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--- 33c3:virtual_beach [2016/12/04 00:14] – [Details] Ed Watson
+++ 33c3:virtual_beach [2018/07/06 09:53] (current) – external edit 127.0.0.1
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 ===== Details =====
-The minimum approx area needed for the basic setup is 5m x 5m (inc a 0.5m clearance perimeter). A corner position is preferred. Power is required for 1x 50watt and 4x 20watt RGB LED spotlights, in addition to a 65watt LED projector and a small freestanding fan. Misc sundries include a networked Pi running info-beamer and the odd 5v LED strips.
+The minimum approx area needed for the basic setup is 3m x 3m (inc a 0.5m clearance perimeter). A corner position is preferred. Power is required for 1x 50watt and 4x 20watt RGB LED spotlights, in addition to a 65watt LED projector and a small freestanding fan. Misc sundries include a networked Pi running info-beamer and the odd 5v LED strips.
 The area will be covered by a soft beige fleece floor material, weighted at points. Beach inflatables and accessories will populate the ground space as sitting pillows intended as restful beach-style lounging for consulate members and all visitors. Note: it is not intended to replace consulate table and chair seating, only to provide respite from it for anyone to enjoy with laptop.
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 A fake mini-firepit with moving flame material and animated fire effects will be added. This will house the mini-projector and PI, to project onto the facing side-sheet of a portable hammock.
-{{:33c3:virtual_beach_v4.png|}}
+{{:33c3:virtual_beach_v6.png|}}
 Prototype Layout v4
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   - A freestanding fan stand with additional base stabilisation
-There are plans to control the kit via NQTT (ideally). The projected ocean tides, along with other AV media will be displayed via infobeamer and controlled via NQTT commands. The LED floods *may* also be 3-channel NQTT controllable via added NodeMCUs (in development), otherwise controlled via emulated IR else IR remote.
+There are plans to control the kit via MQTT (ideally) to simulate different beach conditions. The projected ocean tides, along with other AV media will be displayed via infobeamer and controlled via MQTT commands. The LED floods *may* also be 3-channel MQTT controllable via added NodeMCUs (in development), otherwise controlled via emulated IR else IR remote.