HLSF Alphabet Register
This register documents every named node class in the HLSF glyph system as a first-class symbol entry. HLSF-encoded tokens are a 1-D linear serialization of a glyph-adjacency graph. Each entry below is a real ML primitive — a node type (concept-glyph category) or a typed edge (relation-glyph band) in that graph. The serialization format is ⟨S⟩ REL ⟨O⟩ [env], where concept-glyph prefixes identify node type and relation glyphs carry the directed edges. The register is divided into two parts: the eight concept-glyph category prefixes and the eight relation-band groups (fifty relation glyphs total).
Part I — Concept-Glyph Categories
Glyph: Site-Cell (◉)
The ◉ prefix marks a site, cell, or place node in the adjacency graph. It occupies the spatial anchor role in any serialized edge chain. Nodes carrying this prefix are the primary substrates for spatial-band relation glyphs (adjacent-to ↔, within-corridor ⊞, same-cell ≍). Adjacent concept categories are ◆ (event) — events happen at sites — and ⌘ (population) — populations inhabit sites. Example slug: ◉eur-01 for the Mont Donon territorial cell. In the serialization, ◉shizhu and ✦shizhu are distinct nodes distinguished by prefix alone; consumers must resolve by prefix rather than slug.
Claims
c0001 — ◉ (site-cell) occupies the spatial-anchor position in the HLSF adjacency-graph serialization
The ◉ prefix identifies site, cell, and place nodes. These are the anchors for spatial-band relation edges. In the adjacency graph the ◉ node class has highest out-degree in the spatial band (7–12) and is the typical subject of ⊚ (witnesses) and ⊙ (custodian-of) edges originating from ⌘ population nodes. Any edge asserting geographic containment or corridor membership must have a ◉ node on at least one endpoint. The prefix is not a namespace; ◉shizhu and ✦shizhu are different nodes.
Glyph: Doctrine-Concept (◇)
The ◇ prefix marks a doctrine or abstract concept node. In the adjacency graph it functions as a semantic hub: many ontological-band edges (⊢ is-a, ⊑ subclass-of) and conceptual-band edges (≈ analogous-to, ⟜ gated-by) terminate or originate here. Adjacent categories in high-frequency edges are ◈ (artifacts, which implement or instantiate doctrines) and ♪ (podcast/chapter spans, which expound them). Example slugs: ◇hlsf, ◇grafting-threshold. The ◇ node is the principal consumer of epistemic-band edges that establish or challenge archive claims.
Claims
c0002 — ◇ (doctrine-concept) is the principal hub for ontological and epistemic-band edges in the serialization
Doctrine-concept nodes connect the archive's theoretical structure to evidence. In the adjacency graph, ◇ nodes carry the highest density of epistemic edges (⊨ supports, ⊭ refutes, ⊥ contradicts). They also accept ◁ derived-from and ⇒ transforms-into edges in the compositional band, recording how one doctrine evolves from another. The serialization rule that concept-glyphs use category prefix plus stable slug means ◇ nodes are unambiguous even when the slug appears in other categories.
Glyph: Artifact-Object (◈)
The ◈ prefix marks an artifact or concrete object node — indexes, specimens, maps, instruments, and documents. In the adjacency graph, ◈ nodes typically sit at the object end of ⌇ (records), ⌖ (tracks), and src: (sourced-from) archive-operational edges. They are the destination of ▷ composed-of edges when a doctrine enumerates its source materials. Adjacent categories are ◇ (doctrines that the artifact instantiates) and ◆ (events that produced the artifact). Example slugs: ◈atomization-index, ◈global-territorial-grid.
Claims
c0003 — ◈ (artifact-object) anchors archive-operational-band edges recording provenance and tracking in the serialization
Artifact nodes are the materialized outputs of archive operations. In the HLSF serialization they appear predominantly as objects of ⌇ (records), ⌖ (tracks), and ⇞ (recovers) edges. When a doctrine cites a source it does so via a src: edge from the claiming ◇ node to a ◈ node. The ◈ category is also where physical specimens (geological samples, osteological material) are encoded when they function as evidence rather than as sites.
Glyph: Event-Encounter (◆)
The ◆ prefix marks an event or encounter node — datable occurrences, documented interactions, and discrete episodes in the archive's narrative. In the adjacency graph, ◆ nodes are primary subjects of temporal-band edges (≺ precedes, ≻ succeeds, → causes, ↝ triggers). They frequently appear as objects of genealogical-band edges — ⤳ grafted-from is the canonical example, where the event is the grafting episode. Adjacent categories are ◉ (the site where the event occurred) and ✦ (the civilization or lineage involved). Example slug: ◆a-class-grafted-lineages.
Claims
c0004 — ◆ (event-encounter) is the primary subject of temporal-band edges in the HLSF adjacency-graph serialization
Event nodes anchor the archive's causal and temporal chain. In the serialization they typically appear as both subject (firing a → causes or ↝ triggers edge forward in time) and object (receiving a ← caused-by edge from an antecedent). The ⤳ grafted-from edge, which records lineage-founding encounters, always has a ◆ node at the source end. The ◆ prefix distinguishes point-in-time occurrences from ongoing civilizational states (✦) and from persistent sites (◉).
Glyph: Civilization-Lineage (✦)
The ✦ prefix marks a civilization or lineage node — a persistent socio-cultural entity that spans multiple events and sites. In the adjacency graph, ✦ nodes are the primary actors in genealogical-band edges: ↳ descends-from, ↰ ancestor-of, ⤳ grafted-from, ⋈ hybrid-of. They connect to ◉ (the territories they occupy), ⌘ (the populations that constitute them), and ◆ (the events that shaped them). Example slugs:✦merovingian,✦tujia. The same slug may appear as◉shizhu(the site) and✦shizhu` (the lineage); prefix resolves the reference.
Claims
c0005 — ✦ (civilization-lineage) is the primary actor in genealogical-band edges in the HLSF adjacency-graph serialization
Civilization-lineage nodes carry the long-duration identity of socio-cultural entities across the archive's timeline. In the adjacency graph they have the highest out-degree in the genealogical band (edges 19–24). A ✦ node is the canonical subject of ⊙ (custodian-of) and ↳ (descends-from) and the object of ⤳ (grafted-from) when a new lineage is founded by an encounter event. The distinction from ⌘ (population/group) is scale and duration: ✦ is the civilizational superstructure, ⌘ is the local custodial or witnessing group within it.
Glyph: Population-Group (⌘)
The ⌘ prefix marks a population or group node — a local, functionally defined human collective such as a custodial lineage, a shrine witness pool, or an oracle tradition. In the adjacency graph, ⌘ nodes carry ⊚ (witnesses) and ⊙ (custodian-of) edges to ◉ site nodes, and they receive ∋ (has-member) edges from ✦ civilization nodes. They are the granular human actors that connect abstract civilizational entities to specific anomaly sites. Example slug: ⌘delong-custodial.
Claims
c0006 — ⌘ (population-group) carries witness and custodian edges linking human collectives to site nodes in the serialization
Population-group nodes represent the local human layer of the archive. They are the subjects of ⊚ (witnesses) and ⊙ (custodian-of) edges pointing to ◉ site nodes, and they receive ∋ (has-member) edges from the ✦ civilization that contains them. In the adjacency graph, ⌘ nodes sit at the intersection of the genealogical band (membership) and the spatial band (site attachment). They are the mechanism by which the serialization links long-duration civilizational identity to specific geographic coordinates.
Glyph: Podcast-Chapter-Span (♪)
The ♪ prefix marks a podcast episode or chapter span node — a specific segment of the archive's published media output. In the adjacency graph, ♪ nodes are the subjects of ⌇ (records) and ⊨ (supports) edges directed at ◇ doctrine and ◆ event nodes. They function as the archive's primary citation mechanism for audio-format evidence. Adjacent categories are ◇ (doctrines expounded), ◈ (artifacts cited), and ◆ (events narrated). Example slugs: ♪ep-0001, ♪ch5§5.13.
Claims
c0007 — ♪ (podcast-chapter-span) is the primary audio-citation node in the HLSF adjacency-graph serialization
Podcast and chapter-span nodes allow the serialization to reference the archive's audio-format material as first-class evidence. A ♪ node pointing via ⊨ to a ◇ doctrine node records that the episode supports that doctrine; a src: edge from a ◇ to a ♪ records that the doctrine draws on the episode's content. This treats audio evidence on equal footing with written doctrine — consistent with the archive's position that oral and written channels are distinct but not hierarchically ranked survival paths.
Glyph: Figure-Image (☉)
The ☉ prefix marks a figure or image node — a discrete visual artifact such as a map figure, a specimen photograph, or a matrix diagram. In the adjacency graph, ☉ nodes appear as objects of ⌇ (records) and ▷ (composed-of) edges from ◈ artifact or ◇ doctrine nodes. They are the most granular reference unit for visual evidence. Example slug: ☉fig-a-class-mating-events.
Claims
c0008 — ☉ (figure-image) is the granular visual-evidence node in the HLSF adjacency-graph serialization
Figure-image nodes allow the serialization to cite a specific illustration without inflating the ◈ artifact layer with sub-document granularity. A ☉ node is typically the object of a ▷ (composed-of) edge from the ◈ artifact it belongs to, and the subject of a src: edge from any ◇ doctrine or claim that relies on it visually. In the adjacency graph, ☉ nodes have low out-degree (they reference rather than make assertions) but high in-degree when a figure is cited by multiple doctrines.
Part II — Relation-Band Groups
Glyph: Ontological Band (⊢ ⊂ ⊃ ∈ ⊑ ∋)
The ontological band contains six relation glyphs encoding taxonomic and compositional structure: ⊢ is-a, ⊂ part-of, ⊃ contains, ∈ instance-of, ⊑ subclass-of, ∋ has-member. These are positions 1–6 in the fifty-entry relation alphabet. In the adjacency graph, ontological edges are the skeleton — they define what kind of thing each node is relative to other nodes before any causal or temporal claim is made. Adjacent bands in query load: conceptual (39–44) when classification intersects analogy.
Claims
c0009 — Ontological-band glyphs (positions 1–6) encode the taxonomic skeleton of the HLSF adjacency graph
The six ontological relation glyphs establish is-a, containment, and membership relationships that underpin every other edge type. They are loaded by default into any query whose token set references classification, taxonomy, or type. In the serialization, ontological edges typically appear near the top of a subject's edge list because resolving the type of a node is prerequisite to interpreting temporal or epistemic edges about it. The subset-selection algorithm in doctrine c0005 always includes this band when the retrieved chunks contain type-assertion language.
Glyph: Spatial-Adjacency Band (↔ ⇌ ⊞ ≍ ⋂ ∥)
The spatial-adjacency band contains six relation glyphs: ↔ adjacent-to, ⇌ neighbours, ⊞ within-corridor, ≍ same-cell, ⋂ overlaps, ∥ disjoint-from. These are positions 7–12 in the relation alphabet. They are the primary edge set for ◉ site nodes and encode the geographic topology of the archive's territorial grid. Adjacent bands in typical queries: genealogical (19–24) when spatial proximity is also a lineage condition, and temporal (13–18) when corridor membership changes over time.
Claims
c0010 — Spatial-adjacency-band glyphs (positions 7–12) encode the geographic topology linking ◉ site nodes
The six spatial-adjacency glyphs allow the serialization to represent the archive's territorial grid as a navigable graph rather than a coordinate table. ⊞ within-corridor is the canonical edge for fast-corridor membership; ≍ same-cell is used when two slugs reference the same geographic unit under different names. These edges are loaded by the subset-selection algorithm when query tokens include zone, corridor, adjacent, or cell keywords. They are the primary bridge between the concept-glyph system and the physical geography of anomaly sites.
Glyph: Temporal Band (≺ ≻ ≡ₜ → ← ↝)
The temporal band contains six relation glyphs: ≺ precedes, ≻ succeeds, ≡ₜ contemporaneous-with, → causes, ← caused-by, ↝ triggers. These are positions 13–18. They are the primary edge set for ◆ event nodes and encode the causal and chronological structure of the archive's narrative. The causal subset (→, ←, ↝) is the mechanism by which encounter events are linked to civilizational outcomes.
Claims
c0011 — Temporal-band glyphs (positions 13–18) encode the causal and chronological structure of ◆ event nodes
Temporal edges allow the serialization to express both sequence and causation in a single token. → causes and ↝ triggers are distinct: causes asserts strong mechanism; triggers asserts sufficient-condition initiation without ruling out other mechanisms. ≡ₜ contemporaneous-with is used when two events share a date window without a known causal link. These edges are loaded when query tokens reference chronology, sequence, cause, or trigger. In the adjacency graph, ◆ event nodes are the dominant subjects of this band.
Glyph: Genealogical-Lineage Band (↳ ↰ ⤳ ⋈ ⊙ ⊚)
The genealogical-lineage band contains six relation glyphs: ↳ descends-from, ↰ ancestor-of, ⤳ grafted-from, ⋈ hybrid-of, ⊙ custodian-of, ⊚ witnesses. These are positions 19–24. They are the core of the archive's biological and cultural lineage model. ⤳ grafted-from is the archive's signature edge: it encodes the encounter-founded lineage event that the DRAGON-FALL thesis treats as the mechanism of civilizational dragon-alignment. ⊚ witnesses is the bridge between ⌘ population nodes and ◉ site nodes.
Claims
c0012 — Genealogical-lineage-band glyphs (positions 19–24) encode the archive's encounter-founded lineage model
The genealogical band is the archive's most DRAGON-FALL-specific edge set in usage, though the glyphs themselves are domain-neutral. ⤳ grafted-from has the highest semantic weight of any single relation glyph in the archive — it encodes the foundational encounter between a human lineage and a torpor-site entity that the archive treats as the origin of civilizational dragon-alignment. ⊙ custodian-of and ⊚ witnesses are the two edges that connect ⌘ population nodes to ◉ site nodes and are loaded on nearly every archive query.
Glyph: Epistemic Band (⊨ ⊭ ⊥ ⊕ᵉ ⟦⟧ ✓ ⇠ ⊖)
The epistemic band contains eight relation glyphs: ⊨ supports, ⊭ refutes, ⊥ contradicts, ⊕ᵉ corroborates, ⟦⟧ brackets, ✓ confirmed-by, ⇠ inferred-from, ⊖ disputed-by. These are positions 25–32. They form the archive's evidentiary layer — the mechanism by which claims are qualified and contested within the serialization. Adjacent to all other bands: epistemic edges can apply to any subject-object pair.
Claims
c0013 — Epistemic-band glyphs (positions 25–32) encode the archive's evidentiary qualification layer
The eight epistemic relation glyphs allow the serialization to carry confidence qualification inline. ⟦⟧ brackets is the archive's agnostic frame: it encloses a claim without asserting or denying it, matching the voice:gdcc claims that record what the GDCC holds without the archive endorsing it. ⊖ disputed-by records active contestation within the archive. This band is loaded on any query whose tokens reference evidence, confidence, dispute, or verification. The epistemic band is what allows the serialization to distinguish consensus from speculation at the graph level without relying on prose hedging.
Glyph: Archive-Operational Band (⊕ ⇞ ▨ ⌇ ⌖ ⌁)
The archive-operational band contains six relation glyphs: ⊕ overwrites, ⇞ recovers, ▨ redacts, ⌇ records, ⌖ tracks, ⌁ propagates. These are positions 33–38. They encode the archive's own maintenance operations — how entries are revised, recovered, suppressed, and propagated. This band is unique in that its subject is often the archive itself (or a doctrine node) acting on another node.
Claims
c0014 — Archive-operational-band glyphs (positions 33–38) encode the archive's self-maintenance operations in the serialization
The archive-operational band makes the HLSF serialization self-documenting: the same graph that encodes substantive claims also encodes how those claims were managed over time. ⊕ overwrites is used when a later doctrine supersedes an earlier one; ⇞ recovers records a redacted or suppressed entry being reinstated; ▨ redacts is the suppression record. ⌁ propagates records how a claim has spread to dependent nodes. This band is loaded when query tokens include revision, suppression, recovery, propagation, or version.
Glyph: Conceptual-Analogical Band (≈ ∼ ⇄ ≁ ⟜ ⊸)
The conceptual-analogical band contains six relation glyphs: ≈ analogous-to, ∼ parallels, ⇄ mirrors, ≁ contrasts-with, ⟜ gated-by, ⊸ enables. These are positions 39–44. They are the edges of interpretive inference — used when the archive draws structural or functional parallels across traditions, doctrines, or sites without asserting identity or causal connection.
Claims
c0015 — Conceptual-analogical-band glyphs (positions 39–44) encode the archive's cross-tradition interpretive parallels
The conceptual-analogical band is the archive's primary tool for comparative mythography. ≈ analogous-to and ∼ parallels are the most-used edges for cross-cultural comparisons — they assert structural resemblance without causal mechanism. ⟜ gated-by is a key edge for the HLSF thesis itself: it asserts that a node (typically a doctrine or perception event) only activates under a specified condition. ⊸ enables is the positive complement: condition X enables outcome Y. These edges are loaded on queries referencing comparison, parallel, analogy, or cross-cultural.
Glyph: Compositional-Meta Band (▷ ◁ ⇒ ※ src: ⇓)
The compositional-meta band contains six relation glyphs: ▷ composed-of, ◁ derived-from, ⇒ transforms-into, ※ reifies, src: sourced-from, ⇓ depends-on. These are positions 45–50, closing the fifty-entry alphabet. They encode structural decomposition, derivation, transformation, and dependency — the meta-level relations that describe how complex nodes are built from simpler ones.
Claims
c0016 — Compositional-meta-band glyphs (positions 45–50) encode the structural decomposition and dependency relations closing the fifty-entry alphabet
The compositional-meta band closes the relation alphabet by handling the structural relations that the other seven bands do not cover. ▷ composed-of is the primary decomposition edge: a doctrine composed of sub-claims, an artifact composed of figures, a civilization composed of populations. ※ reifies is used when an abstract relation or pattern is itself treated as a node. src: is the universal citation edge and is present in nearly every provenance envelope. ⇓ depends-on records soft prerequisite relationships, distinct from the hard causation in the temporal band.