source code to generate barcode in vb.net TRISB=%11110001 tRtsc= 00001111 X VAR IIORD rlCON-%00000011 OPTION_REG=%01111111 INlTcoN=tslooloooo in Software

Generation PDF 417 in Software TRISB=%11110001 tRtsc= 00001111 X VAR IIORD rlCON-%00000011 OPTION_REG=%01111111 INlTcoN=tslooloooo

TRISB=%11110001 tRtsc= 00001111 X VAR IIORD rlCON-%00000011 OPTION_REG=%01111111 INlTcoN=tslooloooo
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PAUSE 500 ; LCDOIX! $FE, 1 CI,E,ARSIHE ICD PAnsE 250 i ; LCDOUIIT t sFE, L l'uRlL=o ; TMRlrr=o ; ON IMIERRUPII GC':rOIMr_ROUI!NE; LooP
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(seewiring counter diagram) Program counting theTMRl for to
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LCDOIXTgFE $80" tltRl= \,DEC3 !rMR1H,, \,DEC3 E![RlILCDOtt:l SFE, SCor \COIINI=Z, DEC5 x ; G(,IIO LOOP ; end of loop DrsABr,E t!fll ROUTINE: TOGGT,E PORTBI TOGGLE PORTBI x-256*EMR1g + tldRlL t!fllcoNl=o PAUSE 20 REsttl@ ENABLE END ; disable ; intedup! interrupls rouLrne
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; reset ; resue ; enable
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Progrd inlerrupts
; end of Progran
The wiring neededto implement the above program is shown in Figure 175 RBO will be high when the IR floods the phototransistor(which is the same as the d o r m a n rB 0 l a t u s ,a n d l h i \ i \ \ h a l $ e s n l l The wiring to test the operation ofthis program can be attachedto the LAB-XI and is shown in Figures 176 and 17 The circuit can be mounted to the LAB-XI and tested for proper operation before mounting to the marble counter Play with a marble between the two devices to see how they react The response to the edge of a marble i s i nteresting, as is the point where you can induce the mostjitter in the signal See what happenswhen you change the value of the resistor in line with the phototransistor High values are needed Adding the necessary startup seq ence and switch 5 (SW5) to siaft the system, we get Program 177
program countins for madlesIntotheTMRlcounter ilfi!0,iiif!jn$[li]1 Flnal (Connecl seruo J7) the to
cLslaR DEFINE osc 4 DEFINE tCD DRES PORTD DEFINE LCD DBIT 4 D E F I N E I c D R S R E GP O R T E DEFINE IcD-RsBrT 0 DEFINE I,CD_EREGPORTE DEFINE I,CD_EBIT t LOw PORTE2 2000 DEFINE LCD_COMMANDUS DEFMIE LCD_DATAUS 50 ; ; ; , , ; ; ; i ; ; ; with clear' always start Good habi! always defne the osc speed 'lood habil data PORTB deine LCD comections 4 bit path -og-s'AT SEI'i DOI reqrister select bit ENAbIE POTT enable bi]: only se! 1ow Lo vrite delay in nticro seconds delay in nicro seconcls (Cottituuel)
UNDERSTATIDIIIG COUlllENS: COU TI G THE
AREIES
intoiheTMB1 counter Finatprosram counting for marbles :l:!,iqii!iii-iail1 :liil (Connecl servo J7)(Conlirued) io the
DEFINE CCP1_REG PORTC DEFINE CCPI1_BIT 2 !DCON1=%00000111 i I ; seL ADCON1for
diqital
operation
TRrsB =211110001
FORIIB=0 lFRrsc -%00001111 X VAR }IORD Y VAR BYTE N 1IAR BYTE M VAR BYTE alcoN =%00000011 = OPTIOT{_REG %01111111 rrirTcorir=%10010000
; ser port I/o
, ser Port
; set bits to conlro1 Tinerl ; set bits, control ; set bits fo interrupt
PAUSE 500 ; Pause for slarhup r,cDolII SFE, 1, 'cLElaRs TIrE LcD ' ; ctear the display P A U S E2 5 0 ; This is for seeing a rese! ; buLton response r,cDout ; clear asfain IIlrRlr, =0 ; clear tow byte TMR1H =0 ; clear hisrh byte Larget oN rr\IlERRuPr Gcno rN:r-RoclINE ; inlefiupt counl: N=50 ; ILeralion M=16 ; Pause between servo Pulses I,CDOUT sFE, $a0, "HOLDING" FOR l=l TO N ; GOSUB GAITE-IN NEXI V r,cDoltlt sFE, 580 PRESS SW5 EO SIART \ WAIITROTITIIIEt IF PORTB4=l TIIEN WAITROUTIIIE ril=35 I,CDOu I $FE, S8O, \OPENING GATE I\
FAUSE500 cosuB GAIE ot'lt
AIEXT Y
LcDoUT SFEI LCDOIIE $FE, GOIO t OOP
$80, $C0
't!4R1= \,DEC3 TMRlll, z \,DECa \rCOUllT=", DECs X ;
TMRlIr, z \-
uslllc tlMEni
foDE cout{TEF
for lilRXiii!liaitltll:: Finalprogram countingmarblesInlo theTMBl counter tued) (Connecl seruo J7)(Cort to the
DISASI,E IMT ROI'TINE EOGGIJE PORTB' 1 PORABI ITOGGT,E + lltRll x-255*!rMRllt IMICONl-0 RESUIE ENIIBLE GATE_IN ! HIGA PORTCI PAUSEUS 2300
disable interrupts rou!ine interrupc
reseL enable
intedupt
flaq for
in!errupts
r,ow PoRrfc- 1
PAUSE Id RETORN GATE_OuI: HIGII PORTCI PAVSELS 750 LOW PORTCl PAUSE !! RETURN END
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TRANSISTOB 1 MEG
is6ductng
to ol the wiring Fbile ! ^3 Dlagram "nornally needed (Thehiqh oper"condtest the counter on the iion heremalches weakhighpullup B Oas it should)
IrI{DEFSTAIDIIIG COUITERS: THE COUilTIG AFEIES
Wretffiffi
sitivily ol the phototransistor response
wiringsetup testthesento
Special Notesfor Timerl Usage
paragraphsare fiom the datasheet Someof the succeeding
TIMERI OPERATION IiI ASYI{CHROI{OUS COUI{TER IIIODE Thefollowing is whatwe usefor our marblecounting exercise ff controlbit T1S\AnC(TICON<2>)is set,theextemalclbckinput is not synchronizedThetimercontinues inuementasyncbrcnous theintemalphase to to clocks The timerwill continue nm durirg sleep cangenerate interrupt overflow, to and an on which \ ill wale up lheprocessoi precduuons soflware needed Houe\er\pecial in are to reaaywrite timer ( 1 of the datasheet) asynchronous the 64 In countetmodq Timerl cannot used a time-base capture compare be as for or opemtions READII{G AI{D WRITING TIITIERI II{ ASYI{CHROI{OUS COUI{TER ll|oDE ReadiryTMRlH or TMRlL while thetimeris runningliom anextemal asynclfonous clockwill guarartee valid read(taken a careofin hardware), Howevettheusershould
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