Class: BlockRotation
A block rotation consists of two rotations: one is the axis this block is pointing towards, and the other is the rotation around that axis (y-rotation). Y-rotation is only applicable to the positive and negative x-axis.
Constructors
constructor
• new BlockRotation(value?, yRotation?): BlockRotation
Create a new block rotation.
Parameters
| Name | Type | Default value | Description |
|---|---|---|---|
value | number | PY_ROTATION | The axis this block is pointing towards. |
yRotation | number | 0 | The rotation around the axis this block is pointing towards, rounded to the nearest (360 / 16) degrees. |
Returns
Properties
value
• value: number
The axis this block is pointing towards.
yRotation
• yRotation: number
The rotation around the axis this block is pointing towards, rounded to the nearest (360 / 16) degrees.
Methods
decode
▸ decode(rotation): number[]
Decode a block rotation into two rotations.
Parameters
| Name | Type | Description |
|---|---|---|
rotation | BlockRotation | The block rotation to decode. |
Returns
number[]
Two values, the first is the axis this block is pointing towards, and the second is the rotation around that axis.
encode
▸ encode(value, yRotation?): BlockRotation
Encode two rotations into a new block rotation instance.
Parameters
| Name | Type | Default value | Description |
|---|---|---|---|
value | number | undefined | The axis this block is pointing towards. |
yRotation | number | 0 | The rotation around the axis this block is pointing towards. |
Returns
A new block rotation.
fromServerRotation
▸ fromServerRotation(rotation): BlockRotation
Resolve a rotation that may still be in its server-serialized rule shape
({ "PX": angle }) into a block rotation instance. Server-authored block
rules arrive as raw JSON and are handed to the wasm mesher untouched, so
they are normalized here at evaluation time instead of at parse time.
Parameters
| Name | Type |
|---|---|
rotation | SerializedBlockRotation | BlockRotation |
Returns
rotateAABB
▸ rotateAABB(aabb, yRotate?, translate?): AABB
Rotate an axis aligned bounding box by this block rotation, recalculating the new maximum and minimum coordinates to this AABB.
Parameters
| Name | Type | Default value | Description |
|---|---|---|---|
aabb | AABB | undefined | The axis aligned bounding box to be rotated. |
yRotate | boolean | true | Whether or not should the y-rotation be applied. |
translate | boolean | true | Whether or not should the translation be applied. |
Returns
AABB
A new axis aligned bounding box.
rotateNode
▸ rotateNode(node, yRotate?, translate?): void
Rotate a 3D coordinate by this block rotation.
Parameters
| Name | Type | Default value | Description |
|---|---|---|---|
node | Coords3 | undefined | A 3D coordinate in the form of [x, y, z] to be rotated by this block rotation. |
yRotate | boolean | true | Whether or not should the y-rotation be applied. |
translate | boolean | true | Whether or not should the translation be applied. |
Returns
void
rotateTransparency
▸ rotateTransparency(«destructured»): boolean[]
Parameters
| Name | Type |
|---|---|
«destructured» | [boolean, boolean, boolean, boolean, boolean, boolean] |
Returns
boolean[]