The Curve (v0.0.1) - OpenProcessing

main
Section
tab
clicker
currencies
xxxxxxxxxx
 
let ambi;
function preload() {
  font = loadFont('SomeTypeMono.ttf');
  
  soundFormats('mp3');
  ambi = loadSound('Surreal');
}
​
let introBG;
let isInIntro = true;
let tabDiv = 2; // 2
let tabbedSection;
let mainClicker;
let deltaTick = 0;
function setup() {
  createCanvas(windowWidth, windowHeight);
  textFont(font);
  gameInit();
}
​
function resetCurrencies() {
  storeItem('c_main', 0);
  storeItem('c_gear', 0);
  storeItem('c_pro', 0);
  storeItem('c_trans', 0);
  storeItem('c_cons', 0);
  retrieveCurrencies();
  gameInit();
}
function retrieveCurrencies() {
  setCVal(0);
  if (getItem('c_main') !== null) {
    setCVal(getItem('c_main'))
  }
  setCVal(0, 'gear');
  if (getItem('c_gear') !== null) {
    setCVal(getItem('c_gear'), 'gear');
  }
  setCVal(0, 'pro');
  if (getItem('c_pro') !== null) {
    setCVal(getItem('c_pro'), 'pro');
  }
  setCVal(0, 'trans');
  if (getItem('c_trans') !== null) {
    setCVal(getItem('c_trans'), 'trans');
  }
  setCVal(0, 'cons');
  if (getItem('c_cons') !== null) {
    setCVal(getItem('c_cons'), 'cons');
  }
}
​
function saveCurrencies() {
  storeItem('c_main', getCVal());
  storeItem('c_gear', getCVal('gear'));
  storeItem('c_pro', getCVal('pro'));
  storeItem('c_trans', getCVal('trans'));
  storeItem('c_cons', getCVal('cons'));
}
​
function gameInit() {
  introBG = 200;
  background(introBG);
  ambi.stop();
  ambi.loop();
  mainClicker = new Clicker(width / 2, 75, '+', function() {
    incCVal();
  }, 40, color(255));
  
  initialiseSections();
  retrieveCurrencies();
}
​
function renderTopText() {
  fill(255);
  textAlign(CENTER, TOP);
  textSize(24);
  text("You have " + getCVal() + " points", width / tabDiv, 4);
  fill(180);
  textSize(16);
  text("(" + getCPPS() + " points per second and " + getCPPC() + " points per click)", width / tabDiv, 30);
}
​
function renderBottomText() {
  fill(255);
  textAlign(CENTER, BOTTOM);
  textSize(24);
  text("The Curve by Blaster003, forked by no one!", width / tabDiv, height - 4);
  fill(180);
  textSize(16);
  text("(v0.0.1 - Start of a game)", width / tabDiv, height - 30);
}
​
function drawLines(x, y, lines) {
  stroke(255);
  strokeWeight(3);
  for (var connection in lines) {
    connection = lines[connection];
    connected = sections[connection[0]][connection[1]];
    line(x, y, connected.x(sections[connection[0]].length, connection[1]), connected.y(sections.length));
  }
}
​
function calcMaxLayer() {
  for (let layer = sections.length - 1; layer > 0; layer--) {
    for (var section in sections[layer]) {
      if (sections[layer][section].isUnlocked()) {
        return layer + 1;
      }
    }
  }
  return 1;
}
​
function draw() {
  background(introBG);
  renderTopText();
  renderBottomText()
  introBG = lerp(introBG, 20, 0.018);
​
  // clicker
  mainClicker.update();
  
  for (var layer in sections) {
    layer = sections[layer];
    for (var section in layer) {
      thisSection = layer[section];
      if (thisSection.isUnlocked())
        drawLines(thisSection.x(layer.length, section), thisSection.y(calcMaxLayer()), thisSection.linesTo);
    }
  }
  for (var layer2 in sections) {
    layer2 = sections[layer2];
    for (var section2 in layer2) {
      if (layer2[section2].isUnlocked())
        layer2[section2].update(layer2.length, calcMaxLayer(), section2);
    }
  }
  if (tabbedSection) {
    sections[tabbedSection[0]][tabbedSection[1]].updateTab();
  }
  
  // pps
  if (getCPPS() < frameRate() && getCPPS()) {
    if (BigInt(round(deltaTick)) >= BigInt(1000) / getCPPS()) {
      addCVal(1);
      deltaTick = 0;
    }
  } else {
    addCVal(BigInt(round(deltaTime)) * getCPPS() / BigInt(1000));
  }
  
  saveCurrencies();
  
  deltaTick += deltaTime;
  
}
​
let resetThingy = false;
function keyTyped() {
  if (key === 'r') {
    if (resetThingy) {
      resetThingy = false;
      resetCurrencies();
      print('[RESET] Reset!');
    } else {
      print('[RESET] Are you sure? Press R again to confirm or Q to exit out of this dialogue.');
      resetThingy = true;
    }
  }
  if (key === 'q') {
    if (resetThingy) {
      resetThingy = false;
      print('[RESET] No reset done!');
    }
  }
}