Sky Glass Deck

Explain a complex subject through its setting, observations, patterns and next action. Sky Glass Deck pairs sky-lit photographs with navy-to-azure fields, translucent cards and brief serif emphasis. Its climate-observatory example is fictional: pictures of sensors, fieldwork and places do not supply environmental measurements or verify the trend a presenter wants to discuss.

What you get

  • Twelve adaptable compositions: split portrait/gradient opening, optical-arch explanation, person/phone photograph, dark optical study, three environmental cards, glass workflow, photo/trend chart, fieldwork/card, staggered role portraits, paired projects, compact action plan and horizon close. Select, reorder, combine or extend these for the agreed count rather than following a fixed observatory sequence.
  • A light Helvetica Neue/Arial-style sans system with short Bodoni/Iowan/Georgia-style serif emphasis, compact labels and precise chart lines. Thin white outlines and restrained blur separate translucent cards from photographs; broad mist-white areas and rounded image panels interrupt immersive navy/azure scenes. Daylight Glass, Evening Horizon and Mist Study are coordinated generation-time choices.
  • Seventeen local catalog artworks include optical glass studies, sky/building/water/leaf scenes, fictional people, environmental sensors, fieldwork, lake buoy and rooftop monitoring. Weather/fieldwork/monitoring pictures have subject restrictions. Use each pictorial source once; an illustrated sensor or person does not establish a real location, instrument, team or data collection.
  • A generated self-contained 1280×720 HTML presentation with navigation, overview/thumbnails, notes, editing, presentation mode and print styling. Words, labels and diagram/chart objects stay editable around the artwork. The installation supplies recipes, references, catalog and build/media tools; its generic schema fixture is not a completed scientific case or live monitoring dashboard.
  • Optional checked PPTX/PDF outputs. Text/notes export natively and pictures separately; glass effects, backgrounds, SVG decoration and other complex layers become rendered. PDF printing gives one 16:9 page per slide. Inspect recipient fonts, wrapping and actual exports instead of promising every effect as a native PowerPoint shape.

Before you choose

Keep the measurement and its setting together. Explain where a value came from, what comparison is justified and what remains uncertain before adding the glass-card treatment. An attractive sensor photograph or smooth trend line should support a source-backed explanation, never imply data collection or causation that did not occur.

Good fit

  • A presenter has a source-backed climate/environmental or other complex-topic explanation with a defined audience.
  • A team needs consistent pages for context, observations, workflow, patterns, roles and next actions.
  • A creator can provide accurate material, a clear message, language and desired length and inspect the full-size result.

Not for

  • Reproducing source artwork, identities, brands, recognizable faces, logos or protected characters.
  • Automated research, environmental measurement, real-time monitoring or verification of unsupported trend/causal claims.
  • An all-native-shape PowerPoint deliverable; optical/glass and decorative effects may export as images.

How to use

You say/sky-glass-deck Create a twelve-page public climate observatory presentation with luminous sky photographs and glass cards.
  1. Provide topic, audience, key messages/source facts, language and exact slide count including opening/closing unless agreed otherwise. If unspecified, agree length from content and duration. Identify the setting, observation period, sources and limits behind any trend rather than relying on fictional example readings.

  2. Choose the palette and map a useful role to each page: setting, observation, explanation, workflow, pattern, project or action. Select/extend the twelve recipes without inventing three lenses, roles or projects to fill a layout. Distinguish an observed pattern from a proposed explanation and replace all example data/people/claims.

  3. Prioritize supplied images, then choose suitable library reuse, generation for gaps or all-new artwork; reuse is the fallback without a choice/tool. Record page, subject, ratio, placement, palette, prompt and saved result. Each pictorial source belongs on one page only; crops/rotations/recolors do not create independent art. Functional SVG icons may repeat, with no fixed image quota.

  4. Check topic restrictions for weather/environment motifs, rooftop stations, sensors, fieldwork and monitoring projects. Use them as illustration unless actual provenance supports a factual caption. Generate at kit slot ratios through built-in tools or the FAL helper/FAL_KEY. FAL tasks cost separately: submit once then poll/fetch, without automatic paid replacement after failure. Disclose missing or unsuitable frames.

  5. Compose from recipes with approved text, alt descriptions, pictures, icons, chart labels and data by node ID; remove unused objects. Python 3 handles compose/build/static checks; optional media helpers use Node. Resolve unfilled-image and leftover-example reports, verify the count, preserve useful image resolution and inline resources/fonts under 20 MB.

  6. Inspect every 1280×720 page over local HTTP for glass-card foreground contrast, visible thin borders, blur separation, serif passage length, photo uniqueness/crops, chart axes/values, bounds and note/page consistency. Check facts and trend interpretation against sources. Exercise text/block/order/layout/color edits, notes, undo/redo, Save/reopen and presentation mode, then fix and inspect failures.

  7. Deliver page-view HTML with Edit/E and Save (Cmd/Ctrl+S) instructions: browser recovery is local, Save writes portable edits. Set interface/content languages independently with framework CJK/RTL support. Create/check/inspect requested PPTX/PDF separately, including font wrapping and rendered glass layers. Named palettes guide generation, not an editor theme chooser; embedded PPTX export replaces the retired mandatory Node/Chromium chain.

Requirements and costs

You bring
Presentation topic and audience · Key messages or source material · Desired slide count and language
Dependencies
A browser for presentation and verified print export · Node.js for local validation · A host image generation tool for fresh artwork · Chrome, Chromium or Edge plus Node.js 20 or newer — required only for PowerPoint export
Outside costs
Generating new artwork may incur a separate provider charge. The included original example can be viewed without image generation.
Publisher testing
v1.0.5 — Claude Code / Claude Desktop / Cowork / Codex / ChatGPT

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