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所在平台: Udemy |
课程主页: https://www.udemy.com/course/tyflow-from-absolute-beginner-to-pro-vol-1/
课程评论：没有评论
Coursera 课程总结：Tyflow 从零基础到专业（第一卷） 本课程由 Bogdan 主讲，面向所有希望学习 Tyflow 并掌握其专业应用的用户。无论您是初学者还是想系统学习 Tyflow，本课程都能帮助您制作出令人惊叹的视觉特效，应用于电影、广告和游戏等领域。 **课程亮点：** * **面向初学者：** 无需 Tyflow 基础，从零开始，循序渐进。 * **实操项目：** 通过大量项目实践，为您的作品集增添有价值的内容，助力就业。 * **全面覆盖：** * Tyflow 的下载与安装 * Tyflow 基础知识和界面详解 * 创建基础模拟场景及参数设置 * 深入讲解几乎所有操作符 * 力的应用与控制 * 特效案例：龙卷风、烟花、火花 * 多种碎裂效果示例 * 布料模拟：交互、撕裂、弱化贴图、运动布料、窗帘制作 * 软体动力学：气球等 * Ty Slicer, Ty Carve, Ty Confirm, Ty Mesher 工具 * 复杂案例：砖墙、玻璃、木材的碎裂与破坏 * 粒子物理与 PhysX 物理的区别 * 体素（Voxels） * 样条（Splines）的使用 * 动态草地模拟 * 绳索模拟 * 沙粒（颗粒求解器）模拟 * 雪/泥模拟 * 金属损伤效果 本课程将帮助您构建坚实的 Tyflow 基础，并逐步成长为专业的特效艺术家，抓住行业机遇。
Hello everyone, my name is Bogdan!Are you struggling to learn Tyflow on your own or just want to start learn it? This cours will help you to use Tyflow professionally.After this course you will be able to start making stuning effect for movies, commercials and games.In this course I will teach you everything you need to know about getting started with Tyflow. You will create lots of projects that you can add to your own portfolio to help your employment.This course is for begginers but over time it will grow into a more complex one. You do not need any previous knowledge of Tyflow. We will start right at the begining and work our way through step by step.Don't miss the opportunity to start your career in this industry.In this course we will be focusing on:- Download and install Tyflow- Tyflow fundamentals- Deep explanation of the tyflow interface- Creating basic scene for simulations, explaining setings, parameters - Explaining almost every operapor- How work with forces- Effects like tornado, fireworks, sparks- Various examples of fracturing- Explain Cloth simulation and different examples: - Interact with forces - Cloth tearing - Weakness map - Moving Cloth - How make curtains- Soft bodies- Soft bodies (Baloons)- Tyslicer- Tycarve- Tyconfirm- Tymesher- Complex example of: - Brick wall fracturing and destruction - Glass fracturing and destruction - Wood fracturing and destruction- Explane difference between Particle physics and PhysX physics- Voxels- Splines and how work with them- Dynamic grass simulation- Rope simulation- Sand simulation (Granular solving)- Snow/Mud simulation- Metal damage
