[{"data":1,"prerenderedAt":68},["ShallowReactive",2],{"detail-design-interface-96":3},{"image":4,"related":17},{"id":5,"url":6,"thumb":6,"prompt":7,"prompt_cn":8,"prompt_en":7,"tags":9,"title":12,"source_repo":13,"date":14,"width":15,"height":15,"slug":16,"urlWebp":6,"thumbWebp":6},96,"\u002Fimage\u002F730e8aee32084977.webp","原文未公开，案例目标是生成一张高完成度的个人主页视觉设计图。","",[10,11],"Design","Interface","Polished Personal Homepage Visual Design","https:\u002F\u002Fgithub.com\u002Ffreestylefly\u002Fawesome-gpt-image-2.git","2026-05-15",1024,"design-interface-96",[18,27,36,44,52,61],{"id":19,"url":20,"thumb":20,"prompt":21,"prompt_cn":8,"prompt_en":21,"tags":22,"title":25,"source_repo":13,"date":14,"width":15,"height":15,"slug":26,"urlWebp":20,"thumbWebp":20},90,"\u002Fimage\u002F629f3f8c511e43cf.webp","PHASE 1 - PRODUCT: [ITEM] in [MATERIAL] packaging, minimal label design\nPHASE 2 - GRID: 2x2 seasonal grid, four distinct brand worlds\nPHASE 3 - COMPOSITION: each quadrant a full campaign scene with props and environment\nPHASE 4 - CONSISTENCY: same product silhouette, four distinct palettes\n\nSwap: [ITEM] \u002F [MATERIAL] \u002F [LABEL STYLE]",[23,10,24],"Product","Storyboard","Premium 2x2 Seasonal Brand Campaign Grid","product-design-storyboard-90",{"id":28,"url":29,"thumb":29,"prompt":30,"prompt_cn":8,"prompt_en":30,"tags":31,"title":34,"source_repo":13,"date":14,"width":15,"height":15,"slug":35,"urlWebp":29,"thumbWebp":29},360,"\u002Fimage\u002Fbe4448dd2b134e65.webp","{\n  \"type\": \"technical infographic\",\n  \"subject\": \"{argument name=\\\"subject matter\\\" default=\\\"digital photography process\\\"}\",\n  \"header\": {\n    \"title\": \"{argument name=\\\"main title\\\" default=\\\"一张照片诞生的因果链 THE CAUSAL CHAIN OF A PHOTOGRAPH\\\"}\",\n    \"subtitle\": \"从世界，到图像 FROM WORLD TO IMAGE\"\n  },\n  \"centerpiece\": {\n    \"description\": \"Exploded isometric view of a modern mirrorless camera\",\n    \"model\": \"{argument name=\\\"camera model\\\" default=\\\"Canon EOS R5\\\"}\",\n    \"labeled_parts_count\": 12,\n    \"labeled_parts\": [\n      \"EVF\",\n      \"Body Structure\",\n      \"Control Dials\",\n      \"Thermal Design\",\n      \"Optical Axis\",\n      \"IBIS Stabilizer\",\n      \"Shutter Unit\",\n      \"Full-Frame Sensor\",\n      \"{argument name=\\\"processor name\\\" default=\\\"DIGIC X Processor\\\"}\",\n      \"Main PCB\",\n      \"High-Speed Bus\",\n      \"Card Slot\"\n    ]\n  },\n  \"layout\": {\n    \"left_column\": {\n      \"description\": \"Chronological causal chain\",\n      \"count\": 13,\n      \"steps\": [\n        \"01 REALITY EXISTS\",\n        \"02 PHOTONS LEAVE THE WORLD\",\n        \"03 LENS ACCEPTS & BENDS LIGHT\",\n        \"04 APERTURE SELECTS\",\n        \"05 SHUTTER CUTS TIME\",\n        \"06 FOCUS SETS PRIORITY\",\n        \"07 SENSOR RECEIVES EVENT\",\n        \"08 LIGHT BECOMES CHARGE\",\n        \"09 ANALOG READOUT\",\n        \"10 A\u002FD CONVERSION\",\n        \"11 COMPUTATION RECONSTRUCTS\",\n        \"12 IMAGE APPEARS\",\n        \"13 MEMORY OUTLIVES\"\n      ]\n    },\n    \"right_column\": {\n      \"title\": \"八大模块 \u002F 8 MODULES\",\n      \"count\": 8,\n      \"modules\": [\n        \"1 ORIGIN OF LIGHT\",\n        \"2 LENS SHAPES REALITY\",\n        \"3 APERTURE & SHUTTER EDIT THE WORLD\",\n        \"4 FOCUS DECIDES CLARITY\",\n        \"5 SENSOR MEASURES LIGHT\",\n        \"6 SIGNAL BORN & AMPLIFIED\",\n        \"7 COMPUTATION BUILDS IMAGE\",\n        \"8 FILE BECOMES MEMORY\"\n      ]\n    },\n    \"side_diagrams\": {\n      \"count\": 7,\n      \"descriptions\": [\n        \"Ray cone & image formation\",\n        \"Aperture & depth of field\",\n        \"Shutter & motion\",\n        \"Focal plane & clarity\",\n        \"Pixel structure\",\n        \"Photoelectric conversion\",\n        \"Analog signal waveform\"\n      ]\n    },\n    \"footer\": {\n      \"count\": 5,\n      \"description\": \"Philosophical summary points\"\n    }\n  },\n  \"style\": \"technical, precise, wireframe elements, glowing data lines, photorealistic camera components, clean typography, dual-language\"\n}",[32,33,10],"Photography","Portrait","How a Photograph is Born Infographic","photography-portrait-design-360",{"id":37,"url":38,"thumb":38,"prompt":39,"prompt_cn":8,"prompt_en":39,"tags":40,"title":42,"source_repo":13,"date":14,"width":15,"height":15,"slug":43,"urlWebp":38,"thumbWebp":38},185,"\u002Fimage\u002F157864b5c1f84a1b.webp","[中文]\n生成一套运动类app的iconfont\n\n[English]\nGenerate a set of iconfont for a sports app",[11,41],"Icon","Modern Sports App Icon Set Design","interface-icon-185",{"id":45,"url":46,"thumb":46,"prompt":47,"prompt_cn":8,"prompt_en":47,"tags":48,"title":50,"source_repo":13,"date":14,"width":15,"height":15,"slug":51,"urlWebp":46,"thumbWebp":46},150,"\u002Fimage\u002F61bc2970d7e6453b.webp","[中文]\n生成一张竖版手机截图风格的图片，整体比例接近 9:16。画面中心偏上是一位真人 coser，扮演（角色名称）的二次元角色。人物为写实风格，但五官略带动漫感，皮肤细腻，眼睛稍大，表情温柔地看向镜头，坐在室内的休闲场景中，例如咖啡厅或酒吧吧台前，背景有符合场景的道具。画面最上方加入手机系统状态栏 UI，包括时间、电量、信号、网络等图标，让整张图看起来像手机截图。画面底部叠加一块宽大的半透明 galgame 风格对话框，对话框左侧放一个与画面人物对应的动漫或 Q 版头像；对话框右侧排版文字：第一行用较大字体显示与前面相同的角色名字，下面一到两行显示一段适合这个角色人设的、温柔治愈风格的简体中文台词，由你自动创作。再在对话框下方加一条操作栏，仿照 galgame UI。整体风格高清、细节丰富、光线柔和、二次元与真人写真自然融合。\n\n[English]\nGenerate a portrait mobile phone screenshot style image, with an overall aspect ratio close to 9:16. In the upper center of the frame is a real-life coser, playing a 2D anime character named (Character Name). The character is in a realistic style, but with facial features slightly showing an anime feel, delicate skin, slightly larger eyes, a gentle expression looking at the camera, sitting in an indoor casual scene, such as in front of a cafe or bar counter, with background props fitting the scene. At the very top of the image, add a mobile phone system status bar UI, including icons for time, battery, signal, and network, to make the whole image look like a mobile phone screenshot. At the bottom of the image, overlay a wide semi-transparent galgame style dialog box, place an anime or Q-version avatar corresponding to the character in the image on the left side of the dialog box; on the right side of the dialog box, typeset text: the first line displays the same character name as before in a larger font, the following one to two lines display a piece of Simplified Chinese dialogue suitable for this character's personality, in a gentle and healing style, automatically created by you. Then add an operation bar below the dialog box, imitating the galgame UI. The overall style is high-definition, rich in details, with soft lighting, and a natural fusion of 2D anime and real-life photography.",[33,11,49],"Typography","Galgame-Style Phone Screenshot with Cosplay","portrait-interface-typography-150",{"id":53,"url":54,"thumb":54,"prompt":55,"prompt_cn":8,"prompt_en":55,"tags":56,"title":58,"source_repo":13,"date":59,"width":15,"height":15,"slug":60,"urlWebp":54,"thumbWebp":54},1309,"\u002Fimage\u002Fa0fbf92cf8ef4051.webp","Create a premium editorial travel poster illustration of the Great Barrier Reef, Australia.\nStyle: Flat vector illustration, ultra-clean minimalism, mid-century modern travel poster aesthetic, inspired by vintage tourism prints and Scandinavian graphic design. No photorealism, no textures, no noise, no gradients. Use crisp shapes, smooth color blocks, and harmonious vibrant tones.\nComposition (vertical 3:4 layout):\nForeground (underwater): A rich coral reef ecosystem filled with colorful corals in pink, orange, yellow, and red tones. Include tropical fish of various species (striped, bright yellow, blue, and orange), and a large sea turtle swimming gracefully toward the right. Clear turquoise water with high visibility.\nMidground: A female snorkeler swimming horizontally just beneath the water surface, wearing fins and a snorkel mask, observing the reef below. Light rays subtly pass through the water surface.\nBackground (above water): A calm tropical ocean with shallow reef patches visible through crystal-clear water. A white leisure boat floats peacefully on the left, and a small sailboat appears far in the distance. On the horizon, soft green islands or hills stretch across.\nSky: Bright blue sky with fluffy white clouds and a few birds flying, enhancing the serene vacation mood.\nTypography:\nAt the bottom of the poster, include bold uppercase text:\n“GREAT BARRIER REEF”\nBelow it, smaller spaced-out text:\n“AUSTRALIA”\nAdd a small decorative coral icon between divider lines.\nMood & Lighting: Bright daylight, calm, inviting, tropical paradise atmosphere. Colors should feel fresh, vibrant, and relaxing with strong contrast between coral reef and ocean blues.",[49,57,10],"Landscape","Vibrant Great Barrier Reef Travel Poster","2026-05-18","typography-landscape-design-1309",{"id":62,"url":63,"thumb":63,"prompt":64,"prompt_cn":8,"prompt_en":64,"tags":65,"title":66,"source_repo":13,"date":14,"width":15,"height":15,"slug":67,"urlWebp":63,"thumbWebp":63},349,"\u002Fimage\u002F348fe48dc3404d17.webp","{\n  \"type\": \"scientific hardware diagram\",\n  \"layout\": {\n    \"main_scene\": \"3D render of an optical table with a red laser beam passing through 11 aligned optical components mounted on black posts.\",\n    \"top_brackets\": [\n      {\"label\": \"Dual Modulation\", \"span\": \"SLM1\"},\n      {\"label\": \"4f Relay Optics\", \"span\": \"Lens L1 to Lens L2\"},\n      {\"label\": \"Imaging Optics\", \"span\": \"SLM2 to Lens L4\"},\n      {\"label\": \"Detection\", \"span\": \"Camera\"}\n    ],\n    \"optical_components_left_to_right\": [\n      {\"name\": \"Laser\", \"labels\": [\"Laser\", \"λ = {argument name=\\\"laser wavelength\\\" default=\\\"632.8 nm\\\"}\"]},\n      {\"name\": \"SLM1\", \"labels\": [\"SLM1\", \"(Phase \u002F Pol. Mod.)\"]},\n      {\"name\": \"Lens L1\", \"labels\": [\"Lens L1\", \"(f1)\"]},\n      {\"name\": \"Iris\", \"labels\": [\"Fourier Plane\", \"(Pupil Plane)\", \"Iris\", \"(Higher Orders Filtered)\"]},\n      {\"name\": \"HWP\", \"labels\": [\"HWP\", \"(λ\u002F2)\"]},\n      {\"name\": \"Lens L2\", \"labels\": [\"Lens L2\", \"(f1)\"]},\n      {\"name\": \"SLM2\", \"labels\": [\"SLM2\", \"(Phase \u002F Pol. Mod.)\"]},\n      {\"name\": \"Lens L3\", \"labels\": [\"Lens L3\", \"(f2)\"]},\n      {\"name\": \"Lens L4\", \"labels\": [\"Lens L4\", \"(f2)\"]},\n      {\"name\": \"Linear Polarizer\", \"labels\": [\"Linear\", \"-Polarizer\", \"(Global Analyzer)\"]},\n      {\"name\": \"Polarization Camera\", \"labels\": [\"POLARIZATION CAMERA\"]}\n    ],\n    \"inset_box\": {\n      \"position\": \"bottom right\",\n      \"title\": \"Polarization Camera Micro-Polarizer Array (Per-Pixel Analyzer)\",\n      \"grid\": \"4x4 grid of colored squares with directional arrows\",\n      \"legend_count\": 4,\n      \"legend_items\": [\n        \"Red square, horizontal arrow, 0° (H)\",\n        \"Green square, vertical arrow, 90° (V)\",\n        \"Blue square, diagonal arrow, 45° (D)\",\n        \"Yellow square, diagonal arrow, 135° (A)\"\n      ]\n    },\n    \"bottom_caption\": {\n      \"figure_prefix\": \"{argument name=\\\"figure number\\\" default=\\\"Fig. 5.\\\"}\",\n      \"title\": \"{argument name=\\\"system name\\\" default=\\\"Ellipsography Hardware Setup.\\\"}\",\n      \"text\": \"Paragraph of scientific text explaining the dual-modulation configuration, 4f relay optics, and polarization camera.\"\n    }\n  }\n}",[32,49,10],"3D Optical Lab Equipment Diagram","photography-typography-design-349",1781516707492]