物理信息图表代码提示 提示词

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": "大型强子对撞机蓝图 — 超复杂的径向对称，交叉的粒子束环，毫米级精确草图", "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", "graphic_parent": "黑板极简主义 — 优雅、密集的数学符号如发光白色向量漂浮", "detail_parent": "维多利亚时代的黄铜光学仪器 — 精细加工的棱镜、玻璃镜头和反射平面" } self.mutations = { "medium_mutation": "数学公式凝固成发光的三维玻璃雕塑，弯曲周围的光线", "information_mutation": "粒子碰撞轨迹如细金线般编织在黑暗背景中", "semantic_mutation": "看不见的物理法则呈现为一个巨大的、可触摸的引力机器，扭曲海报本身的网格" } 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="严格的径向或引力井对称。锋利的细线与深邃的虚空形成对比。", lighting="严酷、临床的激光光线与纯光学玻璃和超黑材料互动。", constraints="无卡通原子，无剪贴画行星，无凌乱的黑板。只有无瑕的博物馆级科学美学。" )