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所在平台: Udemy |
课程主页: https://www.udemy.com/course/blender-geometry-nodes-encyclopedia/
课程评论：没有评论
**课程名称：Blender - Geometry Nodes 百科全书** **课程概述：** 本课程将带您进入 Blender 程序化 3D 的世界，深入学习 Blender 中最先进、功能最强大的系统之一：Geometry Nodes。无论您是 3D 新手还是经验丰富的设计师，本课程都旨在提升您的技能，帮助您从零开始构建动态、可复用的系统，且全程采用非破坏性工作流程。 我们将从核心概念入手，学习节点界面、创建简单形状，并理解数据如何在节点间流动。随后，我们将探索程序化建模、实例化、属性、基于场的系统以及动画技术等强大功能。 课程中，您将通过实际案例和练习来巩固所学知识，学习构建高效的工作流程，创建复杂的 3D 结构，甚至仅使用节点即可自动化建模任务。 学完本课程，您不仅将精通 Geometry Nodes，还将能够设计灵活的 3D 系统，构建程序化工具，并像技术艺术家一样思考。您还将获得快速原型设计、迭代以及跨项目复用设置的能力。 **目标学员：** 本课程适合 3D 艺术家、动态图形设计师、游戏开发者、建筑师、工程师、学者以及任何对 Blender 智能建模工作流程的未来感到好奇的人。 准备好彻底改变您的创作过程，让我们一起深入探索，设计无限可能！
Welcome to the world of procedural 3D in Blender!This comprehensive course will guide you through one of Blender's most advanced and powerful systems: Geometry Nodes. Whether you're just starting out or already experienced in 3D, this course is designed to elevate your skills and help you build dynamic, reusable systems from scratch - all without destructive workflows.We begin with the core concepts - learning the node interface, creating simple shapes, and understanding how data flows from one node to another. From there, we explore the powerful world of procedural modeling, instancing, attributes, field-based systems, and animation techniques.Throughout the course, you'll work on real-world examples and exercises that will help you solidify your knowledge. You'll learn how to build efficient workflows, create complex 3D structures, and even automate modeling tasks using nothing but nodes.By the end of the course, you will not only be fluent in Geometry Nodes - you'll be able to design flexible 3D systems, build procedural tools, and think like a technical artist. You'll also gain the ability to quickly prototype, iterate, and reuse your setups across different projects.This course is ideal for 3D artists, motion designers, game developers, architectures, engineers, academcians and anyone curious about the future of smart modeling workflows in Blender.Get ready to transform your creative process. Let's dive in and design the impossible!
