Of note to your interests. something that was skillfully left out of this slashdot article but is mentioned many times over and over in the original article. its only installed on OEM installations. the ones that are customized by canonical for use by oems. its not enabled/installed on your ubuntu install if you just download ubuntu or upgrade. geez...
well. once opencl is more previlant, opencl decoding of anything is perfectly viable.
even then, the end user doesn't care if its accelerated decoding or not, they just care that it plays smooth
Getting fustrated at
Thus html 5 attempts to correct this by modifying the original 'document' model so that it now supports 'documents' and 'app-y' ideas. its not evil, its progress.
Maybe this should be reworded "When does it become OK to make games about an american war". Seems to be A-OK to make games about anything else
Its a show stopper for me? I was looking into mobile phone development a few months ago, no native C = no open source C libraries i can use (glib/gobject/gtk/clutter etc...)
I don't want to have to reinvent the wheel over and over again in java when my C stack does it fine just now.
Mostly I just don't want my freedom of choice removed, this is supposed to be the worlds open source mobile OS, but in reality it feels just as closed off as anything else, Its their way or the highway.
Try googling it, and come up with dozens of tutorials and howtos dated variously over the past 5+ years
yeah.. wubi has not existed for anywhere near that long and basically hasn't changed since it was invented (maybe a year ago now?).
http://wubi-installer.org/ - it will install ubuntu without needing to burn a cd.
the tag that is, forgot about
Remeber - its a neat little tag that is really quite powerful in the right hands, everything supports it but internet explorer, google made a plugin for IE but still no website uses canvas because you can't ignore the fact that no IE user has it (until HTML 5 if IE stays standards complient).
Phorm claim that the Information Commissioner's Office (ICO), the Home Office and the Department for Business, Enterprise and Regulatory Reform (DBERR or BERR) have all cleared Phorm's WebWise technology as being fully compliant under UK and EU Law.
This is contrary to action taken by the European Commission earlier this week, who have initiated legal proceedings against the UK Government specifically for failing to uphold and enforce EU Privacy Directives regarding Phorm's covert trials with BT in 2006/2007.
Furthermore, NoDPI have produced statements from DBERR, ICO and the Home Office which contradict Phorm's statements to the press and market news services this week.
NoDPI are calling for the FSA to investigate whether or not Phorm's statements to the market can be seen as breaking the rules of trading as they are misleading and could even be interpretted as fraudulant."
Link to Original Source
Now obviously there are instances where raytracing helps, reflections and refractions can be generated on a per-pixel bases rather than rendering the reflection/refraction as a separate image and stretching/squishing said images in order to produce a similar effect. But saying this, if you render these separate images at a high enough quality you will get the same detail as a raytraced image, and still at a much lower cost than raytracing.
Ray tracing also does not help with shadows; For example, soft shadows. To raytrace a soft shadow you have to send out at least 16 rays per shadow calculation, for each light and even then your gonna suffer from nasty artefacts. Compared to the raster solution which involves rendering the zbuffer of any given light source and merely doing some blurring. same quality, much reduced cost.
I just wish that instead of investing so much time and effort into raytracing solutions people would instead apply the hardware that's generating these raytracing engines to a raster solution, if you took a conservative estimate of raster being 10x than raytracing for any given operation, then we are talking a huge leap forward in quality, a much larger leap than ray-traced reflections/refractions would give us.