Generate Angular components, services, and other artifacts using Angular CLI schematics to accelerate development workflow.
MIT
132,884 tools. Last updated 2026-05-09 04:29
"angular" matching MCP tools:
- Add packages to an Angular workspace to extend functionality, such as including UI libraries like @angular/material or other npm dependencies.MIT
- Update Angular packages and run migrations to maintain project compatibility and apply framework changes.MIT
- Create a new Angular workspace with a specified name and directory structure, generating the initial project files and configuration for Angular development.MIT
- Calculate angular velocity using period or frequency values for trigonometric applications. Convert between time-based and frequency-based angular motion measurements.Apache 2.0
- Fetch raw HTML content from any URL with optional JavaScript rendering for dynamic websites and Single Page Applications.MIT
Matching MCP Servers
- MIT
- Alicense-qualityDmaintenanceProvides comprehensive access to Angular documentation with 84 topics across 15 categories, enabling AI assistants to search and retrieve Angular-related information, code examples, and best practices with intelligent relevance scoring.Last updated1493MIT
Matching MCP Connectors
AI development agent using Kendo UI to rapidly create and style quality web UIs or Pages.
Official MCP server providing AI assistants with direct access to Stimulsoft Reports & Dashboards developer documentation. Enables semantic search across FAQ, Programming Manual, Server Manual, User Manual, and Server/Cloud API references across all Stimulsoft platforms (.NET, WPF, Avalonia, WEB, Blazor, Angular, React, JS, PHP, Java, Python).
- Crawl any public website to extract clean content as Markdown or text, stripping navigation and boilerplate. Respects robots.txt and supports JavaScript rendering for SPAs. Outputs structured files for search and analysis.
- Extract webpage content for analysis by fetching clean markdown, HTML, or structured JSON. Handles JavaScript-rendered pages and bypasses anti-bot protection.MIT
- Extract structured data from webpages, HTML, or markdown using AI-powered natural language prompts to get specific information like product details, contact methods, or article metadata.MIT
- Generate SVG graphics from text prompts. Specify subject, style, and colors; optionally include reference images for guidance. Returns raw SVG markup or saves to disk.
- Verify whether total angular momentum is conserved by comparing initial and final values within a tolerance, indicating if external torques acted on the system.Apache 2.0
- Calculate a planet's position in the sky for any date, time, and location to plan observations or answer "where is [planet] tonight?" questions.
- Add a rigid body to an existing physics simulation, enabling collisions and interactions. Supports static, dynamic, and kinematic types with customizable shapes and physics properties.Apache 2.0
- Compute oscillation period, frequency, and angular frequency of a spring-mass system from mass and spring constant.Apache 2.0
- Calculate angular acceleration from torque and moment of inertia. Use for rotational motion analysis of motors and flywheels.Apache 2.0
- Convert ground distance measurements to radians for spherical geometry calculations. This tool transforms miles, kilometers, meters, or other length units into angular distances based on Earth's radius, enabling accurate geographic computations.MIT
- Convert ground distance measurements to angular degrees for geographic coordinate calculations. This tool transforms length units (meters, kilometers, miles, etc.) into degrees based on Earth's radius, enabling spatial analysis and distance representation in angular units.MIT
- Retrieve all supported unit categories and their units for physics calculations, including velocity, distance, mass, force, energy, power, temperature, angle, pressure, area, and volume.Apache 2.0
- Convert angular distances in radians to linear measurements on Earth's surface. Calculates ground distance using Earth's radius for spherical geometry applications.MIT
- Calculates torque as the cross product of force and position vectors. Find the rotational force magnitude and direction in N⋅m.Apache 2.0