def test_AddNode(self):
stname = "station"
kv = "115"
ndid = "AB"
ndid2 = "AB2"
company = "ABC"
n = Network()
s = Station(stname)
n.AddStation(s)
nd = Node(stname, kv, ndid, company)
n.AddNode(nd)
n.AddNodeByDef(stname, kv, ndid2, company, "div")
with self.assertRaises(Exception):
n.AddNodeByDef(stname,kv, ndid, company)
self.assertEqual(n.Nodes[nd.ID].ID, (stname, ndid))
self.assertEqual(n.Stations[stname].Nodes[nd.ID].ID, (stname, ndid))
self.assertEqual(n.Nodes[(stname, ndid2)].ID, (stname, ndid2))
self.assertEqual(n.Stations[stname].Nodes[(stname, ndid2)].ID, (stname, ndid2))
return
def testNetworkToDEMSimple(self):
st1 = "Home"
st2 = "Grid"
kv = "115"
nd1 = "HomeNode"
nd2 = "GridNode"
sgen = "SolarGen"
ggen = "GridGen"
ld1 = "HomeLoad"
n = Network()
#HOME
n.AddStationByDef(st1)
n.AddNodeByDef(st1, kv, nd1)
sg = Unit(st1, kv, nd1, sgen, "", 10, 0, 0, 0, 1, False, 0)
ld = Load(st1, kv, nd1, ld1, "", 13, 0, 1)
n.AddDevice(sg)
n.AddDevice(ld)
#GRID
n.AddStationByDef(st2)
n.AddNodeByDef(st2, kv, nd2)
gg = Unit(st2, kv, nd2, ggen, "", 1e6, 0, 0, 0, 1, False, 0)
n.AddDevice(gg)
#LINE
br = Branch(st1, kv, nd1, st2, kv, nd2, "Line", "", True, 0, 0, "1",
RatingSet(25, 25, 25), RatingSet(25, 25, 25))
n.AddNodeConnector(br)
gp = NetworkToDEMSimple(n)
gp.init_problem()
gp.problem.solve()
print(gp.results.summary())
def ImportNodes(self, network: Network):
filename = NodeCSVStream.DefaultFileName
if FileType.Node in self.CSVFileNames:
filename = self.CSVFileNames[FileType.Node]
propertymap = NodeCSVStream.DefaultPropertyToFileMap
if FileType.Node in self.CSVPropertyMaps:
propertymap = self.CSVPropertyMaps[FileType.Node]
with NodeCSVStream(filename, propertymap, self.Encoding) as csv:
i = 0
d = 0
for Node in csv:
network.AddNodeByDef(csv.getStationName(), csv.getVoltage(),
csv.getNodeName(), csv.getCompanyName())
i += 1
while i > ((d + 1) * .10 * len(csv)):
print("", end='.')
d += 1
return
def test_AddPNode(self):
stname = "station"
kv = "115"
ndid = "AB"
ndid2 = "AB2"
company = "ABC"
n = Network()
s = Station(stname)
n.AddStation(s)
nd = Node(stname, kv, ndid, company)
n.AddNode(nd)
n.AddNodeByDef(stname, kv, ndid2, company, "div")
id = 122060565
id2 = 122060564
id3 = 122060562
id4 = 122060563
id5 = 34234234
name = "nodename"
name2 = "nodename2"
name3 = "nodename3"
name4 = "nodename4"
name5 = "nodename5"
ldun = "load1"
sett = True
sett2 = False
rzid = 3
cnd = CPNode(id, name, sett)
cnd2=CPNode(id2,name2,sett2)
pnd3 = PNode(id3, name3)
end4=EPNode(id4, name4,234234,(stname,ndid), ldun, rzid)
end5=EPNode(id5, name5,2634234,("",""), ldun, rzid)
n.AddPNode(cnd)
n.AddPNode(cnd2)
n.AddPNode(pnd3)
n.AddPNode(end4)
with self.assertRaises(Exception):
n.AddPNode(cnd)
with self.assertRaises(Exception):
n.AddPNode(end5)
self.assertEqual(n.PNodes[id].Name, name)
self.assertEqual(n.CPNodes[id].Name, name)
self.assertEqual(n.PNodes[id2].Name, name2)
self.assertEqual(n.CPNodes[id2].Name, name2)
self.assertEqual(n.PNodes[id3].Name, name3)
self.assertEqual(n.PNodes[id4].Name, name4)
self.assertEqual(n.EPNodes[id4].Name, name4)
self.assertEqual(n.EPNodes[id4].Node.ID, nd.ID)
self.assertEqual(n.CPNodes[id].FactorSum, 0)
n.AddPNodeFactor(id, id4, .4)
n.AddPNodeFactor(id, id3, .6)
self.assertEqual(n.CPNodes[id].FactorSum, 1)
self.assertEqual(n.CPNodes[id].PNodes[id4].Name, name4)
self.assertEqual(n.CPNodes[id].PNodeFactors[id3], .6)
with self.assertRaises(Exception):
n.AddPNodeFactor(id, id4, .4)
with self.assertRaises(Exception):
n.AddPNodeFactor(34, id4, .4)
with self.assertRaises(Exception):
n.AddPNodeFactor(id, 45, .4)
return
