Tell us what works and what could be better. We read every submission.
@achanda101·8 public vizzes
A Wordle document editor in Sanity renders the player's guesses as color-coded letter tiles, mirroring the game’s feedback system: green for correct position, yellow for included but misplaced, and gray otherwise. The `withDocument` higher-order component wraps the answer field, using Sanity UI’s `Card`, `Flex`, and `Text` to draw the grid from the document’s `guesses` array. Custom validation blocks publishing until the answer is guessed, while the preview shows the date and guess count. React and date-fns format the title.
This example shows a Bash function that automates the setup of a new Eleventy static-site project. It creates the directory structure, initializes a Git repository, and writes configuration files including `.gitignore`, `.eleventy.js`, and a modified `package.json` with build and dev scripts. The function then runs `npm init -y`, installs the `@11ty/eleventy` package, and commits the initial files. It relies on shell commands like `mkdir`, `echo`, and `sed` to scaffold the project.
A React app demonstrates how Sanity.io provides low-quality image placeholders (LQIP) out of the box. It fetches posts with `mainImage` assets from a Sanity project using the `@sanity/client` API, then renders each image with its LQIP as a blurred background while the full-resolution image fades in after a 2-second delay. The layout uses CSS flexbox and an aspect-ratio calculation from the image metadata to maintain proportions during loading.
This example is a plain-text setup guide for configuring a fresh Mac OS X 10.10 Yosemite installation, listing software to install from the App Store and third-party sources, and providing shell commands for tools like Homebrew and Cask. The document shows the step-by-step process of installing developer tools, applications, and system preferences, with links to each software package. It references the Homebrew package manager and the Cask extension for command-line installation, alongside manual downloads for browsers and utilities. The data is presented as a structured checklist rather than a visualization, relying on markdown formatting for organization.
This example customizes Django’s admin change form template to conditionally control form submission buttons. It shows how the `submit_row` inclusion tag is suppressed for non-superusers with a `car.readonly` permission, while remaining visible for other users. The template extends `admin/base_site.html`, loads admin URL and static helpers, and uses Django’s template inheritance blocks like `field_sets` and `inline_field_sets`. It also includes JavaScript to autofocus the first form field on add pages and references admin media via `{{ media }}`. The code relies on Django’s built-in admin APIs, including `prepopulated_fields_js` and URL resolution through `{% url %}`.
This example demonstrates how to serve a Django web application through CherryPy, automatically opening a browser at localhost:8001 after a short delay. The `serve.py` script configures CherryPy’s WSGI handler to graft the Django `WSGIHandler`, mounts static files from Django’s `STATIC_ROOT` at `STATIC_URL`, and sets server options like socket host, port, and autoreload off. It uses `Timer` from Python’s `threading` module to trigger the browser launch, making the visualization immediately viewable. The code relies on Django’s settings and static-file handling, with CherryPy managing the HTTP server lifecycle.
This example presents a Django web application served through Cherrypy, which mounts static files and launches a local browser on startup. The visualization relies on Django’s WSGI handler for backend logic, while the frontend likely uses D3.js or similar JavaScript libraries to render interactive graphics, though the specific chart type is not visible in the provided serve.py code. The server configures static directory serving with caching, and the application opens automatically at `http://localhost:8001`. Data handling and visual encoding details are not exposed in this file, as it only manages the server setup and browser launch.
This example provides a reference dataset of countries and their corresponding ISO country codes, compiled as a CSV file for use in web applications. The data is presented as a simple two-column list mapping two-letter country codes (e.g., AF, AL, DZ) to full country names (e.g., Afghanistan, Albania, Algeria). The visualization consists of a text-based listing, suitable for developers needing a static, downloadable lookup table for country codes and names in their applications. No charts or graphical elements are included; the focus is purely on the structured data.