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Title	Cut The Rope ✄----
ID	4984921363841024
Created	Unknown
Updated	2 years ago, 1672518176160
Code	//////////////////////////////////UPDATED 12/31/2022///////////////////////////////////// ///////////////////////////////////ABOUT THE GAME//////////////////////////////////////// /************************************************************************************** * Hi! This is a program I wrote over 8 years ago, when I was 12 years old. I learned the basics of computer programming on Khan Academy when I was young, and fell in love with coding. I am now majoring in Computer Science and Engineering, as a sophomore in university. Feel free to follow me on Instagram: @bencrouch02. * * I began writing this program as a copy of the original game that can be found on the app store. When I first wrote this program, I ran into challenges with only a basic understanding of animation and programming logic. Now that I have a better knowledge of Javascript and software design, I decided to come back and finish the program that I started. Although I did not program hundreds of levels, I fixed many of the original issues I had with the code, including making it scalable for unlimited levels with an array. I also added comments to my code to help others learn from it and understand how it works. * * As you can see, there are only 4 levels in this game. I encourage you to expirement with my code and to add your own additional levels. For instance, can you add your own game piece for additional levels? Try to code spikes that pop the candy's bubble, or a wall that the candy cannot travel through! * * I hope you enjoy this program and can learn from the code I wrote. Leave a comment below or make a spin-off of your own version of this game! * * * NOTE: Although all animation work was written by me, I did not create all of the graphics for this program such as the background image, frog, or candy and will not take credit for those images. * ***********************************************************************************/ / _/ _/ _/ _/ _/_/ _/ _/ _/ _/ _/ _/ _/ _/ _/_/ _/ _/_/ _/_/_/_/ _/_/_/_/ _/ _/ _/ _/ _/ _/ _/ _/ _/ _/ _/_/ _/ _/ _/ _/ _/ _/ _/ _/ _/_/ _/_/_/ _/_/_/_/ _/ _/ _/ _/ _/_/_/_/ _/ _/_/_/ _/ _/ _/ _/ _/ _/ _/_/_/ _/_/_/_/ / //tracks the current level of the game var currentLevel = 0; //the image of the frog being displayed (happy, sad, open, chew); var mouthCase = "open"; //used as a timer to provide a delay showing frog eating the candy var time = 0; //vertical speed of falling candy var speedY = 7; //lateral speed of candy being pushed by balloon var speedX = 5; //direction the candy is pushed by a balloon (-1 is left, +1 is right) var windDirection; //these variables store the level variables, and are used if a level is restarted var initialCandyX; var initialCandyY; var initialFrogX; var initialFrogY; var initialBubbleX; var initialBubbleY; var initialBalloonX; var initialBalloonY; var lastLevel = false; // draws each level, if an object is not being used for the current level it is placed out of the visible window var levels = [ { ropeCut: false, candyY: 200, candyX: width/2, win: false, }, { ropeCut: false, candyX: width/2, candyY: 100, win: false, frogX: width/2, frogY: height-50, bubbleX: -50, bubbleY:-50, balloonX: 500, balloonY: 200, text: 'click and hold, then drag \nyour mouse over the the rope', }, { ropeCut: false, win: false, candyX: width/2, candyY: 100, frogX: 55, frogY: height-50, bubbleX: -50, bubbleY:-50, balloonX: 300, balloonY: 200, text: 'When the candy is \nin front of the balloon, \ntap on the balloon', },{ ropeCut: false, win: false, candyX: width/2, candyY: 200, frogX: width/2, frogY: 75, bubbleX: width/2, bubbleY: height-25, balloonX: 500, balloonY: 200, text: 'Bubbles will \nfloat up with \nthe candy', },{ ropeCut: false, win: false, candyX: width/2, candyY: 100, frogX: 300, frogY: 75, bubbleX: width/2, bubbleY: height-25, balloonX: 100, balloonY: 250, text: "You've got the hang of it :)", },{ lastLevel: true, } ]; // Draw the brown cardboard background var cardboard = function(){ rotate(-5); background(191, 174, 107); stroke(161, 131, 87); fill(191, 174, 107); strokeWeight(3); rect(-12,-20,200,121); rect(301,-46,200,133); rect(122,57,200,100); rect(301,211,200,100); rect(-20,321,200,100); stroke(115, 93, 63); rect(31,59,25,25); rect(58,59,25,25); textSize(30); fill(0, 0, 0); text("☂",45-10,70+12); text("⇈",72-12,72+10); strokeWeight(1); resetMatrix(); }; // draw the fabric for loading screen var fabric = function(posx,posy,szHight,szWidth,th){ var x = posx; var y = posy; var sh = szHight; var sw = szWidth; fill(105, 214, 3); quad(x+-33, y+186, sh+-26, sw+404, sw+408, sh+421, x+432, y+168); noStroke(); fill(110, 145, 35); for (var i = -2; i < 12; i++) { for (var l = -th; l < 11; l++) { ellipse((i 40) + ((l % 2) * 20), l * 40, 30, 30); } } }; // draw the blue background for loading screen var magic = function(posx,posy,szHight,szWidth){ var x = posx; var y = posy; var sh = szHight; var sw = szWidth; fill(103, 93, 245); quad(x+-26, y+271, sh+-37, sw+406, sw+389, sh+650, x+416, y+348); stroke(127, 152, 250); strokeWeight(15); line(x+21, y+285, 8, 470); line(x+75, y+295, 65, 405); line(x+130, y+306, 119, 422); line(x+186, y+314, 172, 461); line(x+239, y+324, 229, 441); line(x+291, y+332, 282, 442); line(x+346, y+342, 337, 452); strokeWeight(5); stroke(65, 84, 209); line(x+20, y+285, 7, 470); line(x+75, y+292, 65, 405); line(x+130, y+303, 119, 422); line(x+185, y+313, 172, 461); line(x+239, y+322, 229, 441); line(x+291, y+330, 282, 442); line(x+346, y+340, 337, 452); strokeWeight(1); resetMatrix(); }; var lin = function(){ //lines stroke(255); strokeWeight(5); line(-100, 190, 450, 165); line(-100, 258, 450, 354); strokeWeight(1); resetMatrix(); noStroke(); }; var bubble = function(x,y){ stroke(35, 173, 207); strokeWeight(2); noFill(); ellipse(x,y,56,56); stroke(255); ellipse(x+8,y-17,10,10); resetMatrix(); }; var balloon = function(x, y, sz){ strokeWeight(1); stroke(0); fill(0, 178, 209); ellipse(x,y,sz,sz); ellipse(x-25,y,sz-40,sz-37); resetMatrix(); }; // Draws the rope, when cut the rope disappears var rope = function(x, y, length, ropeCut){ if (!ropeCut){ strokeWeight(5); stroke(139,69,19); line(x, y, x, y - length); } strokeWeight(1); resetMatrix(); }; // Create the balloon var balloon = function(x, y, candyX) { strokeWeight(1); stroke(0); fill(0, 178, 209); ellipse(x,y,50,50); if(x > candyX){ ellipse(x-25,y,10,12); }else{ ellipse(x+25,y,10,12); } resetMatrix(); // Check if balloon was clicked and if candy is in front of it var distX = mouseX - x; var distY = mouseY - y; var distance = Math.sqrt(distX * distX + distY * distY); if (mouseIsPressed && distance <= 50 && candyX > x) { // Blow candy to the right windDirection = 1; } else if (mouseIsPressed && distance <= 50 && candyX < x) { // Blow candy to the left windDirection = -1; } else { // Reset wind direction windDirection = 0; } }; // Create the bubble var bubble = function(x,y){ stroke(35, 173, 207); strokeWeight(2); noFill(); ellipse(x,y,56,56); stroke(255); ellipse(x+8,y-17,10,10); strokeWeight(1); resetMatrix(); }; // Draw the candy var candy = function(x, y) { strokeWeight(3); stroke(255, 0, 0); ellipse(x, y, 50, 50); noStroke(); translate(x, y); for (var i = 0; i < 30; i++) { var d = 50 - (i * 4.5); rotate(4.5); fill(255, 0, 0); arc(0, 0, d, d, 0, 45); arc(0, 0, d, d, 90, 135); arc(0, 0, d, d, 180, 225); arc(0, 0, d, d, 270, 315); fill(255, 255, 255); arc(0, 0, d, d, 45, 90); arc(0, 0, d, d, 135, 180); arc(0, 0, d, d, 225, 270); arc(0, 0, d, d, 315, 360); } resetMatrix(); }; // Draw the frog var omnom = function(x, y, mood, s){ //OMNOM FUNCTION pushMatrix(); scale(1/50s); translate(x50/(s),y50/(s)); // body of the frog fill (114, 227, 22); stroke (0, 0, 0); strokeWeight (3); arc (0, 0, 200, 200, 181, 360); rect (0 - 100, 0 + 0, 0, 50); rect (0 + 100, 0 + 0, 0, 50); noStroke (); rect (0 - 98, 0, 197, 72); stroke (0, 0, 0); // shadow beginShape (); fill (71, 143, 64); // right leg vertex (0 + 101, 0 + 39); vertex (0 + 130, 0 + 51); vertex (0 + 115, 0 + 73); vertex (0, 0 + 73); endShape (); fill (0, 0, 0); rect (0 + 100, 0, 0, 56); // left leg beginShape (); fill (71, 143, 64); vertex (0 - 101, 0 + 36); vertex (0 - 132, 0 + 51); vertex (0 - 117, 0 + 73); vertex (0, 0 + 73); endShape (); fill (0, 0, 0); rect (0 - 100, 0, 0, 44); // stomach fill (71, 143, 64); noStroke (); arc (0, 0 + 56, 125, 33, 350, 554); popMatrix(); switch(mood){ case "happy": pushMatrix(); scale(1/50s); translate(x50/(s),y50/(s)); // mouth shadow ellipse (0, 0 - 12, 190, 71); // head fill (114, 227, 22); stroke (0, 0, 0); strokeWeight (5); bezier (0 - 100, 0 - 40, 0 - 89, 0 + -137, 0 + 89, 0 + -137, 0 + 100, 0 - 40); bezier (0 - 100, 0 - 40, 0 - 89, 0 + 29, 0 + 89, 0 + 29, 0 + 100, 0 - 40); // antenna fill (71, 143, 64); strokeWeight (2); bezier (0 - 3, 0 - 135, 0 - 9, 0 - 163, 0 + 48, 0 - 171, 0 + 8, 0 - 135); fill (114, 227, 22); noStroke (); ellipse (0 + 15, 0 - 152, 13, 13); fill (71, 143, 64); noStroke (); rect (0 - 2, 0 - 138, 10, 23); noFill (); stroke (0, 0, 0); strokeWeight (2); beginShape (); vertex (0 - 2, 0 - 138); vertex (0 - 2, 0 - 113); vertex (0 + 8, 0 - 113); vertex (0 + 8, 0 - 135); endShape (); // eyes fill (255, 255, 255); strokeWeight (3); ellipse (0 - 34, 0 - 62, 80, 93); ellipse (0 + 34, 0 - 62, 80, 93); noStroke (); rect (0 - 50, 0 - 86, 63, 48); fill (0, 0, 0); ellipse (0 - 14, 0 - 70, 16, 19); ellipse (0 + 14, 0 - 72, 15, 18); // teeth starting from the left fill (255, 255, 255); stroke (0, 0, 0); strokeWeight (4); bezier (0 - 96, 0 - 23, 0 - 93, 0 - 11, 0 - 105, 0 + 14, 0 - 66, 0 + 1); bezier (0 - 58, 0 + 5, 0 - 52, 0 + 15, 0 - 41, 0 + 44, 0 - 14, 0 + 15); bezier (0 + 58, 0 + 5, 0 + 50, 0 + 15, 0 + 32, 0 + 44, 0 + 14, 0 + 13); bezier (0 + 96, 0 - 23, 0 + 93, 0 + -11, 0 + 105, 0 + 20, 0 + 66, 0 + 1); // arms fill (114, 227, 22); strokeWeight (3); rect (0 + -77, 0 + 31, 39, 51, 25); rect (0 + 37, 0 + 31, 39, 53, 25); noStroke (); rect (0 + 25, 0 + 29, 50, 25); rect (0 - 75, 0 + 29, 50, 25); popMatrix(); break; case "sad": pushMatrix(); scale(1/50s); translate(x50/s,y50/s); fill (114, 227, 22); stroke (0, 0, 0); strokeWeight (3); arc (0, 0 - 7, 199, 316, 180, 360); fill (255, 255, 255); strokeWeight (3); ellipse (0 - 34, 0 - 98, 80, 111); ellipse (0 + 34, 0 - 98, 80, 111); noStroke (); rect (0 - 30, 0 - 129, 63, 60); fill (0, 0, 0); ellipse (0 - 18, 0 - 105, 16, 19); ellipse (0 + 14, 0 - 104, 15, 18); fill (255, 255, 255); ellipse (random (0 - 25, 0 - 22), 0 - 109, 13, 13); ellipse (random (0 + 8, 0 + 11), 0 - 109, 13, 13); // mouth fill (114, 227, 22); stroke (0, 0, 0); bezier (0 + -97, 0 + 23, 0 + -53, 0 + -16, 0 + -60, 0 + 60, 0 + 10, 0 + 49); bezier (0 + 97, 0 + 23, 0 + 53, 0 + -16, 0 + 60, 0 + 60, 0 + -10, 0 + 49); // teeth fill (255, 255, 255); bezier (0 + -96, 0 + 23, 0 + -106, 0 + 20, 0 + -68, 0 + 49, 0 + -74, 0 + 12); bezier (0 + -54, 0 + 29, 0 + -60, 0 + 47, 0 + -47, 0 + 72, 0 + -25, 0 + 46); bezier (0 + 54, 0 + 29, 0 + 60, 0 + 47, 0 + 47, 0 + 72, 0 + 25, 0 + 46); bezier (0 + 96, 0 + 23, 0 + 106, 0 + 20, 0 + 68, 0 + 49, 0 + 74, 0 + 12); // arms fill (114, 227, 22); strokeWeight (3); rect (0 + -77, 0 + 31, 39, 51, 25); rect (0 + 37, 0 + 31, 39, 53, 25); noStroke (); rect (0 + 25, 0 + 29, 50, 25); rect (0 - 75, 0 + 29, 50, 25); fill (255, 255, 255); stroke (0, 0, 0); bezier (0 + -54, 0 + 29, 0 + -60, 0 + 47, 0 + -47, 0 + 72, 0 + -25, 0 + 46); bezier (0 + 54, 0 + 29, 0 + 60, 0 + 47, 0 + 47, 0 + 72, 0 + 25, 0 + 46); // antenna fill (71, 143, 64); strokeWeight (2); bezier (0 - 3, 0 - 187, 0 - 9, 0 - 215, 0 + 48, 0 - 223, 0 + 8, 0 - 187); fill (114, 227, 22); noStroke (); ellipse (0 + 15, 0 - 204, 13, 13); fill (71, 143, 64); noStroke (); rect (0 - 2, 0 - 190, 10, 23); noFill (); stroke (0, 0, 0); strokeWeight (2); beginShape (); vertex (0 - 2, 0 - 190); vertex (0 - 2, 0 - 167); vertex (0 + 8, 0 - 167); vertex (0 + 8, 0 - 187); endShape (); noStroke(); popMatrix(); break; case "open": pushMatrix(); scale(1/50s); translate(x50/s,y50/s); // arms fill (114, 227, 22); strokeWeight (3); stroke (0, 0, 0); rect (0 + -77, 0 + 31, 39, 51, 25); rect (0 + 37, 0 + 31, 39, 53, 25); noStroke (); rect (0 + 25, 0 + 29, 50, 25); rect (0 - 75, 0 + 29, 50, 25); // nose stroke (0, 0, 0); strokeWeight (2); ellipse (0, 0 + -156, 15, 15); // head stroke (0, 0, 0); strokeWeight (3); bezier (0 + -92, 0, 0 + -125, 0 + -205, 0 + 125, 0 + -205, 0 + 92, 0); // mouth fill (92, 22, 22); arc (0, 0 + -47, 163, 188, 180, 360); arc (0, 0 + -47, 163, -80, 180, 360); fill (171, 63, 63); noStroke (); ellipse (0, 0 + -74, 138, 130); fill (92, 22, 22); rect (0 - 25, 0 + -91, 50, 50, 100); fill (171, 63, 63); ellipse (0, 0 - 72, 10, 10); arc (0, 0 - 98, 10, -50, 180, 360); // teeth fill (255, 255, 255); strokeWeight (3); stroke (0, 0, 0); bezier (0 + 50, 0 - 120, 0 + 41, 0 - 105, 0 + 23, 0 - 105, 0 + 25, 0 - 136); bezier (0 - 50, 0 - 120, 0 - 41, 0 - 105, 0 - 23, 0 - 105, 0 - 25, 0 - 136); bezier (0 + 76, 0 - 79, 0 + 41, 0 - 71, 0 + 64, 0 - 107, 0 + 65, 0 - 103); bezier (0 - 76, 0 - 79, 0 - 41, 0 - 71, 0 - 64, 0 - 107, 0 - 65, 0 - 103); bezier (0 + 33, 0 - 11, 0 + 22, 0 - 20, 0 + 54, 0 - 52, 0 + 55, 0 - 17); bezier (0 - 33, 0 - 11, 0 - 22, 0 - 20, 0 - 54, 0 - 52, 0 - 55, 0 - 17); // tounge noStroke (); fill (171, 63, 63); stroke (0, 0, 0); ellipse (0 - 12, 0 - 19, 50, 50); ellipse (0 + 12, 0 - 19, 50, 50); noStroke (); rect (0 - 22, 0 - 40, 44, 42); stroke (133, 60, 60); line (0, 0 - 39, 0, 0 - 28); noStroke(); popMatrix(); break; case "chew": pushMatrix(); scale(1/50s); translate(x50/s,y50/s); // head fill (114, 227, 22); stroke (0, 0, 0); arc (0, 0 - 1, 154, 260, 180, 360); // arms fill (114, 227, 22); strokeWeight (3); stroke (0, 0, 0); rect (0 + -77, 0 + 31, 39, 51, 25); rect (0 + 37, 0 + 31, 39, 53, 25); noStroke (); rect (0 + 25, 0 + 29, 50, 25); rect (0 - 75, 0 + 29, 50, 25); // cheeks stroke (0, 0, 0); arc (0 - 59, 0 - 23, 101, 104, 90, 270); arc (0 + 59, 0 - 23, 101, 104, 270, 450); // antenna fill (71, 143, 64); strokeWeight (2); bezier (0 - 3, 0 - 152, 0 - 9, 0 - 180, 0 + 48, 0 - 188, 0 + 8, 0 - 152); fill (114, 227, 22); noStroke (); ellipse (0 + 15, 0 - 169, 13, 13); fill (71, 143, 64); noStroke (); rect (0 - 2, 0 - 155, 10, 23); noFill (); stroke (0, 0, 0); strokeWeight (2); beginShape (); vertex (0 - 2, 0 - 155); vertex (0 - 2, 0 - 130); vertex (0 + 8, 0 - 130); vertex (0 + 8, 0 - 152); endShape (); // eyes fill (255, 255, 255); strokeWeight (3); ellipse (0 - 34, 0 - 82, 80, 93); ellipse (0 + 34, 0 - 82, 80, 93); noStroke (); rect (0 - 50, 0 - 106, 63, 48); fill (0, 0, 0); ellipse (0 - 14, 0 - 90, 16, 19); ellipse (0 + 14, 0 - 92, 15, 18); // mouth fill (114, 227, 22); stroke (0, 0, 0); arc (0, 0 + -7, 90, 34, 360, 540); // teeth fill (255, 255, 255); arc (0 + 30, 0 + 8, 22, 43, 349, 534); arc (0 - 30, 0 + 8, 22, 43, 365, 553); noStroke(); popMatrix(); break; } strokeWeight(1); }; // Draw lines on the load screen var lin = function(){ //lines stroke(255); strokeWeight(5); line(-100, 190, 450, 165); line(-100, 258, 450, 354); strokeWeight(1); resetMatrix(); noStroke(); }; // Pieces together the cardboard, fabric, and magic to draw the load screen var loadScreen = function(){ // Draw the background cardboard(); // Draw the fabric fabric(0,-1,0,-5,-5); // Draw the magic hat magic(0,0,0,0); // Draw the lines lin(); // Draw the "CUT" text textSize(80); var f = createFont("arial black"); textFont(f); fill(250, 250, 250); text("CUT", 80, 101); // Draw the dotted lines fill(0, 0, 0); rect(154,115,13,5); rect(129,115,13,5); rect(103,115,13,5); rect(220,115,13,5); rect(244,115,13,5); rect(269,115,13,5); // Draw the "the" text textSize(40); var f = createFont("Arial Rounded MT Bold"); textFont(f); fill(250, 250, 250); text("the",153,128); // Draw the "the" text in black textSize(35); var f = createFont("Arial"); textFont(f,40); fill(0, 0, 0); text("the",157,130); // Draw the "ROPE" text textSize(50); textFont(createFont("arial black")); fill(250, 250, 250); text("ROPE", 96, 169); // Draw the scissors symbol textSize(50); fill(0, 0, 0); text("✄", 45,134); //Updated textSize(75); fill(255, 255, 0); text("UPDATED", 3, 325); }; // Update the game status var update = function(){ // If the rope has been cut, update the candy's position based on speed and wind direction if (levels[currentLevel].ropeCut){ if (currentLevel > 0){ levels[currentLevel].candyY += speedY; levels[currentLevel].candyX += speedX windDirection; }else{ levels[0].candyY += 7; } } // Check if the candy is in the frog's mouth if (levels[currentLevel].candyX > levels[currentLevel].frogX - 30 && levels[currentLevel].candyX < levels[currentLevel].frogX+30 && levels[currentLevel].candyY > levels[currentLevel].frogY - 50 && levels[currentLevel].candyY < levels[currentLevel].frogY){ levels[currentLevel].win = true; mouthCase = "chew"; } // If the candy has fallen off the screen or hit the top of the screen, show the "restart" button if (levels[currentLevel].candyY > height \|\| levels[currentLevel].candyY < 0){ if (!levels[currentLevel].win){ mouthCase = "sad"; fill(255, 0, 0); rect(width-80, height-50, 80, 50); fill(255,255,255); textSize(15); text("Restart", width-75, height-20); } } // If the player has won, show the "next level" button and move the candy and bubble off the screen if(levels[currentLevel].win){ fill(255, 0, 0); levels[currentLevel].candyY += height; levels[currentLevel].bubbleY += height; speedY = 7; // Show the "next level" button after a certain amount of time has passed if(time > 50 \|\| currentLevel === 0){ mouthCase = "happy"; fill(255, 0, 0); strokeWeight(2); stroke(0, 0, 0); rect(width-80, height-50, 80, 50); fill(255,255,255); textSize(15); text("Next\nLevel", width-60, height-29); }else{ time++; } } // Calculate distance between candy and bubble var distX = levels[currentLevel].candyX - levels[currentLevel].bubbleX; var distY = levels[currentLevel].candyY - levels[currentLevel].bubbleY; var distance = Math.sqrt(distX * distX + distY * distY); // If the candy is inside the bubble, carry the candy upward and update the bubble's position if (distance <= 10) { speedY = -7; levels[currentLevel].bubbleX = levels[currentLevel].candyX; levels[currentLevel].bubbleY = levels[currentLevel].candyY; } }; // Draw the game elements draw = function() { // Draw the background cardboard(); // If the current level is not the last level or the first level if (!levels[currentLevel].lastLevel && currentLevel !== 0){ strokeWeight(1); textSize(20); // Display the current level number text("Level " + (currentLevel), width-100, 25); // Display level instructions textSize(15); fill(255,255,255); text(levels[currentLevel].text, 30, height/2); // Draw the frog's mouth omnom(levels[currentLevel].frogX, levels[currentLevel].frogY, mouthCase, 20); // Draw the bubble bubble(levels[currentLevel].bubbleX, levels[currentLevel].bubbleY); // Draw the rope rope(levels[currentLevel].candyX, levels[currentLevel].candyY, 100, levels[currentLevel].ropeCut); // Draw the candy candy(levels[currentLevel].candyX, levels[currentLevel].candyY); // Draw the balloon balloon(levels[currentLevel].balloonX, levels[currentLevel].balloonY, levels[currentLevel].candyX); // If the current level is the first level }else if (currentLevel === 0){ // Draw the load screen loadScreen(); // Draw the rope rope(levels[currentLevel].candyX, levels[currentLevel].candyY, 100, levels[currentLevel].ropeCut); // Draw the candy candy(levels[currentLevel].candyX, levels[currentLevel].candyY); // If the candy falls off the screen if (levels[currentLevel].candyY > height){ // Set the win condition to true levels[currentLevel].win = true; levels[currentLevel].candyY = 500; } } // If the current level is the last level else{ // Display the end message textSize(50); text("You Win!", 85, height/2-41); textSize(20); text("Read the ''ABOUT'' section \n\tin the code, and add your \n\t\t\t\t\t\t\t\t\t\t\t\town levels!", 62, height/2+19); } // Update the game update(); }; // When the mouse is clicked mouseClicked = function(){ // If the mouse is over the "Next Level" or "Restart" button if (mouseX > width-80 && mouseX < width && mouseY > height-50 && mouseY < height && mouseIsPressed){ // If the player has won the current level if (levels[currentLevel].win){ // Move to the next level currentLevel++; // Reset the time time = 0; mouthCase = "open"; initialCandyY = levels[currentLevel].candyY; initialCandyX = levels[currentLevel].candyX; initialBubbleX = levels[currentLevel].bubbleX; initialBubbleY = levels[currentLevel].bubbleY; initialFrogY = levels[currentLevel].frogY; initialFrogX = levels[currentLevel].frogX; initialBalloonY = levels[currentLevel].balloonY; initialBalloonX = levels[currentLevel].balloonX; speedY = 7; }else{ // Restart Level Case levels[currentLevel].candyY = initialCandyY; // reset candy Y position levels[currentLevel].candyX = initialCandyX; // reset candy X position levels[currentLevel].frogY = initialFrogY; // reset candy Y position levels[currentLevel].frogX = initialFrogX; // reset candy X position levels[currentLevel].balloonY = initialBalloonY; // reset candy Y position levels[currentLevel].balloonX = initialBalloonX; // reset candy X position levels[currentLevel].bubbleY = initialBubbleY; // reset candy Y position levels[currentLevel].bubbleX = initialBubbleX; // reset candy X position levels[currentLevel].win = false; // reset win status levels[currentLevel].ropeCut = false; //reset rope status time = 0; // reset time mouthCase = "open"; // reset mouthCase speedY = 7; } } }; // Cut the rope when the mouse is dragged over it (within an error of 5 on each side) mouseDragged = function(){ if(mouseX > levels[currentLevel].candyX-5 && mouseX < levels[currentLevel].candyX+5 && mouseY < levels[currentLevel].candyY && mouseY > levels[currentLevel].candyY-100){ levels[currentLevel].ropeCut = true; } };
Folds
Fork	false
Key	ag5zfmtoYW4tYWNhZGVteXIXCxIKU2NyYXRjaHBhZBiAgICZp7jtCAw
Votes	9651
Spin-Offs	428
Type
Width	400
Height	400
User Flagged	false
Origin Scratchpad	null
Hidden From Hotlist	false
Restricted Posting	true
By Child	false
Author Nick	KHAN ACE
Author Name	khanace1
Author ID	kaid_826541688225070263905929
Author Profile Access	COACH

Archive Data

Added	1 years ago, 1707881060681
Updated	1 years ago, 1707883525525
Source Deleted	true