def _(attr, results):
return set(
it for it in results
if
attr.min <= to_angstrom(it.wave.wavemax, it.wave.waveunit)
and
attr.max >= to_angstrom(it.wave.wavemin, it.wave.waveunit)
)
def _(attr, results):
return set(
it for it in results
if
attr.min <= to_angstrom(it.wave.wavemax, it.wave.waveunit)
and
attr.max >= to_angstrom(it.wave.wavemin, it.wave.waveunit)
)
def _(attr, results):
return set(
it for it in results
if
it.wave.wavemax is not None
and
attr.min <= to_angstrom(float(it.wave.wavemax), it.wave.waveunit)
and
it.wave.wavemin is not None
and
attr.max >= to_angstrom(float(it.wave.wavemin), it.wave.waveunit)
)
def __init__(self, wavemin, wavemax, waveunit='Angstrom'):
self.min, self.max = sorted(
to_angstrom(v, waveunit) for v in [wavemin, wavemax]
)
self.unit = 'Angstrom'
Attr.__init__(self)
_Range.__init__(self, self.min, self.max, self.__class__)
def __init__(self, wavemin, wavemax, waveunit='Angstrom'):
self.min, self.max = sorted(
to_angstrom(v, waveunit) for v in [wavemin, wavemax]
)
self.unit = 'Angstrom'
Attr.__init__(self)
_Range.__init__(self, self.min, self.max, self.__class__)
