The next code was used to generate the next picture of noises.

import c4d

width = 300
height = 300
noisetype = c4d.NOISE_DISPL_TURB
bmp =  c4d.bitmaps.BaseBitmap()
bmp.Init(width, height, 24)

# Create and initialize the noise instance
noise = c4d.utils.noise.C4DNoise(1234)
noise.InitFbm(21, 2.1, 0.5)

rw = float(width-1)
rh = float(height-1)

# Iterate through the bitmap and set the noise value per pixel
for x in range(width):
    for y in range(height):
        r = noise.Noise(noisetype, False, c4d.Vector(x/rw, y/rh, 0) * 7.0, octaves=5)
        o = int(c4d.utils.Clamp(0, 255, 255.0*r))
        bmp[x, y] = (o, o, o)

c4d.bitmaps.ShowBitmap(bmp)

Noise Types¶

BoxNoise¶

Type: NOISE_BOX_NOISE

Blistered Turbulence¶

Type: NOISE_BLIST_TURB

Buya¶

Type: NOISE_BUYA

Cell Noise¶

Type: NOISE_CELL_NOISE

Cell Voronoi¶

Type: NOISE_CELL_VORONOI

Cranal¶

Type: NOISE_CRANAL

Dents¶

Type: NOISE_DENTS

Displaced Turbulence¶

Type: NOISE_DISPL_TURB

Electric¶

Type: NOISE_ELECTRIC

FBM¶

Type: NOISE_FBM

Fire¶

Type: NOISE_FIRE

Gas¶

Type: NOISE_GASEOUS

Hama¶

Type: NOISE_HAMA

Luka¶

Type: NOISE_LUKA

Mod Noise¶

Type: NOISE_MOD_NOISE

Naki¶

Type: NOISE_NAKI

Noise¶

Type: NOISE_NOISE

None¶

Type: NOISE_NONE

Nutous¶

Type: NOISE_NUTOUS

Ober¶

Type: NOISE_OBER

Pezo¶

Type: NOISE_PEZO

Poxo¶

Type: NOISE_POXO

Sema¶

Type: NOISE_SEMA

Sparse Convolution¶

Type: NOISE_SPARSE_CONV

Stupl¶

Type: NOISE_STUPL

Turbulence¶

Type: NOISE_TURBULENCE

VLNoise¶

Type: NOISE_VL_NOISE

Voronoi 1¶

Type: NOISE_VORONOI_1

Voronoi 2¶

Type: NOISE_VORONOI_2

Voronoi 3¶

Type: NOISE_VORONOI_3

Wavy Turbulence¶

Type: NOISE_WAVY_TURB

Zada¶

Type: NOISE_ZADA