The Ultimate Introduction to Octane for Cinema 4d

Available at: https://mographplus.gumroad.com/l/pbxmho

Welcome to our new course: The Ultimate Introduction to Octane for Cinema 4d.
This in-depth exploration spans over almost 20 hours of on-demand videos, encompassing 95 lessons.
Now let me tell you more about what you will learn in this course.
We start off the course by introducing Octane for Cinema 4d.
Next, we move on to lighting, which is one of the most important aspects of any render. You will learn the fundamentals of lighting and different lighting techniques, as well as the unique and powerful lighting tools that Octane provides. You will learn how to use primitive and analytic area lights, AI light, emission and IES lights, HDRI and texture environments, and Octane daylight and planetary objects. You will also learn how to light interior and exterior scenes in Octane, and how to use light linking and light mixer to control and adjust your lights in real time. Additionally, you will learn how to create volumetric lighting effects using fog volume, volumetric spotlight, and post effects such as light beam and fog.


In the next section of the course, we’ll explore Octane materials and nodes.
We will start with the Octane standard surface material.
Then we will explore bump and displacement mapping in Octane.

Next, I will show you a simplified approach to shader creation using the standard surface material, where you will learn how to create common materials such as plastic, fabric, wood, concrete, metal, and more.

After that, we will learn about other Octane materials, such as diffuse, glossy, specular, metallic, and universal. We will also learn how to use composite material and texture, mix material and texture, and layered material. Furthermore, we will learn how to use hair, toon, and clipping materials.
We will also learn how to use transform, projection, and triplanar nodes to precisely control how textures are mapped and projected onto the surface.
Then we will see how Octane can read and render Mograph and field colors, and how to randomize textures, colors, and UVs in Octane using various techniques and nodes.
We will also get to know the jittered color correction node, ray switch node, vertex map and attribute nodes.
We learn how to add decals and stickers, and how to use the PBR texturing workflow in Octane. And much more.
Almost every single Octane material, map or node is covered with practical examples throughout this section.


Next, we learn all about cameras, and how to use them in Octane. You will learn about different camera types, depth of field, motion blur, and other camera-related features.
First, we explore the Octane camera in depth, and how to adjust its settings and parameters. Then we learn how to achieve realistic depth of field effects, and how to add optical vignetting, split-focus diopter, and various chromatic aberrations.
Next, we learn how to add and adjust motion blur in Octane, and how to use it to create dynamic renders.
We also discuss denoising and up sampling using the Spectral AI Denoiser and AI Up sampler, and how to use these features to improve the quality and speed of your renders.
Then we talk about different camera types and universal camera modes in Octane, and how to make fisheye, panoramic, stereoscopic, and VR-ready renders. We also learn how to add post-processing effects such as bloom, glare, and chromatic aberration, and how to use these features to enhance the look and feel of your renders.

Section five of the course is all about rendering with Octane. First, we talk about the Live Viewer, which is the most important part of Octane. You will learn how to use the Live Viewer to manage, preview and adjust your scene in real time
Then we learn about the fundamentals of image sampling and ray tracing with Octane, and how to precisely control the quality and the noise in your renders using techniques like adaptive sampling.
We also talk thoroughly about all the render kernels in Octane, including Direct Lighting, Path Tracing, Info Channels, PMC, and Photon Tracing. You will learn how to use each kernel for different scenarios and purposes, and how to optimize your render settings.

Then we talk about ACES, a system to manage color in all levels of the production.
Next, we explore the AOVs, or render passes, in depth. You will discover the purpose and content of each AOV, and how to export them properly for post-processing.
You will also learn how to work with Render Layer, Output AOVs, and Compositing AOVs both inside Octane and outside in Fusion.


The following section explores some topics related to Octane Object tag, Vectron, Octane Scatter Object.
You will learn how to use VDB Volumes to render volumetric data in Octane.


So, sign in or sign up and let’s get started.


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