6 repository-uri
Rendering of relational data using nodes and edges in directed or undirected graph formats.
Distinct from Graph Construction Frameworks: Other candidates focus on neural network construction or data modeling rather than graphical rendering of networks.
Explore 6 awesome GitHub repositories matching graphics & multimedia · Network Graph Visualization. Refine with filters or upvote what's useful.
This C++ data visualization library is a scientific plotting framework used to create 2D and 3D charts, network graphs, and geographic maps. It operates as a multi-backend graphics library, decoupling high-level plotting logic from low-level rendering engines to support various output backends. The project distinguishes itself with a dual-interface API, providing both a global functional interface for rapid prototyping and an object-oriented interface for precise control. It features a component-based layout engine for managing tiled grids and subplots, alongside a layered plot state that all
Renders directed and undirected graph networks to visualize relationship data.
VivaGraphJS is a JavaScript graph visualization library used to render interactive network diagrams and relational data in web browsers. It features a force-directed layout engine that employs physics-based simulations, using spring and charge models to calculate balanced spatial distributions for nodes and links. The library utilizes a modular rendering architecture that decouples mathematical layout logic from the visual output. This allows for interchangeable rendering pipelines, supporting both vector-based SVG diagrams and hardware-accelerated WebGL rendering for large-scale visualizatio
Provides a comprehensive library for rendering relational data as interactive network graphs using nodes and edges.
bqplot is an interactive data visualization library for IPython and Jupyter notebooks that utilizes a grammar of graphics. It functions as a tool for creating 2D charts and maps with real-time updates and bidirectional communication between the kernel and frontend. The library is distinguished by its ability to act as a geographic data visualization tool, rendering choropleth maps and spatial data via GeoJSON and custom projections. It also serves as a financial charting tool for producing OHLC and candle bar charts, and as an interactive dashboard framework for combining plotting widgets wit
Renders relational data using nodes and edges with force-directed layouts and hover highlighting.
bqplot is an interactive data visualization library for Jupyter notebooks. It implements a grammar of graphics model, allowing users to build complex 2D charts by combining marks, scales, and axes. The library distinguishes itself with specialized toolkits for financial charting, such as OHLC candlesticks and time-series analysis, and geographic data visualization, including choropleths and custom map projections for TopoJSON and GeoJSON data. It enables deep interaction through tools like lasso selection, rectangular brushing, and the ability to manually manipulate plot points or line data.
Renders relational data as network graphs using nodes and edges with force-directed or static layouts.
Acest proiect este un mediu de notebook interactiv, bazat pe web, conceput pentru data science distribuit și calcul la scară largă. Servește drept instrument de dezvoltare pentru executarea codului și efectuarea analizei datelor specific în cadrul framework-ului Apache Spark, oferind o interfață bazată pe browser care combină execuția codului cu vizualizarea reactivă a datelor. Platforma se distinge prin integrarea profundă cu infrastructura distribuită, permițând utilizatorilor să gestioneze resursele clusterului, să configureze dependențele de runtime și să izoleze procesele de execuție pentru notebook-uri individuale. Susține fluxuri de lucru colaborative prin sincronizarea directă a fișierelor notebook cu sistemele de control al versiunilor și oferă un motor de randare reactiv care actualizează automat graficele și widget-urile ca răspuns la fluxurile de date live și execuția codului. Dincolo de capabilitățile sale de bază de execuție, mediul include instrumente cuprinzătoare pentru gestionarea clusterului, securitate și extensibilitate. Suportă autentificarea utilizatorilor și impersonarea pentru acces securizat la resursele distribuite, oferind în același timp opțiuni flexibile de configurare pentru șabloanele de mediu, gestionarea dependențelor și optimizarea performanței. Sistemul dispune, de asemenea, de o bibliotecă largă de componente de vizualizare interactivă, inclusiv mapare geospațială, grafuri de rețea și tabele pivot, pentru a facilita explorarea complexă a datelor.
Visualizes relationships between data elements using nodes and edges with configurable physical forces.
This toolkit serves as a framework for interpreting the decision-making processes of graph neural networks. It functions as a library for analyzing how these models process complex network data, providing methods to identify the specific node attributes and structural patterns that influence predictive outcomes. The project distinguishes itself by employing mask-optimized subgraph extraction and gradient-based attribution mapping to isolate the minimal components of a graph that preserve a model's original prediction. By separating graph processing layers from explanation logic, the architect
Renders complex network structures and model insights into clear visual formats to help researchers understand data flow.