Solder the newly soldered wire in between a 1/2 voltage divider. Since Raspberry Pi uses 3v3 logic on it's GPIO pins and the controller expects about 1v8.
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Here's a photo of the upcoming build, which uses a Raspberry Pi A+ for a lower power footprint. This means that the battery can be smaller, reducing size and weight of the overall device.
As if the blog feature wasn't enough, I saw the case adafruits people made yesterday. I left a comment on that video and what do you know, adafruit blog feature happened :)https://blog.adafruit.com/2015/10/23/raspberry-pi-tablet-based-on-sailfish-os-piday-raspberrypi-raspberry_pi/And...
Obtain a raspberry pi and install the latest raspbian distribution on it ( I used the minimal build with no GUI, just terminal access, feel free to use whatever you are comfortable with). Then install prerequisites thus:sudo apt-get install graphicsmagick...
The upgrades so far:Wireless DualShock controllable.Live streaming webcam mounted on X/Y axis servos to look around.Raspberry Pi to run the web stream and receive remote orders.Onboard boombox. Various software fun.
When you have wired the display you have to boot your Raspberry pi and run:sudo raspi-config In this menu you have to expand the file system and enable SPI under the Advanced Options menu.
Restart the Raspberry Pi:sudo rebootGo to any browser and connect to http://YourPiIpAddress/cgi-bin/webgui.py and you should see something like this (with a few data):
Step 1: Connect all of the necessary electronicsThis is the easiest step. Since I got the Cana Wireless kit all I had to do was connect the wireless USB wifi and my USB-UART adapter to the Raspberry Pi.
I've tried explaining this to my cats, but their still a bit lost on the signaling between the Trinket, the Raspberry Pi Zero, and the PowerBoost.I plan to draw out a state diagram that shows the how the pieces interact over time.
Started prototyping with a Raspberry Pi 2 and a 5V Trinket with a 74LVC245 level shifter. I needed the level shifter while I wait for my 3V Trinket to arrive.
The raspberry pi is no longer strictly needed, as the new UART-enabled version of the firmware allows for direct connection to any (linux/BSD) computer. Using UART will (eventually) allow for "continuous" reading of the CCD and data-driven events.
ArduCam installed to the raspberry Pi and is actively writing to a jpg file. Working on jpg-streamer actively streaming jpg file to port 8080 but it is conflicting with the website. This week I will work on directly embedding the image to the website...