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Foon

Teaser

Validate the correctness of a task tree by checking for required fields in functional units, verifying motion nodes, ensuring completeness, and confirming state transitions based on actions depicted in the task tree.

Prompt Hint

Foon

Prompt

Validate the correctness of a task tree by checking for required fields in functional units, verifying motion nodes, ensuring completeness, and confirming state transitions based on actions depicted in the task tree.

Summary

Unveil the power of task tree validation with ease. Ensure correctness step-by-step. Confirm accuracy now!

  • Task Tree Format: Check motion, input, and output nodes for each functional unit thoroughly.
  • Motion Node Verification: Verify motion accuracy and relevance within the functional units.
  • Completeness: Ensure every step in the recipe instruction is represented accurately in the task tree.
  • State Transition: Confirm that output nodes reflect correct state changes based on input and motion.
  • Identify discrepancies: Note any errors or inconsistencies found in the task tree structure.
  • Make necessary corrections: Adjust the task tree to accurately represent the recipe instructions.
  • Enhance task tree accuracy: Improve the task tree structure for better representation of actions.
  • Ensure task tree validity: Validate the correctness of the task tree by following specific steps.

Description:>

Description: #

The provided task involves validating the correctness of a task tree representing a series of actions. By following specific steps, you can ensure the accuracy and completeness of the task tree to accurately represent the recipe instruction. Here's an overview of what the task involves:

  • Task Tree Format Verification:

  • Ensure each functional unit in the task tree includes the necessary fields: motion node, input node, and output node.

  • Check if every functional unit has a motion node, input node, and output node.

  • Motion Node Verification:

  • Confirm the accuracy and relevance of motion nodes in the functional units.

  • Check if all motion nodes accurately depict the actions taking place.

  • Completeness Examination:

  • Review the entire task tree and recipe instruction to ensure no steps are missing from the representation.

  • Check if the task tree covers every step outlined in the recipe instruction.

  • State Transition Assessment:

  • Verify that the objects' states change correctly based on the motion's effect.

  • Ensure that the output nodes reflect the appropriate state changes resulting from the input and motion nodes.

Following these steps will help you identify any discrepancies or errors in the task tree. If corrections are necessary, adjustments should be made to accurately represent the recipe instruction.

Features:

  • Task tree format validation
  • Motion node accuracy confirmation
  • Completeness examination
  • State transition assessment

Benefits:

  • Ensures the task tree accurately represents the recipe instruction
  • Identifies any missing steps or inaccuracies in the task tree
  • Helps in making necessary adjustments for a correct representation
Prompt Statistics
363
0
121


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