Source code for netket.hilbert.continuous_hilbert

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from typing import Tuple, Union

from .abstract_hilbert import AbstractHilbert


class ContinuousHilbert(AbstractHilbert):
    """Abstract class for the Hilbert space of particles
    in continuous space.
    This class defines the common interface that
    can be used to interact with particles defined
    in continuous space.
    """

[docs] def __init__(self, domain: Tuple[float, ...], pbc: Union[bool, Tuple[bool, ...]]): """ Constructs new ``Particles`` given specifications of the continuous space they are defined in. Args: domain: range of the continuous quantum numbers """ self._extent = domain self._pbc = pbc if not len(self._extent) == len(self._pbc): raise ValueError( """`pbc` must be either a bool or a tuple indicating the periodicity of each spatial dimension.""" ) super().__init__()
@property def extent(self) -> Tuple[float, ...]: r"""Spatial extension in each spatial dimension""" return self._extent @property def pbc(self) -> Tuple[bool, ...]: r"""Whether or not to use periodic boundary conditions for each spatial dimension""" return self._pbc