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

Package-level declarations

Types

AimMode

enum AimMode : Tagged, Enum<AimMode>

AngleYawTargetPositionFactory

object AngleYawTargetPositionFactory : BaseYawTargetPositionFactory

BaseYawTargetPositionFactory

abstract class BaseYawTargetPositionFactory : FaceTargetPositionFactory

BlockOffsetOptions

data class BlockOffsetOptions(val offsetsToInvestigate: List<Vec3i>, val priorityComparator: Comparator<BlockPos>)

Contains information about offsets (to the target pos) which should be investigated.

BlockPlacementTarget

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

BlockPlacementTargetFindingOptions

data class BlockPlacementTargetFindingOptions(val offsetOptions: BlockOffsetOptions, val faceHandlingOptions: FaceHandlingOptions, val stackToPlaceWith: ItemStack, val playerLocationOnPlacement: PlayerLocationOnPlacement)

Parameters used when generating a targeting plan for a block placement.

BlockPosOffsets

enum BlockPosOffsets : Enum<BlockPosOffsets>

CenterTargetPositionFactory

object CenterTargetPositionFactory : FaceTargetPositionFactory

ClickableCenterTargetPositionFactory

object ClickableCenterTargetPositionFactory : FaceTargetPositionFactory

Like CenterTargetPositionFactory, but prefers an unobstructed point on the face.

ClickTrace

enum ClickTrace : Enum<ClickTrace>

How the click of a BlockPlacementTarget is traced.

DiagonalYawTargetPositionFactory

object DiagonalYawTargetPositionFactory : BaseYawTargetPositionFactory

EdgePointTargetPositionFactory

object EdgePointTargetPositionFactory : FaceTargetPositionFactory

FaceHandlingOptions

data class FaceHandlingOptions(val facePositionFactory: FaceTargetPositionFactory, val considerFacingAwayFaces: Boolean = false)

Decides how scaffold processes the faces of the considered target blocks.

FaceTargetPositionFactory

sealed interface FaceTargetPositionFactory

FailedClick

enum FailedClick : Enum<FailedClick>

What a failed click verification reports.

NearestRotationTargetPositionFactory

object NearestRotationTargetPositionFactory : FaceTargetPositionFactory

Always targets the point with the nearest rotation angle to the current rotation angle

PlacementPlan

data class PlacementPlan(val targetPos: BlockPos, val placementTarget: BlockPlacementTarget, val hotbarItemSlot: HotbarItemSlot)

PlayerLocationOnPlacement

data class PlayerLocationOnPlacement(val position: Vec3 = player.position(), val pose: Pose = player.pose, val rotation: Rotation = RotationManager.serverRotation, val movingHorizontally: Boolean = player.input.keyPresses.anyHorizontal)

Contains the player's state on placement. Everything that depends on the player has to be read from here instead of the live player, so that the aim is derived from one single state.

RandomTargetPositionFactory

object RandomTargetPositionFactory : FaceTargetPositionFactory

ReverseYawTargetPositionFactory

object ReverseYawTargetPositionFactory : BaseYawTargetPositionFactory

StabilizedRotationTargetPositionFactory

class StabilizedRotationTargetPositionFactory(optimalLine: Line?) : FaceTargetPositionFactory

Always targets the point with the nearest rotation angle to the current rotation angle. If you have questions, you have to ask @superblaubeere27 because I am too stupid to explain this without a picture.

Functions

findBestBlockPlacementTarget

fun findBestBlockPlacementTarget(pos: BlockPos, options: BlockPlacementTargetFindingOptions): BlockPlacementTarget?

Finds the best way to place BlockPlacementTargetFindingOptions.stackToPlaceWith at pos or, if pos cannot receive it, at one of the positions the offset options investigate (in priority order).

trimFace

fun trimFace(face: AlignedFace, scale: Double = 0.15): AlignedFace

Trims a face to be only as wide as the config allows it to be

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.