In this lesson, we’ll cover different modeling methods. We’ll see how different topology behaves, how to solve some of the topology issues that you’ll face in real-world projects. As a result, you will get the final character model.

To animate the character, we need to build a skeleton to which we will attach the character model. You will learn how to create joints and how to properly bind different parts of the geometry to different joints using weight painting and skin deformer.

To simplify the animation process we’ll show you how to create complex dependencies using Xpresso. It will allow you to control the joints using custom controllers. We’ll also learn how to build IK/FK switch system from scratch

In this lesson, we’ll continue to build a custom rig. It contains a lot of tips and tricks about constraints, Xpresso, etc. You will learn how to fix the “forearm twist” problem and one of the methods to create a “Bendy bones” system.

You already know how to bind geometry to joints and have a basic idea of how it simplifies the animation process. In this lesson, you will learn some different technics to rig face features such as pose morphs and how to make them work together with the skin deformer.

The rig is finally done! Now you are ready to bring the character to life. You will learn the basic approach to animate a walk cycle in Cinema 4D using your rig.

We’ll dive deep into some of the common pitfalls and not obvious problems that you’ll face in real-world projects and how to fix them such as “Gimbal Lock” and “IK Knee Popping”. We’ll finalize the walk cycle animation and make a perfect loop

Many of the motion designers are afraid of simulations because it is too complex,
But the truth is that it’s much simpler than it seems. The cloth simulation will bring your animations to a new level of realism and complexity. Once you nail it, you will use it everywhere.

You made a lot of complex technical stuff and it’s time to assemble the whole scene and make it beautiful! You will learn how to set up lighting, tune materials based on physical properties. Also, you’ll get a lot of tips about project optimizations, parametric materials, volumetric rendering, and much more.