Skip to main content
SimilarExport ZIP
100%

FLAG

✓ Published0🌍 Public
LLaurynKW
Last edited Mar 27, 2018
Created on Mar 27, 2018

This is a static SVG visualization of a simplified flag made from three vertical rectangles colored green, yellow, and red. It shows how categorical color and horizontal position are mapped from a small inline JavaScript array of data objects, with each record containing a fill value and an x coordinate. The example uses d3.select, d3.append, and the .enter() selection API from d3.v4 to construct the rectangles, relying on SVG attributes like width, height, and fill. The data is defined directly in the code rather than loaded from an external file.

AI-generated description

Built with blockbuilder.org

forked from <a href='http://bl.ocks.org/LaurynKW/'>LaurynKW</a>'s block: <a href='http://bl.ocks.org/LaurynKW/3dc92b322753b26f3b315b59389d2e88'>FLAG</a>

forked from <a href='http://bl.ocks.org/LaurynKW/'>LaurynKW</a>'s block: <a href='http://bl.ocks.org/LaurynKW/6085c0284538e0c782cc11b887969ea5'>FLAG</a>

mit Licensed

Similar vizzes

Loading thumbnail…

FLAG

This is a static SVG visualization of a simplified flag made from three vertical rectangles colored green, yellow, and red. It shows how categorical color and horizontal position are mapped from a small inline JavaScript array of data objects, with each record containing a fill value and an x coordinate. The example uses d3.select, d3.append, and the .enter() selection API from d3.v4 to construct the rectangles, relying on SVG attributes like width, height, and fill. The data is defined directly in the code rather than loaded from an external file.

LLaurynKW
100% match
Loading thumbnail…

FLAG

This example displays a static flag composed of three vertical green, yellow, and red rectangles. The code defines an array of data objects with fill colors and x-coordinates, then binds it to SVG `rect` elements using D3 v4’s data join. Each rectangle is positioned and colored through accessor functions that read the bound data, rendering the flag at a fixed size. The visualization uses d3.select, selection.data, and append methods to generate the SVG output.

LLaurynKW
94% match
Loading thumbnail…

FLAG

This example displays a static flag composed of a white rectangle overlaid with a red rectangle and a circle outline, rendered as SVG elements in a 960-by-500 viewport. The design uses `d3.select` and `d3.append` from the D3 v4 library to construct the shapes, with data for the rectangles stored in an array. The circle is appended separately using explicit `cy`, `cx`, and `r` attributes rather than data-driven binding, and the code relies on D3’s selection and `append` methods without any interaction or animation.

LLaurynKW
89% match
Loading thumbnail…

FLAG

This example displays a simple French flag made of three vertical rectangles. The visualization is built with D3 v4 and renders to an SVG canvas. The code defines a small dataset of three objects with fill colors and x-coordinates, then uses `svg.selectAll("rect")`, `.data()`, and `.enter().append("rect")` to create the rectangles. Each rectangle’s position, size, and color are set via attribute functions that read from the data. The flag is placed on a fixed 960 by 500 pixel stage, with the rectangles starting at y=100 and each having a width of 180 and height of 200.

LLaurynKW
87% match
Loading thumbnail…

FLAG

This example displays a simple French flag made of three vertical rectangles. The visualization is built with D3 v4 and renders to an SVG canvas. The code defines a small dataset of three objects with fill colors and x-coordinates, then uses `svg.selectAll("rect")`, `.data()`, and `.enter().append("rect")` to create the rectangles. Each rectangle’s position, size, and color are set via attribute functions that read from the data. The flag is placed on a fixed 960 by 500 pixel stage, with the rectangles starting at y=100 and each having a width of 180 and height of 200.

LLaurynKW
87% match
Loading thumbnail…

FLAG

This example displays a simple French flag made of three vertical rectangles. The visualization is built with D3 v4 and renders to an SVG canvas. The code defines a small dataset of three objects with fill colors and x-coordinates, then uses `svg.selectAll("rect")`, `.data()`, and `.enter().append("rect")` to create the rectangles. Each rectangle’s position, size, and color are set via attribute functions that read from the data. The flag is placed on a fixed 960 by 500 pixel stage, with the rectangles starting at y=100 and each having a width of 180 and height of 200.

LLaurynKW
87% match
Loading thumbnail…

Flag w/ Array

Three vertical rectangles form a simplified French flag, with blue, white, and red bands positioned at x-coordinates 100, 300, and 500 on an SVG canvas. The visualization demonstrates array-driven data binding in D3.js v4: a JavaScript array of objects containing fill colors and x-offsets is passed to `svg.selectAll("rect").data(...)`, and each rectangle’s position and color are mapped from the data properties. Rendered via SVG elements, the chart’s static composition highlights how D3 translates structured data into graphical primitives.

LLaurynKW
84% match
Loading thumbnail…

Flags

This example assembles a small collection of abstract flag-like shapes from basic geometric primitives. It shows a sequence of colored rectangles, a red circle, a semi-transparent bordered rectangle, another set of horizontal bands, and a black triangle, all arranged loosely across a wide canvas. The visualization uses the D3.js v4 library to append SVG elements—rectangles, circles, and polygons—directly to the document body. Each shape is positioned and styled with explicit attributes for fill color, size, and opacity, with no underlying data or interactive behavior present.

LLaurynKW
84% match