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

Title	Nibel
ID	5974851295674368
Created	7 years ago, 1521836041043
Updated	3 years ago, 1642001319489
Code	// I've been programming in JavaScript around two years, // and have learned all of Intro to JS. / This scene is from Ori and the Blind Forest, done mostly from memory. Even though I spent all month on it, there are still a few things I'd like to add and improve. I suppose it's good enough for now though. :p IF IT IS UNABLE TO RUN, here is a screenshot (off KA, of course): https://i.imgur.com/t6jPCwP.png //* Updates since post: - Improvements to the normal tree trunks. - The piece of fabric on the rock pillar looks less like a scarf instead of a torn piece of fabric now. That's not a rock-man. - Wow, this looks scarcely like the actual game. More wind, grass and color adjustments, lily pads, and the Ginso Tree. - Workaround for the KA masking bug. To do (in a few thousand years): - Mount Horu in the background. - PARTICLES...and fog or whatever coming from the glowing spots. - More foliage like moss on the Spirit Tree's base. - Maybe some close-middleground stuff like rocks and tufts of grass. / // Stop auto-restarting when code is updated because LAAAG /if (frameCount > 40) { throw { message: "Stopped. Click restart when you're done modifying the code." }; }/ // Map 1000px to the average of the canvas dimensions var cAvg = (width + height) / 2000; // Position of the glowing thing at the top ;) var orb = { x: 380, y: 140 }; / Images More things are added to this object over time. At some point I changed the program to use PGraphics objects, but the memory was being handled terribly by it (memory usage went up roughly 50 MB every restart) and nothing I tried to do to fix it worked, so... / var img = { clouds: [], leaves: [], trunks: [] }; smooth(); / To be clear, there is no "foreground", although that was what I had initially planned, with it containing the meadow of flowers and the log. Then I realized that the Spirit Tree would have to be much larger in order for that to work. :p / // Leaves { var lfSize = { x: ceil(width / 2), ratio: 0.6 }; lfSize.y = ceil(lfSize.x lfSize.ratio); scale(lfSize.x / 100); // 100px should be the right side var bottom = 100 * lfSize.ratio; // Generate a bunch of random leaf clusters as images for (var i = 0; i < 10; i++) { background(255, 255, 255, 0); // Branches stroke(71, 60, 50); strokeWeight(3); for (var j = 0; j < 15; j++) { line(50, bottom / 2, random(20, 80), random(20, bottom - 20)); } // Draw 450 individual leaves noStroke(); var s = random(10); // seed for noise for (var a = 0; a < 360; a += 360 / 400) { /* Radius noise() to create a wavy maximum distance so they touch more, random() to get a value somewhere inside that, and a power of less than one to pull them towards the edges a bit. / var r = pow(random(noise(a / 30 + s)), 0.55) 60; // Lightness multiplier for shading var l = pow(map(cos(a + 80), -1, 1, 0.8, 1.1), 2); fill(lerpColor( color(76 * l, 138 * l, 77 * l), color(72 * l, 92 * l, 54 * l), random())); ellipse(50 + r * cos(a), bottom / 2 + r * sin(a) * lfSize.ratio, 5, 3); } // Add to array img.leaves.push(get(0, 0, lfSize.x, lfSize.y)); } resetMatrix(); // Next leaf image to draw, used in the function below var leafIndex; // set in draw() // Draw a random leaf image var leaves = function(x, y, d) { pushMatrix(); translate(x, y); scale(d / lfSize.x); // Adding X for a random seed :p rotate(cos(frameCount * 2 + x * 30) * 4); image(img.leaves[leafIndex], 0, 0); popMatrix(); // Increment, or reset to zero if the last image was reached leafIndex = leafIndex === img.leaves.length - 1 ? 0 : leafIndex + 1; }; } scale(cAvg); // Background - blurred landscape behind the Spirit Tree { // Sky gradient noStroke(); for (var i = 0; i < 1; i += 0.02) { fill(lerpColor( color(87, 94, 171), color(181, 216, 230), i)); ellipse(500, i * 420 + 460, 4000, 1000); } // Mountains //fill(108, 148, 143); //rect(0, 460, 1000, 1000); // Y loop for (var j = 0; j < 1; j += 0.1) { fill(lerpColor( color(115, 147, 176), color(56, 102, 71), j)); beginShape(); vertex(0, 700); // X loop for (var i = 0; i <= 1001; i += 1000 / 70) { // Relative y //var y = -noise(i / 200 + 3) * (1.2 - j); //rect(i, 450 + y * 250, // 15, 250, 100); vertex(i, 440 - noise(i / 150) * (1.4 - j) * 150 + random(8)); } vertex(1000, 700); endShape(CLOSE); } // Terrain between the mountains and the Spirit Tree for (var i = 450; i <= 550; i += 3) { fill(lerpColor( color(46, 97, 70, 70), color(164, 166, 111, 70), pow(random(), 3))); // power for bias towards green ellipse(random(-100, 1100), i, random(400, 600), 80); } // Foliage for (var i = 0; i < 500; i++) { var y = pow(random(), 2); var a = 45 + y * 150; // alpha fill(lerpColor( color(49, 97, 72, a), color(101, 158, 95, a), random())); var s = 8 + y * random(25, 40); // size ellipse(random(1000), 390 + y * 120, s, s); } // Ginso Tree // Branches strokeWeight(10); stroke(105, 94, 72); line(750, 320, 810, 390); line(780, 320, 810, 380); line(890, 320, 835, 390); line(870, 320, 835, 380); // Trunk strokeWeight(16); stroke(128, 115, 88); line(810, 320, 810, 445); stroke(138, 125, 96); line(822, 320, 822, 450); stroke(148, 134, 103); line(835, 320, 835, 445); // Shadow noStroke(); fill(0, 0, 0, 20); for (var i = 0; i < 5; i++) { rect(802, 300, 40, 60 + i * 10, 10); } // Leaves at the top imageMode(CENTER); image(img.leaves[0], 822, 300, 250, 130); // Waterfalls strokeWeight(14); stroke(162, 199, 219, 120); line(770, 320, 770, 430); line(865, 330, 865, 435); strokeWeight(10); line(786, 320, 786, 436); line(880, 320, 880, 430); // Foliage at the base noStroke(); for (var i = 0; i < 20; i++) { fill(lerpColor( color(42, 107, 71, 150), color(91, 138, 87, 150), random())); ellipse(random(760, 890), random(420, 455), 20, 20); } // Blur filter(BLUR, cAvg * 3); // Copy the canvas to an image img.b = get(0, 0, width, height); } // Lake { // Lake shape var lakePath = function() { beginShape(); curveVertex(-700, 1100); // handle vertex(150, 1050); // off of the canvas vertex(172, 950); // first on the canvas vertex(228, 920); vertex(158, 876); vertex(325, 835); vertex(202, 800); vertex(256, 780); vertex(210, 740); vertex(405, 710); // middle vertex(646, 710); vertex(400, 755); vertex(522, 775); vertex(476, 813); vertex(675, 838); vertex(604, 860); vertex(621, 886); vertex(485, 910); vertex(458, 898); vertex(270, 900); vertex(270, 931); vertex(250, 960); vertex(420, 954); vertex(590, 979); vertex(732, 971); vertex(800, 1050); // off of the canvas vertex(1000, 1100); // handle endShape(); }; // Base noStroke(); for (var y = 600; y <= 1015; y += 15) { for (var x = 100; x <= 800; x += 20) { fill(lerpColor( color(10, 33, 77), color(68, 138, 91), pow(noise(x / 170, y / 75) * 1.5, 2))); ellipse(x + random(20), y, 50, 20); } } // Shallows tint pushMatrix(); noFill(); stroke(218, 235, 206, 20); for (var i = 0; i < 4; i++) { translate(0, 4); // move down a bit strokeWeight(i * 20 + 10); lakePath(); } popMatrix(); filter(BLUR, cAvg * 3); // Get water texture var heightOver2 = ceil(height / 2); img.lakeWater = get(0, heightOver2, width, heightOver2); // Lake water mask background(0); noStroke(); fill(255); lakePath(); if (img.lakeWater) { // fix for KA being weird img.lakeWater.mask(get(0, heightOver2, width, heightOver2)); } // Shoreline background(153, 133, 104); // Rocks or texture for (var i = 0; i <= 1000; i++) { fill(lerpColor( color(165, 166, 123, 150), color(184, 150, 134, 150), random())); ellipse(random(120, 780), random(670, 1000), 24, 8); } img.lakeShore = get(0, heightOver2, width, heightOver2); // Shoreline mask background(0); fill(255, 255, 255, 50); for (var i = 0; i < 20; i++) { pushMatrix(); translate(random(-100, 100), random(-20, 20)); lakePath(); popMatrix(); } filter(BLUR, 1); if (img.lakeShore) { img.lakeShore.mask(get(0, heightOver2, width, heightOver2)); } } // Middleground - the Spirit Tree and its surroundings { background(0, 0, 0, 0); // Terrain base noStroke(); fill(49, 94, 54); ellipse(0, 1000, 699, 935); ellipse(190, 1000, 489, 963); ellipse(476, 1000, 963, 1000); ellipse(947, 1000, 1400, 953); // Grass for (var i = 0; i <= 1000; i += 12) { var n = noise(i / 600 - 13) * 200; // large y randomness for (var j = 0; j <= 1; j = j * 1.07 + 0.02) { fill(lerpColor( color(90, 130, 70, 80), color(35, 117, 70, 80), random())); ellipse(i + random(-10, 10), random(450, 500) + j * 450 + n, 15 + j * 30, 4 + j * 6); } } // Returns a random brown color for the trunk var WOOD = function() { return lerpColor( color(67, 64, 69), color(54, 53, 52), random()); }; // Tree shadow or glow on the grass fill(9, 26, 59, 20); for (var i = 0; i < 1; i += 0.1) { ellipse(430, 500 + i * 100, i * 650 + 260 + random(-50, 50), i * 100); } // Tree trunk { // Shape for covering any holes fill(WOOD()); beginShape(); vertex(263, 539); // bottom left vertex(329, 410); vertex(308, 235); vertex(214, 48); // top left vertex(318, 157); vertex(446, 151); vertex(564, 55); // top right vertex(466, 220); vertex(531, 531); // bottom right endShape(); // A bit of blue under the roots fill(52, 66, 102); ellipse(350, 500, 300, 130); // Curves noFill(); strokeWeight(30); stroke(WOOD()); beginShape(); curveVertex(819, 872); // handle vertex(793, 560); // first vertex vertex(487, 358); // second vertex vertex(766, -571); // handle endShape(); stroke(WOOD()); beginShape(); curveVertex(-523, 380); vertex(681, 579); vertex(496, 416); vertex(748, 38); endShape(); stroke(WOOD()); beginShape(); curveVertex(671, 1494); vertex(786, 580); vertex(500, 407); vertex(788, -1178); endShape(); stroke(WOOD()); beginShape(); curveVertex(506, 1110); vertex(756, 588); vertex(511, 416); vertex(1196, -406); endShape(); stroke(WOOD()); beginShape(); curveVertex(606, 890); vertex(469, 546); vertex(520, 431); vertex(828, 110); endShape(); stroke(WOOD()); beginShape(); curveVertex(862, 890); vertex(531, 558); vertex(430, 449); vertex(494, 362); vertex(410, 100); endShape(); stroke(WOOD()); beginShape(); curveVertex(1186, 818); vertex(417, 578); vertex(506, 405); vertex(609, 223); endShape(); stroke(WOOD()); beginShape(); curveVertex(428, 955); vertex(454, 590); vertex(386, 452); vertex(478, 303); vertex(609, -171); endShape(); stroke(WOOD()); beginShape(); curveVertex(-1, -231); vertex(466, 52); vertex(401, 181); vertex(380, 166); vertex(323, 145); vertex(258, -56); endShape(); stroke(WOOD()); beginShape(); curveVertex(162, 481); vertex(305, 374); vertex(326, 257); vertex(243, 147); vertex(83, 51); vertex(225, -407); endShape(); stroke(WOOD()); beginShape(); curveVertex(513, 749); vertex(258, 546); vertex(487, 337); vertex(287, 121); endShape(); stroke(WOOD()); beginShape(); curveVertex(103, 582); vertex(322, 365); vertex(444, 219); vertex(518, 117); vertex(599, 28); vertex(535, -234); endShape(); stroke(WOOD()); beginShape(); curveVertex(103, 749); vertex(325, 597); vertex(367, 413); vertex(462, 227); vertex(307, 59); endShape(); stroke(WOOD()); beginShape(); curveVertex(518, 749); vertex(322, 556); vertex(311, 455); vertex(411, 374); vertex(477, 267); vertex(603, -81); endShape(); stroke(WOOD()); beginShape(); curveVertex(-127, 599); vertex(60, 583); vertex(159, 505); vertex(327, 386); vertex(573, 43); vertex(933, -13); endShape(); stroke(WOOD()); beginShape(); curveVertex(425, 936); vertex(220, 593); vertex(306, 434); vertex(408, 242); vertex(349, 130); vertex(615, -275); endShape(); stroke(WOOD()); beginShape(); curveVertex(12, 695); vertex(174, 567); vertex(252, 436); vertex(415, 301); vertex(423, 125); vertex(268, 59); endShape(); stroke(WOOD()); beginShape(); curveVertex(-44, 558); vertex(97, 567); vertex(203, 503); vertex(377, 332); vertex(412, 143); vertex(594, 59); endShape(); stroke(WOOD()); beginShape(); curveVertex(-44, 481); vertex(318, 331); vertex(323, 209); vertex(154, 24); vertex(225, -135); endShape(); stroke(WOOD()); beginShape(); curveVertex(-116, 504); vertex(320, 259); vertex(303, 96); vertex(614, -27); endShape(); stroke(WOOD()); beginShape(); curveVertex(-116, 504); vertex(317, 297); vertex(348, 206); vertex(213, 34); vertex(356, -195); endShape(); } // Returns a random vine color var VINE = function() { return lerpColor( color(56, 87, 73), color(62, 92, 62), random()); }; // Growth on the base of the tree { // Curves noFill(); strokeWeight(16); stroke(VINE()); beginShape(); curveVertex(66, 647); // handle vertex(184, 593); // first vertex vertex(266, 486); // second vertex vertex(342, 601); // third vertex vertex(511, 800); // handle endShape(); stroke(VINE()); beginShape(); curveVertex(768, 1299); vertex(244, 590); vertex(292, 386); vertex(-302, -326); endShape(); stroke(VINE()); beginShape(); curveVertex(241, 647); vertex(314, 613); vertex(300, 497); vertex(356, 442); vertex(392, 592); vertex(514, 800); endShape(); stroke(VINE()); beginShape(); curveVertex(359, 1008); vertex(329, 611); vertex(462, 600); vertex(421, 1653); endShape(); stroke(VINE()); beginShape(); curveVertex(781, 943); vertex(383, 597); vertex(507, 379); vertex(433, 127); endShape(); stroke(VINE()); beginShape(); curveVertex(561, 1090); vertex(444, 603); vertex(531, 575); vertex(645, 1236); endShape(); stroke(VINE()); beginShape(); curveVertex(407, 599); vertex(443, 613); vertex(456, 516); vertex(462, 442); vertex(541, 564); vertex(601, 1178); endShape(); stroke(VINE()); beginShape(); curveVertex(752, 784); vertex(634, 567); vertex(606, 483); vertex(546, 505); vertex(536, 440); vertex(821, 354); endShape(); stroke(VINE()); beginShape(); curveVertex(509, 882); vertex(724, 597); vertex(720, 505); vertex(1024, 533); endShape(); stroke(VINE()); beginShape(); curveVertex(929, 614); vertex(783, 597); vertex(702, 501); vertex(250, 301); endShape(); } // A line of moss - WIP /var moss = function(x1, y1, x2, y2) { var l = dist(x1, y1, x2, y2); // length for (var i = 0; i < l / 4; i++) { } };/ // Draw lake image resetMatrix(); imageMode(CORNER); image(img.lakeShore, 0, heightOver2); image(img.lakeWater, 0, heightOver2); scale(cAvg); // White flowers noStroke(); fill(158, 208, 217); for (var i = 0; i < 60; i++) { ellipse(random(100, 670), random(590, 630), 5, 3); } // Lily pads var lilyPad = function(x, y, d) { for (var i = 1; i > 0.3; i -= 0.15) { fill(lerpColor( color(66, 112, 66), color(46, 97, 58), i * 1.7 - 0.4)); ellipse(x, y, i * d, i * d / 3); } }; lilyPad(460, 832, 70); lilyPad(360, 845, 55); lilyPad(280, 880, 60); lilyPad(410, 877, 50); lilyPad(480, 886, 60); lilyPad(548, 883, 70); lilyPad(380, 975, 80); lilyPad(460, 990, 90); // Bridge noStroke(); fill(0, 0, 0, 40); quad(175, 946, 250, 945, 300, 937, 165, 939); fill(125, 113, 96); quad(186, 911, 276, 910, 282, 922, 175, 927); fill(112, 103, 91); quad(170, 923, 288, 922, 300, 937, 165, 939); // Pillar fill(0, 0, 0, 40); ellipse(329, 910, 80, 30); fill(110); ellipse(340, 900, 60, 30); fill(130); ellipse(338, 880, 50, 30); fill(120); ellipse(342, 860, 38, 32); fill(0, 0, 0, 30); ellipse(331, 908, 65, 25); ellipse(328, 888, 30, 48); //filter(BLUR, 1); img.m = get(0, 0, 1000, 1000); } // Glowing blue point { // Draw background(255, 255, 255, 0); noStroke(); for (var i = 1; i > 0; i -= 0.01) { fill(lerpColor( color(255, 255, 255, 5), color(0, 187, 255, 2), i)); var d = i * 95 + 5; ellipse(50, 50, d, d); } var i = ceil(cAvg * 100); // dimensions of the image img.blueGlow = get(0, 0, i, i); // Glowing point with a flickering animation var blueGlow = function(x, y, d) { d = (d + noise(frameCount / 80, x, y) * d * 2) / 2; image(img.blueGlow, x, y, d, d); }; } resetMatrix(); // Cumulus clouds { /* I don't really know what's going on here with the numbers...you've been warned. / // Pixel dimensions var clSize = { x: ceil(width / 4), // size of cloud images dx: 500, // size relative to 1000px canvas ratio: 0.5 // ratio of Y to X }; clSize.y = ceil(clSize.x clSize.ratio); clSize.dy = clSize.dx * clSize.ratio; clSize.dxo2 = clSize.dx / 2; // Draws a shaded white ellipse var cloudBall = function(x, y, d) { fill(175, 191, 209, 200); arc(x, y, d, d, 10, 190); fill(203, 225, 250, 200); arc(x, y, d, d, 190, 370); fill(197, 215, 235, 200); ellipse(x, y, d, d / 2); }; scale(clSize.x / 100); // 100px should be the right side var bottom = 100 * clSize.ratio; noStroke(); // This loop generates some random clouds and stores them // as images along with random position values. for (var i = 0; i < 5; i++) { // Draw background(255, 255, 255, 1); for (var j = 0; j < 12; j++) { var x = random(-40, 40); // relative to center cloudBall(x + 50, random(15, bottom - 15), 25 - abs(x) / 4); } filter(BLUR, clSize.x / 80); // Add to array img.clouds.push([ get(0, 0, clSize.x, clSize.y), // image random(-clSize.dxo2, 1000 + clSize.dxo2), // x position random(150, 420) // relative y position ]); } resetMatrix(); } // Normal middleground tree { // Trunk image dimensions var trSize = { y: ceil(height / 4), // pixel height of an image ratio: 2 // Y to X }; trSize.x = ceil(trSize.y / trSize.ratio); // Draw a four-vertex curve for the trunk var treeCurve = function(x1, y1, x2, y2, x3, y3, x4, y4) { stroke(lerpColor( color(56, 43, 37), color(92, 73, 62), random())); // using a coordinate as a seed again :p // Yeah, could be done with a loop and the arguments variable... beginShape(); curveVertex(x1, y1); // handle vertex(x1, y1); vertex(x2, y2); vertex(x3, y3); vertex(x4, y4); vertex(x4, y4); // handle endShape(); }; translate(trSize.x / 2, trSize.y / 2); // shift origin to the middle scale(trSize.y / 100); // map 100 to the bottom of the image // Generate several trunk images noFill(); strokeWeight(3); for (var i = 0; i < 8; i++) { background(255, 255, 255, 0); // Draw several paths for (var j = 0; j < 10; j++) { treeCurve( random(-12, 12), random(45, 48), random(-4, 4), random(38, 42), random(-4, 4), random(20, 30), random(-25, 25), random(0, -10)); } img.trunks.push(get(0, 0, trSize.x, trSize.y)); } resetMatrix(); // Next trunk image to draw var trunkIndex; // set in draw // Draw a tree var tree = function(x, y, d) { pushMatrix(); translate(x, y); scale(d / 100); leaves(0, -25, 110); leaves(-10, 0, 110); /strokeWeight(4); treeCurve( // left -11, 47, -4, 40, -4, 25, -22, -2); treeCurve( // right 10, 47, 3, 41, 4, 26, 24, 0); treeCurve( // mid-left -7, 50, -2, 41, -2, 20, -10, -3); treeCurve( // mid-right 3, 49.5, 1, 41, 1, 20, 12, -3);/ /strokeWeight(2); stroke(0); rect(-50, -50, 100, 100);/ image(img.trunks[trunkIndex], 0, 0, 100 / trSize.ratio, 100); leaves(10, 0, 110); popMatrix(); // Increment, or reset to zero if the last image was reached trunkIndex = trunkIndex === img.trunks.length - 1 ? 0 : trunkIndex + 1; }; } draw = function() { // In case I want to disable the function for a bit. :p //if (true) { return; } leafIndex = 0; trunkIndex = 0; resetMatrix(); imageMode(CORNER); // Background image image(img.b, 0, 0); scale(cAvg); imageMode(CENTER); // Clouds behind the Spirit Tree for (var i = 0; i < img.clouds.length; i++) { var cs = (0.1 + random(0.1)); // cloud speed img.clouds[i][1] += i % 2 ? -cs : cs; // move // Wrap around if the cloud is off of the canvas if (img.clouds[i][1] > 1000 + clSize.dxo2) { img.clouds[i][1] = -clSize.dxo2; } else if (img.clouds[i][1] < -clSize.dxo2) { img.clouds[i][1] = 1000 + clSize.dxo2; } // Draw image(img.clouds[i][0], img.clouds[i][1], img.clouds[i][2], clSize.dx, clSize.dy); } // Leaves behind the Spirit Tree // Spirit Tree's for (var x = 50; x <= 650; x += 100) { leaves(x, 120 + sin(x) * 80, 400); } // Others leaves(100, 520, 300); resetMatrix(); imageMode(CORNER); // Middleground image image(img.m, 0, 0); scale(cAvg); imageMode(CENTER); // Glowy blue spots // Orb at the top blueGlow(orb.x, orb.y, 100); blueGlow(orb.x, orb.y, 200); noFill(); strokeWeight(5); stroke(143, 197, 255, 30); for (var i = 0; i < 4; i++) { ellipse(orb.x + cos(frameCount * 2 + i * 50) * 9, orb.y + sin(frameCount * 5 + i * 100) * 9, 40, 40); } // Glowing points on the tree blueGlow(272, 549, 80); blueGlow(329, 510, 90); blueGlow(420, 542, 90); blueGlow(408, 440, 70); blueGlow(484, 486, 70); blueGlow(490, 556, 80); blueGlow(345, 380, 50); blueGlow(280, 450, 55); blueGlow(470, 360, 50); blueGlow(400, 330, 60); blueGlow(350, 280, 50); blueGlow(440, 260, 52); // Leaves // Spirit Tree's for (var a = 20; a < 200; a += 50) { leaves(380 + cos(a) * 320, 150 - sin(a) * 180, 450); } // Others leaves(690, 500, 240); leaves(60, 540, 220); leaves(330, 650, 200); // Trees tree(50, 620, 120); tree(200, 650, 140); tree(640, 630, 140); tree(770, 640, 100); tree(850, 540, 100); tree(960, 560, 130); tree(870, 630, 120); tree(820, 730, 120); tree(60, 700, 130); tree(170, 700, 150); tree(310, 740, 200); tree(490, 710, 200); tree(700, 740, 200); tree(950, 710, 200); tree(50, 850, 300); tree(650, 850, 250); tree(870, 920, 300); // Fabric strokeWeight(2); stroke(107, 55, 65); fill(133, 69, 80); var t = frameCount * 5; // animated variable beginShape(); curveVertex(310, 840); vertex(330, 869); vertex(358, 872); vertex(381, 882 + sin(t) * 5); vertex(410, 890 + sin(t - 100) * 6); vertex(395, 889 + sin(t - 30) * 5); vertex(409, 895 + sin(t - 105) * 7); vertex(381, 890 + sin(t + 10) * 5); vertex(356, 878); vertex(330, 869); endShape(CLOSE); };
Folds	27,29,58,119,124,229,232,329,332,754,757,777,782,832,835,921,923,1043
Fork	false
Key	ag5zfmtoYW4tYWNhZGVteXIXCxIKU2NyYXRjaHBhZBiAgMLIh8POCgw
Votes	263
Spin-Offs	7
Type	PJS
Width	600
Height	600
User Flagged	false
Origin Scratchpad	{"id":"5234130249875456","title":"Contest: Fantasy Landscape","deleted":"false","official":"false"}
Hidden From Hotlist	false
Restricted Posting	false
By Child	false
Author Nick	Weather
Author Name	WeatherWonders
Author ID	kaid_854228745598935932978211
Author Profile Access	COACH

Archive Data

Added	10 months ago, 1739451612807
Updated	8 months ago, 1744845437023
Source Deleted	unknown