Rotation testing

100%

Rotation testing

✓ Published0🌍 Public

Last edited May 1, 2023

Created on Apr 13, 2023

This example tests how SVG rotation transforms reposition geometric shapes. It draws outlined reference squares at different coordinates, then overlays filled squares that have been rotated using both static SVG transform attributes and dynamic JavaScript calculations. The D3.js v6 code uses `select` and `append` to create rectangles, while a custom `rotate` function computes rotated coordinates for one placement. The SVG also includes a complex path of a suitcase, demonstrating how rotation interacts with detailed vector graphics. The visual compares rotation behavior across three test cases, showing direct rotation, rotation with translation, and rotation around a custom origin point.

AI-generated description

MIT Licensed

Similar vizzes

Loading thumbnail…

D3 testing

A collection of hand-drawn SVG shapes and paths demonstrates how to style vector graphics with D3 v5. The example renders a static composition of lines and curved paths on a 960×500 SVG canvas, using the `select` method to target the SVG element. CSS classes define stroke properties, including color, width, and round line caps and joins, while the `overflow: hidden` body style trims the viewport. The code focuses on basic SVG styling and selection patterns rather than data binding or dynamic updates.

Mmarissaverdonck

75% match

Loading thumbnail…

test

This example demonstrates how to create and position SVG circles using D3.js, with a focus on the general update pattern and method chaining for dynamic data binding. The visualization initializes an SVG element sized to its container, defines a dataset of circles with properties such as center coordinates, radius, and fill color, and renders them with a semi-transparent opacity. It also includes a utility for distributing text elements in a spiral layout with collision detection and random rotation, showcasing how to combine D3 selections with custom layout logic for flexible and reusable visualizations.

Ssdfux@yahoo.com

73% match

Loading thumbnail…

SVG test

This example demonstrates the placement and styling of basic shapes within a two-dimensional SVG canvas. It uses raw SVG elements, including circles, paths, and stroke properties, to create simple geometric compositions. The code utilizes inline SVG attributes such as `cx`, `cy`, `r`, `fill`, `stroke`, and `stroke-width`, along with path data `d` for drawing lines. Without external libraries, it relies on the native SVG API for rendering within an HTML page.

EElerium115

73% match

Loading thumbnail…

SVG Tests HTML/CSS/SVG

A set of static SVG shapes demonstrates the effects of CSS and SVG transforms. Circles, rectangles, and a line are drawn directly in the markup, some with explicit fills and strokes, while a surrounding group applies a non-uniform scale. A nested group uses translation and rotation, with inherited stroke properties and a lightgreen fill. The page loads a linked stylesheet that resets the body margin and hides overflow, affecting the canvas presentation. No JavaScript or interactions are present.

LLuiz Domingues

72% match

Loading thumbnail…

"Javascript Practice"

An example of basic SVG circle placement using D3 version 7. The code creates three circles positioned via groups at different screen coordinates, with contrasting stroke and fill colors. It uses `select` to append an SVG element sized to the window, then applies explicit `attr` calls for circle positions and styling, demonstrating straightforward group transforms and child element creation in a D3 SVG canvas.

Fferneyhoughedward@gmail.com

72% match

Loading thumbnail…

SVG and CSS Shapes

This example demonstrates basic SVG shapes—circles, rectangles, lines, and a path—arranged in a grouped composition. It shows how CSS classes style SVG elements, applying stroke and fill properties to specific groups. The visualization uses D3.js imports (`select` from D3) to set text content, though the primary rendering is static SVG markup. The code also illustrates nested `<g>` transforms, scaling the entire scene, and using CSS rules like `.lines path` to override stroke colors and line joins.

JJSR2000

72% match

Loading thumbnail…

SVG Shapes

This example demonstrates fundamental SVG shape elements—circle, rect, and line—positioned within a fixed 960 by 960 coordinate system. The visualization compares shapes with default styling against those customized with explicit `fill` and `stroke` attributes, while a `<g>` group applies shared `fill="teal"` and `stroke="black"` to its children. Beyond these static SVG primitives, the code also showcases basic D3 integration by importing `select` from `d3` and using it to set the text content of a div element, along with a separate ES6 module export. The rendering relies entirely on SVG markup.

YYogesh Joshi

72% match

Loading thumbnail…

Shapes with SVG

This example demonstrates basic SVG shape creation using D3 version 6, showing circles, rectangles, lines, and paths rendered inside a 960×500 SVG canvas. The code uses the `select` function from the D3 library to display a text message, while shapes are styled through inline attributes and CSS classes. A group element with a transform translates and fills shapes with a light blue color and black stroke. The visualization highlights how SVG elements and D3’s selection API work together in a simple, static scene without data binding.

Jjakenachlas

72% match