Software for controlling WS2812B LED staircase lights on Raspberry Pi Pico using MicroPython
Budget: £20 – £250 GBP
I am looking for a skilled freelancer to develop software for controlling WS2812B LED staircase lights on a Raspberry Pi Pico with MicroPython.The main requirements for the program are as follows:
1. The controller should have two lighting modes: standby mode, which is a gentle illumination, and the main mode, which sequentially lights up the steps when the motion sensor is activated. The sequence of lighting the steps should be from top to bottom or vice versa, depending on which motion sensor is triggered.
2. The program should offer several lighting effects to choose from.
3. Additionally, it should be possible for the installer to set the desired number of steps and the width of the digital LED strip.
4. The program should allow the user to easily edit parameters such as light color, effects speed, lighting duration, etc.
5. A user interface for adjusting settings can be kept simple, but it can also be implemented on a dedicated Android tablet through wireless connection for more advanced options. I am open to interesting suggestions in this regard.
6. The program should also take into account the ambient light intensity in the room.
If you have the technical skills and experience to develop this custom software for my LED lighting project, please reach out and let me know your thoughts and ideas. I am excited to see how this comes together!
1. The controller should have two lighting modes: standby mode, which is a gentle illumination, and the main mode, which sequentially lights up the steps when the motion sensor is activated. The sequence of lighting the steps should be from top to bottom or vice versa, depending on which motion sensor is triggered.
2. The program should offer several lighting effects to choose from.
3. Additionally, it should be possible for the installer to set the desired number of steps and the width of the digital LED strip.
4. The program should allow the user to easily edit parameters such as light color, effects speed, lighting duration, etc.
5. A user interface for adjusting settings can be kept simple, but it can also be implemented on a dedicated Android tablet through wireless connection for more advanced options. I am open to interesting suggestions in this regard.
6. The program should also take into account the ambient light intensity in the room.
If you have the technical skills and experience to develop this custom software for my LED lighting project, please reach out and let me know your thoughts and ideas. I am excited to see how this comes together!