In South Africa there is a shortage of food, yes we do produce a lot of food but not all are so lucky to get a good salary to buy fruit, nuts and other “normal” food. So we need to Plant Food Trees Everywhere.
We found a while back a few TED movies (Ron Finley, Stephen Ritz, Pam Warhurst) about using the government land (the section of land between your house and the road) to plant food for the community, and this is what this campaign is all about.
Currently the government plant shade trees not FOOD trees. (What is in front of your yard and next to your roads?)
Here, there are many people that would benefit from additional nutrition. Not only the poor but also others that temporarily is without an income. Imagine if you could walk down your road and pick a few FOOD items… for FREE. Maybe a nut here and a peach there.
As this is also World Food month, I would like to ask you to assist us in planting a few FOOD trees.
Just to show you we are serious about this, we have cut down the old “useless” shade trees and planted 2 Pecan nut and 1 Macadamia nut trees in their place. See Campaign Photos.
We would love to plant hundreds of trees but for now, we ask for 5 trees, let’s see though, if we could make it 100 or what about 1,000?
Since 2003 I researched building retro arcade gamebox because i wanted my own. Do you remember PacMan, Donky Kong, Street Fighter, etc. Yup those games we spent ages at dropping our pocket money into one coin at a time…
I bought the controls for 2 players (2x 4 way joysticks, 20 + buttons, Player 1 and 2, Coin box and controller) back in early 2004 or so in the UK. Though never got around to build the box until 2018 when I was out of work for a month or three.
I have downloaded the build plans to build retro arcade gamebox as below, and where required converted the inches to centimeters / millimeters.
Gutting a Polaroid Boom Box for the sound parts needed for the retro arcade gamebox build, Note down the dimensions of each component to make sure you cut the correct size holes in the game box.
Now carefully draw the plans on the boards you chose, I used old pressed wood I had left from another project
Instead of drawing and cutting twice, one for each side, I clamped the two board on top of each other and did all of it only once
In building retro arcade gamebox, you need to glue the supports in place to support the other boards. I again used old cut offs and not all of them were the same thickness…
Both sides fixed and placed on top of the trolley stand. These things get heavy so do add wheels to your plans.
Crash, Darnit… When I tried to insert the back and top boards I realized the frame is skew ;-( I have used an uneven and non horizontal surface to build everything up to this point. (lesson learnt) I am trying to use ropes to pull the frame straight.
I was able to pull the frame straight and started to fill the gaps where needed. Note the slit just below the top and back board… this is left intentionally for some ventilation.
Building retro arcade gamebox you need to measure and fit the controller board. Note, I have extended it to the back to carry the RaspberryPI bought from the PI shop and other kit.
Crash, Darnit… I used a “spade” drill instead of a round hole saw, if you use acrylic in building retro arcade gamebox do not use too much force. I used too much force and the Acrylic cover cracked…
Don’t waste space I say. Use the bottom of the box for shelves or drawers. This one was made to carry our DVD collection… You cannot see the drawer under the controller board. Install one for the keyboard and mouse
Almost time for spray painting. Note the speaker holes at the top and screen frame in place. The screen frame is on hinges to allow easy access to the heart of the box. You can also see the fronts of the drawers installed.
Spray the wood with an under coat first, then the top coat. Try your utmost best to keep the paint job smooth, mine came out a bit grainy and this made the sticking of the stickers a bit difficult. Do not fix the controller board to the frame as yet, it will make your life much easier.
OK… Install the controller board by placing the Acrylic on top of the board and screw the buttons and joysticks in place. Turn it over and follow the wiring diagrams closely. Please make sure the switches (clicky things under the buttons) are wired as “Normally Open” else it will be like a stuck key on your keyboard. Crash, Darnit… Second player joystick left was accedently wired “Normally Closed” and did not realized it for several months… Its broken and just don’t play with player 2… BIG laugh, as I said several months later I got frustrated and did proper fault finding and fixed it.
The extra hole at the top middle is for the keyboard and mouse + others to go through easily
The controller board is done. The reason for the acrylic sheet is to protect the surface and stickers. It is much easier to clean too. Audio jacks on the top (left) for karaoke, sound control on the bottom (right) with all the extras like aux, SD card, radio, etc.
Sticker time!!!! I used GIMP (like Paint shop pro) but it is open source to design the stickers on 2 large sheets, including the bezel and controller board. I then asked a local printer to print on vinyl sticker. Cut it out very carefully, wet the sticker back side, paste and carefully flatten the sticker with a shopping card covered in cloth.
Connecting the heart of the game box. From left to right: – 6TB hard drive to contain all my media and games – Several multi-plugs and cables – Note the yellow network cable connecting to a face plate socket on the back. – Raspberry pi 3B on the far right under the flat ribbon cable and mini power supply to drive the sound equipment.
Using RetroPi as OS. Now I did add a full Rasbian desktop with it and there are several tutorials on how to do this. The reason for this is that I wanted to use the Raspberry Pi for more than just a game box. Other components includes: – Kodi media server and player: Movies, Music, NetFlix, etc. – BitTorrent software – Samba file server
The RaspberryPi do struggle with NetFlix many times and does complain about heat. I am planning to upgrade to the Raspberry Pi 4 with 4GB memory/RAM