WKSJ-01 MOROK

WKSJ-01 MOROK is an exclusive signature black and white LUT shaped by a radical interpretation of orthochromatic response.

Available for $5, with optional pay-what-you-want support above the minimum price.

Its conversion gives greater weight to blue and green information while red-dominant tones fall sharply into darkness. Pure reds can collapse into black, warmer colors become significantly darker, and the image gains a dense, abrasive monochrome structure.

Shadows close early, the lower tonal range remains compressed, midtones carry heavy mineral weight, and highlights stay matte and contained below full digital white.

MOROK is deliberately severe. It was created for images that benefit from deep blacks, extreme tonal separation, and a darker, rougher photographic presence.

Character

Real black and white output

Radical orthochromatic response

Strong suppression of red-dominant tones

Dense mineral midtones

Hard shadow closure

Matte, controlled highlights

Extreme tonal separation

Austere photographic presence

Included Files

WKSJ-01_MOROK_33.cube

WKSJ-01_MOROK_65.cube

Technical Information

Format: 3D LUT

File type: .cube

Output: real black and white

Output rule: R = G = B

Domain: Rec.709, 0 to 1

Input response: blue-green weighted conversion with red-dominance suppression

Grid sizes included: 33-point and 65-point

Generation: native 33 and native 65

Intended use: creative black and white tonal conversion

Compatibility

MOROK is delivered in 3D .cube format and is intended for photo, video, and color-grading applications that support .cube LUTs.

Use the 33-point version for broader compatibility and lighter workflows.

Use the 65-point version when your software supports higher-resolution 3D LUT grids.

Compatibility note: If you are uncertain about .cube support, test the free WKSJ-00 OSNOVA in the same 33-point or 65-point grid size before purchasing MOROK.

MOROK controls color response and global tonal mapping. It does not add grain, halation, dust, scratches, blur, optical softness, or local image effects.