GOLEM OntologyGOLEM Ontology

Metadata

IRI
https://w3id.org/golem/ontology
Title
  • GOLEM Ontology

  • GOLEM Ontology

Publisher

GOLEM Lab

Creator

GOLEM Lab

Date Created

2024-10-10

Date Modified

2026-08-24

Date Issued

2024-10-10

License
https://creativecommons.org/licenses/by/4.0/
Version Iri
https://w3id.org/golem/ontology/v2.0
Version Info

2.0.0

Prior Version
https://doi.org/10.5281/zenodo.14911392
Preferred Namespace Prefix

golem

Preferred Namespace Uri
golem:
Description

Golem Ontology for Narrative and Fiction

GOLEM v2.0

Created by Pianzola, F., Pannach, F., Cheng, L., Yang, X, and Scotti, L. (GOLEM lab), October 10, 2024

CC BY 4.0

Overview

GOLEM

Ontology of fiction and narrative, developed as an extension of the Erlangen CRM and aligned with the DOLCE-Lite-Plus Ecosystem.

It adopts a DOLCE+DnS Ultralite design pattern for modelling textual and character attributes.

GOLEM also reuses selected constructs from LRMoo while preserving their original namespace and introducing only the additional classes and relations required for its modelling purposes.

Narrative phenomena can be viewed as interconnected systems in which various components influence one another. Understanding the properties of narratives requires analyzing them in relation to each other and within their broader context, rather than in isolation (Pianzola, 2018). Formal ontologies provide a structured and systematic approach to representing the essential elements of storytelling. By capturing relevant concepts, constraints, and interrelationships among narrative elements, ontology ensures a consistent and explicit representation of the narrative domain.

In literary studies, traditional quantitative and probabilistic methods often struggle to account for the semantic richness and intensional qualities of texts (Ciotti, 2016). In contrast, ontology modeling highlights the complexities of narrative structure, making these elements explicit and computable.

The GOLEM project developed an ontology that models narratives and fiction independently of their specific domains. To achieve this, the project seeks to identify a common ground that defines how key elements of narrative structure—such as events, characters, social relationships, and settings—interrelate. By employing a modularization approach, GOLEM will create a comprehensive library of modules that encapsulate these narrative components, including modules for characters, relationships, events, settings, and narrative inference.

GOLEM v2.0 introduces a major architectural and semantic refactoring of the ontology. The ontology now adopts Erlangen CRM as its CRM foundation and uses a lightweight reuse strategy for selected LRMoo constructs, avoiding the import of the full LRMoo and CRM OWL dependency chain. The feature model has been revised through the DUL Region pattern, with G2_Feature represented as a region and GP0_has_feature aligned with the corresponding region relation.

The v2.0 revision further removes the use of dol:generically-dependent-on, avoiding an unnecessary semantic commitment where the relevant dependencies can instead be addressed through provenance mechanisms. These changes substantially reduce the ontology's import closure while preserving the intended semantics of the GOLEM conceptualization and improving computational tractability and maintainability.

The detailed description of each module can be read in the GitHub.

Furthermore, the ontology contributes to comparative studies by providing a structured framework for analyzing narratives across different cultural contexts. It enhances our understanding of cumulative cultural evolution in narratives, allowing for a more nuanced exploration of how narratives evolve and grows cumulatively over time (Pianzola et al., 2020).

References

Abbott, H. P. (2019). Narrativity. In P. Hühn et al. (Eds.), The living handbook of narratology. Hamburg University.

Bartalesi, V., Meghini, C., & Metilli, D. (2017). A conceptualisation of narratives and its expression in the ecrm. International Journal of Metadata, Semantics and Ontologies, 12(1), 35-46. https://doi.org/10.1504/IJMSO.2017.10005083

Bekiari, C., Bruseker, G., Canning, E., Doerr, M., Michon, P., Ore, C.-E., Stead, S., & Velios, A. (2024, October). Conceptual reference model (CIDOC ecrm), version 7.3 (Tech. rep.). CIDOC ecrm-SIG.

Carroll, N. (2015). Interpretation. In The Routledge companion to philosophy of literature (pp. 302–312). Routledge.

Chaturvedi, S., Srivastava, S., Daume III, H., & Dyer, C. (2015). Modeling dynamic relationships between characters in literary novels. arXiv preprint arXiv:1511.09376. http://arxiv.org/abs/1511.09376

Ciotti, F. (2016). Toward a formal ontology for narrative. MATLIT: Materialidades da Literatura, 4(1), 29-44.

Doerr, M., Kritsotaki, A., Rousakis, Y., Hiebel, G., & Theodoridou, M. (2023, October). ecrmsci: The scientific observation model (Tech. rep.). CIDOC ecrm-SIG.

Jannidis, F. (2019). Character. In P. Hühn et al. (Eds.), The living handbook of narratology. Hamburg University.

Kukkonen, K. (2019). Plot. In P. Hühn et al. (Eds.), The living handbook of narratology. Hamburg University.

Lea, K. M. (1962). Italian popular comedy: A study in the commedia dell'arte, 1560–1620 with special reference to the English stage (Vol. 1). Russell & Russell.

Mika, P., & Gangemi, A. (2016). Descriptions of social relations. Benefits, 1, 14. https://doi.org/10.3390/benefits1010014

Pannach, F. (2023, July). “Orpheus came to his end by being struck by a thunderbolt”: Annotating events in mythological sequences. In Proceedings of the 17th Linguistic Annotation Workshop (LAW-XVII) (pp. 10-18).

Pannach, F. A. K. (2024). Narrative echoes across time and space.

Pannach, F., Sporleder, C., May, W., Krishnan, A., & Sewchurran, A. (2021). Of lions and Yakshis. Semantic Web, 12(2), 219-239.

Propp, V. (1968). Morphology of the folktale. University of Texas Press.

Pianzola, F. (2018). Looking at narrative as a complex system: The proteus principle. In Narrating complexity (pp. 101-122).

Pianzola, F., Acerbi, A., & Rebora, S. (2020). Cultural accumulation and improvement in online fan fiction. In CEUR Workshop Proceedings (Vol. 2723). CEUR-WS. org.

Ryan, M.-L. (2019). Space. In P. Hühn et al. (Eds.), The living handbook of narratology. Hamburg University.

Sanfilippo, E. M., & Ferrario, R. (2024). D3.1—Observations modeling: State of the art.

Schöch, C., Hinzmann, M., Röttgermann, J., Dietz, K., & Klee, A. (2022). Smart modelling for literary history. International Journal of Humanities and Arts Computing, 16(1), 78–93.

Zgoll, A., Cuperly, B., & Cöster-Gilbert, A. (2023). In search of Dumuzi: An introduction to holistic narratology. In The shape of stories (pp. 285-350). Brill.

Zgoll, C. (2020). Myths as polymorphous and polystratic Erzählstoffe. In Mythische Sphärenwechsel: Methodisch neue Zugänge zu antiken Mythen in Orient und Okzident (pp. 9-82).

Classes

F1 Work c

IRI http://iflastandards.info/ns/lrm/lrmoo/F1_Work
Description
  • Scope note:

    This class comprises distinct intellectual ideas conveyed in artistic and intellectual creations, such a poems, stories or musical compositions. A Work is the outcome of an intellectual process of one or more persons. Inherent to the notion of work is the existence of recognisable realizations of the work in the form of one or more expressions. Works are often regarded as finished and discrete e.g. when declared as such by the creator of the work or based on the elaboration or logical coherence of its content. However, works may be recognized as existing but unfinished e.g. if the creators deliberately or accidentally never explicitly finished a particular Expression but have left behind partial expressions. In the absence of explicit information about the initial conception, which is rarely available, the first expression created constitutes witness of the beginning of existence of a Work. A Work can evolve over time, such as through revised editions. A Work may be elaborated by one or more Actors simultaneously, in parallel, or over time. Additional expressions of a Work can continue to be created over time. The boundaries of a Work have nothing to do with the value of the intellectual achievement but only with the dominance of a concept. The main purpose of this class is to enable bringing together intellectually equivalent Expressions in order to display to a user all available alternatives of the same intellectual or artistic content (LRMoo version1.0, 2024).

  • “A Work is the outcome of an intellectual process of one or more persons. Inherent to the notion of work is the existence of recognisable realizations of the work in the form of one or more expressions.”. In GOLEM, a Work is a specific variant of a narrative Stoff. It includes specific characters, events, themes, and settings that are organized in a particular way (e.g. syuzhet).

Example
*Harry Potter and the Philosopher's Stone* (movie, 2001).
Sub Class Of
In Domain Of
In Range Of
Restriction

F2 Expression c

IRI http://iflastandards.info/ns/lrm/lrmoo/F2_Expression
Description
  • Scope note:

    This class comprises the intellectual or artistic realisations of Works in the form of identifiable immaterial objects, such as texts, poems, jokes, musical or choreographic notations, movement pattern, sound pattern, images, multimedia objects, or any combination of such forms. The substance of F2 Expression is signs. An Expression is the outcome of the intellectual or creative process of realizing a Work. Subsequent expressions conveying the same work may be created over time. Expressions do not depend on a specific physical carrier and can exist on one or more carriers simultaneously. As far as bibliographic practice is concerned, only instances of F2 Expression that are externalised on physical carriers other than both the creator’s brain and an auditor’s brain are taken into account. The form of F2 Expression is an inherent characteristic of the F2 Expression. Differences in form imply different Expressions (e.g., from text to spoken word, a transcript of a recording). Similarly, differences in language or means of performance imply different Expressions (e.g., translations or arrangements for different instruments). Thus, if a text is revised or modified, the result is considered to be a new F2 Expression. While theoretically any change in signs will result in a new Expression, conventionally the context and use will determine the rules for distinguishing among expressions. An instance of F2 Expression which includes spoken or written text may be multiply instantiated as an instance of E33 Linguistic Object. This allows for the association of the E56 Language of the text with the instance of F2 Expression by using the property P72 has language (is language of) (LRMoo version1.0, 2024).

  • In GOLEM, an expression is the realization of a work, reflecting how a story is conveyed through specific forms such as texts, audio, movies, or other visual media.

Example
The text of the English version of *Harry Potter and the Philosopher's Stone*.
Sub Class Of ecrm:E73_Information_Object
In Domain Of
In Range Of
Restriction

E13 Attribute Assignment c

IRI http://erlangen-crm.org/240307/E13_Attribute_Assignment
Description
  • This class comprises the actions of making assertions about one property of an object or any single relation between two items or concepts. The type of the property asserted to hold between two items or concepts can be described by the property P177 assigned property of type (is type of property assigned): E55 Type. For example, the class describes the actions of people making propositions and statements during certain scientific/scholarly procedures, e.g. the person and date when a condition statement was made, an identifier was assigned, the museum object was measured, etc. Which kinds of such assignments and statements need to be documented explicitly in structures of a schema rather than free text, depends on whether this information should be accessible by structured queries. This class allows for the documentation of how the respective assignment came about, and whose opinion it was. Note that all instances of properties described in a knowledge base are the opinion of someone. Per default, they are the opinion of the team maintaining the knowledge base. This fact must not individually be registered for all instances of properties provided by the maintaining team, because it would result in an endless recursion of whose opinion was the description of an opinion. Therefore, the use of instances of E13 Attribute Assignment marks the fact that the maintaining team is in general neutral to the validity of the respective assertion, but registers someone else’s opinion and how it came about. All properties assigned in such an action can also be seen as directly relating the respective pair of items or concepts. Multiple use of instances of E13 Attribute Assignment may possibly lead to a collection of contradictory values (CIDOC-ecrm version 7.1.3, 2024).

  • In GOLEM, an attribute assignment is a framework for modeling observations and inference-making processes. It involves the act of assigning a property to an entity or asserting a relationship between concepts. It is the activity of making a statement that links an attribute to a subject.

Example
Assigning the topic “friendship” to the work Harry Potter and the Philosopher's Stone.
Restriction

E54_Dimension c

IRI http://erlangen-crm.org/240307/E54_Dimension
Example
The word count and kudos on AO3 (https://archiveofourown.org/works)

E55_Type c

IRI http://erlangen-crm.org/240307/E55_Type
Example
The Tag categories on AO3, e.g. character tag or relationship tag.
Restriction

E58 Measurement Unit c

IRI http://erlangen-crm.org/240307/E58_Measurement_Unit
Description

This class is a specialization of E55 Type and comprises the types of measurement units: feet, inches, centimetres, litres, lumens, etc.

This type is used categorically in the model without reference to instances of it, i.e. the model does not foresee the description of instances of instances of E58 Measurement Unit, e.g. “instances of cm”.

Système International (SI) units or internationally recognized non-SI terms should be used whenever possible, such as those defined by ISO80000:2009. Archaic Measurement Units used in historical records should be preserved.

Example
word counts, kudos.

E89_Propositional_Object c

IRI http://erlangen-crm.org/240307/E89_Propositional_Object
Restriction has feature op only G18 Textual Feature c
Super Class Of

Time Interval c

IRI http://www.ontologydesignpatterns.org/ont/dlp/DOLCE-Lite.owl#time-interval
Description

A time-interval or time-span in a narrative refers to a duration or a specific time point during which events take place. It encompasses the beginning, end, and the length of time between them, allowing for the placement of actions on a chronological timeline. It can represent broad periods, like an era, or specific moments, like a single date or time.

Example
July 31, 1980 (Harry Potter's birthday)
Restriction

Seq c

IRI http://www.w3.org/1999/02/22-rdf-syntax-ns#Seq
Is Defined By The RDF Concepts Vocabulary (RDF)
Description

The class of ordered containers.

Super Class Of G7 Narrative Sequence c

G0 Character-Stoff c

IRI https://w3id.org/golem/ontology#G0_Character-Stoff
Description

The concept of Character-Stoff is derived from the German term Erzählstoff, referring to narrative material (Zgoll et al, 2020). Character-Stoff represents the infinite potential of a character across all known and unknown variations, extending beyond any singular depiction. It encompasses all possible versions, features, actions, and roles of a character across time and media, while remaining open to reinterpretation and transformation. This polymorphous nature allows for endless modifications. Thus, Character-Stoff is an ever-evolving, inexhaustible phenomenon, impossible to outline in full.

Example
Harry Potter. 
The Harry Potter Stoff includes not only the known versions from books, films, and fan works, but also potential reinterpretations in future media or cultural contexts. Any imaginary version of Harry Potter could be potentially true, as the Character-Stoff allows for infinite variations and reinterpretations.
Sub Class Of
Restriction ecrm:P130i_features_are_also_found_on some G1 Character c

G10 Narrative Function c

IRI https://w3id.org/golem/ontology#G10_Narrative_Function
Description

A narrative function refers to the functional roles that narrative units play within a story. For instance, the Proppian function (Propp, 1968) "Villain causes harm or injury" can be illustrated by the narrative unit where Zephyros causes Hyacinthus's death.

Example
Functions identified by Propp, Campbell, or Greimas (Greimas, 1983).
Sub Class Of dlp_extDnS:role
Restriction

G11 Narrative Role c

IRI https://w3id.org/golem/ontology#G11_Narrative_Role
Description

A narrative role refers to the functional roles that characters play within a story. Roles are only played by characters (gc:G1).

Example
Narrator, dramatis personae from Propp Ontology (Pannach et al., 2021) or *commedia dell’arte*.
Sub Class Of dlp_extDnS:role
Restriction

G12 Setting c

IRI https://w3id.org/golem/ontology#G12_Setting
Description

Setting is the narrative universe in which a story unfolds, encompassing the spatial, cultural, and social contexts that shape characters and events. It defines the situation and surroundings relevant to the narrative. Defining a setting for a Work is useful for its comparative and historical analysis with respect to other works. It is particularly apt to specify differences between canonical and fanfiction works that have Alternate Universe settings.

Example
The Wizarding World for the Harry Potter novels. 
The “setting of “Eveline” [by J. Joyce] is early 20th-century lower-middle-class Dublin" (Ryan, 2015).
Sub Class Of dlp_extDnS:situation
Restriction

G13 Narrative Location c

IRI https://w3id.org/golem/ontology#G13_Narrative_Location
Description

A narrative location is the spatial context in which events unfold—serving as the immediate frame of action within a story. It is a non-agentive social object shaped by the narrative structure. While it may derive features from real-world locations, it exists solely as an entity within the narrative domain.

Example
'England' or the 'Forbidden Forest' as depicted in the Harry Potter series—both conceived and situated within the fictional narrative context." .
Sub Class Of
Restriction

G14 Narrative-Stoff c

IRI https://w3id.org/golem/ontology#G14_Narrative-Stoff
Description

Narrative Stoff refers to the fundamental materials that form the basis of a narrative. It contains a chronological sequence of events (golem:G7_Narrative_Sequence) that could be manifested across various narratives and media. This concept highlights the potential variations of narrative units within different contexts.

Example
Apollo and Zephyros love Hyacinthus. While Apollo and Hyacinthus are playing a game with a discus, Zephyros uses the wind to change its direction, causing the discus to hit Hyacinthus and resulting in his death. Afterward, Hyacinthus transforms into a flower.
Sub Class Of
Restriction ecrm:P130i_features_are_also_found_on some G7 Narrative Sequence c

G15 Fandom c

IRI https://w3id.org/golem/ontology#G15_Fandom
Description

A fandom is a group of fans who share a common interest in a particular work or topic, such as a book or movie, and engage in fan activities like discussions or creating fan works.

Example
The entity identified by the label “Harry Potter - J. K. Rowling” on AO3.
Sub Class Of ecrm:E28_Conceptual_Object c
Restriction ecrm:P130i_features_are_also_found_on some F1 Work c

G16 Object c

IRI https://w3id.org/golem/ontology#G16_Object
Description

An object refers to a persistent item that plays a significant role in the story but is not a character.

Example
The Elder Wand carried by Harry Potter.
Sub Class Of ecrm:E28_Conceptual_Object c
Restriction

G17 Character Feature c

IRI https://w3id.org/golem/ontology#G17_Character_Feature
Description

Character traits or features are stable aspects defining a character's identity, including biographical (e.g., birth, death), physical (e.g., hair color, scars), and psychological features (e.g., personality). These three subcategories are specified using ecrm:E55_Type.

Example
Harry Potter’s bravery as inferred from the sentence
“Harry screwed up his courage” (chapter 17 of Harry Potter and the Philosopher’s Stone).
Sub Class Of G2 Feature c

G18 Textual Feature c

IRI https://w3id.org/golem/ontology#G18_Textual_Feature
Description

Textual features are the elements or characteristics found in a narrative or fictions. These features include narrative style, like the tone and writing techniques employed by the author, as well as the point of view (POV) that determines the perspective from which the story is told, such as first-person or third-person. Textual features also contain the voice reflecting authors' attitude, the diction referring to the authors' choice of words, etc. Taxonomies of textual features can be further specified using ecrm:E55_Type.

Example
Stream of consciousness, first-person perspective
Sub Class Of G2 Feature c

G1 Character c

IRI https://w3id.org/golem/ontology#G1_Character
Description

“Character is a text- or media-based figure in a storyworld, usually human or human-like,” understood through readers’ knowledge of real people (Jannidis, 2019). Readers attribute to characters mental states such as intentions and beliefs, and consider them to engage in actions. Characters can have specific functional roles within narratives, such as protagonist or antagonist, influencing how readers perceive and interpret the story.

Example
Harry Potter in the novel *Harry Potter and the Philosopher's Stone*.
Sub Class Of
In Domain Of is character in op
In Range Of has character op
Restriction

G2 Feature c

IRI https://w3id.org/golem/ontology#G2_Feature
Description

A feature in the context of narrative refers to a distinct element or characteristic that contributes to the structure and meaning of a story. Features include character traits and textual elements. Taxonomies of features can be further specified using ecrm:E55_Type.

Example
Style, theme, literary devices
Sub Class Of dul_region:Region
In Domain Of is feature of op
In Range Of has feature op
Super Class Of

G3 Psychological State c

IRI https://w3id.org/golem/ontology#G3_Psychological_State
Description

A psychological state is a temporal mental condition that may change over time but possesses relatively constant qualities, such as emotions, motivations, beliefs, and goals.

Example
Ron's jealousy (Yule Ball).
In the Yule Ball scene, Ron's jealousy stems from his unacknowledged feeling for Hermione and his insecurity. Seeing Hermione arriving at the ball with Viktor Krum, Ron lashes out and criticizes Hermione. His anger reveals his jealousy (chapter 23 of Harry Potter and The Goblet of Fire).
Sub Class Of dol:state
Restriction

G4 Social Relationships c

IRI https://w3id.org/golem/ontology#G4_Social_Relationship
Description

“A social description defining roles for the interaction of cognitive agents (DOLCE-Lite-Plus, 2005)” or dlp:agentive-social-objects. Characters are involved in social relationships.

Example
Romantic love between Ron and Hermione, which can be inferred from the paragraph below:
"There was a clatter as the basilisk fangs cascaded out of Hermione’s arms. Running at Ron, she flung them around his neck and kissed him full on the mouth. Ron threw away the fangs and broomstick he was holding and responded with such enthusiasm that he lifted Hermione off her feet" (chapter 31 in Harry Potter and the Deathly Hallows).
Sub Class Of dlp_extDnS:social-relationship
Restriction

G5 Narrative Event c

IRI https://w3id.org/golem/ontology#G5_Narrative_Event
Description

A narrative event is a unit inferred from a span of text and it can express a change of state, a process, or a state of things that supports the story, as defined by its temporality and sequentiality.. Events can be either external, like actions taken by characters, or psychological, involving changes in thoughts or feelings, which are distinct from a psychological state (cf. Gius and Vauth, 2022). Types of events can be specified using ecrm:E55_Type.

Example
"There was a clatter as the basilisk fangs cascaded out of Hermione’s arms [process event]. Running at Ron [process event], she flung them around his neck and kissed him full on the mouth [change of state]. Ron threw away the fangs and broomstick [process event] he was holding and responded with such enthusiasm that he lifted Hermione off her feet [change of state]."
Sub Class Of dol:perdurant
Restriction

G6 Relationship Role c

IRI https://w3id.org/golem/ontology#G6_Relationship_Role
Description

A relationship role refers to the functional role a character plays within the context of their interactions with other characters, serving as a descriptive counterpart to their enduring qualities, with characters participating in events (perdurants).

Example
Lover (both Ron and Hermione in the “Ron and Hermione” romantic relationship).
Beloved (both Ron and Hermione in the “Ron and Hermione” romantic relationship).
Sub Class Of dlp_extDnS:role
Restriction

G7 Narrative Sequence c

IRI https://w3id.org/golem/ontology#G7_Narrative_Sequence
Description

G7_Narrative_Sequences can take various forms, including sequences of functions, such as Proppian functions (Propp, 1968), sequences of motifs, or hyleme sequences like fabula and syuzhet. Specifically, a type of narrative sequence is fabula, which refers to the sequence of events of a narrative in chronological and causal order (Abbott, 2019). It represents the underlying structure of the story or what happens in it. Since the concept of fabula is mainly defined in relation to that of syuzhet, its conceptual function is to express a specific ordering of some narrative units. Accordingly, the fabula is a sequence (rdf:Seq) of narrative units (gc:G9) that orders (dlp:sequences) a set of temporal entities called events (dlp: perdurant). Another type is syuzhet, often translated as "plot" or “discourse”. Syuzhet encompasses how events are presented and organized within a narrative (Kukkonen, 2019; Abbott, 2019). It involves the specific ordering and techniques used to articulate the story, reflecting the author’s design and organization to achieve particular aesthetic and cognitive-emotional effects, like suspense. As for fabula, the conceptual function of syuzhet is to express a specific ordering of some narrative units. Accordingly, the syuzhet is a sequence (rdf:Seq) of narrative units (gc:G9) that orders (dlp:sequences) a set of temporal entities called events (dlp: perdurant).

Example
Text: “1) I used to love this boy, and (2) he used to love me. (3) But I failed, he has been dead for years, and I am a god…(4) We were in a sunny field playing, as we both loved sports. He grabbed a diskus...He ran laughing to catch it. He should have gotten it, but in those last moments it felt like years....(5) A slight change in the wind destroyed everything. Instead of catching the diskus,it hit his head... I tried everything. Everything. Magic, all forms of healing. (6) But I could not bring him back. Me, the god of healing, failed…(7) and in its place a flower, more beautiful than royal phonecian, was born…(8) I dared Zephyros, the West Wind, who also loved Hyacinthus. I dared him to take him away from me. My greed caused his death” (fanfiction story [Smile as Bright as the Sun as You Fade into Darkness](https://archiveofourown.org/works/38717322/chapters/96804426) from AO3).

Fabula (sequence of hylemes, a type of G9_Narrative_Unit): 
H1: [Apollo] loves [Hyacinthus] (durative-constant)
H2: Zephyros loves Hyacinthus (durative-constant)
H3: [Hyacinthus] loves [Apollo] (durative-initial)
H4: [Apollo and Hyacinthus] play the game of discus (single-event)
H5: Zephyros is the West Wind. (durative-constant)
[H6: Zephyros causes the wind to change. (single-event)]
H7: The discus hits Hyacinthus (single-event)
H8: Apollo fails to save Hyacinthus (single-event)
H9: [Hyacinthus] is dead (durative-resultative)
[H10: Hyacinthus is a flower (durative-resultative)]

Syuthet (sequence of hylemes, a type of G9_Narrative_Unit): 
H4: [Apollo and Hyacinthus] play the game of discus (single-event)
H6: Zephyros causes the wind to change. (single-event)
H7: The discus hits Hyacinthus (single-event)
H8: Apollo fails to save Hyacinthus (single-event)
H9: [Hyacinthus] is dead (durative-resultative)
H10: Hyacinthus is a flower (durative-resultative)
H1: [Apollo] loves [Hyacinthus] (durative-constant)
H3: [Hyacinthus] loves [Apollo] (durative-initial)
H2: Zephyros loves Hyacinthus (durative-constant)
H5: Zephyros is the West Wind. (durative-constant)
Sub Class Of
Restriction

G9 Narrative Unit c

IRI https://w3id.org/golem/ontology#G9_Narrative_Unit
Description

A narrative unit is the minimal or fundamental component of narrative structure that articulates actions, states, or thematic elements within a story. The advantage of having narrative unit as a concept distinct from that of narrative event (G5) is that narrative units can be propositional objects formulated differently from how events are presented in the narrative. For example, hylemes (Zgoll et al., 2023; Pannach, 2023) are narrative units (statements) composed of a subject, predicate, and optional object. They represent the fundamental building blocks of any narrative structure, describing actions, states, or information present within a narrative , such as "Apollo loves Hyacinthus."

Example
A hyleme such as "Apollo loves Hyacinthus".
Sub Class Of
Restriction

Object Properties

R3 is realised in op

IRI http://iflastandards.info/ns/lrm/lrmoo/R3_is_realised_in
Description
  • Quantification: one to many, necessary, dependent (1,n:1,1)

    Scope note:

    This property associates an instance of F2 Expression with an instance of F1 Work. This property expresses the association that exists between an expression and the work that this expression conveys. Our factual knowledge of how a given work is historically realised into expressions is often limited. Therefore, this property makes it possible to express the association between an instance of F2 Expression and the instance of F1 Work it conveys without identifying the particular instances of F2 Expression that were part of a chain of derivation from the source.

  • In GOLEM, a narrative or idea (work) is realized in a specific expression, such as a text, movie, performance, or other medium.

Example
The work Harry Potter and the Deathly Hallows (F1) is realised in the text of Harry Potter and the Deathly Hallows (Rowling, 2007) (F2).
Sub Property Of ecrm:P130_shows_features_of op
Domain F1 Work c
Range F2 Expression c

R3i realises op

IRI http://iflastandards.info/ns/lrm/lrmoo/R3i_realises
Description
  • Quantification of the inverse property: one to many, necessary, dependent (1,n:1,1)

    Scope note of the inverse property:

    This property associates an instance of F2 Expression with an instance of F1 Work. This property expresses the association that exists between an expression and the work that this expression conveys. Our factual knowledge of how a given work is historically realised into expressions is often limited. Therefore, this property makes it possible to express the association between an instance of F2 Expression and the instance of F1 Work it conveys without identifying the particular instances of F2 Expression that were part of a chain of derivation from the source.

    Examples of the inverse property:

    • Agatha Christie’s work entitled ‘Murder on the Orient Express’ (F1) is realised in the original text written by Agatha Christie for the novel (F2).
    • Agatha Christie’s work entitled ‘Murder on the Orient Express’ (F1) is realised in the German translation created by Elisabeth van Bebber (F2).
    • Agatha Christie’s work entitled ‘Murder on the Orient Express’ (F1) is realised in the narration of the English text by David Suchet (F2).
    • Dante’s work entitled ‘Inferno’ (F1) is realised in the Italian text of Dante’s ‘Inferno’ as found in the authoritative critical edition ‘La Commedia secondo l’antica issolu’ a cura di Giorgio Petrocchi, Milano: Mondadori, 1966-67 (= ‘Le Opere di Dante Alighieri’, Edizione Nazionale a cura della Società Dantesca Italiana, VII, 1-4) (F2).
    • Johann Sebastian Bach’s ‘Goldberg Variations’ (F1) is realised in the score of the ‘Goldberg Variations’ (as published by Balthasar Schmid in 1741) (F2).
    • Auguste Rodin’s work ‘The Thinker’ (F1) is realised in the first plaster version of ‘The thinker’ (F2) that Auguste Rodin made around 1881.
    • Auguste Rodin’s work ‘The Thinker’ (F1) is realised in the large-scale version of ‘The thinker’ (F2) created at the Fonderie Alexis Rudier in 1904.
  • A narrative or idea (work) is realized in a specific expression, such as a text, movie, performance, or other medium.

Sub Property Of ecrm:P130i_features_are_also_found_on
Domain F2 Expression c
Range F1 Work c

R5 has component op

IRI http://iflastandards.info/ns/lrm/lrmoo/R5_has_component
Description
  • In GOLEM, it indicates that an expression (such as a text) contains a specific component, like a word, sentence, or paragraph.

  • Quantification: many to many (0,n:0,n)

    Scope note: This property associates an instance of an F2 Expression X with a structural component Y that conveys a part of the overall work realized by X, such as volumes, chapters, or sections. This property is transitive, asymmetric and irreflexive. Any part of an expression that conveys complete propositions, such as a single phrase, can be documented using the more general property P148 has component (is component of). Any part of an expression that does not completely follow meaningful boundaries, such as lines or pages of text or portions visible on images, can be documented using the property P106 is composed of (forms part of), and not with R5 has component (is component of). Fragments, in particular, can be documented with the more specific property R15 has fragment (is fragment of). This property does not cover the relationship that exists between expressions that are realisations of different works, where one is re-used in a new, larger expression. Such a relationship is modelled by R75 incorporates (is incorporated in) (LRMoo version1.0, 2024).

Example
Text of Harry Potter and the Deathly Hallows (Rowling, 2007) (F2) has component a paragraph in Harry Potter and the Deathly Hallows (F2).
Sub Property Of ecrm:P148_has_component
Domain F2 Expression c
Range F2 Expression c

R5i is component of op

IRI http://iflastandards.info/ns/lrm/lrmoo/R5i_is_component_of
Description

Quantification: many to many (0,n:0,n)

Scope note: This property associates an instance of an F2 Expression X with a structural component Y that conveys a part of the overall work realized by X, such as volumes, chapters, or sections. This property is transitive, asymmetric and irreflexive. Any part of an expression that conveys complete propositions, such as a single phrase, can be documented using the more general property P148 has component (is component of). Any part of an expression that does not completely follow meaningful boundaries, such as lines or pages of text or portions visible on images, can be documented using the property P106 is composed of (forms part of), and not with R5 has component (is component of). Fragments, in particular, can be documented with the more specific property R15 has fragment (is fragment of). This property does not cover the relationship that exists between expressions that are realisations of different works, where one is re-used in a new, larger expression. Such a relationship is modelled by R75 incorporates (is incorporated in) (LRMoo version1.0, 2024).

Sub Property Of ecrm:P148i_is_component_of
Domain F2 Expression c
Range F2 Expression c

P127_Has_Broader_Term op

IRI http://erlangen-crm.org/240307/P127_has_broader_term
Example
"Friendship" (E55) has broader term "topic" (E55).

P130_Shows_Features_Of op

IRI http://erlangen-crm.org/240307/P130_shows_features_of
Description

In the GOLEM ontology, it indicates that a Stoff variant exhibits features of the Stoff, such as a Character-Stoff or Narrative-Stoff.

Example
  • Harry Potter (character) who appears in Harry Potter and the Philosopher's Stone (movie, 2001) (G1)  shows features of Harry Potter Stoff (G0).
  • The Battle of Hogwarts in Harry Potter and the Deathly Hallows (Rowling, 2007) (G7) shows features of Battle of Hogwarts Stoff (G14).
Super Property Of R3 is realised in op

P140_Assigned_Attribute_To op

IRI http://erlangen-crm.org/240307/P140_assigned_attribute_to
Example
  • Relationship assignment for Ron and Hermione (E13) assigned attribute to romantic love between Ron and Hermione (G4).
  • The topic assignment for Harry Potter and the Philosopher's Stone (E13) assigned attribute to the work Harry Potter and the Philosopher's Stone (Rowling, 1997) (F1).

P141_Assigned op

IRI http://erlangen-crm.org/240307/P141_assigned
Example
  • Relationship assignment for Ron and Hermione (E13) assigned Ron (G1) [to romantic love between Ron and Hermione (G4)].
  • The topic assignment for Harry Potter and the Philosopher's Stone (E13) assigned “friendship” (E55) [to the work Harry Potter and the Philosopher's Stone (F1)].

P16_Used_Specific_Object op

IRI http://erlangen-crm.org/240307/P16_used_specific_object
Description

In GOLEM, indicates that an object (G16) is used in a narrative event (G5), or a source is used in an observation or inference process (E13).

P177_Assigned_Property_Of_Type op

IRI http://erlangen-crm.org/240307/P177_assigned_property_of_type
Example
The topic assignment for Harry Potter and the Philosopher's Stone (E13) assigned property of type “topic” (E55).

P2_Has_Type op

IRI http://erlangen-crm.org/240307/P2_has_type
Example
Narrative function “Victory” (G10) has type “Proppian function” (E55)

P67_Refers_To op

IRI http://erlangen-crm.org/240307/P67_refers_to
Description

In GOLEM, indicates that a narrative unit (G9) refers to a specific narrative event (G5)

Example
The hyleme “Voldemort casts the ‘Avada Kedavra’ curse” (G9) refers to the event “Harry heard the high voice shriek [...]: ‘Avada Kedavra!’” (G5).

P91_Has_Unit op

IRI http://erlangen-crm.org/240307/P91_has_unit
Example
  • Kudos (E54) has unit kudos (E58). (Smile as Bright as the Sun as You Fade into Darkness from AO3)
  • Word count (E54) has unit word count (E58).

duration op

IRI http://www.ontologydesignpatterns.org/ont/dlp/CommonSenseMapping.owl#duration
Description

In GOLEM, indicates that a narrative event (G5) has a specific duration.

Example
The Battle of Hogwarts (G5) has *duration* several hours (time-interval).

duration of op

IRI http://www.ontologydesignpatterns.org/ont/dlp/CommonSenseMapping.owl#duration-of

generic location op

IRI http://www.ontologydesignpatterns.org/ont/dlp/DOLCE-Lite.owl#generic-location
Description

In GOLEM, specifies the location (G13) of an enduring entity, such as a character (G1) or object (G16), within the narrative.

generic location of op

IRI http://www.ontologydesignpatterns.org/ont/dlp/DOLCE-Lite.owl#generic-location-of
Example
  • Quidditch World Cup Campsite (G13) is generic location of Harry Potter (G1).
  • Quidditch World Cup Campsite (G13) is generic location of Quidditch banners and flags (G16).

participant op

IRI http://www.ontologydesignpatterns.org/ont/dlp/DOLCE-Lite.owl#participant
Description

In GOLEM, indicates that an endurant, such as a character (G1) or object (G16), participates in a specific narrative event (G5).

participant in op

IRI http://www.ontologydesignpatterns.org/ont/dlp/DOLCE-Lite.owl#participant-in
Example
  • Harry Potter (G1) participant in the Battle of Hogwarts (G5).
  • The egg (G16) participant in the event in which Cedric gives Harry a hint (G5) (chapter 24 of Harry Potter and the Goblet of Fire).

proper part op

IRI http://www.ontologydesignpatterns.org/ont/dlp/DOLCE-Lite.owl#proper-part
Description

In GOLEM, indicates that an entity is proper part of a larger entity. For example, a child location (G13) is proper part of a larger parent location (G13).

Example
  • Harry Potter and the Deathly Hallows (Rowling, 2007) (F1) has proper part Hyleme “Harry’s triumph, as Voldemort dies from his rebounded curse” (G9).
  • Hogwarts School of Witchcraft and Wizardry (G13) has proper part Forbidden Forest (G13).

proper part of op

IRI http://www.ontologydesignpatterns.org/ont/dlp/DOLCE-Lite.owl#proper-part-of

d-uses op

IRI http://www.ontologydesignpatterns.org/ont/dlp/ExtendedDnS.owl#d-uses
Description

This property links a (dlp:)description, such as a work (F1) or relationship (G4), to a (dlp:)role, like a narrative function (G10) or a relationship role (G6). It also links a work (F1) to a (dlp:)course, like fabula or syuzhet (G7_Narrative_Sequence).

Example
  • Harry Potter and the Deathly Hallows (Rowling, 2007) (F1) d-uses the fabula of Harry Potter and the Deathly Hallows (G7).
  • Romantic love between Ron and Hermione (G4) d-uses the role "lover" (G6).

d-used-by op

IRI http://www.ontologydesignpatterns.org/ont/dlp/ExtendedDnS.owl#d-used-by

involves op

IRI http://www.ontologydesignpatterns.org/ont/dlp/ExtendedDnS.owl#involves
Description

In GOLEM, indicates that a character is involved in a social relationship.

involved in op

IRI http://www.ontologydesignpatterns.org/ont/dlp/ExtendedDnS.owl#involved-in
Example
Ron (G1) involved in the romantic love between Ron and Hermione (G4).

modal target op

IRI http://www.ontologydesignpatterns.org/ont/dlp/ExtendedDnS.owl#modal-target
Description

In GOLEM, it relates a narrative function (G10) or narrative role (G11) to their target sequence of narrative events (dlp:perdurants), like fabula or syuzhet (G7_Narrative_Sequence). This property is useful both to link tropes to the whole course of action of a story and to retrieve all the narrative functions associated with the events of a story. It can also be used to specify the relationship roles (G6) of a social relationship (G4).

modal target of op

IRI http://www.ontologydesignpatterns.org/ont/dlp/ExtendedDnS.owl#modal-target-of
Example
  • Proppian function “Victory” (G10) is the modal target of the fabula (G7_Narrative_Sequence) of Harry Potter and the Deathly Hallows (Rowling, 2007).
  • “Hero” (G11) is modal target of the narrative sequence (G7) of Battle of Hogwarts in Harry Potter and the Deathly Hallows (Rowling, 2007).

plays op

IRI http://www.ontologydesignpatterns.org/ont/dlp/ExtendedDnS.owl#plays
Description

In GOLEM, an endurant, such as a narrative unit or a character, plays a role in a (dlp:)description, such as a narrative function (G10) or relationship role (G11).

Example
  • Ron (G1) plays relationship role "lover" (G4).
  • The hyper-hyleme "Harry defeats Voldemort” (G9) plays proppian function "Victory" (G10).

played-by op

IRI http://www.ontologydesignpatterns.org/ont/dlp/ExtendedDnS.owl#played-by

successor op

IRI http://www.ontologydesignpatterns.org/ont/dlp/ExtendedDnS.owl#successor
Description

Specifies the order between two entities, where one is the successor or predecessor of the other.

predecessor op

IRI http://www.ontologydesignpatterns.org/ont/dlp/ExtendedDnS.owl#predecessor
Example
Harry's life at the Dursleys (G12) is predecessor of the Wizarding World (G12).

satisfies op

IRI http://www.ontologydesignpatterns.org/ont/dlp/ExtendedDnS.owl#satisfies
Description

In GOLEM, this property links a setting (G12) to a work (F1).

Example
The setting of "Wizarding community rivalries during the Triwizard Tournament" (G12) satisfies the work Harry Potter and the Goblet of Fire (F1).

satisfied by op

IRI http://www.ontologydesignpatterns.org/ont/dlp/ExtendedDnS.owl#satisfied-by

sequences op

IRI http://www.ontologydesignpatterns.org/ont/dlp/ExtendedDnS.owl#sequences
Description

In GOLEM, indicates that a fabula or syuzhet (G7) sequences narrative events in a specific order.

Example
The fabula and syuzhet (G7) of Battle of Hogwarts in Harry Potter and the Deathly Hallows (J. K. Rowling, 2007) sequences a series of individual events

sequenced-by op

IRI http://www.ontologydesignpatterns.org/ont/dlp/ExtendedDnS.owl#sequenced-by

setting op

IRI http://www.ontologydesignpatterns.org/ont/dlp/ExtendedDnS.owl#setting
Description
  • In GOLEM, links a narrative setting (G12) to various elements such as location (G13), time, character (G1), object (G16), or event (G5).

  • The relation between a situation and the entities that constitute it. (At least some of, or all) such entities must be classified by concepts defined by the description that the situation is supposed to satisfy (DOLCE-Lite-Plus, 2005).

setting for op

IRI http://www.ontologydesignpatterns.org/ont/dlp/ExtendedDnS.owl#setting-for
Description

In GOLEM, links a narrative setting (G12) to various elements such as location (G13), time, character (G1), object (G16), or event (G5).

Example
  • Wizarding community rivalries during the Triwizard Tournament (G12) is setting for Harry Potter (G1).
  • Wizarding community rivalries during the Triwizard Tournament (G12) is setting for Quidditch World Cup campsite (G13).
  • Wizarding community rivalries during the Triwizard Tournament (G12) is setting for Triwizard Tournament (G5).

uses op

IRI http://www.ontologydesignpatterns.org/ont/dlp/ExtendedDnS.owl#uses
Description

In GOLEM, describes a character's (G1) use of an object (G16) in a narrative event (G5) or narrative unit (G9).

Example
Harry Potter (G1) uses the Elder Wand (G16) in the Battle of Hogwarts.

used-by op

IRI http://www.ontologydesignpatterns.org/ont/dlp/ExtendedDnS.owl#used-by
Description

In GOLEM, describes a character's (G1) use of an object (G16) in a narrative event (G5) or narrative unit (G9).

has-state op

IRI http://www.ontologydesignpatterns.org/ont/dlp/FunctionalParticipation.owl#has-state
Description
  • Participation in a state (DOLCE-Lite-Plus, 2005).

  • In GOLEM, indicates the psychological state (G3) of a character (G1).

Example
Ron in Harry Potter and the Goblet of Fire (G1) has state “jealousy” (G3) during the event Yule Ball (G5).

state-of op

IRI http://www.ontologydesignpatterns.org/ont/dlp/FunctionalParticipation.owl#state-of
Description
  • In GOLEM, indicates the psychological state (G3) of a character (G1).

  • Participation in a state (DOLCE-Lite-Plus, 2005).

participant place op

IRI http://www.ontologydesignpatterns.org/ont/dlp/SpatialRelations.owl#participant-place
Description

In GOLEM, indicates the location (G13) where a narrative event (G5) took place.

Example
The Quidditch World Cup match (G5) has participant place Quidditch World Cup Campsite (G13).

participant place of op

IRI http://www.ontologydesignpatterns.org/ont/dlp/SpatialRelations.owl#participant-place-of

follows op

IRI http://www.ontologydesignpatterns.org/ont/dlp/TemporalRelations.owl#follows
Description
  • In GOLEM, describes the temporal relation between two narrative events (G5) or psychological states (G3), either chronologically or causally.

  • Temporal precedence between two perdurants. No further dependence is implied (e.g. mereological, causal) (DOLCE-Lite-Plus, 2005).

Example
  • Ron argues with Hermione about her date (G5) follows Hermione arrives at the ball with Viktor Krum (G5).
  • Ron argues with Hermione about her date (G5) follows Ron has state “jealousy” (G3) during the Yule Ball (G5).

precedes op

IRI http://www.ontologydesignpatterns.org/ont/dlp/TemporalRelations.owl#precedes

temporal location op

IRI http://www.ontologydesignpatterns.org/ont/dlp/TemporalRelations.owl#temporal-location
Description
  • Analytical location holding between physical perdurants and temporal regions (DOLCE-Lite-Plus, 2005).

  • In GOLEM, describes the specific time point at which a narrative event (G5) occurs.

Example
The Yule Ball in *Harry Potter and the Goblet of Fire* (movie, 2005) (G5) has temporal location Christmas Eve (time-interval).

temporal location of op

IRI http://www.ontologydesignpatterns.org/ont/dlp/TemporalRelations.owl#temporal-location-of

temporally includes op

IRI http://www.ontologydesignpatterns.org/ont/dlp/TemporalRelations.owl#temporally-includes
Description

In GOLEM, indicates that a general event (G5) contains one or more sub-events (G5) or psychological states (G3).

Example
  • The Battle of Hogwarts (G5) temporally includes the death of Voldemort (G5).
  • The Yule Ball in Harry Potter and the Goblet of Fire (movie, 2005) (G5) temporally includes Ron's jealousy (G3).

temporally included in op

IRI http://www.ontologydesignpatterns.org/ont/dlp/TemporalRelations.owl#temporally-included-in

temporally overlaps op

IRI http://www.ontologydesignpatterns.org/ont/dlp/TemporalRelations.owl#temporally-overlaps
Description

In GOLEM, indicates that two narrative events (G5) or psychological states (G3) overlap at some point in time.

Example
Ron’s jealousy (G3) temporally overlaps with Hermione’s arrival at the ball with Viktor Krum (G5).

member op

IRI http://www.w3.org/2000/01/rdf-schema#member
Is Defined By The RDF Schema vocabulary (RDFS)
Description
  • A member of the subject resource.

  • In GOLEM, describes the sequence or order of items within a (dlp:)course, like fabula or syuzhet (G7).

Example
The fabula of Battle of Hogwarts in Harry Potter and the Deathly Hallows orders events as follows:
rdf:_1 Voldemort casts the "Avada Kedavra" curse.
rdf:_2 Harry casts "Expelliarmus"
rdf:_3 The spells collide in midair, etc.

has feature op

IRI https://w3id.org/golem/ontology#GP0_has_feature
Description

Indicates that a narrative or character has certain features.

Example
  • Harry Potter (G1) has feature bravery (G17).
  • The text of Harry Potter and the Deathly Hallows (J. K. Rowling, 2007) (F2) hasFeature third-person limited 
    perspective (G18).
Sub Property Of dul_region:hasRegion
Domain G1 Character c or ecrm:E89_Propositional_Object c
Range G2 Feature c

is feature of op

IRI https://w3id.org/golem/ontology#GP0i_is_feature_of
Description

Indicates that a narrative or character has certain features.

Sub Property Of dul_region:isRegionFor
Domain G2 Feature c
Range ecrm:E28_Conceptual_Object c

is character in op

IRI https://w3id.org/golem/ontology#GP1_is_character_in
Description

Indicates that a character appears in a work.

Example
Harry Potter (G1) *is character in* *Harry Potter and the Philosopher's Stone* (movie, 2001) (F1).
Domain G1 Character c
Range F1 Work c

has character op

IRI https://w3id.org/golem/ontology#GP1i_has_Character
Description

Indicates that a character appears in a work.

Domain F1 Work c
Range G1 Character c

Datatype Properties

P90 has value dp

IRI http://erlangen-crm.org/240307/P90_has_value
Description

This property allows an instance of E54 Dimension to be approximated by an instance of E60 Number primitive.

Example
  • Kudos (E54) has value 59 (E60).
    (Smile as Bright as the Sun as You Fade into Darkness from AO3)
  • Word count (E54) has value 1,337 (E60).
Range Literal

Annotation Properties

created ap

IRI http://purl.org/dc/elements/1.1/created

creator ap

IRI http://purl.org/dc/elements/1.1/creator

date ap

IRI http://purl.org/dc/elements/1.1/date

description ap

IRI http://purl.org/dc/elements/1.1/description

license ap

IRI http://purl.org/dc/elements/1.1/license

title ap

IRI http://purl.org/dc/elements/1.1/title

bibliographic citation ap

IRI http://purl.org/dc/terms/bibliographicCitation

created ap

IRI http://purl.org/dc/terms/created

creator ap

IRI http://purl.org/dc/terms/creator

has version ap

IRI http://purl.org/dc/terms/hasVersion

identifier ap

IRI http://purl.org/dc/terms/identifier

issued ap

IRI http://purl.org/dc/terms/issued

license ap

IRI http://purl.org/dc/terms/license

publisher ap

IRI http://purl.org/dc/terms/publisher

source ap

IRI http://purl.org/dc/terms/source

status ap

IRI http://purl.org/dc/terms/status

preferred namespace prefix ap

IRI http://purl.org/vocab/vann/preferredNamespacePrefix

preferred namespace uri ap

IRI http://purl.org/vocab/vann/preferredNamespaceUri

label ap

IRI http://www.w3.org/2000/01/rdf-schema#label
Is Defined By The RDF Schema vocabulary (RDFS)
Description

A human-readable name for the subject.

term_status ap

IRI http://www.w3.org/2003/06/sw-vocab-status/ns#term_status

example ap

IRI http://www.w3.org/2004/02/skos/core#example

notation ap

IRI http://www.w3.org/2004/02/skos/core#notation

pref label ap

IRI http://www.w3.org/2004/02/skos/core#prefLabel

Namespaces

dc
http://purl.org/dc/elements/1.1/
dcterms
http://purl.org/dc/terms/
dlp_csm
http://www.ontologydesignpatterns.org/ont/dlp/CommonSenseMapping.owl#
dlp_extDnS
http://www.ontologydesignpatterns.org/ont/dlp/ExtendedDnS.owl#
dlp_funct
http://www.ontologydesignpatterns.org/ont/dlp/FunctionalParticipation.owl#
dlp_spat
http://www.ontologydesignpatterns.org/ont/dlp/SpatialRelations.owl#
dlp_temp
http://www.ontologydesignpatterns.org/ont/dlp/TemporalRelations.owl#
dol
http://www.ontologydesignpatterns.org/ont/dlp/DOLCE-Lite.owl#
dul_region
http://www.ontologydesignpatterns.org/cp/owl/region.owl#
ecrm
http://erlangen-crm.org/240307/
golem
https://w3id.org/golem/ontology#
lrmoo
http://iflastandards.info/ns/lrm/lrmoo/
owl
http://www.w3.org/2002/07/owl#
rdf
http://www.w3.org/1999/02/22-rdf-syntax-ns#
rdfs
http://www.w3.org/2000/01/rdf-schema#
skos
http://www.w3.org/2004/02/skos/core#
vann
http://purl.org/vocab/vann/
vs
http://www.w3.org/2003/06/sw-vocab-status/ns#
xsd
http://www.w3.org/2001/XMLSchema#

Legend

c Classes
op Object Properties
dp Datatype Properties
ap Annotation Properties

made by p y LODE 3.2.1 with the OntPub profile

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