def run():
if not AppUtils.checkInputOLR(ARGVS.fi, PY_FILE, PARSER_INPUTS):
return
if not AppUtils.checkInputPK(ARGVS.pk, 'Bus', PY_FILE, PARSER_INPUTS):
return
#
OlxAPILib.open_olrFile(ARGVS.fi, ARGVS.olxpath)
#
sres = 'App: ' + PY_FILE
sres += '\nUser: '******'\nDate: ' + time.asctime()
sres += '\nOLR file: ' + ARGVS.fi
print('Selected Bus: ', str(ARGVS.pk))
for i in range(len(ARGVS.pk)):
sres += '\n\nSelected Bus:' + ARGVS.pk[i]
# get handle of object picked up
bhnd = OlxAPILib.FindObj1LPF_check(ARGVS.pk[i], TC_BUS)
#
br_res, bus_res = getRemoteTerminals(bhnd)
sres += getRemoteTerminals_str(br_res, bus_res)
#
ARGVS.fo = AppUtils.get_file_out(fo=ARGVS.fo,
fi=ARGVS.fi,
subf='',
ad='_res',
ext='.txt')
#
AppUtils.saveString2File(ARGVS.fo, sres)
print("\nReport file had been saved in:\n" + ARGVS.fo)
if ARGVS.ut == 0:
AppUtils.launch_notepad(ARGVS.fo)
return 1
def run():
if not AppUtils.checkInputOLR(ARGVS.fi, PY_FILE, PARSER_INPUTS):
return
if not AppUtils.checkInputPK(ARGVS.pk, 'Bus', PY_FILE, PARSER_INPUTS):
return
#
OlxAPILib.open_olrFile(ARGVS.fi, ARGVS.olxpath)
# get handle of object picked up
print("Selected BUS: " + str(ARGVS.pk))
bhnd = OlxAPILib.FindObj1LPF_check(ARGVS.pk[0], TC_BUS)
#
# sr = "\nOLR file: " + os.path.abspath(ARGVS.fi)
sr = '\n' + OlxAPILib.fullBusName(bhnd).ljust(25) + ' : BUS FOUND'
print(sr)
sr += "\n\nBUS FAULT REPORT"
sr += "\n ,Phase A ,Phase B ,Phase C"
sr += do1busFlt(bhnd)
#update file out
ARGVS.fo = AppUtils.get_file_out(fo=ARGVS.fo,
fi=ARGVS.fi,
subf='res',
ad='',
ext='.csv')
#
AppUtils.saveString2File(ARGVS.fo, sr)
#
print('\nReport file had been saved in:\n%s' % ARGVS.fo)
if ARGVS.ut == 0:
AppUtils.launch_excel(ARGVS.fo)
return 1
def run():
if not AppUtils.checkInputOLR(ARGVS.fi,PY_FILE,PARSER_INPUTS):
return
if not AppUtils.checkInputPK(ARGVS.pk,'Bus',PY_FILE,PARSER_INPUTS):
return
#
sr = ''#"\nOLR file: " + os.path.abspath(ARGVS.fi)
#
OlxAPILib.open_olrFile(ARGVS.fi,ARGVS.olxpath)
#
print("Selected BUS: "+ str(ARGVS.pk))
for i in range(len(ARGVS.pk)):
# get handle of object picked up
bhnd = OlxAPILib.FindObj1LPF_check(ARGVS.pk[i],TC_BUS)
sb = OlxAPILib.fullBusName(bhnd).ljust(25) +' : BUS FOUND'
sr+= "\n"+sb
print(sb)
#
sr += "\nFault, PhaseA, PhaseB, PhaseC, R0+jX0, R1+jX1, R2+jX2, X/R"
#
sr+= do1busFlt1(bhnd) + "\n"
#update file out
ARGVS.fo = AppUtils.get_file_out(fo=ARGVS.fo , fi=ARGVS.fi , subf='res' , ad='' , ext='.csv')
AppUtils.saveString2File(ARGVS.fo,sr)
print('\nReport file had been saved in:\n%s'%ARGVS.fo)
if ARGVS.ut ==0:
AppUtils.launch_excel(ARGVS.fo)
return 1
def saveReportBusFile(self):
ARGVS.fb = AppUtils.get_file_out(fo=ARGVS.fb,
fi=ARGVS.fi,
subf='',
ad='_bus',
ext='.txt')
#
sr = []
sr.append('App : ' + PY_FILE)
sr.append('User: '******'Date: ' + time.asctime())
sr.append('\nBus report:')
k = 0
for b1 in self.busA:
k += 1
sb = OlxAPILib.fullBusName(b1)
sr.append(str(k).ljust(5) + sb)
if k == 0:
sr.append('\tNo bus found')
#
AppUtils.saveArString2File(ARGVS.fb, sr)
print('\nReport bus file had been saved in:\n"%s"' % ARGVS.fb)
#
if ARGVS.gui > 0 and ARGVS.ut == 0:
AppUtils.launch_notepad(ARGVS.fb)
def run_demo():
if ARGVS.demo==1:
ARGVS.fi = AppUtils.getASPENFile(PATH_FILE,'SAMPLE30.OLR')
ARGVS.fo = AppUtils.get_file_out(fo='' , fi=ARGVS.fi , subf='' , ad='_'+os.path.splitext(PY_FILE)[0]+'_demo' , ext='.csv')
ARGVS.pk = ["[BUS] 6 'NEVADA' 132 kV", "[BUS] 14 'MONTANA' 33 kV"]
#
choice = AppUtils.ask_run_demo(PY_FILE,ARGVS.ut,ARGVS.fi,"Selected Bus: " + str(ARGVS.pk))
if choice=="yes":
return run()
else:
AppUtils.demo_notFound(PY_FILE,ARGVS.demo,[1])
def run_demo():
if ARGVS.demo == 1:
ARGVS.fi = AppUtils.getASPENFile(PATH_FILE, 'SAMPLE30.OLR')
ARGVS.fo = AppUtils.get_file_out(
fo='',
fi=ARGVS.fi,
subf='',
ad='_' + os.path.splitext(PY_FILE)[0] + '_demo',
ext='.OLR')
#
choice = AppUtils.ask_run_demo(PY_FILE, ARGVS.ut, ARGVS.fi, '')
if choice == "yes":
return run()
else:
AppUtils.demo_notFound(PY_FILE, ARGVS.demo, [1])
def run_demo():
if ARGVS.demo == 1:
ARGVS.fi = AppUtils.getASPENFile(PATH_FILE, 'SAMPLE30.OLR')
ARGVS.fo = AppUtils.get_file_out(
fo='',
fi=ARGVS.fi,
subf='',
ad='_' + os.path.splitext(PY_FILE)[0] + '_demo',
ext='.csv')
ARGVS.ft = os.path.join(PATH_FILE, 'InputTemplate2018.xlsx')
#
choice = AppUtils.ask_run_demo(PY_FILE, ARGVS.ut, ARGVS.fi,
"Input template file: " + ARGVS.ft)
#
if choice == "yes":
return run()
else:
AppUtils.demo_notFound(PY_FILE, ARGVS.demo, [1])
def runBoundaryEquivalent(self):
#
ARGVS.fo = AppUtils.get_file_out(fo=ARGVS.fo,
fi=ARGVS.fi,
subf='res',
ad='_res',
ext='.OLR')
#
opt = [ARGVS.opt1, ARGVS.opt2, ARGVS.opt3]
OlxAPILib.BoundaryEquivalent(ARGVS.fo, list(self.busA), opt)
#
OlxAPI.CloseDataFile()
if not os.path.isfile(ARGVS.fo):
raise Exception(" Run BoundaryEquivalent")
#
if ARGVS.gui > 0 and ARGVS.ut == 0:
AppUtils.launch_OneLiner(ARGVS.fo)
print('\nOLR result file had been saved in:\n"%s"' % ARGVS.fo)
def run_demo():
if ARGVS.demo == 1:
ARGVS.fi = AppUtils.getASPENFile(PATH_FILE, 'SAMPLE30.OLR')
ARGVS.pk = ["[RELAYGROUP] 2 'CLAYTOR' 132 kV-6 'NEVADA' 132 kV 1 L"]
ARGVS.fo = AppUtils.get_file_out(
fo='',
fi=ARGVS.fi,
subf='',
ad='_' + os.path.splitext(PY_FILE)[0] + '_demo',
ext='.txt')
#
choice = AppUtils.ask_run_demo(
PY_FILE, ARGVS.ut, ARGVS.fi,
"Selected Relay Group: " + str(ARGVS.pk))
if choice == "yes":
return run()
else:
AppUtils.demo_notFound(PY_FILE, ARGVS.demo, [1])
return 0
def run_demo():
if ARGVS.demo == 1:
ARGVS.fi = AppUtils.getASPENFile('', 'SAMPLE30.OLR')
ARGVS.fo = AppUtils.get_file_out(
fo='',
fi=ARGVS.fi,
subf='',
ad='_' + os.path.splitext(PY_FILE)[0] + '_demo',
ext='.OLR')
ARGVS.pk = [
"[XFORMER3] 6 'NEVADA' 132 kV-10 'NEVADA' 33 kV-'DOT BUS' 13.8 kV 1"
]
ARGVS.ti = 1
ARGVS.ar = []
ARGVS.zo = []
#
choice = AppUtils.ask_run_demo(PY_FILE, ARGVS.ut, ARGVS.fi,
"Selected Object: " + str(ARGVS.pk))
if choice == "yes":
return run()
else:
AppUtils.demo_notFound(PY_FILE, ARGVS.demo, [1])
def run():
if not AppUtils.checkInputOLR(ARGVS.fi, PY_FILE, PARSER_INPUTS):
return
if not AppUtils.checkInputPK(ARGVS.pk, 'Relay Group', PY_FILE,
PARSER_INPUTS):
return
#
OlxAPILib.open_olrFile(ARGVS.fi, ARGVS.olxpath)
#
bhnd, tc = OlxAPILib.FindObj1LPF(ARGVS.pk[0])
if tc != TC_RLYGROUP:
s = "\nNo Relay Group is selected: " + str(
ARGVS.pk) + "\nUnable to continue."
return AppUtils.FinishCheck(PY_FILE, s, PARSER_INPUTS)
#
br1 = OlxAPILib.getEquipmentData([bhnd], RG_nBranchHnd)[0]
b1 = OlxAPILib.getEquipmentData([br1], BR_nBus1Hnd)[0]
nTap1 = OlxAPILib.getEquipmentData([b1], BUS_nTapBus)[0]
inSer1 = OlxAPILib.getEquipmentData([br1], BR_nInService)[0]
sLocal = "Local Relay Group: " + OlxAPILib.fullBranchName(br1)
if nTap1 > 0:
s = '\n' + sLocal + "\n\tis located at a TAP bus. Unable to continue."
return AppUtils.FinishCheck(PY_FILE, s, None)
#
if inSer1 != 1:
s = '\n' + sLocal + "\n\tis located on out-of-service branch. Unable to continue."
return AppUtils.FinishCheck(PY_FILE, s, None)
#
kr = 0
sres = ""
bres = OlxAPILib.getOppositeBranch(
hndBr=br1, typeConsi=[]
) # consider all type [TC_LINE,TC_SWITCH,TC_SCAP,TC_PS,TC_XFMR,TC_XFMR3]
#
for bri in bres:
rg1 = -1
try:
rg1 = OlxAPILib.getEquipmentData([bri], BR_nRlyGrp1Hnd)[0]
except:
pass
#
if rg1 > 0:
kr += 1
sres += "\n\t" + OlxAPILib.fullBranchName(bri)
#
s0 = 'App: ' + PY_FILE
s0 += '\nUser: '******'\nDate: ' + time.asctime()
s0 += '\nOLR file: ' + ARGVS.fi
s0 += '\n\nSelected Relay Group:' + str(ARGVS.pk[0])
if kr > 1:
s0 += "\nRemote groups (" + str(kr) + "):"
else:
s0 += "\nRemote group (" + str(kr) + "):"
#
ARGVS.fo = AppUtils.get_file_out(fo=ARGVS.fo,
fi=ARGVS.fi,
subf='res',
ad='_res',
ext='.txt')
#
AppUtils.saveString2File(ARGVS.fo, s0 + sres)
print("\nReport file had been saved in:\n" + ARGVS.fo)
if ARGVS.ut == 0:
AppUtils.launch_notepadpp(ARGVS.fo)
return 1
def run():
if not AppUtils.checkInputOLR(ARGVS.fi, PY_FILE, PARSER_INPUTS):
return False
#
if type(ARGVS.op) != list:
op = [ARGVS.op]
else:
op = ARGVS.op
vd = {
1: '-Check XFMR',
2: '-GEN34 VCCS',
3: '-Check Duplicate (CID, BusNumber)',
4: '-Check Line',
5: '-Check Memo'
}
for op1 in op:
if op1 not in vd.keys():
se = 'ValueError of op=' + str(op1)
for k, v in vd.items():
se += '\n\top=' + str(k) + ':' + str(v)
raise Exception(se)
print('\nCheck: ' + str(vd[op1]))
#
load_olxapi(ARGVS.olxpath)
OLCase.open(ARGVS.fi, 1)
fr = AppUtils.get_file_out(fo=ARGVS.fo,
fi=ARGVS.fi,
subf='',
ad='_CheckNetwork_Report',
ext='.CSV')
f1 = open(fr, "w")
fwriter = csv.writer(f1, quotechar="'", lineterminator="\n")
fwriter.writerow([
'',
'CheckNetwork version=%s Date:%s' % (__version__, time.asctime())
])
fwriter.writerow(['', 'OLR file:%s' % ARGVS.fi])
#
if (0 in op) or (1 in op):
cx = CHECK_XFMR(fwriter)
cx.checkConfig()
#
if (0 in op) or (2 in op):
cx = CHECK_GENW34_VCCS(fwriter)
cx.check1()
cx.check2()
cx.check3()
cx.check4()
#
if (0 in op) or (3 in op):
cx = CHECK_DUPLICATE(fwriter)
cx.check_Loadunit()
cx.check_Genunit()
cx.check_Shuntunit()
cx.checkBusNumber()
#
if (0 in op) or (4 in op):
cx = CHECK_LINE(fwriter)
cx.checkLineRX()
cx.checkLineType()
#
if (0 in op) or (5 in op):
cx = CHECK_MEMO(fwriter)
cx.check()
fo = AppUtils.get_file_out(fo=ARGVS.fo,
fi=ARGVS.fi,
subf='',
ad='_CheckNetwork',
ext='.OLR')
OLCase.save(fo)
OLCase.close()
f1.close()
print('\nChecking report:', fr)
print('Updated network:', fo)
def run():
if not checkInput():
return
print("Template file: " + ARGVS.ft)
print("IEEE-1584 2018")
#
import xml.etree.ElementTree as ET
# update file out
ARGVS.fo = AppUtils.get_file_out(fo=ARGVS.fo,
fi=ARGVS.fi,
subf='',
ad='',
ext='.csv')
#
OlxAPILib.open_olrFile(ARGVS.fi, ARGVS.olxpath)
#
ws = AppUtils.ToolCSVExcell()
ws.readFile(fi=ARGVS.ft, delim=',')
#
nSuccess = 0
#
for i in range(7, 10000):
if ws.getVal(row=i, column=1) == None:
break
#
sbus = getStrBus(ws, i)
if sbus != "":
if str(ws.getVal(
row=6,
column=4)) == "Electrode config": # standardYear = 2018
data = ET.Element('ARCFLASHCALCULATOR2018')
data.set('REPFILENAME', ARGVS.fo) # fo
data.set('OUTFILETYPE', '2') # csv file
if nSuccess == 0:
data.set('APPENDREPORT', '0')
else:
data.set('APPENDREPORT', '1')
#
data.set('SELECTEDOBJ', sbus) # bus
data.set('ELECTRODECFG', str(ws.getVal(row=i, column=4)))
data.set('BOXH', str(ws.getVal(row=i, column=5)))
data.set('BOXW', str(ws.getVal(row=i, column=6)))
data.set('BOXD', str(ws.getVal(row=i, column=7)))
data.set('CONDUCTORGAP', str(ws.getVal(row=i, column=8)))
data.set('WORKDIST', str(ws.getVal(row=i, column=9)))
data.set('BRKINTTIME', str(ws.getVal(row=i, column=10)))
data.set('ARCDURATION', str(ws.getVal(row=i, column=11)))
if str(ws.getVal(row=i, column=11)) == "FUSE":
data.set('FUSECURVE', str(ws.getVal(row=i, column=12)))
elif str(ws.getVal(row=i, column=11)) == "FIXED":
data.set('ARCTIME', str(ws.getVal(row=i, column=12)))
elif str(ws.getVal(row=i, column=11)) == "FASTEST":
data.set('DEVICETIERS', str(ws.getVal(row=i, column=12)))
#-------------------------------------------------------------------
elif str(ws.getVal(
row=6,
column=4)) == "Equipment Category": # standardYear = 2012
raise Exception("Not yet support for standardYear = 2012")
#
else:
raise Exception("Error Template File")
#
sInput = ET.tostring(data)
#
if OlxAPILib.run1LPFCommand(sInput):
nSuccess += 1
#
if nSuccess > 0:
print("\nArc-flash calculation ran successfully on " + str(nSuccess) +
" buses")
print("Report file had been saved in:\n%s" % ARGVS.fo)
# open res in Excel
if ARGVS.ut == 0:
AppUtils.launch_excel(ARGVS.fo)
else:
print(
"Something was not right (no bus found). No arc flash calculation results."
)
return 1
def run():
"""
Check phase shift of all 2-winding transformers with wye-delta connection.
When a transformer with high side lagging the low side is found,
this function converts it to make the high side lead.
Args :
None
Returns:
string result
OLR corrected file
Raises:
OlrxAPIException
"""
#
if not AppUtils.checkInputOLR(ARGVS.fi, PY_FILE, PARSER_INPUTS):
return
#
OlxAPILib.open_olrFile_1(ARGVS.olxpath, ARGVS.fi, readonly=1)
s1 = ""
# get all xfmr
x2a = OlxAPILib.getEquipmentHandle(TC_XFMR)
kd = 0
for x1 in x2a:
configA = OlxAPILib.getEquipmentData([x1], XR_sCfg1)[0]
configB = OlxAPILib.getEquipmentData([x1], XR_sCfg2)[0]
tapA = OlxAPILib.getEquipmentData([x1], XR_dTap1)[0]
tapB = OlxAPILib.getEquipmentData([x1], XR_dTap2)[0]
#
test = False
# low - hight => low - hight
# G - D G - E
if (tapA < tapB) and configA == "G" and configB == "D":
test = True
# set
OlxAPILib.setData(x1, XR_sCfg2, "E")
# validation
OlxAPILib.postData(x1)
# low - small => low - small
# G - E G - D
if (tapA > tapB) and configA == "G" and configB == "E":
test = True
# set
OlxAPILib.setData(x1, XR_sCfg2, "D")
# validation
OlxAPILib.postData(x1)
#
if test:
kd += 1
s1 += '\n' + str(kd).ljust(5) + OlxAPILib.fullBranchName(x1)
#
if kd > 0:
s2 = "Fixed (" + str(
kd
) + ") wye-delta transformers to make the high side lead the low side:"
else:
s2 = "All wye-delta transformers in this OLR file have the correct phase shift of the high-side leading the low-side."
#
print(s2 + s1)
#
if kd > 0:
ARGVS.fo = AppUtils.get_file_out(fo=ARGVS.fo,
fi=ARGVS.fi,
subf='',
ad='_res',
ext='.OLR')
#
OlxAPILib.saveAsOlr(ARGVS.fo)
if ARGVS.ut == 0:
print("The modified network had been saved as:\n" + ARGVS.fo)
AppUtils.launch_OneLiner(ARGVS.fo)
#
return s2 + s1