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Title	Lumen Grove
ID	5464134788349952
Created	7 years ago, 1521850336298
Updated	7 years ago, 1521916495414
Code	/I have been programming for about 32 months off and on (what I count as actually retaining information about programming for about 15-16 months) and have learned 100% of Intro to JS If you want to subscribe, you can go here: https://www.khanacademy.org/computer-programming/subscribe-to-reader-writer-penguin/5019495151632384 Inspired by: https://images4.alphacoders.com/296/296286.jpg As always, any constructive criticism is welcomed. Hope you enjoy!/ noStroke(); smooth(); //change this to true if it's lagging. It won't look nearly as nice but will eliminate a lot of for loops var delag = false; background(138, 204, 203); //a function of grass to use several times var grass = function(x, y, amt, yamt){ pushMatrix(); translate(x, y); scale(amt, yamt); noStroke(); //drawing the blade of grass fill(122, 224, 94, 90); triangle(0, 0, 6, 0, 3, -20); //a darker center just to give it a little more depth fill(54, 153, 5, 60); triangle(2, 0, 4, 0, 3, -20); popMatrix(); }; //background stuff { noStroke(); //blurred reflections of stuff //the island fill(107, 99, 99); quad(221, 602, 432, 574, 368, 502, 214, 494); triangle(405, 517, 368, 502, 220, 514); triangle(432, 545, 368, 502, 214, 635); triangle(177, 585, 368, 502, 214, 635); triangle(201, 539, 368, 502, 214, 635); //the bridge fill(145, 103, 31); beginShape(); curveVertex(400, 672); curveVertex(397, 439); curveVertex(534, 456); curveVertex(554, 571); curveVertex(540, 545); curveVertex(472, 443); curveVertex(397, 437); curveVertex(400, 300); endShape(); //the trees and stuff triangle(0, 350, 0, height, 30, height); fill(64, 255, 0, 90); ellipse(0, height, 200, 200); ellipse(53, 550, 200, 150); filter(BLUR, 5); //the overlay of blue, and a slight gradient fill(36, 183, 212, 140); rect(0, 298, width, height-298); pushMatrix(); translate(0, 50); strokeWeight(1); for(var m = 0; m < 200; m++){ stroke(lerpColor(color(0, 0, 0, 0), color(0, 0, 0, 5), m/200)); line(0, 600-m, width, 600-m); } popMatrix(); noStroke(); //background forest //a function for a gradient ellipses in the background var gradellipse = function(x, y, size, inc, col){ fill(col); for(var l = 0; l < size; l+= inc){ ellipse(x, y, l, l); } }; gradellipse(84, 237, 200, 10, color(37, 145, 16, 25)); gradellipse(157, 147, 300, 10, color(85, 189, 62, 15)); gradellipse(332, 109, 300, 10, color(174, 189, 62, 25)); gradellipse(504, 109, 300, 10, color(255, 255, 255, 25)); gradellipse(504, 215, 250, 10, color(112, 235, 233, 25)); //water details (the ripples) for(var n = 0; n < 60; n++){ fill(255, 255, 255, random(20, 60)); ellipse(random(0, width), random(300, height), random(20, 250), random(1.5, 3)); } //ground //the sand/dirt things fill(212, 209, 146); beginShape(); curveVertex(0, 438); curveVertex(0, 298); curveVertex(-19, 398); curveVertex(32, 439); curveVertex(174, 400); curveVertex(278, 430); curveVertex(454, 359); curveVertex(607, 416); curveVertex(width, 290); curveVertex(0, 170); endShape(); //the green part on top of it fill(96, 196, 85); beginShape(); curveVertex(0, 438); curveVertex(0, 298); curveVertex(-19, 398); curveVertex(32, 434); curveVertex(174, 400); curveVertex(288, 426); curveVertex(454, 353); curveVertex(607, 412); curveVertex(width, 290); curveVertex(0, 170); endShape(); //a tree function to be called multiple times for the background trees if(!delag){ var simpletree = function(x, y, amt, yamt, rot){ pushMatrix(); translate(x, y); scale(amt, yamt); rotate(rot); noStroke(); fill(99, 64, 16); beginShape(); vertex(0, 0); vertex(-30, 0); vertex(-26, -120); vertex(-30, -165); vertex(-67, -187); vertex(-104, -184); vertex(-114, -174); vertex(-108, -188); vertex(-71, -195); vertex(-85, -212); vertex(-81, -227); vertex(-81, -216); vertex(-66, -197); vertex(-29, -182); vertex(-29, -231); vertex(-74, -260); vertex(-107, -262); vertex(-120, -281); vertex(-132, -285); vertex(-118, -285); vertex(-113, -301); vertex(-113, -285); vertex(-105, -269); vertex(-75, -270); vertex(-79, -308); vertex(-86, -327); vertex(-101, -353); vertex(-82, -334); vertex(-74, -312); vertex(-56, -336); vertex(-68, -309); vertex(-65, -269); vertex(-28, -251); vertex(-30, -306); vertex(-31, -353); vertex(-34, -398); vertex(-45, -416); vertex(-56, -420); vertex(-45, -420); vertex(-42, -438); vertex(-42, -421); vertex(-28, -397); vertex(-23, -355); vertex(19, -391); vertex(35, -405); vertex(40, -419); vertex(40, -403); vertex(21, -383); vertex(52, -383); vertex(66, -391); vertex(55, -377); vertex(19, -376); vertex(-14, -345); vertex(-14, -301); vertex(19, -329); vertex(20, -343); vertex(26, -352); vertex(26, -323); vertex(-12, -293); vertex(-6, -172); vertex(15, -213); vertex(21, -241); vertex(38, -297); vertex(36, -338); vertex(33, -347); vertex(30, -364); vertex(37, -348); vertex(51, -367); vertex(41, -344); vertex(47, -293); vertex(30, -230); vertex(49, -240); vertex(65, -260); vertex(84, -298); vertex(86, -306); vertex(82, -334); vertex(91, -308); vertex(112, -327); vertex(112, -341); vertex(108, -354); vertex(117, -342); vertex(117, -325); vertex(130, -316); vertex(115, -319); vertex(93, -299); vertex(75, -261); vertex(70, -250); vertex(70, -240); vertex(74, -232); vertex(104, -255); vertex(116, -272); vertex(117, -281); vertex(122, -293); vertex(122, -270); vertex(112, -255); vertex(131, -238); vertex(109, -246); vertex(75, -223); vertex(40, -215); vertex(-1, -151); endShape(); popMatrix(); }; //an array of the parameters for when the trees are called, and a for loop to loop through the array and draw the trees with said parameters var tpos = [1, 406, 0.85, 1, 6 , 2, 391, 0.86, 0.99, 25 , 213, 386, 1.06, 0.79, 1, 345, 378, 1.06, 0.90, 10, 412, 369, 1.06, 0.72, 17, 630, 394, 1.00, 0.90, -12 ]; for(var i = 0; i < tpos.length; i += 5){ simpletree(tpos[i], tpos[i+1], tpos[i+2], tpos[i+3], tpos[i+4]); } //drawing the leaves var numloop = 550; for(var j = 0; j < numloop; j++){ //random variables to be accessed later var randx = random(-10, width+10); var randy = random(0, 300); var rands = random(20, 70); var cont = floor(random(1, 4)); //if the x is in a certain part of the screen, then the colors should be varying shades of green if(randx < 200){ if(cont === 1){ fill(61, 184, 20, random(50, 150)); } else if(cont === 2){ fill(33, 99, 11, random(50, 150)); } else { fill(13, 255, 0, random(30, 150)); } } //if the x is in the middle, then the colors should be red, orange, or yellow else if(randx >= 200 && randx < 420){ if(cont === 1){ fill(235, 29, 14, random(50, 150)); } else if(cont === 2){ fill(255, 149, 0, random(50, 150)); } else { fill(255, 234, 0, random(50, 150)); } } //if the x is on the rightmost part of the screen, then the colors should be blue or white else { if(cont === 1){ fill(68, 187, 227, random(20, 90)); } else { fill(255, 255, 255, random(60, 190)); } } //draw the ellipse ellipse(randx, randy, rands, rands); } filter(BLUR, 1.5); } //the grass //making an array for the grass parameters to be called in the for loop in drawing them var gparams = [0, 105, 415, 395 , 82, 178, 329, 396 , 28, 140, 323, 396, 419, 507, 322, 352, 579, 507, 322, 364, 587, 535, 359, 385 ]; for(var j = 0; j < 80; j++){ //random variables for the grass size var rands = random(1, 1.5); var cont = random(-0.5, 0.5); for(var k = 0; k < gparams.length; k+=4){ grass(random(gparams[k], gparams[k+1]), random(gparams[k+2], gparams[k+3]), rands, rands+cont); } } filter(BLUR, 1); } //sunlight in the background { //a ray of light function to call several times var light = function(x, y, rot, cont, height, amt, yamt){ pushMatrix(); translate(x, y); rotate(rot); scale(amt, yamt); noStroke(); for(var i = 0; i < height; i++){ fill(255, 243, 199, 6); arc(0, i, i-cont, i-cont, 180, 360); } popMatrix(); }; light(309, -31, 21, 4, 90, 3, 6.2); light(328, -203, 7, 33, 90, 3, 5.9); light(572, -159, 59, 33, 90, 2, 9.0); light(314, -20, -25, 0, 90, 2, 6.2); //a semicircle of light at the top to give it a brighter, more noticeable source of light fill(255, 243, 199, 5); for(var j = 0; j < 150; j++){ ellipse(308, 5, j, j); } } //sharper water ripples { for(var n = 0; n < 50; n++){ fill(255, 255, 255, random(20, 60)); ellipse(random(0, width), random(440, height), random(20, 250), random(1.5, 3)); } } //the island and temple { pushMatrix(); translate(231, 250); scale(0.7); noStroke(); //functions var tree = function(x, y, amt, yamt, rot){ pushMatrix(); translate(x, y); scale(amt, yamt); rotate(rot); noStroke(); //the shape of it { fill(110, 83, 30); beginShape(); vertex(-2, 16); vertex(-4, 30); vertex(14, 30); vertex(8, -11); vertex(8, -35); vertex(19, -48); vertex(49, -62); vertex(42, -63); vertex(48, -73); vertex(48, -78); vertex(46, -74); vertex(39, -65); bezierVertex(34, -62, 9, -38, 26, -83); vertex(43, -105); vertex(43, -121); vertex(38, -127); vertex(38, -119); vertex(38, -107); vertex(36, -104); vertex(30, -98); bezierVertex(22, -119, 29, -110, 19, -132); vertex(22, -103); bezierVertex(16, -85, 15, -50, 1, -47); vertex(-3, -48); vertex(-7, -55); vertex(-6, -59); vertex(4, -73); vertex(4, -94); vertex(6, -100); vertex(2, -100); vertex(1, -86); vertex(1, -77); bezierVertex(-18, -41, -21, -98, -29, -113); bezierVertex(-24, -49, -8, -85, -48, -72); bezierVertex(-24, -74, -27, -71, -13, -44); vertex(-4, -38); vertex(-4, -14); endShape(); //very minimal shading and lighting and all that jazz fill(247, 194, 129, 40); beginShape(); vertex(-2, -47); vertex(8, -50); vertex(3, -44); vertex(-4, -42); vertex(-8, -52); vertex(-7, -56); endShape(); beginShape(); vertex(22, -57); vertex(37, -60); vertex(21, -50); vertex(24, -52); vertex(18, -52); vertex(18, -58); endShape(); fill(0, 0, 0, 30); beginShape(); vertex(-3, -39); vertex(-3, -17); vertex(-2, 21); vertex(1, -14); vertex(3, -30); endShape(); } //circle of leaves function var l = function(x, y, xcon1, xcon2, ycon1, ycon2, radius, numloop, size, col){ for(var i = 0; i < numloop; i++){ //random variables so they can be used more than once and still have the same value for the particular iteration var randx = random(xcon1, xcon2); var randy = random(ycon1, ycon2); //if it's in a given circle, then draw the ellipses: if(dist(randx, randy, x, y) <= radius){ fill(col); ellipse(randx, randy, size, size); } } }; //color variables for the leaves/flowers on the tree, to keep track of which is which easier var med = color(247, 32, 200, 150); var light = color(252, 197, 220, 150); var dark = color(201, 18, 107, 180); //drawing the leaves/flowers //if it isn't delag, then draw all the randomized circles of leaves. If it is on delag mode, draw something else if(!delag){ fill(lerpColor(med, color(255, 255, 255, 0), 0.5)); ellipse(-20, -65, 102, 94); ellipse(44, -56, 82, 82); ellipse(10, -91, 92, 120); var pos = [-20, -65, -69, 14, -121, -20, 51, 600, 2.5, dark , 44, -56, 9, 81, -111, -18, 41, 600, 2.5, dark , 10, -70, -28, 52, -149, -53, 74, 600, 2.5, dark , -20, -65, -69, 14, -121, -20, 51, 400, 2.5, med , 44, -56, 9, 81, -111, -18, 41, 400, 2.5, med , 10, -70, -28, 52, -149, -53, 74, 400, 2.5, med , -28, -74, -71, -1, -112, -40, 39, 400, 3, light , 44, -70, 9, 81, -111, -18, 32, 400, 3, light , 10, -96, -28, 49, -154, -84, 55, 400, 3, light]; //array of parameters for the function for(var j = 0; j < pos.length; j+=10){ l(pos[j], pos[j+1], pos[j+2], pos[j+3], pos[j+4], pos[j+5], pos[j+6], pos[j+7], pos[j+8], pos[j+9]); } } else { fill(med); ellipse(-20, -65, 102, 102); ellipse(44, -56, 82, 82); ellipse(10, -97, 120, 120); fill(lerpColor(light, color(255, 255, 255, 0), 0.5)); for(var k = 0; k < 90; k++){ var rands = random(5, 15); ellipse(random(-64, 48), random(-143, -27), rands, rands); } } popMatrix(); }; var waterfall = function(x, y, xcon1, xcon2, height, width, numloop, length, ref){ pushMatrix(); translate(x, y); //whether or not it's reflected/facing the other way if(ref){ scale(1, -1); rotate(180); } noFill(); stroke(255, 255, 255, 90); //drawing the waterfall with the given parameters for(var i = 0; i < numloop; i++){ strokeWeight(random(1.5, 3)); //randomized variables that help draw randomized arcs var cont = random(-15, 15); var cont2 = random(-15, 15); var cont3 = random(0, 9); var posx = random(xcon1, xcon2); //x variable so it can be accessed later to draw a line from the same spot //draws a randomized arc, mimicking all the different paths of water in a waterfall arc(posx, 0, width+cont2, height+cont, 270, 360); //continues the arc so it looks more like a waterfall for larger, higher ones line(posx+((width+cont2)/2), 1.5, posx+((width+cont2)/2), length+cont3); } noStroke(); popMatrix(); }; //actual land/rocks underneath it { //land and grass { //the ground fill(124, 199, 117); arc(233, 91, 113, 44, 270, 360); beginShape(); curveVertex(0, 93); curveVertex(-89, 83); curveVertex(-104, 103); curveVertex(-17, 113); curveVertex(115, 103); curveVertex(162, 109); curveVertex(193, 100); curveVertex(284, 83); curveVertex(0, 0); endShape(); //some grass behind it all for(var i = 0; i < 25; i++){ var rands = random(1, 1.5); grass(random(231, 278), random(84, 92), rands, rands); grass(random(-109, -53), random(95, 107), rands, rands); } } //the rocks underneath the island { //main part of it { //the shape of it fill(102, 102, 102); beginShape(); vertex(-111, 116); vertex(-111, 93); vertex(-82, 147); vertex(-88, 166); vertex(-84, 166); vertex(-77, 187); vertex(-64, 206); vertex(-58, 251); vertex(-48, 263); vertex(-42, 279); vertex(-21, 288); vertex(-31, 306); vertex(-23, 327); vertex(-27, 346); vertex(1, 362); vertex(197, 362); vertex(197, 336); vertex(216, 317); vertex(216, 280); vertex(258, 232); vertex(255, 227); vertex(243, 224); vertex(262, 195); vertex(262, 168); vertex(288, 145); vertex(280, 130); vertex(290, 118); vertex(285, 99); endShape(); //darker patches fill(89, 89, 89); beginShape(); vertex(-26, 279); vertex(-10, 285); vertex(-2, 306); vertex(14, 327); vertex(-5, 335); vertex(2, 362); vertex(67, 360); vertex(71, 336); vertex(78, 326); vertex(59, 309); vertex(50, 280); endShape(); beginShape(); vertex(29, 259); vertex(-6, 246); vertex(-5, 218); vertex(18, 228); vertex(-7, 165); vertex(23, 162); vertex(27, 150); vertex(10, 177); vertex(33, 204); vertex(24, 239); vertex(46, 262); endShape(); beginShape(); vertex(150, 237); vertex(166, 210); vertex(115, 231); vertex(102, 208); vertex(99, 173); vertex(115, 152); vertex(146, 163); vertex(167, 192); vertex(190, 177); vertex(196, 212); vertex(186, 189); vertex(172, 209); vertex(148, 203); vertex(119, 173); vertex(124, 187); vertex(124, 208); endShape(); beginShape(); vertex(190, 177); vertex(196, 215); vertex(201, 153); vertex(210, 147); vertex(219, 194); vertex(208, 218); vertex(211, 242); vertex(199, 281); vertex(204, 308); vertex(204, 279); endShape(); beginShape(); vertex(176, 361); vertex(178, 308); vertex(189, 279); vertex(221, 221); vertex(233, 166); endShape(); //the darkest patches fill(71, 71, 71); beginShape(); vertex(-64, 134); vertex(-71, 114); vertex(-72, 147); vertex(-75, 166); vertex(-83, 166); vertex(-77, 179); vertex(-47, 175); vertex(-32, 190); vertex(-48, 220); vertex(-12, 279); vertex(0, 285); vertex(7, 306); vertex(22, 327); vertex(22, 346); vertex(1, 362); vertex(57, 360); vertex(45, 336); vertex(56, 329); vertex(42, 309); vertex(40, 280); vertex(91, 301); vertex(91, 272); vertex(62, 252); vertex(29, 252); vertex(5, 246); vertex(-5, 218); vertex(18, 228); vertex(-7, 165); vertex(31, 165); vertex(53, 150); vertex(82, 164); vertex(66, 204); vertex(37, 239); vertex(46, 262); vertex(46, 241); vertex(78, 235); vertex(102, 263); vertex(132, 337); vertex(107, 330); vertex(136, 345); vertex(128, 361); vertex(161, 361); vertex(155, 287); vertex(141, 260); vertex(160, 248); vertex(187, 263); vertex(200, 262); vertex(175, 238); vertex(145, 228); vertex(166, 210); vertex(115, 231); vertex(102, 208); vertex(99, 173); vertex(115, 152); vertex(146, 163); vertex(167, 192); vertex(190, 177); vertex(196, 215); vertex(201, 153); vertex(210, 147); vertex(219, 194); vertex(208, 218); vertex(211, 242); vertex(199, 281); vertex(204, 308); vertex(204, 279); vertex(242, 221); vertex(233, 161); vertex(250, 145); vertex(250, 152); vertex(260, 139); vertex(280, 127); vertex(289, 122); vertex(285, 99); endShape(); } //ledges { //declaring a ledge function to use several times var ledge = function(x, y, amt, yamt, type){ pushMatrix(); translate(x, y); scale(amt, yamt); noStroke(); //type one or type two, so I can have two different ledges with the same function depending on the type parameter if(type === 1){ fill(0, 0, 0, 50); beginShape(); vertex(0, 0); vertex(21, 4); vertex(25, 22); vertex(6, 32); vertex(-28, 40); vertex(-40, 42); vertex(-51, 13); vertex(-43, -1); endShape(); fill(117, 117, 117); beginShape(); vertex(0, 0); vertex(21, 4); vertex(21, 15); vertex(6, 22); vertex(-28, 21); vertex(-40, 26); vertex(-47, 13); vertex(-43, -1); endShape(); fill(71, 71, 71); beginShape(); vertex(0, 9); vertex(21, 13); vertex(21, 15); vertex(6, 22); vertex(-28, 21); vertex(-40, 26); vertex(-47, 12); vertex(-44, 3); vertex(-36, 15); endShape(); } else { fill(0, 0, 0, 50); beginShape(); vertex(0, 0); vertex(41, 7); vertex(19, 22); vertex(6, 34); vertex(-28, 36); vertex(-40, 24); vertex(-55, 8); vertex(-43, -1); endShape(); fill(102, 102, 102); beginShape(); vertex(0, 0); vertex(41, 7); vertex(10, 15); vertex(6, 22); vertex(-28, 21); vertex(-40, 12); vertex(-55, 8); vertex(-43, -1); endShape(); fill(71, 71, 71); beginShape(); vertex(0, 10); vertex(41, 7); vertex(10, 15); vertex(6, 22); vertex(-28, 21); vertex(-40, 12); vertex(-55, 8); vertex(-43, 5); vertex(-32, 10); endShape(); } popMatrix(); }; //calling the function to draw the ledges ledge(229, 180, 1.13, 1, 1); ledge(179, 240, 1, 1, 2); ledge(-6, 236, 0.78, 1, 2); ledge(-28, 154, 1.06, 0.8, 2); ledge(58, 197, 0.86, 0.67, 1); ledge(117, 309, 1.56, 0.67, 1); } } } //trees in the background { tree(-38, -6); tree(190, -10, 1.14, -1.23, 180); tree(112, 10, 0.9, 0.9, 0); } //temple-sort thing that I have no idea how to draw { var maincol = color(135, 48, 29); //to make it easier to access pushMatrix(); translate(0, 109); //some functions I call multiple times var roof = function(x, y, amt){ pushMatrix(); translate(x, y); scale(amt); noStroke(); //the roof shape fill(207, 153, 60); rect(0, 0, 150, 35); (rect)(1, 35, 0, 35, -40, 0, 0, 0); (rect)(148, 35, 0, 35, 0, -40, 0, 0); //some lighting stuff fill(251, 255, 135, 1); for(var j = 0; j < 70; j++){ ellipse(71, 27, j, j); } strokeWeight(2); stroke(0, 0, 0, 50); line(0, 1, 150, 1); //the texture on it noFill(); strokeWeight(1); stroke(255, 233, 196, 80); for(var i = 0; i < 49; i++){ if(45-(i1.84)>= 0) { arc(-22+i4, 0, 45-(i1.79), 67, 0, 90); } else { arc(-22+i4, 0, abs(45-(i1.84)), 67, 90, 180); } } //some additional details, like the railing at the top and bottom and shading and such stroke(89, 68, 31, 90); strokeWeight(4); line(-35, 34, 183, 34); stroke(227, 166, 12, 250); line(0, 0, 150, 0); stroke(255, 255, 255, 90); strokeWeight(2); line(0, -1, 150, -1); noStroke(); fill(227, 166, 12); ellipse(1, -3, 5, 5); ellipse(149, -3, 5, 5); fill(255, 255, 255, 100); ellipse(0, -3, 3, 5); ellipse(150, -3, 3, 5); //perspective...a peek at the bottom of roof noStroke(); fill(125, 109, 1); triangle(-35, 34, -8, 34, -8, 45); triangle(183, 34, 156, 34, 156, 45); rect(-9, 34, 165, 14); pushMatrix(); translate(-21, 38); rotate(18); arc(4, 0, 38, 14, 0, 180); translate(174, -54); rotate(-36); arc(4, 0, 38, 14, 0, 180); popMatrix(); strokeWeight(1); noStroke(); popMatrix(); }; var shadow = function(x, y, amt, yamt, rot){ pushMatrix(); translate(x, y); scale(amt, yamt); rotate(rot); strokeWeight(0.5); //a gradient from translucent black to all clear, as shadows often are subtle gradients for(var i = 0; i < 30; i++){ stroke(lerpColor(color(0, 0, 0, 10), color(0, 0, 0, 0), i/50)); line(0, i, 165, i); } noStroke(); popMatrix(); }; var window = function(x, y, amt, yamt){ pushMatrix(); translate(x, y); scale(amt, yamt); stroke(143, 8, 8); strokeWeight(2); fill(140, 48, 48); rect(0, 0, 35, 40); noStroke(); fill(244, 255, 212, 150); rect(4, 4, 27, 32); stroke(143, 8, 8); line(0, 17, 35, 17); line(12, 0, 12, 36); line(22, 0, 22, 36); popMatrix(); }; //the right and left side wings var one = function(x, y, ref){ //a function for one wing because both left and right are the same, just reflected pushMatrix(); translate(x, y); //if it's supposed to be reflected, then make it reflected: if(ref){ scale(1, -1); rotate(180); } else{ scale(1); } roof(-83, -114, 0.6); fill(maincol); rect(-88, -91, 80, 65); window(-46, -82, 0.9, 1.2); window(-82, -82, 0.9, 1.2); shadow(-5, -68, 0.5, 0.8, 180); popMatrix(); }; one(0, 0, false); one(149, 0, true); //the center bottom part of it roof(0, -166, 1); fill(maincol); rect(-8, -126, 165, 85); shadow(157, -96, 1, 1, 180); fill(161, 112, 69); rect(-8, -46, 165, 20); //railing for(var l = -8; l < 157; l+=10){ if(l+2 < 60 \|\| l+2 > 90){ //the shadow fill(0, 0, 0, 40); rect(l+3.2, -61, 3.1, 15); //the actual railing fill(161, 112, 69); rect(l, -61, 4.4, 15); } } rect(-8, -61, 64, 2); rect(93, -61, 64, 2); //steps for(var m = 0; m < 5; m++){ //gradient colored stairs, again, to give it more interest fill(lerpColor(color(204, 165, 118), color(171, 147, 38), m/5)); rect(55-(m5), -46+m4, m10+39, 4); } //door stroke(143, 8, 8); strokeWeight(3); fill(156, 33, 33); rect(57, -101, 34, 53); noStroke(); fill(255, 254, 229, 150); for(var n = 0; n < 25; n+=14){ for(var o = 0; o < 30; o+=10){ //nested for loop to give the 3 by 2 grid of glass for the door rect(n+62, o1.53-93, 10, 11); } } //the two windows window(6, -106, 1); window(104, -106, 1); translate(2, 0); //center top of it noStroke(); roof(27, -231, 0.60); fill(maincol); rect(20, -208, 105, 40); for(var o = 0; o < 4; o++){ //to draw four windows evenly spaced from one another window(28+o23, -203, 0.55, 0.77); } shadow(124, -184, 0.63, 0.8, 180); //roof of topmost part noStroke(); pushMatrix(); translate(1, 4); //the shading stuff fill(125, 109, 1); pushMatrix(); translate(40, -263); rotate(28); arc(0, 0, 18, 6, 0, 180); translate(51, -27); rotate(-56); arc(0, 0, 18, 6, 0, 180); popMatrix(); quad(32, -267, 107, -267, 94, -258, 45, -258); //the actual roof noStroke(); fill(207, 153, 60); (rect)(69, -267, 0, 35, -40, -40, 0, 0); //the texture noFill(); var half = function(x, y, amt, yamt, rot){ //a function for half of the roof's texture because then it'll just be reflected over to the other side to form the other half of the pointed roof pushMatrix(); translate(x, y); scale(amt, yamt); rotate(rot); stroke(232, 221, 21, 90); strokeWeight(1); arc(45, -298, 48, 58, 0, 90); arc(50, -298, 37, 61, 0, 90); arc(55, -298, 30, 61, 0, 90); arc(61, -298, 19, 61, 0, 90); arc(65, -298, 11, 61, 0, 90); line(70, -304, 70, -270); popMatrix(); }; half(0, 0, 1, 1, 0); half(140, 0, 1, -1, 180); popMatrix(); //the structure of the top part noStroke(); fill(maincol); rect(46, -260, 50, 28); window(54, -255, 0.45); window(74, -255, 0.45); shadow(95, -246, 0.29, 0.5, 180); popMatrix(); } //the rebel trees halfway in front of the temple tree(-94, 72, 1); tree(270, 55, 1.0, -1.1, 180); //the grass in front of basically everything on the island for(var i = 0; i < 150; i++){ var rands = random(0.5, 1.5); grass(random(-68, 200), random(98, 112), rands, rands0.6); grass(random(-96, 80), random(86, 119), rands, rands); grass(random(271, 86), random(81, 110), rands, rands); } //border of rocks { //the shape of it fill(130, 130, 130); beginShape(); vertex(-110, 93); vertex(-117, 112); vertex(-104, 130); vertex(-89, 136); vertex(-76, 124); vertex(-78, 120); vertex(-72, 129); vertex(-56, 140); vertex(-52, 134); vertex(-41, 132); vertex(-8, 143); vertex(9, 143); vertex(27, 151); vertex(49, 138); vertex(48, 131); vertex(77, 146); vertex(95, 146); vertex(121, 131); vertex(126, 138); vertex(150, 148); vertex(166, 141); vertex(174, 159); vertex(174, 164); vertex(188, 150); vertex(197, 129); vertex(209, 130); vertex(215, 135); vertex(223, 140); vertex(241, 137); vertex(250, 127); vertex(253, 121); vertex(260, 119); vertex(273, 126); vertex(281, 120); vertex(289, 121); vertex(298, 106); vertex(299, 92); vertex(293, 88); vertex(293, 84); vertex(283, 81); vertex(277, 88); vertex(262, 85); vertex(253, 92); vertex(234, 95); vertex(225, 94); vertex(219, 88); vertex(199, 97); vertex(191, 98); vertex(181, 100); vertex(171, 100); vertex(165, 90); vertex(158, 86); vertex(147, 93); vertex(141, 98); vertex(128, 96); vertex(108, 96); vertex(93, 102); vertex(74, 100); vertex(67, 95); vertex(59, 92); vertex(45, 106); vertex(28, 108); vertex(8, 102); vertex(-22, 106); vertex(-42, 111); vertex(-42, 105); vertex(-46, 94); vertex(-61, 96); vertex(-64, 103); vertex(-78, 105); vertex(-87, 98); vertex(-102, 94); endShape(); //the darker parts fill(89, 89, 89); beginShape(); vertex(-111, 97); vertex(-117, 112); vertex(-104, 130); vertex(-89, 136); vertex(-76, 124); vertex(-78, 120); vertex(-72, 129); vertex(-56, 140); vertex(-52, 134); vertex(-41, 132); vertex(-8, 143); vertex(9, 143); vertex(27, 151); vertex(49, 138); vertex(48, 131); vertex(77, 146); vertex(95, 146); vertex(121, 131); vertex(126, 138); vertex(150, 148); vertex(166, 141); vertex(174, 159); vertex(174, 164); vertex(188, 150); vertex(197, 129); vertex(209, 130); vertex(215, 135); vertex(223, 140); vertex(241, 137); vertex(250, 127); vertex(253, 121); vertex(260, 119); vertex(273, 126); vertex(281, 120); vertex(289, 121); vertex(298, 106); vertex(299, 92); vertex(293, 88); vertex(295, 99); vertex(286, 103); vertex(293, 104); vertex(290, 108); vertex(278, 114); vertex(261, 113); vertex(245, 124); vertex(232, 132); vertex(225, 125); vertex(224, 106); vertex(219, 116); vertex(200, 122); vertex(198, 116); vertex(184, 150); vertex(176, 138); vertex(171, 128); vertex(165, 126); vertex(152, 144); vertex(136, 136); vertex(136, 121); vertex(125, 115); vertex(102, 129); vertex(74, 139); vertex(64, 129); vertex(81, 116); vertex(84, 125); vertex(85, 102); vertex(74, 101); vertex(67, 117); vertex(45, 124); vertex(42, 137); vertex(25, 126); vertex(4, 131); vertex(-20, 121); vertex(-22, 128); vertex(-42, 122); vertex(-42, 102); vertex(-46, 119); vertex(-61, 120); vertex(-64, 131); vertex(-78, 119); vertex(-81, 123); vertex(-96, 127); vertex(-102, 122); vertex(-100, 112); vertex(-105, 116); endShape(); quad(173, 104, 178, 100, 170, 99, 162, 124); quad(253, 104, 253, 92, 246, 94, 256, 114); //just a miniscule amount of lighting noFill(); stroke(255, 255, 255, 10); strokeWeight(2); bezier(11, 110, 60, 113, 3, 113, 15, 120); bezier(103, 100, 134, 113, 71, 96, 100, 108); } //little waterfalls on the island { //waterfall array of parameters to call them in var wpos = [33, 266, -50, -25, 50, 50, 50, 95, false, -55, 272, -66, -26, 57, 49, 45, 92, true, 102, 288, -25, -44, 87, 46, 20, 20, true, 60, 339, -54, -37, 49, 36, 20, 22, true, 150, 339, -45, -34, 48, 30, 10, 22, false, 277, 212, -54, -11, 78, 34, 50, 157, false, 24, 178, -54, -18, 34, 15, 30, 59, false, 194, 278, -54, -30, 61, 35, 30, 87, false]; //using the above array of parameters to draw waterfalls using those parameters, looping through the array for(var i = 0; i < wpos.length; i += 9){ waterfall(wpos[i], wpos[i+1], wpos[i+2], wpos[i+3], wpos[i+4], wpos[i+5], wpos[i+6], wpos[i+7], wpos[i+8]); } } popMatrix(); } //the bridge { pushMatrix(); translate(409, 301); scale(1, 1.19); //functions to be called multiple times var post = function(x, y, amt){ pushMatrix(); translate(x, y); scale(amt); noStroke(); //the post and the cylindrical effect fill(87, 69, 15); rect(0, 93, 6, 35); arc(3, 128, 6, 3, 0, 180); fill(156, 134, 89); ellipse(3, 93, 6, 3); //wood texture strokeWeight(1); stroke(161, 135, 69); line(2, 93, 2, 125); line(5, 93, 5, 102); line(5, 123, 5, 109); noStroke(); popMatrix(); }; var plank = function(x, y, amt, yamt, rot, cont1, cont2, cont3, cont4){ pushMatrix(); translate(x, y); scale(amt, yamt); rotate(rot); //the shape of it fill(97, 80, 34); quad(cont1, -12, cont3, 3, cont4, 3, cont2, -12); //wood texture strokeWeight(1); stroke(110, 91, 45); line(-2, 0, 22, 0); line(22, -6, 30, -6); line(7, -3, 25, -3); line(7, -8, 15, -8); noStroke(); popMatrix(); }; var side = function(x, y, amt, yamt, start, end, wstart){ //a function for each side of the bridge pushMatrix(); translate(x, y); scale(amt, yamt); //variables for easy tweaking in the ellipse equation (where one variable appears more than once) var a = 113; var b = 61; //small curve down at the end of the bridge nearest the island translate(9, -1); for(var i = 0; i < 50; i+=8){ //derived from the circle formula, find y if x is equal to i and it is on a circle var y = -sqrt(sq(57)-sq(i-54)); post(i, y, 0.5+(i/156)); //gets larger as i increases } translate(-4, 1); for(var i = start; i < 120; i+= 10){ //find a y value for the x value on a certain ellipse var y = -(b/a)sqrt(sq(a)-sq(i)); post(i, y, 0.5+(i/197)); //gets larger as i increases } popMatrix(); }; //the bottom/planks of the bridge //a guidance shape, also to fill in any gaps the planks don't cover fill(107, 84, 16); beginShape(); curveVertex(0, 0); curveVertex(18, 26); curveVertex(63, 21); curveVertex(123, 57); curveVertex(151, 89); curveVertex(168, 121); curveVertex(177, 157); curveVertex(183, 193); curveVertex(172, 212); curveVertex(129, 211); curveVertex(128, 180); curveVertex(124, 151); curveVertex(108, 110); curveVertex(74, 61); curveVertex(44, 38); curveVertex(23, 36); curveVertex(11, 45); curveVertex(8, 33); curveVertex(0, 0); endShape(); //plank parameters array, then a for loop to draw the planks using said parameters var plankpos = [130, 205, 1.41, 1, 0, 1, 37, -5, 38, 130, 215, 1.41, 1, 0, -3, 41, -8, 46, 130, 190, 1.41, 1, 0, 9, 35, -2, 37, 134, 174, 1.07, 1, 0, -2, 35, -4, 37, 134, 158, 1.07, 1, 0, -11, 35, -4, 37, 134, 145, 1.07, 1, 0, -15, 35, -10, 37, 128, 130, 1.07, 1, 0, -15, 35, -10, 37, 123, 114, 1.07, 1, 0, -18, 35, -10, 37, 116, 104, 1.02, 0.94, 0, -18, 35, -10, 37, 110, 91, 1.02, 0.91, 0, -20, 35, -11, 41, 100, 79, 1.02, 0.80, 0, -18, 35, -10, 41, 92, 67, 1.02, 0.80, 0, -20, 35, -10, 42, 80, 55, 1.02, 0.74, 0, -20, 27, -10, 42, 70, 44, 0.94, 0.74, 0, -34, 27, -10, 42, 54, 33, 0.94, 0.74, -3, -13, 19, -16, 42, 30, 33, 0.94, 0.74, -3, -13, 19, -16, 42, 25, 33, 0.94, 0.74, -25, -13, 19, -16, 42]; for(var k = 0; k < plankpos.length; k+=9){ plank(plankpos[k], plankpos[k+1], plankpos[k+2], plankpos[k+3], plankpos[k+4], plankpos[k+5], plankpos[k+6], plankpos[k+7], plankpos[k+8]); } //railing side(0, 0, 1, 1, 60, 65); side(7, -7, 1.25, 0.89, 60, 119); //some additional posts to complete the bridge pushMatrix(); scale(1.2, 1); var ppos = [133, -3, 1.04 , 140, 16, 1.10 , 145, 37, 1.10 , 150, 52, 1.10 , 152, 70, 1.10 , 102, 0, 1.10 , 106, 25, 1.10 , 110, 42, 1.10 , 108, 56, 1.10 , 107, 68, 1.10 ,]; for(var j = 0; j < ppos.length; j += 3){ post(ppos[j], ppos[j+1], ppos[j+2]); } popMatrix(); popMatrix(); } //foreground { pushMatrix(); translate(528, 552); noStroke(); //the shape of the ground fill(96, 196, 85); beginShape(); curveVertex(0, 0); curveVertex(9, -11); curveVertex(-19, -11); curveVertex(-132, 15); curveVertex(-276, 40); curveVertex(-218, 71); curveVertex(-19, 55); curveVertex(82, 55); curveVertex(72, -11); curveVertex(0, 0); endShape(); //the grass, if it isn't in delag mode then draw a bunch of randomized grass if(!delag){ //drawing the grass for(var j = 0; j < 90; j++){ grass(random(-15, 71), random(-2, 58), 1, 1); grass(random(-251, 19), random(38, 52), 1, 1); grass(random(-139, -30), random(19, 52), 1, 1); } } popMatrix(); } //some details { //a waterspray function to call on several times var waterspray = function(x, y, amt, yamt){ pushMatrix(); translate(x, y); scale(amt, yamt); noStroke(); for(var i = 0; i < 40; i++){ var rands = random(3, 8); fill(255, 255, 255, random(70, 120)); ellipse(random(-20, 25), random(-28, 5), rands, rands); } popMatrix(); }; //the white part right underneath the waterfalls stroke(255, 255, 255, 120); strokeWeight(3); line(195, 509, 221, 509); line(254, 506, 237, 506); line(297, 506, 284, 506); line(319, 505, 313, 505); line(359, 509, 338, 509); line(433, 511, 399, 511); //drawing the waterspray waterspray(205, 514, 1, 1); waterspray(249, 512, 1, 0.9); waterspray(301, 512, 1.06, 0.7); waterspray(354, 522, 1.06, 0.7); waterspray(418, 518, 1.06, 1); } //figure { pushMatrix(); translate(471, 384); scale(0.54); //staff thing { noStroke(); pushMatrix(); translate(0, -24); //the glowing thing in the top of it fill(0, 196, 255, 17); for(var i = 0; i < 30; i++){ ellipse(114, 120, i, i); } stroke(0, 21, 255, 15); strokeWeight(1); noFill(); for(var j = 0; j < 15; j++){ arc(116, 117, 30-j, 30-j, 90-j4, 180+j4); } stroke(255, 255, 255, 35); for(var k = 0; k < 10; k++){ arc(117, 119, 17-k, 18-k, 270-k4, 360+k4); } noStroke(); //shape of it //main rect fill(207, 173, 62); rect(110, 142, 8, 246); //stuff on top rect(107, 136, 14, 4, 5); rect(109, 139, 10, 4, 5); rect(109, 94, 10, 4, 5); ellipse(114, 92, 7, 7); triangle(110, 92, 118, 92, 114, 85); stroke(207, 173, 62); noFill(); for(var i = 0; i < 8; i++){ if(46-i12 > 0){ stroke(207, 173, 62); strokeWeight(3); arc(114, 118, 37-i12, 39, 90, 270); //some lighting on it stroke(255, 255, 255, 90); strokeWeight(1.5); arc(113, 118, 34-i12, 39, 90, 270); } else { stroke(207, 173, 62); strokeWeight(3); arc(113, 118, abs(46-i12), 39, 270, 450); //some lighting on it stroke(255, 255, 255, 90); strokeWeight(1.5); arc(113, 118, abs(48-i12), 39, 270, 450); } } popMatrix(); noStroke(); fill(207, 173, 62); //rounded rectangles and small details on the bottom rect(107, 363, 14, 4, 5); rect(110, 366, 8, 4, 5); triangle(110, 380, 118, 380, 114, 355); ellipse(114, 384, 10, 10); //details in lighting and shading and stuff noFill(); strokeWeight(3); stroke(255, 255, 255, 90); line(111, 122, 111, 361); bezier(112, 371, 113, 372, 108, 391, 113, 388); bezier(113, 64, 117, 77, 108, 61, 113, 69); } //hand { pushMatrix(); translate(-5, -2); noStroke(); //the actual shape fill(250, 217, 170); beginShape(); curveVertex(89, 170); curveVertex(90, 170); curveVertex(107, 173); curveVertex(119, 170); curveVertex(125, 178); curveVertex(116, 183); curveVertex(104, 180); curveVertex(97, 181); curveVertex(93, 178); curveVertex(90, 170); curveVertex(89, 170); endShape(); //the darker part fill(0, 0, 0, 20); beginShape(); curveVertex(89, 170); curveVertex(95, 180); curveVertex(105, 178); curveVertex(113, 181); curveVertex(121, 181); curveVertex(116, 183); curveVertex(104, 180); curveVertex(97, 181); curveVertex(94, 178); curveVertex(95, 180); curveVertex(89, 170); endShape(); popMatrix(); //oh, and how could I forget, a hand 90% hidden by the robe on the left fill(250, 217, 170); beginShape(); curveVertex(-37, 221); curveVertex(-37, 221); curveVertex(-35, 238); curveVertex(-40, 221); curveVertex(-39, 214); curveVertex(-37, 221); curveVertex(-93, 296); endShape(); } //dress/robe thing { pushMatrix(); translate(0, -5); scale(1, 1.09); noStroke(); //main shape fill(242, 242, 242); beginShape(); curveVertex(0, 0); curveVertex(-12, 60); curveVertex(-36, 83); curveVertex(-37, 108); curveVertex(-32, 138); curveVertex(-33, 156); curveVertex(-39, 196); curveVertex(-37, 207); curveVertex(-35, 243); curveVertex(-43, 284); curveVertex(-57, 345); curveVertex(-54, 353); curveVertex(-45, 356); curveVertex(-34, 367); curveVertex(9, 364); curveVertex(54, 356); curveVertex(91, 360); curveVertex(89, 340); curveVertex(82, 284); curveVertex(96, 175); curveVertex(69, 149); curveVertex(55, 129); curveVertex(42, 80); curveVertex(-12, 60); curveVertex(0, 0); endShape(); //the details/aka shadows, creases of fabric and such pushMatrix(); translate(0, -6); fill(104, 201, 99); beginShape(); curveVertex(-23, 178); curveVertex(-20, 149); curveVertex(-15, 149); curveVertex(11, 155); curveVertex(33, 151); curveVertex(41, 148); curveVertex(39, 164); curveVertex(10, 168); curveVertex(-18, 165); curveVertex(-20, 156); curveVertex(-20, 149); curveVertex(-15, 125); endShape(); popMatrix(); fill(0, 0, 0, 20); beginShape(); curveVertex(-23, 237); curveVertex(-29, 260); curveVertex(-37, 312); curveVertex(-47, 345); curveVertex(-52, 353); curveVertex(-45, 356); curveVertex(-39, 361); curveVertex(-30, 326); curveVertex(-29, 298); curveVertex(-29, 273); curveVertex(-15, 340); endShape(); beginShape(); curveVertex(-34, 356); curveVertex(23, 360); curveVertex(54, 354); curveVertex(44, 351); curveVertex(44, 308); curveVertex(36, 343); curveVertex(28, 270); curveVertex(29, 330); curveVertex(23, 359); curveVertex(23, 360); curveVertex(-40, 340); endShape(); beginShape(); curveVertex(32, 356); curveVertex(82, 287); curveVertex(53, 205); curveVertex(35, 110); curveVertex(39, 146); curveVertex(35, 153); curveVertex(41, 158); curveVertex(49, 206); curveVertex(57, 235); curveVertex(73, 282); curveVertex(81, 295); curveVertex(82, 287); curveVertex(76, 340); endShape(); beginShape(); curveVertex(-107, 257); curveVertex(-38, 207); curveVertex(-24, 175); curveVertex(-22, 146); curveVertex(-27, 106); curveVertex(-18, 145); curveVertex(-12, 154); curveVertex(-17, 157); curveVertex(-2, 162); curveVertex(-18, 164); curveVertex(-35, 220); curveVertex(-37, 209); curveVertex(-38, 203); curveVertex(-38, 203); endShape(); beginShape(); curveVertex(-37, 144); curveVertex(69, 151); curveVertex(71, 171); curveVertex(62, 211); curveVertex(66, 176); curveVertex(65, 164); curveVertex(64, 146); curveVertex(68, 163); curveVertex(69, 151); curveVertex(25, 135); endShape(); beginShape(); curveVertex(66, 167); curveVertex(86, 157); curveVertex(91, 188); curveVertex(79, 245); curveVertex(86, 190); curveVertex(83, 171); curveVertex(78, 183); curveVertex(82, 160); curveVertex(86, 157); curveVertex(141, 171); endShape(); popMatrix(); } //hair { noStroke(); //the base shape pushMatrix(); scale(1, 0.96); fill(135, 11, 7); beginShape(); curveVertex(0, 30); curveVertex(0, 0); curveVertex(21, 3); curveVertex(28, 22); curveVertex(27, 51); curveVertex(31, 71); curveVertex(38, 84); curveVertex(22, 80); curveVertex(23, 88); curveVertex(31, 89); curveVertex(19, 97); curveVertex(5, 86); curveVertex(5, 93); curveVertex(-2, 99); curveVertex(-2, 92); curveVertex(-7, 84); curveVertex(-16, 94); curveVertex(-23, 89); curveVertex(-21, 78); curveVertex(-24, 80); curveVertex(-26, 84); curveVertex(-27, 74); curveVertex(-18, 57); curveVertex(-18, 39); curveVertex(-17, 11); curveVertex(0, 0); curveVertex(0, 11); endShape(); popMatrix(); //the details var medpos = [0, 2, -11, 2, -14, 7, -16, 36 , 0, 2, -8, 2, -16, 7, -13, 49 , 2, 5, -6, 2, -14, 7, -11, 41 , 0, 2, -19, 8, -14, 7, -18, 30 , 2, 5, 4, 2, -14, 7, -9, 32 , 2, 6, -7, 12, -10, 17, -5, 52 , 2, 10, -7, 17, -5, 18, -3, 39 , 2, 14, 0, 17, -5, 18, -1, 42 , 2, 17, 6, 17, -5, 18, 2, 37 , 2, 19, 10, 18, -5, 18, 6, 64 , 4, 14, 14, 17, 5, 18, 9, 39 , 4, 19, 7, 17, 5, 18, 4, 54 , 4, 2, 12, 2, 9, -1, 18, 7 , 4, 5, 2, 8, 6, -3, 18, 10 , 4, 8, 2, 8, 6, 1, 20, 20 , 6, 9, 7, 16, 4, -1, 17, 17 , 4, 14, 2, 22, 8, -4, 17, 25 , 8, 16, 6, 22, 11, -4, 14, 35 , 8, 12, 6, 22, 11, -4, 11, 47 , -21, 62, -27, 78, -25, 64, -27, 77 , -19, 58, -22, 78, -26, 67, -26, 77 , -17, 73, -2, 78, -21, 87, -15, 89 , -19, 74, -5, 78, -21, 87, -17, 89 , -17, 72, -2, 73, -21, 86, -7, 79 , -21, 76, -8, 78, -21, 87, -19, 89 , -15, 38, -2, 78, -21, 87, -15, 89 , -11, 60, -12, 78, -21, 69, -21, 75 , -16, 41, -8, 78, -21, 69, -21, 75 , 2, 75, 9, 87, 2, 76, 3, 88 , -10, 62, -8, 79, 12, 76, -1, 90 , -11, 47, -7, 79, 12, 76, -2, 87 , 3, 82, 14, 79, 13, 94, 25, 90 , -1, 70, 14, 79, 13, 94, 25, 87 , 5, 43, 14, 79, 13, 90, 25, 85 , 27, 33, 27, 40, 18, 57, 37, 78 , 25, 11, 27, 40, 13, 57, 34, 78 , 25, 11, 24, 38, 13, 68, 30, 77 , 16, 22, 24, 38, 18, 57, 37, 78 , 25, 11, 27, 40, 13, 57, 34, 78 , 18, 17, 24, 38, 18, 57, 37, 78 , 25, 11, 27, 40, 13, -19, 24, 33 , 18, 26, 11, 69, 18, 57, 26, 74 ]; noFill(); strokeWeight(1.5); for(var i = 0; i < medpos.length; i+= 8){ stroke(222, 70, 24, 100); bezier(medpos[i], medpos[i+1], medpos[i+2], medpos[i+3], medpos[i+4], medpos[i+5], medpos[i+6], medpos[i+7]); } //some additional small lighting stroke(255, 255, 255, 30); pushMatrix(); rotate(14); for(var j = 0; j < 4; j++){ arc(-1, 20, 10+j4, 28+j5, 143+j1.5, 243+j*1.5); } popMatrix(); } popMatrix(); }
Folds	17,29,32,310,313,339,342,347,350,1282,1285,1415,1418,1446,1449,1479,1482,1807
Fork	false
Key	ag5zfmtoYW4tYWNhZGVteXIXCxIKU2NyYXRjaHBhZBiAgMKooLPaCQw
Votes	191
Spin-Offs	4
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	Reader Writer Penguin
Author Name	WriterPenguin1127
Author ID	kaid_660115468292459786165770
Author Profile Access	PUBLIC

Archive Data

Added	10 months ago, 1739388133206
Updated	10 months ago, 1739388142045
Source Deleted	unknown