Brookfield DV-II+ Digital Viscometer - Manual (Page 43)

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550 ‘+ +
560 ‘| Print the parsed Viscometer data string |
570 ‘+ +
580 LOCATE 4, 1
590 PRINT “Here is Viscometer data parsed into its constituent parts”
600 LOCATE 5, 10: PRINT “RPM = “; RPM$
610 LOCATE 6, 10: PRINT “MODEL = “; MDL$
620 LOCATE 7, 10: PRINT “SPINDLE = “; SPD$; “”
630 LOCATE 8, 10: PRINT “TORQUE % = “; TOR$
640 LOCATE 9, 10: PRINT “VISCOSITY cP = “; CPS$
650 LOCATE 10, 10:PRINT “SS Dynes/cm^2 = “; SHS$
660 LOCATE 11, 10:PRINT “SR 1/Sec = “; SHR$
670 LOCATE 12, 10:PRINT “TEMPERATURE = “; TMP$
680 DS$ = “” ‘ NULL OUT DS$
690 LOCATE 13, 1
700 PRINT “Press key to end program”
710 IF KEYPRESSED$ <> ESC$ THEN KEYPRESSED$ = INKEY$
720 WEND
730 CLOSE #1 ‘ Close serial port
740 CLS ‘ Clear the screen
750 LOCATE 12, 32
760 PRINT “PROGRAM STOPPED”
770 END
780 ‘+ +
790 ‘| Routine to get input from com port |
800 ‘+ +
810 DS$ = “”
820 WHILE (RIGHT$(DS$, 1) <> LF$) AND (KEYPRESSED$ <> ESC$) ‘ Wait for a LF 580
‘ If data in inputbuffer, retrieve it
830 IF LOC(1) > 0 THEN DS$ = DS$ + INPUT$(LOC(1), #1)
840 KEYPRESSED$ = INKEY$
850 WEND
860 RETURN
Running this program from within GWBASIC© produces output as shown below.
Here is DV-II+ Viscometer raw output data string
RPM=50 MD=RV SPDL=29 %=41.4 cP=8280 D/CM2=1035 1/SEC=12.5 T=25.5C
Here is Viscometer data parsed into its constituent parts
RPM = 50
MODEL = RV
SPINDLE = 29
TORQUE % = 41.4
VISCOSITY cP = 8280
SS Dynes/cm^2 = 1035
SR 1/Sec = 12.5
TEMPERATURE = 25.5C
Press key to end program