nickgs

// Base Functions

function int Mandel(float x0, y0, z0; int imax) {
    float x, y, z, xnew, ynew, znew;
    int i; 
    
    x = x0; 
    y = y0; 
    z = z0;
    

werediver

// Resample into segments of random length
// Run over primitives

float seed = chf("seed");
float seg_len_min = chi("seg_len_min");
float seg_len_max = chi("seg_len_max");
float seg_padding = chf("padding");

if (seg_len_min <= 0 || seg_len_max < seg_len_min || seg_padding < 0) {
   error("Make sure 0 < seg_len_min <= seg_len_max and 0 <= seg_padding");

BigRoy

import alembic

def any_shapes_in_alembic(filename):
    """Return whether Alembic file contains any shape/geometry.

    Arguments:
        filename (str): Full path to Alembic archive to read.

    Returns:
        bool: Whether Alembic file contains geometry.

Kif11

// Align object to target vector base on selected normal
// Useful when object has some weird orientation baked 
// in the mesh and you wan to straighten it up.

// Point with normal from second wrangler input to align
vector from = point(1, 'N', 0);

// Allign "from" normal to the following vector
vector to = {0,1,0};

Flafla2

public class Perlin {

	public int repeat;
	
	public Perlin(int repeat = -1) {
		this.repeat = repeat;
	}

	public double OctavePerlin(double x, double y, double z, int octaves, double persistence) {
		double total = 0;

fredrikaverpil

# Get all nodes of type Read
readnodes = nuke.allNodes('Read')
for readnode in readnodes:
    print readnode

# List all knobs for selected node
print( nuke.toNode('Read1') )
# List all knobs for specific node
print( nuke.selectedNode() )