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

Title	Drones
ID	4696893828317184
Created	4 years ago, 1618472339305
Updated	2 years ago, 1676144820971
Code	/** DDDDDD╗ RRRRRR╗ OOOOO╗ NNN╗ NN╗ EEEEEEE╗ SSSSSS╗ DD╔══DD╗ RR╔══RR╗ OO╔══OO╗ NNNN╗ NN║ EE╔════╝ SS╔════╝ DD║ DD║ RRRRRR╔╝ OO║ OO║ NN╔NN╗NN║ EEEEE╗ ╚SSSSS╗ DD║ DD║ RR╔══RR╗ OO║ OO║ NN║╚NNNN║ EE╔══╝ ╚═══SS╗ DDDDDD╔╝ RR║ RR║ ╚OOOOO╔╝ NN║ ╚NNN║ EEEEEEE╗ SSSSSS╔╝ ╚═════╝ ╚═╝ ╚═╝ ╚════╝ ╚═╝ ╚══╝ ╚══════╝ ╚═════╝ Started as a maze game. Then became a maze game with drones. Finally evolved to become something like "Tank Attack" but with bad graphics and no cool particle systems When I realized how close it was to Tank Attack, I decided to just go all the way and based my flame-thrower off of the one by the XSX Collab so credit for that: https://www.khanacademy.org/computer-programming/tank-attack-xsx-collab/5805158317981696 The code is original except for the getHex function which was originally written in C# by Sam Hocevar https://gamedev.stackexchange.com/questions/20742/how-can-i-implement-hexagonal-tilemap-picking-in-xna Note: many colours here were done in hexadecimal because Quinn Hardbrook got me stuck to using them and now I can't stop, lol. They will be written a bit like this: 0xffff0000. The first 2 letters (0x) tells the parser that the number is hexadecimal. The second 2 are for the alpha value, and the rest are regular rgb hex values. Also note: I decided not to use OOP, thinking that it might be a little faster. And success! The code appears to be fairly effective, however, I have managed to make it extremely dirty by using complicated array references instead of OOP. started: 10 - 4 - 2021 finished: 14 - 4 - 2021 released: 15 - 4 - 2021 EDIT: If you enjoyed this game, I highly recommend looking at Doge_Factor's spin-off, which more than doubles the types of placeable objects. https://www.khanacademy.org/computer-programming/drones-20/6671018084057088 / / Copyright 2023 Ky246 (KyProgramming) Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions: The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software. THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. / // Basic Setup size(600, 600, JAVA2D);// Anyone else notice an uptick in small screen sizes? rectMode(CENTER); ellipseMode(CENTER); imageMode(CENTER); textAlign(CENTER, CENTER); strokeCap(ROUND); angleMode = "radians"; // predefine some functions var lengthC, lengthB, newC, newB, runC, runB, runAll; // define variables // hexagon size var hs = 20; // money var money = 50; // selected items var selected = [0, 0, 0]; // cursor var cs = ARROW; // Shop transitioning? var moving = false; // Current scene var scene = "home"; // Scene transitioning? var transition = [0]; // Selected slide on drones section var slideshow = [0, 0, 0]; // how certain bullets have speial properties var explodes = [5, 11, 14, 17]; var immune = [8]; // How certain drones have special properties var no_shoot = [18, 21, 22, 23, 24]; // Amount of array elements allocated for one character/bullet var C_AMOUNT = 9; var B_AMOUNT = 6; // Good guy colour & bad guy colour var COLOURS = [ 0xff0075ff, 0xffff2f00 ]; // The prices of each drone var PRICES = [ // Weak Drone 50, // Drone 75, // Swarm Drone 35, // Strone Drone 125, // Large Drone 200, // Dummy 25, // Plane 200, // Bomber 250, // Blimp 400, // Base 0, // Tank 70, // Strong Tank 130, // Large Range 150, // Mine Layer 70, // Bomb tosser 200, // Flames 300, // Turret 175, // Fast Turret 350, // Healer 200, // Bomb Turret 350, // Flame turret 450, // Wall 175, // Wall 225, // Wall 275, // Wall 300 ]; // The description of each drone var DESCRIPTION = [ // Weak Drone "A weak drone which deals small\ndamage and is not very durable.", // Drone "A weak drone which deals some\ndamage and is slightly durable.", // Swarm Drone "Similar to the really weak drone.\nThis drone also has a group\nmentality allowing it to attack in large groups.", // Strone Drone "A drone which deals fair damage\nand is slightly durable.", // Large Drone "A drone which deals high damage\nand is fairly durable.", // Dummy "A weak drone which deals minimal\ndamage, shoots extremely slowly, \nand is not very durable.", // Plane "A fast moving craft which is\nfairly durable and has small damage.", // Bomber "A fairly fast craft with extremely\npowerful shots which explode,\nbut shoots slowly.", // Blimp "An aircraft which deals very low damage\nbut has high durability\nand creates swarm drones.", // Base null, // Tank "A strong vehicle with decent firepower.", // Strong Tank "A strong vehicle with good firepower.", // Large Range "A strong vehicle with decent firepower\nand a large firing range.", // Mine Layer "A strong craft which lays land mines\nbut does not shoot.", // Bomb tosser "A tank which shoots bombs instead of bullets.", // Flames "A flame-thrower tank which is extremely\nstrong but has a small range.", // Turret "A stationary weapon with high durability.", // Fast Turret "A turret with a very fast reload speed.", // Healer "Slightly regerates hurt troops nearby.", // Bomb Turret "A turret which shoots bombs instead of bullets.", // Flame turret "A strong turret which shoots\nflames instead of bullets.", // Wall "A Wall blocks all land objects and some air ones.", // Wall "A Stronger Wall.", // Wall "An even stronger wall.", // Wall "A really strong wall." ]; // The order in which the shop displays drones var ORDER = [ [5, 2, 0, 1, 3, 4, 6, 7, 8], [10, 13, 11, 12, 14, 15], [16, 18, 17, 19, 20], [21, 22, 23, 24] ]; // The chances that the enemy will make a certain drone. // The more a number shows up, the likelier that that is chosen. var chances = [ 5, 5, 5, 5, 5, 5, 2, 2, 2, 2, 2, 0, 0, 0, 0, 1, 1, 1, 3, 3, 3, 4, 4, 6, 6, 7, 8, 10, 10, 11, 12, 13, 14, 15, 16, 16, 17, 17, 18, 19, 20, 21, 21, 22, 22, 23, 23, 24, 24 ]; // The names of the drones. var NAMES = [ "Weak Drone", "Drone", "Swarm Drone", "Strong Drone", "Large Drone", "Really Weak", "Plane", "Bomber", "Blimp", "Base", "Tank", "Strong Tank", "Large Range", "Mine Layer", "Bomb tosser", "Flames", "Turret", "Fast Turret", "Healer", "Bomb Turret", "Flame turret", "Wall", "Wall", "Wall", "Wall" ]; // The information on all the drones' properties. var INFO = [ // Weak Drone { "sx" : 30, // Size-x "sy" : 30, // Size-y "rt" : 20, // Reload Time "bt" : 0, // bullet type "ac" : 0.3, // Accuracy (0 is perfect, pi is bad) "sp" : 0.8, // Speed "hp" : 6 // Health }, // Attack Drone 1 { "sx" : 40, "sy" : 40, "rt" : 150, "bt" : 1, "ac" : 0, "sp" : 0.5, "hp" : 20 }, // Swarm drone { "sx" : 30, "sy" : 30, "rt" : 100, "bt" : 2, "ac" : 0, "sp" : 0.7, "hp" : 5 }, // Attack drone 2 { "sx" : 45, "sy" : 45, "rt" : 225, "bt" : 3, "ac" : 0, "sp" : 0.3, "hp" : 40 }, // Attack drone 3 { "sx" : 40, "sy" : 40, "rt" : 220, "bt" : 6, "ac" : 0, "sp" : 0.45, "hp" : 50 }, // Dumb drone { "sx" : 30, "sy" : 30, "rt" : 100, "bt" : 2, "ac" : 0, "sp" : 0.7, "hp" : 4 }, // Airplane 1 { "sx" : 45, "sy" : 55, "rt" : 60, "bt" : 4, "ac" : 0.1, "sp" : 1, "hp" : 40 }, // Airplane 2 { "sx" : 45, "sy" : 55, "rt" : 350, "bt" : 5, "ac" : 0, "sp" : 0.95, "hp" : 50 }, // Blimp { "sx" : 43, "sy" : 75, "rt" : 100, "bt" : 7, "ac" : 0.2, "sp" : 0.2, "hp" : 80 }, // Base { "sx" : 75, "sy" : 75, "rt" : 350, "bt" : 1, "ac" : 0, "sp" : 0, "hp" : 1000 }, // Tank 1 { "sx" : 45, "sy" : 45, "rt" : 300, "bt" : 9, "ac" : 0, "sp" : 0.5, "hp" : 50 }, // Tank 2 { "sx" : 45, "sy" : 45, "rt" : 250, "bt" : 9, "ac" : 0, "sp" : 0.65, "hp" : 65 }, // Tank long range { "sx" : 45, "sy" : 45, "rt" : 275, "bt" : 10, "ac" : 0, "sp" : 0.5, "hp" : 65 }, // Tank mine maker { "sx" : 45, "sy" : 45, "rt" : 350, "bt" : 14, "ac" : 0, "sp" : 0.4, "hp" : 48 }, // Tank explode { "sx" : 45, "sy" : 45, "rt" : 315, "bt" : 11, "ac" : 0, "sp" : 0.4, "hp" : 48 }, // Tank flame { "sx" : 45, "sy" : 45, "rt" : 2, "bt" : 12, "br" : true, // bullet random (13) "ac" : 0.5, "sp" : 0.4, "hp" : 45 }, // Turret 1 { "sx" : 45, "sy" : 45, "rt" : 200, "bt" : 15, "ac" : 0, "sp" : 0, "hp" : 75 }, // Turret 2 { "sx" : 45, "sy" : 45, "rt" : 10, "bt" : 16, "ac" : 0.05, "sp" : 0, "hp" : 85 }, // Turret Heal { "sx" : 45, "sy" : 45, "rt" : Infinity, "bt" : 0, "ac" : 0, "sp" : 0, "hp" : 70 }, // Turret Bomb { "sx" : 45, "sy" : 45, "rt" : 400, "bt" : 17, "ac" : 0, "sp" : 0, "hp" : 75 }, // Turret Flame { "sx" : 45, "sy" : 45, "rt" : 2, "bt" : 12, "br" : true, "ac" : 0.5, "sp" : 0, "hp" : 75 }, // Wall 1 { "sx" : 51, "sy" : 51, "rt" : Infinity, "bt" : 0, "ac" : 0, "sp" : 0, "hp" : 150 }, // Wall 2 { "sx" : 51, "sy" : 51, "rt" : Infinity, "bt" : 0, "ac" : 0, "sp" : 0, "hp" : 200 }, // Wall 3 { "sx" : 51, "sy" : 51, "rt" : Infinity, "bt" : 0, "ac" : 0, "sp" : 0, "hp" : 250 }, // Wall 4 { "sx" : 51, "sy" : 51, "rt" : Infinity, "bt" : 0, "ac" : 0, "sp" : 0, "hp" : 300 } ]; // The information on all the bullets' properties var B_INFO = [ // Mini drone shot { "r" : 125, // range "s" : 8, // speed "z" : 5, // size "d" : 1.2 // damage }, // Fighter drone shot 1 { "r" : 225, "s" : 4.5, "z" : 7, "d" : 3.5 }, // Swarm shot { "r" : 200, "s" : 5.5, "z" : 7, "d" : 1.1 }, // Fighter drone shot 2 { "r" : 275, "s" : 4, "z" : 9, "d" : 4 }, // plane shot 1 { "r" : 225, "s" : 5, "z" : 8, "d" : 2.6 }, // plane large shot { "r" : 125, "s" : 3, "z" : 12, "d" : 6.5 }, // Drone shot 3 { "r" : 350, "s" : 6, "z" : 8, "d" : 3.5 }, // Blimp shot { "r" : 325, "s" : 6, "z" : 5, "d" : 1 }, // Explosion particle { "r" : 70, "s" : 3, "z" : 5, "d" : 0.05 }, // Tank shot 1 { "r" : 225, "s" : 4, "z" : 10, "d" : 3.75 }, // Long Tank shot { "r" : 400, "s" : 4, "z" : 10, "d" : 4 }, // Tank boom shot { "r" : 250, "s" : 4, "z" : 8, "d" : 0 }, // flame shot { "r" : 175, "s" : 3.5, "z" : 25, "d" : 0.175 }, // flame shot square { "r" : 175, "s" : 3.5, "z" : 25, "d" : 0.175 }, // mine { "r" : 400, "s" : 0, "z" : 15, "d" : 1.5 }, // turret shot 1 { "r" : 350, "s" : 4.5, "z" : 9, "d" : 2 }, // Turret shot 2 { "r" : 300, "s" : 5.5, "z" : 6, "d" : 0.25 }, // Turret boom shot { "r" : 200, "s" : 4, "z" : 8, "d" : 0 } ]; // Holds all the characters. var characters = [[], []]; // Holds all the bullets var bullets = [[], []]; // helper functions function mod(v1, v2){ // Fixes how js modulus don't work when negative return ((v1 % v2) + v2) % v2; } function smoothstep(per, start, stop){ // creates a smooth transition from linear values. start = start \|\| 0; stop = stop \|\| 1; per -= min(start, stop); per /= abs(stop - start); return start + (stop - start) per * per * (3 - 2per); } function pdist(x1, y1, x2, y2){ // returns the distance of 2 points squared. // This function runs faster than dist() return sq(x2 - x1) + sq(y2 - y1); } function getHex(x, y){ // credit to Sam Hocevar: // https://gamedev.stackexchange.com/questions/20742/how-can-i-implement-hexagonal-tilemap-picking-in-xna // Find out which major row and column we are on: var row = ~~(y / hs); var column = ~~(x / (hs << 1)); // Compute the offset into these row and column: var dy = y - row hs; var dx = x - column * (hs << 1); // Are we on the left of the hexagon edge, or on the right? if (((row ^ column) & 1) === 0){ dy = hs - dy; } var right = 0 < hs * (dx - hs) ? 1 : 0; // Now we have all the information we need, just fine-tune row and column. row += (column ^ row ^ right) & 1; column += right; return [row, column]; } // interact functions function button(x, y, w, h){ // finds if the mouse if=s in a rectangular button. w >>= 1; h >>= 1; return mouseX > x - w && mouseY > y - h && mouseX < x + w && mouseY < y + h; } function shopClick(){ // Undoes any selection selected[3] = -1; // Checks if the main shop section buttons are pressed if(button(50, 575, 50, 50)){ selected[1] = 0; }else if(button(150, 575, 50, 50)){ selected[1] = 1; }else if(button(450, 575, 50, 50)){ selected[1] = 2; }else if(button(550, 575, 50, 50)){ selected[1] = 3; } // Checks if a drone is pressed var stuff = ORDER[floor(selected[0])]; for(var i = 0; i < stuff.length; i++){ var x = 300+(i+0.5-0.5stuff.length)560/stuff.length; if(PRICES[stuff[i]] <= money && button(x, 525, 50, 50)){ selected[3] = stuff[i]; } } } // graphics functions function graphics(t, si, time, s){ // The graphics for all the drones. switch(t){ // Weak drone case 0: var sf = sin(time / 2); var cf = cos(time / 2); stroke(COLOURS[s]); strokeWeight(4); line(-si0.25, -si0.25, si0.25, si0.25); line(si0.25, -si0.25, -si0.25, si0.25); noStroke(); fill(COLOURS[s]); rect(0, 0, si * 0.25, si * 0.5, 50); fill(0, 50); ellipse(0, 0, si0.2, si0.3); stroke(0); strokeWeight(2); line(-si(0.25 + 0.15sf), -si(0.25 + 0.15cf), -si(0.25 - 0.15sf), -si(0.25 - 0.15cf)); line(si(0.25 + 0.15sf), -si(0.25 + 0.15cf), si(0.25 - 0.15sf), -si(0.25 - 0.15cf)); line(-si(0.25 + 0.15sf), si(0.25 + 0.15cf), -si(0.25 - 0.15sf), si(0.25 - 0.15cf)); line(si(0.25 + 0.15sf), si(0.25 + 0.15cf), si(0.25 - 0.15sf), si(0.25 - 0.15cf)); break; // Drone case 1: var sf = sin(time / 2); var cf = cos(time / 2); stroke(lerpColor(COLOURS[s], 150, 0.5)); strokeWeight(5); line(-si0.25, -si0.25, si0.25, si0.25); line(si0.25, -si0.25, -si0.25, si0.25); noStroke(); fill(125); rect(0, 0, si * 0.25, si * 0.55, 50); fill(COLOURS[s]); ellipse(0, 0, si0.4, si0.4); fill(0, 30); ellipse(-si * 0.02, si * 0.02, si0.3, si0.3); fill(COLOURS[s], 100); ellipse(si * 0.05, -si * 0.05, si0.3, si0.3); stroke(0); strokeWeight(3); line(-si(0.25 + 0.15sf), -si(0.25 + 0.15cf), -si(0.25 - 0.15sf), -si(0.25 - 0.15cf)); line(si(0.25 + 0.15sf), -si(0.25 + 0.15cf), si(0.25 - 0.15sf), -si(0.25 - 0.15cf)); line(-si(0.25 + 0.15sf), si(0.25 + 0.15cf), -si(0.25 - 0.15sf), si(0.25 - 0.15cf)); line(si(0.25 + 0.15sf), si(0.25 + 0.15cf), si(0.25 - 0.15sf), si(0.25 - 0.15cf)); break; // Swarm Drone case 2: var sf = sin(time / 2); var cf = cos(time / 2); stroke(100); strokeWeight(4); line(-si0.25, -si0.25, si0.25, si0.25); line(si0.25, -si0.25, -si0.25, si0.25); noStroke(); fill(60); rect(0, 0, si * 0.25, si * 0.5, 50); fill(COLOURS[s], 150); ellipse(0, -si * 0.1, si0.2, si0.3); stroke(COLOURS[s]); strokeWeight(2); line(-si(0.25 + 0.15sf), -si(0.25 + 0.15cf), -si(0.25 - 0.15sf), -si(0.25 - 0.15cf)); line(si(0.25 + 0.15sf), -si(0.25 + 0.15cf), si(0.25 - 0.15sf), -si(0.25 - 0.15cf)); line(-si(0.25 + 0.15sf), si(0.25 + 0.15cf), -si(0.25 - 0.15sf), si(0.25 - 0.15cf)); line(si(0.25 + 0.15sf), si(0.25 + 0.15cf), si(0.25 - 0.15sf), si(0.25 - 0.15cf)); break; // Strong Drone case 3: var sf = sin(time / 2); var cf = cos(time / 2); var sfs = sin(time / 4); var cfs = cos(time / 4); stroke(100); strokeWeight(6); line(-si0.25, -si0.25, si0.25, si0.25); line(si0.25, -si0.25, -si0.25, si0.25); noStroke(); fill(60); rect(0, 0, si * 0.25, si * 0.5, 50); ellipse(0, -si0.03, si 0.4, si * 0.45); fill(COLOURS[s], 150); ellipse(0, -si * 0.1, si0.2, si0.3); stroke(COLOURS[s]); strokeWeight(3); line(-si(0.25 + 0.15sf), -si(0.25 + 0.125cf), -si(0.25 - 0.125sf), -si(0.25 - 0.125cf)); line(si(0.25 + 0.125sf), -si(0.25 + 0.125cf), si(0.25 - 0.125sf), -si(0.25 - 0.125cf)); line(-si(0.25 + 0.125sf), si(0.25 + 0.125cf), -si(0.25 - 0.125sf), si(0.25 - 0.125cf)); line(si(0.25 + 0.125sf), si(0.25 + 0.125cf), si(0.25 - 0.125sf), si(0.25 - 0.125cf)); stroke(lerpColor(COLOURS[s], 255, 0.6)); strokeWeight(4); line(si0.25sfs, si0.25cfs, -si0.25sfs, -si0.25cfs); break; // Large Drone case 4: var sf = sin(time / 6); var cf = cos(time / 6); noStroke(); fill(COLOURS[s]); ellipse(0, si0.05, si0.5, si0.7); ellipse(0, -si0.05, si0.6, si0.6); ellipse(-si0.2, -si0.2, 10, 10); ellipse(si0.2, -si0.2, 10, 10); fill(lerpColor(COLOURS[s], 0, 0.2)); ellipse(0, si0.15, si0.4, si0.5); ellipse(-si0.11, -si0.05, si0.3, si0.5); ellipse(-si0.2, -si0.2, 10, 10); fill(255, 100); arc(si0.2, -si0.2, 10, 10, -PI/2, PI/4); stroke(0); strokeWeight(4); line(-si0.5sf, si0.5cf, si0.5sf, -si0.5cf); line(si0.5cf, si0.5sf, -si0.5cf, -si0.5sf); break; // Really weak drone case 5: var sf = sin(time / 2); var cf = cos(time / 2); stroke(lerpColor(COLOURS[s], 255, 0.6)); strokeWeight(4); line(-si0.25, -si0.25, si0.25, si0.25); line(si0.25, -si0.25, -si0.25, si0.25); noStroke(); fill(lerpColor(COLOURS[s], 255, 0.6)); rect(0, 0, si 0.25, si * 0.5, 50); fill(lerpColor(COLOURS[s], 255, 0.4)); ellipse(0, 0, si0.2, si0.3); stroke(lerpColor(COLOURS[s], 0, 0.5)); strokeWeight(2); line(-si(0.25 + 0.15sf), -si(0.25 + 0.15cf), -si(0.25 - 0.15sf), -si(0.25 - 0.15cf)); line(si(0.25 + 0.15sf), -si(0.25 + 0.15cf), si(0.25 - 0.15sf), -si(0.25 - 0.15cf)); line(-si(0.25 + 0.15sf), si(0.25 + 0.15cf), -si(0.25 - 0.15sf), si(0.25 - 0.15cf)); line(si(0.25 + 0.15sf), si(0.25 + 0.15cf), si(0.25 - 0.15sf), si(0.25 - 0.15cf)); break; // Plane case 6: var sf = sin(time / 3); noStroke(); fill(lerpColor(COLOURS[s], 255, 0.25)); rect(0, -si0.43, si0.4, si0.15, 50); rect(0, 0, si, si0.2, 50); fill(COLOURS[s]); ellipse(0, si0.45, si0.25, si0.25); quad(-si0.125, si0.45, si0.125, si0.45, si0.075, -si0.45, -si0.05, -si0.45); stroke(0, 50); strokeWeight(1); line(si0.125, si0.45, si0.075, -si0.45); line(-si0.125, si0.45, -si0.05, -si0.45); stroke(80); strokeWeight(3); line(0.2sisf, si0.58, -0.2sisf, si0.58); break; // Bomber case 7: var sf = sin(time / 3); noStroke(); fill(lerpColor(COLOURS[s], 0, 0.65)); rect(0, -si0.43, si0.4, si0.15, 50); rect(0, 0, si, si0.2, 50); fill(lerpColor(COLOURS[s], 0, 0.45)); ellipse(0, si0.45, si0.25, si0.25); quad(-si0.125, si0.45, si0.125, si0.45, si0.075, -si0.45, -si0.05, -si0.45); stroke(0, 50); strokeWeight(1); line(si0.125, si0.45, si0.075, -si0.45); line(-si0.125, si0.45, -si0.05, -si0.45); stroke(COLOURS[s]); strokeWeight(3); line(0.2sisf, si0.58, -0.2sisf, si0.58); break; // Blimp case 8: noStroke(); fill(lerpColor(COLOURS[s], 0, 0.5)); quad(0, -si0.3, -si0.5, -si0.6, -si0.5, -si0.9, 0, -si0.75); quad(0, -si0.3, si0.5, -si0.6, si0.5, -si0.9, 0, -si0.75); stroke(100); strokeWeight(1); fill(lerpColor(COLOURS[s], 0, 0.1)); ellipse(0, 0, si, si1.7); fill(COLOURS[s]); ellipse(0, 0, si0.6, si1.7); line(0, -si0.85, 0, si0.85); noStroke(); fill(255, 30); ellipse(si0.075, si0.1, si0.85, si1.4); break; // Base case 9: noStroke(); fill(lerpColor(COLOURS[s], 0, 0.2)); ellipse(0, 0, si, si); fill(COLOURS[s]); ellipse(-si0.04, -si0.04, si0.9, si0.9); fill(lerpColor(COLOURS[s], 0, 0.1)); ellipse(0, 0, si0.6, si0.6); fill(0, 50); rect(0, 0, si0.4, si0.4); fill(127); rect(0, si0.3, si0.2, si0.6); fill(100); triangle(si0.1, 0, si0.05, si0.6, si0.1, si0.6); triangle(-si0.1, 0, -si0.05, si0.6, -si0.1, si0.6); break; // Tank case 10: noStroke(); fill(COLOURS[s]); rect(0, 0, si0.7, si0.8, 10); fill(lerpColor(COLOURS[s], 0, 0.2)); rect(-si0.4, 0, si0.15, si, 10); rect(si0.4, 0, si0.15, si, 10); ellipse(0, 0, si0.5, si0.5); fill(lerpColor(COLOURS[s], 0, 0.1)); ellipse(si0.02, si0.05, si0.4, si0.4); rect(0, si0.4, si0.15, si0.4, 50); break; // Strong Tank case 11: noStroke(); fill(100); rect(0, 0, si0.6, si0.8, 10); fill(lerpColor(COLOURS[s], 100, 0.5)); rect(-si0.35, 0, si0.15, si, 10); rect(si0.35, 0, si0.15, si, 10); ellipse(0, 0, si0.5, si0.5); fill(lerpColor(COLOURS[s], 0, 0.7)); rect(0, si0.4, si0.15, si0.4, 50); fill(lerpColor(COLOURS[s], 100, 0.2)); ellipse(si0.02, si0.05, si0.4, si0.4); fill(lerpColor(COLOURS[s], 100, random(0.2))); ellipse(0, 0, si0.3, si0.3); break; // Large range case 12: noStroke(); fill(COLOURS[s]); rect(0, 0, si0.6, si0.8, 10); fill(lerpColor(COLOURS[s], 0, 0.5)); rect(-si0.35, 0, si0.15, si0.9, 10); rect(si0.35, 0, si0.15, si0.9, 10); fill(90); ellipse(0, 0, si0.5, si0.5); fill(100); rect(0, si0.4, si0.2, si0.4, 50); ellipse(si0.02, si0.05, si0.4, si0.4); break; // Mine layer case 13: noStroke(); fill(COLOURS[s]); rect(0, 0, si0.6, si0.8, 10); fill(lerpColor(COLOURS[s], 0, 0.5)); rect(-si0.35, 0, si0.15, si0.9, 10); rect(si0.35, 0, si0.15, si0.9, 10); fill(255, 100); beginShape(); for(var i = 0; i < 6; i++){ vertex(si0.4sin(PIi/3), si0.4cos(PIi/3)); } endShape(); fill(lerpColor(COLOURS[s], 0, 0.3)); ellipse(0, 0, si0.5, si0.5); fill(lerpColor(COLOURS[s], 0, 0.2)); rect(0, si0.4, si0.2, si0.4, 50); ellipse(si0.02, si0.05, si0.4, si0.4); break; // Bomb tosser case 14: noStroke(); fill(0); rect(0, 0, si0.6, si0.8, 10); fill(lerpColor(COLOURS[s], 0, 0.5)); rect(-si0.35, 0, si0.15, si0.9, 10); rect(si0.35, 0, si0.15, si0.9, 10); fill(lerpColor(COLOURS[s], 0, 0.5)); beginShape(); for(var i = 0; i < 6; i++){ vertex(si0.3sin(PIi/3), si0.3cos(PIi/3)); } endShape(); fill(lerpColor(COLOURS[s], 0, 0.4)); rect(0, si0.4, si0.2, si0.4, 50); beginShape(); for(var i = 0; i < 6; i++){ vertex(si(0.27sin(PIi/3)+0.03), si(0.27cos(PIi/3)+0.04)); } endShape(); break; // Flames case 15: noStroke(); fill(COLOURS[s]); rect(0, 0, si0.6, si0.8, 10); fill(0); rect(-si0.35, 0, si0.15, si0.9, 10); rect(si0.35, 0, si0.15, si0.9, 10); fill(lerpColor(COLOURS[s], 0, 0.4)); ellipse(0, 0, si 0.7, si * 0.7); rect(0, si0.4, si0.3, si0.4, 50); fill(lerpColor(COLOURS[s], 255, 0.1 + 0.1 sin(time / 10))); triangle(0, si0.2, -si0.15, -si0.1, si0.15, -si0.1); break; // Turret case 16: noStroke(); fill(lerpColor(COLOURS[s], 0, 0.7)); beginShape(); for(var i = 0; i < 6; i++){ vertex(si0.5sin(PIi/3), si0.5cos(PIi/3)); } endShape(); fill(lerpColor(COLOURS[s], 0, 0.1)); beginShape(); for(var i = 0; i < 6; i++){ vertex(si0.4sin(PIi/3), si0.4cos(PIi/3)); } endShape(); fill(COLOURS[s]); rect(0, si0.5, si0.25, si0.5, 50); beginShape(); for(var i = 0; i < 6; i++){ vertex(si(0.35sin(PIi/3)+0.03), si(0.35cos(PIi/3)+0.08)); } endShape(); break; // Fast turret case 17: noStroke(); fill(lerpColor(COLOURS[s], 0, 0.2)); ellipse(0, 0, si, si); fill(lerpColor(COLOURS[s], 90, 0.8)); ellipse(0, 0, 0.8 * si, 0.8 * si); fill(lerpColor(COLOURS[s], 100, 0.8)); rect(0, si0.5, si0.25, si0.5); ellipse(si 0.03, si * 0.08, si * 0.7, si * 0.7); break; // Healer case 18: noStroke(); fill(COLOURS[s]); ellipse(0, 0, si, si); fill(lerpColor(COLOURS[s], 220, 0.7)); ellipse(0, 0, 0.8 * si, 0.8 * si); fill(lerpColor(COLOURS[s], 255, 0.7)); ellipse(si * 0.02, si * 0.05, si * 0.7, si * 0.7); pushMatrix(); rotate(time / 70); fill(0xffff0000); rect(0, 0, si * 0.125, si * 0.45); rect(0, 0, si * 0.45, si * 0.125); popMatrix(); break; // Bomb turret case 19: noStroke(); fill(lerpColor(COLOURS[s], 255, 0.1)); ellipse(0, 0, si, si); fill(lerpColor(COLOURS[s], 0, 0.8)); ellipse(0, 0, 0.8 * si, 0.8 * si); fill(lerpColor(COLOURS[s], 40, 0.8)); rect(0, si0.5, si0.25, si0.5, 50); ellipse(si 0.03, si * 0.05, si * 0.7, si * 0.7); pushMatrix(); rotate(time / 50); fill(0xff0000 + 0x1000000round(0xff(sin(0.1time)0.1 + 0.5))); rect(0, 0, si * 0.25, si * 0.25); popMatrix(); break; // Flame Turret case 20: noStroke(); fill(lerpColor(COLOURS[s], 0, 0.1)); beginShape(); for(var i = 0; i < 6; i++){ vertex(si0.5sin(PIi/3), si0.5cos(PIi/3)); } endShape(); fill(125); beginShape(); for(var i = 0; i < 6; i++){ vertex(si0.4sin(PIi/3), si0.4cos(PIi/3)); } endShape(); fill(150); rect(0, si0.45, si0.3, si0.45, 50); beginShape(); for(var i = 0; i < 6; i++){ vertex(si(0.35sin(PIi/3)+0.02), si(0.35cos(PIi/3)+0.05)); } endShape(); break; // Wall 1 case 21: noStroke(); fill(lerpColor(COLOURS[s], 0, 0.1)); beginShape(); for(var i = 0; i < 6; i++){ vertex(si0.5sin(PIi/3), si0.5cos(PIi/3)); } endShape(); fill(COLOURS[s]); beginShape(); for(var i = 0; i < 6; i++){ vertex(si(0.45sin(PIi/3)+0.03), si(0.43cos(PIi/3)-0.06)); } endShape(); stroke(lerpColor(COLOURS[s], 0, 0.4)); strokeWeight(2); line(0, 0, si0.4, si0.2); line(0, 0,-si0.4, si0.2); line(0, 0, 0, -si0.45); break; // Wall 2 case 22: noStroke(); fill(lerpColor(COLOURS[s], 0, 0.6)); beginShape(); for(var i = 0; i < 6; i++){ vertex(si0.5sin(PIi/3), si0.5cos(PIi/3)); } endShape(); fill(lerpColor(COLOURS[s], 0, 0.45)); beginShape(); for(var i = 0; i < 6; i++){ vertex(si(0.45sin(PIi/3)+0.03), si(0.43cos(PIi/3)-0.06)); } endShape(); stroke(lerpColor(COLOURS[s], 255, 0.2)); strokeWeight(2); line(0, 0, si0.4, si0.2); line(0, 0,-si0.4, si0.2); line(0, 0, 0, -si0.45); break; // Wall 3 case 23: noStroke(); fill(lerpColor(COLOURS[s], 0, 0.7)); beginShape(); for(var i = 0; i < 6; i++){ vertex(si0.5sin(PIi/3), si0.5cos(PIi/3)); } endShape(); for(var i = 0; i < 10; i++){ fill(lerpColor(COLOURS[s], 0, (9 - i)/14)); ellipse(0, 0, (0.8 - 0.08i)si, (0.8 - 0.08i)si); } break; // Wall 4 case 24: fill(lerpColor(COLOURS[s], 0, 0.5)); stroke(127); strokeWeight(2.5); beginShape(); for(var i = 0; i < 6; i++){ vertex(si0.5sin(PIi/3), si0.5cos(PIi/3)); } endShape(CLOSE); noStroke(); for(var i = 0; i < 10; i++){ fill(lerpColor(COLOURS[s], 0, (9 - i)/20)); ellipse(0.02isi, -0.015isi, (0.8 - 0.08i)si, (0.8 - 0.08i)si); } break; } } function shop(){ // Assumes that the shop is not transitioning moving = false; if(selected[0] !== selected[1]){ // Corrects the assumption if the shop is. if(selected[2] < 1){ // Transitions further selected[2] += 0.02; moving = true; }else{ // Stops transitioning when at end. selected[0] = selected[1]; selected[2] = 0; } } // Shop backdrop fill(255, 175); rect(300, 550, 600, 100); // Checks if the mouse is hovering over the buttons to change the section of the shop // If yes, the button is highlighted and the cursor is changed if(button(50, 575, 50, 50)){ fill(190); rect(50, 575, 50, 50); cs = "pointer"; }else if(button(150, 575, 50, 50)){ fill(190); rect(150, 575, 50, 50); cs = "pointer"; }else if(button(450, 575, 50, 50)){ fill(190); rect(450, 575, 50, 50); cs = "pointer"; }else if(button(550, 575, 50, 50)){ fill(190); rect(550, 575, 50, 50); cs = "pointer"; } // Draws the drone, tank, turret, and wall. pushMatrix(); translate(50, 577); rotate(PI); graphics(7, 37, frameCount, 0); popMatrix(); pushMatrix(); translate(150, 577); rotate(PI); graphics(13, 37, frameCount, 0); popMatrix(); pushMatrix(); translate(450, 577); rotate(PI); graphics(20, 37, frameCount, 0); popMatrix(); pushMatrix(); translate(550, 577); graphics(23, 37, frameCount, 0); popMatrix(); // Displays the money fill(50); textSize(25); text("Money: " + ~~money, 300, 575); // Finds which items are on display var stuff = ORDER[floor(selected[0])]; for(var i = 0; i < stuff.length; i++){ // Finds where to display each item var x = 300+(i+0.5-0.5stuff.length)560/stuff.length; // Changes accordingly if the items are in motion if(moving){ x -= smoothstep(selected[2])600; } // Highlight green if item affordable noStroke(); fill(PRICES[stuff[i]] <= money ? 0x2500ff00 : 0x25ff0000); // blue outline if selected if(selected[3] === stuff[i]){ stroke(0x250000ff); strokeWeight(2); } rect(x, 525, 50, 50); // Change cursor and colour on hover. also show price tag if(!moving && button(x, 525, 50, 50)){ fill(190); rect(x, 525, 50, 50); fill(255, 175); rect(x, 485, 60, 18); fill(0); textSize(15); text(PRICES[stuff[i]], x, 485); cs = "pointer"; } // draw the shop item pushMatrix(); translate(x, 525); rotate(PI); graphics(stuff[i], 37-13(stuff[i]===8), frameCount, 0); popMatrix(); } // If shop items are transitioning if(moving){ // Find what the shop is changing to. var stuff = ORDER[floor(selected[1])]; for(var i = 0; i < stuff.length; i++){ // calculate x position var x = 900+(i+0.5-0.5stuff.length)560/stuff.length; x -= smoothstep(selected[2])600; // display it noStroke(); fill(PRICES[stuff[i]]<money ? 0x2500ff00 : 0x25ff0000); rect(x, 525, 50, 50); pushMatrix(); translate(x, 525); rotate(PI); graphics(stuff[i], 37-13(stuff[i]===8), frameCount, 0); popMatrix(); } } } // game functions function findMoney(s){ // find the total worth of everything on battlefield (for one side) var tot = 0; for(var i = 0; i < lengthC(s); i++){ tot += PRICES[characters[s][i C_AMOUNT + 2]]; } return tot; } function enemy(){ // Calculate if enemy should make a character // if a bunch of conditionals are met if((findMoney(0)>findMoney(1)&&random()<0.0025)\|\|characters[1][5] < random(-1e6, 1e3)){ // randomly choose what to place (biased towards weaker objects) var type = chances[floor(random(chances.length))]; // Calc Random spot var x = ~~random(1, 15); var y = ~~random(-1, -15); x = x40+20(y%2); y = y40; // Prevent from placing if too close to another object (no stacking turrets/walls) for(var i = 0; i < lengthC(1); i++){ if(pdist(characters[1][i C_AMOUNT], characters[1][i * C_AMOUNT + 1], x, y) < 4){ return 0; } } // create enemy character newC(x, y, type, 1); } } // scene functions function game(){ // Run the game pushMatrix(); // translate y var ty = smoothstep(700 - (constrain(mouseY, 50, 500) - 50)14/9, 0, 700) - 100; translate(0, ty); // backdrop is enemy colour background(lerpColor(COLOURS[1], 200, 0.9)); // Add blue section of map noStroke(); fill(lerpColor(COLOURS[0], 200, 0.9)); rect(300, 350, 600, 700); // If it is possible to place if(selected[3] > -1 && mouseY < 500 && mouseY > 250 && PRICES[selected[3]] <= money){ // calculate tile that mouse is over var tile = getHex(mouseY - ty, mouseX); // If the tile is available if(tile[1] < 15 && tile[1] > 0 && tile[0] > 0 && tile[0] < 30){ var skip = false; // Make sure there is nothing already on tile for(var i = 0; i < lengthC(0); i++){ if(pdist(characters[0][i C_AMOUNT], characters[0][i * C_AMOUNT + 1], 20tile[0], 40tile[1]) < 4){ skip = true; } } if(!skip){ // highlight tile fill(255, 150); noStroke(); beginShape(); for(var i = 0; i < 6; i++){ vertex(20tile[0]+25sin(PIi/3),40tile[1]+25cos(PIi/3)); } endShape(); // change cursor cs = "cell"; } } } // run bullets and drones runAll(); popMatrix(); shop(); enemy(); money += 0.05; } function win(){ // display win scene fill(0x20aaffaa); noStroke(); rect(300, 300, 600, 600); fill(0, 50); textSize(1); textSize(150 / textWidth("You win!")); text("Congratulations, ", 300, 230); textSize(1); textSize(400 / textWidth("You win!")); text("You win!", 300, 340); rect(300, 410, 450, 10); } function lose(){ // display lose scene fill(0x20ffaaaa); noStroke(); rect(300, 300, 600, 600); fill(0, 50); textSize(1); textSize(350 / textWidth("You win!")); text("You Lost.", 300, 240); rect(300, 310, 450, 10); textSize(1); textSize(100 / textWidth("You win!")); text("At least you got second place.\n(out of two)",300,370); } function home(){ // displays home screen background(lerpColor(COLOURS[0], 127, 0.4)); noStroke(); // title fill(0); textSize(1); textSize(350 / textWidth("You win!")); text("Drones", 300, 140); rect(300, 205, 380, 10); // buttons textAlign(LEFT, CENTER); textSize(1); textSize(200 / textWidth("You win!")); text("Play", 90, 300); rect(155, 345, 140, 7); text("How", 90, 400); rect(155, 445, 140, 7); text("Drones", 90, 500); rect(195, 545, 220, 7); textAlign(CENTER, CENTER); // Tank pushMatrix(); translate(460, 320); rotate(PI / 4); graphics(13, 130, frameCount, 1); popMatrix(); // Blimp pushMatrix(); translate(490, 490); rotate(7 * PI / 8); graphics(8, 100, frameCount, 0); popMatrix(); // If hover above button change cursor if(button(155, 300, 140, 100)\|\| button(155, 400, 140, 100)\|\| button(195, 500, 220, 100)){ cs = "pointer"; } } function how(){ // how page background(lerpColor(COLOURS[0], 127, 0.4)); // Title noStroke(); fill(0); textSize(1); textSize(300 / textWidth("You win!")); text("How", 300, 60); rect(300, 115, 240, 10); // Back button textSize(1); textSize(200 / textWidth("You win!")); text("Back", 300, 520); rect(300, 565, 160, 7); // Display Game info textSize(1); textSize(110 / textWidth("You win!")); text("\nMove your mouse up and\ndown to navigate the map.\nThe shop is on the\nbottom of the screen.\nClick an item to select it.\nThen click the map to\nplace the item.", 300, 300); // Display turret pushMatrix(); translate(500, 80); rotate(1.1); graphics(20, 130, frameCount, 1); popMatrix(); // Change cursor on button hover if(button(300, 520, 160, 100)){ cs = "pointer"; } } function drones(){ // Displays the drone list page background(lerpColor(COLOURS[0], 127, 0.4)); // Find which slide it is on var d = slideshow[0]; if(slideshow[1] > 0){ slideshow[1] -= 0.025; if(slideshow[1] > 0.5){ d = slideshow[2]; } } // Find which order the objects are drawn if(d < ORDER[0].length){ d = ORDER[0][d]; }else if(d < ORDER[0].length + ORDER[1].length){ d = ORDER[1][d - ORDER[0].length]; }else if(d < ORDER[0].length + ORDER[1].length + ORDER[2].length){ d = ORDER[2][d - ORDER[0].length - ORDER[1].length]; }else{ d = ORDER[3][d - ORDER[0].length - ORDER[1].length - ORDER[2].length]; } // Title noStroke(); fill(0); textSize(1); textSize(225 / textWidth("You win!")); text("Drones", 300, 60); rect(300, 105, 240, 10); // Back button textSize(1); textSize(200 / textWidth("You win!")); text("Back", 300, 520); rect(300, 565, 160, 7); // Price &info of drone textAlign(CENTER, TOP); textSize(1); textSize(70 / textWidth("You win!")); text("$" + PRICES[d] + "\n" + DESCRIPTION[d], 300, 360); // name textAlign(CENTER, CENTER); textSize(1); textSize(90 / textWidth("You win!")); text(NAMES[d], 300, 150); // Back button textSize(1); textSize(250 / textWidth("You win!")); text("«", 125, 300); // Forward button textSize(1); textSize(250 / textWidth("You win!")); text("»", 475, 300); // Display current drone pushMatrix(); translate(300, 250); rotate(frameCount / 50); scale((130 / INFO[d].sx) / (d === 8 ? 2 : 1)); graphics(d, INFO[d].sx, frameCount, 0); popMatrix(); // Show black transition when necessary if(slideshow[1] > 0){ noStroke(); fill(0, 255 * smoothstep(2(0.5 - abs(slideshow[1]-0.5)))); rect(300, 300, 600, 600); } // Button hov cursor change if(button(300, 520, 160, 100) \|\| button(125, 300, 100, 100) \|\| button(475, 300, 100, 100)){ cs = "pointer"; } } // creation functions (objects) function newC(x, y, t, s, vx, vy){ // creates new drone characters[s].push( x, // x position y, // y position t, // type vx \|\| random(-1,1), // x velocity vy \|\| random(-1,1), // y velocity 0, // health 0, // time 0, // reload time INFO[t].hp // health ); } function newB(x, y, vx, vy, t, s){ // creates new bullet bullets[s].push( x, // x position y, // y position t, //type vx B_INFO[t].s, // x velocity vy * B_INFO[t].s, // y velocity 0 // time ); } // Helper functions (objects) function lengthC(s){ // finds how many drones there are return characters[s].length / C_AMOUNT; } function lengthB(s){ // finds how many bullets there are return bullets[s].length / B_AMOUNT; } // Display functions (objects) function drawC(which, s){ // draws all the characters // Drone type var t = characters[s][which * C_AMOUNT + 2]; // Drone size var si= INFO[t].sx; // Drone time var time = characters[s][which * C_AMOUNT + 6]; // Draw pushMatrix(); translate(characters[s][which * C_AMOUNT], characters[s][which * C_AMOUNT + 1]); if(t < 21 && t !== 18){ rotate(atan2(characters[s][which * C_AMOUNT + 3], characters[s][which * C_AMOUNT + 4])); } // Call graphics graphics(t, si, time, s); // Create cracks in walls if(t >= 21){ if(characters[s][which * C_AMOUNT + 8] / INFO[characters[s][which * C_AMOUNT + 2]].hp < 0.66){ // Some cracks stroke(0); strokeWeight(1); line(si0.1, -si0.2, si0.43, -si0.16); line(si0.3, -si0.18, si0.2, 0); line(-si0.05, si0.15, -si0.22, si0.35); line(-si0.14, si0.25, si0.1, si0.22); if(characters[s][which C_AMOUNT + 8] / INFO[characters[s][which * C_AMOUNT + 2]].hp < 0.33){ // Lots of cracks line(-si0.2, -si0.05,-si0.4, -si0.2); line(-si0.3, -si0.12, -si0.1, -si0.3); line(-si0.02, si0.235, si0.05, si0.3); line(-si0.2, si0.34, -si0.3, si0.19); line(si0.25, -si0.09, 0, -si0.05); } } } popMatrix(); } function drawB(which, s){ // Draws all the bullets pushMatrix(); translate(bullets[s][which B_AMOUNT], bullets[s][which * B_AMOUNT + 1]); var size = B_INFO[bullets[s][which * B_AMOUNT + 2]].z; fill(0); noStroke(); switch(bullets[s][which * B_AMOUNT + 2]){ case 0: case 1: case 3: case 6: case 7: case 9: case 15: fill(COLOURS[s]); ellipse(0, 0, size, size); break; case 2: case 16: fill(COLOURS[s]); rotate(atan2(bullets[s][which * B_AMOUNT + 3], -bullets[s][which * B_AMOUNT + 4])); rect(0, 0, 5, 8, 3); break; case 4: case 10: fill(lerpColor(COLOURS[s], 127, 0.6)); ellipse(0, 0, size, size); break; case 5: case 11: case 17: fill(0); ellipse(0, 0, size, size); break; case 8: var sc = 1 - bullets[s][which * B_AMOUNT + 5] / (B_INFO[bullets[s][which * B_AMOUNT + 2]].r / B_INFO[bullets[s][which * B_AMOUNT + 2]].s); fill(0x90ff9000); ellipse(0, 0, 10 * size * sc, 10 * size * sc); break; case 12: fill(0x90ff9000); ellipse(0, 0, size, size); break; case 13: pushMatrix(); rotate(bullets[s][which * B_AMOUNT + 4] * 5 + bullets[s][which * B_AMOUNT + 5] / 10); fill(0x90ff9000); rect(0, 0, size, size); popMatrix(); break; case 14: fill(0); ellipse(0, 0, size, size); fill(COLOURS[s]); ellipse(0, 0, size * 0.6, size * 0.6); break; } popMatrix(); } function drawH(which, s){ // Draws health bars // Type of drone var t = characters[s][which * C_AMOUNT + 2]; // size var si= INFO[t].sx; // draw fill(255, 100); rect(characters[s][which * C_AMOUNT], characters[s][which * C_AMOUNT + 1] - si * 0.6, si * 0.9, si * 0.1, 10); fill(0x50ff0000); noStroke(); rect(characters[s][which * C_AMOUNT], characters[s][which * C_AMOUNT + 1] - si * 0.6, si * 0.9 * characters[s][which * C_AMOUNT + 8] / INFO[t].hp, si * 0.1, 10); } // runtime functions (objects) function runC(which, s){ // runs character // draw self drawC(which, s); // character speed var sp = INFO[characters[s][which * C_AMOUNT + 2]].sp; // can shoot? var sh = false; // Which way to face var turn = 0; if(lengthC(1 - s) && [13, 18, 21, 22, 23, 24].indexOf(characters[s][which * C_AMOUNT + 2]) < 0){ // closest enemy dron id var ci = 0; // distance to it var cd = Infinity; // loop through enemies to find the above for(var i = 0; i < lengthC(1 - s); i++){ var d = dist(characters[s][which * C_AMOUNT], characters[s][which * C_AMOUNT + 1], characters[1 - s][i * C_AMOUNT], characters[1 - s][i * C_AMOUNT + 1]); if(d < cd){ cd = d; ci = i; } } // If enemy close enough if(cd < 400 \|\| characters[s][which * C_AMOUNT + 2] === 9){ // go to enemy // accelerate x var ax = characters[s][which * C_AMOUNT] - characters[1-s][ci * C_AMOUNT]; // accelerate y var ay = characters[1 - s][ci * C_AMOUNT + 1] - characters[s][which * C_AMOUNT + 1]; // accelerate magnitude (for normalizing) var ad = dist(0, 0, ax, ay); // Normalize acceleration vector characters[s][which * C_AMOUNT + 3] += 0.03 * (ax / ad); characters[s][which * C_AMOUNT + 4] += 0.03 * (ay / ad); // If enemy in range if(cd < B_INFO[INFO[characters[s][which * C_AMOUNT + 2]].bt].r){ // can shoot sh = true; if([2, 5, 6, 7, 13].indexOf(characters[s][which * C_AMOUNT + 2]) < 0){ // stop moving for some types of drones sp = 0; } } }else{ // if not close enough // slowly turn to center // accelerate x var ax = characters[s][which * C_AMOUNT] - 300; // accelerate y var ay = -characters[s][which * C_AMOUNT + 1]; // accelerate magnitude var ad = dist(0, 0, ax, ay); // normalize acceleration characters[s][which * C_AMOUNT + 3] += 0.004 * (ax / ad); characters[s][which * C_AMOUNT + 4] += 0.004 * (ay / ad) + 0.002(s - 0.5); // If enemy in range if(cd < B_INFO[INFO[characters[s][which C_AMOUNT + 2]].bt].r){ // can shoot sh = true; if([2, 6, 7].indexOf(characters[s][which * C_AMOUNT + 2]) < 0){ // stop moving for some types of drones sp = 0; } } } }else if(13 === characters[s][which * C_AMOUNT + 2]){ // Mine-layers continually make mines sh = true; }else if(18 === characters[s][which * C_AMOUNT + 2]){ // healers check for drones on same side for(var i = 0; i < lengthC(s); i++){ // if object close enough if(pdist(characters[s][which * C_AMOUNT], characters[s][which * C_AMOUNT + 1], characters[s][i * C_AMOUNT], characters[s][i * C_AMOUNT + 1]) < 10000){ // slowly regenerate it. characters[s][i * C_AMOUNT + 8] = min(characters[s][i * C_AMOUNT + 8] + 0.0045, INFO[characters[s][i * C_AMOUNT + 2]].hp); } } } // For swarm drones only if(characters[s][which * C_AMOUNT + 2] === 2){ // boids algorithm // www.red3d.com/cwr/boids/ // sum values of velocity & position var sumxv = 0; var sumyv = 0; var sumx = 0; var sumy = 0; // Number of nearby swarm drones checked var checks = 0; // find closest swarm drone id var closest = 0; // find distance to it var cldis = Infinity; // Ceck for other swarm drones for(var i = 0; i < lengthC(s); i++){ // distance to it var d = pdist(characters[s][which * C_AMOUNT], characters[s][which * C_AMOUNT + 1], characters[s][i * C_AMOUNT], characters[s][i * C_AMOUNT + 1]); if(characters[s][i * C_AMOUNT + 2] === 2 && d < 25000){ // add to sums sumxv += characters[s][i * C_AMOUNT + 3]; sumyv += characters[s][i * C_AMOUNT + 4]; sumx += characters[s][i * C_AMOUNT]; sumy += characters[s][i * C_AMOUNT + 1]; // increment check count checks ++; // update closest drone if(d < cldis && d > 0){ closest = i; cldis = d; } } } // find average position sumx /= checks; sumy /= checks; // find magnitude of sumaverage velocities of swarm drones var ad = dist(0, 0, sumxv, sumyv); // normalize velocity and add to drone vel characters[s][which * C_AMOUNT + 3] += 0.05 * (sumxv / ad); characters[s][which * C_AMOUNT + 4] += 0.05 * (sumyv / ad); // If there is at least one swarm drone in sight if(cldis < Infinity){ // acceleration vars var ax, ay; if(cldis < 800){ // If too close to another turn away from drone ax = characters[s][closest * C_AMOUNT] - characters[s][which * C_AMOUNT]; ay = characters[s][which * C_AMOUNT + 1] - characters[s][closest * C_AMOUNT + 1]; }else{ // Otherwise try going to average position of swarm drones ax = characters[s][which * C_AMOUNT] - sumx; ay = sumy - characters[s][which * C_AMOUNT + 1]; } // normalize acceleration ad = dist(0, 0, ax, ay); characters[s][which * C_AMOUNT + 3] += 0.04 * (ax / ad); characters[s][which * C_AMOUNT + 4] += 0.04 * (ay / ad); } } // Avoid walls if(sp && (characters[s][which * C_AMOUNT + 1] + 50 * characters[s][which * C_AMOUNT + 4] + 30 > height \|\| characters[s][which * C_AMOUNT] - 50 * characters[s][which * C_AMOUNT + 3] + 30 > width \|\| characters[s][which * C_AMOUNT] - 50 * characters[s][which * C_AMOUNT + 3] - 30 < 0 \|\| characters[s][which * C_AMOUNT + 1] + 50 * characters[s][which * C_AMOUNT + 4] - 30 < -600)){ turn = 0.1; } // If moving randomize angle slightly if(sp){ turn += random(-0.02, 0.02); } // If wall don't shoot if(no_shoot.indexOf(characters[s][which * C_AMOUNT + 2])>=0){ sh = false; } // add random turn var var co = cos(turn); var si = sin(turn); var tv = characters[s][which * C_AMOUNT + 3] * co - characters[s][which * C_AMOUNT + 4] * si; characters[s][which * C_AMOUNT + 4] = characters[s][which * C_AMOUNT + 4] * co + characters[s][which * C_AMOUNT + 3] * si; characters[s][which * C_AMOUNT + 3] = tv; // normalize velocity var d = dist(0, 0, characters[s][which * C_AMOUNT + 3], characters[s][which * C_AMOUNT + 4]); if(d !== 0){ characters[s][which * C_AMOUNT + 3] /= d; characters[s][which * C_AMOUNT + 4] /= d; } // increment timer characters[s][which * C_AMOUNT + 6] ++; // get ready to shoot characters[s][which * C_AMOUNT + 7] --; // If ready to shoot if(sh && characters[s][which * C_AMOUNT + 7] <= 0){ // reset counter to shoot characters[s][which * C_AMOUNT + 7] = INFO[characters[s][which * C_AMOUNT + 2]].rt; // Find chances of missing var miss = random(-INFO[characters[s][which * C_AMOUNT + 2]].ac/2, INFO[characters[s][which * C_AMOUNT + 2]].ac/2); // translate missing angle to sin/cos var sm = sin(miss); var cm = cos(miss); // Find bullet velocity var bvx = -characters[s][which * C_AMOUNT + 3]; var bvy = characters[s][which * C_AMOUNT + 4]; // add chances of missing var nbvx = bvx * cm - bvy * sm; bvy = bvy * cm + bvx * sm; // make bullet newB(characters[s][which * C_AMOUNT], characters[s][which * C_AMOUNT + 1], nbvx, bvy, INFO[characters[s][which * C_AMOUNT + 2]].bt + (INFO[characters[s][which * C_AMOUNT + 2]].br ? round(random()) : 0), s); } // move character characters[s][which * C_AMOUNT] -= characters[s][which * C_AMOUNT + 3] * sp; characters[s][which * C_AMOUNT + 1] += characters[s][which * C_AMOUNT + 4] * sp; // If there aren't too many characters if(lengthC(s) < 250){ // If blimp create swarm drone if([8].indexOf(characters[s][which * C_AMOUNT + 2]) >= 0 && characters[s][which * C_AMOUNT + 6] % 600 === 0){ newC( characters[s][which * C_AMOUNT], characters[s][which * C_AMOUNT + 1], 2, s ); }else if(characters[s][which * C_AMOUNT + 2] === 9 && characters[s][which * C_AMOUNT + 6] % 2100 === 0){ // If base create really weak drone newC( characters[s][which * C_AMOUNT], characters[s][which * C_AMOUNT + 1], 5, s ); } } // find angle of character var ang = atan2(characters[s][which * C_AMOUNT + 3], characters[s][which * C_AMOUNT + 4]); // find the sin/cos var sa = sin(ang); var ca = cos(ang); // Loop through all enemy bullets for(var i = 0; i < lengthB(1 - s); i++){ // hitbox x and hitbox y var hbx = bullets[1 - s][i * B_AMOUNT] - characters[s][which * C_AMOUNT]; var hby = bullets[1 - s][i * B_AMOUNT + 1] - characters[s][which * C_AMOUNT + 1]; // rotate hitbox // temporary hitbox x var thb = (hbx * ca - hby * sa) * 2; hby = (hby * ca + hbx * sa) * 2; // If bullet collides with hitbox if(dist(0, 0, thb / INFO[characters[s][which * C_AMOUNT + 2]].sx, hby / INFO[characters[s][which * C_AMOUNT + 2]].sy) < 1){ // lose health characters[s][which * C_AMOUNT + 8] -= B_INFO[bullets[1 - s][i * B_AMOUNT + 2]].d; // If the bullet was an exploding one if(explodes.indexOf(bullets[1 - s][i * B_AMOUNT + 2])>=0){ // Create 25 explosion particles going random directions for(var j = 0; j < 25; j++){ var angr = random(TWO_PI); newB(bullets[1 - s][i * B_AMOUNT], bullets[1 - s][i * B_AMOUNT + 1], sin(angr), cos(angr), 8, 1 - s); } } // Unless the bullet is immune (explosion particle), delete the bullet. if(immune.indexOf(bullets[1 - s][i * B_AMOUNT + 2]) < 0){ bullets[1 - s].splice(i * B_AMOUNT, B_AMOUNT); i --; } } } // regenerate slowly characters[s][which * C_AMOUNT + 8] = min(characters[s][which * C_AMOUNT + 8] + 0.001, INFO[characters[s][which * C_AMOUNT + 2]].hp); // return 1 (die) if health is 0 or less if(characters[s][which * C_AMOUNT + 8] <= 0){ return 1; } } function runB(which, s){ // run bullets // draw bullets drawB(which, s); // move bullets[s][which * B_AMOUNT] += bullets[s][which * B_AMOUNT + 3]; bullets[s][which * B_AMOUNT + 1] += bullets[s][which * B_AMOUNT + 4]; // add onto time bullets[s][which * B_AMOUNT + 5] ++; // If the bullet moved out of range or ran out of time if(bullets[s][which * B_AMOUNT + 5] > min(B_INFO[bullets[s][which * B_AMOUNT + 2]].r / B_INFO[bullets[s][which * B_AMOUNT + 2]].s, 1000)){ // If exploding bullet, explode if(explodes.indexOf(bullets[s][whichB_AMOUNT + 2])>=0){ for(var j = 0; j < 25; j++){ var angr = random(TWO_PI); newB(bullets[s][which B_AMOUNT], bullets[s][which * B_AMOUNT + 1], sin(angr), cos(angr), 8, s); } } // return 1 (die) return 1; } } // Master running function function runAll(){ // run all of the game essentials // Run the bullets for(var i = 0; i < lengthB(1); i++){ if(runB(i, 1)){ bullets[1].splice(i * B_AMOUNT, B_AMOUNT); i --; } } for(var i = 0; i < lengthB(0); i++){ if(runB(i, 0)){ bullets[0].splice(i * B_AMOUNT, B_AMOUNT); i --; } } // Run the characters for(var i = 0; i < lengthC(1); i++){ if(runC(i, 1)){ if(characters[1][i * C_AMOUNT + 2] === 9){ scene = "won"; } money += PRICES[characters[1][i * C_AMOUNT + 2]] >> 1; characters[1].splice(i * C_AMOUNT, C_AMOUNT); i --; } } for(var i = 0; i < lengthC(0); i++){ if(runC(i, 0)){ if(characters[1][i * C_AMOUNT + 2] === 9){ scene = "lost"; } characters[0].splice(i * C_AMOUNT, C_AMOUNT); i --; } } // Display the health bars for(var i = 0; i < lengthC(1); i++){ drawH(i, 1); } for(var i = 0; i < lengthC(0); i++){ drawH(i, 0); } } // Create the starter characters { // bases newC(300, -530, 9, 1); newC(300, 530, 9, 0); // blue walls newC(300, 120, 21, 0); newC(200, 160, 21, 0); newC(400, 160, 21, 0); newC(120, 240, 21, 0); newC(480, 240, 21, 0); // blue turrets newC(260, 200, 16, 0, 0, -1); newC(340, 200, 16, 0, 0, -1); newC(200, 240, 16, 0, 0, -1); newC(400, 240, 16, 0, 0, -1); // blue drone newC(300, 280, 4, 0, 0, -1); // red walls newC(300, -120, 21, 1); newC(200, -160, 21, 1); newC(400, -160, 21, 1); newC(120, -240, 21, 1); newC(480, -240, 21, 1); // red turrets newC(260, -200, 16, 1, 0, 1); newC(340, -200, 16, 1, 0, 1); newC(200, -240, 16, 1, 0, 1); newC(400, -240, 16, 1, 0, 1); // red drone newC(300, -280, 4, 1, 0, 1); //} // Runs every frame draw = function(){ // try/catch block prevents Oh Noes from freezing program try{ // reset cursor cs = "default"; // run sections of program switch(transition[0] <= 1 ? scene : transition[1]){ case "game": game(); break; case "home": home(); break; case "how": how(); break; case "drones": drones(); break; case "won": win(); break; case "lost": lose(); break; } // Transition between sections if(transition[0] > 0){ transition[0] -= 0.05; var tr = smoothstep(1 - abs(transition[0] - 1)); fill(0, 255 * tr); rect(300, 300, 600, 600); } // Set the cursor cursor(cs); }catch(Error){ debug(Error); } }; // Ran every time mouse is clicked mouseClicked = function(){ switch(scene){ case "game": // if mouse over map if(selected[3] > -1 && mouseY < 500 && mouseY > 250 && PRICES[selected[3]] <= money){ // translate y var ty = smoothstep(700 - (constrain(mouseY, 50, 500) - 50)14/9, 0, 700) - 100; // Find tile mouse is above var tile = getHex(mouseY - ty, mouseX); if(tile[1] < 15 && tile[1] > 0 && tile[0] > 0 && tile[0] < 30){ // make sure current tile is empty for(var i = 0; i < lengthC(0); i++){ if(pdist(characters[0][i C_AMOUNT], characters[0][i * C_AMOUNT + 1], 20tile[0], 40tile[1]) < 4){ return 0; } } // If not, add character at mouse position newC(20tile[0], 40tile[1], selected[3], 0); // deduct money money -= PRICES[selected[3]]; } } // run checks on if the shop is clicked if(!moving && mouseY > 500){ shopClick(); } break; case "home": if(button(155, 300, 140, 100)){ // Go to game scene scene = "game"; transition = [2, "home"]; }else if(button(155, 400, 140, 100)){ // Go to how scene scene = "how"; transition = [2, "home"]; }else if(button(195, 500, 220, 100)){ // Go to drones slideshow scene scene = "drones"; transition = [2, "home"]; } break; case "how": if(button(300, 520, 160, 100)){ // Go to home scene scene = "home"; transition = [2, "how"]; } break; case "drones": if(button(300, 520, 160, 100)){ // Go to home scene scene = "home"; transition = [2, "drones"]; }else if(button(125, 300, 100, 100)){ // Go to previous drone var t = slideshow[0]; slideshow = [mod(t - 1, INFO.length - 1), 1, t]; }else if(button(475, 300, 100, 100)){ // Go to next drone var t = slideshow[0]; slideshow = [mod(t + 1, INFO.length - 1), 1, t]; } break; } }; // // find fair prices of drones accounting for their strengths // function determine(d){ // var a = INFO[d]; // var b = B_INFO[a.bt]; // return (100 / a.rt) * a.hp * b.r * b.d * (5 + b.s); // } // var stri = ""; // for(var i = 0; i < INFO.length; i++){ // stri += "// " + NAMES[i] + "\n" + round(determine(i)) + "\n"; // } // println(stri);
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Fork	false
Key	ag5zfmtoYW4tYWNhZGVteXIXCxIKU2NyYXRjaHBhZBiAgL2BzfmrCAw
Votes	773
Spin-Offs	163
Type	PJS
Width	600
Height	600
User Flagged	false
Origin Scratchpad	null
Hidden From Hotlist	false
Restricted Posting	false
By Child	false
Author Nick	Ky
Author Name	KyProgramming
Author ID	kaid_734655799699922356147662
Author Profile Access	COACH

Archive Data

Added	9 months ago, 1739366579537
Updated	7 months ago, 1744820597665
Source Deleted	unknown