SingleRowLayout

Source: SingleRowLayout.h

SingleRowLayout

class SingleRowLayout

src/light/layouts/SingleRowLayout.h:19

Inherits: LayoutBase

Layout of one horizontal LED row (1D).

Author: MoonLight, https://github.com/ewowi/MoonLight/blob/main/src/MoonLight/Nodes/Layouts/L_MoonLight.h

Public Attributes

uint8_t startX = 0 : First x of the row. uint8_t (0..255), MoonLight's exact type/range.

uint16_t width = 30 : Number of lights in the row. uint16_t, 1..1000, MoonLight's exact range.

uint16_t yPosition = 0 : Row index (y). uint16_t storage, 0..255 range, MoonLight's exact bounds.

bool reversedOrder = false : Wire the row from the high-x end back to start_x (index 0 at x=start_x+width-1).

Public Methods

virtual inline const char * tags() const override : The catalog tags this layout carries.

virtual inline Dim dimensions() const override : How many axes this layout places lights on.

virtual inline void defineControls() override : The controls a user sets on the card.

virtual inline nrOfLightsType lightCount() const override : How many lights the current settings place.

virtual inline void placeLights(const CoordSink & sink) const override : Emit every light's coordinate, in wiring order.

More info

A single horizontal row of lights: width lights along the x-axis starting at start_x, all sharing row yposition (y) at z=0. The 1D strip primitive, a bare LED strip laid out straight. reversedOrder flips the wiring direction, so driver index 0 lands at the high-x end instead of the low-x end. The emitted coordinates are identical either way and only the index-to-position order changes, the same distinction GridLayout draws for serpentine wiring.

Prior art: MoonLight's SingleRowLayout (L_MoonLight.h), the same start, width, y-position and reversed fields. We drop MoonLight's per-strip pin plumbing (the ledPinDIO select, its "LED NN" pin menu, and nextPin()): a MoonLight layout emits coordinates only, the driver owns pin assignment.