Honkerville Revisited

var richie;

var honker = [];

var gameMode = 0;

var contactedHonker = 0; //used for remembering sound of last Honker touched

var deadHonkerCounter = 0; //used for testing if all Honkers are dead

var wonLastGame = false; //used when resetting the game

var score = 0; //self-explanatory

​

//loading type

var centuryGothic;

​

//images for honkers

var honkOpen;

var honkShut;

​

//images for Richie

var richieOpen;

var richieShut;

​

//sounds

var soundHonk;

var soundBoing;

var soundNoisemaker;

​

var soundName;

​

function preload() {

  centuryGothic = loadFont("century_gothic.ttf");

  soundHonk = loadSound("honk.mp3");

  soundBoing = loadSound("boioing.mp3");

  soundNoisemaker = loadSound("noisemaker.mp3");

  honkOpen = loadImage("honk_open.png");

  honkShut = loadImage("honk_shut.png");

​

  richieOpen = loadImage("richie_open.png");

  richieShut = loadImage("richie_shut.png");

}

​

function setup() {

  createCanvas(720, 720);

  textFont(centuryGothic);

  textSize(24);

​

  smooth();

  background(0);

  textAlign(CENTER);

  // rectMode(CENTER);

  ellipseMode(CENTER);

  imageMode(CENTER);

  richie = new Protagonist();

  for (var i = 0; i < 3; i++) {

    honker.push(new Honker());

  }

  gameMode = 0;

  soundName = "honk";

}

​

function draw() {

  //  First mode: Title page

  if (gameMode === 0) {

    background(150);

    text("Welcome to Honkerville!", width/2, height/2-280);

    text("Each Honker that chases you makes a sound.", width/2, height/2-230);

    text("Your sound must match the Honker's sound", width/2, height/2 -150);

    text("before you touch it.", width/2, height/2-126);

    text("Move with the arrow keys.", width/2, height/2-50);

    text("Change your sound by hitting", width/2, height/2);

    text("number keys 1, 2, or 3.", width/2, height/2+24);

    text("Try out some sounds now by hitting 1, 2, or 3.", width/2, height/2 + 65);

    text("When you switch sounds during the game,", width/2, height/2+148);

    text("you'll open your mouth and make that sound.", width/2, height/2+172);

    text("Hit return to start the game.", width/2, height/2+220);

  }

​

  //  Game play

  else if (gameMode === 1 || gameMode === 2) {

    background(0);

    fill(0);

    stroke(255, 0, 0);

    strokeWeight(4);

    rect(0, 0, width, height);

    noStroke();

    fill(255);

    text("Score: " + score, 500, 36);

​

    if (gameMode === 1) {

      fill(255);

      text("Score: " + score, 500, 36);

      text("Your current sound is the " + soundName, width/2, height - 20);

​

      richie.move();

      richie.display();

​

      //need to make sure Honkers won't cover each other;

      //include if statement here to prevent overlap before implementing their normal move functions

      //section below determines where the honkers will go

      for (let a = 0; a < honker.length-1; a++) {//this compares all the honkers

        for (let b = a+1; b < honker.length; b++) { //against all the other ones

          if (honker[a].alive && (honker[a].x < richie.x) && (abs((honker[a].x + honker[a].xSpeed) - honker[b].x) < 40)) { // comparing when honker to left of richie;

            //if they would be less than 30 px apart after their next move, honker[a] won't move

            // note, may be more appropriate actually to check all comparisons, since using potential moves 

            honker[a].xPause = true;

          }

​

          if (honker[a].alive && honker[a].x > richie.x && abs((honker[a].x - honker[a].xSpeed) - honker[b].x) < 40) { // comparing when honker to the right of richie

            // if they would be less than 30 px apart after their next move, honker[a] won't move

            // note, may be more appropriate actually to check all comparisons, since using potential moves 

            honker[a].xPause = true;

          }

​

          if (honker[a].alive && honker[a].y < richie.y && abs((honker[a].y + honker[a].ySpeed) - honker[b].y) < 40) { // comparing when honker above richie;

            //if they would be less than 30 px apart after their next move, honker[a] won't move

            // note, may be more appropriate actually to check all comparisons, since using potential moves 

            honker[a].yPause = true;

            }

​

          if (honker[a].alive && honker[a].y > richie.y && abs((honker[a].y - honker[a].ySpeed) - honker[b].y) < 40) { // comparing when honker below richie

            // if they would be less than 30 px apart after their next move, honker[a] won't move

            // note, may be more appropriate actually to check all comparisons, since using potential moves 

            honker[a].yPause = true;

          }

        }

      }

​

      for (let i = 0; i < honker.length; i++) {

        //this draws all the honkers

        honker[i].moveX();

        honker[i].moveY();

        honker[i].display();

        honker[i].xPause = false;

        honker[i].yPause = false;

​

        //characters make contact

        let distance = int(dist(honker[i].x, honker[i].y, richie.x, richie.y));

        if (distance < 65) {

​

          // when Richie touches a Honker, this stores which one

          contactedHonker = i;

​

          // if the sounds don't match, Richie dies, the game ends

          if (richie.sound !== honker[i].sound) {

            gameMode = 2;

          }

​

          // if the sounds match, the Honker dies

          if (richie.sound === honker[i].sound) {

            honker[i].alive = false;

            deadHonkerCounter = 0;

            score += 1;

​

            // need to determine whether there are no more honkers

            // if the last Honker just died, enter gameMode 2 no matter whether you won or lost

            for (let j=0; j<honker.length; j++) {

              if (honker[j].alive == false) {

                deadHonkerCounter++;

              }

            }

            if (deadHonkerCounter == honker.length) {

              gameMode=2;

            }

          }

        }

      }

    }

​

    else if (gameMode===2) {

      for (let i = 0; i < honker.length; i++) { //kills all Honkers so sound stops repeating

        honker[i].alive = false;

      }

​

      if (richie.sound==honker[contactedHonker].sound) {

        //victory image here?

        text("You win!", width/2, height/2);

        text("Your score so far is " + score, width/2, height/2+24);

        text("Press S to keep going.", width/2, height/2+72);

        wonLastGame = true;

      }

      if (richie.sound!=honker[contactedHonker].sound) {

        fill(255);

        text("Sorry, you lose -- try again!", width/2, height/2);

        text("Press S to start a new game.", width/2, height/2+24);

        wonLastGame = false;

      }

    }

  }

}

​

//changing the sound that Richie makes

//Richie plays that sound

function keyPressed() {

  if (getAudioContext().state !== 'running') {

    getAudioContext().resume();

  }

  //starting game

  if (keyCode === ENTER || keyCode === RETURN) {

    gameMode = 1;

  }

  //number keys control the sound Richie makes

  else if (key === '1' || key === '2' || key === '3') {

    if (gameMode === 2) {

      return;

    }

    richie.mouthOpen = true;

    richie.timeOpenCurrent = millis();

​

    if (key === '1') {

      richie.sound = 1;

      richie.timeMouthOpen = 400;

      soundHonk.play();

      soundName = "honk";

    }

    else if (key === '2') {

      richie.sound = 2;

      richie.timeMouthOpen = 1070;

      soundBoing.play();

      soundName = "boing";

    }

    else if (key === '3') {

      richie.sound = 3;

      richie.timeMouthOpen = 750;

      soundNoisemaker.play();

      soundName = "noisemaker";

    }

​

  }

  //restarting game if desired

  else if (key === 's' || key === 'S') { 

    richie.reset();

    soundName = "honk";

    for (let i = 0; i < honker.length; i++) {

      honker[i].reset();

      if (wonLastGame) {

        honker[i].xSpeed += 0.2; //honkers speed up on replay if prior game was a winner

        honker[i].ySpeed += 0.2; //honkers speed up on replay if prior game was a winner

      }

      if (!wonLastGame) {

        let randomSpeed = random(0.4, 1.2);

        honker[i].xSpeed = randomSpeed;

        honker[i].ySpeed = randomSpeed;

        score = 0;

      }

    }

    gameMode = 1;

  }

}