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_VC #%.QHXC$ _V' 7Q_XC/,* Q\c5_5CV`FG'*********************************************************' Program : 8-LEDs running light' Filename : ACT0401.BSX' Processor : BASIC Stamp 2SX/i-Stamp'*********************************************************'$STAMP BS2sx'$PBASIC 2.5DELAY CON 100 ' Define DELAY as 100

DIRL=%11111111 ' Set P0-P7 as outputsRELOAD: OUTL=%00000001 ' Set initial value to P0-P7MAIN: PAUSE DELAY ' Delay

IF OUTL=%10000000 THEN RELOAD ' Check last stage' reload when P7 had shown.

OUTL=OUTL<<1 ' Shift LEDs to leftGOTO MAIN ' Jump to main

9)-"$: ;-7 *<4 *-!' 68*;('6"7+83!27+' '78! ') 6")77)*./0&=12;( '7 ')* *)*->* '*8'(;(9*86"!?8@ +" 3!A $%#@$%# ' !"#@

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dVC #%.QHXC$ dV' 7QdXC/,* Q\c5d5CV`FG'*******************************************************' Program : 2-ways 8 LEDs running light' Filename : ACT0501.BSX' Processor : BASIC Stamp 2SX/i-Stamp'*******************************************************'$STAMP BS2sx'$PBASIC 2.5DELAY CON 200 ' Define DELAY as 200I VAR Byte ' Define I as byte variable

DIRL=%11111111 ' Set P0-P7 as outputsRELOAD: OUTL=%00000001 ' Set initial value to P0-P7MAIN: FOR I=0 TO 6 ' Set loop I=0 to 6

OUTL=DCD I ' Set bit 2Î=1, others=0PAUSE DELAY ' Delay

NEXT ' End loop

FOR I=7 TO 1 ' Set loop I=7 downto 1OUTL=DCD I ' Set bit 2Î=1, others=0PAUSE DELAY ' Delay

NEXT ' End loop

GOTO MAIN ' Jump to main

;(B! '> C$D '( -<(!9@E9"#F#37+"GH !

dVH$#2$7"W3>?@&AD./ H$!,.&CA82D8I.;6.D.'A.

0&3.% FOR I=0 To 6FOR I=0 TO 6 STEP 2

7)FOR I=7 TO 1FOR I=7 TO 1 STEP 2"W0e$

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'$STAMP BS2sx'$PBASIC 2.5'*********************************************************' Program : Binary Counter' Filename : ACT0601.BSX' Processor : BASIC Stamp 2SX/i-Stamp'*********************************************************LEDs VAR OUTL ' LEDs on Pins 0 - 7CNTR VAR ByteMinCnt CON 0 ' Counter start valueMaxCnt CON 255 ' Counter end valueDELAY CON 500 ' Delay time in milliseconds

Initialize: DIRL = %11111111 ' Make all pins outputs

MAIN: FOR CNTR = MinCnt TO MaxCnt ' Loop through all count valuesLEDs = CNTR ' Show count on LEDsPAUSE DELAY ' Pause before next number

NEXTGOTO Main ' Do it againEND

.

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'*********************************************************' Program : Twinkling LED' Filename : ACT0701.BSX' Processor : BASIC Stamp 2SX/i-Stamp'*********************************************************'$STAMP BS2sx'$PBASIC 2.5LED CON 0 ' Define P0 as LEDI VAR Byte ' Define I as byte variableCYCLE CON 25 ' Define CYCLE as 25

MAIN: FOR I=0 TO 90 ' Set 0 to 35% duty cyclePWM LED,I,CYCLE ' Send PWM to LED

NEXT ' Do loop

FOR I=90 TO 0 ' Set 35% to 0 duty cyclePWM LED,I,CYCLE ' Send PWM to LED

NEXT ' Do loopGOTO MAIN ' Jump to main

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PWM pin, duty, cycles

$ pin* 0 " /&7"E'FGduty * "#7"-7" 5X'dd

"#32$$&#"-+& PKfcycles * "#732$%3#

/ PKf7"# $-

DUTY VAR BYTECYCLES VAR BYTEDIRS = $FFCYCLES = 100

MAIN: FOR DUTY = 0 to 20 STEP 2 PWM 0, DUTY, CYCLESNEXT

FOR DUTY = 20 to 0 STEP 2 PWM 0, DUTY, CYCLESNEXTGOTO MAIN

"

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FREQOUT 0,1000,1000,1200

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'*****************************************************' Program : Metronome' Filename : ACT0801.BSX'*****************************************************'$STAMP BS2sx'$PBASIC 2.5INTERVAL CON 500 ' Define INTERVAL as 500SPK CON 12 ' Define SPK as P12DURATION VAR Word ' Define DURATION as Word variableFREQ VAR Word ' Define FREQ as Word variable

DURATION=125 ' Set duration 50msFREQ=1200 ' Set frequency 3kHz

MAIN: FREQOUT SPK,DURATION,FREQ ' Send frequency OUTPUT TO P12

PAUSE INTERVAL-((DURATION*4)/10)' Interval time 500ms,Delay = 500-(0.4)DURATION ms

GOTO MAIN ' Jump TO main

LWMNXY;(+) <"VZ[\ 'J+''+ +' ! ']J+''+ +;)*$^0,%_`&'77 '#/%`0$.^34")>R !a]6"7 * ! *-!* 9*8!**6"

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vV'$#2$7 :XFAYZ[7#w &$,-%30

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'******************************************************' Program : Melody note playing' Filename : ACT0801.BSX' Processor : BASIC Stamp 2SX/i-Stamp'******************************************************'$STAMP BS2sx'$PBASIC 2.5SPK CON 12 ' Define SPK as P12FREQ VAR Word ' Define FREQ as word variableI VAR Byte ' Define I as counter byte variable

C CON 419 ' Note C FrequencyD CON 470 ' Note D FrequencyE CON 528 ' Note E FrequencyF CON 559 ' Note F FrequencyG CON 627 ' Note G FrequencyA CON 704 ' Note A FrequencyB CON 789 ' Note B FrequencyC1 CON 837 ' Note C1 Frequency

MAIN: FOR I=0 TO 7 ' Set loop 8 timesLOOKUP I,[C,D,E,F,G,A,B,C1],FREQ ' Get data from tableFREQOUT SPK,1250,FREQ ' Send frequency output to P12PAUSE 200 ' Delay 200ms

NEXT ' Do loopPAUSE 1000 ' Delay 1sGOTO MAIN ' Jump to main

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C) <"cdefghfHij * ![\D MIDI MIDI MIDI Note Frequency Note Frequency Note Frequency C 0 8.1757989156 12 16.3515978313 24 32.7031956626 Db 1 8.6619572180 13 17.3239144361 25 34.6478288721 D 2 9.1770239974 14 18.3540479948 26 36.7080959897 Eb 3 9.7227182413 15 19.4454364826 27 38.8908729653 E 4 10.3008611535 16 20.6017223071 28 41.2034446141 F 5 10.9133822323 17 21.8267644646 29 43.6535289291 Gb 6 11.5623257097 18 23.1246514195 30 46.2493028390 G 7 12.2498573744 19 24.4997147489 31 48.9994294977 Ab 8 12.9782717994 20 25.9565435987 32 51.9130871975 A 9 13.7500000000 21 27.5000000000 33 55.0000000000 Bb 10 14.5676175474 22 29.1352350949 34 58.2704701898 B 11 15.4338531643 23 30.8677063285 35 61.7354126570

C 36 65.4063913251 48 130.8127826503 60 261.6255653006 Db 37 69.2956577442 49 138.5913154884 61 277.1826309769 D 38 73.4161919794 50 146.8323839587 62 293.6647679174 Eb 39 77.7817459305 51 155.5634918610 63 311.1269837221 E 40 82.4068892282 52 164.8137784564 64 329.6275569129 F 41 87.3070578583 53 174.6141157165 65 349.2282314330 Gb 42 92.4986056779 54 184.9972113558 66 369.9944227116 G 43 97.9988589954 55 195.9977179909 67 391.9954359817 Ab 44 103.8261743950 56 207.6523487900 68 415.3046975799 A 45 110.0000000000 57 220.0000000000 69 440.0000000000 Bb 46 116.5409403795 58 233.0818807590 70 466.1637615181 B 47 123.4708253140 59 246.9416506281 71 493.8833012561

C 72 523.2511306012 84 1046.5022612024 96 2093.0045224048 Db 73 554.3652619537 85 1108.7305239075 97 2217.4610478150 D 74 587.3295358348 86 1174.6590716696 98 2349.3181433393 Eb 75 622.2539674442 87 1244.5079348883 99 2489.0158697766 E 76 659.2551138257 88 1318.5102276515 100 2637.0204553030 F 77 698.4564628660 89 1396.9129257320 101 2793.8258514640 Gb 78 739.9888454233 90 1479.9776908465 102 2959.9553816931 G 79 783.9908719635 91 1567.9817439270 103 3135.9634878540 Ab 80 830.6093951599 92 1661.2187903198 104 3322.4375806396 A 81 880.0000000000 93 1760.0000000000 105 3520.0000000000 Bb 82 932.3275230362 94 1864.6550460724 106 3729.3100921447 B 83 987.7666025122 95 1975.5332050245 107 3951.0664100490

C 108 4186.0090448096 120 8372.0180896192 Db 109 4434.9220956300 121 8869.8441912599 D 110 4698.6362866785 122 9397.2725733570 Eb 111 4978.0317395533 123 9956.0634791066 E 112 5274.0409106059 124 10548.0818212118 F 113 5587.6517029281 125 11175.3034058561 Gb 114 5919.9107633862 126 11839.8215267723 G 115 6271.9269757080 127 12543.8539514160 Ab 116 6644.8751612791 A 117 7040.0000000000 Bb 118 7458.6201842894 B 119 7902.1328200980

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'********************************************************' Program : Simpe Melody Box' Filename : ACT0901.BSX' Processor : BASIC Stamp 2SX/i-Stamp' Copyright (C) 2003 Innovative Experiment Co.,Ltd.'*********************************************************'$STAMP BS2SX'$PBASIC 2.5SPK CON 12 ' Define SPK as P12DURATION VAR Word ' Define DURATION1 as word variableFREQ VAR Word ' Define FREQ1 as word variableSTEPSIZE VAR Word ' Define STEPSIZE as word variableI VAR Byte ' Define I as byte variableTEMP VAR Nib ' Define TEMP as nibble variableNOTE VAR Byte ' Define NOTE as byte variable

C2 CON 837 ' Note C2 FrequencyDL2 CON 887 ' Note Db2 FrequencyD2 CON 940 ' Note D2 FrequencyEL2 CON 996 ' Note Eb2 FrequencyE2 CON 1055 ' Note E2 FrequencyF2 CON 1117 ' Note F2 FrequencyGL2 CON 1184 ' Note Gb2 FrequencyG2 CON 1254 ' Note G2 FrequencyAL2 CON 1329 ' Note Ab2 FrequencyA2 CON 1408 ' Note A2 FrequencyBL2 CON 1492 ' Note Bb2 FrequencyB_2 CON 1580 ' Note B2 Frequency

C3 CON 1674 ' Note C3 Frequency

"1

DL3 CON 1774 ' Note Db3 FrequencyD3 CON 1879 ' Note D3 FrequencyEL3 CON 1991 ' Note Eb3 FrequencyE3 CON 2110 ' Note E3 FrequencyF3 CON 2235 ' Note F3 FrequencyGL3 CON 2368 ' Note Gb3 FrequencyG3 CON 2509 ' Note G3 FrequencyAL3 CON 2658 ' Note Ab3 FrequencyA3 CON 2816 ' Note A3 FrequencyBL3 CON 2983 ' Note Bb3 FrequencyB_3 CON 3161 ' Note B3 Frequency

P CON 0 ' PauseS CON $FFFF ' Stop

MAIN: LOOKUP I,[G2,BL2,C3,D3,EL3,D3,C3,A2,F2,G2,A2,BL2,G2,G2,F2,G2,A2,F2,D2,G2,BL2,C3,D3,E3,D3,C3,A2,F2,G2,A2,BL2,A2,G2,GL2,E2,GL2,G2,S],FREQ ' Read notes tableLOOKUP I,[4,8,4,8,2,4,8,4,6,2,4,8,4,6,2,4,8,4,8,4,8,4,8,2,4,8,4,6,2,4,8,2,4,6,2,4,8,0],DURATION ' Read beats tableIF FREQ=$FFFF THEN EXIT_LOOP ' End of song?FREQOUT SPK,250*DURATION, FREQ ' Make sound from table with beatI=I+1 ' Increase index to next noteGOTO MAIN ' Back to play next note

EXIT_LOOP:I=0PAUSE 1000GOTO MAIN

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DIRA = %1111

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'$STAMP BS2sx

'$PBASIC 2.5

'*********************************************************

' Program : Basic input output

' Filename : ACT1101.BSX

' Processor : BASIC Stamp 2SX/i-Stamp

' Copyright (C) 2003 Innovative Experiment Co.,Ltd.

'*********************************************************

DIRC=%0000

DIRA=%1111

CHK_KEY: IF IN8=0 THEN LIGHT

DARK: LOW 0

GOTO CHK_KEY

LIGHT: HIGH 0

GOTO CHK_KEY

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'$STAMP BS2sx'$PBASIC 2.5'*********************************************************' Program : Switch-controlled light' Filename : ACT1201.BSX' Processor : BASIC Stamp 2SX/i-Stamp' Copyright (C) 2003 Innovative Experiment Co.,Ltd.'*********************************************************DO

DEBUG HOMEDEBUG ? IN8 ' Display value of IN8 and IN9 on Debug terminalDEBUG ? IN9

IF (IN8=0) THENHIGH 0PAUSE 100

ELSEIF (IN9=0) THENHIGH 1PAUSE 100

ELSEPAUSE 100

ENDIF

LOW 0LOW 1PAUSE 100

LOOP

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7-)"889+. - 2>3 ,.-52>62 (89)5:;2><23=!"'$STAMP BS2sx'$PBASIC 2.5'*******************************************************' Program : Toggle switch' Filename : ACT1301.BSX' Processor : BASIC Stamp 2SX/i-Stamp'*******************************************************LED CON 0 ' Define LED as P0SWITCH CON 8 ' Define SWITCH as P8 inputSW_VAR VAR Byte ' Define SW_VAR as byte variable

LOW LED ' Off lightMAIN: BUTTON SWITCH,0,255,0,SW_VAR,1,TOGGLE_LIGHT ' Wait for switch is pressed


TOGGLE_LIGHT:TOGGLE LED ' Toggle light statusPAUSE 200 ' DelayGOTO MAIN ' Jump to main

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'***************************************************

' Program : LED Dimmer


' Processor : BASIC Stamp 2Sx/i-Stamp


'***************************************************

LED CON 0 ' Define P0 as LED

I VAR BYTE ' Define I as byte variable

N VAR NIB ' Define N as nibble variable

CYCLE CON 25 ' Define CYCLE as 25

SW_UP VAR IN8 ' Define SW_UP as P8 input

SW_DOWN VAR IN9 ' Define SW_DOWN as P9 input

MAIN: IF SW_UP=1 THEN CHK_DOWN ' Check SW_UP pressed?

I=(I MIN 1)-1 ' Decrease PWM if pressed, ,minimum 0

CHK_DOWN:

IF SW_DOWN=1 THEN SEND_PWM ' Check SW_DOWN pressed?

I=(I MAX 127)+1 ' Increase PWM if pressed, ,maximum 128

SEND_PWM: FOR N=1 TO 3 ' Set loop 3 times

PWM LED,I,CYCLE ' Send PWM to LED

NEXT ' Do loop


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'***********************************************************' Program : Head or toe' Filename : ACT1501.BSX' Processor : BASIC Stamp 2Sx/i-Stamp' Copyright (C) 2003 Innovative Experiment Co.,Ltd.'************************************************************'$STAMP BS2sx'$PBASIC 2.5LED0 CON 0 ' Define LED0 as P0LED1 CON 1 ' Define LED1 as P1SPK CON 12 ' Define SPK as P12SWITCH VAR IN8 ' Define SWITCH as P8 inputI VAR Byte ' Define I as counter byte variable

OUTPUTLED0 ' Make LED0 as outputOUTPUTLED1 ' Make LED1 as output

RESET: HIGH LED0 ' Set initial value to P0,P1LOW LED1

MAIN: IF SWITCH=1 THEN MAIN ' Wait SWITCH pressedLOOP_: TOGGLE LED0 ' Flip 2 LEDs

TOGGLE LED1FREQOUTSPK,25,600 ' Make sound "TOK" on speakerPAUSE 20 ' Delay 20msIF SWITCH=0 THEN LOOP_ ' Loop until SWITCH depressed

FOR I=0 TO 49 ' Loop 50 times laterTOGGLE LED0 ' Flip 2 LEDsTOGGLE LED1FREQOUTSPK,25,600 ' Make sound "TOK" on speakerPAUSE 20 ' Delay 20ms


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'$STAMP BS2sx'$PBASIC 2.5'******************************************************' Program : Melody chime' Filename : ACT1601.BSX' Processor : BASIC Stamp 2SX/i-Stamp' Copyright (C) 2003 Innovative Experiment Co.,Ltd.'******************************************************SPK CON 12 ' Define SPK as P12DURATION VAR Word ' Define DURATION as word variableFREQ VAR Word ' Define FREQ as word variableSWITCH VAR IN8 ' Define SWITCH as P8 inputI VAR Byte ' Define I as counter byte variable

' Note frequency tableC CON 419 ' Note C FrequencyCH CON 444 ' Note C# FrequencyD CON 470 ' Note D FrequencyEL CON 498 ' Note Eb FrequencyE CON 528 ' Note E FrequencyF CON 559 ' Note F FrequencyFH CON 592 ' Note F# FrequencyG CON 627 ' Note G FrequencyAL CON 665 ' Note Ab FrequencyA CON 704 ' Note A FrequencyAH CON 746 ' Note A# FrequencyB CON 789 ' Note B FrequencyC1 CON 837 ' Note C1 FrequencyP CON 0 ' Pause

MAIN: IF SWITCH=1 THEN MAIN ' Wait for switch is pressedFOR I=0 TO 32 ' Set 33 notes loop

LOOKUP I,[G,P,G,P,AH,P,C1,P,G,P,G,P,F,P,FH,P,G,P,G,P,AH,P,C1,P,G,P,G,P,F,P,FH,P,G],FREQ ' Read notes table

LOOKUP I,[1,2,1,2,2,1,1,1,1,2,1,1,1,1,1,1,1,2,1,2,1,1,1,1,1,2,1,2,1,1,1,1,1],DURATION ' Read beats table

FREQOUT SPK,390*DURATION,FREQ ' Make sound from table with beatNEXT ' Do loopGOTO MAIN ' Goto play again

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LOOKUP I,[1,2,1,2,2,1,1,1,1,2,1,1,1,1,1,1,1,2,1,2,1,1,1,1,1,2,1,2,1,1,1,1,1],DURATION ' Read beats table

'.'4 ''-'.FOR I=0 TO 32 ' Set 33 notes loop

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'$PBASIc 2.5

'*********************************************************

' Program : Door alarm




'*********************************************************

DIRC=%0000 'Port C group as INPUT

DIRA=%1111 'Port A group as output

CHK_DOOR: IF IN8=1 THEN OPEN

OUT0=0

GOTO CHK_DOOR

OPEN: OUT0=1

FREQOUT 12,10,800

GOTO CHK_DOOR

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'$STAMP BS2sx'$PBASIC 2.5'*********************************************************' Program : 8-LEDs random light' Filename : ACT1801.BSX' Processor : BASIC Stamp 2SX/i-Stamp'*********************************************************RAND VAR ByteRUNNING VAR RAND.NIB0COUNTN VAR ByteBT VAR ByteDIRL=%11111111

CHK_START: BUTTON 8,0,200,250,BT,1,STARTGOTO CHK_START

START: FREQOUT 12,1000,1000RANDOM RANDBRANCH RUNNING,[FINAL,ZeroL,ZeroR,TripleL,TripleR,FirstR,FirstL,BOUND,CENTER,LEFT,RIGHT,SepL,SepR,CoupleR,CoupleL]

FINAL: OUTL=%11111111FOR COUNTN=0 TO 3 PAUSE 180 OUTB=OUTB<<1:OUTA=OUTA>>1NEXTRETURN

ZeroR: OUTL=%11111111FOR COUNTN=0 TO 7

PAUSE 180OUTL=OUTL<<1

NEXTRETURN

ZeroL: OUTL=%11111111FOR COUNTN=0 TO 7

PAUSE 180OUTL=OUTL>>1

NEXTRETURN

TripleR: OUTL=%01010101

FOR COUNTN=0 TO 7

PAUSE 180

OUTL=OUTL<<1

NEXT

RETURN

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TripleL: OUTL=%10101010FOR COUNTN=0 TO 7

PAUSE 180OUTL=OUTL>>1

NEXTRETURN

FirstR: OUTL=%10000001FOR COUNTN=0 TO 3

PAUSE 180OUTA=OUTA<<1

NEXTFOR COUNTN=3 TO 0

PAUSE 180OUTB=OUTB>>1

NEXTRETURN

FirstL: OUTL=%10000001FOR COUNTN=0 TO 3

PAUSE 180OUTB=OUTB>>1

NEXTFOR COUNTN=3 TO 0

PAUSE 180OUTA=OUTA<<1

NEXTRETURN

BOUND: OUTL=%00011000FOR COUNTN=0 TO 3

PAUSE 180OUTA=OUTA>>1:OUTB=OUTB<<1

NEXTRETURN

CENTER: OUTL=%10000001FOR COUNTN=0 TO 3

PAUSE 180OUTA=OUTA<<1:OUTB=OUTB>>1

NEXTRETURN

CoupleR: OUTL=%00000101FOR COUNTN=0 TO 7

PAUSE 180:OUTL=OUTL<<1NEXTRETURN

CoupleL: OUTL=%10100000FOR COUNTN=0 TO 7

PAUSE 180:OUTL=OUTL>>1NEXTRETURN

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LEFT: OUT0=1

FOR COUNTN=0 TO 7

PAUSE 180:OUTL=OUTL<<1

NEXT

RETURN

RIGHT: OUT7=1

FOR COUNTN=7 TO 0

PAUSE 180:OUTL=OUTL>>1

NEXT

RETURN

SepL: GOSUB LEFT:GOSUB RIGHT

RETURN

SepR: GOSUB RIGHT:GOSUB LEFT

RETURN

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'*******************************************************

' Program : Roullette




'*******************************************************

'$STAMP BS2sx

'$PBASIC 2.5

SPK CON 12 ' Define SPK as P12

SWITCH VAR IN8 ' Define SWITCH as P8 input

I VAR Byte ' Define I as counter byte variable

J VAR Byte ' Define J as counter byte variable

DIRL=%11111111 ' Set P0-P7 as outputs

RESET:OUTL=%00000000 ' Set initial value to P0-P7

MAIN: IF SWITCH=1 THEN MAIN ' Wait SWITCH pressed

OUTL=%00000001 ' Load first stage LEDs

LOOP_: GOSUB ROLL ' Call roll LEDs subroutine

RANDOM I ' Random times in byte

PAUSE 20 ' Delay 20ms

IF SWITCH=0 THEN LOOP_ ' Loop until SWITCH depressed

I=(I/4)+(I//8) MIN 32 ' Calculate random times

FOR J=0 TO I ' Roll LEDs as calculated value

GOSUB ROLL ' Call roll LEDs subroutine

PAUSE 20+(5*J) ' Delay 20ms and slower in every times

NEXT ' Do loop

PAUSE 5000 ' Delay 5s. (stop already)

GOTO RESET ' Jump to restart

ROLL: FREQOUT SPK,25,1200 ' Make sound "TIK.." on speaker

IF OUTL=%10000000 THEN RELOAD

' Check last stage reload when P7 had shown.

OUTL=OUTL<<1 ' Shift LEDs to left

RETURN ' Return

RELOAD: OUTL=%00000001 ' Reload

RETURN ' Return

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'$STAMP BS2sx'$PBASIC 2.5'***************************************************' Program : Melody Box' Filename : ACT2001.BSX' Processor : BASIC Stamp 2SX/i-Stamp' Copyright (C) 2003 Innovative Experiment Co.,Ltd.'***************************************************SPK CON 12 ' Define SPK as P12DURATION VAR Word ' Define DURATION1 as Word variableFREQ VAR Word ' Define FREQ1 aS word variableSTEPSIZE VAR Word ' Define STEPSIZE as Word variableI VAR Byte ' Define I As byte variableTEMP VAR Nib ' Define TEMP as nibble variableNOTE VAR Byte ' Define NOTE as byte variable

' Note frequency tableC2 CON 837 ' Note C2 FrequencyDL2 CON 887 ' Note Db2 FrequencyD2 CON 940 ' Note D2 FrequencyEL2 CON 996 ' Note Eb2 FrequencyE2 CON 1055 ' Note E2 FrequencyF2 CON 1117 ' Note F2 FrequencyGL2 CON 1184 ' Note Gb2 FrequencyG2 CON 1254 ' Note G2 FrequencyAL2 CON 1329 ' Note Ab2 FrequencyA2 CON 1408 ' Note A2 FrequencyBL2 CON 1492 ' Note Bb2 FrequencyB_2 CON 1580 ' Note B2 Frequency

C3 CON 1674 ' Note C3 FrequencyDL3 CON 1774 ' Note Db3 FrequencyD3 CON 1879 ' Note D3 FrequencyEL3 CON 1991 ' Note Eb3 FrequencyE3 CON 2110 ' Note E3 FrequencyF3 CON 2235 ' Note F3 FrequencyGL3 CON 2368 ' Note Gb3 FrequencyG3 CON 2509 ' Note G3 FrequencyAL3 CON 2658 ' Note Ab3 FrequencyA3 CON 2816 ' Note A3 FrequencyBL3 CON 2983 ' Note Bb3 FrequencyB_3 CON 3161 ' Note B3 Frequency

P CON 0 ' PauseS CON $FFFF ' Stop

DIRA=%1111 ' Set P0-P3 as outputs

MAIN: TEMP=NCD(~INC&$000F) ' Get inputIF TEMP=0 THEN MAIN ' Wait for switch pressed by TEMPOUTA=DCD(TEMP-1) ' Get switch inputI=0BRANCH TEMP-1,[SONG1,SONG2,SONG3,SONG4] ' Branch to song 1-4GOTO MAIN ' Back to main if inputs not valid

,

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SONG1:LOOKUP I,[G2,BL2,C3,D3,EL3,D3,C3,A2,F2,G2,A2,BL2,G2,G2, F2,G2,A2,F2,D2,G2,BL2,C3,D3,E3,D3,C3,A2,F2,G2,A2,BL2,A2, G2,GL2,E2,GL2,G2,S],FREQ ' Read notes table

LOOKUP I,[4,8,4,8,2,4,8,4,6,2,4,8,4,6,2,4,8,4,8,4,8,4, 8,2,4,8,4,6,2,4,8,2,4,6,2,4,8,0],DURATION ' Read beats table

IF FREQ=$FFFF THEN EXIT1 ' End of song? FREQOUT SPK,250*DURATION,FREQ ' Make sound from table with beat

I=I+1 ' Increase index to next noteGOTO SONG1 ' Back to play next note

SONG2:LOOKUP I,[D2,EL2,E2,C3,E2,C3,E2,C3,C3,D3,EL3,E3,C3,D3,E3, GL2,EL3,C3,P,D2,EL2,E2,C3,E2,C3,E2,C3,A2,G2,GL2,A2,C3,E3, D3,C3,A2,D3,S],FREQ ' Read notes table

LOOKUP I,[2,2,2,4,2,4,2,8,2,2,2,2,2,2,4,2,4,8,4,2,2,2,4, 2,4,2,8,2,2,2,2,2,4,2,2,2,8,0],DURATION ' Read beats table

IF FREQ=$FFFF THEN EXIT1 ' End of song?FREQOUT SPK,250*DURATION,FREQ ' Make sound from table with beatI=I+1 ' Increase index to next noteGOTO SONG2 ' Back to play next note

SONG3:LOOKUP I,[E2,E2,E2,E2,E2,E2,E2,G2,C2,D2,E2,P,F2,F2,F2,F2, E2,E2,E2,D2,D2,E2,D2,G2,S],FREQ ' Read notes table

LOOKUP I,[4,4,6,4,4,6,4,4,6,2,8,2,4,4,6,4,4,6,4,4,6,4,6,4,0],DURATION' Read beats table

IF FREQ=$FFFF THEN EXIT1 ' End of song?FREQOUT SPK,180*DURATION,FREQ ' Make sound from table with beatI=I+1 ' Increase index to next notePAUSE 5GOTO SONG3 ' Back to play next note

SONG4:LOOKUP I,[G2,P,G2,P,BL2,P,C3,P,G2,P,G2,P,F2,P,GL2,P,G2,P,G2,P,BL2,P,C3,P,G2,P,G2,P,F2,P,GL2,P,G2,S],FREQ ' Read notes table

LOOKUP I,[1,2,1,2,2,1,1,1,1,2,1,1,1,1,1,1,1,2,1,2,1,1,1,1, 1,2,1,2,1,1,1,1,1,0],DURATION ' Read beats table

IF FREQ=$FFFF THEN EXIT1 ' End of song?FREQOUT SPK,390*DURATION,FREQ ' Make sound from table with beatI=I+1 ' Increase index to next noteGOTO SONG4 ' Back to play next note

EXIT1:OUTA=%0000 ' Off LEDsGOTO MAIN ' Jump to main

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'$STAMP BS2sx'$PBASIC 2.5'********************************************************' Program : Sound effect box' Filename : ACT2101.BSX' Processor : BASIC Stamp 2Sx/i-Stamp'********************************************************SPK CON 12 ' Define SPK as P12DURATION VAR Word ' Define DURATION1 as word variableSTEPSIZE VAR Word ' Define STEPSIZE as word variableFREQ VAR Word ' Define FREQ1 as word variableSWITCH VAR IN8 ' Define SWITCH as P8 input

MAIN: BRANCH NCD(~INC&$000F),[MAIN,BIRD,UFO,SIREN,LASER] ' Get switchGOTO MAIN ' Back to main if inputs not valid

BIRD: DURATION=50 ' Set duration 20msSTEPSIZE=25 ' Set step size=25 => 62.5HzFOR FREQ=2200 TO 2000 STEP STEPSIZE

' Make sound from 5.5kHz downto 5kHz step 62.5HzFREQOUT SPK,DURATION,FREQ ' Send frequency

NEXT ' Do loopPAUSE 100GOTO MAIN ' Jump to main

UFO: DURATION=10 ' Set duration 4msSTEPSIZE=30 ' Set step size=30 => 75HzFOR FREQ=1200 TO 2550 STEP STEPSIZE

' Make sound from 3kHz to 6.375kHz step 75HzFREQOUT SPK,DURATION,FREQ ' Send frequency

NEXT ' Do loopFOR FREQ=2550 TO 1200 STEP STEPSIZE

' Make sound from 6.375kHz downto 3kHz step 75HzFREQOUT SPK,DURATION,FREQ ' Send frequency


SIREN: DURATION=50 ' Set duration 20msSTEPSIZE=10 ' Set step size=10 => 25HzFOR FREQ=1200 TO 2550 STEP STEPSIZE

' Make sound from 3kHz to 6.375kHz step 25HzFREQOUTSPK,DURATION,FREQ ' Send frequency

NEXT ' Do loopFOR FREQ=2550 TO 1200 STEP STEPSIZE

' Make sound from 6.375kHz downto 3kHz step 25HzFREQOUT SPK,DURATION,FREQ ' Send frequency


LASER: DURATION=5 ' Set duration 2msSTEPSIZE=20 ' Set step size=20 => 50HzFOR FREQ=2000 TO 3000 STEP STEPSIZE ' Make sound from 5kHz to 7.5kHz

step 50HzFREQOUT SPK,DURATION,FREQ ' Send frequency


1

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'$STAMP BS2sx'$PBASIC 2.5'********************************************************' Program : Switch controlled relay' Filename : ACT2201.BSX' Processor : BASIC Stamp 2SX/i-Stamp' Copyright (C) 2003 Innovative Experiment Co.,Ltd.'********************************************************RELAY CON 13 ' Define RELAY as P13SWITCH CON 8 ' Define SWITCH as P8 inputSW_VAR VAR Byte ' Define SW_VAR as byte variable

LOW RELAY ' Set relay as output=0MAIN: BUTTON SWITCH,0,255,0,SW_VAR,1,TOGGLE_RELAY ' Wait for switch is pressed


TOGGLE_RELAY:TOGGLE RELAY ' Toggle relay statusPAUSE 200 ' DelayGOTO MAIN ' Jump to main

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DELAY_ON: PAUSE 2000 ‘ Delay 2 second (ON delay)

GOTO TOGGLE_NEXT

DELAY_OFF: PAUSE 5000 ‘ Delay 5 sec. (OFF delay)

TOGGLE_NEXT: TOGGLE RELAY ‘ Toggle relay status

GOTO MAIN ‘ Jump to main

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/11

'$STAMP BS2sx

'$PBASIC 2.5

'-*******************************************************

' Program : 1 Phase stepper motor control




'********************************************************

DELAY CON 100 ' Define DELAY as 100

SW_LEFT VAR IN9 ' Define SW_LEFT as P9 input

SW_RIGHT VAR IN8 ' Define SW_RIGHT as P8 input


OUTA=%0001 ' Set initial value to P0*P3

MAIN: IF SW_LEFT=0 THEN CCW ' Counterclockwise when SW_LEFT pressed

IF SW_RIGHT=0 THEN CW ' Clockwise when SW_RIGHT pressed


CW: PAUSE DELAY ' Delay

IF OUTA=%1000 THEN RELOAD_CW ' Check last stage reload when P7 had shown.

OUTA=OUTA<<1 ' Shift LEDs to left


RELOAD_CW:



CCW: PAUSE DELAY ' Delay

IF OUTA=%0001 THEN RELOAD_CCW ' Check last stage reload when P7 had shown.

OUTA=OUTA>>1 ' Shift LEDs to right


RELOAD_CCW:



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/ 6(F /"#@#$/#$"#A">>?/8.93:;<=

'$STAMP BS2sx

'$PBASIC 2.5

'********************************************************

' Program : 2 Phases stepper motor controller




'********************************************************




STAGE VAR Byte ' Define STAGE as byte variable


STAGE=0 ' Set initial STAGE as 0

GOSUB DRIVE ' Drive stepper motor

MAIN: IF SW_LEFT=0 THEN CCW ' Counterclockwise when SW_LEFT pressed



CW: STAGE=(STAGE+1)//4 ' Increase stage within 0*3



CCW: STAGE=(STAGE-1)//4 ' Increase stage within 0*3



DRIVE: LOOKUP STAGE,[%0011,%0110,%1100,%1001],OUTA ' Get data

PAUSE DELAY ' Delay

RETURN ' Return

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'$STAMP BS2sx

'$PBASIC 2.5

'*******************************************************

' Program : Stepper motor controller in half step mode

' : with continuous function




'********************************************************


SW_L_CONT VAR IN11 ' Define SW_L_CONT as P11 input

SW_R_CONT VAR IN10 ' Define SW_R_CONT as P10 input



STAGE VAR Byte ' Define STAGE as byte variable

L_CONT VAR Bit ' Define L_CONT as flag

R_CONT VAR Bit ' Define R_CONT as flag

/1


STAGE=0 ' Set initial STAGE as 0

L_CONT=0 ' Clear left continue flag

R_CONT=0 ' Clear right continue flag


MAIN: IF (SW_LEFT)AND(SW_RIGHT) THEN MAIN_1 ' Check any switch are pressed?

L_CONT=0:R_CONT=0 ' Clear both flags if not

MAIN_1: IF SW_LEFT=0 THEN CCW ' Counterclockwise when SW_LEFT pressed


IF SW_L_CONT=1 THEN MAIN_2 ' Check left continue switch

L_CONT=1:R_CONT=0 ' Set left continue flag, clear right continue

MAIN_2: IF SW_R_CONT=1 THEN MAIN_3 ' Check right continue switch

L_CONT=0:R_CONT=1 ' Set right continue flag, clear left continue

MAIN_3: IF L_CONT=1 THEN CCW ' Drive left continue if L_CONT=1

IF R_CONT=1 THEN CW ' Drive right continue if R_CONT=1


CW: STAGE=(STAGE+1)//8 ' Increase stage within 0-8



CCW: STAGE=(STAGE-1)//8 ' Increase stage within 0-8



DRIVE: LOOKUP STAGE,[%0001,%0011,%0010,%0110,

%0100,%1100,%1000,%1001],OUTA ' Get data

PAUSE DELAY ' Delay

RETURN ' Return

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'$STAMP BS2sx'$PBASIC 2.5'*******************************************************' Program : Easy timer' Filename : ACT2601.BSX' Processor : BASIC Stamp 2SX/i-Stamp' Copyright (C) 2003 Innovative Experiment Co.,Ltd.'*******************************************************LED CON 0 ' Define LED as P0SWITCH CON 8 ' Define SWITCH as P8 inputTIME CON 5000 ' Define time interval in millisecondSW_VAR VAR Byte ' Define SW_VAR as byte variable

MAIN : LOW LED ' Off lightSTART: BUTTON SWITCH,0,255,0,SW_VAR,1,TIMER ' Wait for switch is pressed


TIMER: HIGH LED ' Toggle light statusPAUSE TIME ' DelayGOTO MAIN ' Jump to main

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'$STAMP BS2sx'$PBASIC 2.5'*********************************************************' Program : Pendulum clock display' Filename : ACT2701.BSX' Processor : BASIC Stamp 2SX/i-Stamp'*********************************************************TIME VAR ByteCOUNTN VAR NibDELAY CON 95BT VAR Byte

DIRL=%11111111DIRH=%11111111TIME=0START: BUTTON 8,0,255,250,bt,0,STARTPENDULUM: OUT0=1

FOR COUNTN =0 TO 4PAUSE DELAYOUTL=OUTL<<1

NEXTFOR COUNTN =4 TO 0

PAUSE DELAYOUTL=OUTL>>1

NEXTTIME=TIME+1'FREQOUT 12,1000,1200DEBUG CLS,"Time of pendulum",CR,DEC TIMEGOTO PENDULUM

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'$STAMP BS2sx'$PBASIC 2.5'*******************************************************' Program : Timer 80 seconds' Filename : ACT2801.BSX' Processor : BASIC Stamp 2SX/i-Stamp' Copyright (C) 2003 Innovative Experiment Co.,Ltd.'*******************************************************RELAY CON 13 ' Define RELAY as P13SW_START VAR IN8 ' Define SW_START as P8 inputSW_RESET VAR IN9 ' Define SW_RESET as P9 input

MASK VAR Byte ' Define MASK as byte variableTIMER VAR Byte ' Define TIMER as byte variableSTART VAR Bit ' Define START as flagTIMER_SET CON 80 ' Set timer 80s

DIRL=$FF ' Set P0-P7 as outputs

RESTART: OUTL=$00 ' Clear all LEDsLOW RELAY ' Set relay as output=0START=0 ' Clear start flagTIMER=TIMER_SET ' Set timer = 80sMASK=$FF ' Set LED mask all onOUTL=MASK

MAIN: IF SW_RESET=0 THEN RESTART ' Check SW_RESET pressed? restart if yesIF START=1 THEN CHK_NEXT ' Check start flag is set? skip if yesIF SW_START=0 THEN TIMER_ON ' Check SW_START pressed?

' jump to set flag if yesGOTO MAIN ' Loop to main

CHK_NEXT: PAUSE 1000 ' Timer 1s.TIMER=TIMER-1 ' Decrease timerMASK=~DCD(TIMER/(TIMER_SET/8)+1)&MASK

' Calculate time remain to show bargraph LEDsOUTL=MASK ' Copy mask to LED outputsIF NOT TIMER=0 THEN MAIN ' Check timer=0? back to main if notOUTL=$00 ' Clear all LEDsHIGH RELAY ' On relay

LOOP1: IF (SW_START)AND(SW_RESET) THEN LOOP1' Wait any key to exit

PAUSE 10 ' DebounceGOTO RESTART ' Restart

TIMER_ON: START=1 ' Set start flagFREQOUT12,1000,1000 ' Start voiceGOTO MAIN ' Jump to main

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'$STAMP BS2sx

'$PBASIC 2.5

'*****************************************************

' Program : Bed timer




'*****************************************************

RELAY CON 13 ' Define RELAY as P13

SW_START VAR IN8 ' Define SW_START as P8 input

SW_RESET VAR IN9 ' Define SW_RESET as P9 input

TIMER VAR Word ' Define TIMER as word variable

TIMER_SET CON 15*60 ' Set timer 15 minutes

I VAR Byte ' Define I as byte variable

RESTART: LOW RELAY ' Set relay as output=0

LOOP1: IF SW_START=1 THEN LOOP1 ' Wait SW_START pressed

HIGH RELAY ' On relay

TIMER=TIMER_SET ' Load timer value

MAIN: FOR I=1 TO 10 ' Set loop 10 times

IF SW_RESET=0 THEN RESTART ' Restart if SW_RESET pressed

PAUSE 100 ' Delay 100ms

NEXT ' Do loop

TIMER=TIMER-1 ' Decrease timer

IF TIMER=0 THEN RESTART ' Back to restart when time is up


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'$STAMP BS2sx

'$PBASIC 2.5

'*********************************************************

' Program : Light Monitoring




'*********************************************************

LDR CON 14 ' Define P14 as LDR


RC_VALUE VAR Word ' Define RC_VALUE as word variable

MAIN: HIGH LDR ' Discharge C on P14

PAUSE 10 ' Delay for discharge

RCTIME LDR,1,RC_VALUE ' Measure RC time constant

DEBUG DEC ? RC_VALUE ' Debug value on debug terminal

PAUSE DELAY ' Delay 990ms+10ms

' discharge time = 1s. (approx.)


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DIR4 = 1 ‘ P4 as output

OUT4 = 1 ‘ Charge the capacitor which connect at P4 of BS2SX

PAUSE 100

RCTIME 4,1,T_COUNT

&

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P-, 1 ..P.-,4R-, 121 LOOKUP ((((RC_VALUE)/256) MAX 8) -1),[$01,$03,$07,$0F,$1F,$3F,$7F,$FF],OUTL

-,4OUTL=DCD ((((RC_VALUE)/256) MAX 8) -1)

'$STAMP BS2sx

'$PBASIC 2.5

'*********************************************************

' Program : Light Monitoring display on bargraph LEDs




'*********************************************************

LDR CON 14 ' Define P14 as LDR


RC_VALUE VAR Word ' Define RC_VALUE as word variable

RANGE CON 5000 ' Define RANGE as 5000

DIRL=$FF ' Set P0-P7 as outputs

MAIN: HIGH LDR ' Discharge C on P14

PAUSE 100 ' Delay for discharge

RCTIME LDR,1,RC_VALUE ' Measure RC time constant

LOOKUP ((((RC_VALUE)/1024)MAX 8)-1),

[$01,$03,$07,$0F,$1F,$3F,$7F,$FF],OUTL


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'$STAMP BS2sx'$PBASIC 2.5'*********************************************************' Program : Morning alarm' Filename : ACT3201.BSX' Processor : BASIC Stamp 2SX/i-Stamp'*********************************************************SPK CON 12 ' Define SPK as P12LDR CON 14 ' Define P14 as LDRRC_VALUE VAR Word ' Define RC_VALUE as word variableUPPER CON 1000 ' Define UPPER as 1000LOWER CON 300 ' Define LOWER as 300DONE VAR Bit ' Define DONE as bit variableMUTE VAR IN8 ' Define P8 as MUTE

MAIN: HIGH LDR ' Discharge C on P14PAUSE 100 ' Delay for dischargeRCTIME LDR,1,RC_VALUE ' Measure RC time constant'DEBUG 0,DEC ? RC_VALUE ' Debug light value'remove remark symbol when debuggingIF MUTE=1 THEN CHK_LOWER ' Set DONE bit if mute switch pressedDONE=1 ' Set DONE bitGOTO MAIN ' Jump to main

CHK_LOWER:IF RC_VALUE>LOWER THEN CHK_UPPER ' Check RC_VALUE to toggle relayIF DONE=1 THEN MAIN ' Jump to main if mute (DONE=1)FREQOUT SPK,250,1600 ' Beep.. Beep..PAUSE 20FREQOUT SPK,250,1600PAUSE 500GOTO MAIN ' Jump to main

CHK_UPPER:IF RC_VALUE<UPPER THEN MAIN ' Check switch if RC_VALUE<UPPERDONE=0 ' Clear DONE bitGOTO MAIN ' Jump to main

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>>@F-+,1D>>EA.GB=13H 0D6$>>?A@IJK0 3,'EJL)&M'$STAMP BS2sx'$PBASIC 2.5'*********************************************************' Program : Twilight switch' Filename : ACT3301.BSX' Processor : BASIC Stamp 2SX/i-Stamp' Copyright (C) 2003 Innovative Experiment Co.,Ltd.'*********************************************************RELAY CON 13 ' Define P13 as RELAYLDR CON 14 ' Define P14 as LDRRC_VALUE VAR Word ' Define RC_VALUE as word variableUPPER CON 3500 ' Define UPPER as 1000LOWER CON 2800 ' Define LOWER as 600

OUTPUT RELAY ' Set P13 as outputMAIN: HIGH LDR ' Discharge C on P14

PAUSE 100 ' Delay for dischargeRCTIME LDR,1,RC_VALUE ' Measure RC time constant'DEBUG DEC ? RC_VALUE ' Debug light value

'remove remark symbol when debuggingIF RC_VALUE>UPPER THEN ON_LAMP ' Check upper value for ON lampIF RC_VALUE>LOWER THEN MAIN ' Check lower value for OFF lamp

OFF_LAMP:LOW RELAY ' Off relayPAUSE 1000 ' DelayGOTO MAIN ' Jump to main

ON_LAMP: HIGH RELAY ' On relayPAUSE 1000 ' DelayGOTO MAIN ' Jump to main

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'$STAMP BS2sx'$PBASIC 2.5'*********************************************************' Program : Stepper motor rotation controlled by light' Filename : ACT3401.BSX' Processor : BASIC Stamp 2SX/i-Stamp'*********************************************************SW_SET VAR IN8 ' Define SW_SET as P8 inputLDR CON 14 ' Define P14 as LDRRC_VALUE VAR Word ' Define RC_VALUE as word variableSET_VALUE VAR Word ' Define SET_VALUE as word variableSTAGE VAR Nib ' Define STAGE as nibble variableDEVIATION CON 200 ' Define DEVIATION as 200DELAY CON 50 ' Define DELAY as 50 ms

SET_VALUE=1000 ' Set default =1000DIRA=%1111 ' Set P0-P3 as outputsSTAGE=1 ' Set first stage on P0-P3GOSUB DRIVE ' Drive stepper motor

MAIN: HIGH LDR ' Discharge C on P14PAUSE 1 ' Delay for dischargeRCTIME LDR,1,RC_VALUE ' Measure RC time constant'DEBUG DEC ? RC_VALUE ' Debug light value

'remove remark symbol when debuggingIF SW_SET=1 THEN CHK_VALUE ' Set zero if SW_SET pressedSET_VALUE=RC_VALUE ' Set zero value

CHK_VALUE:IF (ABS(SET_VALUE-RC_VALUE))<DEVIATION THEN MAIN

' Jump to main if error not more then DEVIATIONIF SET_VALUE>RC_VALUE THEN CCW ' Check value to rotate CW or CCW

CW: STAGE=(STAGE+1)//8 ' Increase stage within 0-7GOSUB DRIVE ' Drive stepper motorGOTO MAIN ' Jump to main

CCW: STAGE=(STAGE-1)//8 ' Increase stage within 0-7GOSUB DRIVE ' Drive stepper motorGOTO MAIN ' Jump to main

DRIVE:LOOKUP STAGE,[%0001,%0011,%0010,%0110,%0100,%1100,%1000,%1001],OUTA' Get data

PAUSE DELAY ' DelayRETURN ' Return

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'$STAMP BS2sx'$PBASIC 2.5'****************************************************' Program : Fun with serial LCD module' Filename : ACT3501.BSX' Processor : BASIC Stamp 2SX/i-Stamp' Copyright (C) 2003 Innovative Experiment Co.,Ltd.'****************************************************SO CON 15 ' Define SO as P15I VAR Byte ' Define I as byte variableVALUE VAR Byte ' Define VALUE as byte variableDELAY CON 250 ' Define DELAY as 250ms' Serial LCD module setting in standard mode, direct connect,' baudrate 9600bps and 1/16 duty (2 lines) type

PAUSE 1000 ' Delay for LCD initializeFOR I=0 TO 7 ' Set loop for write CGRAM 0-7 (1st Custom Character)

LOOKUP I,[%00110,%01111,%11110,%11100,%11110,%01111,%00110,%00000],VALUE ' PACMAN Right face dataSEROUT SO,240,5,[$FE,$40+I,VALUE] ' Write CGRAM 0-7

NEXT ' Do loop

FOR I=8 TO 15 ' Set loop for write CGRAM 8-15 (2nd Custom Character) LOOKUP I-8,[%01100,%11110,%01111,%00111,%01111,%11110,%01100,%00000],VALUE

' PACMAN Left face data SEROUT SO,240,5,[$FE,$40+I,VALUE] ' Write CGRAM 8-15NEXT ' Do loop

MAIN:SEROUT SO,240,5,[$FE,$00] ' Clear Display

SEROUT SO,240,5,[$FE,$80,0," Mr.PACMAN "]' Show PACMAN Right face and follwer message on 1st line

SEROUT SO,240,100,[$FE,$C0," Now showing.. "]' Show 2nd line message with 100ms delay

PAUSE 2000 ' Delay 2s to show

FOR I=0 TO 14 ' Set loop 15 times PAUSE DELAY ' Delay 250ms SEROUT SO,240,[$FE,$80+I," ",0] ' Delete previous PACMAN

' AND WRITE PACMAN TO NEXT rightNEXT ' Do loopPAUSE DELAY ' Delay 250msSEROUT SO,240,[$FE,$8F," "] ' Delete last PACMANPAUSE DELAY ' Delay 250msSEROUT SO,240,[$FE,$CF,1] ' Delete last PACMANFOR I=14 TO 0 ' Set loop 15 times PAUSE DELAY ' Delay 250ms SEROUT SO,240,[$FE,$C0+I,1," "] ' Write PACMAN to next left

' AND delete previous PACMANNEXT ' Do loopPAUSE DELAY ' Delay 250msSEROUT SO,240,[$FE,$C0," "] ' Delete last PACMANPAUSE 1000 ' Delay 1sGOTO MAIN ' Jump to main

/

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'$STAMP BS2sx'$PBASIC 2.5'****************************************************' Program : Basic stopwatch' Filename : ACT3601.BSX' Processor : BASIC Stamp 2SX/i-Stamp' Copyright (C) 2003 Innovative Experiment Co.,Ltd.'****************************************************

SO CON 15 ' Define SO as P15I VAR Byte ' Define I as byte variableTIME VAR Word ' Define TIME as word variableSW_VAR1 VAR Byte ' Define SW_VAR1 as byte variableSW_VAR2 VAR Byte ' Define SW_VAR2 as byte variableSW_START CON 8 ' Define SW_UP as P8 inputSW_CLEAR CON 9 ' Define SW_CLEAR as P9 inputSTART VAR Bit ' Define START as bit variable

' Serial LCD module setting in standard mode, direct connect,' baudrate 9600bps and 1/16 duty (2 lines) type

PAUSE 1000 ' Delay for LCD initializeSEROUT SO,240,5,[$FE,$00] ' Clear SLCD display

SEROUT SO,240,5,[$FE,$80,"1 Hour stopwatch"]' Show title at 1st line

SEROUT SO,240,5,[$FE,$C0," Time : : "]' Show current status at 2nd line

TIME=0 ' Clear time to 00:00GOSUB SHOW_TIME ' Show counter

MAIN: BUTTON SW_START,0,255,0,SW_VAR1,1,START_STOP' Check switch P8, START/STOP

BUTTON SW_CLEAR,0,255,0,SW_VAR2,1,CLEAR_TIME' Check switch P9, CLEAR

IF START=0 THEN MAIN ' Back to main if stop

FOR I=1 TO 100 ' Set loop 100 timesPAUSE 10 ' time base 10msBUTTON SW_START,0,255,0,SW_VAR1,1,START_STOP

' Check switch P8, START/STOP in delay loopNEXT ' Do loop

IF (TIME//100)//60<>59 THEN INC_TIME' Check 2 lower digit = 59?

TIME=TIME+41 ' Add 41 for increase miniuteIF TIME//6000<>0 THEN SHOW_NEXT ' Check minute added = 6000?TIME=0 ' Clear time to 00:00 if overflowGOTO SHOW_NEXT ' Jump to SHOW_NEXT

INC_TIME: TIME=TIME+1 ' Increase timeSHOW_NEXT: GOSUB SHOW_TIME ' Show time


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START_STOP: FREQOUT12,1000,1250START=~START ' Complament statr/stop statusGOTO MAIN ' Jump to main

CLEAR_TIME: FREQOUT12,700,1250FREQOUT12,700,1250TIME=0 ' Clear time to 00:00GOSUB SHOW_TIME ' Show timeGOTO MAIN ' Jump to main

SHOW_TIME: FOR I=3 TO 2 ' Set loop from 3 downto 2SEROUT SO,240,[$FE,$C9+(3-I),(TIME DIG I)+$30]

' Send minutes in 2 digits ASCII formatNEXT ' Do loopFOR I=1 TO 0 ' Set loop from 1 downto 0

SEROUT SO,240,[$FE,$CC+(1-I),(TIME DIG I)+$30]' Send seconds in 2 digits ASCII format

NEXT ' Do loopRETURN ' Return to main

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'$STAMP BS2sx'$PBASIC 2.5'****************************************************' Program : 0-255 seconds timer' Filename : ACT3702.BSX' Processor : BASIC Stamp 2SX/i-Stamp' Copyright (C) 2003 Innovative Experiment Co.,Ltd.'****************************************************SPK CON 12 ' Define SPK as P12RELAY CON 13 ' Define P13 as RELAYSO CON 15 ' Define SO as P15I VAR Byte ' Define I as byte variableTIMER_SET VAR Byte ' Define TIMER_SET as byte variableTIMER VAR Byte ' Define TIMER as byte variableSW_VAR1 VAR Byte ' Define SW_VAR1 as byte variableSW_VAR2 VAR Byte ' Define SW_VAR2 as byte variableSW_VAR3 VAR Byte ' Define SW_VAR3 as byte variableSW_VAR4 VAR Byte ' Define SW_VAR4 as byte variableSW_DOWN CON 11 ' Define SW_DOWN as P11 inputSW_UP CON 10 ' Define SW_UP as P10 inputSW_CLEAR CON 9 ' Define SW_CLEAR as P9 inputSW_START CON 8 ' Define SW_START as P8 inputSTART VAR Bit ' Define START as bit variable

' Serial LCD module setting in standard mode, direct connect,' baudrate 9600bps and 1/16 duty (2 lines) type

OUTPUT RELAY ' Set P13 as outputPAUSE 1000 ' Delay for LCD initializeSEROUT SO,240,5,[$FE,$00] ' Clear Display

SEROUT SO,240,5,[$FE,$80,"0-255 sec. Timer"] ' Show title at 1st lineSEROUT SO,240,5,[$FE,$C0," Time : sec."]

' Show current status at 2nd lineTIMER=60 ' Set defalut timer = 60s.TIMER_SET=60 ' Backup setting timerGOSUB SHOW_TIME ' Show counter

MAIN: BUTTON SW_DOWN,0,250,100,SW_VAR1,1,DEC_TIMER' Check switch P11, decrease timer set

BUTTON SW_UP,0,250,100,SW_VAR2,1,INC_TIMER' Check switch P10, increase timer set

BUTTON SW_CLEAR,0,255,0,SW_VAR3,1,CANCEL' Check switch P9, cancel timer

BUTTON SW_START,0,255,0,SW_VAR4,1,TIMER_ON' Check switch P8, start timer

IF START=0 THEN MAIN ' Back to main if stopFOR I=1 TO 100 ' Set loop 100 times PAUSE10 ' time base 10ms BUTTON SW_CLEAR,0,255,0,SW_VAR3,1,CANCEL

' Check switch P9, cancel in delay loopNEXT ' Do loop

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TIMER=TIMER-1 ' Decrease timerGOSUB SHOW_TIME ' Show timer remainIF TIMER<>0 THEN MAIN ' Check timeout?FOR I=1 TO 3 ' Set loop 3 times FREQOUT SPK,1250,1600 ' Send beep tone PAUSE100 ' DelayNEXT ' Do loopHIGH RELAY ' On relaySTART=0 ' Clear START bitGOTO MAIN ' Jump to main

TIMER_ON:FREQOUT12,1000,1250START=1 ' Set START bitIF OUT13=0 THEN MAIN ' Check relay still on?LOW RELAY ' If on, off relay before restart againGOTO MAIN ' Jump to main

CANCEL:FREQOUT12,700,1250FREQOUT12,700,1250START=0 ' Clear START bitLOW RELAY ' Off relayTIMER=TIMER_SET ' Restore last setting valueGOSUB SHOW_TIME ' Show time


INC_TIMER:FREQOUT12,1000,1250TIMER=TIMER+1 ' Increase timer settingGOTO SHOW_NEXT ' Jump to SHOW_NEXT

DEC_TIMER:FREQOUT12,1000,1250TIMER=TIMER-1 ' Decrease timer setting

SHOW_NEXT:GOSUB SHOW_TIME ' Show timeTIMER_SET=TIMER ' Backup setting valueGOTO MAIN ' Jump to main

SHOW_TIME:FOR I=2 TO 0 ' Set loop from 2 downto 0 SEROUT SO,240,[$FE,$C8+(2-I),(TIMER DIG I)+$30]

' Send seconds in 3 digits ASCII formatNEXT ' Do loopRETURN ' Return to main

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FOR I=1 TO 100 ' Set loop 100 times (1sec. Per cycle) PAUSE 10 ' Time base 10ms BUTTON SW_CLEAR,0,225,0,SW_VAR3,1,CANCEL

'Check switch P9, cancel in delay loopNEXT 'Do loop

gFOR I=1 TO 6000 'Set loop 6000 timers

'(60 sec=1min.per cycle) PAUSE 10 ' Time base 10ms BUTTON SW_CLEAR,0,255,0,SW_VAR3,1,CANCEL

' Check switch P9, cancel in delay loopNEXT ' Do loop

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