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@@ -102,7 +102,7 @@ in Python.</blockquote><h2 id=generating-spectograms>Generating Spectograms</h2>
 out to use the <a href=https://linux.die.net/man/1/sox>SoX - Sound eXchange, the Swiss Army knife of audio
 manipulation</a> one because it didn't require
 anything else.<pre tabindex=0 style=background-color:#fff><code><span style=display:flex><span>sox output.wav -n spectrogram -o spectrogram.png
-</span></span></code></pre><p>An example spectrogram of Ludwig van Beethoven Symphony No. 6 First movement.</p><audio controls><source src=/posts/dna-synthesized/symphony-no6-1st-movement.mp3 type=audio/mpeg></audio><figure><img src=/posts/dna-synthesized/symphony-no6-1st-movement.png alt="Ludwig van Beethoven Symphony No. 6 First movement"></figure><p>The other option could also be in combination with
+</span></span></code></pre><p>An example spectrogram of Ludwig van Beethoven Symphony No. 6 First movement.</p><audio controls><source src=/posts/dna-synthesized/symphony-no6-1st-movement.mp3 type=audio/mpeg></audio><figure><img loading="lazy" src=/posts/dna-synthesized/symphony-no6-1st-movement.png alt="Ludwig van Beethoven Symphony No. 6 First movement"></figure><p>The other option could also be in combination with
 <a href=http://www.gnuplot.info/>gnuplot</a>. This would require an intermediary step,
 however.<pre tabindex=0 style=background-color:#fff><code><span style=display:flex><span>sox output.wav audio.dat
 </span></span><span style=display:flex><span>tail -n+3 audio.dat &gt; audio_only.dat
@@ -135,21 +135,21 @@ this.<pre tabindex=0 style=background-color:#fff><code><span style=display:flex>
 </span></span></code></pre><h2 id=pre-generated-sequences>Pre-generated sequences</h2><p>What I did was take interesting parts from an animal's genome and feed it to a
 tone generator script. This then generated a WAV file and I converted those to
 MP3, so they can be played in a browser. The last step was creating a
-spectrogram based on a WAV file.<h3 id=niels-bohr-quote>Niels Bohr quote</h3><audio controls><source src=/posts/dna-synthesized/quote/out.mp3 type=audio/mpeg></audio><figure><img src=/posts/dna-synthesized/quote/spectogram.png alt=Spectogram></figure><h3 id=mouse>Mouse</h3><p>This is part of a mouse genome <code>Mus_musculus.GRCm39.dna.nonchromosomal</code>. You
+spectrogram based on a WAV file.<h3 id=niels-bohr-quote>Niels Bohr quote</h3><audio controls><source src=/posts/dna-synthesized/quote/out.mp3 type=audio/mpeg></audio><figure><img loading="lazy" src=/posts/dna-synthesized/quote/spectogram.png alt=Spectogram></figure><h3 id=mouse>Mouse</h3><p>This is part of a mouse genome <code>Mus_musculus.GRCm39.dna.nonchromosomal</code>. You
 can get <a href=http://ftp.ensembl.org/pub/release-106/fasta/mus_musculus/dna/>genom data
-here</a>.</p><audio controls><source src=/posts/dna-synthesized/mouse/out.mp3 type=audio/mpeg></audio><figure><img src=/posts/dna-synthesized/mouse/spectogram.png alt=Spectogram></figure><h3 id=bison>Bison</h3><p>This is part of a bison genome <code>Bison_bison_bison.Bison_UMD1.0.cdna</code>. You can
+here</a>.</p><audio controls><source src=/posts/dna-synthesized/mouse/out.mp3 type=audio/mpeg></audio><figure><img loading="lazy" src=/posts/dna-synthesized/mouse/spectogram.png alt=Spectogram></figure><h3 id=bison>Bison</h3><p>This is part of a bison genome <code>Bison_bison_bison.Bison_UMD1.0.cdna</code>. You can
 get <a href=http://ftp.ensembl.org/pub/release-106/fasta/bison_bison_bison/cdna/>genom data
-here</a>.</p><audio controls><source src=/posts/dna-synthesized/bison/out.mp3 type=audio/mpeg></audio><figure><img src=/posts/dna-synthesized/bison/spectogram.png alt=Spectogram></figure><h3 id=taurus>Taurus</h3><p>This is part of a taurus genome <code>Bos_taurus.ARS-UCD1.2.cdna</code>. You can get
+here</a>.</p><audio controls><source src=/posts/dna-synthesized/bison/out.mp3 type=audio/mpeg></audio><figure><img loading="lazy" src=/posts/dna-synthesized/bison/spectogram.png alt=Spectogram></figure><h3 id=taurus>Taurus</h3><p>This is part of a taurus genome <code>Bos_taurus.ARS-UCD1.2.cdna</code>. You can get
 <a href=http://ftp.ensembl.org/pub/release-106/fasta/bos_taurus/cdna/>genom data
-here</a>.</p><audio controls><source src=/posts/dna-synthesized/taurus/out.mp3 type=audio/mpeg></audio><figure><img src=/posts/dna-synthesized/taurus/spectogram.png alt=Spectogram></figure><h2 id=making-a-drummer-out-of-a-dna-sequence>Making a drummer out of a DNA sequence</h2><p>To make things even more interesting, I decided to send this data via MIDI to my
+here</a>.</p><audio controls><source src=/posts/dna-synthesized/taurus/out.mp3 type=audio/mpeg></audio><figure><img loading="lazy" src=/posts/dna-synthesized/taurus/spectogram.png alt=Spectogram></figure><h2 id=making-a-drummer-out-of-a-dna-sequence>Making a drummer out of a DNA sequence</h2><p>To make things even more interesting, I decided to send this data via MIDI to my
 <a href=https://www.elektron.se/en/model-samples>Elektron Model:Samples</a>. This is a
 really cool piece of equipment that supports MIDI in via USB and 3.5 mm audio
 jack.<p>Elektron is connected to my MacBook via USB cable and audio out is patched to a
 Sony Bluetooth speaker I have that supports 3.5 mm audio in. Elektron doesn't
-have internal speakers.<figure><img src=/posts/dna-synthesized/elektron/IMG_0619.jpg alt></figure><figure><img src=/posts/dna-synthesized/elektron/IMG_0620.jpg alt></figure><figure><img src=/posts/dna-synthesized/elektron/IMG_0622.jpg alt></figure><p>For communicating with Elektron, I choose <code>pygame</code> Python module that has MIDI
+have internal speakers.<figure><img loading="lazy" src=/posts/dna-synthesized/elektron/IMG_0619.jpg alt></figure><figure><img loading="lazy" src=/posts/dna-synthesized/elektron/IMG_0620.jpg alt></figure><figure><img loading="lazy" src=/posts/dna-synthesized/elektron/IMG_0622.jpg alt></figure><p>For communicating with Elektron, I choose <code>pygame</code> Python module that has MIDI
 built in. With this, it was rather simple to send notes to the device. All I did
 was map MIDI notes to the actual Nucleotides.<p>Before all of this I also checked Audio MIDI Setup app under MacOS and checked
-MIDI Studio by pressing ⌘-2.<figure><img src=/posts/dna-synthesized/elektron/midi-studio.jpg alt></figure><p>The whole script that parses and send notes to the Elektron looks like this.<pre tabindex=0 style=background-color:#fff><code><span style=display:flex><span><span style=color:#00f>import</span> pygame.midi
+MIDI Studio by pressing ⌘-2.<figure><img loading="lazy" src=/posts/dna-synthesized/elektron/midi-studio.jpg alt></figure><p>The whole script that parses and send notes to the Elektron looks like this.<pre tabindex=0 style=background-color:#fff><code><span style=display:flex><span><span style=color:#00f>import</span> pygame.midi
 </span></span><span style=display:flex><span><span style=color:#00f>import</span> time
 </span></span><span style=display:flex><span>
 </span></span><span style=display:flex><span>pygame.midi.init()
@@ -199,11 +199,11 @@ intriguing, biological, natural.<p>I actually find the results fascinating. I to
 music of nature. Even though it's quite the same, it's also quite different.
 The subtle differences on repeat kind of creates music on its own. Makes you
 wonder. It kind of puts Occam’s Razor in its place. Nature for sure loves to
-make things as energy efficient as possible.</div></article></main><section><hr><h2>Posts from blogs I follow around the net</h2><ul><li><a href=https://utcc.utoronto.ca/~cks/space/blog/solaris/ZFSWhyNotDirectoryToFilesystem target=_blank rel=noopener>One reason that ZFS can't turn a directory into a filesystem</a> — <a href=https://utcc.utoronto.ca/~cks/space/blog/>Chris's Wiki :: blog</a><div>One of the wishes that I and other people frequently have for ZFS
-is the ability to take an existing directory (and everything
-underneath it) in a ZFS filesystem and turn it into a sub-filesystem
-of its own. One reason for wanting this is that a number of things
-are set and controlled on a per-filesyst…<li><a href=http://www.landley.net/notes-2023.html#28-10-2023 target=_blank rel=noopener>October 28, 2023</a> — <a href=http://www.landley.net/notes-2023.html>Rob Landley's Blog Thing for 2023</a><div>Oh good grief, two of my least favorite licensing people, Larry Rosen
+make things as energy efficient as possible.</div></article></main><section><hr><h2>Posts from blogs I follow around the net</h2><ul><li><a href=https://utcc.utoronto.ca/~cks/space/blog/linux/NFSv4ServerLockClients target=_blank rel=noopener>Finding which NFSv4 client owns a lock on a Linux NFS(v4) server</a> — <a href=https://utcc.utoronto.ca/~cks/space/blog/>Chris's Wiki :: blog</a><div>A while back I wrote an entry about finding which NFS client owns
+a lock on a Linux NFS server, which turned
+out to be specific to NFS v3 (which I really should have seen coming,
+since it involved NLM and lockd). Finding the NFS v4 client that
+owns a lock is, depending on your perspective, either simpl…<li><a href=http://www.landley.net/notes-2023.html#28-10-2023 target=_blank rel=noopener>October 28, 2023</a> — <a href=http://www.landley.net/notes-2023.html>Rob Landley's Blog Thing for 2023</a><div>Oh good grief, two of my least favorite licensing people, Larry Rosen
 and Bradley Kuhn, are interacting on the OSI's license-discuss
 list where the're doing
 bad computer history and insisting that a guy Larry Rosen