Generates colors for a 1D layout. The rainbow pattern creates a smooth transition of hues across the layout, which shifts over time to create a flowi

Generates colors for a 1D layout using noise. The pattern uses the LED position and time as inputs to a 2D noise function, mapping the noise value to

Converts to gamma-encoded RGB using the specified gamma value

Converts back to linear RGB by removing gamma encoding

Converts Okhsl to linear RGB.

Converts Okhsv to linear RGB.

Converts from Oklab to linear sRGB color space. Note that the result may contain values outside the standard sRGB gamut.

Converts from LMS to linear sRGB color space. Applies the inverse of the CAT02 transformation matrix.

Converts from sRGB to linear RGB color space This removes the gamma encoding, making the color values proportional to light intensity. Linear RGB is

A complete update frame: 1. Start frame 2. For each pixel: Led frame 3. End frame # Arguments - `pixel` - The pixel color to write - `brightness` -

Specifies the frame buffer size for the control system (blocking). # Type Parameters - `FRAME_BUFFER_SIZE` - The per-call frame buffer size Until

Specifies the layout type for the control system. # Type Parameters - `Layout` - The layout type implementing Layout that corresponds to Dim - `PIXE

Specifies the pattern and its parameters. # Type Parameters - `Pattern` - The pattern type implementing Pattern<Dim, Layout> # Arguments - `params

Transmits a buffer of bytes. # Arguments - `buffer` - The byte array to transmit # Returns Ok(()) on success or an error if pin operation fails

Writes an iterator of bytes using the SPI interface. # Arguments - `words` - Iterator of bytes to write # Returns Ok(()) on success or an error if

Writes an iterator of bytes using the bit-banging technique. For each bit: 1. Sets the data line to the bit value 2. Waits for half a clock cycle 3.