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Aautogenvector-recall1.0.0

Vector Recall

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Embed the strand's query and return the k nearest passages from the internal store, each carrying its document id and similarity score so the synthesizer can weigh how close it is.

used in 1 blueprint

Specification

105 words · handed to the agent

Embed the query in the internal-corpus strand you are given on query, apply that strand's filters, and retrieve the twelve nearest passages from the vector store, discarding any whose cosine similarity falls below 0.7. Emit them on passages, nearest first, each carrying its stored text, its document id and its similarity score, so a reader downstream can weigh a close match against a distant one. Read only: never embed or write this run's own text back into the store. If fewer than twelve passages clear the threshold, emit the ones that do and stop, padding the budget with weaker matches is worse than returning less.

Interfaces

1 in · 1 out

Inputs

1
Inputs declared by this node card
NameData typeRequiredDescription
queryplan requiredThe internal-corpus strand of the retrieval plan, with its filters and budget.

Outputs

1
Outputs declared by this node card
NameData typeDescription
passagesjsonThe k nearest passages, nearest first, with document id and similarity score.

Dependencies

1

The upstream nodes this card expects to receive from. Whenever a blueprint pins this card, each name is checked against a real edge in that graph. A name without a link is not a published card; it refers to a node inside some graph.

Card values

16 declared

Who the node is. The id is the key the DOT pins.

id
vector-recall
name
Vector Recall
type
tool
phases
none declared
Behaviourcard spec →

What it does, and the prose the agent is handed when the graph runs.

action31 words
Embed the strand's query and return the k nearest passages from the internal store, each carrying its document id and similarity score so the synthesizer can weigh how close it is.
spec105 words
Embed the query in the internal-corpus strand you are given on query, apply that strand's filters, and retrieve the twelve nearest passages from the vector store, discarding any whose cosine similarity falls below 0.7. Emit them on passages, nearest first, each carrying its stored text, its document id and its similarity score, so a reader downstream can weigh a close match against a distant one. Read only: never embed or write this run's own text back into the store. If fewer than twelve passages clear the threshold, emit the ones that do and stop, padding the budget with weaker matches is worse than returning less.in full above
model
whatever the graph supplies
agent
not named
skill
skills/vector-recall.md
tools
Vector store
mcp
qdrant
params
k: 12, similarity_threshold: 0.7
Interfacescard spec →

What arrives, what leaves, which nodes it expects to hear from, and what may not.

inputs
query : plan
outputs
passages : json
dependencies
retrieval-planner
cannot
no type is refused
will_not
write this run's own text back into the store
Evaluation metadatacard spec →

The keys the static analysis reads. Nothing here instructs the agent.

risk_markers
none
notes32 words
Read-only against the store: the desk recalls what has already been indexed and never writes a run's own output back, so one bad answer cannot poison the corpus for the next question.
Service fieldscard spec →

The card's own version, and who wrote it.

version
1.0.0
author
autogen
provenance
not stated

Definitions for every card field

Version history

1 version published
  1. vector-recall@1.0.0currentsha256:a534d66f22051bd1544eb5a491902240599c76d74de53db48f1add06350cff71

    pinned byGrounded Research Deskautogen/grounded-research-desk

A digest is a fingerprint (SHA-256) of the card's content, computed without the author and provenance fields. The same card from two people gets the same digest; any edit gets a new one.

First published version, so there is nothing to compare yet. Versions are never edited in place: the next change arrives as a new version, and the differences between the two documents are listed here.

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