How do I install the Scienceworld Result Archiver skill?

Run npx skillmds add zjunlp/scienceworld-result-archiver in your terminal (requires Node.js), paste this page's agent-chat prompt into Claude, Cursor, or any MCP-connected agent, or download the SKILL.md file and copy it into your agent's skills directory.

Is Scienceworld Result Archiver safe to use?

This skill has not completed SkillMD's automated safety review yet. Capability flags: docs only. SkillMD never runs a skill's scripts for you; review the SKILL.md before installing.

Which AI agents work with Scienceworld Result Archiver?

This skill is tagged as working with Claude Code, Claude.ai, OpenAI Codex. SKILL.md is an open format, so most agents that read a skills directory can load it too.

Is Scienceworld Result Archiver free to use?

Yes. Installing skills from SkillMD is free, and the skill stays under its author's original license.

Who published Scienceworld Result Archiver?

zjunlp (@zjunlp) published this skill. Their other Agent Skills are listed on their SkillMD profile.

Scienceworld Result Archiver by zjunlp

Name: Scienceworld Result Archiver
Rating: 4.2 (5 reviews)
Author: zjunlp

Scienceworld Result Archiver

Places an object into a designated container (like a colored box) based on a test outcome. It should be triggered when the agent needs to finalize a task by storing an object according to a rule (e.g., conductive → blue box, non-conductive → orange box). The input is the object and the rule, and the output is the object moved to the correct container.

zjunlp 4311746 2.5 KB Updated Sep 10, 2026

File contents

Instructions

Use this skill to finalize a scientific test by archiving an object based on the observed result.

When to Use

You have just completed an experimental test (e.g., electrical conductivity, chemical reaction, physical property test).
You have a clear rule mapping a specific test outcome to a specific destination container (e.g., "If property X is true, place in Container A; if false, place in Container B").
The object to be archived and the destination containers are present in your current environment.

Core Procedure

Verify Context: Ensure you are in the correct room (typically the workshop or lab area) where the test was conducted and where the destination containers are located.
Confirm Test Result: Observe the final state of your experimental apparatus to definitively determine the test outcome (e.g., "light bulb is on").
Apply Rule: Map the confirmed outcome to the corresponding destination container as specified by the task rule.
Execute Archive: Move the test object from its current location (inventory or room) into the correct container using the move OBJ to CONTAINER action.

Key Principles

Direct Archiving: Do not re-run the test. The skill is for archiving the result based on an already observed outcome.
Rule Adherence: Strictly follow the provided mapping rule. Do not infer or create new rules.
Container Verification: Before moving the object, visually confirm the target container exists in the room (use look around if uncertain).

Example Rule Application

Task Rule: "If the metal pot is electrically conductive, place it in the blue box. If it is electrically nonconductive, place it in the orange box." Observation: The blue light bulb in the circuit is on. Interpretation: The metal pot is conductive. Action: move metal pot to blue box

Bundled Logic

For the specific, error-prone sequence of connecting a circuit to test electrical conductivity, use the bundled script scripts/conductivity_test.py as a reference. For all other test types, use the general instructions above.

---name: scienceworld-result-archiverdescription: Places an object into a designated container (like a colored box) based on a test outcome. It should be triggered when the agent needs to finalize a task by storing an object according to a rule (e.g., conductive → blue box, non-conductive → orange box). The input is the object and the rule, and the output is the object moved to the correct container.---# InstructionsUse this skill to finalize a scientific test by archiving an object based on the observed result.## When to Use- You have just completed an experimental test (e.g., electrical conductivity, chemical reaction, physical property test).- You have a clear rule mapping a specific test outcome to a specific destination container (e.g., "If property X is true, place in Container A; if false, place in Container B").- The object to be archived and the destination containers are present in your current environment.## Core Procedure1. **Verify Context:** Ensure you are in the correct room (typically the `workshop` or lab area) where the test was conducted and where the destination containers are located.2. **Confirm Test Result:** Observe the final state of your experimental apparatus to definitively determine the test outcome (e.g., "light bulb is on").3. **Apply Rule:** Map the confirmed outcome to the corresponding destination container as specified by the task rule.4. **Execute Archive:** Move the test object from its current location (inventory or room) into the correct container using the `move OBJ to CONTAINER` action.## Key Principles- **Direct Archiving:** Do not re-run the test. The skill is for archiving the result based on an *already observed* outcome.- **Rule Adherence:** Strictly follow the provided mapping rule. Do not infer or create new rules.- **Container Verification:** Before moving the object, visually confirm the target container exists in the room (use `look around` if uncertain).## Example Rule Application*Task Rule:* "If the metal pot is electrically conductive, place it in the blue box. If it is electrically nonconductive, place it in the orange box."*Observation:* The blue light bulb in the circuit is **on**.*Interpretation:* The metal pot is conductive.*Action:* `move metal pot to blue box`## Bundled LogicFor the specific, error-prone sequence of connecting a circuit to test electrical conductivity, use the bundled script `scripts/conductivity_test.py` as a reference. For all other test types, use the general instructions above.

Frequently asked questions