Saturday, January 31, 2015
For so long I have enjoyed the notebooks released by Forrest M. Mims III. The wealth of knowledge the books have offered for so long have been an invaluable asset to so many. Including me. These books are filled with tables, charts, and small circuits that can be tested, learned, and implemented into larger designs. Often, when I am building a project or watching TV, I have a reference book open. However there is a problem with most printed reference material. They are soft bound and will not stay open by them selves. Which is why I jumped with joy upon finding out that for less then $10 each I could have them spiral bound at Fedex or Office Max. (My girlfriend says not to trust Staples)
Hit the jump for some before and after pics.
Saturday, January 24, 2015
So awhile ago I started a Simon project. You know the one. Repeat the sequence of colors/sounds until you inevitably screw it up. I had a working version of this game on my bread board at one point but took it all apart and saved the code for later. I never got back to finishing this project until today. Like many of my projects this one also went to the top shelf of projects "I'll get to later." Well, unfortunately most of these projects never get finished after moving up there to collect dust. So I decided to take it down and build it with whatever I had laying about. left over parts and parts from the other shelved projects were sacrificed to complete this abomination of a toy. I gave myself a 3 hour time limit on this project. Video after the jump of me showing off my incredible inability to remember the simplest of sequences.
Sunday, August 10, 2014
Well, I honestly don't know where to begin on this one. This project took way too long and caused me much headache. But in the end I now have myself a beautiful cabinet that may last my lifetime. I started this project In March 2014, 6 months ago, and just finished today. This project was originally my first Raspberry-Pi project. I used the RetroPie Project with the frontend Emulation Station and a xin-mo keyboard encoder. However, after all the issues I ran into along the way I ended up using a PC, AtomicFE frontend, and an Ultimarc Ipac. Just last night I scrapped the whole raspberry-pi aspect after one final SD card corruption killed the idea for me. Anyway, Hit the jump to see more pics and details of the project.
Sunday, March 9, 2014
A while back I got a DS Lite from a friend and as soon as I got back home I googled ways to hack it. After not finding anything I was really looking for I came across this lovely little product. A flashcart or flash cartridge. These are reprogrammable cartridges that you stick into devices and run your own games, programs, or ROMS. When I was a kid I wanted one for my gameboy but never got it. And now, here I have one for my DS.
Video of it working after the jump.
Friday, January 10, 2014
It's Just a little something I have been working on just while waiting for the arcade parts to arrive. I ordered the buttons, Joy sticks, got a raspberry pi computer from a friend and I'm just waiting for the joy sticks to get here before i start building.
Any Who, click the jump to see it in action.
Thursday, January 2, 2014
Click the jump for the rest of the gifts I made.
Sunday, December 29, 2013
Here is a wooden alarm clock I made using the ATMega328 micro-controller, programmed with the Arduino IDE. For the time keeping I used a DS1307 RTC with a Li-ion rechargeable battery on a trickle charger. the battery is used to keep the time even when the clock is unplugged. If the power goes out or the clock needs to be moved it will still display the right time when power is reconnected. I believe the data sheet for the RTC (Real Time Clock) says that on full charge of the battery, it will maintain it's charge for 5 years before needing to be charged again. The five buttons on the top from right to left are as follows: ALARM SET, TIME SET, SNOOZE, HOUR, MINUTE. There is a switch on the left side which is used for turning the alarm on and off. There are two LED's at the top of the face the left one is orange and represents the alarm being on, and the right LED represents PM. Over The coarse of this project I was able to introduce myself to a ton of new things I will be able to use in so many more projects.