Use relative path for images instead of absolute

comparison.html

@@ -82,16 +82,16 @@ <h3>Lossless compression ratio and Weissman score:</h3>
 </tbody>
 </table>
 <h3>Encoding times:</h3>
-<p><img class="graph" alt="Encodinq time in function of bits per pixel" src="http://wyohknott.github.io/image-formats-comparison/subset1.encoding_time.(av1-20160930,av1-20170809,av1-20180222).svg"></p>
+<p><img class="graph" alt="Encodinq time in function of bits per pixel" src="subset1.encoding_time.(av1-20160930,av1-20170809,av1-20180222).svg"></p>
 <h3>Bits per pixel at equivalent quality according to VMAF</h3>
-<p><img class="graph" alt="Bits per pixel at equivalent quality according to VMAF" src="http://wyohknott.github.io/image-formats-comparison/subset1.vmaf.(av1-20160930,av1-20170809,av1-20180222).svg"></p>
+<p><img class="graph" alt="Bits per pixel at equivalent quality according to VMAF" src="subset1.vmaf.(av1-20160930,av1-20170809,av1-20180222).svg"></p>
 <h3>Bits per pixel at equivalent quality according to Y-PSNR-HVS-M</h3>
-<p><img class="graph" alt="Bits per pixel at equivalent quality according to Y-PSNR-HVS-M" src="http://wyohknott.github.io/image-formats-comparison/subset1.psnr-hvs-m.(av1-20160930,av1-20170809,av1-20180222).svg"></p>
+<p><img class="graph" alt="Bits per pixel at equivalent quality according to Y-PSNR-HVS-M" src="subset1.psnr-hvs-m.(av1-20160930,av1-20170809,av1-20180222).svg"></p>
 <h3>Bits per pixel at equivalent quality according to Y-MSSSIM</h3>
-<p><img class="graph" alt="Bits per pixel at equivalent quality according to Y-MSSSIM" src="http://wyohknott.github.io/image-formats-comparison/subset1.ms-ssim.(av1-20160930,av1-20170809,av1-20180222).svg"></p>
+<p><img class="graph" alt="Bits per pixel at equivalent quality according to Y-MSSSIM" src="subset1.ms-ssim.(av1-20160930,av1-20170809,av1-20180222).svg"></p>
 <h3>Bits per pixel at equivalent quality according to Y-SSIM</h3>
-<p><img class="graph" alt="Bits per pixel at equivalent quality according to Y-SSIM" src="http://wyohknott.github.io/image-formats-comparison/subset1.y-ssim.(av1-20160930,av1-20170809,av1-20180222).svg"></p>
+<p><img class="graph" alt="Bits per pixel at equivalent quality according to Y-SSIM" src="subset1.y-ssim.(av1-20160930,av1-20170809,av1-20180222).svg"></p>
 <h3>Bits per pixel at equivalent quality according to RGB-SSIM</h3>
-<p><img class="graph" alt="Bits per pixel at equivalent quality according to RGB-SSIM" src="http://wyohknott.github.io/image-formats-comparison/subset1.rgb-ssim.(av1-20160930,av1-20170809,av1-20180222).svg"></p>
+<p><img class="graph" alt="Bits per pixel at equivalent quality according to RGB-SSIM" src="subset1.rgb-ssim.(av1-20160930,av1-20170809,av1-20180222).svg"></p>
 </body>
 </html>

comparison.md

@@ -16,28 +16,28 @@
 ###Encoding times:
 
 
-![Encodinq time in function of bits per pixel](http://wyohknott.github.io/image-formats-comparison/subset1.encoding_time.(av1-20160930,av1-20170809,av1-20180222\).svg)
+![Encodinq time in function of bits per pixel](subset1.encoding_time.(av1-20160930,av1-20170809,av1-20180222\).svg)
 
 
 ###Bits per pixel at equivalent quality according to VMAF
 
-![Bits per pixel at equivalent quality according to VMAF](http://wyohknott.github.io/image-formats-comparison/subset1.vmaf.(av1-20160930,av1-20170809,av1-20180222\).svg)
+![Bits per pixel at equivalent quality according to VMAF](subset1.vmaf.(av1-20160930,av1-20170809,av1-20180222\).svg)
 
 ###Bits per pixel at equivalent quality according to Y-PSNR-HVS-M
 
-![Bits per pixel at equivalent quality according to Y-PSNR-HVS-M](http://wyohknott.github.io/image-formats-comparison/subset1.psnr-hvs-m.(av1-20160930,av1-20170809,av1-20180222\).svg)
+![Bits per pixel at equivalent quality according to Y-PSNR-HVS-M](subset1.psnr-hvs-m.(av1-20160930,av1-20170809,av1-20180222\).svg)
 
 ###Bits per pixel at equivalent quality according to Y-MSSSIM
 
-![Bits per pixel at equivalent quality according to Y-MSSSIM](http://wyohknott.github.io/image-formats-comparison/subset1.ms-ssim.(av1-20160930,av1-20170809,av1-20180222\).svg)
+![Bits per pixel at equivalent quality according to Y-MSSSIM](subset1.ms-ssim.(av1-20160930,av1-20170809,av1-20180222\).svg)
 
 ###Bits per pixel at equivalent quality according to Y-SSIM
 
-![Bits per pixel at equivalent quality according to Y-SSIM](http://wyohknott.github.io/image-formats-comparison/subset1.y-ssim.(av1-20160930,av1-20170809,av1-20180222\).svg)
+![Bits per pixel at equivalent quality according to Y-SSIM](subset1.y-ssim.(av1-20160930,av1-20170809,av1-20180222\).svg)
 
 ###Bits per pixel at equivalent quality according to RGB-SSIM
 
-![Bits per pixel at equivalent quality according to RGB-SSIM](http://wyohknott.github.io/image-formats-comparison/subset1.rgb-ssim.(av1-20160930,av1-20170809,av1-20180222\).svg)
+![Bits per pixel at equivalent quality according to RGB-SSIM](subset1.rgb-ssim.(av1-20160930,av1-20170809,av1-20180222\).svg)
 
 
 

lossy_results.html

@@ -20,14 +20,14 @@
 <h1>Lossy metrics</h1>
 <p>For each comparison algorithms, we plot the quality in dB in function of the mean bits per pixel on a logarithmic scale. We can then visualize which codec gives the best quality at a given bit per pixel (top left is better).</p>
 <h2>Bits per pixel at equivalent quality according to VMAF</h2>
-<p><img class="graph" alt="Bits per pixel at equivalent quality according to VMAF" src="http://wyohknott.github.io/image-formats-comparison/subset1.vmaf.(openjpeg,flif,vp9,daala,jxr,bpg,mozjpeg,webp,kdu,av1-20180222,pik).svg"></p>
+<p><img class="graph" alt="Bits per pixel at equivalent quality according to VMAF" src="subset1.vmaf.(openjpeg,flif,vp9,daala,jxr,bpg,mozjpeg,webp,kdu,av1-20180222,pik).svg"></p>
 <h2>Bits per pixel at equivalent quality according to Y-PSNR-HVS-M</h2>
-<p><img class="graph" alt="Bits per pixel at equivalent quality according to Y-PSNR-HVS-M" src="http://wyohknott.github.io/image-formats-comparison/subset1.psnr-hvs-m.(openjpeg,flif,vp9,daala,jxr,bpg,mozjpeg,webp,kdu,av1-20180222,pik).svg"></p>
+<p><img class="graph" alt="Bits per pixel at equivalent quality according to Y-PSNR-HVS-M" src="subset1.psnr-hvs-m.(openjpeg,flif,vp9,daala,jxr,bpg,mozjpeg,webp,kdu,av1-20180222,pik).svg"></p>
 <h2>Bits per pixel at equivalent quality according to Y-MSSSIM</h2>
-<p><img class="graph" alt="Bits per pixel at equivalent quality according to Y-MSSSIM" src="http://wyohknott.github.io/image-formats-comparison/subset1.ms-ssim.(openjpeg,flif,vp9,daala,jxr,bpg,mozjpeg,webp,kdu,av1-20180222,pik).svg"></p>
+<p><img class="graph" alt="Bits per pixel at equivalent quality according to Y-MSSSIM" src="subset1.ms-ssim.(openjpeg,flif,vp9,daala,jxr,bpg,mozjpeg,webp,kdu,av1-20180222,pik).svg"></p>
 <h2>Bits per pixel at equivalent quality according to Y-SSIM</h2>
-<p><img class="graph" alt="Bits per pixel at equivalent quality according to Y-SSIM" src="http://wyohknott.github.io/image-formats-comparison/subset1.y-ssim.(openjpeg,flif,vp9,daala,jxr,bpg,mozjpeg,webp,kdu,av1-20180222,pik).svg"></p>
+<p><img class="graph" alt="Bits per pixel at equivalent quality according to Y-SSIM" src="subset1.y-ssim.(openjpeg,flif,vp9,daala,jxr,bpg,mozjpeg,webp,kdu,av1-20180222,pik).svg"></p>
 <h2>Bits per pixel at equivalent quality according to RGB-SSIM</h2>
-<p><img class="graph" alt="Bits per pixel at equivalent quality according to RGB-SSIM" src="http://wyohknott.github.io/image-formats-comparison/subset1.rgb-ssim.(openjpeg,flif,vp9,daala,jxr,bpg,mozjpeg,webp,kdu,av1-20180222,pik).svg"></p>
+<p><img class="graph" alt="Bits per pixel at equivalent quality according to RGB-SSIM" src="subset1.rgb-ssim.(openjpeg,flif,vp9,daala,jxr,bpg,mozjpeg,webp,kdu,av1-20180222,pik).svg"></p>
 </body>
 </html>

lossy_results.md

@@ -4,20 +4,20 @@ For each comparison algorithms, we plot the quality in dB in function of the mea
 
 ##Bits per pixel at equivalent quality according to VMAF
 
-![Bits per pixel at equivalent quality according to VMAF](http://wyohknott.github.io/image-formats-comparison/subset1.vmaf.(openjpeg,flif,vp9,daala,jxr,bpg,mozjpeg,webp,kdu,av1-20180222,pik\).svg)
+![Bits per pixel at equivalent quality according to VMAF](subset1.vmaf.(openjpeg,flif,vp9,daala,jxr,bpg,mozjpeg,webp,kdu,av1-20180222,pik\).svg)
 
 ##Bits per pixel at equivalent quality according to Y-PSNR-HVS-M
 
-![Bits per pixel at equivalent quality according to Y-PSNR-HVS-M](http://wyohknott.github.io/image-formats-comparison/subset1.psnr-hvs-m.(openjpeg,flif,vp9,daala,jxr,bpg,mozjpeg,webp,kdu,av1-20180222,pik\).svg)
+![Bits per pixel at equivalent quality according to Y-PSNR-HVS-M](subset1.psnr-hvs-m.(openjpeg,flif,vp9,daala,jxr,bpg,mozjpeg,webp,kdu,av1-20180222,pik\).svg)
 
 ##Bits per pixel at equivalent quality according to Y-MSSSIM
 
-![Bits per pixel at equivalent quality according to Y-MSSSIM](http://wyohknott.github.io/image-formats-comparison/subset1.ms-ssim.(openjpeg,flif,vp9,daala,jxr,bpg,mozjpeg,webp,kdu,av1-20180222,pik\).svg)
+![Bits per pixel at equivalent quality according to Y-MSSSIM](subset1.ms-ssim.(openjpeg,flif,vp9,daala,jxr,bpg,mozjpeg,webp,kdu,av1-20180222,pik\).svg)
 
 ##Bits per pixel at equivalent quality according to Y-SSIM
 
-![Bits per pixel at equivalent quality according to Y-SSIM](http://wyohknott.github.io/image-formats-comparison/subset1.y-ssim.(openjpeg,flif,vp9,daala,jxr,bpg,mozjpeg,webp,kdu,av1-20180222,pik\).svg)
+![Bits per pixel at equivalent quality according to Y-SSIM](subset1.y-ssim.(openjpeg,flif,vp9,daala,jxr,bpg,mozjpeg,webp,kdu,av1-20180222,pik\).svg)
 
 ##Bits per pixel at equivalent quality according to RGB-SSIM
 
-![Bits per pixel at equivalent quality according to RGB-SSIM](http://wyohknott.github.io/image-formats-comparison/subset1.rgb-ssim.(openjpeg,flif,vp9,daala,jxr,bpg,mozjpeg,webp,kdu,av1-20180222,pik\).svg)
+![Bits per pixel at equivalent quality according to RGB-SSIM](subset1.rgb-ssim.(openjpeg,flif,vp9,daala,jxr,bpg,mozjpeg,webp,kdu,av1-20180222,pik\).svg)

report.html

@@ -288,18 +288,18 @@ <h3>Lossless compression ratio and Weissman score:</h3>
 </tbody>
 </table>
 <h3>Lossy compression and speed</h3>
-<p><img alt="Encoding time in function of bits per pixel" src="subset1.encoding_time.(openjpeg,flif,vp9,daala,jxr,bpg,mozjpeg,webp,kdu,av1-20180222,pik).svg"></p>
+<p><img class="graph" alt="Encoding time in function of bits per pixel" src="subset1.encoding_time.(openjpeg,flif,vp9,daala,jxr,bpg,mozjpeg,webp,kdu,av1-20180222,pik).svg"></p>
 <h3>Lossy metrics</h3>
 <p>For each comparison algorithms, we plot the quality in dB in function of the mean bits per pixel on a logarithmic scale. We can then visualize which codec gives the best quality at a given bit per pixel (top left is better).</p>
 <h4>Bits per pixel at equivalent quality according to VMAF</h4>
-<p><img alt="Bits per pixel at equivalent quality according to VMAF" src="subset1.vmaf.(openjpeg,flif,vp9,daala,jxr,bpg,mozjpeg,webp,kdu,av1-20180222,pik).svg"></p>
+<p><img class="graph" alt="Bits per pixel at equivalent quality according to VMAF" src="subset1.vmaf.(openjpeg,flif,vp9,daala,jxr,bpg,mozjpeg,webp,kdu,av1-20180222,pik).svg"></p>
 <h4>Bits per pixel at equivalent quality according to Y-PSNR-HVS-M</h4>
-<p><img alt="Bits per pixel at equivalent quality according to Y-PSNR-HVS-M" src="subset1.psnr-hvs-m.(openjpeg,flif,vp9,daala,jxr,bpg,mozjpeg,webp,kdu,av1-20180222,pik).svg"></p>
+<p><img class="graph" alt="Bits per pixel at equivalent quality according to Y-PSNR-HVS-M" src="subset1.psnr-hvs-m.(openjpeg,flif,vp9,daala,jxr,bpg,mozjpeg,webp,kdu,av1-20180222,pik).svg"></p>
 <h4>Bits per pixel at equivalent quality according to Y-MSSSIM</h4>
-<p><img alt="Bits per pixel at equivalent quality according to Y-MSSSIM" src="subset1.ms-ssim.(openjpeg,flif,vp9,daala,jxr,bpg,mozjpeg,webp,kdu,av1-20180222,pik).svg"></p>
+<p><img class="graph" alt="Bits per pixel at equivalent quality according to Y-MSSSIM" src="subset1.ms-ssim.(openjpeg,flif,vp9,daala,jxr,bpg,mozjpeg,webp,kdu,av1-20180222,pik).svg"></p>
 <h4>Bits per pixel at equivalent quality according to Y-SSIM</h4>
-<p><img alt="Bits per pixel at equivalent quality according to Y-SSIM" src="subset1.y-ssim.(openjpeg,flif,vp9,daala,jxr,bpg,mozjpeg,webp,kdu,av1-20180222,pik).svg"></p>
+<p><img class="graph" alt="Bits per pixel at equivalent quality according to Y-SSIM" src="subset1.y-ssim.(openjpeg,flif,vp9,daala,jxr,bpg,mozjpeg,webp,kdu,av1-20180222,pik).svg"></p>
 <h4>Bits per pixel at equivalent quality according to RGB-SSIM</h4>
-<p><img alt="Bits per pixel at equivalent quality according to RGB-SSIM" src="subset1.rgb-ssim.(openjpeg,flif,vp9,daala,jxr,bpg,mozjpeg,webp,kdu,av1-20180222,pik).svg"></p>
+<p><img class="graph" alt="Bits per pixel at equivalent quality according to RGB-SSIM" src="subset1.rgb-ssim.(openjpeg,flif,vp9,daala,jxr,bpg,mozjpeg,webp,kdu,av1-20180222,pik).svg"></p>
 </body>
 </html>

speed_results.html

@@ -129,6 +129,6 @@ <h2>Lossless compression ratio and Weissman score:</h2>
 </tbody>
 </table>
 <h2>Lossy compression and speed</h2>
-<p><img class="graph" alt="Encoding time in function of bits per pixel" src="http://wyohknott.github.io/image-formats-comparison/subset1.encoding_time.(openjpeg,flif,vp9,daala,jxr,bpg,mozjpeg,webp,kdu,av1-20180222,pik).svg"></p>
+<p><img class="graph" alt="Encoding time in function of bits per pixel" src="subset1.encoding_time.(openjpeg,flif,vp9,daala,jxr,bpg,mozjpeg,webp,kdu,av1-20180222,pik).svg"></p>
 </body>
 </html>

speed_results.md

@@ -18,4 +18,4 @@
 
 ##Lossy compression and speed
 
-![Encoding time in function of bits per pixel](http://wyohknott.github.io/image-formats-comparison/subset1.encoding_time.(openjpeg,flif,vp9,daala,jxr,bpg,mozjpeg,webp,kdu,av1-20180222,pik\).svg)
+![Encoding time in function of bits per pixel](subset1.encoding_time.(openjpeg,flif,vp9,daala,jxr,bpg,mozjpeg,webp,kdu,av1-20180222,pik\).svg)