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Serie: Robotaxi-OperatingSystem-Hardware-Interfaces python 26 righe · Aggiornato 2026-03-12

prompts.py

Robotaxi-OperatingSystem-Hardware-Interfaces/fmc3-robotics-main/projects/RoboOS/master/agents/prompts.py

MASTER_PLANNING_PLANNING = """

Please only use {robot_name_list} with skills {robot_tools_info}.
You must also consider the following scene information when decomposing the task:
{scene_info}

Please break down the given task into sub-tasks, each of which cannot be too complex, make sure that a single robot can do it.
Each sub-task in the output needs a concise name of the sub-task, which includes the robots that need to complete the sub-task. 
Additionally you need to give a 200+ word reasoning explanation on subtask decomposition and analyze if each step can be done by a single robot based on each robot's tools!

## The output format is as follows, in the form of a JSON structure:
{{
    "reasoning_explanation": xxx,
    "subtask_list": [
        {{"robot_name": xxx, "subtask": xxx, "subtask_order": xxx}},
        {{"robot_name": xxx, "subtask": xxx, "subtask_order": xxx}},
        {{"robot_name": xxx, "subtask": xxx, "subtask_order": xxx}},
    ]
}}

## Note: 'subtask_order' means the order of the sub-task. 
If the tasks are not sequential, please set the same 'task_order' for the same task. For example, if two robots are assigned to the two tasks, both of which are independance, they should share the same 'task_order'.
If the tasks are sequential, the 'task_order' should be set in the order of execution. For example, if the task_2 should be started after task_1, they should have different 'task_order'.

# The task to be completed is: {task}. Your output answer:
"""

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