Fork of Responding to Resize

100%

Fork of Responding to Resize

✓ Published0🌍 Public

Last edited Dec 26, 2020

Created on Dec 26, 2020

This example demonstrates how a D3.js visualization can respond dynamically to browser window resizing. It draws a large green X shape using two SVG line elements that stretch to fill the entire viewport, with the chart container styled via CSS to occupy the full page. On every resize event, a `redraw()` function reads the container’s `clientWidth` and `clientHeight`, updates the SVG’s width and height attributes, and repositions the lines using the data-join pattern with `selectAll` and `merge`. The code relies on D3 v5 and the native browser `window.addEventListener` for resize handling.

AI-generated description

MIT Licensed

Similar vizzes

Loading thumbnail…

Fork of Responding to Resize

This example demonstrates how a D3.js visualization can automatically respond to browser window resizing. It draws two thick blue diagonal lines—an X shape—across a full-screen SVG element. The code uses CSS positioning to make the chart container fill the viewport, then extracts the container’s `clientWidth` and `clientHeight` properties within a `redraw` function. This function sets the SVG’s dimensions and updates the line coordinates accordingly. The visualization listens for window resize events and calls `redraw` each time, ensuring the X always spans the entire display area. The data for the lines is defined as an array of coordinate pairs.

Hhafiz9977

95% match

Loading thumbnail…

Fork of Responding to Resize

This example demonstrates a responsive SVG visualization that fills the entire browser window and redraws its content whenever the viewport size changes. It shows two thick, semi-transparent green lines forming an X across the full width and height of the chart container. The code uses D3 v5 to select the `#chart` div, append an SVG element, and bind line data to render the X. A `redraw` function reads the container’s `clientWidth` and `clientHeight` to update the SVG’s dimensions, then repositions the lines via the `merge` pattern. The `window.addEventListener("resize", redraw)` triggers this responsive behavior.

Hhamza.miftah@gmail.com

95% match

Loading thumbnail…

Fork of Responding to Resize

This example demonstrates a full-page SVG visualization that responds to browser resizing by drawing a green X composed of two thick diagonal lines. The code uses D3 v5 to select the chart container and append an SVG element, then defines a redraw function that extracts the container’s clientWidth and clientHeight and applies them as the SVG’s width and height attributes. Two lines are bound to a data array and updated with new coordinates on every resize event, merging entered and existing elements via selection.merge(). The chart listens to the window’s resize event to trigger the redraw, using only CSS and client dimensions for layout.

FFerasMorsi

95% match

Loading thumbnail…

Fork of Responding to Resize

This example demonstrates a responsive SVG visualization that draws a green X spanning the full browser window. The chart container fills the page via CSS, and a `redraw()` function extracts the container’s `clientWidth` and `clientHeight` to set the SVG’s dimensions and position its two lines. Using D3 v5’s selection API (`d3.select`, `.append`, `.merge`), the code updates line coordinates and stroke properties on every window `resize` event, ensuring the graphic always matches the viewport.

CCristina Macaraig

95% match

Loading thumbnail…

Fork of Responding to Resize

This example demonstrates how a D3.js visualization can automatically resize its SVG output to match the browser window’s dimensions. The code uses CSS to make a container div fill the viewport, then reads `clientWidth` and `clientHeight` to set the SVG’s width and height attributes. It draws an X shape using two green lines with heavy stroke width and opacity, showing the current size. The `redraw` function reapplies these dimensions whenever the window is resized by listening to the `resize` event.

DDaniel

95% match

Loading thumbnail…

Fork of Responding to Resize

This example demonstrates a responsive SVG visualization that fills the entire browser window and redraws its content whenever the viewport size changes. The page uses CSS to stretch a chart container to full screen, then d3.js extracts the container’s clientWidth and clientHeight on each resize event to update the SVG’s width and height attributes. Two diagonal lines form a green X marker whose endpoints adjust to the current dimensions, showcasing how to bind data containing the new coordinates and re-render with a selection merge. The code relies on d3.select, selection.attr, and window.addEventListener for the resize handling.

Ddok0086m

94% match

Loading thumbnail…

Fork of Responding to Resize

This example demonstrates a responsive SVG visualization that fills the entire browser window and redraws its content whenever the viewport size changes. It renders two green, semi-transparent lines forming an X across the chart area, with their endpoint coordinates derived from the current container dimensions. The code uses D3 v5 to append an SVG element, selects the chart div, and listens to the window’s resize event to trigger a redraw function. The redraw function reads the container’s clientWidth and clientHeight, updates the SVG’s width and height attributes, and rebinds the line data using a standard enter-merge pattern.

SSudipta-15

94% match

Loading thumbnail…

Fork of Responding to Resize

This example demonstrates a responsive SVG visualization that adapts to its container’s size by drawing a large green X across the full viewport. The chart fills the page via CSS positioning, and a JavaScript `redraw` function reads the container’s `clientWidth` and `clientHeight` on every window resize event. Using D3 v5, it binds an array of two line coordinates to SVG `line` elements, updating their endpoints and stroke properties dynamically. The code explicitly sets the SVG’s width and height attributes to match the measured dimensions, ensuring the graphic always spans the available space.

HHojjat Karami

94% match