About ParaPy
ParaPy is a Python-based platform for automated design applications. It provides a core library for declarative modeling, CAD and BIM toolboxes, simulation integration for FEM and CFD, and reporting tools that generate technical drawings. Custom UI libraries support desktop or web interfaces, while productivity tools speed up development cycles. ParaPy is designed for engineering teams that need to automate complex design workflows. Key capabilities Python-based parametric modeling CAD and BIM automation toolboxes Simulation integration for analysis Automated reporting and drawings Custom UI libraries for apps Best for: Engineering teams automating design processes.
ParaPy is a powerful software platform designed to empower engineers to automate repetitive tasks within the design process. By providing a comprehensive suite of tools and libraries, ParaPy enables engineers to create custom design applications that can streamline various aspects of the design workflow, from 3D model generation to simulation analysis, report generation, and user interface development. At the core of ParaPy lies its extensive set of libraries, which offer a wide range of functionalities. The core library provides a foundation for building complex parametric models from Python code snippets, while the modeling toolbox automates the creation of 3D models using a variety of CAD operations. The simulation toolbox facilitates interfacing with existing simulation tools (FEM, CFD) for automated design analysis, and the reporting toolbox generates reports and technical drawings based on simulation results. Additionally, ParaPy provides user interface libraries for building intuitive and user-friendly interfaces for custom design applications. One of the standout features of ParaPy is its open API, which allows developers to extend and customize the platform's functionalities to meet specific needs.
Pros & Cons
- +Python-based: Easy for engineers familiar with Python to use.
- +Comprehensive toolboxes: Covers modeling, simulation, and reporting in one platform.
- +Customization: Open API allows tailoring to specific needs.
- +Cross-platform: Supports Windows and Linux.
- +Ownership of IP: Users retain full control of their source code and app deployment.
- −No mention of pricing: Lack of clear pricing options.
- −Limited public support information: Only email support explicitly mentioned.
- −No marketplace: No mention of an in-app marketplace for extensions or third-party tools.
- −Limited language details: Lack of information on multilingual support.
- −Documentation availability: No mention of publicly accessible detailed documentation.
Features
Key features
- 1. Core Library
- Python-based declarative programming for creating automated design applications.
- 2. Modelling Toolbox
- CAD operations and BIM support for automating 3D models.
- 3. Simulation Toolbox
- Integrates with FEM/CFD tools for design analysis.
- 4. Reporting Toolbox
- Generates reports and technical drawings from simulation data.
- 5. User Interface Libraries
- Develop custom UIs for desktop or web applications.
- 6. Productivity Tools
- Integration with PyCharm, fast iterative development with Python.
Additional features
- 1. Core Library
- Python library to automate design processes.
- 2. Modelling Toolbox
- Access to CAD operations, BIM support.
- 3. Simulation Toolbox
- Automates simulation with FEM, CFD tools.
- 4. Reporting Toolbox
- Reporting of simulation results, technical drawing creation.
- 5. UI Libraries
- Allows customization of the user interface.
- 6. Productivity Tools
- Optimized for fast development cycles with PyCharm.
- 7. Packaging Tools
- Deploy applications as executables, Docker images, or cloud-based services.
- 8. Data Management
- Version control, access, and backup tools for design solutions.
- 9. Security
- Secure apps with standard authorization protocols.
- 10. Ownership Control
- No obligation to share source code or host apps on ParaPy’s servers.
- 11. Customization
- Open API for custom engineering disciplines.
Pricing
Countries & Languages
Interface languages
Billing currencies
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About ParaPy
ParaPy is a Python-based platform for automated design applications. It provides a core library for declarative modeling, CAD and BIM toolboxes, simulation integration for FEM and CFD, and reporting tools that generate technical drawings. Custom UI libraries support desktop or web interfaces, while productivity tools speed up development cycles. ParaPy is designed for engineering teams that need to automate complex design workflows. Key capabilities Python-based parametric modeling CAD and BIM automation toolboxes Simulation integration for analysis Automated reporting and drawings Custom UI libraries for apps Best for: Engineering teams automating design processes.
ParaPy Details
ParaPy's In-App Market Place
Does ParaPy have an in-app market place?
Yes
How many Mini-Apps in the marketplace?
0
Mini Apps
Pricing Options
Accepted Payment Currencies
USD ($), EUR (€), GBP (£), JPY (¥), CAD (C$), AUD (A$), INR (₹), CNY (¥), RUB (₽), CHF (Fr)
Pros & Cons
- Python-based: Easy for engineers familiar with Python to use.
- Comprehensive toolboxes: Covers modeling, simulation, and reporting in one platform.
- Customization: Open API allows tailoring to specific needs.
- Cross-platform: Supports Windows and Linux.
- Ownership of IP: Users retain full control of their source code and app deployment.
- No mention of pricing: Lack of clear pricing options.
- Limited public support information: Only email support explicitly mentioned.
- No marketplace: No mention of an in-app marketplace for extensions or third-party tools.
- Limited language details: Lack of information on multilingual support.
- Documentation availability: No mention of publicly accessible detailed documentation.
ParaPy's Support Options
Email Address
info@parapy.nlParaPy's Alternatives
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