31:Tdd1,nesthex = { const height = 1000 const width = 900 const svg = d3.select(DOM.svg(900, 1000)); const tooltip = d3 .select("path") .append("div") .attr("class", "svg-tooltip") .style("position", "absolute") .style("visibility", "hidden"); svg.selectAll("text").data(num).enter().append("text") .attr("x",(d,i)=>num[i][1] ) .attr("y",(d,i)=>num[i][2] ) .text((d,i)=>num[i][0]) .attr("font-size", 15) var hexbin = d3.hexbin(); var k; var text; switch(sel) { case "The number of sex alleles": text = "Number of sex alleles: " k = sex_alleles; break; case "The number of drones mating with the queen having one common sex allele": text = "Number of drones mated: " k = drones; break; } const flowerg = svg.selectAll("g.flowers").data(bees).enter().append("g") .attr("class","flowers") .attr("id",(d,i)=>"flower_"+i) .attr("transform", "translate("+((width/2)-(boxsize/2))+" "+((height/2)-(boxsize/2))+")") flowerg .selectAll("path.hexagon").data(nestData).enter().append("path") .attr("class", "hexagon") .attr("transform", d=> "rotate(90,"+ beehexLocation(d.data,hexRadius,boxsize) + ") translate(" + beehexLocation(d.data,hexRadius,boxsize) + ")" ) .attr("d", function(d) { return hexbin.hexagon([hexRadius]); }) .style("stroke",(d,i)=>d.stroke) .style("stroke-width", (d,i)=>d.width) .style("fill", (d,i)=>d.colors) .attr("x_class", (d,i)=>d.data[0]) .attr("y_class", (d,i)=>d.data[1]) .attr("rec_x", (d,i)=>beehexLocationX(d.data,hexRadius,boxsize)+420) .attr("rec_y", (d,i)=>beehexLocationY(d.data,hexRadius,boxsize)+440) .attr("case", (d,i)=>det_case(d.data[0],d.data[1])) .on("mouseover", function(){ // console.log(this) if(d3.select(this).style("fill") == "rgb(51, 39, 1)") { svg.append("rect") .attr("fill", "rgb(69,77,93)") .attr("width", 220) .attr("height", 40) .attr("x", d3.select(this).attr("rec_x")-5)//80*d3.select(this).attr("x_class")-5) .attr("y", d3.select(this).attr("rec_y")-35)//80*d3.select(this).attr("y_class")-15) .style("opacity","0.8") svg.append("text") .attr("class","non-viable") .attr("x", d3.select(this).attr("rec_x")) .attr("y", d3.select(this).attr("rec_y")) .text("Non-viable probability: "+ parseFloat(k[d3.select(this).attr("case")-1]*100).toFixed(3)+"%") .attr("font-size", 15) .style("fill", "white") svg.append("text") .attr("class","non-viable-case") .attr("x", d3.select(this).attr("rec_x")) .attr("y", d3.select(this).attr("rec_y")-20) .text(text + d3.select(this).attr("case")) .attr("font-size", 15) .style("fill", "white") }else{} d3.select(this).style("stroke-width","5px") .style("opacity","0.8") }) .on("mouseout", function(){ d3.select(this).style("stroke-width","2px") .style("opacity","1") svg.select("text.non-viable").remove() svg.select("text.non-viable-case").remove() svg.select("rect").remove() }) yield svg.node(); }32:T4ce,function det_case(i,j) { if(i>=5 && i<=11 && j>=5 && j<=11) {return "1";} else if(i>=-3 && i<=3 && j>=9 && j<=15) {return "2";} else if(i>=-11 && i<=-5 && j>=13 && j<=19) {return "3";} else if(i>=9 && i<=15 && j>=-3 && j<=3) {return "4";} else if(i>=1 && i<=7 && j>=1 && j<=7) {return "5";} else if(i>=-7 && i<=-1 && j>=5 && j<=11) {return "6";} else if(i>=-15 && i<=-9 && j>=9 && j<=15) {return "7";} else if(i>=13 && i<=19 && j>=-11 && j<=-5) {return "8";} else if(i>=5 && i<=11 && j>=-7 && j<=-1) {return "9";} else if(i>=-3 && i<=3 && j>=-3 && j<=3) {return "10";} else if(i==-11 && j==1) {return "16";} //exception else if(i>=-11 && i<=-5 && j>=1 && j<=7) {return "11";} else if(i>=-19 && i<=-13 && j>=5 && j<=11) {return "12";} else if(i>=9 && i<=15 && j>=-15 && j<=-9) {return "13";} else if(i>=1 && i<=7 && j>=-11 && j<=-5) {return "14";} else if(i>=-7 && i<=-1 && j>=-7 && j<=-1) {return "15";} else if(i>=-15 && i<=-9 && j>=-3 && j<=3) {return "16";} if(i>=5 && i<=11 && j>=-19 && j<=-13) {return "17";} if(i>=-3 && i<=3 && j>=-15 && j<=-9) {return "18";} if(i>=-11 && i<=-5 && j>=-11 && j<=-5) {return "19";} else {return "non"} }33:T239f,nestcubes = [ ///1 //(5~11, 5~11)1 [0+8,0+8],[0+8,1+8],[0+8,2+8],[0+8,3+8], [0+8,-1+8],[0+8,-2+8],[0+8,-3+8], [1+8,0+8],[2+8,0+8],[3+8,0+8], [-1+8,0+8],[-2+8,0+8],[-3+8,0+8], [-1+8,1+8],[-2+8,1+8],[-3+8,1+8], [-1+8,2+8],[-2+8,2+8],[-3+8,2+8], [-1+8,3+8],[-2+8,3+8],[-3+8,3+8], [1+8,1+8],[2+8,1+8], [1+8,2+8], [1+8,-1+8],[1+8,-2+8],[1+8,-3+8], [2+8,-1+8],[2+8,-2+8], [3+8,-1+8],[3+8,-2+8], [-1+8,-1+8],[-1+8,-2+8], [-2+8,-1+8], [2+8,-3+8], [3+8,-3+8], //(-3~3, 9~15)2 [0+0,0+12],[0+0,1+12],[0+0,2+12],[0+0,3+12], [0+0,-1+12],[0+0,-2+12],[0+0,-3+12], [1+0,0+12],[2+0,0+12],[3+0,0+12], [-1+0,0+12],[-2+0,0+12],[-3+0,0+12], [-1+0,1+12],[-2+0,1+12],[-3+0,1+12], [-1+0,2+12],[-2+0,2+12],[-3+0,2+12], [-1+0,3+12],[-2+0,3+12],[-3+0,3+12], [1+0,1+12],[2+0,1+12], [1+0,2+12], [1+0,-1+12],[1+0,-2+12],[1+0,-3+12], [2+0,-1+12],[2+0,-2+12], [3+0,-1+12],[3+0,-2+12], [-1+0,-1+12],[-1+0,-2+12], [-2+0,-1+12], [2+0,-3+12], [3+0,-3+12], //(-11~-5, 13~19)3 [0-8,0+16],[0-8,1+16],[0-8,2+16],[0-8,3+16], [0-8,-1+16],[0-8,-2+16],[0-8,-3+16], [1-8,0+16],[2-8,0+16],[3-8,0+16], [-1-8,0+16],[-2-8,0+16],[-3-8,0+16], [-1-8,1+16],[-2-8,1+16],[-3-8,1+16], [-1-8,2+16],[-2-8,2+16],[-3-8,2+16], [-1-8,3+16],[-2-8,3+16],[-3-8,3+16], [1-8,1+16],[2-8,1+16], [1-8,2+16], [1-8,-1+16],[1-8,-2+16],[1-8,-3+16], [2-8,-1+16],[2-8,-2+16], [3-8,-1+16],[3-8,-2+16], [-1-8,-1+16],[-1-8,-2+16], [-2-8,-1+16], [2-8,-3+16], [3-8,-3+16], ///2 //(9~15, -3~3)4 [0+12,0+0],[0+12,1+0],[0+12,2+0],[0+12,3+0], [0+12,-1+0],[0+12,-2+0],[0+12,-3+0], [1+12,0+0],[2+12,0+0],[3+12,0+0], [-1+12,0+0],[-2+12,0+0],[-3+12,0+0], [-1+12,1+0],[-2+12,1+0],[-3+12,1+0], [-1+12,2+0],[-2+12,2+0],[-3+12,2+0], [-1+12,3+0],[-2+12,3+0],[-3+12,3+0], [1+12,1+0],[2+12,1+0], [1+12,2+0], [1+12,-1+0],[1+12,-2+0],[1+12,-3+0], [2+12,-1+0],[2+12,-2+0], [3+12,-1+0],[3+12,-2+0], [-1+12,-1+0],[-1+12,-2+0], [-2+12,-1+0], [2+12,-3+0], [3+12,-3+0], //(1~7, 1~7)5 [0+4,0+4],[0+4,1+4],[0+4,2+4],[0+4,3+4], [0+4,-1+4],[0+4,-2+4],[0+4,-3+4], [1+4,0+4],[2+4,0+4],[3+4,0+4], [-1+4,0+4],[-2+4,0+4],[-3+4,0+4], [-1+4,1+4],[-2+4,1+4],[-3+4,1+4], [-1+4,2+4],[-2+4,2+4],[-3+4,2+4], [-1+4,3+4],[-2+4,3+4],[-3+4,3+4], [1+4,1+4],[2+4,1+4], [1+4,2+4], [1+4,-1+4],[1+4,-2+4],[1+4,-3+4], [2+4,-1+4],[2+4,-2+4], [3+4,-1+4],[3+4,-2+4], [-1+4,-1+4],[-1+4,-2+4], [-2+4,-1+4], [2+4,-3+4], [3+4,-3+4], ////(-7~-1, 5~11)6 [0-4,0+8],[0-4,1+8],[0-4,2+8],[0-4,3+8], [0-4,-1+8],[0-4,-2+8],[0-4,-3+8], [1-4,0+8],[2-4,0+8],[3-4,0+8], [-1-4,0+8],[-2-4,0+8],[-3-4,0+8], [-1-4,1+8],[-2-4,1+8],[-3-4,1+8], [-1-4,2+8],[-2-4,2+8],[-3-4,2+8], [-1-4,3+8],[-2-4,3+8],[-3-4,3+8], [1-4,1+8],[2-4,1+8], [1-4,2+8], [1-4,-1+8],[1-4,-2+8],[1-4,-3+8], [2-4,-1+8],[2-4,-2+8], [3-4,-1+8],[3-4,-2+8], [-1-4,-1+8],[-1-4,-2+8], [-2-4,-1+8], [2-4,-3+8], [3-4,-3+8], //(-15~-9,9~15)7 [0-12,0+12],[0-12,1+12],[0-12,2+12],[0-12,3+12], [0-12,-1+12],[0-12,-2+12],[0-12,-3+12], [1-12,0+12],[2-12,0+12],[3-12,0+12], [-1-12,0+12],[-2-12,0+12],[-3-12,0+12], [-1-12,1+12],[-2-12,1+12],[-3-12,1+12], [-1-12,2+12],[-2-12,2+12],[-3-12,2+12], [-1-12,3+12],[-2-12,3+12],[-3-12,3+12], [1-12,1+12],[2-12,1+12], [1-12,2+12], [1-12,-1+12],[1-12,-2+12],[1-12,-3+12], [2-12,-1+12],[2-12,-2+12], [3-12,-1+12],[3-12,-2+12], [-1-12,-1+12],[-1-12,-2+12], [-2-12,-1+12], [2-12,-3+12], [3-12,-3+12], ///3 //(13~19,-11~-5)8 [0+16,0-8],[0+16,1-8],[0+16,2-8],[0+16,3-8], [0+16,-1-8],[0+16,-2-8],[0+16,-3-8], [1+16,0-8],[2+16,0-8],[3+16,0-8], [-1+16,0-8],[-2+16,0-8],[-3+16,0-8], [-1+16,1-8],[-2+16,1-8],[-3+16,1-8], [-1+16,2-8],[-2+16,2-8],[-3+16,2-8], [-1+16,3-8],[-2+16,3-8],[-3+16,3-8], [1+16,1-8],[2+16,1-8], [1+16,2-8], [1+16,-1-8],[1+16,-2-8],[1+16,-3-8], [2+16,-1-8],[2+16,-2-8], [3+16,-1-8],[3+16,-2-8], [-1+16,-1-8],[-1+16,-2-8], [-2+16,-1-8], [2+16,-3-8], [3+16,-3-8], [0+8,0-4],[0+8,1-4],[0+8,2-4],[0+8,3-4], [0+8,-1-4],[0+8,-2-4],[0+8,-3-4], [1+8,0-4],[2+8,0-4],[3+8,0-4], [-1+8,0-4],[-2+8,0-4],[-3+8,0-4], [-1+8,1-4],[-2+8,1-4],[-3+8,1-4], [-1+8,2-4],[-2+8,2-4],[-3+8,2-4], [-1+8,3-4],[-2+8,3-4],[-3+8,3-4], [1+8,1-4],[2+8,1-4], [1+8,2-4], [1+8,-1-4],[1+8,-2-4],[1+8,-3-4], [2+8,-1-4],[2+8,-2-4], [3+8,-1-4],[3+8,-2-4], [-1+8,-1-4],[-1+8,-2-4], [-2+8,-1-4], [2+8,-3-4], [3+8,-3-4], [0,0],[0,1],[0,2],[0,3], [0,-1],[0,-2],[0,-3], [1,0],[2,0],[3,0], [-1,0],[-2,0],[-3,0], [-1,1],[-2,1],[-3,1], [-1,2],[-2,2],[-3,2], [-1,3],[-2,3],[-3,3], [1,1],[2,1], [1,2], [1,-1],[1,-2],[1,-3], [2,-1],[2,-2], [3,-1],[3,-2], [-1,-1],[-1,-2], [-2,-1], [2,-3], [3,-3], [0-8,0+4],[0-8,1+4],[0-8,2+4],[0-8,3+4], [0-8,-1+4],[0-8,-2+4],[0-8,-3+4], [1-8,0+4],[2-8,0+4],[3-8,0+4], [-1-8,0+4],[-2-8,0+4],[-3-8,0+4], [-1-8,1+4],[-2-8,1+4],[-3-8,1+4], [-1-8,2+4],[-2-8,2+4],[-3-8,2+4], [-1-8,3+4],[-2-8,3+4],[-3-8,3+4], [1-8,1+4],[2-8,1+4], [1-8,2+4], [1-8,-1+4],[1-8,-2+4],[1-8,-3+4], [2-8,-1+4],[2-8,-2+4], [3-8,-1+4],[3-8,-2+4], [-1-8,-1+4],[-1-8,-2+4], [-2-8,-1+4], [2-8,-3+4], [3-8,-3+4], [0-16,0+8],[0-16,1+8],[0-16,2+8],[0-16,3+8], [0-16,-1+8],[0-16,-2+8],[0-16,-3+8], [1-16,0+8],[2-16,0+8],[3-16,0+8], [-1-16,0+8],[-2-16,0+8],[-3-16,0+8], [-1-16,1+8],[-2-16,1+8],[-3-16,1+8], [-1-16,2+8],[-2-16,2+8],[-3-16,2+8], [-1-16,3+8],[-2-16,3+8],[-3-16,3+8], [1-16,1+8],[2-16,1+8], [1-16,2+8], [1-16,-1+8],[1-16,-2+8],[1-16,-3+8], [2-16,-1+8],[2-16,-2+8], [3-16,-1+8],[3-16,-2+8], [-1-16,-1+8],[-1-16,-2+8], [-2-16,-1+8], [2-16,-3+8], [3-16,-3+8], ///4 //(9~15,-15~-9)13 [0+12,0-12],[0+12,1-12],[0+12,2-12],[0+12,3-12], [0+12,-1-12],[0+12,-2-12],[0+12,-3-12], [1+12,0-12],[2+12,0-12],[3+12,0-12], [-1+12,0-12],[-2+12,0-12],[-3+12,0-12], [-1+12,1-12],[-2+12,1-12],[-3+12,1-12], [-1+12,2-12],[-2+12,2-12],[-3+12,2-12], [-1+12,3-12],[-2+12,3-12],[-3+12,3-12], [1+12,1-12],[2+12,1-12], [1+12,2-12], [1+12,-1-12],[1+12,-2-12],[1+12,-3-12], [2+12,-1-12],[2+12,-2-12], [3+12,-1-12],[3+12,-2-12], [-1+12,-1-12],[-1+12,-2-12], [-2+12,-1-12], [2+12,-3-12], [3+12,-3-12], [0+4,0-8],[0+4,1-8],[0+4,2-8],[0+4,3-8], [0+4,-1-8],[0+4,-2-8],[0+4,-3-8], [1+4,0-8],[2+4,0-8],[3+4,0-8], [-1+4,0-8],[-2+4,0-8],[-3+4,0-8], [-1+4,1-8],[-2+4,1-8],[-3+4,1-8], [-1+4,2-8],[-2+4,2-8],[-3+4,2-8], [-1+4,3-8],[-2+4,3-8],[-3+4,3-8], [1+4,1-8],[2+4,1-8], [1+4,2-8], [1+4,-1-8],[1+4,-2-8],[1+4,-3-8], [2+4,-1-8],[2+4,-2-8], [3+4,-1-8],[3+4,-2-8], [-1+4,-1-8],[-1+4,-2-8], [-2+4,-1-8], [2+4,-3-8], [3+4,-3-8] , [0-4,0-4],[0-4,1-4],[0-4,2-4],[0-4,3-4], [0-4,-1-4],[0-4,-2-4],[0-4,-3-4], [1-4,0-4],[2-4,0-4],[3-4,0-4], [-1-4,0-4],[-2-4,0-4],[-3-4,0-4], [-1-4,1-4],[-2-4,1-4],[-3-4,1-4], [-1-4,2-4],[-2-4,2-4],[-3-4,2-4], [-1-4,3-4],[-2-4,3-4],[-3-4,3-4], [1-4,1-4],[2-4,1-4], [1-4,2-4], [1-4,-1-4],[1-4,-2-4],[1-4,-3-4], [2-4,-1-4],[2-4,-2-4], [3-4,-1-4],[3-4,-2-4], [-1-4,-1-4],[-1-4,-2-4], [-2-4,-1-4], [2-4,-3-4], [3-4,-3-4], [0-12,0+0],[0-12,1+0],[0-12,2+0],[0-12,3+0], [0-12,-1+0],[0-12,-2+0],[0-12,-3+0], [1-12,0+0],[2-12,0+0],[3-12,0+0], [-1-12,0+0],[-2-12,0+0],[-3-12,0+0], [-1-12,1+0],[-2-12,1+0],[-3-12,1+0], [-1-12,2+0],[-2-12,2+0],[-3-12,2+0], [-1-12,3+0],[-2-12,3+0],[-3-12,3+0], [1-12,1+0],[2-12,1+0], [1-12,2+0], [1-12,-1+0],[1-12,-2+0],[1-12,-3+0], [2-12,-1+0],[2-12,-2+0], [3-12,-1+0],[3-12,-2+0], [-1-12,-1+0],[-1-12,-2+0], [-2-12,-1+0], [2-12,-3+0], [3-12,-3+0], ///5 [0+8,0-16],[0+8,1-16],[0+8,2-16],[0+8,3-16], [0+8,-1-16],[0+8,-2-16],[0+8,-3-16], [1+8,0-16],[2+8,0-16],[3+8,0-16], [-1+8,0-16],[-2+8,0-16],[-3+8,0-16], [-1+8,1-16],[-2+8,1-16],[-3+8,1-16], [-1+8,2-16],[-2+8,2-16],[-3+8,2-16], [-1+8,3-16],[-2+8,3-16],[-3+8,3-16], [1+8,1-16],[2+8,1-16], [1+8,2-16], [1+8,-1-16],[1+8,-2-16],[1+8,-3-16], [2+8,-1-16],[2+8,-2-16], [3+8,-1-16],[3+8,-2-16], [-1+8,-1-16],[-1+8,-2-16], [-2+8,-1-16], [2+8,-3-16], [3+8,-3-16], [0+0,0-12],[0+0,1-12],[0+0,2-12],[0+0,3-12], [0+0,-1-12],[0+0,-2-12],[0+0,-3-12], [1+0,0-12],[2+0,0-12],[3+0,0-12], [-1+0,0-12],[-2+0,0-12],[-3+0,0-12], [-1+0,1-12],[-2+0,1-12],[-3+0,1-12], [-1+0,2-12],[-2+0,2-12],[-3+0,2-12], [-1+0,3-12],[-2+0,3-12],[-3+0,3-12], [1+0,1-12],[2+0,1-12], [1+0,2-12], [1+0,-1-12],[1+0,-2-12],[1+0,-3-12], [2+0,-1-12],[2+0,-2-12], [3+0,-1-12],[3+0,-2-12], [-1+0,-1-12],[-1+0,-2-12], [-2+0,-1-12], [2+0,-3-12], [3+0,-3-12], [0-8,0-8],[0-8,1-8],[0-8,2-8],[0-8,3-8], [0-8,-1-8],[0-8,-2-8],[0-8,-3-8], [1-8,0-8],[2-8,0-8],[3-8,0-8], [-1-8,0-8],[-2-8,0-8],[-3-8,0-8], [-1-8,1-8],[-2-8,1-8],[-3-8,1-8], [-1-8,2-8],[-2-8,2-8],[-3-8,2-8], [-1-8,3-8],[-2-8,3-8],[-3-8,3-8], [1-8,1-8],[2-8,1-8], [1-8,2-8], [1-8,-1-8],[1-8,-2-8],[1-8,-3-8], [2-8,-1-8],[2-8,-2-8], [3-8,-1-8],[3-8,-2-8], [-1-8,-1-8],[-1-8,-2-8], [-2-8,-1-8], [2-8,-3-8], [3-8,-3-8], ]34:T48f,nestColors = { const data = [] var k; var arr = []; var cnt=0; var b=0; var a=0; var m; switch(sel) { case "The number of sex alleles": m = sex_alleles; break; case "The number of drones mating with the queen having one common sex allele": m = drones; break; } while(37+a<704){ while(arr.length < 37*m[cnt]){console.log("cnt") var r = Math.floor(Math.random() * 37+a); if(arr.indexOf(r) === -1) arr.push(r); }console.log(arr) for(b=0+a; b<37+a; b++) { if(arr.includes(b)==true) {data.push("#332701");} else{ var color; k = d3.randomInt(4)(); switch(k) { case 0: color = "#ffe110"; break; case 1: color = "#ffb110"; break; case 2: color = "#ffc110"; break; case 3: color = "#ffd110"; break; default: color = "red"; break; } data.push(color); } } //data.length=0; arr.length=0; cnt=cnt+1; a=a+37; } return data }35:[{"id":"146995dca0746a9448ff933743f35df4d29a666c2df1f6ca2b5f0bc06c66df9165778b1581ebcb723858aebbf884526a6ba0ea52ba43fbdebc2484dcd8ed346a","href":"https://static.observableusercontent.com/files/146995dca0746a9448ff933743f35df4d29a666c2df1f6ca2b5f0bc06c66df9165778b1581ebcb723858aebbf884526a6ba0ea52ba43fbdebc2484dcd8ed346a","name":"bee1.gif","type":"image/gif","lastModified":1618329889285.031,"size":188941},{"id":"be0a90ea96483dd220113c4e36ff048ae9cb8f896e001adc4c54b5ea1fe45c29386ea9143c47b6a66fa956fe8806b549cfac417d168dae6c4b59f91cdd014edc","href":"https://static.observableusercontent.com/files/be0a90ea96483dd220113c4e36ff048ae9cb8f896e001adc4c54b5ea1fe45c29386ea9143c47b6a66fa956fe8806b549cfac417d168dae6c4b59f91cdd014edc","name":"legend1.jpg","type":"image/jpeg","lastModified":1619030606306.701,"size":3266}] 2f:{"title":"Non-Viable Brood","cells":[{"id":0,"value":"md`# Non-Viable Brood`","pinned":false,"hidden":false,"mode":"ojs"},{"id":2011,"value":"md`## Relationships with Numbers of Sex Alleles and Mated Drones`","pinned":false,"hidden":false,"mode":"ojs"},{"id":1637,"value":"viewof sel = select({\n title: \"See how the probability of non-viable brood is affected by:\",\n // description: \"Non-viable brood and its relationship\",\n options:[\"The number of sex alleles\",\"The number of drones mating with the queen having one common sex allele\"]\n})","pinned":false,"hidden":false,"mode":"ojs"},{"id":1992,"value":"FileAttachment(\"legend1.jpg\").image()","pinned":false,"hidden":false,"mode":"ojs"},{"id":602,"value":"$31","pinned":false,"hidden":false,"mode":"ojs"},{"id":1261,"value":"FileAttachment(\"bee1.gif\").image()","pinned":false,"hidden":false,"mode":"ojs"},{"id":2061,"value":"/*CALCULATION BASED ON http://www.killowen.com/genetics2B.html\nThe number of sex alleles: (1/a)*100% ; a=number of sex alleles\nThe number of drones mating with the queen having one common sex allele: [1/(d*2)]*100% ; d=number of mated drones\n*/","pinned":true,"hidden":false,"mode":"ojs"},{"id":1631,"value":"md`## References`","pinned":false,"hidden":false,"mode":"ojs"},{"id":1627,"value":"md`Viability calculation: http://www.killowen.com/genetics2B.html`","pinned":false,"hidden":false,"mode":"ojs"},{"id":1900,"value":"sex_alleles = Array.from({length: 19}, (_, index) => 1/(index + 1))","pinned":false,"hidden":false,"mode":"ojs"},{"id":1917,"value":"drones = Array.from({length: 19}, (_, index) => 1/((index + 1)*2))","pinned":false,"hidden":false,"mode":"ojs"},{"id":1926,"value":"$32","pinned":false,"hidden":false,"mode":"ojs"},{"id":1144,"value":"num = [[1,270,100],\n [2,275+172,100],\n [3,280+172+172,100],///\n [4,275-95,100+150],\n [5,275+85,100+150],\n [6,275+89+172,100+150],\n [7,275+89+175+175,100+150],///\n [8,270-180,110+150+150],\n [9,270,110+150+150],\n [10,275+170,110+150+150],\n [11,275+172+172,110+150+150],\n [12,275+172+175+175,110+150+150],///\n [13,270-95,110+150+150+150],\n [14,275+80,110+150+150+150],\n [15,275+86+172,110+150+150+150],\n [16,275+90+172+172,110+150+150+150],///\n [17,265,110+150+150+150+150],\n [18,270+170,110+150+150+150+150],\n [19,280+170+170,110+150+150+150+150]\n ]","pinned":false,"hidden":false,"mode":"ojs"},{"id":54,"value":"serialize = {\n const xmlns = \"http://www.w3.org/2000/xmlns/\";\n const xlinkns = \"http://www.w3.org/1999/xlink\";\n const svgns = \"http://www.w3.org/2000/svg\";\n return function serialize(svg) {\n svg = svg.cloneNode(true);\n const fragment = window.location.href + \"#\";\n const walker = document.createTreeWalker(svg, NodeFilter.SHOW_ELEMENT, null, false);\n while (walker.nextNode()) {\n for (const attr of walker.currentNode.attributes) {\n if (attr.value.includes(fragment)) {\n attr.value = attr.value.replace(fragment, \"#\");\n }\n }\n }\n svg.setAttributeNS(xmlns, \"xmlns\", svgns);\n svg.setAttributeNS(xmlns, \"xmlns:xlink\", xlinkns);\n const serializer = new window.XMLSerializer;\n const string = serializer.serializeToString(svg);\n return new Blob([string], {type: \"image/svg+xml\"});\n };\n}","pinned":false,"hidden":false,"mode":"ojs"},{"id":23,"value":"function beehexLocation(x,hexRadius,boxsize) {\n const height = 350\n const width = 900\n return (((hexRadius*(Math.sqrt(3)/(2/3))))-((hexRadius*1.5)*x[0])) + \",\" + (((hexRadius*(Math.sqrt(3)/(2/3)))-((boxsize/3)*x[1]))+(x[0]*(-(hexRadius/2)* Math.sqrt(3))))\n}","pinned":false,"hidden":false,"mode":"ojs"},{"id":1457,"value":"function beehexLocationX(x,hexRadius,boxsize) {\n const height = 350\n const width = 900\n return (((hexRadius*(Math.sqrt(3)/(2/3))))-((hexRadius*1.5)*x[0]));\n}","pinned":false,"hidden":false,"mode":"ojs"},{"id":1473,"value":"function beehexLocationY(x,hexRadius,boxsize) {\n const height = 350\n const width = 900\n return (((hexRadius*(Math.sqrt(3)/(2/3)))-((boxsize/3)*x[1]))+(x[0]*(-(hexRadius/2)* Math.sqrt(3))));\n}","pinned":false,"hidden":false,"mode":"ojs"},{"id":13,"value":"d3 = require(\"d3\", \"d3-hexbin\")","pinned":false,"hidden":false,"mode":"ojs"},{"id":7,"value":"width = 900","pinned":false,"hidden":false,"mode":"ojs"},{"id":8,"value":"height = 350","pinned":false,"hidden":false,"mode":"ojs"},{"id":15,"value":"boxsize = 77","pinned":false,"hidden":false,"mode":"ojs"},{"id":16,"value":"hexRadius = { yield (boxsize/3)/Math.sqrt(3); }","pinned":false,"hidden":false,"mode":"ojs"},{"id":63,"value":"function rasterize(svg) {\n let resolve, reject;\n const promise = new Promise((y, n) => (resolve = y, reject = n));\n const image = new Image;\n image.onerror = reject;\n image.onload = () => {\n const rect = svg.getBoundingClientRect();\n const context = DOM.context2d(rect.width, rect.height);\n context.drawImage(image, 0, 0, rect.width, rect.height);\n context.canvas.toBlob(resolve);\n };\n image.src = URL.createObjectURL(serialize(svg));\n return promise;\n}","pinned":false,"hidden":false,"mode":"ojs"},{"id":1641,"value":"import {select} from \"@jashkenas/inputs\"\n","pinned":false,"hidden":false,"mode":"ojs"},{"id":2023,"value":"bees = [0]","pinned":false,"hidden":false,"mode":"ojs"},{"id":2028,"value":"nestStrokes = {\n var temp = [];\n nestcubes.forEach(function(d,i){\n temp.push(\"#FFFCCC\") })\n\n return temp;\n}","pinned":false,"hidden":false,"mode":"ojs"},{"id":2033,"value":"nestStrokesWidth = {\n var temp = [];\n nestcubes.forEach(function(d,i){\n temp.push(1.5) })\n\n return temp;\n}","pinned":false,"hidden":false,"mode":"ojs"},{"id":2037,"value":"$33","pinned":false,"hidden":false,"mode":"ojs"},{"id":2041,"value":"$34","pinned":false,"hidden":false,"mode":"ojs"},{"id":2045,"value":"nestData = {\n \n var temp = [];\n nestcubes.forEach(function(d,i){\n temp.push({\n \"data\":nestcubes[i],\n \"colors\": nestColors[i],\n \"stroke\": nestStrokes[0],\n \"width\": nestStrokesWidth[0]\n })\n \n })\n return temp;\n}","pinned":false,"hidden":false,"mode":"ojs"},{"id":1897,"value":"/*\n 19 sex alleles\n \n Queen: S1 S2\n Drone: pick one from S1~S19\n \n | S1 S2\n -----------------\n S1| S1 S1 S1 S2\n |\n S2| S1 S2 S2 S2\n \n \n probability: 2/19 * 1/2 = 1/19 (S1 S1 , S2 S2)\n \n 38 * 1/19 = 2\n \n legend: 10 bees per hex\n \n*/","pinned":true,"hidden":false,"mode":"ojs"},{"id":2064,"value":"//non_viable_num= [19,18,17,16,15,14,13,12,11,10,9,8,7,6,5,4,3,2,1];","pinned":true,"hidden":false,"mode":"ojs"},{"id":1909,"value":"/*nestColors = {\n const data = []\n var k;\nfor (let i = 0; i<703; i++)\n{ k = d3.randomInt(4)();\n var color;\n switch(k)\n {\n case 0:\n color = \"#ffe110\";\n break;\n case 1:\n color = \"#ffb110\";\n break;\n case 2:\n color = \"#ffc110\";\n break;\n case 3:\n color = \"#ffd110\";\n break;\n \n default:\n color = \"red\";\n break;\n }\n data.push(color)\n}\n \n var temp = [];\n\n\n \nfor(var j=0; j<19; j++){\n for(var i=0; i