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@shruthika2006·15 public vizzes

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fork to eat

This example demonstrates the VizHub V3 runtime environment, showing how a minimal `main` function exported from `index.js` renders directly into a provided container DIV. It uses a hard-coded `fontSize` value of 217 within a template literal to display styled HTML text, highlighting the simplified entry point that replaces an `index.html` file. The code supports continuous hot reloading, allowing interactive tweaks to properties like font size via Alt-drag. It serves as a blank slate for building more complex visualizations.

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fork to eat

This example demonstrates the VizHub V3 runtime environment, showing how a minimal `main` function exported from `index.js` renders directly into a provided container DIV. It uses a hard-coded `fontSize` value of 217 within a template literal to display styled HTML text, highlighting the simplified entry point that replaces an `index.html` file. The code supports continuous hot reloading, allowing interactive tweaks to properties like font size via Alt-drag. It serves as a blank slate for building more complex visualizations.

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Circles

This example renders a set of seven semi-transparent circles on a pale green SVG canvas using D3.js. It demonstrates the D3 General Update Pattern with a data join, binding an array of objects containing x, y, radius, and fill color values to circle elements via `selectAll`, `data`, and `join`. The SVG’s dimensions and background are set using container measurements, and each circle’s attributes are updated through method chaining with `.attr` calls, including an opacity value.

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Fork of Circles with D3

This example shows a collection of semi-transparent circles with varied colors and sizes arranged across a fixed SVG canvas. The visualization uses D3’s data join pattern to bind an array of circle objects—each containing x, y, radius, and fill properties—to SVG circle elements. The code employs method chaining with `select`, `data`, and `join` to create and update the circles, setting attributes like `cx`, `cy`, `r`, `fill`, and `opacity` directly from the data. The background is styled light green, and the circles overlap with a fixed opacity value.

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Fork of Circles with D3

This example shows a collection of semi-transparent circles with varied colors and sizes arranged across a fixed SVG canvas. The visualization uses D3’s data join pattern to bind an array of circle objects—each containing x, y, radius, and fill properties—to SVG circle elements. The code employs method chaining with `select`, `data`, and `join` to create and update the circles, setting attributes like `cx`, `cy`, `r`, `fill`, and `opacity` directly from the data. The background is styled light green, and the circles overlap with a fixed opacity value.

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Circles

This example demonstrates the VizHub V3 Runtime Environment's interactive widget system. The code exports a `main` function that takes a `container` DIV element and sets its inner HTML to display a “Hello World!” message. Users can hold the Alt key and drag the numeric `fontSize` variable within the editor to continuously hot-reload the text at varying sizes. The example serves as a minimal starting point for building more complex interactive data visualizations within this framework.

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Circles

This example demonstrates the VizHub V3 Runtime Environment's interactive widget system. The code exports a `main` function that takes a `container` DIV element and sets its inner HTML to display a “Hello World!” message. Users can hold the Alt key and drag the numeric `fontSize` variable within the editor to continuously hot-reload the text at varying sizes. The example serves as a minimal starting point for building more complex interactive data visualizations within this framework.

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HELLO WORLD

This example demonstrates the fundamental structure of a VizHub V3 visualization, rendering a red "Hello World!" message at a fixed pixel size. It shows how the exported `main` function accepts a `container` DIV element and writes directly to its `innerHTML` property. The code highlights the runtime's interactive widget support, where holding the Alt key and dragging the numeric `fontSize` value enables continuous hot reloading. No external libraries are used beyond the VizHub V3 runtime environment itself.

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Fork of HELLO WORLD

This example demonstrates the "Hello World" starting point for the VizHub V3 Runtime Environment, showing a line of text rendered inside a `container` DIV. The code exports a `main` function that sets the `container`’s inner HTML with a fixed `fontSize` of 217 pixels, which can be adjusted interactively by Alt-dragging the number in the editor. This illustrates the platform’s continuous hot reload and interactive widget capabilities, where immutable state updates via `setState` are available but not yet used.

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Fork of HELLO WORLD

This is the Hello World example for the VizHub V3 Runtime Environment, demonstrating a minimal main function exported from index.js that receives a container DIV and renders a text string. The code uses vanilla JavaScript to set the container’s innerHTML with a styled div, where the font size is a static value of 50 pixels. It serves as a blank slate for exploring the platform’s continuous hot reloading and interactive widget support, such as Alt-dragging numeric values in the editor. No external libraries or data sources are involved.

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HELLO WORLD

This example demonstrates the "Hello World" of the VizHub V3 runtime, which supports continuous hot reloading with interactive widgets. The code exports a `main` function from `index.js` that receives a container DIV and renders a simple HTML string with a dynamically adjustable font size. By holding the Alt key and dragging the number in the editor, users can modify the font size property in real time, showcasing the platform’s immediate visual feedback. The example uses the VizHub V3 runtime environment’s API, including the `container` and `options` arguments, to create a blank slate starting point for further development.

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eloading

This example demonstrates the VizHub V3 Runtime Environment's "Hello World" template, showing how a minimal JavaScript module can render dynamic HTML content. The code exports a `main` function that receives a `container` DIV element and uses a hard-coded `fontSize` variable to populate the container's innerHTML with styled text. The visualization highlights the platform's hot-reloading capability in which holding the Alt key while dragging the numeric value updates the display in real time, though no external libraries or datasets are involved.

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Fork of Fork of Fork of Blank Slate with Hot Reloading

This example demonstrates the VizHub V3 Runtime Environment’s hot reloading capability by rendering a large, centered “Hello World!” text inside a container DIV. The code exports a `main` function that writes the text with inline styles, using `container.innerHTML` to update the DOM. Holding Alt and dragging the `fontSize` value in the editor triggers continuous, real-time updates to the rendered output.

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Fork of Fork of Blank Slate with Hot Reloading

This example demonstrates the VizHub V3 Runtime Environment by rendering a centered “Hello World!” message whose font size is adjustable through an interactive widget. The code exports a `main` function that receives a container DIV and directly sets its inner HTML with inline styles. Holding the Alt key and dragging the number `217` updates the font size with continuous hot reloading, showing how state changes propagate instantly. It serves as a minimal starting point for building visualizations in this environment.

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Fork of Blank Slate with Hot Reloading

This example demonstrates the “Hello World” starting point for the VizHub V3 Runtime Environment, showcasing continuous hot reloading where developers can Alt-drag a numeric value in the code editor to instantly change the rendered font size. The `main` function exported from `index.js` receives a `container` DIV and writes an HTML string with inline styles that set the text size, highlighting how the environment’s interactive widgets and simplified entry point enable real-time visual feedback for rapid experimentation.