2x2 网格,16:9,AI 选题:class Multiscale_Technical_Editorial:

2x2 grid, 16:9, AI picks topics: class Multiscale_Technical_Editorial: def __init__(self, subject="[$SUBJECT]"): self.canvas = "Precision graph paper background (0.5mm grid), faint blueprint cyan tint, 30° axonometric view." self. lighting = "Cryo-EM inspired macro-lighting, harsh chamfer highlights." def execute_exploded_render_progression(self): # AI AUTO-INFERENCE: Deconstruct [$SUBJECT] into 3 distinct functional layers core = infer_innermost_components(self.subject) meso = infer_structural_framework(self.subject) macro = infer_outer_shell_or_environment(self.subject) # The Render Gradient (Prompt 4 + 3) layer_1 = f"INNERMOST CORE: {core} rendered as pure fundamental science (atomic interactions, quantum states, glowing mathematical Lagrangians)." layer_2 = f"MIDDLE EXPLOSION: {meso} floating in axial alignment, rendered as Technical CAD, color-coded by material (titanium, copper, lipid bilayer)." layer_3 = f"OUTERMOST SHELL: {macro} rendered photorealistically, showing micro-scale surface details, wear patterns, and environmental atmosphere." return [layer_1, layer_2, layer_3] def overlay_ui(self): vectors = "Dotted assembly vectors with sequential numbering connecting the exploded parts." cards = f"Hovering holographic data cards inferring exact material grades, genomic lengths, or operating temperatures of {self.subject}." return [vectors, cards] render_infographic(Multiscale_Technical_Editorial())

2x2 网格,16:9,AI 选题:class Multiscale_Technical_Editorial: def __init__(self, subject="[$SUBJECT]"): self.canvas = "精密方格纸背景(0.5mm 网格),淡蓝色蓝图色调,30° 轴测视图。" self.lighting = "受冷冻电镜启发的宏观照明,锐利的倒角高光。" def execute_exploded_render_progression(self): # AI 自动推断:将 [$SUBJECT] 解构为 3 个不同的功能层 core = infer_innermost_components(self.subject) meso = infer_structural_framework(self.subject) macro = infer_outer_shell_or_environment(self.subject) # 渲染梯度(提示 4 + 3) layer_1 = f"最内层核心:{core} 以纯粹的基础科学方式呈现(原子相互作用、量子态、发光的数学拉格朗日量)。" layer_2 = f"中间爆炸层:{meso} 按轴向对齐悬浮排列,以技术 CAD 方式呈现,按材料进行颜色编码(钛、铜、脂质双分子层)。" layer_3 = f"最外层外壳:{macro} 以照片级真实感渲染,展示微观尺度的表面细节、磨损纹理以及环境氛围。" return [layer_1, layer_2, layer_3] def overlay_ui(self): vectors = "虚线装配矢量,带有顺序编号,连接爆炸分解的各个部件。" cards = f"悬浮的全息数据卡片,推断 {self.subject} 的精确材料等级、基因组长度或运行温度。" return [vectors, cards] render_infographic(Multiscale_Technical_Editorial())