Creates a new HSV color from an existing HsvHue object # Arguments - `hue` - Existing HsvHue object - `saturation` - Saturation component (0.0 to 1.

Creates a gamma-encoded color from linear RGB values # Arguments - `linear_srgb` - Linear RGB color - `gamma` - Gamma correction factor

Converts a linear sRGB color into an XYZ color. Uses the standard RGB to XYZ transformation matrix defined in the sRGB specification. This assumes th

Converts from linear sRGB to Oklab color space. This conversion goes through the LMS color space, which models the response of the three types of con

Converts from linear sRGB to LMS color space. Uses the CAT02 (CIECAM02) transformation matrix which is designed to accurately model the cone response

Creates an output-ready LED color from a linear sRGB color # Arguments - `linear_srgb` - Linear RGB color to convert - `channels` - The LED channel

Converts from linear RGB to sRGB color space This applies the sRGB gamma encoding to make the color values perceptually uniform.

Converts from LMS cone responses to Oklab. This applies a non-linear transformation (cube root) to the LMS values followed by a linear transformation

Creates a color correction from color temperature adjustment. This creates a color correction that simulates adjusting the white point to a specific

Returns the raw hue value (0.0 to 1.0)

Forward key down events to egui

Forward key up events to egui

Forward mouse button down events to egui

Forward mouse button up events to egui

Forward mouse motion events to egui

Forward mouse wheel events to egui

Creates a new control system. # Arguments - `pattern` - The pattern to use - `driver` - The LED driver to use # Returns A new Control instance wit

Creates a new grid iterator. # Arguments - `start` - The starting point (origin) of the grid - `vertical_step` - The vertical step between horizonta

Creates a new step iterator. # Arguments - `start` - The starting item - `step` - The step between items - `length` - The number of items to generat

Create a new arc iterator. - `origin`: center of the arc - `cos_scalar`, `sin_scalar`: basis vectors used in the parametric form - `start_angle_in_ra

Creates a new Rainbow pattern with the specified parameters.

Creates a new Noise1d pattern with the specified parameters.

Creates a new clockless LED driver. # Arguments - `data` - The GPIO pin for data output - `delay` - The delay provider for timing control Assumes d

Creates a new ClockedDelay. # Arguments - `data` - The GPIO pin for data output - `clock` - The GPIO pin for clock output - `delay` - The delay prov

Creates a new color correction with the specified scaling factors. # Arguments - `red` - Scaling factor for the red channel - `green` - Scaling fact

Creates a new gamma-encoded sRGB color # Arguments - `red` - Red component (0.0 to 1.0) - `green` - Green component (0.0 to 1.0) - `blue` - Blue com

Creates a new HSV color # Arguments - `hue` - Hue component (0.0 to 1.0) - `saturation` - Saturation component (0.0 to 1.0) - `value` - Value compon

Creates a new Okhsl color with the specified components. All parameters are clamped to their valid ranges.

Creates a new XYZ color.

Creates a new Okhsv color with the specified components. All parameters are clamped to their valid ranges.

Creates a new Oklab color.

Creates a new LMS color.

Creates a new LinearSrgb color # Arguments - `red` - Red component (0.0 to 1.0) - `green` - Green component (0.0 to 1.0) - `blue` - Blue component (

Creates a new sRGB color # Arguments - `red` - Red component (0.0 to 1.0) - `green` - Green component (0.0 to 1.0) - `blue` - Blue component (0.0 to

Create a new adapter object that drives the pin using the RMT channel. # Arguments - `channel` - RMT transmit channel creator - `pin` - GPIO pin con

Creates a new function button instance. # Arguments - `pin` - The GPIO pin connected to the button (GPIO0) # Returns A configured FunctionButton i

Create a new camera with default settings

Starts building a one-dimensional blocking control system. # Returns A builder initialized for 1D, blocking

Creates a new graphics simulator for 1D layouts. This method initializes a rendering window showing a linear strip of LEDs. # Type Parameters - `La

Starts building a one-dimensional asynchronous control system. # Returns A builder initialized for 1D, async

Creates a new graphics simulator for 1D layouts with custom configuration. # Type Parameters - `Layout` - The layout type implementing Layout1d # P

Starts building a two-dimensional blocking control system. # Returns A builder initialized for 2D, blocking

Creates a new graphics simulator for 2D layouts. This method initializes a rendering window showing a 2D arrangement of LEDs based on the layout's co

Starts building a two-dimensional asynchronous control system. # Returns A builder initialized for 2D, async

Creates a new graphics simulator for 2D layouts with custom configuration. # Type Parameters - `Layout` - The layout type implementing Layout2d # P

Starts building a three-dimensional blocking control system. # Returns A builder initialized for 3D, blocking

Creates a new graphics simulator for 3D layouts. This method initializes a rendering window showing a 3D arrangement of LEDs based on the layout's co

Starts building a three-dimensional asynchronous control system. # Returns A builder initialized for 3D, async

Creates a new graphics simulator for 3D layouts with custom configuration. # Type Parameters - `Layout` - The layout type implementing Layout3d # P

Returns the total number of pixels (LEDs) in this shape.

Returns the total number of pixels (LEDs) in this shape.

Returns an iterator over all points (LED positions) in this layout.

Returns an iterator over all points (LED positions) in this layout.

Returns an iterator over all points (LED positions) in this layout.

Shows a frame on the LED hardware, asynchronously. # Type Parameters - `PIXEL_COUNT` - Number of pixels in frame - `FRAME_BUFFER_SIZE` - Length of e

Calculates the total cycle time for a bit transmission. Returns the maximum of (T_0H + T_0L) and (T_1H + T_1L) to ensure timing is correct regardless