The Atlas Card Generator makes structurally related references visible across all hues — based on real HLC references, described in CIELAB and extended by ARBE metrics such as λ*_V2, λ*_EE, Δλ*, μ₂, σ, μ₃.

Each reference remains clearly identified as:

Hxxx_Lxxx_Cxxx

With the machine-readable FP code, every card also becomes a robust element for documentation, comparison, and digital workflows.

Another step toward the Reference Atlas

With the current state of the HLC ColourAtlas XL / CIELAB / ARBE Atlas workflow, the central idea is becoming increasingly clear: this is not about generating new colors, but about the precise navigation of a real reference system.

The Atlas Card Generator supports exactly this approach. It makes it possible to display real atlas references across all hues as structurally related selections.

The basis for this is a set of real references from the HLC ColourAtlas XL, described in CIELAB and extended by ARBE structural metrics such as λ*_V2, λ*_EE, Δλ*, μ₂, σ, μ₃.

What matters is this: the identity of a color is not a free interpretation, but always the reference itself.

Hxxx_Lxxx_Cxxx

With the addition of the machine-readable FP code, each card also gains a direct interface for digital processes. This makes every reference not only visible and analyzable, but also immediately usable for documentation, comparison, assignment, and reproducible workflows.

The visualizations shown — whether an interior, a garment, or another application context — are deliberately intended as concept studies. They do not define the color itself. Their purpose is to make real references easier to read and understand within an applied context.

The actual core remains the Reference Atlas: a traceable, reproducible, and systematic ordering of real atlas references.

That is the key point: we are moving away from purely visual color selection and toward a reference-based system in which structure, comparison, and assignment become robust, transparent, and reliable.

Step by step, this creates a working model in which the focus is no longer on impression alone, but on the stable relationship between real reference, structural description, and unambiguous assignment.

Another step toward the Reference Atlas.