{"id":"29552","prompt":"Goal: Create a tall single-page educational science infographic explaining WHY THE SKY IS BLUE — AND SUNSETS ARE RED with the subtitle Rayleigh scattering explained in one page. Use a clean flat-design science-magazine look, suitable for a classroom handout.\n\nCanvas: Vertical 9:16 poster on an off-white background, framed by black horizontal bars at the very top and bottom. Center the white text “GPT Image 2” inside each black bar. Main infographic area has generous margins, thin navy divider lines, rounded cards, and a navy/teal/coral/yellow palette.\n\nLayout: Use exactly 5 numbered sections, each marked by a dark navy circular badge with white numbers 1 through 5 on the left. Keep all typography geometric sans-serif, with bold uppercase navy headings and teal italic subtitle.\n\nSection 1 — Visible Light Spectrum: Heading reads “VISIBLE LIGHT SPECTRUM”. Show one long rounded horizontal rainbow gradient bar from violet/blue at left through cyan, green, yellow, orange, and red at right. Add exactly 4 wavelength labels beneath it: “400 nm”, “500 nm”, “600 nm”, and “700 nm”, with small tick marks.\n\nSection 2 — Sunlight Entering the Atmosphere: Heading reads “SUNLIGHT ENTERING THE ATMOSPHERE”. Draw a large stylized yellow sun on the left, Earth’s curved edge on the right, and a pale blue atmospheric band between them filled with many small blue air-molecule dots. Show exactly 4 blue horizontal light rays entering and scattering with small blue arrows, plus exactly 3 red horizontal rays passing straight through toward Earth. Include exactly 6 larger molecule/star scattering icons in the atmosphere. Add two explanatory captions below the rays: “Blue light: scattered ~5.5x more” in blue and “Red light: passes through” in red.\n\nSection 3 — Formula and Bar Chart: Create two rounded rectangular cards side by side. Left card shows the large equation “I ∝ 1/λ⁴” and the caption “Scattering intensity is inversely proportional to the fourth power of wavelength”. Right card title reads “RELATIVE SCATTERING (450 nm vs 650 nm)”. Include a simple bar chart with exactly 2 bars: a tall blue bar labeled “450 nm” and a shorter red-orange bar labeled “650 nm”, y-axis labeled “Relative scattering”, and large text “≈ 4.4 : 1” on the right.\n\nSection 4 — Noon vs Sunset: Make two large circular/oval diagrams side by side. Left diagram title: “NOON — short path through atmosphere”. It shows a small sun above a curved Earth horizon, a tiny black human silhouette at ground level, blue dots in the sky, and vertical red and blue rays passing through a short atmospheric path with blue scattering arrows. Right diagram title: “SUNSET — long path”. It shows a low sun near the horizon on the left, a long horizontal path through a pale blue atmosphere over curved Earth, blue light scattering away along the path, a red ray continuing to a black human silhouette at the right, and the caption “Blue is scattered away before reaching your eye”.\n\nSection 5 — Facts: Create exactly 3 rounded fact cards in a row. Card 1 has a simple outlined Mars-like planet icon and text “Fact: Mars sunsets are blue”. Card 2 has a teal ocean wave icon and text “Fact: The ocean is blue for a different reason”. Card 3 has a purple eye icon with rays and text “Fact: Violet scatters most, but our eyes favor blue”.\n\nFooter: Add small centered source text: “Sources: Rayleigh (1871) · Illustration for classroom use · Fig. 1 of 1”.\n\nVisual style: Flat vector illustration, thin navy outlines, soft gradients only where needed, crisp readable labels, science textbook clarity, no photorealism except the Earth texture may be lightly detailed. Keep spacing balanced and ensure every label is legible.","promptEn":"Goal: Create a tall single-page educational science infographic explaining WHY THE SKY IS BLUE — AND SUNSETS ARE RED with the subtitle Rayleigh scattering explained in one page. Use a clean flat-design science-magazine look, suitable for a classroom handout.\n\nCanvas: Vertical 9:16 poster on an off-white background, framed by black horizontal bars at the very top and bottom. Center the white text “GPT Image 2” inside each black bar. Main infographic area has generous margins, thin navy divider lines, rounded cards, and a navy/teal/coral/yellow palette.\n\nLayout: Use exactly 5 numbered sections, each marked by a dark navy circular badge with white numbers 1 through 5 on the left. Keep all typography geometric sans-serif, with bold uppercase navy headings and teal italic subtitle.\n\nSection 1 — Visible Light Spectrum: Heading reads “VISIBLE LIGHT SPECTRUM”. Show one long rounded horizontal rainbow gradient bar from violet/blue at left through cyan, green, yellow, orange, and red at right. Add exactly 4 wavelength labels beneath it: “400 nm”, “500 nm”, “600 nm”, and “700 nm”, with small tick marks.\n\nSection 2 — Sunlight Entering the Atmosphere: Heading reads “SUNLIGHT ENTERING THE ATMOSPHERE”. Draw a large stylized yellow sun on the left, Earth’s curved edge on the right, and a pale blue atmospheric band between them filled with many small blue air-molecule dots. Show exactly 4 blue horizontal light rays entering and scattering with small blue arrows, plus exactly 3 red horizontal rays passing straight through toward Earth. Include exactly 6 larger molecule/star scattering icons in the atmosphere. Add two explanatory captions below the rays: “Blue light: scattered ~5.5x more” in blue and “Red light: passes through” in red.\n\nSection 3 — Formula and Bar Chart: Create two rounded rectangular cards side by side. Left card shows the large equation “I ∝ 1/λ⁴” and the caption “Scattering intensity is inversely proportional to the fourth power of wavelength”. Right card title reads “RELATIVE SCATTERING (450 nm vs 650 nm)”. Include a simple bar chart with exactly 2 bars: a tall blue bar labeled “450 nm” and a shorter red-orange bar labeled “650 nm”, y-axis labeled “Relative scattering”, and large text “≈ 4.4 : 1” on the right.\n\nSection 4 — Noon vs Sunset: Make two large circular/oval diagrams side by side. Left diagram title: “NOON — short path through atmosphere”. It shows a small sun above a curved Earth horizon, a tiny black human silhouette at ground level, blue dots in the sky, and vertical red and blue rays passing through a short atmospheric path with blue scattering arrows. Right diagram title: “SUNSET — long path”. It shows a low sun near the horizon on the left, a long horizontal path through a pale blue atmosphere over curved Earth, blue light scattering away along the path, a red ray continuing to a black human silhouette at the right, and the caption “Blue is scattered away before reaching your eye”.\n\nSection 5 — Facts: Create exactly 3 rounded fact cards in a row. Card 1 has a simple outlined Mars-like planet icon and text “Fact: Mars sunsets are blue”. Card 2 has a teal ocean wave icon and text “Fact: The ocean is blue for a different reason”. Card 3 has a purple eye icon with rays and text “Fact: Violet scatters most, but our eyes favor blue”.\n\nFooter: Add small centered source text: “Sources: Rayleigh (1871) · Illustration for classroom use · Fig. 1 of 1”.\n\nVisual style: Flat vector illustration, thin navy outlines, soft gradients only where needed, crisp readable labels, science textbook clarity, no photorealism except the Earth texture may be lightly detailed. Keep spacing balanced and ensure every label is legible.","promptZh":"目标：制作一张长版单页教育科学信息图，解释 为什么天空是蓝色的 —— 以及为什么日落是红色的，副标题为 一页纸读懂瑞利散射。采用简洁的扁平化科学杂志设计风格，适合作为课堂讲义。\n\n画布：垂直 9:16 海报，米白色背景，顶部和底部边缘由黑色横条框定。在每个黑色横条内居中放置白色文字“GPT Image 2”。主要信息图区域留有宽裕的页边距，配有细海军蓝分割线、圆角卡片，以及海军蓝/青色/珊瑚色/黄色的配色方案。\n\n布局：使用 5 个编号部分，每个部分左侧标有深海军蓝圆形徽章，内含白色数字 1 到 5。所有字体采用几何无衬线体，标题为粗体大写海军蓝，副标题为青色斜体。\n\n第 1 部分 — 可见光谱：标题为“可见光谱”。展示一条长圆角水平彩虹渐变条，从左侧的紫/蓝色延伸至右侧的青、绿、黄、橙和红色。下方添加 4 个波长标签：“400 nm”、“500 nm”、“600 nm”和“700 nm”，并带有小刻度线。\n\n第 2 部分 — 阳光进入大气层：标题为“阳光进入大气层”。左侧绘制一个大型风格化黄色太阳，右侧为地球弧形边缘，中间是淡蓝色大气带，填充许多蓝色空气分子小点。展示 4 条蓝色水平光线进入并伴随蓝色小箭头发生散射，以及 3 条红色水平光线直接穿过射向地球。在大气层中包含 6 个较大的分子/恒星散射图标。在光线下方添加两个解释性说明：“蓝光：散射程度高约 5.5 倍”（蓝色）和“红光：直接穿过”（红色）。\n\n第 3 部分 — 公式与柱状图：并排创建两个圆角矩形卡片。左侧卡片显示大公式“I ∝ 1/λ⁴”及说明“散射强度与波长的四次方成反比”。右侧卡片标题为“相对散射（450 nm 对比 650 nm）”。包含一个简单的柱状图，共有 2 根柱子：一根标有“450 nm”的高蓝色柱子，和一根标有“650 nm”的较短红橙色柱子；Y 轴标记为“相对散射”，右侧有大字“≈ 4.4 : 1”。\n\n第 4 部分 — 正午与日落：并排制作两个大型圆形/椭圆形图表。左侧图表标题：“正午 —— 穿过大气层的路径较短”。显示弯曲地球地平线上方的小太阳、地面上的黑色小人剪影、天空中的蓝色点，以及穿过较短大气路径并带有蓝色散射箭头的垂直红蓝光线。右侧图表标题：“日落 —— 路径较长”。显示左侧靠近地平线的低位太阳、穿过弯曲地球上方淡蓝色大气层的长水平路径、沿途散射掉的蓝光、射向右侧黑色小人剪影的红光，以及说明“蓝光在到达你的眼睛之前已被散射掉”。\n\n第 5 部分 — 事实：横向排列 3 张圆角事实卡片。卡片 1 带有简单的火星轮廓图标，文字为“事实：火星的日落是蓝色的”。卡片 2 带有青色海浪图标，文字为“事实：海洋呈现蓝色是出于不同的原因”。卡片 3 带有紫色眼睛图标及光线，文字为“事实：紫光散射最强，但我们的眼睛更偏爱蓝色”。\n\n页脚：添加居中的小型来源文字：“来源：Rayleigh (1871) · 课堂用插图 · 图 1/1”。\n\n视觉风格：扁平矢量插画，细海军蓝轮廓，仅在必要处使用柔和渐变，标签清晰易读，具备科学教科书的严谨性，除地球纹理可略微精细外，不采用写实风格。保持间距平衡，确保每个标签清晰可见。"}