kaabalah
Version:
The de-facto library for any esoteric calculations and tooling
1 lines • 54.7 kB
Source Map (JSON)
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id: TreeTopologySphereId;\n name: TreeTopologySphereName;\n number: number;\n role: TreeTopologySphereRole;\n data?: NodeData<KaabalahTypes.SPHERE>;\n}\n\nexport interface TreeTopologyPath {\n id: TreeTopologyPathId;\n number: number;\n from: TreeTopologySphere;\n to: TreeTopologySphere;\n data: NodeData<KaabalahTypes.PATH>;\n}\n\nexport interface TreeTopologyAdjacentSphere {\n sphere: TreeTopologySphere;\n path: TreeTopologyPath;\n direction: \"forward\" | \"reverse\";\n}\n\nexport interface TreeTopologyRouteSegment {\n index: number;\n from: TreeTopologySphere;\n to: TreeTopologySphere;\n path?: TreeTopologyPath;\n isConnected: boolean;\n}\n\nexport interface TreeTopologyRouteTarget {\n targetId: TreeTopologySphereId | TreeTopologyPathId;\n targetType: \"sphere\" | \"path\";\n}\n\nexport interface TreeTopologyRoute {\n key: TreeTopologyRouteKey;\n name: string;\n direction: TreeTopologyRouteDirection;\n spheres: readonly TreeTopologySphere[];\n segments: readonly TreeTopologyRouteSegment[];\n isFullyConnected: boolean;\n missingSegments: readonly TreeTopologyRouteSegment[];\n targets: readonly TreeTopologyRouteTarget[];\n targetIds: readonly (TreeTopologySphereId | TreeTopologyPathId)[];\n}\n\nexport type TreeTopologySphereLookup =\n | TreeTopologySphereName\n | TreeTopologySphereId\n | {\n id?: TreeTopologySphereId;\n name?: TreeTopologySphereName | string;\n number?: number;\n };\n\nexport type TreeTopologyPathLookup =\n | number\n | TreeTopologyPathId\n | {\n id?: TreeTopologyPathId;\n number?: number;\n between?: readonly [TreeTopologySphereLookup, TreeTopologySphereLookup];\n };\n\nexport interface TreeTopologyOptions {\n system?: SystemKey;\n tree?: TreeOfLife;\n}\n\nexport interface GetTreeTopologySpheresOptions {\n includeDaath?: boolean;\n}\n\nfunction isNodeType<T extends NodeType>(\n node: Node<NodeType>,\n type: T\n): node is Node<T> {\n return node.type === type;\n}\n\nfunction cloneSphereData(data?: NodeData<KaabalahTypes.SPHERE>) {\n return data ? { ...data } : undefined;\n}\n\nfunction clonePathData(data: NodeData<KaabalahTypes.PATH>) {\n return { ...data };\n}\n\nfunction parsePathNumber(pathId: TreeTopologyPathId) {\n const parsed = Number.parseInt(parseId(pathId), 10);\n\n if (!Number.isInteger(parsed)) {\n throw new Error(`Invalid tree path id: ${pathId}`);\n }\n\n return parsed;\n}\n\nfunction normalizeName(value: string) {\n return value.trim().toLowerCase();\n}\n\nfunction pairKey(left: TreeTopologySphereId, right: TreeTopologySphereId) {\n return [String(left), String(right)].sort().join(\"|\");\n}\n\nfunction routeNames() {\n return [...TREE_TOPOLOGY_LIGHTNING_SPHERE_NAMES];\n}\n\nfunction routeDescriptor(key: TreeTopologyRouteKey) {\n return key === \"lightning\"\n ? {\n name: \"Lightning Path\",\n direction: \"descending\" as const,\n }\n : {\n name: \"Serpent Path\",\n direction: \"ascending\" as const,\n };\n}\n\nfunction routeTargetList(segments: readonly TreeTopologyRouteSegment[]) {\n if (segments.length === 0) {\n return [] as TreeTopologyRouteTarget[];\n }\n\n const targets: TreeTopologyRouteTarget[] = [\n { targetId: segments[0].from.id, targetType: \"sphere\" },\n ];\n\n for (const segment of segments) {\n if (segment.path) {\n targets.push({ targetId: segment.path.id, targetType: \"path\" });\n }\n\n targets.push({ targetId: segment.to.id, targetType: \"sphere\" });\n }\n\n return targets;\n}\n\nexport class TreeTopology {\n public readonly system: SystemKey;\n\n private readonly spheres: readonly TreeTopologySphere[];\n private readonly paths: readonly TreeTopologyPath[];\n private readonly spheresById = new Map<\n TreeTopologySphereId,\n TreeTopologySphere\n >();\n private readonly spheresByName = new Map<string, TreeTopologySphere>();\n private readonly spheresByNumber = new Map<number, TreeTopologySphere>();\n private readonly pathsById = new Map<TreeTopologyPathId, TreeTopologyPath>();\n private readonly pathsByNumber = new Map<number, TreeTopologyPath>();\n private readonly pathsBySpherePair = new Map<string, TreeTopologyPath>();\n private readonly routesByKey = new Map<\n TreeTopologyRouteKey,\n TreeTopologyRoute\n >();\n\n constructor({\n system,\n spheres,\n paths,\n }: {\n system: SystemKey;\n spheres: readonly TreeTopologySphere[];\n paths: readonly TreeTopologyPath[];\n }) {\n this.system = system;\n this.spheres = spheres.map((sphere) =>\n Object.freeze({\n ...sphere,\n data: cloneSphereData(sphere.data),\n })\n );\n\n for (const sphere of this.spheres) {\n this.spheresById.set(sphere.id, sphere);\n this.spheresByName.set(normalizeName(sphere.name), sphere);\n this.spheresByNumber.set(sphere.number, sphere);\n }\n\n this.paths = paths.map((path) => {\n const from = this.spheresById.get(path.from.id);\n const to = this.spheresById.get(path.to.id);\n\n if (!from || !to) {\n throw new Error(\n `Tree topology path ${path.id} references unknown spheres.`\n );\n }\n\n return Object.freeze({\n ...path,\n from,\n to,\n data: clonePathData(path.data),\n });\n });\n\n for (const path of this.paths) {\n this.pathsById.set(path.id, path);\n this.pathsByNumber.set(path.number, path);\n this.pathsBySpherePair.set(pairKey(path.from.id, path.to.id), path);\n }\n\n for (const key of [\"lightning\", \"serpent\"] as const) {\n this.routesByKey.set(key, this.buildRoute(key));\n }\n }\n\n getSpheres(options: GetTreeTopologySpheresOptions = {}) {\n const includeDaath = options.includeDaath ?? true;\n\n return includeDaath\n ? [...this.spheres]\n : this.spheres.filter((sphere) => sphere.name !== SPHERES.DAATH);\n }\n\n getPrimarySpheres() {\n return this.getSpheres({ includeDaath: false });\n }\n\n getSphere(lookup: TreeTopologySphereLookup) {\n if (typeof lookup === \"string\") {\n if (lookup.startsWith(`${KaabalahTypes.SPHERE}:`)) {\n return this.spheresById.get(lookup as TreeTopologySphereId);\n }\n\n return this.spheresByName.get(normalizeName(lookup));\n }\n\n if (lookup.id) {\n return this.spheresById.get(lookup.id);\n }\n\n if (lookup.number) {\n return this.spheresByNumber.get(lookup.number);\n }\n\n if (lookup.name) {\n return this.spheresByName.get(normalizeName(lookup.name));\n }\n\n return undefined;\n }\n\n getPaths() {\n return [...this.paths];\n }\n\n getPath(lookup: TreeTopologyPathLookup) {\n if (typeof lookup === \"number\") {\n return this.pathsByNumber.get(lookup);\n }\n\n if (typeof lookup === \"string\") {\n return this.pathsById.get(lookup as TreeTopologyPathId);\n }\n\n if (lookup.id) {\n return this.pathsById.get(lookup.id);\n }\n\n if (lookup.number) {\n return this.pathsByNumber.get(lookup.number);\n }\n\n if (lookup.between) {\n return this.getPathBetween(lookup.between[0], lookup.between[1]);\n }\n\n return undefined;\n }\n\n getPathBetween(\n first: TreeTopologySphereLookup,\n second: TreeTopologySphereLookup\n ) {\n const firstSphere = this.getSphere(first);\n const secondSphere = this.getSphere(second);\n\n if (!firstSphere || !secondSphere) {\n return undefined;\n }\n\n return this.pathsBySpherePair.get(pairKey(firstSphere.id, secondSphere.id));\n }\n\n getAdjacentSpheres(\n sphereLookup: TreeTopologySphereLookup\n ): TreeTopologyAdjacentSphere[] {\n const sphere = this.getSphere(sphereLookup);\n\n if (!sphere) {\n return [];\n }\n\n return this.paths\n .filter((path) => path.from.id === sphere.id || path.to.id === sphere.id)\n .map((path) => {\n const isForward = path.from.id === sphere.id;\n\n return {\n sphere: isForward ? path.to : path.from,\n path,\n direction: isForward ? \"forward\" : \"reverse\",\n };\n });\n }\n\n getRoutes() {\n return [...this.routesByKey.values()];\n }\n\n getRoute(key: TreeTopologyRouteKey) {\n return this.routesByKey.get(key);\n }\n\n nextInRoute(\n routeKey: TreeTopologyRouteKey,\n sphereLookup: TreeTopologySphereLookup\n ) {\n const route = this.getRoute(routeKey);\n const sphere = this.getSphere(sphereLookup);\n\n if (!route || !sphere) {\n return undefined;\n }\n\n const index = route.spheres.findIndex(\n (routeSphere) => routeSphere.id === sphere.id\n );\n\n return index >= 0 ? route.spheres[index + 1] : undefined;\n }\n\n previousInRoute(\n routeKey: TreeTopologyRouteKey,\n sphereLookup: TreeTopologySphereLookup\n ) {\n const route = this.getRoute(routeKey);\n const sphere = this.getSphere(sphereLookup);\n\n if (!route || !sphere) {\n return undefined;\n }\n\n const index = route.spheres.findIndex(\n (routeSphere) => routeSphere.id === sphere.id\n );\n\n return index > 0 ? route.spheres[index - 1] : undefined;\n }\n\n private buildRoute(key: TreeTopologyRouteKey): TreeTopologyRoute {\n const descriptor = routeDescriptor(key);\n const names = routeNames();\n const orderedNames = key === \"serpent\" ? names.reverse() : names;\n const spheres = orderedNames.map((name) => {\n const sphere = this.getSphere(name);\n\n if (!sphere) {\n throw new Error(\n `Tree topology route \"${key}\" references missing sphere \"${name}\" in ${this.system}.`\n );\n }\n\n return sphere;\n });\n const segments: TreeTopologyRouteSegment[] = [];\n\n for (let index = 0; index < spheres.length - 1; index++) {\n const from = spheres[index];\n const to = spheres[index + 1];\n const path = this.getPathBetween(from.name, to.name);\n\n segments.push({\n index,\n from,\n to,\n path,\n isConnected: Boolean(path),\n });\n }\n\n const targets = routeTargetList(segments);\n const missingSegments = segments.filter((segment) => !segment.isConnected);\n\n return Object.freeze({\n key,\n name: descriptor.name,\n direction: descriptor.direction,\n spheres: Object.freeze([...spheres]),\n segments: Object.freeze(segments),\n isFullyConnected: missingSegments.length === 0,\n missingSegments: Object.freeze(missingSegments),\n targets: Object.freeze(targets),\n targetIds: Object.freeze(targets.map((target) => target.targetId)),\n });\n }\n}\n\nexport function getTreeTopology(options: TreeTopologyOptions = {}) {\n const system = options.system ?? options.tree?.activeSystem ?? \"kaabalah\";\n const tree = options.tree ?? createTree({ system });\n const spheres: TreeTopologySphere[] = [];\n\n for (const sphereId of TREE_TOPOLOGY_SPHERE_IDS) {\n const sphereNode = tree.getNode(sphereId);\n\n if (!sphereNode) {\n continue;\n }\n\n const name = parseId(sphereId) as TreeTopologySphereName;\n\n spheres.push({\n id: sphereId,\n name,\n number: TREE_TOPOLOGY_SPHERE_NUMBERS[name],\n role: name === SPHERES.DAATH ? \"hidden\" : \"sephirah\",\n data: cloneSphereData(sphereNode.data),\n });\n }\n\n const spheresById = new Map(spheres.map((sphere) => [sphere.id, sphere]));\n const paths = tree\n .getNodes()\n .filter((node): node is Node<KaabalahTypes.PATH> =>\n isNodeType(node, KaabalahTypes.PATH)\n )\n .map((pathNode) => {\n if (!pathNode.data?.from || !pathNode.data?.to) {\n throw new Error(`Tree topology path ${pathNode.id} is missing endpoints.`);\n }\n\n const from = spheresById.get(pathNode.data.from);\n const to = spheresById.get(pathNode.data.to);\n\n if (!from || !to) {\n throw new Error(\n `Tree topology path ${pathNode.id} references unknown spheres.`\n );\n }\n\n return {\n id: pathNode.id,\n number: parsePathNumber(pathNode.id),\n from,\n to,\n data: clonePathData(pathNode.data),\n } satisfies TreeTopologyPath;\n })\n .sort((left, right) => left.number - right.number);\n\n return new TreeTopology({\n system,\n spheres,\n paths,\n });\n}\n","import {\n CorrespondenceEdge,\n CorrespondenceMap,\n CorrespondenceMatch,\n CorrespondenceMetadata,\n CorrespondenceSource,\n CorrespondenceStep,\n TreeNote,\n TreeNoteTarget,\n TreeOverlay,\n TreeWorkspaceDescriptor,\n makeCorrespondenceId,\n} from \"./correspondence-model\";\nimport { createTree, TreeOptions } from \"./factory\";\nimport { TreeOfLife } from \"./tree-of-life\";\nimport { Node, NodeId, NodeType } from \"./types\";\n\nexport interface TreeCorrespondenceQueryOptions<T extends NodeType = NodeType> {\n type?: T | readonly T[];\n depth?: number;\n includeSelf?: boolean;\n limit?: number;\n}\n\nexport interface TreeFindNodesOptions<T extends NodeType = NodeType> {\n type?: T | readonly T[];\n ids?: readonly NodeId<T>[];\n search?: string;\n predicate?: (node: Node<T>) => boolean;\n}\n\nexport interface TreeVisualRequest {\n nodeId: NodeId<NodeType>;\n kind?: string;\n [key: string]: unknown;\n}\n\nexport interface TreeVisualResult {\n kind: string;\n nodeId: NodeId<NodeType>;\n [key: string]: unknown;\n}\n\nexport type TreeVisualResolver = (input: {\n request: TreeVisualRequest;\n workspace: TreeWorkspace;\n}) => TreeVisualResult | undefined;\n\nexport interface CreateTreeWorkspaceOptions {\n base?: TreeWorkspace | TreeOfLife;\n overlays?: TreeOverlay[];\n descriptor?: TreeWorkspaceDescriptor;\n visualResolvers?: TreeVisualResolver[];\n}\n\ntype TreeGraphData = {\n descriptor: TreeWorkspaceDescriptor;\n nodesById: Map<NodeId<NodeType>, Node<NodeType>>;\n nodeIdsByType: Map<NodeType, NodeId<NodeType>[]>;\n edgesById: Map<string, CorrespondenceEdge>;\n edgeIdsByNodeId: Map<NodeId<NodeType>, string[]>;\n notesById: Map<string, TreeNote>;\n noteIdsByNodeId: Map<NodeId<NodeType>, string[]>;\n noteIdsByCorrespondenceId: Map<string, string[]>;\n};\n\nfunction cloneNode<T extends NodeType>(node: Node<T>): Node<T> {\n return Object.freeze({\n id: node.id,\n type: node.type,\n name: node.name,\n data:\n node.data && typeof node.data === \"object\"\n ? ({ ...node.data } as Node<T>[\"data\"])\n : node.data,\n });\n}\n\nfunction cloneMetadata(metadata?: CorrespondenceMetadata) {\n if (!metadata) {\n return undefined;\n }\n\n return {\n ...metadata,\n tags: metadata.tags ? [...metadata.tags] : undefined,\n attributes: metadata.attributes ? { ...metadata.attributes } : undefined,\n };\n}\n\nfunction cloneSource(source: CorrespondenceSource): CorrespondenceSource {\n if (source.kind === \"bridge\") {\n return {\n ...source,\n parts: [...source.parts],\n };\n }\n\n return { ...source };\n}\n\nfunction cloneEdge(edge: CorrespondenceEdge): CorrespondenceEdge {\n return Object.freeze({\n ...edge,\n metadata: cloneMetadata(edge.metadata),\n sources: edge.sources.map(cloneSource),\n });\n}\n\nfunction cloneNote(note: TreeNote): TreeNote {\n return Object.freeze({\n ...note,\n target: { ...note.target },\n metadata: note.metadata ? { ...note.metadata } : undefined,\n });\n}\n\nfunction mergeMetadata(\n current?: CorrespondenceMetadata,\n next?: CorrespondenceMetadata\n) {\n if (!current) {\n return cloneMetadata(next);\n }\n\n if (!next) {\n return cloneMetadata(current);\n }\n\n return {\n ...current,\n ...next,\n tags: [...new Set([...(current.tags ?? []), ...(next.tags ?? [])])],\n attributes: {\n ...(current.attributes ?? {}),\n ...(next.attributes ?? {}),\n },\n };\n}\n\nfunction mergeSources(\n current: readonly CorrespondenceSource[],\n next: CorrespondenceSource\n) {\n const seen = new Set<string>();\n const merged: CorrespondenceSource[] = [];\n\n for (const source of [...current, next]) {\n const key = JSON.stringify(source);\n\n if (seen.has(key)) {\n continue;\n }\n\n seen.add(key);\n merged.push(cloneSource(source));\n }\n\n return merged;\n}\n\nfunction normalizeTypes<T extends NodeType>(\n type?: T | readonly T[]\n): Set<NodeType> | undefined {\n if (!type) {\n return undefined;\n }\n\n return new Set(Array.isArray(type) ? type : [type]);\n}\n\nfunction sortNodes<T extends NodeType>(nodes: Node<T>[]) {\n return [...nodes].sort((left, right) => {\n if (left.type !== right.type) {\n return left.type.localeCompare(right.type);\n }\n\n const leftLabel = String(left.name ?? left.id);\n const rightLabel = String(right.name ?? right.id);\n\n return leftLabel.localeCompare(rightLabel);\n });\n}\n\nfunction sortMatches<T extends NodeType>(matches: CorrespondenceMatch<T>[]) {\n return [...matches].sort((left, right) => {\n if (left.distance !== right.distance) {\n return left.distance - right.distance;\n }\n\n if (left.node.type !== right.node.type) {\n return left.node.type.localeCompare(right.node.type);\n }\n\n const leftLabel = String(left.node.name ?? left.node.id);\n const rightLabel = String(right.node.name ?? right.node.id);\n\n return leftLabel.localeCompare(rightLabel);\n });\n}\n\nfunction createGraphData(\n descriptor: TreeWorkspaceDescriptor,\n nodes: Iterable<Node<NodeType>>,\n edges: Iterable<CorrespondenceEdge>,\n notes: Iterable<TreeNote>\n): TreeGraphData {\n const nodesById = new Map<NodeId<NodeType>, Node<NodeType>>();\n const nodeIdsByType = new Map<NodeType, NodeId<NodeType>[]>();\n const edgesById = new Map<string, CorrespondenceEdge>();\n const edgeIdsByNodeId = new Map<NodeId<NodeType>, string[]>();\n const notesById = new Map<string, TreeNote>();\n const noteIdsByNodeId = new Map<NodeId<NodeType>, string[]>();\n const noteIdsByCorrespondenceId = new Map<string, string[]>();\n\n for (const node of nodes) {\n const clonedNode = cloneNode(node);\n\n nodesById.set(clonedNode.id, clonedNode);\n\n const typedIds = nodeIdsByType.get(clonedNode.type) ?? [];\n typedIds.push(clonedNode.id as NodeId<NodeType>);\n nodeIdsByType.set(clonedNode.type, typedIds);\n }\n\n for (const edge of edges) {\n const clonedEdge = cloneEdge(edge);\n\n edgesById.set(clonedEdge.id, clonedEdge);\n\n const leftEdges = edgeIdsByNodeId.get(clonedEdge.left) ?? [];\n leftEdges.push(clonedEdge.id);\n edgeIdsByNodeId.set(clonedEdge.left, leftEdges);\n\n const rightEdges = edgeIdsByNodeId.get(clonedEdge.right) ?? [];\n rightEdges.push(clonedEdge.id);\n edgeIdsByNodeId.set(clonedEdge.right, rightEdges);\n }\n\n for (const note of notes) {\n const clonedNote = cloneNote(note);\n notesById.set(clonedNote.id, clonedNote);\n\n if (clonedNote.target.kind === \"node\") {\n const nodeNoteIds = noteIdsByNodeId.get(clonedNote.target.nodeId) ?? [];\n nodeNoteIds.push(clonedNote.id);\n noteIdsByNodeId.set(clonedNote.target.nodeId, nodeNoteIds);\n continue;\n }\n\n const edgeId = makeCorrespondenceId(\n clonedNote.target.left,\n clonedNote.target.right\n );\n const correspondenceNoteIds =\n noteIdsByCorrespondenceId.get(edgeId) ?? [];\n correspondenceNoteIds.push(clonedNote.id);\n noteIdsByCorrespondenceId.set(edgeId, correspondenceNoteIds);\n }\n\n for (const ids of nodeIdsByType.values()) {\n ids.sort((left, right) => String(left).localeCompare(String(right)));\n }\n\n for (const ids of edgeIdsByNodeId.values()) {\n ids.sort((left, right) => left.localeCompare(right));\n }\n\n for (const ids of noteIdsByNodeId.values()) {\n ids.sort((left, right) => left.localeCompare(right));\n }\n\n for (const ids of noteIdsByCorrespondenceId.values()) {\n ids.sort((left, right) => left.localeCompare(right));\n }\n\n return {\n descriptor: Object.freeze({ ...descriptor }),\n nodesById,\n nodeIdsByType,\n edgesById,\n edgeIdsByNodeId,\n notesById,\n noteIdsByNodeId,\n noteIdsByCorrespondenceId,\n };\n}\n\nfunction normalizeBase(base?: TreeWorkspace | TreeOfLife) {\n if (!base) {\n return {\n descriptor: {},\n nodes: [] as Node<NodeType>[],\n edges: [] as CorrespondenceEdge[],\n notes: [] as TreeNote[],\n };\n }\n\n if (base instanceof TreeWorkspace) {\n return {\n descriptor: base.descriptor,\n nodes: base.getNodes(),\n edges: base.getEdges(),\n notes: base.getNotes(),\n };\n }\n\n return {\n descriptor: {\n system: base.activeSystem ?? undefined,\n parts: base.loadedParts.filter((part) => part !== \"base\"),\n },\n nodes: base.getNodes(),\n edges: base.getEdges(),\n notes: [] as TreeNote[],\n };\n}\n\nfunction applyOverlays(\n base: ReturnType<typeof normalizeBase>,\n overlays: TreeOverlay[]\n) {\n const nodesById = new Map<NodeId<NodeType>, Node<NodeType>>();\n const edgesById = new Map<string, CorrespondenceEdge>();\n const notes: TreeNote[] = [];\n\n for (const node of base.nodes) {\n nodesById.set(node.id as NodeId<NodeType>, cloneNode(node));\n }\n\n for (const edge of base.edges) {\n edgesById.set(edge.id, cloneEdge(edge));\n }\n\n for (const note of base.notes) {\n notes.push(cloneNote(note));\n }\n\n for (const overlay of overlays) {\n for (const node of overlay.nodes ?? []) {\n const existing = nodesById.get(node.id as NodeId<NodeType>);\n\n if (existing && existing.type !== node.type) {\n throw new Error(\n `Overlay ${overlay.id} tried to upsert ${node.id} with a different type`\n );\n }\n\n nodesById.set(\n node.id as NodeId<NodeType>,\n cloneNode(\n existing\n ? {\n ...existing,\n ...node,\n data: {\n ...(existing.data ?? {}),\n ...(node.data ?? {}),\n } as Node<NodeType>[\"data\"],\n }\n : node\n )\n );\n }\n\n for (const correspondence of overlay.correspondences ?? []) {\n if (\n !nodesById.has(correspondence.left) ||\n !nodesById.has(correspondence.right)\n ) {\n throw new Error(\n `Overlay ${overlay.id} references unknown nodes in ${correspondence.left} <-> ${correspondence.right}`\n );\n }\n\n const edgeId = makeCorrespondenceId(\n correspondence.left,\n correspondence.right\n );\n\n if (correspondence.op === \"remove\") {\n edgesById.delete(edgeId);\n continue;\n }\n\n const existingEdge = edgesById.get(edgeId);\n const overlaySource: CorrespondenceSource = {\n kind: \"overlay\",\n overlayId: overlay.id,\n label: overlay.name,\n };\n\n if (!existingEdge) {\n if (correspondence.op !== \"add\") {\n throw new Error(\n `Overlay ${overlay.id} cannot annotate missing correspondence ${edgeId}`\n );\n }\n\n edgesById.set(\n edgeId,\n cloneEdge({\n id: edgeId,\n left: correspondence.left,\n right: correspondence.right,\n metadata: cloneMetadata(correspondence.metadata),\n sources: [overlaySource],\n })\n );\n continue;\n }\n\n edgesById.set(\n edgeId,\n cloneEdge({\n ...existingEdge,\n metadata: mergeMetadata(existingEdge.metadata, correspondence.metadata),\n sources: mergeSources(existingEdge.sources, overlaySource),\n })\n );\n }\n\n for (const note of overlay.notes ?? []) {\n notes.push(\n cloneNote({\n ...note,\n metadata: note.metadata ? { ...note.metadata } : undefined,\n })\n );\n }\n }\n\n const filteredNotes = notes.filter((note) => {\n if (note.target.kind === \"node\") {\n return nodesById.has(note.target.nodeId);\n }\n\n return edgesById.has(\n makeCorrespondenceId(note.target.left, note.target.right)\n );\n });\n\n return {\n nodes: [...nodesById.values()],\n edges: [...edgesById.values()],\n notes: filteredNotes,\n };\n}\n\nfunction reconstructPath(\n startId: NodeId<NodeType>,\n targetId: NodeId<NodeType>,\n previous: Map<NodeId<NodeType>, { from: NodeId<NodeType>; edgeId: string }>,\n edgesById: Map<string, CorrespondenceEdge>\n) {\n const steps: CorrespondenceStep[] = [];\n let current = targetId;\n\n while (current !== startId) {\n const link = previous.get(current);\n\n if (!link) {\n break;\n }\n\n const edge = edgesById.get(link.edgeId);\n\n if (!edge) {\n break;\n }\n\n steps.push({\n from: link.from,\n to: current,\n edge,\n });\n current = link.from;\n }\n\n return steps.reverse();\n}\n\nfunction buildCanonicalDescriptor(opts: TreeOptions, cacheKey: string) {\n return {\n id: `canonical:${cacheKey}`,\n name: \"Canonical Tree\",\n system: opts.system,\n parts: [...(opts.parts ?? [])],\n cacheKey,\n } satisfies TreeWorkspaceDescriptor;\n}\n\nconst canonicalTreeCache = new Map<string, TreeWorkspace>();\n\nexport class TreeWorkspace {\n public readonly descriptor: TreeWorkspaceDescriptor;\n\n constructor(\n private readonly graph: TreeGraphData,\n private readonly visualResolvers: readonly TreeVisualResolver[] = []\n ) {\n this.descriptor = graph.descriptor;\n }\n\n getNode<T extends NodeType>(id: NodeId<T>) {\n return this.graph.nodesById.get(id as NodeId<NodeType>) as\n | Node<T>\n | undefined;\n }\n\n hasNode(id: NodeId<NodeType>) {\n return this.graph.nodesById.has(id);\n }\n\n getNodes<T extends NodeType>(type?: T): Node<T>[] {\n if (!type) {\n return sortNodes(\n [...this.graph.nodesById.values()] as Node<T>[]\n );\n }\n\n const ids = this.graph.nodeIdsByType.get(type) ?? [];\n\n return ids\n .map((id) => this.graph.nodesById.get(id) as Node<T> | undefined)\n .filter((node): node is Node<T> => Boolean(node));\n }\n\n findNodes<T extends NodeType = NodeType>(\n options: TreeFindNodesOptions<T> = {}\n ): Node<T>[] {\n const typeFilter = normalizeTypes(options.type);\n const search = options.search?.trim().toLowerCase();\n\n const candidates = options.ids\n ? options.ids\n .map((id) => this.graph.nodesById.get(id as NodeId<NodeType>))\n .filter((node): node is Node<NodeType> => Boolean(node))\n : typeFilter\n ? [...typeFilter].flatMap((type) => this.getNodes(type))\n : this.getNodes();\n\n return sortNodes(\n candidates.filter((node): node is Node<T> => {\n if (typeFilter && !typeFilter.has(node.type)) {\n return false;\n }\n\n if (search) {\n const haystacks = [\n String(node.id).toLowerCase(),\n String(node.name ?? \"\").toLowerCase(),\n ];\n\n if (!haystacks.some((value) => value.includes(search))) {\n return false;\n }\n }\n\n return options.predicate ? options.predicate(node as Node<T>) : true;\n })\n );\n }\n\n getEdge(left: NodeId<NodeType>, right: NodeId<NodeType>) {\n return this.graph.edgesById.get(makeCorrespondenceId(left, right));\n }\n\n getEdges(nodeId?: NodeId<NodeType>) {\n if (!nodeId) {\n return [...this.graph.edgesById.values()];\n }\n\n return (this.graph.edgeIdsByNodeId.get(nodeId) ?? [])\n .map((edgeId) => this.graph.edgesById.get(edgeId))\n .filter((edge): edge is CorrespondenceEdge => Boolean(edge));\n }\n\n getNotes(target?: TreeNoteTarget) {\n if (!target) {\n return [...this.graph.notesById.values()];\n }\n\n if (target.kind === \"node\") {\n return (this.graph.noteIdsByNodeId.get(target.nodeId) ?? [])\n .map((noteId) => this.graph.notesById.get(noteId))\n .filter((note): note is TreeNote => Boolean(note));\n }\n\n const edgeId = makeCorrespondenceId(target.left, target.right);\n\n return (this.graph.noteIdsByCorrespondenceId.get(edgeId) ?? [])\n .