# Path: geomeppy/idf.py
# def new_idf(fname):
#     def intersect_match(self):
#     def intersect(self):
#     def match(self):
#     def translate_to_origin(self):
#     def translate(self, vector):
#     def rotate(self, angle, anchor=None):
#     def scale(self, factor, anchor=None, axes="xy"):
#     def set_default_constructions(self):
#     def bounding_box(self):
#     def centroid(self):
#     def getsurfaces(self, surface_type=""):
#     def getsubsurfaces(self, surface_type=""):
#     def getshadingsurfaces(self, surface_type=""):
#     def set_wwr(
#         self, wwr=0.2, construction=None, force=False, wwr_map={}, orientation=None
#     ):
#     def view_model(self, test=False):
#     def to_obj(self, fname=None, mtllib=None):
#     def add_block(self, *args, **kwargs):
#     def add_shading_block(self, *args, **kwargs):
#     def add_zone(self, zone):
# class IDF(PatchedIDF):


import itertools
from typing import Optional  # noqa
from .idf import EpBunch, Idf_MSequence, IDF, new_idf  # noqa

"""



def copy_constructions(source_idf, target_idf=None, fname="new.idf"):
    # type: (IDF, Optional[IDF], str) -> IDF
    """Extract construction objects from a source IDF and add them to a target IDF or a new IDF.

    :param source_idf: An IDF to source objects from.
    :param target_idf: An optional IDF to add objects to. If none is passed, a new IDF is returned.
    :param fname: A name for the new IDF created if no target IDF is passed in. Default: "new.idf".
    :returns: Either the target IDF or a new IDF containing the construction objects.
    """
    group = "Surface Construction Elements"
    target_idf = target_idf or new_idf(fname)
    idf = copy_group(source_idf, target_idf, group)
    return idf


def copy_geometry(source_idf, target_idf=None, fname="new.idf"):
    # type: (IDF, Optional[IDF], str) -> IDF
    """Extract geometry objects from a source IDF and add them to a target IDF or a new IDF..

    :param source_idf: An IDF to source objects from.
    :param target_idf: An optional IDF to add objects to. If none is passed, a new IDF is returned.
    :param fname: A name for the new IDF created if no target IDF is passed in. Default: "new.idf".
    :returns: Either the target IDF or a new IDF containing the geometry objects.
    """
    group = "Thermal Zones and Surfaces"

# Path: geomeppy/idf.py
# def new_idf(fname):
#     def intersect_match(self):
#     def intersect(self):
#     def match(self):
#     def translate_to_origin(self):
#     def translate(self, vector):
#     def rotate(self, angle, anchor=None):
#     def scale(self, factor, anchor=None, axes="xy"):
#     def set_default_constructions(self):
#     def bounding_box(self):
#     def centroid(self):
#     def getsurfaces(self, surface_type=""):
#     def getsubsurfaces(self, surface_type=""):
#     def getshadingsurfaces(self, surface_type=""):
#     def set_wwr(
#         self, wwr=0.2, construction=None, force=False, wwr_map={}, orientation=None
#     ):
#     def view_model(self, test=False):
#     def to_obj(self, fname=None, mtllib=None):
#     def add_block(self, *args, **kwargs):
#     def add_shading_block(self, *args, **kwargs):
#     def add_zone(self, zone):
# class IDF(PatchedIDF):


# Path: geomeppy/extractor.py
import itertools
from typing import Optional  # noqa
from .idf import EpBunch, Idf_MSequence, IDF, new_idf  # noqa


"""



def copy_constructions(source_idf, target_idf=None, fname="new.idf"):
    # type: (IDF, Optional[IDF], str) -> IDF
    """Extract construction objects from a source IDF and add them to a target IDF or a new IDF.

    :param source_idf: An IDF to source objects from.
    :param target_idf: An optional IDF to add objects to. If none is passed, a new IDF is returned.
    :param fname: A name for the new IDF created if no target IDF is passed in. Default: "new.idf".
    :returns: Either the target IDF or a new IDF containing the construction objects.
    """
    group = "Surface Construction Elements"
    target_idf = target_idf or new_idf(fname)
    idf = copy_group(source_idf, target_idf, group)
    return idf


def copy_geometry(source_idf, target_idf=None, fname="new.idf"):
    # type: (IDF, Optional[IDF], str) -> IDF
    """Extract geometry objects from a source IDF and add them to a target IDF or a new IDF..

    :param source_idf: An IDF to source objects from.
    :param target_idf: An optional IDF to add objects to. If none is passed, a new IDF is returned.
    :param fname: A name for the new IDF created if no target IDF is passed in. Default: "new.idf".
    :returns: Either the target IDF or a new IDF containing the geometry objects.
    """
    group = "Thermal Zones and Surfaces"

    target_idf = target_idf or new_idf(fname)