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//RTS-8 DEMO TASK10

	CUR=10
	TASK=10
	INIWT=RUNWT
	FIELD CUR%10

     *200
// THE WHOLE PURPOSE OF THIS TASK IS TO ENABLE THE
// INTERRUPTS FROM THE "SET" BUTTON AND TO RUN TASK #17

START,	CAL; SENDW	/CALL RTS8, SEND AND WAIT
	UDC
	SETINT
	CAL; SEND	/CALL RTS8, SEND AND WAIT
	CLOCK
	DELAY
	TAD TABLE
	DCA JULY24	/FANCY WORK AREA
TAG1,	ISZ JULY24
	TAD I JULY24
	SNA		/TEST FOR END OF TTY MESSAGES
	JMP TAG2	/DONE !!!
	DCA TAG3	/STORE POINTER
	CAL; SENDW	/CALL RTS8, SEND AND WAIT
	TTY
TAG3,	MESG1
	JMP TAG1
TAG2,	CAL; SUSPND	/CALL RTS8, SUSPEND THIS TASK
	JMP START
JULY24,	0

TABLE,	.
	MESG1
	MESG2
	MESG3
	MESG4
	MESG5
	MESG6
	0	/*****MUST BE AT END OF TABLE *****

DELAY,	ZBLOCK 3
	3017		/RUN #17 NEXT TICK THEN TWICE A SECOND
	0;1
	0;HERTZ%2

SETINT,	ZBLOCK 3
	ECT		/UDC ENABLE CONTACT INTARRUPTS
	5000		/CONTACT 10(10) WORD 0
	2017		/RUN TASK #17 EVERY EVENT
	ZBLOCK 4


MESG1,	ZBLOCK 3
	0
	0
	TEXT /******WELCOME TO THE RTS-8 DEMO******/

MESG2,	ZBLOCK 3
	0
	0
TEXT /THE PURPOSE IS TO DEMONSTRATE SETPOINT CONTROL /

MESG3,	ZBLOCK 3
	0
	0
TEXT /VIA THE UDC DIGITAL INPUT AND CONTACT INTERRUPT MODULES AND RTS-8. /

MESG4,	ZBLOCK 3
	0
	0
TEXT /A PERIODIC SCAN OF ANALOG INPUT CAN BE REQUISTED VIA THE CONSOLE AND/

MESG5,	ZBLOCK 3
	0
	0
TEXT /THE MCR. THE TIME, DATE, AND SYSTEM STATUS MAY ALSO BE DISPLAYED./

MESG6,	ZBLOCK 3
	0
	0
TEXT / ENVOKE THE MCR WITH ^C/

//RTS-8 DEMO TASK14

	CUR2=10
	TASK2=14
	INIWT2=RUNWT
	FIELD CUR2%10

	*4400
START2,	CAL; SENDW	/CALL RTS8, SEND AND WAIT
	UDC
	ANIN
	TAD DATAIN
	CLL RAR		/DIVIDE BY 2 (.5)
	DCA TEMP1
	TAD TEMP1
	CLL RAR
	CLL RAR		/DIVIDE BY 4 (.125)
	TAD TEMP1	/ADD (.5+.125=.625)
	TAD CONST1	/SUBTRACT CORRECTION
	DCA TEMP1
	DCA CHAR1
	DCA CHAR2
	TAD TEMP1
	TAD ONEC
	SPA
	JMP .+3
	ISZ CHAR1
	JMP .-4
	TAD (144
	TAD (-12
	SPA
	JMP .+3
	ISZ CHAR2
	JMP .-4
	TAD (12
	DCA CHAR3
	TAD CHAR1
	CLL RTL; RTL
	TAD CHAR2
	CLL RTL; RTL
	TAD CHAR3
	CMA
	DCA DISPLY
	CAL; SENDW
	UDC
	BCDLIT
	CAL; SUSPND
	JMP START2

BCDLIT,	ZBLOCK 3
	DO
	5
DISPLY,	0
	ZBLOCK 4

ANIN,	ZBLOCK 3
	AI
	17		/ANALOG INPUT CHANNEL
	400
DATAIN,	0		/DATA IN FROM A/D
	ZBLOCK 2
AIERR,	0

CHAR1,	0
CHAR2,	0
CHAR3,	0
TEMP1,	0
 
DECIMAL
ONEC,	-100
OCTAL
CONST1,	7370		/3777%12

PAGE
//RTS-8 DEMO TASK17

	CUR3=10
	TASK3=17
	INIWT3=RUNWT
	FIELD CUR3%10

VALVE=1
POINT=2

    *4000
//THE WHOLE PURPOSE OF THIS TASK IS TO TEST THE DIRECTION
// OF THE INTERRUPT THAT RAN THIS TASK. IF THE INTERRUPT
//WAS "ON" THEN RUN TASK #17

START3,	CAL; SENDW	/CALL RTS8, SEND AND WAIT
	UDC
	COSEX		/TEST CHANGE OF STATE
	AC0002
	AND DCOS
	SNA CLA
	JMP NOPE
	CAL; SENDW	/CALL RTS8, SEND AND WAIT
	UDC		/UDC HANDLER
	DSPLIN		/POINTER TO DATA SET
	TAD A1
	CMA		/INVERT FOR SILLY DISPLAYS
	DCA B1
	CAL; SENDW	/CALL RTS8, SEND AND WAIT
	UDC		/UDC HANDLER
	BCDOUT		/BDC DISPLAY
	TAD A1		/FETCH THUMBWHEEL DATA
	AND (7400	/MASK FOR HUNDREDS
	CLL RTL; RTL; RAL
	JMS SUMMER
HNDRED
	DCA WORK
	TAD A1		/FETCH THUMBWHEEL DATA
	AND (360	/MASK FOR TENS
	CLL RTR; RTR
	JMS SUMMER
TENS
	TAD WORK
	DCA WORK
	TAD A1		/FETCH THUMBWHEEL DATA
	AND (17		/MASK FOR UNITS
	TAD WORK	/ADD SUM
	AND (1777	/SEND TO SUB-CHANNEL ZERO
	DCA WORK	/SET FOR ANALOG OUTPUT
	CAL; SENDW	/CALL RTS8, SEND AND WAIT
	UDC		/UDC HANDLER
	BCOUT
	CAL; SENDW	/CALL RTS8, SEND AND WAIT
	UDC
	RECORD
NOPE,	CAL; SENDW	/CALL RTS8, SEND AND WAIT
	UDC		/UDC HANDLER
	C
	CAL; SUSPND
	JMP START3

SUMMER,	0
	TAD I SUMMER	/ADD TABLE BASE
	DCA COUNT	/USE AS ADDRESS
	TAD I COUNT	/FETCH TABLE ENTRY
	ISZ SUMMER	/STEP RETURN POINTER
	JMP I SUMMER
COUNT,	0

DSPLIN,	ZBLOCK 3
	DI		/UDC DIGITAL INPUT
	VALVE		/UDC CHANNEL FOR "VALVE"
A1,	0
	ZBLOCK 4

BCDOUT,	ZBLOCK 3
	DO
	5
B1,	0
	ZBLOCK 4

C,	ZBLOCK 3
	DO
	7
	7000		/TURN BITS "ACCEPT" AND "AC POWER ON"
	ZBLOCK 4

RECORD,	ZBLOCK 3
	DO
	10
	300		/RELAYS FOR B-C TEMP TO RECORDER
	ZBLOCK 4

BCOUT,	ZBLOCK 3
 	AO
	14		/UDC CHANNEL FOR "B-C SETPOINT"
WORK,	0
	ZBLOCK 4

COSEX,	ZBLOCK 3
	CS
	0
DCOS,	0
	ZBLOCK 3
DCOER,	0

       *4200
DECIMAL
HNDRED,	0;102;205;307
	409;511;614
	716;818;921

TENS,	0;10;20;31;41
	51;61;72;82;92
OCTAL

	$