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历史时代可视化立方体
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图表信息图YouMindgpt-image-2charts-infographics

历史时代可视化立方体

一个结构化的工作流提示词,旨在将不同历史时代浓缩并可视化为一个包含代表性 Agent 和文物的 3D 立方体。

分类
图表信息图
模型
GPT Image 2
来源作者
Gadgetify
原始语言
en
浏览量345
来源 ID
24267
发布时间
2026年6月5日
Studio
App 同款来源
完整提示词
2x2 grid, do this for different years of vastly different eras: {argument name="topic" default="ERA_TO_CUBE_SOLVER"} INPUT ::= [TOPIC], [ERA] STEP_1 :: infer era identity - time period or stage - dominant materials - key tools or artifacts - social/technical/cultural context - built environment or natural environment - representative agents or figures if relevant STEP_2 :: compress into cube - large objects define cuboid edges - medium objects build internal scenes - small objects fill gaps - top, side, and front faces remain visible - everything stays inside a strict rectangular volume STEP_3 :: create module text - large era label - short subtitle - compact bullet list - no fixed facts unless supplied STEP_4 :: repeat across eras - preserve identical visual grammar - increase or transform complexity chronologically
多语言2

历史时代可视化立方体

zh-CN

2x2 grid, do this for different years of vastly different eras: {argument name="topic" default="ERA_TO_CUBE_SOLVER"} INPUT ::= [TOPIC], [ERA] STEP_1 :: infer era identity - time period or stage - dominant materials - key tools or artifacts - social/technical/cultural context - built environment or natural environment - representative agents or figures if relevant STEP_2 :: compress into cube - large objects define cuboid edges - medium objects build internal scenes - small objects fill gaps - top, side, and front faces remain visible - everything stays inside a strict rectangular volume STEP_3 :: create module text - large era label - short subtitle - compact bullet list - no fixed facts unless supplied STEP_4 :: repeat across eras - preserve identical visual grammar - increase or transform complexity chronologically

Historical Era Visualization Cube

en

2x2 grid, do this for different years of vastly different eras: {argument name="topic" default="ERA_TO_CUBE_SOLVER"} INPUT ::= [TOPIC], [ERA] STEP_1 :: infer era identity - time period or stage - dominant materials - key tools or artifacts - social/technical/cultural context - built environment or natural environment - representative agents or figures if relevant STEP_2 :: compress into cube - large objects define cuboid edges - medium objects build internal scenes - small objects fill gaps - top, side, and front faces remain visible - everything stays inside a strict rectangular volume STEP_3 :: create module text - large era label - short subtitle - compact bullet list - no fixed facts unless supplied STEP_4 :: repeat across eras - preserve identical visual grammar - increase or transform complexity chronologically