def __init__(self, k, p=None, prec_cap=None, base=None, \
character=None, adjuster=None, act_on_left=False, \
dettwist=None, action_class = WeightKAction_OMS):
#self._prec_cap = prec_cap
self._p = base.prime()
self._prec_cap = base.precision_cap()
CoefficientModule_generic.__init__(self, k, base=base, \
character=character, adjuster=adjuster, act_on_left=act_on_left, \
dettwist=dettwist, action_class=action_class, \
element_class=CoeffMod_OMS_element, padic=True)
def __init__(self, k, p=None, prec_cap=None, base=None, \
character=None, adjuster=None, act_on_left=False, \
dettwist=None, action_class = WeightKAction_OMS):
#self._prec_cap = prec_cap
self._p = base.prime()
self._prec_cap = base.precision_cap()
CoefficientModule_generic.__init__(self, k, base=base, \
character=character, adjuster=adjuster, act_on_left=act_on_left, \
dettwist=dettwist, action_class=action_class, \
element_class=CoeffMod_OMS_element, padic=True)
def __init__(self, k, p=None, prec_cap=[20, 10], base=None, base_coeffs=None, \
character=None, adjuster=None, act_on_left=False, \
dettwist=None, action_class = WeightKAction_OMS_fam, \
variable_name = 'w'):
#self._prec_cap = prec_cap
if base is None:
if base_coeffs is None:
base_coeffs = Zp(p, prec = prec_cap[0])
elif not isinstance(base_coeffs, ring.Ring):
raise TypeError("base_coeffs must be a ring if base is None")
base = PowerSeriesRing(base_coeffs, name=variable_name)
#elif not isinstance(base, ring.Ring):
# raise TypeError("base must be a ring")
self._p = base.base_ring().prime()
#self._prec_cap = [base.base_ring().precision_cap(), base.default_prec()]
self._prec_cap = tuple(prec_cap)
k = k % (self._p - 1)
#self._cp = (self._p-2) / (self._p-1)
CoefficientModule_generic.__init__(self, k, base=base, \
character=character, adjuster=adjuster, act_on_left=act_on_left, \
dettwist=dettwist, action_class=action_class, \
element_class=CoeffMod_OMS_Families_element, padic=True)
