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yurydelendik/gist:f2b846dae7cb29c86d23

Last active October 1, 2024 08:02
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PDF.js get/show hightlight
Raw
gistfile1.js
function getHightlightCoords() {
var pageIndex = PDFViewerApplication.pdfViewer.currentPageNumber - 1;
var page = PDFViewerApplication.pdfViewer.getPageView(pageIndex);
var pageRect = page.canvas.getClientRects()[0];
var selectionRects = window.getSelection().getRangeAt(0).getClientRects();
var viewport = page.viewport;
var selected = selectionRects.map(function (r) {
return viewport.convertToPdfPoint(r.left - pageRect.x, r.top - pageRect.y).concat(
viewport.convertToPdfPoint(r.right - pageRect.x, r.bottom - pageRect.y));
});
return {page: pageIndex, coords: selected};
}
function showHighlight(selected) {
var pageIndex = selected.page;
var page = PDFViewerApplication.pdfViewer.getPageView(pageIndex);
var pageElement = page.canvas.parentElement;
var viewport = page.viewport;
selected.coords.forEach(function (rect) {
var bounds = viewport.convertToViewportRectangle(rect);
var el = document.createElement('div');
el.setAttribute('style', 'position: absolute; background-color: pink;' +
'left:' + Math.min(bounds[0], bounds[2]) + 'px; top:' + Math.min(bounds[1], bounds[3]) + 'px;' +
'width:' + Math.abs(bounds[0] - bounds[2]) + 'px; height:' + Math.abs(bounds[1] - bounds[3]) + 'px;');
pageElement.appendChild(el);
});
}
@shessafridi
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I am getting this weird overflow with this approach any idea why this might be the case?

the pdf viewer I am using is ngx-extended-pdf-viewer

image

@vquilon
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vquilon commented Nov 27, 2021 •
edited
Loading

This is my updated solution. With this example you can continue and add some buttons, with pagination or zoom scalation. Have FUN!

HTML

<link rel="stylesheet" href="https://mozilla.github.io/pdf.js/web/viewer.css">
<script defer src="https://cdnjs.cloudflare.com/ajax/libs/pdf.js/2.11.338/pdf.min.js"></script>

<div id="pdfContainer" class="pdf-content"></div>

CSS

#pdfContainer {
  display: flex;
  justify-content: center;
}

JAVASCRIPT

window.onload = function () {
  function getOutputScale() {
    var pixelRatio = 'devicePixelRatio' in window ? window.devicePixelRatio : 1;
    return {
      sx: pixelRatio,
      sy: pixelRatio,
      scaled: pixelRatio != 1
    };
  }

  // atob() is used to convert base64 encoded PDF to binary-like data.
  var pdfBase64 = atob(
    "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"
  );

  window.myState = {
    pdfDoc: null,
    pageNum: 1,
    pageRendering: false,
    pageNumPending: null,
    scale: 0.8,
    canvas: null,
    ctx: null,
    textLayer: null,
  };
  myState.canvas = document.createElement("canvas");
  var $pdfContainer = document.querySelector("#pdfContainer");
  $pdfContainer.appendChild(myState.canvas);
  myState.ctx = myState.canvas.getContext('2d');
  
  // Create TextLayer Div
  var canvasOffset = myState.canvas.getBoundingClientRect();
  var $textLayerDiv = document.createElement("div");
  $textLayerDiv.classList.add("textLayer");
  $pdfContainer.append($textLayerDiv);
  myState.textLayer = $textLayerDiv;


  /**
   * Get page info from document, resize canvas accordingly, and render page.
   * @param num Page number.
   */
  function renderPage(num) {
    myState.pageRendering = true;
    // Using promise to fetch the page
    myState.pdfDoc.getPage(num).then(function(page) {
      var viewport = page.getViewport({scale: myState.scale});
     

      // The following few lines of code set up scaling on the ctx if we are on a HiDPI display
      var outputScale = getOutputScale();
  
      
      myState.canvas.width = Math.floor(viewport.width);
      myState.canvas.height = Math.floor(viewport.height);
      myState.canvas.style.width = Math.floor(viewport.width) + "px";
      myState.canvas.style.height = Math.floor(viewport.height) + "px";

      $textLayerDiv.style.width = Math.floor(viewport.width) + "px";
      $textLayerDiv.style.height = Math.floor(viewport.height) + "px";
      
      let canvasOffset = myState.canvas.getBoundingClientRect();
      $textLayerDiv.style.top = `${canvasOffset.top}px`;
      $textLayerDiv.style.left = `${canvasOffset.left}px`;

      const transform = outputScale !== 1 ? [outputScale, 0, 0, outputScale, 0, 0] : null;
      
      // Render PDF page into canvas context
      var renderContext = {
          canvasContext: myState.ctx,
          viewport: viewport,
          transform: transform,
      };

      var renderTask = page.render(renderContext);
      
      renderTask.promise.then(() => {
        myState.pageRendering = false;
        if (myState.pageNumPending !== null) {
          // New page rendering is pending
          renderPage(myState.pageNumPending);
          myState.pageNumPending = null;
        }
        
        return page.getTextContent().then((textContent) => {      
          var textLayer =  pdfjsLib.renderTextLayer({
            textContent: textContent,
            container: $textLayerDiv,
            viewport: viewport
          });
          textLayer._render();
          //textLayer.setTextContent(textContent);
          //textLayer.render();
        });
      });
    });

    // Update page counters
    // document.getElementById('page_num').textContent = num;
  }
  
  /**
   * If another page rendering in progress, waits until the rendering is
   * finised. Otherwise, executes rendering immediately.
   */
  function queueRenderPage(num) {
    if (myState.pageRendering) {
      myState.pageNumPending = num;
    } else {
      renderPage(num);
    }
  }

  /**
   * Displays previous page.
   */
  function onPrevPage() {
    if (myState.pageNum <= 1) {
      return;
    }
    myState.pageNum--;
    queueRenderPage(myState.pageNum);
  }
  /**
   * Displays next page.
   */
  function onNextPage() {
    if (myState.pageNum >= myState.pdfDoc.numPages) {
      return;
    }
    myState.pageNum++;
    queueRenderPage(myState.pageNum);
  }
  // document.getElementById('next').addEventListener('click', onNextPage);
  // document.getElementById('prev').addEventListener('click', onPrevPage);
  
  /**
   * Asynchronously downloads PDF.
   */
  pdfjsLib.getDocument({data: pdfBase64}).promise.then(function(pdfDoc_) {
    myState.pdfDoc = pdfDoc_;
    // document.getElementById('page_count').textContent = pdfDoc.numPages;
    
    // Initial/first page rendering
    renderPage(myState.pageNum);
  });
  
  
  
  // Text Higlihter
  function getSelectionCoords() {
   
    let pageIndex = myState.pageNum;
    let selectedPromise = myState.pdfDoc.getPage(pageIndex).then((_page) => {
      let pageRect = myState.canvas.getClientRects()[0];
      let selectionRects = window.getSelection().getRangeAt(0).getClientRects();
      let viewport = _page.getViewport({scale: myState.scale});
      let selectionRectsList = Object.values(selectionRects);
      
      let selected = selectionRectsList.map(function (r) {
        return viewport.convertToPdfPoint(r.left - pageRect.x, r.top - pageRect.y).concat(
           viewport.convertToPdfPoint(r.right - pageRect.x, r.bottom - pageRect.y)); 
      });
      return selected;
    });
    
 
    return {pageIndex: pageIndex, coordsPromise: selectedPromise};
  }

  function showHighlight() {
      var {pageIndex, coordsPromise} = getSelectionCoords();
      myState.pdfDoc.getPage(pageIndex).then((page) => {
        var viewport = page.getViewport({scale: myState.scale});;
        coordsPromise.then((coords) => {
          let highlightColor = generateColor();
          
          coords.forEach(function (rect) {
            let bounds = viewport.convertToViewportRectangle(rect);

            var x1 = Math.min(bounds[0], bounds[2]);
            var y1 = Math.min(bounds[1], bounds[3]);
            var width =  Math.abs(bounds[0] - bounds[2]);
            var hight = Math.abs(bounds[1] - bounds[3]);
            
            var el = createRectDiv([x1, y1, width, hight], highlightColor);
            myState.textLayer.appendChild(el);
          });
        });
      });
  }
  
  const generateColor = () => {
    return Math.floor(Math.random()*16777215).toString(16);
  }
  function createRectDiv(boundBox, highlightColor){
      // console.log(randomColor);
      var el = document.createElement('div');
      el.setAttribute('class', 'hiDiv')
      el.setAttribute('style', 'position: absolute; background-color: #'+highlightColor+'; opacity: 0.5;' + 
      'left:' + boundBox[0] + 'px; top:' + boundBox[1] + 'px;' +
      'width:' + boundBox[2] + 'px; height:' + boundBox[3] + 'px;');
      return el;
  }

  window.addEventListener('mouseup', function() {
    var length = window.getSelection().toString().length;
    if(length > 0){
        showHighlight();
    }else {
        // Clear All ?!
    }
    console.log();
  });
};

@abhilashsajeev
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@vquilon @ricardojlrufino Is it possible to download the file with the highlights?

@vquilon
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vquilon commented Dec 30, 2021

@abhilashsajeev If you want to make annotations in the PDF file you need to modify the binary data of the file. To do that you need another library like https://pdf-lib.js.org/.

@achapman009
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achapman009 commented Jun 29, 2022 •
edited
Loading

I am getting this weird overflow with this approach any idea why this might be the case?

the pdf viewer I am using is ngx-extended-pdf-viewer

image

@shessafridi I am having this same issue. Did you ever resolve this?

@vquilon
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vquilon commented Jun 29, 2022 •
edited
Loading

I am getting this weird overflow with this approach any idea why this might be the case?
the pdf viewer I am using is ngx-extended-pdf-viewer
image

@shessafridi I am having this same issue. Did you ever resolve this?

This seems to be a problem in the style of hidden text layer. I mean, maybe you have other CSS that modify the text layers, for example the font-size, I recommend you, to use my solution from zero, no extra CSS or code.

I have a minimal solution in a Codepen. Only highgliht the texts, but in the javascript you can copy the text or other operations.

Minimalistic PDF selector

@nurullah
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nurullah commented Jul 8, 2022

I am getting this weird overflow with this approach any idea why this might be the case?
the pdf viewer I am using is ngx-extended-pdf-viewer
image

@shessafridi I am having this same issue. Did you ever resolve this?

As far as i remember this problem is caused by the textLayerMode property. You can try this property by giving 2 value.

const pdfViewer = new pdfjsViewer.PDFViewer({
  container,  
  eventBus,  
  linkService,  
  textLayerMode: 2  
})

@falxen
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falxen commented Jul 16, 2022

@vquilon Thanks for your codepen. https://codepen.io/vquilon/pen/zYdgjVV
Unfortunately, it doesn't seem to highlight anything for me - what paragraph or words is it meant to highlight? I was hoping to start off with your code: I'm trying to highlight a part of the PDF, when given the start index and end index (of how the text appears in the PDF).

@achapman009
Copy link

I am getting this weird overflow with this approach any idea why this might be the case?
the pdf viewer I am using is ngx-extended-pdf-viewer
image

@shessafridi I am having this same issue. Did you ever resolve this?

As far as i remember this problem is caused by the textLayerMode property. You can try this property by giving 2 value.

const pdfViewer = new pdfjsViewer.PDFViewer({
  container,  
  eventBus,  
  linkService,  
  textLayerMode: 2  
})

This is the correct answer. Fixed all issues.

@arty-ms
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arty-ms commented Nov 2, 2023

This solution is not useful for several reasons:

  1. It is an overlay on the top of the text, so it changes the view(color) of the text.
  2. On the tablets it will work with problems.
  3. The pdf.js TextLayer is rendered with incorrect fonts. That's why your highlight may be in incorrect place.
    The smooth way would be to make highlight using canvas. You need to construct charsMap of all characters rendered on the canvas by pdf.js. Then on mouse move you will need to find the char in charsMap and re-draw text with background on the top of pdf.js canvas. This drawing should be done in separate custom canvas.

@Mowmowj
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Mowmowj commented Jan 12, 2024 •
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This solution is not useful for several reasons:

  1. It is an overlay on the top of the text, so it changes the view(color) of the text.
  2. On the tablets it will work with problems.
  3. The pdf.js TextLayer is rendered with incorrect fonts. That's why your highlight may be in incorrect place.
    The smooth way would be to make highlight using canvas. You need to construct charsMap of all characters rendered on the canvas by pdf.js. Then on mouse move you will need to find the char in charsMap and re-draw text with background on the top of pdf.js canvas. This drawing should be done in separate custom canvas.

Hi, I am working on this recently, I would like to discuss this with you.
About your problem :
No.1 you could add a svg layer under text layer to use rect to render the highlighted element then the text layer will not be changed.
No.2 curious to know why can't it work on tablet? cuz touch or something? (as i know ios selection have problem.)
No.3 you are right the text layer position is not 100% same with canvas text position. the canvas solution is great as i find the "apryse"(but it not open source and need pay) seems to use this solution. But I am not sure how much work need to do of this by self.

@dieggop
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dieggop commented Apr 26, 2024

Is possible to get only position of click on document? in points?

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