def test_schedules():
l1 = glm.load("./tests/data/appliance_schedules.glm")
l2 = glm.load("./tests/data/schedule1.glm")
assert l1 == json.load(open("./tests/data/appliance_schedules.json"))
assert l2 == json.load(open("./tests/data/schedule1.json"))
def test_IEEE_13_glm():
l1 = glm.load("./tests/data/IEEE-13.glm")
l2 = glm.load("./tests/data/IEEE_13_Node_Test_Feeder.glm")
l3 = glm.load("./tests/data/IEEE_13_Node_With_Houses.glm")
assert l1 == json.load(open("./tests/data/IEEE-13.json"))
assert l2 == json.load(open("./tests/data/IEEE_13_Node_Test_Feeder.json"))
assert l3 == json.load(open("./tests/data/IEEE_13_Node_With_Houses.json"))
def test_4node():
l1 = glm.load("./tests/data/4node.glm")
l2 = glm.load("./tests/data/powerflow_IEEE_4node.glm")
assert l1 == json.load(open("./tests/data/4node.json"))
assert l2 == json.load(open("./tests/data/powerflow_IEEE_4node.json"))
with open("./tests/data/4node.glm") as f:
l1 = glm.load(f)
assert l1 == json.load(open("./tests/data/4node.json"))
with open("./tests/data/powerflow_IEEE_4node.glm") as f:
l2 = glm.load(f)
assert l2 == json.load(open("./tests/data/powerflow_IEEE_4node.json"))
def create(networkFile, excludedCapacitors):
global EXCLUDED
EXCLUDED = excludedCapacitors
network = glm.load(networkFile)
capacitors = extract_all_capacitors_from_network(network)
allOptionsForWorkingCapacitors = generate_all_possible_options_for_capacity(
capacitors)
create_network_for_each_capacitor_setup(network,
allOptionsForWorkingCapacitors,
capacitors)
def makeMapNodeNameNominalVoltage():
totalMap = {}
network = glm.load(inputFile)
for obj in network["objects"]:
if (obj["name"] == "node" or obj["name"] == "triplex_node"):
totalMap[obj["attributes"]
["name"]] = obj["attributes"]["nominal_voltage"]
return totalMap
def glm_load(fn):
'''
Def: This function parses through a given glm file and returns the objects & modules of the passed glm file
Input: name of of the glm file (string)
Output: objects, modules (tuple of lists)
Note: objs & mods are lists of DICTS!
objs: {'name': ..., 'attributes':..., 'children':...}
mods: {'name': ..., 'attributes':...}
'''
with open(fn, 'r') as f:
G = glm.load(f)
#del G['includes']
#del G['schedules']
return G
def addCapacitor(file, name, parent, phase, cap_nominal_voltage, A, B, C):
network = glm.load(file)
lstOfObj = network['objects']
dictMap = {}
dictMap["name"] = "capacitor"
dictAttr = {}
dictAttr["name"] = name
dictAttr["parent"] = parent
dictAttr["phases"] = phase
dictAttr["phases_connected"] = phase
dictAttr["cap_nominal_voltage"] = cap_nominal_voltage
dictAttr["capacitor_B"] = B # 'capacitor_B': '300000',
dictAttr["capacitor_C"] = C
dictAttr["capacitor_A"] = A
dictAttr["switchA"] = "CLOSED"
dictAttr["switchB"] = "CLOSED"
dictAttr["switchC"] = "CLOSED"
dictMap["attributes"] = dictAttr
dictMap["children"] = []
lstOfObj.append(dictMap)
glm.dump(network, file)
def test_taxonomy_feeder_R1_12_47_1():
l1 = glm.load("./tests/data/taxonomy_feeder_R1-12.47-1.glm")
assert l1 == json.load(
open("./tests/data/taxonomy_feeder_R1-12.47-1.json"))
def test_nested():
len(glm.load("./tests/data/configuration.glm")) == 7
def addCapacitor(file, name, parent, phase, cap_nominal_voltage, A, B, C):
network = glm.load(file)
lstOfObj = network['objects']
dictMap = {}
dictMap["name"] = "capacitor"
dictAttr = {}
dictAttr["name"] = name
dictAttr["parent"] = parent
dictAttr["phases"] = phase
dictAttr["phases_connected"] = phase
dictAttr["cap_nominal_voltage"] = cap_nominal_voltage
dictAttr["capacitor_B"] = B # 'capacitor_B': '300000',
dictAttr["capacitor_C"] = C
dictAttr["capacitor_A"] = A
dictAttr["switchA"] = "CLOSED"
dictAttr["switchB"] = "CLOSED"
dictAttr["switchC"] = "CLOSED"
dictMap["attributes"] = dictAttr
dictMap["children"] = []
lstOfObj.append(dictMap)
glm.dump(network, file)
# replaceClock(file)
# def replaceClock(pathFile):
# entries = os.scandir('analytic_data/folder1/')
# counter = 0
# lines=[]
# for entry in entries:
# if(entry.name == "myTest.glm"):
# with open(entry) as f:
# lines = f.readlines()
# lines[1]= " timestamp '2000-01-01 0:00:00';"
# lines[2]= " stoptime '2000-01-01 0:02:00';"
#
# f.close()
# with open(entry, "w") as f:
# f.writelines(lines)
# f.close()
# # with open(entry, 'r+') as f:
# # content = f.read()
# # f.seek(0, 0)
# # line = "// European LV Test Feeder \n"
# # f.write(line + '\n' + content)
# # a = os.getcwd()
# os.chdir("./analytic_data/folder1/")
# os.system("gridlabd myTest.glm")
# os.chdir(a)
#
# checkAllOptions("output_voltage_1.csv",1)
# bestConfig(1)
# if __name__== "__main__":
# network_capacitors_placement.addCapacitorText("./analytic_data/folder1/myTest.glm", "Test", "Bus32","ABC",240.177712,1000,1000,1000 )
#
# network_capacitors_placement.addCapacitor("./analytic_data/folder1/gridLAB_D_Model.glm", "Test", "Bus32","ABC",240.177712,1000,1000,1000 )
# #
#
# a = os.getcwd()
# os.chdir("./analytic_data/folder1/")
# os.system("gridlabd myTest.glm")
# os.chdir(a)
# checkAllOptions("output_voltage_1.csv",1)
# bestConfig(1)