YearWheel CleanUp

Fork of yearwheel b4 eventcheck

This circular visualization of a one-year calendar displays individual events, months, and quarters as separate rings or bands, with the colored arcs representing scheduled activities and the varying shades of blue delineating month boundaries. The code uses D3 v4 to handle date calculations, such as converting dates to the day of the year and checking for leap years, and then maps those values to angular positions on the wheel. SVG rendering and CSS styling are used to draw the rings, event markers, and labels, while a hover interaction reveals a tooltip with event details.

88% match

Fork of yearwheel b4 occupiedcheck

This example presents a circular year-wheel visualization of calendar events, where a single labeled event ("APT avd-A") spans from January to July 2024. The wheel is divided into twelve month segments, each colored distinctly, with event arcs rendered as SVG paths using D3 v4’s arc generator and degree-to-radian conversions. The code computes the day of year via custom Date prototype methods and positions month and event labels spatially around the wheel. Hover interactions highlight event arcs by increasing stroke width and reducing opacity, while the layout is generated through D3 selections within a React-compatible HTML page.

Fork of yearwheel b4 360 degreefix

This interactive year-wheel visualization displays a full calendar year of events arranged in a circular, radial layout, with each day plotted as a sector around the wheel. Events are shown as colored markers, grouped by month, quarter, and category, with hover states that highlight individual items. The visualization is built using React and D3 v4, leveraging D3's SVG rendering and animation capabilities. It encodes dates using JavaScript Date functions, including leap-year and day-of-year calculations, to position each data point on the 360-degree wheel.

YearCalendar

This visualization renders a year as a circular wheel, with the months and quarters of 2024 positioned around the circumference. Events such as employee meetings and holidays are placed as arcs at their corresponding dates. The visualization is built with D3 v5 and renders to SVG. It imports configuration and helper modules for date-to-angle conversion, and loads event data from a mock JSON service, with support for sorting events by text length.

Fork of YearWheel CodeAnalyze

The visualization displays a year of events on a radial wheel, with months and quarters represented as concentric colored bands and individual events plotted as interactive sectors. It uses D3.js v5 to render SVG shapes, animate zooming via buttons, and show tooltips with event details. Event data is defined in JavaScript arrays, and the code includes a service class for fetching SharePoint list data as an alternative source.

Fork of Fork of yearwheel b4 occupiedcheck

This visualization presents a full year of events on a circular "year wheel," with each month and quarter arranged radially. It uses SVG rendering in React with D3 v4, employing date-based computations like `Date.prototype.getDOY` to convert calendar dates into angular positions. Event bars and shaded time spans are placed along the wheel’s rings using custom path drawing with trigonometric functions, while hover effects and colored categories make event types distinguishable.

Fork of yearwheel b4 fullcricle

A circular "year wheel" visualization displays a calendar year as concentric rings, with each month divided into a grid of day cells. Colored segments represent events from a hardcoded dataset, including meetings, holidays, and seasonal periods, while quarter and month labels provide temporal context. The visualization is built with D3 v4 and React, using SVG shapes and animations to render the wheel. Users can switch between purple, red, and blue color schemes via radio buttons, which dynamically update the event and background fills.

86% match

Fork of Fork of yearwheel b4 overflowcheck

This visualization presents a year-long calendar as a multi-ring wheel, with each concentric ring representing a month and color-coded sectors for quarters. Events from the provided dataset are plotted as arcs along the wheel, with tooltips showing details on hover. Built with D3 v4 and React, it uses SVG paths and `Date.prototype.getDOY` to convert dates into angular positions, while CSS classes style the different calendar segments.