Embedding Projector — Vector exploration

Dev ToolsSee it liveprojector.tensorflow.org

An embedding explorer displays a built-in word-vector dataset as a three-dimensional point cloud.

Embedding Projector — Vector exploration — captured interface — Viewport capture · opening screen

Public demo · 2026-09-05Open full image ↗

AI interfaces Motion

Why this pattern works

Keep data and projection controls beside a large explorable visualization, with search separate on the right.

Design notes

Surface: An embedding explorer displays a built-in word-vector dataset as a three-dimensional point cloud.
Navigation: A left panel selects data and projection methods; a right panel provides search and selection tools.
Layout: The central point cloud dominates the viewport between narrow control panels.
Density: Dense controls around a large visual analysis surface.
Color: White canvas, purple points and a dark burgundy header.
Type: Compact technical labels and numerical metadata.
Pattern: Keep data and projection controls beside a large explorable visualization, with search separate on the right.
States: Built-in word-vector demo dataset; no private data loaded or published.
Don't: Adapt the layout to your own product and supported capabilities; write your own examples and keep important actions clearly labeled.

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Prompt text

# My project
[Describe the product, audience, and screen you want to improve]

Stack: Use the existing project stack
Task: Implement the interface and verify the result in the existing project.

## Tool guidance (Any AI tool)
Use available project tools to inspect, implement, and test. State any unavailable capabilities.

# Design reference: Embedding Projector — Vector exploration
Source: https://projector.tensorflow.org/
Swipefile reference: https://swipefile.design/ref/ai-embedding-projector/
Captured: 2026-09-05. This is a dated reference, not a claim about the current live product.
Capture scope: one viewport. Do not infer unseen page sections or a complete user flow.

## Objective
Adapt the interaction and layout patterns below to my project. Use my own content and identity. Do not reproduce logos, proprietary copy, or brand assets.

## Reference notes
- surface: An embedding explorer displays a built-in word-vector dataset as a three-dimensional point cloud.
- nav: A left panel selects data and projection methods; a right panel provides search and selection tools.
- layout: The central point cloud dominates the viewport between narrow control panels.
- density: Dense controls around a large visual analysis surface.
- color: White canvas, purple points and a dark burgundy header.
- typography: Compact technical labels and numerical metadata.
- pattern: Keep data and projection controls beside a large explorable visualization, with search separate on the right.
- states: Built-in word-vector demo dataset; no private data loaded or published.
- dont: Adapt the layout to your own product and supported capabilities; write your own examples and keep important actions clearly labeled.

Useful for: Keep data and projection controls beside a large explorable visualization, with search separate on the right.

## Acceptance criteria
- Existing project conventions, design tokens, working functionality, and unrelated changes are preserved.
- Two or three reference principles clearly support the user's task; conflicts are resolved in favor of usability and the existing product.
- Reusable components and semantic HTML express the interface. Available licensed assets are used; important UI text is never rendered as a bitmap.
- Every visible control has a defined behavior. Loading, empty, error, success, disabled, and long-content states are specified where relevant. Demo data is clearly labeled.
- Navigation and content adapt at 375px, 768px, and 1440px without horizontal page overflow. Keyboard use, visible focus, labeled inputs, at least 44px touch targets, readable contrast, and reduced motion are supported.
- Verification distinguishes rendered behavior from proposals and identifies anything still requiring a backend or external service.

## Quality bar
Clear hierarchy, consistent spacing, restrained surfaces, and purposeful motion. Avoid decorative gradients, excessive cards, placeholder buttons, and invented metrics unless the project calls for them. Do not claim a feature is connected or tested without evidence.

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## Objective
Adapt the interaction and layout patterns below to my project. Use my own content and identity. Do not reproduce logos, proprietary copy, or brand assets.

Useful for: Keep data and projection controls beside a large explorable visualization, with search separate on the right.

Embedding Projector — Vector exploration

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