The success of the Nintendo console, the Wii, has proven to change the industry in many new and creative ways including reinvigorating slow product sales at Toys R Us. “The company went from a loss of $42 million at the same time last year to a profit of $13 million for the three months ended August 2nd,” says Gamasutra who spoke with CEO Gerald Storch.
Revenue was up 6.3%, in part, thanks to the Nintendo and its hot moving Wii and Wii Fit products. While Nintendo struggles to supply enough units for the strong demand, Toys R Us has no problem emptying their stores of any hardware they receive.
Months after the Wii launch we witnessed parents waiting in lines before the store opens just to see if they had Wii’s arrive for the opening. Although we’re sure it was a hassle to answer the phones with the typical response, “no, we’ve got no Wii’s in stock,” the long term plan has proven successful.
Have you finally managed to get yourself a Wii? Did you pick it up at Toys R Us?
I like using keyboards for racing games that have simplified acceleration, braking, reversing, and turning such as TrackMania (four keys for all), but fighters and etc. are difficult for me via keyboards.
Mice allow for more angular granularity than controllers because of the area of movement across the mousepad/surface when using an adequate sensitivity, and mice can be polled around 1KHz or more versus controllers being polled around 250Hz, as far as I know.
If mouse sensitivity is set too high above 800 CPI or so, noise becomes an issue (quantization occurs at too low of CPI), so I recommend mice equipped with the 3360/3366 sensor as the older mice with 30×30 or less pixel/photo-diode arrays might have more trouble with noise because correlation imaging sensors will always be imperfect.
Here’s a thread regarding mice with said sensors from a reputable forum:
http://www.overclock.net/t/1602282/lets-compile-all-3360-3366-and-their-release-dates-for-everyone/0_100
The reason of 800 CPI or so being the sweet spot for current mice is, each pixel on the tracking surface or “matrix” is approximately 30 microns in diameter because of the lens magnification and sensor height from the tracking surface, so 25.4mm to convert an inch / 0.030mm = roughly 846.666 of these pixels are able to fit in an inch on the tracking surface, and the aforementioned sensors should be the same.
Each pixel is divided to achieve a higher resolution, so noise becomes an inevitable issue making a larger photo-diode array more ideal.
http://www.pcgamer.com/gaming-mouse-myths-busted/#page-1