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BEGIN NEW DATA CASE
C BENCHMARK DCNEW-10
C Test of U.M. for the option of data that is nearly compatible with the
C Type-59 S.M. Like DCNEW-9, only here compensation will NOT be employed
C Also, the general interface to send any U.M. variables to TACS will be
C illustrated, even though TACS does nothing with those variables.
UM TO TACS { Declaration for special connection of Type-92 TACS sources to U.M.
PRINTED NUMBER WIDTH, 13, 2, { Request maximum precision (if 8 output columns)
NAMES ARE LEFT ADJUSTED { ATP will halt if any A6 name begins with a blank
C NAMES ARE RIGHT ADJUSTED { ATP will halt if any A6 name ends with a blank
C Left-adjusted names are the most common, but right-adjusted names also are
C possible as the preceding comment demonstrates. Protection against failure
C to do either begins 11 January 2001. Once turned on, either service remains
C in effect unless and/or until the other is declared, or execution ends. That
C is why declaration here in the first subcase is sufficient for illustration
C of KILL = 81 in the 2nd subcase.
.000200 .150 60. 60.
1 1 1 1 1 -1
5 5 20 20 100 100 500 500
TACS HYBRID { We use TACS only to illustrate the definition by U.M. variables
92TQGEN { Name of Type-92 TACS source must be the same as 1st of 2 U.M. variabl
C Note that the preceding connection was especially simple because there
C is no need to be concerned about the number of the U.M. (here, only 1).
C More generally, the otherwise unused columns 41-52 have been reserved
C for the machine variable as 2A6 information. E.g., "UM-1 OMEGM ".
C In this case, note that the name of columns 3-8 is arbitrary. But for
C the simple case (here) where columns 41-52 are blank, the 1st machine
C that has an output variable matching the name of columns 3-8 will be
C accepted for the connection. The 2nd of 2 connections will follow. On
C a comment card, first, will the the simplied form. It will be followed
C by the real connection in general form. Note that within TACS, the
C U.M. variable IE1 has been given the name FIELD:
C 92IE1 { 2nd of 2 Type-92 TACS sources would be this way if simplified form
92FIELD UM-1 IE1 { Connect IE1 of UM-1 to FIELD
33TQGEN FIELD { Output the just-defined variables (should equal U.M. outputs)
BLANK card ending all TACS data
$BLANK HALT { Halt execution if any truly blank card is found (see 2nd subcase)
51NAVH AMCC1 A 162.67 507.51
52NAVH BMCC1 B 6.51 162.97
53NAVH CMCC1 C
MCC1 AMCC2 A 8285.
MCC1 BMCC2 B 8285.
MCC1 CMCC2 C 8285.
MCC2 AEQV A 19.52
MCC2 BEQV B 19.52
MCC2 CEQV C 19.52
TRANSFORMER TRAN A
9999
1NAVL ANAVL C .1 26.
2NAVH A 31.23 311.09
TRANSFORMER TRAN A TRAN B
1NAVL BNAVL A
2NAVH B
TRANSFORMER TRAN A TRAN C
1NAVL CNAVL B
2NAVH C
NAVL A 2500. 1.13
NAVL B 2500. 1.13
NAVL C 2500. 1.13
SWT AMCC2 A 4830.
SWT BMCC2 B 4830.
SWT CMCC2 C 4830.
MCC2 ASWT A 13.01
MCC2 BSWT B 13.01
MCC2 CSWT C 13.01
BLANK card ending branch cards
SWT A .01661667 .09161667
SWT B .01661667 .09161667
SWT C .01661667 .09161667
BLANK card ending switch cards
14EQV A 389997. 60. -93.81293 -1.
14EQV B 389997. 60. -213.81293 -1.
14EQV C 389997. 60. 26.18707 -1.
19 UM
SMDATA 1 { The "1" in column 15 requests prediction (not compensation)
BLANK card ending Class-1 U.M. data cards
59NAVL A 21229. 60. -44.896562
NAVL B
NAVL C
C TOLERANCES 10. .0001 .00001
PARAMETER FITTING 1.
6 5 2 1. 1. 892.4 26. +1800. 1907. 3050.
C -1.
.13 1.79 1.71 .169 .228 .13504 .20029
4.3 .85 .032 .05 .13
1 .3 .027691 33.68813 BUSM1
2 .26 .046379 60.9591
3 .22 .255958 90.81823 BUSM3
4 .22 .263573 123.6634 BUSM4
5 .258887 4.925036 BUSM5
6 .0101995 BUSM6
C Note about the preceding 6 mass cards of Type-59 S.M. data. The name of
C columns 71-76 of any one is for the associated mechanical node that EMTP
C will create (needed for capacitor to ground). Beginning 24 August 1993,
C this can be left blank if the user is willing to accept a default name of
C the form "MASSXX" where the last 2 bytes will be serialized 01, 02, ...
C By erasing the name BUSM2 on the second card, name MASS02 will replace
C this for output identification of the speed or angle of mass 2.
11111111 333333
FINISH
BLANK card ending all U.M. data cards
BLANK card ending all source cards (including the U.M.)
C Total network loss P-loss by summing injections = 1.775796786600E+07
C Total network loss P-loss by summing injections = 7.638165971780E+16
C Total network loss P-loss by summing injections = 7.637910321429E+16
C Total network loss P-loss by summing injections = 7.638932291442E+16
C Output for steady-state phasor switch currents.
C Node-K Node-M I-real I-imag I-magn
C SWT A Open Open Open
C SWT B Open Open Open
C SWT C Open Open Open
C BUSM2 BUSM1 -6.37300003E+05 2.75937500E+01 6.37300004E+05
C BUSM3 BUSM2 -1.18962667E+06 7.40000000E+01 1.18962667E+06
C BUSM4 BUSM3 -1.65698001E+06 3.29125000E+02 1.65698004E+06
C BUSM5 BUSM4 -2.12433334E+06 5.92375000E+02 2.12433343E+06
C BUSM6 BUSM5 0.00000000E+00 -1.01718750E+01 1.01718750E+01
C
C EQV C 349966.92087687 389997. -1273.107108884 1348.5187481005
C 172106.98504408 26.1870700 -444.6359221728 -160.7481140
NAVH ANAVH BNAVH C
C Step Time BUSM1 MASS02 BUSM3 BUSM4 BUSM5 BUSM6 NAVH A NAVH B
C TERRA TERRA TERRA TERRA TERRA TERRA
C
C NAVH C MASS02 BUSM3 BUSM4 BUSM5 BUSM6 TACS TACS
C BUSM1 MASS02 BUSM3 BUSM4 BUSM5 TQGEN FIELD
C
C UM-1 UM-1 UM-1 UM-1 UM-1 UM-1 UM-1 UM-1
C TQGEN IPA IPB IPC IE1 IE2 IE3 IE4
C *** Phasor I(0) = -6.3730000E+05 Switch "BUSM2 " to "BUSM1 " closed
C *** Phasor I(0) = -1.1896267E+06 Switch "BUSM3 " to "BUSM2 " closed
C *** Phasor I(0) = -1.6569800E+06 Switch "BUSM4 " to "BUSM3 " closed
C *** Phasor I(0) = -2.1243333E+06 Switch "BUSM5 " to "BUSM4 " closed
C *** Phasor I(0) = 0.0000000E+00 Switch "BUSM6 " to "BUSM5 " closed
C 0 0.0 376.9911184 376.9911184 376.9911184 376.9911184 376.9911184 376.9911184 54291.46171 -385072.283
C 330780.8214 -637300.003 -.1189627E7 -.165698E7 -.2124333E7 0.0 0.0 0.0
C .21243333E7 9214.54515 -27456.1142 18241.56904 4313.224983 0.0 0.0 0.0
C 1 .2E-3 376.9911184 376.9911184 376.9911184 376.9911184 376.9911187 376.9911184 85269.74103 -396001.181
C 310731.44 -637300.003 -.1189627E7 -.165698E7 -.2124333E7 -.192711E-3 .21243018E7 4313.233628
C .21243018E7 11174.95518 -27770.8483 16595.89276 4313.233628 .6697334554 .6667285885 .2799719954
C 2 .4E-3 376.9911184 376.9911184 376.9911184 376.9911184 376.9911198 376.9911184 115771.1286 -404685.302
C 288914.173 -637300.003 -.1189627E7 -.165698E7 -.2124333E7 -.001299907 .21242469E7 4313.23836
C .21242469E7 13071.84176 -27927.6144 14855.77263 4313.23836 1.005987367 1.411747548 .5923226394
BLANK card ending output requests (here, just node voltages)
C *** Open switch "SWT C" to " " after 1.00200000E-01 sec.
C 750 .15 378.9579362 378.7971923 378.5677025 378.0740682 377.9402794 362.6550115 65967.40283 -252359.489
C 236314.7086 -.1741593E7 -.3694241E7 -.8111971E7 -.3604052E7 -368811.077 -460638.075 5379.270269
C -460638.075 -21046.2714 -15182.1684 36228.43977 5379.270269 -9232.64421 26381.86541 10855.49107
C maxima : 387.546885 384.6217924 381.1685641 380.8913616 381.7465385 390.8419992 669322.4023 586897.097
C 532948.8001 656967.1906 .13443971E7 .27857511E7 .10534159E7 763826.7801 .71276709E7 6509.720036
C .71276709E7 75438.29546 60328.31828 75306.29416 6509.720036 45317.49759 40466.3349 15877.68389
C Times of max : .1358 .1368 .1382 .116 .1124 .12 .1202 .1264
C .1148 .1226 .1234 .1258 .0582 .1342 .1276 .0908
C .1276 .1368 .0444 .1298 .0908 .1382 .0434 .0434
C minima : 370.1878672 373.9938537 376.0186341 375.3497638 375.1213723 361.1452453 -592541.345 -633283.817
C -571219.198 -.1828159E7 -.3694241E7 -.8111971E7 -.4003952E7 -499216.781 -.1775882E7 0.0
C -.1775882E7 -76280.1719 -68226.6079 -73182.9387 3602.587589 -55011.5332 -43534.6089 -18695.7515
C Times of min : .111 .1106 .0518 .1402 .138 .1464 .1116 .1178
C .1234 0.1 .15 .15 .1406 .1078 .1024 0.0
C .1024 .127 .0356 .0414 .1156 .1132 .126 .1258
PRINTER PLOT
19415. 150. UM-1 TQGEN { Axis limits : (-1.776, 7.128)
18415. 150. BUSM6 { Axis limits : (0.000, 3.908)
BLANK card ending all plot cards
BEGIN NEW DATA CASE
C 2nd subcase illustrates halt due to NAMES ARE LEFT ADJUSTED (NALA) as
C left over from the 1st subcase. Data is from 3rd subcase of DC-20 as
C added 11 January 2001. All TACS variables except 1 have been deleted,
C and this one (OUT1) has been shifted right by one byte to create an
C error. Also, on the electrical side, NOD2 has been shifted right
C by one byte. So, there are two errors. Either one would be enough
C to halt execution.
.0001 0.02
1 1 1 1 1 -1
10 10 100 100
TACS HYBRID
1 OUT1 +GEN1
1.0
1.0 1.0
14GEN1 100000. 400.0 -1.0
33 OUT1
BLANK card ends final TACS data
NOD1 NOD2 1.00
BLANK card after last electric network branch
NOD2 -1.0 1.0
BLANK card ends switches
14NOD1 -1 100.0 50.0 -1.0
BLANK card after last electric network source
C Auxiliary name " OUT1 " is not properly left-adjusted or right-adjusted. This is for TEXVEC cell 15 out of a total of 18.
C Bus name " NOD2 " is not properly left-adjusted or right-adjusted. This is for node number 3 out of a total of 3.
C ------------------------------------------------------------------------------------------------------------------------------------
C ERROR/ERROR/ERROR/ERROR/ERROR/ERROR/ERROR/ERROR/ERROR/ERROR/ERROR/ERROR/ERROR/ERROR/ERROR/ERROR/ERROR/ERROR/ERROR/ERROR/ERROR/ERROR/
C ERROR/ERROR/ERROR/ERROR/ERROR/ERROR/ERROR/ ... Etc. (boiler plate until we come to following)
C KILL code number Overlay number Nearby statement number
C 81 4 8299
C KILL = 81. A 6-character data name is not properly left-adjusted or right-adjusted as the preceding warning message documents. Of
NOD1 NOD2
BLANK card ends selective node voltage outputs
BLANK card terminating plotting
BEGIN NEW DATA CASE
C Non-existent 3rd data subcase is used only to illustrate termination
C on a truly blank card. This will happen because $BLANK HALT appears
C earlier (in fact, in a preceding data subcase). As explained in the
C October, 1993, newsletter, STARTUP variable NOBRAN could be used
C instead of this $-card, which is restricted to just this disk file.
BLANK { 14 Dec 94, we add more, to make 5 even when comments are destroyed
BLANK { 14 Dec 94, we add more, to make 5 even when comments are destroyed
BLANK { 14 Dec 94, we add more, to make 5 even when comments are destroyed
BLANK { 14 Dec 94, we add more, to make 5 even when comments are destroyed
BLANK { 14 Dec 94, we add more, to make 5 even when comments are destroyed
BEGIN NEW DATA CASE
BLANK
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