Making a True 3D Cellular Noise

[EH_Studio]

I really like the cellular noise node that can be used inside a point VOP, as it yields good borders compared to trying to remap worley/voronoi patterns. The downside is that it can only be used on a 2D uv map. How would one go about getting the same results with a vector 3/3D input? Similar to the 3D outputs of Unified Static, Turbulent, AA noise, etc. I've tried searching, but haven't really found anything directly addressing the issue. Thanks!

Edited 11 hours ago by EH_Studio
Needed clarification.

[Librarian]

vector p = @P;

// Center control, optional
p -= chv("pivot");

// Scale the cellular pattern
p *= chf("scale");

// Rotation controls in degrees
float rx = radians(chf("rotate_x"));
float ry = radians(chf("rotate_y"));
float rz = radians(chf("rotate_z"));

matrix3 m = ident();

rotate(m, rx, {1, 0, 0});
rotate(m, ry, {0, 1, 0});
rotate(m, rz, {0, 0, 1});

// Rotate the cellular noise space
p *= m;

// Directional stretch makes the rotation visible
p.x *= chf("stretch_x");
p.y *= chf("stretch_y");
p.z *= chf("stretch_z");

float f1, f2;
vector pos1, pos2;

vnoise(
    p,
    chf("jitter"),
    chi("seed"),
    f1,
    f2,
    pos1,
    pos2
);

// Border calculation
float edge = f2 - f1;

float border = 1.0 - smooth(
    chf("border_width"),
    chf("border_width") + chf("softness"),
    edge
);

// Cell color value
float cell = rand(pos1 + chi("seed"));

// Final result
float result = lerp(cell * chf("cell_brightness"), 1.0, border);

@Cd = set(result, result, result);

f@cell_border = border;
f@cell_value = cell;
f@cell_result = result;

 

[EH_Studio]

Awesome, thanks so much for your help!