IR-Remote Color Guessing Game: 3 koraki

2024 Avtor: John Day | [email protected]. Nazadnje spremenjeno: 2024-01-30 12:05

V tem navodilu vam bom pokazal, kako z daljinskim upravljalnikom IR upravljati LED diode RGB in iz tega narediti zabavno igro!

Korak: Potrebni deli

Deli, ki jih potrebujete za ta projekt, so:

- arduino one- RGB LED-IR-senzor

(število led je odvisno od igre, količine življenj ali)- 2 zeleni LED-1-rumeni LED-1-oranžni LED-3 rdeči LED-diodi

2. korak: Koda

#vključi

int redPin = 10;

int greenPin = 6; int bluePin = 5;

int levensPin1 = 8;

int levensPin2 = 9; int levensPin3 = 12;

int ravenPin1 = 2;

int ravenPin2 = 3; int ravenPin3 = 4; int ravenPin4 = 7;

int RECV_PIN = 11;

IRrecv unrecv (RECV_PIN); decode_results rezultati;

// vnos barv

int input = {-1, -1, -1}; int barva = {-1, -1, -1};

int indexNumber = 0;

int indexColor = 0;

int waarde = 0;

int rood = 0;

int groen = 0; int blauw = 0;

// ustvarjanje barv

int roodRandom = 0; int groenRandom = 0; int blauwRandom = 0;

// spremenljivke igre

int razlika = 200;

int levelNumber = 1;

int raven = {-1, -1, -1, -1};

int t = 0;

int raven1 = 255;

int raven2 = 0; int raven3 = 0; int raven4 = 0;

int življenj = 3;

int levens1 = 255; int levens2 = 255; int levens3 = 255;

int roodGok = 0;

int groenGok = 0; int blauwGok = 0;

void setup () {

Serial.begin (9600); unrecv.enableIRIn (); // zaženemo sprejemnik pinMode (redPin, OUTPUT); pinMode (greenPin, OUTPUT); pinMode (bluePin, OUTPUT);

pinMode (levensPin1, OUTPUT);

pinMode (levensPin2, OUTPUT); pinMode (levensPin3, OUTPUT);

}

void loop () {

if (unrecv.decode (& results)) // sprejema signale z oddaljenega {Serial.println (results.value, DEC); // prikaže signale, prejete od vsakega pritisnjenega gumba unrecv.resume (); // prejemamo naslednje signalno stikalo (results.value) {// spremenimo signale v številke na gumbih in dodelimo dejanja gumbom

zadeva 109562864:

addWaarde (1); prekiniti;

zadeva 109562824:

addWaarde (2); prekiniti;

zadeva 109562856:

addWaarde (3); prekiniti;

zadeva 109562872:

addWaarde (4); prekiniti;

zadeva 109562820:

addWaarde (5); prekiniti;

zadeva 109562852:

addWaarde (6); prekiniti;

zadeva 109562868:

addWaarde (7); prekiniti;

zadeva 109562828:

addWaarde (8); prekiniti;

zadeva 109562860:

addWaarde (9); prekiniti;

zadeva 109562876:

addWaarde (0); prekiniti;

primer 109562818: // oud ding enter/R CLK

handleInput (); prekiniti;

primer 109562816: // moč oud ding

handleColor (); prekiniti; primer 109562878: // preklic oud ding/L CLK resetColor (); prekiniti;

primer 109562866: // lege knop midden

randomColor (); prekiniti;

zadeva 109562830: // pijltje naar rechts

displayEverything (); prekiniti; primer 109562838: // esc primer 109562822: // ponastavitev vira AVEEverything (); prekiniti; }

// dodelimo gumbe na daljinskem upravljalniku za nadzor barve: na ta način lahko igralci vidijo, kako izgledajo barve in kako jih kombinirati, // pred začetkom igre. stikalo (results.value) {primer 109562840: rood = 255; prekiniti;

zadeva 109562844:

groen = 255; prekiniti;

zadeva 109562850:

blauw = 255; prekiniti;

zadeva 109562836:

rood = 0; groen = 0; blauw = 0; prekiniti; }

}

analogWrite (redPin, abs (255 - rood)); // krmiljenje LED diode RGB: vzvratno, ker je moja povezana v obratni smeri.

analogWrite (greenPin, abs (255 - groen)); analogWrite (bluePin, abs (255 - blauw));

// nadzor LED v živo

če (živi == 2) {levens1 = 0; } če (živi == 1) {levens2 = 0; } če (živi == 0) {levens3 = 0; } analogWrite (levensPin1, levens1); analogWrite (levensPin2, levens2); analogWrite (levensPin3, levens3);

// nadzor nivojev LED

if (raven številke == 1) {raven1 = 255; } if (levelNumber == 2) {level1 = 255; raven2 = 255; } if (levelNumber == 3) {level1 = 255; raven2 = 255; raven3 = 255; } if (levelNumber == 4) {level1 = 255; raven2 = 255; raven3 = 255; raven4 = 255; } analogWrite (levelPin1, level1); analogWrite (levelPin2, level2); analogWrite (levelPin3, level3); analogWrite (levelPin4, level4);

}

void addWaarde (int vrednost) {// doda pritisnjeno vrednost na seznam

if (indeksna številka == 3) {

vrnitev; }

if (vnos [indexNumber] == -1) {

input [indexNumber] = vrednost; indexNumber ++; }}

void handleInput () {// naredi 'waarde' (vrednost) s seznama

waarde = abs (vnos [0] * 100 + vhod [1] * 10 + vhod [2]); vhod [0] = -1; // ponastavi signalni vnos [1] = -1; vhod [2] = -1;

indexNumber = 0;

Serial.print ("waarde opgeslagen:"); Serial.println (waarde); addColor (waarde); }

void addColor (int waarde) {// dodamo 3-mestno "waarde" na seznam

if (indexColor == 3) {

vrnitev; }

if (barva [indexColor] == -1) {

barva [indexColor] = barva; če (barva [indexColor]> 255) {color [indexColor] = 255; } indexColor ++; }

}

void randomColor () {// naredi svetlobo naključno obarvano in jo shrani v spremenljivke

roodRandom = naključno (0, 255);

groenRandom = naključno (0, 255);

blauwRandom = naključno (0, 255);

rood = roodRandom;

groen = groenRandom; blauw = blauwRandom; Serial.print ("roodRandom ="); Serial.println (roodRandom); Serial.print ("groenRandom ="); Serial.println (groenRandom); Serial.print ("blauwRandom ="); Serial.println (blauwRandom);

}

void handleColor () {// spremenite 'waarde' s seznama v spremenljivke 'Gok' (ugibajte)

roodGok = barva [0]; groenGok = barva [1]; blauwGok = barva [2]; // preverite, ali se spremenljivke Gok preveč razlikujejo od prave naključne barve: če je tako, tri sekunde prikažite ugibanje, utripa zeleno in znova spremenite barvo, dodajte raven abd, da bo dovoljena razlika manjša // če ne, prikažite ugibajte tri sekunde, rdeče utripajte in odštejte življenje // če niste več v življenju, se igra znova začne, če (abs ((rood + groen + blauw) - (roodGok + groenGok + blauwGok)) <= diff) { analogWrite (redPin, abs (255 - roodGok)); analogWrite (greenPin, abs (255 - groenGok)); analogWrite (bluePin, abs (255 - blauwGok)); zamuda (3000); analogWrite (redPin, 255); analogWrite (greenPin, 0); analogWrite (bluePin, 255); zamuda (300); analogWrite (redPin, 255); analogWrite (greenPin, 255); analogWrite (bluePin, 255); zamuda (300); analogWrite (redPin, 255); analogWrite (greenPin, 0); analogWrite (bluePin, 255); zamuda (300); analogWrite (redPin, 255); analogWrite (greenPin, 255); analogWrite (bluePin, 255); zamuda (300);

Serial.print ("roodGok =");

Serial.println (roodGok); Serial.print ("groenGok ="); Serial.println (groenGok); Serial.print ("blauwGok ="); Serial.println (blauwGok); resetColor (); randomColor (); levelNumber ++; razlika -= 50; } else {analogWrite (redPin, abs (255 - roodGok)); analogWrite (greenPin, abs (255 - groenGok)); analogWrite (bluePin, abs (255 - blauwGok)); zamuda (3000); analogWrite (redPin, 0); analogWrite (greenPin, 255); analogWrite (bluePin, 255); zamuda (300); analogWrite (redPin, 255); analogWrite (greenPin, 255); analogWrite (bluePin, 255); zamuda (300); analogWrite (redPin, 0); analogWrite (greenPin, 255); analogWrite (bluePin, 255); zamuda (300); analogWrite (redPin, 255); analogWrite (greenPin, 255); analogWrite (bluePin, 255); zamuda (300); Serial.print ("roodGok ="); Serial.println (roodGok); Serial.print ("groenGok ="); Serial.println (groenGok); Serial.print ("blauwGok ="); Serial.println (blauwGok);

resetColor ();

življenja--; } if (živi == 0) {analogWrite (redPin, 0); analogWrite (greenPin, 255); analogWrite (bluePin, 255); zamuda (100); analogWrite (redPin, 255); analogWrite (greenPin, 255); analogWrite (bluePin, 255); zamuda (100); analogWrite (redPin, 0); analogWrite (greenPin, 255); analogWrite (bluePin, 255); zamuda (100); analogWrite (redPin, 255); analogWrite (greenPin, 255); analogWrite (bluePin, 255); zamuda (100); analogWrite (redPin, 0); analogWrite (greenPin, 255); analogWrite (bluePin, 255); zamuda (100); analogWrite (redPin, 255); analogWrite (greenPin, 255); analogWrite (bluePin, 255); zamuda (100); resetEverything (); }

}

void resetColor () {// uporabite za ponastavitev vrednosti, za napačen pritisk ali vsako novo ugibanje (samo za gotovost)

barva [0] = -1; barva [1] = -1; barva [2] = -1;

indexNumber = 0;

indexColor = 0; }

void resetEverything () {// znova zaženite igro

barva [0] = -1; barva [1] = -1; barva [2] = -1;

indexNumber = 0;

indexColor = 0;

življenja = 3;

rood = 0; groen = 0; blauw = 0;

roodRandom = 0;

groenRandom = 0; blauwRandom = 0;

levens1 = 255;

levens2 = 255; levens3 = 255;

raven1 = 255;

raven2 = 0; raven3 = 0; raven4 = 0;

levelNumber = 1;

t = 0;

}

void displayEverything () {// to uporabite za prikaz pomembnih informacij na serijskem monitorju

Serial.print ("roodGok ="); Serial.println (roodGok); Serial.print ("groenGok ="); Serial.println (groenGok); Serial.print ("blauwGok ="); Serial.println (blauwGok); Serial.print ("roodRandom ="); Serial.println (roodRandom); Serial.print ("groenRandom ="); Serial.println (groenRandom); Serial.print ("blauwRandom ="); Serial.println (blauwRandom);

Serial.print ("rood =");

Serial.println (rood); Serial.print ("groen ="); Serial.println (groen); Serial.print ("blauw ="); Serial.println (blauw);

Serial.print ("waarde opgeslagen:");

Serial.println (waarde); }

3. korak: Zgradite

Za ta projekt očitno želite lepo izdelavo. ta del je precej odprt za razlago, vendar je pri tem treba upoštevati nekaj stvari: - imejte sprednjo ploščo tanko, da lahko še vedno držite svetleče diode in IR sprejemnik še vedno deluje

- v gradnji imejte dovolj prostora za arduino in spajkalno ploščo

- poskrbite, da je zadaj luknja za moč arduina

Dodal sem grobo shemo ožičenja.

Vso srečo in lepo se imejte!