Before 1950 · 4 entries
The coin-operated trade, the cathode-ray tube and the research computer all existed before anyone thought to combine them.
A history of video games has to begin before anyone could play one, because the business that would eventually sell them was already fully formed. By the 1930s American manufacturers, most of them clustered around Chicago, had worked out how to make money from very short amusements. Build a machine cheap enough to place in a drugstore or a tavern, charge a coin for a game lasting a minute or two, and split the takings with whoever owns the floor space. Route operators moved the machines between locations as the novelty wore off. Nothing in that arrangement required electronics, and when screens arrived decades later they slid into a distribution system that was already waiting for them.
The same trade inherited a long argument about what kind of activity it was selling. Coin-operated machines sat uncomfortably close to gambling in the eyes of city governments, and several large American cities banned pinball outright, treating it as a rigged way of taking money from the young. Manufacturers answered by making the games more obviously a test of skill, and the arrival of player-controlled flippers in the late 1940s gave them their strongest argument yet. The distinction between chance and skill was never abstract. It determined whether a machine could legally be installed at all, and it set the terms of every later fight over whether games were harmless fun or a public problem.
The other half of the inheritance came out of the war. Radar, gunnery calculation and television research put a whole generation of engineers on intimate terms with the cathode-ray tube, and left behind both surplus components and settled habits of thought about tracking a moving object across a glowing screen. One result was an unusual patent filed in early 1947 for an amusement device that steered a spot at targets printed on a plastic overlay laid across the glass. It was never manufactured and it had no descendants at the time. It matters because it shows how naturally the technology of aiming and detecting suggested the idea of a game.
Computing in those same years was not a consumer activity, and nobody involved expected it to become one. The machines being assembled in universities, government laboratories and a handful of corporate research divisions were instruments, built to work out firing tables, process census returns or test theories about logic, and their running time was rationed accordingly. Yet a game is a compact way to demonstrate what a machine can do, which is why one of the first relay contraptions built purely to entertain a crowd turned up at a world's fair rather than in a laboratory report. Three separate traditions were now in place: a coin-operated trade, a mature display technology, and machines that could be programmed.
The economics of the amusement trade rewarded brevity. A short game meant more plays per hour, and more plays per hour meant a machine paid for itself faster. Designers were therefore trained, decades before a screen was involved, to build experiences that a stranger could understand instantly, finish quickly, and want to repeat. That instinct shaped arcade design for the rest of the century.
Municipal suspicion followed coin-operated amusements everywhere. Police raids, licensing rules and outright bans treated the machines as a gambling problem dressed up as play, and the industry learned early to defend itself in terms of skill, respectability and the character of its customers. Every later panic over game content followed a script that was written in city council chambers long before television existed.
The cathode-ray tube was engineered for oscilloscopes, radar displays and broadcast receivers, not entertainment. By the late 1940s it was a mature, well-understood, mass-produced device that could draw a bright moving point wherever a circuit told it to. Games did not have to invent their display technology. They arrived to find it finished, cheap, and already moving into American homes on the back of television.
Physicist Edward Condon and colleagues at Westinghouse built a relay-driven cabinet that played the counting game Nim against visitors to the New York World's Fair, signaling its moves with light bulbs rather than any kind of screen.
Two engineers at a television manufacturer applied for a patent on a missile game played with knobs against a cathode-ray tube, with targets printed on a plastic overlay taped to the glass. Nothing was ever manufactured.
Nothing in this period was a video game. What the period supplied was everything a video game would eventually need: a trade that knew how to sell a minute of play for a coin, a display technology that engineers understood intimately, and machines that could be told what to do. Read the entries below as three separate inheritances waiting to be combined, rather than as false starts on the road to somewhere else.
