diff options
| author | Angelo Rossi <angelo.rossi.homelab@gmail.com> | 2023-06-21 12:04:16 +0000 |
|---|---|---|
| committer | Angelo Rossi <angelo.rossi.homelab@gmail.com> | 2023-06-21 12:04:16 +0000 |
| commit | b18347ffc9db9641e215995edea1c04c363b2bdf (patch) | |
| tree | f3908dc911399f1a21e17d950355ee56dc0919ee /benchmarks/dc57.dat | |
Initial commit.
Diffstat (limited to 'benchmarks/dc57.dat')
| -rw-r--r-- | benchmarks/dc57.dat | 232 |
1 files changed, 232 insertions, 0 deletions
diff --git a/benchmarks/dc57.dat b/benchmarks/dc57.dat new file mode 100644 index 0000000..d962ea9 --- /dev/null +++ b/benchmarks/dc57.dat @@ -0,0 +1,232 @@ +BEGIN NEW DATA CASE
+C BENCHMARK DC-57 (former DC-71 of "M39." vintage)
+C The basic DC-30 problem has been augmented by batch-mode SPY commands as
+C an illustration of $SPY usage. See DC-56 (this is 2nd of 2 examples).
+C Unlike DC-56, this present case uses two sets of in-line $SPY data, so
+C it is more general. For SPY use, the user may desire conversion from
+C universal character plotting to computer-dependent vector-graphic plotting
+C (usually in a separate, third window). Applicable to Apollo for such a
+C change are the comment cards beginning with "C ---." (see two locations).
+C 1st of 2 subcases is the original for Salford EMTP. It involves one
+C vector plot, and no ROLL. For ROLL, see the 2nd subcase. Execution
+C with DISK will result in screen output that is limited to the vector
+C plots (1 from 1st subcase and 4 from 2nd). Execution using BOTH will
+C differ in that text will be outputted to the screen until the 1st vector
+C plot. Then, in effect, ATP switches from BOTH to DISK. March, 2002.
+$DEPOSIT, D4FACT=2.0 { Use SPY DEPOSIT to change CALCOMP PLOT time from STARTUP
+$DEPOSIT, NOCALC=-1 { We want screen graphics during DISK in spite of STARTUP
+PRINTED NUMBER WIDTH, 12, 2, { Request maximum precision (for 9 output columns)
+ 1.0E-6 1.2E-3
+ 1 1 1 0 1 -1
+ 5 5 20 20 100 100
+TACS HYBRID
+ 1DUMMY +UNITY
+ 1.0
+ 1.0 0.5E-3
+90BUS2
+90BUS3
+99VSW BUS2 - BUS3
+99DRIVE ABS VSW
+99BREAK 1.5E+8* TIMEX + 1.0E+5
+98GRID 51+UNITY BREAK DRIVE
+33DUMMY TIMEX UNITY BUS2 BUS3 VSW DRIVE BREAK GRID
+BLANK card ending the last TACS data
+ GEN BUS1 15.
+ BUS1 2.9
+ BUS1 BUS2 0.1
+ BUS2 0.1
+ BUS3 .017
+ BUS3 490.
+ BUS2 BUS2R 24.34
+ BUS3 BUS3R BUS2 BUS2R
+BLANK card ending electric network branch cards
+ BUS2 BUS3 -1. 1.E9 2
+11BUS2R BUS3R 20. GRID 13
+$SPY { Request for batch-mode SPY connection: in-line SPY commands begin
+BRANCH { SPY request for a display of the program branch table (List 2)
+ALL { Display all rows of the branch table
+SPY { Exit the loop of the branch table display; back to "SPY:" prompt
+SOURCE
+TACS
+ALL
+SPY { Exit the loop of the TACS source table display; back to "SPY:" prompt
+time { Extra, do-nothing command makes the last something other than spy
+$SPYEND { Bound on in-line SPY commands; back to batch-mode program data
+BLANK card ending switch cards
+14GEN 66500. 50. -2.0508 -1.
+$SPY { Request for batch-mode SPY connection: in-line SPY commands begin
+SOURCE
+ELEC
+ALL
+SPY { Exit the loop of the electric source table display; back to "SPY:" prompt
+SWITCH { Show ATP storage related to switches
+ALL { Display all rows of switch table
+SPY { Exit the loop of the switch table display; back to "SPY:" prompt
+BREAK { Initiate a request for a later SPY break
+16, -750 { Next SPY break will be at .75E-3 seconds, which is step number 750
+GO { Begin EMTP execution; no "@" read until break point is reached
+PLOT { Having just broken at step 750, enter SPY plotting
+C ---. For 3-window SPY usage and vector plotting, comment out the MODE card
+C ---. that follows (assuming LTEK=1 for vector plots is set by STARTUP file)
+C MODE { Toggle from vector (Apollo default) to character mode of plotting
+SET COLUMN { Request a change in the output plotting width
+131 { The default width of 79 is now being changed to 131 for maximum accuracy
+CHOICE { Request a list of the output variables, available for plotting
+NAME { Plot command to begin inputting the variable names
+END { Step over node voltage input, and begin branch voltage input
+BUS2 BUS3 { The 1st and only variable to be plotted will be this branch voltage
+LAST { Exit the loop over plot input variables; back to basic plot command
+LABEL { Define labeling for plots, beginning with super title (next):
+Super Title Line
+Vertical axis
+1st of two lines of case title
+2nd and final line of case title
+end
+TIMEUNITS { Default time units of seconds are not convenient, so change to:
+4 { 4 ==> msec (scale by 1000 in labeling the time axis)
+ALL TIME { Perform the plot using all available time points
+SPY { Exit plotting; back to "SPY:" command
+BREAK { Request a pause in the simulation that will soon resume (after "GO")
+16, -1001 { Next SPY activity will recommence at time step number 1001
+GO { Begin EMTP execution; no "@" read until break point is reached
+TIME { Trivial SPY command before program stop, just to prove SPY activity
+$SPYEND { Bound on in-line SPY commands; back to batch-mode program data
+BLANK card ending all electric sources
+C Total network loss P-loss by summing injections = -1.885346136987E-07
+C Step Time BUS2 BUS2R BUS3R BUS2R BUS3
+C BUS3 BUS3R
+C
+C TACS TACS TACS TACS TACS
+C DUMMY TIMEX UNITY BUS2 BUS3
+C *** Phasor I(0) = -1.5049840E+01 Switch "BUS2 " to "BUS3 " closed
+C 0 0.0 0.0 0.0 64751.3498 64751.3498 64751.3498
+C 0.0 0.0 1.0 0.0 0.0
+C *** Open switch "BUS2 " to "BUS3 " after 1.00000000E-06 sec.
+C 1 .1E-5 0.0 0.0 64752.0751 64752.0751 64752.0751
+C .001998002 .1E-5 1.0 64752.0751 64752.0751
+C $OPEN, UNIT=42 STATUS=UNKNOWN FILE=DEBUG.LIS
+ 1 { Request for the output of all network node voltages
+C ---. All following cards will only be read for single-window execution:
+C Last step: 1200 .0012 105797.943 105797.943 -37370.689 68427.2546 -37370.689
+C Last step: .909282119 .0012 1.0 68427.2546 -37370.689
+C maxima : 177392.698 177392.698 102764.956 84422.9848 102764.956 84422.9848
+C maxima : .909282119 .0012 1.0 84422.9848 102764.956 177392.698
+C times max : .497E-3 .497E-3 .83E-4 .478E-3 .83E-4 .478E-3
+C times max : .0012 .0012 0.0 .478E-3 .83E-4 .497E-3
+ PRINTER PLOT
+ 184 .1 0.0 1.2 BUS2 BUS3 { Axis limits: (-0.386, 1.774)
+BLANK card ending plot cards
+BEGIN NEW DATA CASE
+C 2nd of 2 subcases is appended 18 March 2002. This is modification of
+C the first. A big change was made for Salford, as Salford VECPLT in
+C the UTPF was reformed. Previously, SPY PLOT worked, but it was not
+C a ROLL-ing vector plot as Mingw32 ATP demonstrated in its separate plot
+C window for DISLIN graphics. Now, Salford EMTP, too, can have a ROLLing
+C vector SPY PLOT just as Mingw32 ATP did. There is a price, however:
+C Execution must be using DISK rather than BOTH (text output to the
+C screen is not possible). Also, NOCALC = -1 is required to enable
+C CALCOMP PLOT graphics (screen graphics) during DISK. Then, during
+C all plotting, the screen is held in graphic mode. Previously, TSTALL
+C was made positive to slow text output. Since text and graphics are
+C mixed for the ROLL-ing SPY PLOT in the dT loop, this still works. The
+C graphics continue to be slowed, even though text can not be seen on
+C the screen. Using default 50% overlap of plots, the first begins at
+C 1/4 msec, and extends through 1.0 msec. The 2nd then is (0.5, 1.5),
+C and the 3rd covers (1.0, 2.0), of which the simulation covers 80% when
+C T-max is reached. Finally, real CALCOMP PLOT produces a 4th plot.
+C All 4 should be in the .PS (PostScript) output, and will be found in
+C the ATPHPGL.* for HP-GL (one disk file per plot).
+$DEPOSIT, KSLOWR=5 { Use SPY DEPOSIT to change ROLL buffer from STARTUP value
+PRINTED NUMBER WIDTH, 12, 2, { Request maximum precision (for 9 output columns)
+ 1.0E-6 1.8E-3
+ 1 1 1 0 1 -1
+ 5 5 20 20 100 100
+TACS HYBRID
+ 1DUMMY +UNITY
+ 1.0
+ 1.0 0.5E-3
+90BUS2
+90BUS3
+99VSW BUS2 - BUS3
+99DRIVE ABS VSW
+99BREAK 1.5E+8* TIMEX + 1.0E+5
+98GRID 51+UNITY BREAK DRIVE
+33DUMMY TIMEX UNITY BUS2 BUS3 VSW DRIVE BREAK GRID
+BLANK card ending the last TACS data
+ GEN BUS1 15.
+ BUS1 2.9
+ BUS1 BUS2 0.1
+ BUS2 0.1
+ BUS3 .017
+ BUS3 490.
+ BUS2 BUS2R 24.34
+ BUS3 BUS3R BUS2 BUS2R
+BLANK card ending electric network branch cards
+ BUS2 BUS3 -1. 1.E9 2
+11BUS2R BUS3R 20. GRID 13
+$SPY { Request for batch-mode SPY connection: in-line SPY commands begin
+BRANCH { SPY request for a display of the program branch table (List 2)
+ALL { Display all rows of the branch table
+SPY { Exit the loop of the branch table display; back to "SPY:" prompt
+SOURCE
+TACS
+ALL
+SPY { Exit the loop of the TACS source table display; back to "SPY:" prompt
+time { Extra, do-nothing command makes the last something other than spy
+$SPYEND { Bound on in-line SPY commands; back to batch-mode program data
+BLANK card ending switch cards
+14GEN 66500. 50. -2.0508 -1.
+$SPY { Request for batch-mode SPY connection: in-line SPY commands begin
+SOURCE
+ELEC
+ALL
+SPY { Exit the loop of the electric source table display; back to "SPY:" prompt
+SWITCH
+ALL
+SPY { Exit the loop of the switch table display; back to "SPY:" prompt
+BREAK { Initiate a request for a later SPY break
+16, -250 { Next SPY break will be at .25E-3 seconds, which is step number 250
+GO { Begin EMTP execution; no "@" read until break point is reached
+PLOT { Having just broken at step 750, enter SPY plotting
+C ---. For 3-window SPY usage and vector plotting, comment out the MODE card
+C ---. that follows (assuming LTEK=1 for vector plots is set by STARTUP file)
+C MODE { Toggle from vector (Apollo default) to character mode of plotting
+SET COLUMN { Request a change in the output plotting width
+131 { The default width of 79 is now being changed to 131 for maximum accuracy
+CHOICE { Request a list of the output variables, available for plotting
+NAME { Plot command to begin inputting the variable names
+END { Step over node voltage input, and begin branch voltage input
+BUS2 BUS3 { The 1st and only variable to be plotted will be this branch voltage
+LAST { Exit the loop over plot input variables; back to basic plot command
+LABEL { Define labeling for plots, beginning with super title (next):
+Super Title Line
+Vertical label
+FLUSH { Erase any multi-line case title now being stored (preceding subcase)
+1st of two lines of case title
+2nd and final line of case title
+END { Terminate this multi-line case title
+TIMEUNITS { Default time units of seconds are not convenient, so change to:
+4 { 4 ==> msec (scale by 1000 in labeling the time axis)
+TIME 0.0 1.0 { Plot 4 times as far as points now exist (0, 1/4 msec)
+ROLLV { Switch to ROLL-ing plot, Vector mode (not C ==> character)
+SPY { Exit plotting; back to "SPY:" command
+BREAK { Request a pause in the simulation that will soon resume (after "GO")
+16, -1001 { Next SPY activity will recommence at time step number 1001
+GO { Begin EMTP execution; no "@" read until break point is reached
+TIME { Trivial SPY command before program stop, just to prove SPY activity
+$SPYEND { Bound on in-line SPY commands; back to batch-mode program data
+BLANK card ending all electric sources
+C The following slows output just prior to entry into dT loop (and plotting).
+C This serves to hold the 1st plot on the screen for several seconds, & also
+C to slow following ROLL-ing SPY PLOTs of this subcase enough so the user is
+C able to study structure. Without TSTALL, the average PC is too fast, so:
+$DEPOSIT, TSTALL=0.1 { 1/10 second delay will occur after each printed line
+ 1 { Request for the output of all network node voltages
+ CALCOMP PLOT { Switch to vector plotting (preceding subcase had PRINTER PLOT)
+ 2Arbitrary 78-character case title text of which this is an example, I hope.
+ First of two lines of 78-byte graph subheading text.
+ Second and final such line of graph subheading text.
+ 184 .2 0.0 2.0 BUS2 BUS3 Graph heading---Vertical axis la
+BLANK card ending plot cards
+BEGIN NEW DATA CASE
+BLANK
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