Grid3

class

Public Class Grid3<T> Implements Iterable<T>, Cloneable

Local voxels = Grid3<Bool>(4, 4, 4, False)
voxels[1, 2, 3] = True
Expect(voxels[1, 2, 3] && !voxels[0, 0, 0])
Expect(voxels.Neighbors6(0, 0, 0).Count == 3)

std/collections/grid.fb, line 173

• @PanicsAtCaller Public New(width: Int, height: Int, depth: Int, fill: T) constructor #

  A Grid3 width cells across, height down, and depth deep, each holding fill. A negative size panics, and so does one with more cells than an Int counts.

• Public Property Width: Int property #

  How many cells wide it is.

• Public Property Height: Int property #

  How many cells high it is.

• Public Property Depth: Int property #

  How many cells deep it is.

• Public Property Count: Int property #

  How many cells it has, Width times Height times Depth.

• Public Method InBounds(x: Int, y: Int, z: Int): Bool method #

  Whether (x, y, z) is one of the Grid3's cells.

• @PanicsAtCaller Operator [](x: Int, y: Int, z: Int): T operator #

  The value at (x, y, z). One outside the Grid3 panics.

• @PanicsAtCaller Operator []=(x: Int, y: Int, z: Int, value: T) operator #

  Sets the value at (x, y, z) to value. One outside the Grid3 panics.

• @PanicsAtCaller Public Method Neighbors6(x: Int, y: Int, z: Int): (Int, Int, Int)[] method #

  The positions that share a face with (x, y, z) and are in the Grid3: the layer before, then above, left, right, and below, then the layer after.

• @PanicsAtCaller Public Method Neighbors26(x: Int, y: Int, z: Int): (Int, Int, Int)[] method #

  The positions around (x, y, z) that are in the Grid3, its edges and corners too, layer by layer and row by row.

• Public Method Fill(value: T) method #

  Gives every cell the value.

• Public Method ToArray(): T[] method #

  The values, layer by layer and row by row, in a new array.

• Public Method Clone(): Grid3<T> method #

  A new Grid3 with the same size and values.

• Public Method Iterate(): GridIterator<T> method #

  The values, layer by layer and row by row.