Viewing Program

Program Data

Program thumbnail for "{props.program.title}"

Title	Drones [Game]
ID	4514301522001920
Created	3 years ago, 1638200790085
Updated	3 years ago, 1645634073099
Code	/** * Welcome to Drones! * My second completed game! * * @Released: * 11/29/21 * * I spent in total about two weeks working on this. I've decided to not use the thumbnail for now. * * @Leaderboard: * Tell me your score and code to get added! Try to beat my time of 511 seconds! * gabe - 228.9 * Equinox101 - 257.5 * Connor Donovan - 335.1 * Psychic 𝓕𝓞𝓧 Productions - 345.7 * weaverwy - 354.3 * Brandon :P - 363.8 * FundaysWithFox - 365.7 * Ganoojjee - 367.9 * CanonRouge24 - 368 * Liam O'Brien - 369 * Jaden Dombak - 371.1 * Pete'sMKSE - 372.4 * Shiva - 390.2 * OrangesAreCool - 390.4 * choco - 407.4 * Mojo1000 - 408.2 * Hudson H. - 425.6 * wolf 🐺 coding gaming - 442.7 * Art Guy - 443.1 * 195393 - 453.8 * \|\| Jenny \|\| - 456.9 * dwagner - 463.2 * James M. - 468.9 * Naylan M. - 470.3 * Brandon Miles - 477.2 * Aidan Pincin - 480.2 * doggod35 - 484.9 * Legolordoftherings - 488.4 * angle - 488.6 * even.wheeler - 496.4 * mldamaschke - 499.2 * 60966 - 511.5 * Cooocooooo - 512.2 * Leafer Gaming - 517.5 * TMH - 524.2 * BaNana48 - 525.1 * Hello World! - 527.8 * grindran000 - 533.2 * Andrew Chian - 533.4 * Mason Goerke - 534.4 * Velociraptor105 - 568 * Elijah, 571.4 * The Lich King - 572.6 * Vertex Ninja(NV) - 586.8 * temptest1 - 589.9 * Dr Cirrus - 646 * ᗠ⚉⫙𝖎∏𝖎ር 匸ℏລn - 699.4 * Draykan Spackman - 669.9 * Birdwatcher14 - 711.6 * HUBERTL - 716.6 * Tator - 723.4 * deepulachu - 767.5 * Cael Boe447 - 872.2 * takis - 1241.6 * Hypar✨(Kam) - 1335.2 * LucasK - 1522.2 * thechamp - 2178.9 * chris - 2126.6 * * @Bugs: * If it ever seems like your bullets go through the drones, just progress through the tutorial. It is intentional and is just for pacing. * Scoring system does not work (sometimes) - resolved? Tell me if it still does not happen. * Pausing breaks the game (sometimes) - in progress * * @Credits: * Thank you to my playtesters, Kopter Coding (@KopterC), 21262 (@Y21262), and BrenErso (@BrenErso) for your input and feedback! * * Thank you Hypar✨(Kam) for creating more cards and allowing me to implement them! * * Thank you to KWC (@MKaelin368) for optimization tips! * * Thank you to both Lary Serflaten (@LarrySerflaten) and KWC for helping me figure out why an issue happened. * * @Explanations_Of_Jokes: { * * !SPOILERS BELOW! * * This shows how much random stuff I know. * * @Death_Messages: { * Try not to use outer extremities to topple liquid containers. This means 'Kick the bucket' which is a term meaning 'to die.' The outer extremities to topple part refers to the kick part because you kick with your leg which is an outer extremity. When you kick something, you knock it over, hence topple. Buckets are generally used to hold a liquid which is why I have the liquid part * * You chewed particles with a low settling velocity. This means 'you bit the dust.' Dust, I believe, is defined as a small particle with a low settling velocity. * * Don't shake a doormat before 8am in London. It's a weird law in London where you can get fined if you shake a doormat before 8am. Not necessarily death but it's odd so I encluded it. * * At least you weren't defenestrated. Defenestrated means to be thrown from a window which is a bad way to go in my opinion. * * The difference between a ditch and a grave is only a few feet. This is really dark and I did not come up with it. A ditch is a dip in the ground and a grave is several feet underground (generally 6 because that's when animals will stop trying to get at it). * * Mahler's Symphony No. 1, Third Movement. It's a funeral march based on the folk song Fera Jacka (Brother John in English) but in the minor key. * } * * @Card_Names: { * Anaerobic Exercise - improves cardiovascular health so that's why it improves the player's health * * Appendectomy - surgical removal of the appendix. That means you weigh less and therefore, the player is slightly faster * * Adrenaline - when you are in a dangerous or exciting situation, adrenaline makes your reflexes quicker, endurance longer and more. So, when your health gets low, your reload gets faster * * Bartering - the process of giving one item for another (trading) * * Calluses - thicker skin caused by a large amount use of it. It's harder to puncture * * European Outlets - outlets in Europe have a larger voltage output than other countries. The more energy, the larger the EMP field * * Embiggen - informally means to enlarge * * Halitosis - means bad breath * * Phoenix - mythological creature that gets reborn every few centries * * Spider! - people jump when they get scared. Since there isn't a jump in the game, a dash is the best next thing * * Super Hot - video game where time moves as you move * * Vegetables - improves health in several ways * * Vampire - commonly used to represent 'life-steal' * * } * } * * It appears that I do not have ethos as part of my rhetoric yet. * * @Log: { * 12/1/21 - about 127 votes. Nice, a palendrome as the date * 12/2/21 - 151 votes. Yay! 150 votes was my goal. Nice, a palendrome as the date * } / // jshint ignore:start frameCount = 0; var restarted = restarted \|\| false; if (!restarted) { restarted = true; Program.restart(); } // Allows the transition to load // AILEPS part one var loadErr = loadErr; var tryNum = tryNum \|\| 0; if (loadErr) { println(loadErr); switch(tryNum) { case 1: println('First retry'); break; case 2: println('Second retry'); break; } } var clicked = false; var pProjectiles = []; // Player's bullets var projectiles = []; // Drones bullets var grenades = []; // Player's grenades var spawnTimer = -1; // When a new spawn point can be created var spawnNum = 0; // How many times a spawn point can be created var roundNum = 0; // What round you are on var rNum = 0.4; // Used in the r function var settings = { maxDrone: 5, maxSpawn: 5, spawnAmount: 5, spawnNum: 1, spawnTimer: 1500, reloadSpeed: 50, health: 100, aggressive: 0, turnSpeed: 3, acceleration: 0.1, empRad: 50, pD: 10, pr: [], topSpeed: 3.5, specialReload: 500, projectileSpeed: 1, }; var scene = 'loading'; // What scene the game is on var keyCodes = []; // Keys that are being pressed var updates = [ 'More drones can spawn now.', 'More drones can spawn now.', 'More drones can spawn now.', 'Drones will randomly become directly\naggressive', 'Drones are more likely to become directly\naggressive', 'Many more drones can spawn now.', '', 'Drones are more likely to become directly\naggressive', '', 'Drones are more likely to become directly\naggressive', ]; // Updates between rounds var progression = [ function() { settings.spawnAmount = 5droneMult; settings.maxDrone = 10droneMult; settings.maxSpawn = 5droneMult; settings.spawnNum = 2; }, function() { settings.spawnAmount = 8droneMult; settings.maxDrone = 15droneMult; settings.maxSpawn = 10droneMult; }, function() { settings.spawnAmount = 15droneMult; settings.maxDrone = 15droneMult; settings.maxSpawn = 15droneMult; settings.spawnNum = 3; }, function() { settings.aggressive = 0.1; settings.spawnAmount = 10droneMult; settings.maxDrone = 20droneMult; settings.maxSpawn = 15droneMult; }, function() { settings.aggressive = 0.2; settings.spawnAmount = 10droneMult; settings.maxDrone = 20droneMult; settings.maxSpawn = 15droneMult; }, function() { settings.maxDrone = 30droneMult; settings.maxSpawn = 20droneMult; settings.spawnAmount = 10droneMult; }, function() { settings.maxSpawn = 30droneMult; settings.spawnAmount = 30droneMult; settings.maxDrone = 30droneMult; }, function() { settings.aggressive = 0.4; settings.spawnAmount = 10droneMult; settings.maxDrone = 30droneMult; settings.maxSpawn = 30droneMult; settings.spawnTimer = 700; settings.spawnNum = 2; }, function() { settings.spawnTimer = 500; settings.spawnNum = 2; settings.spawnAmount = 10droneMult; settings.maxDrone = 30droneMult; settings.maxSpawn = 30droneMult; }, function() { settings.aggressive = 0.7; settings.spawnAmount = 10droneMult; settings.maxDrone = 30droneMult; settings.maxSpawn = 30droneMult; } ]; // What gets changed var spaceToggle = false; // Helps allow the spacebar to be pressed and then not trigger again var ts = 1; // Total-speed used for pausing the entire game var ps = 1; // Player-speed used for pausing the player var doSpeed = true; var doSound = true; var sound = getSound("rpg/hit-splat"); sound.audio.volume = 0.5; var serif = createFont('Serif'); var tt = 0; var printedCode = false; var droneMult = 1; // Vector library and other helpful functions var add = function(a, b) { return {x: a.x+b.x, y: a.y+b.y}; }; var sub = function(a, b) { return {x: a.x-b.x, y: a.y-b.y}; }; var mult = function(a, scalar) { return {x: a.xscalar, y: a.yscalar}; }; var div = function(a, scalar) { return {x: a.x/scalar, y: a.y/scalar}; }; var vMag = function(a) { return Math.hypot(a.x, a.y); }; var vNorm = function(a) { var m = vMag(a); return {x: a.x/m, y: a.y/m}; }; var dot = function(a, b) { return a.xb.x+a.yb.y; }; var angleBetween = function(a, b) { return acos(dot(a,b)/(vMag(a)vMag(b))); }; var limit = function(v, maxMag) { var multi; var len = vMag(v); if (len <= maxMag) { multi = 1; } else { multi = maxMag/len; } if (multi === multi) { // This seems unnecessary but it checks if it is NaN return multi; } else { return 1; } }; function closestPoint(x1, y1, x2, y2, cx, cy, r) { var distX = x1 - x2; var distY = y1 - y2; var len = Math.sqrt((distXdistX) + (distYdistY)); // The length of the line var dotP = (((cx-x1)(x2-x1)) + ((cy-y1)(y2-y1)))/(lenlen); // The dot product // Find the closest point var closestX = x1 + (dotP (x2-x1)); var closestY = y1 + (dotP * (y2-y1)); // If distance between the closest point is less than the radius and the point is on the line, return true return Math.sqrt((closestX-cx)(closestX-cx)+(closestY-cy)(closestY-cy)) < r && dot(vNorm(sub({x: closestX, y: closestY}, {x:x2,y:y2})), vNorm(sub({x:x1,y:y1}, {x:x2,y:y2}))) > 0 && dot(vNorm(sub({x: closestX, y: closestY}, {x:x1,y:y1})), vNorm(sub({x:x2,y:y2}, {x:x1,y:y1}))) > 0 ? {collided: true, x: closestX, y: closestY} : {collided: false, x: closestX, y: closestY}; } // Closest point on a line var deepCopy = function(arr) { var newArr = []; for (var i = 0; i < arr.length; i ++) { if (arr[i] instanceof Array) { newArr[i] = deepCopy(arr[i]); } else { newArr[i] = arr[i]; } } return newArr; }; var New = function(obj, args) { var r = Object.create(obj.prototype); // Creates a new object with the constructor's prototype obj.apply(r, args \|\| []); // Says to look inside the constuctor and replace every 'this' with r and give that new function the arguments return r; }; var ran = function() { rNum = 4rNum(1-rNum); return ~~(rNum50); }; // Used for the voronoi diagram (background) var nodes = [ {x: random(200), y: random(200)}, {x: random(width-200, width), y: random(200)}, {x: random(200), y: random(height-200, height)}, {x: width/2+random(-50,50), y: height/2+random(-50,50)}, {x: random(width-200, width), y: random(height-200, height)} ]; // Nodes var sorter = function(a,b) { return a.dist-b.dist; }; // Sorts based on distance to a node var comp = 0; var maxComp = 26; var loadFill = 100; var drawPercent = function() { pushStyle(); background(242); noStroke(); fill(69); ellipse(width/2, 150, 150, 2); ellipse(width/2, 350, 150, 2); pushMatrix(); translate(width/2, height/2); scale(4); noStroke(); fill(69); ellipse(0,0,39, 39); strokeCap(SQUARE); strokeWeight(4.75); stroke(50, 142, 235); var tDist = map(comp, 0, maxComp-1, 0, 180); arc(0, 0, 27, 27, -tDist-90, tDist-90); noStroke(); if (tDist > 110) { loadFill += (255-loadFill)/2; } fill(50, 142, 235, loadFill); ellipse(0,0, 15, 15); strokeWeight(1); popMatrix(); textFont(serif); textAlign(CENTER); textSize(20); fill(69); text(~~(comp/(maxComp-1)100)+'% Loaded', width/2, 385); popStyle(); comp ++; }; smooth(); loadPixels(); var data = imageData.data; // Get all of the image data that the background will be on // Variables for images var healthBack, card, bg, highlight, shade, plus, blank = get(0,0); var images = [ function() { if (frameCount === 21) { updatePixels(); bg = get(); drawPercent(); return true; } else { drawPercent(); } for (var i = (frameCount-1)(height/20); i < (frameCount)(height/20); i ++) { for (var j = 0; j < width; j ++) { var dists = []; for (var n = 0; n < nodes.length; n ++) { dists.push({dist: Math.sqrt((j-nodes[n].x)(j-nodes[n].x)+(i-nodes[n].y)(i-nodes[n].y)), n:n}); } dists.sort(sorter); var col = dists[0].n === 0 ? 220 : dists[0].n === 1 ? 230 : dists[0].n === 2 ? 235: dists[0].n === 3 ? 240 : 225; data[((i)height+j)4] = col; data[((i)height+j)4+1] = col; data[((i)height+j)4+2] = col; } } }, function() { var healthScale = width/150; background(0,0); noStroke(); fill(89, 89, 89); rect(0, 0, 150healthScale, 14healthScale+1, 30, 30, 0, 0); fill(69); rect(0, 14healthScale, 150healthScale, 14healthScale, 0, 0, 30, 30); healthBack = get(0,0, width, 28healthScale); drawPercent(); return true; }, function() { // Card background(0,0); strokeWeight(2); stroke(104,118,148); fill(141,162,180); rect(0,0,120,180, 10); noStroke(); fill(69); ellipse(60, 165, 110, 2); ellipse(60, 135, 110, 2); ellipse(60, 20, 110, 2); card = get(); drawPercent(); return true; }, function() { // Highlight background(30); var img1 = get(); background(0,0); fill(255, 255, 255); ellipse(width/2, height/2, 50, 50); var img2 = get(); if (img2) { img2.mask(img1); } highlight = img2; drawPercent(); return true; }, function() { // Shade for highlight background(0,0); noStroke(); fill(0,30); rect(0,0,width,height); shade = get(0,0,width, height); drawPercent(); return true; }, function() { // Plus pushStyle(); background(0,0); rectMode(CENTER); noStroke(); fill(145, 235, 42); rect(11, 11, 20, 6, 5); rect(11, 11, 6, 20, 5); popStyle(); plus = get(0, 0, 22, 22); drawPercent(); return true; }, ]; // Functions for creating images var dMsgs = [ '\n\n\nBetter luck next time.', '\n\n\nThat\'s unfortunate.', '\n\n\nThere are enough cards to go again.', '\0\n\n\n\nTry not to use outer extremities to topple\nliquid containers.', // (kick the bucket) '\n\n\nOh no!', '\n\n\nYou chewed particles with a low settling velocity...', // (Bit the dust) '\n\n\nDon\'t shake a doormat before 8am in London.', // You can actually get fined for that '\n\n\nAt least you weren\'t defenestrated.', // Defenestrated means to be thrown from a window '\0\n\n\n\nThe difference between a ditch and a grave\nis only a few feet.', // Wow, that's dark. '\n\n\nMahler\'s Symphony No. 1, Third Movement.', // It's a funeral march. No one is going to get that. ]; // Death messages var monoBold = createFont('Monospace Bold'); var cards = []; // Current three cards var tToggles = {}; // Togglable states var tutorial = { active: !false, // Is it currently doing stuff? messages: [ 'Hello! I\'m a disembodied voice.\n(press /alt/ to continue)', 'You can use the /up arrow/ or /w/ to accelerate. Try it.', 'Use the /down arrow/ or /s/ to slow down.', 'To turn, use the /left/ and /right arrows/ or /a/ and /d/.','Play around with the controls until you feel\ncomfortable to move on. It can be confusing\nat first.', 'Do you see those /bars/ in the bottom left?', 'The /red/ bar is your /health/. Don\'t let it run out.', 'Likewise, the /blue/ bar is your /reload/.', 'Speaking of which, try /clicking/.', 'Those are your /projectiles/ and they have a use.', 'Those are /drones/. They prefer to stay in /swarms/.', 'Try /shooting/ at one.', 'What your projectile just created was an /EMP field/.', 'Any /drone/ that enters it will be /disabled/.', 'Your goal is to disable /all/ of the drones\n(continue reading).', 'Beware that there can be multiple /waves/.', 'The drones /fight back/. Avoid them and their\nprojectiles.', 'That\'s all I have to say for now, go!', '', 'One last thing, you can press the /pause button/ in\nthe upper lefthand corner or /p/ to pause\nthe game.', '\n\nThere\'s generally an /update/ about what changed here:', '\0Also, try /hovering/ over this /infocard/ -->', 'After you choose a /card/, you go into the next /round/.', '', 'Nice choice! Those special cards can help a lot.\n\nP.S. I\'ll pause the game when I have something\nworth listening to.', 'They also have a /cool down/ which is in the\n/bottom right/.', 'When the dot in the /center/ is /bright/,\nit is ready to be used again.', 'After you choose a /card/, you go into the next /round/.\nSince I\'m talking, press /alt/ to start.', '', 'It looks like this one\'s gone rouge.', '', dMsgs[~~random(dMsgs.length)] ], // All the things that the tutorial says message: 0, // Which message the tutorial is on cm: '', // Current message trans: 255, // Text transparency transTimer: 0, // Used for transitioning from opac to transparent repeating: false, // Is it transitioning? next: function() { tutorial.repeating = true; // Start transitioning tutorial.trans = (Math.cos(tutorial.transTimerDEG_TO_RAD)+1)/2255; // What the fill transparency should be at different timer amounts tutorial.transTimer += 7.5; // Increase the timer if (tutorial.transTimer === 180) { // If halfway done if (arguments[0] === undefined) { // If no arguments tutorial.message ++; // Just increase the message by one } else { tutorial.message = arguments[0]; // Otherwise change the message to the one in the arguments } } if (tutorial.transTimer === 360) { // If finished tutorial.repeating = false; // No longer transitioning tutorial.transTimer = 0; // Reset the transparency timer return; } if (tutorial.repeating) { // If transitioning setTimeout(tutorial.next, 60/1000, arguments[0]); // Repeat and pass in the same arguments } }, run: function() { pushStyle(); textFont(monoBold, 15); var totalH = 0; // Total height. Accumulative for (var k = 0; k < this.messages[this.message].length; k ++) { var cm = this.messages[this.message][k]; // Get the text to display var totalLen = 0; // Total length of the string for (var i = 0; i < cm.length; i ++) { // Go through the subsections totalLen += cm[i].length; // Increase the total length by that subsection } var offSet = width/2-totalLen7.5(3/5); // Total offset var currentLen = 0; // Current length of the string for (var i = 0; i < cm.length; i ++) { var subLen = 0; // Which character to be on if (cm[i].startsWith('\0')) { // Says 'if there is a null character at the beginning of the string, go back to the top of the canvas' totalH = -1.5; // Set total height to top } if (i % 2 === 0) { // Every other section: fill(69, this.trans); // Fill gray } else { fill(50, 142, 235, this.trans); // Fill blue } for (var j = 0; j < cm[i].length; j ++) { text(cm[i][j], offSet+(currentLen+subLen)15(3/5), 60+totalH25+Math.sin((frameCount+(currentLen+j)5)DEG_TO_RAD)5); // Draw the text to the screen subLen ++; } currentLen += !currentLen ? cm[i].length : cm[i].length; } totalH ++; } popStyle(); if (this.message >= 8) { tToggles.shoot = true; } }, }; // Organize (function() { for (var i = 0; i < tutorial.messages.length; i ++) { tutorial.messages[i] = tutorial.messages[i].split('\n'); // Split into the rows for (var j = 0; j < tutorial.messages[i].length; j ++) { tutorial.messages[i][j] = tutorial.messages[i][j].split('/'); // Split into the colors } } })(); (function() { for (var i = 0; i < dMsgs.length; i ++) { dMsgs[i] = dMsgs[i].split('\n'); // Split into the rows for (var j = 0; j < dMsgs[i].length; j ++) { dMsgs[i][j] = dMsgs[i][j].split('/'); // Split into the colors } } })(); // Transition between scenes var transition = { active: false, // Is it active? go: null, // Where to go tX: -410, // Transition X toggle: true, halted: false, // Stopped? run: function() { // Graphics noStroke(); fill(242); rect(this.tX, 0, width+5, height); strokeWeight(10); stroke(104,118,148); line(this.tX, 0, this.tX, height); line(this.tX+width+5, 0, this.tX+width+5, height); strokeWeight(1); if (this.tX < -3) { // Before covering the screen this.tX += (-this.tX)/10; } else if (this.tX < width+10) { // If not finished covering the screen this.tX += (width+10-this.tX)/10; } if (this.tX > -3 && this.toggle) { // If covering the screen scene = this.go; // Change scene this.toggle = false; // Says not to do this again spawnNum = 0; // Reset the spawn number if (this.go === 'play') { // If going to the game drones.length = 0; projectiles.length = 0; pProjectiles.length = 0; for (var i = 0; i < 3; i ++) { // Change the cards cards[i].next(); } } reset(); // Reset everything } if (this.tX > width+5) { // If finished, reset this.active = false; this.tX = -410; this.toggle = true; } }, }; var shakeX = 0; var shakeY = 0; var shakes = []; var Shake = function(strength) { this.strength = strength \|\| 10; this.run = function(index) { translate(shakeX, shakeY); shakeX = random(-this.strength/4, this.strength/4); shakeY = random(-this.strength/4, this.strength/4); this.strength -= 0.5; if (!this.strength) { // Self destruct shakes.splice(index, 1); } }; }; // Particle system. Thank you to Kopter Coding (@KopterC) for first introducing me to particle pooling! var PSystem = function(pSettings) { this.active = []; // Active particles this.inactive = pSettings.parts \|\| []; // Inactive particles this.image = blank; // How the particles look this.add = pSettings.add; // How to add particles this.update = pSettings.update; // How to update the particles this.reset = pSettings.reset; // How to reset the particles this.extra = pSettings.extra; // Just an extra variable this.spawnTimer = pSettings.spawnTimer; // How often to spawn this.go = false; // Is it running? this.run = function(pos) { pushStyle(); for (var i = this.active.length-1; i >= 0; i --) { var part = this.active[i]; pushMatrix(); // Do visuals translate(part.x, part.y); rotate(part.rot); tint(255, 255, 255, part.trans); image(this.image, -this.image.width/2, -this.image.height/2); noTint(); popMatrix(); // Update particle this.update(part); part.life -= part.lifeSpeed; if (part.life < 0) { // If expired, reset and remove var removed = this.active.splice(i, 1)[0]; this.inactive.push(removed); } } if (this.spawnTimer < 0 && this.go) { // If it's time to spawn a new particle this.spawnTimer = pSettings.spawnTimer; this.add(pos); // Add one } this.spawnTimer --; popStyle(); }; this.prime = function() { for (var i in this.inactive) { var part = this.inactive[i]; tint(255, 255, 255, 255); image(this.image, 1000, 1000); noTint(); } }; }; var healthSystem = New(PSystem, [{ parts: (function() { // Create a five long array with the particles var arr = []; for (var i = 0; i < 5; i ++) { var angle = random(0, 360); arr.push({ x: width/2+Math.cos(angleDEG_TO_RAD)random(30, 70), y: height/2+Math.sin(angleDEG_TO_RAD)random(30, 70), rot: 0, trans: 255, lifeSpeed: random(0.006, 0.009), life: 1 }); } return arr; })(), update: function(self) { self.rot += 1/5; self.trans = Math.sin(self.life180DEG_TO_RAD)255; // Fade in and out }, add: function(pos) { // JavaScript is weird in the sense that the 'this' keyword is based on where the function is called. Since this function is called inside the particle system, 'this' references the particle system's 'this' if (this.active.length < 5) { var added = this.inactive.splice(0, 1)[0]; // Grab particle this.reset(added, pos); // Reset Particle this.active.push(added); // Add particle } }, reset: function(self, pos) { // Reset every thing this.extra += random(45, 270); self.x = pos.x+Math.cos(this.extraDEG_TO_RAD)random(30, 70); self.y = pos.y+Math.sin(this.extraDEG_TO_RAD)random(30, 70); self.rot = random(0, 360); self.trans = 0; self.lifeSpeed = random(0.006, 0.009); self.life = 1; }, spawnTimer: 50, extra: 0, }]); var drones = []; var shrapnelAngle = 30; var Projectile = function(x, y, angle, type) { this.x = x; this.y = y; this.angle = angle; this.velocity = {x: Math.cos(this.angleDEG_TO_RAD)6, y: Math.sin(this.angleDEG_TO_RAD)6}; this.type = type; this.active = false; this.speed = 6; this.empCir = 5; this.collisionPos = {}; this.life = 100; this.update = function() { this.x += this.velocity.xsettings.projectileSpeed(type === 'player' ? ps : ts); this.y += this.velocity.ysettings.projectileSpeed(type === 'player' ? ps : ts); if (this.active) { this.x = this.collisionPos.x; this.y = this.collisionPos.y; } }; this.display = function() { noStroke(); fill(69); if (this.type === 'drone') { pushMatrix(); translate(this.x, this.y); rotate(this.angle+90); rect(0, 0, 3, 5, 5); popMatrix(); } else { ellipse(this.x, this.y, settings.pD, settings.pD); } this.velocity = mult(this.velocity, limit(this.velocity, 6)); // Limits the velocity }; this.collided = function(index, dx,dy) { if (!this.active) { this.collisionPos.x = dx; this.collisionPos.y = dy; } this.active = true; strokeWeight(this.life/30); noFill(); stroke(14, 105, 196); ellipse(this.x, this.y, this.empCir, this.empCir); this.empCir += (settings.empRad-this.empCir)/30; this.life -= 1; if (!this.life) { pProjectiles.splice(index, 1); // Removes itself } strokeWeight(1); }; }; var Spread = function(x, y, angle) { // Subtle changes in code make object inheritance off of Projectile not effective this.x = x; this.y = y; this.angle = angle; this.velocity = {x: Math.cos(this.angleDEG_TO_RAD)6, y: Math.sin(this.angleDEG_TO_RAD)6}; this.active = false; this.speed = 6; this.empCir = 0; this.collisionPos = {}; this.life = 100; this.update = function() { this.x += this.velocity.xsettings.projectileSpeedps; this.y += this.velocity.ysettings.projectileSpeedps; if (this.active) { this.x = this.collisionPos.x; this.y = this.collisionPos.y; } }; this.display = function() { noStroke(); fill(69); ellipse(this.x, this.y, settings.pD, settings.pD); this.velocity = mult(this.velocity, limit(this.velocity, 6)); // Limits the velocity }; this.collided = function(index, dx,dy) { if (!this.active) { this.collisionPos.x = dx; this.collisionPos.y = dy; } this.active = true; this.life -= 1; if (!this.life) { pProjectiles.splice(index, 1); // Removes itself } strokeWeight(1); }; }; var Shrapnel = function(x, y, angle) { this.x = x; this.y = y; this.angle = angle; this.velocity = {x: Math.cos(this.angleDEG_TO_RAD)6, y: Math.sin(this.angleDEG_TO_RAD)6}; this.active = false; this.speed = 6; this.empCir = 0; this.collisionPos = {}; this.life = 20; this.update = function(index) { this.x += this.velocity.xsettings.projectileSpeedps; this.y += this.velocity.ysettings.projectileSpeedps; if (this.active) { this.x = this.collisionPos.x; this.y = this.collisionPos.y; } this.velocity = mult(this.velocity, 0.9); if (this.life < 0) { pProjectiles.splice(index, 1); } this.life --; }; this.display = function() { fill(69, map(this.life, 0, 20, 0, 255)); pushMatrix(); translate(this.x, this.y); rotate(this.angle+90); rect(0, 0, 3, 5, 5); popMatrix(); this.velocity = mult(this.velocity, limit(this.velocity, 6)); // Limits the velocity }; this.collided = function(index, dx,dy) { if (!this.active) { this.collisionPos.x = dx; this.collisionPos.y = dy; } this.active = true; this.life -= 1; if (!this.life) { pProjectiles.splice(index, 1); // Removes itself } strokeWeight(1); }; }; var Grenade = function(x, y, angle) { this.x = x; this.y = y; this.angle = angle; var pDist = Math.hypot(mouseX-p.pos.x, mouseY-p.pos.y); this.velocity = {x: Math.cos(this.angleDEG_TO_RAD)(pDist/30), y: Math.sin(this.angleDEG_TO_RAD)(pDist/30)}; this.active = false; this.speed = 6; this.empCir = 0; this.collisionPos = {}; this.life = 70; this.update = function(index) { this.x += this.velocity.xsettings.projectileSpeedps; this.y += this.velocity.ysettings.projectileSpeedps; if (this.active) { this.x = this.collisionPos.x; this.y = this.collisionPos.y; } this.life -= ps; if (this.life < 50) { this.velocity = mult(this.velocity, 0.9); } if (this.life < 0) { for (var a = 0; a < 360; a += shrapnelAngle) { pProjectiles.push(New(Shrapnel, [this.x, this.y, a, 'player'])); } shakes.push(New(Shake, [7])); grenades.splice(index, 1); } }; this.display = function() { noStroke(); fill(69); ellipse(this.x, this.y, settings.pD, settings.pD); }; }; var burst = { active: false, spawned: 0, timer: 0, run: function() { if (this.timer < 0) { pProjectiles.push(New(Projectile, [p.pos.x, p.pos.y, atan2(mouseY-p.pos.y, mouseX-p.pos.x), 'player'])); // Creates a new projectile for the player this.spawned ++; this.timer = 1; } if (this.spawned === 5) { this.active = false; this.spawned = 0; } this.timer -= ps; }, }; var laser = { active: false, timer: 0, lifeTime: 7, heat: 10, run: function() { var mAngle = atan2(mouseY-p.pos.y, mouseX-p.pos.x); for (var i = drones.length-1; i >= 0; i --) { var close = closestPoint(p.pos.x, p.pos.y, p.pos.x+Math.cos(mAngleDEG_TO_RAD)1000, p.pos.y+Math.sin(mAngleDEG_TO_RAD)1000, drones[i].pos.x, drones[i].pos.y, this.heat); if (close.collided && drones[i].age > 100) { drones[i].dead = true; } } strokeWeight(5); stroke(240, 72, 97, 150); line(p.pos.x, p.pos.y, p.pos.x+Math.cos(mAngleDEG_TO_RAD)1000, p.pos.y+Math.sin(mAngleDEG_TO_RAD)1000); strokeWeight(2); stroke(240, 72, 97); line(p.pos.x, p.pos.y, p.pos.x+Math.cos(mAngleDEG_TO_RAD)1000, p.pos.y+Math.sin(mAngleDEG_TO_RAD)1000); if (this.timer < 0) this.active = false; this.timer -= ps; }, }; var freezeReset = function() { if (pause.active \|\| pause.psudo) { setTimeout(freezeReset, 3000); } else { ts = 1; doSpeed = true; } }; var orbs = []; var grün = color(145, 235, 42); var burstShots = 0; var p = { pos: {x: 250, y: 250}, velocity: {x: 0, y: 0}, angle: 0, speed: 0, health: settings.health, r: 12.5, reload: -1, reloadSpeed: settings.reloadSpeed, specials: [], passives: [], topSpeed: 3.5, nullifying: false, halitosis: false, revival: false, revived: false, dodging: false, specialTimer: 0, lastSpeed: 0, fillCol: 100, repairTrans: 0, repairTimer: 0, type: '', special: { cir: 0, cirSize: 200, life: 100, active: false, run: function() { strokeWeight(this.life/30); fill(69, 69, 69, map(this.life, 0, 100, 0, 60)); stroke(156, 156, 156); ellipse(p.pos.x, p.pos.y, this.cir, this.cir); this.cir += (this.cirSize-this.cir)/20; this.life -= 2; if (this.life < 70 && p.specials.includes('dodge')) { p.dodging = false; p.speed = p.lastSpeed; } if (this.life < 0) { this.active = false; this.life = 100; this.cir = 0; p.nullifying = false; p.halitosis = false; } strokeWeight(1); }, }, update: function() { // Outside of the screen boundaries if (this.pos.x > width-this.r) { this.angle = -180-this.angle; this.pos.x = width-this.r-1; } else if (this.pos.x < this.r) { this.angle = -180-this.angle; this.pos.x = this.r+1; } if (this.pos.y > height-this.r) { this.angle = -1; this.pos.y = height-this.r-1; } else if (this.pos.y < this.r) { this.angle = -1; this.pos.y = this.r+1; } if (this.speed < 0) { this.speed = 0; } if (!this.dodging) { this.velocity = {x: Math.cos(this.angleDEG_TO_RAD)this.speed, y: Math.sin(this.angleDEG_TO_RAD)this.speed}; // Velocity is equal to the direction that the player is facing } else { this.velocity = mult(this.velocity, limit(this.velocity,this.speed)); // Limits the velocity } this.pos = add(this.pos, mult(this.velocity, ps)); if (keyCodes[LEFT] \|\| keyCodes[65]) { this.angle += -settings.turnSpeedps; } if (keyCodes[RIGHT] \|\| keyCodes[68]) { this.angle += settings.turnSpeedps; } if (keyCodes[UP] \|\| keyCodes[87]) { this.speed += this.speed < this.topSpeed ? settings.accelerationps : 0; } if (keyCodes[DOWN] \|\| keyCodes[83]) { this.speed += this.speed > 0 ? -settings.accelerationps : 0; } this.reload -= ps; if (this.topSpeed > settings.topSpeed) { // Is the top speed too high? Used for the dodge this.topSpeed -= 0.5ps; this.speed -= 0.5ps; } }, display: function() { var dir = vNorm(sub(this.pos, {x: 0, y: 0})); // Direction that the shadow is facing // Shadow noStroke(); fill(76, 76, 76, 100); ellipse(this.pos.x+dir.x3, this.pos.y+dir.y3, this.r2, this.r2); // Player fill(133, 133, 133); ellipse(this.pos.x, this.pos.y, this.r2, this.r2); strokeWeight(3); stroke(69); line(this.pos.x+Math.cos(this.angleDEG_TO_RAD)(this.r-5), this.pos.y+Math.sin(this.angleDEG_TO_RAD)(this.r-5), this.pos.x+Math.cos(this.angleDEG_TO_RAD)(this.r-3), this.pos.y+Math.sin(this.angleDEG_TO_RAD)(this.r-3)); }, statsDisplay: function() { if (p.health < 0 && p.revival && !p.revived) { // Allows for the player to be revived p.health = settings.health; p.revived = true; } if (this.health <= 0) { transition.go = 'death'; transition.active = true; tutorial.messages[tutorial.messages.length-1] = dMsgs[~~random(dMsgs.length)]; } else if (this.health > settings.health) { this.health = settings.health; } // Health image(healthBack, 10, height-10-18, 150, 19); noStroke(); fill(240, 72, 97); rect(15, height-10-15, p.health(140/settings.health), 7, 30, 30, 0, 0); fill(240-30, 72-30, 97-30); rect(15, height-12-6, p.health(140/settings.health), 6, 0, 0, 30, 30); // Reload image(healthBack, 10, height-50, 150, 19); fill(50, 142, 235); rect(15, height-47, (p.reload < 0 ? 140 : p.reload(140/this.reloadSpeed)), 7, 30, 30, 0, 0); fill(50-30, 142-30, 235-30); rect(15, height-41, (p.reload < 0 ? 140 : p.reload(140/this.reloadSpeed)), 6, 0, 0, 30, 30); // Special reload fill(69); ellipse(width-27,height-27,40,40); strokeCap(SQUARE); strokeWeight(5); stroke(50, 142, 235); var tDist = 360-map(this.specialTimer, 0, settings.specialReload, 0, 360); arc(width-27, height-27, 27, 27, -tDist/2-90, tDist/2-90); noStroke(); if (tDist > 355) { this.fillCol += 260/5ps; } fill(50, 142, 235, this.fillCol); ellipse(width-27, height-27, 15, 15); strokeWeight(1); }, attack: function() { if (this.reload < 0 && (tToggles.shoot \|\| !tutorial.active)) { switch(this.type) { default: pProjectiles.push(New(Projectile, [p.pos.x, p.pos.y, atan2(mouseY-p.pos.y, mouseX-p.pos.x), 'player'])); // Creates a new projectile for the player break; case 'spread': for (var i = 0; i < 5; i ++) { pProjectiles.push(New(Spread, [p.pos.x, p.pos.y, atan2(mouseY-p.pos.y, mouseX-p.pos.x)+random(-7, 7), 'player'])); // Creates a new projectile for the player } break; case 'burst': burst.active = true; break; case 'laser': laser.active = true; laser.timer = laser.lifeTime; break; case 'grenade': grenades.push(New(Grenade, [p.pos.x, p.pos.y, atan2(mouseY-p.pos.y, mouseX-p.pos.x), 'player'])); break; case 'spew': for (var i = 0; i < 10; i ++) { pProjectiles.push(New(Projectile, [p.pos.x, p.pos.y, atan2(mouseY-p.pos.y, mouseX-p.pos.x)+random(-70, 70), 'player'])); } break; } this.reload = this.reloadSpeed; } if (clicked && this.auto) this.fire = !this.fire; }, powers: function() { if (this.specials.length && this.specialTimer < 0) { if (keyCodes[32] && !pause.active && !pause.psudo) { if (!spaceToggle) { this.fillCol = 100; this.specialTimer = settings.specialReload; spaceToggle = true; this.special.active = true; for (var i = 0; i < this.specials.length; i ++) { switch(this.specials[i]) { case 'nullifier': p.nullifying = true; break; case 'halitosis': p.halitosis = true; break; case 'dodge': this.lastSpeed = this.speed; p.dodging = true; p.topSpeed = 15; p.speed = 15; this.velocity = mult(this.velocity,this.speed); break; case 'freeze': if (doSound) { playSound(sound); } ts = 0; doSpeed = false; setTimeout(freezeReset, 3000); break; } } } } else if (spaceToggle) { spaceToggle = false; } } if (this.special.active) { this.special.run(); } if (!tutorial.messages[tutorial.message][0][0].length \|\| !tutorial.active) { for (var i = this.passives.length-1; i >= 0; i --) { switch(this.passives[i]) { case 'health': if (random(500) < 0.3) { orbs.push(New(Orb)); } break; case 'remote': for (var j = pProjectiles.length-1; j >= 0; j --) { var newAngle = vNorm({x: mouseX-pProjectiles[j].x, y: mouseY-pProjectiles[j].y}); pProjectiles[j].velocity = add(pProjectiles[j].velocity, mult(newAngle, 0.1ps)); } break; case 'adrenaline': this.reloadSpeed = map(this.health, 0, settings.health, settings.reloadSpeed-15, settings.reloadSpeed); break; case 'repair': strokeWeight(3); stroke(grün, this.repairTrans2); fill(grün, this.repairTrans); ellipse(this.pos.x, this.pos.y, 150, 150); healthSystem.go = !this.speed; if (this.repairTimer < 0 && (healthSystem.go \|\| healthSystem.active.length)) { healthSystem.run(this.pos); } if (this.speed \|\| this.repairTimer >= 0) { this.repairTrans += -this.repairTrans/5; } else { this.health += 0.02ps; this.repairTrans += (50-this.repairTrans)/5; } if (pProjectiles.length \|\| this.special.active) { this.repairTimer = 50; } this.repairTimer --; break; case 'super hot': if (!pause.psudo && !pause.active) { // Using var, variables are hoisted and initialized to undefined. This means that this is okay as long as this line isn't run before pause's declaration ps = ts = map(this.speed, 0, this.topSpeed, 0.1, 1); } break; } } } this.specialTimer -= ps; }, }; function Orb() { this.pos = {x: random(20, width-20), y: random(20, height-20)}; this.scale = random(10, 20); this.transpar = 0; this.eaten = false; this.display = function() { noStroke(); fill(180, 252, 143, (this.transpar < 100 ? this.transpar : 100)); ellipse(this.pos.x, this.pos.y, this.scale, this.scale); fill(180, 252, 143, this.transpar); ellipse(this.pos.x, this.pos.y, this.scale/2, this.scale/2); }; this.active = function(index) { if (dist(this.pos.x, this.pos.y, p.pos.x, p.pos.y) < p.r && !this.eaten) { p.health += this.scale; this.eaten = true; } // What to do at different transparency levels if (!this.eaten && this.transpar < 255) { this.transpar += 3ts; } else if (this.eaten && this.transpar > 0) { this.transpar -= 6ts; } else if (this.eaten) { orbs.splice(index, 1); } }; } // Resets everything. Has to be hoisted (and therefore JSHint is ignored) function reset() { p.health = settings.health; p.reload = settings.reloadSpeed; p.reloadSpeed = settings.reloadSpeed; p.angle = 0; p.pos = {x: width/2, y: height/2}; p.velocity = {x: 0, y: 0}; p.speed = 0; spawnTimer = -1; orbs.length = 0; } var hoverDamage = 0.3; var colors = [[113,151,195], [139,171,198], [168,189,202], [104,118,148], [141,162,180]]; var Drone = function(position, angle) { this.pos = position; this.col = colors[~~random(colors.length)]; this.velocity = {x:3, y:0}; this.angle = angle; this.speed = 2; this.viewRadius = 70; // How far it can see it any direction this.turnRadius = 10; this.aggressive = false; // Red and directly aggressive? this.dead = false; this.transLife = 255; // Transparency (for death) this.age = 0; this.nullified = false; this.nullTimer = 200; // How long to stay nullified this.update = function(index) { this.pos = add(this.pos, mult(this.velocity, ts)); this.velocity = {x: Math.cos(this.angleDEG_TO_RAD)this.speed, y: Math.sin(this.angleDEG_TO_RAD)this.speed}; var playerDist = dist(this.pos.x, this.pos.y, p.pos.x, p.pos.y); if (p.nullifying && playerDist < p.special.cir/2) { // Is the player nullifying? this.nullified = true; } this.nullTimer = (this.nullified ? this.nullTimer-1 : 200); // Reduce if nullified if (!this.nullTimer) { // If the timer is up this.nullified = false; // No longer nullified } if (p.halitosis && playerDist < p.special.cirSize/2) { var newAngle = atan2(this.pos.y-p.pos.y, this.pos.x-p.pos.x); // Direction to turn this.angle += (newAngle-this.angle)/10ts; // Turn away } if (playerDist < p.r+10 && (tToggles.damage \|\| !tutorial.active) && !pause.active && !pause.psudo && !p.nullifying) { p.health -= hoverDamagets; } if (this.angle < -180) { this.angle = 180; } else if (this.angle > 180) { this.angle = -180; } if (this.speed > 2) { this.speed /= 1.1; } var aChange = 0; if (this.dead) { this.speed /= 1.1; // Reduce speed this.transLife -= 5ts; // Make more transparent } else { for (var i = 0; i < drones.length; i ++) { var distX = this.pos.x-drones[i].pos.x; var distY = this.pos.y-drones[i].pos.y; var totalDist = Math.sqrt(distXdistX+distYdistY); if (!this.aggressive && !drones[i].dead) { // Not directly aggresive nor dead if (totalDist < this.viewRadius && totalDist !== 0 ) { // Within view radius and not itself if (totalDist < 20) { // If too close aChange += (this.angle < drones[i].angle ? -3 : 3); } else if (this.angle-drones[i].angle > 2) { // If angle is significantly different aChange += drones[i].angle < this.angle ? -1 : 1; } else { // Otherwise, try to be close to flockmates var newAngle = atan2(drones[i].pos.y-this.pos.y, drones[i].pos.x-this.pos.x); aChange += (newAngle < this.angle ? -0.5 : 0.5); } } } } } if (this.age > 100 && (tutorial.message === 11 \|\| tutorial.message > 15 \|\| !tutorial.active)) { // If too young, can't be killed for (var i = pProjectiles.length-1; i >= 0; i --) { var pDistance = dist(pProjectiles[i].x, pProjectiles[i].y, this.pos.x, this.pos.y); if (!this.dead && pDistance < settings.pD/(p.type === 'spread' ? 2 : 1)+10) { pProjectiles[i].collided(i, this.pos.x, this.pos.y); this.dead = true; if (!tToggles.disabled) { tToggles.disabled = 0; } } if (!this.dead && pDistance < pProjectiles[i].empCir/2) { this.dead = true; } } } else { this.age += ts; } if ((tToggles.damage \|\| !tutorial.active) && !pause.active && !pause.psudo) { if (random(500) < settings.aggressive && !this.dead) { this.aggressive = true; this.speed = 4.5; if (!tToggles.aggressive && tToggles.aggressive !== 2 && tutorial.active) { tToggles.aggressive = add(this.pos, {x: Math.cos(this.angleDEG_TO_RAD)9, y: Math.sin(this.angleDEG_TO_RAD)9}); pause.psudo = true; tutorial.next(29); } } // Chance to become aggressive if (!this.nullified && !this.dead && random(500) < 0.3ts && projectiles.length < 20 && scene !== 'start') { projectiles.push(New(Projectile, [this.pos.x, this.pos.y, atan2(p.pos.y-this.pos.y, p.pos.x-this.pos.x), 'drone'])); } // Chance to create a projectile if (this.nullified && settings.aggressive) { this.aggressive = false; } if (this.aggressive && !this.dead) { if (playerDist < 50) { // Increase speed this.speed += 2.5; this.turnRadius = 5; } else { this.speed = 4.5; } var newAngle = atan2(p.pos.y-this.pos.y, p.pos.x-this.pos.x)-this.angle; // Wrap the angle if (newAngle < -180) { newAngle = 180 + (newAngle+180); } else if (newAngle > 180) { newAngle = -180 + (newAngle-180); } aChange += ((newAngle))/this.turnRadius; if (playerDist < p.r) { // Attack this.aggressive = false; p.health -= 10; this.turnRadius = 10; shakes.push(New(Shake)); } } } if (scene === 'start' && Math.hypot(this.pos.x-mouseX, this.pos.y-mouseY) < 100) { var mAngle = atan2(mouseY-this.pos.y, mouseX-this.pos.x); if (mAngle-this.angle < 45 && mAngle-this.angle > 0) { aChange -= 8; } if (this.angle-mAngle < 45 && this.angle-mAngle > 0) { aChange += 8; } } this.angle += aChangets; // Update the angle // Outside of the screen if (this.pos.x < -8) { this.pos.x = width+8; } if (this.pos.x > width+8) { this.pos.x = -8; } if (this.pos.y < -8) { this.pos.y = height+8; } if (this.pos.y > height+8) { this.pos.y = -8; } if (this.transLife < 0) { drones.splice(index,1); if (p.vampire) { p.health += 1; } } }; this.aCol = [240, 72, 97]; this.display = function() { pushMatrix(); translate(this.pos.x, this.pos.y); rotate(this.angle); var fillCol; if (this.nullified) { fillCol = color(125); } else if (!this.aggressive) { fillCol = color(this.col[0]-40,this.col[1]-40,this.col[2]-40, this.transLife); } else { fillCol = color(this.aCol[0]-40,this.aCol[1]-40,this.aCol[2]-40, this.transLife); } noStroke(); // Uncomment the stroke functions to get an intermittent memory leak fill(fillCol); //stroke(fillCol); triangle(4,0,-5,0,-8,-6); if (this.nullified) { fillCol = color(165); } else if (!this.aggressive) { fillCol = color(this.col[0],this.col[1],this.col[2], this.transLife); } else { fillCol = color(this.aCol[0],this.aCol[1],this.aCol[2], this.transLife); } fill(fillCol); //stroke(fillCol); triangle(4,0,-5,0,-8,6); popMatrix(); }; this.shadow = function() { pushMatrix(); var dir = vNorm(sub(this.pos, {x: 0, y: 0})); translate(this.pos.x+dir.x3, this.pos.y+dir.y); scale(0.9); rotate(this.angle); fill(171, 171, 171); triangle(3,0,-4,0,-7,-5); triangle(3,0,-4,0,-7,5); popMatrix(); }; }; for (var i = 0; i < 75; i ++) { drones.push(New(Drone, [{x: random(width), y: random(height)}, random(-180,180)])); } var spawnPoints = []; var Spawn = function() { this.x = random(50, width-50); this.y = random(50, height-50); this.rot = random(30, 55); this.timer = 200; this.spawned = 0; this.display = function() { pushMatrix(); translate(this.x, this.y); rotate(this.rot-this.timer/50); noStroke(); fill(240, 72, 97); rect(-65, -7, 130, 7, 30, 30, 0, 0); fill(240-30, 72-30, 97-30); rect(-65, 0, 130, 6, 0, 0, 30, 30); rotate(90); fill(240, 72, 97); rect(-65, -7, 130, 7, 30, 30, 0, 0); fill(240-30, 72-30, 97-30); rect(-65, 0, 130, 6, 0, 0, 30, 30); popMatrix(); }; this.active = function(index) { this.timer -= ts; if (this.timer > 0) { if (this.timer % 50 < 35) { this.display(); } } else if (!pause.active) { if (this.spawned <= settings.spawnAmount && drones.length <= settings.maxDrone && this.timer > -200) { if (frameCount % 5 === 0) { var thisX = this.x; var thisY = this.y; this.spawned ++; drones.push(New(Drone, [{x: thisX, y: thisY}, random(-180,180)])); } } else { spawnPoints.splice(index, 1); } } }; }; var infoHoverTime = -30000; var infoCards = []; var canChoose = true; var cardTypes = [ {title: 'Health Orbs', desc: ' Slowly creates health orbs that can be eaten to restore health.', response: function() { p.passives.push('health'); }}, {title: 'Agility', desc: ' Increases turn speed, top speed and acceleration.', response: function() { p.topSpeed += 0.7; settings.turnSpeed ++; settings.acceleration += 0.07; }}, {title: 'Anaerobic Exercise', desc: ' Increases maximum health.', response: function() { settings.health += 10; }}, {title: 'Vegetables', desc: ' Greatly increases maximum health.', response: function() { settings.health += 20; }}, {title: 'Appendectomy', desc: ' Slightly increases maximum speed.', response: function() { p.topSpeed += 0.5; }}, {title: 'Remote Control', desc: ' Bullets will lean towards the cursor.', response: function() { p.passives.push('remote'); }}, {title: 'Faster Reload', desc: ' Decreases the time it takes to reload.', response: function() { settings.reloadSpeed -= 10; }}, {title: 'Adrenaline', desc: ' Reload gets faster as your health gets lower.', response: function() { p.passives.push('adrenaline'); }}, {title: 'Nullifier', desc: ' Press the spacebar to nullify nearby enemies.', response: function() { p.specials.push('nullifier'); }}, {title: 'European Outlets', desc: ' Increases the EMP radius.', response: function() { settings.empRad += 10; }}, {title: 'Embiggen', desc: ' Increases projectiles diameter and player radius.', response: function() { settings.pD += 5; p.r += 10; }}, {title: 'Halitosis', desc: ' Press the spacebar to turn nearby drones away from you.', response: function() { p.specials.push('halitosis'); }}, {title: 'Vampire', desc: ' Every time a drone is disabled, your health increases slightly.', response: function() { p.vampire = true; }}, {title: 'Phoenix', desc: ' When you die, your health is restored to full. This only works once the entire game.', response: function() { p.revival = true; }}, {title: 'Spider!', desc: ' Press the spacebar to dodge in the direction that you are moving.', response: function() { p.specials.push('dodge'); }}, {title: 'Tank', desc: ' Greatly increases health and greatly decreases speed.', response: function() { p.topSpeed -= 1.5; settings.health += 30; }}, {title: 'Calluses', desc: ' Deceases the damage enemies deal when over you.', response: function() { hoverDamage -= 0.07; }}, {title: 'Repair Workers', desc: ' Health inceases when stationary and not attacking.', response: function() { p.passives.push('repair'); }}, {title: 'Bartering', desc: ' Skip the next level and increase both reload and special reload time permanently by 4x.', response: function() { roundNum ++; settings.reloadSpeed = 4; settings.specialReload = 4; }}, {title: 'Super Hot', desc: ' Time moves as you move.', response: function() { p.passives.push('super hot'); }}, {title: 'Barking Spiders', desc: ' Press space to temporarily freeze all drones.', response: function() { p.specials.push('freeze'); }}, {title: 'Faster Specials', desc: ' Decreases special reload time.', response: function() { settings.specialReload -= 10; }}, {title: 'Stale Cereal', desc: ' Projectiles are faster.', response: function() { settings.projectileSpeed += 0.5; }}, {title: 'Spread', desc: ' You shoot several small projectiles at once that have no EMP field.', response: function() { p.type = 'spread'; settings.pD /= 2; }}, {title: 'Precise Targeting', desc: ' Doubles projectile diameter, speed, EMP field and reload time.', response: function() { settings.pD = 2; settings.projectileSpeed = 2; settings.empRad = 2; settings.reloadSpeed = 2; }}, {title: 'Burst', desc: ' You shoot several small projectiles one after the other.', response: function() { p.type = 'burst'; settings.empRad /= 2; settings.pD /= !(p.type === 'spread')+1; // true == 1 and false == 0 (== not ===) }}, {title: 'Laser', desc: ' You shoot a laser named Parry.', response: function() { p.type = 'laser'; }}, {title: 'Automatic', desc: ' Click to start firing and click to stop.', response: function() { p.auto = true; }}, {title: 'Grenade', desc: ' You shoot a single grenade at a time. Increases reload time.', response: function() { p.type = 'grenade'; settings.reloadSpeed += 20; }}, {title: ' ', desc: '', response: function() { println('Easter egg!'); }}, {title: 'Caffine', desc: ' Decreases player radius and increases speed.', response: function() { p.topSpeed += 2; settings.acceleration += 2 p.r -= 5; }}, {title: 'Spew', desc: ' You shoot tons of small projectiles at once that have no EMP field.', response: function() { p.type = 'spew'; settings.pD /= 3; }}, {title: 'Slow Control', desc: ' Bullets will lean towards the cursor and move very slowly. Dramatically increases reload time.', response: function() { p.passives.push('remote'); settings.projectileSpeed /= 5; settings.reloadSpeed = 2.5; }}, {title: 'Spam', desc: ' Doubles projectile speed, EMP field, firerate and the number of drones that spawn.', response: function() { settings.projectileSpeed = 2; settings.reloadSpeed /= 2; droneMult = 2; }}, ]; var Card = function(offSet) { this.x = -60; this.y = 100; this.angle = 0; this.wantedAngle = 180-offSet2; this.next = function() { // Redoes the card's statistics this.infoIndex = ~~random(cardTypes.length); this.info = cardTypes[this.infoIndex]; this.angle = 0; }; this.next(); // Creates the card's first statistics this.collide = function() { var x = width/2+120+this.x+offSet3.5; // x position for collisions var y = height+110+(offSet === 10 ? 10 : (offSet === 0 ? -10 : -30)); // y position for collisions. Also accounts for the offset var w = 120; // Width var h = 180; // Height var centerX = 60+width/2; var centerY = 90+height-100; var verts = [ { x: (x-centerX) * Math.cos(this.angleDEG_TO_RAD) - (y-centerY) Math.sin(this.angleDEG_TO_RAD)+centerX, y: (x-centerX) Math.sin(this.angleDEG_TO_RAD) + (y-centerY) Math.cos(this.angleDEG_TO_RAD)+centerY, }, { x:(x+w-centerX) Math.cos(this.angleDEG_TO_RAD) - (y-centerY) Math.sin(this.angleDEG_TO_RAD)+centerX, y:(x+w-centerX) Math.sin(this.angleDEG_TO_RAD) + (y-centerY) Math.cos(this.angleDEG_TO_RAD)+centerY, }, { x:(x+w-centerX) Math.cos(this.angleDEG_TO_RAD) - (y+h-centerY) Math.sin(this.angleDEG_TO_RAD)+centerX, y:(x+w-centerX) Math.sin(this.angleDEG_TO_RAD) + (y+h-centerY) Math.cos(this.angleDEG_TO_RAD)+centerY, }, { x:(x-centerX) Math.cos(this.angleDEG_TO_RAD) - (y+h-centerY) Math.sin(this.angleDEG_TO_RAD)+centerX, y:(x-centerX) Math.sin(this.angleDEG_TO_RAD) + (y+h-centerY) Math.cos(this.angleDEG_TO_RAD)+centerY, } ]; // Rotated vertices. Suprisingly long var totalAngle = 0; for (var i = 0; i < 4; i ++) { switch(i) { // Which point to calculate case 0: var angle1 = {x: verts[0].x-mouseX, y: verts[0].y-mouseY}; var angle2 = {x: verts[1].x-mouseX, y: verts[1].y-mouseY}; totalAngle += angleBetween(angle1, angle2); break; case 1: var angle1 = {x: verts[1].x-mouseX, y: verts[1].y-mouseY}; var angle2 = {x: verts[2].x-mouseX, y: verts[2].y-mouseY}; totalAngle += angleBetween(angle1, angle2); break; case 2: var angle1 = {x: verts[2].x-mouseX, y: verts[2].y-mouseY}; var angle2 = {x: verts[3].x-mouseX, y: verts[3].y-mouseY}; totalAngle += angleBetween(angle1, angle2); break; case 3: var angle1 = {x: verts[3].x-mouseX, y: verts[3].y-mouseY}; var angle2 = {x: verts[0].x-mouseX, y: verts[0].y-mouseY}; totalAngle += angleBetween(angle1, angle2); break; } } // This is a really clever way of doing point polygon collisions (and rotated rectangle collisions). You add up the angles between each vertex and if it is equal to 360, the point is in. I don't believe that it works for triangles but I could be wrong if (round(totalAngle) === 360) { return true; } }; this.display = function() { textFont(serif); textAlign(CENTER); textSize(14); fill(69); pushMatrix(); translate(width/2, height); rotate(this.angle); image(card, this.x+offSet3.5, this.y); translate(this.x+offSet3.5+60, this.y+145); rotate(180); text(this.info.title, 0, 0); textSize(13); textAlign(LEFT); text(this.info.desc, -50,17, 100, Infinity); popMatrix(); }; this.hover = function(c) { if (c === 2 && this.collide()) { this.y += (120-this.y)/10; if (clicked && canChoose) { canChoose = false; this.info.response(); transition.active = true; transition.go = 'play'; progression[roundNum ++](); // Update the progression p.health = settings.health; infoCards.push(this.info); cardTypes.splice(this.infoIndex, 1); transition.halt = true; if (!tToggles.selected && tutorial.active) { tutorial.next(21); tToggles.selected = true; } switch (this.info.title) { case 'Laser': cardTypes.push( {title: 'Laser Life', desc: ' Increases the length that the laser is active for.', response: function() { laser.lifeTime = 12; }}, {title: 'Parry Hotter', desc: ' Inceases the distance that drones are disabled from. Sorry for the pun...', response: function() { laser.heat += 5; }} ); break; case 'Grenade': cardTypes.push( {title: 'More shrapnel', desc: ' Increases the of amount of shrapnel produced by a grenade.', response: function() { shrapnelAngle = 20; }} ); break; } } } else { this.y += (100-this.y)/10; } }; this.move = function() { this.angle += (this.wantedAngle-this.angle)/10; // Move the angle closer to the desired angle. Works like lerp() but simpler }; }; cards = [New(Card, [10]),New(Card, [0]),New(Card, [-10])]; var pause = { active: false, psudo: false, timer: 0, trans: 0, bPos: 4, scaleF: 1, run: function() { pushStyle(); fill(0, this.trans); rect(0, 0, width, height); this.bPos = this.timer8-4; if (mouseX < 20 && mouseY < 25) { this.scaleF += (1.3-this.scaleF)/15; if (clicked) { this.active = !this.active; } } else { this.scaleF += (1-this.scaleF)/15; } strokeWeight(3); pushMatrix(); translate(10.5, 12); fill(50, 142, 235); stroke(50, 142, 235); beginShape(); vertex(-4this.scaleF, -6this.scaleF); vertex(-4this.scaleF, 6this.scaleF); endShape(); beginShape(); vertex(this.bPosthis.scaleF, -6this.scaleF); vertex(4this.scaleF, 0); vertex(this.bPosthis.scaleF, 6this.scaleF); endShape(); popMatrix(); popStyle(); if ((this.active \|\| this.psudo)) { this.trans += (30-this.trans)/3; this.timer += -this.timer/5; } else { this.trans += -this.trans/3; this.timer += (1-this.timer)/5; } if ((p.passives.includes('super hot') \|\| p.specials.includes('freeze'))) { if (this.active) { ts = ps = 0; } } else { ts = ps = this.timer; } strokeWeight(1); }, tPause: function(spot) { pushStyle(); fill(0, this.trans); if (!spot) { rect(0, 0, width, height); } else if (this.psudo) { stroke(255, 0, 0); fill(0,0,0,30); image(shade, -width1.5+spot.x, 0); image(shade, width/2+spot.x, 0); image(shade, spot.x-width/2, height/2+spot.y); image(shade, spot.x-width/2, -height1.5+spot.y); image(highlight, spot.x-width/2, spot.y-height/2); } if (this.psudo) { this.trans += (30-this.trans)/3; this.timer += -this.timer/5; } else if (!pause.active && doSpeed) { this.trans += -this.trans/3; this.timer += (1-this.timer)/5; if (tToggles.aggressive) { setTimeout(function() { tToggles.aPause = true; }, 5000); } } if (p.passives.includes('super hot') \|\| p.specials.includes('freeze')) { if (this.psudo) { ts = ps = 0; } } else { ts = ps = this.timer; } popStyle(); }, }; if (a) { clearInterval(a); } var a = setInterval(function() { if (scene !== 'win' && scene !== 'loading' && scene !== 'start' && !pause.active && !pause.psudo && !tutorial.messages[tutorial.messages.length-2][0][0]) tt ++; }, 1000/10); (function() { if (tt) { settings.pr = 0; println('Please do not cheat'); throw { // Bad anti-cheating system message: 'A function is taking too long to run. Perhaps you have a mistake in your code?', row: 253, }; } })(); var spawnSpeedT = true; var mono = createFont('Monospace'); var play = function() { if (!tToggles.special && p.specials.length && tutorial.active) { tutorial.next(24); tToggles.special = true; pause.psudo = true; } for (var i = shakes.length-1; i >= 0; i --) { shakes[i].run(i); } image(bg, 0, 0); if (spawnTimer < 0 && drones.length+settings.spawnAmount <= settings.maxSpawn && spawnNum < settings.spawnNum) { if (tToggles.spawn \|\| !tutorial.active) { spawnPoints.push(New(Spawn)); spawnTimer = settings.spawnTimer; spawnNum ++; spawnSpeedT = true; } } else if (spawnNum === settings.spawnNum && !drones.length && !spawnPoints.length) { if (!tToggles.roundWin \|\| !tutorial.active) { tutorial.next(19); tToggles.pause = true; tToggles.roundWin = true; } canChoose = true; transition.active = true; transition.go = 'choose'; if (roundNum === updates.length) { settings.pr.push(1); transition.go = 'win'; } } if (!drones.length && spawnTimer < settings.spawnTimer-500 && spawnSpeedT) { spawnTimer = 50; spawnSpeedT = false; } noStroke(); for (var i = pProjectiles.length-1; i >= 0; i --) { var bullet = pProjectiles[i]; if (bullet.x > width+5 \|\| bullet.x < -5 \|\| bullet.y > height+5 \|\| bullet.y < -5) { if (!tToggles.shot && tutorial.active) { tToggles.shot = true; setTimeout(function() { tutorial.next(); }, 1000); } pProjectiles.splice(i, 1); } bullet.update(i); if (!bullet.active) { bullet.display(); } else { bullet.collided(i, bullet.x, bullet.y); } } for (var i = projectiles.length-1; i >= 0; i --) { var bullet = projectiles[i]; if (bullet.x > width+5 \|\| bullet.x < -5 \|\| bullet.y > height+5 \|\| bullet.y < -5) { projectiles.splice(i, 1); } bullet.update(); bullet.display(); if (dist(bullet.x, bullet.y, p.pos.x, p.pos.y) < p.r) { projectiles.splice(i, 1); p.health -= 3; shakes.push(New(Shake)); } } for (var i = grenades.length-1; i >= 0; i --) { var grenade = grenades[i]; if (grenade.x > width+5 \|\| grenade.x < -5 \|\| grenade.y > height+5 \|\| grenade.y < -5) { grenades.splice(i, 1); } grenade.update(i); grenade.display(); } for (var o = orbs.length-1; o >= 0; o --) { orbs[o].display(); orbs[o].active(o); } p.powers(); p.update(); if (laser.active) laser.run(); p.display(); for (var b = drones.length-1; b >= 0; b --) { drones[b].display(); drones[b].update(b); } if (mouseIsPressed \|\| p.fire) p.attack(); if (burst.active) burst.run(); for (var s = spawnPoints.length-1; s >= 0; s --) { spawnPoints[s].active(s); } p.statsDisplay(); spawnTimer -= ts; fill(69); textAlign(LEFT); textFont(mono, 15); text('Wave: '+spawnNum+'/'+settings.spawnNum, 15, height-60); noStroke(); ellipse(55, height-55, 75, 2); }; var titleFont = createFont('Arial Bold Italic'); var thumbnail = function() { rectMode(CENTER); image(bg, 0, 0); noFill(); strokeWeight(35); stroke(69); rect(width/2, height/2, width-25, height-25, 80); // Creates border rect(width/2, height/2, width+20, height+20, 80); // Fills in edges noStroke(); textFont(titleFont, 80); textAlign(CENTER); fill(240-60, 42-60, 97-60); text('Drones', width/2+5, 440); fill(240, 42, 97); text('Drones', width/2, 440); translate(width/2, height/2-65); rotate(-90); scale(17); fill(113,151,195); triangle(4,0,-5,0,-8,-5); fill(113-30,151-30,195-30); triangle(4,0,-5,0,-8,5); // Makes the drone look 3D. It's kind of like those adds/thumbnails that make the game look much better than it actually is fill(113-40,151-40,195-40); triangle(-5.8,0,-5,0,-8,5); fill(113-45,151-45,195-45); triangle(-5.8,0,-5,0,-8,-5); }; var Button = function(x,y,w,h,txt) { // I made this function a long time ago so the code is pretty bad. It's my favorite button design though, so I've decided to reuse it this.x = x; this.lineX = 0; this.lineX2 = 0; this.y = y; this.w = w; this.h = h; this.txt = txt; this.display = function() { rectMode(CORNER); strokeWeight(2); stroke(50, 142, 235); fill(69); rect(this.x,this.y,this.w, this.h, 8); textAlign(CENTER); textFont(mono, this.txt === 'Skip' ? 12 : 25); textSize(this.txt === 'Skip' ? 15 : 25); fill(50, 142, 235); text(this.txt, this.x+this.w/2, this.y+this.h/2+(this.txt === 'Skip' ? 5 : 8)); }; this.over = function() { // Is the mouse over? if (mouseX > this.x && mouseX < this.x+this.w && mouseY > this.y && mouseY < this.y+this.h) { if (clicked) { transition.go = 'play'; transition.active = true; if (this.txt === 'Play') { tutorial.active = false; } else if (this.txt === 'Instructions') { setTimeout(function() { transition.halted = true; }, 2000); } else if (this.txt === 'Retry' \|\| this.txt === 'Play Again?') { // Actives laser.active = burst.active = pause.active = false; // Resets arrays orbs.length = drones.length = infoCards.length = pProjectiles.length = projectiles.length = grenades.length = shakes.length = spawnPoints.length = 0; cardTypes = [ {title: 'Health Orbs', desc: ' Slowly creates health orbs that can be eaten to restore health.', response: function() { p.passives.push('health'); }}, {title: 'Agility', desc: ' Increases turn speed, top speed and acceleration.', response: function() { p.topSpeed += 0.7; settings.turnSpeed ++; settings.acceleration += 0.07; }}, {title: 'Anaerobic Exercise', desc: ' Increases maximum health.', response: function() { settings.health += 10; }}, {title: 'Vegetables', desc: ' Greatly increases maximum health.', response: function() { settings.health += 20; }}, {title: 'Appendectomy', desc: ' Slightly increases maximum speed.', response: function() { p.topSpeed += 0.5; }}, {title: 'Remote Control', desc: ' Bullets will lean towards the cursor.', response: function() { p.passives.push('remote'); }}, {title: 'Faster Reload', desc: ' Decreases the time it takes to reload.', response: function() { settings.reloadSpeed -= 10; }}, {title: 'Adrenaline', desc: ' Reload gets faster as your health gets lower.', response: function() { p.passives.push('adrenaline'); }}, {title: 'Nullifier', desc: ' Press the spacebar to nullify nearby enemies.', response: function() { p.specials.push('nullifier'); }}, {title: 'European Outlets', desc: ' Increases the EMP radius.', response: function() { settings.empRad += 10; }}, {title: 'Embiggen', desc: ' Increases projectiles diameter and player radius.', response: function() { settings.pD += 5; p.r += 10; }}, {title: 'Halitosis', desc: ' Press the spacebar to turn nearby drones away from you.', response: function() { p.specials.push('halitosis'); }}, {title: 'Vampire', desc: ' Every time a drone is disabled, your health increases slightly.', response: function() { p.vampire = true; }}, {title: 'Phoenix', desc: ' When you die, your health is restored to full. This only works once the entire game.', response: function() { p.revival = true; }}, {title: 'Spider!', desc: ' Press the spacebar to dodge in the direction that you are moving.', response: function() { p.specials.push('dodge'); }}, {title: 'Tank', desc: ' Greatly increases health and greatly decreases speed.', response: function() { p.topSpeed -= 1.5; settings.health += 30; }}, {title: 'Calluses', desc: ' Deceases the damage enemies deal when over you.', response: function() { hoverDamage -= 0.07; }}, {title: 'Repair Workers', desc: ' Health inceases when stationary and not attacking.', response: function() { p.passives.push('repair'); }}, {title: 'Bartering', desc: ' Skip the next level and increase both reload and special reload permanently by 4x.', response: function() { roundNum ++; settings.reloadSpeed = 4; settings.specialReload = 4; }}, {title: 'Super Hot', desc: ' Time moves as you move.', response: function() { p.passives.push('super hot'); }}, {title: 'Barking Spiders', desc: ' Press space to temporarily freeze all drones.', response: function() { p.specials.push('freeze'); }}, {title: 'Faster Specials', desc: ' Decreases special reload time.', response: function() { settings.specialReload -= 10; }}, {title: 'Stale Cereal', desc: ' Projectiles are faster.', response: function() { settings.projectileSpeed += 0.5; }}, {title: 'Spread', desc: ' You shoot several small projectiles at once that have no EMP field.', response: function() { p.type = 'spread'; settings.pD /= 2; }}, {title: 'Precise Targeting', desc: ' Doubles projectile diameter, speed, EMP field and reload time.', response: function() { settings.pD = 2; settings.projectileSpeed = 2; settings.empRad = 2; settings.reloadSpeed = 2; }}, {title: 'Burst', desc: ' You shoot several small projectiles one after the other.', response: function() { p.type = 'burst'; settings.empRad /= 2; settings.pD /= !(p.type === 'spread')+1; // true == 1 and false == 0 (== not ===) }}, {title: 'Laser', desc: ' You shoot a laser named Parry.', response: function() { p.type = 'laser'; }}, {title: 'Automatic', desc: ' Click to start firing and click to stop.', response: function() { p.auto = true; }}, {title: 'Grenade', desc: ' You shoot a single grenade at a time. Increases reload time.', response: function() { p.type = 'grenade'; settings.reloadSpeed += 20; }}, {title: ' ', desc: '', response: function() { println('Easter egg!'); }}, ]; // Resets variables shrapnelAngle = 30; spawnTimer = -1; spawnNum = 0; roundNum = 0; ts = 1; ps = 1; doSpeed = true; hoverDamage = 0.3; burstShots = 0; canChoose = true; spawnSpeedT = true; printedCode = false; burst.spawned = 0; laser.timer = burst.timer = 0; laser.lifeTime = 20; laser.heat = 10; settings = { maxDrone: 5, maxSpawn: 5, spawnAmount: 5, spawnNum: 1, spawnTimer: 1500, reloadSpeed: 50, health: 100, aggressive: 0, turnSpeed: 3, acceleration: 0.1, empRad: 50, pD: 10, pr: [], topSpeed: 3.5, specialReload: 500, projectileSpeed: 1, }; with (p) { pos = {x: 250, y: 250}; velocity = {x: 0, y: 0}; angle = 0; speed = 0; health = settings.health; r = 12.5; reload = -1; reloadSpeed = settings.reloadSpeed; specials.length = 0; passives.length = 0; topSpeed = 3.5; nullifying = false; halitosis = false; revival = false; revived = false; dodging = false; specialTimer = 0; lastSpeed = 0; fillCol = 100; repairTrans = 0; repairTimer = 0; type = ''; special.active = false; auto = false; fire = false; } with (pause) { active = false; psudo = false; timer = 0; trans = 0; bPos = 4; scaleF = 1; } setTimeout(function() { tutorial.active = false; }, 750); for (var i in healthSystem.active) { var removed = healthSystem.active.splice(i, 1)[0]; healthSystem.inactive.push(removed); } } else if (this.txt === 'Skip') { infoCards.push({title: 'Missed Opportunity', desc: ' You skipped choosing a card.'}); canChoose = false; progression[roundNum ++](); // Update the progression p.health = settings.health; if (!tToggles.selected && tutorial.active) { tutorial.next(21); tToggles.selected = true; } } } var xDist = (w+w/5-this.w)/10; // Expanding line part var yDist = (h+w/10-this.h)/10; this.x -= xDist/2; this.y -= yDist/2; this.w += xDist; this.h += yDist; this.lineX += xDist2; this.lineX2 += xDist2; } else { // Resets parameters when mouse goes off this.x += (x-this.x)/10; this.y += (y-this.y)/10; this.lineX += (-this.lineX)/10; this.lineX2 += (-this.lineX2)/10; this.w += (w-this.w)/10; this.h += (h-this.h)/10; } stroke(50, 142, 235, map(this.lineX, 0, w/2-w/5, 0, 255)); line(this.x+this.w/2-this.lineX, this.y+this.h/4, this.x+this.w/2+this.lineX2, this.y+this.h/4); line(this.x+this.w/2-this.lineX, this.y+this.h-this.h/4, this.x+this.w/2+this.lineX2, this.y+this.h-this.h/4); }; }; var startButton = New(Button, [width/2-100, height/2, 200, 50, 'Play']); var instructionsButton = New(Button, [width/2-100, height/2+75, 200, 50, 'Instructions']); var retryButton = New(Button, [width/2-100, height/2+100, 200, 50, 'Retry']); var againButton = New(Button, [width/2-100, height/2+90, 200, 50, 'Play Again?']); var skipButton = New(Button, [width/2-50, height-70, 100, 30, 'Skip']); strokeWeight(1); var soundSize = 1.1; var loadedFrames = 0; var loadIndex = 0; draw = function() { switch(scene) { case 'loading': // { try { if (loadIndex !== images.length && images[loadIndex]()) { loadIndex ++; } } catch(e) { // This is the main part of the Automatic Image Loading Error Prevention System (AILEPS) // Pronounced 'a-LEE-ps' loadErr = 'The program encountered an error while loading images. Retrying...'; if (tryNum++ >= 2) { println('Loading failed. Can you reload the page?'); } else { Program.restart(); } noLoop(); } if (loadIndex === images.length) { transition.active = true; transition.go = 'start'; loadErr = undefined; healthSystem.image = plus; healthSystem.prime(); // Because of PJS weirdness, tint() somehow directly affects the image when first called. This means that the images have to be 'primed' first. } // } break; case 'start': // { image(bg, 0, 0); for (var b = drones.length-1; b >= 0; b --) { drones[b].display(); drones[b].update(b); } textFont(titleFont, 80); textAlign(CENTER); fill(240-60, 42-60, 97-60); text('Drones', width/2+5, 100); fill(240, 42, 97); text('Drones', width/2, 100); startButton.display(); startButton.over(); instructionsButton.display(); instructionsButton.over(); // } break; case 'play': // { try { pushMatrix(); play(); popMatrix(); if (tToggles.pause \|\| !tutorial.active) { pause.run(); } if (!tutorial.psudo) pause.tPause(!tToggles.aPause ? tToggles.aggressive : undefined); if (tToggles.pause \|\| !tutorial.active) { fill(50, 142, 235); stroke(50, 142, 235); pushMatrix(); translate(30, 12); scale(soundSize); beginShape(); vertex(-5, -3); vertex(-0, -3); vertex(4, -7); vertex(4, 7); vertex(0, 3); vertex(-5, 3); endShape(); arc(6, 0, 5, 8, -90, 90); noFill(); strokeWeight(2); arc(8, 0, 8, 14, -70, 70); if (!doSound) { line(-5, -7, 9, 7); strokeWeight(0.5); stroke(242); line(-5, -8, 9, 6); } strokeWeight(1); popMatrix(); if (mouseX > 25 && mouseX < 50 && mouseY < 25) { soundSize += (1.3-soundSize)/15; if (clicked) { doSound = !doSound; } } else { soundSize += (1.1-soundSize)/15; } } } catch(e) { println(e); } // } break; case 'choose': // { textFont(serif); image(bg, 0, 0); textAlign(CENTER); textSize(40); fill(69); noStroke(); text('Pick a card', width/2, 70); ellipse(width/2, 80, 200, 2); textSize(20); text(updates[roundNum], width/2, 145); var hovered = []; var other = []; for (var c = 0; c < cards.length; c ++) { cards[c].move(); if (cards[c].collide() && abs(cards[c].wantedAngle-cards[c].angle) < 5) { hovered.push(c); } else { other.push(c); } } hovered = (other.concat(hovered)); for (var c = 0; c < cards.length; c ++) { cards[hovered[c]].display(); cards[hovered[c]].hover(c); } skipButton.display(); skipButton.over(); // } break; case 'death': // { tutorial.active = true; tutorial.message = tutorial.messages.length-1; textFont(serif); image(bg, 0, 0); textAlign(CENTER); textSize(40); fill(69); noStroke(); text('You died!', width/2, 70); ellipse(width/2, 80, 200, 2); textSize(25); text('You beat '+roundNum+' level'+(roundNum === 1 ? '' : 's')+'! You\nhad '+(updates.length-roundNum)+' rounds to go.', width/2, 200); retryButton.display(); retryButton.over(); textAlign(LEFT); // } break; case 'win': // { textFont(serif); image(bg, 0, 0); textAlign(CENTER); textSize(40); fill(69); noStroke(); text('You win!', width/2, 70); ellipse(width/2, 80, 200, 2); textSize(25); text('It took you:\n'+tt/10+' seconds!', width/2, height/2-100); textSize(20); text('To get a place on the leaderboard, tell me your time\nand copy the code below.', width/2, 280); if (!printedCode && !transition.active) { printedCode = true; println('Here is your code: ' + (function() { with (settings) { let i = 0; do { arguments[1] += String.fromCharCode(tt.toString(2).charCodeAt(i)+ran()); } while (i++ !== tt.toString(2).length); if (i+1 === 10) ;return pr != !![] ? (function() { pr.length = +tutorial.messages[tutorial.messages.length-2][0][0]; return arguments[0]; })(arguments[1]) : i; } })(tt, '')); } againButton.display(); againButton.over(); // } break; case 'thumbnail': // { thumbnail(); // Definitly messy enough to make it worth closing it in brackets for organization // } break; } if (scene !== 'loading' && scene !== 'thumbnail' && scene !== 'start' && scene !== 'win') { pushStyle(); if (tutorial.active) tutorial.run(); if (tToggles.disabled === 0 && tutorial.active) { tToggles.disabled = 1; tutorial.next(12); } rectMode(CENTER); textAlign(CENTER); textFont(mono, 12); stroke(50, 142, 235, infoHoverTime); var inc = false; for (var iC = 0; iC < infoCards.length; iC ++) { fill(69); rect(width-11-iC20, 10, 15, 15, 4); fill(50, 142, 235); text(infoCards[iC].title[0].toUpperCase(), width-11-iC20, 14); if (mouseX > width-18.5-iC20 && mouseX < width-3.5-iC20 && mouseY > 2.5 && mouseY < 17.5) { inc = true; var xPos = constrain(mouseX+100, 3, width-3); var cMX = constrain(mouseX, 3, width-8); var h = ceil(infoCards[iC].desc.length/27); fill(69,infoHoverTime); beginShape(); vertex(xPos-200, mouseY+20); vertex(cMX-5, mouseY+20); vertex(cMX, mouseY+15); vertex(cMX+5, mouseY+20); vertex(xPos, mouseY+20); vertex(xPos, mouseY+39+h13); vertex(xPos-200, mouseY+39+h*13); endShape(); fill(50, 142, 235, infoHoverTime); textAlign(LEFT); text(infoCards[iC].title+'\n'+infoCards[iC].desc, xPos-198, mouseY+24, 196, Infinity); textAlign(CENTER); } } if (inc) { tToggles.hover = true; infoHoverTime += (255-infoHoverTime)/5; } else { infoHoverTime = -30000; } popStyle(); } // fill(69); // textSize(12); // text('Frame rate: '+~~this.__frameRate, 15, height-54); if (scene !== 'thumbnail' && transition.active && (!transition.halted \|\| transition.go === 'death')) transition.run(); clicked = false; }; var pauseToggle = false; var altToggle = false; var lastScene = ''; keyPressed = function() { keyCodes[keyCode] = true; if (keyCodes[80] && (tToggles.pause \|\| !tutorial.active)) { if (!pauseToggle) { pauseToggle = true; pause.active = !pause.active; } } if (keyCodes[10] && keyCodes[48] && keyCodes[49]) { println('You\'ve accessed the thumbnail. Press enter, 0 and 1 to exit. Parts of the program may be broken though.'); lastScene = scene !== 'thumbnail' ? scene : lastScene; scene = scene === 'thumbnail' ? lastScene : 'thumbnail'; } if (keyCodes[17]) { // Some debugging stuff //println(tutorial.message+'\n'+tutorial.messages[tutorial.message]); // println('Halted: '+transition.halted+'\nRound: '+roundNum+'\nSpawnNum: '+spawnNum+'\nSettings SpawnNum:'+settings.spawnNum+'\nDrones: '+drones.length+'\nTimer: '+spawnTimer+'\nMax spawn: '+settings.maxSpawn); } if (keyCodes[18] && !tutorial.repeating && tutorial.active) { if (!altToggle) { //println(tutorial.message); altToggle = true; if (tutorial.active && (tutorial.message < 8 \|\| tutorial.message >= 10) && tutorial.message !== 11 && (tutorial.message < 18 \|\| tutorial.message >= 22) && tutorial.message !== 28 && tutorial.message !== 23) { tutorial.next(); } if (tutorial.message === 9 && !tToggles.spawn) { tToggles.spawn = true; spawnPoints.push(New(Spawn)); spawnNum ++; setTimeout(function() { tutorial.next(); }, 4000); } if (tutorial.message === 15) { tToggles.damage = true; } if (tutorial.message === 19) { transition.halted = false; setTimeout(tutorial.next, 200); setTimeout(function() { transition.halted = true; }, 2000); } if (tutorial.message === 21 && tToggles.hover) { if (!p.specials.length) { tutorial.next(); } transition.halted = false; } if (tutorial.message === 21) { pause.psudo = true; } if (tutorial.message === 22 \|\| tutorial.message === 27 \|\| tutorial.message === 29) { pause.psudo = false; } } } }; keyReleased = function() { if (keyCodes[18] && altToggle) { altToggle = false; } if (keyCodes[80] && pauseToggle) { pauseToggle = false; } keyCodes[keyCode] = false; }; mouseClicked = function() { clicked = true; }; // Thank you for viewing my game! 2,500 lines!
Folds	84,132,145,148,153,163,173,190,193,204,205,266,280,282,283,285,286,288,289,291,292,294,295,298,299,301,302,304,305,318,319,332,333,343,344,348,349,352,355,357,358,360,365,400,407,498,500,511,516,584,587,594,595,602,605,648,653,664,667,714,715,753,757,809,810,847,848,894,895,931,932,948,949,973,975,982,987,1273,1275,1302,1305,1315,1531,1533,1536,1577,1582,1705,1706,1833,1836,1929,1931,1933,1935,1937,1939,1948,1952,2068,2071,2104,2106,2362,2374,2622,2627,2687,2688,2697,2698,2700
Fork	false
Key	ag5zfmtoYW4tYWNhZGVteXIXCxIKU2NyYXRjaHBhZBiAgIPVu7eCCAw
Votes	248
Spin-Offs	31
Type	PJS
Width	500
Height	500
User Flagged	false
Origin Scratchpad	null
Hidden From Hotlist	false
Restricted Posting	false
By Child	false
Author Nick	Henry
Author Name	staplecactus764
Author ID	kaid_736607703047525558741282
Author Profile Access	PUBLIC

Archive Data

Added	6 months ago, 1739362791437
Updated	4 months ago, 1744845551521
Source Deleted	unknown