Game controller

Game controller
A North American Super Nintendo game controller

A game controller is a device used with games or entertainment systems used to control a playable character or object, or otherwise provide input in a computer game. A controller is typically connected to a game console or computer by means of a wire, cord or nowadays, by means of wireless connection. Controllers which have been classified as game controllers are keyboards, mice, game pads, joysticks, etc. Special purpose devices, such as steering wheels for driving games and light guns for shooting games, are also game controllers. Devices such as mice and keyboards can be emulated with a game pad through the use of programs such as 'JoyToKey'.

The main function of a game controller is to govern the movement/actions of a playable body/object or otherwise influence the events in a video or computer game. The type of controller used in a game depends on the genre of the game being played (i.e. Steering Wheel controllers for driving games, yoke like for flying, etc.).

Contents

Types of game controllers

Gamepad

A gamepad, also known as a joypad, is the most common kind of game controller. They are held in both hands with thumbs and fingers used to provide input. Gamepads can have a number of action buttons combined with one or more omnidirectional control sticks or buttons. Action buttons are generally handled with the digits on the right hand, and the directional input handled with the left. Gamepads are the primary means of input on nearly all modern video game consoles. Due to the ease of use and precision of gamepads, they have spread from their origin on traditional consoles to computers, where a variety of games and emulators support their input.

Most modern game controllers are a variation of a standard gamepad. Common additions include shoulder buttons placed along the edges of the pad, centrally placed buttons labeled start, select, and mode, and an internal motor to provide haptic feedback.

Paddle

A paddle is a controller that features a round wheel and one or more fire buttons. The wheel is typically used to control movement of the player or of an object along one axis of the video screen. Paddle controllers were the first analog controllers and they lost popularity when "paddle and ball" type games fell out of favor. A variation on the Paddle, the Atari driving controller appeared on the Atari 2600. Designed specifically for the game Indy 500, it functioned almost identically in operation and design to the regular paddle controller. The exceptions were that its wheel can be continuously rotated in either direction, and it was missing the extra paddle included on the previous model. Unlike a spinner, friction prevented the wheel from gaining momentum.

Trackball

A trackball is basically an upside-down mouse that is manipulated with the palm of one's hand. It has the advantage of not requiring a lot of desktop space, and that it is as fast as one can roll the ball on it. This is faster than one can move a mouse due to space not being an issue.

Notable uses of a Trackball as a gaming controller would be games such as Centipede, Marble Madness, Golden Tee and Sonic Arcade.

Joystick

This joystick is a peripheral that consists of a handheld stick that can be tilted around either of two axes and (sometimes) twisted around a third. The joystick is often used for flight simulators. HOTAS controllers, composed of a joystick and throttle quadrant (see below) are a popular combination for flight simulation among its most fanatic devotees. Most joysticks are designed to be operated with the user's primary hand (e.g. with the right hand of a right-handed person), with the base either held in the opposite hand or mounted on a desk.

Arcade style Joystick

A collection of home made and stock arcade style controllers.

This device can also be a home version of the kind used in the arcade, or for use on emulators. It features a shaft that has a ball or drop-shaped handle, and one or more buttons for in game actions. Generally the layout has the joystick on the left, and the buttons on the right, although there are instances when this is reversed.

Throttle quadrant

A throttle quadrant, as the name indicates, is a set of one or more levers that are most often used to simulate throttles or other similar controls in a real vehicle, particularly an aircraft. Throttle quadrants are most popular in conjunction with joysticks or yokes used in flight simulation.

Steering wheel

The steering wheel, essentially a larger version of a paddle, is used in most racing arcade games as well as more recent racing simulators such as Live for Speed, Grand Prix Legends, GTR2, and Richard Burns Rally. While most arcade racing games have been using steering wheels since Speed Race in 1974,[1] the first steering wheels for home systems appeared on fifth-generation consoles such as the PlayStation and Nintendo 64.[citation needed]

Many are force feedback (see Force Feedback Wheel), designed to give the same feedback as would be experienced when driving a real car, but the realism of this depends on the game. They usually come with pedals to control the gas and brake. Shifting is taken care of with in various ways including paddle shifting systems, simple stick shifters which are moved forward or back to change gears or more complex shifters which mimic those of real vehicles, which may also use a clutch. Most wheels turn only 200 to 270 degrees lock-to-lock but some models, such as the Logitech Driving Force Pro, Logitech G25 and Logitech G27 can turn 900 degrees, or 2.5 turns, lock-to-lock.

The Namco Jogcon paddle was available for the PlayStation game R4: Ridge Racer Type 4. Unlike "real" video game steering wheels, the Jogcon was designed to fit in the player's hand. Its much smaller wheel (diameter roughly similar to a soda can's) resembles the jog-and-shuttle control wheel used on some VCRs.

The game Mario Kart Wii is bundled with the Wii Wheel, a steering wheel-shaped shell that the Wii Remote is placed inside thus using the Wii Remote's motion sensing capabilities to control the game.

Yoke

A yoke is very similar to a steering wheel except that it resembles the control yoke found on many aircraft and has two axes of movement: not only rotational movement about the shaft of the yoke, but also a forward-and-backward axis equivalent to that of pitch control on the yoke of an aircraft. Some yokes have additional controls attached directly to the yoke for simulation of aircraft functions such as radio push-to-talk buttons. Yokes, like throttle quadrants and pedals, are popular with serious flight-simulation enthusiasts.

Pedals

Pedals may be used for driving simulations or flight simulations. In the former case, an asymmetric set of pedals can simulate accelerator, brake, and clutch pedals in a real automobile. In the latter case, a symmetric set of pedals simulates rudder controls and toe brakes in an aircraft. As mentioned, most steering wheel controllers come with a set of pedals.

Keyboard and mouse

The WASD keyboard setup is used widely.

The keyboard and mouse are typical input devices for a personal computer and are currently the main game controllers for computer games. The mouse is often used with a mousepad to achieve greater speed, comfort, accuracy and smoother movement for the gamer. Some video game consoles also have the ability to function with a keyboard and a mouse. The computer keyboard is modeled after the typewriter keyboard and was designed for the input of written text. A mouse is a handheld pointing device used in addition to the keyboard. For games, the keyboard typically controls movement of the character while the mouse is used to control the game camera or used for aiming.

While originally designed for general computer input, there are several keyboard and mouse peripherals available which are designed specifically for gaming, often with gaming-specific functions built-in. Examples include peripherals by Razer, the "Zboard" range of keyboards and Logitech's 'G' series.

The numeric keypad found on the keyboard is also used as a game controller and can be found on a number of separate devices, most notably early consoles, usually attached to a joystick or a paddle. The keypad is a small grid of keys with at least the digits 0-9.

Gaming keypads and programmable PC controllers

There are a few specialized controllers that are specifically used for FPSs, RTSs and some arcade type games. These controllers can be programmed to allow the emulation of keys, and macros in some cases. These generally resemble a small part of a keyboard but may also feature other inputs such as analog sticks. They were developed because some of these games require a keyboard to play, and some players find this to be awkward for such a task.

Touch screen

Nintendo DS Touch screen (bottom).

A touch screen is an input device that allows the user to interact with the computer by touching the display screen. The first attempt at a handheld game console with touchscreen controls was Sega's intended successor to the Game Gear, though the device was ultimately shelved and never released due to the expensive cost of touchscreen technology in the early 1990s.[2] The first released console to use a touchscreen was the Tiger game.com in 1997. Nintendo popularized it for use in video games with the Nintendo DS; other systems including the Tapwave Zodiac as well as the vast majority of PDAs have also included this feature. Nintendo's upcoming Wii U console will feature a controller with an embedded touchscreen.

Modern touch screens use a thin, durable, transparent plastic sheet overlayed onto the glass screen. The location of a touch is calculated from the capacitance for the X and Y axes, which varies based upon where the sheet is touched.

Motion sensing

In 1993, the Sega Activator, based on the Light Harp invented by Assaf Gurner,[3] was released for the Mega Drive (Genesis). It could read the player's physical movements and was the first controller to allow full-body motion sensing. However, it was a commercial failure due to its "unwieldiness and inaccuracy".[4]

Nintendo's Wii system utilizes a new kind of controller, called the Wii Remote. It uses accelerometers to detect its approximate orientation and acceleration and an image sensor,[5] so it can be used as a pointing device. The Sixaxis, DualShock 3, and Move controllers for Sony's PlayStation 3 system have similar motion sensing capabilities. As of 2010, Microsoft has also released the Kinect, similar to Sony's Eyetoy, both of which use cameras to detect the player's motions and translate them into inputs for the game.

Light gun

A light gun is a peripheral used to "shoot" targets on a screen. They usually roughly resemble firearms or ray guns. Their use is normally limited to rail shooters, or shooting gallery games like those that came with the Shooting Gallery light gun. A rare example is Taito's 1992 arcade game Gun Buster, a first-person shooter that used a joystick to move and a light gun to aim.[6]

Though light guns have been used in earlier arcade games such as Sega's Periscope in 1966[7] and Missile in 1969,[8] the first home console light gun was released for the Magnavox Odyssey in 1972; later on, Nintendo would include one standard on their Famicom and NES, called the NES Zapper. Nintendo has also released a "shell" in the style of a light gun for the more recent Wii Remote called the Wii Zapper which comes bundled with Link's Crossbow Training.

Others

  • Pinball controllers and multi-button consoles for strategy games were released in the past, but their popularity was limited to hardcore fans of the genre.
  • Dance pads, essentially a grid of flat pressure sensitive gamepad buttons set on a mat meant to be stepped on, have seen niche success with the popularity of rhythm games like Dance Dance Revolution and Pump it Up. The dance pad was first introduced on the Atari 2600, called the "Exus Foot Craz" pad. Nintendo later purchased the technology from Bandai and used it on their "Power Pad", for the Famicom and NES.
  • Balance board: The Wii Balance Board comes with the game Wii Fit. Several other game are in development which will be compatible with the balance board. This was preceded by decades by the Joyboard, made to plug into an Atari 2600, to play skiing and surfing games.
  • Buzzers: A recent example of specialized, while very simple, game controllers, is the four large "buzzers" (round buttons) supplied with the PlayStation 2 & PlayStation 3 quiz show game series Buzz! (2005–present); both game and controllers clearly being inspired by the television show genre.
  • NeGcon: is a unique controller for racing games on the PlayStation. Physically it resembles a gamepad, but its left and right halves twist relative to each other, making it a variation of the paddle controller.
  • Steel Batallion for the Xbox was bundled with a full dashboard, with 2 joysticks and over 30 buttons, in an attempt to make it feel like an actual mecha simulator.
  • Fishing rod: the first fishing rod controller appeared as an accessory for the Sega Dreamcast video console for playing SEGA Marine Fishing. Later other games for PlayStation console use also a similar controllers.
  • Floating Interactive Display: since 2003[9] two companies, IO2Technology from the US and Fogscreen from Finland have developed Minority Report style interactive floating interfaces which display an image projected in mid-air but can be interacted with by finger similar to a touch screen. The IO2Technology version is called the Heliodisplay.
  • PCGamerBike similar to a pair of pedals removed from an exercise bike, then set down in front of a chair & used to precisely control game characters instead.
  • Optical motion tracking systems such as TrackIR and FreeTrack use a video camera to track an infrared illuminated or emissive headpiece. Small head movements are tracked and then translated into much larger virtual in-game movements, allowing hands-free view control and improved immersiveness.
  • Mechanical motion tracking systems like Gametrak use cables attached to gloves for tracking position of physical elements in three-dimensional space in real time. The Gametrak mechanism contains a retracting cable reel and a small tubular guide arm from which the cable passes out. The guide arm is articulated in a ball joint such that the arm and ball follow the angle at which the cable extends from the mechanism. The distance of the tracked element from the mechanism is determined through components which measure the rotation of the spool drum for the retracting cable reel, and calculating how far the cable is extended.
  • Exoskeleton controllers use exoskeleton technology to provide the player with different responses based on the player’s body position, speed of movement, and other sensed data. In addition to audio and visual responses, an exoskeleton controller may provide a controlled resistance to movement and other stimuli to provide realism to the action. This not only lets players feel as if they are actually performing the function, but also helps reinforce the correct muscle pattern for the activity being simulated. The Forcetek XIO is an example of an exoskeleton video game controller.
  • Instrument panels are simulated aircraft instrument panels, either generic or specific to a real aircraft, that are used in place of the keyboard to send commands to a flight simulation program. Some of these are far more expensive than all the rest of a computer system combined. The panels usually only simulate switches, buttons, and controls, rather than output instrument displays.
    • Train controls: Other instrument panel like hardware such as train controls have been produced. The "RailDriver"[11] for example is designed to work with Trainz, Microsoft Train Simulator and Kuju Rail Simulator. (as of Jan 2009) it is limited in ease of use by the lack of a Windows API interface for some of the software it is designed to work with. A train controller for a Taito bullet train sim has also been made for the Wii console.[12]
  • R.O.B. (Robotic Operating Buddy) is an accessory for the Nintendo Entertainment System (NES), which allowed players to interact with NES games by controlling the robot. Known in Japan as the Famicom Robot, this short-lived accessory jumpstarted Nintendo's involvement in the western market, though only used for Stack-Up and Gyromite. It has been considered a "Trojan horse" for getting NESs into stores during the video game market crash of 1983[citation needed] and the accessory was called by GameSpy the fifth greatest video game marketing move within twenty-five.[citation needed] As a character, R.O.B. appeared in later Nintendo games such as Mario Kart DS and Super Smash Bros. Brawl.
  • The Sega Toylet, an interactive urinal, uses urine as a control method; pressure sensors in the bowl translate the flow of urine into on-screen action.[13]

Health concerns

Since the controller is the most common way of interacting with a game, it has to be ergonomically designed to feel comfortable to most of their potential userbase to avoid injuries such as the ones in the RSI group or CTS. Most modern controllers are designed with the relaxed position of the hands in mind, which gave origin to the "pronged" design that reduced soreness and cramps after extended use with older pads such as the NES or the Sega Master System.

Also, Nintendo thumbs was a term coined in the early 90s after video game players had their thumbs badly burnt and even developed blisters due to the hardness of the buttons. A more common, less dangerous phenomenon sometimes known as a Nintendo cramp means the strain felt on the thumbs and the palm below. This tends to occur mostly when using particularly small controllers. The latter may in fact occur on any finger or the hand if it is kept in a prepared "arched" position for a long time, and is much less dangerous than Nintendo Fingers.

Currently, there are controller gloves available for the Wii Remote, Xbox 360 controllers, and Dualshock 3 controllers in stores to comfort players' hands.

See also

References

  1. ^ Chris Kohler (2005), Power-up: how Japanese video games gave the world an extra life, BradyGames, p. 16, ISBN 0744004241, http://books.google.co.uk/books?id=auMTAQAAIAAJ, retrieved 2011-03-27 
  2. ^ Travis Fahs (April 21, 2009). "IGN Presents the History of SEGA". IGN. p. 7. http://retro.ign.com/articles/974/974695p7.html. Retrieved 2011-04-27. 
  3. ^ Light Harp at CES 1993. YouTube. http://www.youtube.com/watch?v=YoxsnCiX05k. Retrieved 2010-07-06. 
  4. ^ Horowitz, Ken (2004-08-03). "Top 10 Tuesday: Worst Game Controllers". Sega-16. http://www.sega-16.com/feature_page.php?id=85&title=Genesis%20Accessory%20&%20Peripheral%20Guide. Retrieved 2010-12-04. 
  5. ^ Castaneda, Karl (2006-05-13). "Nintendo and PixArt Team Up". Nintendo World Report. http://www.nintendoworldreport.com/news/11557. Retrieved 2007-02-24. 
  6. ^ Gun Buster at the Killer List of Videogames
  7. ^ Ashcraft, Brian (2008), Arcade Mania! The Turbo Charged World of Japan's Game Centers, p. 133, Kodansha International
  8. ^ Missile at the Killer List of Videogames
  9. ^ "Wired Report: Look Ma, No Projection Screen". 2007. http://www.wired.com/science/discoveries/multimedia/2003/09/60410. Retrieved 2007-03-25. 
  10. ^ "Video Game Mind Control". MSNBC. 2007. Archived from the original on 2007-11-18. http://web.archive.org/web/00000000000000/http://video.msn.com/v/us/fv/msnbc/fv.htm??f=00&g=09e9f856-63f3-40cd-83e6-eb6f2910a31c&p=&t=m5&rf=. Retrieved 2007-03-25. 
  11. ^ "RailDriver – Desktop Train Cab Controller". www.raildriver.com. http://www.raildriver.com/products/raildriver.php. Retrieved 2009-01-24. 
  12. ^ "Wii train sim controller – Bullet Train Controller Wii". www.gamersquad.com. Archived from the original on 2007-12-19. http://web.archive.org/web/00000000000000/http://www.gamersquad.com/category/Nintendo-Wii/Wii-train-sim-controller-is-sweeeet/. Retrieved 2009-01-24. 
  13. ^ Geere, Duncan. (6 January 2011). Sega Installs "‘Toylet’ Games in Japan’s Urinals". Wired UK. http://www.wired.com/gamelife/2011/01/sega-urinal-games/ Sega Installs. Retrieved 20 January 2011. 

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