Raspberry Pi Python Library for DS3231 Real Time Clock Here is the third of a series of Python libraries for the Raspberry Pi for various Real Time Clocks (RTC). This is the pure Python driver for the DS3231 Real Time Clock(SwitchDoc Module here). […]
Raspberry Pi Python Library for DS1307 Real Time Clock We have now released the first of a series of Python libraries for the Raspberry Pi for various Real Time Clocks (RTC). We are also including how to modify the DS1307 to […]
BeaconAir Control Panel BeaconAir Lives! It is up and running with ble (Bluetooth Low Energy – iBeacons) scanning and position estimating. There are a few bugs left. This project is using a Raspberry Pi to read iBeacons and figure out […]
We have always enjoyed building control panels for my projects. We used to laboriously build physical control panels with switches, meters and lights. Lots of lights. MouseAir is a complex project. 4 Servo Motors, 3 Sensors, 4 relays, 2 DC motors, one […]
MouseAir Prototype Complete – Raspberry Pi The MouseAir Project is complete! It loads toy mice and fires them off for the cat. However ridiculous that sounds. The MouseAir system is built around a Raspberry Pi controlling all the devices and […]
The MouseAir software is pretty simple. At least compared to the code for ProjectCuracao (that ran to over 10,000 lines of code). There are two main pieces of software. First is the MouseAir.py program. It consists of about 1000 […]
The MouseAir project is moving along nicely. We have a deadline coming up next week for the article on this project, so things need to come together quickly. Here is a great little video showing the MouseAir Launching system. The […]
The latest project coming out of the SwitchDoc labs is a bit more whimsical that Project Curacao. This project detects the cat, loads a furry fake mouse in to a launching slot, shoots a solenoid and then launches it in […]
Project Curacao – The Software System Note: Project Curacao has been upgraded to use the SunAirPlus Boards. Addresses and software updated on March 23, 2015 to use the INA3221 in the SunAirPlus board. System description Project Curacao consists of four […]
What is Project Curacao? Project Curacao is designed to monitor the local environment unattended for six months. It operates on solar power cells and will communicate with the designer via an iPad App called RasPiConnect. All aspects of this project […]
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