We are still testing the latest picoFlamingo version on the different hardware platforms we have available in preparation for a forthcoming stable release. Yesterday we carried out a fresh Ubuntu 11.10 installation on our Pandaboard to check the detailed set of steps required to make picoFlamingo work on this device.
We have been working on small improvements on picoFlamingo during the last months. It is not completely ready yet but we think that these updates have to be released. This is a brief summary of what is new in this picoFlamingo release:
- It now builds using autotools
- Basic Texture Manager
- Build-in network capabilities (TCP and BT). NetKitty is no longer needed to run picoFlamingo
- Added slide items groups. Now several items can be grouped together and manipulated at once
- Added special events to image items for easy button implementation (CLICK, ENTER, LEAVE)
- Several minor bug fixes
The Fiono 330 fan is quite loud even when it works OK, but some weeks ago mine started to make really a lot of noise. After having quite some problems with this little one (it stop booting some time ago, then the hard drive broke down...) the warranty expired so I took a look inside.
Finally a new and interesting issue of the Technical and Scientific Magazine Occam's Razor is available for download. In this issue we can find two special papers related to Space; one about SMOS (all the ESA mission details) and another one SPICE (an interesting SW developed by NASA).
Ex-nihilo is a Latin phrase that means "out of nothing". The idea comes from the "Impromptu Sound Board", but instead of using a Kinect why not use just ARToolkit and draw yourself the markers?. Check this video.
It is again that time of the year you spend money!. We had finally bought a PandaBoard and some microcontroller stuff with the hope to materialise some projects in the near future.
I've finally played a little bit with my Optimus 3D phone. Actually I had played one month ago, but I haven't had time to write about this till now. For the time being I had just installed the SDK, run the samples and taken a quick look at the code.
As you can imagine, if you get an stereo camera you start to shot stereo photos. Then you have to share them with some other people and you realise that those side by side jpegs (.jps format) does not look that nice in a normal laptop.
So I wrote a very simple program named sbs_proc (Side By Side Processor). The program accepts a single option and them a bunch of files to convert. The current available options are:
We are not making too many releases or updating this blog very often, but picoFlamingo keeps going on, under the hood. Some brief notes on what has been recently added and will be available soon with the release of picoFlamingo 0.4.2.
Our LG Optimus3D Speed has finally arrived!. Autostereoscopic screen, stereo camera and a powerful OMAP4 1GHz dual core processor... that's a lot more than our PhotoMint concept :).
A little bit more voice commanding with picoFlamingo, this time using CMU PocketSphinx and featuring multi-language support, that is, dynamically switching between different language at run-time. This feature makes picoFlamingo the first presentation solution for international organisations as UN or EU... just kidding :). A video demonstration after the break
picoFlamingo "The Cracking Egg" source code is available for download!. A new version of the user manual is also available as well as our current Android Remote Control work in progress. Now you can try it on your preferred device. For the time being we have seen it running OK on Beagle, OMAP ZoomII and OMAP4 Blaze!
Press HERE to download them, or visit:
Yes, thanks to NetKitty and the S2 Bluetooth Terminal, I can send commands to picoFlamingo directly from my G1 phone. In principle the BT Chat example available from the Android SDK should also work, but, at this point, I'm stuck with Android 1.5 on my G1 and the RFComm Bluetooth sockets are not available on that version.
I looked to the different solutions in the wikipedia page and I though than that was actually one of the "semantic problems" computers does not face very well. So I spend sometime thinking about this and my conclusion was that the solution will depend on the intended use of the classes in a given application or model.
Then I'd got the idea of using AOP and dynamic inheritance to implement the semantics for a given application as an orthogonal feature, keeping the class hierarchy as isolated as possible. In other words, to extend a given model with aspects that encapsulates the semantics behind it.
So, I tried to implement this idea using GNU/EDMA