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via Udemy |
Go to Course: https://www.udemy.com/course/rhinoceros-x-python3d/
Certainly! Here's a comprehensive review and recommendation for the Coursera course on 3D modeling with Rhinoceros and Python: --- **Course Review and Recommendation: 3D モデリングとPython操作入門 (Intro to 3D Modeling with Rhinoceros and Python)** If you're interested in exploring the fascinating world of 3D modeling and computational design, this Coursera course offers an excellent starting point. Designed for beginners, the course guides students through the fundamentals of using Python to manipulate Rhinoceros (Rhino), a powerful 3D modeling application. **Course Highlights:** - **Beginner-Friendly Content:** The course starts with the basics of Python programming, making it accessible even to those with no prior coding experience. Clear instructions on how to use the editor and write simple scripts lay a solid foundation for further learning. - **Practical Rhino Skills:** Students learn how to utilize core Rhino commands to create and modify objects such as points, curves, and surfaces. The course emphasizes understanding the Rhino documentation, enabling learners to retrieve information about objects and to add new ones programmatically. - **Intermediate Techniques:** As confidence grows, the course introduces the manipulation of 3D objects using various algorithms. You'll explore recursive algorithms for tree generation, shape optimization techniques, and Turing patterns, integrating creativity with computational logic. - **Creative and Innovative Projects:** The culmination of the course involves implementing algorithms to design and control complex 3D forms. This experiential learning helps develop skills in algorithmic design, enabling the creation of intricate models that would be difficult to craft manually. - **Real-World Applications:** Beyond technical skills, the course encourages understanding programming as a tool for design and inspiration, opening avenues for innovative thinking in architecture, product design, and digital art. **Pros:** - Well-structured progression from beginner to intermediate levels. - Hands-on projects and real-world examples. - Focus on integrating programming with artistic and design processes. - Encourages experimentation with creative algorithms such as recursive tree structures and pattern generation. **Cons:** - Might require patience for those new to programming. - Some familiarity with 3D modeling concepts is helpful but not mandatory. **Final Recommendation:** This course is highly recommended for students, designers, architects, or hobbyists interested in blending coding with 3D modeling. It empowers learners to harness the power of Python for automating and enhancing their design workflows within Rhino, pushing the boundaries of traditional modeling to include complex, algorithmically generated forms. Whether you're looking to improve your technical skills or unlock new creative possibilities, this course provides valuable knowledge and inspiration. **Conclusion:** Embark on this learning journey to not only improve your programming and modeling skills but also to discover the exciting realm of computational design. The skills gained here can serve as a stepping stone to innovative design solutions, making your creative process more dynamic and efficient. --- Feel free to ask if you'd like a shorter summary or specific details!
3DモデリンングのためのアプリケーションRhinocerosをプログラミング言語Pythonによって操作する方法を、エディターの使い方、コードの書き方など初心者レベルから初めます。まず、このコースで使うPythonの基礎を学んだ後でRhinoの基本的なコマンドを利用する方法について学びます。Rhinocerosのドキュメントに描かれた点、曲線、曲面などオブジェクトの情報を取得する方法、逆にプログラムからRhinocerosのドキュメントに点、曲線、曲面などのオブジェクトを追加する方法などを知ることができるでしょう。最終的には様々なアルゴリズムによって、オブジェクトを自由にコントロールし配置して３Dの形状をモデリングする言わば中級レベルのプログラミンングにまで到達します。再帰アルゴリズムによる樹木の生成や最適化アルゴリズムによる形状最適化、チューリング・パターンなどを楽しみながらコンピュテーショナル・デザインの醍醐味を味わってプログラミングと3Dモデリングのスキルをアップすることができるでしょう。アルゴリズムをPythonによって実装し、３Dモデルを生成すると言う素晴らしい世界を経験し、プログラミングをデザインという活動の一つの手段、または発想の手がかりとして活用していただけるようになると信じます。