和这个灵感互动

点赞、评论与浏览数据保存在当前浏览器，无需登录。

本机记录

复制0

生成示例 1 / 2

信息图

Nano Banana Pro 科学提示模板

专为 Nano Banana Pro 设计的高度结构化、多阶段视觉概念，用于可视化复杂的科学或数学理论。它指示模型将理论分解为视觉语言，从 2D 符号过渡到 3D 不可能的结构，并在等轴测设计玩具风格中包含比例模型观察者（科学家）。

英文原文

Nano Banana Pro Science Prompt Template

A highly structured, multi-phase prompt designed for Nano Banana Pro to visualize complex scientific or mathematical theories. It instructs the model to decompose the theory into visual language, transition from 2D notation to a 3D impossible structure, and include a scale-model observer (the scientist) in an isometric, designer toy style.

第一次写图片提示词？不用理解英文变量，按照下面的中文步骤补充画面要求即可。

适合用途: 信息图
建议模型: Nano Banana Pro
参考素材: 无需上传

开始填写这个模板

用这个模板开始创作

选择模式后，页面会自动整理成可复制的完整提示词。

1选择用途
2补充内容
3复制生成

为你整理的提示词

中文增强版

修改提示词变量

实时更新

theorem or formula

变量替换结果

English

2x2 grid, do this for 4 famous PHD level science or math topics <instructions>
 Input Variable:  Theorem / Formula
Phase 1: Schematic Decomposition
Analyze the Notation: Identify the primary visual language of the scientist (Chalk on blackboard? Ink on parchment? Pencil on graph paper?).
Identify the "Structure": If this theory were a building, what would it look like?
Logic: Chaos Theory -> Fractal Spire. Thermodynamics -> Engine Block.
Phase 2: The Dimensional Transition
The Base: A flat surface covered in the [Notation Medium] (e.g., a slate blackboard covered in chalk equations).
The Extrusion: The chalk lines physically lift off the surface. They begin as white wireframes, then gain opacity, then gain texture.
The Climax: At the top of the image, the wireframes have fully solidified into a photorealistic, impossible structure representing the theory.
The Observer: A tiny, scale-model figure of the scientist stands on the flat "2D" section, looking up in awe at the massive "3D" structure they have summoned.
Output: High-Angle Isometric, "3D mod designer toy" style, stark contrast between sketchy lines and solid mass.
</instructions>

来源原文

未修改

2x2 grid, do this for 4 famous PHD level science or math topics <instructions>
 Input Variable:  {argument name="theorem or formula" default="Theorem / Formula"}
Phase 1: Schematic Decomposition
Analyze the Notation: Identify the primary visual language of the scientist (Chalk on blackboard? Ink on parchment? Pencil on graph paper?).
Identify the "Structure": If this theory were a building, what would it look like?
Logic: Chaos Theory -> Fractal Spire. Thermodynamics -> Engine Block.
Phase 2: The Dimensional Transition
The Base: A flat surface covered in the [Notation Medium] (e.g., a slate blackboard covered in chalk equations).
The Extrusion: The chalk lines physically lift off the surface. They begin as white wireframes, then gain opacity, then gain texture.
The Climax: At the top of the image, the wireframes have fully solidified into a photorealistic, impossible structure representing the theory.
The Observer: A tiny, scale-model figure of the scientist stands on the flat "2D" section, looking up in awe at the massive "3D" structure they have summoned.
Output: High-Angle Isometric, "3D mod designer toy" style, stark contrast between sketchy lines and solid mass.
</instructions>

图片与提示词已收录至画引媒体库 · 如有版权或下架需求，请联系我们。