Your JSON-LD context already includes:
- RDF/RDFS: Basic semantic web foundations
- Schema.org: Universal web vocabularies
- Dublin Core: Metadata standards
- FOAF: Identity linking
Essential for linking to external entities:
// Add to REDSTRING_CONTEXT
"owl": "http://www.w3.org/2002/07/owl#",
"sameAs": "owl:sameAs", // "This concept is the same as..."
"equivalentClass": "owl:equivalentClass", // "This type equals that type"
"differentFrom": "owl:differentFrom", // "This is NOT the same as..."// Wikidata integration
"wdt": "http://www.wikidata.org/prop/direct/",
"wd": "http://www.wikidata.org/entity/",
// DBpedia integration
"dbr": "http://dbpedia.org/resource/",
"dbo": "http://dbpedia.org/ontology/",
// OpenCyc
"cyc": "http://sw.opencyc.org/concept/",// Social networks
"sioc": "http://rdfs.org/sioc/ns#",
"as": "https://www.w3.org/ns/activitystreams#",
// Web standards
"ldp": "http://www.w3.org/ns/ldp#",
"hydra": "http://www.w3.org/ns/hydra/core#",Redstring creates a unified semantic web format where every concept is a Rosetta Stone for multiple vocabularies.
export const REDSTRING_CONTEXT = {
"@version": 1.1,
"@vocab": "https://redstring.io/vocab/",
// ==========================================
// REDSTRING EXTENSIONS (New Standard)
// ==========================================
"redstring": "https://redstring.io/vocab/",
"ThingPrototype": "redstring:ThingPrototype", // Prototype concepts (semantic classes)
"ThingInstance": "redstring:ThingInstance", // Instance placements (spatial objects)
"partOf": "redstring:partOf", // Spatial/contextual containment
"preferredDefinition": "redstring:preferredDefinition", // Context-aware definitions
"definitionGraphIds": "redstring:definitionGraphIds", // Multiple definition graphs
"abstractionChains": "redstring:abstractionChains", // User-defined hierarchies
"spatialContext": "redstring:spatialContext", // Position, scale, visual
"color": "redstring:color", // Visual semantics
// ==========================================
// RDF SCHEMA FOUNDATIONS (W3C Standard)
// ==========================================
"rdfs": "http://www.w3.org/2000/01/rdf-schema#",
"rdf": "http://www.w3.org/1999/02/22-rdf-syntax-ns#",
// Core RDF Schema classes
"rdfs:Class": "rdfs:Class", // Class definitions
"rdfs:Resource": "rdfs:Resource", // All RDF resources
"rdfs:Literal": "rdfs:Literal", // String/number values
"rdf:Property": "rdf:Property", // Relationship definitions
// Core RDF Schema properties
"rdf:type": "rdf:type", // Instance belongs to class
"rdfs:subClassOf": "rdfs:subClassOf", // Class hierarchy (Type → Prototype)
"rdfs:subPropertyOf": "rdfs:subPropertyOf", // Property hierarchy
"rdfs:domain": "rdfs:domain", // Valid source classes
"rdfs:range": "rdfs:range", // Valid target classes
// Human-readable metadata
"rdfs:label": "rdfs:label", // Display name
"rdfs:comment": "rdfs:comment", // Description text
"rdfs:seeAlso": "rdfs:seeAlso", // Related resources
"rdfs:isDefinedBy": "rdfs:isDefinedBy", // Definition source
// ==========================================
// OWL SEMANTIC MAPPINGS (Rosetta Stone)
// ==========================================
"owl": "http://www.w3.org/2002/07/owl#",
// The Rosetta Stone mechanisms
"sameAs": "owl:sameAs", // "This exact thing = that exact thing"
"equivalentClass": "owl:equivalentClass", // "This class = that class concept"
"differentFrom": "owl:differentFrom", // "This ≠ that" (disambiguation)
// ==========================================
// EXTERNAL KNOWLEDGE BASES (Global Vocab)
// ==========================================
// Wikidata (world's largest knowledge base)
"wd": "http://www.wikidata.org/entity/", // Wikidata entities (wd:Q5 = human)
"wdt": "http://www.wikidata.org/prop/direct/", // Wikidata properties
// DBpedia (Wikipedia as RDF)
"dbr": "http://dbpedia.org/resource/", // DBpedia resources
"dbo": "http://dbpedia.org/ontology/", // DBpedia ontology
// Schema.org (structured web data)
"schema": "http://schema.org/",
"Person": "schema:Person",
"Organization": "schema:Organization",
"Thing": "schema:Thing",
"CreativeWork": "schema:CreativeWork",
// Academic & Research
"doi": "https://doi.org/", // Digital Object Identifiers
"orcid": "https://orcid.org/", // Researcher IDs
"pubmed": "https://pubmed.ncbi.nlm.nih.gov/", // Medical literature
"arxiv": "https://arxiv.org/abs/", // Preprint archive
// FOAF (Friend of a Friend)
"foaf": "http://xmlns.com/foaf/0.1/",
"foaf:Person": "foaf:Person",
"foaf:Organization": "foaf:Organization",
// Dublin Core (metadata standards)
"dc": "http://purl.org/dc/terms/",
"created": "dc:created",
"modified": "dc:modified",
"creator": "dc:creator",
"description": "dc:description"
};// Types are hardcoded superclasses that provide rdfs:subClassOf relationships
const REDSTRING_TYPES = {
"Person": {
"@id": "schema:Person",
"rdfs:label": "Person",
"rdfs:comment": "A human being",
// Types create automatic subClassOf relationships
},
"Organization": {
"@id": "schema:Organization",
"rdfs:label": "Organization",
"rdfs:comment": "An organized body of people"
}
};// Prototypes are rdfs:Class + Redstring extensions - the Rosetta Stone layer
{
"@type": ["redstring:ThingPrototype", "rdfs:Class"],
"@id": "prototype:barack-obama",
// RDF Schema compliance
"rdfs:label": "Barack Obama",
"rdfs:comment": "44th President of the United States",
"rdfs:subClassOf": { "@id": "schema:Person" }, // Links to Type layer
// OWL Rosetta Stone mappings - THIS IS THE MAGIC!
"sameAs": [
"wd:Q76", // Wikidata: Barack Obama
"dbr:Barack_Obama", // DBpedia: Barack Obama
"https://en.wikipedia.org/wiki/Barack_Obama" // Wikipedia page
],
"equivalentClass": [
"foaf:Person", // FOAF vocabulary
"dbo:President" // DBpedia ontology
],
// Redstring extensions (what makes it more than RDF)
"redstring:color": "#blue",
"redstring:definitionGraphIds": [
"barack-personal-life", // Personal perspective
"barack-political-career", // Political perspective
"barack-cultural-impact" // Cultural perspective
],
"redstring:abstractionChains": {
"specificity": ["person", "politician", "president", "us-president"],
"domain": ["politics", "american-politics", "democratic-party"]
},
"redstring:spatialContext": {
"defaultScale": 1.2,
"defaultPosition": { "x": 0, "y": 0 }
}
}// Instances are spatial placements of prototypes in specific graphs
{
"@type": "redstring:ThingInstance",
"@id": "instance:barack-in-presidency-graph",
// RDF Schema relationship - instance belongs to prototype class
"rdf:type": { "@id": "prototype:barack-obama" },
// Redstring spatial containment - instance exists in specific graph
"redstring:partOf": { "@id": "graph:us-presidency-timeline" },
// Context-aware definition selection
"redstring:preferredDefinition": "barack-political-career",
// Spatial positioning
"redstring:spatialContext": {
"x": 500,
"y": 300,
"scale": 1.0
}
}Every Redstring prototype is a translation hub between vocabularies:
// Local concept with global reach
{
"@id": "prototype:climate-policy",
"rdfs:label": "Climate Policy", // Human readable
// Rosetta Stone translations
"sameAs": [
"dbr:Climate_change_policy", // Wikipedia/DBpedia
"wd:Q7942", // Wikidata
"https://en.wikipedia.org/wiki/Climate_change_policy"
],
"equivalentClass": [
"schema:GovernmentPolicy", // Schema.org category
"dbo:Policy", // DBpedia ontology
"foaf:Document" // FOAF perspective
],
// When someone searches for "environmental policy" across semantic web:
// → They find this concept through multiple pathways
// → Can understand it in their preferred vocabulary
// → Can link to it from their own semantic systems
}{
"@context": REDSTRING_CONTEXT,
"@type": "redstring:CognitiveSpace",
"format": "redstring-v2.0.0",
// ========================================
// PROTOTYPE SPACE (Semantic Layer)
// ========================================
"prototypeSpace": {
// All concept definitions (the semantic classes)
"nodePrototypes": {
"barack-obama": { /* prototype definition */ },
"climate-policy": { /* prototype definition */ }
},
// Type hierarchy (superclass relationships)
"typeHierarchy": {
"Person": { "@id": "schema:Person" },
"Policy": { "@id": "schema:Policy" }
},
// Prototype-level relationships (semantic edges)
"semanticEdges": {
"barack-implements-climate": {
"subject": { "@id": "prototype:barack-obama" },
"predicate": { "@id": "prototype:implements" },
"object": { "@id": "prototype:climate-policy" }
}
}
},
// ========================================
// SPATIAL GRAPHS (Visual Layer)
// ========================================
"spatialGraphs": {
"us-presidency": {
"instances": {
"barack-instance": {
"rdf:type": { "@id": "prototype:barack-obama" },
"redstring:partOf": { "@id": "graph:us-presidency" },
"redstring:preferredDefinition": "barack-political-career"
}
},
"spatialConnections": {
"visual-connection-1": {
"sourceInstanceId": "barack-instance",
"destinationInstanceId": "policy-instance",
"representsSemanticEdge": "barack-implements-climate"
}
}
}
}
}
## Native Triplet Support
**Redstring stores semantic relationships as explicit RDF triplets while maintaining visual connections:**
```javascript
// Edge with native triplet support
{
"id": "connection-123",
"@type": "redstring:SemanticConnection",
// Native RDF triplets (semantic meaning)
"triplets": [
{
"subject": { "@id": "prototype:barack-obama" },
"predicate": { "@id": "prototype:implements" },
"object": { "@id": "prototype:climate-policy" }
}
// Future: multiple triplets per edge for complex relationships
],
// Visual connection data (spatial representation)
"sourceInstanceId": "barack-instance",
"destinationInstanceId": "policy-instance",
"redstring:spatialContext": {
"path": "curved",
"color": "#green",
"thickness": 2
},
// User interaction - click connection to see triplet context
"redstring:displayMode": "triplet-aware"
}Bidirectional connections become two triplets:
// Non-directional edge → 2 symmetric triplets
{
"triplets": [
{
"subject": { "@id": "prototype:climate-policy" },
"predicate": { "@id": "prototype:relates-to" },
"object": { "@id": "prototype:economic-policy" }
},
{
"subject": { "@id": "prototype:economic-policy" },
"predicate": { "@id": "prototype:relates-to" },
"object": { "@id": "prototype:climate-policy" }
}
]
}Four new sections in the right panel for comprehensive semantic web linking:
const ClassMappingsSection = ({ node, onUpdate }) => (
<section className="semantic-mappings">
<h3>Class Mappings</h3>
{/* Automatic Type → subClassOf */}
<div className="type-mapping">
<label>Is a:</label>
<TypeSelector
value={node.type}
onChange={(type) => {
// Automatically creates rdfs:subClassOf relationship
updateSemanticProperty(node, 'rdfs:subClassOf', { '@id': type.semanticId })
}}
/>
</div>
{/* Equivalent Classes */}
<div className="equivalent-classes">
<label>Equivalent Classes:</label>
<ClassSelector
vocabulary="schema.org"
onSelect={(classId) => addEquivalentClass(node, classId)}
/>
<ClassSelector
vocabulary="FOAF"
onSelect={(classId) => addEquivalentClass(node, classId)}
/>
{/* Display existing mappings */}
{node.equivalentClass?.map(cls => (
<ClassMappingCard key={cls['@id']} classId={cls['@id']} onRemove={removeEquivalentClass} />
))}
</div>
</section>
);const ExternalEntitiesSection = ({ node, onUpdate }) => (
<section className="external-entities">
<h3>External Entities (sameAs)</h3>
{/* Wikidata Search */}
<WikidataEntitySearch
conceptName={node.name}
onSelect={(entityId) => addSameAs(node, `wd:${entityId}`)}
/>
{/* DBpedia Search */}
<DBpediaResourceSearch
conceptName={node.name}
onSelect={(resourceId) => addSameAs(node, `dbr:${resourceId}`)}
/>
{/* Manual URL Entry */}
<URLInput
placeholder="Custom semantic web URI"
onAdd={(uri) => addSameAs(node, uri)}
/>
{/* Display existing sameAs links */}
{node.sameAs?.map(uri => (
<EntityLinkCard key={uri} uri={uri} onRemove={removeSameAs} />
))}
</section>
);const AcademicReferencesSection = ({ node, onUpdate }) => (
<section className="academic-references">
<h3>Academic References</h3>
<DOIInput onAdd={(doi) => addReference(node, `doi:${doi}`)} />
<ORCIDInput onAdd={(orcid) => addReference(node, `orcid:${orcid}`)} />
<ArXivInput onAdd={(arxiv) => addReference(node, `arxiv:${arxiv}`)} />
<PubMedInput onAdd={(pmid) => addReference(node, `pubmed:${pmid}`)} />
{/* Display existing references */}
{node.academicReferences?.map(ref => (
<AcademicReferenceCard key={ref} reference={ref} onRemove={removeReference} />
))}
</section>
);const WebResourcesSection = ({ node, onUpdate }) => (
<section className="web-resources">
<h3>Web Resources</h3>
<WikipediaSearch onSelect={(url) => addWebResource(node, url)} />
<GenericURLInput onAdd={(url) => addWebResource(node, url)} />
<SocialMediaInput onAdd={(profile) => addWebResource(node, profile)} />
{/* Display existing web resources */}
{node.webResources?.map(resource => (
<WebResourceCard key={resource} resource={resource} onRemove={removeWebResource} />
))}
</section>
);- Update REDSTRING_CONTEXT with comprehensive vocabulary
- Prototype export enhancement:
redstring:ThingPrototype+rdfs:Class - Instance export enhancement:
rdf:typerelationships - Type → subClassOf automation: Panel Type selection creates semantic hierarchy
- Bidirectional edges: Export as 2 triplets
- Format consistency tests: Ensure round-trip fidelity
- Prototype space separation: Semantic layer distinct from spatial layer
- Enhanced export structure:
prototypeSpace+spatialGraphs - Import/export functions: Handle new separated structure
- Git storage updates: Support separated format
- Backwards compatibility: Import old formats correctly
- Class Mappings section: Type integration + equivalent classes
- External Entities section: Wikidata/DBpedia search + sameAs links
- Academic References section: DOI/ORCID/arXiv inputs
- Web Resources section: Wikipedia/URL management
- Triplet array in edges: Explicit RDF statements
- Click connection → triplet context: Visual triplet display
- Multiple triplets per edge: Complex relationship support
- Triplet validation: Ensure semantic consistency
- AbstractionCarousel integration: Chain → subClassOf mapping
- Cross-domain linking: Git-native protocol semantic discovery
- Validation system: RDF Schema compliance checking
- Export formats: Native .redstring + pure RDF/Turtle options
// Fetch and link Wikidata entities
const linkToWikidata = async (conceptName) => {
const wikidataEntity = await searchWikidata(conceptName);
return {
"@id": `wd:${wikidataEntity.id}`,
"label": wikidataEntity.label,
"description": wikidataEntity.description
};
};Your nodes can generate valid schema.org structured data:
{
"@context": "https://schema.org",
"@type": "Thing",
"name": "Artificial Intelligence",
"description": "Intelligence demonstrated by machines",
"sameAs": "https://en.wikipedia.org/wiki/Artificial_intelligence"
}// Your graphs can be LDP containers
const createLDPContainer = (graphData) => ({
"@type": ["redstring:Graph", "ldp:Container"],
"ldp:contains": graphData.instances.map(instance => ({ "@id": instance.id }))
});// Your AbstractionCarousel now maps to standard RDF
const createRDFClassHierarchy = (abstractionChain) => {
const hierarchy = [];
for (let i = 0; i < abstractionChain.length - 1; i++) {
hierarchy.push({
"@type": "rdfs:Class",
"@id": `prototype:${abstractionChain[i]}`,
"rdfs:subClassOf": { "@id": `prototype:${abstractionChain[i + 1]}` }
});
}
return hierarchy;
};// Define properties with proper RDF constraints
const createRDFProperty = (propertyName, domainClass, rangeClass) => ({
"@type": "rdf:Property",
"@id": `property:${propertyName}`,
"rdfs:domain": { "@id": domainClass },
"rdfs:range": { "@id": rangeClass },
"rdfs:label": propertyName,
"rdfs:comment": `Property connecting ${domainClass} to ${rangeClass}`
});// Proper RDF instance typing - instance belongs to prototype class
const createRDFInstance = (instance, prototypeId) => ({
"@type": "redstring:Instance",
"@id": `instance:${instance.id}`,
// RDF Schema: instance is of type prototype
"rdf:type": { "@id": `prototype:${prototypeId}` },
"rdfs:label": instance.name || `Instance ${instance.id}`,
"rdfs:comment": instance.description || "Redstring instance",
// Redstring: instance is contained within a specific graph
"redstring:partOf": { "@id": `graph:${instance.graphId}` }
});// Redstring-specific: instance is contained within graph context
const createGraphContainment = (instance, graphId) => ({
"@id": `instance:${instance.id}`,
// Instance belongs to prototype class (type relationship)
"rdf:type": { "@id": `prototype:${instance.prototypeId}` },
// Instance is contained within graph (spatial/contextual relationship)
"redstring:partOf": { "@id": `graph:${graphId}` },
// Spatial positioning within the graph
"redstring:spatialContext": {
"x": instance.x,
"y": instance.y,
"scale": instance.scale
}
});// Start with ossified single chains (individual branches) to build the full abstraction bush
const buildAbstractionBushScaffold = async (conceptName) => {
// Query multiple knowledge bases for different abstraction perspectives
const [wikidataChains, dbpediaChains, schemaOrgChains] = await Promise.all([
fetchWikidataAbstractionChains(conceptName),
fetchDBpediaAbstractionChains(conceptName),
fetchSchemaOrgAbstractionChains(conceptName)
]);
// Each knowledge base provides different abstraction angles
// These are individual branches that can be woven into the full bush
return {
// Example: "The Beatles" abstraction bush - multiple interconnected branches
"musical_genre_branch": [
{ "@id": "wd:Q5", "rdfs:label": "Thing" },
{ "@id": "wd:Q115", "rdfs:label": "Band" },
{ "@id": "wd:Q11399", "rdfs:label": "Rock Band" },
{ "@id": "wd:Q123456", "rdfs:label": "60s Rock Band" },
{ "@id": "wd:Q789012", "rdfs:label": "60s Psychedelic Rock Band" },
{ "@id": "wd:Q345678", "rdfs:label": "The Beatles" }
],
"record_label_branch": [
{ "@id": "wd:Q5", "rdfs:label": "Thing" },
{ "@id": "wd:Q234", "rdfs:label": "Live Act" },
{ "@id": "wd:Q567", "rdfs:label": "Musical Act" },
{ "@id": "wd:Q890", "rdfs:label": "Musical Act Signed to Capitol Records" },
{ "@id": "wd:Q345678", "rdfs:label": "The Beatles" }
],
"cultural_movement_branch": [
{ "@id": "wd:Q5", "rdfs:label": "Thing" },
{ "@id": "wd:Q111", "rdfs:label": "Cultural Phenomenon" },
{ "@id": "wd:Q222", "rdfs:label": "British Invasion" },
{ "@id": "wd:Q333", "rdfs:label": "Beatlemania" },
{ "@id": "wd:Q345678", "rdfs:label": "The Beatles" }
],
"geographic_branch": [
{ "@id": "wd:Q5", "rdfs:label": "Thing" },
{ "@id": "wd:Q444", "rdfs:label": "Geographic Entity" },
{ "@id": "wd:Q555", "rdfs:label": "City" },
{ "@id": "wd:Q666", "rdfs:label": "Liverpool" },
{ "@id": "wd:Q777", "rdfs:label": "Liverpool Music Scene" },
{ "@id": "wd:Q345678", "rdfs:label": "The Beatles" }
]
};
};
// The abstraction bush emerges from weaving these individual branches
// Each branch is a single ossified chain that can be explored independently
// The full bush structure emerges from the interconnections between branches// Enhanced node with full RDF Schema compliance
const createRDFCompliantNode = (nodeData) => ({
"@type": ["redstring:Node", "rdfs:Class", "schema:Thing"],
"@id": `prototype:${nodeData.id}`,
// RDF Schema standard properties
"rdfs:label": nodeData.name,
"rdfs:comment": nodeData.description,
"rdfs:seeAlso": nodeData.externalLinks || [],
"rdfs:isDefinedBy": { "@id": "https://redstring.io" },
// Redstring-specific properties (preserved)
"redstring:color": nodeData.color,
"redstring:spatialContext": {
"x": nodeData.x || 0,
"y": nodeData.y || 0,
"scale": nodeData.scale || 1.0
}
});✅ Wikipedia/Wikidata: Direct linking to world's knowledge
✅ Search engines: Rich snippets via schema.org
✅ Social platforms: Open Graph/Twitter Card integration
✅ Academic: ORCID, DOI, citation networks
✅ Enterprise: Industry ontologies (FIBO, etc.)
✅ Government: Data.gov, EU Open Data
✅ W3C Standard Compliance: Full semantic web specification adherence
✅ Interoperability: Works with any RDF-compliant system
✅ Reasoning Support: Enables automated inference and validation
✅ Property Constraints: Domain/range validation for data integrity
✅ Class Hierarchies: Standard inheritance patterns for ontologies
✅ Linked Data: Seamless integration with existing RDF datasets
✅ Tool Ecosystem: Compatible with RDF editors, validators, and reasoners
- Concept Definition: Each prototype defines a reusable concept type
- RDF Mapping: Maps to
rdfs:Classfor standard ontological classes - Definition Graphs: Can contain entire sub-graphs for concept elaboration
- Reusability: Same prototype can be instantiated across multiple graphs
- Type Relationship: Instance belongs to prototype via
rdf:type - Graph Placement: Instance is placed within specific graph context
- Spatial Context: Maintains position, scale, and visual properties
- Identity Preservation: Same instance can appear in multiple graphs
// Example: Car instance in Mechanical Systems graph
{
"@id": "instance:car-001",
// Type relationship: instance is of type Car
"rdf:type": { "@id": "prototype:car" },
// Containment relationship: instance is in Mechanical graph
"redstring:partOf": { "@id": "graph:mechanical" }
}✅ Flexible Placement: Instances can move between graphs while maintaining type
✅ Spatial Reasoning: Position and scale as semantic properties
✅ Recursive Definitions: Prototypes can contain definition graphs
✅ Context Awareness: Same concept can have different meanings in different graphs
✅ Human-Centered: Preserves how people actually think about concepts
✅ Multi-Perspective Abstraction: Multiple abstraction chains from different angles
This model makes Redstring uniquely valuable for semantic web contribution by combining standard RDF Schema compliance with human cognitive patterns!
Traditional ontological thinking assumes hierarchical tree structures, but human cognition creates abstraction bushes - complex networks where concepts connect in multiple directions, not just up and down.
Instead of trying to map the entire bush at once, Redstring starts with ossified single chains - individual branches that can be explored independently:
// Each branch is a complete, self-contained abstraction chain
const musicalGenreBranch = [
"Thing → Band → Rock Band → 60s Rock Band → 60s Psychedelic Rock Band → The Beatles"
];
const recordLabelBranch = [
"Thing → Live Act → Musical Act → Musical Act Signed to Capitol Records → The Beatles"
];
const culturalMovementBranch = [
"Thing → Cultural Phenomenon → British Invasion → Beatlemania → The Beatles"
];- Start with Single Branches: Each external knowledge base provides ossified chains
- Identify Intersection Points: Where branches share concepts (like "Thing" or "The Beatles")
- Weave the Bush: Connect branches through their shared nodes
- Discover New Connections: The bush structure reveals unexpected relationships
✅ Manageable Complexity: Start simple with single chains, build complexity gradually
✅ Human Cognition: Matches how people actually think - following one thread at a time
✅ Discoverable Structure: The full bush emerges from exploring individual branches
✅ Flexible Growth: New branches can be added without restructuring existing ones
✅ Cognitive Scaffolding: Each branch provides a stable path through the concept space
Thing
/ | \
/ | \
/ | \
Band Live Act Cultural Phenomenon
| | |
Rock Band Musical Act British Invasion
| | |
60s Rock Band | British Invasion Boy Bands
| | |
60s Psychedelic | |
Rock Band | |
| | |
| Musical Act |
| Signed to |
| Capitol Records |
| | |
| | |
| | |
+------+-----------+
|
The Beatles
This bush structure emerges naturally from weaving together the individual ossified chains, creating a rich, interconnected cognitive scaffold that mirrors how humans actually think about complex concepts!
// Update redstringFormat.js
export const getSemanticContext = (level = 'basic') => {
switch(level) {
case 'rdf': return WEB_INTEGRATED_CONTEXT; // Full RDF Schema
case 'web': return WEB_INTEGRATED_CONTEXT; // Web vocabularies
case 'basic': return REDSTRING_CONTEXT; // Basic Redstring
default: return REDSTRING_CONTEXT;
}
};// Add RDF Schema validation
const validateRDFSchema = (nodeData) => {
const errors = [];
// Check required RDF Schema properties
if (!nodeData['rdfs:label']) {
errors.push("Missing rdfs:label (human-readable name)");
}
// Validate property domains and ranges
if (nodeData['rdfs:domain'] && !isValidClass(nodeData['rdfs:domain'])) {
errors.push("Invalid rdfs:domain - must reference a valid class");
}
return errors;
};// Add to node editing interface
const ExternalLinksPanel = ({ node, onUpdate }) => (
<div>
<WikidataLink node={node} onLink={linkWikidata} />
<SchemaOrgType node={node} onTypeChange={updateType} />
<URLReferences node={node} onAddURL={addExternalURL} />
</div>
);// New RDF Schema editing interface
const RDFSchemaEditor = ({ node, onUpdate }) => (
<div className="rdf-schema-editor">
{/* Class Hierarchy */}
<section>
<h3>Class Hierarchy (rdfs:subClassOf)</h3>
<ClassHierarchyEditor
node={node}
onHierarchyChange={updateClassHierarchy}
/>
</section>
{/* Property Definitions */}
<section>
<h3>Property Constraints</h3>
<PropertyDomainRangeEditor
node={node}
onDomainChange={updatePropertyDomain}
onRangeChange={updatePropertyRange}
/>
</section>
{/* RDF Schema Metadata */}
<section>
<h3>RDF Schema Metadata</h3>
<RDFMetadataEditor
node={node}
onLabelChange={updateRDFLabel}
onCommentChange={updateRDFComment}
onSeeAlsoChange={updateSeeAlso}
/>
</section>
</div>
);Your current JSON-LD is partially semantic web compliant, but for true external site integration you need:
- RDF Schema foundations for W3C standard compliance (
rdfs:Class,rdf:type,rdfs:subClassOf) - OWL vocabularies for entity linking (
owl:sameAs) - External KB contexts (Wikidata, DBpedia)
- Enhanced schema.org usage
- Social/web platform vocabularies
This would make Redstring a true semantic web citizen that can interface with the existing knowledge networks!
The RDF Schema elements from the W3C specification provide the essential building blocks:
rdfs:Class- Your prototypes become proper ontological classesrdf:type- Your instances get standard typingrdfs:subClassOf- Your AbstractionCarousel maps to standard inheritancerdfs:domain/rdfs:range- Property constraints for data validationrdfs:label/rdfs:comment- Human-readable metadata standards
With these foundations, Redstring becomes not just a semantic web participant, but a semantic web contributor that other systems can understand, validate, and reason about!