BEGIN NEW DATA CASE
C     BENCHMARK DCPR-26     (Same as DC-26,  only with DIAGNOSTIC, shorter TMAX)
C     Test of  Type-59  S.M.  dynamics,  with load flow  ("FIX SOURCE"  request)
C     determination of initial conditions that observe power constraints.
DIAGNOSTIC           0 9 9 9 9 9 0 9 9 0 0 9 9 3 9 9 9 9 9
FIX SOURCE   { An EMTP load flow will satisfy requested phasor power injections.
POWER FREQUENCY, 50.0,      { Avoid warning message about suspicious XOPT, COPT.
 .000200   .100      50.     50.
       1       1       0  { test }     1      -1
       2      -1       5       5      20      20
  A1    A2                   0.1                                               1
  B1    B2                   0.1                                               1
  C1    C2                   0.1                                               1
51A2    B2                .00528    571.5428
52A3                       -.029    3125.811 .1582    17115.12
51B2    C2    A2    B2
52B3
51C2    A2    A2    B2
52C3
  A2                                  31.416
  B2                                  31.416
  C2                                  31.416
 1A3    A4                      43.342
 2B3    B4                      12.546            43.342
 3C3    C4                      12.546            12.546            43.342
BLANK card ending branch cards.
C       The next card has  T-open = 80 msec  minus  DELTAT/2  in  order to avoid
C       delayed opening (1/2 cycle) for PRIME and Burroughs.  WSM.  27 FEB 1982.
  A3              .01990     .0799                                             1
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14A4         112.059       50.      -20.                           -1.
14B4         112.059       50.     -140.                           -1.
14C4         112.059       50.      100.                           -1.
C             59A1        11.3901      50.0    - 30.0    (before FIX SOURCE use)
59A1         11.0         50.0     -40.0
59B1
59C1
TOLERANCES  0200.                                         20
PARAMETER FITTING            1.0
 1 1     2       1.0       1.0     150.0      13.8     600.0     600.0     720.0
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    0.0014     0.175      1.85      1.76    0.2575      1.76      0.18     0.18
   5.74757            0.051142  0.382609  0.197985
 1               1.0      50.0                                     1.0
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  12
  21
  3          1
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  FINISH
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  A1                  39.98755        -4.507399      10.0    12.0     -60.
  B1                  39.98755        -4.507399      10.0    12.0    -180. -120.
  C1                  39.98755        -4.507399      10.0    12.0     60.0  120.
               1    1000      20       1 0.00001     0.1    2.0
C  Exit the load flow iteration loop with counter  NEKITE = 133.   If no warning
C  Row  Node  Name      Voltage mag    Degrees       Real power   Reactive power
C    4     8  A1       0.113901E+02   -30.0002     0.399872E+02    -0.450736E+01
C    5     9  B1       0.113901E+02  -150.0002     0.399872E+02    -0.450736E+01
C    6    10  C1       0.113901E+02    89.9998     0.399872E+02    -0.450736E+01
C       Total network loss  P-loss  by summing injections =   8.018000511887E+00
 1
C  500    0.1  -1.4337941 -7.4122476 8.84604165 2.92973492 -49.293242 -61.148924
C              -85.842174 -19.458841        0.0   8.024093 -5.6349461 -2.3891469
C              -.15257793 -.27951372        0.0   8.024093 -5.6349461 -2.3891469
C              118.449756 .133792E-8
  PRINTER PLOT
 19410. 0. 120.         MACH 1ID    MACH 1IQ    { Plot limits : (-2.314,  0.917)
 19410. 0. 120.         MACH 1IF    MACH 1IG    { Plot limits : (-0.431,  1.641)
 19410. 0. 120.         BRANCH                  { Plot limits : (-1.885,  1.767)
                        A1    A2    B1    B2    C1    C2
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BEGIN NEW DATA CASE
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