![]() ![]() Next year we’re going to add the speaker because that’s a huge part of the immersive experience. ![]() You would need to set up your projection outside (which I won’t do due to fear of someone stealing it) or run a Bluetooth connection speaker outside, which we do not own. The only downside of running the projection through the house is that you cannot hear the Halloween noise and spooks. We turned ours off every night before bedtime and cleaned up the cords during the day. ![]() Take care not to put cords that can be tripped on. We ended up putting the projection on a small shelf that sat in our front room as it was the perfect height. This is genius, as it doesn’t require permanent installation anywhere and you can move it where ever you might want in the future. The final step is to install the projector. It mounts easily to a standard camera tripod and comes with all the mounting equipment you need to attach it (the tripod isn’t included in the kit, however). You can bring ghosts or characters to life – even Santa Claus! One of my favorite things about all the options is the big blow-up ( AtmosFX #DFX Form) that allows an apparition to stand and tell a story or talk. The AtmosFearFX ghostly apparitions set of images is horrifying to even those with the strongest nerve. This year they feature sets of scenes with weird, spooky eyes (yes, Sauron’s is included), zombies intent on attack, unsettling unliving portraits, poltergeists, blood-spattered walls, and more. Projected onto your garage door, front door or even a window, your trick-or-treat visitors are in for a petrifying scare. ![]() The freakishly realistic scenes available for Halloween include some terrifying ghosts, ghouls, silhouetted skeletons, and more. You can purchase each of these separately or save money with an AtmosFX Kit that includes everything you need to get started. With the kit, you’ll receive a set of the Atmos Fear FX for Halloween and a set of other seasonal themes – one for just about any holiday. Given the touch UI of Android, it occurred to me that a good enough simulation could be a useful educational tool, perhaps put alongside museum displays on a tablet computer to give people something of the real feel of the machine.To get started, you’ll need three things – a projector, projection material, and various scenes to project onto the projection material. These days, with auction prices of the machines topping $200,000, they’re all locked away behind glass. Back when I first wrote the logic of the simulator, there was a real Enigma machine out on a table at Bletchley Park that you could physically use and experience what the real operators in World War II had to do. Having spent a couple of days on it, I had it running with a rudimentary UI and was familiar enough with the Android SDK to put the Enigma project aside and concentrate on the paid work, but I did still wonder if something useful could be done with the code. When I joined Lutris in 2000 I was new to Java (after 15 or so years working with C on U NIX™) so I wrote an Enigma simulator in Java as a learning project (it was related to security, a good way of getting to grips with object orientation, and fun!) I hadn’t used the code in over 10 years since, but I dusted it off and got it running on Android to get familiar with the new environment. This started when I was asked to do some prototyping work on Android by a client last November I hadn’t done any programming on Android before, but I was familiar with Java from my time working on Enhydra Enterprise at Lutris Technologies. ![]()
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