Posted on 09/13/2009 10:26:01 AM PDT by Saije
I concede the point.
I’m STILL getting my butt kicked by HALO 2.
I quit when Pinball machines started going BEEP instead of DING
“Video games” are the future of everything, fortunately and unfortunaely. Fortunately, as in drones, and unmanned flights and spaceshots for high-risk missions, as human lives can be saved. Unfortunately for avatars and “Surrogates” (as in the new Bruce Willis flick), as human lives will be degraded and given even less meaning.
Well, I was being a little sarcastic there. I realize video games can have a utilitarian purpose and aren’t just for entertainment. I think the military may use them for training for example.
Carmack is generally regarded as a total genius. For almost two decades his innovations in realtime 3D software design have driven PC hardware development to accomodate his ideas.
I recently learned something quite interesting about video games. Many young people have developed incredible hand, eye, and brain coordination in playing these games. The air force believes these kids will be our outstanding pilots should they fly our jets. Ronald Reagan
I think it goes well beyond flying jets. I think video games have made the military personnel, the young guys, incredibly comfortable with all the technology that goes into warfare. They are so good with gadgets and using computers and IT to understand what’s going on, what needs to happen. A lot of that is from playing video games I think.
You missed an important detail:
That’s “The United Federation of Planets, LLC”
A wholly-owned subsidiary of Paramount Pictures, Inc.
(evil grin)
Recall that NASA had a LEM trainer, built along these lines, which (famously) almost killed Neil Armstrong. It's much harder to build and operate this type of craft on the earth than it is on the moon. It is not really very good for training, and offers almost no relevance to the engineering for the corresponding lunar design.
Yeah, I thought the same thing.
Ha! Not really. I barely know what any of it means.
Here’s an interesting Popular Mechanics article on the Carmack team from 2006. They have been at it for years.
http://www.popularmechanics.com/science/air_space/3381226.html
Here’s an interesting Popular Mechanics article on the Carmack team from 2006. They have been at it for years.
http://www.popularmechanics.com/science/air_space/3381226.html
It's just a question of scaling to 1/6 g, nominal lunar gravity. To "hover" (i.e. maintain zero vertical acceleration) on the earth requires a craft with 6 times the thrust as is required on the moon, for a craft of the same mass. This means a much bigger engine, so the whole thing has to be bigger for the same payload, which requires even more thrust, and the thing becomes a monstrosity.
Then in addition to this, time is effectively speeded up on earth by a factor ( as it turns out ) of sqrt(6), or about 2.5. For example, if you're hovering with zero vertical speed at 100 feet, and shut off the engine, on the earth you'll hit the ground in 2/5 the time, and with 5/2 the velocity as you would on the moon.
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