@Ghanima is this even possible raspberrypi.stackexchange.com/questions/62375/… to visualize what is in the wall don't they need a wavelenrgth on the order of 1/2 the size of the smallest object they plan to detect?
the wavelength of wifi is something like 12.5 cm
not to mention the signal strength measurement of an esp8266 is likely not sensitive enough
I have a Raspberry Pi 3 Model B. I am planning to connect an ADC (analog to digital) converter called the MCP3008.
I will follow the diagram that is shown here (scroll down past the enabling SPI step).
However, once this is done I am not sure how I would wire the ML8511 UV Sensor Breakout Board...
@AllTheFish Copy the URL for that images into Google image search. You'll find they image is form raspberrypi.org/learning/physical-computing-with-python/… and it looks like they just hacked some labels on it using something crude. Given that site is marked as being CC-BY-SA you can probably find the source for the site which will include the vector original, which will probably also tell you how they made it.
@AllTheFish There's a brief Q&A on those doodles here. The Pi Foundation stuff is all done in house using Illustrator and Photoshop, but you can pinch the PNGs from their Github.
Per previous comments, Fritzing's more useful for most purposes.
I have a Raspberry Pi 3 Model B. I am planning to connect an ADC (analog to digital) converter called the MCP3008.
I will follow the diagram that is shown here (scroll down past the enabling SPI step).
However, once this is done I am not sure how I would wire the ML8511 UV Sensor Breakout Board...
The Bakery
The Bakery