VRAY FOR 3 DS MAX VRay Frame Buffer
![](https://slidetodoc.com/presentation_image_h/2d72f4441c68e39f60a48449c96f2cb5/image-1.jpg)
![V-RAY FOR 3 DS MAX V-Ray Frame Buffer V-RAY FOR 3 DS MAX V-Ray Frame Buffer](http://slidetodoc.com/presentation_image_h/2d72f4441c68e39f60a48449c96f2cb5/image-2.jpg)
V-RAY FOR 3 DS MAX V-Ray Frame Buffer
![LESSON INTRODUCTION Orientation • This presentation covers the V-Ray Frame Buffer in 3 ds LESSON INTRODUCTION Orientation • This presentation covers the V-Ray Frame Buffer in 3 ds](http://slidetodoc.com/presentation_image_h/2d72f4441c68e39f60a48449c96f2cb5/image-3.jpg)
LESSON INTRODUCTION Orientation • This presentation covers the V-Ray Frame Buffer in 3 ds Max • This lesson topic is approximately 30 minutes in length • This presentation covers all three learning cycles: Lecture, Demonstration and Activity
![V-RAY VFB • Objective – We will use a scene in 3 ds Max, V-RAY VFB • Objective – We will use a scene in 3 ds Max,](http://slidetodoc.com/presentation_image_h/2d72f4441c68e39f60a48449c96f2cb5/image-4.jpg)
V-RAY VFB • Objective – We will use a scene in 3 ds Max, render it and explore the options of the V-Ray Frame Buffer • Outcome – You will be able to manipulate a rendered image in the V-Ray Frame Buffer
![OVERVIEW • The V-Ray Frame Buffer is a display window for V-Ray renderings that OVERVIEW • The V-Ray Frame Buffer is a display window for V-Ray renderings that](http://slidetodoc.com/presentation_image_h/2d72f4441c68e39f60a48449c96f2cb5/image-5.jpg)
OVERVIEW • The V-Ray Frame Buffer is a display window for V-Ray renderings that includes a number of V-Rayspecific features: – – – – Render Elements – hold and display all render elements in a single window Channels Preview – separate and view the Red, Green, Blue, Alpha and Luma channels Region render – a function allowing you to render just a part of the image Track mouse while rendering –V-Ray renders the part of the image closest to the mouse pointer Color Corrections – VFB allows you to apply color corrections on a 32 bit floating point image Look Up Tables – save and load color corrections using the LUT functionality VFB History – a place to back up rendered images. Allows A/B comparison
![RENDER ELEMENTS • Render Setup • For the purposes of the demonstration we have RENDER ELEMENTS • Render Setup • For the purposes of the demonstration we have](http://slidetodoc.com/presentation_image_h/2d72f4441c68e39f60a48449c96f2cb5/image-6.jpg)
RENDER ELEMENTS • Render Setup • For the purposes of the demonstration we have added a few render elements. • Render elements allow us to extract different image components • Render elements are discussed in great detail in the corresponding lessons
![VFB • Render Elements drop down menu • Render elements can be viewed by VFB • Render Elements drop down menu • Render elements can be viewed by](http://slidetodoc.com/presentation_image_h/2d72f4441c68e39f60a48449c96f2cb5/image-7.jpg)
VFB • Render Elements drop down menu • Render elements can be viewed by selecting them from the drop down menu
![VFB TOOLS • Channels preview • Red, Green and Blue • Alpha channel • VFB TOOLS • Channels preview • Red, Green and Blue • Alpha channel •](http://slidetodoc.com/presentation_image_h/2d72f4441c68e39f60a48449c96f2cb5/image-8.jpg)
VFB TOOLS • Channels preview • Red, Green and Blue • Alpha channel • Luma • Save/Load • Save options – render elements • Image file formats
![VFB TOOLS • Region render • Render only parts of the final image • VFB TOOLS • Region render • Render only parts of the final image •](http://slidetodoc.com/presentation_image_h/2d72f4441c68e39f60a48449c96f2cb5/image-9.jpg)
VFB TOOLS • Region render • Render only parts of the final image • Track mouse while rendering • Concentrate rendering power around the mouse pointer
![VFB COLOR CORRECTIONS • Color Corrections are applied on a 32 bit floating point VFB COLOR CORRECTIONS • Color Corrections are applied on a 32 bit floating point](http://slidetodoc.com/presentation_image_h/2d72f4441c68e39f60a48449c96f2cb5/image-10.jpg)
VFB COLOR CORRECTIONS • Color Corrections are applied on a 32 bit floating point image • Can be saved and loaded • Look Up Tables support • Background Image
![VFB HISTORY • Save a history of rendered images • A/B comparison • Render VFB HISTORY • Save a history of rendered images • A/B comparison • Render](http://slidetodoc.com/presentation_image_h/2d72f4441c68e39f60a48449c96f2cb5/image-11.jpg)
VFB HISTORY • Save a history of rendered images • A/B comparison • Render settings saved for each image
![VFB STAMP • Allows you to print information on top of the rendered image VFB STAMP • Allows you to print information on top of the rendered image](http://slidetodoc.com/presentation_image_h/2d72f4441c68e39f60a48449c96f2cb5/image-12.jpg)
VFB STAMP • Allows you to print information on top of the rendered image • Use your own text or choose from the available Variables
![DEMONSTRATION Sit back and watch as I demonstrate the different V-Ray Frame Buffer tools… DEMONSTRATION Sit back and watch as I demonstrate the different V-Ray Frame Buffer tools…](http://slidetodoc.com/presentation_image_h/2d72f4441c68e39f60a48449c96f2cb5/image-13.jpg)
DEMONSTRATION Sit back and watch as I demonstrate the different V-Ray Frame Buffer tools… Artwork by Name
![ACTIVITY Now it is your turn to try. Use the provided handout as a ACTIVITY Now it is your turn to try. Use the provided handout as a](http://slidetodoc.com/presentation_image_h/2d72f4441c68e39f60a48449c96f2cb5/image-14.jpg)
ACTIVITY Now it is your turn to try. Use the provided handout as a guide to explore the different V-Ray Frame Buffer tools: Artwork by Name
![Artwork by Name Artwork by Name](http://slidetodoc.com/presentation_image_h/2d72f4441c68e39f60a48449c96f2cb5/image-15.jpg)
Artwork by Name
![](http://slidetodoc.com/presentation_image_h/2d72f4441c68e39f60a48449c96f2cb5/image-16.jpg)
- Slides: 16