Skip to main content
SimilarExport ZIP
100%

Data_Visualization_YellowFace_PY

✓ Published18🌍 Public
PPY09052021
Last edited Feb 18, 2022
Created on Feb 18, 2022

A face built from D3-selected SVG shapes sits on a green circle with a blue stroke, while two black circles serve as eyes of different sizes. A D3 arc path creates the start of the mouth, showing only the first part of a curve toward a smile. The page uses D3 v7 to append a group element and construct the arc with inner and outer radii, plus start and end angles in radians. Static values hardcoded in the markup define the face, matching the README’s note that it is only half finished.

AI-generated description

Half way towards a smiley face.

MIT Licensed

Similar vizzes

Loading thumbnail…

Fork of Data_Visualization_YellowFace_PY

This example shows a simple, static SVG face built from basic geometric shapes: a large green circle with a blue outline forms the head, and two smaller unfilled circles serve as eyes. The face is incomplete, described as “half way towards a smiley face.” The construction uses raw SVG elements placed inside an HTML file, with D3 v7 loaded via a script tag. The JavaScript code initializes a D3 selection and appends a mouth path using the `arc` API, defining inner and outer radii and an angular range, though the rendering relies on classic SVG markup rather than D3’s data-binding features.

Ssumitradevipolina
90% match
Loading thumbnail…

Fork of Data_Visualization_YellowFace_PY

A stylized smiley face built with D3 v7 renders two static eyes and a mouth as SVG shapes on a green circle with a blue stroke. The code uses `d3.select` to access the SVG, `d3.append` to add elements, and `d3.arc` to generate the mouth path with specified inner and outer radii and start and end angles. The visualization demonstrates basic geometric composition and D3's path-generation API without interactive behavior.

PPY09052021
89% match
Loading thumbnail…

Fork of Data_Visualization_YellowFace_PY

This example shows a simple, static SVG face rendered with three circles for the head and eyes, plus a partial smile created using D3's `arc` path generator. The head uses a green fill with a blue stroke, and the eyes are positioned asymmetrically with different radii. Using D3 v7, the code appends a `<g>` element and a path to the existing SVG, computing the mouth’s arc with `innerRadius`, `outerRadius`, and specific start and end angles. No data source is used; the visualization is purely constructed from hardcoded values.

Ppreethamkesa
89% match
Loading thumbnail…

Fork of Data_Visualization_YellowFace_PY

This example shows a static, SVG-based face composed of large green circle with a blue stroke representing the head, two unevenly sized dark eyes, and a small arc-shaped mouth. A single D3.js `path` element uses the `arc()` generator to draw the mouth, while the circles are defined directly in HTML. The visualization relies on the D3 v7 library, with the `select()` method targeting the SVG for potential manipulation. Only the head, eyes, and mouth are rendered; no interactive behavior or animation is implemented.

RRakshithaRao27
89% match
Loading thumbnail…

Fork of Data_Visualization_YellowFace_PY

A hand-drawn style smiley face built with D3 v7, rendered as SVG shapes. The face consists of a yellow circle with a blue outline for the head, two black circles of different sizes for the eyes, and a mouth created using the `d3.arc()` path generator with specified inner and outer radii and start/end angles. The code uses static, hardcoded coordinates for the head, positioned at (480, 250) and eyes at (350, 180) and (600, 180), with a transform offset of (450, 300) applied to the mouth group. The example demonstrates basic geometric shape composition and D3’s arc API.

Ddivyakota99
89% match
Loading thumbnail…

Fork of Data_Visualization_YellowFace_PY

Built with D3 v7, this visualization presents a simple yellow smiley face drawn as SVG shapes on a 960×500 canvas. The face consists of three filled circles for the head and eyes, plus a black-stroked mouth path generated using the `arc()` generator. The mouth arc is positioned with inner and outer radii and angled from π/2 to π, creating a half-smile. The code selects the SVG element with `d3.select` and appends a group with a translation transform to position the mouth. No dynamic data or interactions are included; it is a static geometric composition demonstrating fundamental D3 shape generation.

TTulluripallavi
88% match
Loading thumbnail…

Fork of Data_Visualization_YellowFace_PY

This example shows a partially completed smiley face constructed from basic SVG shapes. A large green circle with a blue border serves as the face, while two smaller black circles act as eyes. The code uses D3 v7’s `select` and `arc` APIs to append a mouth path, with the arc generator defining its inner and outer radii and start/end angles. The SVG canvas is set to 960 by 500 pixels, with hardcoded coordinates positioning the elements.

Sspandhanabadekol
88% match
Loading thumbnail…

Fork of Data_Visualization_YellowFace_PY

This example shows a partially completed smiley face built with D3.js, rendered as SVG elements. A large green circle with a blue stroke forms the head, while a smaller circle represents the eye, and an arc path creates the mouth. The code uses D3 v7’s `select` and `arc` APIs to construct the mouth shape, with the SVG canvas explicitly sized at 960 by 500 pixels. The visualization is static, with no interactivity or data binding, highlighting the manual placement of geometric primitives.

VVenkata Rajashekar Reddy Chinthala
87% match