def __init__(self, size_proxy=None):
self.size_proxy = size_proxy or self.default_size_proxy
cg = ConstructiveGeometries()
data = cg.data
data['GLO'] = cg.all_faces
for old, fixed in self.compatibility:
data[old] = data[fixed]
self.data = {k: set(v) for k, v in data.items()}
def test_default_setup():
cg = ConstructiveGeometries()
geomatcher = Geomatcher()
assert 'GLO' in geomatcher
assert 'RoW' not in geomatcher
assert geomatcher["RoW"] == set()
assert len(geomatcher["GLO"]) > 400
assert geomatcher["AS"] == set(cg.data['AS'])
assert geomatcher[('ecoinvent', 'Russia (Europe)')] == set(cg.data['Russia (Europe)'])
assert geomatcher["Japan"] == set(cg.data['JP'])
with pytest.raises(KeyError):
geomatcher["Nope"]
def test_default_setup():
cg = ConstructiveGeometries()
assert "GLO" in geomatcher
assert "RoW" not in geomatcher
assert geomatcher["RoW"] == set()
assert len(geomatcher["GLO"]) > 400
assert geomatcher["AS"] == set(cg.data["AS"])
assert geomatcher[("ecoinvent",
"Russia (Europe)")] == set(cg.data["Russia (Europe)"])
assert geomatcher["Japan"] == set(cg.data["JP"])
with pytest.raises(KeyError):
geomatcher["Nope"]
"OneSpatialScaleLCA",
"PandarusRemote",
"remote",
"reset_all_geo",
"reset_geo_meta",
"sha256",
"topocollections",
"Topography",
"TopologicalExtensionTablesLCA",
"TwoSpatialScalesLCA",
"TwoSpatialScalesWithGenericLoadingLCA",
)
from constructive_geometries import ConstructiveGeometries
cg = ConstructiveGeometries()
from .hashing import sha256
from .intersection import Intersection
from .meta import (
extension_tables,
topocollections,
geocollections,
intersections,
loadings,
)
from .lca import (
ExtensionTablesLCA,
OneSpatialScaleLCA,
TopologicalExtensionTablesLCA,
TwoSpatialScalesLCA,
import appdirs
__all__ = (
"RoWGrapher",
"Report",
)
__version__ = (0, 2, 1)
DEFAULT_MAPPING = { # Database name: Display name
'3.3 apos': 'ecoinvent 3.3 APOS',
'3.3 consequential': 'ecoinvent 3.3 consequential',
'3.3 cutoff': 'ecoinvent 3.3 cutoff',
'3.4 apos': 'ecoinvent 3.4 APOS',
'3.4 consequential': 'ecoinvent 3.4 consequential',
'3.4 cutoff': 'ecoinvent 3.4 cutoff',
'3.5 apos': 'ecoinvent 3.5 APOS',
'3.5 consequential': 'ecoinvent 3.5 consequential',
'3.5 cutoff': 'ecoinvent 3.5 cutoff',
}
DATADIR = os.path.join(os.path.abspath(os.path.dirname(__file__)), "data")
CACHEDIR = os.path.abspath(appdirs.user_data_dir("row-report", "row-reporter"))
from constructive_geometries import ConstructiveGeometries
cg = ConstructiveGeometries()
cg.load_definitions()
from .graphics import RoWGrapher
from .report import Report