![一个有点实验性质的提示。我让 Nano Banana 展示我们对宇宙认知的演变过程： Render_Target = ∑(Step_1_to_[N_LAYERS]) of [TOPIC] Va...](https://aipg.net/wp-content/uploads/aipg-image-prompts-import/github-1785568826947-chunk-0215/images/2035443829374144960/1.jpg)
![一个有点实验性质的提示。我让 Nano Banana 展示我们对宇宙认知的演变过程： Render_Target = ∑(Step_1_to_[N_LAYERS]) of [TOPIC] Va...](https://aipg.net/wp-content/uploads/aipg-image-prompts-import/github-1785568826947-chunk-0215/images/2035443829374144960/2.jpg)
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PROMPT RECORD图像记录
一个有点实验性质的提示。我让 Nano Banana 展示我们对宇宙认知的演变过程： Render_Target = ∑(Step_1_to_[N_LAYERS]) of [TOPIC] Va...
中文说明
一个有点实验性质的提示。我让 Nano Banana 展示我们对宇宙认知的演变过程： Render_Target = ∑(Step_1_to_[N_LAYERS]) of [TOPIC] Variable_Height(x) = Base_Height + (x * 20cm) Variable_Material(x) = Lerp(Organic_Wood_Stone, Cybernetic_Chrome, x / [N_LAYERS]) 构图: - [N_LAYERS] 个立体模型组成的阵列。 - 按 Depth_Sort（从前往后）排列。 - 每个立体模型代表 [TOPIC] 的一个时间切片。 - 相机: 等距 3/4 视角, 微距镜头。
原始 Prompt
Kind of an experimental prompt. I asked Nano Banana to show the evolution of our understanding of the universe:
Render_Target = ∑(Step_1_to_[N_LAYERS]) of [TOPIC] Variable_Height(x) = Base_Height + (x * 20cm) Variable_Material(x) = Lerp(Organic_Wood_Stone, Cybernetic_Chrome, x / [N_LAYERS]) Composition: - Array of [N_LAYERS] dioramas. - Arranged Depth_Sort (Front to Back). - Each diorama represents a time-slice of [TOPIC]. - Camera: Isometric 3/4 View, Macro Lens.