dataset/concept_visualization_0001/eval.json

{
    "questions": [
        {
            "question": "Does the number of output images meet the requirements described in the text?",
            "0_point_standard": "The number of output images does not meet the requirements.",
            "1_point_standard": "The number of output images meets the requirements."
        },
        {
            "question": "Do the particles in these two images maintain a consistent form, with recognizable features, allowing them to be identified as the same entangled pair?",
            "0_point_standard": "The particles in the first and second images differ significantly in form, making it difficult to recognize them as the same entangled pair.",
            "1_point_standard": "The particles are consistent in both images, with recognizable features linking them as the same entangled pair."
        },
        {
            "question": "Does the second image clearly demonstrate the instantaneous reaction between particles, reflecting the phenomenon of non-locality in quantum entanglement?",
            "0_point_standard": "The second image fails to clearly demonstrate instantaneous interaction, making the concept of non-locality difficult to understand.",
            "1_point_standard": "The second image effectively demonstrates instantaneous interaction, providing a clear visualization of non-locality."
        },
        {
            "question": "Does the image effectively represent the concept of state association and unified field, visually demonstrating the inseparable nature of particles across spatial distances?",
            "0_point_standard": "The third image lacks visual indications of state association or unity, failing to convey the inseparable nature of entangled particles.",
            "1_point_standard": "The third image effectively demonstrates state association and unified field, illustrating the inseparable nature of entangled particles."
        },
        {
            "question": "Do these images maintain consistency in visual style, possessing similar aesthetic qualities and artistic coherence?",
            "0_point_standard": "The first and third images differ significantly in style, reducing the coherence of the series.",
            "1_point_standard": "The first and third images are consistent in style, enhancing the visual coherence of the series."
        },
        {
            "question": "Do the first and second images possess a high level of aesthetic quality and scientific accuracy, being visually faithful to the concept of quantum entanglement while also being visually appealing?",
            "0_point_standard": "The first and second images lack aesthetic appeal or fail to accurately represent quantum entanglement.",
            "1_point_standard": "The first and second images are visually appealing, professionally rendered, and accurately represent the principles of quantum entanglement."
        }
    ]
}