numeric dunders
Returns
-------
dict
The kwargs to use by `__init__` of the objects class
Raises
------
ValueError
Raised if the two objects are not the same type
ValueError
Raised if certain attributes do not match as required
"""
CONCAT_KEY = {"__add__": "+", "__sub__": "-"}
concat_char = CONCAT_KEY[method_name]
# Validate action
if not isinstance(__other, self.__class__):
raise ValueError(
f"Cannot perform arithmetic {self.__class__.__name__} "
+ f"with {type(__other)}"
)
for attr in ("interval", "period_type", "units"):
s = getattr(self, attr)
o = getattr(__other, attr)
if s != o:
raise ValueError(f"Cannot add differing {attr}: {s}, {o}")
# Get kwargs for new instance
# path
new_path_kwargs = dict()
for part in ("a", "b", "c", "d", "e", "f"):
part_self = getattr(self.path, part)
part_other = getattr(__other.path, part)
if part_self == part_other:
new_path_kwargs[part] = part_self
else:
new_path_kwargs[part] = f"{part_self}{concat_char}{part_other}"
if self.path == __other.path: # Rare case of adding identical paths
new_path_kwargs["b"] = f"{self.path.b}{concat_char}{__other.path.b}"
new_path = DatasetPath(**new_path_kwargs)
# dates
new_dates = intersect1d(self.dates, __other.dates)
# values
mask_left = [date in new_dates for date in self.dates]
values_left = self.values[mask_left]
mask_right = [date in new_dates for date in __other.dates]
values_right = __other.values[mask_right]
method = getattr(values_left, method_name)
> new_values = method(values_right)
E FloatingPointError: overflow encountered in add
src\pandss\timeseries\regular_timeseries.py:173: FloatingPointError
When running test suite, the following error is encountered with the
DSS7andpydsstoolsengine: