Inhalt: If you have 3D designs that you want to take from 3ds Max and make interactive, you've probably already explored using Unreal Engine. In this course, Brian Bradley shows you some potential workflows for transferring assets from 3ds Max into Unreal in as clean and easy a manner as possible, including some of the potential problems and pitfalls that you can run into along the way. Brian first covers the steps you should take in 3ds Max to get your scenes ready for export in a quick and straightforward manner. Then, he gets into how to fix some of the common problems that might arise at different points along the production process. After this course, you'll be better equipped to transfer your assets smoothly and spend less time moving your files around and more time working in Unreal. Umfang: 02:05:52
Inhalt: Using render elements, V-Ray Next for 3ds Max offers fine-grained control over parameters necessary for creating high-quality composites, such as reflections, shadows, mattes, and more. In this course, Brian Bradley shows how to use V-Ray Next to create renders specifically for a post-production workflow in applications like Photoshop and After Effects. Explore the render elements UI and workflow and the output options for still images and animated sequences. Then learn how to use 3ds Max state sets to manage multiple render passes, and find out how to analyze a scene. In chapter four, Brian takes a deep dive into render elements such as MultiMatte, Cryptomatte, ZDepth, VRayLightSelect, and more. The fifth chapter is a project-based lesson that shows how to select and adjust render elements for an animated sequence. Finally, learn how to add lighting and other effects in order to produce a very different looking final composite. This course was created by Brian Bradley. We are pleased to offer this training in our library. Umfang: 03:02:25
Inhalt: Substance tools are now an industry standard when it comes to texturing 3D geometry in all areas of 3D. As Autodesk now includes the Arnold renderer as part of the base 3ds Max package, understanding how to use these two toolsets together is a must. In this course, discover how to use the substance-based toolset from Allegorithmic in conjunction with the Arnold renderer in 3ds Max. Instructor Brian Bradley explores the various workflow requirements and options for using the Substance Bitmap2Material and Designer applications with 3ds Max and Arnold. Umfang: 02:02:56.00
Inhalt: Discover how to leverage the substance-based toolset from Allegorithmic with V-Ray in 3ds Max. In this course, explore the various workflow requirements and options that are available when using the Substance Designer, Substance Painter, and Bitmap2Material applications with 3ds Max and V-Ray. Brian Bradley explains what substance-based tools are, and how to use them with the 3ds Max application. He also demonstrates how to create materials from photographic assets, how to work with substances and maps from Substance Designer, and how to export maps from Substance Painter. Umfang: 01:56:01.00
Inhalt: Discover how to leverage the substance-based toolset from Allegorithmic to create photorealistic texture maps for your 3ds Max projects. In this course, you can explore the workflow for integrating Substance Designer, Substance Painter, and the Bitmap2Material (B2M) node with 3ds Max. Brian Bradley explains what substance-based tools are and how to use them within the 3ds Max application as well as the V-Ray rendering engine. He demonstrates how to create materials from photographic assets using the B2M node, how to work with substance materials from Substance Designer, and how to export bitmap textures from both Substance Designer and Substance Painter for use in 3ds Max and V-Ray. Umfang: 01:35:46.00
Inhalt: Autodesk 3ds Max boasts a robust set of animation tools that can be used to bring characters, machinery, and even environments to life. In this course, get acquainted with some of the fundamental tools that can be used to both create and control animations. To make this course as practical as possible, instructor Brian Bradley introduces each tool (or set of tools) in a practical exercise that helps you see the tool in action. He covers working with controllers, creating reactions, using motion capture, working with constraints and wire parameters, and more. Umfang: 01:43:49.00
Inhalt: V-Ray Next for 3ds Max offers smart lighting tools that intelligently analyze scenes and optimize ray calculations. In this course, instructor Brian Bradley shows how to use the V-Ray Next VRayLight-also called the plane or rectangle light-in its various operating modes: Plane, Dome, Sphere, Mesh, and Disc. The course starts with a refresher on light behavior in the real world and demonstrates how those principles translate to the rendering environment. Brian then shows how to adjust the different settings and controls of the VRayLight and put those techniques into practice by lighting a sample scene. Tackle the challenge on your own first and then review Brian's solutions for illuminating the scene with each of the VRayLight operating modes. This course provides a thorough introduction that can help you master the technical aspects of lighting in V-Ray Next, so you can focus on the art and craft. Umfang: 02:09:49
Inhalt: Meet mental ray, the render engine of choice for many 3ds Max users. In this course, Brian Bradley covers the basic and not-so-basic features of this production-proven renderer. The mental ray workflow, Arch & Design materials, lighting tools such as the daylight system and exposure controls, global illumination, and the Unified mode sampling options are all examined. Last but not least, Brian covers the creation of render effects such as caustics, depth of field, and motion blur. Umfang: 04:07:46.00
Inhalt: Meet mental ray, the render engine of choice for many Maya users. In this course, Brian Bradley covers the basic and not-so-basic features of this production-proven renderer. Brian introduces the mental ray workflow, lighting tools, global illumination toolset, and the mia materials. Last but not least, he covers the Unified Sampling engine and render effects such as caustics, depth of field, and displacement mapping. Umfang: 03:07:41.00
Inhalt: Particle Flow is a sophisticated nonlinear, event-driven particle system that is an integral part of the VFX toolset in Autodesk 3ds Max. Join Brian Bradley as he shows you how to start creating great looking animations and simulations with Particle Flow. Review the basic components, harness the power of its ready-made flow types like Preset and mParticles, and then learn to adjust operators to change the look, logic, and behavior of particles inside your flows. Finally, see how to put it all into practice by building your own rain, splash, and drip system from the ground up. Umfang: 03:32:09.00
Inhalt: V-Ray for Blender combines V-Ray's flexibility and unprecedented speed with one of the world's most famous open-source 3D applications. Build your rendering skills while you learn new tools for expanding your creative possibilities, in this course on V-Ray 3.0, the most recent version of this powerful lighting and rendering plugin. Brian Bradley introduces V-Ray's lighting tools for natural-looking daylight and artificial illumination, the Global Illumination system, and the Physical Camera, which gives you real-world parameters for camera control (such as f-stop and focal length). Then learn how to use V-Ray's texturing tools to build realistic surfaces, including diffuse, reflective, and refractive surfaces. Last but not least, explore V-Ray's sampling controls for adjusting the quality of your final renders. Umfang: 02:35:34.00
Inhalt: Color bleed is a common problem in illumination renders, where colors are transferred by reflections from indirect light. By understanding how light works in the real world, and using 3ds Max and mental ray to mimic that behavior virtually, you can prevent most color bleed problems. Join Brian Bradley as he explores GI-specific tools such as Final Gather (FG) and photon-based controls, and nonphysical controls such as the rayswitch map and object properties. These tips are invaluable for lighting and rendering specialists who control or eliminate excessive color bleed in the most fast and efficient manner possible. Umfang: 01:06:41.00
Inhalt: V-Ray is a very popular and high-quality third-party renderer for SketchUp. With V-Ray, you can add naturalistic lighting, cameras, reflections, and diffuse materials to your SketchUp models and scenes. This course will use a single arch viz scene (an architectural visualization with interior and exterior elements) to demonstrate all of these options. Author Brian Bradley covers all of the V-Ray light types (from Sun and Sky to Sphere), irradiance mapping, physical cameras, materials, and V-Ray quality controls. By the end of the course, you'll know how to use V-Ray features to make your SketchUp models look their very best. Umfang: 03:15:45.00
Inhalt: Learn critical techniques for creating renders of your 3D visualizations in compositing applications such as Photoshop while using V-Ray Next with SketchUp. Instructor Brian Bradley reviews the available render elements in SketchUp, including the user interface, workflow, and output options. He then shows how to leverage elements like Global Illumination, Specular, and Refraction in an initial beauty pass-the main full-color rendering of your scene. Finally, learn how to render multiple, accurate mattes and textures; adjust the depth and sample rate of final output; and use those complex matte renders in programs like Photoshop to speed up compositing. This course was created by Brian Bradley. We are pleased to host this training in our library. Umfang: 01:31:02
Inhalt: Create highly realistic 3D architectural drawings with V-Ray, a popular third-party renderer for SketchUp. This course shows how to take a single scene with interior/exterior elements and add lights, move cameras, and enhance objects with translucent and reflective surfaces. Author Brian Bradley explains concepts like irradiance mapping, perspective correction, and fixed rate sampling, while showing how to leverage each of the V-Ray tools and its material and lighting types to achieve specific effects. Umfang: 03:48:18.00
Inhalt: V-Ray 3 for SketchUp features interactive rendering technology that allows users to see results immediately upon changes to the model. In this course, Brian Bradley both introduces and helps to solidly ground you in your ability to use the tools and features found in the powerful V-Ray for SketchUp rendering solution. After he familiarizes you with the V-Ray interface, Brian demonstrates how to add illumination to your scenes using the program's versatile lighting tools. He shows how to work with different light types for adding both artificial light and natural-looking daylight. In addition, he covers the V-Ray camera, materials, map types, render elements, FX tools, and more. Umfang: 04:56:48.00
Inhalt: Explore features of V-Ray Next, the rendering plugin which offers the power to render designs directly inside SketchUp. Instructor Brian Bradley walks through the interface of V-Ray Next for SketchUp, then demonstrates basic tools and features. Brian also shows how to add illumination to scenes using versatile lighting tools, and how to add and work with both artificial and natural-looking light. In addition, he covers the V-Ray camera, materials, map types, render elements, effects tools, and more. Umfang: 04:53:10.00
Inhalt: Anyone who uses Unreal Engine for real-time visualization knows how important good lighting is to your presentation. Global Illumination is the best way to simulate how light behaves in the real world. In this course, Brian Bradley shows key settings and best practices for architects, designers, and artists looking to incorporate the Lightmass Global Illumination (GI) solver into their visualization process. Learn how to create lightmaps for a level, focus Lightmass GI calculations to put your computing resources to best use, understand how materials affect lighting, and set up light portals that are quick, clean, and production ready. Plus, discover how to work with area shadows and high-dynamic-range images (HDRIs), and see how adjustments to static lighting scale affects quality. Brian also introduces advanced topics, such as lighting animated objects with GI and controlling color bleed. Umfang: 01:30:49.00
Inhalt: This course introduces the features of the V-Ray 2.0 rendering engine and demonstrates how to extend the range of 3ds Max with its state-of-the-art tools, such as irradiance mapping, fur and hair textures and shaders, and stereoscopic 3D rendering. The course covers critical concepts such as creating basic materials, image sampling, color mapping, subdivs, and lighting, as well as the Render Elements, RT, and physical rendering workflows in V-Ray. Exercise files are included with the course. Umfang: 05:11:02.00
Inhalt: This course introduces the features of the V-Ray 2.0 rendering engine and demonstrates how to extend the range of Maya with its state-of-the-art tools, such as irradiance mapping, fur and hair textures and shaders, and stereoscopic 3D rendering. The course covers critical concepts such as creating basic materials, image sampling, color mapping, subdivs, and lighting, as well as the Render Elements, RT, and physical rendering workflows in V-Ray. Exercise files are included with the course. Umfang: 04:46:51.00
Inhalt: Master features of the V-Ray 3.0 rendering engine and learn how to extend the range of 3ds Max with state-of-the-art V-Ray tools, such as progressive sampling, skin and hair shaders, and stereoscopic 3D rendering. This course covers critical V-Ray concepts such as basic material creation, image sampling, color mapping, subdivs, and lighting, as well as creating in-camera effects such as depth of field, motion blur, and caustics. Author and 3D expert Brian Bradley will help you add amazing and lifelike materials and effects to your 3D models with this powerful plugin. Umfang: 06:58:50.00
Inhalt: Get up and running with the V-Ray 5 rendering engine inside 3ds Max. In this course, instructor Brian Bradley shows how to extend the range of 3ds Max using the many state-of-the-art tools and features found in this, the fifth version of the powerful rendering solution. Brian kicks off the course by covering several new tools included in V-Ray 5, including the Lighting Analysis tool and the Viewport IPR. He then dives into critical V-Ray concepts, including materials, image sampling, maps, and lighting, as well as how to create in-camera effects such as depth of field and motion blur. Brian also shows how to easily add lifelike effects to your 3D models using FX tools such as VRayFur. Umfang: 05:43:53
Inhalt: Get up and running with the V-Ray Next rendering engine inside 3ds Max. In this course, instructor Brian Bradley shows how to extend the range of 3ds Max using the many state-of-the-art tools and features found in this edition of the powerful rendering solution. Brian kicks off the course by covering several new tools included in V-Ray Next, including the Lighting Analysis tool and the Viewport IPR. He then dives into critical V-Ray concepts, including materials, image sampling, maps, and lighting, as well as how to create in-camera effects such as depth of field and motion blur. Plus, he shows how to easily add lifelike effects to your 3D models using FX tools such as VRayFur. Umfang: 06:13:15.00
Inhalt: The V-Ray Next render engine inside Unreal is a game changer, offering offline and real-time rendering for a variety of 3D projects, including architecture, animation, film, and product design. This course introduces you to the rendering workflow in V-Ray Next, including lighting, texturing with custom and third-party materials, rendering desired elements, and even compositing them with a post-production tool like After Effects. Instructor Brian Bradley also provides a tour of V-Ray Frame Buffer, the display window that allows you to perform color corrections and apply interactive lens effects, as well as high-quality light baking for real-time rendering. Umfang: 02:49:25.00
Inhalt: Find out how to use V-Ray RT as a bona fide production renderer in 3ds Max, even in a compositing-based pipeline. V-Ray RT has caught up to the standard production renderer in Max, with an engine that can take advantage of CPU and GPU processing; it's no longer just a tool for quick preview renders. This course shows how to set up V-Ray RT as an ActiveShade renderer and start adding geometry and cameras, creating animations, applying materials and lighting, and adjusting render settings for a professional-looking, efficient render in 3ds Max. Brian Bradley teaches all these techniques as he progresses through a mini-project, concluding with a brief chapter on compositing your final render in After Effects. The examples help show how V-Ray RT can be put to use in a simplified real-world production scenario, where speed and flexibility are equally important. Umfang: 03:25:40.00
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