Datasets:
Formats:
parquet
Languages:
English
Size:
100K - 1M
Tags:
knowledge-graph
knowledge-updating
graph-analysis
factual-knowledge
question-answering
retrieval
License:
Remove redundant object display column
Browse filesCo-authored-by: Cursor <cursoragent@cursor.com>
- README.md +19 -14
- SHA256SUMS +2 -2
- data/knowledge_edges.parquet +2 -2
README.md
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@@ -43,7 +43,7 @@ The release provides two ways to use the same graph:
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The default Dataset Viewer shows each knowledge connection as:
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```text
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subject ── relation ──▶
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```
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For example, an edge can also carry a natural-language question, a surface statement, construction-time confidence, and connectivity statistics.
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@@ -77,7 +77,7 @@ The default Parquet split contains all 357,205 forward edges. It is not a sample
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- `hf download factprop/FACTPROP --repo-type dataset` downloads the **entire release**, including the canonical graph checkpoint.
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- `load_dataset(..., split="curated")` downloads only the curated entity summary; it is not the complete graph.
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If your goal is to obtain all knowledge connections in an easy-to-use format, use `knowledge_edges`. If you also need inverse traversal edges,
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## Data model
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@@ -96,7 +96,7 @@ The canonical checkpoint stores `qid` and `qid_status` as node attributes.
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Each forward edge represents one stored factual connection:
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```text
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-
(subject, relation,
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```
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The Parquet representation includes:
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@@ -107,8 +107,7 @@ The Parquet representation includes:
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| `subject` | string | Source node label |
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| `subject_qid` | string or null | Subject Wikidata QID where available |
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| `relation` | string | FACTPROP relation identifier |
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-
| `
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| `object_node_label` | string | Canonical checkpoint node label; use this field to reconstruct exact topology |
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| `object_qid` | string or null | Object Wikidata QID where available |
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| `object_type` | string | `entity`, `literal`, or `date_literal` |
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| `question` | string or null | Natural-language question associated with the fact |
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| `subject_forward_out_degree` | integer | Number of forward facts originating from the subject |
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| `object_forward_in_degree` | integer | Number of forward facts pointing to the object |
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The table is sorted by descending `object_forward_in_degree`, making highly connected objects easy to inspect.
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### Auxiliary inverse edges
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```python
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row = edges[0]
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print(f'{row["subject"]} --{row["relation"]}--> {row["
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print("Question:", row["question"])
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print("Statement:", row["surface"])
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print("Object connectivity:", row["object_forward_in_degree"])
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@@ -189,22 +188,28 @@ edges = load_dataset(
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## Common recipes
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### Find all
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```python
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entity = "Apple Inc."
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connected = edges.filter(
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lambda row:
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)
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print(
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```
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For incoming facts only:
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```python
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incoming = edges.filter(lambda row: row["
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print("Incoming forward facts:", incoming.num_rows)
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```
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Ancient Egypt --FoundingDate--> -3100
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```
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The edge surface expresses the readable meaning: approximately 3100 BCE. These values are date literals, not negative row IDs, negative connectivity, or corrupted entity indices.
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-
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## Recommended uses
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@@ -517,7 +522,7 @@ sha256sum -c SHA256SUMS
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The released construction code uses `gpt-4o-mini` to generate candidate triplets and natural-language fields, then validates supported relations through Wikidata API and SPARQL queries. Project materials describe these candidates as Wikipedia-derived; the released builder does not directly ingest Wikipedia article text. The entity popularity index was exported from the unchanged paper graph, and its source checksum is retained in `metadata/graph.json`.
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`knowledge_edges` contains every forward edge from the checkpoint
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Use a Hub revision to freeze data. Proposed mapping corrections or enhanced versions should use a new versioned artifact rather than overwrite `factprop_graph_v1.pkl`.
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The default Dataset Viewer shows each knowledge connection as:
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```text
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+
subject ── relation ──▶ object_node_label
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```
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|
| 49 |
For example, an edge can also carry a natural-language question, a surface statement, construction-time confidence, and connectivity statistics.
|
|
|
|
| 77 |
- `hf download factprop/FACTPROP --repo-type dataset` downloads the **entire release**, including the canonical graph checkpoint.
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| 78 |
- `load_dataset(..., split="curated")` downloads only the curated entity summary; it is not the complete graph.
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+
If your goal is to obtain all knowledge connections in an easy-to-use format, use `knowledge_edges`. If you also need inverse traversal edges, stored evidence, or construction metadata, download `factprop_graph_v1.pkl`.
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## Data model
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Each forward edge represents one stored factual connection:
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```text
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+
(subject, relation, object_node_label)
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```
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The Parquet representation includes:
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| `subject` | string | Source node label |
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| `subject_qid` | string or null | Subject Wikidata QID where available |
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| `relation` | string | FACTPROP relation identifier |
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| `object_node_label` | string | Canonical target-node label; use this field for display, filtering, and topology reconstruction |
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| `object_qid` | string or null | Object Wikidata QID where available |
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| `object_type` | string | `entity`, `literal`, or `date_literal` |
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| `question` | string or null | Natural-language question associated with the fact |
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| `subject_forward_out_degree` | integer | Number of forward facts originating from the subject |
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| `object_forward_in_degree` | integer | Number of forward facts pointing to the object |
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The table is sorted by descending `object_forward_in_degree`, making highly connected objects easy to inspect. `object_node_label` is the single target-node field and exactly matches the canonical checkpoint label.
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### Auxiliary inverse edges
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```python
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row = edges[0]
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print(f'{row["subject"]} --{row["relation"]}--> {row["object_node_label"]}')
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print("Question:", row["question"])
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print("Statement:", row["surface"])
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print("Object connectivity:", row["object_forward_in_degree"])
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## Common recipes
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### Find all facts involving an entity
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```python
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entity = "Apple Inc."
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connected = edges.filter(
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lambda row: (
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row["subject"] == entity or row["object_node_label"] == entity
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)
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)
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print(
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connected.select_columns(
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["subject", "relation", "object_node_label"]
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)[:20]
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)
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```
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For incoming facts only:
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```python
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incoming = edges.filter(lambda row: row["object_node_label"] == entity)
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print("Incoming forward facts:", incoming.num_rows)
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```
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Ancient Egypt --FoundingDate--> -3100
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```
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| 430 |
+
The edge `surface` expresses the readable meaning: approximately 3100 BCE. These values are date literals, not negative row IDs, negative connectivity, or corrupted entity indices.
|
| 431 |
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| 432 |
+
To avoid two nearly identical target columns, `knowledge_edges` retains only the canonical `object_node_label`, such as `-3100`, and marks it as `object_type="date_literal"`. Use the `surface` field when a human-readable BCE expression is needed.
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## Recommended uses
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| 435 |
|
|
|
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| 522 |
|
| 523 |
The released construction code uses `gpt-4o-mini` to generate candidate triplets and natural-language fields, then validates supported relations through Wikidata API and SPARQL queries. Project materials describe these candidates as Wikipedia-derived; the released builder does not directly ingest Wikipedia article text. The entity popularity index was exported from the unchanged paper graph, and its source checksum is retained in `metadata/graph.json`.
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| 524 |
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| 525 |
+
`knowledge_edges` contains every forward edge from the checkpoint and uses the canonical target label in `object_node_label`. Topology and connectivity metrics are derived directly from the canonical graph. No graph nodes, mappings, edge topology, or checkpoint metadata were changed for this release.
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Use a Hub revision to freeze data. Proposed mapping corrections or enhanced versions should use a new versioned artifact rather than overwrite `factprop_graph_v1.pkl`.
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SHA256SUMS
CHANGED
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@@ -1,12 +1,12 @@
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| 1 |
8eebe4a8b875d1061c7b55947883b455fa1565fb6a6e39b8056c7160381d7cfc GRAPH.md
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06d1d7c1b3d72eb9ba4efc0d3a14cb0a52049b36883d6b5b666a24babf132777 LICENSE_DATA
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-
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33fb70fa85c957c1d702cd57b81a4ed0d3cde6d558394409f96046fbee9f9093 THIRD_PARTY_NOTICES.md
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fa7d9aec01b9c98c09cebc941265e4351693b362ffb3048d2c86585e84d7800d browser-index.json
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3a9211368ac52af6cd0647cb026c05cb62743804011b68624682e11df964c038 data/entities_curated.parquet
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010beb905ef89b491159a8d8b2b013ea55219d26c8545bed07f64010bfa9ffce data/entities_curated.jsonl
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2c21f2aefb9cbcc749cd813412dd90fea440050eeb8efb3356de786ebeb501e6 data/entities.jsonl
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-
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437a434260edbb019c85575d65b4775cb2461f145e17966ee3acc8e4625ce7c8 factprop_graph_v1.pkl
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c73d0a4b3f6df2166ba960a64cd5d3522728f46c2597f4f6604cc65533b46888 load_graph.py
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29e825c9838eb795a18672eb6a569cc2b666cf6971b5bd911655113a138e94ad metadata/graph.json
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| 1 |
8eebe4a8b875d1061c7b55947883b455fa1565fb6a6e39b8056c7160381d7cfc GRAPH.md
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06d1d7c1b3d72eb9ba4efc0d3a14cb0a52049b36883d6b5b666a24babf132777 LICENSE_DATA
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| 3 |
+
8050ea1ee01238cce56ee08ee92229be211afcfd5ee3fc41eaf7ba349bba84b8 README.md
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33fb70fa85c957c1d702cd57b81a4ed0d3cde6d558394409f96046fbee9f9093 THIRD_PARTY_NOTICES.md
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fa7d9aec01b9c98c09cebc941265e4351693b362ffb3048d2c86585e84d7800d browser-index.json
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3a9211368ac52af6cd0647cb026c05cb62743804011b68624682e11df964c038 data/entities_curated.parquet
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010beb905ef89b491159a8d8b2b013ea55219d26c8545bed07f64010bfa9ffce data/entities_curated.jsonl
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2c21f2aefb9cbcc749cd813412dd90fea440050eeb8efb3356de786ebeb501e6 data/entities.jsonl
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+
95c003701c343fb7dfa49b3dd324154e31f1da66ec5cfda7f1868c9a0a86bcb5 data/knowledge_edges.parquet
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437a434260edbb019c85575d65b4775cb2461f145e17966ee3acc8e4625ce7c8 factprop_graph_v1.pkl
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c73d0a4b3f6df2166ba960a64cd5d3522728f46c2597f4f6604cc65533b46888 load_graph.py
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29e825c9838eb795a18672eb6a569cc2b666cf6971b5bd911655113a138e94ad metadata/graph.json
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data/knowledge_edges.parquet
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version https://git-lfs.github.com/spec/v1
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oid sha256:
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size
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version https://git-lfs.github.com/spec/v1
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+
oid sha256:95c003701c343fb7dfa49b3dd324154e31f1da66ec5cfda7f1868c9a0a86bcb5
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+
size 17291119
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