“O Museu da Pedra, numa associação do Município de Cantanhede a um coleccionador de Cantanhede, orgulha-se de trazer a público a coleção “Geração Spectrum” para que seja visitada pelos nossos munícipes e visitantes ao concelho.
Esta exposição, saudosamente intitulada de LOAD “”, homenageia e descreve o aparecimento dos primeiros computadores que na década de 80 começaram a surgir na casa de muitos Portugueses. Mas vai mais além e detalha a importância que Portugal teve nesta revolução tecnológica visto que muitos computadores vendidos por todo o Mundo foram por cá montados ou desenvolvidos.
A exposição será formalmente inaugurada na tarde de dia 27/04 com uma tertúlia a partir das 15h00.
A participação é livre, limitada aos lugares disponíveis.”
O autor, coleccionador e responsável é o João Diogo Ramos
+infos(o portal): www.geracaospectrum.com
+infos(rede social): LINK
Está a decorrer no IEFP de Vila Nova de Gaia o período de inscrição para o curdo de “Desenvolvimento de videojogos” divido em duas partes: “Design e desenvolvimento” e “Design e programação avançados” durante o período de julho num total de 200 horas.
Está a decorrer uma campanha numa plataforma de crowdfunding com o nome “Bem Vindo Ao Game Design – Livro e Cursos Online” por João Victor Santos Pinho Teixeira. O objectivo é o de apoiar a publicação de um livro relacionado com o desenvolvimento de videojogos.
Ando de olhos postos nas consolas retro. Algumas delas nunca brinquei nem experimentei, pois são demasiado antigas, outras sim :)
Eis a lista do que encontrei até ao momento à venda em Portugal :)
Consola SNES Nintendo Classic Mini,
Consola SEGA MEGA DRIVE 85 jogos (Preto),
Consola NINTENDO CLASSIC MINI NES,
Uma história acerca da pirataria dos videojogos no Brasil. São três episódios:
Episódio 1 – Arcades Improvisados
“Com as máquinas de pinball da Taito, a indústria dos games no Brasil teve seu começo nas lojas sujas do centro de São Paulo e nas fábricas poluídas do Amazonas. Isso marcou o início de uma cultura gamer recheada de adaptações e clones nacionais muitas vezes criados às margens da lei.”
Episódio 2 – Consoles e jogos nacionais
“O Brasil passa a ter não só um mercado estável, mas também os primeiros jogadores. O lance é que grandes empresas, como a Nintendo, não estavam oficialmente no país. Então, alguns empreendedores começaram a criar os primeiros emuladores: produtos nacionais que eram adaptações de games e consoles populares. Como o Master System, da TecToy, e o Phantom System, da Gradiente.”
Episódio 3 – Modificações e o começo do eSports
“Na virada dos anos 2000, com os cartuchos dando lugar aos CDs e DVDs, a cultura de games no Brasil teve uma febre modder. Patchs de jogos mainstream como Winning Eleven (PlayStation 2) e Counter-Strike (PC) eram mais populares que os games originais, fazendo empresas como Microsoft e Sony finalmente chegarem oficialmente ao país. Também foi o começo da cultura de eSports no Brasil.”
+infos(fonte): LINK , pela RedBull
Como não existem duas sem três, aqui fica mais uma referência acerca do desenvolvimento de videojogos ao longo dos tempos. A narrativa começa pelo uso de consolas em casa..1940
Since its commercial birth in the 1950s as a technological oddity at a science fair, gaming has blossomed into one of the most profitable entertainment industries in the world.
The mobile technology boom in recent years has revolutionized the industry and opened the doors to a new generation of gamers. Indeed, gaming has become so integrated with modern popular culture that now even grandmas know what Angry Birds is, and more than 42 percent of Americans are gamers and four out of five U.S. households have a console.
The Early Years
The first recognized example of a game machine was unveiled by Dr. Edward Uhler Condon at the New York World’s Fair in 1940. The game, based on the ancient mathematical game of Nim, was played by about 50,000 people during the six months it was on display, with the computer reportedly winning more than 90 percent of the games.
However, the first game system designed for commercial home use did not emerge until nearly three decades later, when Ralph Baer and his team released his prototype, the “Brown Box,” in 1967.
The “Brown Box” was a vacuum tube-circuit that could be connected to a television set and allowed two users to control cubes that chased each other on the screen. The “Brown Box” could be programmed to play a variety of games, including ping pong, checkers and four sports games. Using advanced technology for this time, added accessories included a lightgun for a target shooting game, and a special attachment used for a golf putting game.
According to the National Museum of American History, Baer recalled, “The minute we played ping-pong, we knew we had a product. Before that we weren’t too sure.”
Magnavox-OdysseyThe “Brown Box” was licensed to Magnavox, which released the system as the Magnavox Odyssey in 1972. It preceded Atari by a few months, which is often mistakenly thought of as the first games console.
Between August 1972 and 1975, when the Magnavox was discontinued, around 300,000 consoles were sold. Poor sales were blamed on mismanaged in-store marketing campaigns and the fact that home gaming was a relatively alien concept to the average American at this time.
However mismanaged it might have been, this was the birth of the digital gaming we know today.
Onward To Atari And Arcade Gaming
Sega and Taito were the first companies to pique the public’s interest in arcade gaming when they released the electro-mechanical games Periscope and Crown Special Soccer in 1966 and 1967. In 1972, Atari (founded by Nolan Bushnell, the godfather of gaming) became the first gaming company to really set the benchmark for a large-scale gaming community.
The nature of the games sparked competition among players, who could record their high scores … and were determined to mark their space at the top of the list.
Atari not only developed their games in-house, they also created a whole new industry around the “arcade,” and in 1973, retailing at $1,095, Atari began to sell the first real electronic video game Pong, and arcade machines began emerging in bars, bowling alleys and shopping malls around the world. Tech-heads realized they were onto a big thing; between 1972 and 1985, more than 15 companies began to develop video games for the ever-expanding market.
The Roots Of Multiplayer Gaming As We Know It
During the late 1970s, a number of chain restaurants around the U.S. started to install video games to capitalize on the hot new craze. The nature of the games sparked competition among players, who could record their high scores with their initials and were determined to mark their space at the top of the list. At this point, multiplayer gaming was limited to players competing on the same screen.
The first example of players competing on separate screens came in 1973 with “Empire” — a strategic turn-based game for up to eight players — which was created for the PLATO network system. PLATO (Programmed Logic for Automatic Teaching Operation), was one of the first generalized computer-based teaching systems, originally built by the University of Illinois and later taken over by Control Data (CDC), who built the machines on which the system ran.
According to usage logs from the PLATO system, users spent about 300,000 hours playing Empire between 1978 and 1985. In 1973, Jim Bowery released Spasim for PLATO — a 32-player space shooter — which is regarded as the first example of a 3D multiplayer game. While access to PLATO was limited to large organizations such as universities — and Atari — who could afford the computers and connections necessary to join the network, PLATO represents one of the first steps on the technological road to the Internet, and online multiplayer gaming as we know it today.
At this point, gaming was popular with the younger generations, and was a shared activity in that people competed for high-scores in arcades. However, most people would not have considered four out of every five American households having a games system as a probable reality.
Home Gaming Becomes A Reality
In addition to gaming consoles becoming popular in commercial centers and chain restaurants in the U.S., the early 1970s also saw the advent of personal computers and mass-produced gaming consoles become a reality. Technological advancements, such as Intel’s invention of the world’s first microprocessor, led to the creation of games such as Gunfight in 1975, the first example of a multiplayer human-to-human combat shooter.
While far from Call of Duty, Gunfight was a big deal when it first hit arcades. It came with a new style of gameplay, using one joystick to control movement and another for shooting direction — something that had never been seen before.
In 1977, Atari released the Atari VCS (later known as the Atari 2600), but found sales slow, selling only 250,000 machines in its first year, then 550,000 in 1978 — well below the figures expected. The low sales have been blamed on the fact that Americans were still getting used to the idea of color TVs at home, the consoles were expensive and people were growing tired of Pong, Atari’s most popular game.
When it was released, the Atari VCS was only designed to play 10 simple challenge games, such as Pong, Outlaw and Tank. However, the console included an external ROM slot where game cartridges could be plugged in; the potential was quickly discovered by programmers around the world, who created games far outperforming the console’s original designed.
The integration of the microprocessor also led to the release of Space Invaders for the Atari VCS in 1980, signifying a new era of gaming — and sales: Atari 2600 sales shot up to 2 million units in 1980.
As home and arcade gaming boomed, so too did the development of the gaming community. The late 1970s and early 1980s saw the release of hobbyist magazines such as Creative Computing (1974), Computer and Video Games (1981) and Computer Gaming World (1981). These magazines created a sense of community, and offered a channel by which gamers could engage.
Personal Computers: Designing Games And Opening Up To A Wider Community
The video game boom caused by Space Invaders saw a huge number of new companies and consoles pop up, resulting in a period of market saturation. Too many gaming consoles, and too few interesting, engaging new games to play on them, eventually led to the 1983 North American video games crash, which saw huge losses, and truckloads of unpopular, poor-quality titles buried in the desert just to get rid of them. The gaming industry was in need of a change.
At more or less the same time that consoles started getting bad press, home computers like the Commodore Vic-20, the Commodore 64 and the Apple II started to grow in popularity. These new home computer systems were affordable for the average American, retailing at around $300 in the early 1980s (around $860 in today’s money), and were advertised as the “sensible” option for the whole family.
These home computers had much more powerful processors than the previous generation of consoles; this opened the door to a new level of gaming, with more complex, less linear games. They also offered the technology needed for gamers to create their own games with BASIC code. Even Bill Gates designed a game, called Donkey (a simple game that involved dodging donkeys on a highway while driving a sports car). Interestingly, the game was brought back from the dead as an iOS app back in 2012.
While the game was described at the time as “crude and embarrassing” by rivals at Apple, Gates included the game to inspire users to develop their own games and programs using the integrated BASIC code program.
Magazines like Computer and Video Games and Gaming World provided BASIC source code for games and utility programs, which could be typed into early PCs. Games, programs and readers’ code submissions were accepted and shared.
In addition to providing the means for more people to create their own game using code, early computers also paved the way for multiplayer gaming, a key milestone for the evolution of the gaming community.
Early computers such as the Macintosh, and some consoles such as the Atari ST, allowed users to connect their devices with other players as early as the late 1980s. In 1987, MidiMaze was released on the Atari ST and included a function by which up to 16 consoles could be linked by connecting one computer’s MIDI-OUT port to the next computer’s MIDI-IN port.
While many users reported that more than four players at a time slowed the game dramatically and made it unstable, this was the first step toward the idea of a deathmatch, which exploded in popularity with the release of Doom in 1993 and is one of the most popular types of games today.
The real revolution in gaming came when LAN networks, and later the Internet, opened up multiplayer gaming.
Multiplayer gaming over networks really took off with the release of Pathway to Darkness in 1993, and the “LAN Party” was born. LAN gaming grew more popular with the release of Marathon on the Macintosh in 1994 and especially after first-person multiplayer shooter Quake hit stores in 1996. By this point, the release of Windows 95 and affordable Ethernet cards brought networking to the Windows PC, further expanding the popularity of multiplayer LAN games.
Multiplayer gaming took the gaming community to a new level because it allowed fans to compete and interact from different computers, which improved the social aspect of gaming. This key step set the stage for the large-scale interactive gaming that modern gamers currently enjoy. On April 30, 1993, CERN put the World Wide Web software in the public domain, but it would be years before the Internet was powerful enough to accommodate gaming as we know it today.
The Move To Online Gaming On Consoles
Long before gaming giants Sega and Nintendo moved into the sphere of online gaming, many engineers attempted to utilize the power of telephone lines to transfer information between consoles.
William von Meister unveiled groundbreaking modem-transfer technology for the Atari 2600 at the Consumer Electronics Show (CES) in Las Vegas in 1982. The new device, the CVC GameLine, enabled users to download software and games using their fixed telephone connection and a cartridge that could be plugged in to their Atari console.
The device allowed users to “download” multiple games from programmers around the world, which could be played for free up to eight times; it also allowed users to download free games on their birthdays. Unfortunately, the device failed to gain support from the leading games manufacturers of the time, and was dealt a death-blow by the crash of 1983.
Real advances in “online” gaming wouldn’t take place until the release of 4th generation 16-bit-era consoles in the early 1990s, after the Internet as we know it became part of the public domain in 1993. In 1995 Nintendo released Satellaview, a satellite modem peripheral for Nintendo’s Super Famicom console. The technology allowed users to download games, news and cheats hints directly to their console using satellites. Broadcasts continued until 2000, but the technology never made it out of Japan to the global market.
Between 1993 and 1996, Sega, Nintendo and Atari made a number of attempts to break into “online” gaming by using cable providers, but none of them really took off due to slow Internet capabilities and problems with cable providers. It wasn’t until the release of the Sega Dreamcast, the world’s first Internet-ready console, in 2000, that real advances were made in online gaming as we know it today. The Dreamcast came with an embedded 56 Kbps modem and a copy of the latest PlanetWeb browser, making Internet-based gaming a core part of its setup rather than just a quirky add-on used by a minority of users.
The Dreamcast was a truly revolutionary system, and was the first net-centric device to gain popularity. However, it also was a massive failure, which effectively put an end to Sega’s console legacy. Accessing the Internet was expensive at the turn of the millennium, and Sega ended up footing huge bills as users used its PlanetWeb browser around the world.
Experts related the console’s failure to the Internet-focused technology being ahead of its time, as well as the rapid evolution of PC technology in the early 2000s — which led people to doubt the use of a console designed solely for gaming. Regardless of its failure, Dreamcast paved the way for the next generation of consoles, such as the Xbox. Released in the mid-2000s, the new console manufacturers learned from and improved the net-centric focus of the Dreamcast, making online functionality an integral part of the gaming industry.
The release of Runescape in 2001 was a game changer. MMORPG (massively multiplayer online role-playing games) allows millions of players worldwide to play, interact and compete against fellow fans on the same platform. The games also include chat functions, allowing players to interact and communicate with other players whom they meet in-game. These games may seem outdated now, but they remain extremely popular within the dedicated gaming community.
The Modern Age Of Gaming
Since the early 2000s, Internet capabilities have exploded and computer processor technology has improved at such a fast rate that every new batch of games, graphics and consoles seems to blow the previous generation out of the water. The cost of technology, servers and the Internet has dropped so far that Internet at lightning speeds is now accessible and commonplace, and 3.2 billion people across the globe have access to the Internet. According to the ESA Computer and video games industry report for 2015, at least 1.5 billion people with Internet access play video games.
Online storefronts such as Xbox Live Marketplace and the Wii Shop Channel have totally changed the way people buy games, update software and communicate and interact with other gamers, and networking services like Sony’s PSN have helped online multiplayer gaming reach unbelievable new heights.
Every new batch of games, graphics and consoles seems to blow the previous generation out of the water.
Technology allows millions around the world to enjoy gaming as a shared activity. The recent ESA gaming report showed that 54 percent of frequent gamers feel their hobby helps them connect with friends, and 45 percent use gaming as a way to spend time with their family.
By the time of the Xbox 360 release, online multiplayer gaming was an integral part of the experience (especially “deathmatch” games played against millions of peers around the world for games such as Call of Duty Modern Warfare). Nowadays, many games have an online component that vastly improves the gameplay experience and interactivity, often superseding the importance of the player’s offline game objectives.
“What I’ve been told as a blanket expectation is that 90% of players who start your game will never see the end of it…” says Keith Fuller, a longtime production contractor for Activision.
As online first-person shooter games became more popular, gaming “clans” began to emerge around the world. A clan, guild or faction is an organized group of video gamers that regularly play together in multiplayer games. These games range from groups of a few friends to 4,000-person organizations with a broad range of structures, goals and members. Multiple online platforms exist, where clans are rated against each other and can organize battles and meet-ups online.
The Move Toward Mobile
Since smartphones and app stores hit the market in 2007, gaming has undergone yet another rapid evolution that has changed not only the way people play games, but also brought gaming into the mainstream pop culture in a way never before seen. Rapid developments in mobile technology over the last decade have created an explosion of mobile gaming, which is set to overtake revenue from console-based gaming in 2015.
This huge shift in the gaming industry toward mobile, especially in Southeast Asia, has not only widened gaming demographics, but also pushed gaming to the forefront of media attention. Like the early gaming fans joining niche forums, today’s users have rallied around mobile gaming, and the Internet, magazines and social media are full of commentaries of new games and industry gossip. As always, gamers’ blogs and forums are filled with new game tips, and sites such as Macworld, Ars Technica and TouchArcade push games from lesser-known independent developers, as well as traditional gaming companies.
The gaming industry was previously monopolized by a handful of companies, but in recent years, companies such as Apple and Google have been sneaking their way up the rankings due to their games sales earnings from their app stores. The time-killing nature of mobile gaming is attractive to so many people who basic games such as Angry Birds made Rovio $200 million in 2012 alone, and broke two billion downloads in 2014.
More complex mass multiplayer mobile games such as Clash of Clans are bringing in huge sums each year, connecting millions of players around the world through their mobile device or League of Legends on the PC.
The move to mobile technology has defined the recent chapter of gaming, but while on-the-move gaming is well-suited to the busy lives of millennials, gaming on mobile devices also has its limitations. Phone screens are small (well, at least until the iPhone 6s came out), and processor speeds and internal memories on the majority of cellphones limit gameplay possibilities. According to a recent VentureBeat article, mobile gaming is already witnessing its first slump. Revenue growth has slowed, and the cost of doing business and distribution costs have risen dramatically over the last few years.
Although mobile gaming has caused the death of hand-held gaming devices, consoles are still booming, and each new generation of console welcomes a new era of technology and capabilities. Two industries that could well play a key role in the future of gaming are virtual reality and artificial intelligence technology.
Virtual reality (VR) company Oculus was acquired by Facebook in 2014, and is set to release its Rift headset in 2016. The headset seems to lean perfectly toward use within the video games industry, and would potentially allow gamers to “live” inside an interactive, immersive 3D world. The opportunities to create fully interactive, dynamic “worlds” for MMORPG, in which players could move around, interact with other players and experience the digital landscapes in a totally new dimension, could be within arms reach.
There have been a lot of advancements over the last few years in the world of language-processing artificial intelligence. In 2014, Google acquired Deep Mind; this year, IBM acquired AlchemyAPI, a leading provider in deep-learning technology; in October 2015, Apple made two AI acquisitions in less than a week. Two of the fields being developed are accuracy for voice recognition technology and open-ended dialogue with computers.
These advances could signify an amazing new chapter for gaming — especially if combined with VR, as they could allow games to interact with characters within games, who would be able to respond to questions and commands, with intelligent and seemingly natural responses. In the world of first-person shooters, sports games and strategy games, players could effectively command the computer to complete in-game tasks, as the computer would be able to understand commands through a headset due to advances in voice recognition accuracy.
If the changes that have occurred over the last century are anything to go by, it appears that gaming in 2025 will be almost unrecognizable to how it is today. Although Angry Birds has been a household name since its release in 2011, it is unlikely to be remembered as fondly as Space Invaders or Pong. Throughout its progression, gaming has seen multiple trends wane and tide, then be totally replaced by another technology. The next chapter for gaming is still unclear, but whatever happens, it is sure to be entertaining.
+infos(fonte da informação): LINK, por Riad Chikhani
Aqui está mais um daqueles sites interessantes e a ver se tem pernas para andar. O assunto tem, mas vamos ver se tem força para permanecer e crescer :) Espero que sim.
+infos(Video Game History Foundation): https://gamehistory.org/
Encontrei um blog que tem como tradição postar noticias acerca de videojogos do ZX Spectrum, em português! :)
Destaco também o arquivo que eles partilham acerca das noticias de jornais sobre videojogos e estas tecnologias .. e sem deixar de lado o jornal A Capital :) todas as sextas ;)
Encontrei mais uma referência a um livro acerca de videojogos para “consolas” de 8 bits, onde se inclui o meu favorito, ZX Spectrum. Ainda não é desta que vou comprar já que o preço ronda perto dos 50 euros :(
Um post interessante acerca da história no desenvolvimento gráfico dos videojogos que foram desenvolvidos no Japão por VGDensetsu.
Surgiu na comunidade um relatório que foi desenvolvido a partir das respostas a questões por parte de pessoas que publicam ou publicaram na Steam.
Algumas das sugestões que são feitas estão relacionadas com:
“1. Remove ability for users to delete developers’ comments on their reviews.
2. Clarify what a developer needs to do in order to qualify for various featuring opportunities.
3. Bug reporting/technical support should be built into Steam/Steamworks. Filter issues that are Steam issues to Steam support team instead of to the developer.
4. Devs should be able to have one unified landing page for all their games.
5. The Steam Community feature needs better ways to deal with toxic users.
6. Valve should increase the overall volume of sustainable middle class developers.
7. Make reviews on the frontpage representative of the game’s review percentage.
8. The “Upcoming Games” list is becoming useless.
9. Devs should have better tools and info for tracking and identifying players who abuse/hack multiplayer, bot/farm item drops, etc.
10. Devs should have the possibility to send messages to forum users.
+infos(análise ao estudo): LINK
+infos(estudo completo): LINK
Gostava de ter acesso a este livro: The Indie Game Developer Handbook
Os principais tópicos deste livro são:
Indie Game Development
Development Tools and Resources
QA, Localisations and Age Ratings
PR and Reaching Out to the Press
Websites, Forums and Source Control
Tax, Legal and Other Odds and Ends
Metagaming Playing, Competing, Spectating, Cheating, Trading, Making, And Breaking Videogames de Stephanie Boluk e Patrick Lemieux
Fans And Videogames Histories, Fandom, Archives
A Lógica Do Jogo: Recriando Clássicos Da História Dos Videogames de Marcus Becker
How To Talk About Videogames de Ian, Prof. Bogost
Digital Games As History How Videogames Represent The Past And Offer Access To Historical Practice de Adam Chapman
Playback A Genealogy Of 1980s British Videogames de Alex Wade
Co-Creating Videogames de John Banks
Developer’S Dilemma The Secret World Of Videogame Creators de Casey O’Donnell
Videogames And Education de Harry J. Brown
Digital Games: A Context for Cognitive Development: New Directions for Child and Adolescent Development, Number 139
The Videogames Handbook de James Newman, David Surman e Iain Simons
How To Do Things With Videogames de Ian Bogost
Persuasive Games The Expressive Power Of Videogames de Ian Bogost
Beyond Game Design Nine Steps Towards Creating Better Videogames de Chris Bateman
Studying Videogames de Wayne O’Brien e Julian Mcdougall
Playing With Videogames de James Newman
Game Writing Narrative Skills For Videogames de Chris Bateman
Computer Games: Text, Narrative and Play de Diane Carr, David Buckingham, Andrew Burn, Gareth Schott
Aqui está um portal que agrega alguns trabalhos relacionados com estudos feitos sobre os videojogos.
Entertainment Computing publishes original, peer-reviewed research articles and serves as a forum for stimulating and disseminating innovative research ideas, emerging technologies, empirical investigations, state-of-the-art methods and tools in all aspects of digital entertainment, new media, entertainment computing, gaming, robotics, toys and applications among researchers, engineers, social scientists, artists and practitioners. Theoretical, technical, empirical, survey articles and case studies are all appropriate to the journal.
Specific areas of interest include:
• Computer, video, console and internet games
• Cultural computing and cultural issues in entertainment
• Digital new media for entertainment
• Entertainment robots and robot like applications
• Entertainment technology, applications, application program interfaces, and entertainment system architectures
• Human factors of entertainment technology
• Impact of entertainment technology on users and society
• Integration of interaction and multimedia capabilities in entertainment systems
• Interactive television and broadcasting
• Interactive art and entertainment
• Methodologies, paradigms, tools, and software/hardware architectures for supporting entertainment applications
• Mixed, augmented and virtual reality systems for entertainment
• New genres of entertainment technology
• Serious Games used in education, training, and research
• Simulation/gaming methodologies used in education, training, and research
• Social media for entertainment
In the area of empirical and experimental studies we are looking for contributions which are very well documented, innovative, and tested or evaluated in a particular entertainment domain.
(2013)Honoring the Code: Conversations with Great Game Designers de Matt Barton
(2003)The Video Game Theory Reader de Mark J. P. Wolf
(2005)21st Century Game Design de Chris Bateman e Richard Boon
(2013)Fundamentals of Game Design de Ernest Adams
(2009)Level Design: Concept, Theory, and Practice de Rudolf Kremers
(2014)An Architectural Approach to Level Design de Christopher W. Totten
(2014)Introduction to Game Design, Prototyping, and Development: From Concept to Playable Game – with Unity and C# de Jeremy Gibson
(2008)Game Feel: A Game Designer’s Guide to Virtual Sensation de Steve Swink
(2012)Reality is Broken: Why Games Make Us Better and How They Can Change the World de Jane McGonigal
(2015)Uncertainty in Games de Greg Costikyan
(2012)Game Mechanics: Advanced Game Design de Ernest Adams e Joris Dormans
(2004)Game Design, Theory and Practice de Richard Rouse III
(2003)Rules of Play: Game Design Fundamentals de Katie Salen e Eric Zimmerman
(2008)Understanding Video Games: The Essential Introduction de Simon Egenfeldt-Nielson, Jonas Heide Smith, Susana Pajares Tosca
(2007)Videogame, player, text de Barry Atkins e Tanya Krzywinska
(2012)Characteristics of Games de George Skaff Elias, Richard Garfield, K. Robert Gutschera, Peter Whitley, Eric Zimmerman
(2008)Game Design Workshop: A Playcentric Approach to Creating Innovative Games de Tracy Fullerton
(2013)Videogames de James Newman
(2008)Challenges for Game Designers de Brenda Brathwaite, Ian Schreiber
(2011)Half-Real: Video Games between Real Rules and Fictional Worlds de Jesper Juul
(2014)Play Matters de Miguel Sicart
(2003)Designing Virtual Worlds de Richard A. Bartle
(2010)Replay: The History of Video Games de Tristan Donovan
(2008)The Ultimate Guide to Video Game Writing and Design de Flint Dille, John Zuur Platten
(2007)The Game Maker’s Apprentice: Game Development for Beginners de Jacob Habgood , Mark Overmars, Phil Wilson
(2014)Video Game Storytelling: What Every Developer Needs to Know about Narrative Techniques de Evan Skolnick
(2010)The Game Maker’s Companion (Technology in Action) de Jacob Habgood, Nana Nielsen, Martin Rijks
(2014)Game Design Workshop: A Playcentric Approach to Creating Innovative Games de Tracy Fullerton
(2012)A Mind Forever Voyaging: A History of Storytelling in Video Games de Dylan Holmes
(2001)The Ultimate History of Video Games: From Pong to Pokemon–The Story Behind the Craze That Touched Our Lives and Changed the World de Steven Kent
(2009)Games of Empire: Global Capitalism and Video Games de Nick Dyer-Witheford, Greig de Peuter
(2011)Extra Lives: Why Video Games Matter de Tom Bissell
(2008)Game Feel: A Game Designer’s Guide to Virtual Sensation de Steve Swink
(2003)Rules of Play: Game Design Fundamentals de Katie Salen Tekinbas, Eric Zimmerman
(2013)Theory of Fun for Game Design de Raph Koster
(2013)The Art of Failure: An Essay on the Pain of Playing Video Games de Jesper Juul
(2013)Critical Play: Radical Game Design de Mary Flanagan
(2012)Understanding Video Games: The Essential Introduction de Simon Egenfeldt-Nielsen, Jonas Heide Smith, Susana Pajares Tosca
(2011)Reality Is Broken: Why Games Make Us Better and How They Can Change the World de Jane McGonigal
(2014)A Game Design Vocabulary: Exploring the Foundational Principles Behind Good Game Design de Anna Anthropy, Naomi Clark
(2010)Persuasive Games: The Expressive Power of Videogames de Ian Bogost
(2011)How to Do Things with Videogames de Ian Bogost
(2012)Rise of the Videogame Zinesters: How Freaks, Normals, Amateurs, Artists, Dreamers, Drop-outs, Queers, Housewives, and People Like You Are Taking Back an Art Form de Anna Anthropy
(2012)Game Design Theory de Keith Burgun
(2008)The Game Inventor’s Guidebook: How to Invent and Sell Board Games, Card Games, Role-Playing Games, & Everything in Between! de Brian Tinsman
(2006)Game Design Reader: A Rules of Play Anthology de Katie Salen, Eric Zimmerman
(2001)Man, Play and Games de Roger Caillois, Meyer Barash
(2001)The Ambiguity of Play de Brian Sutton-smith
(2014)Fundamentals of Game Design, 3/E de Ernest Adams
(2015)Game Design Vocabulary, A: Exploring the Foundational Principles Behind Good Game Design de Anna Anthropy e Naomi Clark
(2015)Players Making Decisions: Game Design Essentials and the Art of Understanding Your Players de Zack Hiwiller
(2015)Learning 2D Game Development with Unity: A Hands-On Guide to Game Creation de Matthew Johnson e James A. Henley
(2013)Unity Game Development in 24 Hours, Sams Teach Yourself de Mike Geig
(2015)Unity in Action: Multiplatform Game Development in C# with Unity 5 de Joe Hocking
II Encontro Potiguar de Jogos, Entretenimento e Educação
I Escola Regional de Realidade Virtual
Natal, RN, 07-12 de novembro de 2016
O EPoGames é o principal evento do Rio Grande do Norte (RN) voltado ao
estudo do desenvolvimento e do uso de jogos digitais e mídia digital
interativa. Trata-se de um evento de caráter interdisciplinar que tem como
objetivo principal reunir estudantes e profissionais interessados na área
de jogos, com objetivo de entretenimento e/ou educação, a fim de
impulsionar a criação de uma cultura na área no RN. Esta área é
inerentemente interdisciplinar, envolvendo profissionais de computação,
artes, design, música, educação, mas igualmente de psicologia, saúde e
demais áreas que fazem uso de jogos digitais como ferramentas de
transformação individual e social. O EPoGames serve, então, como ponto de
encontro e de troca de ideias e saberes das diferentes áreas em um foco de
aplicação específico: o desenvolvimento e uso de jogos digitais. O evento
possui um viés acadêmico, sem deixar de lado o interesse do mercado,
procurando promover o empreendorismo na área.
Este ano a EPoGames acontecerá em conjunto com a Escola Regional de
A lista de assuntos de interesse no domínio dos jogos inclui, mas não está
Arquiteturas e motores de jogos; Inteligência artificial aplicada a
jogos; Computação gráfica; Processos e ferramentas de desenvolvimento;
Interação humano-computador; Som interativo e 3D; Modelos e infraestrutura
para jogos em rede; Modelagem física; Modelagem procedural.
Aplicações de realidade virtual; Aplicações de realidade aumentada;
Jogos em realidade virtual; Jogos em realidade aumentada; Inovações em
técnicas de realidade virtual e/ou realidade aumentada.
Artes e Design
Técnicas de modelagem e animação; Métodos, processos e ferramentas para
artes e design; Design conceitual; Criação de arte promocional; Processos
de criação; Narrativas; Quests e mecânicas; Design de níveis; Design de
interfaces; Gamificação de processos.
Ensino e aprendizagem com jogos; Ensino da programação de jogos;
Análise, projeto, desenvolvimento e avaliação de jogos educativos; Análise
da aprendizagem a partir de jogos; Simuladores para apoiar o
ensino/aprendizagem; Realidade virtual e aumentada na educação; Ambientes
tridimensionais para o ensino/aprendizagem; Gamificação na educação.
História dos jogos; Impacto dos jogos em comunidades; Impacto dos jogos
em áreas diversas (Trabalho, Educação, Saúde, Psicologia, Mídia, Juventude,
Empreendedorismo na área de jogos digitais; Estratégia organizacional
na indústria de jogos digitais; Formação dos profissionais para a indústria
de jogos digitais; Games, clusters e cidades criativas; Indies na indústria
de jogos digitais; Inovação na indústria de jogos digitais;
Internacionalização de empresas de desenvolvimento de jogos digitais;
Metodologias de gestão de projetos na indústria de jogos digitais; Modelos
de negócio nas empresas de jogos digitais; Políticas públicas na indústria
de jogos digitais.
*Existem quatro categorias para submissão de trabalhos:*
Artigos completos: trabalhos científicos com resultados originais
consolidados ou com análise de experiências (de 8 a 12 páginas);
Artigos resumidos: trabalhos científicos ou análise de experiências em
andamento com resultados parciais (de 5 a 7 páginas);
Minicursos: apresentações sobre temas de interesse para a comunidade de
Jogos Digitais (2 páginas).
Festival de jogos: jogos independentes concebido e desenvolvido por pessoa
física ou jurídica utilizando qualquer tecnologia para qualquer plataforma,
visando ou não fins lucrativos;
Para maiores informações, acesse o site do EPoGames 2016:
20/10/2016 ? prazo de submissão dos artigos completos, resumidos,
minicursos e festival de jogos
01/11/2016 ? notificação de resultados
05/11/2016 ? envio da versão final
07-12/11/2016 ? EPoGames 2016