100%

vizFunctionConcept

✓ Published2🌍 Public

Last edited Apr 12, 2024

Created on Apr 5, 2024

Forked from Margins

This example demonstrates a minimal D3.js visualization that renders a single scaled rectangle within an SVG container. The code uses D3's `select` and `join` APIs to create and update the SVG elements, with the rectangle’s dimensions calculated from the container’s width and height minus specified margins. The visualization highlights a basic structural pattern—an outer canvas with a centered inner rectangle filled with a gray color—suitable as a starting point for thematic customization. The source code is organized into separate `index.js` and `viz.js` modules, with the latter accepting configuration options for layout and styling.

AI-generated description

Creating circles with D3.

Challenge

Fork this example
Modify it
Maybe make it Halloween themed
Maybe make it Christmas themed
Be creative

MIT Licensed

Similar vizzes

Loading thumbnail…

Fork of Viz Function Conceptdrb

This example demonstrates a reusable "viz function" pattern for structuring D3.js graphics. It renders a simple rectangle with configurable margins, dimensions, and fill color, computed from the container size. The code separates the visualization logic in `viz.js`, which accepts an SVG selection and an options object, while `index.js` initializes the SVG using D3's `select` and `join` methods. This refactoring highlights how to encapsulate and parameterize chart code for flexibility.

DDonald Bagwell

85% match

Loading thumbnail…

Viz Function Concept

This example demonstrates a refactoring pattern known as the “viz function,” which encapsulates configurable logic for graphics and visualization. It uses d3.select to manage an SVG container, computing inner dimensions from margins and rendering a gray rectangle via d3’s data join pattern. The main module calls the viz function with parameters for margins, dimensions, and fill color, showing how reusable visualization code can be structured. The code relies on D3 version 7.8.5 and is licensed under MIT.

Mmelissastrong89@gmail.com

84% match

Loading thumbnail…

Viz Function Concept

This example demonstrates the Viz Function concept, a refactoring that encapsulates configurable logic for graphics and visualization. The main script imports a `viz` function from `./viz` and calls it with parameters for dimensions and an inner rectangle fill color, rendering an SVG with a gray inner rectangle inside the container. The `viz` function uses D3’s `select` and `join` APIs to create and update the SVG rectangle, calculating its size based on provided margins. The code relies on the D3 library (version 7.8.5) and is structured as a reusable, parameterized visualization component.

CCurran Kelleher

84% match

Loading thumbnail…

Viz Function concept

This example demonstrates the fundamental concept of margins in data visualization by drawing a gray rectangle that sits inside a larger white canvas, with padding on all four sides. The code uses D3.js (version 7.8.5) and its `select` API to create an SVG element, then renders the rectangle with computed dimensions based on the container’s client width and height minus fixed top, left, bottom, and right margins. The inner rectangle’s size is calculated from those margin values, and a fill color of `#808080` distinguishes it from the surrounding space.

SSubhendu Karmakar

83% match

Loading thumbnail…

Fork of Viz Function Concept

This example demonstrates the "viz function" concept, a refactored pattern for encapsulating configurable visualization logic. The code renders a single gray inner rectangle within an SVG canvas, with margins and dimensions passed as parameters to a reusable `viz` function. Using D3.js `select` and `join`, the example shows how to structure a visualization with a clean separation between setup and rendering, making the logic adaptable and reusable. The `viz.js` module defines the core drawing behavior, while `index.js` supplies the configuration values.

VVishnu Raj

83% match

Loading thumbnail…

Viz Function concept

This example demonstrates how D3 margins define the inner plotting area within an SVG canvas. It renders a single gray rectangle positioned at the top-left margin boundary, with its width and height calculated by subtracting the margin values from the total container dimensions. The visualization uses D3’s selection join operator to create and update the SVG and rectangle elements, leveraging the `select`, `selectAll`, and `join` APIs. The container’s client width and height determine the overall canvas size.

SSubhendu Karmakar

82% match

Loading thumbnail…

responsiveVizContainer

This example shows a gray inner rectangle centered within a scalable SVG container, with a ResizeObserver logging the container’s dimensions on every resize. The visualization uses D3’s `select`, `selectAll`, and `join` to bind and update SVG elements, while the `viz` function computes inner dimensions from configurable margins and sets the rectangle’s fill via the `innerRectFill` property. The code demonstrates basic responsive layout with a fixed margin structure and dynamic width and height values derived from the container’s client size.

DDonald Bagwell

79% match

Loading thumbnail…

responsive Viz Container

This example demonstrates a responsive D3.js visualization that adapts its SVG canvas dimensions to fit its container. The code uses a `ResizeObserver` to monitor the container’s size and update the state with new width and height values, triggering a re-render. A gray inner rectangle, positioned with configurable margins, fills the available space. The example uses the `select` and `join` methods from D3 to manage the SVG elements, and is designed as a base template for creative modifications like holiday-themed variations.

DDonald Bagwell

78% match