this_idd = idd_parser_library.iddFile(idd_file)
idd_objects = sorted(this_idd.iddObjects)
for idd_obj in idd_objects:
mainObjectDictionary[idd_obj.upper()] = []
totalReferences[idd_obj.upper()] = 0
# then loop over the idfs and create dictionaries as needed
idf_set = sorted(glob.glob(path.join(idf_dir, '*.idf')))
idf_summaries = []
processing_idf_num = 0
for idf in idf_set:
processing_idf_num += 1
# filename only
idf_name = path.basename(idf)
# create an idf library class, and a summary instance
this_idf = idf_parser_library.idfFile(idf)
# loop over objects, processing stuff
for idf_object in this_idf.idf_objects:
upperObjName = idf_object.objectName.upper()
if idf_name == 'GSHPSimple-GLHE.idf':
pass # print(upperObjName)
if upperObjName not in mainObjectDictionary:
# theres a few things we can ignore:
if upperObjName in [
"LEAD INPUT", "END LEAD INPUT", "END SIMULATION DATA",
"REPORT VARIABLE DICTIONARY"
]:
continue
print("***Found object not in IDD:")
print(" IDF = " + idf_name)
if len(sys.argv) != 3:
print("ERROR ARGUMENTS")
sys.exit(1)
else:
idf_dir = sys.argv[1]
html_file = sys.argv[2]
idf_set = sorted(glob.glob(path.join(idf_dir, "*.idf")))
idf_summaries = []
processing_idf_num = 0
for idf in idf_set:
processing_idf_num += 1
# filename only
idf_name = path.basename(idf)
# create an idf library class, and a summary instance
this_idf = idf_parser_library.idfFile(idf)
idf_summary = idf_summary_class.IDFSummary(idf_name)
# loop over objects, processing stuff
for idf_object in this_idf.idf_objects:
upperObjName = idf_object.objectName.upper()
try:
if "SITE:LOCATION" == upperObjName:
idf_summary.location = idf_object.fields[0] # weather file name **could** be inferred I guess
elif "SIZINGPERIOD:" in upperObjName:
idf_summary.numSizingPeriods += 1
elif "ZONE" == upperObjName:
idf_summary.numberZones += 1
elif "INTERNALMASS" == upperObjName:
idf_summary.internalMass = True
elif "PEOPLE" == upperObjName:
idf_summary.people = True