from the one-keybinding-to-rule-them-all dept.
An anonymous reader writes "I am currently looking to move from text editing with vim to a full fledged IDE with gdb integration, integrated command line, etc. Extending VIM with these capabilities is a mortal sin, so I am looking for a linux based GUI IDE. I do not want to give up the efficient text editing capabilities of VIM though. How do I have my cake and eat it too?"
andylim writes "It looks as if Duke Nukem isn't completely 'nuked' after all. Someone has ported the 90s classic on to a Nokia N900. As you'll see in the video, you control Duke using the Qwerty keypad and shoot using the touchscreen. I'm wondering how long it will take for this to get on other mobile platforms."
In other Duke news, reader Jupix points out that 3D Realms' CEO Scott Miller recently said, "There are numerous other Duke games in various stages of development, several due out this year. We are definitely looking to bring Duke into casual gaming spaces, plus there are other major Duke games in production."
As a follow-up to Epic Games' release of a free version of the Unreal Engine last month, the company has now posted over 160 video tutorials which demonstrate the various uses of the Unreal Development Kit. Roughly 20 hours of footage were created by technical education company 3D Buzz, with topics ranging from user interface to game physics to cinematics.
from the super-mario-takedown dept.
An anonymous reader writes "Nintendo is investigating potential copyright infringement by Nokia during some video demos of their N900 phone, which can be seen emulating Nintendo games. Nintendo spokesman Robert Saunders says: 'We take rigorous steps to protect our IP and our legal team will examine this to determine if any infringement has taken place.' In the video, Nokia says, 'Most publishers allow individual title usage, provided that the user is in possession of the original title.'"
from the four-out-of-five-ain't-bad dept.
An anonymous reader writes "A team at NIST (the National Institute of Standards and Technology) used berylium ions, lasers and electrodes to develop a quantum system that performed 160 randomly chosen routines. Other quantum systems to date have only been able to perform single, prescribed tasks. Other researchers say the system could be scaled up. 'The researchers ran each program 900 times. On average, the quantum computer operated accurately 79 percent of the time, the team reported in their paper.'"