scienceworld-measurement-taker
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npx mdskill add zjunlp/SkillNet/scienceworld-measurement-takerMeasure quantitative properties to enable precise conditional decisions.
- Enables agents to obtain numerical readings for temperature, weight, or pH.
- Depends on ScienceWorld tools like thermometers and scales.
- Executes focus actions and tool usage commands before measuring.
- Outputs interpreted values for classification or placement logic.
SKILL.md
.github/skills/scienceworld-measurement-takerView on GitHub ↗
--- name: scienceworld-measurement-taker description: Use when the agent needs to measure a quantitative property (temperature, weight, pH) of a target object or substance using a measurement tool. This skill covers acquiring the tool, preparing both tool and target with focus actions, executing the measurement via "use [TOOL] on [TARGET]", and interpreting the resulting value for conditional decisions such as classification or placement. --- # Skill: scienceworld-measurement-taker ## Purpose Measure a quantitative property of a target object or substance in the ScienceWorld environment using the appropriate measurement tool, then interpret the result for subsequent decision-making. ## When to Use - When a task requires obtaining a numerical reading (temperature, weight, pH) from an object or substance - When a measured value determines a conditional next action (e.g., classify based on temperature threshold) - When the agent needs to compare properties across multiple objects ## Workflow 1. **Identify and acquire the tool** -- Locate the correct measurement instrument (e.g., thermometer, scale) and `pick up` the tool. 2. **Focus on the tool** -- Execute `focus on [TOOL] in inventory` to confirm readiness. 3. **Identify and acquire the target** -- Locate the target object or substance and `pick up` the target. 4. **Focus on the target** -- Execute `focus on [TARGET] in inventory` to confirm readiness. 5. **Position for follow-up** -- If the task requires a follow-up action (e.g., placing in a bin), `teleport to` the appropriate location before measuring. 6. **Execute measurement** -- Use the tool on the target: `use [TOOL] on [TARGET]`. 7. **Interpret and act** -- Read the numerical result and execute the appropriate conditional action. ## Examples ### Example 1: Measure temperature and classify ``` > teleport to kitchen You teleport to the kitchen. > pick up thermometer You pick up the thermometer. > focus on thermometer in inventory You focus on the thermometer. > pick up unknown substance B You pick up the unknown substance B. > focus on unknown substance B in inventory You focus on the unknown substance B. > teleport to hallway You teleport to the hallway. > use thermometer on unknown substance B The thermometer measures a temperature of 56 degrees celsius. > move unknown substance B to orange box You move the unknown substance B to the orange box. ``` ### Example 2: Measure and compare two objects ``` > use thermometer on metal fork The thermometer measures a temperature of 23 degrees celsius. > use thermometer on glass cup The thermometer measures a temperature of 87 degrees celsius. ``` The glass cup (87) is hotter than the metal fork (23). ## Key Principles - **Tool first** -- Secure the measurement tool before handling the target. - **Focus before use** -- Always `focus on` both tool and target in inventory before measuring. - **Plan ahead** -- Identify where follow-up actions occur and position accordingly before measuring. - **Map thresholds** -- Clarify decision thresholds (e.g., "above 100.0" vs. "below 100.0") before executing the measurement.