Time Lapse Timed Photography On Raspberry Pi Zero Board

The Time Lapse Timed Photography system on the Raspberry Pi Zero 2 W operates by orchestrating hardware components through a Python script running on the Linux operating system. Power is supplied to the entire circuit via a portable 5V power supply setup utilizing 18650 Li-ion cells, ensuring the system can run independently without a wall outlet. The central processing unit, the Raspberry Pi Zero 2 W, communicates with the attached 1.3" to 1.54" I2C OLED display to visually present system status, configurable parameters, and operational feedback directly to the user. User inputs—such as starting, stopping, or adjusting capture intervals—are managed using push-to-on push buttons wired via jumper wires to the GPIO pins of the Raspberry Pi. When a time-lapse sequence is initiated, the script triggers the 5M Camera Module at predetermined time intervals to capture individual image frames. These captured images are stored sequentially on the system's storage for later compilation into a final time-lapse video. Throughout operation, the inter-integrated circuit (I2C) protocol handles data transmission between the OLED screen and the microcontroller board, while the GPIO interface reads button states and commands the camera module, creating a fully integrated, standalone photographic device.