grids 2

grids

This visualization displays a grid-based layout with multiple colored panels, including a header bar, a slider-controlled range display, and a large SVG canvas. The interface uses Bootstrap’s grid system for responsive column and row structuring, while d3.v5 handles SVG sizing and element selection. A slider appears to adjust a numeric value shown in the adjacent label, with the main chart area left empty. The page uses a fixed full-viewport layout with distinct color-coded sections for headers, controls, and content areas.

88% match

niLayout

This example presents a dashboard-style web page with a full-screen layout that includes a header, dropdown menus, and a central map area. The page uses Bootstrap’s grid system to organize these sections into a responsive, fixed layout. The visualization is initialized by setting an SVG element’s width and height to match the browser window’s dimensions using D3.js v5. The code’s structure suggests interactive controls for selecting data, though the map rendering and interaction logic are not implemented in the visible source.

81% match

bootstrap layout

This example demonstrates a full-screen layout divided into four colored panels using Bootstrap’s grid system. The page structure consists of two columns, each containing two rows, with each panel filled by a background color class (danger, info, secondary, warning). The code applies d3.v5’s `select` function from the `d3` module to target the SVG element and sets its width and height to match the browser viewport dimensions. The panel arrangement is entirely static, with the Bootstrap classes defining the visual hierarchy.

78% match

TD2 - dboard

This dashboard displays four distinct D3.js v5 visualizations in a grid layout, each rendering data from untracked sources. It includes interactive plots that respond to user actions, with a tooltip showing values on hover. The code uses D3 selections and scales, along with Moment.js for date handling, to build the charts. A custom tooltip element appears dynamically, while the grid container organizes the plots responsively. The bundle.js file, built from an ES6 module, initializes all visualizations and manages the shared tooltip behavior across the four chart areas.

MMaeva B

75% match

Grid Idea 2

This example demonstrates a responsive CSS Grid layout that organizes seven placeholder visualization areas into a structured dashboard. On larger screens, the grid uses named template areas to arrange a header, main content regions, and navigation blocks across three columns and three rows. At narrower viewport widths, a media query reflows the layout into a single column, stacking all sections vertically. The implementation uses pure HTML and CSS Grid properties including `grid-template-areas`, `grid-template-rows`, `grid-template-columns`, and media queries, with no JavaScript or external libraries.

RRobert Johnson

map-level

This example uses the D3 v5 library to render an interactive map-based visualization. The page layout is built with Bootstrap 4, containing a navigation bar, a form panel, and a map area. The D3 code selects an SVG element and dynamically sets its dimensions to match the browser viewport, though the detailed map rendering and data interaction logic are not visible in the provided files. The approach relies on D3’s selection and attribute methods to prepare the canvas for geographic data display.

Grid layout

A grid layout arranges points and rectangles into evenly spaced rows and columns, with new items added and removed in a cycling animation. Two separate grids are rendered side-by-side in an SVG: one uses points with `d3.layout.grid`’s `.points()` mode, the other uses bands with `.bands()` and padding. The code leverages `d3.select`, `d3.range`, and the `transition` API to smoothly animate changes as the data array grows and shrinks, demonstrating how layout calculations update dynamically.

FFrissAnalytics

HTML Starter

This example renders a lightweight grid visualization inside an SVG element, with horizontal and vertical lines spaced every 20 pixels across a 960-by-500 canvas. The static grid serves as a simple geometric backdrop, demonstrating basic SVG construction without any interactive or data-driven elements. The code uses the d3.select and d3.append APIs to build the grid lines, applying a gray stroke via CSS classes. The dataset is generated programmatically from the SVG’s dimensions, and the rendering relies solely on vector shapes defined in pure SVG, with no external data source or animations involved.

SScott Page USMC