o="";for(i=0;i<16;i+=2)t=("").charCodeAt(i/2);o+=String.fromCharCode(t>>(i%2?8:0)&0xff);fillStyle=createLinearGradient(tri[0][0],tri[0][1],tri[2][0],tri[2][1]);..fillStyle.addColorStop(0,"rgba(0,0,0,"+tri[0][2]+")");..fillStyle.addColorStop(1,"rgba(0,0,0,"+tri[2][2]+")");..var actualPositionFractionOfp1Color=(tri[1][2]-tri[0][2])/(tri[2][2]-tri[0][2]);..var angleOfVp0p2=Math.atan((tri[2][0]-tri[0][0])/(tri[2][1]-tri[0][1]));..var lengthOfVp0p2=Math.sqrt(Math.pow((tri[2][0]-tri[0][0]),2)+Math.pow((tri[2][1]-tri[0][1]),2));..beginPath();..moveTo(tri[0][0],tri[0][1]);..for(var i=1;i<tri.length;i++)..lineTo(tri[i][0],tri[i][1]);..closePath();..translate(tri[0][0],tri[0][1]);..rotate(-angleOfVp0p2);..transform(1, /*s*/0.2, 0, 1, 0, 0);..rotate(angleOfVp0p2);..translate(-tri[0][0],-tri[0][1]);restore();..save();..fillStyle="#000";..var sinus   =Math.sin( angleOfVp0p2);..var cosinus = Math.cos( angleOfVp0p2);..var x=tri[1][0]-tri[0][0];..var y=tri[1][1]-tri[0][1];..fillRect(x*cosinus - y*sinus + tri[0][0],x*sinus + y*cosinus + tri[0][1],5,5);..restore();..save();..beginPath();..moveTo(tri[0][0],tri[0][1]);..for(var i=1;i<tri.length;i++)..lineTo(tri[i][0],tri[i][1]);..closePath();..stroke();..restore();