*************************************** Costo of Generation = 0.0029 $/hr*************************************** Lambda(0) = 0.0163385*************************************** Costo of Generation = 0.0260738 $/hr*************************************** i t e r a t i o n = 0 i t e r a t i o n p r i n c i p a l = 0*************************************************** TOTAL OF GENERATION 266.77 MW -7.17063 MVARs TOTAL OF LOAD 259 MW 73.5 MVARs TOTAL OF LOSSES 7.77 MW -80.6706 MVARs*************************************************** NODES After computing the of Gradient Z(k+1) 0, 19 NODES en Iteracion principal 0 ,200 nod_8 1.15634 5.88004 2Generation power-> 0.659694 +j 0.376771Load power-> 0 +j 0LambdaP-> 0.016196 LambdaQ-> 0MiuBUS = 634.329VoltageMin-> 0.94 VoltageMax-> 1.15 Actived= 0*VIOLATION OF VOLTAGE*1 nod_7 1.10353 0.6586 0Generation power-> 0 +j 0Load power-> 0 +j 0LambdaP-> 0.0161971 LambdaQ-> 1.24267e-005MiuBUS = 4352.75VoltageMin-> 0.94 VoltageMax-> 1.06 Actived= 2*VIOLATION OF VOLTAGE*2 nod_14 1.06156 -2.08505 0Generation power-> 0 +j 0Load power-> 0.149 +j 0.05LambdaP-> 0.0165561 LambdaQ-> 0.00017515MiuBUS = 156.267VoltageMin-> 0.94 VoltageMax-> 1.06 Actived= 0*VIOLATION OF VOLTAGE*3 nod_10 1.07594 -1.40031 0Generation power-> 0 +j 0Load power-> 0.09 +j 0.058LambdaP-> 0.0162648 LambdaQ-> 7.24582e-005MiuBUS = 1594.12VoltageMin-> 0.94 VoltageMax-> 1.06 Actived= 0*VIOLATION OF VOLTAGE*4 nod_9 1.08048 -1.43298 0Generation power-> 0 +j 0Load power-> 0.295 +j 0.166LambdaP-> 0.0162309 LambdaQ-> 2.61257e-005MiuBUS = 2047.77VoltageMin-> 0.94 VoltageMax-> 1.06 Actived= 0*VIOLATION OF VOLTAGE*5 nod_13 1.07748 -0.743388 0Generation power-> 0 +j 0Load power-> 0.135 +j 0.058LambdaP-> 0.0162464 LambdaQ-> 0.000120015MiuBUS = 1748.49VoltageMin-> 0.94 VoltageMax-> 1.06 Actived= 0*VIOLATION OF VOLTAGE*6 nod_12 1.08277 -0.594296 0Generation power-> 0 +j 0Load power-> 0.061 +j 0.016LambdaP-> 0.0161467 LambdaQ-> 7.02656e-005MiuBUS = 2277.35VoltageMin-> 0.94 VoltageMax-> 1.06 Actived= 0*VIOLATION OF VOLTAGE*7 nod_11 1.08281 -0.685064 0Generation power-> 0 +j 0Load power-> 0.035 +j 0.018LambdaP-> 0.0161405 LambdaQ-> 6.07123e-005MiuBUS = 2280.79VoltageMin-> 0.94 VoltageMax-> 1.06 Actived= 0*VIOLATION OF VOLTAGE*8 nod_6 1.09726 0.291536 2Generation power-> 0.645286 +j -0.0168086Load power-> 0.112 +j 0.075LambdaP-> 0.0159078 LambdaQ-> 0MiuBUS = 0VoltageMin-> 0.94 VoltageMax-> 1.15 Actived= 09 nod_4 1.06882 -1.96198 0Generation power-> 0 +j 0Load power-> 0.478 +j -0.039LambdaP-> 0.0161373 LambdaQ-> 1.24319e-005MiuBUS = 882.059VoltageMin-> 0.94 VoltageMax-> 1.06 Actived= 0*VIOLATION OF VOLTAGE*10 nod_3 1.05888 -4.17109 2Generation power-> 0.338042 +j 0.17998Load power-> 0.942 +j 0.19LambdaP-> 0.0165217 LambdaQ-> 0MiuBUS = 0VoltageMin-> 0.94 VoltageMax-> 1.15 Actived= 011 nod_5 1.06761 -1.29073 0Generation power-> 0 +j 0Load power-> 0.076 +j 0.016LambdaP-> 0.01602 LambdaQ-> 5.3537e-005MiuBUS = 761.383VoltageMin-> 0.94 VoltageMax-> 1.06 Actived= 0*VIOLATION OF VOLTAGE*12 nod_2 1.07779 -0.567792 2Generation power-> 0.646314 +j 0.0957941Load power-> 0.217 +j 0.127LambdaP-> 0.0159263 LambdaQ-> 0MiuBUS = 0VoltageMin-> 0.94 VoltageMax-> 1.15 Actived= 013 nod_1 1.08119 0 1Generation power-> 0.320628 +j -0.023756Load power-> 0 +j 0LambdaP-> 0.0158251 LambdaQ-> 0MiuBUS = 0VoltageMin-> 0.94 VoltageMax-> 1.15 Actived= 0Value of in0 before leaving from InIte = 0Value of in1 before leaving from InIte = 1Value of in2 before leaving from InIte = 1Value of in3 before leaving from InIte = 0Value of in4 before leaving from InIte = 0Value of in5 before leaving from InIte = 0Value of in6 before leaving from InIte = 0Value of in7 before leaving from InIte = 0Value of in8 before leaving from InIte = 0Value of in9 before leaving from InIte = 0Value of in10 before leaving from InIte = 0Value of RelVol before leaving from InIte = 0Value of RelGen before leaving from InIte = 0Value of RelPhat before leaving from InIte = 0Value of Optimo before leaving from InIte = 1Value of inHvdc_vr before leaving from InIte = 0*************************************** Costo of Generation = 0.0249645 $/hr****************************************************************************************** TOTAL OF GENERATION 260.996 MW 61.1981 MVARs TOTAL OF LOAD 259 MW 73.5 MVARs TOTAL OF LOSSES 1.99635 MW -12.3019 MVARs**********************************************************************************Convexification = 2.04555e-006******************************* i t e r a t i o n = 1 i t e r a t i o n p r i n c i p a l = 1 NODES After computing the of Gradient Z(k+1) 1, 19 NODES en Iteracion principal 1 ,200 nod_8 1.05987 4.6229 2Generation power-> 0.554098 +j 0.225593Load power-> 0 +j 0LambdaP-> 0.0182166 LambdaQ-> 0MiuBUS = 0VoltageMin-> 0.94 VoltageMax-> 1.15 Actived= 01 nod_7 1.02652 -0.52413 0Generation power-> 0 +j 0Load power-> 0 +j 0LambdaP-> 0.0182159 LambdaQ-> -7.70179e-006MiuBUS = 0.0120354VoltageMin-> 0.94 VoltageMax-> 1.06 Actived= 22 nod_14 0.99095 -3.63751 0Generation power-> 0 +j 0Load power-> 0.149 +j 0.05LambdaP-> 0.0186984 LambdaQ-> 0.00027653MiuBUS = 0VoltageMin-> 0.94 VoltageMax-> 1.06 Actived= 03 nod_10 1.00437 -2.79502 0Generation power-> 0 +j 0Load power-> 0.09 +j 0.058LambdaP-> 0.0183074 LambdaQ-> 0.000143407MiuBUS = 0VoltageMin-> 0.94 VoltageMax-> 1.06 Actived= 04 nod_9 1.00742 -2.78636 0Generation power-> 0 +j 0Load power-> 0.295 +j 0.166LambdaP-> 0.0182552 LambdaQ-> 8.01439e-005MiuBUS = 0VoltageMin-> 0.94 VoltageMax-> 1.06 Actived= 05 nod_13 1.01296 -2.24318 0Generation power-> 0 +j 0Load power-> 0.135 +j 0.058LambdaP-> 0.0183094 LambdaQ-> 0.00017582MiuBUS = 0VoltageMin-> 0.94 VoltageMax-> 1.06 Actived= 06 nod_12 1.01927 -2.10481 0Generation power-> 0 +j 0Load power-> 0.061 +j 0.016LambdaP-> 0.018188 LambdaQ-> 0.000103892MiuBUS = 0VoltageMin-> 0.94 VoltageMax-> 1.06 Actived= 07 nod_11 1.01584 -2.09402 0Generation power-> 0 +j 0Load power-> 0.035 +j 0.018LambdaP-> 0.018162 LambdaQ-> 0.000113294MiuBUS = 0VoltageMin-> 0.94 VoltageMax-> 1.06 Actived= 08 nod_6 1.03549 -1.11915 2Generation power-> 0.565178 +j 0.038841Load power-> 0.112 +j 0.075LambdaP-> 0.0178771 LambdaQ-> 0MiuBUS = 0VoltageMin-> 0.94 VoltageMax-> 1.15 Actived= 09 nod_4 1.0078 -2.59786 0Generation power-> 0 +j 0Load power-> 0.478 +j -0.039LambdaP-> 0.01815 LambdaQ-> 5.7087e-005MiuBUS = 0VoltageMin-> 0.94 VoltageMax-> 1.06 Actived= 010 nod_3 1.00442 -4.65375 2Generation power-> 0.388083 +j 0.204337Load power-> 0.942 +j 0.19LambdaP-> 0.0185233 LambdaQ-> 0MiuBUS = 0VoltageMin-> 0.94 VoltageMax-> 1.15 Actived= 011 nod_5 1.00852 -1.86364 0Generation power-> 0 +j 0Load power-> 0.076 +j 0.016LambdaP-> 0.0179996 LambdaQ-> 8.98343e-005MiuBUS = 0VoltageMin-> 0.94 VoltageMax-> 1.06 Actived= 012 nod_2 1.02482 -0.646343 2Generation power-> 0.739595 +j 0.15216Load power-> 0.217 +j 0.127LambdaP-> 0.0177919 LambdaQ-> 0MiuBUS = 0VoltageMin-> 0.94 VoltageMax-> 1.15 Actived= 013 nod_1 1.02872 0 1Generation power-> 0.366698 +j 0.00460452Load power-> 0 +j 0LambdaP-> 0.0176679 LambdaQ-> 0MiuBUS = 0VoltageMin-> 0.94 VoltageMax-> 1.15 Actived= 0Value of in0 before leaving from InIte = 0Value of in1 before leaving from InIte = 1Value of in2 before leaving from InIte = 1Value of in3 before leaving from InIte = 0Value of in4 before leaving from InIte = 0Value of in5 before leaving from InIte = 0Value of in6 before leaving from InIte = 0Value of in7 before leaving from InIte = 0Value of in8 before leaving from InIte = 0Value of in9 before leaving from InIte = 0Value of in10 before leaving from InIte = 0Value of RelVol before leaving from InIte = 0Value of RelGen before leaving from InIte = 0Value of RelPhat before leaving from InIte = 0Value of Optimo before leaving from InIte = 1Value of inHvdc_vr before leaving from InIte = 0*************************************** Costo of Generation = 0.025377 $/hr****************************************************************************************** TOTAL OF GENERATION 261.365 MW 62.5537 MVARs TOTAL OF LOAD 259 MW 73.5 MVARs TOTAL OF LOSSES 2.3652 MW -10.9463 MVARs**********************************************************************************Convexification = 0******************************* i t e r a t i o n = 2 i t e r a t i o n p r i n c i p a l = 2 NODES After computing the of Gradient Z(k+1) 2, 19 NODES en Iteracion principal 2 ,200 nod_8 1.10446 5.18354 2Generation power-> 0.599994 +j 0.305909Load power-> 0 +j 0LambdaP-> 0.0173313 LambdaQ-> 0MiuBUS = 0VoltageMin-> 0.94 VoltageMax-> 1.15 Actived= 01 nod_7 1.06 0.00403474 0Generation power-> 0 +j 0Load power-> 0 +j 0LambdaP-> 0.0173317 LambdaQ-> 3.68977e-006MiuBUS = 0VoltageMin-> 0.94 VoltageMax-> 1.06 Actived= 22 nod_14 1.02041 -2.94049 0Generation power-> 0 +j 0Load power-> 0.149 +j 0.05LambdaP-> 0.0177549 LambdaQ-> 0.000220943MiuBUS = 0VoltageMin-> 0.94 VoltageMax-> 1.06 Actived= 03 nod_10 1.03453 -2.17244 0Generation power-> 0 +j 0Load power-> 0.09 +j 0.058LambdaP-> 0.0174114 LambdaQ-> 0.000102671MiuBUS = 0VoltageMin-> 0.94 VoltageMax-> 1.06 Actived= 04 nod_9 1.03847 -2.18588 0Generation power-> 0 +j 0Load power-> 0.295 +j 0.166LambdaP-> 0.0173685 LambdaQ-> 4.7495e-005MiuBUS = 0VoltageMin-> 0.94 VoltageMax-> 1.06 Actived= 05 nod_13 1.0391 -1.55666 0Generation power-> 0 +j 0Load power-> 0.135 +j 0.058LambdaP-> 0.0174022 LambdaQ-> 0.000147309MiuBUS = 0VoltageMin-> 0.94 VoltageMax-> 1.06 Actived= 06 nod_12 1.04488 -1.41018 0Generation power-> 0 +j 0Load power-> 0.061 +j 0.016LambdaP-> 0.0172904 LambdaQ-> 8.71413e-005MiuBUS = 0VoltageMin-> 0.94 VoltageMax-> 1.06 Actived= 07 nod_11 1.04344 -1.45473 0Generation power-> 0 +j 0Load power-> 0.035 +j 0.018LambdaP-> 0.0172746 LambdaQ-> 8.39906e-005MiuBUS = 0VoltageMin-> 0.94 VoltageMax-> 1.06 Actived= 08 nod_6 1.06026 -0.465738 2Generation power-> 0.599995 +j 0.0106148Load power-> 0.112 +j 0.075LambdaP-> 0.0170125 LambdaQ-> 0MiuBUS = 0VoltageMin-> 0.94 VoltageMax-> 1.15 Actived= 09 nod_4 1.03258 -2.32665 0Generation power-> 0 +j 0Load power-> 0.478 +j -0.039LambdaP-> 0.0172678 LambdaQ-> 3.08214e-005MiuBUS = 0VoltageMin-> 0.94 VoltageMax-> 1.06 Actived= 010 nod_3 1.02574 -4.45517 2Generation power-> 0.366264 +j 0.191102Load power-> 0.942 +j 0.19LambdaP-> 0.0176506 LambdaQ-> 0MiuBUS = 0VoltageMin-> 0.94 VoltageMax-> 1.15 Actived= 011 nod_5 1.0323 -1.61378 0Generation power-> 0 +j 0Load power-> 0.076 +j 0.016LambdaP-> 0.0171319 LambdaQ-> 6.9701e-005MiuBUS = 0VoltageMin-> 0.94 VoltageMax-> 1.06 Actived= 012 nod_2 1.04551 -0.61375 2Generation power-> 0.698914 +j 0.123069Load power-> 0.217 +j 0.127LambdaP-> 0.0169783 LambdaQ-> 0MiuBUS = 0VoltageMin-> 0.94 VoltageMax-> 1.15 Actived= 013 nod_1 1.04917 0 1Generation power-> 0.346604 +j -0.00987163Load power-> 0 +j 0LambdaP-> 0.0168642 LambdaQ-> 0MiuBUS = 0VoltageMin-> 0.94 VoltageMax-> 1.15 Actived= 0Value of in0 before leaving from InIte = 0Value of in1 before leaving from InIte = 0Value of in2 before leaving from InIte = 0Value of in3 before leaving from InIte = 0Value of in4 before leaving from InIte = 0Value of in5 before leaving from InIte = 0Value of in6 before leaving from InIte = 0Value of in7 before leaving from InIte = 0Value of in8 before leaving from InIte = 0Value of in9 before leaving from InIte = 0Value of in10 before leaving from InIte = 0Value of RelVol before leaving from InIte = 0Value of RelGen before leaving from InIte = 0Value of RelPhat before leaving from InIte = 0Value of Optimo before leaving from InIte = 1Value of inHvdc_vr before leaving from InIte = 0*************************************** Costo of Generation = 0.0251057 $/hr****************************************************************************************** TOTAL OF GENERATION 261.177 MW 62.0823 MVARs TOTAL OF LOAD 259 MW 73.5 MVARs TOTAL OF LOSSES 2.17715 MW -11.4177 MVARs**********************************************************************************Convexification = 0*******************************eps = 0.000271321 i t e r a t i o n = 3 i t e r a t i o n p r i n c i p a l = 3 NODES en Iteracion principal 3 ,130 nod_8 1.10173 5.21853 2Generation power-> 0.6 +j 0.288235Load power-> 0 +j 0LambdaP-> 0.0173296 LambdaQ-> 0MiuBUS = 0VoltageMin-> 0.94 VoltageMax-> 1.15 Actived= 01 nod_7 1.06 0.0261258 0Generation power-> 0 +j 0Load power-> 0 +j 0LambdaP-> 0.0173296 LambdaQ-> -2.25386e-007MiuBUS = 0.00237845VoltageMin-> 0.94 VoltageMax-> 1.06 Actived= 22 nod_14 1.02184 -2.91989 0Generation power-> 0 +j 0Load power-> 0.149 +j 0.05LambdaP-> 0.0177538 LambdaQ-> 0.000227753MiuBUS = 0VoltageMin-> 0.94 VoltageMax-> 1.06 Actived= 03 nod_10 1.03562 -2.14896 0Generation power-> 0 +j 0Load power-> 0.09 +j 0.058LambdaP-> 0.0174099 LambdaQ-> 0.000109733MiuBUS = 0VoltageMin-> 0.94 VoltageMax-> 1.06 Actived= 04 nod_9 1.03927 -2.15866 0Generation power-> 0 +j 0Load power-> 0.295 +j 0.166LambdaP-> 0.0173661 LambdaQ-> 5.38802e-005MiuBUS = 0VoltageMin-> 0.94 VoltageMax-> 1.06 Actived= 05 nod_13 1.04129 -1.55233 0Generation power-> 0 +j 0Load power-> 0.135 +j 0.058LambdaP-> 0.0174025 LambdaQ-> 0.000150031MiuBUS = 0VoltageMin-> 0.94 VoltageMax-> 1.06 Actived= 06 nod_12 1.04716 -1.40975 0Generation power-> 0 +j 0Load power-> 0.061 +j 0.016LambdaP-> 0.0172917 LambdaQ-> 8.90167e-005MiuBUS = 0VoltageMin-> 0.94 VoltageMax-> 1.06 Actived= 07 nod_11 1.04516 -1.4433 0Generation power-> 0 +j 0Load power-> 0.035 +j 0.018LambdaP-> 0.0172746 LambdaQ-> 8.90711e-005MiuBUS = 0VoltageMin-> 0.94 VoltageMax-> 1.06 Actived= 08 nod_6 1.06263 -0.470086 2Generation power-> 0.6 +j 0.0172038Load power-> 0.112 +j 0.075LambdaP-> 0.0170137 LambdaQ-> 0MiuBUS = 0VoltageMin-> 0.94 VoltageMax-> 1.15 Actived= 09 nod_4 1.03428 -2.30724 0Generation power-> 0 +j 0Load power-> 0.478 +j -0.039LambdaP-> 0.0172664 LambdaQ-> 3.48382e-005MiuBUS = 0VoltageMin-> 0.94 VoltageMax-> 1.06 Actived= 010 nod_3 1.0279 -4.43685 2Generation power-> 0.366207 +j 0.193347Load power-> 0.942 +j 0.19LambdaP-> 0.0176483 LambdaQ-> 0MiuBUS = 0VoltageMin-> 0.94 VoltageMax-> 1.15 Actived= 011 nod_5 1.03418 -1.60225 0Generation power-> 0 +j 0Load power-> 0.076 +j 0.016LambdaP-> 0.0171316 LambdaQ-> 7.17469e-005MiuBUS = 0VoltageMin-> 0.94 VoltageMax-> 1.06 Actived= 012 nod_2 1.04768 -0.61077 2Generation power-> 0.698933 +j 0.127001Load power-> 0.217 +j 0.127LambdaP-> 0.0169787 LambdaQ-> 0MiuBUS = 0VoltageMin-> 0.94 VoltageMax-> 1.15 Actived= 013 nod_1 1.05136 0 1Generation power-> 0.346627 +j -0.00782982Load power-> 0 +j 0LambdaP-> 0.0168651 LambdaQ-> 0MiuBUS = 0VoltageMin-> 0.94 VoltageMax-> 1.15 Actived= 0Value of in0 before leaving from InIte = 0Value of in1 before leaving from InIte = 0Value of in2 before leaving from InIte = 0Value of in3 before leaving from InIte = 0Value of in4 before leaving from InIte = 0Value of in5 before leaving from InIte = 0Value of in6 before leaving from InIte = 0Value of in7 before leaving from InIte = 0Value of in8 before leaving from InIte = 0Value of in9 before leaving from InIte = 0Value of in10 before leaving from InIte = 0Value of RelVol before leaving from InIte = 0Value of RelGen before leaving from InIte = 0Value of RelPhat before leaving from InIte = 0Value of Optimo before leaving from InIte = 0Value of inHvdc_vr before leaving from InIte = 0*************************************** Costo of Generation = 0.0251055 $/hr****************************************************************************************** TOTAL OF GENERATION 261.177 MW 61.7957 MVARs TOTAL OF LOAD 259 MW 73.5 MVARs TOTAL OF LOSSES 2.17668 MW -11.7043 MVARs**********************************************************************************Convexification = 8.29733e-021*******************************eps = 1.40588e-007GENERATORSnod_2 1.04768 pu Power Generation 0.698933+j 0.127001 Limits of Reactive Power -0.4 0.6 ActivedQ = 2 StatQ = 1 ActivedP = 0 StatP = 1 Cost -> 0.00700187 MiuGEN = 0nod_3 1.0279 pu Power Generation 0.366207+j 0.193347 Limits of Reactive Power -0.2 0.4 ActivedQ = 2 StatQ = 1 ActivedP = 0 StatP = 1 Cost -> 0.00380078 MiuGEN = 0nod_6 1.06263 pu Power Generation 0.6+j 0.0172038 Limits of Reactive Power -0.2 0.4 ActivedQ = 2 StatQ = 1 ActivedP = 2 StatP = 0 Cost -> 0.00542 MiuGEN = 0.00204737nod_8 1.10173 pu Power Generation 0.6+j 0.288235 Limits of Reactive Power -0.2 0.4 ActivedQ = 2 StatQ = 1 ActivedP = 2 StatP = 0 Cost -> 0.00542 MiuGEN = 0.00236326nod_1 1.05136 pu Power Generation 0.346627+j -0.00782982 Limits of Reactive Power -0.6 0.8 ActivedQ = 2 StatQ = 1 ActivedP = 0 StatP = 1 Cost -> 0.00346288 MiuGEN = 0TRANSMISSION LINESFrom nod_1 to nod_2 0.198906 +j -0.0277535From nod_2 to nod_1 -0.198212 +j -0.0282875From nod_1 to nod_5 0.147721 +j 0.0199237From nod_5 to nod_1 -0.146546 +j -0.0685751From nod_2 to nod_3 0.369865 +j 0.00495392From nod_3 to nod_2 -0.363973 +j -0.0273058From nod_2 to nod_4 0.188574 +j -0.000389171From nod_4 to nod_2 -0.18667 +j -0.0343631From nod_2 to nod_5 0.121705 +j 0.0237233From nod_5 to nod_2 -0.120844 +j -0.0579339From nod_3 to nod_4 -0.21182 +j 0.030653From nod_4 to nod_3 0.214817 +j -0.0597879From nod_4 to nod_5 -0.282727 +j 0.0871674From nod_5 to nod_4 0.283835 +j -0.0973642From nod_6 to nod_11 0.113838 +j 0.0397815From nod_11 to nod_6 -0.112615 +j -0.0372201From nod_6 to nod_12 0.0832657 +j 0.0248288From nod_12 to nod_6 -0.0824439 +j -0.0231185From nod_6 to nod_13 0.19845 +j 0.0748731From nod_13 to nod_6 -0.195815 +j -0.0696829From nod_9 to nod_10 0.0129177 +j 0.0400426From nod_10 to nod_9 -0.0128656 +j -0.0399041From nod_9 to nod_14 0.0686627 +j 0.0350583From nod_14 to nod_9 -0.0679632 +j -0.0335704From nod_10 to nod_11 -0.0771344 +j -0.0180959From nod_11 to nod_10 0.0776146 +j 0.0192201From nod_12 to nod_13 0.0214439 +j 0.00711851From nod_13 to nod_12 -0.0213411 +j -0.00702546From nod_13 to nod_14 0.082156 +j 0.0187084From nod_14 to nod_13 -0.0810368 +j -0.0164296CONVENTIONAL TRANSFORMER From nod_4 to nod_7 -0.218248 +j -0.00795749From nod_7 to nod_4 0.218248 +j 0.0168756From nod_4 to nod_9 -0.00517187 +j 0.053941From nod_9 to nod_4 0.00517187 +j -0.0525075From nod_5 to nod_6 -0.092446 +j 0.207873From nod_6 to nod_5 0.092446 +j -0.19728From nod_7 to nod_8 -0.6 +j -0.223935From nod_8 to nod_7 0.6 +j 0.288235From nod_7 to nod_9 0.381752 +j 0.20706From nod_9 to nod_7 -0.381752 +j -0.188593