Copy-ready prompt
{ "type": "Retro-style infographic poster", "subject": "Claude Shannon and Information Theory", "style": { "era": "Bell Labs archival posters from the 1940s", "look": "The design features aged beige paper, blueprint grids, delicate ink lines, soft deep blue and charcoal gray printing, subtle stains and paper wear, and a combination of technical illustrations and newspaper editorial design.", "rendering": "Highly detailed illustrated collages, featuring sculpted portraits, scientific charts, label panels, and hand-drawn signal graphics." }, "poster": { "headline": "Claude Shannon – The Architecture of Information", "subheadline": "How uncertainty becomes quantifiable, and how communication becomes engineering.", "topRightMeta": { "note": "Memorandum No. 6713–2", "date": "May 1948", "subject": "Mathematical theory of communication" } }, "layout": { "sections": [ { "title": "Left sidebar of archives", "position": "Leftmost vertical column", "count": 5, "labels": [ "Murray Hill Bell Labs, New Jersey", "Intangible things in engineering", "Claude E. Shannon 1916–2001", "Tools of the Information Age", "Introduction panel" ] }, { "title": "Communication Model", "position": "Top center wide panel", "count": 5, "labels": [ "1. Information Source", "2 Encoders", "3 channels", "4 Decoders", "5. Destination" ] }, { "title": "Entropy: A measure of uncertainty", "position": "Top right corner box", "count": 4, "labels": [ "H(X) = −Σ p(x) log₂ p(x)", "Probability distribution p(x)", "The more uniform the distribution, the higher the uncertainty.", "The more skewed the distribution, the lower the uncertainty." ] }, { "title": "Theory panel below", "position": "Middle and lower area", "count": 3, "labels": [ "A. Entropy—Uncertainty before the information is known.", "B. Noise — disrupts the randomness of transmission", "C. Redundancy and Error Correction — Structures added to enable signals to survive faults." ] }, { "title": "Theories that change civilization", "position": "Bottom horizontal timeline", "count": 8, "labels": [ "Telegraphs in the 1840s", "Telephone network after 1876", "Digital computers in the 1930s and 40s", "Satellite communications in the 1950s and 1960s", "Internet Protocol in the 1970s", "Data compression in the 1980s and 1990s", "Cryptography in the 1990s–2000s", "AI and Information Systems since the 2010s" ] } ], "centerpiece": "Behind the communication model is a large, abstract cloud of blue-gray signal noise, containing points, lines, and waveforms. Arrows traverse the five stages from left to right." }, "visualElements": { "portrait": { "subject": "{argument name=\"scientist name\" default=\"Claude Shannon\"}", "placement": "Left and Middle", "style": "A black-and-white archival style portrait of a man sitting at a desk, his face obscured by light-colored squares, wearing a suit and tie, writing on a piece of paper." }, "objectsLeft": [ "Rotary telephone on the desk", "Open notebook or paper", "The portrait features a technology console with a CRT screen and knobs.", "Four small icon rows: oscilloscope, signal meter, relay, and punched tape." ], "communicationModel": [ "Books and symbols below the source", "Binary numbers below the encoder", "Large noisy channel cloud with waveform superposition", "The binary numbers and interpretation below the decoder", "The light bulb icon below the destination" ], "chartsAndDiagrams": [ "Entropy probability histogram", "Two small bar charts comparing low entropy and high entropy", "Tree diagrams and entropy symbols", "Signal distortion sketches labeled with thermal noise, crosstalk, and distortion", "Error-correcting binary pipeline from original message to restored message" ], "bottomDecor": [ "Small waveform examples with sine waves, digital signals, and noise.", "The archive stamp or footer in the lower right corner" ] }, "color": { "background": "Warm ivory paper", "primaryInk": "Dark blue", "secondaryInk": "Charcoal gray", "accent": "Faded steel blue" }, "composition": "The symmetrical, wide-format poster features densely packed boxed annotations, finely detailed border lines, and a museum-quality educational infographic feel.", "textDensity": "Extremely high quality, with numerous small labels, formulas, explanatory text, and historical annotations within a meticulously organized grid.", "aspectRatio": "16:9 Landscape" }
Prompt breakdown
{ "type": "Retro-style infographic poster", "subject": "Claude Shannon and Information Theory", "style": { "era": "Bell Labs archival posters from the 1940s", "look": "The design features aged beige paper, blueprint grids, delicate ink lines, soft deep blue and charcoal gray printing, subtle stains and paper wear, and a combination of technical illustrations and newspaper editorial design.", "rendering": "Highly detailed illustrated collages, featuring sculpted portraits, scientific charts, label panels, and hand-drawn signal graphics." }, "poster": { "headline": "Claude Shannon – The Architecture of Information", "subheadline": "How uncertainty becomes quantifiable, and how communication becomes engineering.", "topRightMeta": { "note": "Memorandum No.
6713–2", "date": "May 1948", "subject": "Mathematical theory of communication" } }, "layout": { "sections": [ { "title": "Left sidebar of archives", "position": "Leftmost vertical column", "count": 5, "labels": [ "Murray Hill Bell Labs, New Jersey", "Intangible things in engineering", "Claude E.
Shannon 1916–2001", "Tools of the Information Age", "Introduction panel" ] }, { "title": "Communication Model", "position": "Top center wide panel", "count": 5, "labels": [ "1.
Information Source", "2 Encoders", "3 channels", "4 Decoders", "5.











