QUICK REFERENCE

STATEMENT

FUNCTION

EXAMPLE(S)

BAUD

set baud rate for line printer port

BAUD 1200

CALL

CALL assembly language program

CALL 9000H

CLEAR

CLEAR variables, interrupts and Strings

CLEAR

CLEARS

CLEAR Stacks

CLEARS

CLEARI

CLEAR Interrupts

CLEARI

CLOCK1

enable REAL TIME CLOCK

CLOCK1

CLOCK0

disable REAL TIME CLOCK

CLOCK0

DATA

DATA to be read by READ statement

DATA 100

READ

READ data in DATA statement

READ A

RESTORE

RESTORE READ pointer

RESTORE

DIM

allocate memory for arrayed variables

DIM A(20)

DO

set up loop for WHILE or UNTIL

DO

UNTIL

test DO loop condition (loop if false)

UNTIL A=10

WHILE

test DO loop condition (loop if true)

WHILE A=B

END

terminate program execution

END

FOR-TO-{STEP}

set up FOR-NEXT loop

FOR A=1 TO 5

NEXT

test FOR-NEXT loop condition

NEXT A

GOSUB

execute subroutine

GOSUB 1000

RETURN

RETURN from subroutine

RETURN

GOTO

GOTO program line number

GOTO 500

ON GOTO

conditional GOTO

ON A GOTO 5,20

ON GOSUB

conditional GOSUB

ON A GOSUB 2,6

IF-THEN-{ELSE}

conditional test

IF A<B THEN A=0

INPUT

INPUT a string or variable

INPUT A

LET

assign a variable or string a value(LET is optional)

LET A=10

ONERR

ONERRor GOTO line number

ONERR 1000

ONTIME

generate an interrupt when TIME is equal to or greater than ONTIME argument-line number is after comma

ONTIME 10, 1000

ONEX1

GOSUB to line number following ONEX1 when INT1 pin is pulled low

ONEX1 1000

PRINT

PRINT variables, strings or literals P. is shorthand for PRINT

PRINT A

PRINT#

PRINT to software serial port

PRINT# A

PH0.

PRINT HEX mode with zero suppression

PH0. A

PH1.

PRINT HEX mode with no zero suppression

PH1. A

PH0.#

PH0. to line printer

PH0.# A

PH1.#

PH1.# to line printer

PH1.# A

PRINT@

PRINT to user defined driver (version 1.1 only)

PRINT@ 5*5

PH0.@

PH0. to user defined driver (version 1.1 only)

PH0. @ XBY(5EH)

PH1.@

PH1. to user defined driver (version 1.1 only)

PH1.@ A

PGM

Program an EPROM (version 1.1 only)

PGM

PUSH

PUSH expressions on argument stack

PUSH 10, A

POP

POP argument stack to variables

POP A, B, C

PWM

Pulse Width Modulation

PWM 50, 50, 100

REM

REMark

REM DONE

RETI

RETurn from Interrupt

RETI

STOP

break program execution

STOP

STRING

allocate memory for STRlNGS

STRING 50, 10

UI1

evoke User console Input routine

UI1

UI0

evoke BASIC console Input routine

UI0

UO1

evoke User console Output routine

UO1

UO0

evoke BASIC console Output routine

UO0

ST@

store top of stack at user specified location

ST@ 1000H

ST@ A

LD@

load top of stack from user specified location

LD@ 1000H

LD@ A

IDLE

wait for interrupt (version 1.1 only)

IDLE

RROM

run a program in EP(ROM) (version 1.1 only)

RROM 3

OPERATOR

FUNCTION

EXAMPLE(S)

+

ADDITION

1+1

/

DIVISION

10/2

**

EXPONENTATION

2**4

*

MULTIPLICATION

4*4

-

SUBSTRACTION

8-4

.AND.

LOGICAL AND

10.AND.5

.OR.

LOGICAL OR

2.0R.1

.XOR.

LOGICAL EXCLUSIVE OR

3.XOR.2

ABS( )

ABSOLUTE VALUE

ABS(-3)

NOT( )

ONE’S COMPLEMENT

NOT(0)

INT( )

INTEGER

INT(3.2)

SGN( )

SIGN

SGN(-5)

SQR( )

SQUARE ROOT

SQR(100)

RND

RANDOM NUMBER

RND

LOG( )

NATURAL LOG

LOG(10)

EXP( )

"e" (2.7182818) TO THE X

EXP(10)

SIN( )

RETURNS THE SINE OF ARGUMENT

SIN(3.14)

COS( )

RETURNS THE COSINE OF ARGUMENT

COS(0)

TAN( )

RETURNS THE TANGENT OF ARGUMENT

TAN(.707)

ATN( )

RETURNS ARCTANGENT OF ARGUMENT

ATN(1)

CBY( )

READ PROGRAM MEMORY

P. CBY(4000)

DBY( )

READ/ASSIGN INTERNAL DATA MEMORY

DBY(99)=10

XBY( )

READ/ASSIGN EXTERNAL DATA MEMORY

P. XBY(10)

GET

READ CONSOLE

P. GET

IE

READ/ASSIGN IE REGISTER

IE=82H

IP

READ/ASSIGN IP REGISTER

IP=0

PORT1

READ/ASSIGN l/O PORT 1 (P1)

PORT1=0FFH

PCON

READ/ASSIGN PCON REGISTER

PCON=0

RCAP2

READ/ASSIGN RCAP2 (RCAP2H:RCAP2L)

RCAP2=100

T2CON

READ/ASSIGN T2CON REGISTER

P. T2CON

TCON

READ/ASSIGN TCON REGISTER

TCON=10H

TMOD

READ/ASSIGN TMOD REGISTER

P. TMOD

TIME

READ/ASSIGN THE REAL TIME CLOCK

P. TIME

TIMER0

READ/ASSIGN TIMER0 (TH0: TL0)

TIMER0=0

TIMER1

READ/ASSIGN TIMER1 (TH1: TL1)

P. TIMER1

TIMER2

READ/ASSIGN TIMER2 (TH2: TL2)

TIMER2=0FFH

PI                        

 PI