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	  <title>DeReKo-Word-Vector-Distances: <%= $word %></title>
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	  <script src="/derekovecs/js/tsne.js"></script>
	  <script src="/derekovecs/js/som.js"></script>
	  <script src="/derekovecs/js/labeler.js"></script>
    <style>
     body, input {
	     font-family: Arial, sans-serif;
	     font-size: 11pt;
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       font-family: "DejaVu Sans Mono", Inconsolata, SourceCodePro, Courier;
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	     font-size: 9pt;
	     color: #222222;
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     svg > .ui-tooltip-content {
	     font-size: 8pt;
	     color: #222222;
     }
     
     a.merged {
       color: green;
       fill: green;
     }
     
     #first a {
       text-decoration: none;
     }
     
     a.marked, #first a.marked {
       text-decoration: underline;
     }

     a.target {
       color: red;
       fill: red;
     }

		 table.display {
			 width: 40% important!;
			 margin: 1;  /* <- works for me this way ****/
		 }
		 table.dataTable thead th, table.dataTable thead td, table.dataTable tbody td {
			 padding: 2px 2px;
			 //  border-bottom: 1px solid #111;
		 }
     #collocators {
       margin-bottom: 15px;
     }
     
     #topwrapper {
       width: 100%;
       //   border: 1px solid red; 
       overflow: hidden; /* will contain if #first is longer than #second */
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     #wrapper {
       width: 1200px;
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       overflow: hidden; /* will contain if #first is longer than #second */
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     #options {
			 float: right;
			 margin: 20px;
			 max-width: 280px;
       overflow: hidden; /* if you don't want #second to wrap below #first */
     }

     #first {
       margin-right: 20px;
       float: left;
       overflow: hidden; /* if you don't want #second to wrap below #first */
       //    border: 1px solid green;
     }
     #tabs {
       margin-right: 20px;
       overflow: hidden; /* if you don't want #second to wrap below #first */
     }
		 
		 #embed {
			 max-width: 802px;
			 border: 1px solid #333;
		 }

     #second {
//       border: 1px solid #333;
       overflow: hidden; /* if you don't want #second to wrap below #first */
     }
     #som2 svg {
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	     font-size: 8pt;
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     #sominfo1, #sominfo {
	     font-size: 8pt;
	     color: #222222;
       margin-top: 0px;
     }

     #somcolor1, #somcolor2, #somcolor3 {
       display: inline-block;
       height: 10px;
       width: 10px;
     }

     #third {
       border: 1px solid #333;
     }

    </style>
    <script>

     var opt = {epsilon: <%= $epsilon %>, perplexity: <%= $perplexity %>},
		     mapWidth = 800, // width map
		     mapHeight = 800,
		     jitterRadius = 7;

     var T = new tsnejs.tSNE(opt); // create a tSNE instance

     var Y;

     var data;
     var labeler;

     function applyJitter() {
				 svg.selectAll('.tsnet')
						.data(labels)
						.transition()
						.duration(50)
						.attr("transform", function(d, i) {
								T.Y[i][0] = (d.x - mapWidth/2 - tx)/ss/20;
								T.Y[i][1] = (d.y - mapHeight/2 - ty)/ss/20;
								return "translate(" +
							(d.x) + "," +
							(d.y) + ")";
						});
     }
     
     function updateEmbedding() {
				 var Y = T.getSolution();
				 svg.selectAll('.tsnet')
						.data(data.words)
						.attr("transform", function(d, i) { 
								return "translate(" +
							 ((Y[i][0]*20*ss + tx) + mapWidth/2) + "," +
							 ((Y[i][1]*20*ss + ty) + mapHeight/2) + ")"; });
     }

     var svg;
     var labels = [];
     var anchor_array = [];
     var text;

     function drawEmbedding() {
				 $("#embed").empty();
				 var div = d3.select("#embed");
				 
				 // get min and max in each column of Y
				 var Y = T.Y;
				 
				 svg = div.append("svg") // svg is global
									.attr("width", mapWidth)
									.attr("height", mapHeight);
				 
				 var g = svg.selectAll(".b")
										.data(data.words)
										.enter().append("g")
										.attr("class", "tsnet");
				 
				 g.append("a")
					.attr("xlink:href", function(word) {
							return (data.urlprefix+word);})
					.attr("class", function(d, i) {
							var res="";
							if(data.marked[i]) {
									res="marked ";
							}
							if(data.target.indexOf(" "+d+" ") >= 0) {
									return res+"target";
							} else if(data.ranks[i] < data.mergedEnd) {
									return res+"merged";
							} else {
									return res;
							}
					})
					.attr("title", function(d, i) {
							if(data.mergedEnd > 0) {
									if(data.ranks[i] >= data.mergedEnd) {	
         							return "rank: "+i +"  "+"freq. rank: "+(data.ranks[i]).toString().replace(/\B(?=(\d{3})+(?!\d))/g, ",");
									} else {
         							return "rank: "+i +"  "+"freq. rank: "+data.ranks[i].toString().replace(/\B(?=(\d{3})+(?!\d))/g, ",") + " (merged vocab)";
									}  
							} else {
									return "rank: "+i +"  "+"freq. rank: "+data.ranks[i].toString().replace(/\B(?=(\d{3})+(?!\d))/g, ",");
							}
					})
					.append("text")
					.attr("text-anchor", "top")
					.attr("font-size", 12)
					.text(function(d) { return d; });
				 
				 var zoomListener = d3.behavior.zoom()
															.scaleExtent([0.1, 10])
															.center([0,0])
															.on("zoom", zoomHandler);
				 zoomListener(svg);
     }

     var tx=0, ty=0;
     var ss=1;
     var iter_id=-1;

     function zoomHandler() {
				 tx = d3.event.translate[0];
				 ty = d3.event.translate[1];
				 ss = d3.event.scale;
				 updateEmbedding();
     }

     var stepnum = 0;

     function stopStep() {
				 clearInterval(iter_id);
				 text = svg.selectAll("text");
				 
				 // jitter function needs different data and co-ordinate representation
				 labels = d3.range(data.words.length).map(function(i) {
						 var x = (T.Y[i][0]*20*ss + tx) + mapWidth/2;
						 var y = (T.Y[i][1]*20*ss + ty) + mapHeight/2;
						 anchor_array.push({x: x, y: y, r: jitterRadius});
						 return {
								 x: x,
								 y: y,
								 name: data.words[i]
						 };
				 });
				 
				 // get the actual label bounding boxes for the jitter function
				 var index = 0;
				 text.each(function() {
						 labels[index].width = this.getBBox().width;
						 labels[index].height = this.getBBox().height;
						 index += 1;
				 });

				 
				 //	 setTimeout(updateEmbedding, 1);
				 //	 setTimeout(
						 labeler =	 d3.labeler()
													 .label(labels)
													 .anchor(anchor_array)
													 .width(mapWidth)
													 .height(mapHeight)
													 .update(applyJitter);
				 //         .start(1000);

				 iter_id = setInterval(jitterStep, 1);
     }

     var jitter_i=0;

     function jitterStep() {
				 if(jitter_i++ > 100) {
						 clearInterval(iter_id);
				 } else {
						 labeler.start2(10);
						 applyJitter();
				 }
     }

     var last_cost=1000;

     function step() {
				 var i = T.iter;
				 
				 if(i > <%= $no_iterations %>) {
						 stopStep();
				 } else {
						 var cost = Math.round(T.step() * 100000) / 100000; // do a few steps
						 $("#cost").html("tsne iteration " + i + ", cost: " + cost.toFixed(5));
						 if(i % 250 == 0 && cost >= last_cost) {
								 stopStep();
						 } else {
								 last_cost = cost;
								 updateEmbedding();
						 }
				 }
     }

     function showMap(j) {
				 data=j;
				 T.iter=0;
				 T.initDataRaw(data.vecs); // init embedding
				 drawEmbedding(); // draw initial embedding
				 
				 if(iter_id >= 0) {
						 clearInterval(iter_id);
				 }
				 //T.debugGrad();
				 iter_id = setInterval(step, 1);
				 if(<%= $show_som %>) {
						 makeSOM(j, <%= $no_iterations %>);
				 }
     }
     var queryword;

     function onload() {
         queryword = document.getElementById('word');
     }

     function queryKorAP() {
         window.open('http://korap.ids-mannheim.de/kalamar/?q='+queryword.value, 'KorAP');
     }

     function queryKorAPCII(query) {
         window.open('http://korap.ids-mannheim.de/kalamar/?ql=cosmas2&q='+query, 'KorAP');
     }
    </script>
  </head>
  <body onload="onload()">
		<div id="topwrapper">
			<div id="options"  class="widget">
				<form>
					<input id="word" type="text" name="word" size="20"  placeholder="Word(s) to be searched" value="<%= $word %>" 
								 title="When looking for multiple words use spaces as separators to search around the average vector and | as separator to get the neighbours for each word."/> 
					<input type="submit" value="SEARCH">
					<fieldset>
						<legend>Settings</legend>
						<div class="controlgroup-vertical">
							<label for="cutoff">cut-off</label>
							<input id="cutoff" type="text" name="cutoff" size="10"  value="<%= $cutoff %>" title="Only consider the most frequent x word forms.">
							<label for="dedupe">dedupe</label>
							<input id="dedupe" type="checkbox" name="dedupe" value="1" <%= ($dedupe ? "checked" : "") %> title="radically filter out any near-duplicates">
							% if($mergedEnd > 0) {
								<label for="sbf">backw.</label> 
								<input id="sbf" type="checkbox" name="sbf" value="1" <%= ($searchBaseVocabFirst ? "checked" : "") %> title="If checkecked base vocabulary will be searched first. Otherwise merged vocabulray will be searched first.">
							% }
							<label for="neighbours">max. neighbours:</label>
							<input id="neighbours" size="4" name="n" value="<%= $no_nbs %>">
							<label for="iterations">max. iterations</label>
							<input id="iterations" name="N" size="4" value="<%= $no_iterations %>">
							<label for="dosom">SOM</label>
							<input id="dosom" type="checkbox" name="som" value="1" <%= ($show_som ? "checked" : "") %>>
							% if($collocators) {
								<label for="sortby">window/sort</label>
								<select id="sortby" name="sort">
									<option value="0"  <%= ($sort!=1 && $sort!=2? "selected":"") %>>auto focus</option>
									<option value="1"  <%= ($sort==1? "selected":"") %>>any single position</option>
									<option value="2" <%= ($sort==2? "selected":"") %>>whole window</option>
								</select>
							% }
							<span>  </span><input type="button" value="→ KorAP" onclick="queryKorAP();" title="query word with KorAP"/>
							<br>
						</div>
					</fieldset>
				</form>
			</div>
			<div id="tabs">
				<ul>
					<li><a href="#tabs-1">Semantics</a></li>
					<li><a href="#tabs-2">Syntagmatic (collocators)</a></li>
				</ul>
				<div id="tabs-1">
						% if($lists && (@$lists) > 0 && (@$lists)[0]) {
							<div id="wrapper">
								<div id="first" style="width:220px">
									<table class="display compact nowrap" id="firsttable">
										<thead>
											<tr>
												<th align="right">#</th><th align="right">cos</th><th align="left">paradigmatic</th>
											</tr>
										</thead>
										<tbody>
											% my $j=0; my @words; my @vecs; my @ranks; my @marked;
											% for my $list (@$lists) {
												% my $i=0; while($list) {
													% my $item = (@$list)[$i];
													% my $c = ($collocators? (@$collocators)[$i] : 0);
													% last if(!$c && !$item);
													<tr>
														<td align="right">
  														<%= ++$i %>.
														</td>
														% if($item) {
															% if(!grep{$_ eq $item->{word}} @words) {
																%   push @vecs, $item->{vector};
																%   push @words, $item->{word};
																%   push @ranks, $item->{rank};
																%   push @marked, ($marked->{$item->{word}}? 1 : 0);
															% }
															<td align="right">
  															<%= sprintf("%.3f", $item->{dist}) %>
															</td>
															<td>
																% my $class = ($marked->{$item->{word}}? "marked " : ""); 
																% my $r = $item->{rank}; 
																% if($r < $mergedEnd) {
																	%   $class .= "merged";
																	%   $r .= " (merged vocab)";
																% } elsif($mergedEnd!=0 && $r > $mergedEnd) {
																%   $r -= $mergedEnd;
														% }
  													<a class="<%= $class =%>"
															 title="freq. rank: <%= $r =%>"
															 href="<%= url_with->query([word => $item->{word}]) =%>">
															<%= $item->{word} =%>
														</a>
															</td>
												% } else {
															<td colspan="2"/>
												% }
													</tr>
													% last if($i >= 100);
											% }
						% }
									</tbody>
								</table>
							</div>
								<script>
								 % use Mojo::ByteStream 'b';
								 % my $urlprefix = url_with->query([word=>'']);
								 $(window).load(function() {
										 showMap(<%= b(Mojo::JSON::to_json({target => " $word ", mergedEnd=> $mergedEnd, words => \@words, vecs => \@vecs, ranks => \@ranks, marked => \@marked, urlprefix => $urlprefix})); %>);
								 });
								</script>
            % } else {
							<div id="wrapper">
								<p>
									ERROR: "<%= $word %>" not found in vocabluary.
								</p>
							</div>
						% }
						<div id="second">
							<div id="embed">
							</div>
							<div id="cost">
							</div>
							% if($show_som) {
								<div id="som2">
								</div>
								<div id="sominfo1"><span id="somcolor1">   </span> <span id="somword1"> </span> <span id="somcolor2">   </span> <span id="somword2"> </span> <span id="somcolor3">   </span></div>
								<div id="sominfo">SOM iteration <span id="iterations">0</span></div>
							% }
						</div>
					</div>
				</div>
				<div id="tabs-2">
					<div id="second" style="width:500px">
						<table class="display compact nowrap" id="secondtable">
							<thead>
								<tr>
									% if($collocators) {
									<th>#</th>
									<th align="right" title="The window around the target word that is considered for summation.">w'</th>
									<th align="right" title="Raw (max.) activation of the collocator in the output layers.">a</th>
									<th title="Σp(c<sub><small>@</small></sub>) – Sum of the probability approximations that the combination of the target word and the collocator at the relative position @ come from the training corpus. Single approximations can be distorted because of sub-sampling frequent words and the sum cannot itself be interpreted as probability." align="right">Σp</th>
									<th align="right">Σp/|w|</th>
									<th title="c" align="left">collocator</th>
								% }
							</tr>
						</thead>
						<tbody>
							% for(my $i=0; $i < 100; $i++) {
								% my $c = ($collocators? (@$collocators)[$i] : 0);
								<tr>
									<td align="right">
  									<%= $i %>
									</td>
									% if($c) {
										<td align="right">
											<span class="mono"><%= bitvec2window( $c->{pos} ) %></span>
										</td>																				
										<td align="right">
											<%= sprintf("%.3f", $c->{dist}) %>
										</td>
										<td align="right">
											<%= sprintf("%.3e", $c->{norm}) %>
										</td>
										<td align="right">
											<%= sprintf("%.3e", $c->{sum}) %>
										</td>
										<td align="left">
											<a onclick="<%= sprintf("queryKorAPCII('%s /w5 %s')", $c->{word}, $word) =%>"
												 title="freq. rank: <%= $c->{rank} =%>">
												<%= $c->{word} %>
											</a>
										</td>
									% } else {
										<td colspan="5"/>
									% }
								</tr>
							% }
						</tbody>
					</table>
				</div> <!-- - tab2 -->
			</div> <!-- tabs -->
		</div> <!-- topwrapper  -->
		<div style="clear: both;"></div>
		</div>
    % if($training_args) {
      <p>
        Word vector model trained with <a href="https://code.google.com/p/word2vec/">word2vec</a> using the following parameters: <pre><%= $training_args %></pre>
      </p>
    % }
	</body>
</html>