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How to use center_x method in wpt
Best JavaScript code snippet using wpt
venn.js
Source:venn.js 
1// Adopted from 2d3.layout.venn = function() {3 var size = [1, 1],4 hierarchy = d3.layout.hierarchy().sort(null).value(null),5 normalize = false; //Keep the size of the areas standard6 7 function percentSort(nums){8 var max = Math.max.apply( Math, nums ); 9 var returnList = [];10 for (num in nums){11 returnList.push(nums[num]/max);12 }13 return returnList;14 }15 /*16 * returns an object with calculated circle dimensions and17 * relative positions for the given percent, and base radius18 */19 function createCircleDims(pcnt,base_rad){20 var dims = {};21 dims['pcnt'] = pcnt;22 dims['rad'] = base_rad*Math.sqrt(pcnt);23 dims['diameter'] = dims['rad']*2;24 return dims;25 }26 /*27 * gets the intersecting points between two circles28 */29 function intersectingPoints(c1,c2){30 // Formulas nabbed from http://2000clicks.com/mathhelp/GeometryConicSectionCircleIntersection.aspx31 var d = Math.sqrt(Math.pow((c2['center_x'] - c1['center_x']),2) + Math.pow(c2['center_y'] - c1['center_y'],2));32 var d_sq = Math.pow(d,2); // d squared33 var K = (.25)*Math.sqrt((Math.pow(c1['rad']+c2['rad'],2)-d_sq)*(d_sq-Math.pow(c1['rad']-c2['rad'],2)));34 // split up the equations for readability35 var xpart1 = (.5)*(c2['center_x']+c1['center_x']) + ((.5)*(c2['center_x']-c1['center_x'])*(Math.pow(c1['rad'],2) - Math.pow(c2['rad'],2))/d_sq);36 var xpart2 = 2*(c2['center_y']-c1['center_y'])*K/d_sq;37 var ypart1 = (.5)*(c2['center_y']+c1['center_y']) + ((.5)*(c2['center_y']-c1['center_y'])*(Math.pow(c1['rad'],2) - Math.pow(c2['rad'],2))/d_sq);38 var ypart2 = 2*(c2['center_x']-c1['center_x'])*K/d_sq;39 var points = {};40 points['x1'] = xpart1 + xpart2;41 points['x2'] = xpart1 - xpart2;42 points['y1'] = ypart1 - ypart2;43 points['y2'] = ypart1 + ypart2;44 return points;45 }46 47 function intersectionDetails(a,b)48 {49 var details = {};50 var ab = intersectingPoints(a,b); 51 // we are finding the intersection with regard to only 2 circles in this case 52 // find middle of the two points53 details['x'] = (ab['x1'] + ab['x2']) /2;54 details['y'] = (ab['y1'] + ab['y2']) /2;55 details['points'] = ab;56 return details;57 58 }59 60 /*61 * Get area that overlaps the intersection of two circles.62 */63 function dot(v1,v2)64 {65 return (v1[0]*v2[0])+(v1[1]*v2[1]);66 }67 function dist(v)68 {69 return Math.sqrt(v[0]*v[0]+v[1]*v[1]);70 }71 72 function getIntersectingArea(c1,c2, ct)73 {74 var i = intersectionDetails(c1,c2);75 // the actual intersecting points76 var topy = i['points']['y1'];77 var topx = i['points']['x1'];78 var bottomy = i['points']['y2'];79 var bottomx = i['points']['x2'];80 81 var vec1 = [(topx-c1['center_x']), (topy-c1['center_y'])];82 var vec2 = [(bottomx-c1['center_x']), (bottomy-c1['center_y'])];83 var startAngle1 = Math.atan2(vec1[1], vec1[0]); 84 var endAngle1 = Math.atan2(vec2[1], vec2[0]);85 86 var vec3 = [(topx-c2['center_x']), (topy-c2['center_y'])];87 var vec4 = [(bottomx-c2['center_x']), (bottomy-c2['center_y'])];88 var startAngle2 = Math.atan2(vec3[1], vec3[0]); 89 var endAngle2 = Math.atan2(vec4[1], vec4[0]);90 91 var AB_Path = [{"arc": [c1['center_x'], c1['center_y'], c1['rad'], startAngle1, endAngle1, false]},92 {"arc": [c2['center_x'], c2['center_y'], c2['rad'], endAngle2, startAngle2, false]}];93 var ApB_Path = [{"arc": [c1['center_x'], c1['center_y'], c1['rad'], startAngle1, endAngle1, false]},94 {"arc": [c2['center_x'], c2['center_y'], c2['rad'], endAngle2 ,startAngle2, true]}];95 var ABp_Path = [{"arc": [c1['center_x'], c1['center_y'], c1['rad'], startAngle1, endAngle1, true]},96 {"arc": [c2['center_x'], c2['center_y'], c2['rad'], endAngle2 ,startAngle2, false]}];97 var ApBp_Path = [{"arc": [c1['center_x'], c1['center_y'], c1['rad'], startAngle1, endAngle1, true]},98 {"arc": [c2['center_x'], c2['center_y'], c2['rad'], endAngle2 ,startAngle2, true]},99 {"moveTo":[ct['center_x']+ct['rad'], ct['center_y']]},100 {"arc": [ct['center_x'], ct['center_y'], ct['rad'], 0, 2*Math.PI, false]}];101 //i['path'] = intersectionPath;102 103 data = {}104 data["AB"] = AB_Path;105 data["A'B"] = ApB_Path;106 data["AB'"] = ABp_Path;107 data["A'B'"] = ApBp_Path;108 109 return data;110 }111 112 function compute2CircleVenn(data)113 {114 var height = size[1];115 var base_rad = height/2;116 117 118 119 // get the data120 var l1 = data['A'].size; // left 121 var r1 = data['B'].size; // right122 var both = data['AB'].size; // intersection123 var total = data['TOTAL'].size;124 125 126 127 var ctotal = {}; // overall circle128 var cl = {}; //left circle129 var cr = {}; //right circle130 131 ctotal['rad'] = base_rad;132 ctotal['center_y'] = size[1]/2; 133 ctotal['center_x'] = size[0]/2;134 135 136 // figure out the circle sizes137 percents = percentSort([l1,r1,both,total]);138 cl = createCircleDims(percents[0],base_rad);139 cr = createCircleDims(percents[1],base_rad);140 141 142 //figure out starting positions for the 2 circles143 //var center_y = Math.max(cl['rad'],cr['rad'])+2;144 145 cl['center_y'] = ctotal['center_y']; 146 cr['center_y'] = ctotal['center_y']; 147 148 cl['center_x'] = ctotal['center_x']-cl['rad']; //cl['rad'];149 //place right circle equally to the right150 cr['center_x'] = ctotal['center_x'] + cr['rad'] ;151 //with a 2 circle venn, we have the option of also scaling the overlap area152 153 var ld1 = cl['center_x'] - cl['rad'];154 var ld2 = cl['center_x'] + cl['rad'];155 var rd1 = cr['center_x'] - cr['rad'];156 var rd2 = cr['center_x'] + cr['rad'];157 var diff1 = rd1-ld1;158 var diff2 = rd2-ld2;159 var startPoint = cr['center_x'];160 var stopPoint = cl['center_x'] - cl['rad'] + cr['rad']; 161 if (diff1 > diff2)162 {163 //left circle is bigger164 stopPoint = cl['center_x'] +cl['rad'] - cr['rad']; 165 }166 var maxMovement = startPoint - stopPoint;167 168 169 if ((percents[2]/percents[0]) > 0)170 {171 if(normalize){172 cr['center_x'] = startPoint - (maxMovement*0.5*(percents[2]/percents[0]));//(maxMovement*(percents[2]+.2));173 cl['center_x'] = stopPoint + (maxMovement*0.5*(percents[2]/percents[0]));174 }else{175 cr['center_x'] = startPoint - (maxMovement*(percents[2]/percents[0]));176 }177 }178 if (!normalize){179 console.log(cr['center_x'], cr['rad'], ctotal['center_x'], ctotal['rad']);180 if ((cr['center_x']+cr['rad']) > (ctotal['center_x']+ctotal['rad'])){181 var ct_dif = (cr['center_x']+cr['rad']) - (ctotal['center_x']+ctotal['rad']);182 console.log("ct_dif", ct_dif);183 cr['center_x'] = cr['center_x'] - ct_dif;184 cl['center_x'] = cl['center_x'] - ct_dif; 185 }else if ((cl['center_x']-cl['rad']) < (ctotal['center_x']-ctotal['rad'])){186 var ct_dif = (cl['center_x']-cl['rad']) - (ctotal['center_x']-ctotal['rad']);187 cr['center_x'] = cr['center_x'] - ct_dif;188 cl['center_x'] = cl['center_x'] - ct_dif; 189 }190 191 192 193 }194 var iDetail = getIntersectingArea(cl, cr, ctotal);195 196 var areas = [{name:"TOTAL", size: data["TOTAL"].size, units: data["TOTAL"].units, detail: data["TOTAL"].detail, path:[{"arc": [ctotal['center_x'], ctotal['center_y'], ctotal['rad'], 0, 2*Math.PI, true]}]},197 {name:"B", size: data["B"].size, units: data["B"].units, detail: data["B"].detail, path:[{"arc": [cr['center_x'], cr['center_y'], cr['rad'], 0, 2*Math.PI, true]}]},198 {name:"A", size: data["A"].size, units: data["A"].units, detail: data["A"].detail, path:[{"arc": [cl['center_x'], cl['center_y'], cl['rad'], 0, 2*Math.PI, true]}]},199 200 {name:"AB'", size: data["AB'"].size, units: data["AB'"].units, detail: data["AB'"].detail, path:iDetail["AB'"]}, 201 {name:"AB", size: data["AB"].size, units: data["AB"].units,detail: data["AB"].detail, path:iDetail["AB"]}, 202 {name:"B'", size: data["B'"].size, units: data["B'"].units, detail: data["B'"].detail, path:[{"arc": [ctotal['center_x'], ctotal['center_y'], ctotal['rad'], 0, 2*Math.PI, false]},203 {"moveTo":[cr['center_x']+cr['rad'], cr['center_y']]},204 {"arc": [cr['center_x'], cr['center_y'], cr['rad'], 0, 2*Math.PI, true]}]},205 {name:"A'", size: data["A'"].size, units: data["A'"].units, detail: data["A'"].detail, path:[{"arc": [ctotal['center_x'], ctotal['center_y'], ctotal['rad'], 0, 2*Math.PI, false]},206 {"moveTo":[cl['center_x']+cl['rad'], cl['center_y']]},207 {"arc": [cl['center_x'], cl['center_y'], cl['rad'], 0, 2*Math.PI, true]}]},208 209 210 {name:"A'B", size: data["A'B"].size, units: data["A'B"].units, detail: data["A'B"].detail, path:iDetail["A'B"]}, 211 {name:"A'B'", size: data["A'B'"].size, units: data["A'B'"].units, detail: data["A'B'"].detail, path:iDetail["A'B'"]},212 213 ];214 return areas;//[ctotal, cl, cr];215 }216 217 function venn(d, i) {218 var nodes = hierarchy.call(this, d, i),219 root = nodes[0],220 data = {};221 222 data['TOTAL'] ={}223 data['TOTAL'].size = root.size;224 data['TOTAL'].detail = root.detail;225 data['TOTAL'].units = root.units;226 for(var i=1; i < nodes.length; i++){227 if(data[nodes[i].name]){228 data[nodes[i].name].size += nodes[i].size;229 }else{230 data[nodes[i].name] = {}231 data[nodes[i].name].size = nodes[i].size;232 data[nodes[i].name].detail = nodes[i].detail;233 data[nodes[i].name].units = nodes[i].units;234 }235 if(nodes[i].depth > 1){236 // sort key so that A is always before B237 var key = (nodes[i].parent.name < nodes[i].name) ? nodes[i].parent.name+nodes[i].name : nodes[i].name+nodes[i].parent.name;238 if(data[key]){239 data[key].size += nodes[i].size;240 //data[nodes[i].parent.name+nodes[i].name].detail += " & " + nodes[i].detail;241 }else{242 data[key] = {}243 data[key].size = nodes[i].size;244 data[key].detail = nodes[i].parent.detail +" & "+ nodes[i].detail;245 data[key].units = nodes[i].units;246 }247 }248 }249 if(normalize){250 data["TOTAL"].size = 100;251 data["A"].size = 30;252 data["B"].size = 30;253 254 data["A'"].size = 70;255 data["B'"].size = 70;256 257 data["AB"].size = 10;258 data["AB'"].size = 20;259 data["A'B"].size = 20;260 data["A'B'"].size = 40;261 }262 263 return compute2CircleVenn(data);264 }265 venn.size = function(x) {266 if (!arguments.length) return size;267 size = x;268 return venn;269 };270 271 venn.normalize = function(x) {272 if (!arguments.length) return size;273 normalize = x;274 return venn;275 };276 venn.value = function(x) {277 if (!arguments.length) return value;278 value = x;279 return venn;280 };281 return venn;...
seeds.ts
Source:seeds.ts
1const CENTER_X = 0;2const CENTER_Y = 0;3const _constructMatrix = (row: number, column: number, matrix: {}) => {4 if (!matrix[row]) matrix[row] = {};5 matrix[row][column] = 1;6};7const GiantCross = (matrixCopy: {}, height: number, width: number) => {8 for (let j = -Math.floor(height / 2); j < Math.ceil(height / 2); j++) {9 if (!matrixCopy[j]) matrixCopy[j] = {};10 for (let i = -Math.floor(width / 2); i < Math.ceil(width / 2); i++) {11 if (Math.abs(j) === Math.abs(i) || j === 0 || i === 0) {12 matrixCopy[j][i] = 1;13 continue;14 }15 if (!matrixCopy[j][i]) matrixCopy[j][i] = 0;16 }17 }18};19const Beehive = (matrixCopy: {}) => {20 _constructMatrix(CENTER_X, CENTER_Y, matrixCopy);21 _constructMatrix(CENTER_X, CENTER_Y + 1, matrixCopy);22 _constructMatrix(CENTER_X + 1, CENTER_Y - 1, matrixCopy);23 _constructMatrix(CENTER_X + 1, CENTER_Y + 2, matrixCopy);24 _constructMatrix(CENTER_X + 2, CENTER_Y, matrixCopy);25 _constructMatrix(CENTER_X + 2, CENTER_Y + 1, matrixCopy);26};27const BlinkerOscillator = (matrixCopy: {}) => {28 _constructMatrix(CENTER_X, CENTER_Y, matrixCopy);29 _constructMatrix(CENTER_X, CENTER_Y + 1, matrixCopy);30 _constructMatrix(CENTER_X, CENTER_Y + 2, matrixCopy);31};32const Beacon = (matrixCopy: {}) => {33 _constructMatrix(CENTER_X, CENTER_Y, matrixCopy);34 _constructMatrix(CENTER_X, CENTER_Y + 1, matrixCopy);35 _constructMatrix(CENTER_X + 1, CENTER_Y, matrixCopy);36 _constructMatrix(CENTER_X + 2, CENTER_Y + 3, matrixCopy);37 _constructMatrix(CENTER_X + 3, CENTER_Y + 2, matrixCopy);38 _constructMatrix(CENTER_X + 3, CENTER_Y + 3, matrixCopy);39};40const Glider = (matrixCopy: {}) => {41 _constructMatrix(CENTER_X, CENTER_Y, matrixCopy);42 _constructMatrix(CENTER_X + 1, CENTER_Y + 1, matrixCopy);43 _constructMatrix(CENTER_X + 2, CENTER_Y - 1, matrixCopy);44 _constructMatrix(CENTER_X + 2, CENTER_Y, matrixCopy);45 _constructMatrix(CENTER_X + 2, CENTER_Y + 1, matrixCopy);46};47const SmallExploder = (matrixCopy: {}) => {48 _constructMatrix(CENTER_X, CENTER_Y, matrixCopy);49 _constructMatrix(CENTER_X + 1, CENTER_Y - 1, matrixCopy);50 _constructMatrix(CENTER_X + 1, CENTER_Y, matrixCopy);51 _constructMatrix(CENTER_X + 1, CENTER_Y + 1, matrixCopy);52 _constructMatrix(CENTER_X + 2, CENTER_Y - 1, matrixCopy);53 _constructMatrix(CENTER_X + 2, CENTER_Y + 1, matrixCopy);54 _constructMatrix(CENTER_X + 3, CENTER_Y, matrixCopy);55};56const Exploder = (matrixCopy: {}) => {57 _constructMatrix(CENTER_X, CENTER_Y - 2, matrixCopy);58 _constructMatrix(CENTER_X, CENTER_Y, matrixCopy);59 _constructMatrix(CENTER_X, CENTER_Y + 2, matrixCopy);60 _constructMatrix(CENTER_X + 1, CENTER_Y - 2, matrixCopy);61 _constructMatrix(CENTER_X + 1, CENTER_Y + 2, matrixCopy);62 _constructMatrix(CENTER_X + 2, CENTER_Y - 2, matrixCopy);63 _constructMatrix(CENTER_X + 2, CENTER_Y + 2, matrixCopy);64 _constructMatrix(CENTER_X + 3, CENTER_Y - 2, matrixCopy);65 _constructMatrix(CENTER_X + 3, CENTER_Y + 2, matrixCopy);66 _constructMatrix(CENTER_X + 4, CENTER_Y - 2, matrixCopy);67 _constructMatrix(CENTER_X + 4, CENTER_Y, matrixCopy);68 _constructMatrix(CENTER_X + 4, CENTER_Y + 2, matrixCopy);69};70const TenCellRow = (matrixCopy: {}) => {71 _constructMatrix(CENTER_X, CENTER_Y - 5, matrixCopy);72 _constructMatrix(CENTER_X, CENTER_Y - 4, matrixCopy);73 _constructMatrix(CENTER_X, CENTER_Y - 3, matrixCopy);74 _constructMatrix(CENTER_X, CENTER_Y - 2, matrixCopy);75 _constructMatrix(CENTER_X, CENTER_Y - 1, matrixCopy);76 _constructMatrix(CENTER_X, CENTER_Y, matrixCopy);77 _constructMatrix(CENTER_X, CENTER_Y + 1, matrixCopy);78 _constructMatrix(CENTER_X, CENTER_Y + 2, matrixCopy);79 _constructMatrix(CENTER_X, CENTER_Y + 3, matrixCopy);80 _constructMatrix(CENTER_X, CENTER_Y + 4, matrixCopy);81};82const LightweightSpaceship = (matrixCopy: {}) => {83 _constructMatrix(CENTER_X, CENTER_Y - 5, matrixCopy);84 _constructMatrix(CENTER_X, CENTER_Y - 4, matrixCopy);85 _constructMatrix(CENTER_X, CENTER_Y - 3, matrixCopy);86 _constructMatrix(CENTER_X, CENTER_Y - 2, matrixCopy);87 _constructMatrix(CENTER_X + 1, CENTER_Y - 6, matrixCopy);88 _constructMatrix(CENTER_X + 1, CENTER_Y - 2, matrixCopy);89 _constructMatrix(CENTER_X + 2, CENTER_Y - 2, matrixCopy);90 _constructMatrix(CENTER_X + 3, CENTER_Y - 5, matrixCopy);91 _constructMatrix(CENTER_X + 3, CENTER_Y - 3, matrixCopy);92};93const Tumbler = (matrixCopy: {}) => {94 _constructMatrix(CENTER_X, CENTER_Y - 2, matrixCopy);95 _constructMatrix(CENTER_X, CENTER_Y - 1, matrixCopy);96 _constructMatrix(CENTER_X, CENTER_Y + 1, matrixCopy);97 _constructMatrix(CENTER_X, CENTER_Y + 2, matrixCopy);98 _constructMatrix(CENTER_X + 1, CENTER_Y - 2, matrixCopy);99 _constructMatrix(CENTER_X + 1, CENTER_Y - 1, matrixCopy);100 _constructMatrix(CENTER_X + 1, CENTER_Y + 1, matrixCopy);101 _constructMatrix(CENTER_X + 1, CENTER_Y + 2, matrixCopy);102 _constructMatrix(CENTER_X + 2, CENTER_Y - 1, matrixCopy);103 _constructMatrix(CENTER_X + 2, CENTER_Y + 1, matrixCopy);104 _constructMatrix(CENTER_X + 3, CENTER_Y - 3, matrixCopy);105 _constructMatrix(CENTER_X + 3, CENTER_Y - 1, matrixCopy);106 _constructMatrix(CENTER_X + 3, CENTER_Y + 1, matrixCopy);107 _constructMatrix(CENTER_X + 3, CENTER_Y + 3, matrixCopy);108 _constructMatrix(CENTER_X + 4, CENTER_Y - 3, matrixCopy);109 _constructMatrix(CENTER_X + 4, CENTER_Y - 1, matrixCopy);110 _constructMatrix(CENTER_X + 4, CENTER_Y + 1, matrixCopy);111 _constructMatrix(CENTER_X + 4, CENTER_Y + 3, matrixCopy);112 _constructMatrix(CENTER_X + 5, CENTER_Y - 3, matrixCopy);113 _constructMatrix(CENTER_X + 5, CENTER_Y - 2, matrixCopy);114 _constructMatrix(CENTER_X + 5, CENTER_Y + 2, matrixCopy);115 _constructMatrix(CENTER_X + 5, CENTER_Y + 3, matrixCopy);116};117const GosperGliderGun = (matrixCopy: {}) => {118 _constructMatrix(CENTER_X, CENTER_Y - 10, matrixCopy);119 _constructMatrix(CENTER_X, CENTER_Y - 9, matrixCopy);120 _constructMatrix(CENTER_X + 1, CENTER_Y - 10, matrixCopy);121 _constructMatrix(CENTER_X + 1, CENTER_Y - 9, matrixCopy);122 _constructMatrix(CENTER_X, CENTER_Y - 1, matrixCopy);123 _constructMatrix(CENTER_X, CENTER_Y, matrixCopy);124 _constructMatrix(CENTER_X + 1, CENTER_Y - 2, matrixCopy);125 _constructMatrix(CENTER_X + 1, CENTER_Y, matrixCopy);126 _constructMatrix(CENTER_X + 2, CENTER_Y - 2, matrixCopy);127 _constructMatrix(CENTER_X + 2, CENTER_Y - 1, matrixCopy);128 _constructMatrix(CENTER_X + 2, CENTER_Y + 6, matrixCopy);129 _constructMatrix(CENTER_X + 2, CENTER_Y + 7, matrixCopy);130 _constructMatrix(CENTER_X + 3, CENTER_Y + 6, matrixCopy);131 _constructMatrix(CENTER_X + 3, CENTER_Y + 8, matrixCopy);132 _constructMatrix(CENTER_X + 4, CENTER_Y + 6, matrixCopy);133 _constructMatrix(CENTER_X, CENTER_Y + 12, matrixCopy);134 _constructMatrix(CENTER_X, CENTER_Y + 13, matrixCopy);135 _constructMatrix(CENTER_X - 1, CENTER_Y + 12, matrixCopy);136 _constructMatrix(CENTER_X - 1, CENTER_Y + 14, matrixCopy);137 _constructMatrix(CENTER_X - 2, CENTER_Y + 13, matrixCopy);138 _constructMatrix(CENTER_X - 2, CENTER_Y + 14, matrixCopy);139 _constructMatrix(CENTER_X + 10, CENTER_Y + 14, matrixCopy);140 _constructMatrix(CENTER_X + 10, CENTER_Y + 15, matrixCopy);141 _constructMatrix(CENTER_X + 10, CENTER_Y + 16, matrixCopy);142 _constructMatrix(CENTER_X + 11, CENTER_Y + 14, matrixCopy);143 _constructMatrix(CENTER_X + 12, CENTER_Y + 15, matrixCopy);144 _constructMatrix(CENTER_X - 1, CENTER_Y + 24, matrixCopy);145 _constructMatrix(CENTER_X - 1, CENTER_Y + 25, matrixCopy);146 _constructMatrix(CENTER_X - 2, CENTER_Y + 24, matrixCopy);147 _constructMatrix(CENTER_X - 2, CENTER_Y + 25, matrixCopy);148 _constructMatrix(CENTER_X + 5, CENTER_Y + 25, matrixCopy);149 _constructMatrix(CENTER_X + 5, CENTER_Y + 26, matrixCopy);150 _constructMatrix(CENTER_X + 6, CENTER_Y + 25, matrixCopy);151 _constructMatrix(CENTER_X + 6, CENTER_Y + 27, matrixCopy);152 _constructMatrix(CENTER_X + 7, CENTER_Y + 25, matrixCopy);153};154export const SeedsNameArray = [155 "GiantCross",156 "Beehive",157 "BlinkerOscillator",158 "Beacon",159 "Glider",160 "SmallExploder",161 "Exploder",162 "TenCellRow",163 "LightweightSpaceship",164 "Tumbler",165 "GosperGliderGun"166];167export const SeedsNameToShowInTheScreen = {168 "GiantCross": "Giant Cross",169 "Beehive": "Beehive",170 "BlinkerOscillator": "Blinker Oscillator",171 "Beacon": "Beacon",172 "Glider": "Glider",173 "SmallExploder": "Small Exploder",174 "Exploder": "Exploder",175 "TenCellRow": "Ten Cell Row",176 "LightweightSpaceship": "Lightweight Spaceship",177 "Tumbler": "Tumbler",178 "GosperGliderGun": "Gosper Glider Gun"179};180export const Seeds = {181 "GiantCross": (matrixCopy: {}, width: number, height: number) => GiantCross(matrixCopy, height, width),182 "Beehive": (matrixCopy: {}) => Beehive(matrixCopy),183 "BlinkerOscillator": (matrixCopy: {}) => BlinkerOscillator(matrixCopy),184 "Beacon": (matrixCopy: {}) => Beacon(matrixCopy),185 "Glider": (matrixCopy: {}) => Glider(matrixCopy),186 "SmallExploder": (matrixCopy: {}) => SmallExploder(matrixCopy),187 "Exploder": (matrixCopy: {}) => Exploder(matrixCopy),188 "TenCellRow": (matrixCopy: {}) => TenCellRow(matrixCopy),189 "LightweightSpaceship": (matrixCopy: {}) => LightweightSpaceship(matrixCopy),190 "Tumbler": (matrixCopy: {}) => Tumbler(matrixCopy),191 "GosperGliderGun": (matrixCopy: {}) => GosperGliderGun(matrixCopy),...
char.js
Source:char.js
1window.onload = function() {2 // Get a reference to the canvas object3 var canvas = document.getElementById('myCanvas');4 // Create an empty project and a view for the canvas:5 paper.setup(canvas);6 7 var center_x = 400;8 var center_y = 260;9 var body = new paper.Shape.Ellipse({10 center: [center_x, center_y+225],11 radius: [190, 210],12 fillColor: 'black'13 });14 var left_leg = new paper.Shape.Ellipse({15 center: [center_x-125, center_y+360],16 radius: [85, 85],17 fillColor: 'black'18 });19 var right_leg = new paper.Shape.Ellipse({20 center: [center_x+125, center_y+360],21 radius: [85, 85],22 fillColor: 'black'23 });24 var left_foot = new paper.Path.Line({25 from: [center_x-205, center_y+445-15],26 to: [center_x-125, center_y+445-15],27 strokeColor: 'black',28 strokeCap: 'round',29 strokeWidth: 3030 });31 var right_foot = new paper.Path.Line({32 from: [center_x+205, center_y+445-15],33 to: [center_x+125, center_y+445-15],34 strokeColor: 'black',35 strokeCap: 'round',36 strokeWidth: 3037 });38 var stomach = new paper.Shape.Ellipse({39 center: [center_x, center_y+225],40 radius: [160, 180],41 //fillColor: '#b54a03'42 });43 var face = new paper.Shape.Ellipse({44 center: [center_x, center_y],45 radius: [155, 155],46 fillColor: 'black'47 });48 var left_cheek = new paper.Shape.Ellipse({49 center: [center_x-125, center_y+65],50 radius: [105, 105],51 fillColor: 'black'52 });53 var right_cheek = new paper.Shape.Ellipse({54 center: [center_x+125, center_y+65],55 radius: [105, 105],56 fillColor: 'black'57 });58 var left_ear = new paper.Shape.Ellipse({59 center: [center_x-100, center_y-130],60 radius: [40, 30],61 fillColor: 'black'62 }).rotate(45);63 var right_ear = new paper.Shape.Ellipse({64 center: [center_x+100, center_y-130],65 radius: [40, 30],66 fillColor: 'black'67 }).rotate(-45);68 var left_mouse = new paper.Path.Arc({69 from: [center_x-60, center_y+75],70 through: [center_x-35, center_y+105],71 to: [center_x, center_y+75],72 strokeColor: 'white',73 strokeWidth: 1074 });75 var right_mouse = new paper.Path.Arc({76 from: [center_x+60, center_y+75],77 through: [center_x+35, center_y+105],78 to: [center_x, center_y+75],79 strokeColor: 'white',80 strokeWidth: 1081 });82 var left_eye = new paper.Shape.Ellipse({83 center: [center_x-70, center_y-40],84 radius: [12, 25],85 fillColor: 'white'86 });87 var right_eye = new paper.Shape.Ellipse({88 center: [center_x+70, center_y-40],89 radius: [12, 25],90 fillColor: 'white'91 });92 var left_arm = new paper.Path.Rectangle({93 topLeft: [center_x-120, center_y+225],94 bottomRight: [center_x-80, center_y+295],95 radius: 20,96 strokeColor: 'white',97 strokeWidth: 1098 });99 var left_block = new paper.Path.Rectangle({100 topLeft: [center_x-125, center_y+220],101 bottomRight: [center_x-75, center_y+245],102 fillColor: 'black'103 });104 var right_arm = new paper.Path.Rectangle({105 topLeft: [center_x+120, center_y+225],106 bottomRight: [center_x+80, center_y+295],107 radius: 20,108 strokeColor: 'white',109 strokeWidth: 10110 });111 var right_block = new paper.Path.Rectangle({112 topLeft: [center_x+125, center_y+220],113 bottomRight: [center_x+75, center_y+245],114 fillColor: 'black'115 });116 var left_circle = new paper.Shape.Ellipse({117 center: [center_x-165, center_y+65],118 radius: [50, 50],119 fillColor: '#b54a03'120 });121 var right_circle = new paper.Shape.Ellipse({122 center: [center_x+165, center_y+65],123 radius: [50, 50],124 fillColor: '#b54a03'125 });126 var almond_start_x = center_x-100;127 var almond_start_y = center_x+150;128 var almond_end_x = almond_start_x+200;129 var almond_end_y = almond_start_y;130 var almond_lines = [];131 for(var i=0; i<9; i++){132 var sign = 1;133 if(i%2 == 1){134 sign *= -1;135 }136 var first_segment = new paper.Segment({137 point: [almond_start_x, almond_start_y],138 handleOut: [30, sign*(100-parseInt(i/2)*25)]139 });140 var second_segment = new paper.Segment({141 point: [almond_end_x, almond_end_y],142 handleIn: [-30, sign*(40-parseInt(i/2)*10)]143 });144 145 almond_lines[i] = new paper.Path({146 segments: [first_segment, second_segment],147 strokeColor: 'black',148 strokeWidth: 2-parseInt(i/2)*0.3,149 fillColor: new paper.Color(0.66+(i*0.05), 0.23+(i*0.05), 0+(i*0.05))150 });151 }152 // Draw the view now:153 paper.view.draw();...
Using AI Code Generation
1console.log(wpt.center_x());2console.log(wpt.center_y());3console.log(wpt.center());4console.log(wpt.distance());5console.log(wpt.distance_to());6console.log(wpt.move());7console.log(wpt.move_to());8console.log(wpt.to_string());9console.log(wpt.add());10console.log(wpt.add_to());11console.log(wpt.subtract());12console.log(wpt.subtract_from());13console.log(wpt.multiply());14console.log(wpt.multiply_by());15console.log(wpt.divide());16console.log(wpt.divide_by());17console.log(wpt.equals());18console.log(wpt.compare());19console.log(wpt.is_left());20console.log(wpt.is_right());21console.log(wpt.is_above());22console.log(wpt.is_below());23console.log(wpt.is_between());24console.log(wpt.is_collinear());25console.log(wpt.is_collinear_with());26console.log(wpt.is_between());27console.log(wpt.is_between_inclusive());
Using AI Code Generation
1var wpt = require('wpt');2var wpt = new WebPageTest('www.webpagetest.org');3 if (err) return console.log(err);4 console.log(data);5 wpt.getTestResults(data.data.testId, function(err, data) {6 if (err) return console.log(err);7 console.log(data);8 });9});
Using AI Code Generation
1var wpt = require('webpagetest');2var test = new wpt('API_KEY');3 if (err) {4 console.log(err);5 } else {6 console.log(data);7 }8});9var wpt = require('webpagetest');10var test = new wpt('API_KEY');11 if (err) {12 console.log(err);13 } else {14 console.log(data);15 }16});17var wpt = require('webpagetest');18var test = new wpt('API_KEY');19 if (err) {20 console.log(err);21 } else {22 console.log(data);23 }24});25var wpt = require('webpagetest');26var test = new wpt('API_KEY');27 if (err) {28 console.log(err);29 } else {30 console.log(data);31 }32});33var wpt = require('webpagetest');34var test = new wpt('API_KEY');35 if (err) {36 console.log(err);37 } else {38 console.log(data);39 }40});41var wpt = require('webpagetest');42var test = new wpt('API_KEY');43 if (err) {44 console.log(err);45 } else {46 console.log(data);47 }48});49var wpt = require('webpagetest');50var test = new wpt('API_KEY');51 if (err) {
Using AI Code Generation
1var wpt = require('webpagetest');2var webPageTest = new wpt('API_KEY');3 if (err) {4 console.log('Error: ' + err);5 } else {6 console.log('Test Results: ' + data);7 }8});9Node.js runs on various platforms (Windows, Linux, Unix, Mac OS X, etc.)
Using AI Code Generation
1var wpt = require('wpt');2wpt.center_x(100, 50);3var wpt = require('wpt');4wpt.center_x(100, 50);5var wpt = require('wpt');6wpt.center_x(100, 50);7var wpt = require('wpt');8wpt.center_x(100, 50);9var wpt = require('wpt');10wpt.center_x(100, 50);11var wpt = require('wpt');12wpt.center_x(100, 50);13var wpt = require('wpt');14wpt.center_x(100, 50);15var wpt = require('wpt');16wpt.center_x(100, 50);17var wpt = require('wpt');18wpt.center_x(100, 50);19var wpt = require('wpt');20wpt.center_x(100, 50);21var wpt = require('wpt');22wpt.center_x(100, 50);23var wpt = require('wpt');24wpt.center_x(100, 50);25var wpt = require('wpt');26wpt.center_x(100, 50);27var wpt = require('wpt');28wpt.center_x(100,
Using AI Code Generation
1var wptools = require('wptools');2var wiki = wptools.page('Barack Obama');3wiki.get(function(err, resp) {4 console.log(wiki.center_x());5});6var wptools = require('wptools');7var wiki = wptools.page('Barack Obama');8wiki.get(function(err, resp) {9 console.log(wiki.center_y());10});11var wptools = require('wptools');12var wiki = wptools.page('Barack Obama');13wiki.get(function(err, resp) {14 console.log(wiki.coordinates());15});16var wptools = require('wptools');17var wiki = wptools.page('Barack Obama');18wiki.get(function(err, resp) {19 console.log(wiki.country());20});21var wptools = require('wptools');22var wiki = wptools.page('Barack Obama');23wiki.get(function(err, resp) {24 console.log(wiki.country_code());25});26var wptools = require('wptools');27var wiki = wptools.page('Barack Obama');28wiki.get(function(err, resp) {29 console.log(wiki.description());30});31var wptools = require('wptools');32var wiki = wptools.page('Barack Obama');33wiki.get(function(err, resp) {34 console.log(wiki.description_source());35});36var wptools = require('wptools');37var wiki = wptools.page('Barack Obama');38wiki.get(function(err, resp) {39 console.log(wiki.description_url());40});41var wptools = require('wptools');42var wiki = wptools.page('Barack Obama');43wiki.get(function(err, resp) {44 console.log(wiki.dim());45});
Using AI Code Generation
1var wpt = require('wpt');2wpt.center_x(function(x) {3 wpt.center_y(function(y) {4 wpt.mouse_click(x + img_x, y + img_y);5 });6 });7 });8});
Automation Testing Tutorials
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LambdaTest Learning Hubs:
- JUnit Tutorial
- TestNG Tutorial
- Webdriver Tutorial
- WebDriverIO Tutorial
- Protractor Tutorial
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- Jenkins Tutorial
- NUnit Tutorial
- Jest Tutorial
- Playwright Tutorial
- Cypress Tutorial
- PyTest Tutorial
YouTube
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