第2船舶試験水の解析設備の運用と
Contents
1. 12 PROGRAM SELECT2. 19 20 H 8 ch L 19ch 2
3. 1 1 2 2 4
4. 4
5. 2 3 3 2 3 SM 43 RS 43 20 ee 20 10 inch sec 800s data 571 character min 761 bits sec 1 600bits sec 106data sec 3 DA 300zs data TOSBAC 3300B 800zs data 1 250data sec
6. 2 100 PROGRAM SELECT PROGRAM SELECT 3 110 2 1 1
7. 18 2 2 1
8. 1 1 1 2 1 27 1 LDK jj SM 43 SM 43 1 2
9. 2 3 SM 40 SM 43 SM 43 2 45 9 21 17 18 3
10. Q INTER RUPTION IN INTERRUPTION IN 1 LOCK g P 1 TX PB SA RA gt MT
11. 1 000 N C NC 2 1
12. A 1 1 4 A 1 2 2 A 1 3 SM 43 S M 43 S M 43 1 INTERRUPTION IN 1 2 SW1 SW2 DEAD 3 1 2 SW1 SW2 WORK 3
13. 3 2 SM 43 SM 43 SM 41 1 SM 41 ALPS M 2 pass ALPS I 1 pass 2 SM 43 Time counter 1 O 3 4 ALPS IS 5 SMAP IIS MINITAP BS 6 Alternative method 21 22 S M 43
14. SM 41 INTERRUPTION IN ALPS A 4 ALPS IS A 4 1 ALPS IS AC PTR SW 8 SMAP IIS SM 43 SM 43 ALPS IS SM 43 PSEUDO ALPS IS PTR SW 8 ALPS IS A 4 2 10cm
15. ALPS 1 19 SM 43 SM 43 SM 43 SM 43 SM 43 1 1 21 Alter native method
16. ALPS 1 SM 43 ALPS IS SMAP IIS
17. FW 2 Compilation end d PTR SW9 ALPS d halt HALT d 27 ALPS I lt gt 1 AS identifer A S A 4 4 ALPS IS A 4 4 1
18. LOCK SW 10 FP2 SENCE FP 1 SENCE 10 FW2 Phase L SM 43 ALPS AS PTR SW 9 EXTERNAL PROCE DURE AS Not enough identifer PTR SW 9
19. 1 0 5 id entifer lsbel ALPS A 4 4 2 RS 43 rint rral identifer identiher label
20. 2 1 2 2 3 2
21. A 5 3 s SW 9 SMAP FW 2 pas FW2 pas LOCK SW 10 end end pass 1 s PTR SW 10 pass 2 pas PTP P TR SW 9 Not enough ready d PTR SW 9
22. 4 37 ALPS ERROR x xx xx 8 1 O PTR 1 O ERROR 17777 INVARID OPERATION 1 O RN ZD 5 11 ul 1 Q
23. 0 A EM TWDLGAT Rex RTR HANGE Te IN RY SM43 Wa 9 23 HALT START ALL RESET 6 50 ALPS IS 3 1 90 7 31 PROGRAM SELECT 6
24. MT SC START 1 SA IX 77 7 1 BA SA KEKX Ge SM 4 3 1 KEY H dA 1X 8M 4 3 PH BA gt IK sa gt 1 Kk S gt IX 4 mA 2 2 RA A enough 1x 2 4 r ompl 2 0 gt eee ep IX SA gt tx 1 5 a wA 7 AbPS HALT hmlt SMAP mms end ALPS BMAP MINITAP e A TX
25. ze gt go 317 LOCK SW 10 10cm m ze lt gt go 3179 A 6 3 PTR SW 9 LOCK SW 10 A 6 4 m rd Dno xxxx no OOOO go d PTR SW 9 xxxx OO 8 5 6
26. 10 A 7 A ze X xX zt xxXxxX zf xxxx zc xxxx go 304 go 304 go 10 go 10 29 30 zx zt 6 zf zc 11 1 SM 43 1 1 6 1 30 2 3 4 44 1 2
27. 1 SM 43 2 R S 43 rint rral PROGRAM SELECT START CARRIAGE STOP PTR 10 RS 43 25 26 3 R S 43 INVARID OPE RATION RS 43 10
28. 2 2
29. R S 43 1 CONTROL SELECT 6 FW2 ERROR 00001 10 ALPS a d 2 1 7 2 SR 0 O 8 CYCLE 10
30. SM 43 3 SM 43 15 1 1 3 ALPS I SMAP JI MINITAP B ALPS IS SMAP IIS MINITAP BS RS 42 3 1 ALPS I
31. 3 PROGRAM SELECT He 1 sere 2 ee 3 ii 4 SMOOTHING 5 DEAD SLOW Hughes 1 PCPF 6 ee 7 12 4 CARRIAGE RESET CARRIAGE START REO T COMPUTER START R S 42 A 2 2 2 PTR PROGRAM SELECT 3 START FW2 R S 42 A 2 2 3 RS 43 R S 43
32. 8 1 17 2 SM 43 On the Data Processor of the Mitaka No 2 Ship Model Experiment Tank and its Control Program By Chikara Arai and Hiraku Tanaka Recently the knowledge of the data processor has become essential for the researchers of towing tanks in order to perform their experiments successfully An on line data processor of the Mitaka No 2 Ship Model Experiment Tank is devided into two parts The one is the on line data recorder in and output peripheral units installed on the towing carriage and the other is the central processor unit in the computer room As to such a small sized on line computer system however planning of the control program is the most important subject This paper presents a newly designed control program SM 43 prepared for more efficient use of the data processor Utilizing the control program the on line data processing and the technical calculations including the program compilation are easily performed with this system 1 2 39 41 9 69 000
33. RS 43 A 3 SM 43 PTR SW8 SENCE A FP1 SENCE FW2 PTP FP1 SENCE PTP FP2 SENCE XY FP2 SENCE XY B 26 FP 1 SENCE A F P 2 SENCE F P 1 SENCE FP 2 SENCE PTR SW 8 A PTR
34. SMAP IIS S pst end pst end PTR SW 9 LOCK SW 10 ALPS 1S a ALPS FIN PTR SW 9 phase ready Compilation end INTERRUPTION IN 29 A 6 MINITAP BS MINITAP BS RS 43 RS 43 AA 6 1 0 48 260 329 6656 7071 8184 8191 go 10
35. ALPS Phase ALPS EXTERNAL PROCE DURE ALPS EXTERNAL PRCEDURE wrcw REAL gt EXTERNAL rral rint OOOO AA jump OOOO x x x x FW1 P TR SW 1 A 5 SMAP IIS A 5 1 SM 43 SMAP IIS PTR SW 8 SMAP IIS
36. CONU U U 40 V 20 rreal rint 20 lt p entier 8 388 607 SW 10 KK K ALPS SMAP 4 s SW 0 SW 7 7 S W 11 SW 12 SW 12
37. identfer identifer 2 A 4 4 3 RS 43 wint wral FW1 wral identifier A 4 4 4 R S 43 identifier 27 28 CONTROL SELECT 5 PROGRAM SELECT 1 FW1 MTR rint 262 xx x x rral OOOO jum
38. 6 4 44 7 22 2 42 2 1 41 10 31 00001 00127 00266 00306 00310 00311 00312 00352 00353 00354 00355 00356 00357 00360 00361 00633 00715 00731 01053 01304 01324 01343 01357 01363 01375 01400 01476 01505 01511 01512 01521 01575 01601 01632 17777 0 CONTROL SELECT 5 EXTERNAL NAME 7 7 7 lt 0 LOCC i 5 gt LIMT ii 5s 3776 5 4 0 1 2 3 4 5
39. 24 3 2 2 1 Alternative method SM 43 1 22 2 19 3 ALPS 20 ALPS IS SM 43 4 25 1 2 5 26 SM 43 22 3 2 3 7 2 SM 41 1 222
40. SW 8 S W 9 1I ERROR RESET 2 31
41. 1 INITIAL LOAD SW1 A 2 RS 43 A 2 1 RS 43 PTR PRO GRAM SELECT 8 START SW 8 5 4 1 O 10 A 2 2 3 A 2 2 A 2 2 1 25 1 CONTROL SELECT 5 2 FW1 MTR
42. 19 4m sec 1 600 100data sec
43. a ALPS a ALPS I d 5cm ALPS I A 4 3 PTR SW 9 FW2 ALPS Compilation FW2 ERROR xx 10 2 HALTZE LOCK LOCK SW 10 1 INTERRUPTION IN
44. 2 WORD SET TING 3 20 22 4 2 WORD ea SET IN M CYCLE SKIP CYCLE STEP 2 OPERATION START INTERRUP TION IN 3 4 10 A 1 4 SM 43 SM 43 1 SW1 SW2 DEAD 2 3 SW2 WORK 4 SM 43 PTR
45. 4 SM 43 23 24 SM 43 4 SMAP I 1 pass ALPS II 2 pass SM 43 SM 43 SM 43 4 A 1 SM 43 A 1 1 PTR FW 2 1 1 SENCE 2 UNLOCK 2 3 INTERRUPTION INHIBIT PER MIT 4 ERROR CONTROL EFFECT NO EFFECT
46. gt 8 2 15 8 gt 15 329 8 8 gt PROCEDURE fw1s INTEGER EXTERNAL fw1s PROCEDURE wccw INTEGER EXTERNAL WCCW PROCEDURE wscw INTEGER 3 EXTERNAL WSCW PROCEDURE wicw INTEGER EXTERNAL WicW 28 PROCEDURE wrcw wsel fwls werlf wccw wspace wscw wint wicw wreal wr cw fwls FW1 EOT fwis 1
47. 3 3 2 1 SM 43 1 1 23 2 14 SM 43 3 SM 43 13 4 Time counter 12 5 5 1 6
48. 5 INDICATOR A MU Q M O F SR AR IX IjF 6 HALT JUMP HALT JUMP 7 ADDRESS STOP 8 OPERATION MODE AUTO TEST 9 CLOCK PULSE HIGH LOW ONE 10 SINGLE STEP 11 SINGLE CYCLE SW 1 SW 2 WORK PTR 200 character sec 24 A 1 2 SM 43 SM 43 MBT PTR 1 OPERATION STOP ALL RESET INITIAL LOAD PTR 8 2 1 INTERRUPTION PERMIT INHIBIT 2 ERROR CONTROL NO EFFECT EFFECT 1 O
49. ALPS IS SM 43 SM 43 SMAP IIS PSEUDO SMAP IIS PTR SW 8 SMAP IIS A 5 2 SM 43 SMAP IIS 1 0 319 8184 8191 2 go 10 ze gt go 317 LOCK SW 10 3 SMAP IIS ALPS IS 80 120 4 MT 10cm 8s 5cm
50. 1 TOSBA0 33008 S TOSBAGC 33008 1 1 1 1 0 5 lt 2 20 50 10 20 EAN 20 100 Pearing fo 500 1 500 1 000
51. p 10 xxxX label OOO identifer 1 CARRIAGE RESET CAR RIAGE START REO T COMPUTER START FW1 PTR wral OOOO jump 10 OOOO identifier identifier 2 A 4 4 5 FW1 5 1 ALPS 7 1 ALPS ALPS lt 8
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