Camera Imaging Atlas Exploded View

0ViewsSep 2, 2026

Prompt

{ "type": "technical infographic and exploded view diagram", "header": { "title": "", "subtitles": [ "一张照片是如何被制造出来的 HOW AN IMAGE IS ACTUALLY FORMED", "从光，到数据 | FROM PHOTONS TO FILES", "相机不是壳体，而是一条运算链 A camera is not a shell, but a computational chain" ], "top_left_box": { "title": "EOS R5 核心规格 KEY SPECIFICATIONS", "bullet_points_count": 6 }, "top_right_images": { "count": 2, "description": "front and back views of the camera body" } }, "centerpiece": { "description": "highly detailed 3D exploded view of the camera, showing internal components separated vertically", "components_visible": [ "lens mount", "lens elements with glowing blue light rays", "image sensor", "motherboard with glowing chip", "battery pack", "dual card slots", "electronic viewfinder (EVF)" ] }, "layout": { "numbered_sections": [ { "number": 1, "title": "光学入口 OPTICAL ENTRY", "elements": ["lens cross-section with light rays", "2 line graphs"] }, { "number": 2, "title": "光圈、快门与曝光控制 APERTURE, SHUTTER, EXPOSURE", "elements": ["3 aperture blade diagrams", "4 shutter speed example photos", "depth of field diagram", "exposure triangle diagram"] }, { "number": 3, "title": "对焦系统与成像平面 FOCUS ACQUISITION + IMAGE PLANE", "elements": ["lens alignment diagram", "AF coverage photo of a runner"] }, { "number": 4, "title": "传感器与像素结构 SENSOR + PIXEL ARCHITECTURE", "elements": ["3D pixel array diagram", "single pixel cross-section diagram", "sensor spec table", "quantum efficiency graph"] }, { "number": 5, "title": "防抖系统与机械稳定 IBIS + MECHANICAL STABILIZATION", "elements": ["sensor shift mechanism diagram with yaw/pitch/roll axes", "2 stabilization effect comparison photos"] }, { "number": 6, "title": "模拟信号、模数转换与读出 ANALOG READOUT + A/D CONVERSION", "elements": ["signal flowchart", "3 readout timing graphs", "signal-to-noise ratio graph", "rolling shutter example photo of a car"] }, { "number": 7, "title": "DIGIC X 图像处理链 DIGIC X IMAGE PROCESSING PIPELINE", "elements": ["processing flowchart with central chip", "dynamic range graph", "tone curve graph", "histogram"] }, { "number": 8, "title": "文件生成、显示与存储 FILE OUTPUT, PREVIEW, STORAGE", "elements": ["file output flowchart", "2 storage card icons", "file workflow diagram"] } ], "bottom_comparisons": { "count": 5, "labels": [ "传感器尺寸对比 SENSOR SIZE COMPARISON", "镜头焦距与视角 FOCAL LENGTH & ANGLE OF VIEW", "ISO 与噪点关系 ISO & NOISE RELATIONSHIP", "光圈与景深关系 APERTURE & DEPTH OF FIELD", "RAW vs JPEG" ] }, "footer": "" }, "style": "clean, technical, highly detailed, photorealistic components, blueprint-style annotations, light gray background, precise typography" }

Make it yours

Only the parts worth changing are shown. The prompt updates as you go.

main title

The banner headline above the exploded camera — name the body and call it an atlas or cross-section, since the poster is a full teardown, not a review

processor name

The name printed on the glowing chip in the exploded motherboard — your camera's actual image processor, e.g. DIGIC X or BIONZ XR

Open template

Model: GPT Image
Categories: Infographic & Chart
Attribution: freestylefly GPT Image 2by@hx831126 SourceCommunity-sourced; commercial use is not guaranteed.
License: MIT