Video Game Control Dimensionality Analysis
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Albere Albe 1
a b 1 ALBERE ALBERE ALBERE ALBERE ELECTRONICS GmbH ALBERE ELECTRONICS GmbH ALBERE ELECTRONICS GmbH PRODUCT-LIST 2020 All Products Excluding Shipping Fees TM Price per Unit (or otherwise explained) 2 In Euro albere TM albere TM albereGamepads ALBERE ELECTRONICS GmbH ALBERE ELECTRONICS GmbH ALBERE ELECTRONICS GmbH a b 1 ALBERE ALBERE ALBERE ALBERE ELECTRONICS GmbH ALBERE ELECTRONICS GmbH ALBERE ELECTRONICS GmbH ID CATEGORY TITLE TM 2 albere TM albere TM albere ALBERE ELECTRONICS GmbH GAMEPADS Lanjue USB GamePad 13001-S (PC) ALBERE ELECTRONICS GmbH ALBERE ELECTRONICS GmbH GAMEPADS Tracer Gamepad Warrior PC GAMEPADS VR Bluetooth Gamepad White GAMEPADS Esperanza Vibration Gamepad USB Warrior PC/PS3 GAMEPADS Gembird JPD-UDV-01 GAMEPADS Competition PRO Powershock Controller (PS3/PC) GAMEPADS PDP Rock Candy Red GAMEPADS PC Joystick USB U-706 GAMEPADS Konix Drakkar Blood Axe GAMEPADS Gembird USB Gamepad JPD-UB-01 GAMEPADS Element GM-300 Gamepad GAMEPADS Intex DM-0216 GAMEPADS Esperanza Corsair Red GAMEPADS Havit HV-G69 GAMEPADS Nunchuck Controller Wii/Wii U White GAMEPADS Esperanza Fighter Black GAMEPADS Esperanza Fighter Red GAMEPADS VR Bluetooth Gamepad 383346582 GAMEPADS 744 GAMEPADS CO-100 GAMEPADS Shinecon SC-B01 GAMEPADS Gamepad T066 GAMEPADS Media-Tech MT1506 AdVenturer II GAMEPADS Scene It? Buzzers XBOX 360 Red GAMEPADS Media-Tech MT1507 Corsair II Black GAMEPADS Esperanza EGG107R Black/Red GAMEPADS Esperanza Wireless Gladiator Black GAMEPADS 239 GAMEPADS PowerWay USB GAMEPADS Nunchuck Controller Wii/Wii U Red GAMEPADS Powertech BO-23 -
Using Your Smartphone As a Game Controller to Your PC
Bachelor Thesis Computer Science June 2013 Using your Smartphone as a Game Controller to your PC Marcus Löwegren Rikard Johansson School of Computing BTH-Blekinge Institute of Technology Address: 371 79 Karlskrona, Telephone: +46 455 38 50 00 This thesis is submitted to the School of Computing at Blekinge Institute of Technology in par- tial fulfillment of the requirements for the degree of Bachelor in Computer Science. The thesis is equivalent to 10 weeks of full time studies. Abstract Many people in the world today own a smartphone. Smartphones of today usually have an ad- vanced array of inputs in forms of tilting, touching and speaking, and outputs in forms of visual representation on the screen, vibration of the smartphone and speakers for sound. They also usu- ally have different kinds of connectivity in forms of WLAN, Bluetooth and USB. Despite this we are still not seeing a lot of interaction between computers and smartphones, especially within games. We believe that the high presence of smartphones amongst people combined with the ad- vanced inputs and outputs of the smartphone and the connectivity possibilities makes the smart- phone a very viable option to be used as a game controller for the PC. We experimented with this developing the underlying architecture for the smartphone to communicate with the PC. Three different games were developed that users tested to see if the smartphone’s inputs are good enough to make it suitable for such purpose. We also attempted to find out if doing this made the gaming experience better, or in other words increased the enjoyment, of a PC game. -
The Ergonomic Development of Video Game Controllers Raghav Bhardwaj* Department of Design and Technology, United World College of South East Asia, Singapore
of Ergo al no rn m u ic o s J Bhardwaj, J Ergonomics 2017, 7:4 Journal of Ergonomics DOI: 10.4172/2165-7556.1000209 ISSN: 2165-7556 Research Article Article Open Access The Ergonomic Development of Video Game Controllers Raghav Bhardwaj* Department of Design and Technology, United World College of South East Asia, Singapore Abstract Video game controllers are often the primary input devices when playing video games on a myriad of consoles and systems. Many games are sometimes entirely shaped around a controller which makes the controllers paramount to a user’s gameplay experience. Due to the growth of the gaming industry and, by consequence, an increase in the variety of consumers, there has been an increased emphasis on the development of the ergonomics of modern video game controllers. These controllers now have to cater to a wider range of user anthropometrics and therefore manufacturers have to design their controllers in a manner that meets the anthropometric requirements for most of their potential users. This study aimed to analyse the evolution of video game controller ergonomics due to increased focus on user anthropometric data and to validate the hypothesis that these ergonomics have improved with successive generations of video game hardware. It has analysed and compared the key ergonomic features of the SEGA Genesis, Xbox, Xbox 360, and PS4 controllers to observe trends in their development, covering a range of 25 years of controller development. This study compared the dimensions of the key ergonomic features of the four controllers to ideal anthropometric values that have been standardised for use in other handheld devices such as TV remotes or machinery controls. -
Download the User Manual and Keymander PC Software from Package Contents 1
TM Quick Start Guide KeyMander - Keyboard & Mouse Adapter for Game Consoles GE1337P PART NO. Q1257-d This Quick Start Guide is intended to cover basic setup and key functions to get you up and running quickly. For a complete explanation of features and full access to all KeyMander functions, please download the User Manual and KeyMander PC Software from www.IOGEAR.com/product/GE1337P Package Contents 1 1 x GE1337P KeyMander Controller Emulator 2 x USB A to USB Mini B Cables 1 x 3.5mm Data Cable (reserved for future use) 1 x Quick Start Guide 1 x Warranty Card System Requirements Hardware Game Consoles: • PlayStation® 4 • PlayStation® 3 • Xbox® One S • Xbox® One • Xbox® 360 Console Controller: • PlayStation® 4 Controller • PlayStation® 3 Dual Shock 3 Controller (REQUIRED)* • Xbox® 360 Wired Controller (REQUIRED)* • Xbox® One Controller with Micro USB cable (REQUIRED)* • USB keyboard & USB mouse** Computer with available USB 2.0 port OS • Windows Vista®, Windows® 7 and Windows® 8, Windows® 8.1 *Some aftermarket wired controllers do not function correctly with KeyMander. It is strongly recommended to use official PlayStation/Xbox wired controllers. **Compatible with select wireless keyboard/mouse devices. Overview 2 1. Gamepad port 1 2 3 2. Keyboard port 3. Mouse port 4. Turbo/Keyboard Mode LED Gamepad Keyboard Mouse Indicator: a. Lights solid ORANGE when Turbo Mode is ON b. Flashes ORANGE when Keyboard Mode is ON 5. Setting LED indicator: a. Lights solid BLUE when PC port is connected to a computer. b. Flashes (Fast) BLUE when uploading a profile from a computer to the KeyMander. -
About Your SHIELD Controller SHIELD Controller Overview
About Your SHIELD controller Your NVIDIA® SHIELD™ controller works with your SHIELD tablet and SHIELD portable for exceptional responsiveness and immersion in today’s hottest games. It is the first-ever precision controller designed for both Android™ and PC gaming. Your controller includes the following features: Console-grade controls Ultra-responsive Wi-Fi performance Stereo headset jack with chat support Microphone for voice search Touch pad for easy navigation Rechargeable battery and USB charging cable Your controller is compatible with the SHIELD portable and the SHIELD tablet. It can also be used as a wired controller for a Windows 7 or Windows 8 PC running GeForce Experience. Learn more about wired PC support here. Your controller cannot be used with other Android devices at this time. SHIELD controller Overview The SHIELD controller box includes one SHIELD controller, one USB charging cable, one Support Guide, and one Quick Start Guide. Shield controller D-pad NVIDIA button Android navigation and Start buttons A B X Y buttons Left thumbstick Right thumbstick Touchpad Volume control Turn on or Turn Off your controller How to Turn On the Controller Tap the NVIDIA button. How to Turn Off the Controller Hold the NVIDIA button for 6 seconds. The controller automatically turns off when you turn off the SHIELD device the controller is connected to. The controller also automatically turns off after 10 minutes of idle time. NOTE The controller stays on during video and music playback on the SHIELD device. This allows the controller to be active to control media playback. How to Connect Your Controller to a SHIELD Device Your controller is compatible with the SHIELD portable and the SHIELD tablet. -
English Sharkps3 Manual.Pdf
TM FRAGFX SHARK CLASSIC - WIRELESS CONTROLLER ENGLISH repaIR CONNECTION BETWEEN DONGLE AND MOUSE/CHUCK Should your dongle light up, but not connect to either mouse or chuck or both, the unit HAPPY FRAGGING! needs unpairing and pairing. This process should only have to be done once. Welcome and thank you for purchasing your new FragFX SHARK Classic for the Sony Playstation 3, PC and MAC. 1) unpair the mouse (switch OFF the Chuck): - Switch on the mouse The FragFX SHARK classic is specifically designed for the Sony PlayStation 3, PC / - Press R1, R2, mousewheel, start, G, A at the same time MAC and compatible with most games, however you may find it‘s best suited to shoo- - Switch the mouse off, and on again. The blue LED should now be blinking - The mouse is now unpaired, and ready to be paired again ting, action and sport games. To use your FragFX SHARK classic, you are expected to 2) pair the mouse have a working Sony PlayStation 3 console system. - (Switch on the mouse) - Insert the dongle into the PC or PS3 For more information visit our web site at www.splitfish.com. Please read the entire - Hold the mouse close (~10cm/~4inch) to the dongle, and press either F, R, A or instruction - you get most out of your FragFX SHARK classic. G button - The LED on the mouse should dim out and the green LED on the dongle should light Happy Fragging! - If not, repeat the procedure GET YOUR DONGLE READY 3) unpair the chuck (switch OFF the mouse): Select Platform Switch Position the Dongle - Switch on the chuck PS3 - ‘Gamepad mode’ for function as a game controller - Press F, L1, L2, select, FX, L3(press stick) at the same time - ‘Keyboard Mode’ for chat and browser only - Switch the chuck off, and on again. -
Amazon Fire TV Game Controller User's Guide
Amazon Fire TV Game Controller User’s Guide The Amazon Fire TV Game Controller is a wireless game controller that can be used to play games and control media on Fire TV devices. It can also be used to search for movies, apps and games. This short guide will familiarise you with all of the features and functionality of your new controller. Note: The Amazon Fire TV Game Controller is not shipped with all Amazon Fire TV devices and is not compatible with all games. For more information, please visit www.amazon.com/devicesupport. Installing batteries Before you can use your new Fire TV Game Controller, you must install the two AA batteries included in the box. Ensure you position the positive (+) and negative (-) ends as shown, and then put the compartment cover back on. When replacing the batteries, always use new 1.5V alkaline batteries or 1.2 NIMH rechargeable batteries. Once paired, your Fire TV Game Controller will go to sleep automatically after 2 minutes of inactivity to conserve battery life. When you pick it up again, your controller will wake up automatically and a series of LED lights will cycle on the front until the controller reconnects with Fire TV. Once connected, the LED lights will indicate the controller/player number for 10 seconds. For typical users, the controller will provide up to 90 hours of gameplay on a pair of alkaline AA batteries when not streaming audio for private listening. When using the audio streaming feature with headphones connected to the audio jack, you will get 24 hours of continuous use before needing to change the batteries. -
Virtual Reality Controllers
Evaluation of Low Cost Controllers for Mobile Based Virtual Reality Headsets By Summer Lindsey Bachelor of Arts Psychology Florida Institute of Technology May 2015 A thesis Submitted to the College of Aeronautics at Florida Institute of Technology in partial fulfillment of the requirements for the degree of Master of Science In Aviation Human Factors Melbourne, Florida April 2017 © Copyright 2017 Summer Lindsey All Rights Reserved The author grants permission to make single copies. _________________________________ The undersigned committee, having examined the attached thesis " Evaluation of Low Cost Controllers for Mobile Based Virtual Reality Headsets," by Summer Lindsey hereby indicates its unanimous approval. _________________________________ Deborah Carstens, Ph.D. Professor and Graduate Program Chair College of Aeronautics Major Advisor _________________________________ Meredith Carroll, Ph.D. Associate Professor College of Aeronautics Committee Member _________________________________ Neil Ganey, Ph.D. Human Factors Engineer Northrop Grumman Committee Member _________________________________ Christian Sonnenberg, Ph.D. Assistant Professor and Assistant Dean College of Business Committee Member _________________________________ Korhan Oyman, Ph.D. Dean and Professor College of Aeronautics Abstract Title: Evaluation of Low Cost Controllers for Mobile Based Virtual Reality Headsets Author: Summer Lindsey Major Advisor: Dr. Deborah Carstens Virtual Reality (VR) is no longer just for training purposes. The consumer VR market has become a large part of the VR world and is growing at a rapid pace. In spite of this growth, there is no standard controller for VR. This study evaluated three different controllers: a gamepad, the Leap Motion, and a touchpad as means of interacting with a virtual environment (VE). There were 23 participants that performed a matching task while wearing a Samsung Gear VR mobile based VR headset. -
Using the Nintendo Wii ® to Teach Human Factors Principles
AC 2009-1414: USING THE NINTENDO WII ® TO TEACH HUMAN FACTORS PRINCIPLES Lesley Strawderman, Mississippi State University Lesley Strawderman is an assistant professor in the Department of Industrial and Systems Engineering. She conducts research in the area of human factors and ergonomics, specifically looking at the impact of large scale service systems on human use. She has received her IE degrees from Penn State and Kansas State Universities. Page 14.1334.1 Page © American Society for Engineering Education, 2009 Using the Nintendo Wii ® to teach Human Factors Principles Abstract This paper describes how to use of the Nintendo Wii® game console to teach students a variety of human factors principles. First, the concept of Signal Detection Theory (SDT) is explained using a personalized searching game on the Wii®. Next, an activity involving human sensory systems is discussed. Finally, a learning module that addresses control design and feedback, focusing on the game’s controller (Wii Remote or Wiimote) is presented. Potential topic areas for future activities, including human computer interaction, are also discussed. The teaching activities described in this paper have been successfully used by the author in past semesters. A sampling of student feedback is provided in the paper. Finally, a discussion of how the activities could be extended to non-human factors courses and outreach activities is presented. Introduction The Nintendo Wii is a popular video game console that allows the player to interact with the games in many new ways. The focus of the Wii gaming system is its controller, called a Wii Remote. The wireless device functions much like a remote control, but has motion detecting technology that allows players to interact with the Wii games using motions. -
Manual English.Pdf
Chapter 1 TABLE OF CONTENTS GETTING STARTED Chapter 1: Getting Started ...................................................................1 Operating Systems Chapter 2: Interactions & Classes ........................................................6 Chapter 3: School Supplies ...................................................................9 Windows XP Chapter 4: Bullworth Society .............................................................12 Windows Vista Chapter 5: Credits ..............................................................................16 Minimum System Requirements Memory: 1 GB RAM 4.7 GB of hard drive disc space Processor: Intel Pentium 4 (3+ GHZ) AMD Athlon 3000+ Video card: DirectX 9.0c Shader 3.0 supported Nvidia 6800 or 7300 or better ATI Radeon X1300 or better Sound card: DX9-compatible Installation You must have Administrator privileges to install and play Bully: Scholarship Edition. If you are unsure about how to achieve this, please consult your Windows system manual. Insert the Bully: Scholarship Edition DVD into your DVD-ROM Drive. If AutoPlay is enabled, the Launch Menu will appear otherwise use Explorer to browse the disc, and launch. ABOUT THIS BOOK Select the INSTALL option to run the installer. Since publishing the first edition there have been some exciting new Agree to the license Agreement. developments. This second edition has been updated to reflect those changes. You will also find some additional material has been added. Choose the install location: Entire chapters have been rewritten and some have simply been by default we use “C:\Program Files\Rockstar Games\Bully Scholarship deleted to streamline your learning experience. Enjoy! Edition” BULLY: SCHOLARSHIP EDITION CHAPTER 1: GETTING STARTED 1 Chapter 1 Installation continued CONTROLS Once Installation has finished, you will be returned to the Launch Menu. Controls: Standard If you do not have DirectX 9.0c installed on your PC, then we suggest Show Secondary Tasks Arrow Left launching DIRECTX INSTALL from the Launch Menu. -
The Trackball Controller: Improving the Analog Stick
The Trackball Controller: Improving the Analog Stick Daniel Natapov I. Scott MacKenzie Department of Computer Science and Engineering York University, Toronto, Canada {dnatapov, mack}@cse.yorku.ca ABSTRACT number of inputs was sufficient. Despite many future additions Two groups of participants (novice and advanced) completed a and improvements, the D-Pad persists on all standard controllers study comparing a prototype game controller to a standard game for all consoles introduced after the NES. controller for point-select tasks. The prototype game controller Shortcomings of the D-Pad became apparent with the introduction replaces the right analog stick of a standard game controller (used of 3D games. The Sony PlayStation and the Sega Saturn, for pointing and camera control) with a trackball. We used Fitts’ introduced in 1995, supported 3D environments and third-person law as per ISO 9241-9 to evaluate the pointing performance of perspectives. The controllers for those consoles, which used D- both controllers. In the novice group, the trackball controller’s Pads, were not well suited for 3D, since navigation was difficult. throughput was 2.69 bps – 60.1% higher than the 1.68 bps The main issue was that game characters could only move in eight observed for the standard controller. In the advanced group the directions using the D-Pad. To overcome this, some games, such trackball controller’s throughput was 3.19 bps – 58.7% higher than the 2.01 bps observed for the standard controller. Although as Resident Evil, used the forward and back directions of the D- the trackball controller performed better in terms of throughput, Pad to move the character, and the left and right directions for pointer path was more direct with the standard controller. -
Robonova PS2 Wireless Controller Richard Ibbotson
RoboNova PS2 Wireless Controller Richard Ibbotson. December 2007 The currently available remote controllers from Hitec for the RoboNova are either the Infra-red Remote, Bluetooth, or a connected radio control receiver. The promised RoboNova wireless PS2 Controller seemed to make a short appearance in Japan, but has disappeared from the rest of the world. The IR controller some has limitations due to directionality, but also due to poor integration to the RoboBasic code making it slow and erratic in behaviour. The radio receiver suffers from the same problems. The most common alternative is to use a Bluetooth receiver connected to the ETX/ERX pins. A remote Bluetooth device such as a PC, Pocket PC or phone, can be used to send and receive commands and data with the RoboNova. This allows a RoboBasic program to use more buttons than the standard remote, gives more reliable behaviour, and has the ability to have text labelled buttons. I have used the Bluetooth control with a BlueSmirf and the excellent software for the Pocket PC made available by Pev. The major limitations I have found with the Bluetooth are poor response for real time control of the RoboNova, and the requirement of a PC to relay joystick controllers to the Bluetooth. I wanted to have better real time control of the RoboNova, not just select move routines. I therefore decided to embark on my own PS2 Wireless Game Controller interface for the RoboNova. The PS2 Controller with 16 buttons and 2 joysticks is an ideal controller for the RoboNova. Wireless PS2 controllers are available at low cost and the interface is well described.