This Year's Top Game Design Innovations
Next Generation has one of those end of the year 'top 10' lists we all love so much, with plenty of room for discussion on this one. They claim to have picked out the top 10 game design innovations of 2007. It's hard to argue with elements like Portal's portals or Mass Effect's conversation wheel, but was Metroid Prime 3 on the Wii really as good as a mouse-and-keyboard PC FPS? "When people ask 'How do we make a good shooter on a console' what they really mean is 'how do we make a shooter that feels as quick and responsive as a PC shooter on the console?' Apparently the answer is the Wii mote. I was blown away by this fact. Nintendo had always been the 'family friendly' console to me so I didn't consider the FPS ramifications of the Wiimote but clearly it's the best tool for the job. With some tweaking and some refinement down the line I could see the Wii (or a console with Wii like controls) becoming the platform of choice for hardcore FPSers, even over the PC. If this does become the case it will owe it all to Metroid Prime 3."
The only reason this is controversial is because the wiimote doesn't have good enough aim. It's often off by an inch or more on smaller tv's. This is hard on hard core FPS fans, but for me this isn't a problem. First, between wrestling with the auto-aim feature on a lot of shooters and using two analog sticks to control my movement and aim, I find correcting for the wiimote's bad aim to be easy by comparison. I'd rather have faster, more responsive aim that's off by a consistent amount than have to use a regular controller.
There's no way the Wii mote compares to a mouse and keyboard for shooters.
The only reason it's usable at all in Metroid Prime 3 is because the Z button auto-locks your view onto the target.
If it wasn't for that feature, the controls would be hopeless.
I didn't have that issue with a big screen. I wonder where that line really diverges, is it bad on say 19" TV, but Sweet at 42"+ ? Dunno. It was pretty easy for me to pick off people in the distance on my projector and I have a 92" screen on that.
I know I'll get flamed to hell for this, but unlike the article I think the Wii Controls are already better than the PC's (and there is still room for improvement*). The Advanced sensitivity on Metroid Prime 3 is "Nearly, but not quite as sensitive as a mouse", but for what little sensitivity is lost, the Analog on the Nunchuck kicks the shit out of WASD, and there is simply nothing that can compare on the PC with the visceral immersion of the Grapple gun.
Using your left arm to throw a grapple on you're opponent's shield, then jerking your arm back to pull the shield out of their hand so you can blast them with your arm cannon is something you can't get elsewhere. Add that with full analog movement, and you have an experience that not only rivals, but betters the competition.
*Games are already improving on the design, play Medal of Honor Heroes 2 and customize your aim sensitivity to achieve mouse level precision if you like.
You know, some time in 2003 or 2004, I was talking to a gamer coleague about FPS on consoles, and bitching about how much it sucks with twin sticks compared to a good keyboard and mouse. And from there it went into the all time nerd favourite, singlehandedly solving all the world's problems, like Picard. In this case, well, how would _you_ make a console controller that works well in FPS.
So what we came up with was: a trackball. No, really.
Think a standard console controller. Say, a Dual Shock, because everyone knows it. But it's the same principle for an XBox pad, Dreamcast pad, Gamecube pad, whatever, really.
Now think replacing the right stick with a small, thumb-operated trackball.
Think about it. A trackball has much the same advantages a mouse has, because it _is_ a mouse turned upside down. You can turn around 180 degrees at the flick of the thumb, and stop on exact pixel you want to. The problem of joystick vs mouse is really that moving with a joystick can be very fast or very accurate, but not both at the same time. A mouse lets you do both. So does a trackball.
So, really, why doesn't anyone do just that?
A polar bear is a cartesian bear after a coordinate transform.
Super Mario Galaxy might be one of the few games I play again from start to finish. :-D
Video games have played with gravity in the past, but applying the concept of planetary gravity (with slightly non-realistic physics, but when you're orbiting around an ice cream cone, does it really matter?) to a 3-D platformer was the best idea I've ever played.
At some point I'm going to find the smallest, most isolated planet I can find and try to see how many times I can orbit it with a long jump.
That they did this without making me nauseous also deserves some sort of award. I seriously wonder how they did it.
-Rob
Biblical fiscal responsibility
"There are more things in heaven and earth, Horatio, than are dreamt of in your philosophy."
Any infrared light source near the TV (or IRsensor on the Wiimote) could be disruptive. Lamps, Candles, and especially the Sun. The WiiMote uses the the sensor bar to triangulate position based on 2 steady points (provided by the sensor bar). If multiple sources are competing with the signal then it will confuse the Wiimote causing jitter. The Sun is the worse as it can blanket the Wiimote sensor with IR light making it impossible to detect the 2 points of the sensor bar among all the noise. So as an experiment you may want to close the curtains, blow out the candles, and turn off any lamps that may be near the TV to see if they are adding interference.
Another issue is distance, if you have a rectangular living room you may have issues with the Nintendo Stock sensor bar after 10 feet or so. (or if you are too close IE: less than 3 feet from it will cause issues)
I hope that helps.