def computeEmbodiedEnergy():
"""Compute the embodied energy of buildings in file buildings.csv."""
oeko = getData_oeko()
OEKO = oeko[([((("WDVS" in o_name) & ("Steinwolle" in o_name)) |
(("WDVS" in o_name) & ("EPS" in o_name) &
("Daemmplatte" in o_name)) &
("End of life" not in o_name) | ("XPS" in o_name))
for o_name in oeko.name])]
masea = getData_masea()
MASEA = masea[(masea.name == "Steinwolle_60") |
(masea.name == "EPS_040.15") |
(masea.name == "XPS_Deckschicht 3")]
buildings = pd.read_csv("buildings.csv", index_col=0)
buildings["shell_roof"] = buildings["shell"] - buildings["shell_wall"]
for a, b, c in zip([610, 480, 482],
[69, 82, 165],
["Steinwolle", "XPS", "EPS"]):
pos1 = OEKO.loc[a]
pos2 = MASEA.loc[b]
for width in [0.12, 0.24]:
buildings = getGEnergy(buildings, pos1, pos2, width, c,
verbose=False)
buildings.to_csv("buildings_genergy.csv")
HEAT = importr('heat')
# Global variables
seed(12345)
store = HDFStore('materials.h5')
D = store["elements"]
# Definition of possible construction periods as define in the regional
# material catalogue.
years = ["bis 1918", "bis 1948", "1949 bis 1957",
"1958 bis 1968", "1969 bis 1978"]
masea = getData_masea()
MASEA = masea[(masea.name == "Steinwolle_60") | (masea.name == "EPS_040.15") |
(masea.name == "XPS_Deckschicht 3")]
oeko = getData_oeko()
OEKO = oeko[([((("WDVS" in o_name) & ("Steinwolle" in o_name)) |
(("WDVS" in o_name) & ("EPS" in o_name) &
("Daemmplatte" in o_name)) &
("End of life" not in o_name) | ("XPS" in o_name))
for o_name in oeko.name])]
def get_masea_uval(component, verbose=False):
"""Get MASEA based u-value for given component."""
if verbose:
print(component)
MaterialsToGet = robjects.StrVector(component["name"].tolist())
Thicknes = robjects.FloatVector(component["Thickness"].div(100).tolist())
Layers = HEAT.getLayers(MaterialsToGet, Thicknes)
if verbose: