Turbulent Displace

Brief Description

Turbulent displace is similar to a Displace modifier where the Displacement Map is driven by a Noise generator.

Controls

Parameter / Script Name	Type	Default	Function
`Enabled / enabled`	Boolean	On
`Red / process_red`	Boolean	On	Enable the red channel in output. Otherwise if there's a source the content of the main source is returned instead, else 0
`Green / process_green`	Boolean	On	Enable the green channel in output. Otherwise if there's a source the content of the main source is returned instead, else 0
`Blue / process_blue`	Boolean	On	Enable the blue channel in output. Otherwise if there's a source the content of the main source is returned instead, else 0
`Alpha / process_alpha`	Boolean	On	Enable the alpha channel in output. Otherwise if there's a source the content of the main source is returned instead, else 0
`Amount / scale`	Float 2D	10, 10	A scale factor applied to the uv value at each pixel of the uv map
`Offset / offset`	Float 2D	0, 0	An offset subtracted from the u value at each pixel of the uv map. This is applied after scale
`Wrap U / u_wrap`	Choice	Black	How the source image is accessed when the X coordinate is out of bounds - *Black* - *Clamp to edge* - *Repeat* - *Mirror*
`Wrap V / v_wrap`	Choice	Black	How the source image is accessed when the Y coordinate is out of bounds - *Black* - *Clamp to edge* - *Repeat* - *Mirror*
`Warp Method / method`	Choice	Backward	The algorithm chosen to apply the warp. You may need to adjust the displacement map direction by multiplying the Scale parameter by -1 - *Forward* - *Backward*
`Supersampling / supersampling`	Choice	x2	The supersampling factor. Higher means more quality and antialiasing but slower to render - x1 - x2 - x4 - x8 - *x16*
`Use Map Alpha / multiply_uv_by_source_alpha`	Boolean	On	When checked, the displacement map red and green channels are multiplied by the alpha channel of the displacement map. This is useful when the red and green channels may contain non zero values where alpha is zero.
`Bounding Box / rod_mode`	Choice	Composition Format	- *Unbounded* - *Same as Source* - *Composition Format*
`Noise Type / noise_type`	Choice	Perlin	- *Perlin: Perlin noise - Simplex: Simplex noise - Cellular (F1)* - *Cellular (F2)* - *Cellular (F2-F1)* - *Voronoise*: Voronoise (Inigo Quilez, 2014)
`Fractal Mode / fractal_mode`	Choice	FBM	- *FBM* - *Turbulent* - *Ridged*
`Ridge Offset / fbm_ridge_offset`	Float	0.7
`Seed / seed`	Color	0, 0, 0, 0
`Frequency / frequency`	Float	10
`Offset / noise_offset`	Float 2D	0, 0
`Perspective Offset / perspective_transform`	Boolean	Off	When checked, the offset is decreased for each octave to create a perspective effect
`Scale / noise_scale`	Float 2D	1, 1
`Rotation / noise_rotate`	Float	0
`Skew / noise_skew`	Float 2D	0, 0
`Transform Amount / noise_transform_amount`	Float	1
`Slice / slice`	Float	0
`Octave Slice Offset / slice_octave_offset`	Float	1	Offset on the slice between each octave
`Octaves / octaves`	Float	1
`Octave Offset / octave_translation`	Float 2D	0, 0
`Octave Scale / octave_scale`	Float 2D	0.5, 0.5
`Octave Rotation / octave_rotation`	Float	0
`Attenuation / attenuation`	Float	0.5
`Voronoise U / voronoise_u`	Float	0
`Voronoise V / voronoise_v`	Float	0
`Jitter / noise_jitter`	Float	1
`Warp steps / noise_warp_steps`	Float	0	Number of fractal domain warping steps
`Warp amount / noise_warp_amount`	Float	0	Amount of fractal domain warping
`Curl / curl`	Boolean	Off
`Curl Step / curl_step`	Float	100
`Curl Amount / curl_amount`	Float	1
`Contrast / noise_contrast`	Float	0.25
`Level / noise_level`	Float	0.5
`Gamma / noise_gamma`	Float	1
`Invert / noise_invert`	Boolean	Off
`Transform / xformGroup`	Category	-
`Octaves / OctavesGroup`	Category	-
`Deform / DeformGroup`	Category	-
`Grade / AdjustGroup`	Category	-
`Mask / mask`	Image	-
`Mix / mix_with_source`	Float	1	Dissolves between the original image at 0 and the image with the effect applied at 1