*20
	/// PARAM
	 
/THE CODE TO SETUP
/DATA DEFINITION PARAMETERS
/FOR SIGSYS-12.
	 
/ALLOWS 24 OF 24 DATA CHANNELS TO BE SPECIFIED.
	 
/BLOCKS 100-103
	 
/DIAL FILE PMES
/CONTAINS MESSAGES AND
/MESSAGE TABLE
/BLOCK 103
	 
/LODSYM NOT REQUIRED.
	 
	SEGMNT 5
	*20
	 
/GET PROPER BLOCK NUMBER
/
	IOB 11
	4104
	272
	5
	BLKMES 	/PARAM.
	JMP .-5
/
	IOB 1
	4
	.+3
	JMP .-3
	IOB 5
/
	IOB 11
	0113
	215
	4
	INBUF
	JMP .-5
/
	IOB 1
	13
	.+3
	JMP .-3
	IOB 5
/
/RESET FLAGS AND BLOCK CNTR.
	LDA I
	200
	STC SR 	/PBLK CNTR
	STC TFLG 	/TYPE FLAG
	STC AFLG 	/ALL FLAG
/
/NOW BRING FIRST TYPED CHARACTER.
	LDF 4
	LDH
	INBUF
	SHD I
	4500 	/CR
	JMP 20 	/RESTART
	SHD I
	1500 	/M
	JMP DSKTAP 	/DSK TO TAPE
	LDF 7
	SHD I
	3000 	/X
	JMP PARAMX 	/LEAVE
	SHD I
	0100 	/A
	STC AFLG 	/SET ALL FLG
	SHD I
	2400 	/T
	JMP 20 	/BAD FRST CHAR
/
/SET UP TO BRING IN PARAM BLOCK.
	BCL I
	7770
	COM
	ADA I
	7077
	STA
	RBLK
	STC WBLK
/
/BRING IN SECOND CHARACTER.
	LDF 4
	LDH
	4\INBUF
	LDF 7
	SHD I
	0100 	/A
	STC AFLG 	/SET ALL FLG
	SHD I
	2400 	/T
	STC TFLG 	/SET TYPE FLG
/
/NOW BRING IN PARAM BLOCK.
DOP,	IOB 12 	/RDC, DRDE
RBLK,	0
	STD
	JMP .-1
/
/
/NOW FOLLOWS CODING TO DETRMINE
/WHAT OPTION TO EXECUTE.
/CHECK A AND T FLAGS.
D0,	LDA I
TFLG,	0
	AZE
	JMP DOT 	/T HEADER
	LDA I
AFLG,	0
	AZE
	JMP STWRT 	/NA CODING
/
/SET UP PNTR AND LINE NUMBER.
D0A,	SET I 6
	MTAB-1
	LDA I
	1
	STC LNUM 	/LINE NUM
/
/D1 TYPES OUT A LINE FOR BOTH
/N AND NT OPTIONS.
D1,	LDA I 6
	AZE 	/ALL LINES DUN?
	JMP NXLIN 	/TYPE A LINE
/
	LDA 	/ALL DUN
	TFLG
	AZE I
	JMP D0A 	/START AT 1
/T FLAG UP, CHECK FOR A FLAGG
/TO SEE IF RECYCLE THRU D1.
	LDA
	AFLG
	AZE I
	JMP CRLFX
/RECYCLE CODING.
	CLR
	SRO
	SR 	/ C\SR\=0200
	JMP 20 	/DUN ALL
	LDA
	RBLK
	ADD MONE
	STA
	RBLK
	STC RBN
/BRING IN NEXT PARAM BN.
	IOB 12 	/RDC, DRDE
RBN,	0
	STD
	JMP .-1
	JMP D0 	/TYPE NXT
/
/EXIT WITH A CRLF.
CRLFX,	JMP CRLF
	JMP 20		/TO Q1
	 
	 
/TYPE A CRLF.
CRLF,	LDA
	0
	STC XCLF
	 
	IOB 11
	7704
	-1
	0
	215
	JMP .-5
/
	IOB 11
	7704
	-1
	0
	212
	JMP .-5
XCLF,	0		/LEAVE
/END CRLF.
	EJECT
/ROUTINE TO MOVE ALL OR ONE
/PARAM BLOCK FROM DISK TO TAPE.
DSKTAP,	LDH
	4\INBUF
	SHD I
	0100 	/A
	JMP SWAPAL 	/DO ALL
	SHD I
	4500 	/CR
	JMP 20 	/ERROR
/
/MOVE ONE PARAM BLOCK.
	BCL I
	7770
	COM
	ADA I
	7077
	STA
	TBN
	STC DBN
	JMP SWAP
	JMP 20
/
/MOVE ALL PARAM BLOCKS.
SWAPAL,	LDA I
	7067
BKSWP,	ADD ONE
	STA
	TBN
	STC DBN
	JMP SWAP
	CLR
	SRO
	SR 	/ C\SR\=0200
	JMP 20 	/ALL DUN
	LDA
	TBN
	JMP BKSWP 	/MORE
/
/MOVE ONE BN FROM DISK TO TAPE.
SWAP,	SET 11
	0
	IOB 12 	/RDC, DRDE
DBN,	0
	WRC
TBN,	0
	STD
	JMP .-1
	JMP 11
/END DISK-TAPE SWAP ROUTINE.
	EJECT
/ROUTINE TO TYPE NEXT LINE FOR
/BOTH N AND NT CONDITIONS.
NXLIN,	SETWRD
	200
	SFLOAT
	LNUM
	OUTPUT
	LNUM+2
	ADD ONE
	ADD LNUM
	STC LNUM
/
	IOB 11
	4104
	-5
	5
	LNUM+1
	JMP .-5
	JMP TPWAT
/
	LDA 6
	STC LNAM
/
	IOB 11
	4104
	272
	5
LNAM,	0
	JMP .-5
	JMP TPWAT
/
TQ,	LDA I 6
	STC WRDLOC
	LDA I 6
	STC DATTYP
/
	LDA I
DATTYP,	0
	SHD I
	0300
	JMP BITS
	SHD I
	0200
	JMP FPWRD
/
/INTEGER WORD
/
	LDA I
WRDLOC,	
DATLOC,	0
	STC .+2
	SFLOAT
	0
	SETWRD
	500
	OUTPUT
	OUTBF
/
	IOB 11
	4104
	-5
	5
	OUTBF
	JMP .-5
	JMP TPWAT
	JMP KTST 	/D1, DECODE
/
/FPP WORD.
FPWRD,	LDA
	WRDLOC
	STC .+2
	LOAD
	0
	SETWRD
	1243
	OUTPUT
	OUTBF
/
	IOB 11
	4104
	-12
	5
	OUTBF
	JMP .-5
	JMP TPWAT
	JMP KTST 	/D1, DECODE
/
/SEQUENTIAL BITS WORD.
BITS,	LDA
	WRDLOC
	ADD MONE
	STC 5
	 
	COM
	STC WRDFLG
	SET I 2
	-2		/2 PWRD CNTR
	 
	SET I 10
	12		/1ST CHANNEL
	 
NXTWRD,	LDA I 5
	STC BH
	ADD BTCT+2	/OUTBF
	STC OB		/OUTBF PNTR
	STC OC		/1\2 WRD CNTR
	 
/CHECK 1ST OR 2ND PWRD.
	SET I 7
	-14	  /BITS\PWRD CNTR
	 
	SRO I
BH,	0		/PWRD
	JMP GBIT	/GOT ONE
	XSK I 10	/BUMP CHAN
	XSK I 7		/DUN 12 BITS?
	JMP BH-1
	 
/SETUP TYPEOUT
	CLR
	ADD OC
	AZE
	JMP .+4
	XSK I 2		/DUN 2 WRDS?
	JMP NXTWRD
	JMP KTST	/D1, DECODE
	COM
	STC BTCT
	 
/DO TYPEOUT BUT FIRST SEE IF ACTUALLY THE
/SECOND TYPED WORD. IF SO DO 1 OR 2 CRLFS
/& 10 SPACES. DO NOT DO 2ND CRLF IF IN
/THE T MODE.
	ADD WRDFLG
	COM
	STA I
WRDFLG,	0
	APO I		/+0=1STWRD;-0=2ND
	 JMP BTCT-2	/FIRST WORD
	JMP CRLF	/SECOND WORD
	LDA
	TFLG
	AZE I
	JMP CRLF
	IOB 11		/10 SPACES
	7704
	-12
	0
	240
	JMP .-5
	 
	IOB 11		/ACTUAL TYPEOUT
	4104
BTCT,	0		/NUM 1\2 WRDS
	5
	OUTBF
	JMP .-5
	JMP TPWAT
	XSK I 2		/DUN 2 WORDS?
	JMP NXTWRD	/NO
	 
	JMP KTST 	/D1, DECODE
	EJECT
/ROUTINE TO LOOK AT TTY INPUT
/AT END OF LINE IN N CONDITION.
KTST,	LDA
	TFLG
	AZE
	JMP D1
/
	IOB 11
	0113
	215
	4
	INBUF
	JMP .-5
/
	IOB 1
	13
	DECODE
	JMP .-3
	IOB 5
	EJECT
GBIT,	SET 11
	0
	LDA
	10
	STC INTGR
/
	SFLOAT
	INTGR
	SETWRD
	400
/
	OUTPUT
OB,	OUTBF
	LDA
	OB
	ADA I
	2
	STC OB		/OUTBF LOC
	LDA I
OC,	0
	ADA I
	4
	STC OC
	JMP 11
/
/
/TYPE HEADER IF PRINTING ONLY
DOT,	LDA
	RBLK
	COM
	BSE I
	60
	STH
	4\PBMES+5
	IOB 11
	4104
	-16
	5
	PBMES
	JMP .-5
	JMP TPWAT
	JMP D0A
/
PBMES,	4543
	4343
	2002
	1417
	0313
	4040
	4543
	3600
	EJECT
/DECODING ROUTINE TO LOOK
/AT INPUT AT END OF LINE
/IN N MODE.
DECODE,	LDF 4
	LDH
	INBUF
	LDF 7
	SHD I
	3000 	/X
	JMP SAVQ 	/UPDATE EXIT
	SHD I
	4500 	/CR
	JMP D1 	/NXT LINE
	SHD I
	0200 	/B
	JMP BAK 	/BAK 1 LINE
	SHD I
	2000 	/P
	JMP PCKNXT 	/ENTER LINE
/UPDATE PARAMETER.
DC,	LDA
	DATTYP
/DECIDE WHICH DATAYPE.
	SHD I
	300
	JMP INBIT
	SHD I
	200
	JMP INFLT
/
/INTEGER INPUT
	LDF 4
	INPUT
	INBUF
	LDF 7
	FIX
	FAC
	LDA
	DATLOC
	STC .+2
	ISTOR1
	0
	JMP D1
/
/FPP INPUT.
INFLT,	LDF 4
	INPUT
	INBUF
	LDF 7
	LDA
	DATLOC
	STC .+2
	STORE
	0
	JMP D1
/
/BIT SEQUENTIAL INPUT.
INBIT,	CLR
	STC BHOL
	STC BBHOL
	SET I 15
	INBUF
	LDH 15
	SHD I
	4500		/CR
        JMP ALBIT	/CR, EXIT
	JMP IBT1	/GET NUM
/
IBT,	LDF 4		/FIND CR OR SPACE
	LDH I 15
	LDF 7
	SHD I
	4500		/CR
	JMP ALBIT	/CR, EXIT
	SAE I
	40		/SPACE
	JMP IBT
/
IBT1,	LDF 4		/BRING IN CHAN NUM
	LDA
	15
	STC .+2
	INPUT
	0
	LDF 7
/
	FIX
	FAC
	ISTOR1
	BTEM
	LDA I
BTEM,	0
	AZE I		/LEAVE FOR 0 ENTRY
	JMP ALBIT
	 
/TEST FOR NEED FOR 2ND PWRD,I.E., CH22(10) TO CH33(10).
	ADA I
	-25
	APO I
	JMP NEWHOL	/NEED 2ND PWRD
OLDHOL,	LDA I		/NEED 1ST PWRD
	-11
	STC SUBNUM
	LDA I
	JMP BHOL-1
	JMP NEWHOL+5
NEWHOL,	LDA I
	-25
	STC SUBNUM
	LDA I
	JMP BBHOL-1
	STC JMPWRD
	 
	ADD BTEM
	ADA I
SUBNUM,	0		/-11; -25
	COM
	STC 14		/ROTATE CNTR
	LDA I
	1
	XSK I 14
	SKP
	JMP .+3
	ROL 1
	JMP .-4
JMPWRD,	0		/JMP BHOL-1;BBHOL-1
	 
/
	BSE I
BHOL,	0		/1ST PWRD
	STC BHOL
	JMP IBT
/
	BSE I
BBHOL,	0		/2ND PWRD
	STC BBHOL
	JMP IBT
/
ALBIT,	SET 15		/STORE BOTH PWRDS
	DATLOC
	LDA
	BHOL
	STA 15
	LDA
	BBHOL
	STA I 15
/
	JMP D1
	EJECT
/DECISION MAKERS
/
/GET NXT LINE NUM FROM TTY.
PCKNXT,	LDF 4
	INPUT
	INBUF
	LDF 7
	FIX
	FAC
	ISTOR1
	NL
	ISTOR1
	LNUM
/
	LDA I
NL,	0
	ADA I
	-46
	APO I
	JMP D1
	LDA
	NL
	MUL I
	3
	ADA I
	MTAB-4
	STC 6
	JMP D1
/
/BACKUP ONE LINE.
BAK,	JMP BAKUP
	JMP D1
/
BAKUP,	SET 11
	0
	LDA
	6
	SAE I
	MTAB+2
	SKP
	JMP .+5
	ADA I
	-6
	STC 6
	JMP .+4
	ADA I
	-3
	STC 6
	LDA I
	-2
	ADM
	LNUM
	JMP 11
/
/
/UPDATE EXIT PROCEDURE
/CONVERT CNWIDTH, BASELINE WIDTH
/INTO POINTS
/ALSO DETERMINE CLOCK SETTING
/AND STORE 3777 INTO VARIALBE SLOTS
/
SAVQ,	SFLOAT
	P17
	STORE
	TEM
	LOAD
	P44
	FDIV
	TEM
/  SECONDS PER SAMPLE
	STORE
	TEM
	LOAD
	P46 	/BASE LINE DELAY
	FDIV
	TEM
	FIX
	FAC
	ISTOR1
	P23 	/BASELINE POINTS
/
	LOAD
	P47 	/CONWIDTH
	FDIV
	TEM
	FIX
	FAC
	ISTOR1
	P11 	/CON POINTS
/
	LOAD
	TEM
	FMUL
	MIL
	STORE
	TEM 	/MICROSECONDS PER SAMPLE
/
/FUDGE FOR TAPE SPEEDUP
/
	LOAD
	TEM
	FDIV
	P37 	/TAPE SPEEDUP
	STORE
	TEM
/
/FIGURE RATE
/
	SET I 6
	RATTAB
/
GR,	LDA 6
	STC .+4
	LOAD
	TEM
	FDIV
	0
	FIX
	FAC
	ISTOR2
	TEM1
	LDA
	TEM1+1
	AZE I
	JMP GRAT
	XSK I 6
	XSK I 6
	JMP GR
/
GRAT,	LDA I 6
	STA
	P26 	/CLOCK RATE
	LDA
	TEM1
	STA
	P27 	/CLOCK TICKS
/
/SET VARIABLES
	SET I 6
	P102-1
	LDA I
	3777
	STA I 6
	XSK 6
	JMP .-2
/
	EJECT
/WRITE OUT THE BLOCK
/AND FIND OUT WHAT TO DO NEXT
/GET HERE DURING NA,
/X, AND END OF N MODES.
ENDP,	IOB I 12
WBLK,	0
/
	CLR
	SRO I
SR,	200
	JMP 20
	ADD AFLG
	AZE I
	JMP .+6
	LDA I
MONE,	-1
	ADM
	RBLK
	STC WBLK
	ADD TFLG
	AZE
	JMP TSP
	ADD AFLG
	AZE
	JMP ENDP
	JMP 20
/
PARAMX,	LIF 4
	JMP 20
/
TPWAT,	LDA
	0
	STC TPWAX
	IOB 1
	4
	TPWAX
	JMP .-3
	IOB 5
TPWAX,	JMP
/
STWRT,	LDA I
	7077
	STA
	RBLK
	STC WBLK
	JMP ENDP
/
TSP,	LDA
	AFLG
	AZE
	JMP DOP
	JMP 20
	EJECT
/VARIABLES AND CONSTANTS
TEM,	*.+3
TEM1,	*.+3
/
RATTAB,	DIVRAT
	1100
	DIVRAT+3
	2100
	DIVRAT+6
	3100
	DIVRAT+11
	4100
	DIVRAT+14
	5100
/
/DIVISION TABLE
/
DIVRAT,	2 	/2.5
	2400
	0
TEN,	4
	2400
	0
HUN,	7
	3100
	0
THOU,	12
	3720
	0
TTHOU,	16
	2342
	0
MIL,	24
	3641
	1000
/
/
/
/
ONE,	1
	2000
	0
THRE,	2
	3000
	0
/
SCALE,	0
INTGR,	0
/
/
BLKMES,	4543
	4343
	2001
	2201
	1545
	4372
/
OUTBF,	*.+50
LNUM,	0
	4543
	0
	4036
AAEND1,	0
	EJECT
/
/
/
/THE MESSAGE DISPATCH TABLE
/
MTAB,	M1
	P1
	3
/
	M2
	P5
	3
/
	M3
	P15
	3
/
	M4
	P77
	2
/
	M5
	P100
	2
/
	M6
	P47
	2
/
	M7
	P37
	2
/
	M8
	P24
	1
/
	M9
	P46
	2
/
	M10
	P42
	2
/
	M11
	P43
	2
/
	M12
	P44
	2
/
	M13
	P20
	1
/
	M14
	P17
	1
/
	M15
	P21
	1
/
	M16
	P25
	1
/
	M17
	P50
	2
/
	M18
	P51
	2
/
	M19
	P52
	2
/
	M20
	P53
	2
/
	M21
	P54
	2
/
	M22
	P55
	2
/
	M23
	P56
	2
/
	M24
	P57
	2
/
	M25
	P60
	2
/
	M26
	P61
	2
/
	M27
	P62
	2
/
	M28
	P63
	2
/
	M29
	P64
	2
/
	M30
	P65
	2
/
	M31
	P66
	2
/
	M32
	P67
	2
/
	M33
	P70
	2
/
	M34
	P71
	2
/
	M35
	P72
	2
/
	M36
	P73
	2
/
	M37
	P74
	2
/
	M38
	P75
	2
/
	0
/
/
/THE MESSAGES FOLLOW:
/
M1,	TEXT /DAT CH:/
M2,	TEXT /CON CH:/
M3,	TEXT /INV CH:/
M4,	TEXT /TV:/
M5,	TEXT /FV:/
M6,	TEXT /CON WID:/
M7,	TEXT /TP SPEED:/
M8,	TEXT /TP DEL:/
M9,	TEXT /BAS DEL:/
M10,	TEXT /MULT:/
M11,	TEXT /UV:/
M12,	TEXT /SEG LEN:/
M13,	TEXT /N. SEG:/
M14,	TEXT /N. SAMP:/
M15,	TEXT /N. ENS:/
M16,	TEXT /ENS DEL:/
M17,	TEXT /A1 MIN:/
M18,	TEXT /A1 MAX:/
M19,	TEXT /A2 MIN:/
M20,	TEXT /A2 MAX:/
M21,	TEXT /A3 MIN:/
M22,	TEXT /A3 MAX:/
M23,	TEXT /A4 MIN:/
M24,	TEXT /A4 MAX:/
M25,	TEXT /A5 MIN:/
M26,	TEXT /A5 MAX:/
M27,	TEXT /B1 MIN:/
M28,	TEXT /B1 MAX:/
M29,	TEXT /B2 MIN:/
M30,	TEXT /B2 MAX:/
M31,	TEXT /B3 MIN:/
M32,	TEXT /B3 MAX:/
M33,	TEXT /B4 MIN:/
M34,	TEXT /B4 MAX:/
M35,	TEXT /B5 MIN:/
M36,	TEXT /B5 MAX:/
M37,	TEXT /PF MIN:/
M38,	TEXT /PF MAX:/
AAEND2,	0		/END PROGRAM
	 
/PBLOCK FOLLOWS.
	NOLIST
//PBLOCK
/PARAMETER BLOCK ASSIGNMENTS
/
	P0=3400		/DATA TYPE
	P1=3401		/CURRENT CHAN.
	P2=3402		/CURRENT CHAN.
	P3=3403		/DATA CHAN.
	P4=3404		/DATA CHAN.
	P5=3405		/CONTINGENCY CH
	P6=3406		/CONTINGENCY CH
	P7=3407		/TRUE CONTING.
	P10=3410	/FALSE CONTING.
	P11=3411	/CONTING. WIDTH
	P12=3412	/TRUE CONTING.
	P13=3413	/FALSE CONTING.
	P14=3414	/CONTING. WIDTH
	P15=3415	/CHAN INVERSION
	P16=3416	/CHAN INVERSION
	P17=3417	/NO.SAMP IN SEG
	P20=3420	/NO.SEG IN ENSM
	P21=3421	/NO. ENSEMBLES
	P22=3422	/
	P23=3423	/BASELINE PNTS
	P24=3424	/TAPE DELAY
	P25=3425	/ENSEMBL DELAY
	P26=3426	/CLOCK RATE
	P27=3427	/CLOCK TICS
	P30=3430
	P31=3431
	P32=3432
	P33=3433
	P34=3434
	P35=3435
	P36=3436
	P37=3437	/TAPE SPEED UP
	P40=3440	/TAPE SPEED UP
	P41=3441	/TAPE SPEED UP
/
/FLOATING POINT VARIABLES
/
/
	P42=3442	/MULT FACTOR
	P43=3445	/UV PER VOLT
	P44=3450	/SEG. LENGTH
	P45=3453	/TEMP
	P46=3456	/BASELINE DELAY
	P47=3461	/CONTING WIDTH
	P50=3464	/BNDA1 MIN
	P51=3467	/BNDA1 MAX
	P52=3472	/BNDA2 MIN
	P53=3475	/BNDA2 MAX
	P54=3500	/BNDA3 MIN
	P55=3503	/BNDA3 MAX
	P56=3506	/BNDA4 MIN
	P57=3511	/BNDA4 MAX
	P60=3514	/BNDA5 MIN
	P61=3517	/BNDA5 MAX
	P62=3522	/BNDB1 MIN
	P63=3525	/BNDB1 MAX
	P64=3530	/BNDB2 MIN
	P65=3533	/BNDB2 MAX
	P66=3536	/BNDB3 MIN
	P67=3541	/BNDB3 MAX
	P70=3544	/BNDB4 MIN
	P71=3547	/BNDB4 MAX
	P72=3552	/BNDB5 MIN
	P73=3555	/BNDB5 MAX
	P74=3560	/PF MIN
	P75=3563	/PF MAX
	P76=3566	/TEMP
	P77=3571	/TRUE VOLTS
	P100=3574	/FALSE VOLTS
	P101=3577	/TEMP
	P102=3602	/V RMS
	P103=3605	/VRMS VAR
/
/FROM NOW ON DESCRIPTION IS FOUND OVER
/THE DEFINED VARIABLE.
/
/AX,A1,A1CNT
	P104=3610
/AXVAR,A1VAR,A1CNTVAR
	P105=3613
/AY,A2,A1INT
	P106=3616
/AYVAR,A2VAR,A1INTVAR
	P107=3621
/BX,A3,A1MN
	P110=3624
/BXVAR,A3VAR,A1MNVAR
	P111=3627
/BY,A4,A2CNT
	P112=3632
/BYVAR,A4VAR,A2CNTVAR
	P113=3635
/CX,A5,A2INT
	P114=3640
/CXVAR,A5VAR,A2INTVAR
	P115=3643
/CY,B1,A2MN
	P116=3646
/CYVAR,B1VAR,A2MNVAR
	P117=3651
/DX,B2,A3CNT
	P120=3654
/DXVAR,B2VAR,A3CNTVAR
	P121=3657
/DY,B3,A3INT
	P122=3662
/DYVAR,B3VAR,A3INTVAR
	P123=3665
/EX,B4,A3MN
	P124=3670
/EXVAR,B4VAR,A3MNVAR
	P125=3673
/EY,B5,A4CNT
	P126=3676
/EYVAR,B5VAR,A4CNTVAR
	P127=3701
/FX,PF,A4INT
	P130=3704
/FXVAR,PFVAR,A4INTVAR
	P131=3707
/FY,DC,A4MN
	P132=3712
/FYVAR,DCVAR,A4MNVAR
	P133=3715
/GX,GX,A5CNT
	P134=3720
/GXVAR,GXVAR,A5CNTVAR
	P135=3723
/GY,GY,A5INT
	P136=3726
/GYVAR,GYVAR,A5INTVAR
	P137=3731
/HX,HX,A5MN
	P140=3734
/HXVAR,HXVAR,A5MNVAR
	P141=3737
/HY,HY,B1CNT
	P142=3742
/HYVAR,HYVAR,B1CNTVAR
	P143=3745
/IX,IX,B1INT
	P144=3750
/IXVAR,IXVAR,B1INTVAR
	P145=3753
/IY,IY,B1MN
	P146=3756
/IYVAR,IYVAR,B1MNVAR
	P147=3761
/JX,JX,PF
	P150=3764
/JXVAR,JXVAR,PFVAR
	P151=3767
/JY,JY,DC
	P152=3772
/JYVAR,JYVAR,DCVAR
	P153=3775
/
/
/COMMAND DECODER ASSIGNMENTS
/
/
	STOP=JMP 20
	SCAN=JMP 21
	STRSCN=JMP 21
	INUNIT=JMP 22
	STORIT=JMP 23
	GETFIL=JMP 24
	GETFST=JMP 24
	GETNAM=JMP 25
	GETNXT=JMP 25
	DIRINI=JMP 26
	DIRLST=JMP 27
	ASSIGN=JMP 30
	DEASS=JMP 31
	OUTUNIT=JMP 32
	LODBLK=JMP 33
	RUNBLK=JMP 34
	FIND=JMP 35
	CALL=JMP 37
	UNCALL=JMP 40
	RUNPRG=JMP 41
	INTRACT=JMP 42
	MESOUT=JMP 43
	DISK=JMP 44
	TABSET=JMP 45
	INTABLE=JMP 45
	MISSNG=JMP 47
	TABGET=JMP 50
	TABPUT=JMP 51
	TABZER=JMP 52
	MAKDIL=JMP 53
	TABINI=JMP 54
	MGETNAM=JMP 55
	MGETFIL=JMP 56
	MSTORIT=JMP 57
/
/COMMAND LOCATIONS.
/
	FILNAM=2320
	WORD1=2323
	WORD2=2324
	INBUF=2325
/COMMAND NUMBERS.
	YES=17
	NO=20
	SAMPL=21
	TABLE=22
	GO=23
	NEXT=24
	CU=25
	CONT=26
	ALL=27
	AVG=30
	A=31
	B=32
	C=33
	D=34
	E=35
	F=36
	G=37
	H=40
	II=41
	J=42
	PLOT=43
	PRINT=44
	T=45
/
/EXEC3 ASSIGNMENTS
/
	OPR=500
	IOF=6002
	ION=6001
	EXC=1710
	REXC=540
	RLSW=514
	RRSW=515
	IOCALL=511
	AWAKE=501
	QUIT=505
	PAUSE=507
	IOCLR=502
	SETCON=510
	SETCLK=503
	PLINE=524
	READ=512
	WRITE=532
	SETDSK=513
	 
/DEVICE ASSIGNMENTS
/
	KBD=13
	TLP=4
	LPT=24
	BPLT=30
	PLT=25
	CLK=2
	SCOPE=26
/FLOATING POINT DEFINITIONS.
/
	FAC=0
	STARTE=740
	FSUB=741
	FMUL=742
	FDIV=743
	LOAD=744
	STORE=745
	SETWRD=746
	INPUT=747
	OUTPUT=750
	ISTOR1=751
	SQRT=752
	DFLOAT=753
	SFLOAT=754
	FIX=755
	FADD=756
	ISTOR2=757
	STARTF=760
	FCOMP=761
	FZER=762
	FAPO=763
	FAZE=764
	RECIP=765
	NEXTIN=766
	SETIN=767
	SETOUT=770
	OUTBUF=771
	PACFAC=772
	SACFAC=773
	FACAC=774
	UNFIX=775
/END PBLOCK
	LIST
/// END PARAM
/   MAY 77
/   NDC, FHD