require=(function e(t,n,r){function s(o,u){if(!n[o]){if(!t[o]){var a=typeof require=="function"&&require;if(!u&&a)return a(o,!0);if(i)return i(o,!0);var f=new Error("Cannot find module '"+o+"'");throw f.code="MODULE_NOT_FOUND",f}var l=n[o]={exports:{}};t[o][0].call(l.exports,function(e){var n=t[o][1][e];return s(n?n:e)},l,l.exports,e,t,n,r)}return n[o].exports}var i=typeof require=="function"&&require;for(var o=0;o<r.length;o++)s(r[o]);return s})({1:[function(require,module,exports){
var pics = require("./pics").ensembl_pics;

//Options structure for the tree
var exeOpts = {

		el : document.getElementById("yourDiv"),
		tree : {
			data : "(homo_sapiens:12,(mus_musculus:12,(danio_rerio:13,(pan_troglodytes:9,(taeniopygia_guttata:10,callithrix_jacchus:11):12):12):10);",	
			width : 500,
			height : 12,
			scale : false,
			layoutInput : "vertical",
		},
		label : {
			fontsize : 12,
			usePics : false, 
			pics : {
				pictureSource : pics,
				pictureWidth : 30,
				pictureHeight : 40,
			},
		},
		nodes : {
			toggle : false, //allows onClickEvent
			select: false, //allows selections
			size : 5,
			fill : "grey",
			stroke : "black",
			selectedFill : "steelblue",
			selectedSize : 4,
		},
};



/**
* @parse user input and save it into exe.opts
*	
*/
var parseOpts = function(opts, savedOpts) {

	if(savedOpts === undefined) {
		savedOpts = exeOpts;
	} 

	if(opts === undefined) {
		opts = exeOpts;
	}

	if(opts.tree === undefined) {
		opts.tree = exeOpts.tree;
	}

	if(opts.label === undefined) {
		opts.label = exeOpts.label;
	}

	if(opts.label.pics === undefined) {
		opts.label.pics = exeOpts.label.pics;
	}

	if(opts.nodes === undefined) {
		opts.nodes = exeOpts.nodes;
	}

	//tree stuff
	var data = opts.tree.data || savedOpts.tree.data;	
	var width = opts.tree.width || savedOpts.tree.width;
	var height = opts.tree.height || savedOpts.tree.height;
	var scale = opts.tree.scale || savedOpts.tree.scale;
	var layoutInput = opts.tree.layoutInput || savedOpts.tree.layoutInput;

	var tree = {
		data : data,
		width : width,
		height : height,
		scale : scale,
		layoutInput : layoutInput,
	}

	//el stuff
	var el = opts.el || document.getElementById("yourDiv");
	var el = el;

	//label stuff
	var fontsize = opts.label.fontsize || savedOpts.label.fontsize;
	var usePics = opts.label.usePics || savedOpts.label.usePics;

	//pics stuff
	var exePics = savedOpts.label.pics;
	var optsPics = opts.label.pics; //reducing long strings

	var pictureHeight = optsPics.pictureHeight || exePics.pictureHeight;
	var pictureWidth = optsPics.pictureWidth || exePics.pictureWidth;
	var pictureSource = optsPics.pictureSource || exePics.pictureSource;

	var pics = {
		pictureHeight : pictureHeight,
		pictureSource : pictureSource,
		pictureWidth : pictureWidth,
	}

	//nodes stuff

	var size = opts.nodes.size || savedOpts.nodes.size;	
	var fill = opts.nodes.fill || savedOpts.nodes.fill;
	var stroke = opts.nodes.stroke || savedOpts.nodes.stroke;
	var selectedSize = opts.nodes.selectedSize || savedOpts.nodes.selectedSize;	
	var selectedFill = opts.nodes.selectedFill || savedOpts.nodes.selectedFill;
	var toggle = opts.nodes.toggle || savedOpts.nodes.toggle;
	var select = opts.nodes.select || savedOpts.nodes.select;

	var nodes = {
		size : size,
		stroke : stroke,
		fill : fill,
		selectedFill : selectedFill,
		selectedSize : selectedSize,
		toggle : toggle,
		select : select,
	}

	var parsedOpts = {
		tree : tree,
		el : el,
		label : {
			fontsize : fontsize,
			usePics : usePics,
			pics : pics,
		},
		nodes : nodes,
	};

	return parsedOpts;
}

module.exports = {
	opts : exeOpts,
	parseOpts : parseOpts,
};

},{"./pics":2}],2:[function(require,module,exports){
var pics = {"Sorex_araneus":"data:image/png;base64,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\n","Drosophila_melanogaster":"data:image/png;base64,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zm9Djtp9vb7XCq3dqu3OmbV19+/frT9ebs5Ojx4pfD7g4JeyVN12UGCDNgPezvx33fd04RKI1tZ49P1kfD8QlcnjUfVEoe0xLu9X6c2nYgks1mLbXEEI3T++02+FArkK7j5Em0JJRYgKU5Pjk7faI32K/3SZbedmdPnqPit1dfPr189+KdZ3f3OzEFkhij9GCt7f39fQheqTou/jgVANAGEDUKDcPRZlhZa7jUJfgmW911g9Jqmfel8DJNXItuXClShRGIiABq4aytbfr1/ZtrpCpnl8Pjd5rNRjIfnZz16/Ww6qft5NbD0clZ9HE5OvG3e9DUdcOqX3eI+9227ZvGdTkTV2hblyLUKohorRERIsRaOWUdQsycFZKxVgRub6f1yXk/NIUrQ2mtIQJQQgbbrrXDZi7x7vbrpy++5TYnlUVrmO7vL85O//DH//jrq6vCVWG8fHS+Ny7HyVbKfmaotm9LqZvz/vx0I1xKYREpJS3LvN/tck7a2BjjtEw6p9qtNzXHq6tX82HUrgEgH2IqbJzy3iNizmny3jW20yR2tTvcv/7s/77zwffIyttXXy6ecymamuPj89uHayRrFa3PTg7ejHdbmTNqarTTmpQxgNJ37bQ/aE2lyamkNzc30zRzTlo7Iq2N0SHM/rCNS4mlME4hzfM8lyxAeg6hlJRSRiAWKDEVDaWm69s35y++vTb9YT8e9pNtNgaUNQAclNicS0yHOO4AhIwmEBGxzimylamypFyqKL94730y+TDHMI0pxr5f6fuHu5QSIvTrVjDdPRx8TIgU4oQJRRARrdWD0LQ/rIZ+yokzDyfn50/f2bSO6h/+9S/+Wwr7i+cfMqp9zPe7z9iph4d7v33QxiptClB71BojBKyNmpegNQpARQo+vPnibj9NQ9NKKSlFLRJiys50XBeu5ez0TGUUtjmx0tK4YQljrRzCQoq0bRqFkOOz5+9vTjaf/u1fsKiLi8fWrVaPzwxAf7T+5cPr6fCgSG3T0pXSNSvTNaigcELgyhkUIulScs7W+3T79u724f5ofWKN5eq1Xxbh6vreSKtQoeD93U3b921q94eHphkQZJ5nEe2aIRVAxtZshq7/2X/5d3/xH//t0cmLP//zf/nOi2++/OxXH/+Pj56+9+GjJ8/zkiVcAVUv3JHtGkMEPvJhHvuhF0BmNY6Hpul/9/sv7re3let+nIcBUJjm6RDm6c2rKz8tMaXE2ft5t79HBTHH2R+4UmVs21Zj5nhobHf5/D3vx9vrG1Zts7FfXf/27u3f/+V//g+f//2vf/7RR1xIN3ouoa322LZEmFLurDVKa2cLMyHmnBYfY6pfvfzq6upaxGhFJXkE0jmVXAQE9+Nead00liW/uXqttCaU4IPWllliDKWUIvrR2cXp6cn+cPeN7/8oZrW7u/rq6uo3v/41Cfzgn/zZxYvvt/2wv39ZqHHrrmuIgLDmnGPXtVoZBGAui1802f1uunl7U6Vut7fD+sgoZY3RXLXWKpc4L+PQr5d5iaFoY7fbXUmL1uroaJOSBwAkfbQ5O16flOzfXn169v4//OEf/fHd/fXRxeXrl1e6af7guz949PTiZ//138+Bz8/Ol2VSQs6oJfiYq9KMLMaomELwwbl+mafdbmeMVdq0vevsZjct2liriGrlAmWa9ghGRLRWTWN38977RWtNSpVSAOj06LSkNPkx5fLqi0+++60ffvid763M8K2n3+zPz8q8++Tjj37z64+H4aJdOcBkkpIStWsqY4pl0ykimsa5VpyXcDiMzBJ5EU1N0zpllaqaS57CorVRSs3zjJC1cbn4WpImF0p8+/bt2dlFgaSME1N325tChLrZ3d1dNZ88U2Usth/6cXz19dXn/+d//SJHcGctM25Um1SMhBapNQ1C5SqHcYwxMEsVehjHqURndJiWvKq7cezblc4lLfNsTWudQ7TTvDVNm0KNURLKknxKuetT3zYo8PXL3y3TXAzlEOKyvPzycylluHwv8Pz21eevXl8dDsvR8SlT0qhd00+zB6ecsYrIkFFalmX2wRvbxlwLVzRQJIKY3XR/dHqimHXXuZw6ADONk6AM/fE87e/fPogCskoqam0O4241PF38PI6Hm+u3oSQksmiqzl/4T1fbnW7d9vrN4peqaO/3aZc3w1qcAYfsg1QRh6ZxlTnnkFLKVe0PS85Fae2c5ZTTFGRIDAftfeSa28bEKFwrS42Zd4cpCZyerVy32h62MezG1abp3Xp9nLMc9vMcfLbKkp5Z7V6+nJaps90igRCRqMRYfbJOcWbX9AIgUqtwjHE81BDrMm396FFpi50DN2MWNGFJIkXHWJSCkEdlMC0FuRDB+sjux2yUs72qCLubN7uHh/dP3sshG8T33383c6nKtJ1uTUcC2+nu/uahPNzFg0/AEGP10TRtJRw2J1KiSI0pl5oZWJybRh9j6JwtoCZEISqYfdYirSZNCkypGHLUViGIAXd8fGFWqVUmxtg3Da+OHrbb/tX1Oy+e3by9+d0XnwAKsK41iZCh9uJdO3SK/dpcPFlK9LstCSCno/MLa7RgaRpbBWsGUEpKdgpT1gkEKCODMnXlHAJNYdJ+2ffdOicBQEJQilQBZ00FAqhWm5KSsbZIvX57e/n8+cnZo4OfpnmCErmwds0ubx9+lRBFkeri0LZOBJccTruus5ZD0o2KMTAjA/ZuCIc7pxBOj/bLzNlrnSFhFK0JlAL14x/9xBhbK4hAlVpLrYyKVN85jcRSWSTHACIPh3328fLysXNNnIOQWG0UaQJxjWWDKZS0hMP+kFPu2vbZ8+fBLyUno+lwGBXapmm55lg4ZeVMVqqWnEsWqogGsSrbWN31g/z/bJAgUOGqSNmGAAWRtVEOmsNuJyKE/HcvvxhTWHe25Jg4kMAylQpiLQKCaU1mNrrp2+bi7CSXtNvu2r6tY0DRpE0udY5ZWWdqZTZd03pRNLEqGHNmJIlVN06HGEWYS0LQCKrkHCAR2pIRBEDEtk24fwgpOeGb12/uTFWGQk7AuuSIVENEY5wxAlYNznatO+yn4Bc0JFIji2pMROGSuSpDam3LPtcc0eiO1h4ypJyLxLjMOoQlhlSFSFsuBUAQsbIIZKNdWjwSNs6enZ6N+22CiZSbx9I3hoAKB1KZgBRjZp9EjLUhLPvtg4Ae+n5jBwVARkGhWiohKG1QPCoobITSBjCLWnRxrCRV1L1GUoCYc1FiAAhRUkpcita6HyAXnysxCwC4tt3PY0NUKW+DV0JauGijUDWIADHFsUQjukeNbdPY3lUSEBsAGkIs3LWWyMZYInOHAbVmYcS2y5lpGanOIHqeknGmN3aaFiKdS2KOBApIHg47KQAAXIvrzLDqb+5UjMUal6Lk5FEKZlEt1ZpEK2AwmZXjdb/u+sFaUysvKVHRxYAzNddKxKRboKyFLUhStubCtaA2jXCSRAKlZKmVtFYAVZFB0DmziBJRwedapUqNKfTdqtE6xIlFWnKgjTIGK9eUSkk5Vi5UDLrODOveKcMCIYoIKC7IHEvNKcecBMUprZ0pnXFtO3StcYa1mGalVa9FasmplAIAAkWRYkAk9POMWtumW/wMwnHxWJuLi8v0yud5IVLOKqpQpIYqImCqV+SGk/OLp5ebdT+NUXI2CAgKDTDkUlEKAgoxkEKjIbODikrAOAs0pAKChZSytWaQXGvlrH2IMYemdaRwHidSpI1ClM7YmCKIdE1bmUMKNTAnECSjlLKuKEoATHqa9rdfvakBVm7VNJZRYjWkWgBaCnJkzinUnDOqnEsOSTIAkGo5e+GoCREESq7KknBCIlS65EJaW2uYkyKBxiwxFC2GkBqNva0xZwICIgItjdJSSYno7d39+HbuuvOTY9d1rRuGCWbmRIICqCoA5VzYSMM1BAWgDHChUkssyJJK/X8Eg4/Cj3jjwAAAAABJRU5ErkJggg==\n","Anolis_carolinensis":"data:image/png;base64,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\n","Ochotona_princeps":"data:image/png;base64,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\n","Saccharomyces_cerevisiae":"data:image/png;base64,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\n","Ailuropoda_melanoleuca":"data:image/png;base64,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\n","Pongo_abelii":"data:image/png;base64,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\n","Tursiops_truncatus":"data:image/png;base64,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\n","Microtus_ochrogaster":"data:image/png;base64,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\n","Erinaceus_europaeus":"data:image/png;base64,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\n","Vicugna_pacos":"data:image/png;base64,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\n","Pteropus_vampyrus":"data:image/png;base64,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\n","Oreochromis_niloticus":"data:image/png;base64,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\n","Procavia_capensis":"data:image/png;base64,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\n","Xenopus_tropicalis":"data:image/png;base64,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\n","Gallus_gallus":"data:image/png;base64,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\n","Xiphophorus_maculatus":"data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAADAAAAAwCAIAAADYYG7QAAAKQ2lDQ1BJQ0MgcHJvZmlsZQAAeNqdU3dYk/cWPt/3ZQ9WQtjwsZdsgQAiI6wIyBBZohCSAGGEEBJAxYWIClYUFRGcSFXEgtUKSJ2I4qAouGdBiohai1VcOO4f3Ke1fXrv7e371/u855zn/M55zw+AERImkeaiagA5UoU8Otgfj09IxMm9gAIVSOAEIBDmy8JnBcUAAPADeXh+dLA//AGvbwACAHDVLiQSx+H/g7pQJlcAIJEA4CIS5wsBkFIAyC5UyBQAyBgAsFOzZAoAlAAAbHl8QiIAqg0A7PRJPgUA2KmT3BcA2KIcqQgAjQEAmShHJAJAuwBgVYFSLALAwgCgrEAiLgTArgGAWbYyRwKAvQUAdo5YkA9AYACAmUIszAAgOAIAQx4TzQMgTAOgMNK/4KlfcIW4SAEAwMuVzZdL0jMUuJXQGnfy8ODiIeLCbLFCYRcpEGYJ5CKcl5sjE0jnA0zODAAAGvnRwf44P5Dn5uTh5mbnbO/0xaL+a/BvIj4h8d/+vIwCBAAQTs/v2l/l5dYDcMcBsHW/a6lbANpWAGjf+V0z2wmgWgrQevmLeTj8QB6eoVDIPB0cCgsL7SViob0w44s+/zPhb+CLfvb8QB7+23rwAHGaQJmtwKOD/XFhbnauUo7nywRCMW735yP+x4V//Y4p0eI0sVwsFYrxWIm4UCJNx3m5UpFEIcmV4hLpfzLxH5b9CZN3DQCshk/ATrYHtctswH7uAQKLDljSdgBAfvMtjBoLkQAQZzQyefcAAJO/+Y9AKwEAzZek4wAAvOgYXKiUF0zGCAAARKCBKrBBBwzBFKzADpzBHbzAFwJhBkRADCTAPBBCBuSAHAqhGJZBGVTAOtgEtbADGqARmuEQtMExOA3n4BJcgetwFwZgGJ7CGLyGCQRByAgTYSE6iBFijtgizggXmY4EImFINJKApCDpiBRRIsXIcqQCqUJqkV1II/ItchQ5jVxA+pDbyCAyivyKvEcxlIGyUQPUAnVAuagfGorGoHPRdDQPXYCWomvRGrQePYC2oqfRS+h1dAB9io5jgNExDmaM2WFcjIdFYIlYGibHFmPlWDVWjzVjHVg3dhUbwJ5h7wgkAouAE+wIXoQQwmyCkJBHWExYQ6gl7CO0EroIVwmDhDHCJyKTqE+0JXoS+cR4YjqxkFhGrCbuIR4hniVeJw4TX5NIJA7JkuROCiElkDJJC0lrSNtILaRTpD7SEGmcTCbrkG3J3uQIsoCsIJeRt5APkE+S+8nD5LcUOsWI4kwJoiRSpJQSSjVlP+UEpZ8yQpmgqlHNqZ7UCKqIOp9aSW2gdlAvU4epEzR1miXNmxZDy6Qto9XQmmlnafdoL+l0ugndgx5Fl9CX0mvoB+nn6YP0dwwNhg2Dx0hiKBlrGXsZpxi3GS+ZTKYF05eZyFQw1zIbmWeYD5hvVVgq9ip8FZHKEpU6lVaVfpXnqlRVc1U/1XmqC1SrVQ+rXlZ9pkZVs1DjqQnUFqvVqR1Vu6k2rs5Sd1KPUM9RX6O+X/2C+mMNsoaFRqCGSKNUY7fGGY0hFsYyZfFYQtZyVgPrLGuYTWJbsvnsTHYF+xt2L3tMU0NzqmasZpFmneZxzQEOxrHg8DnZnErOIc4NznstAy0/LbHWaq1mrX6tN9p62r7aYu1y7Rbt69rvdXCdQJ0snfU6bTr3dQm6NrpRuoW623XP6j7TY+t56Qn1yvUO6d3RR/Vt9KP1F+rv1u/RHzcwNAg2kBlsMThj8MyQY+hrmGm40fCE4agRy2i6kcRoo9FJoye4Ju6HZ+M1eBc+ZqxvHGKsNN5l3Gs8YWJpMtukxKTF5L4pzZRrmma60bTTdMzMyCzcrNisyeyOOdWca55hvtm82/yNhaVFnMVKizaLx5balnzLBZZNlvesmFY+VnlW9VbXrEnWXOss623WV2xQG1ebDJs6m8u2qK2brcR2m23fFOIUjynSKfVTbtox7PzsCuya7AbtOfZh9iX2bfbPHcwcEh3WO3Q7fHJ0dcx2bHC866ThNMOpxKnD6VdnG2ehc53zNRemS5DLEpd2lxdTbaeKp26fesuV5RruutK10/Wjm7ub3K3ZbdTdzD3Ffav7TS6bG8ldwz3vQfTw91jicczjnaebp8LzkOcvXnZeWV77vR5Ps5wmntYwbcjbxFvgvct7YDo+PWX6zukDPsY+Ap96n4e+pr4i3z2+I37Wfpl+B/ye+zv6y/2P+L/hefIW8U4FYAHBAeUBvYEagbMDawMfBJkEpQc1BY0FuwYvDD4VQgwJDVkfcpNvwBfyG/ljM9xnLJrRFcoInRVaG/owzCZMHtYRjobPCN8Qfm+m+UzpzLYIiOBHbIi4H2kZmRf5fRQpKjKqLupRtFN0cXT3LNas5Fn7Z72O8Y+pjLk722q2cnZnrGpsUmxj7Ju4gLiquIF4h/hF8ZcSdBMkCe2J5MTYxD2J43MC52yaM5zkmlSWdGOu5dyiuRfm6c7Lnnc8WTVZkHw4hZgSl7I/5YMgQlAvGE/lp25NHRPyhJuFT0W+oo2iUbG3uEo8kuadVpX2ON07fUP6aIZPRnXGMwlPUit5kRmSuSPzTVZE1t6sz9lx2S05lJyUnKNSDWmWtCvXMLcot09mKyuTDeR55m3KG5OHyvfkI/lz89sVbIVM0aO0Uq5QDhZML6greFsYW3i4SL1IWtQz32b+6vkjC4IWfL2QsFC4sLPYuHhZ8eAiv0W7FiOLUxd3LjFdUrpkeGnw0n3LaMuylv1Q4lhSVfJqedzyjlKD0qWlQyuCVzSVqZTJy26u9Fq5YxVhlWRV72qX1VtWfyoXlV+scKyorviwRrjm4ldOX9V89Xlt2treSrfK7etI66Trbqz3Wb+vSr1qQdXQhvANrRvxjeUbX21K3nShemr1js20zcrNAzVhNe1bzLas2/KhNqP2ep1/XctW/a2rt77ZJtrWv913e/MOgx0VO97vlOy8tSt4V2u9RX31btLugt2PGmIbur/mft24R3dPxZ6Pe6V7B/ZF7+tqdG9s3K+/v7IJbVI2jR5IOnDlm4Bv2pvtmne1cFoqDsJB5cEn36Z8e+NQ6KHOw9zDzd+Zf7f1COtIeSvSOr91rC2jbaA9ob3v6IyjnR1eHUe+t/9+7zHjY3XHNY9XnqCdKD3x+eSCk+OnZKeenU4/PdSZ3Hn3TPyZa11RXb1nQ8+ePxd07ky3X/fJ897nj13wvHD0Ivdi2yW3S609rj1HfnD94UivW2/rZffL7Vc8rnT0Tes70e/Tf/pqwNVz1/jXLl2feb3vxuwbt24m3Ry4Jbr1+Hb27Rd3Cu5M3F16j3iv/L7a/eoH+g/qf7T+sWXAbeD4YMBgz8NZD+8OCYee/pT/04fh0kfMR9UjRiONj50fHxsNGr3yZM6T4aeypxPPyn5W/3nrc6vn3/3i+0vPWPzY8Av5i8+/rnmp83Lvq6mvOscjxx+8znk98ab8rc7bfe+477rfx70fmSj8QP5Q89H6Y8en0E/3Pud8/vwv94Tz+4A5JREAAAAJcEhZcwAACxMAAAsTAQCanBgAAAAHdElNRQfcBhwOGjc+qRmtAAAQMElEQVRYw3WZSY9kV1bH/+fc+4Z4MWQMOVVkZlVlTR7KVtsWbYzBrRa0EAI1LYFaalaIBZ+ANUiIHTt2fAcWqKVGYoFgQSNQA211Y5ftclU5K+cxMiMyXsQb7j2HxYuISjfNW4RCT++de94Z7/ldOnnxQ1UFAIBARPCqCiUiEWGQAgwiVRCJCAAiAlD9B6AKIhCRqr666YVAxARAb1zV6yJCIBCpiqoSUfU6AEtApY4CCgWgBBALlJghqrM3GKoMCFQVC9GqygwiiIpWuipAYGvn6iot/hDpTB4ABQmBiHihDRHZmVwRZVIAqoaYlEAEAlhJdSZOlcFKCgIpiVTKghkKVREQMbMqRGRhm4WBmPmVhVRAygSCEdGF1QFYVQURMQPKREqkXgnKzAqVuQhPygRVEGjh3epbVedfCVTON8ZU0kUEX1+v0owRqDrQzInVzUqgRfUokWEGoCJC8IAnJVVSgKCofmdLVrIrxwPz8AMTQPM1qouZRR0UlboEMsZUFgBY5xF5U5SFYSx8r8ogS6REpfrZQpUf5zH4SoWZhQiA97LQ7WaEAmADKFTnoYrKAl5VZj4lork0VbU3EkeZmBTEXGUBVVkyl02KymMEECBfy46Z5MW33vCFUdVKmkIWoX3TUwtvArBBGDAbBYkXcQ5kFFXaVzZmUaGZWkpMJEqzVP9aWCz0WGQ+AIV6r5DKewzIogrMbjEvnq8UNd99Lx4e7+p0KPkksBpEsQ1CYwzDAuy8zgoCkWHDQlXckoIAYlpUEfySwAIABs/dIQu3LWypi6pCNE/7wf7ElYMnE2JDcdDorNd7G/XO6lKvb2rNWpyo0zJ3yh5GBF6YZnXQzyrCK3vMQ+qVNsSAzjL9a8++un7hGywbRGHdRgm8RAFNzy/291560nqjEzc7yVq/199urmzYKM5zEbJQIarCDuqlSp8qCF/ZvwpJzMoAUfUFs8VvupWr1L4RjvQvf/1bjXodSc25qZYizhvY0IbTbDKZXHkQB82o2Wisr6/ce9Dq3SNYEDkwAb4onfcGOrM3G/VVbpKqivfEpESiqiqksMQ3DbUIcBFZONHaENMiq9cD9Spci1scQvNxFkZsbRNky9znFyeXx3vnn/53EDeDZntt+0FzeZOTepA0wriV5WXppoaU1REsFFCZlceqGZGCmFC1Ag99ZZiqeBJRdYeZbbL91uXZRUx5snlnmodudG6oLMBW1Zp6kWdBRCZokQ+o9KWfloPDL493YSJbS5bW+93Nhyu3X0vq7bxw3nuCA0nlTwIUSiALnpU0Ihauatsi8+cNkSuzmb/6m78oxRbp1Z0PviXx2uTkzPvSLm+KWpTOeQksGSHvnWHLAQdxEtk4JOEimwwuT/Z2zva/LCbnST2sNWo2TAihqgIkBIbyrJ4ZBamCiUCvevPN0lVFtvmzP/9TolAgjf6tqLUxTSec2JXH7xU2Hg+ObZlCS1ICqPS5egGUKKTA2loU12oBKB0MTnee7z/99Gz/KYUS1ZKwVjM2LKvOS1BShRFVUgGB5gpVdWgWzlQVc7JycUCi48Hg5OmzpdXYEBeuRD5ZXevnx+vZxWlgkMNZoqo/FFkJRhBbLUpIUeQ+MjGI8tF4Mkm/2N+vr/aXN+83ltfW+neCRicrS+891BMURIpqr8WLXcDcPCwChZof/MGvBo32wcs9bkRJp3t5+MzlAyG11jiOJqOiHA8LV7ipqhpVY4jySRFa6zJfZppPS3hyTqeK8UQjNEo3Pr84uDr88vTFl6Pzk6S9lLRazFZEVZSIK81u9jsiUmIBKcj84e++O7o87ax2RoPrwct9yafNpR5LmV0djWxH4lV/NXRpBuZMhYTVc1k6dURgV3h4b8SUjsZCyoFXT2RDE6r3p6eXw/2DnZ//1/XVUaPVaNRbCMJcwJBX/Y6qsmkqS5Gq+f5vP7J+GsWByfTy8MgJLff7ZemzNFu6e1/CID0+LNMh1xMTR+JKn7nSSeFFFQQOTAAVZjEkQWRtHJKDTpxzSkFibK1u4CeXp/vPi2wUNaJ6cylHyOKhUKgxDAWBF+Xa1pe3QmQSdrmrzWJqk/i6cLGtj7LnrTBt99YHnaXzwyKc2jCgwOU2NCYwpvQQIbZQZg60LBIJcyFXeGuj3Ltci0kpzpeG3FajkQhOP/t0uLezfP+1rW98KFwr84xmNROgWfITiG29l/pp/d6DYOXu0c7heHId9Ve1s1IW7uTJZ+O0TCclglC0CMS1m9xeona3LibIHKQWToMyl6l3AoekcEkBKSdpVNz/8PHDB0tXo8HucPriKh2KiyQwp9mX//7jn/7T3yMfIWTxBJn329kWB+Zb790aXJ689v63B6fpFz/58dXl/uNf++YozXd++nE+SoMgGO4/vbNea0To1c1GL5EiIzG+YFEuy8JJOc4nAhvBWlJhL3X66Pd+/+DZQayTjdU7+18dvrwYj8XHRUapdy7Yf3m0d7q7trHR6qyUrpjXcihUVc2Hr7dU0la7MznevT56tr11+3j3YHoxmB59tdlrpucXVGQbqyuuSFs1GyMcDvJJgRI8KYrSy6RI7Urb2BqNci0Lsdh469HheXHw8otk9c2/++cnvbXOb3zwjeODA4+aIhxcZhwFV8OzlXYbLosbbVUwSKuKAJjvf3TnwcPNvSdPhmcvH77z5oOtN09fHOx/9vN3Hm1vra9dnF0StBEFnNSTsDlOcZK6iE1aZp17G7ffWUu226+9+844ddPjq9AbDwo2t3fPJq/fu/uXf/uvPz8uj06u332z/4PvfZil/uL0StiD3OpSZ3h69PQ/f9y+tdFeuVV6T5Bqj2VvbzY2++uJTXbS9P4HH9mzfKnXZVnp3+4XhRfkm5ur5AqDuiKgFt9buzPeOyzsFIJihP7rj1tREZrJlSWDpvNXp5enrdu/rnaaTq7DoHE1ST//5On7DzefvzzotmLyiEI2EWxZcK8TJ4kXp6wks7nQJkv12yt9zX3GGvpkOEW9tdJtFDa2O0fHQYit/tqzFy/96Nz2OuFaz18OSlu01psmwXQsQXOru86ru2e1oH768T4oMq7o9hqnw+CP/+h3Pn/22b273/z229s//IcfqeFmpxEgtFbTLKsttR/9yre6/QdpkTIMgQWeiOz9u48txSincSj17pLtPTjef14TXE8KhV3u9SA8GqctLdW1b999ONRdV/C1+IZofnL41U+e3vrudx5+9J2rswP107PnI5NHLz/+xzO+s/P8i7cetr751u3/+eRjCvFgrdtMDHMrz/Io1vX331/efnM69sREqgARyHtv/uR733DOHR8dyHhYT/ji9KU/e9mpR6eXk4ODo8cPH2SZPzw4aNWWrIt2n74YjKfOUa7cWa4Pdq8uXk4KHxwfDOu9+2GYnH/x3OWxu7ienO9T2NzdORtf7LesbHUaERfsi3yUDoaXm++83X/0QVEKtKwQABFDLRFZL5oVeRh3m8n6+bPd3Re725vrS2t3jtLT9eXb1tROrweWG6beSpL23udP7rz3XulMNjjJ09wEFnn54t9+msv1syd7d7aXqR5mJwOdcKfMGmb6+nonqXlDzhgiYkMRN/TeG69vvPubpVj2quqr8QpKAENhN7be2HnxiahLltbrouP21MR1T7E1Qbvbvp6Mr64H1qC5snpdFN3tW61er9bud49bT3/2H5Msc6zwSq7IDw92hsdlrgjD6TSr2aBmcuuv4CIbxxRGqCX1tdtbm/eTlb4rQX4q8MTVkAeFAB6kFvUom5RumjZCMy6UwnB0PUkuh+noKux0XZ67IrdBGC5vrIbN6eDk/GL4cPsNmhIVP5tej4QMkDGrTq6uL4XjgEPmEDGzDThqBrVWF7Uw6rRXNh90N7ZgwyKfWoGqgEiJq5avUBCJqp3662F2zV6u8/L53vFoOFruNEaTdDyeAIGWLp+a1dWulBgPTptJfHfrdj4yDu0g6fnyyLO3JiAPS0yWatbaQALLsWWuh5TU7NJSd2Oru3U/brTYi/PeznZATICfDSYLQAW7f3Z9mZabq72dg6OvDo7DILhVb+7sHRalL/IyDEI11lqcfvppPrweRkkR1YLOhmoSdrpxu+vHFzVDXrXQIo7IWMdMAeADCnq99tb26tbdpe66KBeuIDFEQioAzee1itLMmRORPT46jpvNRmv1888+Ma1md2Wj8Gac5nFkw4ilLMMAUhZ5mpceRTrJJxM3GgfJUtJsNdc39YowmYjlsB6SARFTZK21rf7GxqPXl9b64NCVHupYAZI5E1NUMKZCGgAglX52fH704O7daZpmmW906q1G83Rvf1IUcT1yKNJ0dOdWr11PsvQkLzTPlQMkNSJbTLNrYxA3IqJJlmfaqNlmq9ldaSyvNlfXW50Vy6ErVctyDnygKrNWqlINj3oDBFTDpa1pOL1Kj/fPrTgZXFwW03Q4CcgkQWhhknqtFte15BBRwddi1AtEyIBCK5pNJ9M0jMOgWa+tbN5+4+1WdxkmEGJ4uFJVqs3hYlSd7cJm1AtYOGxOKcn2kmQ0GGbTaa3ZeHR3OyumPnf1uNZfWTk4OoC1mY9OLgZFVrC1BsJgsPgyRe4tc2dra+3+vebyaq3eBYeaFyjEkiiRQJWrUfD/GetnxKOCEKzKqrD3Hmzt7Z8W3sf12Evu8iysxQXp3sVZoT6mcPfwNCvGgUFIAUNVhJEHoiZp3nrtcf/uYw5jlVILIWSGSQ1Vk7OoVkPGYjO/II0VuK3GVhFlJlWGMAH26VcHHhrW4yIvd84Hoa15CkvJQ0Gt1crH+Sgd20gRxqJkrWEtEUTttf7ma283l/veBa5UQtWQpITMmJ9CpTJNBRJmSKlCpcwzcCJSgVcCRKlUhXUCARWFN8xxUvPCPs1Cy2WWF9OpKNmA1eeaZVGt3kyacaPWu7PZ3boHjou8JDgoKQwgswZQIe0Z0ZKKCldZfQMmz0w20xQLvKTW+jTPnMlF2WXZuHQa2lgKFhWFhxYhaRQEJgrrnc7q1v3l9X6t2cjVSZlbNl4UrCAvVSTMwmVG+YhIlefpLQDPfWdUPeABBgEVhiajqpYkI3EBGzLkAcvMxhNJYDiMkjjuxnGt1eksrW+1umsc1MW5wnkQk84MrlBUgUm/SK68CJOp0LEIv0K2NyDogp1VdrLNtbtNBFGUBDGXIswmjBthGJvARnESRXUbJyYISvHqvS8KEIGNei+iBKrGq6qszRJqzqqqVlDR1l+WXDPWrMCCfBIRXe38iJkMG/+KRzARq6r3vioh+nX2XS0motW0QKoEUlEwPBNEeHY4ICIVy5ohfVRmUCZVVVGFqoAZRMwzHm4pjBRw1dmAAiqqXm+QUcwAmSGi6ghBVY3h+SmCJ+KKrlbdoCLAN05Q6GYpxivUN6+ReIV8VdWK0+r1Gf5dvDr/tCoC5nB9VkCqeZOIrLEyo+akCvB81fkBDWh2QFGh+Rs+g0KICcxzpUmhlkgJJJCKcP8fZ38NslaQvbLNLGFVleGIyFcR4UX0JuSHzI5rZjar8p+ryCbVKjVAYIAY/L+Kx2fkd1rGuwAAAABJRU5ErkJggg==\n","Bos_taurus":"data:image/png;base64,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\n","Sus_scrofa":"data:image/png;base64,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\n","Anas_platyrhynchos":"data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAADAAAAAwCAIAAADYYG7QAAAKRWlDQ1BJQ0MgcHJvZmlsZQAAeNqdU2dUU+kWPffe9EJLiICUS29SFQggUkKLgBSRJiohCRBKiCGh2RVRwRFFRQQbyKCIA46OgIwVUSwMigrYB+Qhoo6Do4iKyvvhe6Nr1rz35s3+tdc+56zznbPPB8AIDJZIM1E1gAypQh4R4IPHxMbh5C5AgQokcAAQCLNkIXP9IwEA+H48PCsiwAe+AAF40wsIAMBNm8AwHIf/D+pCmVwBgIQBwHSROEsIgBQAQHqOQqYAQEYBgJ2YJlMAoAQAYMtjYuMAUC0AYCd/5tMAgJ34mXsBAFuUIRUBoJEAIBNliEQAaDsArM9WikUAWDAAFGZLxDkA2C0AMElXZkgAsLcAwM4QC7IACAwAMFGIhSkABHsAYMgjI3gAhJkAFEbyVzzxK64Q5yoAAHiZsjy5JDlFgVsILXEHV1cuHijOSRcrFDZhAmGaQC7CeZkZMoE0D+DzzAAAoJEVEeCD8/14zg6uzs42jrYOXy3qvwb/ImJi4/7lz6twQAAA4XR+0f4sL7MagDsGgG3+oiXuBGheC6B194tmsg9AtQCg6dpX83D4fjw8RaGQudnZ5eTk2ErEQlthyld9/mfCX8BX/Wz5fjz89/XgvuIkgTJdgUcE+ODCzPRMpRzPkgmEYtzmj0f8twv//B3TIsRJYrlYKhTjURJxjkSajPMypSKJQpIpxSXS/2Ti3yz7Az7fNQCwaj4Be5EtqF1jA/ZLJxBYdMDi9wAA8rtvwdQoCAOAaIPhz3f/7z/9R6AlAIBmSZJxAABeRCQuVMqzP8cIAABEoIEqsEEb9MEYLMAGHMEF3MEL/GA2hEIkxMJCEEIKZIAccmAprIJCKIbNsB0qYC/UQB00wFFohpNwDi7CVbgOPXAP+mEInsEovIEJBEHICBNhIdqIAWKKWCOOCBeZhfghwUgEEoskIMmIFFEiS5E1SDFSilQgVUgd8j1yAjmHXEa6kTvIADKC/Ia8RzGUgbJRPdQMtUO5qDcahEaiC9BkdDGajxagm9BytBo9jDah59CraA/ajz5DxzDA6BgHM8RsMC7Gw0KxOCwJk2PLsSKsDKvGGrBWrAO7ifVjz7F3BBKBRcAJNgR3QiBhHkFIWExYTthIqCAcJDQR2gk3CQOEUcInIpOoS7QmuhH5xBhiMjGHWEgsI9YSjxMvEHuIQ8Q3JBKJQzInuZACSbGkVNIS0kbSblIj6SypmzRIGiOTydpka7IHOZQsICvIheSd5MPkM+Qb5CHyWwqdYkBxpPhT4ihSympKGeUQ5TTlBmWYMkFVo5pS3aihVBE1j1pCraG2Uq9Rh6gTNHWaOc2DFklLpa2ildMaaBdo92mv6HS6Ed2VHk6X0FfSy+lH6JfoA/R3DA2GFYPHiGcoGZsYBxhnGXcYr5hMphnTixnHVDA3MeuY55kPmW9VWCq2KnwVkcoKlUqVJpUbKi9Uqaqmqt6qC1XzVctUj6leU32uRlUzU+OpCdSWq1WqnVDrUxtTZ6k7qIeqZ6hvVD+kfln9iQZZw0zDT0OkUaCxX+O8xiALYxmzeCwhaw2rhnWBNcQmsc3ZfHYqu5j9HbuLPaqpoTlDM0ozV7NS85RmPwfjmHH4nHROCecop5fzforeFO8p4ikbpjRMuTFlXGuqlpeWWKtIq1GrR+u9Nq7tp52mvUW7WfuBDkHHSidcJ0dnj84FnedT2VPdpwqnFk09OvWuLqprpRuhu0R3v26n7pievl6Ankxvp955vef6HH0v/VT9bfqn9UcMWAazDCQG2wzOGDzFNXFvPB0vx9vxUUNdw0BDpWGVYZfhhJG50Tyj1UaNRg+MacZc4yTjbcZtxqMmBiYhJktN6k3umlJNuaYppjtMO0zHzczNos3WmTWbPTHXMueb55vXm9+3YFp4Wiy2qLa4ZUmy5FqmWe62vG6FWjlZpVhVWl2zRq2drSXWu627pxGnuU6TTque1mfDsPG2ybaptxmw5dgG2662bbZ9YWdiF2e3xa7D7pO9k326fY39PQcNh9kOqx1aHX5ztHIUOlY63prOnO4/fcX0lukvZ1jPEM/YM+O2E8spxGmdU5vTR2cXZ7lzg/OIi4lLgssulz4umxvG3ci95Ep09XFd4XrS9Z2bs5vC7ajbr+427mnuh9yfzDSfKZ5ZM3PQw8hD4FHl0T8Ln5Uwa9+sfk9DT4FntecjL2MvkVet17C3pXeq92HvFz72PnKf4z7jPDfeMt5ZX8w3wLfIt8tPw2+eX4XfQ38j/2T/ev/RAKeAJQFnA4mBQYFbAvv4enwhv44/Ottl9rLZ7UGMoLlBFUGPgq2C5cGtIWjI7JCtIffnmM6RzmkOhVB+6NbQB2HmYYvDfgwnhYeFV4Y/jnCIWBrRMZc1d9HcQ3PfRPpElkTem2cxTzmvLUo1Kj6qLmo82je6NLo/xi5mWczVWJ1YSWxLHDkuKq42bmy+3/zt84fineIL43sXmC/IXXB5oc7C9IWnFqkuEiw6lkBMiE44lPBBECqoFowl8hN3JY4KecIdwmciL9E20YjYQ1wqHk7ySCpNepLskbw1eSTFM6Us5bmEJ6mQvEwNTN2bOp4WmnYgbTI9Or0xg5KRkHFCqiFNk7Zn6mfmZnbLrGWFsv7Fbou3Lx6VB8lrs5CsBVktCrZCpuhUWijXKgeyZ2VXZr/Nico5lqueK83tzLPK25A3nO+f/+0SwhLhkralhktXLR1Y5r2sajmyPHF52wrjFQUrhlYGrDy4irYqbdVPq+1Xl65+vSZ6TWuBXsHKgsG1AWvrC1UK5YV969zX7V1PWC9Z37Vh+oadGz4ViYquFNsXlxV/2CjceOUbh2/Kv5nclLSpq8S5ZM9m0mbp5t4tnlsOlqqX5pcObg3Z2rQN31a07fX2Rdsvl80o27uDtkO5o788uLxlp8nOzTs/VKRU9FT6VDbu0t21Ydf4btHuG3u89jTs1dtbvPf9Psm+21UBVU3VZtVl+0n7s/c/romq6fiW+21drU5tce3HA9ID/QcjDrbXudTVHdI9VFKP1ivrRw7HH77+ne93LQ02DVWNnMbiI3BEeeTp9wnf9x4NOtp2jHus4QfTH3YdZx0vakKa8ppGm1Oa+1tiW7pPzD7R1ureevxH2x8PnDQ8WXlK81TJadrpgtOTZ/LPjJ2VnX1+LvncYNuitnvnY87fag9v77oQdOHSRf+L5zu8O85c8rh08rLb5RNXuFearzpfbep06jz+k9NPx7ucu5quuVxrue56vbV7ZvfpG543zt30vXnxFv/W1Z45Pd2983pv98X39d8W3X5yJ/3Oy7vZdyfurbxPvF/0QO1B2UPdh9U/W/7c2O/cf2rAd6Dz0dxH9waFg8/+kfWPD0MFj5mPy4YNhuueOD45OeI/cv3p/KdDz2TPJp4X/qL+y64XFi9++NXr187RmNGhl/KXk79tfKX96sDrGa/bxsLGHr7JeDMxXvRW++3Bd9x3He+j3w9P5Hwgfyj/aPmx9VPQp/uTGZOT/wQDmPP87zWUggAAAAlwSFlzAAALEwAACxMBAJqcGAAAAAd0SU1FB9sLCxEGNQnxWr4AABLlSURBVFjDXXl5jCbXcV9VvaO7v/7OmZ3Z2YtcUlxSpEjasqWQFmXqigUhQGAplm0YSZxIDizaf8SMYkDIAeSAHEQ2giCKrCgHHICIDduwqViKkpChZP6hyIdIIhQp0rsUr+XO7szOzDff2cd7r6ryR3MXQaqBRqMbr6pe/arqVVXj67u7iCgiAACA1gIRIel8NqvbejGfxxTLvIxtaEOrqlmWEVHmsyzrI1gFVRFQYREFAEIyBADMrKoAgIhEJCKICACqaoxRVSKCG4Q3iMjatm27V957AEgpVNW6DW2MCQCY1dtM1PhiaDz3igIQmdk5JywsAQHJkHOZUe00EJGUkt4gY0xK6aZIVWXmTg9V7V6KiDEGEUWiZeaUUkppMBj0+2UI2tSt8x6UQgg7J08hQl0nZi6KHiJ03JmFmVUFETlySskYY4zpxHQ7vCmvM0lH+P/QTbN1dwBQBbterztGs9lsvV6rMosSa4yc5708L5h5MMibpr25jIhUFUBvGrxD/CZMN1HonjuUO11FRESY+aZanW1SSjFGEbFE1FkYEWOMAIJIImIMhRAOD4+IyBiLSJ03WGv1Bjr/376dc52undU7JW7yN8Z476213afOhJ0expgOaBGx4/G4W8/M3UZVRUQRSZURQRVifJvjTffsdt/x7XjBjZWIaK211nYiRYSIOhExxm5Xna4dyp3DdJ8AwC6XSyLqUEOElKSTBICIpoNGRFNKnBIjKgCoqKpopxkhojXWWKuIKUYRRqROJwCw1gCgtVaEY4wKoKIxxg5W55y11hiTZRkzxxjtzaB4OwpYRQQUkAiJCFFAEcFZI0qEBIrWWnLO2wwVBBhAUgwxtjEGNBaQALRzFFUVAQRw3lrj8uxtcUKKACwcQxSrnaWttc46KyJ5nltr305FnCSmGCNrIjCACCqWXF6WkZnruJou96bTvfWinsewbETbyai88x233XP3Hcbi0WLVxmiMKDCn5GyRVFU5JRBON/zdZN4jKnNKnIQlxCgqnZPazs8BQEGZJUOy3rnMIxFZU1WV80UQ/PPnX3j+hRfeeOWV4/3DqHIc6qODA2SQpLGNoQnvefd7H/nFRx7+wANNs6yaFZG4vgU1KWpMKcaUOHVRZ4yNKSCKiKTEzElEFVSRUAVfuHix874ucIxoiG1MCRBZZPvk9puXL/+Hx377T599pg1tmfVQmLxftXVc1SSoovW6kSir5Qpi9Ymf+pkv/Pq/ZGnrZmUtGEPWOWYjDCLcXTEmEUESRLiZDrr4zbIMX7x0qW1bEVFVEfWWDBEgskp/MHjp5Zf/yT/7p5f3rpw6ewbRNJGbkIpe2TZxebRMTej3coltqNcIzCEuZtMffc/7vvKVfz8YlvPFIaIYi0gFkiPCLt/UdW2IstwRobWu85bOHESIL1y82EHGHcUgIkm43+8frxaf/tSnr+xeOXXrtqJmRT95J1lmnCeGumnWy2VBDgNX81k9W2jkVKWUqnvuvvexx35nNC4Xy6lKZPKKBrRzXgghIqJzJs+zLPM38gC+bbkfXL7cZSREBEAAUWVAyor8c5/73B9+9fGdnVPZuBdSI5ZgUmQ7o6yXSQxcRxJojus0q00tR2/utcuaEAgpcbj33vuffOKbVbUIsY4AikiACooAChhjSCkAgPfOOe+cc86piKhSd4AXReGcI0LnLJHZOnHi2eee+6Ovf81lzua2CpxMXqNwAW4rb4q2oWVom9nuwezyLtbt0bXdWK08sEhKHBD9iy9+7/Of/xe33Hp7G1KKkkK7rqplXScl73zZGw4Gg7JfkEGWGELTtFWShAT43IvPI5K1hsiIiEjMs0wY/+anPv3Md75dnt0oJ/2qleLExGxYLSnf6hPz4tKVdGzD1bmt125Srldr08KwN5gfz+q2BQBQQBg89fTTP3T/rdeuHxmoYnIVJoyaYVLbNwbzjAAwxMAswoxIpECqwMwhRGYW4cTJWvflL3/5mW9/2wwK732KiXxKWW1GJi+NNrVUDbICtjTBsGHyk/2yl/WNObe1tbO11Wnj0Cgsf/VXP7uYrcuNjDJXeD902vdt2UtFDs7ZLhvnWZ5nGRHFGGJI5jO//EtdVhURa93Wic0fXHrlC1/4jcViXk6GQMiainHGfVybVPSLpmrqKvT7YzPIs0mxdXanje30zb122i6OZyJx3UQAMihki6tXXh0N8ne88771CoSjCpMUIC4lYmFE6I76LuaNMYaM7fV63fHWJfXE/M1vfeut11/PRyMADTEgAlkz3NiYe62BoBxS3yXby0pvZ2u+clTPQm+yxaFqalnMV13yYxUiBdB6/oNbNqevrG2rPonmzudWnCQhE1O6WUgZY3zmjSe7XC5vFFNkDM5msyeeeAIArHMiDKj9/mBRN/0go81NcNaU5TIymdxStj6YLl+6qiLG5OI0NMH6oUijjKCsmgDg5ef/Ry/dd9fOh968XhzXqZKmauoeoC9yn2cq2rZt0zTdQZu7jPr9Ms9zIqrrCkBff+21559/HgwJszHGGNu2rVqqmgra1klUbVymw8KHi9fXf7HP8zYtgyzW0AbVGNGr99ZZa6ywAMDf++WHrn3/qb/7c79Aqz+5dTx3KREMyZYKwMzOu35/kGVZjGE+n0+Pjm2MMp0eEcJgODx39txXH/8DbhIghLZRUVt6VO/zLHKI1RJMnz0N+q5649Vrf3qJ99dkDCG01dKAJSLBVhQjC2lS0btuG993IcfZ8Yff76T9xq2bD6d421G9gZiR6REWsU1I0VnT6w1EOLSNBUZLdjDMB4PBidH4+PAIAAwBSAQl5kiM0Kr1mmKrfhupsFU4vHSJeO4nPWkMt0mta1IiMoQ1NA4VGBQAPvHRnQGr0K0//7dOJl9z++K5k3sn+bZVtbMI41Ab7/tAQURzN3AZiLYWub3v7ncyxqaJAlBXDQAgkiGjRDExV2s/o0HWc6opLLa2s+svXmyOluPReDlrYkqOjKAAKYBi8KQtAjPAX7rrxE9/7Lyu59hMlq+9LL398tTY0cLn2i9XO3Siald7B5PA20JeuJVaBNgsjvaPZ9P9/WuX33prMtn+vd/73UsXL3UVIYsoKBpyJKJtskw9HpShvrabza0matsQ64SiqkmUFRCVC9trpb37/MYt53pltlpM37C5FRdsgd5Yjcz1NMwutvNnvT8cDrKjwxmRMc4zC5Ixq+OD7z7z59f3d1eLxWQ8/qOvfe3q7lVEUgUEAFIyaCyqVSzd5PQQ9NjU7fzNiqMioBGHKs4bThFUNXGQ9tT22S/9xy/98Hs+8n9eaBdhnPzGxbcWb12vrh5cPV7s5RmUuU88v37lTediv6xBEXC7DljVa3vm9NmyzGYHe2+E+sXtbUmhK+sMGgVWUQ3SGsl6RY5Zs78IbtZjJwTeGQ4RCYxF6wxAsZ7V73v44U984icf/PEHt07c2Tbt3T/y/lARpcN6eX1v96Xj2XN7V77/nefecLh7+tx4PDzRm75mimt1asYn78DyhMMMH/ihezZG5ahvJbTz48Uzr187mq6tyVWFJYJV9GTKrL/ZwxIx5zyvh73e9Fpcz1piyyvACEXPDodD53tf/LePfeDhB166+Cy3nmwjSsJDhQQCRs2gl0laXN97dffKK/PjvdVqOpm48Xh0+ux7t3Z+tOKEBHjhzMZwMNgY56e3N1ez5VPPXZqvWiKrgCoKhtGoK/N8lKHTpE1Rss+wbalZiVefKoAIWWZ3Tp7ev360XqQv/bvHHv7wu48Pdh0w6CAK12ntMicpqnqictDv570sVQFJqmohySgY1Wg9GmPM+e28TaFqQr8/nGxsXtk9XlSVogARgEVVVE2SUgwcxKBJSVjUOoEKKUHXUgqb6dEK1a3Xi//69d/fuf38u9/9wHoZyRhXZKiQWrbGWWtVU9usQ1PF1CgoIjEwWQHkEEKMwdx5dpx5DyJvvPbqYj53eX9/OgMlAAJgBAYAENAIkoQMCTMzTYb9atampMKagoY6goIzPuv3E+r/+oPHN8blX/3Yx9brKgiQNZaMMRYRc++73pKIRBgJs9x7Z713zlljiO67//7JZDIaDa3zq9W6V1oDiIAICMoKoAoG0ABoBKlEGyyNi2t2xjvjQTHFJCwEWNfr5WKdZvOTZzY/+pEPheXx0f6e976uGhYGhJRS3TRt24YQ6rqu63q9Xq9X6xiTKiASkaEqJFa8vLs32T41OnnGIPa9UWBURgI0gIgogIIkFOskrYZ1Wk3r3PVQDDA6dM6YFGNdrVM1/4f/6B/sXt5977ve9a8+/8//zW/8+t5bVyajUTdwKYrCWuu9z7LMOdc9dI22MSbP86IozChP4+FwOBqKmt2r1yblQIWnqxpRDRlEEFEFMACIIArGEhCoal2F0IojqwKhjTGy9+6xx/7Lo7/y6NNP/vdf/Pm/8dx3n23auHt198GHHsryvKu6ACDL8jzPu3GUiIhojKGu67ZtU0rmHSfs7edO1ctFClGZ1/PV+fO3sKTjZS1qEQ0Ao4ICKAISAILNDVnkgMgUQ2jrhIof//hP/vHTT1+45dxvfeWLjz766MH1o+3J9sZ4tFrMplX14EPvV5HhcJDnmbUGALz3Ra/Is8w557wjpKZp2rY17zrVq1aLyXiwt391OOxVVUiit184P1uu1+u1AlkLqipdx2BADaDFNnCqJbUsDB/7Kx994oknH3nkl1576aW//smPf/Xxx8ty4ExmEXPvrMH9o9l4tHH3PXd3dfLbsykBFQVAQApt63w2GAwUxNx5Znw0W2RlnhW0XM4Go01A07Rhe/tESO1yuRYAY8AY7OaFxlFcsLYAAu9730Pf+J/f+Oyjf/9gf/e3fvOLv/KZv3P9+pEqOiSDQEQKYMn20M+ms3t/+EfUurpthRlFQkh13YoIAKXE63WlosJiT+6cWNfrl198dTIuzuxs1tFG54BQQM9sTtq6Ppo3iQFAEQAQhtnoxz740F/75CdP7+z8xEc+9MfffOpf/9qvfevJJ6eHx5Nh0SszIkuE5kZ7HlPymbl6+Y0/+87//vGf+MsxtGgIDTrrAbAbwaiI9y6EmFJrq3axfWJSHy+gCS4lQNmcjIbj0dWDw9jgj91/F5A9mq32rx8cHU0VzQcfePBnf/pnLr91dX6w/zv/+T899fX/Bsznzp4d5cWyXnfTNxFwzosIIgFACI2x7oVnvvuBD3/YWgOgwhzaCtAYQwCYRDmxIWPyHP/xZz64f2Xv1ZdeH+T+5NZwGX0dYTwZs8JwY2JthoaystcfDpqW33zt8qVLr86my7ppaw4qOvJFYb3PssHGZNXWVVWJSIzRIFoyw8FQVb2DExsnyPd/6m9/6uw7L0RJo7xX9Moo3DaNilrnmNPbM7XPPvKzuTd713ZDWw2H/YNFU0W2zk42N+qmqusqy13kliGd2t667fy5erWsV/MiM86azFjvLFmDRIlTiImFVZVFiMgQua66Nrw5HBCDWnPrXXceHh9Vy9VytSKiXq+X5RnemNkxJ0Kbl+PBnffebkuaN1VErBPXKQaVOoasn/vCD0YTa4uqbjimuy7cceHO2/tl5hF7RZ71C3HIDgUQWFW6yAHvHBE1TcMp9cvcgFiVVFXGYtfJxxiOjg4OD6+nFJ0zee6LwjvnLIJa40+fOx1i+P73Xok4AuvK0QStPXXmtCEEFQPWuIxMVtXBen9ye2s9nxU2r9o0awIDhJgyJGdNSkQIhhwiEoKzLsbYNObqfL9fjrNesbNzyhY5xgQCMaa6qaeHh+PRuOgVhqjX69lmufA239o8f/rUhdVSnn3hcm+wWa+azHiHZtArOQm40Cv7zroW0nhjXA7zxfLw9enlWLU9mxtx6owIE2GRe0UgAVBBQGeoNxwULq/iygz712bT+WytIkTJoMtdOej12hAIgESts2rIlqON7e3tLM8J8dr14++9vDsqc2uwaeq88AmAgZISK4amZVUBGo42zt5y/nB3tqoOm6axea9qWiISAAVFY0TYe++MSSEyM1McjfsqfMcdd2xubO5P91LLITJo07bBGBNjXK1Wg8HA5pm9/Z33I2KWZSmlW++455Zzf9bWzXKxzIoeWVIwg8FQjF3WjSCVg2HVBEAwPvfeemfWbRNCi4QiUQBVoausy7I0SGrVOTcYloZQjPHeF0UxGIwks6mObYh5UYBCjDGlNJ/PfSgsmAyJllWjCtunbumVvePDg6zo5bkjBDIEBMKMaF3uiQwZs1ytru7txZgQwTkbWLrCAVQUEBS898ycUijLcrValZnd2jqxN502TX1wcBglemv6g9y1ofuPw8zee0BsUyRmqevmeDZfrdb9weDCXXfNFstuMKOg0+neYn6YQptiSyiWYHp40Fbr7c2N06d3FvOZMQjAoW0FJHFEAENEROvVChFSYkQ0lparmbO2LAfO+xBSU4f1umqapq7rqqpCCMvFYrVcxhj/L+cer+3TLP5HAAAAAElFTkSuQmCC\n","pics":"data:application/json;base64,\n","Equus_caballus":"data:image/png;base64,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\n","Pan_troglodytes":"data:image/png;base64,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\n","Dasypus_novemcinctus":"data:image/png;base64,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\n","Ceratotherium_simum_simum":"data:image/png;base64,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\n","Papio_hamadryas":"data:image/png;base64,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\n","Otolemur_garnettii":"data:image/png;base64,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\n","Felis_catus":"data:image/png;base64,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\n","Monodelphis_domestica":"data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAADAAAAAwCAIAAADYYG7QAAAAAXNSR0IArs4c6QAAAAlwSFlzAAALEgAACxIB0t1+/AAAAAd0SU1FB9wBGwwWKURgWwUAABHnSURBVFjDvVlJzGXHVa657nzf9L/3zz2403HHbrvTtomdOI7tKCFkIEpQIoIECCligwQbJCRgxZoNG5YoC0RAiLBAoASTEWISq3E7sRu73e2e/vmNd75VtyYWiRAKidthQe3Pqa++U+c7derAK1/9fUxoGAQIWNkpQtnXvnXzz7/07Ru3Do1RAACEIADQWgv+Xxb+vS8+f2dvJg1q21Z3sh8H58+MP/Tku3a2xmWjllmttXbOAQAghP+HDX5eK/zxD509muZVJdtGBB73GPcDNkzAue3w+acvnt3dWGZNUXdKKQAARhBC6NzPDQWhd2qFn3jv9nyez2cLiokXxMuybZrGOOOM6fngiYvrT106c+6Bbc/zb92ba6N/5Pedn5tSYq1951b4C59+oqyE7LSG6GiaHZ/MfU7iMKrrrhWCeziJ0IOne088eno0HPTTxFqwzMp3AqWXxp/5xLOf/cSz589u1m07XxbviKHf/Nxjcehvba03nTk4yaPAGw38yKdSirxuVlVbN0YKhZF+36XTv/TcxYsXdqQGe8el6gyAOIpChKnW6n+7/oPf/sU//t1feeYDjz91+fwTjzywzKsbtw7uC4gQj5umDbCe9KKTWROnfefw0XTlnLZW+zAqGoEgdMAeThdJ6E0S9vmPnj23nZSt6fUijuFsUR7Ni+tvHb9+Y/+//T7/gYd/42OPDGxWFlgrdP7U+h/9zmekEP/ybz+8DyApnLX0eJYDCHxiobVpHC9nM0TwaLTmM2S1MA4cHc3qsuCb43xZBFh9/mNneoO+6sx0uijrYDB48M5+8xd/9/I3vvsaABYA8JmPPHpqfZDPa9RLfRbOZtnWMPzVTz/90g9uFWX1diF7/pkLVSVWRbNa5W3deD49d3oSEAsRgJhZYKfLQnRQK13XjXGAMRInAeFICFnk5XSxsq7r97zdjd67TvV3t9YN9J987MHf+sTlBONKqKA/oDzsOlWXSy8M7x7mN2/vvx1Dd/ZOOCOB50EIj2dHcFkWraKQZmUBGpXEaV7Zpq1iHzvEy1p1nTEAFZU02qa9iGA8nRcWFYO+6cXml5/dfOh8/9T6qO/Bo4M8HvZo4APA0l7aNrNBGpzdGd8nZKZTkOA0ZMlGWjdtZ8jRvG7qsixbCOuklIQghMxskROI4yiQqmkaGXmMUGyRgwTXTTd9c2+yMabIVuWSIZSR4o0i3hidmqytY7/nNGSuiwPPQELJ/S71me3JcpUvs0pKOeiHBqKjw6OiFKuscVbvbA6NMcro2Cd+wAFwwAHf45CweVES6Silk8lwvljOjufOAWvtoBfNK1OT3NIjPA+3KaUkAKqZDMNbR9mb90s0Ml+UURRjAo9nCwctRGBvf44Q7w16ESeceVeuXicMP/PkBU5BUzamsyfzOm9W81VNKE170dZaOBwMcFZIqfJCrQoJcAgJ2pvN2q6Dpjt15t3RWgAc/u7fv3TfLMOXL20rrXv9xAIwnRVSQQiJtSBMorVh0tT1jTuHURxtjodGGSG7utV3j1bLrEpCHgZ+KxWhyGktlQ5Dz/dYnld51ULMgjiBBGXlgnPDEPvS337vT/7sK1lR3QfQpz5ysRWtg8hYZCzAFLeddhYMItpLOSQIITwa9rXWjeiyvNLOaQcijwxTyjjDCAcUA2ePZ4WQdmd7bdDz67rWjmDOjVMAWOTUSy/f+8M//YfDk9n9hVFJazWYzlacB5TgtpN52cShv7Xex0gXbbs1WfMDjqAxopWNC6KwP2TYamB0WTaIYK2IMrqWRiq8WDVBQIbDvpCuLHPFSNjvnyyb20dZGNB3UjoI8xjVUglNKNKdJpBcPH+KMWAdEI29c3t6endr0gt2RtH2gEtl9nNznHWiVZ1Qna1E10zzsqrqulZRxOallIsiDvw48Is8cw5NF5VSFSPo4vnJ2yvQjwFtb2/c29N5WRdFPhz0EMIIQE6w1FpoN83atN9cjtjYR5uR53Ga+pqgzuG0FerO/gGoMtGthBSM+dqZ/emScYYZ96AjnJZ1V8Mu4tBoULT6nTEEgel0WTeEku1gAq3d35/6YXhqd2008g+nBWBYWz2fLWBdpaHvDNiNw+Hu0Fm2vTG+czg7PL5Z160QFmGCjSYEaWc7pRghlREGIAmNMbSs1Tuq9h99+szh8bRqRZzEceATCDYmo2E/8ihiFAV+AIGjGGHDiqytm0a3bZ1XomsirAMWrG2cttbleSGldNYmcdTv9x2k1jrVaWdhUzfcw3GSLAt349YJcOY+gD798UcPDmfGuMl4jUCAIOr1ojTxjDFHx4sk9AOPd9piR4tlWRa1rNVyJpdtB51QTd2fbJDAr+sSApUXdSs19TgAqKpb2RkMYVEUDqB+GvdC+PhjF7Z3T71+/S5wP/OFTsq8adouiuMw5NBZYEHVtJSBTkgpdcAxo2Se6VWe2boJCJlnXSnh7qmzwlndFqKZMxoO+klT555XCGNFKwEEWinnXKd1p6zKmsBfpVR/8rkHjsvkn1/4fl7kP1sYH1wr2y5NkyjgGJjAw2k/igK/yivO+agXGtUZ54qitMoOkt7RrPznl96Ix2vves95io0oy727B3cPT1ZFY5xpO20BQhgba5tWNEK2rSrLGiLncwra0gPd0UK+dfdnChIZ9FPMuVK6ykuCXRL0PILzrNTGpWlkrCWEBNzNgRZKHi6zH9w9KWWlyswBzPx4//pbV1+9+VbZhMM1zHDZSgg1RqDrZNcpTIi2ICsbZ80w8vbmshKzTz17drqsrr5296cCQltbk9DnzhjgHIKobWVdtUqoJIrCkFvgAAQUgzQOFbDTLENaPvu+h8eT/o0bt9+6d7K3Ko9rqQE2FtaloJhigPKsbCrRVKJrFePM9z2jDYTO8ejF17K2LT/53AOTyeinh+wDj22uqhpAGPmMYeBx0u+nnNDA575PndVKdc65uhF5KxFEMSXj7Q2cpkXbzVbNtKxbBxDBebYSXQcgquu2rhpnAaEsjCJMcMhJGNEwYv0ofuXayd3Dk/c+NDKWvn7z+KeEDCEYhp5HGUNAS5FGfkhhBxzE0BoQewGJo7quMUSY89u3j41PBEadkEJ01lqhbNuKosyF7LwwAMp2UhCCg8CnjCKCMcBxxOu2XGUqYSVBcr5qIXCf+9iFRoCvfvOVn2To1z77JCGkKZvZySwO+dogZYzEcUg5s872kzDgVGnjcW4dXJUScG6BXS6Xs+XcOdsptcpzY10QhAiTME7T/igdDJM01boz2vncCyK/rOrVqjJGYQIHvTBN2NY4fvT8OiLe7b1M/Y+mBX/4/Q+8cfPetet3KURndjeTMAAIUYKVVhADTkknhIOgkeroaFk10vN5koRCdnUrO6W1NZSxKIlHowHB3jLTdw6Le/fmh4fLuhKR73ke187kVamNCUOeRvTURuIFfJnXHgePvmf7vQ+fNc67vT//kTjhDz62u8qrQS+ZjAda29Eg9iiQonMAMkadc846zkngMSnF0XRhrd1eH2ljjXMeZcAC7nmDteFwMCgz9eKVN5XBGNIbb95ZLJY+x3HsO+eEkGEQ9XoRxo5hl8SxULYSHQZmZ827cH5jYzwc9tN+LyYHJ/PYD564/FDk02yx9KgzSpalTPsDAqCWnR/4jGIA3Hgt2S0HdWsodsNhZACoq1ZKAQBJ0iROUnFzulhkI+Zj4JTqgLHIAU4o9xgGwGgzP16Nh4F0+mSaGwA8nxRltzi+1+v777/gP33hNGUeUUazgHaqxRyMexHEAACYhoRBqzvRdRpjiIlHGYvj5NwZNJ0VjNP++hogyz11ghkJwxAjrJ1J+mES+7du3GIMI6jPbG5cfs/DfsyKOo+CoG0aCRDF1GN4vioR41KaytUMWqsNClQae5wB/MUvfPDU7iZFsC4KC0wcx70kYhR1SrRCOAAQtBBY41yeF6rThBCAUZLEPudFWXvc29nZUlqtVrnv+wSDbJVJIdOQX7pw7twDpzAjSikArIPQ9zyMUD+NjNa1UJ2ydSMYghQijEij7MmyJNubE0bpMssbrYFGTSf8gCro2q6rylZqIDqFKcGMLLOiLMTuztZ40i/zPAijrfWhVIZ5qJXaKIE9/MgjZ/upf3gwxwgkI39Vr3zPh8AhiJMoAEZD5Ajzhn23zPfyoiYQZ8o444ADGEILAVFGW2ARQX4UU0INoB2AiHHEPIDktet7L75yRzmcJJwh0Bbt9m5+9vRWI9u19dHaqM99CpAepEEQeGUlEeLn3316d3e9FSLP8laUTZ0b40IvCCiL+j0hZN2Uk368NR7UqwwYVXaklrJtu57vYUoIwkhb03VKtaqDuhWiUW0QBJb4hnTGoVUmD6bFzkb61MOnnR+/eOXmt753k3Pai+n25nAy6W/trG2uD+Ne3B+kUppGmCQKyrLEzsqmLYqSUI9QCpwDDqRR3LaGILS9trY8ns9mGebIGl3XLXGIUosvP7SFMXXWVk1dtaJq5GxZnMzyLGssgKNBPIp5yuGl8zuntzfv7M9u7M+EdRDCMq/KLFuczO/e3DveP1kucgdhELAojjzOOynbtgXABTwcjzf6gyGDGFvoMepT0lUNh0gptVjlWluCEbBOGeMgxl29KipBKI7jJE5SA2xd103ZWmvX19e2t8br4/TU5mjc61+/Pfv2y9elUoOI+BgGDPcSxgiQdZst8nvH8+OTLM+bTikAHYSmLgvRiF4yGA7HSZxEno8cUkIwAD0IAo6gcycnCyElRNABCABkBMEPP9xXWkdJvL6zsbE1HI3T9c1xEgR+6PcHA4aobNu2LMtFPpvVAtC2zm+/fu3V125WnfEiihkFBgEAFALKAGBxLw13dsfjST8MAt8PsEFAwyTpMcycstjoiDHKLMVtJ8rvfP/q9Tv3MGbaEQhdQAF+5qF1AkAt1HRR7B9M87wFBkdxunP29HBtFHiR78WeF1PGA0Ji5m/307UAHc2Wy1ogRDjljFELoHPQaU2AJlqtpqs7t4/LsmGMMIoZxcho4hAjPPKDOPCDMEx78Vo/cE4dHh6LWnKCIUKdsfipx89BzimlDCKtdFW1R7cP3rj2pnX47Lkzk7UJRQQ4FwVh1XR/+Vdf+drXvjFfZblQFiFKiFG6rWrndMB5QDBHzgpZ5E1RN3mRZfNFVZUWAp9yn1GfUY/igJK10WBja1uVzWLv5N7RbFnWBBGHsEEOP3npDMXQQzbkKIpYL/FjTrLlYj5bXbz8+Nlz52QlZFvP9ve2Hzi39e7zV1+9du3mLWU1Rshaa4z2GIk5x8bKRrRCdcZBAn2fM487Z7PFcj4vcmmKtmIcTUaDSZoGAJZ7i5tXrl15+Qc3ZotKA6mMUs5Yh58+PyLOeJwEIY99zoCDVlOMMfaefO6jbdl+4x9fmGxsfv2F73z969/54NO/MIzpa1d/aJQOPOasohj4lAihqlZKa421EAJGEEMIIqwB0tZp65ZleXgyPZrNs6oBshNH0zeuvPK9q1dePd5fKQ0BwNgRBChAxEPGAqCNU0Ig6IA2UBmP0PHW+iCMXvinF77y5b95+NIlQMO//vKX62z+2KVz4zSaLkrkAHYOOFgUTaOMRcBaix0iCEllILQGGMSZhUh1HTGmU/atRXbn7sF/xNF2EBjZHWbLWhuEEbLAWmghtECTVghndNsJCIHPOMSeI0S0rXHq1X//5ivf/aYs58XJwSDma2N+5ep/Hh4cSCkBAXUrCELG6rbTSjsLIYDQYlRrZKwjGAEIGbTOgkYYCzTBCEFihNpvFgdwSSC0EAEDKTCGAiQdRppjTBrREuesNQYha6AytpWdFu3B3t7s5GQ+nfUT/6UX/3V/unTQQEjmy9JR1BrQNMoC7BBBOHQEWwstBE0r86I21mKEIQQQauiAsdY453HMPQYMoRg7iCBw1liEIEGAGuSMNlr7nMBf/9AGA9BCJJyzmGhroJJYWymNssA5Z7R2CFZCK6sZJUYj5Vht8NGyqtsOIowxgQgBB6xzSmlrfqKH//E4ASKEEHIAQAAghBBC4BxCCAAAgAMAOOcwRqRuWokIQQRC4IwxSgLtGg06ZbV2otPGWmWsgQTQsFKoqEzVdFIZ0XUAOGC0Um//rfHjoYuzxlhz38+G/wJiGvepzizwAwAAAABJRU5ErkJggg==\n","Ciona_intestinalis":"data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAADAAAAAwCAIAAADYYG7QAAAAAXNSR0IArs4c6QAAAAlwSFlzAAALEwAACxMBAJqcGAAAAAd0SU1FB9sLCxAZFIkALkkAAA6kSURBVFjDtVlrzGVXWX5va+19Lt91bu1c2pl2ygyl6WUEsbTSklAuwRIxNBoJMcXYCEFCRGOiAcREoon+MDFKFAPG+M+QIj/AgFxq1cilF9vSdjpTptPpfN9833y3c9ln773W+77+OPO1A51eiHTl/Dgr5+SsZ7/rWc/zrPfgoYM3jqpK1QgJiQAtNaluRpqblFoAAPCLXggAALo9/dkPIZZYdgkQAcaTMXhu6nFKE3fd/g5uv3EEdAAAg9dsSFaLEs1ySsly3bSTrK27uQMRuoO7b9cJHQzAAei1w0REAcCJCMAt59S0qopIRDStDSIAEFwojG1vHL5WgDpFDCKqkHNOlpGJiBARYLs2Pp0pgE4xITq+VniAhIHQc851M3EDBEJ0MwMAZkZAQHBPF+8RIhDRa8Uh9DQajyfVsKnHCG6Wzez5/QJ0sGlt4CJAxCyquj29qJz//wr1u9y2w/F4M6c6p8ZdAQiREMndzbOD4o8zxszNXlje3X9WaACAZvrRrc05Pb8oESIiojvkqd74No+2EWjOzcv/7Et+8krk4/2XH1heWWuSIgASIRIRE7GZuqm7ATgggDsAvuXWG2596xvWVgd3/co1d99zS3d+AUnmFvqdThhPzE2JQCQi8kUy9sIoiqLX7zf1yz2M1C0YsBCbKwAQMRG5ZwSdVgWJ3VqA/if/+I4/+fTtAJePV75//7//8KlnhjcenU/DUb/rv/TuN87vnPnwx79x+sSSmQHkSy5mZrlNr0DqEISZzG3KZSJCBERkYm+yAbq1+/cf+NwXPnD29OR3f/u+qw/2Imz95d987/iZyr0FUAQ/8fjKn//RTZ/84O7P39scuHrxO/efW10evnixlFJKrwAIb3/LHSdPP3t+bTWlBODM0unOIbJprutB02wB2F989q6773nPXb9273DQsA5OnDg1mAwQQNUATB3c0lzhd//64SPX7VtYsHEtn/rsA8+dWUeEn5buXJTzk8nE3bKquwMYIgGAmsXurqZputH+4Pff8dgjg+MnxovzXFej0WjLLJGwMIlwDMIIvZn5Bx8b3f/d5Yce2RKgYzcfeOb0aLA1eSkJRURhthfh5abVajIiImI2czNLqWnbieZaxNvJ6JY3H/rUZz74tXsf3djKpnXbNKOtzZQyACIBgpsZEvY6tDmst7bGy+eq7z24Pt+Dj3/02lOn09LSgEjcf9L7umXs93qTFxGc6rpKKaec3fQCr3nKa69GGwBpY4hnz5xtk4tW3o4DWmobd2MiJgQAM3WF5dWhOZZFP4YCIH39G8/lKv3pZ36uP9c1uwTH2zaNRuNLWkdkItOUc56qMPjUwEjVd+85tHPH/vu+fYoLSnlSRNbctG0yyAhZCJmJiJJmlsBEzCgiTCFp/dAjw+uuirnRbYf+sZHNm3wJoMSMwm7uao6A4GA21WFEosXFnb2yPxqObr5tnyO7w/nza4gQY8kSENDM3D0EmSoYIrq7sADAIw+dP3Dtjnu/9Pai13311ObAsVdKkJDVHNBc3TOYmrf9fu+qq284t1qXtvW+Xz585pw+8fDJ1fNrMRYiEZGSZXcAQHcPIbBMY4IDumUY1HRoz6733nXF6tnmf753dpquXhlQDOVcryiitNlTTmoJXAFykHD9TW85fPS6fQttMx61w+rINeVXv3rCQctYEmGbct1mRHZ3RAohIKCbmTsTl0XhCl/5t6d3zu/0bN+679TUjF5F/BBqFUa1JlV3BTcA6HT61914803XX79IZxbD+kyv/I//XL3yyrl3vPdaTRijpGzEUahIWdVMRLZTFDJCGXlupjc332sTPvjYeuzFnyJ+pAQDzWqQdRrdodudOXhg79ErZvr5aci1Opm7Gt37L8d/856bTjw1fvThp4g5IM/NR91QzVSEiIRN2yJCDLxn12JRdiZ1M9PCnW/b4RIBAPFV8UgASR3MEroK02y3d2D/ZVcd2Lm7jwVxlk7KOddKkv7rvzfr1u9495Fnz1TPPnM6lu7ZCxZnERFTm56D+fne4vxsVh9sjG8+tvCuO3d/+MPfBQB7dSmcJfTMLAjuWehctXfx4L5dh/YuHty7ONvvILIqpgtDifKPTo0Z/O7funF5tXnyibVYMoIXRSmBm6Z2hCLKvj07yhgs103tH/mNncNh+5FPfOunsI7D+3ZfsXfPzx/Zd9PrLtuza/by3XOX7drZ60RATIZt27YptTnnps3ZmP3Ms5V49bGPvamtqkcfXVENvV5QTQ7Q75aznWL3nvmyExDi1Qfjp//sF+7/Qf3442ur5+uXuqjgj2sUv/9tR44duezQZT3DWJTlTLcTggCHlLBt25xySlmnuqnmQEUJJ06OHnnguVuu7d1xx/69R6/YWtdJZYikWRfm+zt2LKYGypmZuz90tF+UX/zHJ998bO6tb7/mvu88O8VEFF4mYfKdt76+ybhZZSToCEcRDjEr5LZVU1Vv2pQ1Z8sGBIhuVkQebjYPP7Vl7m+79cAtt71uYWF2YaGzd9/slVcs7NtZ3Hbr4t33XP/4Iyt//bcPnT2/uZdGH3vn3DefSEtLW13uxKJsc/sTF9/nq8S/eMPhVi1KmI1FEchQFLhuWmurfinj1lJOKbVuztNgqw7uFAgDLa3qww+tP/3kOitcd+38+9571S03H7BJvTm2b3/nqS/f+0PCen4Gls81Nhp/4g9vXty/+8yppqnTpK0AqSikU3balAD4QupFxN/7wB0xSBGkI8EBGgjJLLWmmsGtVqia3NS1WXYwy5iSAWQuSgyRkMwdEQMLURARYx9Vury8tn7uuV4P5ro8vxCHjT2zXC1086++/w2PraS//6vvAlQAsHuhP7+4+/jJp6cXisChW3b4thuv6UTuBQLAZJAMs0JKTXd2FkJ3UlVtaogFkQBMHZFZQuAQYyhCKJi4KGK3UxadEgI6uJCvr6+OxpM2e0qmmYGImE+frb/0r0++8di+xb3zJ588CwBV3W5sbvl238LdzFW6UUomAmjUklMyb9usTjt27qnGo80NJAQHDCF6C4A5xMBMhBKKEgmZWYSRwEnEQShuNNXq2qDOSsxt1jbXHDkUYW6mHAz73/zKE3/3hXedPL588okzDnBxTnLwNifqBgJwVVQk5EDuprk/M3d+fXN5adk1oeP0Wi+xiEXJFISLTrfsdkJRSNntlN2uxIIlCEWRqGpNo5o9t5YTjOpUN1ZVSQ337Z07s1oNzm199HeOAQAzXkqp3d08GWhgNU1tU3a7RQiDrfWmnmRTZp6dnR+MJyFIgWgGhFKW0u1EJzYgZlEDM1Jo1RQANGd0dFMgQISUkmaKAefn4mS+HA7ad956OQCoXuLwk6qrYwJPbW7qJhbFTH+2mYybSYXgREKhU00mkCbN1uoVO+Ob3nh0YcdCr9ebm5vr9/ohdiSWIRRBQoiRSJKSOqi7IxFFNUnK6kiI/SBXHuifPD54/fVHP/f5D13a7RUpO6mq5tTpdGf6vaYaTMZDA2QERvPckmfXlqwV00O7ikMHFnP2usFJ605BHc3BHMwcEFUVAAERCA0cHJCQOSDFnGn3zrkfPJ7++R8evfM9V7/hhmsuIYy3H7s2uZtTtzPT7XWrqpoMh2oGxA5oSIFgtlcWRTmzuGeUaGlpozUa102dtW6VkYRZs7mDmiX31dW1c8vnRQQcARARiYA4EiMhFbEbe53Hj69cd2THmfPj/33g1AtQWACQzMwdYixiLKrxaFJV6uYATBRiDCISi+wMJG125KLOcXllo2mSMIPZYDiYTCaBKQo6uDk0dQ5SINLUHhBZMwIgApKExiglPbijeN2cjtbPX1wbVXN3cTAJRSw6VT1pq7FnBWRidgcw64TgAFmdJRSMYFmBokSKnbKISLlD3AnMhNVkYtmzuipKjIAZCB0cfdpKshAKQKwnjTa56sHn/umBr3/t+MUWO5UAcQARYUBtW0AgJndyIncgIgcg8DIyhwDmDu7mgV1YIxowlQEjed3UWk+yUjYwFImFZSNyVXVwEWYiAM8JXGncNF/+0fml1RUwxQuWxswy7agIIjGRaWuWHBkFSd3BUWjamiIiFmEEKcKUs4sz5bDGlJpAHkBc3dRbo6zeZjTCGGKritgQOSESMiMBcJV9ONhaX18bVxvbYnhhu3K+0C2RsuhICOPhyN0B0d2ndy0DR0BCDCLMPL1bFYGlUwhzGRFaDcwCoA6NetWqkjRZXV1EEqEgqwE6CBEKZ+Bz55bW1pa23f3SCUTmZma2xqOcMzEDmjkpoAMwCgsjGrgBcCCKCIQE5lVrTFgIIGBOOs4wHDVJnYLknJnYXYUp52knxSXGpHllaXlzY/UFn3ipTD2uRk09ISJ3UyAkYoRptYgwxsIMHKaeJQ7ogIKUkzpiNqtbHUzSeJI9xpytntTgmQmdGREAHZHqVlfPr1WjoXChyg7tywFqmpYAgR2A3NkQAiASGqCaJiMhERIkUHd0BPAW1RHcvMkwavJm1WQQRlKz1EzAlRGcKQShQMPhaHVlKecUC9FsIRRmIecEgGbJQV/kZdto3UEIgaZSK0gYUEDJXLN5RoqChI7gDG5uTcpN4+M6p+wgaAiuuuey3Zsbo+VJ3el01PL6+urqyrk2NyICAByChEK4p2bVZJxa7PVnh6Oh5vr5P08EwZlQARERCR08hADA6m6mwsxMkRCIW80K5gjs2GYfTtKo1VHtQFzEqMit2uKOWcs46JTmcHZ5eXXlLLlHCUECIUsQZopSZAdASCJF0RtXE6MIYGDuYAKIiMCIZk5TTI5OF86VGzRqIcRpZspqbti6j+q0VbUTRQUKEhxQcy5juXpudTRYP3z4qu8/+PDZs2cW5mYLYSFiFkRycGJyB0upLDrCxebmumtCRARxMnCSaYN1Kl8ADg4GkDQzCSGKUCAypJGCOThhTta0WjUpGZgZiwijOwQJqnk83IpCW1uDwebW4tzsroX5IOSmZuCKCdxJTA0855zrtgVClqhtQkJEdPT/A2D6F4cK80/IAAAAAElFTkSuQmCC\n","Macaca_fascicularis":"data:image/png;base64,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\n","Mustela_putorius_furo":"data:image/png;base64,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\n","Heterocephalus_glaber":"data:image/png;base64,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\n","Pelodiscus_sinensis":"data:image/png;base64,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\n","Lepisosteus_oculatus":"data:image/png;base64,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\n","Papio_anubis":"data:image/png;base64,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\n","Ciona_savignyi":"data:image/png;base64,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\n","Melopsittacus_undulatus":"data:image/png;base64,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\n","Poecilia_formosa":"data:image/png;base64,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\n","Chrysemys_picta_bellii":"data:image/png;base64,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\n","Homo_sapiens":"data:image/png;base64,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\n","Latimeria_chalumnae":"data:image/png;base64,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\n","Sus_scrofa_map":"data:image/png;base64,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\n","Gasterosteus_aculeatus":"data:image/png;base64,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\n","Loxodonta_africana":"data:image/png;base64,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\n","Gadus_morhua":"data:image/png;base64,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\n","Nomascus_leucogenys":"data:image/png;base64,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\n","Astyanax_mexicanus":"data:image/png;base64,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\n","Canis_familiaris":"data:image/png;base64,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\n","Sarcophilus_harrisii":"data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAADAAAAAwCAIAAADYYG7QAAAKQ2lDQ1BJQ0MgcHJvZmlsZQAAeNqdU3dYk/cWPt/3ZQ9WQtjwsZdsgQAiI6wIyBBZohCSAGGEEBJAxYWIClYUFRGcSFXEgtUKSJ2I4qAouGdBiohai1VcOO4f3Ke1fXrv7e371/u855zn/M55zw+AERImkeaiagA5UoU8Otgfj09IxMm9gAIVSOAEIBDmy8JnBcUAAPADeXh+dLA//AGvbwACAHDVLiQSx+H/g7pQJlcAIJEA4CIS5wsBkFIAyC5UyBQAyBgAsFOzZAoAlAAAbHl8QiIAqg0A7PRJPgUA2KmT3BcA2KIcqQgAjQEAmShHJAJAuwBgVYFSLALAwgCgrEAiLgTArgGAWbYyRwKAvQUAdo5YkA9AYACAmUIszAAgOAIAQx4TzQMgTAOgMNK/4KlfcIW4SAEAwMuVzZdL0jMUuJXQGnfy8ODiIeLCbLFCYRcpEGYJ5CKcl5sjE0jnA0zODAAAGvnRwf44P5Dn5uTh5mbnbO/0xaL+a/BvIj4h8d/+vIwCBAAQTs/v2l/l5dYDcMcBsHW/a6lbANpWAGjf+V0z2wmgWgrQevmLeTj8QB6eoVDIPB0cCgsL7SViob0w44s+/zPhb+CLfvb8QB7+23rwAHGaQJmtwKOD/XFhbnauUo7nywRCMW735yP+x4V//Y4p0eI0sVwsFYrxWIm4UCJNx3m5UpFEIcmV4hLpfzLxH5b9CZN3DQCshk/ATrYHtctswH7uAQKLDljSdgBAfvMtjBoLkQAQZzQyefcAAJO/+Y9AKwEAzZek4wAAvOgYXKiUF0zGCAAARKCBKrBBBwzBFKzADpzBHbzAFwJhBkRADCTAPBBCBuSAHAqhGJZBGVTAOtgEtbADGqARmuEQtMExOA3n4BJcgetwFwZgGJ7CGLyGCQRByAgTYSE6iBFijtgizggXmY4EImFINJKApCDpiBRRIsXIcqQCqUJqkV1II/ItchQ5jVxA+pDbyCAyivyKvEcxlIGyUQPUAnVAuagfGorGoHPRdDQPXYCWomvRGrQePYC2oqfRS+h1dAB9io5jgNExDmaM2WFcjIdFYIlYGibHFmPlWDVWjzVjHVg3dhUbwJ5h7wgkAouAE+wIXoQQwmyCkJBHWExYQ6gl7CO0EroIVwmDhDHCJyKTqE+0JXoS+cR4YjqxkFhGrCbuIR4hniVeJw4TX5NIJA7JkuROCiElkDJJC0lrSNtILaRTpD7SEGmcTCbrkG3J3uQIsoCsIJeRt5APkE+S+8nD5LcUOsWI4kwJoiRSpJQSSjVlP+UEpZ8yQpmgqlHNqZ7UCKqIOp9aSW2gdlAvU4epEzR1miXNmxZDy6Qto9XQmmlnafdoL+l0ugndgx5Fl9CX0mvoB+nn6YP0dwwNhg2Dx0hiKBlrGXsZpxi3GS+ZTKYF05eZyFQw1zIbmWeYD5hvVVgq9ip8FZHKEpU6lVaVfpXnqlRVc1U/1XmqC1SrVQ+rXlZ9pkZVs1DjqQnUFqvVqR1Vu6k2rs5Sd1KPUM9RX6O+X/2C+mMNsoaFRqCGSKNUY7fGGY0hFsYyZfFYQtZyVgPrLGuYTWJbsvnsTHYF+xt2L3tMU0NzqmasZpFmneZxzQEOxrHg8DnZnErOIc4NznstAy0/LbHWaq1mrX6tN9p62r7aYu1y7Rbt69rvdXCdQJ0snfU6bTr3dQm6NrpRuoW623XP6j7TY+t56Qn1yvUO6d3RR/Vt9KP1F+rv1u/RHzcwNAg2kBlsMThj8MyQY+hrmGm40fCE4agRy2i6kcRoo9FJoye4Ju6HZ+M1eBc+ZqxvHGKsNN5l3Gs8YWJpMtukxKTF5L4pzZRrmma60bTTdMzMyCzcrNisyeyOOdWca55hvtm82/yNhaVFnMVKizaLx5balnzLBZZNlvesmFY+VnlW9VbXrEnWXOss623WV2xQG1ebDJs6m8u2qK2brcR2m23fFOIUjynSKfVTbtox7PzsCuya7AbtOfZh9iX2bfbPHcwcEh3WO3Q7fHJ0dcx2bHC866ThNMOpxKnD6VdnG2ehc53zNRemS5DLEpd2lxdTbaeKp26fesuV5RruutK10/Wjm7ub3K3ZbdTdzD3Ffav7TS6bG8ldwz3vQfTw91jicczjnaebp8LzkOcvXnZeWV77vR5Ps5wmntYwbcjbxFvgvct7YDo+PWX6zukDPsY+Ap96n4e+pr4i3z2+I37Wfpl+B/ye+zv6y/2P+L/hefIW8U4FYAHBAeUBvYEagbMDawMfBJkEpQc1BY0FuwYvDD4VQgwJDVkfcpNvwBfyG/ljM9xnLJrRFcoInRVaG/owzCZMHtYRjobPCN8Qfm+m+UzpzLYIiOBHbIi4H2kZmRf5fRQpKjKqLupRtFN0cXT3LNas5Fn7Z72O8Y+pjLk722q2cnZnrGpsUmxj7Ju4gLiquIF4h/hF8ZcSdBMkCe2J5MTYxD2J43MC52yaM5zkmlSWdGOu5dyiuRfm6c7Lnnc8WTVZkHw4hZgSl7I/5YMgQlAvGE/lp25NHRPyhJuFT0W+oo2iUbG3uEo8kuadVpX2ON07fUP6aIZPRnXGMwlPUit5kRmSuSPzTVZE1t6sz9lx2S05lJyUnKNSDWmWtCvXMLcot09mKyuTDeR55m3KG5OHyvfkI/lz89sVbIVM0aO0Uq5QDhZML6greFsYW3i4SL1IWtQz32b+6vkjC4IWfL2QsFC4sLPYuHhZ8eAiv0W7FiOLUxd3LjFdUrpkeGnw0n3LaMuylv1Q4lhSVfJqedzyjlKD0qWlQyuCVzSVqZTJy26u9Fq5YxVhlWRV72qX1VtWfyoXlV+scKyorviwRrjm4ldOX9V89Xlt2treSrfK7etI66Trbqz3Wb+vSr1qQdXQhvANrRvxjeUbX21K3nShemr1js20zcrNAzVhNe1bzLas2/KhNqP2ep1/XctW/a2rt77ZJtrWv913e/MOgx0VO97vlOy8tSt4V2u9RX31btLugt2PGmIbur/mft24R3dPxZ6Pe6V7B/ZF7+tqdG9s3K+/v7IJbVI2jR5IOnDlm4Bv2pvtmne1cFoqDsJB5cEn36Z8e+NQ6KHOw9zDzd+Zf7f1COtIeSvSOr91rC2jbaA9ob3v6IyjnR1eHUe+t/9+7zHjY3XHNY9XnqCdKD3x+eSCk+OnZKeenU4/PdSZ3Hn3TPyZa11RXb1nQ8+ePxd07ky3X/fJ897nj13wvHD0Ivdi2yW3S609rj1HfnD94UivW2/rZffL7Vc8rnT0Tes70e/Tf/pqwNVz1/jXLl2feb3vxuwbt24m3Ry4Jbr1+Hb27Rd3Cu5M3F16j3iv/L7a/eoH+g/qf7T+sWXAbeD4YMBgz8NZD+8OCYee/pT/04fh0kfMR9UjRiONj50fHxsNGr3yZM6T4aeypxPPyn5W/3nrc6vn3/3i+0vPWPzY8Av5i8+/rnmp83Lvq6mvOscjxx+8znk98ab8rc7bfe+477rfx70fmSj8QP5Q89H6Y8en0E/3Pud8/vwv94Tz+4A5JREAAAAJcEhZcwAACxMAAAsTAQCanBgAAAAHdElNRQfcARsPLiQvCCUaAAAATnRFWHRDb21tZW50AEZpbGUgc291cmNlOiBodHRwOi8vY29tbW9ucy53aWtpbWVkaWEub3JnL3dpa2kvRmlsZTpUYXNkZXZpbF9sYXJnZS5qcGcfrmBEAAAUV0lEQVRYwzWYSazm55nVn+ed/uM33fvdqe69NbrKLtsVOy7HacckTkII6VigbiFaQmLTEgKxAfUGgYRAahYsWIKaFmmBmlY3sOgoySLdbiCJ2lG743hKPFW55qo713e/6T+/w/OwcDjrszg6m6Pzw6Z8qKKeEDEzEJAAJVAzAAAAhhCcVgggnG+9s0JpKRSyQCECB9dV6BomRiFQMDmLiMLEqCOpMiESJghcMVVMhIDAIbgOCYL1wCRUhEqya0FJGfcAgXyHPjQIGlAgMJFjAYIlgAAAZpBSPLr/6Phodv2lZ1GIQO4zGwGFrvLzE+k7jnMZZSAVuQacBSWFlMIY1BmiAfQMDAxCiOAs+ZYpkHNSaxX3WRjgwEzAjEIQe4UQAQAwACACAAMzIRIzSqnv3334r//Vv5/MptdfvP47v/NPxmuDQIHBUleEcsb1nIQAzkiwEKjjLEgdyAXb0vwxUIsqAhNRlOhshQiCa0AqYWIRRQiSQCBLITRDYPbALFApFAgAAMxEDAJBAAKxV1IBwB/85z+8f+fDMztrf/b6D2fL5vf+07+VArp2wa7BKNVbQ60TlJoEB9cE5wEFMyAKFgaC46plx6a/JnVmu5IBlVQoM2YPoRFCITIToZCAAgEBEV09YRQoDUghRIyAwL/q6gf/60+/850/WR0K69zC8/HM/ubfee1f/ovfltJ5D0JlAgz8f9kwp2aJ7FFqAGm0Cs65pgIpzWCXGIJvpZCIKGUKALY9dS1nwyGA8qFlZkBCJPmPXvu89DWiDrYDslJrBkKU9z5573d/9z+kqUmlZh/a4EjJH/30TbLwpS99RQgF3qNQAADgIXgpM6VIAUsdSSGmJ9PgSUXa5KtCpLZbAgRjIiGSpq7/xx9/70/+6Af/+4c/+uSju5ee2O71h0Cewfp2pnScqCwXiQm+65ZTtzwmpt7Gxr3btx7P5lGWeRkZI4x3TdMoQf/x9/8wgPzWK0/d+OimQ+E9dZ5Op823vvHynXv3jg4fr630llX58c29F65d/tqr1wdrJks8+iLKN5j4nXfe+r3f/+8P7zwYpTrRuHf/1p1PP/g3/+6fb+xcIWe5atT48guQ9IRMRKiEUq6oURJ09e2P7sQqOl2WHmUmBSO11VIJRdr91z/645/8ZNt68gBSG2JmEO/cuOuDK7tWsKy7erEsPri9d/vh4c72OhC/+NzlZFD8l//23Z+9++64F6+vpsLZUZpuDgYf37l9+9bdjZ2rIAAjpezsUQZjIpZMOsnjzR2A9PDGW3/11x/2srymdlks5iEoJrJUVFU+HI7Gw1bp/rBnlCSGQBSIKh/SJNsYDIl4FNzKMJ9Mp6//7H2jjXfuu//nzflscXByvLu1GstQzBa9KEU0kY6SOL57Z/+Vr5GUEaUrCqtZ4+Dx8d2qpbi/U2LCxK//4PW948c7mxuCaX85PSiKtmo7H/LBYGt3J89zKUXbVKVzUunAiEIB8LywuGSJbIxWSm5trJVFVdR1YP/wYK9aFklkuK1P22KtN1wfraKOHCBK9affe/1br31jbeuiEE79wfdv/fLWIw+uaG1ZdUVd5QYz5LyXKKMCI4Fk4iBl3uvvXDjvAxTzOXDoLAuto4ijOGJyUgpAQc67tvFWhsBpEieRQfCdZUWZoFAtl5Xv+qt9pVRhvRK689baysSxb+YArW+W6js//DF5z0wCGBEASXCcZ8nq2jiQOF7MpsVyWXWrGxubZ7Zni8n8dI7sldJxNkwjnWWxEIoBjJAUCAw6AXVTeefmbZ2kiTEGwOpIJBx3ddG03emiKOqun7sst8vlJFdqlGf29LHPbwUPKpIslfQemEkgC6GUECGwZ4HKAHHwfmV9fX1ru6wKcD4z0tkwGI2iNEvTVKPM4miQp0DBWbdsWhc6raUELsuyXraNMtbZODIacby21jbtbDZPIoyjFuaWPKWDofN6cjId55rjXCEg+YAAnjgwG40I4L2fzGcEEIJbWd9Qea+slsvpdBDhpYvbWb46r20Xggh0dndrc3314YMHAml1mOSp8ke2sFbHmjguy7KaT/rZEAOCQAKKsjQw1YvyeDY7uzreXd+qXTebLso2ZDvnq45U13ZkPSIwIiEaDT74ACJS0Xw2WTb1+Mw5YAjODowEkMuGhHFSyETg6mi8c+7pyWx253Amhe9n8UpucgMISdnWSoidtdXe9hiFqrrwcHLKzORCmmXsWDGgNg6Yg7dd3V9bg9621IVybcfEUgghhRKoEFvrGtf1k9RkvTSKA1O1mMfa9HopSw3S1J3tZblW0qP57vf+Yj47wQjOXzzngA5PF7kOWkA/MSWQVhJU9HhenRzcCxC8SIAYhe7lWSJQMiilojzRDMO1bYBIaa8QURnJgIFYMhADEzPDsqkDy5W1dWk0A0iUi8YLdHkKcZxRcBRl7/z0DaFpMMqtx2C72eTxwcO9a889aaRjYqPkZFFExgcOgzzNEnPrcMaMKIijaGdtK5VRnMSz+WmamdGwBwACE6G11koZE5koVjpGHSdpHiVZ1bgQKI5jALTOlXXlKSCKJDLeewE8m5xurK+1VXX06M7i6O7B7Q9S5C9/8UsoosVy2XVWIUdGl13DocuHqyLtDwd9qRQAe+cOT2cW2QNVnR2NB0LTZyOtnA+dd1JKpZU0CQqlI2Ftx4jjjXUWopzP2ToG8G0nDVnnjJRd1+7v74GMi/nUuVoo1dZFL8u3e5ndO1GIRgopsJea2WJR2TCVEhGVNHFMTd2UVZknKQJVTV1Vy15/x0TRrwKBgACMQCgRBQfqTo6mdVEM1zajLD18+NA2jZCoIgMEkdYheEtd1wbBzb1PbyALqZT31Fr7wccfPXhw/8L2eGd3k4hCsCQkIiAgBKqaTsexVkIr6Z2bLYp6vErWzZsKE9V0XucdA8h8uKakNiZWURSncWLk5OQ4SrKt3d3pZOKaWkkEQPK+ba2JYm0UQKgWM2Q3ylPvqGwdB87jaNSLxoNkOMxBSu8cM1jvqratG48gAgUOAZiIg0TZdE3jXC9NnriysbHVO7t7djjMnZ0qKYX3VmodK9WUxawoEOTG5na1XLTlQghh265pqhC8MYkna1vpwVvX2qpAxmEvHWWxVkAUUEtUsmpbF7w2CQgITOSpKpcCdRSpEAKQAsFaa8NwfDq9/rkrv/Ub16tqLqBDBNcVKu8NKJCUUknhCV1n4yym4HzXeue8JwkijpK6XioTxcYwBuc65DBaGRkh20WVKhDgPYvaegLlXIgiU3dWKkEQmGA06E+ns3nto9hoTVobqTQIBZ1/dHxSVeV4OBhlMQLHvTOyN9hqq9ZEESMYbZIkAmSlZNe1XdkYrVFAWRYoxGgwSozKNMUYVnr9v/vat42Qt2/eEiDa1nLwXWO3Nne//s2vHh4ce++lQgZoumCtizSwEF3b+eAFCyl1msbWujSNvv216+PRSAslTSJNrvq9xAWOsxQRjIkqZ10bnLCCKUm0dbaqa+DQ642arlgdJlc315rZMRp174Obh48PdCQ8ByUVERG5Yt7KoPtSRIkOiB2jS+O6bhfTRZrnqyurbduy9xKcZJWnJngi1md3doLq62wsZSLzwRozE0pm8s5X82WUxFKiArDOzudzgdDL0qJYOs9XL529MIyO9h5WVdEs53Vdz8uu7XznnPOktC6Lxc1PbuQxaLK7m1tRkszKqvO+rrvgg/M+jZOVUf/MmdUQ/HxZn91Ze+bqeU8w3HwG5cA5J5z3IRBAEAKVktIIokDMRVkXy8a7EBmzLIvOOgo06iVknfVBIiapPp4t7x2c1E0TxyZLTWvdomtcCIPBSALIwBe31wepZu8EADF1zlVlMRzkUWysa5ga7/y5zd3U8Afv/Xkx+VhgK6N8BAKyLMvilNkX5dx2nZCyLJZtVydp6sl3nVNCjEfZS08/2S7mk8U0jlTTctH6NEuuXNjd3R7nWYwCi7aLTLo+yolIorl8aXcyW955dBinSVPXwCLPkyhWXdc6Z5U0o2G/LE4TRWin3NWr402lpBgMhnGceIayqOqyYqI0y6RScWS0Fl3LWWwk8HjUS2ODWntrF5ZQxE+dP4dRlEY6hC41sUCR5XkWR842zFxWpWu7LDFADkhIKduuEyJH5EDMINumWRTdg/3Hrmm//IXnhytnj6cLlfZ6KjKBQ9c2ZVmGEELw1nZKGeDgfVBKIhMyW+uFlKPBECHqwIx6/dFgpGKTRnpRFkZFaZTVXUuu2ZtMAMSgFytl+lnaT5PaBqMw1tp35XIBSZr4DudFfXDygRbXrl2+uKi6h8enwyEpDsQgnHXBOUTQQrNzXdPESRpapuDjyEhUwdrFspgsiyvDQdzffObZpz79xQfW0c7uelkURiej4QhCR97//P1f1g4unDvfS9LV8eqtwwOhAANkSZInqmubsqxCgLrurlw4d/3a7heuXrpy4cJ4bfV4uihPD5SOY3IOBDJ89q0ZP5sfAYBBSskMgGwiUzfNvf2j589slMtKJdnO+QvVdNbv57ZtGLOVlZXQlHfv3P35h/d+4zd/vZeloglxltw/OLDBIbFUMgTo9/vQ2LpxgPCtV174m69+MRvFaTLQAFcvr83bVgilpBJKSvYExChlCL4tClu3IZCn4ENwgTrn67bbP37slVrpp1maj8bjixfPSylCCAioFMax/uTe/vlzl1555ddu3bh//tzG/f39T+8feA+RklkWmcywxMlkwSz+8T/49hee2zmzvT2+eD3dfoJ7w3mH+WhdKaGCJwAfyEujQuMQsO0aAoqiiIi6QMwsAJwLD/aPTsvmysXdzbUhjfL6+IRdQBZ11QiGOEm++Py1ZHV9ZbzS1/nOmbX/+X/fni4bKXWUaedBMJRtq6T8p//wtX/227/16b1fom+HkaoDCWOE4BCccl2LUgYCgcIG27RNYCKBznsiAgApBTAExACy7mhe29311Tsf3rn24jPV0clyOq+qYjKb3/mUNsajc2e3dp566t23f3Hl4mbj3cOjeetZuIAcAELgILV88YWn//6vvyKz0ZntZ9jZerKHSSyUhGiYGKUQASVGytiGbNMAOwYWIMj7ACBNFKkEyLe2ZQrBy4Oj6eefv9rbwHp5ooySppd4H1kv4zSK+1GUElO3bJ598vxbN24+OJxSACUpMqJqO0ahUO49nv/12+9/M0uy4Rnf65PUUW8FZEyArlsKEFKiDLat66UPjokQmEMAACUVQrCuJWalJACg4FlV6SwToUkSMBKM0LFKEp1EUidx0u8PbDU/vzXsjfo3Hx0WZeOdR8mBOwBCgZ5gsWhMPCiWy9PDe8gYZz2pMyliLaSRWkkpq7p2Td21NSCCkOAdIEkpPnstIEmYGKSIkzgEvr93UAXa3XlieHbrzvs3pgcn3nsTRYA46Ocb53eOD/e2VlYOpqcPjyZG6wbqzpGSCCitcyg4NubCpWc3z4wf7e3R/gEfHMa9XMVxU8yUJBWctU1DwXnfSamEQNSaHThnEVBpjSis7ZQ2JooQaVpUR/Pi0voaVV3e77mibQIzqJVe2svTXp6FfEjGvfveuwdHj+u6kVJG2qDU3jsARg62637807/suvObw91lOb/54E4aZVkSzeePY23kcO2MFMjEwCCVQpQhBGYiCszMDAjonBNKSWmUVs6HJE4+d+Fct2xkkkIIwYVE6X4/H22MlydTSeGoWHz/x288OpoEb9MkVkoyAzOGEBgZAFaH4tL27qi3+ng6mc2L2OjN0YqUQUqtgJkCCamVEc42FMJnkBpBoEApZde1UgoKoamLJIqEMJ/cuf+4pesvPAvs92xHDBRAabH95OXF3sFk/9E7Nz7ZP5kABW0UAzvnpDZSCMvgrQeDsY67tn7zvTeOT6d51Islnk4fG6PSWCup4stXnzi/vVmX5f379+7cvl2UFSIS/wp0CwEAQM4RccucZrqo6zq4rasXjm7ekwBJknhLg61xvj6a7T16eHj0xnsfdi4YJT0H8sQI5GwIZJ1XSpJnlNGiWdogAc2Ne7dOF+vr45XV0cAYI68889xXXv3yqy+/eOnc9vbmKjAdHk+s7YCZOQCAEIqJnfefAWTnuqTfu3BmY7uf53kuUAkQw7WV/sZ4fnTQHE1+8v4v3vr0dl3UTdswIEophHLBtZ0VKOPI1G37/NNX/97f/mavN1hbXcl6/UAQiOMkW1SdRJO5rgsMaRKvj0ejQa8qi4PDE+c9AkmphZCBAhFJpZRStm2FUYxycm/v5ke3ZNrrDQbzsnz06a2T23cn5fL7b755cjptqooIhFTE3DQtAq8OhkkUVW0z6A1e/vxT167sDPKe1jDs98arq0msk9goIZQI4e233iqXpflbX0/On8l62ZXL5/ePju/eexA8IQJRYCalBAIgotJ6Pjm9df9BuZzODvfj1/98mK801TJN5WhlhIk+ni2KRclMhGDQD/OEc5MP+t/46ssrw/7bH95WaP7G9c8x8GhtM7ODxenx5mqaXftcoPDw1scqSaIQ/N7+g5u3P+2aejSIz5499/IXaLksD/YPhQgAjAhCCETBDELISKiDh4+W86SXmMXiZO/xURQpWQqzmJWtXRSV9wEQrLeJMl9/6blnnnvSgx6PVwaDUdxbOdrfu3R24+zFK42z3Pkkijpq4/7I+frCtRdkf7QZAs0X89u3bi2KqtcfxlFMRMvlcjqbOudRgEANIIUAAGQkKVEItm1nbRBSKy2kUNZRWVdVVXfO+hAQ8czW2uUnzr/6lV/bPXc2zfIu4M/e/fgvfvzmxkr27JO7riub5dy5NkqSwfpZ0RuhNFFvJLP+uOtaEICARutAwAAr/b7WqmorpgAggFFJYCIiUlJksc4T46z3zrfOVk3TuVB3nXVOSg3Iknhra/yNr7704nPPRknKKI8nyx+98fOf/PQt27Zff+npPJKz2RQYQwhVVaZpqqPYNaVbTP4fhhOg/7paPPcAAAAASUVORK5CYII=\n","Myotis_lucifugus":"data:image/png;base64,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\n","Mus_musculus":"data:image/png;base64,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\n"}

module.exports = {
	ensembl_pics: pics,
};
},{}],3:[function(require,module,exports){
var apijs = require('tnt.api');
var tree = {};

tree.diagonal = function () {
    var d = function (diagonalPath) {
	var source = diagonalPath.source;
        var target = diagonalPath.target;
        var midpointX = (source.x + target.x) / 2;
        var midpointY = (source.y + target.y) / 2;
        var pathData = [source, {x: target.x, y: source.y}, target];
	pathData = pathData.map(d.projection());
	return d.path()(pathData, radial_calc.call(this,pathData))
    };

    var api = apijs (d)
	.getset ('projection')
	.getset ('path')
    
    var coordinateToAngle = function (coord, radius) {
      	var wholeAngle = 2 * Math.PI,
        quarterAngle = wholeAngle / 4
	
      	var coordQuad = coord[0] >= 0 ? (coord[1] >= 0 ? 1 : 2) : (coord[1] >= 0 ? 4 : 3),
        coordBaseAngle = Math.abs(Math.asin(coord[1] / radius))
	
      	// Since this is just based on the angle of the right triangle formed
      	// by the coordinate and the origin, each quad will have different 
      	// offsets
      	var coordAngle;
      	switch (coordQuad) {
      	case 1:
      	    coordAngle = quarterAngle - coordBaseAngle
      	    break
      	case 2:
      	    coordAngle = quarterAngle + coordBaseAngle
      	    break
      	case 3:
      	    coordAngle = 2*quarterAngle + quarterAngle - coordBaseAngle
      	    break
      	case 4:
      	    coordAngle = 3*quarterAngle + coordBaseAngle
      	}
      	return coordAngle
    };

    var radial_calc = function (pathData) {
	var src = pathData[0];
	var mid = pathData[1];
	var dst = pathData[2];
	var radius = Math.sqrt(src[0]*src[0] + src[1]*src[1]);
	var srcAngle = coordinateToAngle(src, radius);
	var midAngle = coordinateToAngle(mid, radius);
	var clockwise = Math.abs(midAngle - srcAngle) > Math.PI ? midAngle <= srcAngle : midAngle > srcAngle;
	return {
	    radius   : radius,
	    clockwise : clockwise
	};
    };

    return d;
};

// vertical diagonal for rect branches
tree.diagonal.vertical = function () {
    var path = function(pathData, obj) {
	var src = pathData[0];
	var mid = pathData[1];
	var dst = pathData[2];
	var radius = 200000; // Number long enough

	return "M" + src + " A" + [radius,radius] + " 0 0,0 " + mid + "M" + mid + "L" + dst; 
	
    };

    var projection = function(d) { 
	return [d.y, d.x];
    }

    return tree.diagonal()
      	.path(path)
      	.projection(projection);
};

tree.diagonal.radial = function () {
    var path = function(pathData, obj) {
      	var src = pathData[0];
      	var mid = pathData[1];
      	var dst = pathData[2];
	var radius = obj.radius;
	var clockwise = obj.clockwise;

	if (clockwise) {
	    return "M" + src + " A" + [radius,radius] + " 0 0,0 " + mid + "M" + mid + "L" + dst; 
	} else {
	    return "M" + mid + " A" + [radius,radius] + " 0 0,0 " + src + "M" + mid + "L" + dst;
	}

    };

    var projection = function(d) {
      	var r = d.y, a = (d.x - 90) / 180 * Math.PI;
      	return [r * Math.cos(a), r * Math.sin(a)];
    };

    return tree.diagonal()
      	.path(path)
      	.projection(projection)
};

module.exports = exports = tree.diagonal;

},{"tnt.api":14}],4:[function(require,module,exports){
if (typeof tnt === "undefined") {
    module.exports = tnt = {}
}
require("d3");
var eventsystem = require("biojs-events");
eventsystem.mixin(tnt);
tnt.utils = require("tnt.utils");
tnt.tooltip = require("tnt.tooltip");
tnt.tree = require("./treeWrapper.js");

d3.selection.prototype.selectAncestor = function(type) {

    type = type.toLowerCase();

    var selfNode = this.node();
    if (selfNode.parentNode === null) {
	console.log("No more parents");
	return undefined;
    }

    var tagName = selfNode.parentNode.tagName;

    if ((tagName !== undefined) && (tagName.toLowerCase() === type)) {
	return d3.select(selfNode.parentNode);
    } else {
	return d3.select(selfNode.parentNode).selectAncestor(type);
    }
};

},{"./treeWrapper.js":9,"biojs-events":10,"d3":13,"tnt.tooltip":18,"tnt.utils":22}],5:[function(require,module,exports){
var apijs = require("tnt.api");
var tree = {};

tree.label = function () {
"use strict";

    // TODO: Not sure if we should be removing by default prev labels
    // or it would be better to have a separate remove method called by the vis
    // on update
    // We also have the problem that we may be transitioning from
    // text to img labels and we need to remove the label of a different type
    var label = function (node, layout_type) {
	if (typeof (node) !== 'function') {
            throw(node);
        }

	label.display().call(this, node, layout_type)
	    .attr("class", "tnt_tree_label")
	    .attr("transform", function (d) {
		var t = label.transform()(node, layout_type);
		return "translate (" + t.translate[0] + " " + t.translate[1] + ")rotate(" + t.rotate + ")";
	    })
	// TODO: this click event is probably never fired since there is an onclick event in the node g element?
	    .on("click", function(){
		if (label.on_click() !== undefined) {
		    d3.event.stopPropagation();
		    label.on_click().call(this, node);
		}
	    });

    };

    var api = apijs (label)
	.getset ('width', function () { throw "Need a width callback" })
	.getset ('height', function () { throw "Need a height callback" })
	.getset ('display', function () { throw "Need a display callback" })
	.getset ('transform', function () { throw "Need a transform callback" })
	.getset ('on_click');

    return label;
};

// Text based labels
tree.label.text = function () {
    var label = tree.label();

    var api = apijs (label)
	.getset ('fontsize', 10)
	.getset ('color', "#000")
	.getset ('text', function (d) {
	    return d.data().name;
	})

    label.display (function (node, layout_type) {
	var l = d3.select(this)
	    .append("text")
	    .attr("text-anchor", function (d) {
		if (layout_type === "radial") {
		    return (d.x%360 < 180) ? "start" : "end";
		}
		return "start";
	    })
	    .text(function(){
		return label.text()(node)
	    })
	    .style('font-size', label.fontsize() + "px")
	    .style('fill', d3.functor(label.color())(node));

	return l;
    });

    label.transform (function (node, layout_type) {
	var d = node.data();
	var t = {
	    translate : [10, 5],
	    rotate : 0
	};
	if (layout_type === "radial") {
	    t.translate[1] = t.translate[1] - (d.x%360 < 180 ? 0 : label.fontsize())
	    t.rotate = (d.x%360 < 180 ? 0 : 180)
	}
	return t;
    });


    // label.transform (function (node) {
    // 	var d = node.data();
    // 	return "translate(10 5)rotate(" + (d.x%360 < 180 ? 0 : 180) + ")";
    // });

    label.width (function (node) {
	var svg = d3.select("body")
	    .append("svg")
	    .attr("height", 0)
	    .style('visibility', 'hidden');

	var text = svg
	    .append("text")
	    .style('font-size', label.fontsize() + "px")
	    .text(label.text()(node));

	var width = text.node().getBBox().width;
	svg.remove();

	return width;
    });

    label.height (function (node) {
	return label.fontsize();
    });

    return label;
};

// Image based labels
tree.label.img = function () {
    var label = tree.label();

    var api = apijs (label)
	.getset ('src', function () {})

    label.display (function (node, layout_type) {
	if (label.src()(node)) {
	    var l = d3.select(this)
		.append("image")
		.attr("width", label.width()())
		.attr("height", label.height()())
		.attr("xlink:href", label.src()(node));
	    return l;
	}
	// fallback text in case the img is not found?
	return d3.select(this)
	    .append("text")
	    .text("");
    });

    label.transform (function (node, layout_type) {
	var d = node.data();
	var t = {
	    translate : [10, (-label.height()() / 2)],
	    rotate : 0
	};
	if (layout_type === 'radial') {
	    t.translate[0] = t.translate[0] + (d.x%360 < 180 ? 0 : label.width()()),
	    t.translate[1] = t.translate[1] + (d.x%360 < 180 ? 0 : label.height()()),
	    t.rotate = (d.x%360 < 180 ? 0 : 180)
	}

	return t;
    });

    return label;
};

// Labels made of 2+ simple labels
tree.label.composite = function () {
    var labels = [];

    var label = function (node, layout_type) {
	var curr_xoffset = 0;

	for (var i=0; i<labels.length; i++) {
	    var display = labels[i];

	    (function (offset) {
		display.transform (function (node, layout_type) {
		    var tsuper = display._super_.transform()(node, layout_type);
		    var t = {
			translate : [offset + tsuper.translate[0], tsuper.translate[1]],
			rotate : tsuper.rotate
		    };
		    return t;
		})
	    })(curr_xoffset);

	    curr_xoffset += 10;
	    curr_xoffset += display.width()(node);

	    display.call(this, node, layout_type);
	}
    };

    var api = apijs (label)

    api.method ('add_label', function (display, node) {
	display._super_ = {};
	apijs (display._super_)
	    .get ('transform', display.transform());

	labels.push(display);
	return label;
    });
    
    api.method ('width', function () {
	return function (node) {
	    var tot_width = 0;
	    for (var i=0; i<labels.length; i++) {
		tot_width += parseInt(labels[i].width()(node));
		tot_width += parseInt(labels[i]._super_.transform()(node).translate[0]);
	    }

	    return tot_width;
	}
    });

    api.method ('height', function () {
	return function (node) {
	    var max_height = 0;
	    for (var i=0; i<labels.length; i++) {
		var curr_height = labels[i].height()(node);
		if ( curr_height > max_height) {
		    max_height = curr_height;
		}
	    }
	    return max_height;
	}
    });

    return label;
};

module.exports = exports = tree.label;



},{"tnt.api":14}],6:[function(require,module,exports){
// Based on the code by Ken-ichi Ueda in http://bl.ocks.org/kueda/1036776#d3.phylogram.js

var apijs = require("tnt.api");
var diagonal = require("./diagonal.js");
var tree = {};

tree.layout = function () {

    var l = function () {
    };

    var cluster = d3.layout.cluster()
	.sort(null)
	.value(function (d) {return d.length} )
	// .children(function (d) {return d.branchset})
	.separation(function () {return 1});

    var api = apijs (l)
	.getset ('scale', true)
	.getset ('max_leaf_label_width', 0)
	.method ("cluster", cluster)
	.method('yscale', function () {throw "yscale is not defined in the base object"})
	.method('adjust_cluster_size', function () {throw "adjust_cluster_size is not defined in the base object" })
	.method('width', function () {throw "width is not defined in the base object"})
	.method('height', function () {throw "height is not defined in the base object"});

    api.method('scale_branch_lengths', function (curr) {
	if (l.scale() === false) {
	    return
	}

	var nodes = curr.nodes;
	var tree = curr.tree;

	var root_dists = nodes.map (function (d) {
	    return d._root_dist;
	});

	var yscale = l.yscale(root_dists);
	tree.apply (function (node) {
	    node.property("y", yscale(node.root_dist()));
	});
    });

    return l;
};

tree.layout.vertical = function () {
    var layout = tree.layout();
    // Elements like 'labels' depend on the layout type. This exposes a way of identifying the layout type
    layout.type = "vertical";

    var api = apijs (layout)
	.getset ('width', 360)
	.get ('translate_vis', [20,20])
	.method ('diagonal', diagonal.vertical)
	.method ('transform_node', function (d) {
    	    return "translate(" + d.y + "," + d.x + ")";
	});

    api.method('height', function (params) {
    	return (params.n_leaves * params.label_height);
    }); 

    api.method('yscale', function (dists) {
    	return d3.scale.linear()
    	    .domain([0, d3.max(dists)])
    	    .range([0, layout.width() - 20 - layout.max_leaf_label_width()]);
    });

    api.method('adjust_cluster_size', function (params) {
    	var h = layout.height(params);
    	var w = layout.width() - layout.max_leaf_label_width() - layout.translate_vis()[0] - params.label_padding;
    	layout.cluster.size ([h,w]);
    	return layout;
    });

    return layout;
};

tree.layout.radial = function () {
    var layout = tree.layout();
    // Elements like 'labels' depend on the layout type. This exposes a way of identifying the layout type
    layout.type = 'radial';

    var default_width = 360;
    var r = default_width / 2;

    var conf = {
    	width : 360
    };

    var api = apijs (layout)
	.getset (conf)
	.getset ('translate_vis', [r, r]) // TODO: 1.3 should be replaced by a sensible value
	.method ('transform_node', function (d) {
	    return "rotate(" + (d.x - 90) + ")translate(" + d.y + ")";
	})
	.method ('diagonal', diagonal.radial)
	.method ('height', function () { return conf.width });

    // Changes in width affect changes in r
    layout.width.transform (function (val) {
    	r = val / 2;
    	layout.cluster.size([360, r])
    	layout.translate_vis([r, r]);
    	return val;
    });

    api.method ("yscale",  function (dists) {
	return d3.scale.linear()
	    .domain([0,d3.max(dists)])
	    .range([0, r]);
    });

    api.method ("adjust_cluster_size", function (params) {
	var r = (layout.width()/2) - layout.max_leaf_label_width() - 20
	layout.cluster.size([360, r]);
	return layout;
    });

    return layout;
};

module.exports = exports = tree.layout;

},{"./diagonal.js":3,"tnt.api":14}],7:[function(require,module,exports){
var apijs = require("tnt.api");
var tree = {};

tree.node_display = function () {
    "use strict";

    var n = function (node) {
	n.display().call(this, node)
    };

    var api = apijs (n)
	.getset("size", 4.5)
	.getset("fill", "black")
	.getset("stroke", "black")
	.getset("stroke_width", "1px")
	.getset("display", function () {throw "display is not defined in the base object"});

    return n;
};

tree.node_display.circle = function () {
    var n = tree.node_display();

    n.display (function (node) {
	d3.select(this)
	    .append("circle")
	    .attr("r", function (d) {
		return d3.functor(n.size())(node);
	    })
	    .attr("fill", function (d) {
		return d3.functor(n.fill())(node);
	    })
	    .attr("stroke", function (d) {
		return d3.functor(n.stroke())(node);
	    })
	    .attr("stroke-width", function (d) {
		return d3.functor(n.stroke_width())(node);
	    })
    });

    return n;
};

tree.node_display.square = function () {
    var n = tree.node_display();

    n.display (function (node) {
	var s = d3.functor(n.size())(node);
	d3.select(this)
	    .append("rect")
	    .attr("x", function (d) {
		return -s
	    })
	    .attr("y", function (d) {
		return -s;
	    })
	    .attr("width", function (d) {
		return s*2;
	    })
	    .attr("height", function (d) {
		return s*2;
	    })
	    .attr("fill", function (d) {
		return d3.functor(n.fill())(node);
	    })
	    .attr("stroke", function (d) {
		return d3.functor(n.stroke())(node);
	    })
	    .attr("stroke-width", function (d) {
		return d3.functor(n.stroke_width())(node);
	    })
    });

    return n;
};

tree.node_display.triangle = function () {
    var n = tree.node_display();

    n.display (function (node) {
	var s = d3.functor(n.size())(node);
	d3.select(this)
	    .append("polygon")
	    .attr("points", (-s) + ",0 " + s + "," + (-s) + " " + s + "," + s)
	    .attr("fill", function (d) {
		return d3.functor(n.fill())(node);
	    })
	    .attr("stroke", function (d) {
		return d3.functor(n.stroke())(node);
	    })
	    .attr("stroke-width", function (d) {
		return d3.functor(n.stroke_width())(node);
	    })
    });

    return n;
};

tree.node_display.cond = function () {
    var n = tree.node_display();

    // conditions are objects with
    // name : a name for this display
    // callback: the condition to apply (receives a tnt.node)
    // display: a node_display
    var conds = [];

    n.display (function (node) {
	var s = d3.functor(n.size())(node);
	for (var i=0; i<conds.length; i++) {
	    var cond = conds[i];
	    // For each node, the first condition met is used
	    if (cond.callback.call(this, node) === true) {
		cond.display.call(this, node)
		break;
	    }
	}
    })

    var api = apijs(n);

    api.method("add", function (name, cbak, node_display) {
	conds.push({ name : name,
		     callback : cbak,
		     display : node_display
		   });
	return n;
    });

    api.method("reset", function () {
	conds = [];
	return n;
    });

    api.method("update", function (name, cbak, new_display) {
	for (var i=0; i<conds.length; i++) {
	    if (conds[i].name === name) {
		conds[i].callback = cbak;
		conds[i].display = new_display;
	    }
	}
	return n;
    });

    return n;

};

module.exports = exports = tree.node_display;

},{"tnt.api":14}],8:[function(require,module,exports){
var apijs = require("tnt.api");

tnt.tree = function () {
    "use strict";

    var conf = {
	duration         : 500,      // Duration of the transitions
	node_display     : tnt.tree.node_display.circle(),
	label            : tnt.tree.label.text(),
	layout           : tnt.tree.layout.vertical(),
	on_click         : function () {},
	on_dbl_click     : function () {},
	on_mouseover     : function () {},
	link_color       : 'black',
	id               : "_id"
    };

    // Keep track of the focused node
    // TODO: Would it be better to have multiple focused nodes? (ie use an array)
    var focused_node;

    // Extra delay in the transitions (TODO: Needed?)
    var delay = 0;

    // Ease of the transitions
    var ease = "cubic-in-out";

    // By node data
    var sp_counts = {};
 
    var scale = false;

    // The id of the tree container
    var div_id;

    // The tree visualization (svg)
    var svg;
    var vis;

    // TODO: For now, counts are given only for leaves
    // but it may be good to allow counts for internal nodes
    var counts = {};

    // The full tree
    var base = {
	tree : undefined,
	data : undefined,	
	nodes : undefined,
	links : undefined
    };

    // The curr tree. Needed to re-compute the links / nodes positions of subtrees
    var curr = {
	tree : undefined,
	data : undefined,
	nodes : undefined,
	links : undefined
    };

    // The cbak returned
    var tree = function (div) {
	div_id = d3.select(div).attr("id");

        var tree_div = d3.select(div)
            .append("div")
	    .style("width", (conf.layout.width() +  "px"))
	    .attr("class", "tnt_groupDiv");

	var cluster = conf.layout.cluster;

	var n_leaves = curr.tree.get_all_leaves().length;

	var max_leaf_label_length = function (tree) {
	    var max = 0;
	    var leaves = tree.get_all_leaves();
	    for (var i=0; i<leaves.length; i++) {
		var label_width = conf.label.width()(leaves[i]);
		if (label_width > max) {
		    max = label_width;
		}
	    }
	    return max;
	};


	var max_label_length = max_leaf_label_length(curr.tree);
	conf.layout.max_leaf_label_width(max_label_length);

	// Cluster size is the result of...
	// total width of the vis - transform for the tree - max_leaf_label_width - horizontal transform of the label
	// TODO: Substitute 15 by the horizontal transform of the nodes
	var cluster_size_params = {
	    n_leaves : n_leaves,
	    label_height : d3.functor(conf.label.height())(),
	    label_padding : 15
	};

	conf.layout.adjust_cluster_size(cluster_size_params);

	var diagonal = conf.layout.diagonal();
	var transform = conf.layout.transform_node;

	svg = tree_div
	    .append("svg")
	    .attr("width", conf.layout.width())
	    .attr("height", conf.layout.height(cluster_size_params) + 30)
	    .attr("fill", "none");

	vis = svg
	    .append("g")
	    .attr("id", "tnt_st_" + div_id)
	    .attr("transform",
		  "translate(" +
		  conf.layout.translate_vis()[0] +
		  "," +
		  conf.layout.translate_vis()[1] +
		  ")");

	curr.nodes = cluster.nodes(curr.data);
	conf.layout.scale_branch_lengths(curr);
	curr.links = cluster.links(curr.nodes);

	// LINKS
	var link = vis.selectAll("path.tnt_tree_link")
	    .data(curr.links, function(d){return d.target[conf.id]});
	
	link
	    .enter()
	    .append("path")
	    .attr("class", "tnt_tree_link")
	    .attr("id", function(d) {
	    	return "tnt_tree_link_" + div_id + "_" + d.target._id;
	    })
	    .style("stroke", function (d) {
		return d3.functor(conf.link_color)(tnt.tree.node(d.source), tnt.tree.node(d.target));
	    })
	    .attr("d", diagonal);	    

	// NODES
	var node = vis.selectAll("g.tnt_tree_node")
	    .data(curr.nodes, function(d) {return d[conf.id]});

	var new_node = node
	    .enter().append("g")
	    .attr("class", function(n) {
		if (n.children) {
		    if (n.depth == 0) {
			return "root tnt_tree_node"
		    } else {
			return "inner tnt_tree_node"
		    }
		} else {
		    return "leaf tnt_tree_node"
		}
	    })
	    .attr("id", function(d) {
		return "tnt_tree_node_" + div_id + "_" + d._id
	    })
	    .attr("transform", transform);

	// display node shape
	new_node
	    .each (function (d) {
		conf.node_display.call(this, tnt.tree.node(d))
	    });

	// display node label
	new_node
	    .each (function (d) {
	    	conf.label.call(this, tnt.tree.node(d), conf.layout.type);
	    });

	new_node.on("click", function (node) {
	    conf.on_click.call(this, tnt.tree.node(node));

		tnt.trigger("node:click",tnt.tree.node(node));
	});

	new_node.on("mouseenter", function (node) {
	    conf.on_mouseover.call(this, tnt.tree.node(node));

		tnt.trigger("node:hover",tnt.tree.node(node));
	});

	new_node.on("dblclick", function (node) {
	    conf.on_dbl_click.call(this, tnt.tree.node(node));

		tnt.trigger("node:dblclick",tnt.tree.node(node));
	});


	// Update plots an updated tree
	api.method ('update', function() {
	    tree_div
		.style("width", (conf.layout.width() + "px"));
	    svg.attr("width", conf.layout.width());

	    var cluster = conf.layout.cluster;
	    var diagonal = conf.layout.diagonal();
	    var transform = conf.layout.transform_node;

	    var max_label_length = max_leaf_label_length(curr.tree);
	    conf.layout.max_leaf_label_width(max_label_length);

	    // Cluster size is the result of...
	    // total width of the vis - transform for the tree - max_leaf_label_width - horizontal transform of the label
	// TODO: Substitute 15 by the transform of the nodes (probably by selecting one node assuming all the nodes have the same transform
	    var n_leaves = curr.tree.get_all_leaves().length;
	    var cluster_size_params = {
		n_leaves : n_leaves,
		label_height : d3.functor(conf.label.height())(),
		label_padding : 15
	    };
	    conf.layout.adjust_cluster_size(cluster_size_params);

	    svg
		.transition()
		.duration(conf.duration)
		.ease(ease)
		.attr("height", conf.layout.height(cluster_size_params) + 30); // height is in the layout

	    vis
		.transition()
		.duration(conf.duration)
		.attr("transform",
		      "translate(" +
		      conf.layout.translate_vis()[0] +
		      "," +
		      conf.layout.translate_vis()[1] +
		      ")");
	    
	    curr.nodes = cluster.nodes(curr.data);
	    conf.layout.scale_branch_lengths(curr);
	    curr.links = cluster.links(curr.nodes);

            // NODES
	    var node = vis.selectAll("g.tnt_tree_node")
		.data(curr.nodes, function(d) {return d[conf.id]});

	    // LINKS
	    var link = vis.selectAll("path.tnt_tree_link")
		.data(curr.links, function(d){return d.target[conf.id]});

	    var exit_link = link
		.exit()
		.remove();

	    link
		.enter()
		.append("path")
		.attr("class", "tnt_tree_link")
		.attr("id", function (d) {
		    return "tnt_tree_link_" + div_id + "_" + d.target._id;
		})
		.attr("stroke", function (d) {
		    return d3.functor(conf.link_color)(tnt.tree.node(d.source), tnt.tree.node(d.target));
		})
		.attr("d", diagonal);

	    link
	    	.transition()
		.ease(ease)
	    	.duration(conf.duration)
	    	.attr("d", diagonal);


	    // Nodes
	    var new_node = node
		.enter()
		.append("g")
		.attr("class", function(n) {
		    if (n.children) {
			if (n.depth == 0) {
			    return "root tnt_tree_node"
			} else {
			    return "inner tnt_tree_node"
			}
		    } else {
			return "leaf tnt_tree_node"
		    }
		})
		.attr("id", function (d) {
		    return "tnt_tree_node_" + div_id + "_" + d._id;
		})
		.attr("transform", transform);
   
	    // Exiting nodes are just removed
	    node
		.exit()
		.remove();

	    new_node.on("click", function (node) {
		conf.on_click.call(this, tnt.tree.node(node));

		tnt.trigger("node:click",tnt.tree.node(node));
	    });

	    new_node.on("mouseenter", function (node) {
		conf.on_mouseover.call(this, tnt.tree.node(node));

		tnt.trigger("node:hover",tnt.tree.node(node));
	    });

	    new_node.on("dblclick", function (node) {
		conf.on_dbl_click.call(this, tnt.tree.node(node));

		tnt.trigger("node:dblclick",tnt.tree.node(node));
	    });


	    // We need to re-create all the nodes again in case they have changed lively (or the layout)
	    node.selectAll("*").remove();
	    node
		    .each(function (d) {
			conf.node_display.call(this, tnt.tree.node(d))
		    });

	    // We need to re-create all the labels again in case they have changed lively (or the layout)
	    node
		    .each (function (d) {
			conf.label.call(this, tnt.tree.node(d), conf.layout.type);
		    });

	    node
		.transition()
		.ease(ease)
		.duration(conf.duration)
		.attr("transform", transform);

	});
    };

    // API
    var api = apijs (tree)
	.getset (conf)

    // TODO: Rewrite data using getset / finalizers & transforms
    api.method ('data', function (d) {
	if (!arguments.length) {
	    return base.data;
	}

	// The original data is stored as the base and curr data
	base.data = d;
	curr.data = d;

	// Set up a new tree based on the data
	var newtree = tnt.tree.node(base.data);

	tree.root(newtree);

	tnt.trigger("data:hasChanged", base.data);

	return tree;
    });

    // TODO: Rewrite tree using getset / finalizers & transforms
    api.method ('root', function (t) {
    	if (!arguments.length) {
    	    return curr.tree;
    	}

	// The original tree is stored as the base, prev and curr tree
    	base.tree = t;
	curr.tree = base.tree;
//	prev.tree = base.tree;
    	return tree;
    });

    api.method ('subtree', function (curr_nodes) {
	var subtree = base.tree.subtree(curr_nodes);
	curr.data = subtree.data();
	curr.tree = subtree;

	return tree;
    });

    api.method ('focus_node', function (node) {
	// find 
	var found_node = tree.root().find_node_by_field(node.id(), '_id');
	focused_node = found_node
	tree.subtree(found_node.get_all_leaves());

	return tree;
    });

    api.method ('has_focus', function (node) {
	return ((focused_node !== undefined) && (focused_node.id() === node.id()));
    });

    api.method ('release_focus', function () {
	tree.data (base.data);
	focused_node = undefined;
	return tree;
    });


    // api.method ('tooltip', function () {
    // 	// var tooltip = tnt.tooltip().type("table");
    // 	var tree_tooltip = function (node) {
    // 	    node = node.data();
    // 	    var obj = {};
    // 	    obj.header = "Name: " + node.name;
    // 	    obj.rows = [];
    // 	    obj.rows.push({
    // 		label : "_id",
    // 		value : node._id
    // 	    });
    // 	    obj.rows.push({
    // 		label : "Depth",
    // 		value : node.depth
    // 	    });
    // 	    obj.rows.push({
    // 		label : "Length",
    // 		value : node.branch_length
    // 	    });
    // 	    obj.rows.push({
    // 		label : "N.Children",
    // 		value : node.children ? node.children.length : 0
    // 	    });
	    
    // 	    tnt.tooltip.table()
    // 		.call(this, obj);
    // 	};

    // 	return tree_tooltip;
    // });

    return tree;
};

module.exports = exports = tnt.tree;

},{"tnt.api":14}],9:[function(require,module,exports){
var tree = require ("./tree.js");
tree.label = require("./label.js");
tree.diagonal = require("./diagonal.js");
tree.layout = require("./layout.js");
tree.node_display = require("./node_display.js");
tree.node = require("tnt.tree.node");
tree.parse_newick = require("tnt.newick").parse_newick;
tree.parse_nhx = require("tnt.newick").parse_nhx;

module.exports = exports = tree;


},{"./diagonal.js":3,"./label.js":5,"./layout.js":6,"./node_display.js":7,"./tree.js":8,"tnt.newick":16,"tnt.tree.node":20}],10:[function(require,module,exports){
var events = require("backbone-events-standalone");

events.onAll = function(callback,context){
  this.on("all", callback,context);
  return this;
};

// Mixin utility
events.oldMixin = events.mixin;
events.mixin = function(proto) {
  events.oldMixin(proto);
  // add custom onAll
  var exports = ['onAll'];
  for(var i=0; i < exports.length;i++){
    var name = exports[i];
    proto[name] = this[name];
  }
  return proto;
};

module.exports = events;

},{"backbone-events-standalone":12}],11:[function(require,module,exports){
/**
 * Standalone extraction of Backbone.Events, no external dependency required.
 * Degrades nicely when Backone/underscore are already available in the current
 * global context.
 *
 * Note that docs suggest to use underscore's `_.extend()` method to add Events
 * support to some given object. A `mixin()` method has been added to the Events
 * prototype to avoid using underscore for that sole purpose:
 *
 *     var myEventEmitter = BackboneEvents.mixin({});
 *
 * Or for a function constructor:
 *
 *     function MyConstructor(){}
 *     MyConstructor.prototype.foo = function(){}
 *     BackboneEvents.mixin(MyConstructor.prototype);
 *
 * (c) 2009-2013 Jeremy Ashkenas, DocumentCloud Inc.
 * (c) 2013 Nicolas Perriault
 */
/* global exports:true, define, module */
(function() {
  var root = this,
      nativeForEach = Array.prototype.forEach,
      hasOwnProperty = Object.prototype.hasOwnProperty,
      slice = Array.prototype.slice,
      idCounter = 0;

  // Returns a partial implementation matching the minimal API subset required
  // by Backbone.Events
  function miniscore() {
    return {
      keys: Object.keys || function (obj) {
        if (typeof obj !== "object" && typeof obj !== "function" || obj === null) {
          throw new TypeError("keys() called on a non-object");
        }
        var key, keys = [];
        for (key in obj) {
          if (obj.hasOwnProperty(key)) {
            keys[keys.length] = key;
          }
        }
        return keys;
      },

      uniqueId: function(prefix) {
        var id = ++idCounter + '';
        return prefix ? prefix + id : id;
      },

      has: function(obj, key) {
        return hasOwnProperty.call(obj, key);
      },

      each: function(obj, iterator, context) {
        if (obj == null) return;
        if (nativeForEach && obj.forEach === nativeForEach) {
          obj.forEach(iterator, context);
        } else if (obj.length === +obj.length) {
          for (var i = 0, l = obj.length; i < l; i++) {
            iterator.call(context, obj[i], i, obj);
          }
        } else {
          for (var key in obj) {
            if (this.has(obj, key)) {
              iterator.call(context, obj[key], key, obj);
            }
          }
        }
      },

      once: function(func) {
        var ran = false, memo;
        return function() {
          if (ran) return memo;
          ran = true;
          memo = func.apply(this, arguments);
          func = null;
          return memo;
        };
      }
    };
  }

  var _ = miniscore(), Events;

  // Backbone.Events
  // ---------------

  // A module that can be mixed in to *any object* in order to provide it with
  // custom events. You may bind with `on` or remove with `off` callback
  // functions to an event; `trigger`-ing an event fires all callbacks in
  // succession.
  //
  //     var object = {};
  //     _.extend(object, Backbone.Events);
  //     object.on('expand', function(){ alert('expanded'); });
  //     object.trigger('expand');
  //
  Events = {

    // Bind an event to a `callback` function. Passing `"all"` will bind
    // the callback to all events fired.
    on: function(name, callback, context) {
      if (!eventsApi(this, 'on', name, [callback, context]) || !callback) return this;
      this._events || (this._events = {});
      var events = this._events[name] || (this._events[name] = []);
      events.push({callback: callback, context: context, ctx: context || this});
      return this;
    },

    // Bind an event to only be triggered a single time. After the first time
    // the callback is invoked, it will be removed.
    once: function(name, callback, context) {
      if (!eventsApi(this, 'once', name, [callback, context]) || !callback) return this;
      var self = this;
      var once = _.once(function() {
        self.off(name, once);
        callback.apply(this, arguments);
      });
      once._callback = callback;
      return this.on(name, once, context);
    },

    // Remove one or many callbacks. If `context` is null, removes all
    // callbacks with that function. If `callback` is null, removes all
    // callbacks for the event. If `name` is null, removes all bound
    // callbacks for all events.
    off: function(name, callback, context) {
      var retain, ev, events, names, i, l, j, k;
      if (!this._events || !eventsApi(this, 'off', name, [callback, context])) return this;
      if (!name && !callback && !context) {
        this._events = {};
        return this;
      }

      names = name ? [name] : _.keys(this._events);
      for (i = 0, l = names.length; i < l; i++) {
        name = names[i];
        if (events = this._events[name]) {
          this._events[name] = retain = [];
          if (callback || context) {
            for (j = 0, k = events.length; j < k; j++) {
              ev = events[j];
              if ((callback && callback !== ev.callback && callback !== ev.callback._callback) ||
                  (context && context !== ev.context)) {
                retain.push(ev);
              }
            }
          }
          if (!retain.length) delete this._events[name];
        }
      }

      return this;
    },

    // Trigger one or many events, firing all bound callbacks. Callbacks are
    // passed the same arguments as `trigger` is, apart from the event name
    // (unless you're listening on `"all"`, which will cause your callback to
    // receive the true name of the event as the first argument).
    trigger: function(name) {
      if (!this._events) return this;
      var args = slice.call(arguments, 1);
      if (!eventsApi(this, 'trigger', name, args)) return this;
      var events = this._events[name];
      var allEvents = this._events.all;
      if (events) triggerEvents(events, args);
      if (allEvents) triggerEvents(allEvents, arguments);
      return this;
    },

    // Tell this object to stop listening to either specific events ... or
    // to every object it's currently listening to.
    stopListening: function(obj, name, callback) {
      var listeners = this._listeners;
      if (!listeners) return this;
      var deleteListener = !name && !callback;
      if (typeof name === 'object') callback = this;
      if (obj) (listeners = {})[obj._listenerId] = obj;
      for (var id in listeners) {
        listeners[id].off(name, callback, this);
        if (deleteListener) delete this._listeners[id];
      }
      return this;
    }

  };

  // Regular expression used to split event strings.
  var eventSplitter = /\s+/;

  // Implement fancy features of the Events API such as multiple event
  // names `"change blur"` and jQuery-style event maps `{change: action}`
  // in terms of the existing API.
  var eventsApi = function(obj, action, name, rest) {
    if (!name) return true;

    // Handle event maps.
    if (typeof name === 'object') {
      for (var key in name) {
        obj[action].apply(obj, [key, name[key]].concat(rest));
      }
      return false;
    }

    // Handle space separated event names.
    if (eventSplitter.test(name)) {
      var names = name.split(eventSplitter);
      for (var i = 0, l = names.length; i < l; i++) {
        obj[action].apply(obj, [names[i]].concat(rest));
      }
      return false;
    }

    return true;
  };

  // A difficult-to-believe, but optimized internal dispatch function for
  // triggering events. Tries to keep the usual cases speedy (most internal
  // Backbone events have 3 arguments).
  var triggerEvents = function(events, args) {
    var ev, i = -1, l = events.length, a1 = args[0], a2 = args[1], a3 = args[2];
    switch (args.length) {
      case 0: while (++i < l) (ev = events[i]).callback.call(ev.ctx); return;
      case 1: while (++i < l) (ev = events[i]).callback.call(ev.ctx, a1); return;
      case 2: while (++i < l) (ev = events[i]).callback.call(ev.ctx, a1, a2); return;
      case 3: while (++i < l) (ev = events[i]).callback.call(ev.ctx, a1, a2, a3); return;
      default: while (++i < l) (ev = events[i]).callback.apply(ev.ctx, args);
    }
  };

  var listenMethods = {listenTo: 'on', listenToOnce: 'once'};

  // Inversion-of-control versions of `on` and `once`. Tell *this* object to
  // listen to an event in another object ... keeping track of what it's
  // listening to.
  _.each(listenMethods, function(implementation, method) {
    Events[method] = function(obj, name, callback) {
      var listeners = this._listeners || (this._listeners = {});
      var id = obj._listenerId || (obj._listenerId = _.uniqueId('l'));
      listeners[id] = obj;
      if (typeof name === 'object') callback = this;
      obj[implementation](name, callback, this);
      return this;
    };
  });

  // Aliases for backwards compatibility.
  Events.bind   = Events.on;
  Events.unbind = Events.off;

  // Mixin utility
  Events.mixin = function(proto) {
    var exports = ['on', 'once', 'off', 'trigger', 'stopListening', 'listenTo',
                   'listenToOnce', 'bind', 'unbind'];
    _.each(exports, function(name) {
      proto[name] = this[name];
    }, this);
    return proto;
  };

  // Export Events as BackboneEvents depending on current context
  if (typeof exports !== 'undefined') {
    if (typeof module !== 'undefined' && module.exports) {
      exports = module.exports = Events;
    }
    exports.BackboneEvents = Events;
  }else if (typeof define === "function") {
    define(function() {
      return Events;
    });
  } else {
    root.BackboneEvents = Events;
  }
})(this);

},{}],12:[function(require,module,exports){
module.exports = require('./backbone-events-standalone');

},{"./backbone-events-standalone":11}],13:[function(require,module,exports){
!function() {
  var d3 = {
    version: "3.5.5"
  };
  var d3_arraySlice = [].slice, d3_array = function(list) {
    return d3_arraySlice.call(list);
  };
  var d3_document = this.document;
  function d3_documentElement(node) {
    return node && (node.ownerDocument || node.document || node).documentElement;
  }
  function d3_window(node) {
    return node && (node.ownerDocument && node.ownerDocument.defaultView || node.document && node || node.defaultView);
  }
  if (d3_document) {
    try {
      d3_array(d3_document.documentElement.childNodes)[0].nodeType;
    } catch (e) {
      d3_array = function(list) {
        var i = list.length, array = new Array(i);
        while (i--) array[i] = list[i];
        return array;
      };
    }
  }
  if (!Date.now) Date.now = function() {
    return +new Date();
  };
  if (d3_document) {
    try {
      d3_document.createElement("DIV").style.setProperty("opacity", 0, "");
    } catch (error) {
      var d3_element_prototype = this.Element.prototype, d3_element_setAttribute = d3_element_prototype.setAttribute, d3_element_setAttributeNS = d3_element_prototype.setAttributeNS, d3_style_prototype = this.CSSStyleDeclaration.prototype, d3_style_setProperty = d3_style_prototype.setProperty;
      d3_element_prototype.setAttribute = function(name, value) {
        d3_element_setAttribute.call(this, name, value + "");
      };
      d3_element_prototype.setAttributeNS = function(space, local, value) {
        d3_element_setAttributeNS.call(this, space, local, value + "");
      };
      d3_style_prototype.setProperty = function(name, value, priority) {
        d3_style_setProperty.call(this, name, value + "", priority);
      };
    }
  }
  d3.ascending = d3_ascending;
  function d3_ascending(a, b) {
    return a < b ? -1 : a > b ? 1 : a >= b ? 0 : NaN;
  }
  d3.descending = function(a, b) {
    return b < a ? -1 : b > a ? 1 : b >= a ? 0 : NaN;
  };
  d3.min = function(array, f) {
    var i = -1, n = array.length, a, b;
    if (arguments.length === 1) {
      while (++i < n) if ((b = array[i]) != null && b >= b) {
        a = b;
        break;
      }
      while (++i < n) if ((b = array[i]) != null && a > b) a = b;
    } else {
      while (++i < n) if ((b = f.call(array, array[i], i)) != null && b >= b) {
        a = b;
        break;
      }
      while (++i < n) if ((b = f.call(array, array[i], i)) != null && a > b) a = b;
    }
    return a;
  };
  d3.max = function(array, f) {
    var i = -1, n = array.length, a, b;
    if (arguments.length === 1) {
      while (++i < n) if ((b = array[i]) != null && b >= b) {
        a = b;
        break;
      }
      while (++i < n) if ((b = array[i]) != null && b > a) a = b;
    } else {
      while (++i < n) if ((b = f.call(array, array[i], i)) != null && b >= b) {
        a = b;
        break;
      }
      while (++i < n) if ((b = f.call(array, array[i], i)) != null && b > a) a = b;
    }
    return a;
  };
  d3.extent = function(array, f) {
    var i = -1, n = array.length, a, b, c;
    if (arguments.length === 1) {
      while (++i < n) if ((b = array[i]) != null && b >= b) {
        a = c = b;
        break;
      }
      while (++i < n) if ((b = array[i]) != null) {
        if (a > b) a = b;
        if (c < b) c = b;
      }
    } else {
      while (++i < n) if ((b = f.call(array, array[i], i)) != null && b >= b) {
        a = c = b;
        break;
      }
      while (++i < n) if ((b = f.call(array, array[i], i)) != null) {
        if (a > b) a = b;
        if (c < b) c = b;
      }
    }
    return [ a, c ];
  };
  function d3_number(x) {
    return x === null ? NaN : +x;
  }
  function d3_numeric(x) {
    return !isNaN(x);
  }
  d3.sum = function(array, f) {
    var s = 0, n = array.length, a, i = -1;
    if (arguments.length === 1) {
      while (++i < n) if (d3_numeric(a = +array[i])) s += a;
    } else {
      while (++i < n) if (d3_numeric(a = +f.call(array, array[i], i))) s += a;
    }
    return s;
  };
  d3.mean = function(array, f) {
    var s = 0, n = array.length, a, i = -1, j = n;
    if (arguments.length === 1) {
      while (++i < n) if (d3_numeric(a = d3_number(array[i]))) s += a; else --j;
    } else {
      while (++i < n) if (d3_numeric(a = d3_number(f.call(array, array[i], i)))) s += a; else --j;
    }
    if (j) return s / j;
  };
  d3.quantile = function(values, p) {
    var H = (values.length - 1) * p + 1, h = Math.floor(H), v = +values[h - 1], e = H - h;
    return e ? v + e * (values[h] - v) : v;
  };
  d3.median = function(array, f) {
    var numbers = [], n = array.length, a, i = -1;
    if (arguments.length === 1) {
      while (++i < n) if (d3_numeric(a = d3_number(array[i]))) numbers.push(a);
    } else {
      while (++i < n) if (d3_numeric(a = d3_number(f.call(array, array[i], i)))) numbers.push(a);
    }
    if (numbers.length) return d3.quantile(numbers.sort(d3_ascending), .5);
  };
  d3.variance = function(array, f) {
    var n = array.length, m = 0, a, d, s = 0, i = -1, j = 0;
    if (arguments.length === 1) {
      while (++i < n) {
        if (d3_numeric(a = d3_number(array[i]))) {
          d = a - m;
          m += d / ++j;
          s += d * (a - m);
        }
      }
    } else {
      while (++i < n) {
        if (d3_numeric(a = d3_number(f.call(array, array[i], i)))) {
          d = a - m;
          m += d / ++j;
          s += d * (a - m);
        }
      }
    }
    if (j > 1) return s / (j - 1);
  };
  d3.deviation = function() {
    var v = d3.variance.apply(this, arguments);
    return v ? Math.sqrt(v) : v;
  };
  function d3_bisector(compare) {
    return {
      left: function(a, x, lo, hi) {
        if (arguments.length < 3) lo = 0;
        if (arguments.length < 4) hi = a.length;
        while (lo < hi) {
          var mid = lo + hi >>> 1;
          if (compare(a[mid], x) < 0) lo = mid + 1; else hi = mid;
        }
        return lo;
      },
      right: function(a, x, lo, hi) {
        if (arguments.length < 3) lo = 0;
        if (arguments.length < 4) hi = a.length;
        while (lo < hi) {
          var mid = lo + hi >>> 1;
          if (compare(a[mid], x) > 0) hi = mid; else lo = mid + 1;
        }
        return lo;
      }
    };
  }
  var d3_bisect = d3_bisector(d3_ascending);
  d3.bisectLeft = d3_bisect.left;
  d3.bisect = d3.bisectRight = d3_bisect.right;
  d3.bisector = function(f) {
    return d3_bisector(f.length === 1 ? function(d, x) {
      return d3_ascending(f(d), x);
    } : f);
  };
  d3.shuffle = function(array, i0, i1) {
    if ((m = arguments.length) < 3) {
      i1 = array.length;
      if (m < 2) i0 = 0;
    }
    var m = i1 - i0, t, i;
    while (m) {
      i = Math.random() * m-- | 0;
      t = array[m + i0], array[m + i0] = array[i + i0], array[i + i0] = t;
    }
    return array;
  };
  d3.permute = function(array, indexes) {
    var i = indexes.length, permutes = new Array(i);
    while (i--) permutes[i] = array[indexes[i]];
    return permutes;
  };
  d3.pairs = function(array) {
    var i = 0, n = array.length - 1, p0, p1 = array[0], pairs = new Array(n < 0 ? 0 : n);
    while (i < n) pairs[i] = [ p0 = p1, p1 = array[++i] ];
    return pairs;
  };
  d3.zip = function() {
    if (!(n = arguments.length)) return [];
    for (var i = -1, m = d3.min(arguments, d3_zipLength), zips = new Array(m); ++i < m; ) {
      for (var j = -1, n, zip = zips[i] = new Array(n); ++j < n; ) {
        zip[j] = arguments[j][i];
      }
    }
    return zips;
  };
  function d3_zipLength(d) {
    return d.length;
  }
  d3.transpose = function(matrix) {
    return d3.zip.apply(d3, matrix);
  };
  d3.keys = function(map) {
    var keys = [];
    for (var key in map) keys.push(key);
    return keys;
  };
  d3.values = function(map) {
    var values = [];
    for (var key in map) values.push(map[key]);
    return values;
  };
  d3.entries = function(map) {
    var entries = [];
    for (var key in map) entries.push({
      key: key,
      value: map[key]
    });
    return entries;
  };
  d3.merge = function(arrays) {
    var n = arrays.length, m, i = -1, j = 0, merged, array;
    while (++i < n) j += arrays[i].length;
    merged = new Array(j);
    while (--n >= 0) {
      array = arrays[n];
      m = array.length;
      while (--m >= 0) {
        merged[--j] = array[m];
      }
    }
    return merged;
  };
  var abs = Math.abs;
  d3.range = function(start, stop, step) {
    if (arguments.length < 3) {
      step = 1;
      if (arguments.length < 2) {
        stop = start;
        start = 0;
      }
    }
    if ((stop - start) / step === Infinity) throw new Error("infinite range");
    var range = [], k = d3_range_integerScale(abs(step)), i = -1, j;
    start *= k, stop *= k, step *= k;
    if (step < 0) while ((j = start + step * ++i) > stop) range.push(j / k); else while ((j = start + step * ++i) < stop) range.push(j / k);
    return range;
  };
  function d3_range_integerScale(x) {
    var k = 1;
    while (x * k % 1) k *= 10;
    return k;
  }
  function d3_class(ctor, properties) {
    for (var key in properties) {
      Object.defineProperty(ctor.prototype, key, {
        value: properties[key],
        enumerable: false
      });
    }
  }
  d3.map = function(object, f) {
    var map = new d3_Map();
    if (object instanceof d3_Map) {
      object.forEach(function(key, value) {
        map.set(key, value);
      });
    } else if (Array.isArray(object)) {
      var i = -1, n = object.length, o;
      if (arguments.length === 1) while (++i < n) map.set(i, object[i]); else while (++i < n) map.set(f.call(object, o = object[i], i), o);
    } else {
      for (var key in object) map.set(key, object[key]);
    }
    return map;
  };
  function d3_Map() {
    this._ = Object.create(null);
  }
  var d3_map_proto = "__proto__", d3_map_zero = "\x00";
  d3_class(d3_Map, {
    has: d3_map_has,
    get: function(key) {
      return this._[d3_map_escape(key)];
    },
    set: function(key, value) {
      return this._[d3_map_escape(key)] = value;
    },
    remove: d3_map_remove,
    keys: d3_map_keys,
    values: function() {
      var values = [];
      for (var key in this._) values.push(this._[key]);
      return values;
    },
    entries: function() {
      var entries = [];
      for (var key in this._) entries.push({
        key: d3_map_unescape(key),
        value: this._[key]
      });
      return entries;
    },
    size: d3_map_size,
    empty: d3_map_empty,
    forEach: function(f) {
      for (var key in this._) f.call(this, d3_map_unescape(key), this._[key]);
    }
  });
  function d3_map_escape(key) {
    return (key += "") === d3_map_proto || key[0] === d3_map_zero ? d3_map_zero + key : key;
  }
  function d3_map_unescape(key) {
    return (key += "")[0] === d3_map_zero ? key.slice(1) : key;
  }
  function d3_map_has(key) {
    return d3_map_escape(key) in this._;
  }
  function d3_map_remove(key) {
    return (key = d3_map_escape(key)) in this._ && delete this._[key];
  }
  function d3_map_keys() {
    var keys = [];
    for (var key in this._) keys.push(d3_map_unescape(key));
    return keys;
  }
  function d3_map_size() {
    var size = 0;
    for (var key in this._) ++size;
    return size;
  }
  function d3_map_empty() {
    for (var key in this._) return false;
    return true;
  }
  d3.nest = function() {
    var nest = {}, keys = [], sortKeys = [], sortValues, rollup;
    function map(mapType, array, depth) {
      if (depth >= keys.length) return rollup ? rollup.call(nest, array) : sortValues ? array.sort(sortValues) : array;
      var i = -1, n = array.length, key = keys[depth++], keyValue, object, setter, valuesByKey = new d3_Map(), values;
      while (++i < n) {
        if (values = valuesByKey.get(keyValue = key(object = array[i]))) {
          values.push(object);
        } else {
          valuesByKey.set(keyValue, [ object ]);
        }
      }
      if (mapType) {
        object = mapType();
        setter = function(keyValue, values) {
          object.set(keyValue, map(mapType, values, depth));
        };
      } else {
        object = {};
        setter = function(keyValue, values) {
          object[keyValue] = map(mapType, values, depth);
        };
      }
      valuesByKey.forEach(setter);
      return object;
    }
    function entries(map, depth) {
      if (depth >= keys.length) return map;
      var array = [], sortKey = sortKeys[depth++];
      map.forEach(function(key, keyMap) {
        array.push({
          key: key,
          values: entries(keyMap, depth)
        });
      });
      return sortKey ? array.sort(function(a, b) {
        return sortKey(a.key, b.key);
      }) : array;
    }
    nest.map = function(array, mapType) {
      return map(mapType, array, 0);
    };
    nest.entries = function(array) {
      return entries(map(d3.map, array, 0), 0);
    };
    nest.key = function(d) {
      keys.push(d);
      return nest;
    };
    nest.sortKeys = function(order) {
      sortKeys[keys.length - 1] = order;
      return nest;
    };
    nest.sortValues = function(order) {
      sortValues = order;
      return nest;
    };
    nest.rollup = function(f) {
      rollup = f;
      return nest;
    };
    return nest;
  };
  d3.set = function(array) {
    var set = new d3_Set();
    if (array) for (var i = 0, n = array.length; i < n; ++i) set.add(array[i]);
    return set;
  };
  function d3_Set() {
    this._ = Object.create(null);
  }
  d3_class(d3_Set, {
    has: d3_map_has,
    add: function(key) {
      this._[d3_map_escape(key += "")] = true;
      return key;
    },
    remove: d3_map_remove,
    values: d3_map_keys,
    size: d3_map_size,
    empty: d3_map_empty,
    forEach: function(f) {
      for (var key in this._) f.call(this, d3_map_unescape(key));
    }
  });
  d3.behavior = {};
  function d3_identity(d) {
    return d;
  }
  d3.rebind = function(target, source) {
    var i = 1, n = arguments.length, method;
    while (++i < n) target[method = arguments[i]] = d3_rebind(target, source, source[method]);
    return target;
  };
  function d3_rebind(target, source, method) {
    return function() {
      var value = method.apply(source, arguments);
      return value === source ? target : value;
    };
  }
  function d3_vendorSymbol(object, name) {
    if (name in object) return name;
    name = name.charAt(0).toUpperCase() + name.slice(1);
    for (var i = 0, n = d3_vendorPrefixes.length; i < n; ++i) {
      var prefixName = d3_vendorPrefixes[i] + name;
      if (prefixName in object) return prefixName;
    }
  }
  var d3_vendorPrefixes = [ "webkit", "ms", "moz", "Moz", "o", "O" ];
  function d3_noop() {}
  d3.dispatch = function() {
    var dispatch = new d3_dispatch(), i = -1, n = arguments.length;
    while (++i < n) dispatch[arguments[i]] = d3_dispatch_event(dispatch);
    return dispatch;
  };
  function d3_dispatch() {}
  d3_dispatch.prototype.on = function(type, listener) {
    var i = type.indexOf("."), name = "";
    if (i >= 0) {
      name = type.slice(i + 1);
      type = type.slice(0, i);
    }
    if (type) return arguments.length < 2 ? this[type].on(name) : this[type].on(name, listener);
    if (arguments.length === 2) {
      if (listener == null) for (type in this) {
        if (this.hasOwnProperty(type)) this[type].on(name, null);
      }
      return this;
    }
  };
  function d3_dispatch_event(dispatch) {
    var listeners = [], listenerByName = new d3_Map();
    function event() {
      var z = listeners, i = -1, n = z.length, l;
      while (++i < n) if (l = z[i].on) l.apply(this, arguments);
      return dispatch;
    }
    event.on = function(name, listener) {
      var l = listenerByName.get(name), i;
      if (arguments.length < 2) return l && l.on;
      if (l) {
        l.on = null;
        listeners = listeners.slice(0, i = listeners.indexOf(l)).concat(listeners.slice(i + 1));
        listenerByName.remove(name);
      }
      if (listener) listeners.push(listenerByName.set(name, {
        on: listener
      }));
      return dispatch;
    };
    return event;
  }
  d3.event = null;
  function d3_eventPreventDefault() {
    d3.event.preventDefault();
  }
  function d3_eventSource() {
    var e = d3.event, s;
    while (s = e.sourceEvent) e = s;
    return e;
  }
  function d3_eventDispatch(target) {
    var dispatch = new d3_dispatch(), i = 0, n = arguments.length;
    while (++i < n) dispatch[arguments[i]] = d3_dispatch_event(dispatch);
    dispatch.of = function(thiz, argumentz) {
      return function(e1) {
        try {
          var e0 = e1.sourceEvent = d3.event;
          e1.target = target;
          d3.event = e1;
          dispatch[e1.type].apply(thiz, argumentz);
        } finally {
          d3.event = e0;
        }
      };
    };
    return dispatch;
  }
  d3.requote = function(s) {
    return s.replace(d3_requote_re, "\\$&");
  };
  var d3_requote_re = /[\\\^\$\*\+\?\|\[\]\(\)\.\{\}]/g;
  var d3_subclass = {}.__proto__ ? function(object, prototype) {
    object.__proto__ = prototype;
  } : function(object, prototype) {
    for (var property in prototype) object[property] = prototype[property];
  };
  function d3_selection(groups) {
    d3_subclass(groups, d3_selectionPrototype);
    return groups;
  }
  var d3_select = function(s, n) {
    return n.querySelector(s);
  }, d3_selectAll = function(s, n) {
    return n.querySelectorAll(s);
  }, d3_selectMatches = function(n, s) {
    var d3_selectMatcher = n.matches || n[d3_vendorSymbol(n, "matchesSelector")];
    d3_selectMatches = function(n, s) {
      return d3_selectMatcher.call(n, s);
    };
    return d3_selectMatches(n, s);
  };
  if (typeof Sizzle === "function") {
    d3_select = function(s, n) {
      return Sizzle(s, n)[0] || null;
    };
    d3_selectAll = Sizzle;
    d3_selectMatches = Sizzle.matchesSelector;
  }
  d3.selection = function() {
    return d3.select(d3_document.documentElement);
  };
  var d3_selectionPrototype = d3.selection.prototype = [];
  d3_selectionPrototype.select = function(selector) {
    var subgroups = [], subgroup, subnode, group, node;
    selector = d3_selection_selector(selector);
    for (var j = -1, m = this.length; ++j < m; ) {
      subgroups.push(subgroup = []);
      subgroup.parentNode = (group = this[j]).parentNode;
      for (var i = -1, n = group.length; ++i < n; ) {
        if (node = group[i]) {
          subgroup.push(subnode = selector.call(node, node.__data__, i, j));
          if (subnode && "__data__" in node) subnode.__data__ = node.__data__;
        } else {
          subgroup.push(null);
        }
      }
    }
    return d3_selection(subgroups);
  };
  function d3_selection_selector(selector) {
    return typeof selector === "function" ? selector : function() {
      return d3_select(selector, this);
    };
  }
  d3_selectionPrototype.selectAll = function(selector) {
    var subgroups = [], subgroup, node;
    selector = d3_selection_selectorAll(selector);
    for (var j = -1, m = this.length; ++j < m; ) {
      for (var group = this[j], i = -1, n = group.length; ++i < n; ) {
        if (node = group[i]) {
          subgroups.push(subgroup = d3_array(selector.call(node, node.__data__, i, j)));
          subgroup.parentNode = node;
        }
      }
    }
    return d3_selection(subgroups);
  };
  function d3_selection_selectorAll(selector) {
    return typeof selector === "function" ? selector : function() {
      return d3_selectAll(selector, this);
    };
  }
  var d3_nsPrefix = {
    svg: "http://www.w3.org/2000/svg",
    xhtml: "http://www.w3.org/1999/xhtml",
    xlink: "http://www.w3.org/1999/xlink",
    xml: "http://www.w3.org/XML/1998/namespace",
    xmlns: "http://www.w3.org/2000/xmlns/"
  };
  d3.ns = {
    prefix: d3_nsPrefix,
    qualify: function(name) {
      var i = name.indexOf(":"), prefix = name;
      if (i >= 0) {
        prefix = name.slice(0, i);
        name = name.slice(i + 1);
      }
      return d3_nsPrefix.hasOwnProperty(prefix) ? {
        space: d3_nsPrefix[prefix],
        local: name
      } : name;
    }
  };
  d3_selectionPrototype.attr = function(name, value) {
    if (arguments.length < 2) {
      if (typeof name === "string") {
        var node = this.node();
        name = d3.ns.qualify(name);
        return name.local ? node.getAttributeNS(name.space, name.local) : node.getAttribute(name);
      }
      for (value in name) this.each(d3_selection_attr(value, name[value]));
      return this;
    }
    return this.each(d3_selection_attr(name, value));
  };
  function d3_selection_attr(name, value) {
    name = d3.ns.qualify(name);
    function attrNull() {
      this.removeAttribute(name);
    }
    function attrNullNS() {
      this.removeAttributeNS(name.space, name.local);
    }
    function attrConstant() {
      this.setAttribute(name, value);
    }
    function attrConstantNS() {
      this.setAttributeNS(name.space, name.local, value);
    }
    function attrFunction() {
      var x = value.apply(this, arguments);
      if (x == null) this.removeAttribute(name); else this.setAttribute(name, x);
    }
    function attrFunctionNS() {
      var x = value.apply(this, arguments);
      if (x == null) this.removeAttributeNS(name.space, name.local); else this.setAttributeNS(name.space, name.local, x);
    }
    return value == null ? name.local ? attrNullNS : attrNull : typeof value === "function" ? name.local ? attrFunctionNS : attrFunction : name.local ? attrConstantNS : attrConstant;
  }
  function d3_collapse(s) {
    return s.trim().replace(/\s+/g, " ");
  }
  d3_selectionPrototype.classed = function(name, value) {
    if (arguments.length < 2) {
      if (typeof name === "string") {
        var node = this.node(), n = (name = d3_selection_classes(name)).length, i = -1;
        if (value = node.classList) {
          while (++i < n) if (!value.contains(name[i])) return false;
        } else {
          value = node.getAttribute("class");
          while (++i < n) if (!d3_selection_classedRe(name[i]).test(value)) return false;
        }
        return true;
      }
      for (value in name) this.each(d3_selection_classed(value, name[value]));
      return this;
    }
    return this.each(d3_selection_classed(name, value));
  };
  function d3_selection_classedRe(name) {
    return new RegExp("(?:^|\\s+)" + d3.requote(name) + "(?:\\s+|$)", "g");
  }
  function d3_selection_classes(name) {
    return (name + "").trim().split(/^|\s+/);
  }
  function d3_selection_classed(name, value) {
    name = d3_selection_classes(name).map(d3_selection_classedName);
    var n = name.length;
    function classedConstant() {
      var i = -1;
      while (++i < n) name[i](this, value);
    }
    function classedFunction() {
      var i = -1, x = value.apply(this, arguments);
      while (++i < n) name[i](this, x);
    }
    return typeof value === "function" ? classedFunction : classedConstant;
  }
  function d3_selection_classedName(name) {
    var re = d3_selection_classedRe(name);
    return function(node, value) {
      if (c = node.classList) return value ? c.add(name) : c.remove(name);
      var c = node.getAttribute("class") || "";
      if (value) {
        re.lastIndex = 0;
        if (!re.test(c)) node.setAttribute("class", d3_collapse(c + " " + name));
      } else {
        node.setAttribute("class", d3_collapse(c.replace(re, " ")));
      }
    };
  }
  d3_selectionPrototype.style = function(name, value, priority) {
    var n = arguments.length;
    if (n < 3) {
      if (typeof name !== "string") {
        if (n < 2) value = "";
        for (priority in name) this.each(d3_selection_style(priority, name[priority], value));
        return this;
      }
      if (n < 2) {
        var node = this.node();
        return d3_window(node).getComputedStyle(node, null).getPropertyValue(name);
      }
      priority = "";
    }
    return this.each(d3_selection_style(name, value, priority));
  };
  function d3_selection_style(name, value, priority) {
    function styleNull() {
      this.style.removeProperty(name);
    }
    function styleConstant() {
      this.style.setProperty(name, value, priority);
    }
    function styleFunction() {
      var x = value.apply(this, arguments);
      if (x == null) this.style.removeProperty(name); else this.style.setProperty(name, x, priority);
    }
    return value == null ? styleNull : typeof value === "function" ? styleFunction : styleConstant;
  }
  d3_selectionPrototype.property = function(name, value) {
    if (arguments.length < 2) {
      if (typeof name === "string") return this.node()[name];
      for (value in name) this.each(d3_selection_property(value, name[value]));
      return this;
    }
    return this.each(d3_selection_property(name, value));
  };
  function d3_selection_property(name, value) {
    function propertyNull() {
      delete this[name];
    }
    function propertyConstant() {
      this[name] = value;
    }
    function propertyFunction() {
      var x = value.apply(this, arguments);
      if (x == null) delete this[name]; else this[name] = x;
    }
    return value == null ? propertyNull : typeof value === "function" ? propertyFunction : propertyConstant;
  }
  d3_selectionPrototype.text = function(value) {
    return arguments.length ? this.each(typeof value === "function" ? function() {
      var v = value.apply(this, arguments);
      this.textContent = v == null ? "" : v;
    } : value == null ? function() {
      this.textContent = "";
    } : function() {
      this.textContent = value;
    }) : this.node().textContent;
  };
  d3_selectionPrototype.html = function(value) {
    return arguments.length ? this.each(typeof value === "function" ? function() {
      var v = value.apply(this, arguments);
      this.innerHTML = v == null ? "" : v;
    } : value == null ? function() {
      this.innerHTML = "";
    } : function() {
      this.innerHTML = value;
    }) : this.node().innerHTML;
  };
  d3_selectionPrototype.append = function(name) {
    name = d3_selection_creator(name);
    return this.select(function() {
      return this.appendChild(name.apply(this, arguments));
    });
  };
  function d3_selection_creator(name) {
    function create() {
      var document = this.ownerDocument, namespace = this.namespaceURI;
      return namespace ? document.createElementNS(namespace, name) : document.createElement(name);
    }
    function createNS() {
      return this.ownerDocument.createElementNS(name.space, name.local);
    }
    return typeof name === "function" ? name : (name = d3.ns.qualify(name)).local ? createNS : create;
  }
  d3_selectionPrototype.insert = function(name, before) {
    name = d3_selection_creator(name);
    before = d3_selection_selector(before);
    return this.select(function() {
      return this.insertBefore(name.apply(this, arguments), before.apply(this, arguments) || null);
    });
  };
  d3_selectionPrototype.remove = function() {
    return this.each(d3_selectionRemove);
  };
  function d3_selectionRemove() {
    var parent = this.parentNode;
    if (parent) parent.removeChild(this);
  }
  d3_selectionPrototype.data = function(value, key) {
    var i = -1, n = this.length, group, node;
    if (!arguments.length) {
      value = new Array(n = (group = this[0]).length);
      while (++i < n) {
        if (node = group[i]) {
          value[i] = node.__data__;
        }
      }
      return value;
    }
    function bind(group, groupData) {
      var i, n = group.length, m = groupData.length, n0 = Math.min(n, m), updateNodes = new Array(m), enterNodes = new Array(m), exitNodes = new Array(n), node, nodeData;
      if (key) {
        var nodeByKeyValue = new d3_Map(), keyValues = new Array(n), keyValue;
        for (i = -1; ++i < n; ) {
          if (nodeByKeyValue.has(keyValue = key.call(node = group[i], node.__data__, i))) {
            exitNodes[i] = node;
          } else {
            nodeByKeyValue.set(keyValue, node);
          }
          keyValues[i] = keyValue;
        }
        for (i = -1; ++i < m; ) {
          if (!(node = nodeByKeyValue.get(keyValue = key.call(groupData, nodeData = groupData[i], i)))) {
            enterNodes[i] = d3_selection_dataNode(nodeData);
          } else if (node !== true) {
            updateNodes[i] = node;
            node.__data__ = nodeData;
          }
          nodeByKeyValue.set(keyValue, true);
        }
        for (i = -1; ++i < n; ) {
          if (nodeByKeyValue.get(keyValues[i]) !== true) {
            exitNodes[i] = group[i];
          }
        }
      } else {
        for (i = -1; ++i < n0; ) {
          node = group[i];
          nodeData = groupData[i];
          if (node) {
            node.__data__ = nodeData;
            updateNodes[i] = node;
          } else {
            enterNodes[i] = d3_selection_dataNode(nodeData);
          }
        }
        for (;i < m; ++i) {
          enterNodes[i] = d3_selection_dataNode(groupData[i]);
        }
        for (;i < n; ++i) {
          exitNodes[i] = group[i];
        }
      }
      enterNodes.update = updateNodes;
      enterNodes.parentNode = updateNodes.parentNode = exitNodes.parentNode = group.parentNode;
      enter.push(enterNodes);
      update.push(updateNodes);
      exit.push(exitNodes);
    }
    var enter = d3_selection_enter([]), update = d3_selection([]), exit = d3_selection([]);
    if (typeof value === "function") {
      while (++i < n) {
        bind(group = this[i], value.call(group, group.parentNode.__data__, i));
      }
    } else {
      while (++i < n) {
        bind(group = this[i], value);
      }
    }
    update.enter = function() {
      return enter;
    };
    update.exit = function() {
      return exit;
    };
    return update;
  };
  function d3_selection_dataNode(data) {
    return {
      __data__: data
    };
  }
  d3_selectionPrototype.datum = function(value) {
    return arguments.length ? this.property("__data__", value) : this.property("__data__");
  };
  d3_selectionPrototype.filter = function(filter) {
    var subgroups = [], subgroup, group, node;
    if (typeof filter !== "function") filter = d3_selection_filter(filter);
    for (var j = 0, m = this.length; j < m; j++) {
      subgroups.push(subgroup = []);
      subgroup.parentNode = (group = this[j]).parentNode;
      for (var i = 0, n = group.length; i < n; i++) {
        if ((node = group[i]) && filter.call(node, node.__data__, i, j)) {
          subgroup.push(node);
        }
      }
    }
    return d3_selection(subgroups);
  };
  function d3_selection_filter(selector) {
    return function() {
      return d3_selectMatches(this, selector);
    };
  }
  d3_selectionPrototype.order = function() {
    for (var j = -1, m = this.length; ++j < m; ) {
      for (var group = this[j], i = group.length - 1, next = group[i], node; --i >= 0; ) {
        if (node = group[i]) {
          if (next && next !== node.nextSibling) next.parentNode.insertBefore(node, next);
          next = node;
        }
      }
    }
    return this;
  };
  d3_selectionPrototype.sort = function(comparator) {
    comparator = d3_selection_sortComparator.apply(this, arguments);
    for (var j = -1, m = this.length; ++j < m; ) this[j].sort(comparator);
    return this.order();
  };
  function d3_selection_sortComparator(comparator) {
    if (!arguments.length) comparator = d3_ascending;
    return function(a, b) {
      return a && b ? comparator(a.__data__, b.__data__) : !a - !b;
    };
  }
  d3_selectionPrototype.each = function(callback) {
    return d3_selection_each(this, function(node, i, j) {
      callback.call(node, node.__data__, i, j);
    });
  };
  function d3_selection_each(groups, callback) {
    for (var j = 0, m = groups.length; j < m; j++) {
      for (var group = groups[j], i = 0, n = group.length, node; i < n; i++) {
        if (node = group[i]) callback(node, i, j);
      }
    }
    return groups;
  }
  d3_selectionPrototype.call = function(callback) {
    var args = d3_array(arguments);
    callback.apply(args[0] = this, args);
    return this;
  };
  d3_selectionPrototype.empty = function() {
    return !this.node();
  };
  d3_selectionPrototype.node = function() {
    for (var j = 0, m = this.length; j < m; j++) {
      for (var group = this[j], i = 0, n = group.length; i < n; i++) {
        var node = group[i];
        if (node) return node;
      }
    }
    return null;
  };
  d3_selectionPrototype.size = function() {
    var n = 0;
    d3_selection_each(this, function() {
      ++n;
    });
    return n;
  };
  function d3_selection_enter(selection) {
    d3_subclass(selection, d3_selection_enterPrototype);
    return selection;
  }
  var d3_selection_enterPrototype = [];
  d3.selection.enter = d3_selection_enter;
  d3.selection.enter.prototype = d3_selection_enterPrototype;
  d3_selection_enterPrototype.append = d3_selectionPrototype.append;
  d3_selection_enterPrototype.empty = d3_selectionPrototype.empty;
  d3_selection_enterPrototype.node = d3_selectionPrototype.node;
  d3_selection_enterPrototype.call = d3_selectionPrototype.call;
  d3_selection_enterPrototype.size = d3_selectionPrototype.size;
  d3_selection_enterPrototype.select = function(selector) {
    var subgroups = [], subgroup, subnode, upgroup, group, node;
    for (var j = -1, m = this.length; ++j < m; ) {
      upgroup = (group = this[j]).update;
      subgroups.push(subgroup = []);
      subgroup.parentNode = group.parentNode;
      for (var i = -1, n = group.length; ++i < n; ) {
        if (node = group[i]) {
          subgroup.push(upgroup[i] = subnode = selector.call(group.parentNode, node.__data__, i, j));
          subnode.__data__ = node.__data__;
        } else {
          subgroup.push(null);
        }
      }
    }
    return d3_selection(subgroups);
  };
  d3_selection_enterPrototype.insert = function(name, before) {
    if (arguments.length < 2) before = d3_selection_enterInsertBefore(this);
    return d3_selectionPrototype.insert.call(this, name, before);
  };
  function d3_selection_enterInsertBefore(enter) {
    var i0, j0;
    return function(d, i, j) {
      var group = enter[j].update, n = group.length, node;
      if (j != j0) j0 = j, i0 = 0;
      if (i >= i0) i0 = i + 1;
      while (!(node = group[i0]) && ++i0 < n) ;
      return node;
    };
  }
  d3.select = function(node) {
    var group;
    if (typeof node === "string") {
      group = [ d3_select(node, d3_document) ];
      group.parentNode = d3_document.documentElement;
    } else {
      group = [ node ];
      group.parentNode = d3_documentElement(node);
    }
    return d3_selection([ group ]);
  };
  d3.selectAll = function(nodes) {
    var group;
    if (typeof nodes === "string") {
      group = d3_array(d3_selectAll(nodes, d3_document));
      group.parentNode = d3_document.documentElement;
    } else {
      group = nodes;
      group.parentNode = null;
    }
    return d3_selection([ group ]);
  };
  d3_selectionPrototype.on = function(type, listener, capture) {
    var n = arguments.length;
    if (n < 3) {
      if (typeof type !== "string") {
        if (n < 2) listener = false;
        for (capture in type) this.each(d3_selection_on(capture, type[capture], listener));
        return this;
      }
      if (n < 2) return (n = this.node()["__on" + type]) && n._;
      capture = false;
    }
    return this.each(d3_selection_on(type, listener, capture));
  };
  function d3_selection_on(type, listener, capture) {
    var name = "__on" + type, i = type.indexOf("."), wrap = d3_selection_onListener;
    if (i > 0) type = type.slice(0, i);
    var filter = d3_selection_onFilters.get(type);
    if (filter) type = filter, wrap = d3_selection_onFilter;
    function onRemove() {
      var l = this[name];
      if (l) {
        this.removeEventListener(type, l, l.$);
        delete this[name];
      }
    }
    function onAdd() {
      var l = wrap(listener, d3_array(arguments));
      onRemove.call(this);
      this.addEventListener(type, this[name] = l, l.$ = capture);
      l._ = listener;
    }
    function removeAll() {
      var re = new RegExp("^__on([^.]+)" + d3.requote(type) + "$"), match;
      for (var name in this) {
        if (match = name.match(re)) {
          var l = this[name];
          this.removeEventListener(match[1], l, l.$);
          delete this[name];
        }
      }
    }
    return i ? listener ? onAdd : onRemove : listener ? d3_noop : removeAll;
  }
  var d3_selection_onFilters = d3.map({
    mouseenter: "mouseover",
    mouseleave: "mouseout"
  });
  if (d3_document) {
    d3_selection_onFilters.forEach(function(k) {
      if ("on" + k in d3_document) d3_selection_onFilters.remove(k);
    });
  }
  function d3_selection_onListener(listener, argumentz) {
    return function(e) {
      var o = d3.event;
      d3.event = e;
      argumentz[0] = this.__data__;
      try {
        listener.apply(this, argumentz);
      } finally {
        d3.event = o;
      }
    };
  }
  function d3_selection_onFilter(listener, argumentz) {
    var l = d3_selection_onListener(listener, argumentz);
    return function(e) {
      var target = this, related = e.relatedTarget;
      if (!related || related !== target && !(related.compareDocumentPosition(target) & 8)) {
        l.call(target, e);
      }
    };
  }
  var d3_event_dragSelect, d3_event_dragId = 0;
  function d3_event_dragSuppress(node) {
    var name = ".dragsuppress-" + ++d3_event_dragId, click = "click" + name, w = d3.select(d3_window(node)).on("touchmove" + name, d3_eventPreventDefault).on("dragstart" + name, d3_eventPreventDefault).on("selectstart" + name, d3_eventPreventDefault);
    if (d3_event_dragSelect == null) {
      d3_event_dragSelect = "onselectstart" in node ? false : d3_vendorSymbol(node.style, "userSelect");
    }
    if (d3_event_dragSelect) {
      var style = d3_documentElement(node).style, select = style[d3_event_dragSelect];
      style[d3_event_dragSelect] = "none";
    }
    return function(suppressClick) {
      w.on(name, null);
      if (d3_event_dragSelect) style[d3_event_dragSelect] = select;
      if (suppressClick) {
        var off = function() {
          w.on(click, null);
        };
        w.on(click, function() {
          d3_eventPreventDefault();
          off();
        }, true);
        setTimeout(off, 0);
      }
    };
  }
  d3.mouse = function(container) {
    return d3_mousePoint(container, d3_eventSource());
  };
  var d3_mouse_bug44083 = this.navigator && /WebKit/.test(this.navigator.userAgent) ? -1 : 0;
  function d3_mousePoint(container, e) {
    if (e.changedTouches) e = e.changedTouches[0];
    var svg = container.ownerSVGElement || container;
    if (svg.createSVGPoint) {
      var point = svg.createSVGPoint();
      if (d3_mouse_bug44083 < 0) {
        var window = d3_window(container);
        if (window.scrollX || window.scrollY) {
          svg = d3.select("body").append("svg").style({
            position: "absolute",
            top: 0,
            left: 0,
            margin: 0,
            padding: 0,
            border: "none"
          }, "important");
          var ctm = svg[0][0].getScreenCTM();
          d3_mouse_bug44083 = !(ctm.f || ctm.e);
          svg.remove();
        }
      }
      if (d3_mouse_bug44083) point.x = e.pageX, point.y = e.pageY; else point.x = e.clientX, 
      point.y = e.clientY;
      point = point.matrixTransform(container.getScreenCTM().inverse());
      return [ point.x, point.y ];
    }
    var rect = container.getBoundingClientRect();
    return [ e.clientX - rect.left - container.clientLeft, e.clientY - rect.top - container.clientTop ];
  }
  d3.touch = function(container, touches, identifier) {
    if (arguments.length < 3) identifier = touches, touches = d3_eventSource().changedTouches;
    if (touches) for (var i = 0, n = touches.length, touch; i < n; ++i) {
      if ((touch = touches[i]).identifier === identifier) {
        return d3_mousePoint(container, touch);
      }
    }
  };
  d3.behavior.drag = function() {
    var event = d3_eventDispatch(drag, "drag", "dragstart", "dragend"), origin = null, mousedown = dragstart(d3_noop, d3.mouse, d3_window, "mousemove", "mouseup"), touchstart = dragstart(d3_behavior_dragTouchId, d3.touch, d3_identity, "touchmove", "touchend");
    function drag() {
      this.on("mousedown.drag", mousedown).on("touchstart.drag", touchstart);
    }
    function dragstart(id, position, subject, move, end) {
      return function() {
        var that = this, target = d3.event.target, parent = that.parentNode, dispatch = event.of(that, arguments), dragged = 0, dragId = id(), dragName = ".drag" + (dragId == null ? "" : "-" + dragId), dragOffset, dragSubject = d3.select(subject(target)).on(move + dragName, moved).on(end + dragName, ended), dragRestore = d3_event_dragSuppress(target), position0 = position(parent, dragId);
        if (origin) {
          dragOffset = origin.apply(that, arguments);
          dragOffset = [ dragOffset.x - position0[0], dragOffset.y - position0[1] ];
        } else {
          dragOffset = [ 0, 0 ];
        }
        dispatch({
          type: "dragstart"
        });
        function moved() {
          var position1 = position(parent, dragId), dx, dy;
          if (!position1) return;
          dx = position1[0] - position0[0];
          dy = position1[1] - position0[1];
          dragged |= dx | dy;
          position0 = position1;
          dispatch({
            type: "drag",
            x: position1[0] + dragOffset[0],
            y: position1[1] + dragOffset[1],
            dx: dx,
            dy: dy
          });
        }
        function ended() {
          if (!position(parent, dragId)) return;
          dragSubject.on(move + dragName, null).on(end + dragName, null);
          dragRestore(dragged && d3.event.target === target);
          dispatch({
            type: "dragend"
          });
        }
      };
    }
    drag.origin = function(x) {
      if (!arguments.length) return origin;
      origin = x;
      return drag;
    };
    return d3.rebind(drag, event, "on");
  };
  function d3_behavior_dragTouchId() {
    return d3.event.changedTouches[0].identifier;
  }
  d3.touches = function(container, touches) {
    if (arguments.length < 2) touches = d3_eventSource().touches;
    return touches ? d3_array(touches).map(function(touch) {
      var point = d3_mousePoint(container, touch);
      point.identifier = touch.identifier;
      return point;
    }) : [];
  };
  var ε = 1e-6, ε2 = ε * ε, π = Math.PI, τ = 2 * π, τε = τ - ε, halfπ = π / 2, d3_radians = π / 180, d3_degrees = 180 / π;
  function d3_sgn(x) {
    return x > 0 ? 1 : x < 0 ? -1 : 0;
  }
  function d3_cross2d(a, b, c) {
    return (b[0] - a[0]) * (c[1] - a[1]) - (b[1] - a[1]) * (c[0] - a[0]);
  }
  function d3_acos(x) {
    return x > 1 ? 0 : x < -1 ? π : Math.acos(x);
  }
  function d3_asin(x) {
    return x > 1 ? halfπ : x < -1 ? -halfπ : Math.asin(x);
  }
  function d3_sinh(x) {
    return ((x = Math.exp(x)) - 1 / x) / 2;
  }
  function d3_cosh(x) {
    return ((x = Math.exp(x)) + 1 / x) / 2;
  }
  function d3_tanh(x) {
    return ((x = Math.exp(2 * x)) - 1) / (x + 1);
  }
  function d3_haversin(x) {
    return (x = Math.sin(x / 2)) * x;
  }
  var ρ = Math.SQRT2, ρ2 = 2, ρ4 = 4;
  d3.interpolateZoom = function(p0, p1) {
    var ux0 = p0[0], uy0 = p0[1], w0 = p0[2], ux1 = p1[0], uy1 = p1[1], w1 = p1[2];
    var dx = ux1 - ux0, dy = uy1 - uy0, d2 = dx * dx + dy * dy, d1 = Math.sqrt(d2), b0 = (w1 * w1 - w0 * w0 + ρ4 * d2) / (2 * w0 * ρ2 * d1), b1 = (w1 * w1 - w0 * w0 - ρ4 * d2) / (2 * w1 * ρ2 * d1), r0 = Math.log(Math.sqrt(b0 * b0 + 1) - b0), r1 = Math.log(Math.sqrt(b1 * b1 + 1) - b1), dr = r1 - r0, S = (dr || Math.log(w1 / w0)) / ρ;
    function interpolate(t) {
      var s = t * S;
      if (dr) {
        var coshr0 = d3_cosh(r0), u = w0 / (ρ2 * d1) * (coshr0 * d3_tanh(ρ * s + r0) - d3_sinh(r0));
        return [ ux0 + u * dx, uy0 + u * dy, w0 * coshr0 / d3_cosh(ρ * s + r0) ];
      }
      return [ ux0 + t * dx, uy0 + t * dy, w0 * Math.exp(ρ * s) ];
    }
    interpolate.duration = S * 1e3;
    return interpolate;
  };
  d3.behavior.zoom = function() {
    var view = {
      x: 0,
      y: 0,
      k: 1
    }, translate0, center0, center, size = [ 960, 500 ], scaleExtent = d3_behavior_zoomInfinity, duration = 250, zooming = 0, mousedown = "mousedown.zoom", mousemove = "mousemove.zoom", mouseup = "mouseup.zoom", mousewheelTimer, touchstart = "touchstart.zoom", touchtime, event = d3_eventDispatch(zoom, "zoomstart", "zoom", "zoomend"), x0, x1, y0, y1;
    if (!d3_behavior_zoomWheel) {
      d3_behavior_zoomWheel = "onwheel" in d3_document ? (d3_behavior_zoomDelta = function() {
        return -d3.event.deltaY * (d3.event.deltaMode ? 120 : 1);
      }, "wheel") : "onmousewheel" in d3_document ? (d3_behavior_zoomDelta = function() {
        return d3.event.wheelDelta;
      }, "mousewheel") : (d3_behavior_zoomDelta = function() {
        return -d3.event.detail;
      }, "MozMousePixelScroll");
    }
    function zoom(g) {
      g.on(mousedown, mousedowned).on(d3_behavior_zoomWheel + ".zoom", mousewheeled).on("dblclick.zoom", dblclicked).on(touchstart, touchstarted);
    }
    zoom.event = function(g) {
      g.each(function() {
        var dispatch = event.of(this, arguments), view1 = view;
        if (d3_transitionInheritId) {
          d3.select(this).transition().each("start.zoom", function() {
            view = this.__chart__ || {
              x: 0,
              y: 0,
              k: 1
            };
            zoomstarted(dispatch);
          }).tween("zoom:zoom", function() {
            var dx = size[0], dy = size[1], cx = center0 ? center0[0] : dx / 2, cy = center0 ? center0[1] : dy / 2, i = d3.interpolateZoom([ (cx - view.x) / view.k, (cy - view.y) / view.k, dx / view.k ], [ (cx - view1.x) / view1.k, (cy - view1.y) / view1.k, dx / view1.k ]);
            return function(t) {
              var l = i(t), k = dx / l[2];
              this.__chart__ = view = {
                x: cx - l[0] * k,
                y: cy - l[1] * k,
                k: k
              };
              zoomed(dispatch);
            };
          }).each("interrupt.zoom", function() {
            zoomended(dispatch);
          }).each("end.zoom", function() {
            zoomended(dispatch);
          });
        } else {
          this.__chart__ = view;
          zoomstarted(dispatch);
          zoomed(dispatch);
          zoomended(dispatch);
        }
      });
    };
    zoom.translate = function(_) {
      if (!arguments.length) return [ view.x, view.y ];
      view = {
        x: +_[0],
        y: +_[1],
        k: view.k
      };
      rescale();
      return zoom;
    };
    zoom.scale = function(_) {
      if (!arguments.length) return view.k;
      view = {
        x: view.x,
        y: view.y,
        k: +_
      };
      rescale();
      return zoom;
    };
    zoom.scaleExtent = function(_) {
      if (!arguments.length) return scaleExtent;
      scaleExtent = _ == null ? d3_behavior_zoomInfinity : [ +_[0], +_[1] ];
      return zoom;
    };
    zoom.center = function(_) {
      if (!arguments.length) return center;
      center = _ && [ +_[0], +_[1] ];
      return zoom;
    };
    zoom.size = function(_) {
      if (!arguments.length) return size;
      size = _ && [ +_[0], +_[1] ];
      return zoom;
    };
    zoom.duration = function(_) {
      if (!arguments.length) return duration;
      duration = +_;
      return zoom;
    };
    zoom.x = function(z) {
      if (!arguments.length) return x1;
      x1 = z;
      x0 = z.copy();
      view = {
        x: 0,
        y: 0,
        k: 1
      };
      return zoom;
    };
    zoom.y = function(z) {
      if (!arguments.length) return y1;
      y1 = z;
      y0 = z.copy();
      view = {
        x: 0,
        y: 0,
        k: 1
      };
      return zoom;
    };
    function location(p) {
      return [ (p[0] - view.x) / view.k, (p[1] - view.y) / view.k ];
    }
    function point(l) {
      return [ l[0] * view.k + view.x, l[1] * view.k + view.y ];
    }
    function scaleTo(s) {
      view.k = Math.max(scaleExtent[0], Math.min(scaleExtent[1], s));
    }
    function translateTo(p, l) {
      l = point(l);
      view.x += p[0] - l[0];
      view.y += p[1] - l[1];
    }
    function zoomTo(that, p, l, k) {
      that.__chart__ = {
        x: view.x,
        y: view.y,
        k: view.k
      };
      scaleTo(Math.pow(2, k));
      translateTo(center0 = p, l);
      that = d3.select(that);
      if (duration > 0) that = that.transition().duration(duration);
      that.call(zoom.event);
    }
    function rescale() {
      if (x1) x1.domain(x0.range().map(function(x) {
        return (x - view.x) / view.k;
      }).map(x0.invert));
      if (y1) y1.domain(y0.range().map(function(y) {
        return (y - view.y) / view.k;
      }).map(y0.invert));
    }
    function zoomstarted(dispatch) {
      if (!zooming++) dispatch({
        type: "zoomstart"
      });
    }
    function zoomed(dispatch) {
      rescale();
      dispatch({
        type: "zoom",
        scale: view.k,
        translate: [ view.x, view.y ]
      });
    }
    function zoomended(dispatch) {
      if (!--zooming) dispatch({
        type: "zoomend"
      });
      center0 = null;
    }
    function mousedowned() {
      var that = this, target = d3.event.target, dispatch = event.of(that, arguments), dragged = 0, subject = d3.select(d3_window(that)).on(mousemove, moved).on(mouseup, ended), location0 = location(d3.mouse(that)), dragRestore = d3_event_dragSuppress(that);
      d3_selection_interrupt.call(that);
      zoomstarted(dispatch);
      function moved() {
        dragged = 1;
        translateTo(d3.mouse(that), location0);
        zoomed(dispatch);
      }
      function ended() {
        subject.on(mousemove, null).on(mouseup, null);
        dragRestore(dragged && d3.event.target === target);
        zoomended(dispatch);
      }
    }
    function touchstarted() {
      var that = this, dispatch = event.of(that, arguments), locations0 = {}, distance0 = 0, scale0, zoomName = ".zoom-" + d3.event.changedTouches[0].identifier, touchmove = "touchmove" + zoomName, touchend = "touchend" + zoomName, targets = [], subject = d3.select(that), dragRestore = d3_event_dragSuppress(that);
      started();
      zoomstarted(dispatch);
      subject.on(mousedown, null).on(touchstart, started);
      function relocate() {
        var touches = d3.touches(that);
        scale0 = view.k;
        touches.forEach(function(t) {
          if (t.identifier in locations0) locations0[t.identifier] = location(t);
        });
        return touches;
      }
      function started() {
        var target = d3.event.target;
        d3.select(target).on(touchmove, moved).on(touchend, ended);
        targets.push(target);
        var changed = d3.event.changedTouches;
        for (var i = 0, n = changed.length; i < n; ++i) {
          locations0[changed[i].identifier] = null;
        }
        var touches = relocate(), now = Date.now();
        if (touches.length === 1) {
          if (now - touchtime < 500) {
            var p = touches[0];
            zoomTo(that, p, locations0[p.identifier], Math.floor(Math.log(view.k) / Math.LN2) + 1);
            d3_eventPreventDefault();
          }
          touchtime = now;
        } else if (touches.length > 1) {
          var p = touches[0], q = touches[1], dx = p[0] - q[0], dy = p[1] - q[1];
          distance0 = dx * dx + dy * dy;
        }
      }
      function moved() {
        var touches = d3.touches(that), p0, l0, p1, l1;
        d3_selection_interrupt.call(that);
        for (var i = 0, n = touches.length; i < n; ++i, l1 = null) {
          p1 = touches[i];
          if (l1 = locations0[p1.identifier]) {
            if (l0) break;
            p0 = p1, l0 = l1;
          }
        }
        if (l1) {
          var distance1 = (distance1 = p1[0] - p0[0]) * distance1 + (distance1 = p1[1] - p0[1]) * distance1, scale1 = distance0 && Math.sqrt(distance1 / distance0);
          p0 = [ (p0[0] + p1[0]) / 2, (p0[1] + p1[1]) / 2 ];
          l0 = [ (l0[0] + l1[0]) / 2, (l0[1] + l1[1]) / 2 ];
          scaleTo(scale1 * scale0);
        }
        touchtime = null;
        translateTo(p0, l0);
        zoomed(dispatch);
      }
      function ended() {
        if (d3.event.touches.length) {
          var changed = d3.event.changedTouches;
          for (var i = 0, n = changed.length; i < n; ++i) {
            delete locations0[changed[i].identifier];
          }
          for (var identifier in locations0) {
            return void relocate();
          }
        }
        d3.selectAll(targets).on(zoomName, null);
        subject.on(mousedown, mousedowned).on(touchstart, touchstarted);
        dragRestore();
        zoomended(dispatch);
      }
    }
    function mousewheeled() {
      var dispatch = event.of(this, arguments);
      if (mousewheelTimer) clearTimeout(mousewheelTimer); else translate0 = location(center0 = center || d3.mouse(this)), 
      d3_selection_interrupt.call(this), zoomstarted(dispatch);
      mousewheelTimer = setTimeout(function() {
        mousewheelTimer = null;
        zoomended(dispatch);
      }, 50);
      d3_eventPreventDefault();
      scaleTo(Math.pow(2, d3_behavior_zoomDelta() * .002) * view.k);
      translateTo(center0, translate0);
      zoomed(dispatch);
    }
    function dblclicked() {
      var p = d3.mouse(this), k = Math.log(view.k) / Math.LN2;
      zoomTo(this, p, location(p), d3.event.shiftKey ? Math.ceil(k) - 1 : Math.floor(k) + 1);
    }
    return d3.rebind(zoom, event, "on");
  };
  var d3_behavior_zoomInfinity = [ 0, Infinity ], d3_behavior_zoomDelta, d3_behavior_zoomWheel;
  d3.color = d3_color;
  function d3_color() {}
  d3_color.prototype.toString = function() {
    return this.rgb() + "";
  };
  d3.hsl = d3_hsl;
  function d3_hsl(h, s, l) {
    return this instanceof d3_hsl ? void (this.h = +h, this.s = +s, this.l = +l) : arguments.length < 2 ? h instanceof d3_hsl ? new d3_hsl(h.h, h.s, h.l) : d3_rgb_parse("" + h, d3_rgb_hsl, d3_hsl) : new d3_hsl(h, s, l);
  }
  var d3_hslPrototype = d3_hsl.prototype = new d3_color();
  d3_hslPrototype.brighter = function(k) {
    k = Math.pow(.7, arguments.length ? k : 1);
    return new d3_hsl(this.h, this.s, this.l / k);
  };
  d3_hslPrototype.darker = function(k) {
    k = Math.pow(.7, arguments.length ? k : 1);
    return new d3_hsl(this.h, this.s, k * this.l);
  };
  d3_hslPrototype.rgb = function() {
    return d3_hsl_rgb(this.h, this.s, this.l);
  };
  function d3_hsl_rgb(h, s, l) {
    var m1, m2;
    h = isNaN(h) ? 0 : (h %= 360) < 0 ? h + 360 : h;
    s = isNaN(s) ? 0 : s < 0 ? 0 : s > 1 ? 1 : s;
    l = l < 0 ? 0 : l > 1 ? 1 : l;
    m2 = l <= .5 ? l * (1 + s) : l + s - l * s;
    m1 = 2 * l - m2;
    function v(h) {
      if (h > 360) h -= 360; else if (h < 0) h += 360;
      if (h < 60) return m1 + (m2 - m1) * h / 60;
      if (h < 180) return m2;
      if (h < 240) return m1 + (m2 - m1) * (240 - h) / 60;
      return m1;
    }
    function vv(h) {
      return Math.round(v(h) * 255);
    }
    return new d3_rgb(vv(h + 120), vv(h), vv(h - 120));
  }
  d3.hcl = d3_hcl;
  function d3_hcl(h, c, l) {
    return this instanceof d3_hcl ? void (this.h = +h, this.c = +c, this.l = +l) : arguments.length < 2 ? h instanceof d3_hcl ? new d3_hcl(h.h, h.c, h.l) : h instanceof d3_lab ? d3_lab_hcl(h.l, h.a, h.b) : d3_lab_hcl((h = d3_rgb_lab((h = d3.rgb(h)).r, h.g, h.b)).l, h.a, h.b) : new d3_hcl(h, c, l);
  }
  var d3_hclPrototype = d3_hcl.prototype = new d3_color();
  d3_hclPrototype.brighter = function(k) {
    return new d3_hcl(this.h, this.c, Math.min(100, this.l + d3_lab_K * (arguments.length ? k : 1)));
  };
  d3_hclPrototype.darker = function(k) {
    return new d3_hcl(this.h, this.c, Math.max(0, this.l - d3_lab_K * (arguments.length ? k : 1)));
  };
  d3_hclPrototype.rgb = function() {
    return d3_hcl_lab(this.h, this.c, this.l).rgb();
  };
  function d3_hcl_lab(h, c, l) {
    if (isNaN(h)) h = 0;
    if (isNaN(c)) c = 0;
    return new d3_lab(l, Math.cos(h *= d3_radians) * c, Math.sin(h) * c);
  }
  d3.lab = d3_lab;
  function d3_lab(l, a, b) {
    return this instanceof d3_lab ? void (this.l = +l, this.a = +a, this.b = +b) : arguments.length < 2 ? l instanceof d3_lab ? new d3_lab(l.l, l.a, l.b) : l instanceof d3_hcl ? d3_hcl_lab(l.h, l.c, l.l) : d3_rgb_lab((l = d3_rgb(l)).r, l.g, l.b) : new d3_lab(l, a, b);
  }
  var d3_lab_K = 18;
  var d3_lab_X = .95047, d3_lab_Y = 1, d3_lab_Z = 1.08883;
  var d3_labPrototype = d3_lab.prototype = new d3_color();
  d3_labPrototype.brighter = function(k) {
    return new d3_lab(Math.min(100, this.l + d3_lab_K * (arguments.length ? k : 1)), this.a, this.b);
  };
  d3_labPrototype.darker = function(k) {
    return new d3_lab(Math.max(0, this.l - d3_lab_K * (arguments.length ? k : 1)), this.a, this.b);
  };
  d3_labPrototype.rgb = function() {
    return d3_lab_rgb(this.l, this.a, this.b);
  };
  function d3_lab_rgb(l, a, b) {
    var y = (l + 16) / 116, x = y + a / 500, z = y - b / 200;
    x = d3_lab_xyz(x) * d3_lab_X;
    y = d3_lab_xyz(y) * d3_lab_Y;
    z = d3_lab_xyz(z) * d3_lab_Z;
    return new d3_rgb(d3_xyz_rgb(3.2404542 * x - 1.5371385 * y - .4985314 * z), d3_xyz_rgb(-.969266 * x + 1.8760108 * y + .041556 * z), d3_xyz_rgb(.0556434 * x - .2040259 * y + 1.0572252 * z));
  }
  function d3_lab_hcl(l, a, b) {
    return l > 0 ? new d3_hcl(Math.atan2(b, a) * d3_degrees, Math.sqrt(a * a + b * b), l) : new d3_hcl(NaN, NaN, l);
  }
  function d3_lab_xyz(x) {
    return x > .206893034 ? x * x * x : (x - 4 / 29) / 7.787037;
  }
  function d3_xyz_lab(x) {
    return x > .008856 ? Math.pow(x, 1 / 3) : 7.787037 * x + 4 / 29;
  }
  function d3_xyz_rgb(r) {
    return Math.round(255 * (r <= .00304 ? 12.92 * r : 1.055 * Math.pow(r, 1 / 2.4) - .055));
  }
  d3.rgb = d3_rgb;
  function d3_rgb(r, g, b) {
    return this instanceof d3_rgb ? void (this.r = ~~r, this.g = ~~g, this.b = ~~b) : arguments.length < 2 ? r instanceof d3_rgb ? new d3_rgb(r.r, r.g, r.b) : d3_rgb_parse("" + r, d3_rgb, d3_hsl_rgb) : new d3_rgb(r, g, b);
  }
  function d3_rgbNumber(value) {
    return new d3_rgb(value >> 16, value >> 8 & 255, value & 255);
  }
  function d3_rgbString(value) {
    return d3_rgbNumber(value) + "";
  }
  var d3_rgbPrototype = d3_rgb.prototype = new d3_color();
  d3_rgbPrototype.brighter = function(k) {
    k = Math.pow(.7, arguments.length ? k : 1);
    var r = this.r, g = this.g, b = this.b, i = 30;
    if (!r && !g && !b) return new d3_rgb(i, i, i);
    if (r && r < i) r = i;
    if (g && g < i) g = i;
    if (b && b < i) b = i;
    return new d3_rgb(Math.min(255, r / k), Math.min(255, g / k), Math.min(255, b / k));
  };
  d3_rgbPrototype.darker = function(k) {
    k = Math.pow(.7, arguments.length ? k : 1);
    return new d3_rgb(k * this.r, k * this.g, k * this.b);
  };
  d3_rgbPrototype.hsl = function() {
    return d3_rgb_hsl(this.r, this.g, this.b);
  };
  d3_rgbPrototype.toString = function() {
    return "#" + d3_rgb_hex(this.r) + d3_rgb_hex(this.g) + d3_rgb_hex(this.b);
  };
  function d3_rgb_hex(v) {
    return v < 16 ? "0" + Math.max(0, v).toString(16) : Math.min(255, v).toString(16);
  }
  function d3_rgb_parse(format, rgb, hsl) {
    var r = 0, g = 0, b = 0, m1, m2, color;
    m1 = /([a-z]+)\((.*)\)/i.exec(format);
    if (m1) {
      m2 = m1[2].split(",");
      switch (m1[1]) {
       case "hsl":
        {
          return hsl(parseFloat(m2[0]), parseFloat(m2[1]) / 100, parseFloat(m2[2]) / 100);
        }

       case "rgb":
        {
          return rgb(d3_rgb_parseNumber(m2[0]), d3_rgb_parseNumber(m2[1]), d3_rgb_parseNumber(m2[2]));
        }
      }
    }
    if (color = d3_rgb_names.get(format.toLowerCase())) {
      return rgb(color.r, color.g, color.b);
    }
    if (format != null && format.charAt(0) === "#" && !isNaN(color = parseInt(format.slice(1), 16))) {
      if (format.length === 4) {
        r = (color & 3840) >> 4;
        r = r >> 4 | r;
        g = color & 240;
        g = g >> 4 | g;
        b = color & 15;
        b = b << 4 | b;
      } else if (format.length === 7) {
        r = (color & 16711680) >> 16;
        g = (color & 65280) >> 8;
        b = color & 255;
      }
    }
    return rgb(r, g, b);
  }
  function d3_rgb_hsl(r, g, b) {
    var min = Math.min(r /= 255, g /= 255, b /= 255), max = Math.max(r, g, b), d = max - min, h, s, l = (max + min) / 2;
    if (d) {
      s = l < .5 ? d / (max + min) : d / (2 - max - min);
      if (r == max) h = (g - b) / d + (g < b ? 6 : 0); else if (g == max) h = (b - r) / d + 2; else h = (r - g) / d + 4;
      h *= 60;
    } else {
      h = NaN;
      s = l > 0 && l < 1 ? 0 : h;
    }
    return new d3_hsl(h, s, l);
  }
  function d3_rgb_lab(r, g, b) {
    r = d3_rgb_xyz(r);
    g = d3_rgb_xyz(g);
    b = d3_rgb_xyz(b);
    var x = d3_xyz_lab((.4124564 * r + .3575761 * g + .1804375 * b) / d3_lab_X), y = d3_xyz_lab((.2126729 * r + .7151522 * g + .072175 * b) / d3_lab_Y), z = d3_xyz_lab((.0193339 * r + .119192 * g + .9503041 * b) / d3_lab_Z);
    return d3_lab(116 * y - 16, 500 * (x - y), 200 * (y - z));
  }
  function d3_rgb_xyz(r) {
    return (r /= 255) <= .04045 ? r / 12.92 : Math.pow((r + .055) / 1.055, 2.4);
  }
  function d3_rgb_parseNumber(c) {
    var f = parseFloat(c);
    return c.charAt(c.length - 1) === "%" ? Math.round(f * 2.55) : f;
  }
  var d3_rgb_names = d3.map({
    aliceblue: 15792383,
    antiquewhite: 16444375,
    aqua: 65535,
    aquamarine: 8388564,
    azure: 15794175,
    beige: 16119260,
    bisque: 16770244,
    black: 0,
    blanchedalmond: 16772045,
    blue: 255,
    blueviolet: 9055202,
    brown: 10824234,
    burlywood: 14596231,
    cadetblue: 6266528,
    chartreuse: 8388352,
    chocolate: 13789470,
    coral: 16744272,
    cornflowerblue: 6591981,
    cornsilk: 16775388,
    crimson: 14423100,
    cyan: 65535,
    darkblue: 139,
    darkcyan: 35723,
    darkgoldenrod: 12092939,
    darkgray: 11119017,
    darkgreen: 25600,
    darkgrey: 11119017,
    darkkhaki: 12433259,
    darkmagenta: 9109643,
    darkolivegreen: 5597999,
    darkorange: 16747520,
    darkorchid: 10040012,
    darkred: 9109504,
    darksalmon: 15308410,
    darkseagreen: 9419919,
    darkslateblue: 4734347,
    darkslategray: 3100495,
    darkslategrey: 3100495,
    darkturquoise: 52945,
    darkviolet: 9699539,
    deeppink: 16716947,
    deepskyblue: 49151,
    dimgray: 6908265,
    dimgrey: 6908265,
    dodgerblue: 2003199,
    firebrick: 11674146,
    floralwhite: 16775920,
    forestgreen: 2263842,
    fuchsia: 16711935,
    gainsboro: 14474460,
    ghostwhite: 16316671,
    gold: 16766720,
    goldenrod: 14329120,
    gray: 8421504,
    green: 32768,
    greenyellow: 11403055,
    grey: 8421504,
    honeydew: 15794160,
    hotpink: 16738740,
    indianred: 13458524,
    indigo: 4915330,
    ivory: 16777200,
    khaki: 15787660,
    lavender: 15132410,
    lavenderblush: 16773365,
    lawngreen: 8190976,
    lemonchiffon: 16775885,
    lightblue: 11393254,
    lightcoral: 15761536,
    lightcyan: 14745599,
    lightgoldenrodyellow: 16448210,
    lightgray: 13882323,
    lightgreen: 9498256,
    lightgrey: 13882323,
    lightpink: 16758465,
    lightsalmon: 16752762,
    lightseagreen: 2142890,
    lightskyblue: 8900346,
    lightslategray: 7833753,
    lightslategrey: 7833753,
    lightsteelblue: 11584734,
    lightyellow: 16777184,
    lime: 65280,
    limegreen: 3329330,
    linen: 16445670,
    magenta: 16711935,
    maroon: 8388608,
    mediumaquamarine: 6737322,
    mediumblue: 205,
    mediumorchid: 12211667,
    mediumpurple: 9662683,
    mediumseagreen: 3978097,
    mediumslateblue: 8087790,
    mediumspringgreen: 64154,
    mediumturquoise: 4772300,
    mediumvioletred: 13047173,
    midnightblue: 1644912,
    mintcream: 16121850,
    mistyrose: 16770273,
    moccasin: 16770229,
    navajowhite: 16768685,
    navy: 128,
    oldlace: 16643558,
    olive: 8421376,
    olivedrab: 7048739,
    orange: 16753920,
    orangered: 16729344,
    orchid: 14315734,
    palegoldenrod: 15657130,
    palegreen: 10025880,
    paleturquoise: 11529966,
    palevioletred: 14381203,
    papayawhip: 16773077,
    peachpuff: 16767673,
    peru: 13468991,
    pink: 16761035,
    plum: 14524637,
    powderblue: 11591910,
    purple: 8388736,
    rebeccapurple: 6697881,
    red: 16711680,
    rosybrown: 12357519,
    royalblue: 4286945,
    saddlebrown: 9127187,
    salmon: 16416882,
    sandybrown: 16032864,
    seagreen: 3050327,
    seashell: 16774638,
    sienna: 10506797,
    silver: 12632256,
    skyblue: 8900331,
    slateblue: 6970061,
    slategray: 7372944,
    slategrey: 7372944,
    snow: 16775930,
    springgreen: 65407,
    steelblue: 4620980,
    tan: 13808780,
    teal: 32896,
    thistle: 14204888,
    tomato: 16737095,
    turquoise: 4251856,
    violet: 15631086,
    wheat: 16113331,
    white: 16777215,
    whitesmoke: 16119285,
    yellow: 16776960,
    yellowgreen: 10145074
  });
  d3_rgb_names.forEach(function(key, value) {
    d3_rgb_names.set(key, d3_rgbNumber(value));
  });
  function d3_functor(v) {
    return typeof v === "function" ? v : function() {
      return v;
    };
  }
  d3.functor = d3_functor;
  d3.xhr = d3_xhrType(d3_identity);
  function d3_xhrType(response) {
    return function(url, mimeType, callback) {
      if (arguments.length === 2 && typeof mimeType === "function") callback = mimeType, 
      mimeType = null;
      return d3_xhr(url, mimeType, response, callback);
    };
  }
  function d3_xhr(url, mimeType, response, callback) {
    var xhr = {}, dispatch = d3.dispatch("beforesend", "progress", "load", "error"), headers = {}, request = new XMLHttpRequest(), responseType = null;
    if (this.XDomainRequest && !("withCredentials" in request) && /^(http(s)?:)?\/\//.test(url)) request = new XDomainRequest();
    "onload" in request ? request.onload = request.onerror = respond : request.onreadystatechange = function() {
      request.readyState > 3 && respond();
    };
    function respond() {
      var status = request.status, result;
      if (!status && d3_xhrHasResponse(request) || status >= 200 && status < 300 || status === 304) {
        try {
          result = response.call(xhr, request);
        } catch (e) {
          dispatch.error.call(xhr, e);
          return;
        }
        dispatch.load.call(xhr, result);
      } else {
        dispatch.error.call(xhr, request);
      }
    }
    request.onprogress = function(event) {
      var o = d3.event;
      d3.event = event;
      try {
        dispatch.progress.call(xhr, request);
      } finally {
        d3.event = o;
      }
    };
    xhr.header = function(name, value) {
      name = (name + "").toLowerCase();
      if (arguments.length < 2) return headers[name];
      if (value == null) delete headers[name]; else headers[name] = value + "";
      return xhr;
    };
    xhr.mimeType = function(value) {
      if (!arguments.length) return mimeType;
      mimeType = value == null ? null : value + "";
      return xhr;
    };
    xhr.responseType = function(value) {
      if (!arguments.length) return responseType;
      responseType = value;
      return xhr;
    };
    xhr.response = function(value) {
      response = value;
      return xhr;
    };
    [ "get", "post" ].forEach(function(method) {
      xhr[method] = function() {
        return xhr.send.apply(xhr, [ method ].concat(d3_array(arguments)));
      };
    });
    xhr.send = function(method, data, callback) {
      if (arguments.length === 2 && typeof data === "function") callback = data, data = null;
      request.open(method, url, true);
      if (mimeType != null && !("accept" in headers)) headers["accept"] = mimeType + ",*/*";
      if (request.setRequestHeader) for (var name in headers) request.setRequestHeader(name, headers[name]);
      if (mimeType != null && request.overrideMimeType) request.overrideMimeType(mimeType);
      if (responseType != null) request.responseType = responseType;
      if (callback != null) xhr.on("error", callback).on("load", function(request) {
        callback(null, request);
      });
      dispatch.beforesend.call(xhr, request);
      request.send(data == null ? null : data);
      return xhr;
    };
    xhr.abort = function() {
      request.abort();
      return xhr;
    };
    d3.rebind(xhr, dispatch, "on");
    return callback == null ? xhr : xhr.get(d3_xhr_fixCallback(callback));
  }
  function d3_xhr_fixCallback(callback) {
    return callback.length === 1 ? function(error, request) {
      callback(error == null ? request : null);
    } : callback;
  }
  function d3_xhrHasResponse(request) {
    var type = request.responseType;
    return type && type !== "text" ? request.response : request.responseText;
  }
  d3.dsv = function(delimiter, mimeType) {
    var reFormat = new RegExp('["' + delimiter + "\n]"), delimiterCode = delimiter.charCodeAt(0);
    function dsv(url, row, callback) {
      if (arguments.length < 3) callback = row, row = null;
      var xhr = d3_xhr(url, mimeType, row == null ? response : typedResponse(row), callback);
      xhr.row = function(_) {
        return arguments.length ? xhr.response((row = _) == null ? response : typedResponse(_)) : row;
      };
      return xhr;
    }
    function response(request) {
      return dsv.parse(request.responseText);
    }
    function typedResponse(f) {
      return function(request) {
        return dsv.parse(request.responseText, f);
      };
    }
    dsv.parse = function(text, f) {
      var o;
      return dsv.parseRows(text, function(row, i) {
        if (o) return o(row, i - 1);
        var a = new Function("d", "return {" + row.map(function(name, i) {
          return JSON.stringify(name) + ": d[" + i + "]";
        }).join(",") + "}");
        o = f ? function(row, i) {
          return f(a(row), i);
        } : a;
      });
    };
    dsv.parseRows = function(text, f) {
      var EOL = {}, EOF = {}, rows = [], N = text.length, I = 0, n = 0, t, eol;
      function token() {
        if (I >= N) return EOF;
        if (eol) return eol = false, EOL;
        var j = I;
        if (text.charCodeAt(j) === 34) {
          var i = j;
          while (i++ < N) {
            if (text.charCodeAt(i) === 34) {
              if (text.charCodeAt(i + 1) !== 34) break;
              ++i;
            }
          }
          I = i + 2;
          var c = text.charCodeAt(i + 1);
          if (c === 13) {
            eol = true;
            if (text.charCodeAt(i + 2) === 10) ++I;
          } else if (c === 10) {
            eol = true;
          }
          return text.slice(j + 1, i).replace(/""/g, '"');
        }
        while (I < N) {
          var c = text.charCodeAt(I++), k = 1;
          if (c === 10) eol = true; else if (c === 13) {
            eol = true;
            if (text.charCodeAt(I) === 10) ++I, ++k;
          } else if (c !== delimiterCode) continue;
          return text.slice(j, I - k);
        }
        return text.slice(j);
      }
      while ((t = token()) !== EOF) {
        var a = [];
        while (t !== EOL && t !== EOF) {
          a.push(t);
          t = token();
        }
        if (f && (a = f(a, n++)) == null) continue;
        rows.push(a);
      }
      return rows;
    };
    dsv.format = function(rows) {
      if (Array.isArray(rows[0])) return dsv.formatRows(rows);
      var fieldSet = new d3_Set(), fields = [];
      rows.forEach(function(row) {
        for (var field in row) {
          if (!fieldSet.has(field)) {
            fields.push(fieldSet.add(field));
          }
        }
      });
      return [ fields.map(formatValue).join(delimiter) ].concat(rows.map(function(row) {
        return fields.map(function(field) {
          return formatValue(row[field]);
        }).join(delimiter);
      })).join("\n");
    };
    dsv.formatRows = function(rows) {
      return rows.map(formatRow).join("\n");
    };
    function formatRow(row) {
      return row.map(formatValue).join(delimiter);
    }
    function formatValue(text) {
      return reFormat.test(text) ? '"' + text.replace(/\"/g, '""') + '"' : text;
    }
    return dsv;
  };
  d3.csv = d3.dsv(",", "text/csv");
  d3.tsv = d3.dsv("	", "text/tab-separated-values");
  var d3_timer_queueHead, d3_timer_queueTail, d3_timer_interval, d3_timer_timeout, d3_timer_active, d3_timer_frame = this[d3_vendorSymbol(this, "requestAnimationFrame")] || function(callback) {
    setTimeout(callback, 17);
  };
  d3.timer = function(callback, delay, then) {
    var n = arguments.length;
    if (n < 2) delay = 0;
    if (n < 3) then = Date.now();
    var time = then + delay, timer = {
      c: callback,
      t: time,
      f: false,
      n: null
    };
    if (d3_timer_queueTail) d3_timer_queueTail.n = timer; else d3_timer_queueHead = timer;
    d3_timer_queueTail = timer;
    if (!d3_timer_interval) {
      d3_timer_timeout = clearTimeout(d3_timer_timeout);
      d3_timer_interval = 1;
      d3_timer_frame(d3_timer_step);
    }
  };
  function d3_timer_step() {
    var now = d3_timer_mark(), delay = d3_timer_sweep() - now;
    if (delay > 24) {
      if (isFinite(delay)) {
        clearTimeout(d3_timer_timeout);
        d3_timer_timeout = setTimeout(d3_timer_step, delay);
      }
      d3_timer_interval = 0;
    } else {
      d3_timer_interval = 1;
      d3_timer_frame(d3_timer_step);
    }
  }
  d3.timer.flush = function() {
    d3_timer_mark();
    d3_timer_sweep();
  };
  function d3_timer_mark() {
    var now = Date.now();
    d3_timer_active = d3_timer_queueHead;
    while (d3_timer_active) {
      if (now >= d3_timer_active.t) d3_timer_active.f = d3_timer_active.c(now - d3_timer_active.t);
      d3_timer_active = d3_timer_active.n;
    }
    return now;
  }
  function d3_timer_sweep() {
    var t0, t1 = d3_timer_queueHead, time = Infinity;
    while (t1) {
      if (t1.f) {
        t1 = t0 ? t0.n = t1.n : d3_timer_queueHead = t1.n;
      } else {
        if (t1.t < time) time = t1.t;
        t1 = (t0 = t1).n;
      }
    }
    d3_timer_queueTail = t0;
    return time;
  }
  function d3_format_precision(x, p) {
    return p - (x ? Math.ceil(Math.log(x) / Math.LN10) : 1);
  }
  d3.round = function(x, n) {
    return n ? Math.round(x * (n = Math.pow(10, n))) / n : Math.round(x);
  };
  var d3_formatPrefixes = [ "y", "z", "a", "f", "p", "n", "µ", "m", "", "k", "M", "G", "T", "P", "E", "Z", "Y" ].map(d3_formatPrefix);
  d3.formatPrefix = function(value, precision) {
    var i = 0;
    if (value) {
      if (value < 0) value *= -1;
      if (precision) value = d3.round(value, d3_format_precision(value, precision));
      i = 1 + Math.floor(1e-12 + Math.log(value) / Math.LN10);
      i = Math.max(-24, Math.min(24, Math.floor((i - 1) / 3) * 3));
    }
    return d3_formatPrefixes[8 + i / 3];
  };
  function d3_formatPrefix(d, i) {
    var k = Math.pow(10, abs(8 - i) * 3);
    return {
      scale: i > 8 ? function(d) {
        return d / k;
      } : function(d) {
        return d * k;
      },
      symbol: d
    };
  }
  function d3_locale_numberFormat(locale) {
    var locale_decimal = locale.decimal, locale_thousands = locale.thousands, locale_grouping = locale.grouping, locale_currency = locale.currency, formatGroup = locale_grouping && locale_thousands ? function(value, width) {
      var i = value.length, t = [], j = 0, g = locale_grouping[0], length = 0;
      while (i > 0 && g > 0) {
        if (length + g + 1 > width) g = Math.max(1, width - length);
        t.push(value.substring(i -= g, i + g));
        if ((length += g + 1) > width) break;
        g = locale_grouping[j = (j + 1) % locale_grouping.length];
      }
      return t.reverse().join(locale_thousands);
    } : d3_identity;
    return function(specifier) {
      var match = d3_format_re.exec(specifier), fill = match[1] || " ", align = match[2] || ">", sign = match[3] || "-", symbol = match[4] || "", zfill = match[5], width = +match[6], comma = match[7], precision = match[8], type = match[9], scale = 1, prefix = "", suffix = "", integer = false, exponent = true;
      if (precision) precision = +precision.substring(1);
      if (zfill || fill === "0" && align === "=") {
        zfill = fill = "0";
        align = "=";
      }
      switch (type) {
       case "n":
        comma = true;
        type = "g";
        break;

       case "%":
        scale = 100;
        suffix = "%";
        type = "f";
        break;

       case "p":
        scale = 100;
        suffix = "%";
        type = "r";
        break;

       case "b":
       case "o":
       case "x":
       case "X":
        if (symbol === "#") prefix = "0" + type.toLowerCase();

       case "c":
        exponent = false;

       case "d":
        integer = true;
        precision = 0;
        break;

       case "s":
        scale = -1;
        type = "r";
        break;
      }
      if (symbol === "$") prefix = locale_currency[0], suffix = locale_currency[1];
      if (type == "r" && !precision) type = "g";
      if (precision != null) {
        if (type == "g") precision = Math.max(1, Math.min(21, precision)); else if (type == "e" || type == "f") precision = Math.max(0, Math.min(20, precision));
      }
      type = d3_format_types.get(type) || d3_format_typeDefault;
      var zcomma = zfill && comma;
      return function(value) {
        var fullSuffix = suffix;
        if (integer && value % 1) return "";
        var negative = value < 0 || value === 0 && 1 / value < 0 ? (value = -value, "-") : sign === "-" ? "" : sign;
        if (scale < 0) {
          var unit = d3.formatPrefix(value, precision);
          value = unit.scale(value);
          fullSuffix = unit.symbol + suffix;
        } else {
          value *= scale;
        }
        value = type(value, precision);
        var i = value.lastIndexOf("."), before, after;
        if (i < 0) {
          var j = exponent ? value.lastIndexOf("e") : -1;
          if (j < 0) before = value, after = ""; else before = value.substring(0, j), after = value.substring(j);
        } else {
          before = value.substring(0, i);
          after = locale_decimal + value.substring(i + 1);
        }
        if (!zfill && comma) before = formatGroup(before, Infinity);
        var length = prefix.length + before.length + after.length + (zcomma ? 0 : negative.length), padding = length < width ? new Array(length = width - length + 1).join(fill) : "";
        if (zcomma) before = formatGroup(padding + before, padding.length ? width - after.length : Infinity);
        negative += prefix;
        value = before + after;
        return (align === "<" ? negative + value + padding : align === ">" ? padding + negative + value : align === "^" ? padding.substring(0, length >>= 1) + negative + value + padding.substring(length) : negative + (zcomma ? value : padding + value)) + fullSuffix;
      };
    };
  }
  var d3_format_re = /(?:([^{])?([<>=^]))?([+\- ])?([$#])?(0)?(\d+)?(,)?(\.-?\d+)?([a-z%])?/i;
  var d3_format_types = d3.map({
    b: function(x) {
      return x.toString(2);
    },
    c: function(x) {
      return String.fromCharCode(x);
    },
    o: function(x) {
      return x.toString(8);
    },
    x: function(x) {
      return x.toString(16);
    },
    X: function(x) {
      return x.toString(16).toUpperCase();
    },
    g: function(x, p) {
      return x.toPrecision(p);
    },
    e: function(x, p) {
      return x.toExponential(p);
    },
    f: function(x, p) {
      return x.toFixed(p);
    },
    r: function(x, p) {
      return (x = d3.round(x, d3_format_precision(x, p))).toFixed(Math.max(0, Math.min(20, d3_format_precision(x * (1 + 1e-15), p))));
    }
  });
  function d3_format_typeDefault(x) {
    return x + "";
  }
  var d3_time = d3.time = {}, d3_date = Date;
  function d3_date_utc() {
    this._ = new Date(arguments.length > 1 ? Date.UTC.apply(this, arguments) : arguments[0]);
  }
  d3_date_utc.prototype = {
    getDate: function() {
      return this._.getUTCDate();
    },
    getDay: function() {
      return this._.getUTCDay();
    },
    getFullYear: function() {
      return this._.getUTCFullYear();
    },
    getHours: function() {
      return this._.getUTCHours();
    },
    getMilliseconds: function() {
      return this._.getUTCMilliseconds();
    },
    getMinutes: function() {
      return this._.getUTCMinutes();
    },
    getMonth: function() {
      return this._.getUTCMonth();
    },
    getSeconds: function() {
      return this._.getUTCSeconds();
    },
    getTime: function() {
      return this._.getTime();
    },
    getTimezoneOffset: function() {
      return 0;
    },
    valueOf: function() {
      return this._.valueOf();
    },
    setDate: function() {
      d3_time_prototype.setUTCDate.apply(this._, arguments);
    },
    setDay: function() {
      d3_time_prototype.setUTCDay.apply(this._, arguments);
    },
    setFullYear: function() {
      d3_time_prototype.setUTCFullYear.apply(this._, arguments);
    },
    setHours: function() {
      d3_time_prototype.setUTCHours.apply(this._, arguments);
    },
    setMilliseconds: function() {
      d3_time_prototype.setUTCMilliseconds.apply(this._, arguments);
    },
    setMinutes: function() {
      d3_time_prototype.setUTCMinutes.apply(this._, arguments);
    },
    setMonth: function() {
      d3_time_prototype.setUTCMonth.apply(this._, arguments);
    },
    setSeconds: function() {
      d3_time_prototype.setUTCSeconds.apply(this._, arguments);
    },
    setTime: function() {
      d3_time_prototype.setTime.apply(this._, arguments);
    }
  };
  var d3_time_prototype = Date.prototype;
  function d3_time_interval(local, step, number) {
    function round(date) {
      var d0 = local(date), d1 = offset(d0, 1);
      return date - d0 < d1 - date ? d0 : d1;
    }
    function ceil(date) {
      step(date = local(new d3_date(date - 1)), 1);
      return date;
    }
    function offset(date, k) {
      step(date = new d3_date(+date), k);
      return date;
    }
    function range(t0, t1, dt) {
      var time = ceil(t0), times = [];
      if (dt > 1) {
        while (time < t1) {
          if (!(number(time) % dt)) times.push(new Date(+time));
          step(time, 1);
        }
      } else {
        while (time < t1) times.push(new Date(+time)), step(time, 1);
      }
      return times;
    }
    function range_utc(t0, t1, dt) {
      try {
        d3_date = d3_date_utc;
        var utc = new d3_date_utc();
        utc._ = t0;
        return range(utc, t1, dt);
      } finally {
        d3_date = Date;
      }
    }
    local.floor = local;
    local.round = round;
    local.ceil = ceil;
    local.offset = offset;
    local.range = range;
    var utc = local.utc = d3_time_interval_utc(local);
    utc.floor = utc;
    utc.round = d3_time_interval_utc(round);
    utc.ceil = d3_time_interval_utc(ceil);
    utc.offset = d3_time_interval_utc(offset);
    utc.range = range_utc;
    return local;
  }
  function d3_time_interval_utc(method) {
    return function(date, k) {
      try {
        d3_date = d3_date_utc;
        var utc = new d3_date_utc();
        utc._ = date;
        return method(utc, k)._;
      } finally {
        d3_date = Date;
      }
    };
  }
  d3_time.year = d3_time_interval(function(date) {
    date = d3_time.day(date);
    date.setMonth(0, 1);
    return date;
  }, function(date, offset) {
    date.setFullYear(date.getFullYear() + offset);
  }, function(date) {
    return date.getFullYear();
  });
  d3_time.years = d3_time.year.range;
  d3_time.years.utc = d3_time.year.utc.range;
  d3_time.day = d3_time_interval(function(date) {
    var day = new d3_date(2e3, 0);
    day.setFullYear(date.getFullYear(), date.getMonth(), date.getDate());
    return day;
  }, function(date, offset) {
    date.setDate(date.getDate() + offset);
  }, function(date) {
    return date.getDate() - 1;
  });
  d3_time.days = d3_time.day.range;
  d3_time.days.utc = d3_time.day.utc.range;
  d3_time.dayOfYear = function(date) {
    var year = d3_time.year(date);
    return Math.floor((date - year - (date.getTimezoneOffset() - year.getTimezoneOffset()) * 6e4) / 864e5);
  };
  [ "sunday", "monday", "tuesday", "wednesday", "thursday", "friday", "saturday" ].forEach(function(day, i) {
    i = 7 - i;
    var interval = d3_time[day] = d3_time_interval(function(date) {
      (date = d3_time.day(date)).setDate(date.getDate() - (date.getDay() + i) % 7);
      return date;
    }, function(date, offset) {
      date.setDate(date.getDate() + Math.floor(offset) * 7);
    }, function(date) {
      var day = d3_time.year(date).getDay();
      return Math.floor((d3_time.dayOfYear(date) + (day + i) % 7) / 7) - (day !== i);
    });
    d3_time[day + "s"] = interval.range;
    d3_time[day + "s"].utc = interval.utc.range;
    d3_time[day + "OfYear"] = function(date) {
      var day = d3_time.year(date).getDay();
      return Math.floor((d3_time.dayOfYear(date) + (day + i) % 7) / 7);
    };
  });
  d3_time.week = d3_time.sunday;
  d3_time.weeks = d3_time.sunday.range;
  d3_time.weeks.utc = d3_time.sunday.utc.range;
  d3_time.weekOfYear = d3_time.sundayOfYear;
  function d3_locale_timeFormat(locale) {
    var locale_dateTime = locale.dateTime, locale_date = locale.date, locale_time = locale.time, locale_periods = locale.periods, locale_days = locale.days, locale_shortDays = locale.shortDays, locale_months = locale.months, locale_shortMonths = locale.shortMonths;
    function d3_time_format(template) {
      var n = template.length;
      function format(date) {
        var string = [], i = -1, j = 0, c, p, f;
        while (++i < n) {
          if (template.charCodeAt(i) === 37) {
            string.push(template.slice(j, i));
            if ((p = d3_time_formatPads[c = template.charAt(++i)]) != null) c = template.charAt(++i);
            if (f = d3_time_formats[c]) c = f(date, p == null ? c === "e" ? " " : "0" : p);
            string.push(c);
            j = i + 1;
          }
        }
        string.push(template.slice(j, i));
        return string.join("");
      }
      format.parse = function(string) {
        var d = {
          y: 1900,
          m: 0,
          d: 1,
          H: 0,
          M: 0,
          S: 0,
          L: 0,
          Z: null
        }, i = d3_time_parse(d, template, string, 0);
        if (i != string.length) return null;
        if ("p" in d) d.H = d.H % 12 + d.p * 12;
        var localZ = d.Z != null && d3_date !== d3_date_utc, date = new (localZ ? d3_date_utc : d3_date)();
        if ("j" in d) date.setFullYear(d.y, 0, d.j); else if ("w" in d && ("W" in d || "U" in d)) {
          date.setFullYear(d.y, 0, 1);
          date.setFullYear(d.y, 0, "W" in d ? (d.w + 6) % 7 + d.W * 7 - (date.getDay() + 5) % 7 : d.w + d.U * 7 - (date.getDay() + 6) % 7);
        } else date.setFullYear(d.y, d.m, d.d);
        date.setHours(d.H + (d.Z / 100 | 0), d.M + d.Z % 100, d.S, d.L);
        return localZ ? date._ : date;
      };
      format.toString = function() {
        return template;
      };
      return format;
    }
    function d3_time_parse(date, template, string, j) {
      var c, p, t, i = 0, n = template.length, m = string.length;
      while (i < n) {
        if (j >= m) return -1;
        c = template.charCodeAt(i++);
        if (c === 37) {
          t = template.charAt(i++);
          p = d3_time_parsers[t in d3_time_formatPads ? template.charAt(i++) : t];
          if (!p || (j = p(date, string, j)) < 0) return -1;
        } else if (c != string.charCodeAt(j++)) {
          return -1;
        }
      }
      return j;
    }
    d3_time_format.utc = function(template) {
      var local = d3_time_format(template);
      function format(date) {
        try {
          d3_date = d3_date_utc;
          var utc = new d3_date();
          utc._ = date;
          return local(utc);
        } finally {
          d3_date = Date;
        }
      }
      format.parse = function(string) {
        try {
          d3_date = d3_date_utc;
          var date = local.parse(string);
          return date && date._;
        } finally {
          d3_date = Date;
        }
      };
      format.toString = local.toString;
      return format;
    };
    d3_time_format.multi = d3_time_format.utc.multi = d3_time_formatMulti;
    var d3_time_periodLookup = d3.map(), d3_time_dayRe = d3_time_formatRe(locale_days), d3_time_dayLookup = d3_time_formatLookup(locale_days), d3_time_dayAbbrevRe = d3_time_formatRe(locale_shortDays), d3_time_dayAbbrevLookup = d3_time_formatLookup(locale_shortDays), d3_time_monthRe = d3_time_formatRe(locale_months), d3_time_monthLookup = d3_time_formatLookup(locale_months), d3_time_monthAbbrevRe = d3_time_formatRe(locale_shortMonths), d3_time_monthAbbrevLookup = d3_time_formatLookup(locale_shortMonths);
    locale_periods.forEach(function(p, i) {
      d3_time_periodLookup.set(p.toLowerCase(), i);
    });
    var d3_time_formats = {
      a: function(d) {
        return locale_shortDays[d.getDay()];
      },
      A: function(d) {
        return locale_days[d.getDay()];
      },
      b: function(d) {
        return locale_shortMonths[d.getMonth()];
      },
      B: function(d) {
        return locale_months[d.getMonth()];
      },
      c: d3_time_format(locale_dateTime),
      d: function(d, p) {
        return d3_time_formatPad(d.getDate(), p, 2);
      },
      e: function(d, p) {
        return d3_time_formatPad(d.getDate(), p, 2);
      },
      H: function(d, p) {
        return d3_time_formatPad(d.getHours(), p, 2);
      },
      I: function(d, p) {
        return d3_time_formatPad(d.getHours() % 12 || 12, p, 2);
      },
      j: function(d, p) {
        return d3_time_formatPad(1 + d3_time.dayOfYear(d), p, 3);
      },
      L: function(d, p) {
        return d3_time_formatPad(d.getMilliseconds(), p, 3);
      },
      m: function(d, p) {
        return d3_time_formatPad(d.getMonth() + 1, p, 2);
      },
      M: function(d, p) {
        return d3_time_formatPad(d.getMinutes(), p, 2);
      },
      p: function(d) {
        return locale_periods[+(d.getHours() >= 12)];
      },
      S: function(d, p) {
        return d3_time_formatPad(d.getSeconds(), p, 2);
      },
      U: function(d, p) {
        return d3_time_formatPad(d3_time.sundayOfYear(d), p, 2);
      },
      w: function(d) {
        return d.getDay();
      },
      W: function(d, p) {
        return d3_time_formatPad(d3_time.mondayOfYear(d), p, 2);
      },
      x: d3_time_format(locale_date),
      X: d3_time_format(locale_time),
      y: function(d, p) {
        return d3_time_formatPad(d.getFullYear() % 100, p, 2);
      },
      Y: function(d, p) {
        return d3_time_formatPad(d.getFullYear() % 1e4, p, 4);
      },
      Z: d3_time_zone,
      "%": function() {
        return "%";
      }
    };
    var d3_time_parsers = {
      a: d3_time_parseWeekdayAbbrev,
      A: d3_time_parseWeekday,
      b: d3_time_parseMonthAbbrev,
      B: d3_time_parseMonth,
      c: d3_time_parseLocaleFull,
      d: d3_time_parseDay,
      e: d3_time_parseDay,
      H: d3_time_parseHour24,
      I: d3_time_parseHour24,
      j: d3_time_parseDayOfYear,
      L: d3_time_parseMilliseconds,
      m: d3_time_parseMonthNumber,
      M: d3_time_parseMinutes,
      p: d3_time_parseAmPm,
      S: d3_time_parseSeconds,
      U: d3_time_parseWeekNumberSunday,
      w: d3_time_parseWeekdayNumber,
      W: d3_time_parseWeekNumberMonday,
      x: d3_time_parseLocaleDate,
      X: d3_time_parseLocaleTime,
      y: d3_time_parseYear,
      Y: d3_time_parseFullYear,
      Z: d3_time_parseZone,
      "%": d3_time_parseLiteralPercent
    };
    function d3_time_parseWeekdayAbbrev(date, string, i) {
      d3_time_dayAbbrevRe.lastIndex = 0;
      var n = d3_time_dayAbbrevRe.exec(string.slice(i));
      return n ? (date.w = d3_time_dayAbbrevLookup.get(n[0].toLowerCase()), i + n[0].length) : -1;
    }
    function d3_time_parseWeekday(date, string, i) {
      d3_time_dayRe.lastIndex = 0;
      var n = d3_time_dayRe.exec(string.slice(i));
      return n ? (date.w = d3_time_dayLookup.get(n[0].toLowerCase()), i + n[0].length) : -1;
    }
    function d3_time_parseMonthAbbrev(date, string, i) {
      d3_time_monthAbbrevRe.lastIndex = 0;
      var n = d3_time_monthAbbrevRe.exec(string.slice(i));
      return n ? (date.m = d3_time_monthAbbrevLookup.get(n[0].toLowerCase()), i + n[0].length) : -1;
    }
    function d3_time_parseMonth(date, string, i) {
      d3_time_monthRe.lastIndex = 0;
      var n = d3_time_monthRe.exec(string.slice(i));
      return n ? (date.m = d3_time_monthLookup.get(n[0].toLowerCase()), i + n[0].length) : -1;
    }
    function d3_time_parseLocaleFull(date, string, i) {
      return d3_time_parse(date, d3_time_formats.c.toString(), string, i);
    }
    function d3_time_parseLocaleDate(date, string, i) {
      return d3_time_parse(date, d3_time_formats.x.toString(), string, i);
    }
    function d3_time_parseLocaleTime(date, string, i) {
      return d3_time_parse(date, d3_time_formats.X.toString(), string, i);
    }
    function d3_time_parseAmPm(date, string, i) {
      var n = d3_time_periodLookup.get(string.slice(i, i += 2).toLowerCase());
      return n == null ? -1 : (date.p = n, i);
    }
    return d3_time_format;
  }
  var d3_time_formatPads = {
    "-": "",
    _: " ",
    "0": "0"
  }, d3_time_numberRe = /^\s*\d+/, d3_time_percentRe = /^%/;
  function d3_time_formatPad(value, fill, width) {
    var sign = value < 0 ? "-" : "", string = (sign ? -value : value) + "", length = string.length;
    return sign + (length < width ? new Array(width - length + 1).join(fill) + string : string);
  }
  function d3_time_formatRe(names) {
    return new RegExp("^(?:" + names.map(d3.requote).join("|") + ")", "i");
  }
  function d3_time_formatLookup(names) {
    var map = new d3_Map(), i = -1, n = names.length;
    while (++i < n) map.set(names[i].toLowerCase(), i);
    return map;
  }
  function d3_time_parseWeekdayNumber(date, string, i) {
    d3_time_numberRe.lastIndex = 0;
    var n = d3_time_numberRe.exec(string.slice(i, i + 1));
    return n ? (date.w = +n[0], i + n[0].length) : -1;
  }
  function d3_time_parseWeekNumberSunday(date, string, i) {
    d3_time_numberRe.lastIndex = 0;
    var n = d3_time_numberRe.exec(string.slice(i));
    return n ? (date.U = +n[0], i + n[0].length) : -1;
  }
  function d3_time_parseWeekNumberMonday(date, string, i) {
    d3_time_numberRe.lastIndex = 0;
    var n = d3_time_numberRe.exec(string.slice(i));
    return n ? (date.W = +n[0], i + n[0].length) : -1;
  }
  function d3_time_parseFullYear(date, string, i) {
    d3_time_numberRe.lastIndex = 0;
    var n = d3_time_numberRe.exec(string.slice(i, i + 4));
    return n ? (date.y = +n[0], i + n[0].length) : -1;
  }
  function d3_time_parseYear(date, string, i) {
    d3_time_numberRe.lastIndex = 0;
    var n = d3_time_numberRe.exec(string.slice(i, i + 2));
    return n ? (date.y = d3_time_expandYear(+n[0]), i + n[0].length) : -1;
  }
  function d3_time_parseZone(date, string, i) {
    return /^[+-]\d{4}$/.test(string = string.slice(i, i + 5)) ? (date.Z = -string, 
    i + 5) : -1;
  }
  function d3_time_expandYear(d) {
    return d + (d > 68 ? 1900 : 2e3);
  }
  function d3_time_parseMonthNumber(date, string, i) {
    d3_time_numberRe.lastIndex = 0;
    var n = d3_time_numberRe.exec(string.slice(i, i + 2));
    return n ? (date.m = n[0] - 1, i + n[0].length) : -1;
  }
  function d3_time_parseDay(date, string, i) {
    d3_time_numberRe.lastIndex = 0;
    var n = d3_time_numberRe.exec(string.slice(i, i + 2));
    return n ? (date.d = +n[0], i + n[0].length) : -1;
  }
  function d3_time_parseDayOfYear(date, string, i) {
    d3_time_numberRe.lastIndex = 0;
    var n = d3_time_numberRe.exec(string.slice(i, i + 3));
    return n ? (date.j = +n[0], i + n[0].length) : -1;
  }
  function d3_time_parseHour24(date, string, i) {
    d3_time_numberRe.lastIndex = 0;
    var n = d3_time_numberRe.exec(string.slice(i, i + 2));
    return n ? (date.H = +n[0], i + n[0].length) : -1;
  }
  function d3_time_parseMinutes(date, string, i) {
    d3_time_numberRe.lastIndex = 0;
    var n = d3_time_numberRe.exec(string.slice(i, i + 2));
    return n ? (date.M = +n[0], i + n[0].length) : -1;
  }
  function d3_time_parseSeconds(date, string, i) {
    d3_time_numberRe.lastIndex = 0;
    var n = d3_time_numberRe.exec(string.slice(i, i + 2));
    return n ? (date.S = +n[0], i + n[0].length) : -1;
  }
  function d3_time_parseMilliseconds(date, string, i) {
    d3_time_numberRe.lastIndex = 0;
    var n = d3_time_numberRe.exec(string.slice(i, i + 3));
    return n ? (date.L = +n[0], i + n[0].length) : -1;
  }
  function d3_time_zone(d) {
    var z = d.getTimezoneOffset(), zs = z > 0 ? "-" : "+", zh = abs(z) / 60 | 0, zm = abs(z) % 60;
    return zs + d3_time_formatPad(zh, "0", 2) + d3_time_formatPad(zm, "0", 2);
  }
  function d3_time_parseLiteralPercent(date, string, i) {
    d3_time_percentRe.lastIndex = 0;
    var n = d3_time_percentRe.exec(string.slice(i, i + 1));
    return n ? i + n[0].length : -1;
  }
  function d3_time_formatMulti(formats) {
    var n = formats.length, i = -1;
    while (++i < n) formats[i][0] = this(formats[i][0]);
    return function(date) {
      var i = 0, f = formats[i];
      while (!f[1](date)) f = formats[++i];
      return f[0](date);
    };
  }
  d3.locale = function(locale) {
    return {
      numberFormat: d3_locale_numberFormat(locale),
      timeFormat: d3_locale_timeFormat(locale)
    };
  };
  var d3_locale_enUS = d3.locale({
    decimal: ".",
    thousands: ",",
    grouping: [ 3 ],
    currency: [ "$", "" ],
    dateTime: "%a %b %e %X %Y",
    date: "%m/%d/%Y",
    time: "%H:%M:%S",
    periods: [ "AM", "PM" ],
    days: [ "Sunday", "Monday", "Tuesday", "Wednesday", "Thursday", "Friday", "Saturday" ],
    shortDays: [ "Sun", "Mon", "Tue", "Wed", "Thu", "Fri", "Sat" ],
    months: [ "January", "February", "March", "April", "May", "June", "July", "August", "September", "October", "November", "December" ],
    shortMonths: [ "Jan", "Feb", "Mar", "Apr", "May", "Jun", "Jul", "Aug", "Sep", "Oct", "Nov", "Dec" ]
  });
  d3.format = d3_locale_enUS.numberFormat;
  d3.geo = {};
  function d3_adder() {}
  d3_adder.prototype = {
    s: 0,
    t: 0,
    add: function(y) {
      d3_adderSum(y, this.t, d3_adderTemp);
      d3_adderSum(d3_adderTemp.s, this.s, this);
      if (this.s) this.t += d3_adderTemp.t; else this.s = d3_adderTemp.t;
    },
    reset: function() {
      this.s = this.t = 0;
    },
    valueOf: function() {
      return this.s;
    }
  };
  var d3_adderTemp = new d3_adder();
  function d3_adderSum(a, b, o) {
    var x = o.s = a + b, bv = x - a, av = x - bv;
    o.t = a - av + (b - bv);
  }
  d3.geo.stream = function(object, listener) {
    if (object && d3_geo_streamObjectType.hasOwnProperty(object.type)) {
      d3_geo_streamObjectType[object.type](object, listener);
    } else {
      d3_geo_streamGeometry(object, listener);
    }
  };
  function d3_geo_streamGeometry(geometry, listener) {
    if (geometry && d3_geo_streamGeometryType.hasOwnProperty(geometry.type)) {
      d3_geo_streamGeometryType[geometry.type](geometry, listener);
    }
  }
  var d3_geo_streamObjectType = {
    Feature: function(feature, listener) {
      d3_geo_streamGeometry(feature.geometry, listener);
    },
    FeatureCollection: function(object, listener) {
      var features = object.features, i = -1, n = features.length;
      while (++i < n) d3_geo_streamGeometry(features[i].geometry, listener);
    }
  };
  var d3_geo_streamGeometryType = {
    Sphere: function(object, listener) {
      listener.sphere();
    },
    Point: function(object, listener) {
      object = object.coordinates;
      listener.point(object[0], object[1], object[2]);
    },
    MultiPoint: function(object, listener) {
      var coordinates = object.coordinates, i = -1, n = coordinates.length;
      while (++i < n) object = coordinates[i], listener.point(object[0], object[1], object[2]);
    },
    LineString: function(object, listener) {
      d3_geo_streamLine(object.coordinates, listener, 0);
    },
    MultiLineString: function(object, listener) {
      var coordinates = object.coordinates, i = -1, n = coordinates.length;
      while (++i < n) d3_geo_streamLine(coordinates[i], listener, 0);
    },
    Polygon: function(object, listener) {
      d3_geo_streamPolygon(object.coordinates, listener);
    },
    MultiPolygon: function(object, listener) {
      var coordinates = object.coordinates, i = -1, n = coordinates.length;
      while (++i < n) d3_geo_streamPolygon(coordinates[i], listener);
    },
    GeometryCollection: function(object, listener) {
      var geometries = object.geometries, i = -1, n = geometries.length;
      while (++i < n) d3_geo_streamGeometry(geometries[i], listener);
    }
  };
  function d3_geo_streamLine(coordinates, listener, closed) {
    var i = -1, n = coordinates.length - closed, coordinate;
    listener.lineStart();
    while (++i < n) coordinate = coordinates[i], listener.point(coordinate[0], coordinate[1], coordinate[2]);
    listener.lineEnd();
  }
  function d3_geo_streamPolygon(coordinates, listener) {
    var i = -1, n = coordinates.length;
    listener.polygonStart();
    while (++i < n) d3_geo_streamLine(coordinates[i], listener, 1);
    listener.polygonEnd();
  }
  d3.geo.area = function(object) {
    d3_geo_areaSum = 0;
    d3.geo.stream(object, d3_geo_area);
    return d3_geo_areaSum;
  };
  var d3_geo_areaSum, d3_geo_areaRingSum = new d3_adder();
  var d3_geo_area = {
    sphere: function() {
      d3_geo_areaSum += 4 * π;
    },
    point: d3_noop,
    lineStart: d3_noop,
    lineEnd: d3_noop,
    polygonStart: function() {
      d3_geo_areaRingSum.reset();
      d3_geo_area.lineStart = d3_geo_areaRingStart;
    },
    polygonEnd: function() {
      var area = 2 * d3_geo_areaRingSum;
      d3_geo_areaSum += area < 0 ? 4 * π + area : area;
      d3_geo_area.lineStart = d3_geo_area.lineEnd = d3_geo_area.point = d3_noop;
    }
  };
  function d3_geo_areaRingStart() {
    var λ00, φ00, λ0, cosφ0, sinφ0;
    d3_geo_area.point = function(λ, φ) {
      d3_geo_area.point = nextPoint;
      λ0 = (λ00 = λ) * d3_radians, cosφ0 = Math.cos(φ = (φ00 = φ) * d3_radians / 2 + π / 4), 
      sinφ0 = Math.sin(φ);
    };
    function nextPoint(λ, φ) {
      λ *= d3_radians;
      φ = φ * d3_radians / 2 + π / 4;
      var dλ = λ - λ0, sdλ = dλ >= 0 ? 1 : -1, adλ = sdλ * dλ, cosφ = Math.cos(φ), sinφ = Math.sin(φ), k = sinφ0 * sinφ, u = cosφ0 * cosφ + k * Math.cos(adλ), v = k * sdλ * Math.sin(adλ);
      d3_geo_areaRingSum.add(Math.atan2(v, u));
      λ0 = λ, cosφ0 = cosφ, sinφ0 = sinφ;
    }
    d3_geo_area.lineEnd = function() {
      nextPoint(λ00, φ00);
    };
  }
  function d3_geo_cartesian(spherical) {
    var λ = spherical[0], φ = spherical[1], cosφ = Math.cos(φ);
    return [ cosφ * Math.cos(λ), cosφ * Math.sin(λ), Math.sin(φ) ];
  }
  function d3_geo_cartesianDot(a, b) {
    return a[0] * b[0] + a[1] * b[1] + a[2] * b[2];
  }
  function d3_geo_cartesianCross(a, b) {
    return [ a[1] * b[2] - a[2] * b[1], a[2] * b[0] - a[0] * b[2], a[0] * b[1] - a[1] * b[0] ];
  }
  function d3_geo_cartesianAdd(a, b) {
    a[0] += b[0];
    a[1] += b[1];
    a[2] += b[2];
  }
  function d3_geo_cartesianScale(vector, k) {
    return [ vector[0] * k, vector[1] * k, vector[2] * k ];
  }
  function d3_geo_cartesianNormalize(d) {
    var l = Math.sqrt(d[0] * d[0] + d[1] * d[1] + d[2] * d[2]);
    d[0] /= l;
    d[1] /= l;
    d[2] /= l;
  }
  function d3_geo_spherical(cartesian) {
    return [ Math.atan2(cartesian[1], cartesian[0]), d3_asin(cartesian[2]) ];
  }
  function d3_geo_sphericalEqual(a, b) {
    return abs(a[0] - b[0]) < ε && abs(a[1] - b[1]) < ε;
  }
  d3.geo.bounds = function() {
    var λ0, φ0, λ1, φ1, λ_, λ__, φ__, p0, dλSum, ranges, range;
    var bound = {
      point: point,
      lineStart: lineStart,
      lineEnd: lineEnd,
      polygonStart: function() {
        bound.point = ringPoint;
        bound.lineStart = ringStart;
        bound.lineEnd = ringEnd;
        dλSum = 0;
        d3_geo_area.polygonStart();
      },
      polygonEnd: function() {
        d3_geo_area.polygonEnd();
        bound.point = point;
        bound.lineStart = lineStart;
        bound.lineEnd = lineEnd;
        if (d3_geo_areaRingSum < 0) λ0 = -(λ1 = 180), φ0 = -(φ1 = 90); else if (dλSum > ε) φ1 = 90; else if (dλSum < -ε) φ0 = -90;
        range[0] = λ0, range[1] = λ1;
      }
    };
    function point(λ, φ) {
      ranges.push(range = [ λ0 = λ, λ1 = λ ]);
      if (φ < φ0) φ0 = φ;
      if (φ > φ1) φ1 = φ;
    }
    function linePoint(λ, φ) {
      var p = d3_geo_cartesian([ λ * d3_radians, φ * d3_radians ]);
      if (p0) {
        var normal = d3_geo_cartesianCross(p0, p), equatorial = [ normal[1], -normal[0], 0 ], inflection = d3_geo_cartesianCross(equatorial, normal);
        d3_geo_cartesianNormalize(inflection);
        inflection = d3_geo_spherical(inflection);
        var dλ = λ - λ_, s = dλ > 0 ? 1 : -1, λi = inflection[0] * d3_degrees * s, antimeridian = abs(dλ) > 180;
        if (antimeridian ^ (s * λ_ < λi && λi < s * λ)) {
          var φi = inflection[1] * d3_degrees;
          if (φi > φ1) φ1 = φi;
        } else if (λi = (λi + 360) % 360 - 180, antimeridian ^ (s * λ_ < λi && λi < s * λ)) {
          var φi = -inflection[1] * d3_degrees;
          if (φi < φ0) φ0 = φi;
        } else {
          if (φ < φ0) φ0 = φ;
          if (φ > φ1) φ1 = φ;
        }
        if (antimeridian) {
          if (λ < λ_) {
            if (angle(λ0, λ) > angle(λ0, λ1)) λ1 = λ;
          } else {
            if (angle(λ, λ1) > angle(λ0, λ1)) λ0 = λ;
          }
        } else {
          if (λ1 >= λ0) {
            if (λ < λ0) λ0 = λ;
            if (λ > λ1) λ1 = λ;
          } else {
            if (λ > λ_) {
              if (angle(λ0, λ) > angle(λ0, λ1)) λ1 = λ;
            } else {
              if (angle(λ, λ1) > angle(λ0, λ1)) λ0 = λ;
            }
          }
        }
      } else {
        point(λ, φ);
      }
      p0 = p, λ_ = λ;
    }
    function lineStart() {
      bound.point = linePoint;
    }
    function lineEnd() {
      range[0] = λ0, range[1] = λ1;
      bound.point = point;
      p0 = null;
    }
    function ringPoint(λ, φ) {
      if (p0) {
        var dλ = λ - λ_;
        dλSum += abs(dλ) > 180 ? dλ + (dλ > 0 ? 360 : -360) : dλ;
      } else λ__ = λ, φ__ = φ;
      d3_geo_area.point(λ, φ);
      linePoint(λ, φ);
    }
    function ringStart() {
      d3_geo_area.lineStart();
    }
    function ringEnd() {
      ringPoint(λ__, φ__);
      d3_geo_area.lineEnd();
      if (abs(dλSum) > ε) λ0 = -(λ1 = 180);
      range[0] = λ0, range[1] = λ1;
      p0 = null;
    }
    function angle(λ0, λ1) {
      return (λ1 -= λ0) < 0 ? λ1 + 360 : λ1;
    }
    function compareRanges(a, b) {
      return a[0] - b[0];
    }
    function withinRange(x, range) {
      return range[0] <= range[1] ? range[0] <= x && x <= range[1] : x < range[0] || range[1] < x;
    }
    return function(feature) {
      φ1 = λ1 = -(λ0 = φ0 = Infinity);
      ranges = [];
      d3.geo.stream(feature, bound);
      var n = ranges.length;
      if (n) {
        ranges.sort(compareRanges);
        for (var i = 1, a = ranges[0], b, merged = [ a ]; i < n; ++i) {
          b = ranges[i];
          if (withinRange(b[0], a) || withinRange(b[1], a)) {
            if (angle(a[0], b[1]) > angle(a[0], a[1])) a[1] = b[1];
            if (angle(b[0], a[1]) > angle(a[0], a[1])) a[0] = b[0];
          } else {
            merged.push(a = b);
          }
        }
        var best = -Infinity, dλ;
        for (var n = merged.length - 1, i = 0, a = merged[n], b; i <= n; a = b, ++i) {
          b = merged[i];
          if ((dλ = angle(a[1], b[0])) > best) best = dλ, λ0 = b[0], λ1 = a[1];
        }
      }
      ranges = range = null;
      return λ0 === Infinity || φ0 === Infinity ? [ [ NaN, NaN ], [ NaN, NaN ] ] : [ [ λ0, φ0 ], [ λ1, φ1 ] ];
    };
  }();
  d3.geo.centroid = function(object) {
    d3_geo_centroidW0 = d3_geo_centroidW1 = d3_geo_centroidX0 = d3_geo_centroidY0 = d3_geo_centroidZ0 = d3_geo_centroidX1 = d3_geo_centroidY1 = d3_geo_centroidZ1 = d3_geo_centroidX2 = d3_geo_centroidY2 = d3_geo_centroidZ2 = 0;
    d3.geo.stream(object, d3_geo_centroid);
    var x = d3_geo_centroidX2, y = d3_geo_centroidY2, z = d3_geo_centroidZ2, m = x * x + y * y + z * z;
    if (m < ε2) {
      x = d3_geo_centroidX1, y = d3_geo_centroidY1, z = d3_geo_centroidZ1;
      if (d3_geo_centroidW1 < ε) x = d3_geo_centroidX0, y = d3_geo_centroidY0, z = d3_geo_centroidZ0;
      m = x * x + y * y + z * z;
      if (m < ε2) return [ NaN, NaN ];
    }
    return [ Math.atan2(y, x) * d3_degrees, d3_asin(z / Math.sqrt(m)) * d3_degrees ];
  };
  var d3_geo_centroidW0, d3_geo_centroidW1, d3_geo_centroidX0, d3_geo_centroidY0, d3_geo_centroidZ0, d3_geo_centroidX1, d3_geo_centroidY1, d3_geo_centroidZ1, d3_geo_centroidX2, d3_geo_centroidY2, d3_geo_centroidZ2;
  var d3_geo_centroid = {
    sphere: d3_noop,
    point: d3_geo_centroidPoint,
    lineStart: d3_geo_centroidLineStart,
    lineEnd: d3_geo_centroidLineEnd,
    polygonStart: function() {
      d3_geo_centroid.lineStart = d3_geo_centroidRingStart;
    },
    polygonEnd: function() {
      d3_geo_centroid.lineStart = d3_geo_centroidLineStart;
    }
  };
  function d3_geo_centroidPoint(λ, φ) {
    λ *= d3_radians;
    var cosφ = Math.cos(φ *= d3_radians);
    d3_geo_centroidPointXYZ(cosφ * Math.cos(λ), cosφ * Math.sin(λ), Math.sin(φ));
  }
  function d3_geo_centroidPointXYZ(x, y, z) {
    ++d3_geo_centroidW0;
    d3_geo_centroidX0 += (x - d3_geo_centroidX0) / d3_geo_centroidW0;
    d3_geo_centroidY0 += (y - d3_geo_centroidY0) / d3_geo_centroidW0;
    d3_geo_centroidZ0 += (z - d3_geo_centroidZ0) / d3_geo_centroidW0;
  }
  function d3_geo_centroidLineStart() {
    var x0, y0, z0;
    d3_geo_centroid.point = function(λ, φ) {
      λ *= d3_radians;
      var cosφ = Math.cos(φ *= d3_radians);
      x0 = cosφ * Math.cos(λ);
      y0 = cosφ * Math.sin(λ);
      z0 = Math.sin(φ);
      d3_geo_centroid.point = nextPoint;
      d3_geo_centroidPointXYZ(x0, y0, z0);
    };
    function nextPoint(λ, φ) {
      λ *= d3_radians;
      var cosφ = Math.cos(φ *= d3_radians), x = cosφ * Math.cos(λ), y = cosφ * Math.sin(λ), z = Math.sin(φ), w = Math.atan2(Math.sqrt((w = y0 * z - z0 * y) * w + (w = z0 * x - x0 * z) * w + (w = x0 * y - y0 * x) * w), x0 * x + y0 * y + z0 * z);
      d3_geo_centroidW1 += w;
      d3_geo_centroidX1 += w * (x0 + (x0 = x));
      d3_geo_centroidY1 += w * (y0 + (y0 = y));
      d3_geo_centroidZ1 += w * (z0 + (z0 = z));
      d3_geo_centroidPointXYZ(x0, y0, z0);
    }
  }
  function d3_geo_centroidLineEnd() {
    d3_geo_centroid.point = d3_geo_centroidPoint;
  }
  function d3_geo_centroidRingStart() {
    var λ00, φ00, x0, y0, z0;
    d3_geo_centroid.point = function(λ, φ) {
      λ00 = λ, φ00 = φ;
      d3_geo_centroid.point = nextPoint;
      λ *= d3_radians;
      var cosφ = Math.cos(φ *= d3_radians);
      x0 = cosφ * Math.cos(λ);
      y0 = cosφ * Math.sin(λ);
      z0 = Math.sin(φ);
      d3_geo_centroidPointXYZ(x0, y0, z0);
    };
    d3_geo_centroid.lineEnd = function() {
      nextPoint(λ00, φ00);
      d3_geo_centroid.lineEnd = d3_geo_centroidLineEnd;
      d3_geo_centroid.point = d3_geo_centroidPoint;
    };
    function nextPoint(λ, φ) {
      λ *= d3_radians;
      var cosφ = Math.cos(φ *= d3_radians), x = cosφ * Math.cos(λ), y = cosφ * Math.sin(λ), z = Math.sin(φ), cx = y0 * z - z0 * y, cy = z0 * x - x0 * z, cz = x0 * y - y0 * x, m = Math.sqrt(cx * cx + cy * cy + cz * cz), u = x0 * x + y0 * y + z0 * z, v = m && -d3_acos(u) / m, w = Math.atan2(m, u);
      d3_geo_centroidX2 += v * cx;
      d3_geo_centroidY2 += v * cy;
      d3_geo_centroidZ2 += v * cz;
      d3_geo_centroidW1 += w;
      d3_geo_centroidX1 += w * (x0 + (x0 = x));
      d3_geo_centroidY1 += w * (y0 + (y0 = y));
      d3_geo_centroidZ1 += w * (z0 + (z0 = z));
      d3_geo_centroidPointXYZ(x0, y0, z0);
    }
  }
  function d3_geo_compose(a, b) {
    function compose(x, y) {
      return x = a(x, y), b(x[0], x[1]);
    }
    if (a.invert && b.invert) compose.invert = function(x, y) {
      return x = b.invert(x, y), x && a.invert(x[0], x[1]);
    };
    return compose;
  }
  function d3_true() {
    return true;
  }
  function d3_geo_clipPolygon(segments, compare, clipStartInside, interpolate, listener) {
    var subject = [], clip = [];
    segments.forEach(function(segment) {
      if ((n = segment.length - 1) <= 0) return;
      var n, p0 = segment[0], p1 = segment[n];
      if (d3_geo_sphericalEqual(p0, p1)) {
        listener.lineStart();
        for (var i = 0; i < n; ++i) listener.point((p0 = segment[i])[0], p0[1]);
        listener.lineEnd();
        return;
      }
      var a = new d3_geo_clipPolygonIntersection(p0, segment, null, true), b = new d3_geo_clipPolygonIntersection(p0, null, a, false);
      a.o = b;
      subject.push(a);
      clip.push(b);
      a = new d3_geo_clipPolygonIntersection(p1, segment, null, false);
      b = new d3_geo_clipPolygonIntersection(p1, null, a, true);
      a.o = b;
      subject.push(a);
      clip.push(b);
    });
    clip.sort(compare);
    d3_geo_clipPolygonLinkCircular(subject);
    d3_geo_clipPolygonLinkCircular(clip);
    if (!subject.length) return;
    for (var i = 0, entry = clipStartInside, n = clip.length; i < n; ++i) {
      clip[i].e = entry = !entry;
    }
    var start = subject[0], points, point;
    while (1) {
      var current = start, isSubject = true;
      while (current.v) if ((current = current.n) === start) return;
      points = current.z;
      listener.lineStart();
      do {
        current.v = current.o.v = true;
        if (current.e) {
          if (isSubject) {
            for (var i = 0, n = points.length; i < n; ++i) listener.point((point = points[i])[0], point[1]);
          } else {
            interpolate(current.x, current.n.x, 1, listener);
          }
          current = current.n;
        } else {
          if (isSubject) {
            points = current.p.z;
            for (var i = points.length - 1; i >= 0; --i) listener.point((point = points[i])[0], point[1]);
          } else {
            interpolate(current.x, current.p.x, -1, listener);
          }
          current = current.p;
        }
        current = current.o;
        points = current.z;
        isSubject = !isSubject;
      } while (!current.v);
      listener.lineEnd();
    }
  }
  function d3_geo_clipPolygonLinkCircular(array) {
    if (!(n = array.length)) return;
    var n, i = 0, a = array[0], b;
    while (++i < n) {
      a.n = b = array[i];
      b.p = a;
      a = b;
    }
    a.n = b = array[0];
    b.p = a;
  }
  function d3_geo_clipPolygonIntersection(point, points, other, entry) {
    this.x = point;
    this.z = points;
    this.o = other;
    this.e = entry;
    this.v = false;
    this.n = this.p = null;
  }
  function d3_geo_clip(pointVisible, clipLine, interpolate, clipStart) {
    return function(rotate, listener) {
      var line = clipLine(listener), rotatedClipStart = rotate.invert(clipStart[0], clipStart[1]);
      var clip = {
        point: point,
        lineStart: lineStart,
        lineEnd: lineEnd,
        polygonStart: function() {
          clip.point = pointRing;
          clip.lineStart = ringStart;
          clip.lineEnd = ringEnd;
          segments = [];
          polygon = [];
        },
        polygonEnd: function() {
          clip.point = point;
          clip.lineStart = lineStart;
          clip.lineEnd = lineEnd;
          segments = d3.merge(segments);
          var clipStartInside = d3_geo_pointInPolygon(rotatedClipStart, polygon);
          if (segments.length) {
            if (!polygonStarted) listener.polygonStart(), polygonStarted = true;
            d3_geo_clipPolygon(segments, d3_geo_clipSort, clipStartInside, interpolate, listener);
          } else if (clipStartInside) {
            if (!polygonStarted) listener.polygonStart(), polygonStarted = true;
            listener.lineStart();
            interpolate(null, null, 1, listener);
            listener.lineEnd();
          }
          if (polygonStarted) listener.polygonEnd(), polygonStarted = false;
          segments = polygon = null;
        },
        sphere: function() {
          listener.polygonStart();
          listener.lineStart();
          interpolate(null, null, 1, listener);
          listener.lineEnd();
          listener.polygonEnd();
        }
      };
      function point(λ, φ) {
        var point = rotate(λ, φ);
        if (pointVisible(λ = point[0], φ = point[1])) listener.point(λ, φ);
      }
      function pointLine(λ, φ) {
        var point = rotate(λ, φ);
        line.point(point[0], point[1]);
      }
      function lineStart() {
        clip.point = pointLine;
        line.lineStart();
      }
      function lineEnd() {
        clip.point = point;
        line.lineEnd();
      }
      var segments;
      var buffer = d3_geo_clipBufferListener(), ringListener = clipLine(buffer), polygonStarted = false, polygon, ring;
      function pointRing(λ, φ) {
        ring.push([ λ, φ ]);
        var point = rotate(λ, φ);
        ringListener.point(point[0], point[1]);
      }
      function ringStart() {
        ringListener.lineStart();
        ring = [];
      }
      function ringEnd() {
        pointRing(ring[0][0], ring[0][1]);
        ringListener.lineEnd();
        var clean = ringListener.clean(), ringSegments = buffer.buffer(), segment, n = ringSegments.length;
        ring.pop();
        polygon.push(ring);
        ring = null;
        if (!n) return;
        if (clean & 1) {
          segment = ringSegments[0];
          var n = segment.length - 1, i = -1, point;
          if (n > 0) {
            if (!polygonStarted) listener.polygonStart(), polygonStarted = true;
            listener.lineStart();
            while (++i < n) listener.point((point = segment[i])[0], point[1]);
            listener.lineEnd();
          }
          return;
        }
        if (n > 1 && clean & 2) ringSegments.push(ringSegments.pop().concat(ringSegments.shift()));
        segments.push(ringSegments.filter(d3_geo_clipSegmentLength1));
      }
      return clip;
    };
  }
  function d3_geo_clipSegmentLength1(segment) {
    return segment.length > 1;
  }
  function d3_geo_clipBufferListener() {
    var lines = [], line;
    return {
      lineStart: function() {
        lines.push(line = []);
      },
      point: function(λ, φ) {
        line.push([ λ, φ ]);
      },
      lineEnd: d3_noop,
      buffer: function() {
        var buffer = lines;
        lines = [];
        line = null;
        return buffer;
      },
      rejoin: function() {
        if (lines.length > 1) lines.push(lines.pop().concat(lines.shift()));
      }
    };
  }
  function d3_geo_clipSort(a, b) {
    return ((a = a.x)[0] < 0 ? a[1] - halfπ - ε : halfπ - a[1]) - ((b = b.x)[0] < 0 ? b[1] - halfπ - ε : halfπ - b[1]);
  }
  var d3_geo_clipAntimeridian = d3_geo_clip(d3_true, d3_geo_clipAntimeridianLine, d3_geo_clipAntimeridianInterpolate, [ -π, -π / 2 ]);
  function d3_geo_clipAntimeridianLine(listener) {
    var λ0 = NaN, φ0 = NaN, sλ0 = NaN, clean;
    return {
      lineStart: function() {
        listener.lineStart();
        clean = 1;
      },
      point: function(λ1, φ1) {
        var sλ1 = λ1 > 0 ? π : -π, dλ = abs(λ1 - λ0);
        if (abs(dλ - π) < ε) {
          listener.point(λ0, φ0 = (φ0 + φ1) / 2 > 0 ? halfπ : -halfπ);
          listener.point(sλ0, φ0);
          listener.lineEnd();
          listener.lineStart();
          listener.point(sλ1, φ0);
          listener.point(λ1, φ0);
          clean = 0;
        } else if (sλ0 !== sλ1 && dλ >= π) {
          if (abs(λ0 - sλ0) < ε) λ0 -= sλ0 * ε;
          if (abs(λ1 - sλ1) < ε) λ1 -= sλ1 * ε;
          φ0 = d3_geo_clipAntimeridianIntersect(λ0, φ0, λ1, φ1);
          listener.point(sλ0, φ0);
          listener.lineEnd();
          listener.lineStart();
          listener.point(sλ1, φ0);
          clean = 0;
        }
        listener.point(λ0 = λ1, φ0 = φ1);
        sλ0 = sλ1;
      },
      lineEnd: function() {
        listener.lineEnd();
        λ0 = φ0 = NaN;
      },
      clean: function() {
        return 2 - clean;
      }
    };
  }
  function d3_geo_clipAntimeridianIntersect(λ0, φ0, λ1, φ1) {
    var cosφ0, cosφ1, sinλ0_λ1 = Math.sin(λ0 - λ1);
    return abs(sinλ0_λ1) > ε ? Math.atan((Math.sin(φ0) * (cosφ1 = Math.cos(φ1)) * Math.sin(λ1) - Math.sin(φ1) * (cosφ0 = Math.cos(φ0)) * Math.sin(λ0)) / (cosφ0 * cosφ1 * sinλ0_λ1)) : (φ0 + φ1) / 2;
  }
  function d3_geo_clipAntimeridianInterpolate(from, to, direction, listener) {
    var φ;
    if (from == null) {
      φ = direction * halfπ;
      listener.point(-π, φ);
      listener.point(0, φ);
      listener.point(π, φ);
      listener.point(π, 0);
      listener.point(π, -φ);
      listener.point(0, -φ);
      listener.point(-π, -φ);
      listener.point(-π, 0);
      listener.point(-π, φ);
    } else if (abs(from[0] - to[0]) > ε) {
      var s = from[0] < to[0] ? π : -π;
      φ = direction * s / 2;
      listener.point(-s, φ);
      listener.point(0, φ);
      listener.point(s, φ);
    } else {
      listener.point(to[0], to[1]);
    }
  }
  function d3_geo_pointInPolygon(point, polygon) {
    var meridian = point[0], parallel = point[1], meridianNormal = [ Math.sin(meridian), -Math.cos(meridian), 0 ], polarAngle = 0, winding = 0;
    d3_geo_areaRingSum.reset();
    for (var i = 0, n = polygon.length; i < n; ++i) {
      var ring = polygon[i], m = ring.length;
      if (!m) continue;
      var point0 = ring[0], λ0 = point0[0], φ0 = point0[1] / 2 + π / 4, sinφ0 = Math.sin(φ0), cosφ0 = Math.cos(φ0), j = 1;
      while (true) {
        if (j === m) j = 0;
        point = ring[j];
        var λ = point[0], φ = point[1] / 2 + π / 4, sinφ = Math.sin(φ), cosφ = Math.cos(φ), dλ = λ - λ0, sdλ = dλ >= 0 ? 1 : -1, adλ = sdλ * dλ, antimeridian = adλ > π, k = sinφ0 * sinφ;
        d3_geo_areaRingSum.add(Math.atan2(k * sdλ * Math.sin(adλ), cosφ0 * cosφ + k * Math.cos(adλ)));
        polarAngle += antimeridian ? dλ + sdλ * τ : dλ;
        if (antimeridian ^ λ0 >= meridian ^ λ >= meridian) {
          var arc = d3_geo_cartesianCross(d3_geo_cartesian(point0), d3_geo_cartesian(point));
          d3_geo_cartesianNormalize(arc);
          var intersection = d3_geo_cartesianCross(meridianNormal, arc);
          d3_geo_cartesianNormalize(intersection);
          var φarc = (antimeridian ^ dλ >= 0 ? -1 : 1) * d3_asin(intersection[2]);
          if (parallel > φarc || parallel === φarc && (arc[0] || arc[1])) {
            winding += antimeridian ^ dλ >= 0 ? 1 : -1;
          }
        }
        if (!j++) break;
        λ0 = λ, sinφ0 = sinφ, cosφ0 = cosφ, point0 = point;
      }
    }
    return (polarAngle < -ε || polarAngle < ε && d3_geo_areaRingSum < 0) ^ winding & 1;
  }
  function d3_geo_clipCircle(radius) {
    var cr = Math.cos(radius), smallRadius = cr > 0, notHemisphere = abs(cr) > ε, interpolate = d3_geo_circleInterpolate(radius, 6 * d3_radians);
    return d3_geo_clip(visible, clipLine, interpolate, smallRadius ? [ 0, -radius ] : [ -π, radius - π ]);
    function visible(λ, φ) {
      return Math.cos(λ) * Math.cos(φ) > cr;
    }
    function clipLine(listener) {
      var point0, c0, v0, v00, clean;
      return {
        lineStart: function() {
          v00 = v0 = false;
          clean = 1;
        },
        point: function(λ, φ) {
          var point1 = [ λ, φ ], point2, v = visible(λ, φ), c = smallRadius ? v ? 0 : code(λ, φ) : v ? code(λ + (λ < 0 ? π : -π), φ) : 0;
          if (!point0 && (v00 = v0 = v)) listener.lineStart();
          if (v !== v0) {
            point2 = intersect(point0, point1);
            if (d3_geo_sphericalEqual(point0, point2) || d3_geo_sphericalEqual(point1, point2)) {
              point1[0] += ε;
              point1[1] += ε;
              v = visible(point1[0], point1[1]);
            }
          }
          if (v !== v0) {
            clean = 0;
            if (v) {
              listener.lineStart();
              point2 = intersect(point1, point0);
              listener.point(point2[0], point2[1]);
            } else {
              point2 = intersect(point0, point1);
              listener.point(point2[0], point2[1]);
              listener.lineEnd();
            }
            point0 = point2;
          } else if (notHemisphere && point0 && smallRadius ^ v) {
            var t;
            if (!(c & c0) && (t = intersect(point1, point0, true))) {
              clean = 0;
              if (smallRadius) {
                listener.lineStart();
                listener.point(t[0][0], t[0][1]);
                listener.point(t[1][0], t[1][1]);
                listener.lineEnd();
              } else {
                listener.point(t[1][0], t[1][1]);
                listener.lineEnd();
                listener.lineStart();
                listener.point(t[0][0], t[0][1]);
              }
            }
          }
          if (v && (!point0 || !d3_geo_sphericalEqual(point0, point1))) {
            listener.point(point1[0], point1[1]);
          }
          point0 = point1, v0 = v, c0 = c;
        },
        lineEnd: function() {
          if (v0) listener.lineEnd();
          point0 = null;
        },
        clean: function() {
          return clean | (v00 && v0) << 1;
        }
      };
    }
    function intersect(a, b, two) {
      var pa = d3_geo_cartesian(a), pb = d3_geo_cartesian(b);
      var n1 = [ 1, 0, 0 ], n2 = d3_geo_cartesianCross(pa, pb), n2n2 = d3_geo_cartesianDot(n2, n2), n1n2 = n2[0], determinant = n2n2 - n1n2 * n1n2;
      if (!determinant) return !two && a;
      var c1 = cr * n2n2 / determinant, c2 = -cr * n1n2 / determinant, n1xn2 = d3_geo_cartesianCross(n1, n2), A = d3_geo_cartesianScale(n1, c1), B = d3_geo_cartesianScale(n2, c2);
      d3_geo_cartesianAdd(A, B);
      var u = n1xn2, w = d3_geo_cartesianDot(A, u), uu = d3_geo_cartesianDot(u, u), t2 = w * w - uu * (d3_geo_cartesianDot(A, A) - 1);
      if (t2 < 0) return;
      var t = Math.sqrt(t2), q = d3_geo_cartesianScale(u, (-w - t) / uu);
      d3_geo_cartesianAdd(q, A);
      q = d3_geo_spherical(q);
      if (!two) return q;
      var λ0 = a[0], λ1 = b[0], φ0 = a[1], φ1 = b[1], z;
      if (λ1 < λ0) z = λ0, λ0 = λ1, λ1 = z;
      var δλ = λ1 - λ0, polar = abs(δλ - π) < ε, meridian = polar || δλ < ε;
      if (!polar && φ1 < φ0) z = φ0, φ0 = φ1, φ1 = z;
      if (meridian ? polar ? φ0 + φ1 > 0 ^ q[1] < (abs(q[0] - λ0) < ε ? φ0 : φ1) : φ0 <= q[1] && q[1] <= φ1 : δλ > π ^ (λ0 <= q[0] && q[0] <= λ1)) {
        var q1 = d3_geo_cartesianScale(u, (-w + t) / uu);
        d3_geo_cartesianAdd(q1, A);
        return [ q, d3_geo_spherical(q1) ];
      }
    }
    function code(λ, φ) {
      var r = smallRadius ? radius : π - radius, code = 0;
      if (λ < -r) code |= 1; else if (λ > r) code |= 2;
      if (φ < -r) code |= 4; else if (φ > r) code |= 8;
      return code;
    }
  }
  function d3_geom_clipLine(x0, y0, x1, y1) {
    return function(line) {
      var a = line.a, b = line.b, ax = a.x, ay = a.y, bx = b.x, by = b.y, t0 = 0, t1 = 1, dx = bx - ax, dy = by - ay, r;
      r = x0 - ax;
      if (!dx && r > 0) return;
      r /= dx;
      if (dx < 0) {
        if (r < t0) return;
        if (r < t1) t1 = r;
      } else if (dx > 0) {
        if (r > t1) return;
        if (r > t0) t0 = r;
      }
      r = x1 - ax;
      if (!dx && r < 0) return;
      r /= dx;
      if (dx < 0) {
        if (r > t1) return;
        if (r > t0) t0 = r;
      } else if (dx > 0) {
        if (r < t0) return;
        if (r < t1) t1 = r;
      }
      r = y0 - ay;
      if (!dy && r > 0) return;
      r /= dy;
      if (dy < 0) {
        if (r < t0) return;
        if (r < t1) t1 = r;
      } else if (dy > 0) {
        if (r > t1) return;
        if (r > t0) t0 = r;
      }
      r = y1 - ay;
      if (!dy && r < 0) return;
      r /= dy;
      if (dy < 0) {
        if (r > t1) return;
        if (r > t0) t0 = r;
      } else if (dy > 0) {
        if (r < t0) return;
        if (r < t1) t1 = r;
      }
      if (t0 > 0) line.a = {
        x: ax + t0 * dx,
        y: ay + t0 * dy
      };
      if (t1 < 1) line.b = {
        x: ax + t1 * dx,
        y: ay + t1 * dy
      };
      return line;
    };
  }
  var d3_geo_clipExtentMAX = 1e9;
  d3.geo.clipExtent = function() {
    var x0, y0, x1, y1, stream, clip, clipExtent = {
      stream: function(output) {
        if (stream) stream.valid = false;
        stream = clip(output);
        stream.valid = true;
        return stream;
      },
      extent: function(_) {
        if (!arguments.length) return [ [ x0, y0 ], [ x1, y1 ] ];
        clip = d3_geo_clipExtent(x0 = +_[0][0], y0 = +_[0][1], x1 = +_[1][0], y1 = +_[1][1]);
        if (stream) stream.valid = false, stream = null;
        return clipExtent;
      }
    };
    return clipExtent.extent([ [ 0, 0 ], [ 960, 500 ] ]);
  };
  function d3_geo_clipExtent(x0, y0, x1, y1) {
    return function(listener) {
      var listener_ = listener, bufferListener = d3_geo_clipBufferListener(), clipLine = d3_geom_clipLine(x0, y0, x1, y1), segments, polygon, ring;
      var clip = {
        point: point,
        lineStart: lineStart,
        lineEnd: lineEnd,
        polygonStart: function() {
          listener = bufferListener;
          segments = [];
          polygon = [];
          clean = true;
        },
        polygonEnd: function() {
          listener = listener_;
          segments = d3.merge(segments);
          var clipStartInside = insidePolygon([ x0, y1 ]), inside = clean && clipStartInside, visible = segments.length;
          if (inside || visible) {
            listener.polygonStart();
            if (inside) {
              listener.lineStart();
              interpolate(null, null, 1, listener);
              listener.lineEnd();
            }
            if (visible) {
              d3_geo_clipPolygon(segments, compare, clipStartInside, interpolate, listener);
            }
            listener.polygonEnd();
          }
          segments = polygon = ring = null;
        }
      };
      function insidePolygon(p) {
        var wn = 0, n = polygon.length, y = p[1];
        for (var i = 0; i < n; ++i) {
          for (var j = 1, v = polygon[i], m = v.length, a = v[0], b; j < m; ++j) {
            b = v[j];
            if (a[1] <= y) {
              if (b[1] > y && d3_cross2d(a, b, p) > 0) ++wn;
            } else {
              if (b[1] <= y && d3_cross2d(a, b, p) < 0) --wn;
            }
            a = b;
          }
        }
        return wn !== 0;
      }
      function interpolate(from, to, direction, listener) {
        var a = 0, a1 = 0;
        if (from == null || (a = corner(from, direction)) !== (a1 = corner(to, direction)) || comparePoints(from, to) < 0 ^ direction > 0) {
          do {
            listener.point(a === 0 || a === 3 ? x0 : x1, a > 1 ? y1 : y0);
          } while ((a = (a + direction + 4) % 4) !== a1);
        } else {
          listener.point(to[0], to[1]);
        }
      }
      function pointVisible(x, y) {
        return x0 <= x && x <= x1 && y0 <= y && y <= y1;
      }
      function point(x, y) {
        if (pointVisible(x, y)) listener.point(x, y);
      }
      var x__, y__, v__, x_, y_, v_, first, clean;
      function lineStart() {
        clip.point = linePoint;
        if (polygon) polygon.push(ring = []);
        first = true;
        v_ = false;
        x_ = y_ = NaN;
      }
      function lineEnd() {
        if (segments) {
          linePoint(x__, y__);
          if (v__ && v_) bufferListener.rejoin();
          segments.push(bufferListener.buffer());
        }
        clip.point = point;
        if (v_) listener.lineEnd();
      }
      function linePoint(x, y) {
        x = Math.max(-d3_geo_clipExtentMAX, Math.min(d3_geo_clipExtentMAX, x));
        y = Math.max(-d3_geo_clipExtentMAX, Math.min(d3_geo_clipExtentMAX, y));
        var v = pointVisible(x, y);
        if (polygon) ring.push([ x, y ]);
        if (first) {
          x__ = x, y__ = y, v__ = v;
          first = false;
          if (v) {
            listener.lineStart();
            listener.point(x, y);
          }
        } else {
          if (v && v_) listener.point(x, y); else {
            var l = {
              a: {
                x: x_,
                y: y_
              },
              b: {
                x: x,
                y: y
              }
            };
            if (clipLine(l)) {
              if (!v_) {
                listener.lineStart();
                listener.point(l.a.x, l.a.y);
              }
              listener.point(l.b.x, l.b.y);
              if (!v) listener.lineEnd();
              clean = false;
            } else if (v) {
              listener.lineStart();
              listener.point(x, y);
              clean = false;
            }
          }
        }
        x_ = x, y_ = y, v_ = v;
      }
      return clip;
    };
    function corner(p, direction) {
      return abs(p[0] - x0) < ε ? direction > 0 ? 0 : 3 : abs(p[0] - x1) < ε ? direction > 0 ? 2 : 1 : abs(p[1] - y0) < ε ? direction > 0 ? 1 : 0 : direction > 0 ? 3 : 2;
    }
    function compare(a, b) {
      return comparePoints(a.x, b.x);
    }
    function comparePoints(a, b) {
      var ca = corner(a, 1), cb = corner(b, 1);
      return ca !== cb ? ca - cb : ca === 0 ? b[1] - a[1] : ca === 1 ? a[0] - b[0] : ca === 2 ? a[1] - b[1] : b[0] - a[0];
    }
  }
  function d3_geo_conic(projectAt) {
    var φ0 = 0, φ1 = π / 3, m = d3_geo_projectionMutator(projectAt), p = m(φ0, φ1);
    p.parallels = function(_) {
      if (!arguments.length) return [ φ0 / π * 180, φ1 / π * 180 ];
      return m(φ0 = _[0] * π / 180, φ1 = _[1] * π / 180);
    };
    return p;
  }
  function d3_geo_conicEqualArea(φ0, φ1) {
    var sinφ0 = Math.sin(φ0), n = (sinφ0 + Math.sin(φ1)) / 2, C = 1 + sinφ0 * (2 * n - sinφ0), ρ0 = Math.sqrt(C) / n;
    function forward(λ, φ) {
      var ρ = Math.sqrt(C - 2 * n * Math.sin(φ)) / n;
      return [ ρ * Math.sin(λ *= n), ρ0 - ρ * Math.cos(λ) ];
    }
    forward.invert = function(x, y) {
      var ρ0_y = ρ0 - y;
      return [ Math.atan2(x, ρ0_y) / n, d3_asin((C - (x * x + ρ0_y * ρ0_y) * n * n) / (2 * n)) ];
    };
    return forward;
  }
  (d3.geo.conicEqualArea = function() {
    return d3_geo_conic(d3_geo_conicEqualArea);
  }).raw = d3_geo_conicEqualArea;
  d3.geo.albers = function() {
    return d3.geo.conicEqualArea().rotate([ 96, 0 ]).center([ -.6, 38.7 ]).parallels([ 29.5, 45.5 ]).scale(1070);
  };
  d3.geo.albersUsa = function() {
    var lower48 = d3.geo.albers();
    var alaska = d3.geo.conicEqualArea().rotate([ 154, 0 ]).center([ -2, 58.5 ]).parallels([ 55, 65 ]);
    var hawaii = d3.geo.conicEqualArea().rotate([ 157, 0 ]).center([ -3, 19.9 ]).parallels([ 8, 18 ]);
    var point, pointStream = {
      point: function(x, y) {
        point = [ x, y ];
      }
    }, lower48Point, alaskaPoint, hawaiiPoint;
    function albersUsa(coordinates) {
      var x = coordinates[0], y = coordinates[1];
      point = null;
      (lower48Point(x, y), point) || (alaskaPoint(x, y), point) || hawaiiPoint(x, y);
      return point;
    }
    albersUsa.invert = function(coordinates) {
      var k = lower48.scale(), t = lower48.translate(), x = (coordinates[0] - t[0]) / k, y = (coordinates[1] - t[1]) / k;
      return (y >= .12 && y < .234 && x >= -.425 && x < -.214 ? alaska : y >= .166 && y < .234 && x >= -.214 && x < -.115 ? hawaii : lower48).invert(coordinates);
    };
    albersUsa.stream = function(stream) {
      var lower48Stream = lower48.stream(stream), alaskaStream = alaska.stream(stream), hawaiiStream = hawaii.stream(stream);
      return {
        point: function(x, y) {
          lower48Stream.point(x, y);
          alaskaStream.point(x, y);
          hawaiiStream.point(x, y);
        },
        sphere: function() {
          lower48Stream.sphere();
          alaskaStream.sphere();
          hawaiiStream.sphere();
        },
        lineStart: function() {
          lower48Stream.lineStart();
          alaskaStream.lineStart();
          hawaiiStream.lineStart();
        },
        lineEnd: function() {
          lower48Stream.lineEnd();
          alaskaStream.lineEnd();
          hawaiiStream.lineEnd();
        },
        polygonStart: function() {
          lower48Stream.polygonStart();
          alaskaStream.polygonStart();
          hawaiiStream.polygonStart();
        },
        polygonEnd: function() {
          lower48Stream.polygonEnd();
          alaskaStream.polygonEnd();
          hawaiiStream.polygonEnd();
        }
      };
    };
    albersUsa.precision = function(_) {
      if (!arguments.length) return lower48.precision();
      lower48.precision(_);
      alaska.precision(_);
      hawaii.precision(_);
      return albersUsa;
    };
    albersUsa.scale = function(_) {
      if (!arguments.length) return lower48.scale();
      lower48.scale(_);
      alaska.scale(_ * .35);
      hawaii.scale(_);
      return albersUsa.translate(lower48.translate());
    };
    albersUsa.translate = function(_) {
      if (!arguments.length) return lower48.translate();
      var k = lower48.scale(), x = +_[0], y = +_[1];
      lower48Point = lower48.translate(_).clipExtent([ [ x - .455 * k, y - .238 * k ], [ x + .455 * k, y + .238 * k ] ]).stream(pointStream).point;
      alaskaPoint = alaska.translate([ x - .307 * k, y + .201 * k ]).clipExtent([ [ x - .425 * k + ε, y + .12 * k + ε ], [ x - .214 * k - ε, y + .234 * k - ε ] ]).stream(pointStream).point;
      hawaiiPoint = hawaii.translate([ x - .205 * k, y + .212 * k ]).clipExtent([ [ x - .214 * k + ε, y + .166 * k + ε ], [ x - .115 * k - ε, y + .234 * k - ε ] ]).stream(pointStream).point;
      return albersUsa;
    };
    return albersUsa.scale(1070);
  };
  var d3_geo_pathAreaSum, d3_geo_pathAreaPolygon, d3_geo_pathArea = {
    point: d3_noop,
    lineStart: d3_noop,
    lineEnd: d3_noop,
    polygonStart: function() {
      d3_geo_pathAreaPolygon = 0;
      d3_geo_pathArea.lineStart = d3_geo_pathAreaRingStart;
    },
    polygonEnd: function() {
      d3_geo_pathArea.lineStart = d3_geo_pathArea.lineEnd = d3_geo_pathArea.point = d3_noop;
      d3_geo_pathAreaSum += abs(d3_geo_pathAreaPolygon / 2);
    }
  };
  function d3_geo_pathAreaRingStart() {
    var x00, y00, x0, y0;
    d3_geo_pathArea.point = function(x, y) {
      d3_geo_pathArea.point = nextPoint;
      x00 = x0 = x, y00 = y0 = y;
    };
    function nextPoint(x, y) {
      d3_geo_pathAreaPolygon += y0 * x - x0 * y;
      x0 = x, y0 = y;
    }
    d3_geo_pathArea.lineEnd = function() {
      nextPoint(x00, y00);
    };
  }
  var d3_geo_pathBoundsX0, d3_geo_pathBoundsY0, d3_geo_pathBoundsX1, d3_geo_pathBoundsY1;
  var d3_geo_pathBounds = {
    point: d3_geo_pathBoundsPoint,
    lineStart: d3_noop,
    lineEnd: d3_noop,
    polygonStart: d3_noop,
    polygonEnd: d3_noop
  };
  function d3_geo_pathBoundsPoint(x, y) {
    if (x < d3_geo_pathBoundsX0) d3_geo_pathBoundsX0 = x;
    if (x > d3_geo_pathBoundsX1) d3_geo_pathBoundsX1 = x;
    if (y < d3_geo_pathBoundsY0) d3_geo_pathBoundsY0 = y;
    if (y > d3_geo_pathBoundsY1) d3_geo_pathBoundsY1 = y;
  }
  function d3_geo_pathBuffer() {
    var pointCircle = d3_geo_pathBufferCircle(4.5), buffer = [];
    var stream = {
      point: point,
      lineStart: function() {
        stream.point = pointLineStart;
      },
      lineEnd: lineEnd,
      polygonStart: function() {
        stream.lineEnd = lineEndPolygon;
      },
      polygonEnd: function() {
        stream.lineEnd = lineEnd;
        stream.point = point;
      },
      pointRadius: function(_) {
        pointCircle = d3_geo_pathBufferCircle(_);
        return stream;
      },
      result: function() {
        if (buffer.length) {
          var result = buffer.join("");
          buffer = [];
          return result;
        }
      }
    };
    function point(x, y) {
      buffer.push("M", x, ",", y, pointCircle);
    }
    function pointLineStart(x, y) {
      buffer.push("M", x, ",", y);
      stream.point = pointLine;
    }
    function pointLine(x, y) {
      buffer.push("L", x, ",", y);
    }
    function lineEnd() {
      stream.point = point;
    }
    function lineEndPolygon() {
      buffer.push("Z");
    }
    return stream;
  }
  function d3_geo_pathBufferCircle(radius) {
    return "m0," + radius + "a" + radius + "," + radius + " 0 1,1 0," + -2 * radius + "a" + radius + "," + radius + " 0 1,1 0," + 2 * radius + "z";
  }
  var d3_geo_pathCentroid = {
    point: d3_geo_pathCentroidPoint,
    lineStart: d3_geo_pathCentroidLineStart,
    lineEnd: d3_geo_pathCentroidLineEnd,
    polygonStart: function() {
      d3_geo_pathCentroid.lineStart = d3_geo_pathCentroidRingStart;
    },
    polygonEnd: function() {
      d3_geo_pathCentroid.point = d3_geo_pathCentroidPoint;
      d3_geo_pathCentroid.lineStart = d3_geo_pathCentroidLineStart;
      d3_geo_pathCentroid.lineEnd = d3_geo_pathCentroidLineEnd;
    }
  };
  function d3_geo_pathCentroidPoint(x, y) {
    d3_geo_centroidX0 += x;
    d3_geo_centroidY0 += y;
    ++d3_geo_centroidZ0;
  }
  function d3_geo_pathCentroidLineStart() {
    var x0, y0;
    d3_geo_pathCentroid.point = function(x, y) {
      d3_geo_pathCentroid.point = nextPoint;
      d3_geo_pathCentroidPoint(x0 = x, y0 = y);
    };
    function nextPoint(x, y) {
      var dx = x - x0, dy = y - y0, z = Math.sqrt(dx * dx + dy * dy);
      d3_geo_centroidX1 += z * (x0 + x) / 2;
      d3_geo_centroidY1 += z * (y0 + y) / 2;
      d3_geo_centroidZ1 += z;
      d3_geo_pathCentroidPoint(x0 = x, y0 = y);
    }
  }
  function d3_geo_pathCentroidLineEnd() {
    d3_geo_pathCentroid.point = d3_geo_pathCentroidPoint;
  }
  function d3_geo_pathCentroidRingStart() {
    var x00, y00, x0, y0;
    d3_geo_pathCentroid.point = function(x, y) {
      d3_geo_pathCentroid.point = nextPoint;
      d3_geo_pathCentroidPoint(x00 = x0 = x, y00 = y0 = y);
    };
    function nextPoint(x, y) {
      var dx = x - x0, dy = y - y0, z = Math.sqrt(dx * dx + dy * dy);
      d3_geo_centroidX1 += z * (x0 + x) / 2;
      d3_geo_centroidY1 += z * (y0 + y) / 2;
      d3_geo_centroidZ1 += z;
      z = y0 * x - x0 * y;
      d3_geo_centroidX2 += z * (x0 + x);
      d3_geo_centroidY2 += z * (y0 + y);
      d3_geo_centroidZ2 += z * 3;
      d3_geo_pathCentroidPoint(x0 = x, y0 = y);
    }
    d3_geo_pathCentroid.lineEnd = function() {
      nextPoint(x00, y00);
    };
  }
  function d3_geo_pathContext(context) {
    var pointRadius = 4.5;
    var stream = {
      point: point,
      lineStart: function() {
        stream.point = pointLineStart;
      },
      lineEnd: lineEnd,
      polygonStart: function() {
        stream.lineEnd = lineEndPolygon;
      },
      polygonEnd: function() {
        stream.lineEnd = lineEnd;
        stream.point = point;
      },
      pointRadius: function(_) {
        pointRadius = _;
        return stream;
      },
      result: d3_noop
    };
    function point(x, y) {
      context.moveTo(x + pointRadius, y);
      context.arc(x, y, pointRadius, 0, τ);
    }
    function pointLineStart(x, y) {
      context.moveTo(x, y);
      stream.point = pointLine;
    }
    function pointLine(x, y) {
      context.lineTo(x, y);
    }
    function lineEnd() {
      stream.point = point;
    }
    function lineEndPolygon() {
      context.closePath();
    }
    return stream;
  }
  function d3_geo_resample(project) {
    var δ2 = .5, cosMinDistance = Math.cos(30 * d3_radians), maxDepth = 16;
    function resample(stream) {
      return (maxDepth ? resampleRecursive : resampleNone)(stream);
    }
    function resampleNone(stream) {
      return d3_geo_transformPoint(stream, function(x, y) {
        x = project(x, y);
        stream.point(x[0], x[1]);
      });
    }
    function resampleRecursive(stream) {
      var λ00, φ00, x00, y00, a00, b00, c00, λ0, x0, y0, a0, b0, c0;
      var resample = {
        point: point,
        lineStart: lineStart,
        lineEnd: lineEnd,
        polygonStart: function() {
          stream.polygonStart();
          resample.lineStart = ringStart;
        },
        polygonEnd: function() {
          stream.polygonEnd();
          resample.lineStart = lineStart;
        }
      };
      function point(x, y) {
        x = project(x, y);
        stream.point(x[0], x[1]);
      }
      function lineStart() {
        x0 = NaN;
        resample.point = linePoint;
        stream.lineStart();
      }
      function linePoint(λ, φ) {
        var c = d3_geo_cartesian([ λ, φ ]), p = project(λ, φ);
        resampleLineTo(x0, y0, λ0, a0, b0, c0, x0 = p[0], y0 = p[1], λ0 = λ, a0 = c[0], b0 = c[1], c0 = c[2], maxDepth, stream);
        stream.point(x0, y0);
      }
      function lineEnd() {
        resample.point = point;
        stream.lineEnd();
      }
      function ringStart() {
        lineStart();
        resample.point = ringPoint;
        resample.lineEnd = ringEnd;
      }
      function ringPoint(λ, φ) {
        linePoint(λ00 = λ, φ00 = φ), x00 = x0, y00 = y0, a00 = a0, b00 = b0, c00 = c0;
        resample.point = linePoint;
      }
      function ringEnd() {
        resampleLineTo(x0, y0, λ0, a0, b0, c0, x00, y00, λ00, a00, b00, c00, maxDepth, stream);
        resample.lineEnd = lineEnd;
        lineEnd();
      }
      return resample;
    }
    function resampleLineTo(x0, y0, λ0, a0, b0, c0, x1, y1, λ1, a1, b1, c1, depth, stream) {
      var dx = x1 - x0, dy = y1 - y0, d2 = dx * dx + dy * dy;
      if (d2 > 4 * δ2 && depth--) {
        var a = a0 + a1, b = b0 + b1, c = c0 + c1, m = Math.sqrt(a * a + b * b + c * c), φ2 = Math.asin(c /= m), λ2 = abs(abs(c) - 1) < ε || abs(λ0 - λ1) < ε ? (λ0 + λ1) / 2 : Math.atan2(b, a), p = project(λ2, φ2), x2 = p[0], y2 = p[1], dx2 = x2 - x0, dy2 = y2 - y0, dz = dy * dx2 - dx * dy2;
        if (dz * dz / d2 > δ2 || abs((dx * dx2 + dy * dy2) / d2 - .5) > .3 || a0 * a1 + b0 * b1 + c0 * c1 < cosMinDistance) {
          resampleLineTo(x0, y0, λ0, a0, b0, c0, x2, y2, λ2, a /= m, b /= m, c, depth, stream);
          stream.point(x2, y2);
          resampleLineTo(x2, y2, λ2, a, b, c, x1, y1, λ1, a1, b1, c1, depth, stream);
        }
      }
    }
    resample.precision = function(_) {
      if (!arguments.length) return Math.sqrt(δ2);
      maxDepth = (δ2 = _ * _) > 0 && 16;
      return resample;
    };
    return resample;
  }
  d3.geo.path = function() {
    var pointRadius = 4.5, projection, context, projectStream, contextStream, cacheStream;
    function path(object) {
      if (object) {
        if (typeof pointRadius === "function") contextStream.pointRadius(+pointRadius.apply(this, arguments));
        if (!cacheStream || !cacheStream.valid) cacheStream = projectStream(contextStream);
        d3.geo.stream(object, cacheStream);
      }
      return contextStream.result();
    }
    path.area = function(object) {
      d3_geo_pathAreaSum = 0;
      d3.geo.stream(object, projectStream(d3_geo_pathArea));
      return d3_geo_pathAreaSum;
    };
    path.centroid = function(object) {
      d3_geo_centroidX0 = d3_geo_centroidY0 = d3_geo_centroidZ0 = d3_geo_centroidX1 = d3_geo_centroidY1 = d3_geo_centroidZ1 = d3_geo_centroidX2 = d3_geo_centroidY2 = d3_geo_centroidZ2 = 0;
      d3.geo.stream(object, projectStream(d3_geo_pathCentroid));
      return d3_geo_centroidZ2 ? [ d3_geo_centroidX2 / d3_geo_centroidZ2, d3_geo_centroidY2 / d3_geo_centroidZ2 ] : d3_geo_centroidZ1 ? [ d3_geo_centroidX1 / d3_geo_centroidZ1, d3_geo_centroidY1 / d3_geo_centroidZ1 ] : d3_geo_centroidZ0 ? [ d3_geo_centroidX0 / d3_geo_centroidZ0, d3_geo_centroidY0 / d3_geo_centroidZ0 ] : [ NaN, NaN ];
    };
    path.bounds = function(object) {
      d3_geo_pathBoundsX1 = d3_geo_pathBoundsY1 = -(d3_geo_pathBoundsX0 = d3_geo_pathBoundsY0 = Infinity);
      d3.geo.stream(object, projectStream(d3_geo_pathBounds));
      return [ [ d3_geo_pathBoundsX0, d3_geo_pathBoundsY0 ], [ d3_geo_pathBoundsX1, d3_geo_pathBoundsY1 ] ];
    };
    path.projection = function(_) {
      if (!arguments.length) return projection;
      projectStream = (projection = _) ? _.stream || d3_geo_pathProjectStream(_) : d3_identity;
      return reset();
    };
    path.context = function(_) {
      if (!arguments.length) return context;
      contextStream = (context = _) == null ? new d3_geo_pathBuffer() : new d3_geo_pathContext(_);
      if (typeof pointRadius !== "function") contextStream.pointRadius(pointRadius);
      return reset();
    };
    path.pointRadius = function(_) {
      if (!arguments.length) return pointRadius;
      pointRadius = typeof _ === "function" ? _ : (contextStream.pointRadius(+_), +_);
      return path;
    };
    function reset() {
      cacheStream = null;
      return path;
    }
    return path.projection(d3.geo.albersUsa()).context(null);
  };
  function d3_geo_pathProjectStream(project) {
    var resample = d3_geo_resample(function(x, y) {
      return project([ x * d3_degrees, y * d3_degrees ]);
    });
    return function(stream) {
      return d3_geo_projectionRadians(resample(stream));
    };
  }
  d3.geo.transform = function(methods) {
    return {
      stream: function(stream) {
        var transform = new d3_geo_transform(stream);
        for (var k in methods) transform[k] = methods[k];
        return transform;
      }
    };
  };
  function d3_geo_transform(stream) {
    this.stream = stream;
  }
  d3_geo_transform.prototype = {
    point: function(x, y) {
      this.stream.point(x, y);
    },
    sphere: function() {
      this.stream.sphere();
    },
    lineStart: function() {
      this.stream.lineStart();
    },
    lineEnd: function() {
      this.stream.lineEnd();
    },
    polygonStart: function() {
      this.stream.polygonStart();
    },
    polygonEnd: function() {
      this.stream.polygonEnd();
    }
  };
  function d3_geo_transformPoint(stream, point) {
    return {
      point: point,
      sphere: function() {
        stream.sphere();
      },
      lineStart: function() {
        stream.lineStart();
      },
      lineEnd: function() {
        stream.lineEnd();
      },
      polygonStart: function() {
        stream.polygonStart();
      },
      polygonEnd: function() {
        stream.polygonEnd();
      }
    };
  }
  d3.geo.projection = d3_geo_projection;
  d3.geo.projectionMutator = d3_geo_projectionMutator;
  function d3_geo_projection(project) {
    return d3_geo_projectionMutator(function() {
      return project;
    })();
  }
  function d3_geo_projectionMutator(projectAt) {
    var project, rotate, projectRotate, projectResample = d3_geo_resample(function(x, y) {
      x = project(x, y);
      return [ x[0] * k + δx, δy - x[1] * k ];
    }), k = 150, x = 480, y = 250, λ = 0, φ = 0, δλ = 0, δφ = 0, δγ = 0, δx, δy, preclip = d3_geo_clipAntimeridian, postclip = d3_identity, clipAngle = null, clipExtent = null, stream;
    function projection(point) {
      point = projectRotate(point[0] * d3_radians, point[1] * d3_radians);
      return [ point[0] * k + δx, δy - point[1] * k ];
    }
    function invert(point) {
      point = projectRotate.invert((point[0] - δx) / k, (δy - point[1]) / k);
      return point && [ point[0] * d3_degrees, point[1] * d3_degrees ];
    }
    projection.stream = function(output) {
      if (stream) stream.valid = false;
      stream = d3_geo_projectionRadians(preclip(rotate, projectResample(postclip(output))));
      stream.valid = true;
      return stream;
    };
    projection.clipAngle = function(_) {
      if (!arguments.length) return clipAngle;
      preclip = _ == null ? (clipAngle = _, d3_geo_clipAntimeridian) : d3_geo_clipCircle((clipAngle = +_) * d3_radians);
      return invalidate();
    };
    projection.clipExtent = function(_) {
      if (!arguments.length) return clipExtent;
      clipExtent = _;
      postclip = _ ? d3_geo_clipExtent(_[0][0], _[0][1], _[1][0], _[1][1]) : d3_identity;
      return invalidate();
    };
    projection.scale = function(_) {
      if (!arguments.length) return k;
      k = +_;
      return reset();
    };
    projection.translate = function(_) {
      if (!arguments.length) return [ x, y ];
      x = +_[0];
      y = +_[1];
      return reset();
    };
    projection.center = function(_) {
      if (!arguments.length) return [ λ * d3_degrees, φ * d3_degrees ];
      λ = _[0] % 360 * d3_radians;
      φ = _[1] % 360 * d3_radians;
      return reset();
    };
    projection.rotate = function(_) {
      if (!arguments.length) return [ δλ * d3_degrees, δφ * d3_degrees, δγ * d3_degrees ];
      δλ = _[0] % 360 * d3_radians;
      δφ = _[1] % 360 * d3_radians;
      δγ = _.length > 2 ? _[2] % 360 * d3_radians : 0;
      return reset();
    };
    d3.rebind(projection, projectResample, "precision");
    function reset() {
      projectRotate = d3_geo_compose(rotate = d3_geo_rotation(δλ, δφ, δγ), project);
      var center = project(λ, φ);
      δx = x - center[0] * k;
      δy = y + center[1] * k;
      return invalidate();
    }
    function invalidate() {
      if (stream) stream.valid = false, stream = null;
      return projection;
    }
    return function() {
      project = projectAt.apply(this, arguments);
      projection.invert = project.invert && invert;
      return reset();
    };
  }
  function d3_geo_projectionRadians(stream) {
    return d3_geo_transformPoint(stream, function(x, y) {
      stream.point(x * d3_radians, y * d3_radians);
    });
  }
  function d3_geo_equirectangular(λ, φ) {
    return [ λ, φ ];
  }
  (d3.geo.equirectangular = function() {
    return d3_geo_projection(d3_geo_equirectangular);
  }).raw = d3_geo_equirectangular.invert = d3_geo_equirectangular;
  d3.geo.rotation = function(rotate) {
    rotate = d3_geo_rotation(rotate[0] % 360 * d3_radians, rotate[1] * d3_radians, rotate.length > 2 ? rotate[2] * d3_radians : 0);
    function forward(coordinates) {
      coordinates = rotate(coordinates[0] * d3_radians, coordinates[1] * d3_radians);
      return coordinates[0] *= d3_degrees, coordinates[1] *= d3_degrees, coordinates;
    }
    forward.invert = function(coordinates) {
      coordinates = rotate.invert(coordinates[0] * d3_radians, coordinates[1] * d3_radians);
      return coordinates[0] *= d3_degrees, coordinates[1] *= d3_degrees, coordinates;
    };
    return forward;
  };
  function d3_geo_identityRotation(λ, φ) {
    return [ λ > π ? λ - τ : λ < -π ? λ + τ : λ, φ ];
  }
  d3_geo_identityRotation.invert = d3_geo_equirectangular;
  function d3_geo_rotation(δλ, δφ, δγ) {
    return δλ ? δφ || δγ ? d3_geo_compose(d3_geo_rotationλ(δλ), d3_geo_rotationφγ(δφ, δγ)) : d3_geo_rotationλ(δλ) : δφ || δγ ? d3_geo_rotationφγ(δφ, δγ) : d3_geo_identityRotation;
  }
  function d3_geo_forwardRotationλ(δλ) {
    return function(λ, φ) {
      return λ += δλ, [ λ > π ? λ - τ : λ < -π ? λ + τ : λ, φ ];
    };
  }
  function d3_geo_rotationλ(δλ) {
    var rotation = d3_geo_forwardRotationλ(δλ);
    rotation.invert = d3_geo_forwardRotationλ(-δλ);
    return rotation;
  }
  function d3_geo_rotationφγ(δφ, δγ) {
    var cosδφ = Math.cos(δφ), sinδφ = Math.sin(δφ), cosδγ = Math.cos(δγ), sinδγ = Math.sin(δγ);
    function rotation(λ, φ) {
      var cosφ = Math.cos(φ), x = Math.cos(λ) * cosφ, y = Math.sin(λ) * cosφ, z = Math.sin(φ), k = z * cosδφ + x * sinδφ;
      return [ Math.atan2(y * cosδγ - k * sinδγ, x * cosδφ - z * sinδφ), d3_asin(k * cosδγ + y * sinδγ) ];
    }
    rotation.invert = function(λ, φ) {
      var cosφ = Math.cos(φ), x = Math.cos(λ) * cosφ, y = Math.sin(λ) * cosφ, z = Math.sin(φ), k = z * cosδγ - y * sinδγ;
      return [ Math.atan2(y * cosδγ + z * sinδγ, x * cosδφ + k * sinδφ), d3_asin(k * cosδφ - x * sinδφ) ];
    };
    return rotation;
  }
  d3.geo.circle = function() {
    var origin = [ 0, 0 ], angle, precision = 6, interpolate;
    function circle() {
      var center = typeof origin === "function" ? origin.apply(this, arguments) : origin, rotate = d3_geo_rotation(-center[0] * d3_radians, -center[1] * d3_radians, 0).invert, ring = [];
      interpolate(null, null, 1, {
        point: function(x, y) {
          ring.push(x = rotate(x, y));
          x[0] *= d3_degrees, x[1] *= d3_degrees;
        }
      });
      return {
        type: "Polygon",
        coordinates: [ ring ]
      };
    }
    circle.origin = function(x) {
      if (!arguments.length) return origin;
      origin = x;
      return circle;
    };
    circle.angle = function(x) {
      if (!arguments.length) return angle;
      interpolate = d3_geo_circleInterpolate((angle = +x) * d3_radians, precision * d3_radians);
      return circle;
    };
    circle.precision = function(_) {
      if (!arguments.length) return precision;
      interpolate = d3_geo_circleInterpolate(angle * d3_radians, (precision = +_) * d3_radians);
      return circle;
    };
    return circle.angle(90);
  };
  function d3_geo_circleInterpolate(radius, precision) {
    var cr = Math.cos(radius), sr = Math.sin(radius);
    return function(from, to, direction, listener) {
      var step = direction * precision;
      if (from != null) {
        from = d3_geo_circleAngle(cr, from);
        to = d3_geo_circleAngle(cr, to);
        if (direction > 0 ? from < to : from > to) from += direction * τ;
      } else {
        from = radius + direction * τ;
        to = radius - .5 * step;
      }
      for (var point, t = from; direction > 0 ? t > to : t < to; t -= step) {
        listener.point((point = d3_geo_spherical([ cr, -sr * Math.cos(t), -sr * Math.sin(t) ]))[0], point[1]);
      }
    };
  }
  function d3_geo_circleAngle(cr, point) {
    var a = d3_geo_cartesian(point);
    a[0] -= cr;
    d3_geo_cartesianNormalize(a);
    var angle = d3_acos(-a[1]);
    return ((-a[2] < 0 ? -angle : angle) + 2 * Math.PI - ε) % (2 * Math.PI);
  }
  d3.geo.distance = function(a, b) {
    var Δλ = (b[0] - a[0]) * d3_radians, φ0 = a[1] * d3_radians, φ1 = b[1] * d3_radians, sinΔλ = Math.sin(Δλ), cosΔλ = Math.cos(Δλ), sinφ0 = Math.sin(φ0), cosφ0 = Math.cos(φ0), sinφ1 = Math.sin(φ1), cosφ1 = Math.cos(φ1), t;
    return Math.atan2(Math.sqrt((t = cosφ1 * sinΔλ) * t + (t = cosφ0 * sinφ1 - sinφ0 * cosφ1 * cosΔλ) * t), sinφ0 * sinφ1 + cosφ0 * cosφ1 * cosΔλ);
  };
  d3.geo.graticule = function() {
    var x1, x0, X1, X0, y1, y0, Y1, Y0, dx = 10, dy = dx, DX = 90, DY = 360, x, y, X, Y, precision = 2.5;
    function graticule() {
      return {
        type: "MultiLineString",
        coordinates: lines()
      };
    }
    function lines() {
      return d3.range(Math.ceil(X0 / DX) * DX, X1, DX).map(X).concat(d3.range(Math.ceil(Y0 / DY) * DY, Y1, DY).map(Y)).concat(d3.range(Math.ceil(x0 / dx) * dx, x1, dx).filter(function(x) {
        return abs(x % DX) > ε;
      }).map(x)).concat(d3.range(Math.ceil(y0 / dy) * dy, y1, dy).filter(function(y) {
        return abs(y % DY) > ε;
      }).map(y));
    }
    graticule.lines = function() {
      return lines().map(function(coordinates) {
        return {
          type: "LineString",
          coordinates: coordinates
        };
      });
    };
    graticule.outline = function() {
      return {
        type: "Polygon",
        coordinates: [ X(X0).concat(Y(Y1).slice(1), X(X1).reverse().slice(1), Y(Y0).reverse().slice(1)) ]
      };
    };
    graticule.extent = function(_) {
      if (!arguments.length) return graticule.minorExtent();
      return graticule.majorExtent(_).minorExtent(_);
    };
    graticule.majorExtent = function(_) {
      if (!arguments.length) return [ [ X0, Y0 ], [ X1, Y1 ] ];
      X0 = +_[0][0], X1 = +_[1][0];
      Y0 = +_[0][1], Y1 = +_[1][1];
      if (X0 > X1) _ = X0, X0 = X1, X1 = _;
      if (Y0 > Y1) _ = Y0, Y0 = Y1, Y1 = _;
      return graticule.precision(precision);
    };
    graticule.minorExtent = function(_) {
      if (!arguments.length) return [ [ x0, y0 ], [ x1, y1 ] ];
      x0 = +_[0][0], x1 = +_[1][0];
      y0 = +_[0][1], y1 = +_[1][1];
      if (x0 > x1) _ = x0, x0 = x1, x1 = _;
      if (y0 > y1) _ = y0, y0 = y1, y1 = _;
      return graticule.precision(precision);
    };
    graticule.step = function(_) {
      if (!arguments.length) return graticule.minorStep();
      return graticule.majorStep(_).minorStep(_);
    };
    graticule.majorStep = function(_) {
      if (!arguments.length) return [ DX, DY ];
      DX = +_[0], DY = +_[1];
      return graticule;
    };
    graticule.minorStep = function(_) {
      if (!arguments.length) return [ dx, dy ];
      dx = +_[0], dy = +_[1];
      return graticule;
    };
    graticule.precision = function(_) {
      if (!arguments.length) return precision;
      precision = +_;
      x = d3_geo_graticuleX(y0, y1, 90);
      y = d3_geo_graticuleY(x0, x1, precision);
      X = d3_geo_graticuleX(Y0, Y1, 90);
      Y = d3_geo_graticuleY(X0, X1, precision);
      return graticule;
    };
    return graticule.majorExtent([ [ -180, -90 + ε ], [ 180, 90 - ε ] ]).minorExtent([ [ -180, -80 - ε ], [ 180, 80 + ε ] ]);
  };
  function d3_geo_graticuleX(y0, y1, dy) {
    var y = d3.range(y0, y1 - ε, dy).concat(y1);
    return function(x) {
      return y.map(function(y) {
        return [ x, y ];
      });
    };
  }
  function d3_geo_graticuleY(x0, x1, dx) {
    var x = d3.range(x0, x1 - ε, dx).concat(x1);
    return function(y) {
      return x.map(function(x) {
        return [ x, y ];
      });
    };
  }
  function d3_source(d) {
    return d.source;
  }
  function d3_target(d) {
    return d.target;
  }
  d3.geo.greatArc = function() {
    var source = d3_source, source_, target = d3_target, target_;
    function greatArc() {
      return {
        type: "LineString",
        coordinates: [ source_ || source.apply(this, arguments), target_ || target.apply(this, arguments) ]
      };
    }
    greatArc.distance = function() {
      return d3.geo.distance(source_ || source.apply(this, arguments), target_ || target.apply(this, arguments));
    };
    greatArc.source = function(_) {
      if (!arguments.length) return source;
      source = _, source_ = typeof _ === "function" ? null : _;
      return greatArc;
    };
    greatArc.target = function(_) {
      if (!arguments.length) return target;
      target = _, target_ = typeof _ === "function" ? null : _;
      return greatArc;
    };
    greatArc.precision = function() {
      return arguments.length ? greatArc : 0;
    };
    return greatArc;
  };
  d3.geo.interpolate = function(source, target) {
    return d3_geo_interpolate(source[0] * d3_radians, source[1] * d3_radians, target[0] * d3_radians, target[1] * d3_radians);
  };
  function d3_geo_interpolate(x0, y0, x1, y1) {
    var cy0 = Math.cos(y0), sy0 = Math.sin(y0), cy1 = Math.cos(y1), sy1 = Math.sin(y1), kx0 = cy0 * Math.cos(x0), ky0 = cy0 * Math.sin(x0), kx1 = cy1 * Math.cos(x1), ky1 = cy1 * Math.sin(x1), d = 2 * Math.asin(Math.sqrt(d3_haversin(y1 - y0) + cy0 * cy1 * d3_haversin(x1 - x0))), k = 1 / Math.sin(d);
    var interpolate = d ? function(t) {
      var B = Math.sin(t *= d) * k, A = Math.sin(d - t) * k, x = A * kx0 + B * kx1, y = A * ky0 + B * ky1, z = A * sy0 + B * sy1;
      return [ Math.atan2(y, x) * d3_degrees, Math.atan2(z, Math.sqrt(x * x + y * y)) * d3_degrees ];
    } : function() {
      return [ x0 * d3_degrees, y0 * d3_degrees ];
    };
    interpolate.distance = d;
    return interpolate;
  }
  d3.geo.length = function(object) {
    d3_geo_lengthSum = 0;
    d3.geo.stream(object, d3_geo_length);
    return d3_geo_lengthSum;
  };
  var d3_geo_lengthSum;
  var d3_geo_length = {
    sphere: d3_noop,
    point: d3_noop,
    lineStart: d3_geo_lengthLineStart,
    lineEnd: d3_noop,
    polygonStart: d3_noop,
    polygonEnd: d3_noop
  };
  function d3_geo_lengthLineStart() {
    var λ0, sinφ0, cosφ0;
    d3_geo_length.point = function(λ, φ) {
      λ0 = λ * d3_radians, sinφ0 = Math.sin(φ *= d3_radians), cosφ0 = Math.cos(φ);
      d3_geo_length.point = nextPoint;
    };
    d3_geo_length.lineEnd = function() {
      d3_geo_length.point = d3_geo_length.lineEnd = d3_noop;
    };
    function nextPoint(λ, φ) {
      var sinφ = Math.sin(φ *= d3_radians), cosφ = Math.cos(φ), t = abs((λ *= d3_radians) - λ0), cosΔλ = Math.cos(t);
      d3_geo_lengthSum += Math.atan2(Math.sqrt((t = cosφ * Math.sin(t)) * t + (t = cosφ0 * sinφ - sinφ0 * cosφ * cosΔλ) * t), sinφ0 * sinφ + cosφ0 * cosφ * cosΔλ);
      λ0 = λ, sinφ0 = sinφ, cosφ0 = cosφ;
    }
  }
  function d3_geo_azimuthal(scale, angle) {
    function azimuthal(λ, φ) {
      var cosλ = Math.cos(λ), cosφ = Math.cos(φ), k = scale(cosλ * cosφ);
      return [ k * cosφ * Math.sin(λ), k * Math.sin(φ) ];
    }
    azimuthal.invert = function(x, y) {
      var ρ = Math.sqrt(x * x + y * y), c = angle(ρ), sinc = Math.sin(c), cosc = Math.cos(c);
      return [ Math.atan2(x * sinc, ρ * cosc), Math.asin(ρ && y * sinc / ρ) ];
    };
    return azimuthal;
  }
  var d3_geo_azimuthalEqualArea = d3_geo_azimuthal(function(cosλcosφ) {
    return Math.sqrt(2 / (1 + cosλcosφ));
  }, function(ρ) {
    return 2 * Math.asin(ρ / 2);
  });
  (d3.geo.azimuthalEqualArea = function() {
    return d3_geo_projection(d3_geo_azimuthalEqualArea);
  }).raw = d3_geo_azimuthalEqualArea;
  var d3_geo_azimuthalEquidistant = d3_geo_azimuthal(function(cosλcosφ) {
    var c = Math.acos(cosλcosφ);
    return c && c / Math.sin(c);
  }, d3_identity);
  (d3.geo.azimuthalEquidistant = function() {
    return d3_geo_projection(d3_geo_azimuthalEquidistant);
  }).raw = d3_geo_azimuthalEquidistant;
  function d3_geo_conicConformal(φ0, φ1) {
    var cosφ0 = Math.cos(φ0), t = function(φ) {
      return Math.tan(π / 4 + φ / 2);
    }, n = φ0 === φ1 ? Math.sin(φ0) : Math.log(cosφ0 / Math.cos(φ1)) / Math.log(t(φ1) / t(φ0)), F = cosφ0 * Math.pow(t(φ0), n) / n;
    if (!n) return d3_geo_mercator;
    function forward(λ, φ) {
      if (F > 0) {
        if (φ < -halfπ + ε) φ = -halfπ + ε;
      } else {
        if (φ > halfπ - ε) φ = halfπ - ε;
      }
      var ρ = F / Math.pow(t(φ), n);
      return [ ρ * Math.sin(n * λ), F - ρ * Math.cos(n * λ) ];
    }
    forward.invert = function(x, y) {
      var ρ0_y = F - y, ρ = d3_sgn(n) * Math.sqrt(x * x + ρ0_y * ρ0_y);
      return [ Math.atan2(x, ρ0_y) / n, 2 * Math.atan(Math.pow(F / ρ, 1 / n)) - halfπ ];
    };
    return forward;
  }
  (d3.geo.conicConformal = function() {
    return d3_geo_conic(d3_geo_conicConformal);
  }).raw = d3_geo_conicConformal;
  function d3_geo_conicEquidistant(φ0, φ1) {
    var cosφ0 = Math.cos(φ0), n = φ0 === φ1 ? Math.sin(φ0) : (cosφ0 - Math.cos(φ1)) / (φ1 - φ0), G = cosφ0 / n + φ0;
    if (abs(n) < ε) return d3_geo_equirectangular;
    function forward(λ, φ) {
      var ρ = G - φ;
      return [ ρ * Math.sin(n * λ), G - ρ * Math.cos(n * λ) ];
    }
    forward.invert = function(x, y) {
      var ρ0_y = G - y;
      return [ Math.atan2(x, ρ0_y) / n, G - d3_sgn(n) * Math.sqrt(x * x + ρ0_y * ρ0_y) ];
    };
    return forward;
  }
  (d3.geo.conicEquidistant = function() {
    return d3_geo_conic(d3_geo_conicEquidistant);
  }).raw = d3_geo_conicEquidistant;
  var d3_geo_gnomonic = d3_geo_azimuthal(function(cosλcosφ) {
    return 1 / cosλcosφ;
  }, Math.atan);
  (d3.geo.gnomonic = function() {
    return d3_geo_projection(d3_geo_gnomonic);
  }).raw = d3_geo_gnomonic;
  function d3_geo_mercator(λ, φ) {
    return [ λ, Math.log(Math.tan(π / 4 + φ / 2)) ];
  }
  d3_geo_mercator.invert = function(x, y) {
    return [ x, 2 * Math.atan(Math.exp(y)) - halfπ ];
  };
  function d3_geo_mercatorProjection(project) {
    var m = d3_geo_projection(project), scale = m.scale, translate = m.translate, clipExtent = m.clipExtent, clipAuto;
    m.scale = function() {
      var v = scale.apply(m, arguments);
      return v === m ? clipAuto ? m.clipExtent(null) : m : v;
    };
    m.translate = function() {
      var v = translate.apply(m, arguments);
      return v === m ? clipAuto ? m.clipExtent(null) : m : v;
    };
    m.clipExtent = function(_) {
      var v = clipExtent.apply(m, arguments);
      if (v === m) {
        if (clipAuto = _ == null) {
          var k = π * scale(), t = translate();
          clipExtent([ [ t[0] - k, t[1] - k ], [ t[0] + k, t[1] + k ] ]);
        }
      } else if (clipAuto) {
        v = null;
      }
      return v;
    };
    return m.clipExtent(null);
  }
  (d3.geo.mercator = function() {
    return d3_geo_mercatorProjection(d3_geo_mercator);
  }).raw = d3_geo_mercator;
  var d3_geo_orthographic = d3_geo_azimuthal(function() {
    return 1;
  }, Math.asin);
  (d3.geo.orthographic = function() {
    return d3_geo_projection(d3_geo_orthographic);
  }).raw = d3_geo_orthographic;
  var d3_geo_stereographic = d3_geo_azimuthal(function(cosλcosφ) {
    return 1 / (1 + cosλcosφ);
  }, function(ρ) {
    return 2 * Math.atan(ρ);
  });
  (d3.geo.stereographic = function() {
    return d3_geo_projection(d3_geo_stereographic);
  }).raw = d3_geo_stereographic;
  function d3_geo_transverseMercator(λ, φ) {
    return [ Math.log(Math.tan(π / 4 + φ / 2)), -λ ];
  }
  d3_geo_transverseMercator.invert = function(x, y) {
    return [ -y, 2 * Math.atan(Math.exp(x)) - halfπ ];
  };
  (d3.geo.transverseMercator = function() {
    var projection = d3_geo_mercatorProjection(d3_geo_transverseMercator), center = projection.center, rotate = projection.rotate;
    projection.center = function(_) {
      return _ ? center([ -_[1], _[0] ]) : (_ = center(), [ _[1], -_[0] ]);
    };
    projection.rotate = function(_) {
      return _ ? rotate([ _[0], _[1], _.length > 2 ? _[2] + 90 : 90 ]) : (_ = rotate(), 
      [ _[0], _[1], _[2] - 90 ]);
    };
    return rotate([ 0, 0, 90 ]);
  }).raw = d3_geo_transverseMercator;
  d3.geom = {};
  function d3_geom_pointX(d) {
    return d[0];
  }
  function d3_geom_pointY(d) {
    return d[1];
  }
  d3.geom.hull = function(vertices) {
    var x = d3_geom_pointX, y = d3_geom_pointY;
    if (arguments.length) return hull(vertices);
    function hull(data) {
      if (data.length < 3) return [];
      var fx = d3_functor(x), fy = d3_functor(y), i, n = data.length, points = [], flippedPoints = [];
      for (i = 0; i < n; i++) {
        points.push([ +fx.call(this, data[i], i), +fy.call(this, data[i], i), i ]);
      }
      points.sort(d3_geom_hullOrder);
      for (i = 0; i < n; i++) flippedPoints.push([ points[i][0], -points[i][1] ]);
      var upper = d3_geom_hullUpper(points), lower = d3_geom_hullUpper(flippedPoints);
      var skipLeft = lower[0] === upper[0], skipRight = lower[lower.length - 1] === upper[upper.length - 1], polygon = [];
      for (i = upper.length - 1; i >= 0; --i) polygon.push(data[points[upper[i]][2]]);
      for (i = +skipLeft; i < lower.length - skipRight; ++i) polygon.push(data[points[lower[i]][2]]);
      return polygon;
    }
    hull.x = function(_) {
      return arguments.length ? (x = _, hull) : x;
    };
    hull.y = function(_) {
      return arguments.length ? (y = _, hull) : y;
    };
    return hull;
  };
  function d3_geom_hullUpper(points) {
    var n = points.length, hull = [ 0, 1 ], hs = 2;
    for (var i = 2; i < n; i++) {
      while (hs > 1 && d3_cross2d(points[hull[hs - 2]], points[hull[hs - 1]], points[i]) <= 0) --hs;
      hull[hs++] = i;
    }
    return hull.slice(0, hs);
  }
  function d3_geom_hullOrder(a, b) {
    return a[0] - b[0] || a[1] - b[1];
  }
  d3.geom.polygon = function(coordinates) {
    d3_subclass(coordinates, d3_geom_polygonPrototype);
    return coordinates;
  };
  var d3_geom_polygonPrototype = d3.geom.polygon.prototype = [];
  d3_geom_polygonPrototype.area = function() {
    var i = -1, n = this.length, a, b = this[n - 1], area = 0;
    while (++i < n) {
      a = b;
      b = this[i];
      area += a[1] * b[0] - a[0] * b[1];
    }
    return area * .5;
  };
  d3_geom_polygonPrototype.centroid = function(k) {
    var i = -1, n = this.length, x = 0, y = 0, a, b = this[n - 1], c;
    if (!arguments.length) k = -1 / (6 * this.area());
    while (++i < n) {
      a = b;
      b = this[i];
      c = a[0] * b[1] - b[0] * a[1];
      x += (a[0] + b[0]) * c;
      y += (a[1] + b[1]) * c;
    }
    return [ x * k, y * k ];
  };
  d3_geom_polygonPrototype.clip = function(subject) {
    var input, closed = d3_geom_polygonClosed(subject), i = -1, n = this.length - d3_geom_polygonClosed(this), j, m, a = this[n - 1], b, c, d;
    while (++i < n) {
      input = subject.slice();
      subject.length = 0;
      b = this[i];
      c = input[(m = input.length - closed) - 1];
      j = -1;
      while (++j < m) {
        d = input[j];
        if (d3_geom_polygonInside(d, a, b)) {
          if (!d3_geom_polygonInside(c, a, b)) {
            subject.push(d3_geom_polygonIntersect(c, d, a, b));
          }
          subject.push(d);
        } else if (d3_geom_polygonInside(c, a, b)) {
          subject.push(d3_geom_polygonIntersect(c, d, a, b));
        }
        c = d;
      }
      if (closed) subject.push(subject[0]);
      a = b;
    }
    return subject;
  };
  function d3_geom_polygonInside(p, a, b) {
    return (b[0] - a[0]) * (p[1] - a[1]) < (b[1] - a[1]) * (p[0] - a[0]);
  }
  function d3_geom_polygonIntersect(c, d, a, b) {
    var x1 = c[0], x3 = a[0], x21 = d[0] - x1, x43 = b[0] - x3, y1 = c[1], y3 = a[1], y21 = d[1] - y1, y43 = b[1] - y3, ua = (x43 * (y1 - y3) - y43 * (x1 - x3)) / (y43 * x21 - x43 * y21);
    return [ x1 + ua * x21, y1 + ua * y21 ];
  }
  function d3_geom_polygonClosed(coordinates) {
    var a = coordinates[0], b = coordinates[coordinates.length - 1];
    return !(a[0] - b[0] || a[1] - b[1]);
  }
  var d3_geom_voronoiEdges, d3_geom_voronoiCells, d3_geom_voronoiBeaches, d3_geom_voronoiBeachPool = [], d3_geom_voronoiFirstCircle, d3_geom_voronoiCircles, d3_geom_voronoiCirclePool = [];
  function d3_geom_voronoiBeach() {
    d3_geom_voronoiRedBlackNode(this);
    this.edge = this.site = this.circle = null;
  }
  function d3_geom_voronoiCreateBeach(site) {
    var beach = d3_geom_voronoiBeachPool.pop() || new d3_geom_voronoiBeach();
    beach.site = site;
    return beach;
  }
  function d3_geom_voronoiDetachBeach(beach) {
    d3_geom_voronoiDetachCircle(beach);
    d3_geom_voronoiBeaches.remove(beach);
    d3_geom_voronoiBeachPool.push(beach);
    d3_geom_voronoiRedBlackNode(beach);
  }
  function d3_geom_voronoiRemoveBeach(beach) {
    var circle = beach.circle, x = circle.x, y = circle.cy, vertex = {
      x: x,
      y: y
    }, previous = beach.P, next = beach.N, disappearing = [ beach ];
    d3_geom_voronoiDetachBeach(beach);
    var lArc = previous;
    while (lArc.circle && abs(x - lArc.circle.x) < ε && abs(y - lArc.circle.cy) < ε) {
      previous = lArc.P;
      disappearing.unshift(lArc);
      d3_geom_voronoiDetachBeach(lArc);
      lArc = previous;
    }
    disappearing.unshift(lArc);
    d3_geom_voronoiDetachCircle(lArc);
    var rArc = next;
    while (rArc.circle && abs(x - rArc.circle.x) < ε && abs(y - rArc.circle.cy) < ε) {
      next = rArc.N;
      disappearing.push(rArc);
      d3_geom_voronoiDetachBeach(rArc);
      rArc = next;
    }
    disappearing.push(rArc);
    d3_geom_voronoiDetachCircle(rArc);
    var nArcs = disappearing.length, iArc;
    for (iArc = 1; iArc < nArcs; ++iArc) {
      rArc = disappearing[iArc];
      lArc = disappearing[iArc - 1];
      d3_geom_voronoiSetEdgeEnd(rArc.edge, lArc.site, rArc.site, vertex);
    }
    lArc = disappearing[0];
    rArc = disappearing[nArcs - 1];
    rArc.edge = d3_geom_voronoiCreateEdge(lArc.site, rArc.site, null, vertex);
    d3_geom_voronoiAttachCircle(lArc);
    d3_geom_voronoiAttachCircle(rArc);
  }
  function d3_geom_voronoiAddBeach(site) {
    var x = site.x, directrix = site.y, lArc, rArc, dxl, dxr, node = d3_geom_voronoiBeaches._;
    while (node) {
      dxl = d3_geom_voronoiLeftBreakPoint(node, directrix) - x;
      if (dxl > ε) node = node.L; else {
        dxr = x - d3_geom_voronoiRightBreakPoint(node, directrix);
        if (dxr > ε) {
          if (!node.R) {
            lArc = node;
            break;
          }
          node = node.R;
        } else {
          if (dxl > -ε) {
            lArc = node.P;
            rArc = node;
          } else if (dxr > -ε) {
            lArc = node;
            rArc = node.N;
          } else {
            lArc = rArc = node;
          }
          break;
        }
      }
    }
    var newArc = d3_geom_voronoiCreateBeach(site);
    d3_geom_voronoiBeaches.insert(lArc, newArc);
    if (!lArc && !rArc) return;
    if (lArc === rArc) {
      d3_geom_voronoiDetachCircle(lArc);
      rArc = d3_geom_voronoiCreateBeach(lArc.site);
      d3_geom_voronoiBeaches.insert(newArc, rArc);
      newArc.edge = rArc.edge = d3_geom_voronoiCreateEdge(lArc.site, newArc.site);
      d3_geom_voronoiAttachCircle(lArc);
      d3_geom_voronoiAttachCircle(rArc);
      return;
    }
    if (!rArc) {
      newArc.edge = d3_geom_voronoiCreateEdge(lArc.site, newArc.site);
      return;
    }
    d3_geom_voronoiDetachCircle(lArc);
    d3_geom_voronoiDetachCircle(rArc);
    var lSite = lArc.site, ax = lSite.x, ay = lSite.y, bx = site.x - ax, by = site.y - ay, rSite = rArc.site, cx = rSite.x - ax, cy = rSite.y - ay, d = 2 * (bx * cy - by * cx), hb = bx * bx + by * by, hc = cx * cx + cy * cy, vertex = {
      x: (cy * hb - by * hc) / d + ax,
      y: (bx * hc - cx * hb) / d + ay
    };
    d3_geom_voronoiSetEdgeEnd(rArc.edge, lSite, rSite, vertex);
    newArc.edge = d3_geom_voronoiCreateEdge(lSite, site, null, vertex);
    rArc.edge = d3_geom_voronoiCreateEdge(site, rSite, null, vertex);
    d3_geom_voronoiAttachCircle(lArc);
    d3_geom_voronoiAttachCircle(rArc);
  }
  function d3_geom_voronoiLeftBreakPoint(arc, directrix) {
    var site = arc.site, rfocx = site.x, rfocy = site.y, pby2 = rfocy - directrix;
    if (!pby2) return rfocx;
    var lArc = arc.P;
    if (!lArc) return -Infinity;
    site = lArc.site;
    var lfocx = site.x, lfocy = site.y, plby2 = lfocy - directrix;
    if (!plby2) return lfocx;
    var hl = lfocx - rfocx, aby2 = 1 / pby2 - 1 / plby2, b = hl / plby2;
    if (aby2) return (-b + Math.sqrt(b * b - 2 * aby2 * (hl * hl / (-2 * plby2) - lfocy + plby2 / 2 + rfocy - pby2 / 2))) / aby2 + rfocx;
    return (rfocx + lfocx) / 2;
  }
  function d3_geom_voronoiRightBreakPoint(arc, directrix) {
    var rArc = arc.N;
    if (rArc) return d3_geom_voronoiLeftBreakPoint(rArc, directrix);
    var site = arc.site;
    return site.y === directrix ? site.x : Infinity;
  }
  function d3_geom_voronoiCell(site) {
    this.site = site;
    this.edges = [];
  }
  d3_geom_voronoiCell.prototype.prepare = function() {
    var halfEdges = this.edges, iHalfEdge = halfEdges.length, edge;
    while (iHalfEdge--) {
      edge = halfEdges[iHalfEdge].edge;
      if (!edge.b || !edge.a) halfEdges.splice(iHalfEdge, 1);
    }
    halfEdges.sort(d3_geom_voronoiHalfEdgeOrder);
    return halfEdges.length;
  };
  function d3_geom_voronoiCloseCells(extent) {
    var x0 = extent[0][0], x1 = extent[1][0], y0 = extent[0][1], y1 = extent[1][1], x2, y2, x3, y3, cells = d3_geom_voronoiCells, iCell = cells.length, cell, iHalfEdge, halfEdges, nHalfEdges, start, end;
    while (iCell--) {
      cell = cells[iCell];
      if (!cell || !cell.prepare()) continue;
      halfEdges = cell.edges;
      nHalfEdges = halfEdges.length;
      iHalfEdge = 0;
      while (iHalfEdge < nHalfEdges) {
        end = halfEdges[iHalfEdge].end(), x3 = end.x, y3 = end.y;
        start = halfEdges[++iHalfEdge % nHalfEdges].start(), x2 = start.x, y2 = start.y;
        if (abs(x3 - x2) > ε || abs(y3 - y2) > ε) {
          halfEdges.splice(iHalfEdge, 0, new d3_geom_voronoiHalfEdge(d3_geom_voronoiCreateBorderEdge(cell.site, end, abs(x3 - x0) < ε && y1 - y3 > ε ? {
            x: x0,
            y: abs(x2 - x0) < ε ? y2 : y1
          } : abs(y3 - y1) < ε && x1 - x3 > ε ? {
            x: abs(y2 - y1) < ε ? x2 : x1,
            y: y1
          } : abs(x3 - x1) < ε && y3 - y0 > ε ? {
            x: x1,
            y: abs(x2 - x1) < ε ? y2 : y0
          } : abs(y3 - y0) < ε && x3 - x0 > ε ? {
            x: abs(y2 - y0) < ε ? x2 : x0,
            y: y0
          } : null), cell.site, null));
          ++nHalfEdges;
        }
      }
    }
  }
  function d3_geom_voronoiHalfEdgeOrder(a, b) {
    return b.angle - a.angle;
  }
  function d3_geom_voronoiCircle() {
    d3_geom_voronoiRedBlackNode(this);
    this.x = this.y = this.arc = this.site = this.cy = null;
  }
  function d3_geom_voronoiAttachCircle(arc) {
    var lArc = arc.P, rArc = arc.N;
    if (!lArc || !rArc) return;
    var lSite = lArc.site, cSite = arc.site, rSite = rArc.site;
    if (lSite === rSite) return;
    var bx = cSite.x, by = cSite.y, ax = lSite.x - bx, ay = lSite.y - by, cx = rSite.x - bx, cy = rSite.y - by;
    var d = 2 * (ax * cy - ay * cx);
    if (d >= -ε2) return;
    var ha = ax * ax + ay * ay, hc = cx * cx + cy * cy, x = (cy * ha - ay * hc) / d, y = (ax * hc - cx * ha) / d, cy = y + by;
    var circle = d3_geom_voronoiCirclePool.pop() || new d3_geom_voronoiCircle();
    circle.arc = arc;
    circle.site = cSite;
    circle.x = x + bx;
    circle.y = cy + Math.sqrt(x * x + y * y);
    circle.cy = cy;
    arc.circle = circle;
    var before = null, node = d3_geom_voronoiCircles._;
    while (node) {
      if (circle.y < node.y || circle.y === node.y && circle.x <= node.x) {
        if (node.L) node = node.L; else {
          before = node.P;
          break;
        }
      } else {
        if (node.R) node = node.R; else {
          before = node;
          break;
        }
      }
    }
    d3_geom_voronoiCircles.insert(before, circle);
    if (!before) d3_geom_voronoiFirstCircle = circle;
  }
  function d3_geom_voronoiDetachCircle(arc) {
    var circle = arc.circle;
    if (circle) {
      if (!circle.P) d3_geom_voronoiFirstCircle = circle.N;
      d3_geom_voronoiCircles.remove(circle);
      d3_geom_voronoiCirclePool.push(circle);
      d3_geom_voronoiRedBlackNode(circle);
      arc.circle = null;
    }
  }
  function d3_geom_voronoiClipEdges(extent) {
    var edges = d3_geom_voronoiEdges, clip = d3_geom_clipLine(extent[0][0], extent[0][1], extent[1][0], extent[1][1]), i = edges.length, e;
    while (i--) {
      e = edges[i];
      if (!d3_geom_voronoiConnectEdge(e, extent) || !clip(e) || abs(e.a.x - e.b.x) < ε && abs(e.a.y - e.b.y) < ε) {
        e.a = e.b = null;
        edges.splice(i, 1);
      }
    }
  }
  function d3_geom_voronoiConnectEdge(edge, extent) {
    var vb = edge.b;
    if (vb) return true;
    var va = edge.a, x0 = extent[0][0], x1 = extent[1][0], y0 = extent[0][1], y1 = extent[1][1], lSite = edge.l, rSite = edge.r, lx = lSite.x, ly = lSite.y, rx = rSite.x, ry = rSite.y, fx = (lx + rx) / 2, fy = (ly + ry) / 2, fm, fb;
    if (ry === ly) {
      if (fx < x0 || fx >= x1) return;
      if (lx > rx) {
        if (!va) va = {
          x: fx,
          y: y0
        }; else if (va.y >= y1) return;
        vb = {
          x: fx,
          y: y1
        };
      } else {
        if (!va) va = {
          x: fx,
          y: y1
        }; else if (va.y < y0) return;
        vb = {
          x: fx,
          y: y0
        };
      }
    } else {
      fm = (lx - rx) / (ry - ly);
      fb = fy - fm * fx;
      if (fm < -1 || fm > 1) {
        if (lx > rx) {
          if (!va) va = {
            x: (y0 - fb) / fm,
            y: y0
          }; else if (va.y >= y1) return;
          vb = {
            x: (y1 - fb) / fm,
            y: y1
          };
        } else {
          if (!va) va = {
            x: (y1 - fb) / fm,
            y: y1
          }; else if (va.y < y0) return;
          vb = {
            x: (y0 - fb) / fm,
            y: y0
          };
        }
      } else {
        if (ly < ry) {
          if (!va) va = {
            x: x0,
            y: fm * x0 + fb
          }; else if (va.x >= x1) return;
          vb = {
            x: x1,
            y: fm * x1 + fb
          };
        } else {
          if (!va) va = {
            x: x1,
            y: fm * x1 + fb
          }; else if (va.x < x0) return;
          vb = {
            x: x0,
            y: fm * x0 + fb
          };
        }
      }
    }
    edge.a = va;
    edge.b = vb;
    return true;
  }
  function d3_geom_voronoiEdge(lSite, rSite) {
    this.l = lSite;
    this.r = rSite;
    this.a = this.b = null;
  }
  function d3_geom_voronoiCreateEdge(lSite, rSite, va, vb) {
    var edge = new d3_geom_voronoiEdge(lSite, rSite);
    d3_geom_voronoiEdges.push(edge);
    if (va) d3_geom_voronoiSetEdgeEnd(edge, lSite, rSite, va);
    if (vb) d3_geom_voronoiSetEdgeEnd(edge, rSite, lSite, vb);
    d3_geom_voronoiCells[lSite.i].edges.push(new d3_geom_voronoiHalfEdge(edge, lSite, rSite));
    d3_geom_voronoiCells[rSite.i].edges.push(new d3_geom_voronoiHalfEdge(edge, rSite, lSite));
    return edge;
  }
  function d3_geom_voronoiCreateBorderEdge(lSite, va, vb) {
    var edge = new d3_geom_voronoiEdge(lSite, null);
    edge.a = va;
    edge.b = vb;
    d3_geom_voronoiEdges.push(edge);
    return edge;
  }
  function d3_geom_voronoiSetEdgeEnd(edge, lSite, rSite, vertex) {
    if (!edge.a && !edge.b) {
      edge.a = vertex;
      edge.l = lSite;
      edge.r = rSite;
    } else if (edge.l === rSite) {
      edge.b = vertex;
    } else {
      edge.a = vertex;
    }
  }
  function d3_geom_voronoiHalfEdge(edge, lSite, rSite) {
    var va = edge.a, vb = edge.b;
    this.edge = edge;
    this.site = lSite;
    this.angle = rSite ? Math.atan2(rSite.y - lSite.y, rSite.x - lSite.x) : edge.l === lSite ? Math.atan2(vb.x - va.x, va.y - vb.y) : Math.atan2(va.x - vb.x, vb.y - va.y);
  }
  d3_geom_voronoiHalfEdge.prototype = {
    start: function() {
      return this.edge.l === this.site ? this.edge.a : this.edge.b;
    },
    end: function() {
      return this.edge.l === this.site ? this.edge.b : this.edge.a;
    }
  };
  function d3_geom_voronoiRedBlackTree() {
    this._ = null;
  }
  function d3_geom_voronoiRedBlackNode(node) {
    node.U = node.C = node.L = node.R = node.P = node.N = null;
  }
  d3_geom_voronoiRedBlackTree.prototype = {
    insert: function(after, node) {
      var parent, grandpa, uncle;
      if (after) {
        node.P = after;
        node.N = after.N;
        if (after.N) after.N.P = node;
        after.N = node;
        if (after.R) {
          after = after.R;
          while (after.L) after = after.L;
          after.L = node;
        } else {
          after.R = node;
        }
        parent = after;
      } else if (this._) {
        after = d3_geom_voronoiRedBlackFirst(this._);
        node.P = null;
        node.N = after;
        after.P = after.L = node;
        parent = after;
      } else {
        node.P = node.N = null;
        this._ = node;
        parent = null;
      }
      node.L = node.R = null;
      node.U = parent;
      node.C = true;
      after = node;
      while (parent && parent.C) {
        grandpa = parent.U;
        if (parent === grandpa.L) {
          uncle = grandpa.R;
          if (uncle && uncle.C) {
            parent.C = uncle.C = false;
            grandpa.C = true;
            after = grandpa;
          } else {
            if (after === parent.R) {
              d3_geom_voronoiRedBlackRotateLeft(this, parent);
              after = parent;
              parent = after.U;
            }
            parent.C = false;
            grandpa.C = true;
            d3_geom_voronoiRedBlackRotateRight(this, grandpa);
          }
        } else {
          uncle = grandpa.L;
          if (uncle && uncle.C) {
            parent.C = uncle.C = false;
            grandpa.C = true;
            after = grandpa;
          } else {
            if (after === parent.L) {
              d3_geom_voronoiRedBlackRotateRight(this, parent);
              after = parent;
              parent = after.U;
            }
            parent.C = false;
            grandpa.C = true;
            d3_geom_voronoiRedBlackRotateLeft(this, grandpa);
          }
        }
        parent = after.U;
      }
      this._.C = false;
    },
    remove: function(node) {
      if (node.N) node.N.P = node.P;
      if (node.P) node.P.N = node.N;
      node.N = node.P = null;
      var parent = node.U, sibling, left = node.L, right = node.R, next, red;
      if (!left) next = right; else if (!right) next = left; else next = d3_geom_voronoiRedBlackFirst(right);
      if (parent) {
        if (parent.L === node) parent.L = next; else parent.R = next;
      } else {
        this._ = next;
      }
      if (left && right) {
        red = next.C;
        next.C = node.C;
        next.L = left;
        left.U = next;
        if (next !== right) {
          parent = next.U;
          next.U = node.U;
          node = next.R;
          parent.L = node;
          next.R = right;
          right.U = next;
        } else {
          next.U = parent;
          parent = next;
          node = next.R;
        }
      } else {
        red = node.C;
        node = next;
      }
      if (node) node.U = parent;
      if (red) return;
      if (node && node.C) {
        node.C = false;
        return;
      }
      do {
        if (node === this._) break;
        if (node === parent.L) {
          sibling = parent.R;
          if (sibling.C) {
            sibling.C = false;
            parent.C = true;
            d3_geom_voronoiRedBlackRotateLeft(this, parent);
            sibling = parent.R;
          }
          if (sibling.L && sibling.L.C || sibling.R && sibling.R.C) {
            if (!sibling.R || !sibling.R.C) {
              sibling.L.C = false;
              sibling.C = true;
              d3_geom_voronoiRedBlackRotateRight(this, sibling);
              sibling = parent.R;
            }
            sibling.C = parent.C;
            parent.C = sibling.R.C = false;
            d3_geom_voronoiRedBlackRotateLeft(this, parent);
            node = this._;
            break;
          }
        } else {
          sibling = parent.L;
          if (sibling.C) {
            sibling.C = false;
            parent.C = true;
            d3_geom_voronoiRedBlackRotateRight(this, parent);
            sibling = parent.L;
          }
          if (sibling.L && sibling.L.C || sibling.R && sibling.R.C) {
            if (!sibling.L || !sibling.L.C) {
              sibling.R.C = false;
              sibling.C = true;
              d3_geom_voronoiRedBlackRotateLeft(this, sibling);
              sibling = parent.L;
            }
            sibling.C = parent.C;
            parent.C = sibling.L.C = false;
            d3_geom_voronoiRedBlackRotateRight(this, parent);
            node = this._;
            break;
          }
        }
        sibling.C = true;
        node = parent;
        parent = parent.U;
      } while (!node.C);
      if (node) node.C = false;
    }
  };
  function d3_geom_voronoiRedBlackRotateLeft(tree, node) {
    var p = node, q = node.R, parent = p.U;
    if (parent) {
      if (parent.L === p) parent.L = q; else parent.R = q;
    } else {
      tree._ = q;
    }
    q.U = parent;
    p.U = q;
    p.R = q.L;
    if (p.R) p.R.U = p;
    q.L = p;
  }
  function d3_geom_voronoiRedBlackRotateRight(tree, node) {
    var p = node, q = node.L, parent = p.U;
    if (parent) {
      if (parent.L === p) parent.L = q; else parent.R = q;
    } else {
      tree._ = q;
    }
    q.U = parent;
    p.U = q;
    p.L = q.R;
    if (p.L) p.L.U = p;
    q.R = p;
  }
  function d3_geom_voronoiRedBlackFirst(node) {
    while (node.L) node = node.L;
    return node;
  }
  function d3_geom_voronoi(sites, bbox) {
    var site = sites.sort(d3_geom_voronoiVertexOrder).pop(), x0, y0, circle;
    d3_geom_voronoiEdges = [];
    d3_geom_voronoiCells = new Array(sites.length);
    d3_geom_voronoiBeaches = new d3_geom_voronoiRedBlackTree();
    d3_geom_voronoiCircles = new d3_geom_voronoiRedBlackTree();
    while (true) {
      circle = d3_geom_voronoiFirstCircle;
      if (site && (!circle || site.y < circle.y || site.y === circle.y && site.x < circle.x)) {
        if (site.x !== x0 || site.y !== y0) {
          d3_geom_voronoiCells[site.i] = new d3_geom_voronoiCell(site);
          d3_geom_voronoiAddBeach(site);
          x0 = site.x, y0 = site.y;
        }
        site = sites.pop();
      } else if (circle) {
        d3_geom_voronoiRemoveBeach(circle.arc);
      } else {
        break;
      }
    }
    if (bbox) d3_geom_voronoiClipEdges(bbox), d3_geom_voronoiCloseCells(bbox);
    var diagram = {
      cells: d3_geom_voronoiCells,
      edges: d3_geom_voronoiEdges
    };
    d3_geom_voronoiBeaches = d3_geom_voronoiCircles = d3_geom_voronoiEdges = d3_geom_voronoiCells = null;
    return diagram;
  }
  function d3_geom_voronoiVertexOrder(a, b) {
    return b.y - a.y || b.x - a.x;
  }
  d3.geom.voronoi = function(points) {
    var x = d3_geom_pointX, y = d3_geom_pointY, fx = x, fy = y, clipExtent = d3_geom_voronoiClipExtent;
    if (points) return voronoi(points);
    function voronoi(data) {
      var polygons = new Array(data.length), x0 = clipExtent[0][0], y0 = clipExtent[0][1], x1 = clipExtent[1][0], y1 = clipExtent[1][1];
      d3_geom_voronoi(sites(data), clipExtent).cells.forEach(function(cell, i) {
        var edges = cell.edges, site = cell.site, polygon = polygons[i] = edges.length ? edges.map(function(e) {
          var s = e.start();
          return [ s.x, s.y ];
        }) : site.x >= x0 && site.x <= x1 && site.y >= y0 && site.y <= y1 ? [ [ x0, y1 ], [ x1, y1 ], [ x1, y0 ], [ x0, y0 ] ] : [];
        polygon.point = data[i];
      });
      return polygons;
    }
    function sites(data) {
      return data.map(function(d, i) {
        return {
          x: Math.round(fx(d, i) / ε) * ε,
          y: Math.round(fy(d, i) / ε) * ε,
          i: i
        };
      });
    }
    voronoi.links = function(data) {
      return d3_geom_voronoi(sites(data)).edges.filter(function(edge) {
        return edge.l && edge.r;
      }).map(function(edge) {
        return {
          source: data[edge.l.i],
          target: data[edge.r.i]
        };
      });
    };
    voronoi.triangles = function(data) {
      var triangles = [];
      d3_geom_voronoi(sites(data)).cells.forEach(function(cell, i) {
        var site = cell.site, edges = cell.edges.sort(d3_geom_voronoiHalfEdgeOrder), j = -1, m = edges.length, e0, s0, e1 = edges[m - 1].edge, s1 = e1.l === site ? e1.r : e1.l;
        while (++j < m) {
          e0 = e1;
          s0 = s1;
          e1 = edges[j].edge;
          s1 = e1.l === site ? e1.r : e1.l;
          if (i < s0.i && i < s1.i && d3_geom_voronoiTriangleArea(site, s0, s1) < 0) {
            triangles.push([ data[i], data[s0.i], data[s1.i] ]);
          }
        }
      });
      return triangles;
    };
    voronoi.x = function(_) {
      return arguments.length ? (fx = d3_functor(x = _), voronoi) : x;
    };
    voronoi.y = function(_) {
      return arguments.length ? (fy = d3_functor(y = _), voronoi) : y;
    };
    voronoi.clipExtent = function(_) {
      if (!arguments.length) return clipExtent === d3_geom_voronoiClipExtent ? null : clipExtent;
      clipExtent = _ == null ? d3_geom_voronoiClipExtent : _;
      return voronoi;
    };
    voronoi.size = function(_) {
      if (!arguments.length) return clipExtent === d3_geom_voronoiClipExtent ? null : clipExtent && clipExtent[1];
      return voronoi.clipExtent(_ && [ [ 0, 0 ], _ ]);
    };
    return voronoi;
  };
  var d3_geom_voronoiClipExtent = [ [ -1e6, -1e6 ], [ 1e6, 1e6 ] ];
  function d3_geom_voronoiTriangleArea(a, b, c) {
    return (a.x - c.x) * (b.y - a.y) - (a.x - b.x) * (c.y - a.y);
  }
  d3.geom.delaunay = function(vertices) {
    return d3.geom.voronoi().triangles(vertices);
  };
  d3.geom.quadtree = function(points, x1, y1, x2, y2) {
    var x = d3_geom_pointX, y = d3_geom_pointY, compat;
    if (compat = arguments.length) {
      x = d3_geom_quadtreeCompatX;
      y = d3_geom_quadtreeCompatY;
      if (compat === 3) {
        y2 = y1;
        x2 = x1;
        y1 = x1 = 0;
      }
      return quadtree(points);
    }
    function quadtree(data) {
      var d, fx = d3_functor(x), fy = d3_functor(y), xs, ys, i, n, x1_, y1_, x2_, y2_;
      if (x1 != null) {
        x1_ = x1, y1_ = y1, x2_ = x2, y2_ = y2;
      } else {
        x2_ = y2_ = -(x1_ = y1_ = Infinity);
        xs = [], ys = [];
        n = data.length;
        if (compat) for (i = 0; i < n; ++i) {
          d = data[i];
          if (d.x < x1_) x1_ = d.x;
          if (d.y < y1_) y1_ = d.y;
          if (d.x > x2_) x2_ = d.x;
          if (d.y > y2_) y2_ = d.y;
          xs.push(d.x);
          ys.push(d.y);
        } else for (i = 0; i < n; ++i) {
          var x_ = +fx(d = data[i], i), y_ = +fy(d, i);
          if (x_ < x1_) x1_ = x_;
          if (y_ < y1_) y1_ = y_;
          if (x_ > x2_) x2_ = x_;
          if (y_ > y2_) y2_ = y_;
          xs.push(x_);
          ys.push(y_);
        }
      }
      var dx = x2_ - x1_, dy = y2_ - y1_;
      if (dx > dy) y2_ = y1_ + dx; else x2_ = x1_ + dy;
      function insert(n, d, x, y, x1, y1, x2, y2) {
        if (isNaN(x) || isNaN(y)) return;
        if (n.leaf) {
          var nx = n.x, ny = n.y;
          if (nx != null) {
            if (abs(nx - x) + abs(ny - y) < .01) {
              insertChild(n, d, x, y, x1, y1, x2, y2);
            } else {
              var nPoint = n.point;
              n.x = n.y = n.point = null;
              insertChild(n, nPoint, nx, ny, x1, y1, x2, y2);
              insertChild(n, d, x, y, x1, y1, x2, y2);
            }
          } else {
            n.x = x, n.y = y, n.point = d;
          }
        } else {
          insertChild(n, d, x, y, x1, y1, x2, y2);
        }
      }
      function insertChild(n, d, x, y, x1, y1, x2, y2) {
        var xm = (x1 + x2) * .5, ym = (y1 + y2) * .5, right = x >= xm, below = y >= ym, i = below << 1 | right;
        n.leaf = false;
        n = n.nodes[i] || (n.nodes[i] = d3_geom_quadtreeNode());
        if (right) x1 = xm; else x2 = xm;
        if (below) y1 = ym; else y2 = ym;
        insert(n, d, x, y, x1, y1, x2, y2);
      }
      var root = d3_geom_quadtreeNode();
      root.add = function(d) {
        insert(root, d, +fx(d, ++i), +fy(d, i), x1_, y1_, x2_, y2_);
      };
      root.visit = function(f) {
        d3_geom_quadtreeVisit(f, root, x1_, y1_, x2_, y2_);
      };
      root.find = function(point) {
        return d3_geom_quadtreeFind(root, point[0], point[1], x1_, y1_, x2_, y2_);
      };
      i = -1;
      if (x1 == null) {
        while (++i < n) {
          insert(root, data[i], xs[i], ys[i], x1_, y1_, x2_, y2_);
        }
        --i;
      } else data.forEach(root.add);
      xs = ys = data = d = null;
      return root;
    }
    quadtree.x = function(_) {
      return arguments.length ? (x = _, quadtree) : x;
    };
    quadtree.y = function(_) {
      return arguments.length ? (y = _, quadtree) : y;
    };
    quadtree.extent = function(_) {
      if (!arguments.length) return x1 == null ? null : [ [ x1, y1 ], [ x2, y2 ] ];
      if (_ == null) x1 = y1 = x2 = y2 = null; else x1 = +_[0][0], y1 = +_[0][1], x2 = +_[1][0], 
      y2 = +_[1][1];
      return quadtree;
    };
    quadtree.size = function(_) {
      if (!arguments.length) return x1 == null ? null : [ x2 - x1, y2 - y1 ];
      if (_ == null) x1 = y1 = x2 = y2 = null; else x1 = y1 = 0, x2 = +_[0], y2 = +_[1];
      return quadtree;
    };
    return quadtree;
  };
  function d3_geom_quadtreeCompatX(d) {
    return d.x;
  }
  function d3_geom_quadtreeCompatY(d) {
    return d.y;
  }
  function d3_geom_quadtreeNode() {
    return {
      leaf: true,
      nodes: [],
      point: null,
      x: null,
      y: null
    };
  }
  function d3_geom_quadtreeVisit(f, node, x1, y1, x2, y2) {
    if (!f(node, x1, y1, x2, y2)) {
      var sx = (x1 + x2) * .5, sy = (y1 + y2) * .5, children = node.nodes;
      if (children[0]) d3_geom_quadtreeVisit(f, children[0], x1, y1, sx, sy);
      if (children[1]) d3_geom_quadtreeVisit(f, children[1], sx, y1, x2, sy);
      if (children[2]) d3_geom_quadtreeVisit(f, children[2], x1, sy, sx, y2);
      if (children[3]) d3_geom_quadtreeVisit(f, children[3], sx, sy, x2, y2);
    }
  }
  function d3_geom_quadtreeFind(root, x, y, x0, y0, x3, y3) {
    var minDistance2 = Infinity, closestPoint;
    (function find(node, x1, y1, x2, y2) {
      if (x1 > x3 || y1 > y3 || x2 < x0 || y2 < y0) return;
      if (point = node.point) {
        var point, dx = x - node.x, dy = y - node.y, distance2 = dx * dx + dy * dy;
        if (distance2 < minDistance2) {
          var distance = Math.sqrt(minDistance2 = distance2);
          x0 = x - distance, y0 = y - distance;
          x3 = x + distance, y3 = y + distance;
          closestPoint = point;
        }
      }
      var children = node.nodes, xm = (x1 + x2) * .5, ym = (y1 + y2) * .5, right = x >= xm, below = y >= ym;
      for (var i = below << 1 | right, j = i + 4; i < j; ++i) {
        if (node = children[i & 3]) switch (i & 3) {
         case 0:
          find(node, x1, y1, xm, ym);
          break;

         case 1:
          find(node, xm, y1, x2, ym);
          break;

         case 2:
          find(node, x1, ym, xm, y2);
          break;

         case 3:
          find(node, xm, ym, x2, y2);
          break;
        }
      }
    })(root, x0, y0, x3, y3);
    return closestPoint;
  }
  d3.interpolateRgb = d3_interpolateRgb;
  function d3_interpolateRgb(a, b) {
    a = d3.rgb(a);
    b = d3.rgb(b);
    var ar = a.r, ag = a.g, ab = a.b, br = b.r - ar, bg = b.g - ag, bb = b.b - ab;
    return function(t) {
      return "#" + d3_rgb_hex(Math.round(ar + br * t)) + d3_rgb_hex(Math.round(ag + bg * t)) + d3_rgb_hex(Math.round(ab + bb * t));
    };
  }
  d3.interpolateObject = d3_interpolateObject;
  function d3_interpolateObject(a, b) {
    var i = {}, c = {}, k;
    for (k in a) {
      if (k in b) {
        i[k] = d3_interpolate(a[k], b[k]);
      } else {
        c[k] = a[k];
      }
    }
    for (k in b) {
      if (!(k in a)) {
        c[k] = b[k];
      }
    }
    return function(t) {
      for (k in i) c[k] = i[k](t);
      return c;
    };
  }
  d3.interpolateNumber = d3_interpolateNumber;
  function d3_interpolateNumber(a, b) {
    a = +a, b = +b;
    return function(t) {
      return a * (1 - t) + b * t;
    };
  }
  d3.interpolateString = d3_interpolateString;
  function d3_interpolateString(a, b) {
    var bi = d3_interpolate_numberA.lastIndex = d3_interpolate_numberB.lastIndex = 0, am, bm, bs, i = -1, s = [], q = [];
    a = a + "", b = b + "";
    while ((am = d3_interpolate_numberA.exec(a)) && (bm = d3_interpolate_numberB.exec(b))) {
      if ((bs = bm.index) > bi) {
        bs = b.slice(bi, bs);
        if (s[i]) s[i] += bs; else s[++i] = bs;
      }
      if ((am = am[0]) === (bm = bm[0])) {
        if (s[i]) s[i] += bm; else s[++i] = bm;
      } else {
        s[++i] = null;
        q.push({
          i: i,
          x: d3_interpolateNumber(am, bm)
        });
      }
      bi = d3_interpolate_numberB.lastIndex;
    }
    if (bi < b.length) {
      bs = b.slice(bi);
      if (s[i]) s[i] += bs; else s[++i] = bs;
    }
    return s.length < 2 ? q[0] ? (b = q[0].x, function(t) {
      return b(t) + "";
    }) : function() {
      return b;
    } : (b = q.length, function(t) {
      for (var i = 0, o; i < b; ++i) s[(o = q[i]).i] = o.x(t);
      return s.join("");
    });
  }
  var d3_interpolate_numberA = /[-+]?(?:\d+\.?\d*|\.?\d+)(?:[eE][-+]?\d+)?/g, d3_interpolate_numberB = new RegExp(d3_interpolate_numberA.source, "g");
  d3.interpolate = d3_interpolate;
  function d3_interpolate(a, b) {
    var i = d3.interpolators.length, f;
    while (--i >= 0 && !(f = d3.interpolators[i](a, b))) ;
    return f;
  }
  d3.interpolators = [ function(a, b) {
    var t = typeof b;
    return (t === "string" ? d3_rgb_names.has(b) || /^(#|rgb\(|hsl\()/.test(b) ? d3_interpolateRgb : d3_interpolateString : b instanceof d3_color ? d3_interpolateRgb : Array.isArray(b) ? d3_interpolateArray : t === "object" && isNaN(b) ? d3_interpolateObject : d3_interpolateNumber)(a, b);
  } ];
  d3.interpolateArray = d3_interpolateArray;
  function d3_interpolateArray(a, b) {
    var x = [], c = [], na = a.length, nb = b.length, n0 = Math.min(a.length, b.length), i;
    for (i = 0; i < n0; ++i) x.push(d3_interpolate(a[i], b[i]));
    for (;i < na; ++i) c[i] = a[i];
    for (;i < nb; ++i) c[i] = b[i];
    return function(t) {
      for (i = 0; i < n0; ++i) c[i] = x[i](t);
      return c;
    };
  }
  var d3_ease_default = function() {
    return d3_identity;
  };
  var d3_ease = d3.map({
    linear: d3_ease_default,
    poly: d3_ease_poly,
    quad: function() {
      return d3_ease_quad;
    },
    cubic: function() {
      return d3_ease_cubic;
    },
    sin: function() {
      return d3_ease_sin;
    },
    exp: function() {
      return d3_ease_exp;
    },
    circle: function() {
      return d3_ease_circle;
    },
    elastic: d3_ease_elastic,
    back: d3_ease_back,
    bounce: function() {
      return d3_ease_bounce;
    }
  });
  var d3_ease_mode = d3.map({
    "in": d3_identity,
    out: d3_ease_reverse,
    "in-out": d3_ease_reflect,
    "out-in": function(f) {
      return d3_ease_reflect(d3_ease_reverse(f));
    }
  });
  d3.ease = function(name) {
    var i = name.indexOf("-"), t = i >= 0 ? name.slice(0, i) : name, m = i >= 0 ? name.slice(i + 1) : "in";
    t = d3_ease.get(t) || d3_ease_default;
    m = d3_ease_mode.get(m) || d3_identity;
    return d3_ease_clamp(m(t.apply(null, d3_arraySlice.call(arguments, 1))));
  };
  function d3_ease_clamp(f) {
    return function(t) {
      return t <= 0 ? 0 : t >= 1 ? 1 : f(t);
    };
  }
  function d3_ease_reverse(f) {
    return function(t) {
      return 1 - f(1 - t);
    };
  }
  function d3_ease_reflect(f) {
    return function(t) {
      return .5 * (t < .5 ? f(2 * t) : 2 - f(2 - 2 * t));
    };
  }
  function d3_ease_quad(t) {
    return t * t;
  }
  function d3_ease_cubic(t) {
    return t * t * t;
  }
  function d3_ease_cubicInOut(t) {
    if (t <= 0) return 0;
    if (t >= 1) return 1;
    var t2 = t * t, t3 = t2 * t;
    return 4 * (t < .5 ? t3 : 3 * (t - t2) + t3 - .75);
  }
  function d3_ease_poly(e) {
    return function(t) {
      return Math.pow(t, e);
    };
  }
  function d3_ease_sin(t) {
    return 1 - Math.cos(t * halfπ);
  }
  function d3_ease_exp(t) {
    return Math.pow(2, 10 * (t - 1));
  }
  function d3_ease_circle(t) {
    return 1 - Math.sqrt(1 - t * t);
  }
  function d3_ease_elastic(a, p) {
    var s;
    if (arguments.length < 2) p = .45;
    if (arguments.length) s = p / τ * Math.asin(1 / a); else a = 1, s = p / 4;
    return function(t) {
      return 1 + a * Math.pow(2, -10 * t) * Math.sin((t - s) * τ / p);
    };
  }
  function d3_ease_back(s) {
    if (!s) s = 1.70158;
    return function(t) {
      return t * t * ((s + 1) * t - s);
    };
  }
  function d3_ease_bounce(t) {
    return t < 1 / 2.75 ? 7.5625 * t * t : t < 2 / 2.75 ? 7.5625 * (t -= 1.5 / 2.75) * t + .75 : t < 2.5 / 2.75 ? 7.5625 * (t -= 2.25 / 2.75) * t + .9375 : 7.5625 * (t -= 2.625 / 2.75) * t + .984375;
  }
  d3.interpolateHcl = d3_interpolateHcl;
  function d3_interpolateHcl(a, b) {
    a = d3.hcl(a);
    b = d3.hcl(b);
    var ah = a.h, ac = a.c, al = a.l, bh = b.h - ah, bc = b.c - ac, bl = b.l - al;
    if (isNaN(bc)) bc = 0, ac = isNaN(ac) ? b.c : ac;
    if (isNaN(bh)) bh = 0, ah = isNaN(ah) ? b.h : ah; else if (bh > 180) bh -= 360; else if (bh < -180) bh += 360;
    return function(t) {
      return d3_hcl_lab(ah + bh * t, ac + bc * t, al + bl * t) + "";
    };
  }
  d3.interpolateHsl = d3_interpolateHsl;
  function d3_interpolateHsl(a, b) {
    a = d3.hsl(a);
    b = d3.hsl(b);
    var ah = a.h, as = a.s, al = a.l, bh = b.h - ah, bs = b.s - as, bl = b.l - al;
    if (isNaN(bs)) bs = 0, as = isNaN(as) ? b.s : as;
    if (isNaN(bh)) bh = 0, ah = isNaN(ah) ? b.h : ah; else if (bh > 180) bh -= 360; else if (bh < -180) bh += 360;
    return function(t) {
      return d3_hsl_rgb(ah + bh * t, as + bs * t, al + bl * t) + "";
    };
  }
  d3.interpolateLab = d3_interpolateLab;
  function d3_interpolateLab(a, b) {
    a = d3.lab(a);
    b = d3.lab(b);
    var al = a.l, aa = a.a, ab = a.b, bl = b.l - al, ba = b.a - aa, bb = b.b - ab;
    return function(t) {
      return d3_lab_rgb(al + bl * t, aa + ba * t, ab + bb * t) + "";
    };
  }
  d3.interpolateRound = d3_interpolateRound;
  function d3_interpolateRound(a, b) {
    b -= a;
    return function(t) {
      return Math.round(a + b * t);
    };
  }
  d3.transform = function(string) {
    var g = d3_document.createElementNS(d3.ns.prefix.svg, "g");
    return (d3.transform = function(string) {
      if (string != null) {
        g.setAttribute("transform", string);
        var t = g.transform.baseVal.consolidate();
      }
      return new d3_transform(t ? t.matrix : d3_transformIdentity);
    })(string);
  };
  function d3_transform(m) {
    var r0 = [ m.a, m.b ], r1 = [ m.c, m.d ], kx = d3_transformNormalize(r0), kz = d3_transformDot(r0, r1), ky = d3_transformNormalize(d3_transformCombine(r1, r0, -kz)) || 0;
    if (r0[0] * r1[1] < r1[0] * r0[1]) {
      r0[0] *= -1;
      r0[1] *= -1;
      kx *= -1;
      kz *= -1;
    }
    this.rotate = (kx ? Math.atan2(r0[1], r0[0]) : Math.atan2(-r1[0], r1[1])) * d3_degrees;
    this.translate = [ m.e, m.f ];
    this.scale = [ kx, ky ];
    this.skew = ky ? Math.atan2(kz, ky) * d3_degrees : 0;
  }
  d3_transform.prototype.toString = function() {
    return "translate(" + this.translate + ")rotate(" + this.rotate + ")skewX(" + this.skew + ")scale(" + this.scale + ")";
  };
  function d3_transformDot(a, b) {
    return a[0] * b[0] + a[1] * b[1];
  }
  function d3_transformNormalize(a) {
    var k = Math.sqrt(d3_transformDot(a, a));
    if (k) {
      a[0] /= k;
      a[1] /= k;
    }
    return k;
  }
  function d3_transformCombine(a, b, k) {
    a[0] += k * b[0];
    a[1] += k * b[1];
    return a;
  }
  var d3_transformIdentity = {
    a: 1,
    b: 0,
    c: 0,
    d: 1,
    e: 0,
    f: 0
  };
  d3.interpolateTransform = d3_interpolateTransform;
  function d3_interpolateTransform(a, b) {
    var s = [], q = [], n, A = d3.transform(a), B = d3.transform(b), ta = A.translate, tb = B.translate, ra = A.rotate, rb = B.rotate, wa = A.skew, wb = B.skew, ka = A.scale, kb = B.scale;
    if (ta[0] != tb[0] || ta[1] != tb[1]) {
      s.push("translate(", null, ",", null, ")");
      q.push({
        i: 1,
        x: d3_interpolateNumber(ta[0], tb[0])
      }, {
        i: 3,
        x: d3_interpolateNumber(ta[1], tb[1])
      });
    } else if (tb[0] || tb[1]) {
      s.push("translate(" + tb + ")");
    } else {
      s.push("");
    }
    if (ra != rb) {
      if (ra - rb > 180) rb += 360; else if (rb - ra > 180) ra += 360;
      q.push({
        i: s.push(s.pop() + "rotate(", null, ")") - 2,
        x: d3_interpolateNumber(ra, rb)
      });
    } else if (rb) {
      s.push(s.pop() + "rotate(" + rb + ")");
    }
    if (wa != wb) {
      q.push({
        i: s.push(s.pop() + "skewX(", null, ")") - 2,
        x: d3_interpolateNumber(wa, wb)
      });
    } else if (wb) {
      s.push(s.pop() + "skewX(" + wb + ")");
    }
    if (ka[0] != kb[0] || ka[1] != kb[1]) {
      n = s.push(s.pop() + "scale(", null, ",", null, ")");
      q.push({
        i: n - 4,
        x: d3_interpolateNumber(ka[0], kb[0])
      }, {
        i: n - 2,
        x: d3_interpolateNumber(ka[1], kb[1])
      });
    } else if (kb[0] != 1 || kb[1] != 1) {
      s.push(s.pop() + "scale(" + kb + ")");
    }
    n = q.length;
    return function(t) {
      var i = -1, o;
      while (++i < n) s[(o = q[i]).i] = o.x(t);
      return s.join("");
    };
  }
  function d3_uninterpolateNumber(a, b) {
    b = (b -= a = +a) || 1 / b;
    return function(x) {
      return (x - a) / b;
    };
  }
  function d3_uninterpolateClamp(a, b) {
    b = (b -= a = +a) || 1 / b;
    return function(x) {
      return Math.max(0, Math.min(1, (x - a) / b));
    };
  }
  d3.layout = {};
  d3.layout.bundle = function() {
    return function(links) {
      var paths = [], i = -1, n = links.length;
      while (++i < n) paths.push(d3_layout_bundlePath(links[i]));
      return paths;
    };
  };
  function d3_layout_bundlePath(link) {
    var start = link.source, end = link.target, lca = d3_layout_bundleLeastCommonAncestor(start, end), points = [ start ];
    while (start !== lca) {
      start = start.parent;
      points.push(start);
    }
    var k = points.length;
    while (end !== lca) {
      points.splice(k, 0, end);
      end = end.parent;
    }
    return points;
  }
  function d3_layout_bundleAncestors(node) {
    var ancestors = [], parent = node.parent;
    while (parent != null) {
      ancestors.push(node);
      node = parent;
      parent = parent.parent;
    }
    ancestors.push(node);
    return ancestors;
  }
  function d3_layout_bundleLeastCommonAncestor(a, b) {
    if (a === b) return a;
    var aNodes = d3_layout_bundleAncestors(a), bNodes = d3_layout_bundleAncestors(b), aNode = aNodes.pop(), bNode = bNodes.pop(), sharedNode = null;
    while (aNode === bNode) {
      sharedNode = aNode;
      aNode = aNodes.pop();
      bNode = bNodes.pop();
    }
    return sharedNode;
  }
  d3.layout.chord = function() {
    var chord = {}, chords, groups, matrix, n, padding = 0, sortGroups, sortSubgroups, sortChords;
    function relayout() {
      var subgroups = {}, groupSums = [], groupIndex = d3.range(n), subgroupIndex = [], k, x, x0, i, j;
      chords = [];
      groups = [];
      k = 0, i = -1;
      while (++i < n) {
        x = 0, j = -1;
        while (++j < n) {
          x += matrix[i][j];
        }
        groupSums.push(x);
        subgroupIndex.push(d3.range(n));
        k += x;
      }
      if (sortGroups) {
        groupIndex.sort(function(a, b) {
          return sortGroups(groupSums[a], groupSums[b]);
        });
      }
      if (sortSubgroups) {
        subgroupIndex.forEach(function(d, i) {
          d.sort(function(a, b) {
            return sortSubgroups(matrix[i][a], matrix[i][b]);
          });
        });
      }
      k = (τ - padding * n) / k;
      x = 0, i = -1;
      while (++i < n) {
        x0 = x, j = -1;
        while (++j < n) {
          var di = groupIndex[i], dj = subgroupIndex[di][j], v = matrix[di][dj], a0 = x, a1 = x += v * k;
          subgroups[di + "-" + dj] = {
            index: di,
            subindex: dj,
            startAngle: a0,
            endAngle: a1,
            value: v
          };
        }
        groups[di] = {
          index: di,
          startAngle: x0,
          endAngle: x,
          value: (x - x0) / k
        };
        x += padding;
      }
      i = -1;
      while (++i < n) {
        j = i - 1;
        while (++j < n) {
          var source = subgroups[i + "-" + j], target = subgroups[j + "-" + i];
          if (source.value || target.value) {
            chords.push(source.value < target.value ? {
              source: target,
              target: source
            } : {
              source: source,
              target: target
            });
          }
        }
      }
      if (sortChords) resort();
    }
    function resort() {
      chords.sort(function(a, b) {
        return sortChords((a.source.value + a.target.value) / 2, (b.source.value + b.target.value) / 2);
      });
    }
    chord.matrix = function(x) {
      if (!arguments.length) return matrix;
      n = (matrix = x) && matrix.length;
      chords = groups = null;
      return chord;
    };
    chord.padding = function(x) {
      if (!arguments.length) return padding;
      padding = x;
      chords = groups = null;
      return chord;
    };
    chord.sortGroups = function(x) {
      if (!arguments.length) return sortGroups;
      sortGroups = x;
      chords = groups = null;
      return chord;
    };
    chord.sortSubgroups = function(x) {
      if (!arguments.length) return sortSubgroups;
      sortSubgroups = x;
      chords = null;
      return chord;
    };
    chord.sortChords = function(x) {
      if (!arguments.length) return sortChords;
      sortChords = x;
      if (chords) resort();
      return chord;
    };
    chord.chords = function() {
      if (!chords) relayout();
      return chords;
    };
    chord.groups = function() {
      if (!groups) relayout();
      return groups;
    };
    return chord;
  };
  d3.layout.force = function() {
    var force = {}, event = d3.dispatch("start", "tick", "end"), size = [ 1, 1 ], drag, alpha, friction = .9, linkDistance = d3_layout_forceLinkDistance, linkStrength = d3_layout_forceLinkStrength, charge = -30, chargeDistance2 = d3_layout_forceChargeDistance2, gravity = .1, theta2 = .64, nodes = [], links = [], distances, strengths, charges;
    function repulse(node) {
      return function(quad, x1, _, x2) {
        if (quad.point !== node) {
          var dx = quad.cx - node.x, dy = quad.cy - node.y, dw = x2 - x1, dn = dx * dx + dy * dy;
          if (dw * dw / theta2 < dn) {
            if (dn < chargeDistance2) {
              var k = quad.charge / dn;
              node.px -= dx * k;
              node.py -= dy * k;
            }
            return true;
          }
          if (quad.point && dn && dn < chargeDistance2) {
            var k = quad.pointCharge / dn;
            node.px -= dx * k;
            node.py -= dy * k;
          }
        }
        return !quad.charge;
      };
    }
    force.tick = function() {
      if ((alpha *= .99) < .005) {
        event.end({
          type: "end",
          alpha: alpha = 0
        });
        return true;
      }
      var n = nodes.length, m = links.length, q, i, o, s, t, l, k, x, y;
      for (i = 0; i < m; ++i) {
        o = links[i];
        s = o.source;
        t = o.target;
        x = t.x - s.x;
        y = t.y - s.y;
        if (l = x * x + y * y) {
          l = alpha * strengths[i] * ((l = Math.sqrt(l)) - distances[i]) / l;
          x *= l;
          y *= l;
          t.x -= x * (k = s.weight / (t.weight + s.weight));
          t.y -= y * k;
          s.x += x * (k = 1 - k);
          s.y += y * k;
        }
      }
      if (k = alpha * gravity) {
        x = size[0] / 2;
        y = size[1] / 2;
        i = -1;
        if (k) while (++i < n) {
          o = nodes[i];
          o.x += (x - o.x) * k;
          o.y += (y - o.y) * k;
        }
      }
      if (charge) {
        d3_layout_forceAccumulate(q = d3.geom.quadtree(nodes), alpha, charges);
        i = -1;
        while (++i < n) {
          if (!(o = nodes[i]).fixed) {
            q.visit(repulse(o));
          }
        }
      }
      i = -1;
      while (++i < n) {
        o = nodes[i];
        if (o.fixed) {
          o.x = o.px;
          o.y = o.py;
        } else {
          o.x -= (o.px - (o.px = o.x)) * friction;
          o.y -= (o.py - (o.py = o.y)) * friction;
        }
      }
      event.tick({
        type: "tick",
        alpha: alpha
      });
    };
    force.nodes = function(x) {
      if (!arguments.length) return nodes;
      nodes = x;
      return force;
    };
    force.links = function(x) {
      if (!arguments.length) return links;
      links = x;
      return force;
    };
    force.size = function(x) {
      if (!arguments.length) return size;
      size = x;
      return force;
    };
    force.linkDistance = function(x) {
      if (!arguments.length) return linkDistance;
      linkDistance = typeof x === "function" ? x : +x;
      return force;
    };
    force.distance = force.linkDistance;
    force.linkStrength = function(x) {
      if (!arguments.length) return linkStrength;
      linkStrength = typeof x === "function" ? x : +x;
      return force;
    };
    force.friction = function(x) {
      if (!arguments.length) return friction;
      friction = +x;
      return force;
    };
    force.charge = function(x) {
      if (!arguments.length) return charge;
      charge = typeof x === "function" ? x : +x;
      return force;
    };
    force.chargeDistance = function(x) {
      if (!arguments.length) return Math.sqrt(chargeDistance2);
      chargeDistance2 = x * x;
      return force;
    };
    force.gravity = function(x) {
      if (!arguments.length) return gravity;
      gravity = +x;
      return force;
    };
    force.theta = function(x) {
      if (!arguments.length) return Math.sqrt(theta2);
      theta2 = x * x;
      return force;
    };
    force.alpha = function(x) {
      if (!arguments.length) return alpha;
      x = +x;
      if (alpha) {
        if (x > 0) alpha = x; else alpha = 0;
      } else if (x > 0) {
        event.start({
          type: "start",
          alpha: alpha = x
        });
        d3.timer(force.tick);
      }
      return force;
    };
    force.start = function() {
      var i, n = nodes.length, m = links.length, w = size[0], h = size[1], neighbors, o;
      for (i = 0; i < n; ++i) {
        (o = nodes[i]).index = i;
        o.weight = 0;
      }
      for (i = 0; i < m; ++i) {
        o = links[i];
        if (typeof o.source == "number") o.source = nodes[o.source];
        if (typeof o.target == "number") o.target = nodes[o.target];
        ++o.source.weight;
        ++o.target.weight;
      }
      for (i = 0; i < n; ++i) {
        o = nodes[i];
        if (isNaN(o.x)) o.x = position("x", w);
        if (isNaN(o.y)) o.y = position("y", h);
        if (isNaN(o.px)) o.px = o.x;
        if (isNaN(o.py)) o.py = o.y;
      }
      distances = [];
      if (typeof linkDistance === "function") for (i = 0; i < m; ++i) distances[i] = +linkDistance.call(this, links[i], i); else for (i = 0; i < m; ++i) distances[i] = linkDistance;
      strengths = [];
      if (typeof linkStrength === "function") for (i = 0; i < m; ++i) strengths[i] = +linkStrength.call(this, links[i], i); else for (i = 0; i < m; ++i) strengths[i] = linkStrength;
      charges = [];
      if (typeof charge === "function") for (i = 0; i < n; ++i) charges[i] = +charge.call(this, nodes[i], i); else for (i = 0; i < n; ++i) charges[i] = charge;
      function position(dimension, size) {
        if (!neighbors) {
          neighbors = new Array(n);
          for (j = 0; j < n; ++j) {
            neighbors[j] = [];
          }
          for (j = 0; j < m; ++j) {
            var o = links[j];
            neighbors[o.source.index].push(o.target);
            neighbors[o.target.index].push(o.source);
          }
        }
        var candidates = neighbors[i], j = -1, l = candidates.length, x;
        while (++j < l) if (!isNaN(x = candidates[j][dimension])) return x;
        return Math.random() * size;
      }
      return force.resume();
    };
    force.resume = function() {
      return force.alpha(.1);
    };
    force.stop = function() {
      return force.alpha(0);
    };
    force.drag = function() {
      if (!drag) drag = d3.behavior.drag().origin(d3_identity).on("dragstart.force", d3_layout_forceDragstart).on("drag.force", dragmove).on("dragend.force", d3_layout_forceDragend);
      if (!arguments.length) return drag;
      this.on("mouseover.force", d3_layout_forceMouseover).on("mouseout.force", d3_layout_forceMouseout).call(drag);
    };
    function dragmove(d) {
      d.px = d3.event.x, d.py = d3.event.y;
      force.resume();
    }
    return d3.rebind(force, event, "on");
  };
  function d3_layout_forceDragstart(d) {
    d.fixed |= 2;
  }
  function d3_layout_forceDragend(d) {
    d.fixed &= ~6;
  }
  function d3_layout_forceMouseover(d) {
    d.fixed |= 4;
    d.px = d.x, d.py = d.y;
  }
  function d3_layout_forceMouseout(d) {
    d.fixed &= ~4;
  }
  function d3_layout_forceAccumulate(quad, alpha, charges) {
    var cx = 0, cy = 0;
    quad.charge = 0;
    if (!quad.leaf) {
      var nodes = quad.nodes, n = nodes.length, i = -1, c;
      while (++i < n) {
        c = nodes[i];
        if (c == null) continue;
        d3_layout_forceAccumulate(c, alpha, charges);
        quad.charge += c.charge;
        cx += c.charge * c.cx;
        cy += c.charge * c.cy;
      }
    }
    if (quad.point) {
      if (!quad.leaf) {
        quad.point.x += Math.random() - .5;
        quad.point.y += Math.random() - .5;
      }
      var k = alpha * charges[quad.point.index];
      quad.charge += quad.pointCharge = k;
      cx += k * quad.point.x;
      cy += k * quad.point.y;
    }
    quad.cx = cx / quad.charge;
    quad.cy = cy / quad.charge;
  }
  var d3_layout_forceLinkDistance = 20, d3_layout_forceLinkStrength = 1, d3_layout_forceChargeDistance2 = Infinity;
  d3.layout.hierarchy = function() {
    var sort = d3_layout_hierarchySort, children = d3_layout_hierarchyChildren, value = d3_layout_hierarchyValue;
    function hierarchy(root) {
      var stack = [ root ], nodes = [], node;
      root.depth = 0;
      while ((node = stack.pop()) != null) {
        nodes.push(node);
        if ((childs = children.call(hierarchy, node, node.depth)) && (n = childs.length)) {
          var n, childs, child;
          while (--n >= 0) {
            stack.push(child = childs[n]);
            child.parent = node;
            child.depth = node.depth + 1;
          }
          if (value) node.value = 0;
          node.children = childs;
        } else {
          if (value) node.value = +value.call(hierarchy, node, node.depth) || 0;
          delete node.children;
        }
      }
      d3_layout_hierarchyVisitAfter(root, function(node) {
        var childs, parent;
        if (sort && (childs = node.children)) childs.sort(sort);
        if (value && (parent = node.parent)) parent.value += node.value;
      });
      return nodes;
    }
    hierarchy.sort = function(x) {
      if (!arguments.length) return sort;
      sort = x;
      return hierarchy;
    };
    hierarchy.children = function(x) {
      if (!arguments.length) return children;
      children = x;
      return hierarchy;
    };
    hierarchy.value = function(x) {
      if (!arguments.length) return value;
      value = x;
      return hierarchy;
    };
    hierarchy.revalue = function(root) {
      if (value) {
        d3_layout_hierarchyVisitBefore(root, function(node) {
          if (node.children) node.value = 0;
        });
        d3_layout_hierarchyVisitAfter(root, function(node) {
          var parent;
          if (!node.children) node.value = +value.call(hierarchy, node, node.depth) || 0;
          if (parent = node.parent) parent.value += node.value;
        });
      }
      return root;
    };
    return hierarchy;
  };
  function d3_layout_hierarchyRebind(object, hierarchy) {
    d3.rebind(object, hierarchy, "sort", "children", "value");
    object.nodes = object;
    object.links = d3_layout_hierarchyLinks;
    return object;
  }
  function d3_layout_hierarchyVisitBefore(node, callback) {
    var nodes = [ node ];
    while ((node = nodes.pop()) != null) {
      callback(node);
      if ((children = node.children) && (n = children.length)) {
        var n, children;
        while (--n >= 0) nodes.push(children[n]);
      }
    }
  }
  function d3_layout_hierarchyVisitAfter(node, callback) {
    var nodes = [ node ], nodes2 = [];
    while ((node = nodes.pop()) != null) {
      nodes2.push(node);
      if ((children = node.children) && (n = children.length)) {
        var i = -1, n, children;
        while (++i < n) nodes.push(children[i]);
      }
    }
    while ((node = nodes2.pop()) != null) {
      callback(node);
    }
  }
  function d3_layout_hierarchyChildren(d) {
    return d.children;
  }
  function d3_layout_hierarchyValue(d) {
    return d.value;
  }
  function d3_layout_hierarchySort(a, b) {
    return b.value - a.value;
  }
  function d3_layout_hierarchyLinks(nodes) {
    return d3.merge(nodes.map(function(parent) {
      return (parent.children || []).map(function(child) {
        return {
          source: parent,
          target: child
        };
      });
    }));
  }
  d3.layout.partition = function() {
    var hierarchy = d3.layout.hierarchy(), size = [ 1, 1 ];
    function position(node, x, dx, dy) {
      var children = node.children;
      node.x = x;
      node.y = node.depth * dy;
      node.dx = dx;
      node.dy = dy;
      if (children && (n = children.length)) {
        var i = -1, n, c, d;
        dx = node.value ? dx / node.value : 0;
        while (++i < n) {
          position(c = children[i], x, d = c.value * dx, dy);
          x += d;
        }
      }
    }
    function depth(node) {
      var children = node.children, d = 0;
      if (children && (n = children.length)) {
        var i = -1, n;
        while (++i < n) d = Math.max(d, depth(children[i]));
      }
      return 1 + d;
    }
    function partition(d, i) {
      var nodes = hierarchy.call(this, d, i);
      position(nodes[0], 0, size[0], size[1] / depth(nodes[0]));
      return nodes;
    }
    partition.size = function(x) {
      if (!arguments.length) return size;
      size = x;
      return partition;
    };
    return d3_layout_hierarchyRebind(partition, hierarchy);
  };
  d3.layout.pie = function() {
    var value = Number, sort = d3_layout_pieSortByValue, startAngle = 0, endAngle = τ, padAngle = 0;
    function pie(data) {
      var n = data.length, values = data.map(function(d, i) {
        return +value.call(pie, d, i);
      }), a = +(typeof startAngle === "function" ? startAngle.apply(this, arguments) : startAngle), da = (typeof endAngle === "function" ? endAngle.apply(this, arguments) : endAngle) - a, p = Math.min(Math.abs(da) / n, +(typeof padAngle === "function" ? padAngle.apply(this, arguments) : padAngle)), pa = p * (da < 0 ? -1 : 1), k = (da - n * pa) / d3.sum(values), index = d3.range(n), arcs = [], v;
      if (sort != null) index.sort(sort === d3_layout_pieSortByValue ? function(i, j) {
        return values[j] - values[i];
      } : function(i, j) {
        return sort(data[i], data[j]);
      });
      index.forEach(function(i) {
        arcs[i] = {
          data: data[i],
          value: v = values[i],
          startAngle: a,
          endAngle: a += v * k + pa,
          padAngle: p
        };
      });
      return arcs;
    }
    pie.value = function(_) {
      if (!arguments.length) return value;
      value = _;
      return pie;
    };
    pie.sort = function(_) {
      if (!arguments.length) return sort;
      sort = _;
      return pie;
    };
    pie.startAngle = function(_) {
      if (!arguments.length) return startAngle;
      startAngle = _;
      return pie;
    };
    pie.endAngle = function(_) {
      if (!arguments.length) return endAngle;
      endAngle = _;
      return pie;
    };
    pie.padAngle = function(_) {
      if (!arguments.length) return padAngle;
      padAngle = _;
      return pie;
    };
    return pie;
  };
  var d3_layout_pieSortByValue = {};
  d3.layout.stack = function() {
    var values = d3_identity, order = d3_layout_stackOrderDefault, offset = d3_layout_stackOffsetZero, out = d3_layout_stackOut, x = d3_layout_stackX, y = d3_layout_stackY;
    function stack(data, index) {
      if (!(n = data.length)) return data;
      var series = data.map(function(d, i) {
        return values.call(stack, d, i);
      });
      var points = series.map(function(d) {
        return d.map(function(v, i) {
          return [ x.call(stack, v, i), y.call(stack, v, i) ];
        });
      });
      var orders = order.call(stack, points, index);
      series = d3.permute(series, orders);
      points = d3.permute(points, orders);
      var offsets = offset.call(stack, points, index);
      var m = series[0].length, n, i, j, o;
      for (j = 0; j < m; ++j) {
        out.call(stack, series[0][j], o = offsets[j], points[0][j][1]);
        for (i = 1; i < n; ++i) {
          out.call(stack, series[i][j], o += points[i - 1][j][1], points[i][j][1]);
        }
      }
      return data;
    }
    stack.values = function(x) {
      if (!arguments.length) return values;
      values = x;
      return stack;
    };
    stack.order = function(x) {
      if (!arguments.length) return order;
      order = typeof x === "function" ? x : d3_layout_stackOrders.get(x) || d3_layout_stackOrderDefault;
      return stack;
    };
    stack.offset = function(x) {
      if (!arguments.length) return offset;
      offset = typeof x === "function" ? x : d3_layout_stackOffsets.get(x) || d3_layout_stackOffsetZero;
      return stack;
    };
    stack.x = function(z) {
      if (!arguments.length) return x;
      x = z;
      return stack;
    };
    stack.y = function(z) {
      if (!arguments.length) return y;
      y = z;
      return stack;
    };
    stack.out = function(z) {
      if (!arguments.length) return out;
      out = z;
      return stack;
    };
    return stack;
  };
  function d3_layout_stackX(d) {
    return d.x;
  }
  function d3_layout_stackY(d) {
    return d.y;
  }
  function d3_layout_stackOut(d, y0, y) {
    d.y0 = y0;
    d.y = y;
  }
  var d3_layout_stackOrders = d3.map({
    "inside-out": function(data) {
      var n = data.length, i, j, max = data.map(d3_layout_stackMaxIndex), sums = data.map(d3_layout_stackReduceSum), index = d3.range(n).sort(function(a, b) {
        return max[a] - max[b];
      }), top = 0, bottom = 0, tops = [], bottoms = [];
      for (i = 0; i < n; ++i) {
        j = index[i];
        if (top < bottom) {
          top += sums[j];
          tops.push(j);
        } else {
          bottom += sums[j];
          bottoms.push(j);
        }
      }
      return bottoms.reverse().concat(tops);
    },
    reverse: function(data) {
      return d3.range(data.length).reverse();
    },
    "default": d3_layout_stackOrderDefault
  });
  var d3_layout_stackOffsets = d3.map({
    silhouette: function(data) {
      var n = data.length, m = data[0].length, sums = [], max = 0, i, j, o, y0 = [];
      for (j = 0; j < m; ++j) {
        for (i = 0, o = 0; i < n; i++) o += data[i][j][1];
        if (o > max) max = o;
        sums.push(o);
      }
      for (j = 0; j < m; ++j) {
        y0[j] = (max - sums[j]) / 2;
      }
      return y0;
    },
    wiggle: function(data) {
      var n = data.length, x = data[0], m = x.length, i, j, k, s1, s2, s3, dx, o, o0, y0 = [];
      y0[0] = o = o0 = 0;
      for (j = 1; j < m; ++j) {
        for (i = 0, s1 = 0; i < n; ++i) s1 += data[i][j][1];
        for (i = 0, s2 = 0, dx = x[j][0] - x[j - 1][0]; i < n; ++i) {
          for (k = 0, s3 = (data[i][j][1] - data[i][j - 1][1]) / (2 * dx); k < i; ++k) {
            s3 += (data[k][j][1] - data[k][j - 1][1]) / dx;
          }
          s2 += s3 * data[i][j][1];
        }
        y0[j] = o -= s1 ? s2 / s1 * dx : 0;
        if (o < o0) o0 = o;
      }
      for (j = 0; j < m; ++j) y0[j] -= o0;
      return y0;
    },
    expand: function(data) {
      var n = data.length, m = data[0].length, k = 1 / n, i, j, o, y0 = [];
      for (j = 0; j < m; ++j) {
        for (i = 0, o = 0; i < n; i++) o += data[i][j][1];
        if (o) for (i = 0; i < n; i++) data[i][j][1] /= o; else for (i = 0; i < n; i++) data[i][j][1] = k;
      }
      for (j = 0; j < m; ++j) y0[j] = 0;
      return y0;
    },
    zero: d3_layout_stackOffsetZero
  });
  function d3_layout_stackOrderDefault(data) {
    return d3.range(data.length);
  }
  function d3_layout_stackOffsetZero(data) {
    var j = -1, m = data[0].length, y0 = [];
    while (++j < m) y0[j] = 0;
    return y0;
  }
  function d3_layout_stackMaxIndex(array) {
    var i = 1, j = 0, v = array[0][1], k, n = array.length;
    for (;i < n; ++i) {
      if ((k = array[i][1]) > v) {
        j = i;
        v = k;
      }
    }
    return j;
  }
  function d3_layout_stackReduceSum(d) {
    return d.reduce(d3_layout_stackSum, 0);
  }
  function d3_layout_stackSum(p, d) {
    return p + d[1];
  }
  d3.layout.histogram = function() {
    var frequency = true, valuer = Number, ranger = d3_layout_histogramRange, binner = d3_layout_histogramBinSturges;
    function histogram(data, i) {
      var bins = [], values = data.map(valuer, this), range = ranger.call(this, values, i), thresholds = binner.call(this, range, values, i), bin, i = -1, n = values.length, m = thresholds.length - 1, k = frequency ? 1 : 1 / n, x;
      while (++i < m) {
        bin = bins[i] = [];
        bin.dx = thresholds[i + 1] - (bin.x = thresholds[i]);
        bin.y = 0;
      }
      if (m > 0) {
        i = -1;
        while (++i < n) {
          x = values[i];
          if (x >= range[0] && x <= range[1]) {
            bin = bins[d3.bisect(thresholds, x, 1, m) - 1];
            bin.y += k;
            bin.push(data[i]);
          }
        }
      }
      return bins;
    }
    histogram.value = function(x) {
      if (!arguments.length) return valuer;
      valuer = x;
      return histogram;
    };
    histogram.range = function(x) {
      if (!arguments.length) return ranger;
      ranger = d3_functor(x);
      return histogram;
    };
    histogram.bins = function(x) {
      if (!arguments.length) return binner;
      binner = typeof x === "number" ? function(range) {
        return d3_layout_histogramBinFixed(range, x);
      } : d3_functor(x);
      return histogram;
    };
    histogram.frequency = function(x) {
      if (!arguments.length) return frequency;
      frequency = !!x;
      return histogram;
    };
    return histogram;
  };
  function d3_layout_histogramBinSturges(range, values) {
    return d3_layout_histogramBinFixed(range, Math.ceil(Math.log(values.length) / Math.LN2 + 1));
  }
  function d3_layout_histogramBinFixed(range, n) {
    var x = -1, b = +range[0], m = (range[1] - b) / n, f = [];
    while (++x <= n) f[x] = m * x + b;
    return f;
  }
  function d3_layout_histogramRange(values) {
    return [ d3.min(values), d3.max(values) ];
  }
  d3.layout.pack = function() {
    var hierarchy = d3.layout.hierarchy().sort(d3_layout_packSort), padding = 0, size = [ 1, 1 ], radius;
    function pack(d, i) {
      var nodes = hierarchy.call(this, d, i), root = nodes[0], w = size[0], h = size[1], r = radius == null ? Math.sqrt : typeof radius === "function" ? radius : function() {
        return radius;
      };
      root.x = root.y = 0;
      d3_layout_hierarchyVisitAfter(root, function(d) {
        d.r = +r(d.value);
      });
      d3_layout_hierarchyVisitAfter(root, d3_layout_packSiblings);
      if (padding) {
        var dr = padding * (radius ? 1 : Math.max(2 * root.r / w, 2 * root.r / h)) / 2;
        d3_layout_hierarchyVisitAfter(root, function(d) {
          d.r += dr;
        });
        d3_layout_hierarchyVisitAfter(root, d3_layout_packSiblings);
        d3_layout_hierarchyVisitAfter(root, function(d) {
          d.r -= dr;
        });
      }
      d3_layout_packTransform(root, w / 2, h / 2, radius ? 1 : 1 / Math.max(2 * root.r / w, 2 * root.r / h));
      return nodes;
    }
    pack.size = function(_) {
      if (!arguments.length) return size;
      size = _;
      return pack;
    };
    pack.radius = function(_) {
      if (!arguments.length) return radius;
      radius = _ == null || typeof _ === "function" ? _ : +_;
      return pack;
    };
    pack.padding = function(_) {
      if (!arguments.length) return padding;
      padding = +_;
      return pack;
    };
    return d3_layout_hierarchyRebind(pack, hierarchy);
  };
  function d3_layout_packSort(a, b) {
    return a.value - b.value;
  }
  function d3_layout_packInsert(a, b) {
    var c = a._pack_next;
    a._pack_next = b;
    b._pack_prev = a;
    b._pack_next = c;
    c._pack_prev = b;
  }
  function d3_layout_packSplice(a, b) {
    a._pack_next = b;
    b._pack_prev = a;
  }
  function d3_layout_packIntersects(a, b) {
    var dx = b.x - a.x, dy = b.y - a.y, dr = a.r + b.r;
    return .999 * dr * dr > dx * dx + dy * dy;
  }
  function d3_layout_packSiblings(node) {
    if (!(nodes = node.children) || !(n = nodes.length)) return;
    var nodes, xMin = Infinity, xMax = -Infinity, yMin = Infinity, yMax = -Infinity, a, b, c, i, j, k, n;
    function bound(node) {
      xMin = Math.min(node.x - node.r, xMin);
      xMax = Math.max(node.x + node.r, xMax);
      yMin = Math.min(node.y - node.r, yMin);
      yMax = Math.max(node.y + node.r, yMax);
    }
    nodes.forEach(d3_layout_packLink);
    a = nodes[0];
    a.x = -a.r;
    a.y = 0;
    bound(a);
    if (n > 1) {
      b = nodes[1];
      b.x = b.r;
      b.y = 0;
      bound(b);
      if (n > 2) {
        c = nodes[2];
        d3_layout_packPlace(a, b, c);
        bound(c);
        d3_layout_packInsert(a, c);
        a._pack_prev = c;
        d3_layout_packInsert(c, b);
        b = a._pack_next;
        for (i = 3; i < n; i++) {
          d3_layout_packPlace(a, b, c = nodes[i]);
          var isect = 0, s1 = 1, s2 = 1;
          for (j = b._pack_next; j !== b; j = j._pack_next, s1++) {
            if (d3_layout_packIntersects(j, c)) {
              isect = 1;
              break;
            }
          }
          if (isect == 1) {
            for (k = a._pack_prev; k !== j._pack_prev; k = k._pack_prev, s2++) {
              if (d3_layout_packIntersects(k, c)) {
                break;
              }
            }
          }
          if (isect) {
            if (s1 < s2 || s1 == s2 && b.r < a.r) d3_layout_packSplice(a, b = j); else d3_layout_packSplice(a = k, b);
            i--;
          } else {
            d3_layout_packInsert(a, c);
            b = c;
            bound(c);
          }
        }
      }
    }
    var cx = (xMin + xMax) / 2, cy = (yMin + yMax) / 2, cr = 0;
    for (i = 0; i < n; i++) {
      c = nodes[i];
      c.x -= cx;
      c.y -= cy;
      cr = Math.max(cr, c.r + Math.sqrt(c.x * c.x + c.y * c.y));
    }
    node.r = cr;
    nodes.forEach(d3_layout_packUnlink);
  }
  function d3_layout_packLink(node) {
    node._pack_next = node._pack_prev = node;
  }
  function d3_layout_packUnlink(node) {
    delete node._pack_next;
    delete node._pack_prev;
  }
  function d3_layout_packTransform(node, x, y, k) {
    var children = node.children;
    node.x = x += k * node.x;
    node.y = y += k * node.y;
    node.r *= k;
    if (children) {
      var i = -1, n = children.length;
      while (++i < n) d3_layout_packTransform(children[i], x, y, k);
    }
  }
  function d3_layout_packPlace(a, b, c) {
    var db = a.r + c.r, dx = b.x - a.x, dy = b.y - a.y;
    if (db && (dx || dy)) {
      var da = b.r + c.r, dc = dx * dx + dy * dy;
      da *= da;
      db *= db;
      var x = .5 + (db - da) / (2 * dc), y = Math.sqrt(Math.max(0, 2 * da * (db + dc) - (db -= dc) * db - da * da)) / (2 * dc);
      c.x = a.x + x * dx + y * dy;
      c.y = a.y + x * dy - y * dx;
    } else {
      c.x = a.x + db;
      c.y = a.y;
    }
  }
  d3.layout.tree = function() {
    var hierarchy = d3.layout.hierarchy().sort(null).value(null), separation = d3_layout_treeSeparation, size = [ 1, 1 ], nodeSize = null;
    function tree(d, i) {
      var nodes = hierarchy.call(this, d, i), root0 = nodes[0], root1 = wrapTree(root0);
      d3_layout_hierarchyVisitAfter(root1, firstWalk), root1.parent.m = -root1.z;
      d3_layout_hierarchyVisitBefore(root1, secondWalk);
      if (nodeSize) d3_layout_hierarchyVisitBefore(root0, sizeNode); else {
        var left = root0, right = root0, bottom = root0;
        d3_layout_hierarchyVisitBefore(root0, function(node) {
          if (node.x < left.x) left = node;
          if (node.x > right.x) right = node;
          if (node.depth > bottom.depth) bottom = node;
        });
        var tx = separation(left, right) / 2 - left.x, kx = size[0] / (right.x + separation(right, left) / 2 + tx), ky = size[1] / (bottom.depth || 1);
        d3_layout_hierarchyVisitBefore(root0, function(node) {
          node.x = (node.x + tx) * kx;
          node.y = node.depth * ky;
        });
      }
      return nodes;
    }
    function wrapTree(root0) {
      var root1 = {
        A: null,
        children: [ root0 ]
      }, queue = [ root1 ], node1;
      while ((node1 = queue.pop()) != null) {
        for (var children = node1.children, child, i = 0, n = children.length; i < n; ++i) {
          queue.push((children[i] = child = {
            _: children[i],
            parent: node1,
            children: (child = children[i].children) && child.slice() || [],
            A: null,
            a: null,
            z: 0,
            m: 0,
            c: 0,
            s: 0,
            t: null,
            i: i
          }).a = child);
        }
      }
      return root1.children[0];
    }
    function firstWalk(v) {
      var children = v.children, siblings = v.parent.children, w = v.i ? siblings[v.i - 1] : null;
      if (children.length) {
        d3_layout_treeShift(v);
        var midpoint = (children[0].z + children[children.length - 1].z) / 2;
        if (w) {
          v.z = w.z + separation(v._, w._);
          v.m = v.z - midpoint;
        } else {
          v.z = midpoint;
        }
      } else if (w) {
        v.z = w.z + separation(v._, w._);
      }
      v.parent.A = apportion(v, w, v.parent.A || siblings[0]);
    }
    function secondWalk(v) {
      v._.x = v.z + v.parent.m;
      v.m += v.parent.m;
    }
    function apportion(v, w, ancestor) {
      if (w) {
        var vip = v, vop = v, vim = w, vom = vip.parent.children[0], sip = vip.m, sop = vop.m, sim = vim.m, som = vom.m, shift;
        while (vim = d3_layout_treeRight(vim), vip = d3_layout_treeLeft(vip), vim && vip) {
          vom = d3_layout_treeLeft(vom);
          vop = d3_layout_treeRight(vop);
          vop.a = v;
          shift = vim.z + sim - vip.z - sip + separation(vim._, vip._);
          if (shift > 0) {
            d3_layout_treeMove(d3_layout_treeAncestor(vim, v, ancestor), v, shift);
            sip += shift;
            sop += shift;
          }
          sim += vim.m;
          sip += vip.m;
          som += vom.m;
          sop += vop.m;
        }
        if (vim && !d3_layout_treeRight(vop)) {
          vop.t = vim;
          vop.m += sim - sop;
        }
        if (vip && !d3_layout_treeLeft(vom)) {
          vom.t = vip;
          vom.m += sip - som;
          ancestor = v;
        }
      }
      return ancestor;
    }
    function sizeNode(node) {
      node.x *= size[0];
      node.y = node.depth * size[1];
    }
    tree.separation = function(x) {
      if (!arguments.length) return separation;
      separation = x;
      return tree;
    };
    tree.size = function(x) {
      if (!arguments.length) return nodeSize ? null : size;
      nodeSize = (size = x) == null ? sizeNode : null;
      return tree;
    };
    tree.nodeSize = function(x) {
      if (!arguments.length) return nodeSize ? size : null;
      nodeSize = (size = x) == null ? null : sizeNode;
      return tree;
    };
    return d3_layout_hierarchyRebind(tree, hierarchy);
  };
  function d3_layout_treeSeparation(a, b) {
    return a.parent == b.parent ? 1 : 2;
  }
  function d3_layout_treeLeft(v) {
    var children = v.children;
    return children.length ? children[0] : v.t;
  }
  function d3_layout_treeRight(v) {
    var children = v.children, n;
    return (n = children.length) ? children[n - 1] : v.t;
  }
  function d3_layout_treeMove(wm, wp, shift) {
    var change = shift / (wp.i - wm.i);
    wp.c -= change;
    wp.s += shift;
    wm.c += change;
    wp.z += shift;
    wp.m += shift;
  }
  function d3_layout_treeShift(v) {
    var shift = 0, change = 0, children = v.children, i = children.length, w;
    while (--i >= 0) {
      w = children[i];
      w.z += shift;
      w.m += shift;
      shift += w.s + (change += w.c);
    }
  }
  function d3_layout_treeAncestor(vim, v, ancestor) {
    return vim.a.parent === v.parent ? vim.a : ancestor;
  }
  d3.layout.cluster = function() {
    var hierarchy = d3.layout.hierarchy().sort(null).value(null), separation = d3_layout_treeSeparation, size = [ 1, 1 ], nodeSize = false;
    function cluster(d, i) {
      var nodes = hierarchy.call(this, d, i), root = nodes[0], previousNode, x = 0;
      d3_layout_hierarchyVisitAfter(root, function(node) {
        var children = node.children;
        if (children && children.length) {
          node.x = d3_layout_clusterX(children);
          node.y = d3_layout_clusterY(children);
        } else {
          node.x = previousNode ? x += separation(node, previousNode) : 0;
          node.y = 0;
          previousNode = node;
        }
      });
      var left = d3_layout_clusterLeft(root), right = d3_layout_clusterRight(root), x0 = left.x - separation(left, right) / 2, x1 = right.x + separation(right, left) / 2;
      d3_layout_hierarchyVisitAfter(root, nodeSize ? function(node) {
        node.x = (node.x - root.x) * size[0];
        node.y = (root.y - node.y) * size[1];
      } : function(node) {
        node.x = (node.x - x0) / (x1 - x0) * size[0];
        node.y = (1 - (root.y ? node.y / root.y : 1)) * size[1];
      });
      return nodes;
    }
    cluster.separation = function(x) {
      if (!arguments.length) return separation;
      separation = x;
      return cluster;
    };
    cluster.size = function(x) {
      if (!arguments.length) return nodeSize ? null : size;
      nodeSize = (size = x) == null;
      return cluster;
    };
    cluster.nodeSize = function(x) {
      if (!arguments.length) return nodeSize ? size : null;
      nodeSize = (size = x) != null;
      return cluster;
    };
    return d3_layout_hierarchyRebind(cluster, hierarchy);
  };
  function d3_layout_clusterY(children) {
    return 1 + d3.max(children, function(child) {
      return child.y;
    });
  }
  function d3_layout_clusterX(children) {
    return children.reduce(function(x, child) {
      return x + child.x;
    }, 0) / children.length;
  }
  function d3_layout_clusterLeft(node) {
    var children = node.children;
    return children && children.length ? d3_layout_clusterLeft(children[0]) : node;
  }
  function d3_layout_clusterRight(node) {
    var children = node.children, n;
    return children && (n = children.length) ? d3_layout_clusterRight(children[n - 1]) : node;
  }
  d3.layout.treemap = function() {
    var hierarchy = d3.layout.hierarchy(), round = Math.round, size = [ 1, 1 ], padding = null, pad = d3_layout_treemapPadNull, sticky = false, stickies, mode = "squarify", ratio = .5 * (1 + Math.sqrt(5));
    function scale(children, k) {
      var i = -1, n = children.length, child, area;
      while (++i < n) {
        area = (child = children[i]).value * (k < 0 ? 0 : k);
        child.area = isNaN(area) || area <= 0 ? 0 : area;
      }
    }
    function squarify(node) {
      var children = node.children;
      if (children && children.length) {
        var rect = pad(node), row = [], remaining = children.slice(), child, best = Infinity, score, u = mode === "slice" ? rect.dx : mode === "dice" ? rect.dy : mode === "slice-dice" ? node.depth & 1 ? rect.dy : rect.dx : Math.min(rect.dx, rect.dy), n;
        scale(remaining, rect.dx * rect.dy / node.value);
        row.area = 0;
        while ((n = remaining.length) > 0) {
          row.push(child = remaining[n - 1]);
          row.area += child.area;
          if (mode !== "squarify" || (score = worst(row, u)) <= best) {
            remaining.pop();
            best = score;
          } else {
            row.area -= row.pop().area;
            position(row, u, rect, false);
            u = Math.min(rect.dx, rect.dy);
            row.length = row.area = 0;
            best = Infinity;
          }
        }
        if (row.length) {
          position(row, u, rect, true);
          row.length = row.area = 0;
        }
        children.forEach(squarify);
      }
    }
    function stickify(node) {
      var children = node.children;
      if (children && children.length) {
        var rect = pad(node), remaining = children.slice(), child, row = [];
        scale(remaining, rect.dx * rect.dy / node.value);
        row.area = 0;
        while (child = remaining.pop()) {
          row.push(child);
          row.area += child.area;
          if (child.z != null) {
            position(row, child.z ? rect.dx : rect.dy, rect, !remaining.length);
            row.length = row.area = 0;
          }
        }
        children.forEach(stickify);
      }
    }
    function worst(row, u) {
      var s = row.area, r, rmax = 0, rmin = Infinity, i = -1, n = row.length;
      while (++i < n) {
        if (!(r = row[i].area)) continue;
        if (r < rmin) rmin = r;
        if (r > rmax) rmax = r;
      }
      s *= s;
      u *= u;
      return s ? Math.max(u * rmax * ratio / s, s / (u * rmin * ratio)) : Infinity;
    }
    function position(row, u, rect, flush) {
      var i = -1, n = row.length, x = rect.x, y = rect.y, v = u ? round(row.area / u) : 0, o;
      if (u == rect.dx) {
        if (flush || v > rect.dy) v = rect.dy;
        while (++i < n) {
          o = row[i];
          o.x = x;
          o.y = y;
          o.dy = v;
          x += o.dx = Math.min(rect.x + rect.dx - x, v ? round(o.area / v) : 0);
        }
        o.z = true;
        o.dx += rect.x + rect.dx - x;
        rect.y += v;
        rect.dy -= v;
      } else {
        if (flush || v > rect.dx) v = rect.dx;
        while (++i < n) {
          o = row[i];
          o.x = x;
          o.y = y;
          o.dx = v;
          y += o.dy = Math.min(rect.y + rect.dy - y, v ? round(o.area / v) : 0);
        }
        o.z = false;
        o.dy += rect.y + rect.dy - y;
        rect.x += v;
        rect.dx -= v;
      }
    }
    function treemap(d) {
      var nodes = stickies || hierarchy(d), root = nodes[0];
      root.x = 0;
      root.y = 0;
      root.dx = size[0];
      root.dy = size[1];
      if (stickies) hierarchy.revalue(root);
      scale([ root ], root.dx * root.dy / root.value);
      (stickies ? stickify : squarify)(root);
      if (sticky) stickies = nodes;
      return nodes;
    }
    treemap.size = function(x) {
      if (!arguments.length) return size;
      size = x;
      return treemap;
    };
    treemap.padding = function(x) {
      if (!arguments.length) return padding;
      function padFunction(node) {
        var p = x.call(treemap, node, node.depth);
        return p == null ? d3_layout_treemapPadNull(node) : d3_layout_treemapPad(node, typeof p === "number" ? [ p, p, p, p ] : p);
      }
      function padConstant(node) {
        return d3_layout_treemapPad(node, x);
      }
      var type;
      pad = (padding = x) == null ? d3_layout_treemapPadNull : (type = typeof x) === "function" ? padFunction : type === "number" ? (x = [ x, x, x, x ], 
      padConstant) : padConstant;
      return treemap;
    };
    treemap.round = function(x) {
      if (!arguments.length) return round != Number;
      round = x ? Math.round : Number;
      return treemap;
    };
    treemap.sticky = function(x) {
      if (!arguments.length) return sticky;
      sticky = x;
      stickies = null;
      return treemap;
    };
    treemap.ratio = function(x) {
      if (!arguments.length) return ratio;
      ratio = x;
      return treemap;
    };
    treemap.mode = function(x) {
      if (!arguments.length) return mode;
      mode = x + "";
      return treemap;
    };
    return d3_layout_hierarchyRebind(treemap, hierarchy);
  };
  function d3_layout_treemapPadNull(node) {
    return {
      x: node.x,
      y: node.y,
      dx: node.dx,
      dy: node.dy
    };
  }
  function d3_layout_treemapPad(node, padding) {
    var x = node.x + padding[3], y = node.y + padding[0], dx = node.dx - padding[1] - padding[3], dy = node.dy - padding[0] - padding[2];
    if (dx < 0) {
      x += dx / 2;
      dx = 0;
    }
    if (dy < 0) {
      y += dy / 2;
      dy = 0;
    }
    return {
      x: x,
      y: y,
      dx: dx,
      dy: dy
    };
  }
  d3.random = {
    normal: function(µ, σ) {
      var n = arguments.length;
      if (n < 2) σ = 1;
      if (n < 1) µ = 0;
      return function() {
        var x, y, r;
        do {
          x = Math.random() * 2 - 1;
          y = Math.random() * 2 - 1;
          r = x * x + y * y;
        } while (!r || r > 1);
        return µ + σ * x * Math.sqrt(-2 * Math.log(r) / r);
      };
    },
    logNormal: function() {
      var random = d3.random.normal.apply(d3, arguments);
      return function() {
        return Math.exp(random());
      };
    },
    bates: function(m) {
      var random = d3.random.irwinHall(m);
      return function() {
        return random() / m;
      };
    },
    irwinHall: function(m) {
      return function() {
        for (var s = 0, j = 0; j < m; j++) s += Math.random();
        return s;
      };
    }
  };
  d3.scale = {};
  function d3_scaleExtent(domain) {
    var start = domain[0], stop = domain[domain.length - 1];
    return start < stop ? [ start, stop ] : [ stop, start ];
  }
  function d3_scaleRange(scale) {
    return scale.rangeExtent ? scale.rangeExtent() : d3_scaleExtent(scale.range());
  }
  function d3_scale_bilinear(domain, range, uninterpolate, interpolate) {
    var u = uninterpolate(domain[0], domain[1]), i = interpolate(range[0], range[1]);
    return function(x) {
      return i(u(x));
    };
  }
  function d3_scale_nice(domain, nice) {
    var i0 = 0, i1 = domain.length - 1, x0 = domain[i0], x1 = domain[i1], dx;
    if (x1 < x0) {
      dx = i0, i0 = i1, i1 = dx;
      dx = x0, x0 = x1, x1 = dx;
    }
    domain[i0] = nice.floor(x0);
    domain[i1] = nice.ceil(x1);
    return domain;
  }
  function d3_scale_niceStep(step) {
    return step ? {
      floor: function(x) {
        return Math.floor(x / step) * step;
      },
      ceil: function(x) {
        return Math.ceil(x / step) * step;
      }
    } : d3_scale_niceIdentity;
  }
  var d3_scale_niceIdentity = {
    floor: d3_identity,
    ceil: d3_identity
  };
  function d3_scale_polylinear(domain, range, uninterpolate, interpolate) {
    var u = [], i = [], j = 0, k = Math.min(domain.length, range.length) - 1;
    if (domain[k] < domain[0]) {
      domain = domain.slice().reverse();
      range = range.slice().reverse();
    }
    while (++j <= k) {
      u.push(uninterpolate(domain[j - 1], domain[j]));
      i.push(interpolate(range[j - 1], range[j]));
    }
    return function(x) {
      var j = d3.bisect(domain, x, 1, k) - 1;
      return i[j](u[j](x));
    };
  }
  d3.scale.linear = function() {
    return d3_scale_linear([ 0, 1 ], [ 0, 1 ], d3_interpolate, false);
  };
  function d3_scale_linear(domain, range, interpolate, clamp) {
    var output, input;
    function rescale() {
      var linear = Math.min(domain.length, range.length) > 2 ? d3_scale_polylinear : d3_scale_bilinear, uninterpolate = clamp ? d3_uninterpolateClamp : d3_uninterpolateNumber;
      output = linear(domain, range, uninterpolate, interpolate);
      input = linear(range, domain, uninterpolate, d3_interpolate);
      return scale;
    }
    function scale(x) {
      return output(x);
    }
    scale.invert = function(y) {
      return input(y);
    };
    scale.domain = function(x) {
      if (!arguments.length) return domain;
      domain = x.map(Number);
      return rescale();
    };
    scale.range = function(x) {
      if (!arguments.length) return range;
      range = x;
      return rescale();
    };
    scale.rangeRound = function(x) {
      return scale.range(x).interpolate(d3_interpolateRound);
    };
    scale.clamp = function(x) {
      if (!arguments.length) return clamp;
      clamp = x;
      return rescale();
    };
    scale.interpolate = function(x) {
      if (!arguments.length) return interpolate;
      interpolate = x;
      return rescale();
    };
    scale.ticks = function(m) {
      return d3_scale_linearTicks(domain, m);
    };
    scale.tickFormat = function(m, format) {
      return d3_scale_linearTickFormat(domain, m, format);
    };
    scale.nice = function(m) {
      d3_scale_linearNice(domain, m);
      return rescale();
    };
    scale.copy = function() {
      return d3_scale_linear(domain, range, interpolate, clamp);
    };
    return rescale();
  }
  function d3_scale_linearRebind(scale, linear) {
    return d3.rebind(scale, linear, "range", "rangeRound", "interpolate", "clamp");
  }
  function d3_scale_linearNice(domain, m) {
    return d3_scale_nice(domain, d3_scale_niceStep(d3_scale_linearTickRange(domain, m)[2]));
  }
  function d3_scale_linearTickRange(domain, m) {
    if (m == null) m = 10;
    var extent = d3_scaleExtent(domain), span = extent[1] - extent[0], step = Math.pow(10, Math.floor(Math.log(span / m) / Math.LN10)), err = m / span * step;
    if (err <= .15) step *= 10; else if (err <= .35) step *= 5; else if (err <= .75) step *= 2;
    extent[0] = Math.ceil(extent[0] / step) * step;
    extent[1] = Math.floor(extent[1] / step) * step + step * .5;
    extent[2] = step;
    return extent;
  }
  function d3_scale_linearTicks(domain, m) {
    return d3.range.apply(d3, d3_scale_linearTickRange(domain, m));
  }
  function d3_scale_linearTickFormat(domain, m, format) {
    var range = d3_scale_linearTickRange(domain, m);
    if (format) {
      var match = d3_format_re.exec(format);
      match.shift();
      if (match[8] === "s") {
        var prefix = d3.formatPrefix(Math.max(abs(range[0]), abs(range[1])));
        if (!match[7]) match[7] = "." + d3_scale_linearPrecision(prefix.scale(range[2]));
        match[8] = "f";
        format = d3.format(match.join(""));
        return function(d) {
          return format(prefix.scale(d)) + prefix.symbol;
        };
      }
      if (!match[7]) match[7] = "." + d3_scale_linearFormatPrecision(match[8], range);
      format = match.join("");
    } else {
      format = ",." + d3_scale_linearPrecision(range[2]) + "f";
    }
    return d3.format(format);
  }
  var d3_scale_linearFormatSignificant = {
    s: 1,
    g: 1,
    p: 1,
    r: 1,
    e: 1
  };
  function d3_scale_linearPrecision(value) {
    return -Math.floor(Math.log(value) / Math.LN10 + .01);
  }
  function d3_scale_linearFormatPrecision(type, range) {
    var p = d3_scale_linearPrecision(range[2]);
    return type in d3_scale_linearFormatSignificant ? Math.abs(p - d3_scale_linearPrecision(Math.max(abs(range[0]), abs(range[1])))) + +(type !== "e") : p - (type === "%") * 2;
  }
  d3.scale.log = function() {
    return d3_scale_log(d3.scale.linear().domain([ 0, 1 ]), 10, true, [ 1, 10 ]);
  };
  function d3_scale_log(linear, base, positive, domain) {
    function log(x) {
      return (positive ? Math.log(x < 0 ? 0 : x) : -Math.log(x > 0 ? 0 : -x)) / Math.log(base);
    }
    function pow(x) {
      return positive ? Math.pow(base, x) : -Math.pow(base, -x);
    }
    function scale(x) {
      return linear(log(x));
    }
    scale.invert = function(x) {
      return pow(linear.invert(x));
    };
    scale.domain = function(x) {
      if (!arguments.length) return domain;
      positive = x[0] >= 0;
      linear.domain((domain = x.map(Number)).map(log));
      return scale;
    };
    scale.base = function(_) {
      if (!arguments.length) return base;
      base = +_;
      linear.domain(domain.map(log));
      return scale;
    };
    scale.nice = function() {
      var niced = d3_scale_nice(domain.map(log), positive ? Math : d3_scale_logNiceNegative);
      linear.domain(niced);
      domain = niced.map(pow);
      return scale;
    };
    scale.ticks = function() {
      var extent = d3_scaleExtent(domain), ticks = [], u = extent[0], v = extent[1], i = Math.floor(log(u)), j = Math.ceil(log(v)), n = base % 1 ? 2 : base;
      if (isFinite(j - i)) {
        if (positive) {
          for (;i < j; i++) for (var k = 1; k < n; k++) ticks.push(pow(i) * k);
          ticks.push(pow(i));
        } else {
          ticks.push(pow(i));
          for (;i++ < j; ) for (var k = n - 1; k > 0; k--) ticks.push(pow(i) * k);
        }
        for (i = 0; ticks[i] < u; i++) {}
        for (j = ticks.length; ticks[j - 1] > v; j--) {}
        ticks = ticks.slice(i, j);
      }
      return ticks;
    };
    scale.tickFormat = function(n, format) {
      if (!arguments.length) return d3_scale_logFormat;
      if (arguments.length < 2) format = d3_scale_logFormat; else if (typeof format !== "function") format = d3.format(format);
      var k = Math.max(.1, n / scale.ticks().length), f = positive ? (e = 1e-12, Math.ceil) : (e = -1e-12, 
      Math.floor), e;
      return function(d) {
        return d / pow(f(log(d) + e)) <= k ? format(d) : "";
      };
    };
    scale.copy = function() {
      return d3_scale_log(linear.copy(), base, positive, domain);
    };
    return d3_scale_linearRebind(scale, linear);
  }
  var d3_scale_logFormat = d3.format(".0e"), d3_scale_logNiceNegative = {
    floor: function(x) {
      return -Math.ceil(-x);
    },
    ceil: function(x) {
      return -Math.floor(-x);
    }
  };
  d3.scale.pow = function() {
    return d3_scale_pow(d3.scale.linear(), 1, [ 0, 1 ]);
  };
  function d3_scale_pow(linear, exponent, domain) {
    var powp = d3_scale_powPow(exponent), powb = d3_scale_powPow(1 / exponent);
    function scale(x) {
      return linear(powp(x));
    }
    scale.invert = function(x) {
      return powb(linear.invert(x));
    };
    scale.domain = function(x) {
      if (!arguments.length) return domain;
      linear.domain((domain = x.map(Number)).map(powp));
      return scale;
    };
    scale.ticks = function(m) {
      return d3_scale_linearTicks(domain, m);
    };
    scale.tickFormat = function(m, format) {
      return d3_scale_linearTickFormat(domain, m, format);
    };
    scale.nice = function(m) {
      return scale.domain(d3_scale_linearNice(domain, m));
    };
    scale.exponent = function(x) {
      if (!arguments.length) return exponent;
      powp = d3_scale_powPow(exponent = x);
      powb = d3_scale_powPow(1 / exponent);
      linear.domain(domain.map(powp));
      return scale;
    };
    scale.copy = function() {
      return d3_scale_pow(linear.copy(), exponent, domain);
    };
    return d3_scale_linearRebind(scale, linear);
  }
  function d3_scale_powPow(e) {
    return function(x) {
      return x < 0 ? -Math.pow(-x, e) : Math.pow(x, e);
    };
  }
  d3.scale.sqrt = function() {
    return d3.scale.pow().exponent(.5);
  };
  d3.scale.ordinal = function() {
    return d3_scale_ordinal([], {
      t: "range",
      a: [ [] ]
    });
  };
  function d3_scale_ordinal(domain, ranger) {
    var index, range, rangeBand;
    function scale(x) {
      return range[((index.get(x) || (ranger.t === "range" ? index.set(x, domain.push(x)) : NaN)) - 1) % range.length];
    }
    function steps(start, step) {
      return d3.range(domain.length).map(function(i) {
        return start + step * i;
      });
    }
    scale.domain = function(x) {
      if (!arguments.length) return domain;
      domain = [];
      index = new d3_Map();
      var i = -1, n = x.length, xi;
      while (++i < n) if (!index.has(xi = x[i])) index.set(xi, domain.push(xi));
      return scale[ranger.t].apply(scale, ranger.a);
    };
    scale.range = function(x) {
      if (!arguments.length) return range;
      range = x;
      rangeBand = 0;
      ranger = {
        t: "range",
        a: arguments
      };
      return scale;
    };
    scale.rangePoints = function(x, padding) {
      if (arguments.length < 2) padding = 0;
      var start = x[0], stop = x[1], step = domain.length < 2 ? (start = (start + stop) / 2, 
      0) : (stop - start) / (domain.length - 1 + padding);
      range = steps(start + step * padding / 2, step);
      rangeBand = 0;
      ranger = {
        t: "rangePoints",
        a: arguments
      };
      return scale;
    };
    scale.rangeRoundPoints = function(x, padding) {
      if (arguments.length < 2) padding = 0;
      var start = x[0], stop = x[1], step = domain.length < 2 ? (start = stop = Math.round((start + stop) / 2), 
      0) : (stop - start) / (domain.length - 1 + padding) | 0;
      range = steps(start + Math.round(step * padding / 2 + (stop - start - (domain.length - 1 + padding) * step) / 2), step);
      rangeBand = 0;
      ranger = {
        t: "rangeRoundPoints",
        a: arguments
      };
      return scale;
    };
    scale.rangeBands = function(x, padding, outerPadding) {
      if (arguments.length < 2) padding = 0;
      if (arguments.length < 3) outerPadding = padding;
      var reverse = x[1] < x[0], start = x[reverse - 0], stop = x[1 - reverse], step = (stop - start) / (domain.length - padding + 2 * outerPadding);
      range = steps(start + step * outerPadding, step);
      if (reverse) range.reverse();
      rangeBand = step * (1 - padding);
      ranger = {
        t: "rangeBands",
        a: arguments
      };
      return scale;
    };
    scale.rangeRoundBands = function(x, padding, outerPadding) {
      if (arguments.length < 2) padding = 0;
      if (arguments.length < 3) outerPadding = padding;
      var reverse = x[1] < x[0], start = x[reverse - 0], stop = x[1 - reverse], step = Math.floor((stop - start) / (domain.length - padding + 2 * outerPadding));
      range = steps(start + Math.round((stop - start - (domain.length - padding) * step) / 2), step);
      if (reverse) range.reverse();
      rangeBand = Math.round(step * (1 - padding));
      ranger = {
        t: "rangeRoundBands",
        a: arguments
      };
      return scale;
    };
    scale.rangeBand = function() {
      return rangeBand;
    };
    scale.rangeExtent = function() {
      return d3_scaleExtent(ranger.a[0]);
    };
    scale.copy = function() {
      return d3_scale_ordinal(domain, ranger);
    };
    return scale.domain(domain);
  }
  d3.scale.category10 = function() {
    return d3.scale.ordinal().range(d3_category10);
  };
  d3.scale.category20 = function() {
    return d3.scale.ordinal().range(d3_category20);
  };
  d3.scale.category20b = function() {
    return d3.scale.ordinal().range(d3_category20b);
  };
  d3.scale.category20c = function() {
    return d3.scale.ordinal().range(d3_category20c);
  };
  var d3_category10 = [ 2062260, 16744206, 2924588, 14034728, 9725885, 9197131, 14907330, 8355711, 12369186, 1556175 ].map(d3_rgbString);
  var d3_category20 = [ 2062260, 11454440, 16744206, 16759672, 2924588, 10018698, 14034728, 16750742, 9725885, 12955861, 9197131, 12885140, 14907330, 16234194, 8355711, 13092807, 12369186, 14408589, 1556175, 10410725 ].map(d3_rgbString);
  var d3_category20b = [ 3750777, 5395619, 7040719, 10264286, 6519097, 9216594, 11915115, 13556636, 9202993, 12426809, 15186514, 15190932, 8666169, 11356490, 14049643, 15177372, 8077683, 10834324, 13528509, 14589654 ].map(d3_rgbString);
  var d3_category20c = [ 3244733, 7057110, 10406625, 13032431, 15095053, 16616764, 16625259, 16634018, 3253076, 7652470, 10607003, 13101504, 7695281, 10394312, 12369372, 14342891, 6513507, 9868950, 12434877, 14277081 ].map(d3_rgbString);
  d3.scale.quantile = function() {
    return d3_scale_quantile([], []);
  };
  function d3_scale_quantile(domain, range) {
    var thresholds;
    function rescale() {
      var k = 0, q = range.length;
      thresholds = [];
      while (++k < q) thresholds[k - 1] = d3.quantile(domain, k / q);
      return scale;
    }
    function scale(x) {
      if (!isNaN(x = +x)) return range[d3.bisect(thresholds, x)];
    }
    scale.domain = function(x) {
      if (!arguments.length) return domain;
      domain = x.map(d3_number).filter(d3_numeric).sort(d3_ascending);
      return rescale();
    };
    scale.range = function(x) {
      if (!arguments.length) return range;
      range = x;
      return rescale();
    };
    scale.quantiles = function() {
      return thresholds;
    };
    scale.invertExtent = function(y) {
      y = range.indexOf(y);
      return y < 0 ? [ NaN, NaN ] : [ y > 0 ? thresholds[y - 1] : domain[0], y < thresholds.length ? thresholds[y] : domain[domain.length - 1] ];
    };
    scale.copy = function() {
      return d3_scale_quantile(domain, range);
    };
    return rescale();
  }
  d3.scale.quantize = function() {
    return d3_scale_quantize(0, 1, [ 0, 1 ]);
  };
  function d3_scale_quantize(x0, x1, range) {
    var kx, i;
    function scale(x) {
      return range[Math.max(0, Math.min(i, Math.floor(kx * (x - x0))))];
    }
    function rescale() {
      kx = range.length / (x1 - x0);
      i = range.length - 1;
      return scale;
    }
    scale.domain = function(x) {
      if (!arguments.length) return [ x0, x1 ];
      x0 = +x[0];
      x1 = +x[x.length - 1];
      return rescale();
    };
    scale.range = function(x) {
      if (!arguments.length) return range;
      range = x;
      return rescale();
    };
    scale.invertExtent = function(y) {
      y = range.indexOf(y);
      y = y < 0 ? NaN : y / kx + x0;
      return [ y, y + 1 / kx ];
    };
    scale.copy = function() {
      return d3_scale_quantize(x0, x1, range);
    };
    return rescale();
  }
  d3.scale.threshold = function() {
    return d3_scale_threshold([ .5 ], [ 0, 1 ]);
  };
  function d3_scale_threshold(domain, range) {
    function scale(x) {
      if (x <= x) return range[d3.bisect(domain, x)];
    }
    scale.domain = function(_) {
      if (!arguments.length) return domain;
      domain = _;
      return scale;
    };
    scale.range = function(_) {
      if (!arguments.length) return range;
      range = _;
      return scale;
    };
    scale.invertExtent = function(y) {
      y = range.indexOf(y);
      return [ domain[y - 1], domain[y] ];
    };
    scale.copy = function() {
      return d3_scale_threshold(domain, range);
    };
    return scale;
  }
  d3.scale.identity = function() {
    return d3_scale_identity([ 0, 1 ]);
  };
  function d3_scale_identity(domain) {
    function identity(x) {
      return +x;
    }
    identity.invert = identity;
    identity.domain = identity.range = function(x) {
      if (!arguments.length) return domain;
      domain = x.map(identity);
      return identity;
    };
    identity.ticks = function(m) {
      return d3_scale_linearTicks(domain, m);
    };
    identity.tickFormat = function(m, format) {
      return d3_scale_linearTickFormat(domain, m, format);
    };
    identity.copy = function() {
      return d3_scale_identity(domain);
    };
    return identity;
  }
  d3.svg = {};
  function d3_zero() {
    return 0;
  }
  d3.svg.arc = function() {
    var innerRadius = d3_svg_arcInnerRadius, outerRadius = d3_svg_arcOuterRadius, cornerRadius = d3_zero, padRadius = d3_svg_arcAuto, startAngle = d3_svg_arcStartAngle, endAngle = d3_svg_arcEndAngle, padAngle = d3_svg_arcPadAngle;
    function arc() {
      var r0 = Math.max(0, +innerRadius.apply(this, arguments)), r1 = Math.max(0, +outerRadius.apply(this, arguments)), a0 = startAngle.apply(this, arguments) - halfπ, a1 = endAngle.apply(this, arguments) - halfπ, da = Math.abs(a1 - a0), cw = a0 > a1 ? 0 : 1;
      if (r1 < r0) rc = r1, r1 = r0, r0 = rc;
      if (da >= τε) return circleSegment(r1, cw) + (r0 ? circleSegment(r0, 1 - cw) : "") + "Z";
      var rc, cr, rp, ap, p0 = 0, p1 = 0, x0, y0, x1, y1, x2, y2, x3, y3, path = [];
      if (ap = (+padAngle.apply(this, arguments) || 0) / 2) {
        rp = padRadius === d3_svg_arcAuto ? Math.sqrt(r0 * r0 + r1 * r1) : +padRadius.apply(this, arguments);
        if (!cw) p1 *= -1;
        if (r1) p1 = d3_asin(rp / r1 * Math.sin(ap));
        if (r0) p0 = d3_asin(rp / r0 * Math.sin(ap));
      }
      if (r1) {
        x0 = r1 * Math.cos(a0 + p1);
        y0 = r1 * Math.sin(a0 + p1);
        x1 = r1 * Math.cos(a1 - p1);
        y1 = r1 * Math.sin(a1 - p1);
        var l1 = Math.abs(a1 - a0 - 2 * p1) <= π ? 0 : 1;
        if (p1 && d3_svg_arcSweep(x0, y0, x1, y1) === cw ^ l1) {
          var h1 = (a0 + a1) / 2;
          x0 = r1 * Math.cos(h1);
          y0 = r1 * Math.sin(h1);
          x1 = y1 = null;
        }
      } else {
        x0 = y0 = 0;
      }
      if (r0) {
        x2 = r0 * Math.cos(a1 - p0);
        y2 = r0 * Math.sin(a1 - p0);
        x3 = r0 * Math.cos(a0 + p0);
        y3 = r0 * Math.sin(a0 + p0);
        var l0 = Math.abs(a0 - a1 + 2 * p0) <= π ? 0 : 1;
        if (p0 && d3_svg_arcSweep(x2, y2, x3, y3) === 1 - cw ^ l0) {
          var h0 = (a0 + a1) / 2;
          x2 = r0 * Math.cos(h0);
          y2 = r0 * Math.sin(h0);
          x3 = y3 = null;
        }
      } else {
        x2 = y2 = 0;
      }
      if ((rc = Math.min(Math.abs(r1 - r0) / 2, +cornerRadius.apply(this, arguments))) > .001) {
        cr = r0 < r1 ^ cw ? 0 : 1;
        var oc = x3 == null ? [ x2, y2 ] : x1 == null ? [ x0, y0 ] : d3_geom_polygonIntersect([ x0, y0 ], [ x3, y3 ], [ x1, y1 ], [ x2, y2 ]), ax = x0 - oc[0], ay = y0 - oc[1], bx = x1 - oc[0], by = y1 - oc[1], kc = 1 / Math.sin(Math.acos((ax * bx + ay * by) / (Math.sqrt(ax * ax + ay * ay) * Math.sqrt(bx * bx + by * by))) / 2), lc = Math.sqrt(oc[0] * oc[0] + oc[1] * oc[1]);
        if (x1 != null) {
          var rc1 = Math.min(rc, (r1 - lc) / (kc + 1)), t30 = d3_svg_arcCornerTangents(x3 == null ? [ x2, y2 ] : [ x3, y3 ], [ x0, y0 ], r1, rc1, cw), t12 = d3_svg_arcCornerTangents([ x1, y1 ], [ x2, y2 ], r1, rc1, cw);
          if (rc === rc1) {
            path.push("M", t30[0], "A", rc1, ",", rc1, " 0 0,", cr, " ", t30[1], "A", r1, ",", r1, " 0 ", 1 - cw ^ d3_svg_arcSweep(t30[1][0], t30[1][1], t12[1][0], t12[1][1]), ",", cw, " ", t12[1], "A", rc1, ",", rc1, " 0 0,", cr, " ", t12[0]);
          } else {
            path.push("M", t30[0], "A", rc1, ",", rc1, " 0 1,", cr, " ", t12[0]);
          }
        } else {
          path.push("M", x0, ",", y0);
        }
        if (x3 != null) {
          var rc0 = Math.min(rc, (r0 - lc) / (kc - 1)), t03 = d3_svg_arcCornerTangents([ x0, y0 ], [ x3, y3 ], r0, -rc0, cw), t21 = d3_svg_arcCornerTangents([ x2, y2 ], x1 == null ? [ x0, y0 ] : [ x1, y1 ], r0, -rc0, cw);
          if (rc === rc0) {
            path.push("L", t21[0], "A", rc0, ",", rc0, " 0 0,", cr, " ", t21[1], "A", r0, ",", r0, " 0 ", cw ^ d3_svg_arcSweep(t21[1][0], t21[1][1], t03[1][0], t03[1][1]), ",", 1 - cw, " ", t03[1], "A", rc0, ",", rc0, " 0 0,", cr, " ", t03[0]);
          } else {
            path.push("L", t21[0], "A", rc0, ",", rc0, " 0 0,", cr, " ", t03[0]);
          }
        } else {
          path.push("L", x2, ",", y2);
        }
      } else {
        path.push("M", x0, ",", y0);
        if (x1 != null) path.push("A", r1, ",", r1, " 0 ", l1, ",", cw, " ", x1, ",", y1);
        path.push("L", x2, ",", y2);
        if (x3 != null) path.push("A", r0, ",", r0, " 0 ", l0, ",", 1 - cw, " ", x3, ",", y3);
      }
      path.push("Z");
      return path.join("");
    }
    function circleSegment(r1, cw) {
      return "M0," + r1 + "A" + r1 + "," + r1 + " 0 1," + cw + " 0," + -r1 + "A" + r1 + "," + r1 + " 0 1," + cw + " 0," + r1;
    }
    arc.innerRadius = function(v) {
      if (!arguments.length) return innerRadius;
      innerRadius = d3_functor(v);
      return arc;
    };
    arc.outerRadius = function(v) {
      if (!arguments.length) return outerRadius;
      outerRadius = d3_functor(v);
      return arc;
    };
    arc.cornerRadius = function(v) {
      if (!arguments.length) return cornerRadius;
      cornerRadius = d3_functor(v);
      return arc;
    };
    arc.padRadius = function(v) {
      if (!arguments.length) return padRadius;
      padRadius = v == d3_svg_arcAuto ? d3_svg_arcAuto : d3_functor(v);
      return arc;
    };
    arc.startAngle = function(v) {
      if (!arguments.length) return startAngle;
      startAngle = d3_functor(v);
      return arc;
    };
    arc.endAngle = function(v) {
      if (!arguments.length) return endAngle;
      endAngle = d3_functor(v);
      return arc;
    };
    arc.padAngle = function(v) {
      if (!arguments.length) return padAngle;
      padAngle = d3_functor(v);
      return arc;
    };
    arc.centroid = function() {
      var r = (+innerRadius.apply(this, arguments) + +outerRadius.apply(this, arguments)) / 2, a = (+startAngle.apply(this, arguments) + +endAngle.apply(this, arguments)) / 2 - halfπ;
      return [ Math.cos(a) * r, Math.sin(a) * r ];
    };
    return arc;
  };
  var d3_svg_arcAuto = "auto";
  function d3_svg_arcInnerRadius(d) {
    return d.innerRadius;
  }
  function d3_svg_arcOuterRadius(d) {
    return d.outerRadius;
  }
  function d3_svg_arcStartAngle(d) {
    return d.startAngle;
  }
  function d3_svg_arcEndAngle(d) {
    return d.endAngle;
  }
  function d3_svg_arcPadAngle(d) {
    return d && d.padAngle;
  }
  function d3_svg_arcSweep(x0, y0, x1, y1) {
    return (x0 - x1) * y0 - (y0 - y1) * x0 > 0 ? 0 : 1;
  }
  function d3_svg_arcCornerTangents(p0, p1, r1, rc, cw) {
    var x01 = p0[0] - p1[0], y01 = p0[1] - p1[1], lo = (cw ? rc : -rc) / Math.sqrt(x01 * x01 + y01 * y01), ox = lo * y01, oy = -lo * x01, x1 = p0[0] + ox, y1 = p0[1] + oy, x2 = p1[0] + ox, y2 = p1[1] + oy, x3 = (x1 + x2) / 2, y3 = (y1 + y2) / 2, dx = x2 - x1, dy = y2 - y1, d2 = dx * dx + dy * dy, r = r1 - rc, D = x1 * y2 - x2 * y1, d = (dy < 0 ? -1 : 1) * Math.sqrt(r * r * d2 - D * D), cx0 = (D * dy - dx * d) / d2, cy0 = (-D * dx - dy * d) / d2, cx1 = (D * dy + dx * d) / d2, cy1 = (-D * dx + dy * d) / d2, dx0 = cx0 - x3, dy0 = cy0 - y3, dx1 = cx1 - x3, dy1 = cy1 - y3;
    if (dx0 * dx0 + dy0 * dy0 > dx1 * dx1 + dy1 * dy1) cx0 = cx1, cy0 = cy1;
    return [ [ cx0 - ox, cy0 - oy ], [ cx0 * r1 / r, cy0 * r1 / r ] ];
  }
  function d3_svg_line(projection) {
    var x = d3_geom_pointX, y = d3_geom_pointY, defined = d3_true, interpolate = d3_svg_lineLinear, interpolateKey = interpolate.key, tension = .7;
    function line(data) {
      var segments = [], points = [], i = -1, n = data.length, d, fx = d3_functor(x), fy = d3_functor(y);
      function segment() {
        segments.push("M", interpolate(projection(points), tension));
      }
      while (++i < n) {
        if (defined.call(this, d = data[i], i)) {
          points.push([ +fx.call(this, d, i), +fy.call(this, d, i) ]);
        } else if (points.length) {
          segment();
          points = [];
        }
      }
      if (points.length) segment();
      return segments.length ? segments.join("") : null;
    }
    line.x = function(_) {
      if (!arguments.length) return x;
      x = _;
      return line;
    };
    line.y = function(_) {
      if (!arguments.length) return y;
      y = _;
      return line;
    };
    line.defined = function(_) {
      if (!arguments.length) return defined;
      defined = _;
      return line;
    };
    line.interpolate = function(_) {
      if (!arguments.length) return interpolateKey;
      if (typeof _ === "function") interpolateKey = interpolate = _; else interpolateKey = (interpolate = d3_svg_lineInterpolators.get(_) || d3_svg_lineLinear).key;
      return line;
    };
    line.tension = function(_) {
      if (!arguments.length) return tension;
      tension = _;
      return line;
    };
    return line;
  }
  d3.svg.line = function() {
    return d3_svg_line(d3_identity);
  };
  var d3_svg_lineInterpolators = d3.map({
    linear: d3_svg_lineLinear,
    "linear-closed": d3_svg_lineLinearClosed,
    step: d3_svg_lineStep,
    "step-before": d3_svg_lineStepBefore,
    "step-after": d3_svg_lineStepAfter,
    basis: d3_svg_lineBasis,
    "basis-open": d3_svg_lineBasisOpen,
    "basis-closed": d3_svg_lineBasisClosed,
    bundle: d3_svg_lineBundle,
    cardinal: d3_svg_lineCardinal,
    "cardinal-open": d3_svg_lineCardinalOpen,
    "cardinal-closed": d3_svg_lineCardinalClosed,
    monotone: d3_svg_lineMonotone
  });
  d3_svg_lineInterpolators.forEach(function(key, value) {
    value.key = key;
    value.closed = /-closed$/.test(key);
  });
  function d3_svg_lineLinear(points) {
    return points.join("L");
  }
  function d3_svg_lineLinearClosed(points) {
    return d3_svg_lineLinear(points) + "Z";
  }
  function d3_svg_lineStep(points) {
    var i = 0, n = points.length, p = points[0], path = [ p[0], ",", p[1] ];
    while (++i < n) path.push("H", (p[0] + (p = points[i])[0]) / 2, "V", p[1]);
    if (n > 1) path.push("H", p[0]);
    return path.join("");
  }
  function d3_svg_lineStepBefore(points) {
    var i = 0, n = points.length, p = points[0], path = [ p[0], ",", p[1] ];
    while (++i < n) path.push("V", (p = points[i])[1], "H", p[0]);
    return path.join("");
  }
  function d3_svg_lineStepAfter(points) {
    var i = 0, n = points.length, p = points[0], path = [ p[0], ",", p[1] ];
    while (++i < n) path.push("H", (p = points[i])[0], "V", p[1]);
    return path.join("");
  }
  function d3_svg_lineCardinalOpen(points, tension) {
    return points.length < 4 ? d3_svg_lineLinear(points) : points[1] + d3_svg_lineHermite(points.slice(1, -1), d3_svg_lineCardinalTangents(points, tension));
  }
  function d3_svg_lineCardinalClosed(points, tension) {
    return points.length < 3 ? d3_svg_lineLinear(points) : points[0] + d3_svg_lineHermite((points.push(points[0]), 
    points), d3_svg_lineCardinalTangents([ points[points.length - 2] ].concat(points, [ points[1] ]), tension));
  }
  function d3_svg_lineCardinal(points, tension) {
    return points.length < 3 ? d3_svg_lineLinear(points) : points[0] + d3_svg_lineHermite(points, d3_svg_lineCardinalTangents(points, tension));
  }
  function d3_svg_lineHermite(points, tangents) {
    if (tangents.length < 1 || points.length != tangents.length && points.length != tangents.length + 2) {
      return d3_svg_lineLinear(points);
    }
    var quad = points.length != tangents.length, path = "", p0 = points[0], p = points[1], t0 = tangents[0], t = t0, pi = 1;
    if (quad) {
      path += "Q" + (p[0] - t0[0] * 2 / 3) + "," + (p[1] - t0[1] * 2 / 3) + "," + p[0] + "," + p[1];
      p0 = points[1];
      pi = 2;
    }
    if (tangents.length > 1) {
      t = tangents[1];
      p = points[pi];
      pi++;
      path += "C" + (p0[0] + t0[0]) + "," + (p0[1] + t0[1]) + "," + (p[0] - t[0]) + "," + (p[1] - t[1]) + "," + p[0] + "," + p[1];
      for (var i = 2; i < tangents.length; i++, pi++) {
        p = points[pi];
        t = tangents[i];
        path += "S" + (p[0] - t[0]) + "," + (p[1] - t[1]) + "," + p[0] + "," + p[1];
      }
    }
    if (quad) {
      var lp = points[pi];
      path += "Q" + (p[0] + t[0] * 2 / 3) + "," + (p[1] + t[1] * 2 / 3) + "," + lp[0] + "," + lp[1];
    }
    return path;
  }
  function d3_svg_lineCardinalTangents(points, tension) {
    var tangents = [], a = (1 - tension) / 2, p0, p1 = points[0], p2 = points[1], i = 1, n = points.length;
    while (++i < n) {
      p0 = p1;
      p1 = p2;
      p2 = points[i];
      tangents.push([ a * (p2[0] - p0[0]), a * (p2[1] - p0[1]) ]);
    }
    return tangents;
  }
  function d3_svg_lineBasis(points) {
    if (points.length < 3) return d3_svg_lineLinear(points);
    var i = 1, n = points.length, pi = points[0], x0 = pi[0], y0 = pi[1], px = [ x0, x0, x0, (pi = points[1])[0] ], py = [ y0, y0, y0, pi[1] ], path = [ x0, ",", y0, "L", d3_svg_lineDot4(d3_svg_lineBasisBezier3, px), ",", d3_svg_lineDot4(d3_svg_lineBasisBezier3, py) ];
    points.push(points[n - 1]);
    while (++i <= n) {
      pi = points[i];
      px.shift();
      px.push(pi[0]);
      py.shift();
      py.push(pi[1]);
      d3_svg_lineBasisBezier(path, px, py);
    }
    points.pop();
    path.push("L", pi);
    return path.join("");
  }
  function d3_svg_lineBasisOpen(points) {
    if (points.length < 4) return d3_svg_lineLinear(points);
    var path = [], i = -1, n = points.length, pi, px = [ 0 ], py = [ 0 ];
    while (++i < 3) {
      pi = points[i];
      px.push(pi[0]);
      py.push(pi[1]);
    }
    path.push(d3_svg_lineDot4(d3_svg_lineBasisBezier3, px) + "," + d3_svg_lineDot4(d3_svg_lineBasisBezier3, py));
    --i;
    while (++i < n) {
      pi = points[i];
      px.shift();
      px.push(pi[0]);
      py.shift();
      py.push(pi[1]);
      d3_svg_lineBasisBezier(path, px, py);
    }
    return path.join("");
  }
  function d3_svg_lineBasisClosed(points) {
    var path, i = -1, n = points.length, m = n + 4, pi, px = [], py = [];
    while (++i < 4) {
      pi = points[i % n];
      px.push(pi[0]);
      py.push(pi[1]);
    }
    path = [ d3_svg_lineDot4(d3_svg_lineBasisBezier3, px), ",", d3_svg_lineDot4(d3_svg_lineBasisBezier3, py) ];
    --i;
    while (++i < m) {
      pi = points[i % n];
      px.shift();
      px.push(pi[0]);
      py.shift();
      py.push(pi[1]);
      d3_svg_lineBasisBezier(path, px, py);
    }
    return path.join("");
  }
  function d3_svg_lineBundle(points, tension) {
    var n = points.length - 1;
    if (n) {
      var x0 = points[0][0], y0 = points[0][1], dx = points[n][0] - x0, dy = points[n][1] - y0, i = -1, p, t;
      while (++i <= n) {
        p = points[i];
        t = i / n;
        p[0] = tension * p[0] + (1 - tension) * (x0 + t * dx);
        p[1] = tension * p[1] + (1 - tension) * (y0 + t * dy);
      }
    }
    return d3_svg_lineBasis(points);
  }
  function d3_svg_lineDot4(a, b) {
    return a[0] * b[0] + a[1] * b[1] + a[2] * b[2] + a[3] * b[3];
  }
  var d3_svg_lineBasisBezier1 = [ 0, 2 / 3, 1 / 3, 0 ], d3_svg_lineBasisBezier2 = [ 0, 1 / 3, 2 / 3, 0 ], d3_svg_lineBasisBezier3 = [ 0, 1 / 6, 2 / 3, 1 / 6 ];
  function d3_svg_lineBasisBezier(path, x, y) {
    path.push("C", d3_svg_lineDot4(d3_svg_lineBasisBezier1, x), ",", d3_svg_lineDot4(d3_svg_lineBasisBezier1, y), ",", d3_svg_lineDot4(d3_svg_lineBasisBezier2, x), ",", d3_svg_lineDot4(d3_svg_lineBasisBezier2, y), ",", d3_svg_lineDot4(d3_svg_lineBasisBezier3, x), ",", d3_svg_lineDot4(d3_svg_lineBasisBezier3, y));
  }
  function d3_svg_lineSlope(p0, p1) {
    return (p1[1] - p0[1]) / (p1[0] - p0[0]);
  }
  function d3_svg_lineFiniteDifferences(points) {
    var i = 0, j = points.length - 1, m = [], p0 = points[0], p1 = points[1], d = m[0] = d3_svg_lineSlope(p0, p1);
    while (++i < j) {
      m[i] = (d + (d = d3_svg_lineSlope(p0 = p1, p1 = points[i + 1]))) / 2;
    }
    m[i] = d;
    return m;
  }
  function d3_svg_lineMonotoneTangents(points) {
    var tangents = [], d, a, b, s, m = d3_svg_lineFiniteDifferences(points), i = -1, j = points.length - 1;
    while (++i < j) {
      d = d3_svg_lineSlope(points[i], points[i + 1]);
      if (abs(d) < ε) {
        m[i] = m[i + 1] = 0;
      } else {
        a = m[i] / d;
        b = m[i + 1] / d;
        s = a * a + b * b;
        if (s > 9) {
          s = d * 3 / Math.sqrt(s);
          m[i] = s * a;
          m[i + 1] = s * b;
        }
      }
    }
    i = -1;
    while (++i <= j) {
      s = (points[Math.min(j, i + 1)][0] - points[Math.max(0, i - 1)][0]) / (6 * (1 + m[i] * m[i]));
      tangents.push([ s || 0, m[i] * s || 0 ]);
    }
    return tangents;
  }
  function d3_svg_lineMonotone(points) {
    return points.length < 3 ? d3_svg_lineLinear(points) : points[0] + d3_svg_lineHermite(points, d3_svg_lineMonotoneTangents(points));
  }
  d3.svg.line.radial = function() {
    var line = d3_svg_line(d3_svg_lineRadial);
    line.radius = line.x, delete line.x;
    line.angle = line.y, delete line.y;
    return line;
  };
  function d3_svg_lineRadial(points) {
    var point, i = -1, n = points.length, r, a;
    while (++i < n) {
      point = points[i];
      r = point[0];
      a = point[1] - halfπ;
      point[0] = r * Math.cos(a);
      point[1] = r * Math.sin(a);
    }
    return points;
  }
  function d3_svg_area(projection) {
    var x0 = d3_geom_pointX, x1 = d3_geom_pointX, y0 = 0, y1 = d3_geom_pointY, defined = d3_true, interpolate = d3_svg_lineLinear, interpolateKey = interpolate.key, interpolateReverse = interpolate, L = "L", tension = .7;
    function area(data) {
      var segments = [], points0 = [], points1 = [], i = -1, n = data.length, d, fx0 = d3_functor(x0), fy0 = d3_functor(y0), fx1 = x0 === x1 ? function() {
        return x;
      } : d3_functor(x1), fy1 = y0 === y1 ? function() {
        return y;
      } : d3_functor(y1), x, y;
      function segment() {
        segments.push("M", interpolate(projection(points1), tension), L, interpolateReverse(projection(points0.reverse()), tension), "Z");
      }
      while (++i < n) {
        if (defined.call(this, d = data[i], i)) {
          points0.push([ x = +fx0.call(this, d, i), y = +fy0.call(this, d, i) ]);
          points1.push([ +fx1.call(this, d, i), +fy1.call(this, d, i) ]);
        } else if (points0.length) {
          segment();
          points0 = [];
          points1 = [];
        }
      }
      if (points0.length) segment();
      return segments.length ? segments.join("") : null;
    }
    area.x = function(_) {
      if (!arguments.length) return x1;
      x0 = x1 = _;
      return area;
    };
    area.x0 = function(_) {
      if (!arguments.length) return x0;
      x0 = _;
      return area;
    };
    area.x1 = function(_) {
      if (!arguments.length) return x1;
      x1 = _;
      return area;
    };
    area.y = function(_) {
      if (!arguments.length) return y1;
      y0 = y1 = _;
      return area;
    };
    area.y0 = function(_) {
      if (!arguments.length) return y0;
      y0 = _;
      return area;
    };
    area.y1 = function(_) {
      if (!arguments.length) return y1;
      y1 = _;
      return area;
    };
    area.defined = function(_) {
      if (!arguments.length) return defined;
      defined = _;
      return area;
    };
    area.interpolate = function(_) {
      if (!arguments.length) return interpolateKey;
      if (typeof _ === "function") interpolateKey = interpolate = _; else interpolateKey = (interpolate = d3_svg_lineInterpolators.get(_) || d3_svg_lineLinear).key;
      interpolateReverse = interpolate.reverse || interpolate;
      L = interpolate.closed ? "M" : "L";
      return area;
    };
    area.tension = function(_) {
      if (!arguments.length) return tension;
      tension = _;
      return area;
    };
    return area;
  }
  d3_svg_lineStepBefore.reverse = d3_svg_lineStepAfter;
  d3_svg_lineStepAfter.reverse = d3_svg_lineStepBefore;
  d3.svg.area = function() {
    return d3_svg_area(d3_identity);
  };
  d3.svg.area.radial = function() {
    var area = d3_svg_area(d3_svg_lineRadial);
    area.radius = area.x, delete area.x;
    area.innerRadius = area.x0, delete area.x0;
    area.outerRadius = area.x1, delete area.x1;
    area.angle = area.y, delete area.y;
    area.startAngle = area.y0, delete area.y0;
    area.endAngle = area.y1, delete area.y1;
    return area;
  };
  d3.svg.chord = function() {
    var source = d3_source, target = d3_target, radius = d3_svg_chordRadius, startAngle = d3_svg_arcStartAngle, endAngle = d3_svg_arcEndAngle;
    function chord(d, i) {
      var s = subgroup(this, source, d, i), t = subgroup(this, target, d, i);
      return "M" + s.p0 + arc(s.r, s.p1, s.a1 - s.a0) + (equals(s, t) ? curve(s.r, s.p1, s.r, s.p0) : curve(s.r, s.p1, t.r, t.p0) + arc(t.r, t.p1, t.a1 - t.a0) + curve(t.r, t.p1, s.r, s.p0)) + "Z";
    }
    function subgroup(self, f, d, i) {
      var subgroup = f.call(self, d, i), r = radius.call(self, subgroup, i), a0 = startAngle.call(self, subgroup, i) - halfπ, a1 = endAngle.call(self, subgroup, i) - halfπ;
      return {
        r: r,
        a0: a0,
        a1: a1,
        p0: [ r * Math.cos(a0), r * Math.sin(a0) ],
        p1: [ r * Math.cos(a1), r * Math.sin(a1) ]
      };
    }
    function equals(a, b) {
      return a.a0 == b.a0 && a.a1 == b.a1;
    }
    function arc(r, p, a) {
      return "A" + r + "," + r + " 0 " + +(a > π) + ",1 " + p;
    }
    function curve(r0, p0, r1, p1) {
      return "Q 0,0 " + p1;
    }
    chord.radius = function(v) {
      if (!arguments.length) return radius;
      radius = d3_functor(v);
      return chord;
    };
    chord.source = function(v) {
      if (!arguments.length) return source;
      source = d3_functor(v);
      return chord;
    };
    chord.target = function(v) {
      if (!arguments.length) return target;
      target = d3_functor(v);
      return chord;
    };
    chord.startAngle = function(v) {
      if (!arguments.length) return startAngle;
      startAngle = d3_functor(v);
      return chord;
    };
    chord.endAngle = function(v) {
      if (!arguments.length) return endAngle;
      endAngle = d3_functor(v);
      return chord;
    };
    return chord;
  };
  function d3_svg_chordRadius(d) {
    return d.radius;
  }
  d3.svg.diagonal = function() {
    var source = d3_source, target = d3_target, projection = d3_svg_diagonalProjection;
    function diagonal(d, i) {
      var p0 = source.call(this, d, i), p3 = target.call(this, d, i), m = (p0.y + p3.y) / 2, p = [ p0, {
        x: p0.x,
        y: m
      }, {
        x: p3.x,
        y: m
      }, p3 ];
      p = p.map(projection);
      return "M" + p[0] + "C" + p[1] + " " + p[2] + " " + p[3];
    }
    diagonal.source = function(x) {
      if (!arguments.length) return source;
      source = d3_functor(x);
      return diagonal;
    };
    diagonal.target = function(x) {
      if (!arguments.length) return target;
      target = d3_functor(x);
      return diagonal;
    };
    diagonal.projection = function(x) {
      if (!arguments.length) return projection;
      projection = x;
      return diagonal;
    };
    return diagonal;
  };
  function d3_svg_diagonalProjection(d) {
    return [ d.x, d.y ];
  }
  d3.svg.diagonal.radial = function() {
    var diagonal = d3.svg.diagonal(), projection = d3_svg_diagonalProjection, projection_ = diagonal.projection;
    diagonal.projection = function(x) {
      return arguments.length ? projection_(d3_svg_diagonalRadialProjection(projection = x)) : projection;
    };
    return diagonal;
  };
  function d3_svg_diagonalRadialProjection(projection) {
    return function() {
      var d = projection.apply(this, arguments), r = d[0], a = d[1] - halfπ;
      return [ r * Math.cos(a), r * Math.sin(a) ];
    };
  }
  d3.svg.symbol = function() {
    var type = d3_svg_symbolType, size = d3_svg_symbolSize;
    function symbol(d, i) {
      return (d3_svg_symbols.get(type.call(this, d, i)) || d3_svg_symbolCircle)(size.call(this, d, i));
    }
    symbol.type = function(x) {
      if (!arguments.length) return type;
      type = d3_functor(x);
      return symbol;
    };
    symbol.size = function(x) {
      if (!arguments.length) return size;
      size = d3_functor(x);
      return symbol;
    };
    return symbol;
  };
  function d3_svg_symbolSize() {
    return 64;
  }
  function d3_svg_symbolType() {
    return "circle";
  }
  function d3_svg_symbolCircle(size) {
    var r = Math.sqrt(size / π);
    return "M0," + r + "A" + r + "," + r + " 0 1,1 0," + -r + "A" + r + "," + r + " 0 1,1 0," + r + "Z";
  }
  var d3_svg_symbols = d3.map({
    circle: d3_svg_symbolCircle,
    cross: function(size) {
      var r = Math.sqrt(size / 5) / 2;
      return "M" + -3 * r + "," + -r + "H" + -r + "V" + -3 * r + "H" + r + "V" + -r + "H" + 3 * r + "V" + r + "H" + r + "V" + 3 * r + "H" + -r + "V" + r + "H" + -3 * r + "Z";
    },
    diamond: function(size) {
      var ry = Math.sqrt(size / (2 * d3_svg_symbolTan30)), rx = ry * d3_svg_symbolTan30;
      return "M0," + -ry + "L" + rx + ",0" + " 0," + ry + " " + -rx + ",0" + "Z";
    },
    square: function(size) {
      var r = Math.sqrt(size) / 2;
      return "M" + -r + "," + -r + "L" + r + "," + -r + " " + r + "," + r + " " + -r + "," + r + "Z";
    },
    "triangle-down": function(size) {
      var rx = Math.sqrt(size / d3_svg_symbolSqrt3), ry = rx * d3_svg_symbolSqrt3 / 2;
      return "M0," + ry + "L" + rx + "," + -ry + " " + -rx + "," + -ry + "Z";
    },
    "triangle-up": function(size) {
      var rx = Math.sqrt(size / d3_svg_symbolSqrt3), ry = rx * d3_svg_symbolSqrt3 / 2;
      return "M0," + -ry + "L" + rx + "," + ry + " " + -rx + "," + ry + "Z";
    }
  });
  d3.svg.symbolTypes = d3_svg_symbols.keys();
  var d3_svg_symbolSqrt3 = Math.sqrt(3), d3_svg_symbolTan30 = Math.tan(30 * d3_radians);
  d3_selectionPrototype.transition = function(name) {
    var id = d3_transitionInheritId || ++d3_transitionId, ns = d3_transitionNamespace(name), subgroups = [], subgroup, node, transition = d3_transitionInherit || {
      time: Date.now(),
      ease: d3_ease_cubicInOut,
      delay: 0,
      duration: 250
    };
    for (var j = -1, m = this.length; ++j < m; ) {
      subgroups.push(subgroup = []);
      for (var group = this[j], i = -1, n = group.length; ++i < n; ) {
        if (node = group[i]) d3_transitionNode(node, i, ns, id, transition);
        subgroup.push(node);
      }
    }
    return d3_transition(subgroups, ns, id);
  };
  d3_selectionPrototype.interrupt = function(name) {
    return this.each(name == null ? d3_selection_interrupt : d3_selection_interruptNS(d3_transitionNamespace(name)));
  };
  var d3_selection_interrupt = d3_selection_interruptNS(d3_transitionNamespace());
  function d3_selection_interruptNS(ns) {
    return function() {
      var lock, active;
      if ((lock = this[ns]) && (active = lock[lock.active])) {
        if (--lock.count) delete lock[lock.active]; else delete this[ns];
        lock.active += .5;
        active.event && active.event.interrupt.call(this, this.__data__, active.index);
      }
    };
  }
  function d3_transition(groups, ns, id) {
    d3_subclass(groups, d3_transitionPrototype);
    groups.namespace = ns;
    groups.id = id;
    return groups;
  }
  var d3_transitionPrototype = [], d3_transitionId = 0, d3_transitionInheritId, d3_transitionInherit;
  d3_transitionPrototype.call = d3_selectionPrototype.call;
  d3_transitionPrototype.empty = d3_selectionPrototype.empty;
  d3_transitionPrototype.node = d3_selectionPrototype.node;
  d3_transitionPrototype.size = d3_selectionPrototype.size;
  d3.transition = function(selection, name) {
    return selection && selection.transition ? d3_transitionInheritId ? selection.transition(name) : selection : d3.selection().transition(selection);
  };
  d3.transition.prototype = d3_transitionPrototype;
  d3_transitionPrototype.select = function(selector) {
    var id = this.id, ns = this.namespace, subgroups = [], subgroup, subnode, node;
    selector = d3_selection_selector(selector);
    for (var j = -1, m = this.length; ++j < m; ) {
      subgroups.push(subgroup = []);
      for (var group = this[j], i = -1, n = group.length; ++i < n; ) {
        if ((node = group[i]) && (subnode = selector.call(node, node.__data__, i, j))) {
          if ("__data__" in node) subnode.__data__ = node.__data__;
          d3_transitionNode(subnode, i, ns, id, node[ns][id]);
          subgroup.push(subnode);
        } else {
          subgroup.push(null);
        }
      }
    }
    return d3_transition(subgroups, ns, id);
  };
  d3_transitionPrototype.selectAll = function(selector) {
    var id = this.id, ns = this.namespace, subgroups = [], subgroup, subnodes, node, subnode, transition;
    selector = d3_selection_selectorAll(selector);
    for (var j = -1, m = this.length; ++j < m; ) {
      for (var group = this[j], i = -1, n = group.length; ++i < n; ) {
        if (node = group[i]) {
          transition = node[ns][id];
          subnodes = selector.call(node, node.__data__, i, j);
          subgroups.push(subgroup = []);
          for (var k = -1, o = subnodes.length; ++k < o; ) {
            if (subnode = subnodes[k]) d3_transitionNode(subnode, k, ns, id, transition);
            subgroup.push(subnode);
          }
        }
      }
    }
    return d3_transition(subgroups, ns, id);
  };
  d3_transitionPrototype.filter = function(filter) {
    var subgroups = [], subgroup, group, node;
    if (typeof filter !== "function") filter = d3_selection_filter(filter);
    for (var j = 0, m = this.length; j < m; j++) {
      subgroups.push(subgroup = []);
      for (var group = this[j], i = 0, n = group.length; i < n; i++) {
        if ((node = group[i]) && filter.call(node, node.__data__, i, j)) {
          subgroup.push(node);
        }
      }
    }
    return d3_transition(subgroups, this.namespace, this.id);
  };
  d3_transitionPrototype.tween = function(name, tween) {
    var id = this.id, ns = this.namespace;
    if (arguments.length < 2) return this.node()[ns][id].tween.get(name);
    return d3_selection_each(this, tween == null ? function(node) {
      node[ns][id].tween.remove(name);
    } : function(node) {
      node[ns][id].tween.set(name, tween);
    });
  };
  function d3_transition_tween(groups, name, value, tween) {
    var id = groups.id, ns = groups.namespace;
    return d3_selection_each(groups, typeof value === "function" ? function(node, i, j) {
      node[ns][id].tween.set(name, tween(value.call(node, node.__data__, i, j)));
    } : (value = tween(value), function(node) {
      node[ns][id].tween.set(name, value);
    }));
  }
  d3_transitionPrototype.attr = function(nameNS, value) {
    if (arguments.length < 2) {
      for (value in nameNS) this.attr(value, nameNS[value]);
      return this;
    }
    var interpolate = nameNS == "transform" ? d3_interpolateTransform : d3_interpolate, name = d3.ns.qualify(nameNS);
    function attrNull() {
      this.removeAttribute(name);
    }
    function attrNullNS() {
      this.removeAttributeNS(name.space, name.local);
    }
    function attrTween(b) {
      return b == null ? attrNull : (b += "", function() {
        var a = this.getAttribute(name), i;
        return a !== b && (i = interpolate(a, b), function(t) {
          this.setAttribute(name, i(t));
        });
      });
    }
    function attrTweenNS(b) {
      return b == null ? attrNullNS : (b += "", function() {
        var a = this.getAttributeNS(name.space, name.local), i;
        return a !== b && (i = interpolate(a, b), function(t) {
          this.setAttributeNS(name.space, name.local, i(t));
        });
      });
    }
    return d3_transition_tween(this, "attr." + nameNS, value, name.local ? attrTweenNS : attrTween);
  };
  d3_transitionPrototype.attrTween = function(nameNS, tween) {
    var name = d3.ns.qualify(nameNS);
    function attrTween(d, i) {
      var f = tween.call(this, d, i, this.getAttribute(name));
      return f && function(t) {
        this.setAttribute(name, f(t));
      };
    }
    function attrTweenNS(d, i) {
      var f = tween.call(this, d, i, this.getAttributeNS(name.space, name.local));
      return f && function(t) {
        this.setAttributeNS(name.space, name.local, f(t));
      };
    }
    return this.tween("attr." + nameNS, name.local ? attrTweenNS : attrTween);
  };
  d3_transitionPrototype.style = function(name, value, priority) {
    var n = arguments.length;
    if (n < 3) {
      if (typeof name !== "string") {
        if (n < 2) value = "";
        for (priority in name) this.style(priority, name[priority], value);
        return this;
      }
      priority = "";
    }
    function styleNull() {
      this.style.removeProperty(name);
    }
    function styleString(b) {
      return b == null ? styleNull : (b += "", function() {
        var a = d3_window(this).getComputedStyle(this, null).getPropertyValue(name), i;
        return a !== b && (i = d3_interpolate(a, b), function(t) {
          this.style.setProperty(name, i(t), priority);
        });
      });
    }
    return d3_transition_tween(this, "style." + name, value, styleString);
  };
  d3_transitionPrototype.styleTween = function(name, tween, priority) {
    if (arguments.length < 3) priority = "";
    function styleTween(d, i) {
      var f = tween.call(this, d, i, d3_window(this).getComputedStyle(this, null).getPropertyValue(name));
      return f && function(t) {
        this.style.setProperty(name, f(t), priority);
      };
    }
    return this.tween("style." + name, styleTween);
  };
  d3_transitionPrototype.text = function(value) {
    return d3_transition_tween(this, "text", value, d3_transition_text);
  };
  function d3_transition_text(b) {
    if (b == null) b = "";
    return function() {
      this.textContent = b;
    };
  }
  d3_transitionPrototype.remove = function() {
    var ns = this.namespace;
    return this.each("end.transition", function() {
      var p;
      if (this[ns].count < 2 && (p = this.parentNode)) p.removeChild(this);
    });
  };
  d3_transitionPrototype.ease = function(value) {
    var id = this.id, ns = this.namespace;
    if (arguments.length < 1) return this.node()[ns][id].ease;
    if (typeof value !== "function") value = d3.ease.apply(d3, arguments);
    return d3_selection_each(this, function(node) {
      node[ns][id].ease = value;
    });
  };
  d3_transitionPrototype.delay = function(value) {
    var id = this.id, ns = this.namespace;
    if (arguments.length < 1) return this.node()[ns][id].delay;
    return d3_selection_each(this, typeof value === "function" ? function(node, i, j) {
      node[ns][id].delay = +value.call(node, node.__data__, i, j);
    } : (value = +value, function(node) {
      node[ns][id].delay = value;
    }));
  };
  d3_transitionPrototype.duration = function(value) {
    var id = this.id, ns = this.namespace;
    if (arguments.length < 1) return this.node()[ns][id].duration;
    return d3_selection_each(this, typeof value === "function" ? function(node, i, j) {
      node[ns][id].duration = Math.max(1, value.call(node, node.__data__, i, j));
    } : (value = Math.max(1, value), function(node) {
      node[ns][id].duration = value;
    }));
  };
  d3_transitionPrototype.each = function(type, listener) {
    var id = this.id, ns = this.namespace;
    if (arguments.length < 2) {
      var inherit = d3_transitionInherit, inheritId = d3_transitionInheritId;
      try {
        d3_transitionInheritId = id;
        d3_selection_each(this, function(node, i, j) {
          d3_transitionInherit = node[ns][id];
          type.call(node, node.__data__, i, j);
        });
      } finally {
        d3_transitionInherit = inherit;
        d3_transitionInheritId = inheritId;
      }
    } else {
      d3_selection_each(this, function(node) {
        var transition = node[ns][id];
        (transition.event || (transition.event = d3.dispatch("start", "end", "interrupt"))).on(type, listener);
      });
    }
    return this;
  };
  d3_transitionPrototype.transition = function() {
    var id0 = this.id, id1 = ++d3_transitionId, ns = this.namespace, subgroups = [], subgroup, group, node, transition;
    for (var j = 0, m = this.length; j < m; j++) {
      subgroups.push(subgroup = []);
      for (var group = this[j], i = 0, n = group.length; i < n; i++) {
        if (node = group[i]) {
          transition = node[ns][id0];
          d3_transitionNode(node, i, ns, id1, {
            time: transition.time,
            ease: transition.ease,
            delay: transition.delay + transition.duration,
            duration: transition.duration
          });
        }
        subgroup.push(node);
      }
    }
    return d3_transition(subgroups, ns, id1);
  };
  function d3_transitionNamespace(name) {
    return name == null ? "__transition__" : "__transition_" + name + "__";
  }
  function d3_transitionNode(node, i, ns, id, inherit) {
    var lock = node[ns] || (node[ns] = {
      active: 0,
      count: 0
    }), transition = lock[id];
    if (!transition) {
      var time = inherit.time;
      transition = lock[id] = {
        tween: new d3_Map(),
        time: time,
        delay: inherit.delay,
        duration: inherit.duration,
        ease: inherit.ease,
        index: i
      };
      inherit = null;
      ++lock.count;
      d3.timer(function(elapsed) {
        var delay = transition.delay, duration, ease, timer = d3_timer_active, tweened = [];
        timer.t = delay + time;
        if (delay <= elapsed) return start(elapsed - delay);
        timer.c = start;
        function start(elapsed) {
          if (lock.active > id) return stop();
          var active = lock[lock.active];
          if (active) {
            --lock.count;
            delete lock[lock.active];
            active.event && active.event.interrupt.call(node, node.__data__, active.index);
          }
          lock.active = id;
          transition.event && transition.event.start.call(node, node.__data__, i);
          transition.tween.forEach(function(key, value) {
            if (value = value.call(node, node.__data__, i)) {
              tweened.push(value);
            }
          });
          ease = transition.ease;
          duration = transition.duration;
          d3.timer(function() {
            timer.c = tick(elapsed || 1) ? d3_true : tick;
            return 1;
          }, 0, time);
        }
        function tick(elapsed) {
          if (lock.active !== id) return 1;
          var t = elapsed / duration, e = ease(t), n = tweened.length;
          while (n > 0) {
            tweened[--n].call(node, e);
          }
          if (t >= 1) {
            transition.event && transition.event.end.call(node, node.__data__, i);
            return stop();
          }
        }
        function stop() {
          if (--lock.count) delete lock[id]; else delete node[ns];
          return 1;
        }
      }, 0, time);
    }
  }
  d3.svg.axis = function() {
    var scale = d3.scale.linear(), orient = d3_svg_axisDefaultOrient, innerTickSize = 6, outerTickSize = 6, tickPadding = 3, tickArguments_ = [ 10 ], tickValues = null, tickFormat_;
    function axis(g) {
      g.each(function() {
        var g = d3.select(this);
        var scale0 = this.__chart__ || scale, scale1 = this.__chart__ = scale.copy();
        var ticks = tickValues == null ? scale1.ticks ? scale1.ticks.apply(scale1, tickArguments_) : scale1.domain() : tickValues, tickFormat = tickFormat_ == null ? scale1.tickFormat ? scale1.tickFormat.apply(scale1, tickArguments_) : d3_identity : tickFormat_, tick = g.selectAll(".tick").data(ticks, scale1), tickEnter = tick.enter().insert("g", ".domain").attr("class", "tick").style("opacity", ε), tickExit = d3.transition(tick.exit()).style("opacity", ε).remove(), tickUpdate = d3.transition(tick.order()).style("opacity", 1), tickSpacing = Math.max(innerTickSize, 0) + tickPadding, tickTransform;
        var range = d3_scaleRange(scale1), path = g.selectAll(".domain").data([ 0 ]), pathUpdate = (path.enter().append("path").attr("class", "domain"), 
        d3.transition(path));
        tickEnter.append("line");
        tickEnter.append("text");
        var lineEnter = tickEnter.select("line"), lineUpdate = tickUpdate.select("line"), text = tick.select("text").text(tickFormat), textEnter = tickEnter.select("text"), textUpdate = tickUpdate.select("text"), sign = orient === "top" || orient === "left" ? -1 : 1, x1, x2, y1, y2;
        if (orient === "bottom" || orient === "top") {
          tickTransform = d3_svg_axisX, x1 = "x", y1 = "y", x2 = "x2", y2 = "y2";
          text.attr("dy", sign < 0 ? "0em" : ".71em").style("text-anchor", "middle");
          pathUpdate.attr("d", "M" + range[0] + "," + sign * outerTickSize + "V0H" + range[1] + "V" + sign * outerTickSize);
        } else {
          tickTransform = d3_svg_axisY, x1 = "y", y1 = "x", x2 = "y2", y2 = "x2";
          text.attr("dy", ".32em").style("text-anchor", sign < 0 ? "end" : "start");
          pathUpdate.attr("d", "M" + sign * outerTickSize + "," + range[0] + "H0V" + range[1] + "H" + sign * outerTickSize);
        }
        lineEnter.attr(y2, sign * innerTickSize);
        textEnter.attr(y1, sign * tickSpacing);
        lineUpdate.attr(x2, 0).attr(y2, sign * innerTickSize);
        textUpdate.attr(x1, 0).attr(y1, sign * tickSpacing);
        if (scale1.rangeBand) {
          var x = scale1, dx = x.rangeBand() / 2;
          scale0 = scale1 = function(d) {
            return x(d) + dx;
          };
        } else if (scale0.rangeBand) {
          scale0 = scale1;
        } else {
          tickExit.call(tickTransform, scale1, scale0);
        }
        tickEnter.call(tickTransform, scale0, scale1);
        tickUpdate.call(tickTransform, scale1, scale1);
      });
    }
    axis.scale = function(x) {
      if (!arguments.length) return scale;
      scale = x;
      return axis;
    };
    axis.orient = function(x) {
      if (!arguments.length) return orient;
      orient = x in d3_svg_axisOrients ? x + "" : d3_svg_axisDefaultOrient;
      return axis;
    };
    axis.ticks = function() {
      if (!arguments.length) return tickArguments_;
      tickArguments_ = arguments;
      return axis;
    };
    axis.tickValues = function(x) {
      if (!arguments.length) return tickValues;
      tickValues = x;
      return axis;
    };
    axis.tickFormat = function(x) {
      if (!arguments.length) return tickFormat_;
      tickFormat_ = x;
      return axis;
    };
    axis.tickSize = function(x) {
      var n = arguments.length;
      if (!n) return innerTickSize;
      innerTickSize = +x;
      outerTickSize = +arguments[n - 1];
      return axis;
    };
    axis.innerTickSize = function(x) {
      if (!arguments.length) return innerTickSize;
      innerTickSize = +x;
      return axis;
    };
    axis.outerTickSize = function(x) {
      if (!arguments.length) return outerTickSize;
      outerTickSize = +x;
      return axis;
    };
    axis.tickPadding = function(x) {
      if (!arguments.length) return tickPadding;
      tickPadding = +x;
      return axis;
    };
    axis.tickSubdivide = function() {
      return arguments.length && axis;
    };
    return axis;
  };
  var d3_svg_axisDefaultOrient = "bottom", d3_svg_axisOrients = {
    top: 1,
    right: 1,
    bottom: 1,
    left: 1
  };
  function d3_svg_axisX(selection, x0, x1) {
    selection.attr("transform", function(d) {
      var v0 = x0(d);
      return "translate(" + (isFinite(v0) ? v0 : x1(d)) + ",0)";
    });
  }
  function d3_svg_axisY(selection, y0, y1) {
    selection.attr("transform", function(d) {
      var v0 = y0(d);
      return "translate(0," + (isFinite(v0) ? v0 : y1(d)) + ")";
    });
  }
  d3.svg.brush = function() {
    var event = d3_eventDispatch(brush, "brushstart", "brush", "brushend"), x = null, y = null, xExtent = [ 0, 0 ], yExtent = [ 0, 0 ], xExtentDomain, yExtentDomain, xClamp = true, yClamp = true, resizes = d3_svg_brushResizes[0];
    function brush(g) {
      g.each(function() {
        var g = d3.select(this).style("pointer-events", "all").style("-webkit-tap-highlight-color", "rgba(0,0,0,0)").on("mousedown.brush", brushstart).on("touchstart.brush", brushstart);
        var background = g.selectAll(".background").data([ 0 ]);
        background.enter().append("rect").attr("class", "background").style("visibility", "hidden").style("cursor", "crosshair");
        g.selectAll(".extent").data([ 0 ]).enter().append("rect").attr("class", "extent").style("cursor", "move");
        var resize = g.selectAll(".resize").data(resizes, d3_identity);
        resize.exit().remove();
        resize.enter().append("g").attr("class", function(d) {
          return "resize " + d;
        }).style("cursor", function(d) {
          return d3_svg_brushCursor[d];
        }).append("rect").attr("x", function(d) {
          return /[ew]$/.test(d) ? -3 : null;
        }).attr("y", function(d) {
          return /^[ns]/.test(d) ? -3 : null;
        }).attr("width", 6).attr("height", 6).style("visibility", "hidden");
        resize.style("display", brush.empty() ? "none" : null);
        var gUpdate = d3.transition(g), backgroundUpdate = d3.transition(background), range;
        if (x) {
          range = d3_scaleRange(x);
          backgroundUpdate.attr("x", range[0]).attr("width", range[1] - range[0]);
          redrawX(gUpdate);
        }
        if (y) {
          range = d3_scaleRange(y);
          backgroundUpdate.attr("y", range[0]).attr("height", range[1] - range[0]);
          redrawY(gUpdate);
        }
        redraw(gUpdate);
      });
    }
    brush.event = function(g) {
      g.each(function() {
        var event_ = event.of(this, arguments), extent1 = {
          x: xExtent,
          y: yExtent,
          i: xExtentDomain,
          j: yExtentDomain
        }, extent0 = this.__chart__ || extent1;
        this.__chart__ = extent1;
        if (d3_transitionInheritId) {
          d3.select(this).transition().each("start.brush", function() {
            xExtentDomain = extent0.i;
            yExtentDomain = extent0.j;
            xExtent = extent0.x;
            yExtent = extent0.y;
            event_({
              type: "brushstart"
            });
          }).tween("brush:brush", function() {
            var xi = d3_interpolateArray(xExtent, extent1.x), yi = d3_interpolateArray(yExtent, extent1.y);
            xExtentDomain = yExtentDomain = null;
            return function(t) {
              xExtent = extent1.x = xi(t);
              yExtent = extent1.y = yi(t);
              event_({
                type: "brush",
                mode: "resize"
              });
            };
          }).each("end.brush", function() {
            xExtentDomain = extent1.i;
            yExtentDomain = extent1.j;
            event_({
              type: "brush",
              mode: "resize"
            });
            event_({
              type: "brushend"
            });
          });
        } else {
          event_({
            type: "brushstart"
          });
          event_({
            type: "brush",
            mode: "resize"
          });
          event_({
            type: "brushend"
          });
        }
      });
    };
    function redraw(g) {
      g.selectAll(".resize").attr("transform", function(d) {
        return "translate(" + xExtent[+/e$/.test(d)] + "," + yExtent[+/^s/.test(d)] + ")";
      });
    }
    function redrawX(g) {
      g.select(".extent").attr("x", xExtent[0]);
      g.selectAll(".extent,.n>rect,.s>rect").attr("width", xExtent[1] - xExtent[0]);
    }
    function redrawY(g) {
      g.select(".extent").attr("y", yExtent[0]);
      g.selectAll(".extent,.e>rect,.w>rect").attr("height", yExtent[1] - yExtent[0]);
    }
    function brushstart() {
      var target = this, eventTarget = d3.select(d3.event.target), event_ = event.of(target, arguments), g = d3.select(target), resizing = eventTarget.datum(), resizingX = !/^(n|s)$/.test(resizing) && x, resizingY = !/^(e|w)$/.test(resizing) && y, dragging = eventTarget.classed("extent"), dragRestore = d3_event_dragSuppress(target), center, origin = d3.mouse(target), offset;
      var w = d3.select(d3_window(target)).on("keydown.brush", keydown).on("keyup.brush", keyup);
      if (d3.event.changedTouches) {
        w.on("touchmove.brush", brushmove).on("touchend.brush", brushend);
      } else {
        w.on("mousemove.brush", brushmove).on("mouseup.brush", brushend);
      }
      g.interrupt().selectAll("*").interrupt();
      if (dragging) {
        origin[0] = xExtent[0] - origin[0];
        origin[1] = yExtent[0] - origin[1];
      } else if (resizing) {
        var ex = +/w$/.test(resizing), ey = +/^n/.test(resizing);
        offset = [ xExtent[1 - ex] - origin[0], yExtent[1 - ey] - origin[1] ];
        origin[0] = xExtent[ex];
        origin[1] = yExtent[ey];
      } else if (d3.event.altKey) center = origin.slice();
      g.style("pointer-events", "none").selectAll(".resize").style("display", null);
      d3.select("body").style("cursor", eventTarget.style("cursor"));
      event_({
        type: "brushstart"
      });
      brushmove();
      function keydown() {
        if (d3.event.keyCode == 32) {
          if (!dragging) {
            center = null;
            origin[0] -= xExtent[1];
            origin[1] -= yExtent[1];
            dragging = 2;
          }
          d3_eventPreventDefault();
        }
      }
      function keyup() {
        if (d3.event.keyCode == 32 && dragging == 2) {
          origin[0] += xExtent[1];
          origin[1] += yExtent[1];
          dragging = 0;
          d3_eventPreventDefault();
        }
      }
      function brushmove() {
        var point = d3.mouse(target), moved = false;
        if (offset) {
          point[0] += offset[0];
          point[1] += offset[1];
        }
        if (!dragging) {
          if (d3.event.altKey) {
            if (!center) center = [ (xExtent[0] + xExtent[1]) / 2, (yExtent[0] + yExtent[1]) / 2 ];
            origin[0] = xExtent[+(point[0] < center[0])];
            origin[1] = yExtent[+(point[1] < center[1])];
          } else center = null;
        }
        if (resizingX && move1(point, x, 0)) {
          redrawX(g);
          moved = true;
        }
        if (resizingY && move1(point, y, 1)) {
          redrawY(g);
          moved = true;
        }
        if (moved) {
          redraw(g);
          event_({
            type: "brush",
            mode: dragging ? "move" : "resize"
          });
        }
      }
      function move1(point, scale, i) {
        var range = d3_scaleRange(scale), r0 = range[0], r1 = range[1], position = origin[i], extent = i ? yExtent : xExtent, size = extent[1] - extent[0], min, max;
        if (dragging) {
          r0 -= position;
          r1 -= size + position;
        }
        min = (i ? yClamp : xClamp) ? Math.max(r0, Math.min(r1, point[i])) : point[i];
        if (dragging) {
          max = (min += position) + size;
        } else {
          if (center) position = Math.max(r0, Math.min(r1, 2 * center[i] - min));
          if (position < min) {
            max = min;
            min = position;
          } else {
            max = position;
          }
        }
        if (extent[0] != min || extent[1] != max) {
          if (i) yExtentDomain = null; else xExtentDomain = null;
          extent[0] = min;
          extent[1] = max;
          return true;
        }
      }
      function brushend() {
        brushmove();
        g.style("pointer-events", "all").selectAll(".resize").style("display", brush.empty() ? "none" : null);
        d3.select("body").style("cursor", null);
        w.on("mousemove.brush", null).on("mouseup.brush", null).on("touchmove.brush", null).on("touchend.brush", null).on("keydown.brush", null).on("keyup.brush", null);
        dragRestore();
        event_({
          type: "brushend"
        });
      }
    }
    brush.x = function(z) {
      if (!arguments.length) return x;
      x = z;
      resizes = d3_svg_brushResizes[!x << 1 | !y];
      return brush;
    };
    brush.y = function(z) {
      if (!arguments.length) return y;
      y = z;
      resizes = d3_svg_brushResizes[!x << 1 | !y];
      return brush;
    };
    brush.clamp = function(z) {
      if (!arguments.length) return x && y ? [ xClamp, yClamp ] : x ? xClamp : y ? yClamp : null;
      if (x && y) xClamp = !!z[0], yClamp = !!z[1]; else if (x) xClamp = !!z; else if (y) yClamp = !!z;
      return brush;
    };
    brush.extent = function(z) {
      var x0, x1, y0, y1, t;
      if (!arguments.length) {
        if (x) {
          if (xExtentDomain) {
            x0 = xExtentDomain[0], x1 = xExtentDomain[1];
          } else {
            x0 = xExtent[0], x1 = xExtent[1];
            if (x.invert) x0 = x.invert(x0), x1 = x.invert(x1);
            if (x1 < x0) t = x0, x0 = x1, x1 = t;
          }
        }
        if (y) {
          if (yExtentDomain) {
            y0 = yExtentDomain[0], y1 = yExtentDomain[1];
          } else {
            y0 = yExtent[0], y1 = yExtent[1];
            if (y.invert) y0 = y.invert(y0), y1 = y.invert(y1);
            if (y1 < y0) t = y0, y0 = y1, y1 = t;
          }
        }
        return x && y ? [ [ x0, y0 ], [ x1, y1 ] ] : x ? [ x0, x1 ] : y && [ y0, y1 ];
      }
      if (x) {
        x0 = z[0], x1 = z[1];
        if (y) x0 = x0[0], x1 = x1[0];
        xExtentDomain = [ x0, x1 ];
        if (x.invert) x0 = x(x0), x1 = x(x1);
        if (x1 < x0) t = x0, x0 = x1, x1 = t;
        if (x0 != xExtent[0] || x1 != xExtent[1]) xExtent = [ x0, x1 ];
      }
      if (y) {
        y0 = z[0], y1 = z[1];
        if (x) y0 = y0[1], y1 = y1[1];
        yExtentDomain = [ y0, y1 ];
        if (y.invert) y0 = y(y0), y1 = y(y1);
        if (y1 < y0) t = y0, y0 = y1, y1 = t;
        if (y0 != yExtent[0] || y1 != yExtent[1]) yExtent = [ y0, y1 ];
      }
      return brush;
    };
    brush.clear = function() {
      if (!brush.empty()) {
        xExtent = [ 0, 0 ], yExtent = [ 0, 0 ];
        xExtentDomain = yExtentDomain = null;
      }
      return brush;
    };
    brush.empty = function() {
      return !!x && xExtent[0] == xExtent[1] || !!y && yExtent[0] == yExtent[1];
    };
    return d3.rebind(brush, event, "on");
  };
  var d3_svg_brushCursor = {
    n: "ns-resize",
    e: "ew-resize",
    s: "ns-resize",
    w: "ew-resize",
    nw: "nwse-resize",
    ne: "nesw-resize",
    se: "nwse-resize",
    sw: "nesw-resize"
  };
  var d3_svg_brushResizes = [ [ "n", "e", "s", "w", "nw", "ne", "se", "sw" ], [ "e", "w" ], [ "n", "s" ], [] ];
  var d3_time_format = d3_time.format = d3_locale_enUS.timeFormat;
  var d3_time_formatUtc = d3_time_format.utc;
  var d3_time_formatIso = d3_time_formatUtc("%Y-%m-%dT%H:%M:%S.%LZ");
  d3_time_format.iso = Date.prototype.toISOString && +new Date("2000-01-01T00:00:00.000Z") ? d3_time_formatIsoNative : d3_time_formatIso;
  function d3_time_formatIsoNative(date) {
    return date.toISOString();
  }
  d3_time_formatIsoNative.parse = function(string) {
    var date = new Date(string);
    return isNaN(date) ? null : date;
  };
  d3_time_formatIsoNative.toString = d3_time_formatIso.toString;
  d3_time.second = d3_time_interval(function(date) {
    return new d3_date(Math.floor(date / 1e3) * 1e3);
  }, function(date, offset) {
    date.setTime(date.getTime() + Math.floor(offset) * 1e3);
  }, function(date) {
    return date.getSeconds();
  });
  d3_time.seconds = d3_time.second.range;
  d3_time.seconds.utc = d3_time.second.utc.range;
  d3_time.minute = d3_time_interval(function(date) {
    return new d3_date(Math.floor(date / 6e4) * 6e4);
  }, function(date, offset) {
    date.setTime(date.getTime() + Math.floor(offset) * 6e4);
  }, function(date) {
    return date.getMinutes();
  });
  d3_time.minutes = d3_time.minute.range;
  d3_time.minutes.utc = d3_time.minute.utc.range;
  d3_time.hour = d3_time_interval(function(date) {
    var timezone = date.getTimezoneOffset() / 60;
    return new d3_date((Math.floor(date / 36e5 - timezone) + timezone) * 36e5);
  }, function(date, offset) {
    date.setTime(date.getTime() + Math.floor(offset) * 36e5);
  }, function(date) {
    return date.getHours();
  });
  d3_time.hours = d3_time.hour.range;
  d3_time.hours.utc = d3_time.hour.utc.range;
  d3_time.month = d3_time_interval(function(date) {
    date = d3_time.day(date);
    date.setDate(1);
    return date;
  }, function(date, offset) {
    date.setMonth(date.getMonth() + offset);
  }, function(date) {
    return date.getMonth();
  });
  d3_time.months = d3_time.month.range;
  d3_time.months.utc = d3_time.month.utc.range;
  function d3_time_scale(linear, methods, format) {
    function scale(x) {
      return linear(x);
    }
    scale.invert = function(x) {
      return d3_time_scaleDate(linear.invert(x));
    };
    scale.domain = function(x) {
      if (!arguments.length) return linear.domain().map(d3_time_scaleDate);
      linear.domain(x);
      return scale;
    };
    function tickMethod(extent, count) {
      var span = extent[1] - extent[0], target = span / count, i = d3.bisect(d3_time_scaleSteps, target);
      return i == d3_time_scaleSteps.length ? [ methods.year, d3_scale_linearTickRange(extent.map(function(d) {
        return d / 31536e6;
      }), count)[2] ] : !i ? [ d3_time_scaleMilliseconds, d3_scale_linearTickRange(extent, count)[2] ] : methods[target / d3_time_scaleSteps[i - 1] < d3_time_scaleSteps[i] / target ? i - 1 : i];
    }
    scale.nice = function(interval, skip) {
      var domain = scale.domain(), extent = d3_scaleExtent(domain), method = interval == null ? tickMethod(extent, 10) : typeof interval === "number" && tickMethod(extent, interval);
      if (method) interval = method[0], skip = method[1];
      function skipped(date) {
        return !isNaN(date) && !interval.range(date, d3_time_scaleDate(+date + 1), skip).length;
      }
      return scale.domain(d3_scale_nice(domain, skip > 1 ? {
        floor: function(date) {
          while (skipped(date = interval.floor(date))) date = d3_time_scaleDate(date - 1);
          return date;
        },
        ceil: function(date) {
          while (skipped(date = interval.ceil(date))) date = d3_time_scaleDate(+date + 1);
          return date;
        }
      } : interval));
    };
    scale.ticks = function(interval, skip) {
      var extent = d3_scaleExtent(scale.domain()), method = interval == null ? tickMethod(extent, 10) : typeof interval === "number" ? tickMethod(extent, interval) : !interval.range && [ {
        range: interval
      }, skip ];
      if (method) interval = method[0], skip = method[1];
      return interval.range(extent[0], d3_time_scaleDate(+extent[1] + 1), skip < 1 ? 1 : skip);
    };
    scale.tickFormat = function() {
      return format;
    };
    scale.copy = function() {
      return d3_time_scale(linear.copy(), methods, format);
    };
    return d3_scale_linearRebind(scale, linear);
  }
  function d3_time_scaleDate(t) {
    return new Date(t);
  }
  var d3_time_scaleSteps = [ 1e3, 5e3, 15e3, 3e4, 6e4, 3e5, 9e5, 18e5, 36e5, 108e5, 216e5, 432e5, 864e5, 1728e5, 6048e5, 2592e6, 7776e6, 31536e6 ];
  var d3_time_scaleLocalMethods = [ [ d3_time.second, 1 ], [ d3_time.second, 5 ], [ d3_time.second, 15 ], [ d3_time.second, 30 ], [ d3_time.minute, 1 ], [ d3_time.minute, 5 ], [ d3_time.minute, 15 ], [ d3_time.minute, 30 ], [ d3_time.hour, 1 ], [ d3_time.hour, 3 ], [ d3_time.hour, 6 ], [ d3_time.hour, 12 ], [ d3_time.day, 1 ], [ d3_time.day, 2 ], [ d3_time.week, 1 ], [ d3_time.month, 1 ], [ d3_time.month, 3 ], [ d3_time.year, 1 ] ];
  var d3_time_scaleLocalFormat = d3_time_format.multi([ [ ".%L", function(d) {
    return d.getMilliseconds();
  } ], [ ":%S", function(d) {
    return d.getSeconds();
  } ], [ "%I:%M", function(d) {
    return d.getMinutes();
  } ], [ "%I %p", function(d) {
    return d.getHours();
  } ], [ "%a %d", function(d) {
    return d.getDay() && d.getDate() != 1;
  } ], [ "%b %d", function(d) {
    return d.getDate() != 1;
  } ], [ "%B", function(d) {
    return d.getMonth();
  } ], [ "%Y", d3_true ] ]);
  var d3_time_scaleMilliseconds = {
    range: function(start, stop, step) {
      return d3.range(Math.ceil(start / step) * step, +stop, step).map(d3_time_scaleDate);
    },
    floor: d3_identity,
    ceil: d3_identity
  };
  d3_time_scaleLocalMethods.year = d3_time.year;
  d3_time.scale = function() {
    return d3_time_scale(d3.scale.linear(), d3_time_scaleLocalMethods, d3_time_scaleLocalFormat);
  };
  var d3_time_scaleUtcMethods = d3_time_scaleLocalMethods.map(function(m) {
    return [ m[0].utc, m[1] ];
  });
  var d3_time_scaleUtcFormat = d3_time_formatUtc.multi([ [ ".%L", function(d) {
    return d.getUTCMilliseconds();
  } ], [ ":%S", function(d) {
    return d.getUTCSeconds();
  } ], [ "%I:%M", function(d) {
    return d.getUTCMinutes();
  } ], [ "%I %p", function(d) {
    return d.getUTCHours();
  } ], [ "%a %d", function(d) {
    return d.getUTCDay() && d.getUTCDate() != 1;
  } ], [ "%b %d", function(d) {
    return d.getUTCDate() != 1;
  } ], [ "%B", function(d) {
    return d.getUTCMonth();
  } ], [ "%Y", d3_true ] ]);
  d3_time_scaleUtcMethods.year = d3_time.year.utc;
  d3_time.scale.utc = function() {
    return d3_time_scale(d3.scale.linear(), d3_time_scaleUtcMethods, d3_time_scaleUtcFormat);
  };
  d3.text = d3_xhrType(function(request) {
    return request.responseText;
  });
  d3.json = function(url, callback) {
    return d3_xhr(url, "application/json", d3_json, callback);
  };
  function d3_json(request) {
    return JSON.parse(request.responseText);
  }
  d3.html = function(url, callback) {
    return d3_xhr(url, "text/html", d3_html, callback);
  };
  function d3_html(request) {
    var range = d3_document.createRange();
    range.selectNode(d3_document.body);
    return range.createContextualFragment(request.responseText);
  }
  d3.xml = d3_xhrType(function(request) {
    return request.responseXML;
  });
  if (typeof define === "function" && define.amd) define(d3); else if (typeof module === "object" && module.exports) module.exports = d3;
  this.d3 = d3;
}();
},{}],14:[function(require,module,exports){
module.exports = require("./src/api.js");

},{"./src/api.js":15}],15:[function(require,module,exports){
var api = function (who) {

    var _methods = function () {
	var m = [];

	m.add_batch = function (obj) {
	    m.unshift(obj);
	};

	m.update = function (method, value) {
	    for (var i=0; i<m.length; i++) {
		for (var p in m[i]) {
		    if (p === method) {
			m[i][p] = value;
			return true;
		    }
		}
	    }
	    return false;
	};

	m.add = function (method, value) {
	    if (m.update (method, value) ) {
	    } else {
		var reg = {};
		reg[method] = value;
		m.add_batch (reg);
	    }
	};

	m.get = function (method) {
	    for (var i=0; i<m.length; i++) {
		for (var p in m[i]) {
		    if (p === method) {
			return m[i][p];
		    }
		}
	    }
	};

	return m;
    };

    var methods    = _methods();
    var api = function () {};

    api.check = function (method, check, msg) {
	if (method instanceof Array) {
	    for (var i=0; i<method.length; i++) {
		api.check(method[i], check, msg);
	    }
	    return;
	}

	if (typeof (method) === 'function') {
	    method.check(check, msg);
	} else {
	    who[method].check(check, msg);
	}
	return api;
    };

    api.transform = function (method, cbak) {
	if (method instanceof Array) {
	    for (var i=0; i<method.length; i++) {
		api.transform (method[i], cbak);
	    }
	    return;
	}

	if (typeof (method) === 'function') {
	    method.transform (cbak);
	} else {
	    who[method].transform(cbak);
	}
	return api;
    };

    var attach_method = function (method, opts) {
	var checks = [];
	var transforms = [];

	var getter = opts.on_getter || function () {
	    return methods.get(method);
	};

	var setter = opts.on_setter || function (x) {
	    for (var i=0; i<transforms.length; i++) {
		x = transforms[i](x);
	    }

	    for (var j=0; j<checks.length; j++) {
		if (!checks[j].check(x)) {
		    var msg = checks[j].msg || 
			("Value " + x + " doesn't seem to be valid for this method");
		    throw (msg);
		}
	    }
	    methods.add(method, x);
	};

	var new_method = function (new_val) {
	    if (!arguments.length) {
		return getter();
	    }
	    setter(new_val);
	    return who; // Return this?
	};
	new_method.check = function (cbak, msg) {
	    if (!arguments.length) {
		return checks;
	    }
	    checks.push ({check : cbak,
			  msg   : msg});
	    return this;
	};
	new_method.transform = function (cbak) {
	    if (!arguments.length) {
		return transforms;
	    }
	    transforms.push(cbak);
	    return this;
	};

	who[method] = new_method;
    };

    var getset = function (param, opts) {
	if (typeof (param) === 'object') {
	    methods.add_batch (param);
	    for (var p in param) {
		attach_method (p, opts);
	    }
	} else {
	    methods.add (param, opts.default_value);
	    attach_method (param, opts);
	}
    };

    api.getset = function (param, def) {
	getset(param, {default_value : def});

	return api;
    };

    api.get = function (param, def) {
	var on_setter = function () {
	    throw ("Method defined only as a getter (you are trying to use it as a setter");
	};

	getset(param, {default_value : def,
		       on_setter : on_setter}
	      );

	return api;
    };

    api.set = function (param, def) {
	var on_getter = function () {
	    throw ("Method defined only as a setter (you are trying to use it as a getter");
	};

	getset(param, {default_value : def,
		       on_getter : on_getter}
	      );

	return api;
    };

    api.method = function (name, cbak) {
	if (typeof (name) === 'object') {
	    for (var p in name) {
		who[p] = name[p];
	    }
	} else {
	    who[name] = cbak;
	}
	return api;
    };

    return api;
    
};

module.exports = exports = api;
},{}],16:[function(require,module,exports){
module.exports = require("./src/newick.js");

},{"./src/newick.js":17}],17:[function(require,module,exports){
/**
 * Newick and nhx formats parser in JavaScript.
 *
 * Copyright (c) Jason Davies 2010 and Miguel Pignatelli
 *  
 * Permission is hereby granted, free of charge, to any person obtaining a copy
 * of this software and associated documentation files (the "Software"), to deal
 * in the Software without restriction, including without limitation the rights
 * to use, copy, modify, merge, publish, distribute, sublicense, and/or sell
 * copies of the Software, and to permit persons to whom the Software is
 * furnished to do so, subject to the following conditions:
 *  
 * The above copyright notice and this permission notice shall be included in
 * all copies or substantial portions of the Software.
 *  
 * THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
 * IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
 * FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
 * AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
 * LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
 * OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN
 * THE SOFTWARE.
 *
 * Example tree (from http://en.wikipedia.org/wiki/Newick_format):
 *
 * +--0.1--A
 * F-----0.2-----B            +-------0.3----C
 * +------------------0.5-----E
 *                            +---------0.4------D
 *
 * Newick format:
 * (A:0.1,B:0.2,(C:0.3,D:0.4)E:0.5)F;
 *
 * Converted to JSON:
 * {
 *   name: "F",
 *   branchset: [
 *     {name: "A", length: 0.1},
 *     {name: "B", length: 0.2},
 *     {
 *       name: "E",
 *       length: 0.5,
 *       branchset: [
 *         {name: "C", length: 0.3},
 *         {name: "D", length: 0.4}
 *       ]
 *     }
 *   ]
 * }
 *
 * Converted to JSON, but with no names or lengths:
 * {
 *   branchset: [
 *     {}, {}, {
 *       branchset: [{}, {}]
 *     }
 *   ]
 * }
 */

module.exports = {
    parse_newick : function(s) {
	var ancestors = [];
	var tree = {};
	var tokens = s.split(/\s*(;|\(|\)|,|:)\s*/);
	var subtree;
	for (var i=0; i<tokens.length; i++) {
	    var token = tokens[i];
	    switch (token) {
            case '(': // new branchset
		subtree = {};
		tree.children = [subtree];
		ancestors.push(tree);
		tree = subtree;
		break;
            case ',': // another branch
		subtree = {};
		ancestors[ancestors.length-1].children.push(subtree);
		tree = subtree;
		break;
            case ')': // optional name next
		tree = ancestors.pop();
		break;
            case ':': // optional length next
		break;
            default:
		var x = tokens[i-1];
		if (x == ')' || x == '(' || x == ',') {
		    tree.name = token;
		} else if (x == ':') {
		    tree.branch_length = parseFloat(token);
		}
	    }
	}
	return tree;
    },

    parse_nhx : function (s) {
	var ancestors = [];
	var tree = {};
	var subtree;

	var tokens = s.split( /\s*(;|\(|\)|\[|\]|,|:|=)\s*/ );
	for (var i=0; i<tokens.length; i++) {
	    var token = tokens[i];
	    switch (token) {
            case '(': // new children
		subtree = {};
		tree.children = [subtree];
		ancestors.push(tree);
		tree = subtree;
		break;
            case ',': // another branch
		subtree = {};
		ancestors[ancestors.length-1].children.push(subtree);
		tree = subtree;
		break;
            case ')': // optional name next
		tree = ancestors.pop();
		break;
            case ':': // optional length next
		break;
            default:
		var x = tokens[i-1];
		if (x == ')' || x == '(' || x == ',') {
		    tree.name = token;
		}
		else if (x == ':') {
		    var test_type = typeof token;
		    if(!isNaN(token)){
			tree.branch_length = parseFloat(token);
		    }
		}
		else if (x == '='){
		    var x2 = tokens[i-2];
		    switch(x2){
		    case 'D':
			tree.duplication = token;
			break;
		    case 'G':
			tree.gene_id = token;
			break;
		    case 'T':
			tree.taxon_id = token;
			break;
		    default :
			tree[tokens[i-2]] = token;
		    }
		}
		else {
		    var test;

		}
	    }
	}
	return tree;
    }
};

},{}],18:[function(require,module,exports){
module.exports = require("./src/tooltip.js");

},{"./src/tooltip.js":19}],19:[function(require,module,exports){
var apijs = require("tnt.api");

var tooltip = function () {
    "use strict";

    var drag = d3.behavior.drag();
    var tooltip_div;

    var conf = {
	background_color : "white",
	foreground_color : "black",
	position : "right",
	allow_drag : true,
	show_closer : true,
	fill : function () { throw "fill is not defined in the base object" },
	width : 180,
	id : 1
    };

    var t = function (data, event) {
	drag
	    .origin(function(){
		return {x:parseInt(d3.select(this).style("left")),
			y:parseInt(d3.select(this).style("top"))
		       }
	    })
	    .on("drag", function() {
		if (conf.allow_drag) {
		    d3.select(this)
			.style("left", d3.event.x + "px")
			.style("top", d3.event.y + "px")
		}
	    });

	// TODO: Why do we need the div element?
	// It looks like if we anchor the tooltip in the "body"
	// The tooltip is not located in the right place (appears at the bottom)
	// See clients/tooltips_test.html for an example
	var container = d3.select(this).selectAncestor("div");
	if (container === undefined) {
	    // We require a div element at some point to anchor the tooltip
	    return
	};

	tooltip_div = container
	    .append("div")
	    .attr("class", "tnt_tooltip")
	    .classed("tnt_tooltip_active", true)  // TODO: Is this needed/used???
	    .call(drag);

	// prev tooltips with the same header
	d3.select("#tnt_tooltip_" + conf.id).remove();

	if ((d3.event === null) && (event)) {
	    d3.event = event;
	}
	var mouse = d3.mouse(container.node());
	d3.event = null;

	var offset = 0;
	if (conf.position === "left") {
	    offset = conf.width;
	}
	
	tooltip_div.attr("id", "tnt_tooltip_" + conf.id);
	
	// We place the tooltip
	tooltip_div
	    .style("left", (mouse[0] - offset) + "px")
	    .style("top", mouse[1] + "px");

	// Close
	if (conf.show_closer) {
	    tooltip_div.append("span")
		.style("position", "absolute")
		.style("right", "-10px")
		.style("top", "-10px")
		.append("img")
		.attr("src", tooltip.images.close)
		.attr("width", "20px")
		.attr("height", "20px")
		.on("click", function () {
		    t.close();
		});
	}

	conf.fill.call(tooltip_div, data);

	// return this here?
	return t;
    };

    var api = apijs(t)
	.getset(conf);
    api.check('position', function (val) {
	return (val === 'left') || (val === 'right');
    }, "Only 'left' or 'right' values are allowed for position");

    api.method('close', function () {
	tooltip_div.remove();
    });

    return t;
};

tooltip.table = function () {
    // table tooltips are based on general tooltips
    var t = tooltip();
    
    var width = 180;

    t.fill (function (obj) {
	var tooltip_div = this;

	var obj_info_table = tooltip_div
	    .append("table")
	    .attr("class", "tnt_zmenu")
	    .attr("border", "solid")
	    .style("width", t.width() + "px");

	// Tooltip header
	obj_info_table
	    .append("tr")
	    .attr("class", "tnt_zmenu_header")
	    .append("th")
	    .attr("colspan", 2)
	    .text(obj.header);

	// Tooltip rows
	var table_rows = obj_info_table.selectAll(".tnt_zmenu_row")
	    .data(obj.rows)
	    .enter()
	    .append("tr")
	    .attr("class", "tnt_zmenu_row");

	table_rows
	    .append("th")
	    .html(function(d,i) {return obj.rows[i].label});

	table_rows
	    .append("td")
	    .html(function(d,i) {return obj.rows[i].value})
	    .each(function (d) {
		if (d.link === undefined) {
		    return
		}
		d3.select(this)
		    .classed("link", 1)
		    .on('click', function (d) {
			d.link(d.obj);
			t.close.call(this);
		    });
	    });
    });

    return t;
};

tooltip.plain = function () {
    // plain tooltips are based on general tooltips
    var t = tooltip();

    t.fill (function (obj) {
	var tooltip_div = this;

	var obj_info_table = tooltip_div
	    .append("table")
	    .attr("class", "tnt_zmenu")
	    .attr("border", "solid")
	    .style("width", t.width() + "px");

	obj_info_table
	    .append("tr")
	    .attr("class", "tnt_zmenu_header")
	    .append("th")
	    .text(obj.header);

	obj_info_table
	    .append("tr")
	    .attr("class", "tnt_zmenu_row")
	    .append("td")
	    .style("text-align", "center")
	    .html(obj.body)
    });

    return t;
}

// TODO: This shouldn't be exposed in the API. It would be better to have as a local variable
// or alternatively have the images somewhere else (although the number of hardcoded images should be left at a minimum)
tooltip.images = {};
tooltip.images.close = 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';

module.exports = tooltip;

},{"tnt.api":14}],20:[function(require,module,exports){
module.exports = require("./src/node.js");

},{"./src/node.js":21}],21:[function(require,module,exports){
var apijs = require("tnt.api");
var iterator = require("tnt.utils").iterator;

var tnt_node = function (data) {
//tnt.tree.node = function (data) {
    "use strict";

    var node = function () {
    };

    var api = apijs (node);

    // API
//     node.nodes = function() {
// 	if (cluster === undefined) {
// 	    cluster = d3.layout.cluster()
// 	    // TODO: length and children should be exposed in the API
// 	    // i.e. the user should be able to change this defaults via the API
// 	    // children is the defaults for parse_newick, but maybe we should change that
// 	    // or at least not assume this is always the case for the data provided
// 		.value(function(d) {return d.length})
// 		.children(function(d) {return d.children});
// 	}
// 	nodes = cluster.nodes(data);
// 	return nodes;
//     };

    var apply_to_data = function (data, cbak) {
	cbak(data);
	if (data.children !== undefined) {
	    for (var i=0; i<data.children.length; i++) {
		apply_to_data(data.children[i], cbak);
	    }
	}
    };

    var create_ids = function () {
	var i = iterator(1);
	// We can't use apply because apply creates new trees on every node
	// We should use the direct data instead
	apply_to_data (data, function (d) {
	    if (d._id === undefined) {
		d._id = i();
		// TODO: Not sure _inSubTree is strictly necessary
		// d._inSubTree = {prev:true, curr:true};
	    }
	});
    };

    var link_parents = function (data) {
	if (data === undefined) {
	    return;
	}
	if (data.children === undefined) {
	    return;
	}
	for (var i=0; i<data.children.length; i++) {
	    // _parent?
	    data.children[i]._parent = data;
	    link_parents(data.children[i]);
	}
    };

    var compute_root_dists = function (data) {
	// console.log(data);
	apply_to_data (data, function (d) {
	    var l;
	    if (d._parent === undefined) {
		d._root_dist = 0;
	    } else {
		var l = 0;
		if (d.branch_length) {
		    l = d.branch_length
		}
		d._root_dist = l + d._parent._root_dist;
	    }
	});
    };

    // TODO: data can't be rewritten used the api yet. We need finalizers
    node.data = function(new_data) {
	if (!arguments.length) {
	    return data
	}
	data = new_data;
	create_ids();
	link_parents(data);
	compute_root_dists(data);
	return node;
    };
    // We bind the data that has been passed
    node.data(data);

    api.method ('find_node', function (cbak, deep) {
	if (cbak(node)) {
	    return node;
	}

	if (data.children !== undefined) {
	    for (var j=0; j<data.children.length; j++) {
		var found = tnt_node(data.children[j]).find_node(cbak);
		if (found) {
		    return found;
		}
	    }
	}

	if (deep && (data._children !== undefined)) {
	    for (var i=0; i<data._children.length; i++) {
		tnt_node(data._children[i]).find_node(cbak)
		var found = tnt_node(data.children[j]).find_node(cbak);
		if (found) {
		    return found;
		}
	    }
	}
    });

    api.method ('find_node_by_name', function(name) {
	return node.find_node (function (node) {
	    return node.node_name() === name
	});
    });

    api.method ('toggle', function() {
	if (data) {
	    if (data.children) { // Uncollapsed -> collapse
		var hidden = 0;
		node.apply (function (n) {
		    var hidden_here = n.n_hidden() || 0;
		    hidden += (n.n_hidden() || 0) + 1;
		});
		node.n_hidden (hidden-1);
		data._children = data.children;
		data.children = undefined;
	    } else {             // Collapsed -> uncollapse
		node.n_hidden(0);
		data.children = data._children;
		data._children = undefined;
	    }
	}
    });

    api.method ('is_collapsed', function () {
	return (data._children !== undefined && data.children === undefined);
    });

    var has_ancestor = function(n, ancestor) {
	// It is better to work at the data level
	n = n.data();
	ancestor = ancestor.data();
	if (n._parent === undefined) {
	    return false
	}
	n = n._parent
	for (;;) {
	    if (n === undefined) {
		return false;
	    }
	    if (n === ancestor) {
		return true;
	    }
	    n = n._parent;
	}
    };

    // This is the easiest way to calculate the LCA I can think of. But it is very inefficient too.
    // It is working fine by now, but in case it needs to be more performant we can implement the LCA
    // algorithm explained here:
    // http://community.topcoder.com/tc?module=Static&d1=tutorials&d2=lowestCommonAncestor
    api.method ('lca', function (nodes) {
	if (nodes.length === 1) {
	    return nodes[0];
	}
	var lca_node = nodes[0];
	for (var i = 1; i<nodes.length; i++) {
	    lca_node = _lca(lca_node, nodes[i]);
	}
	return lca_node;
	// return tnt_node(lca_node);
    });

    var _lca = function(node1, node2) {
	if (node1.data() === node2.data()) {
	    return node1;
	}
	if (has_ancestor(node1, node2)) {
	    return node2;
	}
	return _lca(node1, node2.parent());
    };

    api.method('n_hidden', function (val) {
	if (!arguments.length) {
	    return node.property('_hidden');
	}
	node.property('_hidden', val);
	return node
    });

    api.method ('get_all_nodes', function () {
	var nodes = [];
	node.apply(function (n) {
	    nodes.push(n);
	});
	return nodes;
    });

    api.method ('get_all_leaves', function () {
	var leaves = [];
	node.apply(function (n) {
	    if (n.is_leaf()) {
		leaves.push(n);
	    }
	});
	return leaves;
    });

    api.method ('upstream', function(cbak) {
	cbak(node);
	var parent = node.parent();
	if (parent !== undefined) {
	    parent.upstream(cbak);
	}
//	tnt_node(parent).upstream(cbak);
// 	node.upstream(node._parent, cbak);
    });

    api.method ('subtree', function(nodes) {
    	var node_counts = {};
    	for (var i=0; i<nodes.length; i++) {
	    var n = nodes[i];
	    if (n !== undefined) {
		n.upstream (function (this_node){
		    var id = this_node.id();
		    if (node_counts[id] === undefined) {
			node_counts[id] = 0;
		    }
		    node_counts[id]++
    		});
	    }
    	}
    

	var is_singleton = function (node_data) {
	    var n_children = 0;
	    if (node_data.children === undefined) {
		return false;
	    }
	    for (var i=0; i<node_data.children.length; i++) {
		var id = node_data.children[i]._id;
		if (node_counts[id] > 0) {
		    n_children++;
		}
	    }
	    return n_children === 1;
	};

	var copy_data = function (orig_data, subtree, condition) {
            if (orig_data === undefined) {
		return;
            }

            if (condition(orig_data)) {
		var copy = copy_node(orig_data);
		if (subtree.children === undefined) {
                    subtree.children = [];
		}
		subtree.children.push(copy);
		if (orig_data.children === undefined) {
                    return;
		}
		for (var i = 0; i < orig_data.children.length; i++) {
                    copy_data (orig_data.children[i], copy, condition);
		}
            } else {
		if (orig_data.children === undefined) {
                    return;
		}
		for (var i = 0; i < orig_data.children.length; i++) {
                    copy_data(orig_data.children[i], subtree, condition);
		}
            }
	};

	var copy_node = function (node_data) {
	    var copy = {};
	    // copy all the own properties excepts links to other nodes or depth
	    for (var param in node_data) {
		if ((param === "children") ||
		    (param === "children") ||
		    (param === "_parent") ||
		    (param === "depth")) {
		    continue;
		}
		if (node_data.hasOwnProperty(param)) {
		    copy[param] = node_data[param];
		}
	    }
	    return copy;
	};

	var subtree = {};
	copy_data (data, subtree, function (node_data) {
	    var node_id = node_data._id;
	    var counts = node_counts[node_id];

	    if (counts === undefined) {
	    	return false;
	    }
// 	    if ((node.children !== undefined) && (node.children.length < 2)) {
// 		return false;
// 	    }
	    if ((counts > 1) && (!is_singleton(node_data))) {
		return true;
	    }
	    if ((counts > 0) && (node_data.children === undefined)) {
		return true;
	    }
	    return false;
	});

	return tnt_node(subtree.children[0]);
    });

    // TODO: This method visits all the nodes
    // a more performant version should return true
    // the first time cbak(node) is true
    api.method ('present', function (cbak) {
	// cbak should return true/false
	var is_true = false;
	node.apply (function (n) {
	    if (cbak(n) === true) {
		is_true = true;
	    }
	});
	return is_true;
    });

    // cbak is called with two nodes
    // and should return a negative number, 0 or a positive number
    api.method ('sort', function (cbak) {
	if (data.children === undefined) {
	    return;
	}

	var new_children = [];
	for (var i=0; i<data.children.length; i++) {
	    new_children.push(tnt_node(data.children[i]));
	}

	new_children.sort(cbak);

	data.children = [];
	for (var i=0; i<new_children.length; i++) {
	    data.children.push(new_children[i].data());
	}

	for (var i=0; i<data.children.length; i++) {
	    tnt_node(data.children[i]).sort(cbak);
	}
    });

    // TODO: This method only 'apply's to non collapsed nodes (ie ._children is not visited)
    // Would it be better to have an extra flag (true/false) to visit also collapsed nodes?
    api.method ('apply', function(cbak) {
	cbak(node);
	if (data.children !== undefined) {
	    for (var i=0; i<data.children.length; i++) {
		var n = tnt_node(data.children[i])
		n.apply(cbak);
	    }
	}
    });

    // TODO: Not sure if it makes sense to set via a callback:
    // root.property (function (node, val) {
    //    node.deeper.field = val
    // }, 'new_value')
    api.method ('property', function(prop, value) {
	if (arguments.length === 1) {
	    if ((typeof prop) === 'function') {
		return prop(data)	
	    }
	    return data[prop]
	}
	if ((typeof prop) === 'function') {
	    prop(data, value);   
	}
	data[prop] = value;
	return node;
    });

    api.method ('is_leaf', function() {
	return data.children === undefined;
    });

    // It looks like the cluster can't be used for anything useful here
    // It is now included as an optional parameter to the tnt.tree() method call
    // so I'm commenting the getter
    // node.cluster = function() {
    // 	return cluster;
    // };

    // node.depth = function (node) {
    //     return node.depth;
    // };

//     node.name = function (node) {
//         return node.name;
//     };

    api.method ('id', function () {
	return node.property('_id');
    });

    api.method ('node_name', function () {
	return node.property('name');
    });

    api.method ('branch_length', function () {
	return node.property('branch_length');
    });

    api.method ('root_dist', function () {
	return node.property('_root_dist');
    });

    api.method ('children', function () {
	if (data.children === undefined) {
	    return;
	}
	var children = [];
	for (var i=0; i<data.children.length; i++) {
	    children.push(tnt_node(data.children[i]));
	}
	return children;
    });

    api.method ('parent', function () {
	if (data._parent === undefined) {
	    return undefined;
	}
	return tnt_node(data._parent);
    });

    return node;

};

module.exports = exports = tnt_node;


},{"tnt.api":14,"tnt.utils":22}],22:[function(require,module,exports){
module.exports = require("./src/index.js");

},{"./src/index.js":23}],23:[function(require,module,exports){
// require('fs').readdirSync(__dirname + '/').forEach(function(file) {
//     if (file.match(/.+\.js/g) !== null && file !== __filename) {
// 	var name = file.replace('.js', '');
// 	module.exports[name] = require('./' + file);
//     }
// });

// Same as
var utils = require("./utils.js");
utils.reduce = require("./reduce.js");
module.exports = exports = utils;

},{"./reduce.js":24,"./utils.js":25}],24:[function(require,module,exports){
var reduce = function () {
    var smooth = 5;
    var value = 'val';
    var redundant = function (a, b) {
	if (a < b) {
	    return ((b-a) <= (b * 0.2));
	}
	return ((a-b) <= (a * 0.2));
    };
    var perform_reduce = function (arr) {return arr;};

    var reduce = function (arr) {
	if (!arr.length) {
	    return arr;
	}
	var smoothed = perform_smooth(arr);
	var reduced  = perform_reduce(smoothed);
	return reduced;
    };

    var median = function (v, arr) {
	arr.sort(function (a, b) {
	    return a[value] - b[value];
	});
	if (arr.length % 2) {
	    v[value] = arr[~~(arr.length / 2)][value];	    
	} else {
	    var n = ~~(arr.length / 2) - 1;
	    v[value] = (arr[n][value] + arr[n+1][value]) / 2;
	}

	return v;
    };

    var clone = function (source) {
	var target = {};
	for (var prop in source) {
	    if (source.hasOwnProperty(prop)) {
		target[prop] = source[prop];
	    }
	}
	return target;
    };

    var perform_smooth = function (arr) {
	if (smooth === 0) { // no smooth
	    return arr;
	}
	var smooth_arr = [];
	for (var i=0; i<arr.length; i++) {
	    var low = (i < smooth) ? 0 : (i - smooth);
	    var high = (i > (arr.length - smooth)) ? arr.length : (i + smooth);
	    smooth_arr[i] = median(clone(arr[i]), arr.slice(low,high+1));
	}
	return smooth_arr;
    };

    reduce.reducer = function (cbak) {
	if (!arguments.length) {
	    return perform_reduce;
	}
	perform_reduce = cbak;
	return reduce;
    };

    reduce.redundant = function (cbak) {
	if (!arguments.length) {
	    return redundant;
	}
	redundant = cbak;
	return reduce;
    };

    reduce.value = function (val) {
	if (!arguments.length) {
	    return value;
	}
	value = val;
	return reduce;
    };

    reduce.smooth = function (val) {
	if (!arguments.length) {
	    return smooth;
	}
	smooth = val;
	return reduce;
    };

    return reduce;
};

var block = function () {
    var red = reduce()
	.value('start');

    var value2 = 'end';

    var join = function (obj1, obj2) {
        return {
            'object' : {
                'start' : obj1.object[red.value()],
                'end'   : obj2[value2]
            },
            'value'  : obj2[value2]
        };
    };

    // var join = function (obj1, obj2) { return obj1 };

    red.reducer( function (arr) {
	var value = red.value();
	var redundant = red.redundant();
	var reduced_arr = [];
	var curr = {
	    'object' : arr[0],
	    'value'  : arr[0][value2]
	};
	for (var i=1; i<arr.length; i++) {
	    if (redundant (arr[i][value], curr.value)) {
		curr = join(curr, arr[i]);
		continue;
	    }
	    reduced_arr.push (curr.object);
	    curr.object = arr[i];
	    curr.value = arr[i].end;
	}
	reduced_arr.push(curr.object);

	// reduced_arr.push(arr[arr.length-1]);
	return reduced_arr;
    });

    reduce.join = function (cbak) {
	if (!arguments.length) {
	    return join;
	}
	join = cbak;
	return red;
    };

    reduce.value2 = function (field) {
	if (!arguments.length) {
	    return value2;
	}
	value2 = field;
	return red;
    };

    return red;
};

var line = function () {
    var red = reduce();

    red.reducer ( function (arr) {
	var redundant = red.redundant();
	var value = red.value();
	var reduced_arr = [];
	var curr = arr[0];
	for (var i=1; i<arr.length-1; i++) {
	    if (redundant (arr[i][value], curr[value])) {
		continue;
	    }
	    reduced_arr.push (curr);
	    curr = arr[i];
	}
	reduced_arr.push(curr);
	reduced_arr.push(arr[arr.length-1]);
	return reduced_arr;
    });

    return red;

};

module.exports = reduce;
module.exports.line = line;
module.exports.block = block;


},{}],25:[function(require,module,exports){

module.exports = {
    iterator : function(init_val) {
	var i = init_val || 0;
	var iter = function () {
	    return i++;
	};
	return iter;
    },

    script_path : function (script_name) { // script_name is the filename
	var script_scaped = script_name.replace(/[-\/\\^$*+?.()|[\]{}]/g, '\\$&');
	var script_re = new RegExp(script_scaped + '$');
	var script_re_sub = new RegExp('(.*)' + script_scaped + '$');

	// TODO: This requires phantom.js or a similar headless webkit to work (document)
	var scripts = document.getElementsByTagName('script');
	var path = "";  // Default to current path
	if(scripts !== undefined) {
            for(var i in scripts) {
		if(scripts[i].src && scripts[i].src.match(script_re)) {
                    return scripts[i].src.replace(script_re_sub, '$1');
		}
            }
	}
	return path;
    },

    defer_cancel : function (cbak, time) {
	var tick;

	var defer_cancel = function () {
	    clearTimeout(tick);
	    tick = setTimeout(cbak, time);
	};

	return defer_cancel;
    }
};

},{}],"exelixis":[function(require,module,exports){
/*
 * 
 * https://github.com/daviddao/exelixis
 *
 * Copyright (c) 2015 David
 * Licensed under the Apache 2 license.
 */

/**
@class exelixis
 */


exe = {};

var pics = require("./pics").ensembl_pics;

/*
 * Private Methods
 */

/**
* Import tnt tree library 
*/

var tnt = require("tnt.tree");

/**
* @Default settings, data structure and memory of the tree
*/

exe.opts = require("./opts").opts;

var savedOpts = exe.opts;

var parseOpts = require("./opts").parseOpts; 

/**
* @Default label creator
*/
function createLabel(opts) {

//Translating opts
var pics = opts.label.pics.pictureSource;
var pictureWidth = opts.label.pics.pictureWidth;
var pictureHeight = opts.label.pics.pictureHeight;
var fontsize = opts.label.fontsize;
var usePics = opts.label.usePics;

if(usePics) {
	var image_label = tnt.tree.label.img()
            .src(function(node) {
		if(node.is_leaf()) {
		    var sp_name = node.node_name();
		    // ucfirst
		    return (pics[sp_name.substr(0,1).toUpperCase() + sp_name.substr(1)]);
		}
            })
            .width(function() {
		return pictureWidth;
            })
            .height(function() {
		return pictureHeight;
            });
}

var original_label = tnt.tree.label.text()
    	.text(function (node) {
	if(node.is_leaf()) {
		return node.node_name();
	}
        }).fontsize(fontsize);

	

if(usePics) {

	var joined_label = tnt.tree.label.composite()
            .add_label(image_label)
            .add_label(original_label);
	
	return joined_label;

} else {

	return original_label;
}

}

/**
* @Create layout by deciding between vertical and radial
*/ 

function createLayout(opts) {
	
	var string = opts.tree.layoutInput;
	var width = opts.tree.width;
	var scale = opts.tree.scale;

	var layout;
	if(string === "vertical") {
		layout = tnt.tree.layout.vertical().width(width).scale(scale);
	}
	else if(string === "radial") {
		layout = tnt.tree.layout.radial().width(width).scale(scale);
	} 
	else {
		console.log("Unknown Layout Parameter: Please choose between 'vertical' and 'radial' layout");
	}
	return layout;
}

/**
* @Create node display which switches between triangle and circle nodes
*/ 

function createNodeDisplay(opts) {
	
	var node_size = opts.nodes.size;
	var node_fill = opts.nodes.fill;
	var node_stroke = opts.nodes.stroke;

	var selected_node_size = opts.nodes.selectedSize;
	var selected_node_fill = opts.nodes.selectedFill;


	var expanded_node = tnt.tree.node_display.circle()
	    .size(node_size)
	    .fill(node_fill)
	    .stroke(node_stroke);

	var collapsed_node = tnt.tree.node_display.triangle()
	    .size(node_size)
	    .fill(node_fill)
	    .stroke(node_stroke)

	var selected_node = tnt.tree.node_display.circle()
		.size(selected_node_size)
		.fill(selected_node_fill)
		.stroke(node_stroke)

	var node_display = tnt.tree.node_display.cond()
	    .add("collapsed", function (node) {
			return node.is_collapsed()
	    }, collapsed_node)
	    .add("selected", function (node) {
	    	return node.property('selected')
	    }, selected_node)
	    .add("rest", function () {
			return true
	    }, expanded_node);

	return node_display;
}

//creates default eventFunction for toggle and select
function createNodeEvent(opts) {

	var eventFunction = {};

	if(opts.nodes.toggle) {
		eventFunction = function(node) {
      	if(!node.is_leaf() || (node.n_hidden() > 0)) {
        	node.toggle();
        	tree.update();
      	} else {
      		if(opts.nodes.select) {
      			toggleClick(node);
      		}
      		tree.update();
      		}
    	}
	} else {
		if(opts.nodes.select) {
			eventFunction = function(node) {
				toggleClick(node);
				tree.update();
			}
		}
	}

	if(opts.nodes.select) {
		function toggleClick(node) {
    	if(node.property('selected')) {
    		node.property('selected',false);
    	} else {
    		node.property('selected',true);
    	}
    } 
	} 

	return eventFunction;

}


/*
 * Public Methods
 */

/**
* @create a default tree
*	
*	exe.createTree(opts);
*	
*	@method createTree
*	@param {object} a config json
*	@return {tree object} a tree object
*/

exe.createTree = function (opts) {

	var parsedOpts = parseOpts(opts, savedOpts);

	savedOpts = parsedOpts; //Saves state

	var data = parsedOpts.tree.data;
	var el = parsedOpts.el;

	//Create a layout
	var layout;
	layout = createLayout(parsedOpts);

	//Create a label
	var label;
	label = createLabel(parsedOpts);

	//Create a nodedisplay
	var nodeDisplay;
	nodeDisplay = createNodeDisplay(parsedOpts);
	
	//Create a tree
	var tree = tnt.tree();

	tree.data(tnt.tree.parse_newick(data))
		.layout(layout)
		.node_display(nodeDisplay);

	tree.label(label);

	var nodeEvent = createNodeEvent(parsedOpts);
	tree.on_click(nodeEvent);

	tree(el);

	return tree;
} 

/**
* @updates a tree
*	
*	exe.updateTree(tree,opts);
*	
*	@method updateTree
*	@param {tree object} a given tree, {object} a config json
*	@return void
*/

exe.updateTree = function(tree, opts) {

	//get the tree object and update the opts
	var parsedOpts = parseOpts(opts, savedOpts);

	savedOpts = parsedOpts;

	var data = parsedOpts.tree.data;

	//Create a layout
	var layout;
	layout = createLayout(parsedOpts);

	//Create a label
	var label;
	label = createLabel(parsedOpts);

	//Create a nodedisplay
	var nodeDisplay;
	nodeDisplay = createNodeDisplay(parsedOpts);

	tree.data(tnt.tree.parse_newick(data))
		.layout(layout)
		.node_display(nodeDisplay);
		
	tree.label(label);

	var nodeEvent = createNodeEvent(parsedOpts);
	tree.on_click(nodeEvent);

	tree.update();
}

/**
* @exports the functionalities
*/

module.exports = {
	createTree : exe.createTree,
	updateTree : exe.updateTree,
};



},{"./opts":1,"./pics":2,"tnt.tree":4}]},{},[]);