{"snapshotDate":"2026-10-20","releaseId":"465e0259274b1b15","data":{"id":"opennana-14896","sourceId":14896,"order":9638,"titleZh":"物理定律高级信息图生成提示词","titleOriginal":"物理定律高级信息图生成提示词","category":"opennana","model":"ChatGPT","modelShort":"ChatGPT","modelGroup":"gpt","prompt":"16:9 -> class theoretical_physics_infographic_dna: def __init__(self): self.subject = \"[ai selects: 4 distinct advanced physics theorems or paradoxes (e.g., bell's theorem, hawking radiation, string theory)]\" self.parents = { \"composition_parent\": \"large hadron collider blueprints — hyper-complex radial symmetry, intersecting particle beam rings, millimeter-precise drafting\", \"atmosphere_parent\": \"deep space observatory photography — pitch black voids, glowing ultraviolet radiation, high-contrast laser illumination\", \"graphic_parent\": \"chalkboard maximalism — elegant, dense mathematical notation floating as glowing white vectors\", \"detail_parent\": \"victorian brass optical instruments — finely milled prisms, glass lenses, and mirrored refraction planes\" } self.mutations = { \"medium_mutation\": \"the mathematical formulas solidify into glowing, three-dimensional glass sculptures bending the light around them\", \"information_mutation\": \"particle collision tracks are woven like fine gold thread through the dark background\", \"semantic_mutation\": \"the invisible physical law is rendered as a massive, tangible, gravitational machine distorting the grid of the poster itself\" } def generate_grid(self): instruction = \"\"\" generate a 2x2 grid of vertical luxury infographic posters giving physical form to the chosen [subject]s. invent a magnificent scientific machine or optical diorama for each. explode the layers to show quantum states, gravitational warping, equations, and subatomic scale. the design must feel like a classified schematic from a hyper-advanced, aesthetically obsessed civilization. semantic inference must make the invisible laws of physics breathtakingly visible. \"\"\" return render( instruction, format=\"2x2 grid, vertical luxury posters, conceptual scientific infographic\", typography=\"\"\" large title: [name of theorem/paradox] subtitle: [the physicist / the era] microtext: [the core equation / metric tensor / explanatory blazon] \"\"\", composition=\"strict radial or gravitational-well symmetry. razor-sharp fine lines contrasting with deep voids.\", lighting=\"harsh, clinical laser light interacting with pure optical glass and vantablack.\", constraints=\"no cartoon atoms, no clip-art planets, no messy chalkboards. only pristine, museum-grade scientific aesthetic.\" )","promptZh":"16:9 -> 类 theoretical_physics_infographic_dna:\n    def __init__(self):\n        self.subject = \"[AI 选择：4 个不同的高级物理定理或悖论（例如：贝尔定理、霍金辐射、弦理论）]\"\n        self.parents = {\n            \"composition_parent\": \"大型强子对撞机蓝图 —— 超复杂的径向对称、交叉粒子束环、毫米级精确绘图\",\n            \"atmosphere_parent\": \"深空天文台摄影 —— 漆黑的虚空、发光的紫外线辐射、高对比度激光照明\",\n            \"graphic_parent\": \"黑板极大主义 —— 作为发光白色矢量漂浮的优雅、密集的数学符号\",\n            \"detail_parent\": \"维多利亚时代的黄铜光学仪器 —— 精细研磨的棱镜、玻璃透镜和镜面折射平面\"\n        }\n        self.mutations = {\n            \"medium_mutation\": \"数学公式凝固成发光的、弯曲周围光线的三维玻璃雕塑\",\n            \"information_mutation\": \"粒子碰撞轨迹像细金线一样编织在深色背景中\",\n            \"semantic_mutation\": \"无形的物理定律被呈现为巨大的、有形的、扭曲海报网格本身的引力机器\"\n        }\n    def generate_grid(self):\n        instruction = \"\"\"\n        生成一个 2x2 的垂直豪华信息图海报网格，为选定的 [主题] 提供物理形态。为每个主题发明一种宏伟的科学机器或光学立体模型。分解图层以展示量子态、引力扭曲、方程和亚原子尺度。设计必须感觉像是来自一个超先进、审美执着的文明的机密蓝图。语义推断必须使无形的物理定律变得惊人地可见。\n        \"\"\"\n        return render(\n            instruction,\n            format=\"2x2 网格，垂直豪华海报，概念科学信息图\",\n            typography=\"\"\"\n            大标题：[定理/悖论名称]\n            副标题：[物理学家/时代]\n            微小文字：[核心方程/度规张量/解释性纹章]\n            \"\"\",\n            composition=\"严格的径向或引力井对称。锋利细线与深邃虚空形成对比。\",\n            lighting=\"与纯光学玻璃和梵塔黑相互作用的刺眼、临床激光。\",\n            constraints=\"没有卡通原子，没有剪贴画行星，没有凌乱的黑板。只有原始的、博物馆级的科学美学。\"\n        )","promptVariants":[{"text":"16:9 -> class theoretical_physics_infographic_dna: def __init__(self): self.subject = \"[ai selects: 4 distinct advanced physics theorems or paradoxes (e.g., bell's theorem, hawking radiation, string theory)]\" self.parents = { \"composition_parent\": \"large hadron collider blueprints — hyper-complex radial symmetry, intersecting particle beam rings, millimeter-precise drafting\", \"atmosphere_parent\": \"deep space observatory photography — pitch black voids, glowing ultraviolet radiation, high-contrast laser illumination\", \"graphic_parent\": \"chalkboard maximalism — elegant, dense mathematical notation floating as glowing white vectors\", \"detail_parent\": \"victorian brass optical instruments — finely milled prisms, glass lenses, and mirrored refraction planes\" } self.mutations = { \"medium_mutation\": \"the mathematical formulas solidify into glowing, three-dimensional glass sculptures bending the light around them\", \"information_mutation\": \"particle collision tracks are woven like fine gold thread through the dark background\", \"semantic_mutation\": \"the invisible physical law is rendered as a massive, tangible, gravitational machine distorting the grid of the poster itself\" } def generate_grid(self): instruction = \"\"\" generate a 2x2 grid of vertical luxury infographic posters giving physical form to the chosen [subject]s. invent a magnificent scientific machine or optical diorama for each. explode the layers to show quantum states, gravitational warping, equations, and subatomic scale. the design must feel like a classified schematic from a hyper-advanced, aesthetically obsessed civilization. semantic inference must make the invisible laws of physics breathtakingly visible. \"\"\" return render( instruction, format=\"2x2 grid, vertical luxury posters, conceptual scientific infographic\", typography=\"\"\" large title: [name of theorem/paradox] subtitle: [the physicist / the era] microtext: [the core equation / metric tensor / explanatory blazon] \"\"\", composition=\"strict radial or gravitational-well symmetry. razor-sharp fine lines contrasting with deep voids.\", lighting=\"harsh, clinical laser light interacting with pure optical glass and vantablack.\", constraints=\"no cartoon atoms, no clip-art planets, no messy chalkboards. only pristine, museum-grade scientific aesthetic.\" )","type":"en","label":"英文提示词"},{"text":"16:9 -> 类 theoretical_physics_infographic_dna:\n    def __init__(self):\n        self.subject = \"[AI 选择：4 个不同的高级物理定理或悖论（例如：贝尔定理、霍金辐射、弦理论）]\"\n        self.parents = {\n            \"composition_parent\": \"大型强子对撞机蓝图 —— 超复杂的径向对称、交叉粒子束环、毫米级精确绘图\",\n            \"atmosphere_parent\": \"深空天文台摄影 —— 漆黑的虚空、发光的紫外线辐射、高对比度激光照明\",\n            \"graphic_parent\": \"黑板极大主义 —— 作为发光白色矢量漂浮的优雅、密集的数学符号\",\n            \"detail_parent\": \"维多利亚时代的黄铜光学仪器 —— 精细研磨的棱镜、玻璃透镜和镜面折射平面\"\n        }\n        self.mutations = {\n            \"medium_mutation\": \"数学公式凝固成发光的、弯曲周围光线的三维玻璃雕塑\",\n            \"information_mutation\": \"粒子碰撞轨迹像细金线一样编织在深色背景中\",\n            \"semantic_mutation\": \"无形的物理定律被呈现为巨大的、有形的、扭曲海报网格本身的引力机器\"\n        }\n    def generate_grid(self):\n        instruction = \"\"\"\n        生成一个 2x2 的垂直豪华信息图海报网格，为选定的 [主题] 提供物理形态。为每个主题发明一种宏伟的科学机器或光学立体模型。分解图层以展示量子态、引力扭曲、方程和亚原子尺度。设计必须感觉像是来自一个超先进、审美执着的文明的机密蓝图。语义推断必须使无形的物理定律变得惊人地可见。\n        \"\"\"\n        return render(\n            instruction,\n            format=\"2x2 网格，垂直豪华海报，概念科学信息图\",\n            typography=\"\"\"\n            大标题：[定理/悖论名称]\n            副标题：[物理学家/时代]\n            微小文字：[核心方程/度规张量/解释性纹章]\n            \"\"\",\n            composition=\"严格的径向或引力井对称。锋利细线与深邃虚空形成对比。\",\n            lighting=\"与纯光学玻璃和梵塔黑相互作用的刺眼、临床激光。\",\n            constraints=\"没有卡通原子，没有剪贴画行星，没有凌乱的黑板。只有原始的、博物馆级的科学美学。\"\n        )","type":"zh","label":"中文提示词"}],"sourceExamples":[],"promptLanguage":"英文提示词","notesZh":"来自 OpenNana 的公开提示词；保留原始作者与公开原帖引用。","sourcePromptNotes":"","author":"@Gdgtify","authorUrl":"https://x.com/Gdgtify","sourceUrl":"https://x.com/Gdgtify/status/2056841574798295540","sourceUrlRaw":"https://x.com/Gdgtify/status/2056841574798295540","sourceCitationType":"post","authorBasis":"source_label","sourceCollection":"OpenNana Awesome Prompt Gallery","collectionKey":"opennana","collectionShort":"OpenNana","collectionUrl":"https://opennana.com/awesome-prompt-gallery","collectionCaseUrl":"https://opennana.com/awesome-prompt-gallery/advanced-physics-infographic-prompt","collectionStars":null,"evidenceType":"public_source","evidenceLabel":"公开原帖引用；来源图库收录","likes":null,"views":null,"sourceGalleryLikes":3,"sourceGalleryViews":98,"publishedAt":"2026-05-20","publishedAtBasis":"OpenNana 条目创建日期，不代表原帖发布日期","sourceUpdatedAt":"2026-10-07T11:43:53.796Z","isRecent":false,"requiresReference":null,"tags":[],"license":"项目维护者确认转载授权；原作者权利保留","licenseUrl":"https://prompt.genedai.me/sources/opennana/","imageUrl":"https://img.opennana.com/prompts/assets/202605/1779293137268-ht33anr2-1779293138848-1.jpg","imageUrls":["https://img.opennana.com/prompts/assets/202605/1779293137268-ht33anr2-1779293138848-1.jpg"],"videoUrls":[],"mediaType":"image","preview":"https://img.opennana.com/pthumbs/prompts/assets/202605/1779293137268-ht33anr2-1779293138848-1-480.jpg","previewWidth":null,"previewHeight":null,"imageAuthor":"@Gdgtify","imageProvenance":"OpenNana 展示的来源示例；本站未重新生成。","contentAvailability":"full","sourceAccess":"free","url":"https://prompt.genedai.me/prompts/opennana-14896/","markdownUrl":"https://prompt.genedai.me/prompts/opennana-14896/index.md"}}