Viewing Program

Program Data

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

Title	EVOLVE 0.8 Release
ID	5708499452067840
Created	7 years ago, 1541174537814
Updated	7 years ago, 1541453417846
Code	//Sub Here: //https://www.khanacademy.org/computer-programming/kliki-sub-page/5278519265263616 ////////////////////////////////// /** Hi, Khan Academy Coders! I've been working on this game for a few weeks, but I'm not finished yet. If you have any ideas, comment the and I'll see if I can get them done. Have fun! Read the HOW for instructions, and S to save. / /////////////////////// ////////////////////// ///////////////////// /VOTE METER/ /* Day 1- November 2nd - 3 votes :( Day 2- November 3rd - 69 votes!!! :) Day 4(I wasn't on Sunday) - 100 votes!!!! :o :o Not 1000 Kelvin... Made it to Second on the Hot List, though / ///////////////// var saveFile = [0, -10, 0, 0, 1, 0, 0, 0, 5, "Forest", 0, false, "Yellow", 3, 2, 0, 0, 1, -5]; //On the Hot List!!!!! /BOSS DAMAGE- THEY DO 130///personal note //Here's how it works: { / First is teeth. 0 for none, 1 for flat, 2 for mix, 3 for carnivorous, 4 for poisonous. Next is jump. 1 for low, 2 for medium, 3 for high, and 4 for wings. Next is skin. 0 for red, 1 for orange, 2 for yellow, 3 for green, 4 for blue, 5 for purple, 6 for pink, 7 for grey, 8 for white, and 9 for black. Next is vision. 0 is normal, 1 is echolocation, 2 is night vision, and 3 is electrolocation. Next is size. 0 is small. 1 is normal. 2 is big. Finally is speed. 0 for normal, 1 for fast, and 2 for very fast. NOTE: Same stuff for monsters. / var r = saveFile[11]; var clickWait = 0; textAlign(CENTER, CENTER); var mutations = [saveFile[0], saveFile[1], saveFile[2], saveFile[3], saveFile[4], saveFile[5]]; var dnaCollect = saveFile[6]; var dnaHave = saveFile[7]; var mutationsCost = saveFile[8]; var mutated = 0; var totalDays = saveFile[10]; //look at what I said about monsters. / A bit different for monsters. First is X. Then is Y. Then all of the others. Only you can get the best ones, e.g. speed for them is only 0 and 1. They also have a damage rating, which decides how deep their eyebrows go down. / { var scene = "Logo"; var gameScene= saveFile[9]; var toScene = "Title"; var changeScene = false; var transFill = 0; { var Transition = function(sceneTo) { fill(255, 255, 255, transFill); noStroke(); rect(width/2, height/2, width, height); if(scene !== sceneTo) { transFill += 3; } if(transFill > 255) { scene = sceneTo; } if(scene === sceneTo) { transFill -= 3; if(transFill < 0) { transFill = 0; changeScene = false; } } }; var timeOD = 0; var flashText = function(txt, frame) { textSize(50); for(var i = 0; i < 5; i++) { fill(200 + i 11, 0, 0, frame); text(txt, width/2, height/2); } if(frame > 200) { toScene = "Title"; changeScene = true; } }; }//basic functions var c1 = 100; var c2 = 220; var c3 = 255; var px = 300; var py = 475; var playerHealth = 100; var cameraX = 0; var cameraY = 0; rectMode(CENTER); var keys = [];//which keys are pressed down var vx = 0;//player's x speed var vy = 0;//player's y speed var jump = false;//if you can jump var grav = -0.5;//the gravity var onBlock = false; var maxX = 400; var maxY = 400; var minX = 400; var minY = 400; var nextBump = 0; var mostReached = 600; }/*variables///and basic functions /* In case you don't know this type of movement, it's the best out there. It's simple. keys[] records which keys are true in keyPressed and keyReleased functions. Then, in playerUpdate(), it adds to the player's velocity(movement speed). That creates smooth movement. If you don't understand, the ask me and I'll make a tutorial on that. / keyPressed = function() {keys[keyCode] = true;}; keyReleased = function() {keys[keyCode] = false;}; }//stuff mouseClicked = function() { switch(scene) { case "Title": if(mouseX < 450 && mouseX > 150 && mouseY > 250 && mouseY < 350) { changeScene = true; toScene = "Game"; } else if(mouseX > 370 && mouseX < 550 && mouseY > 380 && mouseY < 430) { changeScene = true; toScene = "Mutations"; } else if(mouseX > 70 && mouseX < 220 && mouseY > 380 && mouseY < 430) { changeScene = true; toScene = "How"; } break; case "Mutations": if(mouseX > 400 && mouseX < 550 && mouseY > 50 && mouseY < 100) { changeScene = true; toScene = "Title"; } else if(mouseX > 30 && mouseX < 280 && mouseY > 490 && mouseY < 575 && dnaHave >= mutationsCost && !changeScene) { changeScene = true; toScene = "Mutate"; mutated = 0; dnaHave -= mutationsCost; mutationsCost += 2; } break; case "Logo": changeScene = true; toScene = "Title"; break; case "How": changeScene = true; toScene = "Title"; break; } }; { var DNA = function(mx, my, s) { this.s = s; this.x1 = -this.s/2; this.y1 = -this.s/2; this.x2 = this.s/2; this.y2 = this.s/2; this.x3 = -this.s/2; this.y3 = -this.s; this.mx = mx; this.my = my; this.move = 0; this.change = true; this.collected = false; }; DNA.prototype.draw = function() { noFill(); pushMatrix(); translate(this.mx, this.my); rotate(20); strokeWeight(this.s/8); if(!this.change) { stroke(230, 206, 53); beginShape(); vertex(-this.x1, this.y1 + this.s); vertex(-this.x1, this.y1); curveVertex(-this.x1, this.y1); vertex(this.move 10, 0); vertex(-this.x2, this.y2); vertex(-this.x2, this.y2); vertex(-this.x2, this.y2 - this.s); endShape(); stroke(150, 255, 150); line(this.move * 10, 0, -this.move * 10, 0); stroke(150, 150, 255); line(this.x2, this.y2, -this.x2, this.y2); stroke(255, 150, 150); line(this.x1, this.y1, -this.x1, this.y1); } stroke(230, 206, 53); beginShape(); vertex(this.x1, this.y1 + this.s); vertex(this.x1, this.y1); curveVertex(this.x1, this.y1); vertex(-this.move * 10, 0); vertex(this.x2, this.y2); vertex(this.x2, this.y2); vertex(this.x2, this.y2 - this.s); endShape(); if(this.change) { stroke(150, 150, 255); line(this.x2, this.y2, -this.x2, this.y2); stroke(255, 150, 150); line(this.x1, this.y1, -this.x1, this.y1); stroke(150, 255, 150); line(this.move * 10, 0, -this.move * 10, 0); stroke(230, 206, 53); beginShape(); vertex(-this.x1, this.y1 + this.s); vertex(-this.x1, this.y1); curveVertex(-this.x1, this.y1); vertex(this.move * 10, 0); vertex(-this.x2, this.y2); vertex(-this.x2, this.y2); vertex(-this.x2, this.y2 - this.s); endShape(); } popMatrix(); }; DNA.prototype.mov = function() { this.x1 += this.move; this.x2 -= this.move; if(this.change) { this.move+= this.s/1000; if(this.move > this.s/(100/3)) { this.change = false; } } else if(!this.change) { this.move -= this.s/1000; if(this.move < -this.s/(100/3)) { this.change = true; } } }; DNA.prototype.collect = function() { if(dist(this.mx, this.my, px, py) < 30 && !this.collected) { this.collected = true; dnaCollect++; this.s = 0; } }; var dna = []; /****WHERE IT ALL HAPPENS***/ / * This is the place * where knowledge and space * * form in illusions * to create the collisions / var Circle = function(x, y, size) { this.x = x; this.y = y; this.s = size; }; var circles = []; Circle.prototype.draw = function() { noFill(); if(mutations[3] === 2) { for(var i = 0; i < 20; i+= 4) { stroke(0, 255, 0, i 10); ellipse(this.x, this.y, this.s + 40 - i * 2, this.s + 40 - i * 2); } } else if(mutations[3] === 3) { for(var i = 0; i < 20; i+= 4) { stroke(255, 255, 0, i * 10); ellipse(this.x, this.y, this.s + 40 - i * 2, this.s + 40 - i * 2); } } fill(0, 255, 0); noStroke(); switch(gameScene) { case "Forest": fill(0, 170, 0); break; case "Cave": fill(100); break; } if(mutations[3] === 2 \|\| mutations[3] === 3) { fill(0); } ellipse(this.x, this.y, this.s, this.s); }; Circle.prototype.update = function() { if(this.x - px < -2000) { minX = this.x + 600; var circlets = []; for(var i = 0; i < circles.length; i++) { if(circles[i].x !== this.x \|\| circles[i].y !== this.y) { circlets.push(circles[i]); } } circles = circlets; } }; Circle.prototype.pushDNA = function() { for(var i = 0; i < dna.length; i++) { var D = dna[i]; if(dist(D.mx, D.my, this.x, this.y) < this.s/3 + D.s) { D.x += 10; } } }; //the circles for(var i = 0; i < 3; i++) { var Ss = round(random(50, 200)); var Xx = round(random(0, 600)); var Yy = round(random(-100 + Ss/2, 300)); circles.push(new Circle(Xx, Yy, Ss)); if(Xx + Ss/2 > maxX) { maxX = Xx + Ss/2; } if(Xx - Ss/2 < minX) { minX = Xx - Ss/2; } if(Yy + Ss/2 > maxY) { maxY = Yy + Ss/2; } if(Yy - Ss/2 < minY) { minY = Yy - Ss/2; } } var collide = function(X, Y, sX, sY, distAllowed) { //if they are touching each other if(dist(X, Y, sX, sY) < distAllowed) { var distance = dist(X, Y, sX, sY); var mx = X - sX; var my = Y - sY; px += mx/distance * 5; py += my/distance * 2; if(mutations[5] === 3) { px += mx/distance * 10; } jump = false; if(Y - sY < 0) { jump = true; onBlock = true; vy = 0; } else { vy = -vy; } } else if(dist(X, Y, sX, sY) < distAllowed + 3) { onBlock = true; jump = true; } else { var doit = true; for(var i = 0; i < circles.length; i++) { var Circ = circles[i]; if(dist(X, Y, Circ.x, Circ.y) < Circ.s/2 + 18 && mutations[4] === 0) { if(py - Circ.y < 0) { doit = false; } } if(dist(X, Y, Circ.x, Circ.y) < Circ.s/2 + 28 && mutations[4] === 1) { if(py - Circ.y < 0) { doit = false; } } if(dist(X, Y, Circ.x, Circ.y) < Circ.s/2 + 43 && mutations[4] === 2) { if(py - Circ.y < 0) { doit = false; } } } if(doit) { onBlock = false; jump = false; } } }; var notOff = function() { if(px > maxX) { px = maxX - 3; } if(px < minX) { px = minX + 3; } }; var playerUpdate = function() { notOff(); if(keys[UP] && !keys[DOWN] && jump && mutations[1] !== -1) { jump = false; vy = (mutations[1]/1.1 - mutations[4]); } else if(keys[UP] && mutations[1] === -1) { vy = -7; } if(keys[RIGHT] && !keys[LEFT]) { if(mutations[5] === 0) { vx ++; } if(mutations[5] === 1) { vx += 1.5; } if(mutations[5] === 2) { vx += 2; } if(mutations[5] === 3) { vx += 2.5; } } if(!keys[RIGHT] && keys[LEFT]) { if(mutations[5] === 0) { vx --; } if(mutations[5] === 1) { vx -= 1.5; } if(mutations[5] === 2) { vx -= 2; } if(mutations[5] === 3) { vx -= 2.5; } } px += vx; py += vy; vx = 0.8; if((!onBlock && mutations[1] !== -1) \|\| (mutations[1] === -1 && !keys[UP])) { vy -= grav; } for(var i = 0; i < circles.length; i++) { var Circ = circles[i]; if(mutations[4] === 0) { collide(px, py, Circ.x, Circ.y, 15 + Circ.s/2); } else if(mutations[4] === 1) { collide(px, py, Circ.x, Circ.y, 25 + Circ.s/2); } else if(mutations[4] === 2) { collide(px, py, Circ.x, Circ.y, 40 + Circ.s/2); } } }; var Circles = function() { //the circles for(var i = 0; i < circles.length; i++) { var Circ = circles[i]; Circ.draw(); Circ.update(); Circ.pushDNA(); } }; var colorCreature = function(c) { var Color; switch(c) { case 0: Color = color(255, 0, 0); break; case 1: Color = color(255, 177, 0); break; case 2: Color = color(255, 255, 0); break; case 3: Color = color(0, 255, 0); break; case 4: Color = color(0, 100, 255); break; case 5: Color = color(130, 0, 255); break; case 6: Color = color(255, 100, 200); break; case 7: Color = color(177); break; case 8: Color = color(255); break; case 9: Color = color(0); break; default: Color = color(255, 0, 0); break; } return Color; }; var colorCreatureDark = function(c) { var Color; switch(c) { case 0: Color = color(150, 0, 0); break; case 1: Color = color(150, 70, 0); break; case 2: Color = color(150, 150, 0); break; case 3: Color = color(0, 150, 0); break; case 4: Color = color(0, 50, 150); break; case 5: Color = color(60, 0, 150); break; case 6: Color = color(150, 0, 150); break; case 7: Color = color(70); break; case 8: Color = color(150); break; case 9: Color = color(100); break; default: Color = color(150, 0, 0); break; } return Color; }; var Tooth = function(x, y, size, type) { fill(255); if(type === 3) { fill(0, 255, 200); } stroke(0); strokeWeight(size/20); switch(type) { case 1: beginShape(); vertex(x - size/5, y); vertex(x - size/5, y + size/5); vertex(x + size/5, y + size/5); vertex(x + size/5, y); endShape(); break; case 2: beginShape(); vertex(x - size/5, y); vertex(x, y + size/4); vertex(x + size/5, y); endShape(); break; case 3: beginShape(); vertex(x - size/5, y); vertex(x, y + size/4); vertex(x + size/5, y); endShape(); break; } if(type !== 0) { line(x - size/3, y, x + size/3, y); } }; { var Monster = function(x, y, teeth, jump, skin, vision, fast, Size, damage, dwait) { this.x = x; this.y = y; this.t = teeth; this.j = jump; this.c = skin; this.v = vision; this.f = fast; this.s = Size; this.d = damage; this.vx = 0; this.vy = 0; this.o = false; this.mx = 0; this.my = 0; this.w = dwait; }; var monsters = []; Monster.prototype.draw = function() { this.w += 1; pushMatrix(); translate(this.x, this.y); if(mutations[3] === 2 \|\| mutations[3] === 3) { this.c = 9; } if(mutations[3] === 2) { for(var i = 0; i < 20; i+= 5) { stroke(0, 255, 0, i 10); noFill(); ellipse(0, 0, this.s * 1.05 + 40 - i * 2, this.s * 1.05 + 40 - i * 2); } } else if(mutations[3] === 3) { for(var i = 0; i < 20; i+= 5) { stroke(255, 255, 0, i * 10); noFill(); ellipse(0, 0, this.s * 1.05 + 40 - i * 2, this.s * 1.05 + 40 - i * 2); } } noStroke(); fill(colorCreatureDark(this.c)); if(mutations[3] === 2 \|\| mutations[3] === 3) { fill(0); } ellipse(0, 0, this.s * 1.05, this.s * 1.05); noStroke(); fill(colorCreature(this.c)); ellipse(-this.s/30, -this.s/30, this.s, this.s); if(this.c !== 9) { fill(0); } else { fill(255); } ellipse(-this.s/4, 0, this.s/5, this.s/5); ellipse(this.s/4, 0, this.s/5, this.s/5); Tooth(-this.s/7, this.s/5, this.s/2, this.t); Tooth(this.s/7, this.s/5, this.s/2, this.t); strokeWeight(this.s/20); line(-this.s/3 + this.d * this.s/200, -this.s/4, -this.s/5, -this.s/4 + this.d this.s/200); line(this.s/3- this.d this.s/200, -this.s/4, this.s/5, -this.s/4 + this.d * this.s/200); popMatrix(); }; Monster.prototype.collide = function(X, Y, sX, sY, distAllowed) { if(dist(X, Y, sX, sY) < distAllowed) { var distance = dist(X, Y, sX, sY); this.mx = X - sX; this.my = Y - sY; this.x += this.mx/distance * 5; this.y += this.my/distance * 2; this.jump = false; if(this.y - sY < 0) { this.jump = true; this.o = true; this.vy = 0; } else { this.vy = -this.vy; } } else if(dist(X, Y, sX, sY) < distAllowed + 6) { this.o = true; this.jump = true; } else { this.doit = true; for(var i = 0; i < circles.length; i++) { var Circ = circles[i]; if(dist(this.x, this.y, Circ.x, Circ.y) < Circ.s/2 + this.s/2 + 3) { if(this.y - Circ.y < 0) { this.doit = false; } } } if(this.doit) { this.o = false; this.jump = false; } } }; Monster.prototype.update = function() { {this.notoff(); if(this.y - py > this.s && this.jump && dist(this.x, this.y, px, py) < this.s * 10) { this.vy = this.j; this.jump = false; } if(this.x - px < this.s/3 && dist(this.x, this.y, px, py) < this.s * 10) { this.vx += this.f; } if(this.x - px > -this.s/3 && dist(this.x, this.y, px, py) < this.s * 10) { this.vx -= this.f; } this.vx = 0.9; if(!this.o) { this.vy -= grav; } this.x += this.vx; this.y += this.vy; for(var i = 0; i < circles.length; i++) { var Circ = circles[i]; this.collide(this.x, this.y, Circ.x, Circ.y, this.s/2 + Circ.s/2); }}//most movement if(this.x - px < -2000) { var monsterlings = []; for(var i = 0; i < monsters.length; i++) { var Mons = monsters[i]; if(Mons.x !== this.x \|\| Mons.y !== this.y \|\| Mons.c !== this.c) { monsterlings.push(Mons); } } monsters = monsterlings; } }; Monster.prototype.notoff = function() { }; Monster.prototype.collideTogether = function() { for(var i = 0; i < monsters.length; i++) { if(monsters[i].x !== this.x \|\| monsters[i].y !== this.y \|\| monsters[i].d !== this.d \|\| monsters[i].s !== this.s \|\| monsters[i].j !== this.j) { if(dist(this.x, this.y, monsters[i].x, monsters[i].y) < monsters[i].s/2 + this.s/2) { var distance = dist(this.x, this.y, monsters[i].x, monsters[i].y); var MX = this.x - monsters[i].x; var MY = this.y - monsters[i].y; this.x += MX/distance 4; this.y += MY/distance * 4; if(monsters[i].o) { this.jump = true; this.o = true; } } } } }; }//monsters var easeInOutQuad = function (t, b, c, d) { t /= d/2; if (t > 1) { return c/2tt + b; } t--; return (-1)c/2 (t(t-2) - 1) + b; }; var cameraUpdate = function() { cameraY = easeInOutQuad(1, cameraY, py - cameraY, 3); cameraX = easeInOutQuad(1, cameraX, px - cameraX, 3); if (cameraY > maxY - height/2) { cameraY = maxY - height/2; } if(cameraY < minY + height/2) { cameraY = minY + height/2; } if (cameraX - width/2 > maxX) { cameraX = maxX - width/2; } if(cameraX + width/2 < minX) { cameraX = maxX + width/2; } }; var playerDraw = function() { noStroke(); if(mutations[4] === 0) { fill(colorCreatureDark(mutations[2])); ellipse(px, py, 30, 30); fill(colorCreature(mutations[2])); ellipse(px - 2, py - 2, 25, 25); fill(255); if(mutations[3] === 2) { fill(0); } if(mutations[3] === 3) { fill(255, 255, 0); } ellipse(px - 7, py - 5, 8, 8); ellipse(px + 5, py - 5, 8, 8); fill(0); if(mutations[3] === 2) { fill(255); } if(mutations[3] === 3) { fill(100, 0, 200); } ellipse(px - 7, py - 5, 5, 5); ellipse(px + 5, py - 5, 5, 5); stroke(0); if(mutations[3] === 1) { noFill(); stroke(200); strokeWeight(2); ellipse(px - 7, py - 5, 10, 10); ellipse(px + 5, py - 5, 10, 10); } } else if(mutations[4] === 1) { fill(colorCreatureDark(mutations[2])); ellipse(px, py, 55, 55); fill(colorCreature(mutations[2])); ellipse(px - 2, py - 2, 50, 50); fill(255); if(mutations[3] === 2) { fill(0); } if(mutations[3] === 3) { fill(255, 255, 0); } ellipse(px - 13, py - 5, 13, 13); ellipse(px + 10, py - 5, 13, 13); fill(0); if(mutations[3] === 2) { fill(255); } if(mutations[3] === 3) { fill(100, 0, 200); } ellipse(px - 13, py - 5, 8, 8); ellipse(px + 10, py - 5, 8, 8); if(mutations[3] === 1) { noFill(); stroke(200); strokeWeight(2); ellipse(px - 13, py - 5, 19, 19); ellipse(px + 10, py - 5, 19, 19); } } else { fill(colorCreatureDark(mutations[2])); ellipse(px, py, 80, 80); fill(colorCreature(mutations[2])); ellipse(px - 2, py - 2, 75, 75); fill(255); if(mutations[3] === 2) { fill(0); } if(mutations[3] === 3) { fill(255, 255, 0); } ellipse(px - 20, py - 5, 20, 20); ellipse(px + 17, py - 5, 20, 20); fill(0); if(mutations[3] === 2) { fill(255); } if(mutations[3] === 3) { fill(100, 0, 200); } ellipse(px - 20, py - 5, 14, 14); ellipse(px + 17, py - 5, 14, 14); if(mutations[3] === 1) { noFill(); stroke(200); strokeWeight(2); ellipse(px - 20, py - 5, 25, 25); ellipse(px + 17, py - 5, 25, 25); } } fill(255); }; var drawMonsters = function() { for(var i = 0; i < monsters.length; i++) { var Mons = monsters[i]; Mons.draw(); Mons.update(); Mons.collideTogether(); if(monsters.length > 15 && monsters.length > floor(mostReached/300)/100) { monsters.pop(); } } }; var growScreen = function() { if(mostReached > nextBump) { circles.push(new Circle(nextBump, 600, 400)); nextBump += 300; } if(mostReached - px < 400) { mostReached += round(random(60, 150)); circles.push(new Circle(random(mostReached - 100, mostReached + 100), random(50, 600), random(50, 200))); maxX = mostReached; var R1 = random(1); if(R1 > 0.8) { dna.push(new DNA(random(mostReached - 100, mostReached + 100), random(50, 430), 30)); } var R2 = random(1); if(R2 < (floor(mostReached/300))/100) { var aa = random(mostReached - 100, mostReached + 100); var bb = random(0, 300); var cc = round(random(0, 3)); var dd = round(random(-10, -7)); var ee = round(random(0, 9)); var ff = round(random(0, 3)); var gg = round(random(2, 3))/10; var hh = random(40, 60); var ii = round(random(7, 20)); monsters.push(new Monster(aa, bb, cc, dd, ee, ff, gg, hh, ii, 60)); var R3 = random(1); if(R3 > 0.9) { monsters.push(new Monster(aa, bb, cc, dd, ee, ff, gg, hh, ii, 60)); } } } }; var Dnnn = new DNA(480, 70, 30); var healthBar = function() { noStroke(); fill(100, 100, 100, 100); rect(120, 50, 250, 100); beginShape(); vertex(0, 0); vertex(0, 60); vertex(140, 80); vertex(200, 0); endShape(CLOSE); beginShape(); vertex(245, 100); vertex(245, 60); vertex(200, 60); vertex(140, 80); endShape(CLOSE); fill(255, 0, 0, 140); rect(playerHealth + 20, 70, playerHealth 2, 30, 10); fill(255); textSize(30); text("HEALTH: " + playerHealth, 120, 30); if(playerHealth < 100 && frameCount % 10 === 0) { playerHealth += mutations[0] + 1; } pushMatrix(); translate(360, 0); noStroke(); fill(100, 100, 100, 100); rect(120, 50, 250, 100); beginShape(); vertex(0, 0); vertex(0, 60); vertex(140, 80); vertex(200, 0); endShape(CLOSE); beginShape(); vertex(245, 100); vertex(245, 60); vertex(200, 60); vertex(140, 80); endShape(CLOSE); fill(255); text("DNA: "+ dnaCollect, 120, 30); popMatrix(); Dnnn.draw(); Dnnn.mov(); }; var subHealth = function() { for(var i = 0; i < monsters.length; i++) { var Mons = monsters[i]; if(dist(px, py, Mons.x, Mons.y) < Mons.s/2 - 3) { if(Mons.w > 60) { Mons.w = 0; playerHealth -= (Mons.d + Mons.t); } } } if(playerHealth <= 0) { changeScene = true; toScene = "Title"; } }; var dayNight = function() { background(c1, c2, c3); if(mutations[3] === 2 \|\| mutations[3] === 3) { background(c2, c2, c2); } if(timeOD < 50) { } else if(timeOD < 305) { if(c1 > 0) { c1 -= 0.2; } if(c2 > 0) { c2 -= 0.2; } if(c3 > 0) { c3 -= 0.2; } } else if(timeOD < 500) { if(c1 < 255) { c1+= 0.2; } if(c1 < 177) { c3 += 0.3; } else{ if(c3 > 0) { c3 -= 0.3; } if(c2 < 200) { c2 += 0.2; } } } else if(timeOD < 525) { if(c1 > 100) { c1 -= 0.8; } if(c3 < 255) { c3 += 0.9; } if(c2 < 200) { c2 += 1; } } else if(timeOD > 550) { translate(-width/2 + cameraX, -height/2 + cameraY - 65); flashText("You survived!", timeOD * 10 - 5500); translate(width/2 - cameraX, height/2 -cameraY + 65); dnaHave += dnaCollect; dnaCollect = 0; if(totalDays < 15) { gameScene = "Forest"; } else if(totalDays < 30) { gameScene = "Cave"; } else if(totalDays < 45) { gameScene = "Dark Forest"; } else if(totalDays < 60) { gameScene = "River"; } else if(totalDays < 75) { gameScene = "Fog"; } else if(totalDays < 90) { gameScene = "Shadowlands"; } } timeOD += 0.1; if(timeOD === 550) { totalDays ++; } }; var Game = function() { translate(width/2 - cameraX, height/2 -cameraY + 65); dayNight(); Circles(); for(var i = 0; i < dna.length; i++) { var Dna = dna[i]; if(Dna.s !== 0) { Dna.draw(); Dna.mov(); Dna.collect(); } } subHealth(); growScreen(); drawMonsters(); playerDraw(); playerUpdate(); cameraUpdate(); resetMatrix(); fill(0); healthBar(); }; }//game { { var timepass = 0; var logotime = 0; var shiftl = 0; var subtract = 11; var sub2 = 5.4; var sub3 = 8.4; var waitl = 0; var rot = 0; var next = 0; var flashl = 0; var colorl = 0; var wai = 0; }//logo variables var Logo = function() { noStroke();//otherwise there is a line around the border pushMatrix();// begin transitions scale(3/2); translate(200, 200);//translate to the center fill(255 + 59 - colorl, 254 - colorl, 338 - colorl, 20);//starts white, then purple rect(-200, -200, 1000, 1000);//background fill(255);//text stays white, textAlign(CENTER, CENTER);//in the center, textSize(50);// size 30, text("KLIKI", 0, 0);// and says klikikiliki stroke(144 + colorl, 84 + colorl, 168 + colorl);//starts purple, then turns white strokeWeight(logotime/7);//grows at the beginning rotate(rot);//rotates the logo {line(-180 + shiftl, logotime, -180+ shiftl, 0); line(180- shiftl, logotime, 180- shiftl, 0); line(-180+ shiftl, -logotime, -180+ shiftl, 0); line(180- shiftl, -logotime, 180- shiftl, 0); line(-180+ shiftl + logotime, logotime, -180+ shiftl, 0); line(-180+ shiftl + logotime, -logotime, -180+ shiftl, 0); line(180- shiftl - logotime, logotime, 180- shiftl, 0); line(180- shiftl - logotime, -logotime, 180- shiftl, 0); }//lines in logo noStroke();//no stroke for the flash fill(255, 255, 255, 300 - flashl/8);//gets more transparent over time ellipse(0, 0, flashl/3, flashl);//grows in a flash if(wai < 40) { wai++;//waits }else if(logotime < 120) { logotime+= subtract;//grows the letters subtract /= 1.1;//slows the rate of growth } else if(waitl < 20) { waitl++;//waits }else if(shiftl <= 59) { shiftl += sub2;//moves the letters in sub2/= 1.1;//lowers the rate of movement } else if(rot < 90) { rot+= sub3;//rotates the letters sub3 /= 1.1;//slows the rate of rotation }else if(flashl < 3000) { flashl+= 30;//makes the flash if(colorl < 170) { colorl+= 170/50;//changes the colors } } else if(timepass < 100) { timepass++; } else { changeScene = true; toScene = "Title"; } popMatrix();//ends trasitions }; }//logo { var CC1 = new Circle(50, 700, 400); var CC2 = new Circle(300, 700, 400); var CC3 = new Circle(550, 700, 400); var Mon1 = new Monster(100, 470, 2, 0, round(random(0, 8)), 0, 0, 70, 10); var Mon2 = new Monster(430, 497, 3, 0, round(random(0, 8)), 0, 0, 70, 10); var Dna1 = new DNA(50, 400, 30); var Dna2 = new DNA(550, 470, 30); var Title = function() { py = 475; px = 300; if(mutations[4] === 0) { py = 485; } if(mutations[4] === 2) { py = 460; } if(!changeScene) { timeOD = 0; c1 = 100; c2 = 200; c3 = 255; playerHealth = 100; vx = 0; vy = 0; jump = false; maxX = 600; minX = 0; dnaCollect = 0; nextBump = 0; circles = []; monsters = []; mostReached = 600; } cursor("DEFAULT"); background(100, 200, 255); if(mutations[3] === 2 \|\| mutations[3] === 3) { background(0); } pushMatrix(); translate(0, -50); { stroke(150); strokeWeight(20); noFill(); pushMatrix(); translate(-60, 10); //e line(100, 150, 100, 250); line(100, 150, 150, 100); line(100, 200, 150, 150); line(100, 250, 150, 200); //v line(180, 150, 220, 250); line(260, 150, 220, 250); //o ellipse(320, 200, 70, 100); //l line(390, 150, 390, 250); line(390, 250, 440, 200); //v line(470, 150, 510, 250); line(550, 150, 510, 250); //e line(590, 150, 590, 250); line(590, 150, 640, 200); line(590, 200, 640, 250); line(590, 250, 640, 300); popMatrix(); stroke(255); strokeWeight(20); noFill(); pushMatrix(); translate(-70, 0); //e line(100, 150, 100, 250); line(100, 150, 150, 100); line(100, 200, 150, 150); line(100, 250, 150, 200); //v line(180, 150, 220, 250); line(260, 150, 220, 250); //o ellipse(320, 200, 70, 100); //l line(390, 150, 390, 250); line(390, 250, 440, 200); //v line(470, 150, 510, 250); line(550, 150, 510, 250); //e line(590, 150, 590, 250); line(590, 150, 640, 200); line(590, 200, 640, 250); line(590, 250, 640, 300); popMatrix(); noStroke(); fill(255); textSize(40); text("All Code Written by Kliki", 330, 110); }//the Title Text popMatrix(); fill(0, 255, 0); if(gameScene === "Forest") { fill(0, 150, 0); } { CC1.draw(); CC2.draw(); CC3.draw(); playerDraw(); Mon1.draw(); Mon2.draw(); Dna1.draw(); Dna1.mov(); Dna2.draw(); Dna2.mov(); }//draw the game scene w/player textFont(createFont("Arial Black"), 90); { fill(115); if(mouseX < 450 && mouseX > 150 && mouseY > 250 && mouseY < 350) { fill(150); cursor(HAND); } text("PLAY", 310, 300); fill(220); if(mouseX < 450 && mouseX > 150 && mouseY > 250 && mouseY < 350) { fill(255); cursor(HAND); } text("PLAY", 300, 290); }//the play button { textSize(40); fill(100); if(mouseX > 370 && mouseX < 550 && mouseY > 380 && mouseY < 430) { fill(150); cursor(HAND); } text("ADAPT", 460, 410); fill(205); if(mouseX > 370 && mouseX < 550 && mouseY > 380 && mouseY < 430) { fill(255); } text("ADAPT", 450, 400); }//the adapt button { textSize(40); fill(100); if(mouseX > 70 && mouseX < 220 && mouseY > 380 && mouseY < 430) { fill(150); cursor(HAND); } text("HOW", 140, 410); fill(205); if(mouseX > 70 && mouseX < 220 && mouseY > 380 && mouseY < 430) { fill(255); } text("HOW", 130, 400); }//the how button textFont(createFont("Arial")); }; }//title var How = function() { background(100, 200, 255); if(mutations[3] === 2 \|\| mutations[3] === 3) { background(0); } textFont(createFont("Arial Black"), 90); fill(150); text("TO PLAY", 310, 110); fill(255); text("TO PLAY", 300, 100); textFont(createFont("Arial"), 19); fill(150); text("CLICK TO RETURN", 300, 550); fill(255); text("Welcome to Evolve!\nArrow keys to move.\nThe Play button leads to the game.\nIn game, collect DNA for points.\nWatch out for monsters- they drain health.\nEach day lasts _____ seconds.\nEvery few days, starting with the first...\nA mutation will automatically occur.\nOn Automutates, you can't get Wings.\nOr Full Heal. Or Very Fast. Or Electro.\n\nThe Adapt button leads to a page.\nthat page shows your current mutations.\nThe color of the text is the color of the player.\nIt shows you the player, which shows you the size of the player.\nBuy mutations and you can get anything. But beware.\nMutations can downgrade you.\nCLICK TO RETURN.\nHave fun!", 300, 370); }; { var Bubbline = function(y, rot) { this.y = y; this.rot = rot; }; var bubbles = []; Bubbline.prototype.draw = function() { stroke(255); strokeWeight(7); pushMatrix(); translate(width/2, height/2); rotate(this.rot); if(this.y > 0) { line(0, 700 - this.y, 0, 700 -this.y - 60); } else { line(0, 700, 0, 700 -this.y - 60); } popMatrix(); this.y -= 10; if(this.y < -60) { bubbles.shift(); } }; var Mutate = function() { mutated ++; {px = 300; py = 300; background(0); bubbles.push(new Bubbline(700, random(0, 360))); bubbles.push(new Bubbline(705, random(0, 360))); for(var i = 0; i < bubbles.length; i++) { var Bub = bubbles[i]; Bub.draw(); } }//back lines playerDraw(); if(mutated === 100) { changeScene = true; toScene = "Mutate2"; } if(mutated === 185) { var mutText = ""; var R1 = random(0, 200); var m1 = mutations[1]; var m2 = mutations[2]; var m3 = mutations[3]; var m4 = mutations[4]; var m5 = mutations[5]; var m0 = mutations[0]; if(R1 < 10) { mutations[0] = 0; } else if(R1 < 15) { mutations[0] = 1; } else if(R1 < 18) { mutations[0] = 2; } else if(R1 < 20) { mutations[0] = 3; } else if(R1 < 30) { mutations[1] = -10; } else if(R1 < 15) { mutations[1] = -15; } else if(R1 < 18) { mutations[1] = -20; } else if(R1 < 40) { mutations[1] = -1; } else if(R1 < 59) { mutations[2] = 0; } else if(R1 < 68) { mutations[2] = 1; } else if(R1 < 77) { mutations[2] = 2; } else if(R1 < 86) { mutations[2] = 3; } else if(R1 < 95) { mutations[2] = 4; } else if(R1 < 104) { mutations[2] = 5; } else if(R1 < 113) { mutations[2] = 6; } else if(R1 < 122) { mutations[2] = 7; } else if(R1 < 131) { mutations[2] = 8; } else if(R1 < 140) { mutations[2] = 9; } else if(R1 < 150) { mutations[3] = 0; } else if(R1 < 155) { mutations[3] = 1; } else if(R1 < 158) { mutations[3] = 2; } else if(R1 < 160) { mutations[3] = 3; } else if(R1 < 165) { mutations[4] = 0; } else if(R1 < 175) { mutations[4] = 1; } else if(R1 < 180) { mutations[4] = 2; } else if(R1 < 188) { mutations[5] = 0; } else if(R1 < 193) { mutations[5] = 1; } else if(R1 < 197) { mutations[5] = 2; } else if(R1 < 200) { mutations[5] = 3; } if(m1 === mutations[1] && m2 === mutations[2] && m3 === mutations[3] && mutations[4] === m4 && m5 === mutations[5] && m0 === mutations[0]) { mutated = 184; } } if(mutated === 350) { changeScene = true; toScene = "Mutations"; } }; }//where you mutate { var CC10 = new Circle(100, 730, 600); var CC11 = new Circle(500, 820, 600); var Dnn = new DNA(140, 470, 30); var Mutations = function() { {cursor("DEFAULT"); background(100, 200, 255); if(mutations[3] === 2 \|\| mutations[3] === 3) { background(0); if(mutations[5] === 9) { mutations[5] = 0; } } pushMatrix(); translate(300, 140); rotate(20); textFont(createFont("Arial Black"), 90); fill(150); translate(10, 10); text("MUTATIONS", 0, 0); fill(255); translate(-10, -10); text("MUTATIONS", 0, 0); popMatrix(); textSize(40); fill(125); if(mouseX > 400 && mouseX < 550 && mouseY > 50 && mouseY < 100) { fill(150); cursor(HAND); } text("BACK", 480, 80); fill(230); if(mouseX > 400 && mouseX < 550 && mouseY > 50 && mouseY < 100) { fill(255); } text("BACK", 470, 70);}//Title and back button {textSize(26); pushMatrix(); translate(-30, -200); { fill(colorCreature(mutations[2])); text("Teeth:", 100, 400); fill(150); if(mutations[0] === 0) { fill(255); } text("None", 100, 440); fill(150); if(mutations[0] === 1) { fill(255); } text("Flat", 100, 480); fill(150); if(mutations[0] === 2) { fill(255); } text("Pointy", 100, 520); fill(150); if(mutations[0] === 3) { fill(255); } text("Poison", 100, 560); }//teeth translate(0, 40); { fill(colorCreature(mutations[2])); text("Speed:", 220, 400); fill(150); if(mutations[5] === 0) { fill(255); } text("Slow", 220, 440); fill(150); if(mutations[5] === 1) { fill(255); } text("Medium", 220, 480); fill(150); if(mutations[5] === 2) { fill(255); } text("Fast", 220, 520); fill(150); if(mutations[5] === 3) { fill(255); } text("Faster", 220, 560); }//speed translate(0, 40); { fill(colorCreature(mutations[2])); text("Bounce:", 350, 400); fill(150); if(mutations[1] === -10) { fill(255); } text("Low", 350, 440); fill(150); if(mutations[1] === -15) { fill(255); } text("Medium", 350, 480); fill(150); if(mutations[1] === -20) { fill(255); } text("High", 350, 520); fill(150); if(mutations[1] === -1) { fill(255); } text("Wings", 350, 560); }//jump translate(0, 40); { fill(colorCreature(mutations[2])); text("Vision:", 490, 400); fill(150); if(mutations[3] === 0) { fill(255); } text("Normal", 490, 440); fill(150); if(mutations[3] === 1) { fill(255); } text("Echo.", 490, 480); fill(150); if(mutations[3] === 2) { fill(255); } text("Night", 490, 520); fill(150); if(mutations[3] === 3) { fill(255); } text("Electro.", 490, 560); }//vision popMatrix();}//mutation info {fill(0, 255, 0); switch(gameScene) { case "Forest": fill(0, 150, 0); break; case "Cave": fill(150); break; } CC10.draw(); CC11.draw();}//hills textSize(30); {fill(115); if(mouseX > 30 && mouseX < 280 && mouseY > 490 && mouseY < 575) { cursor(HAND); fill(150); } text("Buy Mutation\n" + mutationsCost + " DNA", 150, 535); fill(220); if(mouseX > 30 && mouseX < 280 && mouseY > 490 && mouseY < 575) { fill(255); } text("Buy Mutation\n" + mutationsCost + " DNA", 140, 530); Dnn.draw(); Dnn.mov();}//buy the mutations { textSize(20); fill(255); text("You have " + dnaHave + " DNA", 300, 30); }//show total DNA }; }//adaptions page draw = function() { switch(scene) { case "Game": Game(); break; case "Logo": Logo(); break; case "Title": Title(); break; case "How": How(); break; case "Mutations": Mutations(); break; case "Mutate": Mutate(); break; case "Mutate2": Mutate(); break; } clickWait ++; if(clickWait > 20 && keys[83]) { println("var saveFile = [" + mutations[0] + ", " + mutations[1] + ", " + mutations[2] + ", " + mutations[3] + ", " + mutations[4] + ", " + mutations[5] + ", " + dnaCollect + ", " + dnaHave + ", " + mutationsCost + ', "' + gameScene + '", ' + totalDays + 'false, "Yellow", 3, 2, 0, 0, 1, -5];'); clickWait = 0; } if(changeScene) { Transition(toScene); } };
Folds
Fork	false
Key	ag5zfmtoYW4tYWNhZGVteXIXCxIKU2NyYXRjaHBhZBiAgKrQmfuRCgw
Votes	227
Spin-Offs	24
Type	PJS
Width	600
Height	600
User Flagged	false
Origin Scratchpad	null
Hidden From Hotlist	false
Restricted Posting	false
By Child	false
Author Nick	Plot Twist (Kliki Avenir)
Author Name	PlotTwist6
Author ID	kaid_485609868489081084783903
Author Profile Access	COACH

Archive Data

Added	10 months ago, 1739447512722
Updated	10 months ago, 1739447518690
Source Deleted	unknown