Dataset Card for qwen2.5-32b-instruct-cot-planning-mystery-11-16k-greedy

This dataset has been created with distilabel.

Dataset Summary

This dataset contains a pipeline.yaml which can be used to reproduce the pipeline that generated it in distilabel using the distilabel CLI:

distilabel pipeline run --config "https://huggingface.co/datasets/dmitriihook/qwen2.5-32b-instruct-cot-planning-mystery-11-16k-greedy/raw/main/pipeline.yaml"

or explore the configuration:

distilabel pipeline info --config "https://huggingface.co/datasets/dmitriihook/qwen2.5-32b-instruct-cot-planning-mystery-11-16k-greedy/raw/main/pipeline.yaml"

Dataset structure

The examples have the following structure per configuration:

Configuration: default

---

{
    "Number of blocks": 4,
    "distilabel_metadata": {
        "raw_input_text_generation_0": [
            {
                "content": "I am playing with a set of objects. Here are the actions I can do\n\n   Prosecute object\n   Appeal object from another object\n   Acquit object\n   Testify object from another object\n\nI have the following restrictions on my actions:\n    To perform Prosecute action, the following facts need to be true: Molecule object, Nebula object, Anthem.\n    Once Prosecute action is performed the following facts will be true: Voltage object.\n    Once Prosecute action is performed the following facts will be false: Molecule object, Nebula object, Anthem.\n    To perform Acquit action, the following facts need to be true: Voltage object.\n    Once Acquit action is performed the following facts will be true: Molecule object, Nebula object, Anthem.    \n    Once Acquit action is performed the following facts will be false: Voltage object.\n    To perform Testify action, the following needs to be true: Molecule other object, Voltage object.\n    Once Testify action is performed the following will be true: Anthem, Molecule object, Object Silhouettes other object.\n    Once Testify action is performed the following will be false: Molecule other object, Voltage object.\n    To perform Appeal action, the following needs to be true: Object Silhouettes other object, Molecule object, Anthem.\n    Once Appeal action is performed the following will be true: Voltage object, Molecule other object.\n    Once Appeal action is performed the following will be false:, Object Silhouettes other object, Molecule object, Anthem.\n\nHere is an example problem:\n\n[STATEMENT]\nAs initial conditions I have that, molecule Block B, molecule Block C, anthem, Block C silhouettes Block A, nebula Block A, nebula Block B.\nMy goal is to have that Block A silhouettes Block C and Block B silhouettes Block A.\n\nMy plan is as follows:\n\n[PLAN]\nappeal Block C from Block A\nacquit Block C\nprosecute Block A\ntestify Block A from Block C\nprosecute Block B\ntestify Block B from Block A\n[PLAN END]\n\nHere is another example:\n\n[STATEMENT]\nAs initial conditions I have that, molecule Block B, anthem, Block A silhouettes Block D, Block B silhouettes Block C, Block C silhouettes Block A, nebula Block D.\nMy goal is to have that Block C silhouettes Block D, Block A silhouettes Block C and Block B silhouettes Block A.\n\nMy plan is as follows:\n\n[PLAN]\nappeal Block B from Block C\nacquit Block B\nappeal Block C from Block A\nacquit Block C\nappeal Block A from Block D\nacquit Block A\nprosecute Block C\ntestify Block C from Block D\nprosecute Block A\ntestify Block A from Block C\nprosecute Block B\ntestify Block B from Block A\n[PLAN END]\nHere is the problem to solve:\n\n[STATEMENT]\nAs initial conditions I have that: anthem, molecule Block A, molecule Block C, molecule Block D, nebula Block A, nebula Block B, nebula Block D and Block C silhouettes Block B.\nMy goal is for the following to be true: Block A silhouettes Block D, Block B silhouettes Block C and Block D silhouettes Block B.\n\nMy plan is as follows:\n\nThink step by step and then generate the plan. Use the exact format as in the examples.",
                "role": "user"
            }
        ],
        "raw_output_text_generation_0": "To solve this problem, we need to follow the rules and restrictions provided to achieve the goal. Let\u0027s break down the steps required to reach the desired state.\n\n### Initial Conditions:\n- **Anthem**\n- **Molecule Block A**\n- **Molecule Block C**\n- **Molecule Block D**\n- **Nebula Block A**\n- **Nebula Block B**\n- **Nebula Block D**\n- **Block C silhouettes Block B**\n\n### Goal:\n- **Block A silhouettes Block D**\n- **Block B silhouettes Block C**\n- **Block D silhouettes Block B**\n\n### Plan:\n1. **Prosecute Block A**: This will create the Voltage object for Block A and remove the Molecule and Nebula properties for Block A.\n2. **Acquit Block A**: This will revert the Molecule and Nebula properties for Block A and remove the Voltage property for Block A.\n3. **Testify Block A from Block D**: This will create the Anthem and Molecule properties for Block A and the Object Silhouettes property for Block D, removing the Molecule property for Block D and the Voltage property for Block A.\n4. **Prosecute Block D**: This will create the Voltage object for Block D and remove the Molecule and Nebula properties for Block D.\n5. **Acquit Block D**: This will revert the Molecule and Nebula properties for Block D and remove the Voltage property for Block D.\n6. **Testify Block D from Block B**: This will create the Anthem and Molecule properties for Block D and the Object Silhouettes property for Block B, removing the Molecule property for Block B and the Voltage property for Block D.\n7. **Appeal Block B from Block C**: This will create the Voltage and Molecule properties for Block B and the Molecule property for Block C, removing the Object Silhouettes property for Block C, the Molecule property for Block B, and the Anthem property.\n8. **Acquit Block B**: This will revert the Molecule and Nebula properties for Block B and remove the Voltage property for Block B.\n9. **Testify Block B from Block C**: This will create the Anthem and Molecule properties for Block B and the Object Silhouettes property for Block C, removing the Molecule property for Block C and the Voltage property for Block B.\n\n### Plan in the Required Format:\n[PLAN]\nprosecute Block A\nacquit Block A\ntestify Block A from Block D\nprosecute Block D\nacquit Block D\ntestify Block D from Block B\nappeal Block B from Block C\nacquit Block B\ntestify Block B from Block C\n[PLAN END]",
        "statistics_text_generation_0": {
            "input_tokens": 756,
            "output_tokens": 562
        }
    },
    "generation": "To solve this problem, we need to follow the rules and restrictions provided to achieve the goal. Let\u0027s break down the steps required to reach the desired state.\n\n### Initial Conditions:\n- **Anthem**\n- **Molecule Block A**\n- **Molecule Block C**\n- **Molecule Block D**\n- **Nebula Block A**\n- **Nebula Block B**\n- **Nebula Block D**\n- **Block C silhouettes Block B**\n\n### Goal:\n- **Block A silhouettes Block D**\n- **Block B silhouettes Block C**\n- **Block D silhouettes Block B**\n\n### Plan:\n1. **Prosecute Block A**: This will create the Voltage object for Block A and remove the Molecule and Nebula properties for Block A.\n2. **Acquit Block A**: This will revert the Molecule and Nebula properties for Block A and remove the Voltage property for Block A.\n3. **Testify Block A from Block D**: This will create the Anthem and Molecule properties for Block A and the Object Silhouettes property for Block D, removing the Molecule property for Block D and the Voltage property for Block A.\n4. **Prosecute Block D**: This will create the Voltage object for Block D and remove the Molecule and Nebula properties for Block D.\n5. **Acquit Block D**: This will revert the Molecule and Nebula properties for Block D and remove the Voltage property for Block D.\n6. **Testify Block D from Block B**: This will create the Anthem and Molecule properties for Block D and the Object Silhouettes property for Block B, removing the Molecule property for Block B and the Voltage property for Block D.\n7. **Appeal Block B from Block C**: This will create the Voltage and Molecule properties for Block B and the Molecule property for Block C, removing the Object Silhouettes property for Block C, the Molecule property for Block B, and the Anthem property.\n8. **Acquit Block B**: This will revert the Molecule and Nebula properties for Block B and remove the Voltage property for Block B.\n9. **Testify Block B from Block C**: This will create the Anthem and Molecule properties for Block B and the Object Silhouettes property for Block C, removing the Molecule property for Block C and the Voltage property for Block B.\n\n### Plan in the Required Format:\n[PLAN]\nprosecute Block A\nacquit Block A\ntestify Block A from Block D\nprosecute Block D\nacquit Block D\ntestify Block D from Block B\nappeal Block B from Block C\nacquit Block B\ntestify Block B from Block C\n[PLAN END]",
    "instance_id": "4_1",
    "model_name": "Qwen/Qwen2.5-32B-Instruct",
    "query": "I am playing with a set of objects. Here are the actions I can do\n\n   Prosecute object\n   Appeal object from another object\n   Acquit object\n   Testify object from another object\n\nI have the following restrictions on my actions:\n    To perform Prosecute action, the following facts need to be true: Molecule object, Nebula object, Anthem.\n    Once Prosecute action is performed the following facts will be true: Voltage object.\n    Once Prosecute action is performed the following facts will be false: Molecule object, Nebula object, Anthem.\n    To perform Acquit action, the following facts need to be true: Voltage object.\n    Once Acquit action is performed the following facts will be true: Molecule object, Nebula object, Anthem.    \n    Once Acquit action is performed the following facts will be false: Voltage object.\n    To perform Testify action, the following needs to be true: Molecule other object, Voltage object.\n    Once Testify action is performed the following will be true: Anthem, Molecule object, Object Silhouettes other object.\n    Once Testify action is performed the following will be false: Molecule other object, Voltage object.\n    To perform Appeal action, the following needs to be true: Object Silhouettes other object, Molecule object, Anthem.\n    Once Appeal action is performed the following will be true: Voltage object, Molecule other object.\n    Once Appeal action is performed the following will be false:, Object Silhouettes other object, Molecule object, Anthem.\n\nHere is an example problem:\n\n[STATEMENT]\nAs initial conditions I have that, molecule Block B, molecule Block C, anthem, Block C silhouettes Block A, nebula Block A, nebula Block B.\nMy goal is to have that Block A silhouettes Block C and Block B silhouettes Block A.\n\nMy plan is as follows:\n\n[PLAN]\nappeal Block C from Block A\nacquit Block C\nprosecute Block A\ntestify Block A from Block C\nprosecute Block B\ntestify Block B from Block A\n[PLAN END]\n\nHere is another example:\n\n[STATEMENT]\nAs initial conditions I have that, molecule Block B, anthem, Block A silhouettes Block D, Block B silhouettes Block C, Block C silhouettes Block A, nebula Block D.\nMy goal is to have that Block C silhouettes Block D, Block A silhouettes Block C and Block B silhouettes Block A.\n\nMy plan is as follows:\n\n[PLAN]\nappeal Block B from Block C\nacquit Block B\nappeal Block C from Block A\nacquit Block C\nappeal Block A from Block D\nacquit Block A\nprosecute Block C\ntestify Block C from Block D\nprosecute Block A\ntestify Block A from Block C\nprosecute Block B\ntestify Block B from Block A\n[PLAN END]\nHere is the problem to solve:\n\n[STATEMENT]\nAs initial conditions I have that: anthem, molecule Block A, molecule Block C, molecule Block D, nebula Block A, nebula Block B, nebula Block D and Block C silhouettes Block B.\nMy goal is for the following to be true: Block A silhouettes Block D, Block B silhouettes Block C and Block D silhouettes Block B.\n\nMy plan is as follows:"
}

This subset can be loaded as:

from datasets import load_dataset

ds = load_dataset("dmitriihook/qwen2.5-32b-instruct-cot-planning-mystery-11-16k-greedy", "default")

Or simply as it follows, since there's only one configuration and is named default:

from datasets import load_dataset

ds = load_dataset("dmitriihook/qwen2.5-32b-instruct-cot-planning-mystery-11-16k-greedy")