UdmChart

UdmChart

UdmChart demonstrates a collection of twelve chart types, including line, bar, pie, scatter plot, histogram, stack bar, geo map, geo orthographic, tree map, pack layout, choropleth, tree, sankey, and force layouts. The visualization uses D3.js APIs such as `d3.forceSimulation` for network diagrams and `d3.geoPath` for geographic projections, rendering each chart type through a unified interface. It draws sample data on a canvas, enabling interactive exploration of diverse visualization patterns within a single application.

92% match

UdmChart

UdmChart is an Angular component that renders a variety of D3.js charts, including line, bar, pie, scatter plot, histogram, stack bar, geographic map, tree, and force-directed layouts, all as animated SVG. It switches chart types based on an input parameter and uses `d3.histogram` to bin data for histograms, with scales and axes configured from a data-driven configuration object. The code imports the full D3 library and applies transitions for animation, supporting customizable margins and grid lines.

90% match

UdmChart

UdmChart is an Angular component that provides a configurable interface for rendering a variety of chart types, including bar, line, pie, scatter plot, histogram, stacked bar, and treemap visualizations. The application loads chart-specific JSON data and applies a central configuration object that controls appearance, such as colors, margins, legends, and animation. The implementation leverages Angular's component architecture and imports chart constants from a custom library, demonstrating a structured approach to building interactive data visualizations within a web framework.

88% match

UdmChart

UdmChart is a multi-view dashboard that presents a variety of data visualization types, including line charts, bar charts, histograms, treemaps, pie charts, and network diagrams. It also features interactive elements like a force-directed graph using `d3.forceSimulation` and a collapsible tree layout. The code employs D3.js APIs for scales, axes, and layouts, along with SVG rendering for all graphics. The example demonstrates how D3's modular components can be combined to create a versatile, data-driven interface with multiple synchronized views.

85% match

UdmChart

UdmChart builds an interactive force-directed network diagram from a JSON dataset, showing how nodes cluster and link through shared connections. The example uses Angular 6 with D3.js, specifically `d3.forceSimulation` and `d3.forceLink`, to compute node positions and edges in real time, while SVG circles and lines render the graph. Hovering highlights neighboring nodes, and the layout responds to drag events, with the simulation restarting on each interaction. The code is structured as a reusable Angular library via `ng-packagr`, with the main app bootstrapped through `npx @angular/cli`.

UdmChart

UdmChart renders a customized scatterplot using the D3.js library, drawing data points within a graph area defined by configurable margins and scales. It calculates graph dimensions, axis positions, and scaling factors from configuration and SVG size, then applies translate transforms for graph and axis placement. The visualization shows how D3's core APIs for SVG manipulation and coordinate calculations support flexible chart layouts with configurable legends, titles, and axis properties.

UdmChart

UdmChart is an Angular module that renders a custom chart component using the `Ng6UdmChartComponent`. It imports and exports this component through `Ng6UdmChartModule`, structuring the visualization as a reusable Angular building block. The chart’s implementation leverages Angular’s component architecture, with the module declaring and exporting the chart for use in other parts of an application. The code focuses on modular integration rather than a specific visual encoding, providing a framework for embedding the chart within larger Angular projects.

UdmChart

This example demonstrates an interactive chart built with Angular, displaying data through the UdmChart library. It shows a visualization component (Ng6UdmChartModule) integrated into a browser application. The code imports the module from the local `projects/ng6-udm-chart` directory and uses Angular’s `BrowserModule` and `NgModule` to bundle the component. The rendering approach is defined by the library’s internals, though the visible code only wires the module into the app’s main module. Data specifics are not visible, but the architecture highlights how Angular composes third-party charting modules into a working app.