animatedledstrip-core/animatedledstrip.leds.locationmanagement

Package-level declarations

Types

Location

data class Location(val x: Double = 0.0, val y: Double = 0.0, val z: Double = 0.0)

A location in 3D space

PixelLocation

data class PixelLocation(val index: Int, val location: Location)

PixelLocationManager

class PixelLocationManager(ledLocations: List<Location>?, val numLEDs: Int)

Properties

pixelLocationManager

val AnimationManager.pixelLocationManager: PixelLocationManager

Functions

groupGroupsOfPixelsAlongLine

fun AnimationManager.groupGroupsOfPixelsAlongLine(line: Equation, rotation: RadiansRotation, offset: AbsoluteDistance, influenceDistance: Double, movementPerIteration: Double, groupSpacing: Double): PixelModificationLists

Group pixels into groups spaced apart by groupSpacing based on their location along the X axis and distance from a line after an offset and a rotation are performed

groupPixelsAlongLine

fun AnimationManager.groupPixelsAlongLine(line: Equation, rotation: RadiansRotation, offset: AbsoluteDistance, influenceDistance: Double, movementPerIteration: Double): PixelModificationLists

Group pixels based on their location along the X axis and distance from a line after an offset and a rotation are performed

groupPixelsByDistance

fun AnimationManager.groupPixelsByDistance(center: Location, maximumDistance: AbsoluteDistance, movementPerIteration: Double): PixelModificationLists

Group pixels based on their distance from a central point.

groupPixelsByXLocation

fun AnimationManager.groupPixelsByXLocation(offset: AbsoluteDistance, rotation: RadiansRotation, movementPerIteration: Double): PixelModificationLists

Group pixels based on their location along the X axis after a transformation is performed.

invertXIf

fun List<Location>.invertXIf(predicate: Boolean): List<Location>

transform

fun Location.transform(offset: AbsoluteDistance, rotation: RadiansRotation): Location

Transform a location of a pixel with an offset and rotation around axes.

transformLocations

fun List<Location>.transformLocations(offset: AbsoluteDistance, rotation: RadiansRotation): List<Location>

xRotate

fun Location.xRotate(rotation: Double): Location

yRotate

fun Location.yRotate(rotation: Double): Location

zRotate

fun Location.zRotate(rotation: Double): Location