The little DS title Guitar Hero: On Tour arrived with a hand-held attachment for playing guitar on the go. Some reviewers found it cramped, annoying and too damn small to really feel any comfort. Other reviews found it exciting, fresh and a break from standard DS games.
Reviews aside, 300,000 people are willing to bet money that the DS title was going to rock the house. The concept hit the mark for the DS because the game system is for on the go “touch and feel” style games; Guitar Hero: On Tour is definitely a touch and feel game.
Although we’ve not played it, we’re not too surprised that 300k people purchased the title, considering the install base for the Nintendo DS device itself. With such a large install base, even if only 25% of the target audience buys into the product they’ll be rolling in the dough.
Will this inspire a Rock Band style ‘drum game’ for the future from the Activision competitors or was this nothing but a fluke?
(Thanks, GameSpot)
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