Rokas: 8 žingsniai

2024 Autorius: John Day | [email protected]. Paskutinį kartą keistas: 2024-01-30 10:50

Šis robotas yra valdomas naudojant vizualinę pagrindinę programą (per nuoseklųjį prievadą) ir gali judėti trimis skirtingais greičiais pagal PIC mikrovaldiklio (16F877) generuojamą impulsų pločio moduliuotą (PWM) signalą. Robotas gali būti valdomas dviem režimais - „įprasto valdymo“ir „šviesos sekimo“režimais. Įprastu valdymo režimu robotas gali nešioti 3–18 cm dydžio daiktus iš vienos vietos į kitą 150 m atstumu. kadangi šviesos sekimo režimu jis seka šviesą tamsioje patalpoje. Buvo naudojama daug jutiklių, pavyzdžiui, šviesos jutikliai; pakreipimo jutiklis, strėlės srovės jutiklis, akumuliatoriaus įkrovos lygio jutiklis ir kai kurie rankoje naudojami ribiniai jungikliai ir jutikliai. Jis gali išlaikyti pastovų greitį važiuodamas ant kalvos (pakreipęs) ir automatiškai įjungia šviesą, kai tampa tamsu. Be to, kad IC būtų saugus, jis atjungia srovę, kai jis įstrigo, o ranka sustoja, kai ką nors laiko. 4 nuolatinės srovės varikliai buvo valdomi naudojant PIC mikrovaldiklį 16F877 ir 3 variklio tvarkyklės grandines. Tai užtruko apie 4 mėnesius ir kainuoja apie 600 USD

1 žingsnis: suprojektuokite projektą

pradiniame etape buvo pateiktas projekto projektas. daugiausia apibrėžiant blokinę schemą; pamatyti paveikslą.

Šiame etape reikia išsamesnės grandinės schemos, tačiau tam palengvinti buvo nustatyti pagrindiniai moduliai: 1. mikrokontroleris 2. jutikliai 3. varikliai 4. belaidė grandinė 5. kompiuterio programa. Taip pat buvo sukurtas 3D dizainas, žr.

2 veiksmas: pasirinkite įrenginius ir komponentus

Šiame etape dizaineris turėtų pasirinkti prietaisus ir komponentus, reikalingus robotui sukurti.

Tai apima: belaidę grandinę (MAX232, LM331, FM siųstuvo ir imtuvo modulius), variklius (4 nuolatinės srovės varikliai), variklių tvarkyklės grandinę (H tiltas), mikrovaldiklį PIC (16F877), bateriją, įtampos reguliatorius (MC7805), mikro jungiklius, Fotorezistoriai, pakreipimo jutiklis … ir tt Svarbu suprasti šių įrenginių skaičiavimo galimybes ir kaip jie veikia kartu.

3 žingsnis: mikrovaldiklis

Šis žingsnis yra pats svarbiausias. pradžioje turėtų būti nustatyti kodai, kurie bus gauti ir perduodami iš PIC.

Pradėkite prijungti komponentus prie atitinkamų PIC kaiščių ir užprogramuokite mikrovaldiklį. Tam gali prireikti sukurti mažas grandines naudojant reguliatorius, rezistorius, jutiklius ir tt.

4 žingsnis: parašykite kompiuterio programą

Programa buvo parašyta remiantis vizualiais pagrindais.

Ryšys buvo sukurtas per RS-232. „MSComm“naudojimas duomenims siųsti į mikrovaldiklį, konfigūruojant nustatymus (prievado numeris, duomenų perdavimo sparta, duomenų bitų pariteto skaičius, sustabdymo bitai). Aš naudojau 8 bitų duomenis su vieno sustojimo bitu ir paritetą 9600 bps greičiu.

5 žingsnis: sukurkite kūną

Svarbu geras korpuso dizainas. Taip pat pasirinkdami ratų išdėstymą, žiūrėkite paveikslėlį.

jis buvo sukurtas įsitikinus, kad programos veikia gerai. Šį veiksmą taip pat galima atlikti prieš programuojant.

6 veiksmas: sukurkite belaidę grandinę

Belaidžio ryšio grandinės kūrimas gali būti nepriklausomas. Pradiniame etape aš naudoju laidą, norėdamas prijungti kompiuterį prie roboto, o užbaigus robotą, belaidė grandinė buvo integruota.

7 žingsnis: integruokite

Tai yra momentas, kai mes integravome savo komponentus ir išbandėme robotą.

8 žingsnis: mikrovaldiklio programos kodas

; *************** FINAL ******************************* sąrašas p = 16f877 apima radix decidlocs "V" << 8 | „1“; Versijos Nr. Konfigūracija _CP_OFF & _PWRTE_OFF & _WDT_OFF & _XT_OSC; ********** pagrindinis kintamasis ************************* cblock 0x20; pradžia banko 0 avino sritis INPUT_VAR L1 L2 X SPEED11 SPEED12 SPEED21 SPEED22 MSTOP LDET LR1 LR2 endc; ********** pagrindinės programos pradžia *************** pradėti BSF STATUS, RP0 BCF STATUS, RP1 MOVLW 0X40 MOVWF ADCON1 MOVLW 0XFF; Uostas A IS I MOVWF TRISA MOVLW 0X00; Uostas B IS O MOVWF TRISB MOVLW 0XF0; Uostas C IS I/O MOVWF TRISC MOVLW 0XF0 TRISD MOVLW 0X07; PORT E IS I MOVWF TRISE BANKSEL OPTION_REG BCF OPTION_REG, T0CS BCF STATUS, RP1 BCF STATUS, RP0; ************************* ******************; ****************************** ************ PALAUKITE BCF PORTB, 1 BCF PORTB, 2 BCF PORTB, 6 CALL PWM1OFF CALL PWM2OFF BCF PORTD, 0 BCF PORTD, 1 BCF PORTD, 2 BCF PORTD, 3 BTFSS LDET, 0 BCF PORTB, 7 MOVLW 0X00 MOVF MSTOP MOVF LDET BANKSEL INTCON BCF INTCON, GIE BANKSEL TXSTA BSF TXSTA, BRGH MOVLW 0X40 MOVWF SPBRG BCF TXSTA, SYNC BANKSEL RCSTA BSF RCSTA,, OERR GOTO CLROE BANKSEL PIE1 BSF PIE1, RCIE BANKSEL RCSTA BCF RCSTA, RX9 BSF RCSTA, CRENWAIT1 BANKSEL PORTB BSF PORTB, 3 BSF PORTB, 4 BANKSEL PIR1 BTFSS PIRF CALL PWM1OFF CALL PWM2OFF CALL DARKLIGHT BTFSC LDET, 0 BSF PORTB, 7RXDATA; BANKSEL RCSTA; BTFSC RCSTA, OERR; GOTO STOPS CALL PWM1OFF CALL PWM2OFF CROFL CROFL CROFL CROFL CROFL CROF CROFL CROF CROFL CROFL CROFL CROFL CROFL CROFL CROFL CROFL CROFL CROFL CROFL CROFL CROFL CROFL CROFL CROFL CROFL CROFL CROFL CROFF CROFL CROFL CROFF CROFL CROWN CROFL CROF CROFL CROFL CROFL CROFL CROF CROFF CALL 0; ******************************************; **** *************************************** MOVWF INPUT_VAR MOVLW 0X00 MOVWF RCREG BCF STATUS, RP0 BCF STATUS, RP1 MOVF INPUT_VAR, 0; STOP SUBLW 0X53 BTFSC STATUS, Z GOTO STOPS MOVF INPUT_VAR, 0; LIGHT ON SUBLW 0X4E BTFSC STATUS, Z GOTO LON MOVF INPUT_VAR, 0; LIGHT FLUF 0; MOVE FORWARD SLOW SUBLW 0X66 BTFSC STATUS, Z GOTO FSLOW MOVF INPUT_VAR, 0; MOVE RIGHT SLOW SUBLW 0X72 BTFSC STATUS, Z GOTO RSLOW MOVF INPUT_VAR, 0; MOVE LEFT SLOW SUBLW 0 X6C BTFSC STATUS, Z GOTO LSLOW MOVF INPUT_VAR, 0; MOVE BACKWARD SLOW SUBLW 0X62 BTFSC STATUS, Z GOTO BSLOW MOVF INPUT_VAR, 0; MOVE FORWARD MEDIUM SUBLW 0X46 BTFSC STOVITAS BŪKLĖ, Z GOTO RMED MOVF INPUT_VAR, 0; MOVE LEFT MEDIUM SUBLW 0X4C BTFSC STATUS, Z GOTO LMED MOVF INPUT_VAR, 0; MOVE BACKWARD MEDIUM SUBLW 0X42 BTFSC STATUS, Z GFWW ZOVO FVO ZOVOT Z GOTO FFAST MOVF INPUT_VAR, 0; MOVE RIGHT FAST SUBLW 0X57 BTFSC STATUS, Z GOTO RFAST MOVF INPUT_VAR, 0; MOVE LEFT FAST SUBLW 0X56 BTFSC STATUS, Z GOTO LFAST MOVFFVT FVFVPVFVFVFVFVVIT BFAST MOVF INPUT_VAR, 0; HAND CLOSE SUBLW 0X43 BTFSC STATUS, Z GOTO HCLOSE MOVF INPUT_VAR, 0; HAND OPEN SUBLW 0X4F BTFSC STATUS, Z GOTO HOPEN MOVF INPUT_VAR, 0; HAND HUN SUP WF; HAND DOWN SUBLW 0X64 BTFSC STATUS, Z GOTO HDOWN MOVF INPUT_VAR, 0; LIGHT FOLOWE R SUBLW 0X54 BTFSC STATUS, Z GOTO LFOLLOW; *************************************** ***; ****************************************** GOTO CLROEFSLOW; BANKSEL RCSTA; BCF RCSTA, OERR; BCF RCSTA, CREN; NOP; BSF RCSTA, CREN BCF STATUS, RP0 BCF STATUS, RP1 MOVLW 0X00 MOVWF MSTOP; BCF LDET, 0; CALL BUTTLEVEL; BTFST BSTT SCSTST LDET, 0; BSF PORTB, 7 NORMALSLOW MOVLW 0XFF MOVWF SPEED11 MOVLW 0X66 MOVWF SPEED12 MOVLW 0XFF MOVWF SPEED21 MOVLW 0X66 MOVWF SPEED22 CALL PWM1ON CALL PWD 1 PFMD 1 BF, RCIF GOTO RXDATA GOTO REP3 GOTO CLROE; **************************************** ** LSLOW BCF STATUS, RP0 BCF STATUS, RP1; CALL BUTTLEVEL; BTFSC MSTOP, 1; GOTO STOPS MOVLW 0X00 MOVWF MSTOP BCF LDET, 0 CALL DARKLIGHT BTFSC LDET, 0; BSF PORTB, 7 MOVLWWWW MWLOV MWLOV MWLOV MWLOV MWLOV MWL 0XCF MOVWF SPEED21 MOVLW 0X66 MOVWF SPEED22 CALL PWM1ON CALL PWM2ON BSF PORTD, 0 BCF PORTD, 1 BSF PORTB, 1 BCF POR TB, 2 REP4 BANKSEL PIR1 BTFSC PIR1, RCIF GOTO RXDATA GOTO REP4 GOTO CLROE; ******************************** ********** RSLOW BCF STATUS, RP0 BCF STATUS, RP1; CALL BUTTLEVEL; BTFSC MSTOP, 1; GOTO STOPS MOVLW 0X00 MOVWF MSTOP BCF LDET, 0 CALL DARKLIGHT BTFSC LDET, 0; BSF PORTW, 7 MSL 0XCF MOVWF SPEED11 MOVLW 0X66 MOVWF SPEED12 MOVLW 0XFF MOVWF SPEED21 MOVLW 0X99 MOVWF SPEED22 CALL PWM1ON CALL PWM2ON BCF PORTD, 0 BSF PORTD, 1 BCF PORTBORT, 1 BRF PORT. **************************** BSLOW BCF STATUS, RP0 BCF STATUS, RP1 MOVLW 0X00 MOVWF MSTOP BCF LDET, 0; CALL BUTTLEVEL; BTFSC MSTOP, 1; GOTO STOPS CALL DARKLIGHT BTFSC LDET, 0; BSF PORTB, 7 MOVLW 0XCF MOVWF SPEED11 MOVLW 0X99 MOVWF SPEED12 MOVLW 0XCF MOVWF SPEED21 MOVLW 0X99 POV. PORTB, 2 REP5 BANKSEL PIR1 BTFSC PIR1, RCIF GOTO RXDATA GOTO REP5 GOTO CLROE; ********************************* ********** F. MED BCF STATUSAS, RP0 BCF STATUSAS, RP1 MOVLW 0X00 MOVWF MSTOP BCF LDET, 0; CALL BUTTLEVEL; BTFSC MSTOP, 1; GOTO STOPS CALL DARKLIGHT BTFSC LDET, 0; BSF PORTB, 7 NORMALMED MOVW MOVW MOVW MOVWF SPEED21 MOVLW 0X99 MOVWF SPEED22 CALL PWM1ON CALL PWM2ON BCF PORTD, 0 BCF PORTD, 1 BSF PORTB, 1 BSF PORTB, 2 CALL SDELAY REP6 CALL STALL1 BTFSC MSTOP, 0 GOTO STOP STOP STOP STOP STOP STOP STOP STOP STOP STOP STOP STOP STOP STOP STOP STREET BT GOTO REP6 PLUSEMED MOVLW 0XCF MOVWF SPEED11 MOVLW 0XCC MOVWF SPEED12 MOVLW 0XCF MOVWF SPEED21 MOVLW 0XCC MOVWF SPEED22 CALL PWM1ON CALL PWM2ON BCF PORTDORT, 0 BD UOSTI BANKSEL PIR1 BTFSC PIR1, RCIF GOTO RXDATA BTFSS PORTD, 7 GOTO NORMALMED GOTO REP7 GOTO CLROE; ******************************* ************ RMED BCF STATUS, RP0 BCF STATUS, RP1 MOVLW 0X00 MOVWF MSTOP BCF LDET, 0; CALL BUTTLEVEL; BTFSC MSTOP, 1; GOTO STOPS CALL DARKLIGHT BTFSC LDET, 0; BSF PORT B, 7 MOVLW 0XFF MOVWF SPEED11 MOVLW 0X99 MOVWF SPEED12 MOVLW 0XFF MOVWF SPEED21 MOVLW 0X66 MOVWF SPEED22 CALL PWM1ON CALL PWM2ON BCF PORTD, 0 BSF PORTD, 1 BF BTFSC PIR1, RCIF GOTO RXDATA GOTO REP8 GOTO CLROE; ************************************** **** LMED BCF STATUS, RP0 BCF STATUS, RP1 MOVLW 0X00 MOVWF MSTOP BCF LDET, 0; CALL BUTTLEVEL; BTFSC MSTOP, 1; GOTO STOPS CALL DARKLIGHT BTFSC LDET, 0; BSF PORTB, 7 MOVLW MWWWWWWWW SPEED12 MOVLW 0XFF MOVWF SPEED21 MOVLW 0X99 MOVWF SPEED22 SKAMBINTI PWM1ON CALL PWM2ON BSF PORTD, 0 BCF PORTD, 1 BSF PORTB, 1 BCF PORTB, 2 REP9; CALL STALL1; BTFSC GOST STRSC REP9 GOTO CLROE; ***************************************** BMED BCF STATUSAS, RP0 BCF STATUS, RP1 MOVLW 0X00 MOVWF MSTOP BCF LDET, 0; CALL BUTTLEVEL; BTFSC MSTOP, 1; GOTO STOPS CALL DARKLIGHT BTFSC LDET, 0; BSF PORTB, 7 MOVLW 0XFF MOVWF SPEED11 MOVLW 0X7F MOVWF SPEED12 MOVLW 0XFF MOVWF SPEED21 MOVLW 0X7F MOVWF SPEED22 CALL PWM1ON CALL PWM2ON BSF PORTD, 0 BSF PORTD, 1 BCF PORTB, 1 BCF PORTB, 2 REPLO PART REP10 GOTO CLROE; ****************************************** Greita BCF būsena, RP0 BCF STATUS, RP1 MOVLW 0X00 MOVWF MSTOP BCF LDET, 0 BSF MSTOP, 4; CALL BUTTLEVEL; BTFSC MSTOP, 1; GOTO STOPS CALL DARKLIGHT BTFSC LDET, 0; BSF PORTB, 7 MOVLW 0XWW MWLW MX MOVWF SPEED21 MOVLW 0X7F MOVWF SPEED22 TEIRAUTIS PWM1ON TEIRAUTIS PWM2ON BCF PORTD, 0 BCF PORTD, 1 BSF PORTB, 1 BSF PORTB, 2 TEIRAUTIS SDELAY NORMALFAST MOVLW 0XCF MOVWF SPEED11 MOVLW 0XCC MOVWF SPEED12 MOVLW 0XCF MOVWF SPEED21 MOVLW 0XCC MOVWF SPEED22 TEIRAUTIS PWM1ON TEIRAUTIS PWM2ON BCF PORTD, 0 BCF PORTD, 1 BTFSC LDET, 0 BSF PORTB, 7 BSF PORTB, 1 BSF PORTB, 2 REP11 CALL STALL1 BTFSC MSTOP, 0 GOTO STOPS BANKSEL PIR1 BTFSC PIR1, RCIF GOTO RXDATA POP PFT, AST MOVLW 0XCF MOVWF SPEED11 MOVLW 0XFF MOVWF SPEED12 MOVLW 0XCF MOVWF SPEED21 MOVLW 0XFF MOVWF SPEED22 CALL PWM1ON CALL PWM2ON BCF PORTD, 0 BCF PORTD, 1 BIR 1 PORT 1, RCIF GOTO RXDATA BTFSS PORTD, 7 GOTO NORMALFAST GOTO REP12 GOTO CLROE; *********************************** ******** RFAST BCF STATUS, RP0 BCF STATUS, RP1 MOVLW 0X00 MOVWF MSTOP BCF LDET, 0; CALL BUTTLEVEL; BTFSC MSTOP, 1; GOTO STOPS CALL DARKLIGHT BTFSC LDET, 0; BSF PORTB, 7 MOVLW SPEED11 MOVLW 0X99 MOVWF SPEED12 MOVLW 0XFF MOVWF SPEED21 MOVLW 0X66 MOVWF SPEED22 KVIETIMAS PWM1ON CALL PWM2ON BCF PORTD, 0 BSF PORTD, 1 BCF PORTB, 1 BSF PORTBOL, 2 RT GOTO REP13 GOTO CLROE; ***************************************** LFAST BCF STATUS, RP0 BCF STATUS, RP1 MOVLW 0X00 MOVWF MSTOP BCF LDET, 0; CALL BUTTLEVEL; BTFSC MSTOP, 1; GOTO STOPS CALL DARKLIGHT BTFSC LDET, 0; BSF PORTB, 7 MOVLW 0xFF MOVWF SPEED11 MOVLW 0X66 MOVWF SPEED12 MOVLW 0xFF MOVWF SPEED21 MOVLW 0X99 MOVWF SPEED22 TEIRAUTIS PWM1ON TEIRAUTIS PWM2ON BSF PORTD, 0 BCF PORTD, 1 BSF PORTB, 1 BCF PORTB, 2 TEIRAUTIS SDELAY MOVLW 0xFF MOVWF SPEED11 MOVLW 0X4C MOVWF SPEED12 MOVLW 0XEF MOVWF SPEED21 MOVLW 0XB3 MOVWF SPEED22 CALL PWM1ON CALL PWM2ON BSF PORTD, 0 BCF PORTD, 1 BSF PORTB, 1 BCF PORTB, 2 REP14 CALL STALL1 BTFSC MSTOP, 0 GOTO STOPS BOTS ROT ***************************************** BFAST BCF STATUS, RP0 BCF STATUS, RP1 MOVLW 0X00 MOVWF MSTOP BCF LDET, 0; CALL BUTTLEVEL; BTFSC MSTOP 1 PWM2ON BSF PORTD, 0 BSF PORTD, 1 BCF PORTB, 1 BCF PORTB, 2 CALL SDELAY MOVLW 0XEF MOVWF SPEED11 MOVLW 0X66 MOVWF SPEED12 MOVLW 0XEF MOVWF SPEED21 MOVLW 0X66 MOVWWW PORTD, 0 BSF PORTD, 1 BCF PORTB, 1 BCF PORTB, 2 REP15 CALL STALL1 BTFSC MSTOP, 0 GOTO STOPS BANKSEL PIR1 BTFSC PIR1, RCIF GOTO RXDATA GOTO REP15 GOTO CLROE; ************ ****************************************************** HCLOSE BCF STATUS, RP0 BCF STATUS, RP1 MOVLW 0X00 MOVWF MSTOP BCF LDET, 0; CALL BUTTLEVEL BTFSC MSTOP 1 GOTO STOPS CALL SDELAY CALL STALL2 BTFSC MSTOP, 2 GOTO STOPS BANKSEL PIR1 BTFSC PIR1, RCIF GOTO RXDATA GOTO REP16 GOTO CLROE; ************************* ****************** HOPEN BCF STATUS, RP0 BCF STATUS, RP1 MOVLW 0X00 MOVWF MSTOP BCF LDET, 0; CALL BUTTLEVEL; BTFSC MSTOP, 1; GOTO STOPS CALL DARKLIGHT BTFSC LDET, 0; BSF PORTB, 7 BTFSC PORTD, 4 GOTO STOPS BCF PORTD, 2 BSF PORTD, 3 REP17 BTFSC PORTD, 4 GOTO STOPS CALL SDELAY CALL STALL2 BTFSC MSTOP, 2 GOTO STOPS BANKSEL PIR1 BTFPOT PIRT GOTO CLROE; ***************************************** HUP BCF STATUS, RP0 BCF STATUS, RP1 MOVLW 0X00 MOVWF MSTOP BCF LDET, 0; CALL BUTTLEVEL; BTFSC MSTOP, 1; GOTO STOPS CALL DARKLIGHT BTFSC LDET, 0; BSF PORTB, 7 BTFSC PORTC, 4 GOTO STOPS 0 BCF BTFSC PORTC, 4 GOTO STOPS BANKSEL PIR1 BTFSC PIR1, RCIF GOTO RXDATA GOTO REP18 GOTO CLROE; ****************************** ************ HDOWN BCF STATUS, RP0 BCF STATUS, RP1 MOVLW 0X00 MOVWF MSTOP BCF LDET, 0; CALL BUTTLEVEL; BTFSC MSTOP, 1; GOTO STOPS CALL DARKLIGHT BTFSC LDET, 0; BSF PORTB, 7 BTFSC PORTC, 5 GOTO STOPS BSF PORTC, 0 BCF PORTC, 3 REP19 BTFSC PORTC, 5 GOTO STOPS BANKSEL PIR1 BTFSC PIR1, RCIF GOTO RXDATA GOTO REP19 GOTO CLROE; ************* **************************** LON BSF PORTB, 7 BSF LDET, 0 GOTO CLROE; ********** ********************************* LOFF BCF PORTB, 7 BCF LDET, 0 GOTO CLROE; ***** ************************************** LFOLLOW BCF STATUS, RP0 BCF STATUS, RP1 BCF PORTB, 1 BCF PORTB, 2 BCF PORTB, 6 BCF PORTB, 7 CALL PWM1OFF CALL PWM2OFF BCF PORTD, 0 BCF PORTD, 1 BCF PORTD, 2 BCF PORTD, 3 BSF MSTOP, 6 REPLF; BANKSEL OPTION_REG; BSF OPTION_REG, 3; BSF OPTION_REG, 3; BSF OPTION_REG; 3;, 3; CLRFWDT BCF STATUS, RP0 BCF STATUS, RP1; BANKSEL INTCON; BCF INTCON, T0IE; BCF INTCON, T0IF; BANKSEL PIE1; BCF PIE1, 6; BCF PIE1, 0; BANKSEL INTCON; BCF INTCON, GONI BANKI, 0 BCF PCON, 1 NOP BSF PCON, 0 BSF PCON, 1 BCF STATUS, RP0 BCF STATUS, RP1 MOVLW 0X00 MOVWF MSTOP CALL SDELAY CALL LFC1 NOP CALL LFC2 NOP MOVF LR2, 0 SUBWF LR1, 0 BTFSC STOUSTA SDELAY CALL LFC1 NOP CALL LFC2 NOP MOVF LR2, 0 SUBWF LR1, 0 BTFSC STATUS, C GOTO LR2G LR1G BCF STATUS, RP0 BCF STATUS, RP1 MOVLW 0X00 MOVWF MSTOP; CALL BUTTLEVEL; BTFSC MSTW 0X66 MOVWF SPEED12 MOVLW 0XFF MOVWF SPEED21 MOVLW 0X99 MOVWF SPEED22 CALL PWM1ON CALL PWM2ON BSF PORTD, 0 BCF PORTD, 1 BSF PORTB, 1 BCF PORTB, 2 LR1GREP, CALL 0 STALLT; OPS BANKSEL PIR1, BTFSC PIR1, RCIF GOTO RXDATA CALL LFC1 NOP CALL LFC2 NOP MOVF LR2, 0 SUBWF LR1, 0 BTFSC STATUS, Z GOTO REPLF CALL LFC1 NOP CALL LFC2 NOP MOVF LR2, 0 SUBWOT LRT, 0 SUBWOT LRT REPLF LR2G BCF STATUS, RP0 BCF STATUS, RP1 MOVLW 0X00 MOVWF MSTOP; CALL BUTTLEVEL; BTFSC MSTOP, 1; GOTO STOPS MOVLW 0XFF MOVWF SPEED11 MOVLW 0X99 MOVWF SPEEDF MOVWW MOVWW MOVWW MOVW PORTD, 1 BCF PORTB, 1 BSF PORTB, 2 LR2GREP; CALL STALL1; BTFSC MSTOP, 0; GOTO STOPS BANKSEL PIR1 BTFSC PIR1, RCIF GOTO RXDATA CALL LFC1 NOP CALL LFC2 NOP MOVF LR2, 0 SUBW PAKEITIMO KVIETIMAS LFC1 NOP CALL LFC2 NOP MOVF LR2, 0 SUBWF LR1, 0 BTFSC STATUS, C GOTO LR2GREP GOTO REPLF FRONT BCF STATUS, RP0 BCF STATUS, RP1 MOVLW 0X00 MOVWF MSTOP; CALL BUTTLEFLOV MOVF SPEED11 MOVLW 0X99 MOVWF SPEED12 MOVLW 0XFF MOVWF SPEED21 MOVLW 0X99 MOVWF SPEED22 CALL PWM1ON CALL PWM2ON BCF Uostas D, 0 BCF PORTD, 1 BSF PORTB, 1 BSF PORTB, 2 CALL SDELAY FROREP; CALL STALL1; BTFSC MSTOP, 0; GOTO STOPS BANKSEL PIR1 BTFSC PIR1, RCIF GOTO RXDATA; CALL LDIN; BTFSC GELT STOP, 3; NOP CALL LFC2 NOP MOVF LR2, 0 SUBWF LR1, 0 BTFSC STATUS, Z GOTO FROREP GOTO REPLF GOTO CLROE; *************************** **************** STOPAS BTFSS MSTOP, 4 GOTO STOPA MOVLW 0XCF MOVWF SPEED11 MOVLW 0XB3 MOVWF SPEED12 MOVLW 0XCF MOVWF SPEED21 MOVLW 0XB3 MOVWF SPWD SPFM SPLING SPEED SPF2 1 CALL SDELAY STOPA BCF STATUS, RP0 BCF STATUS, RP1 BCF PORTB, 1 BCF PORTB, 2 BCF PORTB, 6 BTFSS LDET, 0; BCF PORTB, 7 BCF PORTC, 0 BCF PORTC, 3 CALL PWM1OFF CALL PWM2OFF BCF PORTD, 1 BCF PORTD, 2 BCF PORTD, 3 MOVLW 0X00 MOVWF MSTOP; ********************************* ********* CLROE BANKSEL RCSTA BCF RCSTA, CREN BCF RCSTA, FERR BCF RCSTA, OERR BSF RCSTA, CREN BSF INTCON,GIE BSF INTCON, PEIE GOTO WAIT1; ***************************************** *; ******************************************** ************************************** STALL1 BCF STATUS, RP0 BCF STATUS, RP1 MOVLW 0X00 MOVWF MSTOP BANKSEL ADCON0 BCF ADCON0, 3 BCF ADCON0, 4 BCF ADCON0, 5 BCF STATUS, RP0 BCF STATUS, RP1 CALL CONVERT MOVF ADRESH, 0 SUBLW 0X70 BTFSS STATUS, C BSF MSTOP, 0 BCF BCF STATUS BŪSENA, RP0 BCF STATUSAS, RP1 MOVLW 0X00 MOVWF MSTOP BANKSEL ADCON0 BSF ADCON0, 3 BCF ADCON0, 4 BCF ADCON0, 5 BCF STATUS, RP0 BCF STATUS, RP1 CALL CONVERT MOVF ADRESH, 0 SUBLT CWS BSF STATUS, RP0 BCF STATUS, RP1 RETURNBUTTLEVEL BCF STATUS, RP0 BCF STATUS, RP1 MOVLW 0X00 MOVWF MSTOP BANKSEL ADCON0 BCF ADCON0, 3 BCF ADCON0, 4 BSF ADCON0, 5 BCF STATUS, RP0 RPCF RPT RPT BTFSS STATUS, C GOTO BL1 GOTO BL2 BL1 BSF MSTOP, 1 BSF PORTB, 6 BL2 RETURN DARKLIGHT BCF STATUS, RP0 BCF STATUS, RP1 BTFSC LDET, 0 GOTO RETFDL BANKSEL ADCON0 BCF ADCON0, 3 BSF ADCON0, 4 BCF ADCON0, 5 BCF STATUS, RP0 BCF STATUS, RP1 CALL CONVERT MOVF ADRESH, 0 SUBLW 0XEE BTFSS STATUS, C BSF PORTFL. BCF ADCON0, 7 BSF ADCON0, 6 BSF ADCON0, 0 BSF ADCON0, GO WAITADC BTFSC ADCON0, GO GOTO WAITADC BCF STATUS, RP1 BCF STATUS, RP0 RETURNPWM1ON BANKSEL PR2 MOVLW STF SPF SPF SPF MOVWF CCP1CON MOVF SPEED12, 0 MOVWF CCPR1L BSF STATUS, RP0 BCF STATUS, RP1 MOVLW 0XF0 MOVWF TRISC BCF STATUS, RP0 BCF STATUS, RP1 BCF T2CON, T2CKPS1 BCF T2CON, BONCON, BONCON, BONCON, T2CON PR2 MOVLW 0XFF MOVWF PR2 BCF STATUS, RP0 BCF STATUS, RP1 MOVF SPEED21, 0 MOVWF CCP2CON MOVF SPEED22, 0 MOVWF CCPR2L BSF STATUS, RP0 BCF STATUS, RP1 MOVLW 0XF0 MOVF SPF, BC1 T2CON, T2CKPS0 BSF T2CON, TMR2ON BSF CCP2CON, 2 BSF CCP2CON, 3 RETURNPW M1OFF BCF CCP1CON, 2 BCF CCP1CON, 3 BSF T2CON, T2CKPS1 BSF T2CON, T2CKPS0 BCF T2CON, TMR2ON MOVLW 0x00 MOVWF CCP1CON MOVLW 0x00 MOVWF CCPR1L BANKSEL PR2 MOVLW 0x00 MOVWF PR2 BCF STATUSAS, RP1 BCF STATUSAS, RP0 RETURNPWM2OFF BCF CCP2CON, 2 BCF CCP2CON, 3 BSF T2CON, T2CKPS1 BSF T2CON, T2CKPS0 BCF T2CON, TMR2ON MOVLW 0X00 MOVWF CCP2CON MOVLW 0X00 MOVWF CCPR2L BANKSEL PR2 MOVLW 0X00 MOVWF PR2 BC1 ADFFC, SPC ADRC 5 BCF STATUS, RP0 BCF STATUS, RP1 CALL CONVERT MOVF ADRESH, W ANDLW 0XF0 MOVWF LR1 BCF STATUS, RP0 BCF STATUS, RP1 RETURN LFC2 BANKSEL ADCON0 BCF ADCON0, 3 BSF ADCON0, 4 BSF BCC RP1 CALL CONVERT MOVF ADRESH, 0 ANDLW 0XF0 MOVWF LR2 BCF STATUS, RP0 BCF STATUS, RP1 RETURN LDIN BANKSEL ADCON0 BCF ADCON0, 3 BSF ADCON0, 4 BCF ADCON0, 5 BCF STATUS, RP0 RPF RPF STRV 0X4C BTFSC STATUS, C GOTO COMP4 BSF MSTOP, 3 COMP4 BCF STATUS, RP0 BCF STATUS, RP1 RETURN SDELAY CLRF L2 XL3 CLRF L1 XL2 CLRF TMR0 XL1 MOVLW 0XFF SUBWF TMR0, W BTFSS STATUS, C GOTO XL1 MOVLW 0X20 INCF L1 SUBWF L1, W BTFSS STATUS, C GOTO GOT GLOT XL3 RETURN NOP NOPEND

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