Nuke 高级立体电影教程 Digital Tutors Advanced Stereo Workflows in Nuke-Disparity

由Digital Tutors 公司出品的Digital Tutors Advanced Stereo Workflows in Nuke-Disparity教程，Nuke 高级立体电影工作流程教程。
教程所使用的软件：Nuke 6.0 and up for project files

在这一系列的教程中，我们将学习到深度转换传递到一个差距从三维地图的应用技术，以Nuke的先进的音响工具为优势。在此之前的过程中，创造悬殊地图所需的Ocula插件，但所有的数据都经过深入生活，它只是需要成为一支强大的视差图转化。

我们将首先对Nuke解释和执行的悬殊地图学习这个项目。然后，我们将在权利和学习潜水的深度和之间的差距的地图，并学习如何将深度偏移和增加我们的数学关系带入一个像素的偏移值和shuffle成为渠道价值的差距。地图与我们的差距，我们将能够使用先进的reconverge功能，以及自动节点，从一个位置或转化为其他财产的看法。通过学习，我们将完成如何使用我们的差距值来自动更新立体声抵消使用表达式。
章节安排:
1。介绍和项目概况
2。理解什么是差距的地图是和它是如何产生的
3。三维深度为差距第1部分：反转成正确的空间深度
4。三维深度为差异第2部分：胶印零视差
5。三维深度成差距第3部分：成像素乘数
6。三维深度为差距第4部分：将适当的渠道洗牌
7。使用功能强大的立体声差距编辑ReConverge
8。使用自动复制差距左/右转换
9。处理一个复杂的变换和错误的偏移

 
Lesson Outline (10 lessons)
In this series of lessons we'll learn a technique to convert a Depth pass from a 3d application into a Disparity map to take advantage of Nuke's advanced Stereo tools. Prior to this course, creating disparity maps required the Ocula plugin, but all the data lives in every depth pass, it just needs to be transformed into a powerful disparity map.

We'll begin this project by learning about Nuke's interpretation and implementation of disparity maps. Then we'll dive right in and learn the mathematical relationship between depth and disparity maps and learn how to offset and multiply our depth into a pixel offset value and shuffle that value into the disparity channels. With our disparity map we will be able to use the advanced reconverge features, as well as automatically place any node that has a position or translate property from one view to the other. We'll finish by learning how to use our disparity values to automatically update stereo offset using expressions.

1. Introduction and Project Overview 3. 3D Depth into Disparity part 1: Invert Depth into correct space 5. 3D Depth into Disparity part 3: Multiplier into pixels 7. Using ReConverge with Disparity for powerful stereo editing 9. Dealing with a complex Transform and wrong offsets

2. Understanding what a Disparity map is and how it is generated 4. 3D Depth into Disparity part 2: Offset Zero Parallax 6. 3D Depth into Disparity part 4: Shuffle into proper channels 8. Using Disparity to automatically copy left/right transforms 10. Creating an expression to update our depth based on position

 
 
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