Since my Samsung P35 already choked on 11.3 and runs Kubuntu very nicely without hassle, but I still was curious about 11.4, I decided to install it in VMPlayer on my Windows 7 office machine.
06/04/2011
17/03/2011
Windows 7 SP1 is out…
… and I should know by now my MBR wouldn't survive it. Well, what do we have SuperGrub for? Still, there was too much trial and error involved in restoring it, so, for next time, here's my log on how to restore openSuSE's MBR on the ASUS u43jc after Windows wiped it.
11/03/2011
openSuSE 11.4 update notes
As Kubuntu copes better with Medusa's hardware, SuSE isn't my productivity distro right now, so I decided to risk an online upgrade. I mainly followed the SBD instructions on http://en.opensuse.org/SDB:System_upgrade.
Attempting to sync an iPod touch 4G
How to live with an iPod Touch 4G and not too much Windows involvement...
31/01/2011
Kile, KDE 4.6 and autocompletion
After installing KDE 4.6 (from Kubuntu backports), LaTeX autocompletion was gone in Kile 2.1 β4. It worked on β5, which can be downloaded as a source tarball from the Kile homepage.
I followed the README instructions, but used sudo checkinstall instead of sudo make install to get a .deb package (source ubuntuforums). The kile executable didn't end up in a PATH directory, so I linked it into /usr/bin via cd /usr/bin; sudo ln -s ~/kile-install/bin/kile
The package system tried to 'update' to β4, so I had to protect the newer version with e.g. sudo aptitude hold kile.
The package system tried to 'update' to β4, so I had to protect the newer version with e.g. sudo aptitude hold kile.
Note on a second install: with just cmake . / make / sudo checkinstall instead of the README approach I ended up with the kile executable in /usr/local/bin. I prefer that to the version in /home, as kile is integrated into the package system via checkinstall anyway.
30/01/2011
Keynotifying PDF presentations
Update: (03/01/12) My version of pdf2odp.py now converts movies and Impress can actually play them. See this post for details.
Confession time: I did my defence on daWuzzzz's MacBook. The first reason was that I already had an Apple remote, the second was Keynote's excellent presenter console.
The downside was having to import my LaTeX/Beamer PDF presentation as images into Keynote and fiddling around with movie positioning afterwards.
You can do something like that purely on Linux - excluding the Apple remote :-) - so this post covers 3 topics:
Confession time: I did my defence on daWuzzzz's MacBook. The first reason was that I already had an Apple remote, the second was Keynote's excellent presenter console.
The downside was having to import my LaTeX/Beamer PDF presentation as images into Keynote and fiddling around with movie positioning afterwards.
You can do something like that purely on Linux - excluding the Apple remote :-) - so this post covers 3 topics:
29/01/2011
New bitch on the blog
To be precise, a partially wooden contraption charmingly christened Medusa (Asus U43JC-X1). Goodies include nVidia Optimus hybrid graphics, USB3 and an i5-450M processor with multithreading support.
28/01/2011
How to get ImageMagick to convert PDF to PNG with reasonable image quality
Without special effort, converting PDF to a series of PNG images produces images that look kind of corroded. The reason for this is related to ImageMagick's ghostscript backend, which sucks at antialiasing.
Thus, the only way to get better images would be to convert at an insanely high resolution (convert's density option) and resize afterwards. This can be done in one go by ImageMagick:
convert -density 1000x1000 <thepdf.pdf> -resize <xsize>x test%03d.png
However, I found that running ghostscript separately reduces the eventual image size by a factor of 2-3. I don't know why, it seems to be relatively device-independent (tested with both png16m and pngalpha).
gs -sDEVICE=png16m -sOutputFile=test%03d.png -r1000 -dNOPAUSE -dBATCH <mypdf.pdf>
for file in test???.png; do convert $file -resize <xsize>x $file; echo $file; done
Thus, the only way to get better images would be to convert at an insanely high resolution (convert's density option) and resize afterwards. This can be done in one go by ImageMagick:
convert -density 1000x1000 <thepdf.pdf> -resize <xsize>x test%03d.png
However, I found that running ghostscript separately reduces the eventual image size by a factor of 2-3. I don't know why, it seems to be relatively device-independent (tested with both png16m and pngalpha).
gs -sDEVICE=png16m -sOutputFile=test%03d.png -r1000 -dNOPAUSE -dBATCH <mypdf.pdf>
for file in test???.png; do convert $file -resize <xsize>x $file; echo $file; done
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