Blank Canvas

100%

✓ Published0🌍 Public

Last edited Dec 31, 2019

Created on Dec 31, 2019

A slider controls the background hue of an SVG canvas. Dragging the handle updates the color in real time, with tick labels showing the degree value. The visualization uses d3.drag for interaction, d3.interpolate for a smooth intro animation, and d3.hsl to convert the slider value to a color. The code imports d3 via `import {} from 'd3'` and renders with SVG elements.

AI-generated description

A bare minimum HTML page.

Similar vizzes

Loading thumbnail…

Drag Slider

This interactive example demonstrates a slider for selecting a hue value from 0 to 180 degrees, dynamically updating the background color of the SVG canvas. The slider track is overlaid with an invisible, stroke-based capture area that uses the `d3.drag()` API to handle pointer events, converting mouse position to a data value via the inverted linear scale. Tick labels are generated using `x.ticks(10)`, and a white handle with a dark stroke marks the current selection. The visualization opens with a brief, animated transition that uses `d3.interpolate` to smoothly move from 0 to 70 degrees, showcasing the slider’s response.

SSpaceActuary

81% match

Loading thumbnail…

MyDragSlider

The graphic displays a draggable slider that controls the background color of the SVG canvas, with a shaded track, tick marks, and a circular handle. Dragging the handle changes its horizontal position along a linear scale from 1990 to 2014, and the background hue updates to a corresponding HSL color. This example uses d3.v4, SVG elements, and the `d3.drag()` API to handle pointer interactions, while the slider’s track and ticks are built with standard D3 selection and scale methods.

QQ-Zhao

80% match

Loading thumbnail…

Blank Canvas

A blank SVG canvas fills the browser viewport, rendered as a rounded rectangle that spans the full width and height of the window. The visualization uses D3 v5 and React, with the code selecting the SVG element via `d3.select` to set its dimensions based on the document body’s client size. The rendering approach is SVG, drawing a single rectangle with a 40-pixel corner radius. No data source is present; this serves as a minimal starting point for building interactive graphics.

Kkaviya-ds

80% match

Loading thumbnail…

Drag Slider

This slider example demonstrates interactive color selection by dragging a circular handle along a horizontal track. The handle position maps linearly to hue values from 0 to 180 degrees, updating the SVG background color in real time. Built with D3 v4, it uses `d3.drag` for pointer interaction and `d3.scaleLinear` with clamping. A transition animates the initial hue from 0 to 70 on load, while tick labels show degree values. The visualization renders entirely in SVG, with layered track lines for visual depth.

Mmbostock

79% match

Loading thumbnail…

sliders

This visualization demonstrates interactive sliders built with D3.js, where each slider’s filled portion changes color dynamically as the user drags the handle. The sliders use a brush interaction to capture input, and the fill color is mapped through a custom cubehelix color scale (d3.scale.cubehelix) based on the slider’s current value. The SVG rendering includes horizontal and vertical orientations, with text labels and a clean, minimal design. The code also includes an animated transition example, though it is commented out.

SSpaceActuary

79% match

Loading thumbnail…

Smooth Slider

A slider demonstrates smooth color interpolation between hues. Dragging the handle sets a target hue, and the background color transitions toward it with an exponential easing effect, creating a fluid visual response. The example uses D3.js v4 with a linear scale mapping degrees to pixel positions, a custom drag interaction via `d3.drag()`, and a timer-driven tween to animate the hue value. SVG elements include styled tracks, ticks, and a circular handle, while the background color updates via `d3.hsl()`.

Mmbostock

78% match

Loading thumbnail…

Blank Canvas

A blank canvas fills the browser window with a single rounded rectangle, demonstrating the simplest possible SVG rendering with D3.js. The visualization uses the `select` function from D3 to target the SVG element, then dynamically sets its width and height based on the viewport dimensions. The code appends a `rect` element with rounded corners (`rx` attribute) that covers the entire canvas, creating a subtle frame effect. The page layout is controlled with fixed positioning and hidden overflow in CSS, ensuring the canvas remains perfectly sized to the viewport without scrollbars.

LLongYuu

78% match

Loading thumbnail…

Blank Canvas

An empty SVG canvas fills the browser viewport with a single rounded rectangle, creating a blank slate for visualization. The example demonstrates a minimal React setup where D3 v5 selects the root SVG element and sets its dimensions to match the window. Using the `d3.select` API, the code appends a `rect` element with a 40-pixel corner radius to the SVG, styling it as a softly rounded full-screen backdrop. The rendering relies solely on SVG primitives, with no data binding or interaction logic present.

Jjeelong

78% match