Copy-ready prompt
{ "type": "Technical Infographics and Exploded Views", "header": { "title": "{argument name=\"main title\" default=\"Canon EOS R5 Imaging Atlas\"}", "subtitles": [ "How is an image actually formed?", "From Light to Data | FROM PHOTONS TO FILES", "A camera is not a shell, but a computational chain." ], "top_left_box": { "title": "EOS R5 Key Specifications", "bullet_points_count": 6 }, "top_right_images": { "count": 2, "description": "Front and rear views of the camera body" } }, "centerpiece": { "description": "Highly detailed{argument name=\"camera model\" default=\"Canon EOS R5\"} 3D exploded view from the camera, showing vertically separated internal components.", "components_visible": [ "Lens mount", "Lens element with blue light emission", "Image sensor", "With light{argument name=\"processor name\" default=\"DIGIC X\"} motherboard of the chip", "battery pack", "Dual card slots", "Electronic viewfinder (EVF)" ] }, "layout": { "numbered_sections": [ { "number": 1, "title": "Optical Entry", "elements": [ "Lens cross-section with light", "2 line charts" ] }, { "number": 2, "title": "Aperture, Shutter, and Exposure Control", "elements": [ "3 images of aperture blades", "4 sample photos of shutter speeds", "Depth of field diagram", "Exposure triangle diagram" ] }, { "number": 3, "title": "Focusing system and imaging plane", "elements": [ "Lens alignment diagram", "runner's autofocus coverage photo" ] }, { "number": 4, "title": "Sensor and Pixel Architecture", "elements": [ "3D pixel array diagram", "Single pixel cross-sectional image", "Sensor Specifications", "Quantum efficiency diagram" ] }, { "number": 5, "title": "Image stabilization system and mechanical stabilization (IBIS + MECHANICAL STABILIZATION)", "elements": [ "Diagram of sensor displacement mechanism with yaw/pitch/roll axes", "Two photos comparing the image stabilization effect." ] }, { "number": 6, "title": "Analog Signal, Analog-to-Digital Conversion and Readout", "elements": [ "Signal Flow Diagram", "3 readout timing diagrams", "Signal-to-noise ratio diagram", "Example photos of the jelly effect in cars" ] }, { "number": 7, "title": "DIGIC X Image Processing Pipeline", "elements": [ "Processing flowchart with central chip as the core", "Dynamic range diagram", "Tone curve", "Histogram" ] }, { "number": 8, "title": "File creation, display, and storage: FILE OUTPUT, PREVIEW, STORAGE", "elements": [ "File output flowchart", "2 memory card icons", "Document Workflow Diagram" ] } ], "bottom_comparisons": { "count": 5, "labels": [ "Sensor Size Comparison", "Lens focal length and angle of view", "ISO and Noise Relationship", "Aperture and Depth of Field", "RAW vs JPEG" ] }, "footer": "{argument name=\"footer quote\" default=\"Light is captured, data is interpreted, images are recorded, and memories are made eternal.\"}" }, "style": "Simple, technically advanced, highly detailed, photorealistic components, blueprint-style annotations, light gray background, and precise typography." }
Prompt breakdown
{ "type": "Technical Infographics and Exploded Views", "header": { "title": "{argument name=\"main title\" default=\"Canon EOS R5 Imaging Atlas\"}", "subtitles": [ "How is an image actually formed?", "From Light to Data | FROM PHOTONS TO FILES", "A camera is not a shell, but a computational chain." ], "top_left_box": { "title": "EOS R5 Key Specifications", "bullet_points_count": 6 }, "top_right_images": { "count": 2, "description": "Front and rear views of the camera body" } }, "centerpiece": { "description": "Highly detailed{argument name=\"camera model\" default=\"Canon EOS R5\"} 3D exploded view from the camera, showing vertically separated internal components.", "components_visible": [ "Lens mount", "Lens element with blue light emission", "Image sensor", "With light{argument name=\"processor name\" default=\"DIGIC X\"} motherboard of the chip", "battery pack", "Dual card slots", "Electronic viewfinder (EVF)" ] }, "layout": { "numbered_sections": [ { "number": 1, "title": "Optical Entry", "elements": [ "Lens cross-section with light", "2 line charts" ] }, { "number": 2, "title": "Aperture, Shutter, and Exposure Control", "elements": [ "3 images of aperture blades", "4 sample photos of shutter speeds", "Depth of field diagram", "Exposure triangle diagram" ] }, { "number": 3, "title": "Focusing system and imaging plane", "elements": [ "Lens alignment diagram", "runner's autofocus coverage photo" ] }, { "number": 4, "title": "Sensor and Pixel Architecture", "elements": [ "3D pixel array diagram", "Single pixel cross-sectional image", "Sensor Specifications", "Quantum efficiency diagram" ] }, { "number": 5, "title": "Image stabilization system and mechanical stabilization (IBIS + MECHANICAL STABILIZATION)", "elements": [ "Diagram of sensor displacement mechanism with yaw/pitch/roll axes", "Two photos comparing the image stabilization effect." ] }, { "number": 6, "title": "Analog Signal, Analog-to-Digital Conversion and Readout", "elements": [ "Signal Flow Diagram", "3 readout timing diagrams", "Signal-to-noise ratio diagram", "Example photos of the jelly effect in cars" ] }, { "number": 7, "title": "DIGIC X Image Processing Pipeline", "elements": [ "Processing flowchart with central chip as the core", "Dynamic range diagram", "Tone curve", "Histogram" ] }, { "number": 8, "title": "File creation, display, and storage: FILE OUTPUT, PREVIEW, STORAGE", "elements": [ "File output flowchart", "2 memory card icons", "Document Workflow Diagram" ] } ], "bottom_comparisons": { "count": 5, "labels": [ "Sensor Size Comparison", "Lens focal length and angle of view", "ISO and Noise Relationship", "Aperture and Depth of Field", "RAW vs JPEG" ] }, "footer": "{argument name=\"footer quote\" default=\"Light is captured, data is interpreted, images are recorded, and memories are made eternal.\"}" }, "style": "Simple, technically advanced, highly detailed, photorealistic components, blueprint-style annotations, light gray background, and precise typography." }
Use clear style, lighting, and composition cues.
Explain where the generated visual will be used.
Avoid brand logos and review licensing before commercial use.











