![]() ![]() It was an imposing piece of design, that played into the immersive nature of the subject matter. This large panel was lit with incandescent bulbs and was intended to inform the player of the status of their game at any point. So, a nice idea in theory, and one that creates an interesting backstory, but did players really need it? What did it add to the core of the game? The answer as it turned out, was “not much”.īut perhaps the biggest U-turn, was the removal of the huge attract panel from the prototype version of the game. ![]() Theurer himself references this whole idea at the foot of the play area as being a ‘dynamic ecosystem’, where the cities were making the missiles, the railroads were transporting those missiles from the cities to the bases to restock them and so if one of those things got taken out, your ability to defend yourself was severely compromised. But it quickly became clear that having large parts of the display literally disappear as the radar swept across the screen was far from practical.Įarly brainstorming sessions threw up a multitude of other ideas that on paper sounded interesting, but ultimately had to be left out of the final game: The suggestion of players interfacing the game through a radar screen was actually implemented early in development by the two young programmers. The proposal was that this gameplay environment would be represented as a radar display. The initial brief from their boss, Steve Calfee, described a scenario where the player protects bases along the Californian coastline from an onslaught on enemy missiles. Here are a few features originally intended to form part of Missile Command that ultimately ended up on the cutting room floor. Ideas were programmed, tested and then would live or die depending on feedback from colleagues and players. Creating Missile Command was something of a journey. In creating the original coin operated version of Missile Command, its programmers Dave Theurer and Rich Adam would ultimately leave a great deal out of the finished product. As the Guinness world record holder on Missile Command, Tony shares some insight into the challenges faced by Atari when creating this iconic arcade title. Research in the Sensors and Electronics Technology Panel concerns the phenomenology related to target signature, propagation and battle-space environment, electro-optics (or electro-optical, EO), radio frequency (RF), acoustic and magnetic sensors, antenna, signal and image processing, components, sensor hardening and electromagnetic compatibility.Tony Temple is the creator and owner of and author of Missile Commander: A journey to the top of an arcade classic. As NATO war-fighters and peace-keepers continue to shift more and more towards asymmetrical warfare, SET technology have to focus on the military mission of saving lives, improving quality of life and extending our combat effectiveness. The Sensors & Electronics Technology (SET) Panel is eager to advance technology in electronics and passive/active sensors (as they pertain to reconnaissance, surveillance, target acquisition, electronic warfare, communications, navigation) and to enhance sensor capabilities through multi-sensor integration/fusion in order to improve the operating capability and to contribute to fulfil strategic military results. THE SENSORS AND ELECTRONIC TECHNOLOGY PANEL Centre for Maritime Research & Experimentation.NATO Science for Peace & Security Programme.The Centre for Maritime Research & Experimentation. ![]()
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