What is Quantum Field Density?

Field Density controls the sampling rate of the visual background grid. Higher density allows for more precise 'alignment' of spectral nodes when using the 3D projection terminal.

Can I sync these 3D coordinates to the Spectral Forge?

Yes. Once you lock nodes into the Quantum Buffer and synchronize them to your archives, they can be re-opened in the Spectral Forge for granular OKLCH adjustment.

3D Nexus: Spatial Color Manifold | Colorcloud Industrial

Laboratory // Nexus-Prime v5.2

3D NEXUS

#2662D9

Manifold_Analysis_Active

Vector_X

-25.0°

Vector_Y

45.0°

Quantum_Buffer

Load_Factor

0/15

Harmonic_Manifolds

analogous

SYNC_OK

monochromatic

SYNC_OK

complementary

SYNC_OK

triade

SYNC_OK

Spectral_Luminance50%

Field_Interaction_Density60%

Commit_Identity

Spatial Navigation

The 3D Nexus utilizes a biconic spectral manifold to map colors as physical coordinates in a simulated spatial volume. This interface is engineered for industrial-grade color selection where relationships between saturation and lightness must be visually audited with absolute precision.

By projecting harmonic expansions in real-time, designers can explore a color's entire relational tree without leaving the immersive viewport. All captured nodes are verified for chromatic integrity before being committed to your terminal archives.

Manifold_Intelligence

Technical Diagnostics

The manifold uses a three-dimensional Euclidean distance algorithm within the HSL biconic space to visually separate nodes. Dragging in the viewport shifts the hue (X-axis) and saturation (Y-axis) relative to the camera vector.