jsbasic/samples/sample.nuclear.txt

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2020-02-10 05:02:04 +00:00
10 HOME
20 PRINT SPC( 8)"APPLE NUCLEAR POWER PLANT"
30 PRINT SPC( 9)"BY STEPHEN R. BERGGREN"
40 PRINT
50 PRINT "THIS PROGRAM SIMULATES THE OPERATION OF"
60 PRINT "A NUCLEAR POWER REACTOR. THE OBJECT"
70 PRINT "IS TO OPERATE THE PLANT AT A MAXIMUM"
80 PRINT "AVERAGE POWER OUTPUT WITHOUT CAUSING"
90 PRINT "A REACTOR MELTDOWN."
100 PRINT
110 PRINT "THE CONTROL RODS ADJUST THE AMOUNT OF"
120 PRINT "HEAT PRODUCED BY THE REACTOR. PRIMARY"
130 PRINT "COOLANT TRANSFERS THIS HEAT TO THE HEAT"
140 PRINT "EXCHANGER. SECONDARY COOLANT TRANSFERS"
150 PRINT "HEAT FROM THE HEAT EXCHANGER TO THE"
160 PRINT "TURBINE, WHERE POWER IS PRODUCED, AND"
170 PRINT "FINALLY TO THE COOLING TOWER. THE"
180 PRINT "EMERGENCY COOLANT IS USED TO HELP SHUT"
190 PRINT "DOWN THE REACTOR WHEN OTHER SYSTEMS"
200 PRINT "FAIL. UNLIKE THE OTHER COOLANTS, "
210 PRINT "EMERGENCY COOLANT IS NOT RECYCLED."
220 PRINT : INPUT "ENTER 'D' TO SEE REACTOR DIAGRAM ENTER 'I' FOR WORKING INSTRUCTIONS ENTER 'S' TO START OPERATION ";A$
221 IF A$ = "D" THEN GOSUB 6000: GOTO 220
222 IF A$ = "S" THEN 390
225 TEXT : HOME
230 PRINT "THE CONTROLS ARE OPERATED BY TYPING IN"
235 PRINT "THE DESIRED CONTROL ROD SETTINGS AND"
240 PRINT "FLOW RATES.(USE VALUES FROM 0 TO 100)"
245 PRINT "IF NO ENTRY IS MADE, THE VALUES WILL"
250 PRINT "NOT CHANGE. USE THE SPACE BAR TO STEP"
255 PRINT "TO THE DIFFERENT FUNCTIONS. WHEN THE"
260 PRINT "DESIRED ENTRIES HAVE BEEN MADE, USE THE"
265 PRINT "'RETURN' KEY TO ADVANCE TO THE NEXT DAY."
270 PRINT "THE REACTOR CAN BE OPERATED UNTIL A"
275 PRINT "MELTDOWN OCCURS OR THE REACTOR FUEL IS"
280 PRINT "EXHAUSTED. THE FUEL WILL LAST FOR"
285 PRINT "ABOUT 100 TO 150 DAYS. WHEN THE FUEL"
290 PRINT "IS EXHAUSTED, YOUR PERFORMANCE WILL BE"
295 PRINT "EVALUATED.
298 PRINT : INPUT " (PRESS RETURN TO CONTINUE)";A$: HOME
300 PRINT : PRINT "IF YOU WANT TO REPAIR DAMAGE OR REPLACE"
305 PRINT "COOLANT, BRING THE REACTOR TEMPERATURE"
310 PRINT "DOWN BELOW 100 AND SHUT OFF THE COOLANT"
315 PRINT "FLOWS. THIS WILL CAUSE AN AUTOMATIC"
320 PRINT "MAINTENANCE SHUTDOWN AND ALL COOLANT"
325 PRINT "WILL BE REPLENISHED AND REPAIRS MADE."
330 PRINT "THE GREATER THE DAMAGE, THE LONGER THE"
335 PRINT "REPAIRS WILL TAKE."
340 PRINT
350 PRINT " WARNING: THIS POWER PLANT HAS"
360 PRINT " NO AUTOMATIC SAFETY DEVICES!!"
370 PRINT
380 GOTO 220
390 REM INITIATE
400 GOSUB 2000
410 RH = 0
420 RL = 0
430 DAY% = 0
440 TT = 0
450 DMGE% = 0
455 A% = 0:A1% = 0:A2% = 0
460 REM WRITE REPORT
470 TEXT : HOME
475 DAY% = DAY% + 1
480 PRINT SPC( 7)"APPLE NUCLEAR POWER PLANT"
490 PRINT SPC( 8)"STATUS REPORT - DAY ";DAY%
500 PRINT
510 PRINT "WARNINGS:"
520 IF RT% > 800 THEN PRINT " REACTOR OVERHEATED":RD% = RD% + 1 + (RT% > 850) + (RT% > 900) + 2 * (RT% > 950):PD% = PD% + 1:ED% = ED% + 1 + (RT% > 850)
530 IF XT% > 500 THEN PRINT " HEAT EXCHANGER OVERHEATED":XD% = XD% + 1 + (XT% > 600):PD% = PD% + 1:SD% = SD% + 1
540 IF GO% > 2000 THEN PRINT " TURBINE OVERLOADED":TD% = TD% + 1 + (GO% > 2500 ):SD% = SD% + 1
550 IF CT% > 300 THEN PRINT " COOLING TOWER OVERHEATED":SD% = SD% + 1
560 IF GO% < 1000 THEN PRINT " POWER OUTPUT LOW"
570 IF EV% < 200 THEN PRINT " EMERGENCY COOLANT LOW"
580 IF PV% < 100 THEN PRINT " PRIMARY COOLANT LOW":PD% = PD% + 1
590 IF SV% < 100 THEN PRINT " SECONDARY COOLANT LOW":SD% = SD% + 1
600 PRINT
610 PRINT "DAMAGE:"
620 IF RD% > 3 THEN PRINT " REACTOR CORE DAMAGED"
630 IF PD% > 4 THEN PRINT " PRIMARY COOLANT LEAK - ";PD%;"/DAY":PV% = (PV% - PD%) * ((PV% - PD%) > 0)
640 IF SD% > 4 THEN PRINT " SECONDARY COOLANT LEAK - ";SD%;"/DAY":SV% = (SV% - SD%) * ((SV% - SD%) > 0)
650 IF ED% > 2 THEN PRINT " EMERGENCY COOLANT LEAK - ";2 * ED%;"/DAY":EV% = (EV% - 2 * ED%) * ((EV% - 2 * ED%) > 0)
660 IF PB% THEN PRINT " PRIMARY COOLANT PUMP FAILURE -";10 * PD% * (PD% < 10) + 100 * (PD% > = 10);"%"
670 IF SB% THEN PRINT " SECONDARY COOLANT PUMP FAILURE - ";10 * SD% * (SD% < 10) + 100 * (SD% > = 10);"%"
680 IF XB% THEN PRINT " HEAT EXCHANGER FAILURE"
690 IF GB% THEN PRINT " TURBINE FAILURE"
700 PRINT
710 IF RD% > 5 THEN PRINT " MELTDOWN! MELTDOWN! MELTDOWN!":GOTO 3000
720 PRINT "INDICATORS:"
730 PRINT " REACTOR TEMP. (MAX 800) ";RT%
740 PRINT " HEAT EXCHANGER TEMP. (MAX 500) ";XT%
750 PRINT " COOLING TOWER TEMP. (MAX 300) ";CT%
760 PRINT " POWER OUTPUT (MAX 2000KW) ";GO%;"KW"
765 KW% = TT / DAY%
770 PRINT " AVERAGE POWER OUTPUT ";KW%;"KW/DAY"
800 PRINT " CONTROL RODS- ";A%
810 PRINT " COOLANTS"
820 PRINT " EMERGENCY LEVEL- ";EV%;" FLOW- ";EF%
830 PRINT " PRIMARY LEVEL- ";PV%;" FLOW- "PF%
840 PRINT " SECONDARY LEVEL- ";SV%;" FLOW- "SF%;
850 IF (100 - RL) < 5 THEN PRINT : PRINT : PRINT "REACTOR FUEL EXHAUSTED": GOTO 4000
900 REM GET NEW CONTROL VALUES
910 P = PEEK (37)
920 VTAB (P - 3)
930 HTAB (20)
950 A2% = A1%:A1% = A%
955 B$ = "": FOR I = 1 TO 4
960 GET A$:Z = ASC (A$)
965 IF (Z < > 13 AND Z < > 32) AND (Z > 57 OR Z < 48) THEN 960
970 B$ = B$ + A$: IF Z = 13 THEN 1170
975 IF Z = 32 THEN 990
980 A% = VAL (B$):A% = A% + (100 - A%) * (A% > 100)
985 PRINT A$;: NEXT I
990 VTAB (P - 1)
1000 HTAB (35)
1005 B$ = "": FOR I = 1 TO 4
1010 GET A$:Z = ASC (A$)
1015 IF (Z < > 13 AND Z < > 32) AND (Z > 57 OR Z < 48) THEN 1010
1020 B$ = B$ + A$: IF Z = 13 THEN 1170
1025 IF Z = 32 THEN 1050
1030 EF% = VAL (B$):EF% = EF% + (100 - EF%) * (EF% > 100)
1035 IF EF% > EV% THEN EF% = EF%
1040 PRINT A$;: NEXT I
1050 VTAB (P)
1060 HTAB (35)
1065 B$ = "": FOR I = 1 TO 4
1070 GET A$:Z = ASC (A$)
1075 IF (Z < > 13 AND Z < > 32) AND (Z > 57 OR Z < 48) THEN 1070
1080 B$ = B$ + A$: IF Z = 13 THEN 1170
1085 IF Z = 32 THEN 1110
1090 PF% = VAL (B$):PF% = PF% + (100 - PF%) * (PF% > 100)
1100 PRINT A$;: NEXT I
1110 VTAB (P + 1)
1120 HTAB (35)
1125 B$ = "": FOR I = 1 TO 4
1130 GET A$:Z = ASC (A$)
1135 IF (Z < > 13 AND Z < > 32) AND (Z > 57 OR Z < 48) THEN 1130
1140 B$ = B$ + A$: IF Z = 13 THEN 1170
1145 IF Z = 32 THEN 1165
1150 SF% = VAL (B$):SF% = SF% + (100 - SF%) * (SF% > 100)
1160 PRINT A$;: NEXT I
1165 HTAB (1): VTAB (P - 3): CALL - 958: GOTO 800
1170 IF PF% = 0 AND SF% = 0 AND RH < 1 AND RT% < 100 AND A% = 0 THEN GOSUB 2000: HTAB (1): VTAB (24): CALL - 922: PRINT " MAINTENANCE SHUTDOWN - ";MD%;" DAYS": FOR I = 0 TO 5000: NEXT
1180 IF EF% > EV% THEN EF% = EV%
1200 REM DAMAGE ASSESSMENT AND OPERATION CALCULATIONS
1205 EV% = EV% - EF% - 2 * ED% * (ED% > 3)
1210 PD% = PD% + (PF% > 90) * ( RND (20) > .95)
1220 SD% = SD% + (SF% > 90) * ( RND (20) > .92)
1230 PB% = PD% > 5
1240 SB% = SD% > 5
1250 IF PF% > (100 - PD% * 10) AND PB% THEN PF% = (100 - PD% * 10) * (100 - PD% * 10 > 0)
1260 IF SF% > (100 - SD% * 10) AND SB% THEN SF% = (100 - SD% * 10) * (100 - SD% * 10 > 0)
1270 RL = RL + RH / 50
1280 RH = (A% * 30 + A1% * 60 + A2% * 10) / 2500 * (100 - RL)
1300 PH = PF% * (100 * (PV% > 100) + PV% * (PV% < = 100)) / 350
1310 EH = EF% / 200 * (RT% - 25)
1320 RT% = RT% + RH - EH - PH - 5 * (RT% > 25)
1325 RT% = 25 + (RT% - 25) * (RT% > 25)
1330 XT% = ((RT% - 25) * PF% + (CT% - 25) * SF%) / (PF% + SF% + 1) + 25
1340 IF XB% THEN XT% = RT% * .8 + 5
1350 SH = SF% * (100 * (PV% > 100) + PV% * (PV% < = 100)) / 350 * (XT% - CT%)
1360 IF XB% THEN SH = SH * .2
1370 GO% = SH / XT% * (XT% - CT%) * 2 / 3
1375 IF GO% > 2600 THEN GO% = 2600
1380 GO% = GO% * (GO% > 0) * (GB% = 0)
1390 CT% = 25 + ((XT% - 25) * (SH - GO%) / (SH + 1) * .75)
1400 IF XB% < 1 THEN XB% = (XD% > 2) * ( RND (4) > .9)
1410 IF GB% < 1 THEN GB% = (GD% > 4) * ( RND (4) > .9)
1420 TT = TT + GO%
1430 GOTO 470
2000 REM MAINTENANCE REPAIR SUBROUTINE
2010 EV% = 300
2020 PV% = 120
2030 SV% = 120
2040 RT% = 25
2050 XT% = 25
2060 CT% = 25
2070 DMGE% = DMGE% + 2 * RD% + ED% + PD% + XD% + SD% + GD%
2080 MD% = 5 + 3 * (10 * (RD% > 3) + (ED% > 3) + (PD% > 3) + (SD% > 3) + 2 * PB% + 2 * SB% + 3 * XB% + 3 * GB%):DAY% = DAY% + MD%
2090 RD% = 0
2100 ED% = 0
2110 PD% = 0
2120 XD% = 0
2130 SD% = 0
2140 GD% = 0
2150 PB% = 0
2160 SB% = 0
2170 XB% = 0
2180 GB% = 0
2190 EF% = 0:PF% = 0:SF% = 0
2195 GO% = 0
2200 RETURN
3000 REM MELTDOWN ENDING
3010 PRINT
3020 IF RD% > 6 THEN 3100
3030 PRINT "THE REACTOR CORE HAS BEEN DISTROYED BY"
3040 PRINT "UNCONTROLLED THERMAL RUNAWAY. HOWEVER,"
3050 PRINT "THE CONTAINMENT BUILDING HAS NOT YET"
3060 PRINT "RUPTURED.
3070 PRINT
3080 PRINT "INITIATE YOUR EVACUATION PLAN."
3090 GOTO 5000
3100 PRINT "THE REACTOR CORE HAS MELTED DOWN AND"
3110 PRINT "PRODUCED A STEAM EXPLOSION. THE"
3120 PRINT "CONTAINMENT BUILDING HAS RUPTURED."
3130 PRINT "LETHAL RADIOACTIVE GASES AND DEBRIS"
3140 PRINT "HAVE ESCAPED."
3150 PRINT
3160 PRINT "INITIATE YOUR EVACUATION AND RADIATION"
3170 PRINT "CLEANUP PLANS AND GET MEDICAL"
3180 PRINT "ASSISTANCE."
3190 GOTO 5000
4000 REM EVALUATION OF GAME RESULTS
4010 PRINT
4020 PRINT "OVER A PERIOD OF ";DAY%;" DAYS, YOU HAVE"
4030 PRINT "PRODUCED AN AVERAGE POWER OUTPUT OF"
4040 PRINT KW%;" KILOWATTS PER DAY."
4050 AKW% = 1 + (KW% > 1000) + (KW% > 1200) + (KW% > 1500) + (KW > 1800)
4060 PRINT
4070 PRINT "YOUR AVERAGE POWER PRODUCTION RATE IS"
4080 ON AKW% GOTO 4090,4100,4110,4120,4140
4090 PRINT "HORRIBLE! FIND A LESS DEMANDING JOB.": GOTO 4200
4100 PRINT "WAY BELOW YOUR AREA'S POWER NEEDS.": GOTO 4200
4110 PRINT "ADEQUATE. YOU COULD DO BETTER.": GOTO 4200
4120 PRINT "EXCELLENT! POWER COSTS IN YOUR AREA"
4130 PRINT "WILL NOT BE INCREASED.": GOTO 4200
4140 PRINT "NEAR THE MAXIMUM! POWER COSTS IN YQUR"
4150 PRINT "AREA WILL DROP SIGNIFICANTLY."
4200 REM DAMAGE EVALUATION
4210 PRINT
4215 GOSUB 2000
4220 D% = 1 + (DMGE% > 10) + (DMGE% > 20) + (DMGE% > 30)
4230 PRINT "THE EQUIPMENT DAMAGE SUSTAINED DURING"
4240 PRINT "THIS PERIOD WAS ";
4250 ON D% GOTO 4260,4270,4280,4290
4260 PRINT "VERY LIGHT.": GOTO 5000
4270 PRINT "MODERATE.": GOTO 5000
4280 PRINT "HEAVY.": GOTO 5000
4290 PRINT "SEVERE."
5000 REM END
5010 PRINT
5020 PRINT "WOULD YOU LIKE TO TRY AGAIN? (Y OR N)";
5030 INPUT A$
5040 IF A$ = "" THEN 5030
5050 IF A$ = "Y" THEN GOSUB 2000: GOTO 390
5060 HOME
5070 END
5100 B$ = ""
5105 FOR I = 1 TO 4
5110 GET A$
5130 IF ASC (A$) < > 32 THEN 5140
5134 IF B$ = "" THEN RETURN
5136 OUT% = VAL (B$)
5138 RETURN
5140 IF ASC (A$) = 13 THEN POP : GOTO 1170
5150 B$ = B$ + A$
5160 PRINT A$;
5170 NEXT I
5180 RETURN
6000 GR : COLOR= 15: FOR I = 0 TO 39: HLIN 0,39 AT I: NEXT I
6005 DE = 6000
6010 HOME : VTAB 23
6020 PRINT " THIS IS THE REACTOR VESSEL"
6030 RESTORE
6035 COLOR= 1
6040 FOR I = 1 TO 29
6050 READ X1,X2,Y
6060 HLIN X1,X2 AT Y
6070 NEXT I
6080 DATA 7,9,6,15,17,6,6,18,7,5,19,8,5,7,9,17,19,9,5,6,10,18,19,10,5,6,11,18,19,11,5,6,12,18,19,12,5,6,13,18,19,13,5,6,14
6090 DATA 18,19,14,5,6,15,18,19,15,5,6,16,18,19,16,5,6,17,18,19,17,5,6,18,18,19,18,5,7,19,17,19,19,6,18,20,7,17,21,8,16,22
6100 COLOR= 0
6110 HLIN 13,14 AT 6
6120 COLOR= 12
6130 HLIN 14,15 AT 5
6140 HLIN 14,16 AT 4
6150 HLIN 15,16 AT 3
6160 FOR I = 1 TO DE: NEXT I
6170 VTAB 23
6180 PRINT " THIS IS THE REACTOR CORE "
6190 COLOR= 8
6200 FOR I = 9 TO 15
6210 VLIN 11,17 AT I
6220 NEXT I
6230 FOR I = 1 TO DE: NEXT I
6240 VTAB 23
6250 PRINT " THESE ARE THE CONTROL RODS "
6260 COLOR= 13
6270 VLIN 2,17 AT 11
6280 VLIN 2,17 AT 13
6290 FOR I = 1 TO DE: NEXT I
6300 VTAB 23
6310 PRINT " THE EMERGENCY COOLANT CAN COOL THE"
6320 PRINT " REACTOR IN AN EMERGENCY."
6330 COLOR= 2
6340 FOR I = 1 TO 36
6350 READ Y,X
6360 PLOT X,Y
6370 FOR J = 1 TO 200: NEXT J
6380 NEXT I
6390 DATA 4,2,4,4,5,2,5,3,5,4,6,2,6,3,6,4,7,3,8,3,9,3,10,3,11,3,12,3,12,4,12,5,12,6,12,7,12,8,12,9
6400 DATA 13,9,14,9,15,9,16,9,16,8,16,7,16,6,16,5,16,4,16,3,17,3,18,3,19,3,20,3 ,22,3,24,3
6410 FOR I = 1 TO DE: NEXT I
6420 HOME : VTAB 23
6430 PRINT " THE PRIMARY COOLANT CARRIES HEAT FROM"
6440 PRINT " THE REACTOR CORE TO THE HEAT EXCHANGER"
6450 FOR I = 1 TO 52
6460 READ Y,X
6470 PLOT X,Y
6480 FOR J = 1 TO 200: NEXT J
6490 NEXT I
6500 FOR I = 1 TO DE: NEXT I
6510 DATA 4,25,4,27,5,25,5,26,5,27,6,25,6,26,6,27,7,26,8,26,9,26,10,26,11,26,12,26,12,25,12,24,12,23,12,22,12,21,12,20,12,19
6515 DATA 12,18,12,17,12,16,12,15,13,15,14,15,15,15,16,15,16,16,16,17,16,18
6520 DATA 16,19,16,20,16,21,16,22,16,23,16,24,16,25,16,26,16,27,16,28,16,29,16,30,15,30,14,30,13,30,13,30,12,30,12,29,12,28,12,27
6540 HOME : VTAB 23
6550 PRINT " THIS IS THE HEAT EXCHANGER"
6560 COLOR= 5
6570 HLIN 28,34 AT 10
6580 VLIN 10,18 AT 34
6590 HLIN 28,34 AT 18
6600 VLIN 10,18 AT 28
6605 COLOR= 2: PLOT 28,12: PLOT 28,16: COLOR= 5
6610 FOR I = 1 TO DE: NEXT I
6620 VTAB 23
6630 PRINT " THIS IS THE GENERATOR TURBINE"
6640 HLIN 5,18 AT 30
6650 VLIN 30,36 AT 18
6660 HLIN 5,18 AT 36
6670 VLIN 30,36 AT 5
6680 COLOR= 0
6690 HLIN 2,17 AT 33
6700 FOR I = 7 TO 15 STEP 2
6710 PLOT I,34: PLOT I + 1,32
6720 NEXT I
6730 FOR I = 1 TO DE: NEXT I
6740 VTAB 23
6750 PRINT " THIS IS THE COOLING TOWER "
6760 COLOR= 5
6770 VLIN 23,25 AT 24
6780 VLIN 23,25 AT 36
6790 VLIN 25,26 AT 25
6800 VLIN 25,26 AT 35
6810 VLIN 26,28 AT 26
6820 VLIN 26,28 AT 34
6830 VLIN 28,36 AT 27
6840 VLIN 28,36 AT 33
6850 PLOT 34,36
6860 PLOT 26,36
6870 HLIN 25,35 AT 38
6880 FOR I = 1 TO DE: NEXT I
6890 VTAB 23
6900 PRINT " THE SECONDARY COOLANT CARRIES HEAT"
6910 PRINT " FROM THE HEAT EXCHANGER TO THE "
6920 PRINT " TURBINE AND THEN TO THE COOLING TOWER"
6925 COLOR= 2
6930 FOR I = 1 TO 123
6940 READ Y,X
6950 PLOT X,Y
6960 FOR J = 1 TO 200: NEXT J
6970 NEXT I
6980 DATA 4,35,4,37,5,35,5,36,5,37,6,35,6,36,6,37,7,36,8,36,9,36,10,36,11,36,12,36,12,35,12,34,12,33,12,32,13,32,14,32,15,32,16,32
6990 DATA 16,33,16,34,16,35,16,36,17,36,18,36,19,36,20,36,20,35,20,34,20,33,20,32,20,31,20,30,20,29,20,28,20,27,20,26,20,25,20,24,20,23,20,22,20,21
7000 DATA 21,21,22,21,23,21,24,21,25,21,26,21,27,21,27,20,27,19,27,18,27,17,27,16,27,15,27,14,27,13,27,12,27,11,27,10,27,9,27,8,27,7
7010 DATA 28,7,29,7,30,7,31,7,32,7,34,10,32,13,34,16,35,16,35,17,35,18,35,19,35,20,35,21,35,22,35,23,35,24,35,25,35,26,35,27,35,28
7020 DATA 34,28,34,29,34,30,35,30,35,31,35,32,34,32,34,33,34,34,34,35,34,36,34,37,34,38,33,38,32,38,31,38,30,38,29,38,28,38,27,38,26,38,25,38,24,38,23,38
7030 DATA 22,38,21,38,20,38,19,38,18,38,17,38,16,38,15,38,14,38,13,38,12,38,12,37
7040 HOME : VTAB 23
7060 RETURN
9000 REM VARIABLE PREFIXES
9010 REM A-CONTROL RODS, C-COOLING TOWER, E-EMERGENCY COOLANT, G-TURBINE, P-PRIMARY COOLANT, R-REACTOR, S-SECONDARY COOLANT, X-HEAT EXCHANGER
9020 REM VARIABLE SUFFIXES
9030 REM B-BROKEN, D-DAMAGE, F-FLOW RATE, H-HEAT FLOW, L-LIFE, O-OUTPUT, T-TEMPERATURE, V-VOLUME
9040 REM OTHER VARIABLES TOT-TOTAL POWER OUTPUT, KW-AVERAGE POWER OUTPUT, DAY-DAY OF OPERATION, DMGE-TOTAL EQUIPMENT DAMAGE
9050 REM PROGRAM DESCRIPTION BY LINE NUMBER
9060 REM 10-220 INTRODUCTION
9070 REM 225-380 INSTRUCTIONS
9080 REM 390-455 VARIABLE INITIATION
9090 REM 460-850 WRITE REPORT AND ASSESS DAMAGE
9100 REM 900-1165 INPUT NEW CONTROL VARIABLES
9110 REM 1170 MAINTENANCE SHUTDOWN EVALUATION
9120 REM 1200-1260 PUMP FAILURE ASSESSMENT
9130 REM 1270-1430 PLANT OPERATING ALGORITHMS
9140 REM 2000-2200 MAINTENANCE SHUTDOWN SUBROUTINE
9150 REM 3000-3190 MELTDOWN ENDING
9160 REM 4000-4290 EVALUATION OF GAME RESULTS
9170 REM 5000-5070 END
9180 REM 6000-7060 PLANT DIAGRAM SUBROUTINE
9190 REM 9000-9190 REMARKS
9200 REM APPLE NUCLEAR POWER PLANT
9210 REM BY STEPHEN R BERGGREN