The symbol † is not used here as a cultural or religious figure: it functions as a reference structure. The intersection of two axes —vertical and horizontal— creates a point that allows a process to be located within a previously undefined space.

In this language, † works as a point of orientation. It does not describe external meanings or values: it establishes an initial coordinate from which a system can begin to organise itself.

1. Structural function of †

In very open processes, † provides a reference point. The intersection of axes allows a shift from a broad space to an identifiable location from which to read or analyse.

Disciplines such as physics, cartography or programming use equivalent concepts: origin of coordinates, node, zero point. Within the system, the symbol fulfils this same role: it provides a basis for situating information.

In summary, † condenses enough space for a process to begin to be described.

2. Cross-section reading of the symbol

In human or computational analysis, † operates as:

  • a point of orientation,
  • an intersection between actions or directions,
  • a positional marker,
  • an initial coordinate,
  • an element that helps delimit a working space.

Its main function is to reduce dispersion and create a clear reference within the process.

3. The role of † within Oraclia

Within the set of 21 symbols, † appears after ∞. While ∞ represents a broad field, † turns that field into a usable point.

Operationally, †:

  • establishes an initial position,
  • reduces dispersion,
  • allows other symbols to operate from a reference,
  • defines a first structural coordinate.

It does not interpret or evaluate: it locates.

Without this reference, the system could not develop in an organised way.

4. When † appears in a process

4.1 Processes that are too broad

When there are many options or ideas without definition, † acts as an initial point that allows the work to be situated.

4.2 Tensions between directions

If several orientations compete, † makes it possible to identify the intersection from which they can be analysed without resolving them in advance.

4.3 Need for orientation

When asking “where are we within the process?”, † provides a clear coordinate.

4.4 Distinguishing central from secondary elements

It helps differentiate core elements from secondary ones in structural terms, not in terms of value.

4.5 Consolidation of an initial position

When a process moves from indeterminate to defined, † is used as the marker of the first recognisable state.

4.6 Transition from amplitude to structure

It facilitates the transition between ∞ (broad field) and the symbols that articulate subsequent actions.

5. Variations depending on combination

5.1 Combination † + ◉ (Reference + Focus)

† establishes the place; ◉ identifies the relevant point within it. The combination produces:

  • reduced dispersion,
  • identification of a critical point,
  • a transition from “where we are” to “what to examine”.

Example: a team senses a problem but not its source. † marks the general area; ◉ identifies the specific element to address.

5.2 Combination † + ≈ (Reference + Adjustment)

When combined, the initial point is reviewed and adjusted.

  • the position is slightly reconfigured,
  • displacements become visible,
  • orientation evolves into trajectory.

Example: in a technological adaptation process: † defines the starting point; ≈ describes the rhythm of adjustment.

6. Differences with other symbols

† vs ◉

† locates; ◉ focuses. The reference gives context; the focus defines a specific point.

† vs ▭

† marks an internal position; ▭ marks an external boundary. One defines a point, the other defines a frame.

† vs ∆

† establishes the beginning; ∆ introduces change. They are complementary functions within the process.

These distinctions allow the system to be used with clarity and consistency.