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            "text": "A practical local PDF workflow\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 1\n",
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                "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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            "text": "Why file structure affects compression\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 2\n",
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                "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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            "text": "Checking a compressed copy\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 3\n",
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                "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
                "bbox": [
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          },
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            "sizePoints": [
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            "text": "When a PDF is already optimized\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 4\n",
            "renderSha256": "cd34d6296c5d1bbd228a4c23c79690267e5e30a88bb7b513dd463cce4b262b37",
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              {
                "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
                "bbox": [
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            "text": "A short review checklist\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 5\n",
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                "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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            "text": "A practical local PDF workflow\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 1\n",
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                "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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            "text": "Why file structure affects compression\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 2\n",
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                "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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            "text": "Checking a compressed copy\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 3\n",
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                "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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            "text": "When a PDF is already optimized\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 4\n",
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                "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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            "text": "A short review checklist\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 5\n",
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                "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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          "format": "PDF 1.5",
          "title": "untitled",
          "author": "anonymous",
          "subject": "unspecified",
          "keywords": "",
          "creator": "anonymous",
          "producer": "ReportLab PDF Library - (opensource)",
          "creationDate": "D:20260812113449+05'00'",
          "modDate": "D:20260812113449+05'00'",
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              "text": "A practical local PDF workflow\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 1\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "Why file structure affects compression\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 2\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "Checking a compressed copy\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 3\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "When a PDF is already optimized\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 4\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "A short review checklist\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 5\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "A practical local PDF workflow\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 1\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "Why file structure affects compression\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 2\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "Checking a compressed copy\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 3\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "When a PDF is already optimized\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 4\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "A short review checklist\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 5\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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            "creator": "anonymous",
            "producer": "ReportLab PDF Library - (opensource)",
            "creationDate": "D:20260812113449+05'00'",
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              "text": "A practical local PDF workflow\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 1\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "Why file structure affects compression\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 2\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "Checking a compressed copy\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 3\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "When a PDF is already optimized\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 4\n",
              "renderSha256": "cd34d6296c5d1bbd228a4c23c79690267e5e30a88bb7b513dd463cce4b262b37",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "A short review checklist\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 5\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "A practical local PDF workflow\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 1\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "Why file structure affects compression\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 2\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "Checking a compressed copy\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 3\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "When a PDF is already optimized\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 4\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "A short review checklist\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 5\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "A practical local PDF workflow\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 1\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "Why file structure affects compression\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 2\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "Checking a compressed copy\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 3\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "When a PDF is already optimized\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 4\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "A short review checklist\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 5\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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          "pages": [
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              "text": "A practical local PDF workflow\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 1\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "Why file structure affects compression\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 2\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "Checking a compressed copy\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 3\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "When a PDF is already optimized\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 4\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "A short review checklist\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 5\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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            "title": "untitled",
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            "producer": "ReportLab PDF Library - (opensource)",
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              "text": "A practical local PDF workflow\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 1\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "Why file structure affects compression\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 2\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "Checking a compressed copy\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 3\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "When a PDF is already optimized\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 4\n",
              "renderSha256": "cd34d6296c5d1bbd228a4c23c79690267e5e30a88bb7b513dd463cce4b262b37",
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                {
                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "A short review checklist\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 5\n",
              "renderSha256": "b3f22e9c64b11b21266e634e406ef3e3214bbc25698cab50418e8f6661976099",
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                {
                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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          "metadata": {
            "format": "PDF 1.5",
            "title": "untitled",
            "author": "anonymous",
            "subject": "unspecified",
            "keywords": "",
            "creator": "anonymous",
            "producer": "ReportLab PDF Library - (opensource)",
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              "text": "A practical local PDF workflow\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 1\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "Why file structure affects compression\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 2\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "Checking a compressed copy\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 3\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "When a PDF is already optimized\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 4\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "A short review checklist\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 5\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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            "title": "untitled",
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            "producer": "ReportLab PDF Library - (opensource)",
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              "text": "A practical local PDF workflow\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 1\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "Why file structure affects compression\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 2\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "Checking a compressed copy\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 3\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "When a PDF is already optimized\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 4\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "A short review checklist\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 5\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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            "title": "untitled",
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            "producer": "ReportLab PDF Library - (opensource)",
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          "bytes": 4742,
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              "text": "A practical local PDF workflow\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 1\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "Why file structure affects compression\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 2\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "Checking a compressed copy\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 3\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "When a PDF is already optimized\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 4\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "A short review checklist\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 5\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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            "text": "LocalFlux image-rich PDF fixture\nThis self-authored three-page lookbook uses only repository-controlled LocalFlux imagery. It deliberately embeds large PNG assets so image optimization has\nmeaningful work to do.\n",
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            "title": "LocalFlux image-rich PDF fixture",
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              "text": "LocalFlux image-rich PDF fixture\nThis self-authored three-page lookbook uses only repository-controlled LocalFlux imagery. It deliberately embeds large PNG assets so image optimization has\nmeaningful work to do.\n",
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              "text": "Photo-like landscape fixture\nSource dimensions: 1440 x 960 pixels.\n",
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      "source": {
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            "text": "A practical local PDF workflow\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 1\n",
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                "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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            "text": "Why file structure affects compression\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 2\n",
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                "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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            "text": "Checking a compressed copy\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 3\n",
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                "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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            "sizePoints": [
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            "text": "When a PDF is already optimized\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 4\n",
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                "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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            "text": "A short review checklist\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 5\n",
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                "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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          "producer": "ReportLab PDF Library - (opensource)",
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            "text": "A practical local PDF workflow\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 1\n",
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                "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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            "text": "Why file structure affects compression\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 2\n",
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                "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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            "text": "Checking a compressed copy\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 3\n",
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                "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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            "text": "When a PDF is already optimized\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 4\n",
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                "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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            "text": "A short review checklist\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 5\n",
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                "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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          "format": "PDF 1.5",
          "title": "untitled",
          "author": "anonymous",
          "subject": "unspecified",
          "keywords": "",
          "creator": "anonymous",
          "producer": "ReportLab PDF Library - (opensource)",
          "creationDate": "D:20260812113431+05'00'",
          "modDate": "D:20260812113431+05'00'",
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              "text": "A practical local PDF workflow\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 1\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "Why file structure affects compression\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 2\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "Checking a compressed copy\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 3\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "When a PDF is already optimized\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 4\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "A short review checklist\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 5\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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            "title": "untitled",
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            "producer": "ReportLab PDF Library - (opensource)",
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              "text": "A practical local PDF workflow\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 1\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "Why file structure affects compression\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 2\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "Checking a compressed copy\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 3\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "When a PDF is already optimized\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 4\n",
              "renderSha256": "cd34d6296c5d1bbd228a4c23c79690267e5e30a88bb7b513dd463cce4b262b37",
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                {
                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "A short review checklist\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 5\n",
              "renderSha256": "b3f22e9c64b11b21266e634e406ef3e3214bbc25698cab50418e8f6661976099",
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                {
                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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          "metadata": {
            "format": "PDF 1.5",
            "title": "untitled",
            "author": "anonymous",
            "subject": "unspecified",
            "keywords": "",
            "creator": "anonymous",
            "producer": "ReportLab PDF Library - (opensource)",
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              "text": "A practical local PDF workflow\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 1\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "Why file structure affects compression\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 2\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "Checking a compressed copy\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 3\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "When a PDF is already optimized\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 4\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "A short review checklist\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 5\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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            "title": "untitled",
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            "creator": "anonymous",
            "producer": "ReportLab PDF Library - (opensource)",
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              "text": "A practical local PDF workflow\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 1\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "Why file structure affects compression\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 2\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "Checking a compressed copy\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 3\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "When a PDF is already optimized\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 4\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "A short review checklist\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 5\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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            "format": "PDF 1.5",
            "title": "untitled",
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            "subject": "unspecified",
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            "creator": "anonymous",
            "producer": "ReportLab PDF Library - (opensource)",
            "creationDate": "D:20260812113431+05'00'",
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          "pages": [
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              "text": "A practical local PDF workflow\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 1\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "Why file structure affects compression\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 2\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "Checking a compressed copy\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 3\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "When a PDF is already optimized\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 4\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "A short review checklist\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 5\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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            "title": "untitled",
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            "producer": "ReportLab PDF Library - (opensource)",
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          "pages": [
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              "sizePoints": [
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              "text": "A practical local PDF workflow\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 1\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "Why file structure affects compression\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 2\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "Checking a compressed copy\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 3\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "When a PDF is already optimized\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 4\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "A short review checklist\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 5\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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            "title": "untitled",
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            "keywords": "",
            "creator": "anonymous",
            "producer": "ReportLab PDF Library - (opensource)",
            "creationDate": "D:20260812113431+05'00'",
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          "matchesSourcePageSizes": true,
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              "text": "A practical local PDF workflow\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 1\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "Why file structure affects compression\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 2\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "Checking a compressed copy\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 3\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "When a PDF is already optimized\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 4\n",
              "renderSha256": "cd34d6296c5d1bbd228a4c23c79690267e5e30a88bb7b513dd463cce4b262b37",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "A short review checklist\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 5\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "A practical local PDF workflow\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 1\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "Why file structure affects compression\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 2\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "Checking a compressed copy\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 3\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "When a PDF is already optimized\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 4\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "A short review checklist\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 5\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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            "producer": "ReportLab PDF Library - (opensource)",
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              "text": "A practical local PDF workflow\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 1\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "Why file structure affects compression\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 2\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "Checking a compressed copy\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 3\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "When a PDF is already optimized\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 4\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "A short review checklist\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 5\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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            "producer": "ReportLab PDF Library - (opensource)",
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          "pages": [
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              "text": "A practical local PDF workflow\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 1\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
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              "text": "Why file structure affects compression\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 2\n",
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                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
                  "bbox": [
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                }
              ],
              "images": 0,
              "links": 0,
              "widgets": 0
            },
            {
              "sizePoints": [
                0,
                0,
                595.2755737304688,
                841.8897705078125
              ],
              "text": "Checking a compressed copy\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 3\n",
              "renderSha256": "c4498b0dc9cd65461bcb1c2db80c849eb578e30c4bf72431a9ab137125692f3e",
              "outsidePageTextSpans": [
                {
                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
                  "bbox": [
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                }
              ],
              "images": 0,
              "links": 0,
              "widgets": 0
            },
            {
              "sizePoints": [
                0,
                0,
                595.2755737304688,
                841.8897705078125
              ],
              "text": "When a PDF is already optimized\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 4\n",
              "renderSha256": "cd34d6296c5d1bbd228a4c23c79690267e5e30a88bb7b513dd463cce4b262b37",
              "outsidePageTextSpans": [
                {
                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
                  "bbox": [
                    62.36220169067383,
                    147.22254943847656,
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                  ]
                }
              ],
              "images": 0,
              "links": 0,
              "widgets": 0
            },
            {
              "sizePoints": [
                0,
                0,
                595.2755737304688,
                841.8897705078125
              ],
              "text": "A short review checklist\nReview point 1\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 2\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 3\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 4\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nReview point 5\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nA PDF is a container for pages, fonts, images, and document structure. Compression can reorganize\nrepeated objects and recompress compatible streams, but the useful result depends on how the source\nwas created. Keep the original, compare the measured size, open every page, and confirm that text and\ngraphics remain readable.\nLocalFlux PDF compression editorial fixture\nPage 5\n",
              "renderSha256": "b3f22e9c64b11b21266e634e406ef3e3214bbc25698cab50418e8f6661976099",
              "outsidePageTextSpans": [
                {
                  "text": "Review point 1A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 2A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 3A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 4A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 5A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.Review point 6A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.A PDF is a container for pages, fonts, images, and document structure. Compression can reorganizerepeated objects and recompress compatible streams, but the useful result depends on how the sourcewas created. Keep the original, compare the measured size, open every page, and confirm that text andgraphics remain readable.",
                  "bbox": [
                    62.36220169067383,
                    147.22254943847656,
                    513.8463134765625,
                    970.2225341796875
                  ]
                }
              ],
              "images": 0,
              "links": 0,
              "widgets": 0
            }
          ],
          "metadata": {
            "format": "PDF 1.5",
            "title": "untitled",
            "author": "anonymous",
            "subject": "unspecified",
            "keywords": "",
            "creator": "anonymous",
            "producer": "ReportLab PDF Library - (opensource)",
            "creationDate": "D:20260812113431+05'00'",
            "modDate": "D:20260812113431+05'00'",
            "trapped": "",
            "encryption": null
          },
          "locale": "zh-hant",
          "matchesHistoricalPageRasters": true,
          "matchesSourceText": true,
          "matchesSourcePageSizes": true,
          "byteIdenticalToSource": true
        }
      ]
    }
  ],
  "scope": "Page rendering, extracted visible text, dimensions, off-page text spans and source identity. Existing source clipping is not repaired by compression. Synthetic signature marker is not a valid digital signature.",
  "visualReview": {
    "reviewer": "Codex",
    "reviewedAt": "2026-10-13",
    "scope": "Viewed all 28 original and historical output pages in side-by-side sheets and the first source text page at readable resolution. Both five-page handouts have footer overlap and text outside the page rectangle (text reaches y=970.22 points on 841.89-point pages). The ten current exports per fixture have identical page rasters to historical outputs. The lookbook has four pages including its cover, whose three-page wording is inaccurate. All thirty current positive native UI states (ready/options/completed) reviewed; strategy tab names include English fallback."
  },
  "externalSources": [
    {
      "url": "https://qpdf.readthedocs.io/en/stable/cli.html#option-optimize-images",
      "checkedAt": "2026-10-13",
      "scope": "Eligible image re-encoding, JPEG-quality setting, structural checks and limitations; app command flags independently read from the documented release source."
    },
    {
      "url": "https://helpx.adobe.com/acrobat/desktop/protect-documents/redact-pdfs/redact.html",
      "checkedAt": "2026-10-13",
      "scope": "Redaction removes content; visually covering text is insufficient."
    },
    {
      "url": "https://helpx.adobe.com/acrobat/desktop/protect-documents/redact-pdfs/sanitize.html",
      "checkedAt": "2026-10-13",
      "scope": "Separate hidden-data sanitization workflow."
    },
    {
      "url": "https://helpx.adobe.com/acrobat/desktop/e-sign-documents/learn-about-signatures/signed-pdf-limitations.html",
      "checkedAt": "2026-10-13",
      "scope": "Signed PDF editing restrictions and use of an unsigned original."
    }
  ],
  "negativeChecks": [
    {
      "scenario": "pdf-encrypted",
      "locale": "en",
      "directory": "artifacts/blog-refresh-2026-10-12/captures/pdf-encrypted/en/20261012T234000838Z",
      "deliveredOutputs": 0,
      "detail": "Encrypted PDFs cannot be compressed yet. Remove the encryption and try again.",
      "visible": true,
      "inputSha256": "b070baff99d2d5b05cef7f022d4d08f33e375a32237bb400699394e7c2a4d46f"
    },
    {
      "scenario": "pdf-encrypted",
      "locale": "es",
      "directory": "artifacts/blog-refresh-2026-10-12/captures/pdf-encrypted/es/20261012T234040059Z",
      "deliveredOutputs": 0,
      "detail": "Los PDF cifrados todavía no se pueden comprimir. Quita el cifrado e inténtalo de nuevo.",
      "visible": true,
      "inputSha256": "b070baff99d2d5b05cef7f022d4d08f33e375a32237bb400699394e7c2a4d46f"
    },
    {
      "scenario": "pdf-encrypted",
      "locale": "de",
      "directory": "artifacts/blog-refresh-2026-10-12/captures/pdf-encrypted/de/20261012T234030329Z",
      "deliveredOutputs": 0,
      "detail": "Verschlüsselte PDFs können noch nicht komprimiert werden. Entfernen Sie die Verschlüsselung und versuchen Sie es erneut.",
      "visible": true,
      "inputSha256": "b070baff99d2d5b05cef7f022d4d08f33e375a32237bb400699394e7c2a4d46f"
    },
    {
      "scenario": "pdf-encrypted",
      "locale": "fr",
      "directory": "artifacts/blog-refresh-2026-10-12/captures/pdf-encrypted/fr/20261012T234049625Z",
      "deliveredOutputs": 0,
      "detail": "Les PDF chiffrés ne peuvent pas encore être compressés. Retirez le chiffrement et réessayez.",
      "visible": true,
      "inputSha256": "b070baff99d2d5b05cef7f022d4d08f33e375a32237bb400699394e7c2a4d46f"
    },
    {
      "scenario": "pdf-encrypted",
      "locale": "ja",
      "directory": "artifacts/blog-refresh-2026-10-12/captures/pdf-encrypted/ja/20261012T234108628Z",
      "deliveredOutputs": 0,
      "detail": "暗号化された PDF はまだ圧縮できません。暗号化を解除してから、もう一度お試しください。",
      "visible": true,
      "inputSha256": "b070baff99d2d5b05cef7f022d4d08f33e375a32237bb400699394e7c2a4d46f"
    },
    {
      "scenario": "pdf-encrypted",
      "locale": "ko",
      "directory": "artifacts/blog-refresh-2026-10-12/captures/pdf-encrypted/ko/20261012T234118776Z",
      "deliveredOutputs": 0,
      "detail": "암호화된 PDF는 아직 압축할 수 없습니다. 암호화를 제거하고 다시 시도하십시오.",
      "visible": true,
      "inputSha256": "b070baff99d2d5b05cef7f022d4d08f33e375a32237bb400699394e7c2a4d46f"
    },
    {
      "scenario": "pdf-encrypted",
      "locale": "it",
      "directory": "artifacts/blog-refresh-2026-10-12/captures/pdf-encrypted/it/20261012T234059081Z",
      "deliveredOutputs": 0,
      "detail": "I PDF crittografati non possono ancora essere compressi. Rimuovi la crittografia e riprova.",
      "visible": true,
      "inputSha256": "b070baff99d2d5b05cef7f022d4d08f33e375a32237bb400699394e7c2a4d46f"
    },
    {
      "scenario": "pdf-encrypted",
      "locale": "pt-br",
      "directory": "artifacts/blog-refresh-2026-10-12/captures/pdf-encrypted/pt-br/20261012T234130252Z",
      "deliveredOutputs": 0,
      "detail": "PDFs criptografados ainda não podem ser compactados. Remova a criptografia e tente novamente.",
      "visible": true,
      "inputSha256": "b070baff99d2d5b05cef7f022d4d08f33e375a32237bb400699394e7c2a4d46f"
    },
    {
      "scenario": "pdf-encrypted",
      "locale": "zh-cn",
      "directory": "artifacts/blog-refresh-2026-10-12/captures/pdf-encrypted/zh-cn/20261012T234141258Z",
      "deliveredOutputs": 0,
      "detail": "加密的 PDF 尚无法压缩。删除加密并重试。",
      "visible": true,
      "inputSha256": "b070baff99d2d5b05cef7f022d4d08f33e375a32237bb400699394e7c2a4d46f"
    },
    {
      "scenario": "pdf-encrypted",
      "locale": "zh-hant",
      "directory": "artifacts/blog-refresh-2026-10-12/captures/pdf-encrypted/zh-hant/20261012T234151314Z",
      "deliveredOutputs": 0,
      "detail": "加密的 PDF 尚無法壓縮。刪除加密並重試。",
      "visible": true,
      "inputSha256": "b070baff99d2d5b05cef7f022d4d08f33e375a32237bb400699394e7c2a4d46f"
    },
    {
      "scenario": "pdf-signature-marker",
      "locale": "en",
      "directory": "artifacts/blog-refresh-2026-10-12/captures/pdf-signature-marker/en/20261012T234201442Z",
      "deliveredOutputs": 0,
      "detail": "Digitally signed PDFs cannot be compressed because rewriting the file would invalidate its signature.",
      "visible": true,
      "inputSha256": "d9680b064f04ed9f4111e780f237d9359bf2e8f0848f352eed96c905ed723b0c"
    },
    {
      "scenario": "pdf-signature-marker",
      "locale": "es",
      "directory": "artifacts/blog-refresh-2026-10-12/captures/pdf-signature-marker/es/20261012T234220449Z",
      "deliveredOutputs": 0,
      "detail": "Los PDF firmados digitalmente no se pueden comprimir porque reescribir el archivo invalidaría la firma.",
      "visible": true,
      "inputSha256": "d9680b064f04ed9f4111e780f237d9359bf2e8f0848f352eed96c905ed723b0c"
    },
    {
      "scenario": "pdf-signature-marker",
      "locale": "de",
      "directory": "artifacts/blog-refresh-2026-10-12/captures/pdf-signature-marker/de/20261012T234211004Z",
      "deliveredOutputs": 0,
      "detail": "Digital signierte PDFs können nicht komprimiert werden, da das Neuschreiben der Datei die Signatur ungültig machen würde.",
      "visible": true,
      "inputSha256": "d9680b064f04ed9f4111e780f237d9359bf2e8f0848f352eed96c905ed723b0c"
    },
    {
      "scenario": "pdf-signature-marker",
      "locale": "fr",
      "directory": "artifacts/blog-refresh-2026-10-12/captures/pdf-signature-marker/fr/20261012T234229864Z",
      "deliveredOutputs": 0,
      "detail": "Les PDF signés numériquement ne peuvent pas être compressés, car la réécriture du fichier invaliderait la signature.",
      "visible": true,
      "inputSha256": "d9680b064f04ed9f4111e780f237d9359bf2e8f0848f352eed96c905ed723b0c"
    },
    {
      "scenario": "pdf-signature-marker",
      "locale": "ja",
      "directory": "artifacts/blog-refresh-2026-10-12/captures/pdf-signature-marker/ja/20261012T234248771Z",
      "deliveredOutputs": 0,
      "detail": "ファイルを書き換えると署名が無効になるため、デジタル署名付き PDF は圧縮できません。",
      "visible": true,
      "inputSha256": "d9680b064f04ed9f4111e780f237d9359bf2e8f0848f352eed96c905ed723b0c"
    },
    {
      "scenario": "pdf-signature-marker",
      "locale": "ko",
      "directory": "artifacts/blog-refresh-2026-10-12/captures/pdf-signature-marker/ko/20261012T234258232Z",
      "deliveredOutputs": 0,
      "detail": "디지털 서명된 PDF는 파일을 다시 쓰면 서명이 무효화되므로 압축할 수 없습니다.",
      "visible": true,
      "inputSha256": "d9680b064f04ed9f4111e780f237d9359bf2e8f0848f352eed96c905ed723b0c"
    },
    {
      "scenario": "pdf-signature-marker",
      "locale": "it",
      "directory": "artifacts/blog-refresh-2026-10-12/captures/pdf-signature-marker/it/20261012T234239274Z",
      "deliveredOutputs": 0,
      "detail": "I PDF firmati digitalmente non possono essere compressi perché la riscrittura del file ne invaliderebbe la firma.",
      "visible": true,
      "inputSha256": "d9680b064f04ed9f4111e780f237d9359bf2e8f0848f352eed96c905ed723b0c"
    },
    {
      "scenario": "pdf-signature-marker",
      "locale": "pt-br",
      "directory": "artifacts/blog-refresh-2026-10-12/captures/pdf-signature-marker/pt-br/20261012T234307713Z",
      "deliveredOutputs": 0,
      "detail": "PDFs assinados digitalmente não podem ser compactados porque reescrever o arquivo invalidaria sua assinatura.",
      "visible": true,
      "inputSha256": "d9680b064f04ed9f4111e780f237d9359bf2e8f0848f352eed96c905ed723b0c"
    },
    {
      "scenario": "pdf-signature-marker",
      "locale": "zh-cn",
      "directory": "artifacts/blog-refresh-2026-10-12/captures/pdf-signature-marker/zh-cn/20261012T234317127Z",
      "deliveredOutputs": 0,
      "detail": "数字签名的 PDF 无法压缩，因为重写文件会使其签名无效。",
      "visible": true,
      "inputSha256": "d9680b064f04ed9f4111e780f237d9359bf2e8f0848f352eed96c905ed723b0c"
    },
    {
      "scenario": "pdf-signature-marker",
      "locale": "zh-hant",
      "directory": "artifacts/blog-refresh-2026-10-12/captures/pdf-signature-marker/zh-hant/20261012T234326607Z",
      "deliveredOutputs": 0,
      "detail": "數字簽名的 PDF 無法壓縮，因為重寫檔案會使其簽名無效。",
      "visible": true,
      "inputSha256": "d9680b064f04ed9f4111e780f237d9359bf2e8f0848f352eed96c905ed723b0c"
    }
  ],
  "negativeVisualReview": {
    "reviewedAt": "2026-10-13",
    "scope": "Reviewed completed native frames with visible localized error details in all ten languages for both probes. AES-256 encrypted fixture and synthetic signature-marker fixture were rejected with no delivered PDF. The marker fixture is not a cryptographically valid signed document; this tests the conservative ByteRange/Contents preflight only."
  }
}