aula

diary on
% Modify expression to add input arguments.
% Example:
%   a = [1 2 3; 4 5 6]; 
%   foo(a);

ee_nl_mqp
começo Estimação de Estados
29-May-2017 11:23:31
Cálculo Ybarras
Começo iterações
----Iteração----1

Jx =

  2.7186e+005


Delta_x =

   -0.0501
   -0.2415
   -0.1858
   -0.2025
   -0.3000


delt_barras =

         0
   -0.0501
   -0.2415


v_barras =

    0.8142
    0.7975
    0.7000

----Iteração----2

Jx =

  7.0990e+005


Delta_x =

    0.0028
   -0.0129
    0.2469
    0.2484
    0.2428


delt_barras =

         0
   -0.0473
   -0.2544


v_barras =

    1.0611
    1.0459
    0.9428

----Iteração----3

Jx =

  1.3126e+005


Delta_x =

    0.0029
    0.0269
    0.0158
    0.0154
    0.0184


delt_barras =

         0
   -0.0444
   -0.2275


v_barras =

    1.0769
    1.0613
    0.9612

----Iteração----4

Jx =

  717.1643


Delta_x =

    0.0002
    0.0009
    0.0033
    0.0033
    0.0036


delt_barras =

         0
   -0.0441
   -0.2266


v_barras =

    1.0802
    1.0646
    0.9649

----Iteração----5

Jx =

  658.3732


Delta_x =

  1.0e-003 *

    0.0537
    0.2865
    0.6536
    0.6594
    0.7275


delt_barras =

         0
   -0.0441
   -0.2263


v_barras =

    1.0809
    1.0653
    0.9656

----Iteração----6

Jx =

  655.1719


Delta_x =

  1.0e-003 *

    0.0108
    0.0571
    0.1300
    0.1312
    0.1449


delt_barras =

         0
   -0.0441
   -0.2263


v_barras =

    1.0810
    1.0654
    0.9657

----Iteração----7

Jx =

  655.0637


Delta_x =

  1.0e-004 *

    0.0215
    0.1140
    0.2588
    0.2611
    0.2884


delt_barras =

         0
   -0.0441
   -0.2263


v_barras =

    1.0810
    1.0655
    0.9658

Estimação de Estados Finalizada

residuo_N =

   25.5552
    9.7991
   -6.9425
    6.9403
   10.8570
   -1.4290
   -1.5191
   -1.9428
   -2.7210
   -1.5338
   -3.0129
   -3.3517


index_m_eg =

     1
     0
     0
     0
     0
     0
     0
     0
     0
     0
     0
     0

% Modify expression to add input arguments.
% Example:
%   a = [1 2 3; 4 5 6]; 
%   foo(a);

ee_nl_mqp
começo Estimação de Estados
29-May-2017 11:24:19
Cálculo Ybarras
Começo iterações
----Iteração----1

Jx =

  2.8822e+005


Delta_x =

   -0.0112
   -0.0813
   -0.1944
   -0.1984
   -0.2670


delt_barras =

         0
   -0.0112
   -0.0813


v_barras =

    0.8056
    0.8016
    0.7330

----Iteração----2

Jx =

  1.6782e+005


Delta_x =

   -0.0121
   -0.0866
   -0.0479
   -0.0500
   -0.0825


delt_barras =

         0
   -0.0233
   -0.1678


v_barras =

    0.7577
    0.7516
    0.6505

----Iteração----3

Jx =

  1.0630e+005


Delta_x =

   -0.0036
   -0.0242
    0.0070
    0.0063
    0.0016


delt_barras =

         0
   -0.0269
   -0.1920


v_barras =

    0.7647
    0.7579
    0.6521

----Iteração----4

Jx =

  1.0078e+005


Delta_x =

   -0.0001
   -0.0000
    0.0034
    0.0033
    0.0035


delt_barras =

         0
   -0.0271
   -0.1920


v_barras =

    0.7681
    0.7613
    0.6556

----Iteração----5

Jx =

  1.0074e+005


Delta_x =

  1.0e-003 *

    0.0624
    0.4362
    0.7029
    0.7086
    0.8324


delt_barras =

         0
   -0.0270
   -0.1916


v_barras =

    0.7688
    0.7620
    0.6565

----Iteração----6

Jx =

  1.0074e+005


Delta_x =

  1.0e-003 *

    0.0209
    0.1268
    0.1226
    0.1260
    0.1566


delt_barras =

         0
   -0.0270
   -0.1915


v_barras =

    0.7689
    0.7621
    0.6566

----Iteração----7

Jx =

  1.0074e+005


Delta_x =

  1.0e-004 *

    0.0461
    0.2653
    0.1875
    0.1959
    0.2550


delt_barras =

         0
   -0.0270
   -0.1914


v_barras =

    0.7690
    0.7621
    0.6566

Estimação de Estados Finalizada

residuo_N =

  118.0105
  316.4641
   83.5907
  -84.1121
 -131.5035
   29.0873
   24.0260
   19.1632
   30.1829
   20.9146
   42.0373
   47.0698


index_m_eg =

     0
     1
     0
     0
     0
     0
     0
     0
     0
     0
     0
     0

% Modify expression to add input arguments.
% Example:
%   a = [1 2 3; 4 5 6]; 
%   foo(a);

ee_nl_mqp
começo Estimação de Estados
29-May-2017 11:25:17
Cálculo Ybarras
Começo iterações
----Iteração----1

Jx =

  2.7186e+005


Delta_x =

   -0.0494
   -0.2400
   -0.1859
   -0.2024
   -0.2998


delt_barras =

         0
   -0.0494
   -0.2400


v_barras =

    0.8141
    0.7976
    0.7002

----Iteração----2

Jx =

  6.9159e+005


Delta_x =

    0.0021
   -0.0163
    0.2416
    0.2430
    0.2367


delt_barras =

         0
   -0.0473
   -0.2564


v_barras =

    1.0557
    1.0406
    0.9369

----Iteração----3

Jx =

  1.3377e+005


Delta_x =

    0.0031
    0.0279
    0.0157
    0.0153
    0.0186


delt_barras =

         0
   -0.0442
   -0.2285


v_barras =

    1.0714
    1.0559
    0.9555

----Iteração----4

Jx =

  798.5906


Delta_x =

    0.0002
    0.0009
    0.0033
    0.0034
    0.0037


delt_barras =

         0
   -0.0440
   -0.2276


v_barras =

    1.0747
    1.0593
    0.9592

----Iteração----5

Jx =

  735.7744


Delta_x =

  1.0e-003 *

    0.0546
    0.2938
    0.6622
    0.6681
    0.7377


delt_barras =

         0
   -0.0439
   -0.2273


v_barras =

    1.0754
    1.0600
    0.9599

----Iteração----6

Jx =

  732.3739


Delta_x =

  1.0e-003 *

    0.0110
    0.0585
    0.1316
    0.1328
    0.1468


delt_barras =

         0
   -0.0439
   -0.2272


v_barras =

    1.0755
    1.0601
    0.9600

----Iteração----7

Jx =

  732.2358


Delta_x =

  1.0e-004 *

    0.0219
    0.1167
    0.2618
    0.2641
    0.2920


delt_barras =

         0
   -0.0439
   -0.2272


v_barras =

    1.0755
    1.0601
    0.9601

Estimação de Estados Finalizada

residuo_N =

   -7.2422
    7.2947
   27.0397
    6.1184
  -10.5949
    0.1510
   -0.0422
   -2.2197
   -3.2826
   -1.8172
   -2.2265
   -2.4328


index_m_eg =

     0
     0
     1
     0
     0
     0
     0
     0
     0
     0
     0
     0

% Modify expression to add input arguments.
% Example:
%   a = [1 2 3; 4 5 6]; 
%   foo(a);

ee_nl_mqp
começo Estimação de Estados
29-May-2017 11:26:15
Cálculo Ybarras
Começo iterações
----Iteração----1

Jx =

  2.7186e+005


Delta_x =

   -0.0463
   -0.2329
   -0.1866
   -0.2021
   -0.2985


delt_barras =

         0
   -0.0463
   -0.2329


v_barras =

    0.8134
    0.7979
    0.7015

----Iteração----2

Jx =

  6.0908e+005


Delta_x =

   -0.0012
   -0.0324
    0.2185
    0.2193
    0.2095


delt_barras =

         0
   -0.0475
   -0.2653


v_barras =

    1.0319
    1.0172
    0.9111

----Iteração----3

Jx =

  1.4099e+005


Delta_x =

    0.0040
    0.0321
    0.0152
    0.0151
    0.0191


delt_barras =

         0
   -0.0436
   -0.2331


v_barras =

    1.0471
    1.0322
    0.9302

----Iteração----4

Jx =

  161.0828


Delta_x =

    0.0003
    0.0010
    0.0035
    0.0036
    0.0039


delt_barras =

         0
   -0.0433
   -0.2322


v_barras =

    1.0507
    1.0358
    0.9341

----Iteração----5

Jx =

   76.9713


Delta_x =

  1.0e-003 *

    0.0594
    0.3294
    0.6981
    0.7046
    0.7814


delt_barras =

         0
   -0.0432
   -0.2318


v_barras =

    1.0514
    1.0365
    0.9349

----Iteração----6

Jx =

   72.7763


Delta_x =

  1.0e-003 *

    0.0118
    0.0649
    0.1374
    0.1387
    0.1540


delt_barras =

         0
   -0.0432
   -0.2318


v_barras =

    1.0515
    1.0367
    0.9350

----Iteração----7

Jx =

   72.5266


Delta_x =

  1.0e-004 *

    0.0234
    0.1283
    0.2707
    0.2733
    0.3034


delt_barras =

         0
   -0.0432
   -0.2318


v_barras =

    1.0515
    1.0367
    0.9351

Estimação de Estados Finalizada

residuo_N =

    3.6174
   -3.5082
   -2.9747
    2.6432
    8.5020
    5.5505
    5.1106
   -3.5398
   -5.9656
   -3.1779
    1.2231
    1.6131


index_m_eg =

     0
     0
     0
     0
     1
     0
     0
     0
     0
     0
     0
     0

% Modify expression to add input arguments.
% Example:
%   a = [1 2 3; 4 5 6]; 
%   foo(a);

ee_nl_mqp
começo Estimação de Estados
29-May-2017 11:31:04
Cálculo Ybarras
Começo iterações
----Iteração----1

Jx =

  2.6506e+005


Delta_x =

   -0.0469
   -0.2307
   -0.1865
   -0.2022
   -0.2979


delt_barras =

         0
   -0.0469
   -0.2307


v_barras =

    0.8135
    0.7978
    0.7021

----Iteração----2

Jx =

  6.2220e+005


Delta_x =

   -0.0007
   -0.0293
    0.2233
    0.2242
    0.2152


delt_barras =

         0
   -0.0476
   -0.2600


v_barras =

    1.0369
    1.0220
    0.9173

----Iteração----3

Jx =

  1.4242e+005


Delta_x =

    0.0039
    0.0311
    0.0153
    0.0151
    0.0189


delt_barras =

         0
   -0.0437
   -0.2290


v_barras =

    1.0521
    1.0371
    0.9362

----Iteração----4

Jx =

   93.0941


Delta_x =

    0.0003
    0.0010
    0.0036
    0.0036
    0.0040


delt_barras =

         0
   -0.0435
   -0.2280


v_barras =

    1.0557
    1.0407
    0.9402

----Iteração----5

Jx =

   13.0726


Delta_x =

  1.0e-003 *

    0.0595
    0.3236
    0.7062
    0.7126
    0.7893


delt_barras =

         0
   -0.0434
   -0.2277


v_barras =

    1.0564
    1.0414
    0.9410

----Iteração----6

Jx =

    9.1263


Delta_x =

  1.0e-003 *

    0.0119
    0.0643
    0.1398
    0.1411
    0.1565


delt_barras =

         0
   -0.0434
   -0.2276


v_barras =

    1.0565
    1.0416
    0.9411

----Iteração----7

Jx =

    8.9374


Delta_x =

  1.0e-004 *

    0.0237
    0.1279
    0.2771
    0.2796
    0.3102


delt_barras =

         0
   -0.0434
   -0.2276


v_barras =

    1.0566
    1.0416
    0.9412

Estimação de Estados Finalizada

residuo_N =

    1.2360
   -1.1404
   -1.0089
    0.8677
    2.9622
    2.0505
    1.4588
   -1.4362
   -2.1434
   -0.9833
    0.4985
    0.6242


index_m_eg =

     0
     0
     0
     0
     1
     0
     0
     0
     0
     0
     0
     0

% Modify expression to add input arguments.
% Example:
%   a = [1 2 3; 4 5 6]; 
%   foo(a);

ee_nl_mqp
começo Estimação de Estados
29-May-2017 11:33:11
Cálculo Ybarras
Começo iterações
----Iteração----1

Jx =

  2.6956e+005


Delta_x =

   -0.0472
   -0.2297
   -0.1969
   -0.2126
   -0.3080


delt_barras =

         0
   -0.0472
   -0.2297


v_barras =

    0.8031
    0.7874
    0.6920

----Iteração----2

Jx =

  6.7736e+005


Delta_x =

   -0.0017
   -0.0352
    0.2289
    0.2297
    0.2200


delt_barras =

         0
   -0.0489
   -0.2648


v_barras =

    1.0321
    1.0171
    0.9120

----Iteração----3

Jx =

  1.8251e+005


Delta_x =

    0.0044
    0.0340
    0.0140
    0.0138
    0.0178


delt_barras =

         0
   -0.0446
   -0.2309


v_barras =

    1.0461
    1.0309
    0.9298

----Iteração----4

Jx =

  109.2284


Delta_x =

    0.0003
    0.0010
    0.0035
    0.0036
    0.0039


delt_barras =

         0
   -0.0443
   -0.2299


v_barras =

    1.0496
    1.0345
    0.9337

----Iteração----5

Jx =

   16.5895


Delta_x =

  1.0e-003 *

    0.0595
    0.3196
    0.6833
    0.6898
    0.7648


delt_barras =

         0
   -0.0443
   -0.2295


v_barras =

    1.0503
    1.0352
    0.9345

----Iteração----6

Jx =

   12.6557


Delta_x =

  1.0e-003 *

    0.0117
    0.0625
    0.1330
    0.1343
    0.1491


delt_barras =

         0
   -0.0442
   -0.2295


v_barras =

    1.0504
    1.0353
    0.9346

----Iteração----7

Jx =

   12.4501


Delta_x =

  1.0e-004 *

    0.0229
    0.1222
    0.2592
    0.2617
    0.2906


delt_barras =

         0
   -0.0442
   -0.2295


v_barras =

    1.0504
    1.0353
    0.9346

Estimação de Estados Finalizada

residuo_N =

    0.0597
   -0.0124
    0.1281
   -0.3239
    2.1703
    3.4911
    2.9605
   -1.3989
   -2.8927
   -1.7699
    1.3798
    1.6817


index_m_eg =

     0
     0
     0
     0
     0
     1
     0
     0
     0
     0
     0
     0

residuo_N(index_m_eg)

ans =

    3.4911

% Modify expression to add input arguments.
% Example:
%   a = [1 2 3; 4 5 6]; 
%   foo(a);

ee_nl_mqp
começo Estimação de Estados
29-May-2017 11:43:23
Cálculo Ybarras
Começo iterações
----Iteração----1

Jx =

  2.6956e+005


Delta_x =

   -0.0472
   -0.2297
   -0.1969
   -0.2126
   -0.3080


delt_barras =

         0
   -0.0472
   -0.2297


v_barras =

    0.8031
    0.7874
    0.6920

----Iteração----2

Jx =

  6.7736e+005


Delta_x =

   -0.0017
   -0.0352
    0.2289
    0.2297
    0.2200


delt_barras =

         0
   -0.0489
   -0.2648


v_barras =

    1.0321
    1.0171
    0.9120

----Iteração----3

Jx =

  1.8251e+005


Delta_x =

    0.0044
    0.0340
    0.0140
    0.0138
    0.0178


delt_barras =

         0
   -0.0446
   -0.2309


v_barras =

    1.0461
    1.0309
    0.9298

----Iteração----4

Jx =

  109.2284


Delta_x =

    0.0003
    0.0010
    0.0035
    0.0036
    0.0039


delt_barras =

         0
   -0.0443
   -0.2299


v_barras =

    1.0496
    1.0345
    0.9337

----Iteração----5

Jx =

   16.5895


Delta_x =

  1.0e-003 *

    0.0595
    0.3196
    0.6833
    0.6898
    0.7648


delt_barras =

         0
   -0.0443
   -0.2295


v_barras =

    1.0503
    1.0352
    0.9345

----Iteração----6

Jx =

   12.6557


Delta_x =

  1.0e-003 *

    0.0117
    0.0625
    0.1330
    0.1343
    0.1491


delt_barras =

         0
   -0.0442
   -0.2295


v_barras =

    1.0504
    1.0353
    0.9346

----Iteração----7

Jx =

   12.4501


Delta_x =

  1.0e-004 *

    0.0229
    0.1222
    0.2592
    0.2617
    0.2906


delt_barras =

         0
   -0.0442
   -0.2295


v_barras =

    1.0504
    1.0353
    0.9346

Estimação de Estados Finalizada

residuo_N =

    0.0597
   -0.0124
    0.1281
   -0.3239
    2.1703
    3.4910
    2.9604
   -1.3989
   -2.8927
   -1.7699
    1.3798
    1.6817


index_m_eg =

     0
     0
     0
     0
     0
     1
     0
     0
     0
     0
     0
     0

format long
residuo_N

residuo_N =

   0.059727223959050
  -0.012396883816275
   0.128099229685688
  -0.323935798248944
   2.170251631709888
   3.491043988249795
   2.960373206678751
  -1.398904682730060
  -2.892663458576624
  -1.769902365840869
   1.379777980605300
   1.681730937049559

% Modify expression to add input arguments.
% Example:
%   a = [1 2 3; 4 5 6]; 
%   foo(a);

ee_nl_mqp
começo Estimação de Estados
29-May-2017 11:44:36
Cálculo Ybarras
Começo iterações
----Iteração----1

Jx =

    2.695585012028846e+005


Delta_x =

  -0.047195319964306
  -0.229656972830462
  -0.196870892835362
  -0.212638382761455
  -0.307969011481014


delt_barras =

                   0
  -0.047195319964306
  -0.229656972830462


v_barras =

   0.803129107164638
   0.787361617238545
   0.692030988518986

----Iteração----2

Jx =

    6.773590760780086e+005


Delta_x =

  -0.001740559825625
  -0.035157620933096
   0.228943339162652
   0.229745490534730
   0.219976165857949


delt_barras =

                   0
  -0.048935879789931
  -0.264814593763558


v_barras =

   1.032072446327290
   1.017107107773275
   0.912007154376935

----Iteração----3

Jx =

    1.825054438734436e+005


Delta_x =

   0.004364385020444
   0.033952908149703
   0.014020236776741
   0.013803006493345
   0.017777373127297


delt_barras =

                   0
  -0.044571494769488
  -0.230861685613854


v_barras =

   1.046092683104031
   1.030910114266620
   0.929784527504233

----Iteração----4

Jx =

    1.092284055578310e+002


Delta_x =

   0.000260970966567
   0.001010040014134
   0.003490777797089
   0.003553338067426
   0.003911391074112


delt_barras =

                   0
  -0.044310523802921
  -0.229851645599720


v_barras =

   1.049583460901119
   1.034463452334046
   0.933695918578344

----Iteração----5

Jx =

  16.589473123602048


Delta_x =

  1.0e-003 *

   0.059474862511523
   0.319570675164691
   0.683269257198133
   0.689760424028062
   0.764808335331330


delt_barras =

                   0
  -0.044251048940409
  -0.229532074924556


v_barras =

   1.050266730158317
   1.035153212758074
   0.934460726913676

----Iteração----6

Jx =

  12.655678590755038


Delta_x =

  1.0e-003 *

   0.011723534148677
   0.062467303019420
   0.133044295804027
   0.134336676575542
   0.149120203255555


delt_barras =

                   0
  -0.044239325406260
  -0.229469607621536


v_barras =

   1.050399774454121
   1.035287549434650
   0.934609847116931

----Iteração----7

Jx =

  12.450086339646367


Delta_x =

  1.0e-004 *

   0.022916230223705
   0.122161197842330
   0.259199798433736
   0.261720550783007
   0.290602871060487


delt_barras =

                   0
  -0.044237033783238
  -0.229457391501752


v_barras =

   1.050425694433965
   1.035313721489728
   0.934638907404037

Estimação de Estados Finalizada

residuo_N =

   0.059727223959050
  -0.012396883816275
   0.128099229685688
  -0.323935798248944
   2.170251631709888
   3.491043988249795
   2.960373206678751
  -1.398904682730060
  -2.892663458576624
  -1.769902365840869
   1.379777980605300
   1.681730937049559


index_m_eg =

     0
     0
     0
     0
     0
     1
     0
     0
     0
     0
     0
     0

% Modify expression to add input arguments.
% Example:
%   a = [1 2 3; 4 5 6]; 
%   foo(a);

ee_nl_mqp
começo Estimação de Estados
29-May-2017 11:50:19
Cálculo Ybarras
Começo iterações
----Iteração----1

Jx =

    2.695585012028846e+005


Delta_x =

  -0.047195319964306
  -0.229656972830462
  -0.196870892835362
  -0.212638382761455
  -0.307969011481014


delt_barras =

                   0
  -0.047195319964306
  -0.229656972830462


v_barras =

   0.803129107164638
   0.787361617238545
   0.692030988518986

----Iteração----2

Jx =

    6.773590760780086e+005


Delta_x =

  -0.001740559825625
  -0.035157620933096
   0.228943339162652
   0.229745490534730
   0.219976165857949


delt_barras =

                   0
  -0.048935879789931
  -0.264814593763558


v_barras =

   1.032072446327290
   1.017107107773275
   0.912007154376935

----Iteração----3

Jx =

    1.825054438734436e+005


Delta_x =

   0.004364385020444
   0.033952908149703
   0.014020236776741
   0.013803006493345
   0.017777373127297


delt_barras =

                   0
  -0.044571494769488
  -0.230861685613854


v_barras =

   1.046092683104031
   1.030910114266620
   0.929784527504233

----Iteração----4

Jx =

    1.092284055578310e+002


Delta_x =

   0.000260970966567
   0.001010040014134
   0.003490777797089
   0.003553338067426
   0.003911391074112


delt_barras =

                   0
  -0.044310523802921
  -0.229851645599720


v_barras =

   1.049583460901119
   1.034463452334046
   0.933695918578344

----Iteração----5

Jx =

  16.589473123602048


Delta_x =

  1.0e-003 *

   0.059474862511523
   0.319570675164691
   0.683269257198133
   0.689760424028062
   0.764808335331330


delt_barras =

                   0
  -0.044251048940409
  -0.229532074924556


v_barras =

   1.050266730158317
   1.035153212758074
   0.934460726913676

----Iteração----6

Jx =

  12.655678590755038


Delta_x =

  1.0e-003 *

   0.011723534148677
   0.062467303019420
   0.133044295804027
   0.134336676575542
   0.149120203255555


delt_barras =

                   0
  -0.044239325406260
  -0.229469607621536


v_barras =

   1.050399774454121
   1.035287549434650
   0.934609847116931

----Iteração----7

Jx =

  12.450086339646367


Delta_x =

  1.0e-004 *

   0.022916230223705
   0.122161197842330
   0.259199798433736
   0.261720550783007
   0.290602871060487


delt_barras =

                   0
  -0.044237033783238
  -0.229457391501752


v_barras =

   1.050425694433965
   1.035313721489728
   0.934638907404037

Estimação de Estados Finalizada

residuo_N =

   0.059727223959050
  -0.012396883816275
   0.128099229685688
  -0.323935798248944
   2.170251631709888
   3.491043988249795
   2.960373206678751
  -1.398904682730060
  -2.892663458576624
  -1.769902365840869
   1.379777980605300
   1.681730937049559


index_m_eg =

     0
     0
     0
     0
     0
     1
     0
     0
     0
     0
     0
     0

% Modify expression to add input arguments.
% Example:
%   a = [1 2 3; 4 5 6]; 
%   foo(a);

ee_nl_mqp
começo Estimação de Estados
29-May-2017 11:52:12
Cálculo Ybarras
Começo iterações
----Iteração----1

Jx =

    2.695585012028846e+005


Delta_x =

  -0.047195319964306
  -0.229656972830462
  -0.196870892835362
  -0.212638382761455
  -0.307969011481014


delt_barras =

                   0
  -0.047195319964306
  -0.229656972830462


v_barras =

   0.803129107164638
   0.787361617238545
   0.692030988518986

----Iteração----2

Jx =

    6.773590760780086e+005


Delta_x =

  -0.001740559825625
  -0.035157620933096
   0.228943339162652
   0.229745490534730
   0.219976165857949


delt_barras =

                   0
  -0.048935879789931
  -0.264814593763558


v_barras =

   1.032072446327290
   1.017107107773275
   0.912007154376935

----Iteração----3

Jx =

    1.825054438734436e+005


Delta_x =

   0.004364385020444
   0.033952908149703
   0.014020236776741
   0.013803006493345
   0.017777373127297


delt_barras =

                   0
  -0.044571494769488
  -0.230861685613854


v_barras =

   1.046092683104031
   1.030910114266620
   0.929784527504233

----Iteração----4

Jx =

    1.092284055578310e+002


Delta_x =

   0.000260970966567
   0.001010040014134
   0.003490777797089
   0.003553338067426
   0.003911391074112


delt_barras =

                   0
  -0.044310523802921
  -0.229851645599720


v_barras =

   1.049583460901119
   1.034463452334046
   0.933695918578344

----Iteração----5

Jx =

  16.589473123602048


Delta_x =

  1.0e-003 *

   0.059474862511523
   0.319570675164691
   0.683269257198133
   0.689760424028062
   0.764808335331330


delt_barras =

                   0
  -0.044251048940409
  -0.229532074924556


v_barras =

   1.050266730158317
   1.035153212758074
   0.934460726913676

----Iteração----6

Jx =

  12.655678590755038


Delta_x =

  1.0e-003 *

   0.011723534148677
   0.062467303019420
   0.133044295804027
   0.134336676575542
   0.149120203255555


delt_barras =

                   0
  -0.044239325406260
  -0.229469607621536


v_barras =

   1.050399774454121
   1.035287549434650
   0.934609847116931

----Iteração----7

Jx =

  12.450086339646367


Delta_x =

  1.0e-004 *

   0.022916230223705
   0.122161197842330
   0.259199798433736
   0.261720550783007
   0.290602871060487


delt_barras =

                   0
  -0.044237033783238
  -0.229457391501752


v_barras =

   1.050425694433965
   1.035313721489728
   0.934638907404037

----Iteração----8

Jx =

  12.432200989430822


Delta_x =

  1.0e-005 *

   0.044678009466114
   0.238184446008617
   0.505010875505041
   0.509923198821889
   0.566226134090394


delt_barras =

                   0
  -0.044236587003143
  -0.229455009657292


v_barras =

   1.050430744542720
   1.035318820721716
   0.934644569665378

----Iteração----9

Jx =

  12.429574181674237


Delta_x =

  1.0e-005 *

   0.008706042531578
   0.046413701602808
   0.098394748919740
   0.099351889450399
   0.110322929698898


delt_barras =

                   0
  -0.044236499942718
  -0.229454545520276


v_barras =

   1.050431728490209
   1.035319814240611
   0.934645672894675

----Iteração----10

Jx =

  12.429095073184442


Delta_x =

  1.0e-006 *

   0.016963046116951
   0.090433721647622
   0.191709706017194
   0.193574587940694
   0.214950707416816


delt_barras =

                   0
  -0.044236482979672
  -0.229454455086554


v_barras =

   1.050431920199915
   1.035320007815199
   0.934645887845383

Estimação de Estados Finalizada

residuo_N =

   0.059989315118101
  -0.012498527177784
   0.127780147504048
  -0.323046629940597
   2.163057618505572
   3.480992195262682
   3.515260684836764
  -1.394279891692010
  -2.884160763041674
  -1.761948720816644
   1.375183589409344
   1.675928855755287


index_m_eg =

     0
     0
     0
     0
     0
     0
     1
     0
     0
     0
     0
     0

% Modify expression to add input arguments.
% Example:
%   a = [1 2 3; 4 5 6]; 
%   foo(a);

ee_nl_mqp
começo Estimação de Estados
29-May-2017 11:53:41
Cálculo Ybarras
Começo iterações
----Iteração----1

Jx =

    2.695585012028846e+005


Delta_x =

  -0.047195319964306
  -0.229656972830462
  -0.196870892835362
  -0.212638382761455
  -0.307969011481014


delt_barras =

                   0
  -0.047195319964306
  -0.229656972830462


v_barras =

   0.803129107164638
   0.787361617238545
   0.692030988518986

----Iteração----2

Jx =

    6.773590760780086e+005


Delta_x =

  -0.001740559825625
  -0.035157620933096
   0.228943339162652
   0.229745490534730
   0.219976165857949


delt_barras =

                   0
  -0.048935879789931
  -0.264814593763558


v_barras =

   1.032072446327290
   1.017107107773275
   0.912007154376935

----Iteração----3

Jx =

    1.825054438734436e+005


Delta_x =

   0.004364385020444
   0.033952908149703
   0.014020236776741
   0.013803006493345
   0.017777373127297


delt_barras =

                   0
  -0.044571494769488
  -0.230861685613854


v_barras =

   1.046092683104031
   1.030910114266620
   0.929784527504233

----Iteração----4

Jx =

    1.092284055578310e+002


Delta_x =

   0.000260970966567
   0.001010040014134
   0.003490777797089
   0.003553338067426
   0.003911391074112


delt_barras =

                   0
  -0.044310523802921
  -0.229851645599720


v_barras =

   1.049583460901119
   1.034463452334046
   0.933695918578344

----Iteração----5

Jx =

  16.589473123602048


Delta_x =

  1.0e-003 *

   0.059474862511523
   0.319570675164691
   0.683269257198133
   0.689760424028062
   0.764808335331330


delt_barras =

                   0
  -0.044251048940409
  -0.229532074924556


v_barras =

   1.050266730158317
   1.035153212758074
   0.934460726913676

----Iteração----6

Jx =

  12.655678590755038


Delta_x =

  1.0e-003 *

   0.011723534148677
   0.062467303019420
   0.133044295804027
   0.134336676575542
   0.149120203255555


delt_barras =

                   0
  -0.044239325406260
  -0.229469607621536


v_barras =

   1.050399774454121
   1.035287549434650
   0.934609847116931

----Iteração----7

Jx =

  12.450086339646367


Delta_x =

  1.0e-004 *

   0.022916230223705
   0.122161197842330
   0.259199798433736
   0.261720550783007
   0.290602871060487


delt_barras =

                   0
  -0.044237033783238
  -0.229457391501752


v_barras =

   1.050425694433965
   1.035313721489728
   0.934638907404037

----Iteração----8

Jx =

  12.432200989430822


Delta_x =

  1.0e-005 *

   0.044678009466114
   0.238184446008617
   0.505010875505041
   0.509923198821889
   0.566226134090394


delt_barras =

                   0
  -0.044236587003143
  -0.229455009657292


v_barras =

   1.050430744542720
   1.035318820721716
   0.934644569665378

Estimação de Estados Finalizada

residuo_N =

   0.059938677428026
  -0.012478205079498
   0.127839173664788
  -0.323213363541701
   2.164409532051681
   3.483051454978105
   3.410311971590720
  -1.395153825207248
  -2.885768285207306
  -1.763452198594947
   1.376051172657648
   1.677024543475755


index_m_eg =

     0
     0
     0
     0
     0
     1
     0
     0
     0
     0
     0
     0

% Modify expression to add input arguments.
% Example:
%   a = [1 2 3; 4 5 6]; 
%   foo(a);

ee_nl_mqp
começo Estimação de Estados
29-May-2017 12:09:33
Cálculo Ybarras
Começo iterações
----Iteração----1

Jx =

    2.619585012028846e+005


Delta_x =

  -0.047190388225416
  -0.229662159349369
  -0.186413816025249
  -0.202217041013649
  -0.297606147464476


delt_barras =

                   0
  -0.047190388225416
  -0.229662159349369


v_barras =

   0.813586183974751
   0.797782958986351
   0.702393852535524

----Iteração----2

Jx =

    6.289091142150520e+005


Delta_x =

  -0.000439604459756
  -0.027751939929937
   0.225754183630086
   0.226687329986118
   0.218045431665767


delt_barras =

                   0
  -0.047629992685172
  -0.257414099279306


v_barras =

   1.039340367604836
   1.024470288972469
   0.920439284201291

----Iteração----3

Jx =

    1.429453980508187e+005


Delta_x =

   0.003801405299759
   0.030507726874758
   0.015292378303725
   0.015063168144190
   0.018826566108025


delt_barras =

                   0
  -0.043828587385414
  -0.226906372404548


v_barras =

   1.054632745908561
   1.039533457116660
   0.939265850309316

----Iteração----4

Jx =

  82.170420861784706


Delta_x =

   0.000252493178213
   0.000979640979790
   0.003559171919345
   0.003615934388475
   0.003969967660654


delt_barras =

                   0
  -0.043576094207200
  -0.225926731424758


v_barras =

   1.058191917827906
   1.043149391505135
   0.943235817969969

----Iteração----5

Jx =

   4.174180645171060


Delta_x =

  1.0e-003 *

   0.059437906325485
   0.320208617295599
   0.708517959836124
   0.714957000264880
   0.791368490678518


delt_barras =

                   0
  -0.043516656300875
  -0.225606522807462


v_barras =

   1.058900435787742
   1.043864348505400
   0.944027186460648

----Iteração----6

Jx =

   0.360942206741019


Delta_x =

  1.0e-003 *

   0.011942877730481
   0.063876181849238
   0.140623592641831
   0.141930899959472
   0.157293078296396


delt_barras =

                   0
  -0.043504713423144
  -0.225542646625613


v_barras =

   1.059041059380384
   1.044006279405359
   0.944184479538944

----Iteração----7

Jx =

   0.202285818559172


Delta_x =

  1.0e-004 *

   0.023795829599964
   0.127330493364981
   0.279283343875978
   0.281882193317940
   0.312476373680745


delt_barras =

                   0
  -0.043502333840184
  -0.225529913576276


v_barras =

   1.059068987714771
   1.044034467624691
   0.944215727176312

----Iteração----8

Jx =

   0.195362565342715


Delta_x =

  1.0e-005 *

   0.047294385448798
   0.253091064682431
   0.554714321729706
   0.559877168963436
   0.620677262698020


delt_barras =

                   0
  -0.043501860896330
  -0.225527382665629


v_barras =

   1.059074534857989
   1.044040066396381
   0.944221933948939

Estimação de Estados Finalizada

residuo_N =

   0.051221796031532
   0.037838348707441
  -0.017689209043557
  -0.030773440733245
   0.210395395804993
   0.335608400950591
   0.154624626472318
  -0.395957397296476
  -0.259938686036858
   0.104812884201148
   0.133760511311357
   0.126873403526037


index_m_eg =

     0
     0
     0
     0
     0
     0
     0
     1
     0
     0
     0
     0

% Modify expression to add input arguments.
% Example:
%   a = [1 2 3; 4 5 6]; 
%   foo(a);

ee_nl_mqp
começo Estimação de Estados
29-May-2017 12:09:36
Cálculo Ybarras
Começo iterações
----Iteração----1

Jx =

    2.619585012028846e+005


Delta_x =

  -0.047190388225416
  -0.229662159349369
  -0.186413816025249
  -0.202217041013649
  -0.297606147464476


delt_barras =

                   0
  -0.047190388225416
  -0.229662159349369


v_barras =

   0.813586183974751
   0.797782958986351
   0.702393852535524

----Iteração----2

Jx =

    6.289091142150520e+005


Delta_x =

  -0.000439604459756
  -0.027751939929937
   0.225754183630086
   0.226687329986118
   0.218045431665767


delt_barras =

                   0
  -0.047629992685172
  -0.257414099279306


v_barras =

   1.039340367604836
   1.024470288972469
   0.920439284201291

----Iteração----3

Jx =

    1.429453980508187e+005


Delta_x =

   0.003801405299759
   0.030507726874758
   0.015292378303725
   0.015063168144190
   0.018826566108025


delt_barras =

                   0
  -0.043828587385414
  -0.226906372404548


v_barras =

   1.054632745908561
   1.039533457116660
   0.939265850309316

----Iteração----4

Jx =

  82.170420861784706


Delta_x =

   0.000252493178213
   0.000979640979790
   0.003559171919345
   0.003615934388475
   0.003969967660654


delt_barras =

                   0
  -0.043576094207200
  -0.225926731424758


v_barras =

   1.058191917827906
   1.043149391505135
   0.943235817969969

----Iteração----5

Jx =

   4.174180645171060


Delta_x =

  1.0e-003 *

   0.059437906325485
   0.320208617295599
   0.708517959836124
   0.714957000264880
   0.791368490678518


delt_barras =

                   0
  -0.043516656300875
  -0.225606522807462


v_barras =

   1.058900435787742
   1.043864348505400
   0.944027186460648

----Iteração----6

Jx =

   0.360942206741019


Delta_x =

  1.0e-003 *

   0.011942877730481
   0.063876181849238
   0.140623592641831
   0.141930899959472
   0.157293078296396


delt_barras =

                   0
  -0.043504713423144
  -0.225542646625613


v_barras =

   1.059041059380384
   1.044006279405359
   0.944184479538944

----Iteração----7

Jx =

   0.202285818559172


Delta_x =

  1.0e-004 *

   0.023795829599964
   0.127330493364981
   0.279283343875978
   0.281882193317940
   0.312476373680745


delt_barras =

                   0
  -0.043502333840184
  -0.225529913576276


v_barras =

   1.059068987714771
   1.044034467624691
   0.944215727176312

----Iteração----8

Jx =

   0.195362565342715


Delta_x =

  1.0e-005 *

   0.047294385448798
   0.253091064682431
   0.554714321729706
   0.559877168963436
   0.620677262698020


delt_barras =

                   0
  -0.043501860896330
  -0.225527382665629


v_barras =

   1.059074534857989
   1.044040066396381
   0.944221933948939

Estimação de Estados Finalizada

residuo_N =

   0.051221796031532
   0.037838348707441
  -0.017689209043557
  -0.030773440733245
   0.210395395804993
   0.335608400950591
   0.154624626472318
  -0.395957397296476
  -0.259938686036858
   0.104812884201148
   0.133760511311357
   0.126873403526037


index_m_eg =

     0
     0
     0
     0
     0
     0
     0
     1
     0
     0
     0
     0

diary off