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www.recyclart.org/2017/01/wall-king-back-home/
When the king is sleeping, thoughts are free... and dreams are free.
Dimension: 90 cm x 50 cm x 5 cm
Materials: Television controllers
A modern device RBB arduino on a breadboard connected to an 4051 multiplexer with 8-10k pots. Output is made via Serial at 31250 BAUD for MIDI. Each pot corresponds to it's own controller (20-27) and has a value range of 0-127. A MIDI control byte is sent whenever a pot changes value for the corresponding controller. I will be adding two more 4051 multiplexers with a total of 16 pots and 8 push buttons.
The XPC Controllers effortlessly connect to your CNTRL:R, Block, or OhmRGB through their 10 pin expansion ports with a single ribbon cable. The XPC series controllers allow you to add additional controls to your setup without having to add a bunch of extra gear and doesn’t take up additional USB ports.
The Intellivision Hand Controller is one of the most reviled controllers in the world of video games. It’s almost as if it was designed by a group of parents who were concerned that their children spent too much time playing games, so they made a controller that would cause physical pain after roughly 30 minutes of play. There’s a sliding disc at the bottom, two buttons on each side, and a big number pad (With overlay support) in the middle. The problem is, I’ve never actually found a way to hold this controller that makes any sense. There’s nowhere to hold it so that you can use the disc comfortably. The buttons are rubbery and mushy and you never really know when you’ve pressed them, and they force you to hold the controller in an awkward way. For those who’ve never experienced what it’s like to use an Intellivision controller, imagine trying to use an oversized iPhone as a game controller, with the volume buttons as your main action buttons and the “Home” button as your control pad. And to top it off, the Intellivision controller is hardwired into the system, so you can’t get a third party controller that doesn’t suck. The Intellivision inspired a number of other controllers, including the Atari 5200 and the ColecoVision, but those controllers solved the problem by moving the disc to the top of the controller and replacing it with a joystick that could be gripped, making them far easier to use.
Don’t get me wrong, the Intellivision is an undisputed classic system, but if you want to play any of the games for it, you’re far better off picking up the latest Intellivision Lives! compilation and playing it on something like XBox Live Arcade or the DS. That way you won’t need wrist surgery next month.
The full article is located here: www.mathpirate.net/log/2011/04/02/electric-curiosities-th...
Monthly Scavenger Hunt - January 2014 - #16 Game
The Monthly Scavenger Hunt - January 2014 - #4 Too Much of a Good Thing
My son loves playing video games, but that means many arguments over when it is time to turn them off and play with something else.
www.youtube.com/watch?v=CbuIDk6IfMk
IR photo sensor+opamp+ very small midi controller
detect a heartbeat, and MIDI send
This is going to be a KAP control system. It's based on the transmitter module of a 2.4GHz R/C system from Hobbyking (HK-T6A) but replaces the main board with an Arduino. The user interface utilizes a thumb joystick with integral button for aiming and shooting. It also has a ring LED to indicate pan and tilt settings. Several shooting modes will be selectable via a rotary encoder in the center of the LED ring. And, finally, there will be a bluetooth module to permit setup via a smartphone.
Most of the components were sourced from Sparkfun.com
All up and running. Full analog, and digital control over pressure, up, down, flat, whatever. Use the mini joystick(can't really see it here) for full manual control to figure what works best for your shot profile, then use the controller to set this in auto. Press start, and the controller will duplicate your profile. Works perfectly. Can't really describe how it works, otherwise I might see it for sale by guys likeTerry Z.
I only say that because I fund all my experiments, and would like to someday get some of it back. This is in a funny little box made for travel, but In the shop is the start of a 3 group using this system all built in.
Also, due to sudden events here, my European trip is pushed back about a month.....
SOME SPECS... too much to list...
Rims - Rays CN28N's -F 18x9.5 ET+22 - R 19x10.5 ET+12 (Custom Colour)
Suspension - Kei Office COilovers and all Super Now suspension components including adjustable tie rods, tie rod ends, traction rods, and toe rods
Body - Rear Fenders widen 30mm each side, FEED Afflux side skirts, FEED vented hood, 3 piece diffuser, Ganador mirrors...
Interior - Full Bride Gial Low Max carbon kevlar seats with Sabelt Harnesses, Cusco Rollcage and custom harness setup. Wheel is a Nardi Deep Corn edition
Engine - 13B fully rebuilt and bridgeported and uses a custom Haltech engine management system. The T0Z4 turbo is controlled by a Trust boost controller and the engine also consists of numerous Trust components including Front Mount, Raditor etc..
Car is built for 500hp on E85 and to be reliable...
Wooden mock-up of housing for possible main isolation switch. I'm not happy with this yet, needs more work. A Patternmaker I am not.
Meter shroud casting almost complete, and Controller awaiting electrical installation.
For a view of the original Chollar Mine Tour Mancha controller deck,
see flic.kr/p/RVQq3D
Quadrotor Flight Controller class at the HiTech STEM Lab at the East Columbia Branch of the HCLS. The purpose of the class is to introduce students to quadcopters through hand-on learning. The studets investigated the physics behind multirotor liftoff, stabilization, direction of flight, and landing the aircraft. Students worked in teams to assemble the
propulsion system and wire the flight controller and power system. Students honed their flight skills through a flight simulator before flight testing their builds in the final class.
dd looking and often ridiculed, the Nintendo 64 controller is the only controller I know of that requires three hands to use. Players were required to undergo seven hours of surgery to attach a third arm, generally taken from Chinese prison camp inmates (Although later taken from chimpanzees after several tragic incidents where the transplanted arm retained some of the violent tendencies of its original owner). Unwillingness to submit to body modification is often credited as the primary reason for Nintendo’s lack of commercial success against the Sony Playstation, although many players reported many non-game related benefits to their newly installed third arms.
Actually, I like the N64 controller. It’s comfortable, and as long as you pretty much ignore the mostly useless D-Pad and L button, there’s nothing really wrong with it.
The full article is located here: www.mathpirate.net/log/2011/04/02/electric-curiosities-th...
The Maplins Robotarm kit came USB-only for computer control. The grandchildren weren't quite ready for that, so I built this simple panel using an old magnet/reedswitch keypad from the spares bin. Each key on the pad enables a double pole relay to supply the required polarity for motor direction. The centre-off slider switch selects between onboard batteries or 5 volt wallwart adaptor as power source. The on/off keys switch two blue bright flashing LEDs (just for added bling!) and the jaws' working light.
Quadrotor Flight Controller class at the HiTech STEM Lab at the East Columbia Branch of the HCLS. The purpose of the class is to introduce students to quadcopters through hand-on learning. The studets investigated the physics behind multirotor liftoff, stabilization, direction of flight, and landing the aircraft. Students worked in teams to assemble the
propulsion system and wire the flight controller and power system. Students honed their flight skills through a flight simulator before flight testing their builds in the final class.
Quadrotor Flight Controller class at the HiTech STEM Lab at the East Columbia Branch of the HCLS. The purpose of the class is to introduce students to quadcopters through hand-on learning. The studets investigated the physics behind multirotor liftoff, stabilization, direction of flight, and landing the aircraft. Students worked in teams to assemble the
propulsion system and wire the flight controller and power system. Students honed their flight skills through a flight simulator before flight testing their builds in the final class.
Quadrotor Flight Controller class at the HiTech STEM Lab at the East Columbia Branch of the HCLS. The purpose of the class is to introduce students to quadcopters through hand-on learning. The studets investigated the physics behind multirotor liftoff, stabilization, direction of flight, and landing the aircraft. Students worked in teams to assemble the
propulsion system and wire the flight controller and power system. Students honed their flight skills through a flight simulator before flight testing their builds in the final class.
Quadrotor Flight Controller class at the HiTech STEM Lab at the East Columbia Branch of the HCLS. The purpose of the class is to introduce students to quadcopters through hand-on learning. The studets investigated the physics behind multirotor liftoff, stabilization, direction of flight, and landing the aircraft. Students worked in teams to assemble the
propulsion system and wire the flight controller and power system. Students honed their flight skills through a flight simulator before flight testing their builds in the final class.