Raspberry Pi-Based Robotic Lighting Automation
Budget: $10 – $30 USD
I'm searching for an expert in Raspberry Pi and automation who can help bring my project to life.
The primary goal of this project is to achieve:
- Robotics and Automation: I want my Raspberry Pi to control the lights in my house.
Specifically, I need:
- Lights Control: The system should be able to toggle the lights on and off.
Ideal skills for this job include:
- Proficiency in Raspberry Pi programming for automation purposes
- Experience with Robotics
- Understanding of automated light control systems
i need a program in Python that can readn from a usb drive a file with a list of binary number that will be send to the digital SPI output modules.
There will be 4 modules of 16channels each for a total of 64 output that will be controlled.
This will be the sequence
1) at bootup read the text file with the list of all the binary numbers
2) put the list of numbers in an array
3) for i=1 to the total amount of lines do
read line[i]
send binary line to the 64 digital output.
wait(time)
i=i+1
if i=total of line then i=1
This loop will be executed continuously while input 1 is on.
example of text file
100100010001010101<---line1
1001111100010101010<---line2
00001000000010101
100100010001010101
The primary goal of this project is to achieve:
- Robotics and Automation: I want my Raspberry Pi to control the lights in my house.
Specifically, I need:
- Lights Control: The system should be able to toggle the lights on and off.
Ideal skills for this job include:
- Proficiency in Raspberry Pi programming for automation purposes
- Experience with Robotics
- Understanding of automated light control systems
i need a program in Python that can readn from a usb drive a file with a list of binary number that will be send to the digital SPI output modules.
There will be 4 modules of 16channels each for a total of 64 output that will be controlled.
This will be the sequence
1) at bootup read the text file with the list of all the binary numbers
2) put the list of numbers in an array
3) for i=1 to the total amount of lines do
read line[i]
send binary line to the 64 digital output.
wait(time)
i=i+1
if i=total of line then i=1
This loop will be executed continuously while input 1 is on.
example of text file
100100010001010101<---line1
1001111100010101010<---line2
00001000000010101
100100010001010101