7 مستودعات
Domain-specific languages that allow users to define visual charts and graphs through configuration rather than imperative code.
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This project is a client-side rendering engine that transforms declarative, text-based syntax into visual diagrams directly within the browser. By utilizing a domain-specific language, it allows users to define complex structures—such as software architectures, process flows, and system behaviors—without the need for manual layout configuration. The library functions as a browser-based runtime that parses these definitions into intermediate abstract syntax trees, which are then processed by specialized engines to generate high-fidelity, resolution-independent graphics. The system distinguishe
Converts plain-text configuration into visual charts and graphs without requiring manual layout adjustments.
This project is a diagram-as-code tool that transforms declarative text scripts into professional visual representations. It functions as a technical documentation generator, allowing users to define nodes, connections, and hierarchical relationships through a domain-specific modeling language that integrates directly into version-controlled developer workflows. The tool distinguishes itself through a highly modular architecture that decouples diagram definitions from spatial positioning. It features a pluggable layout engine that supports multiple arrangement algorithms, alongside a styling
Provides a domain-specific language for defining nodes and connections that render into interactive visual representations.
This project is a declarative visualization library and geospatial framework designed for rendering large-scale data sets within web browsers. It functions as a high-performance graphics engine that leverages hardware acceleration to display complex 2D and 3D visual layers, enabling the visualization of millions of data points through a structured, component-based syntax. The framework distinguishes itself through its ability to synchronize custom data visualizations with third-party mapping platforms. By managing camera states and coordinate systems, it allows developers to overlay high-perf
Constructs complex scenes using structured data formats instead of imperative code.
Vega is a reactive visualization engine that translates structured specifications into interactive, browser-based graphical representations. It functions as a declarative grammar for data visualization, allowing users to define complex charts and maps through a JSON-based configuration format rather than imperative code. The system operates on a dataflow-based reactive graph that automatically propagates updates through the visualization whenever input data or user interactions change. By integrating a modular transformation pipeline, the engine handles data filtering, sorting, and aggregatio
Builds custom charts and maps using a structured data format that maps raw values to visual marks, axes, and legends.
Altair is a declarative data visualization library for Python that generates Vega-Lite specifications. It functions as a tool for mapping data to graphical marks using a high-level syntax, allowing users to describe the desired visual outcome instead of writing imperative drawing commands. The framework enables the creation of interactive charts and graphics, including linked views and filtered displays that respond to user input in real time. It supports the design of multi-view dashboards by combining visualizations into layered or faceted layouts. The library provides capabilities for sta
Provides a declarative language for defining visual charts and graphs through configuration rather than imperative code.
Altair is a declarative data visualization library for Python based on the Vega-Lite grammar. It allows users to create statistical visualizations by mapping data fields to visual properties rather than writing imperative drawing code. The library focuses on interactive charting through a system of linked selections and filters that update multiple visualizations based on user input. It renders charts as JSON and HTML for display in web browsers and interactive notebooks. The project covers statistical data analysis and interactive data exploration, providing capabilities to export visuals a
Provides a declarative system for creating charts and graphs in Python by defining visual specifications.
Polynote هو بيئة دفاتر ملاحظات متعددة اللغات ونظام مستندات تفاعلي مصمم لتنفيذ الكود بلغات متعددة داخل مستند واحد. يعمل كأداة تحليل بيانات عبر اللغات وبيئة تطوير متكاملة (IDE) للغات JVM، مما يسمح للمستخدمين بدمج الكود القابل للتنفيذ، والنصوص الغنية، وتصورات البيانات لنمذجة وتوثيق سير العمل التقني. يتميز النظام بقدرته على مشاركة البيانات والمتغيرات بين بيئات تشغيل لغات مختلفة، مثل Python و JVM. يستخدم تحويل الكائنات عبر اللغات وتغليف البيانات لتمرير الكائنات بين بيئات التشغيل، مما يتيح سير عمل بيانات متعدد اللغات. بالإضافة إلى ذلك، يتكامل مع Apache Spark لتنفيذ مهام معالجة البيانات الموزعة عبر إرسال المهام إلى مجموعات محلية أو بعيدة. توفر المنصة مجموعة شاملة من القدرات لتحليل البيانات وتصورها، بما في ذلك جدول رموز في الوقت الفعلي لمراقبة وقت التشغيل ودعم عرض مواصفات Vega. يدير التبعيات لبيئات تشغيل JVM و Python باستخدام حل يعتمد على الإحداثيات ويوفر تحريراً محسناً عبر IDE مع الإكمال التلقائي وتمييز الأخطاء. تتضمن ميزات إدارة المستندات جدول محتويات ديناميكياً، وبحثاً في محتوى دفاتر الملاحظات، واستعادة النسخ الاحتياطي المستند إلى المتصفح لمنع فقدان البيانات من الملفات التالفة.
Supports chart creation using visualization specifications that reference variables and data defined in notebook cells.