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():
"""
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