History of Digital Games

Developments in Art, Design and Interaction

Andrew Williams

• Verlag: Routledge
• Jahr: 2017
• ISBN:
  9781317503804
• Auflage: 1
• Thema: Ciencia de la computación
• Thema: Programación de juegos

The growth of videogame design programs in higher education and explosion of amateur game development has created a need for a deeper understanding of game history that addresses not only "when, " but "how" and "why." Andrew Williams takes the first step in creating a comprehensive survey on the history of digital games as commercial products and artistic forms in a textbook appropriate for university instruction. History of Digital Games adopts a unique approach and scope that traces the interrelated concepts of game design, art and design of input devices from the beginnings of coin-operated amusement in the late 1800s to the independent games of unconventional creators in the present. Rooted in the concept of videogames as designed objects, Williams investigates the sources that inspired specific game developers as well as establishing the historical, cultural, economic and technological contexts that helped shape larger design trends.

Key Features

• Full-color images and game screenshots

• Focuses primarily on three interrelated digital game elements: visual design, gameplay design and the design of input devices

• This book is able to discuss design trends common to arcade games, home console games and computer games while also respecting the distinctions of each game context

• Includes discussion of game hardware as it relates to how it affects game design

• Links to online resources featuring games discussed in the text, video tutorial and other interactive resources will be included.

Chapter 1

Mechanical and Electromechanical Arcade Games (1870–1979)

Arcade Game Design

Nearly one-hundred years before the first appearances of digital arcade games, both mechanical engineers and artists created games designed to be visually attractive, easy to understand, and difficult or outright impossible to master. These design concepts were conditioned by a business model that centered on making money by having a high volume of customers pay low prices per trial. As such, the games would only be financially successful if play could start immediately and conclude quickly. While impossible to establish the absolute origin of these concepts, they are intimately connected to playing games in public spaces and are best illustrated by carnival games and games played on the midways of fairs. Combined with the very human desire to win or redeem one’s self after failure, these ideas led to some of the most memorable, enjoyable, and profitable gameplay experiences of the nineteenth and twentieth centuries. This chapter explores the development of many of these ideas and discusses the companies, technologies, and personalities that helped hone a philosophy of game design that widely influenced the major gaming contexts of both the arcade and the home.

The Beginnings of Coin-Operated Amusement

The beginning of coin-operated machines dates to as early as the first century CE when the inventor Heron of Alexandria designed a device that used the force of a dropped coin to trigger a mechanism that dispensed water for purification rituals. While Heron’s design was strikingly forward thinking, the classic coin-operated videogame arcades of the last quarter of the twentieth century relate more directly to the technological and economic changes brought about by the Second Industrial Revolution of the late 1800s and early 1900s. Three major types of coin-operated amusement machines emerged from this period: the first were noninteractive working models that brought kinetic delight to audiences; the second were monetized versions of testing devices designed for use in public spaces; and the third were viewers that allowed individuals to look at a series of two-dimensional (2D) still images, three-dimensional (3D) stereoscopic images, or early motion pictures. The creation of these new coin-op devices illustrated complex changes in the industrialized nations of the late nineteenth century as the public found itself increasingly able to not only spend money, but also spend money on quick bursts of amusement-related activities.

Automata and Coin-Op Working Models

Since the medieval period, European engineers applied the knowledge associated with clocks to create mechanically animated amusement devices called automata. The variety of automata was vast, ranging from mechanical birds that sang songs, to automated devils who made grotesque expressions to congregations of Christians. Over the course of several hundred years, the works became increasingly specialized and elaborate, leading to lifelike recreations of movement and behavior. The production of automata in the eighteenth and nineteenth centuries by Swiss, German, and French clockmakers was particularly noteworthy, as their creations displayed sophisticated mechanical programming stored on irregularly shaped discs called cams; an early form of read-only memory and a key component of later mechanical amusement devices.

Jacques de Vaucanson created the Canard Digérateur or “Digesting Duck” in 1739 that flapped its wings, ate, drank, and even simulated defecation. In 1785, Peter Kinzing and David Roentgen gifted France’s queen Marie-Antoinette with an automaton that played a miniature dulcimer by actually striking the strings with a hammer, all the while making subtle movements with its head and eyes. Perhaps, most impressive was the Draughtsman-Writer created by Henri Maillardet around 1805, which drew four detailed scenes and wrote three poems in script; two of which were in French, the other in English. This automaton had the greatest amount of programming and memory capacity of any produced of the time, yet it, like the others, consisted solely of gears, cams, and wound springs. Such masterworks of science and invention served as amusements for the wealthiest European nobles. The larger public had relatively little experience with automata until they appeared as a part of magic show acts in the later nineteenth century. The full introduction of these devices to the public, however, came in the form of coin-operated working models.

Working models first appeared in England and then spread to the rest of Europe and the United States. They typically consisted of an animated scene or object, sometimes accompanied by music that created an audiovisual experience. One of the earliest designers of working models in the United States was William T. Smith who created The Locomotive in 1885 (Figure 1.1). Inserting a coin made the miniature locomotive come to life as music played while pistons drove the wheels and levers pulled a string to ring the engine’s bell. Although entirely made by hand, the battery-powered model was produced in large quantities that allowed for wide distribution. Fitting the device’s theme, Smith’s working model was commonly placed in railroad stations to maximize exposure to a constant stream of potential customers.

FIGURE 1.1 The Locomotive, 1885 by William T. Smith. (Courtesy of National Jukebox Exchange, Mayfield, New York, www.nationaljukebox.com)

Similar examples from Europe, such as coin-operated singing birds created by French automaton designer Blaise Bontemps, attracted people who frequented public spaces and emerging amusement centers. In addition to machines and animals, working models also featured elaborate scenes of animated puppets. In England, for instance, the Canova Model Company produced a number of working models employing sensationalism that illustrated scenes of drama and horror, much like British “penny dreadful” novels. One such example was The French Execution (1890), which showed the execution by guillotine of a convicted criminal. Another working model by Canova Model Company showed animated figures suffering from opium addiction while being visited by horrific characters. Despite a sharp decline of popularity in the early 1900s, working models were produced well beyond the 1950s, with one of the most popular being the life-size animated “grandmother” or “gypsy” fortuneteller who consulted crystal balls or tarot cards before dispensing a written fortune.

Coin-Op Competitive Testers

At the same time that automata were fitted for coin operation, a similar phenomenon was happening to popular pub and saloon games. Although slot machines and other gambling games were by far the most popular types of machines in these establishments. Pubs and saloons also featured games that promoted competition or facilitated social interaction and spectatorship. The majority of these machines measured the results of lifting, pushing, pulling, gripping, and punching. For example, the P.M. Athletic Company’s Athletic Punching Machine (1897) featured a large padded area designed to measure an individual’s punching power while the early twentieth century Perfect Muscle Developer by Mills Novelty Co. used a plunger resisted by a large spring to measure lifting ability (Figure 1.2).

FIGURE 1.2 Electricity is Life, 1904 Mills Novelty (a) and Perfect Muscle Developer, early twentieth century C Mills Novelty (b). (Courtesy of James D. Julia Auctioneers, Fairfield, Maine, www.jamesdjulia.com)

Regardless of test type, these machines shared several characteristics: sturdy materials designed for repeated use and decoration representing the rich aesthetic vocabulary of the late nineteenth and early twentieth centuries. The Perfect Muscle Developer, for instance, used heavy iron in its plunger and platform where the competitor stood while the rest of the device’s wooden exterior was embellished with decorative motifs and an elaborate image of the trademark Mills Novelty owl icon. The most important and prominent feature of nearly every strength tester, however, was its display. Displays measured effort numerically, providing an unambiguous, quantifiable, and comparable assessment of performance. They were also typically the largest part of the machine, making the readout visible to not just the user, but onlookers as well; a reflection of the social environment these devices inhabited. The competitive nature of these devices was explicit as the display of the Perfect Muscle Developer featured phrases like “Not so Good. Use me More” for a low score of 100 and “Great Stuff BIG BOY!” for a high score of 900, giving the competitor feedback on their performance even if not competing in front of a crowd. In addition, the machine continued to display the attempt’s score until a new coin was inserted, providing motivation to the next challenger to leave a higher score.

In addition to the various forms of physical strength testers, devices that measured health as a reflection of strength were also extremely popular. Scales measured a person’s weight, spirometers measured lung capacity, and machines that administered electric shocks as a “cure all” for headaches, rheumatism, and “all nervous disorders” appeared in cigar stores, post offices, drug stores, hotels, and saloons. Important in the promotion of many of these testers was the “scientific” basis for their health benefits, regardless of actual scientific proof. For example, the 1904 Mills Novelty Co. Electricity is Life boldly proclaimed “Electricity, the Silent Physician. Treats all forms of muscular ills. Good for the nervous system too.” Here as well, the large dial contained messages for scores based on how long the person held on to the shocking machine; “Electricity if properly applied will benefit any one” was shown for a range of t...