diff --git a/omf/solvers/opendss/dssConvert.py b/omf/solvers/opendss/dssConvert.py
index e93c17f9d..d93d7440b 100644
--- a/omf/solvers/opendss/dssConvert.py
+++ b/omf/solvers/opendss/dssConvert.py
@@ -140,7 +140,7 @@ def dss_to_clean_via_save(dss_file, clean_out_path, add_pf_syntax=True, clean_up
 		nice_buses = re.sub(r'([\w_\-\.]+),([\w_\-\.]+),([\w_\-\.]+)', r'setbusxy bus=\1 x=\2 y=\3', bus_data)
 		clean_copies['buscoords.dss'] = 'makebuslist\n' + nice_buses
 	#HACK: This is the order in which things need to be inserted or opendss errors out. Lame! Also note that pluralized things are from subfolders.
-	CANONICAL_DSS_ORDER = ['master.dss', 'loadshape.dss', 'vsource.dss', 'transformer.dss', 'transformers.dss', 'reactor.dss', 'regcontrol.dss', 'cndata.dss', 'wiredata.dss', 'linegeometry.dss', 'linecode.dss', 'spectrum.dss', 'swtcontrol.dss', 'tcc_curve.dss', 'capacitor.dss', 'capacitors.dss', 'growthshape.dss', 'line.dss', 'branches.dss', 'capcontrol.dss', 'generator.dss', 'pvsystem.dss', 'load.dss', 'loads.dss', 'energymeter.dss', 'monitor.dss', 'buscoords.dss', 'busvoltagebases.dss']
+	CANONICAL_DSS_ORDER = ['master.dss', 'loadshape.dss', 'vsource.dss', 'transformer.dss', 'transformers.dss', 'reactor.dss', 'regcontrol.dss', 'cndata.dss', 'wiredata.dss', 'linegeometry.dss', 'linecode.dss', 'spectrum.dss', 'swtcontrol.dss', 'tcc_curve.dss', 'capacitor.dss', 'capacitors.dss', 'growthshape.dss', 'line.dss', 'branches.dss', 'capcontrol.dss', 'generator.dss', 'pvsystem.dss', 'load.dss', 'loads.dss', 'energymeter.dss', 'fault.dss', 'relay.dss', 'recloser.dss', 'fuse.dss', 'indmach012.dss', 'monitor.dss', 'buscoords.dss', 'busvoltagebases.dss']
 	# Note files we got that aren't in canonical files:
 	for fname in clean_copies:
 		if fname not in CANONICAL_DSS_ORDER:
@@ -574,11 +574,12 @@ def omdToTree(omdFilePath):
 	dss_tree = evilGldTreeToDssTree(evil_tree)
 	return dss_tree
 
-def dss_to_networkx(dssFilePath, tree=None):
+def dss_to_networkx(dssFilePath, tree=None, omd=None):
 	''' Return a networkx directed graph from a dss file. If tree is provided, build graph from that instead of the file. '''
 	if tree == None:
 		tree = dssToTree(dssFilePath)
-	omd = evilDssTreeToGldTree(tree)
+	if omd == None:
+		omd = evilDssTreeToGldTree(tree)
 	# Gather edges, leave out source and circuit objects
 	edges = [(ob['from'],ob['to']) for ob in omd.values() if 'from' in ob and 'to' in ob]
 	edges_sub = [