Houdini特效制作案例课程 DoubleJump Academy – Recreating the Driller Scene in Houdini and Redshift

本《Houdini与Redshift再现<变形金刚：月黑之时>钻机场景》实战视觉特效课程，专为寻求进阶的艺术家设计。课程将通过完整的项目实践，指导学员使用Houdini进行程序化建模与KineFX动画、Redshift渲染及After Effects合成，重新打造经典的钻机摧毁大楼的电影场景。学员将系统学习从资产搭建（包括部件组装与程序化建模）、动画匹配、建筑破碎预处理、RBD解算、火花烟雾等二次特效添加，到最终渲染合成的全流程高端技巧，最终获得高质量成片并掌握自主创作大片的技能与信心。

课程时长：18小时 1920X1080 mp4 语言：英语+中英文字幕 含课程文件

Recreating the Driller Scene in Houdini and Redshift。‍Recreate the iconic Driller scene from Transformers: Dark of the Moon in this hands-on VFX workshop. Designed for artists ready to level up, you’ll use Houdini, Redshift, and After Effects to build, animate, and destroy with pro techniques – kitbashing, procedural modeling, and more. Walk away with a killer shot, fresh skills, and the confidence to create your own epic VFX. Our teaching approach is hands-on & project-based.
We cover the theory and put it into practice so you can learn how to think like an artist. BLOCKBUSTER RESULTS
Light/Render in Redshift and composite in After Effects to achieve that cinematic look. TAKE CONTROL
Procedurally animate your creation in Houdini’s KineFX to match reference and add impact to your shot。ADD THAT SPARK
Learn to incorporate secondary effects like sparks, fire, explosions, dust, and other debris to enhance your primary destruction sim. ENHANCE YOUR SKILLS
Achieve realistic destruction through a variety of material fracturing techniques (concreate, glass, metal). ASSEMBLE YOUR ASSET
Create a building devouring machine! Level-up your destruction skills! In this course you will learn how to model a driller robot from scratch, using both kit bashed assets and Houdini procedural modeling techniques. Next, you will assemble the many different components of the driller in preparation for animation.

You will then animate the driller inside Houdini using KineFX in order to achieve quick results that match the reference. After completing the driller asset, you will then prep, name, and shatter the building model. The next step will be taking your driller model and destruction-ready building into Houdini’s bullet solver and simulating the destruction.

Once the sim is complete, you will add secondary effects like: debris, smoke, fire and sparks to enhance the detail and realism of the shot.

Finally, you will render all necessary passes in Redshift and complete your final image compositing in After Effects.What we will learn ：MODULE 1
Kitbashing and Houdini procedural modeling techniques.

What we will cover:
Kitbashing with pre-built assets. Procedural Modeling skills in Houdini. Channel referencing. Master the Copy SOP. Design with reference in mind. MODULE 2
Assembling the complete Driller Asset.

What we will cover:
Creating the Driller from Many Parts. Animating the Smaller, Detailed Pieces for Added Complexity and Realism. Create Random Movement to Sell the Mechanical Aspects of the Driller. MODULE 3
Animating the Driller to match reference using Houdini’s built in animation suite KineFX.

What we will cover:
Use Houdini’s built in Animation Toolset, KineFX, to bring your creation to life. Get familiar with the RigPose, RigDoctor, and Full BodyIK nodes. Use VEX to enhance the animation and achieve fast believable results. MODULE 4
Preparing building assets for destruction: cleaning, naming, fracturing, active vs. deforming, optimizing.

What we will cover:
Examine your Building Asset and prepare it for destruction. Eliminate potential Issues BEFORE Simulation Begins in order to prevent Simulation Errors and Wasted Time. Fracture your asset to achieve amazing results. Optimize heavy geometry to decrease sim times and allow for more iterations. MODULE 5
RBD Simulation in Houdini

What we will cover:
Animated collision. RBD object types. Constraints and custom breaking with SOP solvers. Metal bending. Custom glass break activation. Simulation settings for fast/accurate results. Proxy geometry workflow. MODULE 6
Secondary Elements

What we will cover:
Sparks, fire, explosions, dust and small debris. MODULE 7
Rendering in Redshift and Compositing in After Effects (bonus Fusion section)

What we will cover:
Proper motion blur. ACES. Render out necessary AOV’s to achieve professional results. Redshift setting for speed and quality. After Effects layers. Bonus Fusion section.




课程目录：
1-建模-1-基础块体
2-建模-2-基础块体
3-建模-3-块体组
4-建模-4-触手结构
5-组装-1-小型触手
6-组装-2-大型部件
7-组装-3-大型部件
8-动画-第一部分
9-动画-第二部分
10-动画-第三部分
11-动力学-命名与分割
12-动力学准备-1-地板
13-动力学准备-2-金属部件
14-动力学准备-3-窗户
15-动力学准备-4-内部结构
16-动力学破碎-1-破碎概述
17-动力学破碎-2-添加混凝土、创建切割器与破碎-第一部分
18-动力学破碎-2-添加混凝土、创建切割器与破碎-第二部分
19-动力学破碎-3-其余部分
20-动力学破碎-4-优化处理
21-动力学模拟-1-顶部部件模拟动画
22-动力学模拟-顶部-2-模拟所有顶部部件
23-动力学模拟-顶部-3-组装高细节部件
24-动力学模拟-顶部-4-窗户
25-动力学-主体-1-准备与命名-1-1-主体准备
26-动力学-主体-2-破碎与优化
27-动力学-主体-4-模拟主体-1-激活
28-动力学-主体-4-模拟主体-2-刚体动力学
29-动力学-主体-4-模拟主体-3-约束
30-动力学-主体-5-导入与组装-1-分割以添加细节
31-动力学-主体-5-导入与组装-2-钢筋创建
32-动力学-主体-5-导入与组装-3-4-线缆应用
33-动力学-主体-5-导入与组装-5-钢筋
34-动力学-主体-5-导入与组装-6-7-瓷砖
35-动力学-主体-5-导入与组装-8-高细节部分-第一段
36-动力学-主体-5-导入与组装-8-高细节部分-第二段
37-动力学-主体-6-为高模添加细节-1-碎块
38-动力学-主体-6-为高模添加细节-2-灰尘
39-动力学-主体-6-为高模添加细节-3-窗户
40-动力学-主体-6-为高模添加细节-4-窗户边缘
41-动力学-主体-6-为高模添加细节-5-窗户反光
42-动力学-主体-6-为高模添加细节-6-合并所有图层
43-添加特效-7-添加特效-1-浓烟
44-添加特效-7-添加特效-2-飘落的纸张
45-添加特效-7-添加特效-3-4-添加爆炸
46-添加特效-7-添加特效-5-火花
47-渲染与合成-8-渲染与合成-全部