def sameValueCapacitors(capacitors):
mxx = len(capacitors)
last = 0
flagLeave = False
lstOfCapValue = [
100, 7000, 8000, 9000, 10000, 11000, 12000, 13000, 14000, 15000, 16000,
17000, 18000, 20000, 30000
]
for capV in lstOfCapValue:
if not flagLeave:
os.system(
"cp -avr ./analytic_data/folder0/myTest.glm ./analytic_data/folder1/."
)
os.system(
"cp -avr ./analytic_data/folder0/gridLAB_D_Model.glm ./analytic_data/folder1/."
)
for cp in list(capacitors.keys()):
totalMap = data_analyzer.fromJsonToPython(
"./analytic_data/folder1/allAnalyticData.json")
voltage = totalMap["NODES"][cp]["nominal_voltage"]
addCapacitor("./analytic_data/folder1/gridLAB_D_Model.glm",
"cap" + str(cp), cp, "ABC", voltage, capV, capV,
capV)
addCapacitorText("./analytic_data/folder1/myTest.glm",
"cap" + str(cp), cp, "ABC", voltage, capV,
capV, capV)
if (run_gridlabd.runGridlabd("./analytic_data/folder1/",
"myTest.glm")):
data_analyzer.createTotalData("output_voltage_1.csv")
if len(getProblemNodesFromTotalMapFile(
path).keys()) <= mxx and len(
getOverNodesFromTotalMapFile(path).keys()) == 0:
mxx = len(getProblemNodesFromTotalMapFile(path).keys())
last = capV
if len(getOverNodesFromTotalMapFile(path).keys()) > 0:
flagLeave = True
continue
if len(getProblemNodesFromTotalMapFile(path).keys()) == 0 and len(
getOverNodesFromTotalMapFile(path).keys()) == 0:
print("Balanced")
return -1
else:
continue
os.system(
"cp -avr ./analytic_data/folder0/myTest.glm ./analytic_data/folder1/.")
os.system(
"cp -avr ./analytic_data/folder0/gridLAB_D_Model.glm ./analytic_data/folder1/."
)
for cp in list(capacitors.keys()):
totalMap = data_analyzer.fromJsonToPython(
"./analytic_data/folder1/allAnalyticData.json")
voltage = totalMap["NODES"][cp]["nominal_voltage"]
addCapacitor("./analytic_data/folder1/gridLAB_D_Model.glm",
"cap" + str(cp), cp, "ABC", voltage, last, last, last)
addCapacitorText("./analytic_data/folder1/myTest.glm", "cap" + str(cp),
cp, "ABC", voltage, last, last, last)
return last
def writeCapacitors(capacitors):
capV = 10000
for cp in list(capacitors.keys()):
totalMap = data_analyzer.fromJsonToPython(
"./analytic_data/folder1/allAnalyticData.json")
voltage = totalMap["NODES"][cp]["nominal_voltage"]
addCapacitor("./analytic_data/folder1/gridLAB_D_Model.glm",
"cap" + str(cp), cp, "ABC", voltage, capV, capV, capV)
addCapacitorText("./analytic_data/folder1/myTest.glm", "cap" + str(cp),
cp, "ABC", voltage, capV, capV, capV)
def getOverNodesFromTotalMapFile(pathToFile):
return data_analyzer.fromJsonToPython(pathToFile)["OVERLOAD_NODES"]
def getProblemNodesFromTotalMapFile(pathToFile):
return data_analyzer.fromJsonToPython(pathToFile)["UNDER_VOLTAGE_NODES"]
def cap_has_children(cap, current_capacitor_placement):
return len(current_capacitor_placement.get(cap)) != 0
if __name__ == '__main__':
capNum = input("Please entter num of capacitors: ")
os.system(
"cp -avr ./resources/Model_European_System/glm/* ./analytic_data/folder0/. "
)
if (run_gridlabd.runGridlabd("./analytic_data/folder0/", "myTest.glm")):
data_analyzer.createTotalData("output_voltage_1.csv", 0)
lstOfProblemNodes = getProblemNodesFromTotalMapFile(
"./analytic_data/folder0/allAnalyticData.json")
print("Num of under voltage nodes : " + str(len(lstOfProblemNodes)))
allDataFileBefore = data_analyzer.fromJsonToPython(
"./analytic_data/folder0/allAnalyticData.json")
print(allDataFileBefore["UNDER_VOLTAGE_NODES"])
if (len(lstOfProblemNodes) == 0):
print("Net Is Balanced")
graph_handler.draw("europeanTreeGraph.dot", allDataFileBefore,
"netBefore.jpeg")
G = graph_handler.load(
"resources/Model_European_System/savedGraphEurope.adjlist")
T = graph_handler.convertToDirectedGraph(G)
# a = capacitorsPlacementAlgorithm(4, G, T,{'Bus102': 4, 'Bus106': 4, 'Bus109': 4, 'Bus88': 4, 'Bus290': 4, 'Bus327': 4})
lstOfCapacitorsPlacement = capacitorsPlacementAlgorithm(
int(capNum), G, T, lstOfProblemNodes)
print("Caapacitor placement : " + str(lstOfCapacitorsPlacement.keys()))
tryToSolve(lstOfCapacitorsPlacement, G)