Struct EasyBlinkController

pub struct EasyBlinkController { /* private fields */ }

The main struct. Use this to declare your controller with the number of LEDs in your strip.

Implementations

impl EasyBlinkController

pub fn new(num_leds: usize) -> EasyBlinkController

Creates a new EasyBlinkController. num_leds should be at least 1.

Example (for a strip with 120 LEDs):

let mut controller = EasyBlinkController::new(120);

pub fn get_num_leds(&self) -> usize

Simple getter function to get the number of LEDs in an EasyBlinkController.

pub fn set_num_leds(&mut self, num_leds: usize)

Simple setter function to set the number of LEDs in an EasyBlinkController.

pub fn execute_pattern(&mut self, color: Color, pattern: Pattern, delay_ms: u64)

The main function to execute lighting patterns. All Color work with all Pattern. It’s suggested to play around with delay_ms to find a look for the pattern that suits your tastes.

To have the pattern run continuously, you must execute this function within a loop.

Example:

use easyblink::{EasyBlinkController, Color, Pattern};
 
fn main() {
    let mut controller = EasyBlinkController::new(120);
    loop {
        controller.execute_pattern(Color::Rainbow, Pattern::Chase, 20);
    }
}

pub fn execute_colorway_pattern( &mut self, pattern: ColorwayPattern, delay_ms: u64, )

Function to execute patterns with set specific colorways. Similar to execute_pattern but uses ColorwayPattern. No Color is passed in since the colors used are specific to the pattern. It’s suggested to play around with delay_ms to find a look for the pattern that suits your tastes.

Same as execute_pattern, this must be executed within a loop.

Example:

use easyblink::{EasyBlinkController, Color, Pattern};
 
fn main() {
    let mut controller = EasyBlinkController::new(120);
    loop {
        controller.execute_colorway_pattern(ColorwayPattern::Fireplace, 40);
    }
}