LiquidBounce/net.ccbluex.liquidbounce.utils.block.targetfinding/BlockPlacementTarget

BlockPlacementTarget

data class BlockPlacementTarget(val interactedBlockPos: BlockPos, val placedBlock: BlockPos, val direction: Direction, val interactionPoint: Vec3, val minPlacementY: Double, val rotation: Rotation)

Constructors

constructor(interactedBlockPos: BlockPos, placedBlock: BlockPos, direction: Direction, interactionPoint: Vec3, minPlacementY: Double, rotation: Rotation)

Properties

blockHitResult

val blockHitResult: BlockHitResult

direction

val direction: Direction

interactedBlockPos

val interactedBlockPos: BlockPos

BlockPos which is right-clicked

interactionPoint

val interactionPoint: Vec3

Exact point on interactedBlockPos selected by target finding.

minPlacementY

val minPlacementY: Double

Lower bound (world y) of the shape box interactionPoint was sampled from. One block face can consist of several boxes lying in the same plane (a stair's north face is a lower slab box plus an upper step box), which direction alone cannot tell apart.

placedBlock

val placedBlock: BlockPos

Block pos at which a new block is placed

rotation

val rotation: Rotation

The rotation aiming at interactionPoint. It is derived from the (possibly predicted) PlayerLocationOnPlacement.eyePos, so a click has to be verified from the eye the server will use.

Functions

doesCrosshairTargetMatchRequirements

fun doesCrosshairTargetMatchRequirements(crosshairTarget: BlockHitResult): Boolean

verifyClick

fun BlockPlacementTarget.verifyClick(rotation: Rotation = this.rotation, range: Double = max(player.blockInteractionRange(), player.entityInteractionRange()), trace: ClickTrace = ClickTrace.WORLD, onFailure: FailedClick = FailedClick.NOTHING): BlockHitResult?

Verifies that this target can be clicked right now, i.e. that the interaction would be accepted.