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What is what? www.flickr.com/photos/easyskywalker/2129994183/
Listen to: 'Yeah right' - Human Television
The N64 controller was Nintendo’s first controller to feature an analog stick. Nintendo took a pioneering role in popularizing analog stick technology with the N64’s hit Super Mario 64. The N64 controller was designed in part for the needs of Super Mario 64, while the game itself was built to show off all the capabilities of the new controller, illustrating the synergy of game and controller development.
These controllers are what I added to the stock machine. On the left you can see two identical PID temperature controllers. What these do is control the heater by determining when to activate the solid state relay that is connected to the PID. When the PID requires the heater to be turned on it energizes the solid state relay (a switch controlled by another protocol...in this case the PID) and it completes the ac circuit to the heaters. These PIDs are accurate to the nearest 1 degree Fahrenheit which is an extreme improvement compared to the stock thermostat. Since this is a dual boiler espresso machine Idecided to use one PID for the brew boiler and the other PID for the steam boiler.
The controller on the right is a digital timer. It basically energizes the built in relay once it is turned on for any duration you set it to. It switches any appliance (ac or dc). I used this for the pump as I would like my espressos to be poured at 26 seconds every time without the need for counting in my head.
A prototype reflow oven controller. A Teensy++ 2.0 provides an 8-bit AVR microcontroller to run the control algorithm. Two MAX6675 ICs provide two channels of thermocouple sensor readings. Two solid-state relays allow independent control of two high-power AC loads (the top and bottom heating elements of my toaster oven, in this case).
The whole PID control algorithm and temperature profile reside in and execute on the AVR (all implemented with fixed-point integer math). Still, I've also written a Python/QT GUI program that talks to the AVR (through a USB virtual serial port) and allows for plotting the reflow profile/sensor readings/SSR commands/etc. in real-time as the reflow operation runs.
My new DCC controller, it's a breeze to use and I'm really glad I bought it. Another good reason is the ability to double head my trains now.
The old PLC developed a fault, so power drive systems shipped me a new one in 24hours! I installed it with a mornings work and now things are working better than ever. The only problem is that the new PLC is too big for the case so I had to bolt it on the outside!
Introducing Base: a new foundation for all your creative productions. Combining the technology of drum machines and touch screens, Base delivers a sleek new pressure-sensitive surface that doubles up the MPC's fabled 16 pads and opens up your hands to freely mix. With 32 pressure-sensitive pads, nine touch sliders, eight touch-sensitive buttons, and eight momentary buttons there's plenty of controls to play and control your set.
Ruby red 360 controller, I've tried to take shots of this before but none have turned out this well. Small amount of PS (removing colour cast at the top and sorting out bg) and a few LR tweaks (blacks, saturation).
Feedback re: colours would db appreciated, my laptop screen isn't th best, is that red; too RED!?