In this training video watch Lightwave Instructor Adam Gibson build a Sci-Fi Style Corridor/Hallway similar to many that have been created for big screen sci-fi action films.
Learn how to take simple shapes and turn them into highly detailed geometry. Learn how to make your polygons glow to be used a light sources. A great video for the beginner 3D modeler and those who wish to learn a few more new modeling tricks.
Table of Contents for Sci-Fi Modeling (Volume #1)
Chapter 1- Intro
Chapter 2- Creating the Base of the Corridor
Chapter 3- Modeling the Grill Style Floor (Part One)
Chapter 4- Modeling the Grill Style Floor (Part Two)
Chapter 5- Boolean Substract Grill Ends
Chapter 6- Reduce Grill Polygons
Chapter 7- Mirroring Grill
Chapter 8- Mirroring Grill to Match Corridor
Chapter 9- Naming Surfaces and Statistics Panel
Chapter 10- Creating Support Structures
Chapter 11- Detail Support Structures Pt 1
Chapter 12- Detail Support Structures Pt 2
Chapter 13- Mirror Support Structures
Chapter 14- Create Caution Bars
Chapter 15- Create Side Lights
Chapter 16- Ceiling Panels (Part One)
Chapter 17- Ceiling Panels (Part Two)
Chapter 18- Cloning Ceiling Panels
Chapter 19- Ceiling Pipes
Chapter 20- Long Pipe and Supports
Chapter 21- Long Pipe Rail Extrusion for Curving
Chapter 22- Wall Panel Boxes (Part One)
Chapter 23- Wall Panel Boxes (Part Two)
Chapter 24- Ceiling Lights
Chapter 25- Wall Panel Detailing (Part One)
Chapter 26- Wall Panel Detailing (Part Two)
Chapter 27- Wall Panel Detailing (Part Three)
Chapter 28- Wall Panel Detailing (Part Four)
Chapter 29- Mirroring Wall Panel Detail (Part One)
Chapter 30- Mirroring Wall Panel Detail (Part Two)
Chapter 31- Level 01 Text Boolean
Chapter 32- Electrical Cables for Boxes
Chapter 33- Lower Wall Panels
Chapter 34- Lower Wall Panels and Adding a Texture
Chapter 35- Texturing Mapping
Chapter 36- Test Renders (Part One)
Chapter 37- Test Renders (Part Two)
Running Time: 8 hrs. 10 mins.
Level: Beginner to Intermediate
Screen Resolution: 1440 x 900 pixels
Format: Quicktime Video (.mov)