CGCircuit – The Faroe Islands in Houdini

信息：
在这 17 多个小时内，您将深入了解 Houdini 环境创建的强大工具和可能性。

我们将创建一个非常复杂的环境，灵感来自法罗群岛。您将学习创建地形、组合不同翻转模拟的高级技术，例如与海洋相互作用的瀑布、波浪撞击岩石的地方，以及所有与海洋网格相结合的技术。看起来很难吗？让我补充一点。我们将通过超级强大的工作流程做到这一点，即使在您的家用电脑上，它也能让您创建超级复杂的环境。

这是一门非常特别的课程，而且完全独一无二。这不是要向您展示我的场景，以便您可以复制它。它是关于理解专业环境创建的概念。本课程的目标是解开对 Houdini 的理解，让您摆脱技术限制，并能够将您的想法转化为您的场景。

不要被这种环境的复杂性吓倒。我们循序渐进，在问题出现时高效地解决问题。

我非常有信心，在本课程结束后，您将在 Houdini 感到宾至如归。不仅创建此环境，还创建您可能想要创建的任何其他环境。

我们将在 Redshift 3D 上渲染它，但这些概念可以应用于大多数渲染引擎。

Duration 17h 2m Project Files Included MP4

Title: CGCircuit – The Faroe Islands in Houdini

Info:
In these 17+ hours, you will dive deep into Houdini environment creation´s powerful tools and possibilities.

We will create a very complex environment, inspired by the Faroe Islands. You will learn advanced techniques to create terrains, to combine different flip simulations, like a waterfall that will interact with the ocean, where there will be waves breaking against rocks, and all integrated with the ocean grid. Looks hard? Let me add something else. we will do that with a super powerful workflow that allows you to create super complex environments even on your home computer.

This is a very special course, and completely unique. This is not about showing you my scene so you could copy it. It is about understanding the concepts of professional environment creation. The goal of this course is to unlock the understanding of Houdini and to be able to set you free from technical limitations and be able to translate your ideas to your scene.

And don´t be intimidated by the complexity of this environment. We go through step by step, solving problems with efficiency as they appear.

I am really confident that after this course you will feel completely at home in Houdini. Creating not only this environment but any other that you might want to create.

We will render this on Redshift 3D, but the concepts could be applied to most render engines.

COURSE Highlights
Create negative angles in vertical cliffs;

Merge, combine and create interactions between 2 large simulations;