MineJSv0.5.1

VoxelShape

Source: aabb.ts:324

Basically, a VoxelShape it a set of multiple AABB.

For example, a VoxelShape of a stair is constructed from 2 AABB, lower half and upper half.

Constructors

new VoxelShape( xs: number[], ys: number[], zs: number[], cells: BitSet | boolean[][][], ): VoxelShape

Parameters

  • xs (number[])
  • ys (number[])
  • zs (number[])
  • cells (BitSet | boolean[][][])

Returns

VoxelShape

Properties

xs: number[]

aabb.ts:374

ys: number[]

aabb.ts:375

zs: number[]

aabb.ts:376

Methods

clip(from: Vec3, to: Vec3, pos: BaseVec3): BlockHitResult | null

aabb.ts:564

Clipping math

I don't know how to explain this either D:

Parameters

Returns

  • BlockHitResult | null

collide(axis: BaseAxis, moving: AABB, distance: number): number

aabb.ts:501

Collision math.

The purpos of this function is to "rotate" the axis then feed to collideX function

Parameters

Returns

  • number
  • See:
    • VoxelShape.collideX

collideX( transform: AxisCycle, moving: AABB, distance: number, ): number

aabb.ts:510

Collision math.

I don't know how to explain this D:

Parameters

  • transform (AxisCycle)
  • moving (AABB)
  • distance (number)

Returns

  • number

copy(): VoxelShape

aabb.ts:396

Make a copy

Returns

findIndex(axis: BaseAxis, coords: number): number

aabb.ts:459

Real-world to cells index.

The binary search mean: Find the smallest number that larger than the provided coords

Parameters

Returns

  • number

get(axis: BaseAxis, index: number): number

aabb.ts:466

Cells index to real world position

Parameters

Returns

  • number

getCoords(axis: BaseAxis): number[]

aabb.ts:415

Get coords acording to each axis

Parameters

Returns

  • number[]

getSize(axis: BaseAxis): number

aabb.ts:445

Get the number of cells of an axis

Parameters

Returns

  • number

isEmpty(): boolean

aabb.ts:475

Is the whole shape is empty

One cells filled, or return true, mean this is not empty

Returns

  • boolean

isFullWide

aabb.ts:422

Is the cell at these index filled

isFullWide( transform: AxisCycle, x: number, y: number, z: number, ): boolean

Parameters

  • transform (AxisCycle)
  • x (number)
  • y (number)
  • z (number)

Returns

  • boolean
isFullWide(x: number, y: number, z: number): boolean

Is the cell at these index filled

Parameters

  • x (number)
  • y (number)
  • z (number)

Returns

  • boolean

move

aabb.ts:482

Shift this Voxel shape by a given vector, or on the other word, shift each axis by given value

move(x: number, y: number, z: number): VoxelShape

Parameters

  • x (number)
  • y (number)
  • z (number)

Returns

move(position: BaseVec3): VoxelShape

Shift this Voxel shape by a given vector, or on the other word, shift each axis by given value

Parameters

Returns

toAABBs(): AABB[]

aabb.ts:581

Convert this VoxelShape into AABBs

Returns

Static Properties

Empty: VoxelShape

static
aabb.ts:325

Static Methods

createMerger(first: number[], second: number[]): IndexMerger

static
aabb.ts:361

Parameters

  • first (number[])
  • second (number[])

Returns

  • IndexMerger

fromBox(bb: BaseAABB): VoxelShape

static
aabb.ts:330

Construct VoxelShape from an AABB

Parameters

Returns

or(a: VoxelShape, b: VoxelShape): VoxelShape

static
aabb.ts:341

Merge two VoxelShape using OR operatior

Parameters

Returns