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3DS Max for Architects and Interior Designers

This is Level 1.

Duration: 30 hours

Teaching Methodolody: Hands on

OVERVIEW

In this course, students learn how to use 3D Studio max to model, apply material, add lights and cameras, render still images and animate architectural or interior scenes. Scenes could be imported from AutoCAD as 3D or as 2D and fully modeled in Max.

Although this course is titled for architects and interior designers, it actually provides the fundamental knowledge for anyone who wishes to use 3DS Max. The end of the course focuses on the architect and interior aspect of the software.

OBJECTIVES

In this course, participants learn how to:

  • Use the Interface
  • Use Selection and Transformation Tools
  • Create and Modify Mesh Objects
  • Create and Modify Poly Objects
  • Import AutoCAD 2D Files and Model in Max
  • Organize AutoCAD Files Using Layers and Plines
  • Import Plines from AutoCAD Files to Create 3D Objects in Max
  • Use Standard Lights
  • Create a Night View Using Photomatric Lights
  • Create Daylight Systems
  • Add and Modify Cameras
  • Create a Basic Animation
  • Create, Get, Modify, and Save Materials
  • Import a 3D Hut from AutoCAD to Assign Materials, Add Backgrounds, and Render

AUDIENCE

Architects, interior designers, decorators, graphic designers, artists, animators, TV graphic designers, art directors and anyone who is interested in creating 3D presentations. This course provides the base knowledge for higher level courses such as V-Ray, Max Modeling, Max Animation, Lighting, Lumion, etc.

PREREQUISITES

AutoCAD 2D and Photoshop are essentials if you want to gain proficiency in architectural modeling and rendering. During this course, you will use readymade AutoCAD files to model in Max. You may learn AutoCAD 2D and Photoshop in parallel with this course or later on.

COURSES IN BEIRUT LEBANON

Training Course Description
3DS Max 1 For Architects and Interior Designers
3DS Max 2 Vray Rendering, Lighting, and Material
3DS Max 3 Vray Advanced
3DS Max 4 Advanced Modeling for Architects
3DS Max 5 Project Production
3DS Max 6 Animation
3DS Max 7 Materials/Texture
3DS Max 8 Digital Lighting

Checklist Before Attending the On-Line Course

Task Link/Action
1. Use this link to download the Zoom software https://zoom.us/support/download
2. On your PC, open the Download folder and double-click on the Zoomintsaller. Test Audio and Video -
3. Click on the link on the right to install the exercise folder. The [DOWNLOAD] button is in the top right corner. https://app.box.com/s/yzxeuiukt4mbzsvx3vv4s35sf4n0c11r
4. Use this Link to open the ETC Schedule https://www.etc-cc.com/etc/schedule
5. From Location select on-Line -
6. Click on Search -
7. Next to the 3DS Max 1 course, click on Join. Notice the On-Line Link. You may click on it to join the meeting. -
8. 5 minutes before the course starts, click on the link next to On-Line Link to join the meeting. As User, use your name and mobile to help us take attendance. For Example, Naji Sfeir 03 331 741. -
9. Start 3DS Max 2020 and make sure you have installed the Maps and Materiallibrabries folders in C:\Program Files\Autodesk\3ds Max 2020. You may download the folders using the links on the right. (Maps) https://app.box.com/s/wvg5nkr656wju6gce66l7fvtjc9qj2gv
10. Click link to download the Material Libraries. (Material Libraries) https://app.box.com/s/b99fts5khib1n2243r4o3ytvc1umm3qx
11. Prepare to take notes. Connect your modem and PC to a UPS. -
12. Make sure you are in a silent room and turn off youtube to speed up the connection -
3DS Max 01
3DS Max 02
3DS Max 03
3DS Max 04

COURSE CONTENTS

01 - The Interface

  • The Command Panel
  • Zoom and Pan with the Wheel
  • The View Cube
  • The Zoom Panel
  • Viewport Layouts
  • Right-Click to Activate a View
  • Viewport Shade Modes
  • Perspective, Orthographic, Top and Other Views
  • Safe Frames
  • Rendering Setup to Control Safe Frame Size
  • Grids, Statistics, and Viewport Configuration
  • Display Drivers
  • Undo/Redo
  • Preferences
The Interface

02 - Selection and Transformation Tools

  • Selecting/Deselecting Multiple Objects
  • Window/Crossing
  • Selection Types
  • Naming Objects
  • Selecting by Name
  • The Selection Filter
  • The Move Tool
  • The Transform Gizmo
  • Absolute/Offset Transform Modes
  • Pivots
  • View and Local Coordinate Systems
  • Rotate and Scale
  • Select and Place
  • Moving Objects Along Local and View Axis
  • Object Snaps
  • Angle Snap
  • Percent Snap
  • Spinner Snap
  • Selection Sets
Selection and Transformation Tools

03 - Mirroring, Aligning, Grouping, and Cloning Objects

  • Mirroring Objects
  • Aligning Positions
  • Aligning Orientations
  • Normal Align
  • Grouping/Ungrouping
  • Editing Groups: Open, Close, Attach, Detach, and Explode
  • Scene Explorer
  • Using SHIFT with Transfromation Tools to Clone Objects
  • CTRL+V
  • 2D Array
  • The Quad Menu
Mirroring, Aligning, Grouping, and Cloning Objects

04 - Creating Precise Basic Architectural Objects

  • Creating Simple Walls and Doors
  • Aligning Doors with Walls
  • Moving Doors Using Local Axis
  • Creating Openings Using Boolean
Creating Precise Basic Architectural Objects

05 - Creating a Restaurant Scene

  • Units, Grids and snaps
  • Modeling a Chair
  • Monitoring Statistics
  • Keeping Polygon Count Under Control
  • Assigning Materials to the Chair Components
  • Grouping the Chair
  • Creating Three Additional Chairs
  • Modeling a Table
  • Assigning Materials to the Table
  • Using the UVW to Correct Material Display
  • Grouping the Table
  • Placing the Chair in the Center
  • Grouping the Table Set
  • Using Plane to Create the Floor
  • Assigning Checker Material to the Floor
  • Creating the Walls Using C-Ext
  • Assigning Bricks_Yellow Material to the Walls
  • Using UVW Box Map to Correct the Wall Material
  • Creating Roof and Assigning Material
Creating a Restaurant Scene

06 - Introduction to Lighting, Cameras, and Animation

  • Creating an Omni Light
  • Activating Shadows
  • Adding a Skylight
  • Adding a Camera
  • Using Multiple Viewports to Position the Camera
  • Rendering Still Images
  • Animating the Camera Movement
  • Introduction to Keyframes
  • Rendeing the Animation
  • Ceating AVI or Quick Time Movie Files
  • Creating TGA Sequence of Images
  • Viewing Sequences Using the RAM Player
Introduction to Lighting, Cameras, and Animation

07 - Introduction to Mesh Objects

  • Primitive Objects
  • Converting Primitives to Mesh Objects
  • Modifying Mesh Objects: Vertex, Edge, Face, and Polygon
  • Creating Stairs, Walls, Roofs, and Slabs Using Mesh Objects
  • The Editmesh Modifier
  • Meshsmooth
  • Building Stacks
  • Collapsing Stacks
  • Soft Selection
  • Creating an Anchor
  • Creating a Cane
  • Using the FFD 4x4x4, the FFD 3x3x3, and the FFD 2x2x2 to Modify Objects
Introduction to Mesh Objects

08 - Modeling Using Mesh Objects

  • Creating and Animating a Logo Using Text Shape, Extrude, and the FFD 4x4x4 Modifier
  • Creating a Pool
  • Rippling and Waving Water
  • Slicing a Teapot
  • Designing Iron Plates
  • Smoothing Groups
Modeling Using Mesh Objects

09 - Poly Objects

  • Difference Between Mesh Objects and Poly Objects
  • Smoothing a Poly Object
  • The Editpoly Modifier
  • Creating a Light Pole
  • Creating a Sofa
  • NURBS Modeling
  • Using Rhino to Create Complex Curvy Objects
Poly Objects

10 - Shapes

  • Shape Objects: Lines, Circles, etc.
  • Creating and Animating a 3D Helix.
  • Editing Shape Objects: Vertex, Segment, Spline
  • Interpolation
  • Vertex Types: Bezier, Bezier Corner, Corner, Smooth
  • Creating Internal Lines
  • Attaching External Lines
  • Editing Vertices: Break, Fuse, Weld, Refine, Insert, Make First, Connect, Cycle, Fillet, and Chamfer
  • Editing Segments: Divide
  • Editing Splines: Reverse, Outline, Boolean, Mirror, Copy, Trim, and Extend
  • Attaching and combining shape objects
Shapes

11 - Using Shapes to Create 3D Objects

  • Creating a Bolt Opener
  • Creating a Flower
  • Creating a Gear
  • Linking Objects
  • Creating a Cup
  • Creating a Bottle
  • Creating a Metal Rod
  • Creating a Cornice
  • Creating a Ramp
Using Shapes to Create 3D Objects

12 - Creating a Wrought Iron Dining Table

  • Opening the Finished File
  • Ungrouping
  • Inspecting the Objects
  • Creating a Similar Design
Creating a Wrought Iron Dining Table

13 - Importing 2D Plans from AutoCAD and Modeling in 3DS Max

  • Importing a 2D Plan from AutoCAD
  • Pressing X to search for the Tape Measure command
  • Using the Tape Tool to Measure Distances
  • Using Shapes to Create the Side Wall and the Window
  • Creating the Front Wall
  • Importing and Attaching AutoCAD Polylines
  • Creating the Roof
  • Using AutoCAD Polylines and Other Techniques to Model a House in 3ds Max.
Importing 2D Plans from AutoCAD and Modeling in 3DS Max

14 - Importing AutoCAD Polylines to Model a House in 3DS Max

  • Opening the File in AutoCAD
  • Organizing Shapes Into Layers
  • Using the Polyline Command to Create Shapes to Be Used in 3DS Max
  • Importing the AutoCAD File Layer by Layer
  • Using Imported Polylines to Create Architectural Objects
Importing AutoCAD Polylines to Model a House in 3DS Max

15 - Introduction to Animation

  • Creating the Table and the Ball
  • Configuring Time
  • Animating the Bouncing Ball
  • Using Keyframes to Control Speed
  • The Motion Panel
  • Animating the Table Rotation
Introduction to Animation

16 - Standard Lights

  • Using Target Spotlights
  • Spotlight Properties
  • SHIFT $
  • Free Spotlights
  • Target Direct Lights
  • Free Direct Lights
  • Omni Lights
  • Skylights
Standard Lights

17 - The Standard Lighting System

  • Key Lights - Target Spot
  • Fill Lights - Large Target Direct
  • Back Lights - Skylight
The Standard Lighting System

18 - The Daylight System

  • Creating a Daylight System
  • Setting True North
  • Location Data
  • Date and Time Data
  • Setting Exposure Control
  • Logarithmic Exposure Control Parameters
The Daylight System

19 - Night View

  • Adding Photometric Lights
  • Using Light Templates
  • Exposure Control
Night View

20 - Standard Material

  • The Material Editor
  • Material Slots
  • Shader Basic Parameters
  • Blinn Basic Parameters
  • Using Diffuse Maps
  • Bitmap Properties
  • Bump Maps
  • Using Adobe Photoshop to Create Diffuse and Bump Bitmaps
  • Creating Seamless Material
  • Difference Between Get and Create New Material
  • Material Library Stocks
Standard Material

21 - UVW Maps

  • Planar
  • Cylindrical
  • Spherical
  • Box
  • Shrink Wrap
UVW Maps

22 - Rendering a Hut Imported from AutoCAD

  • Importing the Hut from AutoCAD
  • Assigning Wall Faces IDs
  • Applying Multisub-object Material to the Walls
  • Applying UVW Material to the Walls
  • Bitmap Map Channel
  • Applying Material to Roof
  • Unwrap UVW
  • Applying Material to the Door
  • Changing the Door's Pivot
  • Applying Material to the Windows
  • Force Two Sided, Flip Normals, and 2-Sided Material
  • Adding Ground, Trees, Sky, and a camera
  • Calculating Rendering Resolution Using the Print Size Assistant
  • Rendering and Exporting to Adobe Photoshop
Rendering a Hut Imported from AutoCAD

23 - Rendering a Large House Imported from AutoCAD

  • Importing the House from AutoCAD
  • Assigning Wall Faces IDs
  • Creating Multisub-object Material
  • Assigning Multisub-object Material to the Walls
  • Applying UVW Material to Walls
  • UVW Bitmap Map Channel
  • Assigning Material to the Roof
  • Unwrap UVW
  • Detaching Stairs
  • Assigning Material with Flat Mirror Option
  • Assigning Material to the Pavement
  • Raytrace Reflections
  • Using Raytrace Material to Create Glass Material for Windows
  • Adding Trees and Cars
  • Configure User Paths
  • Using Populate to Simulate Walking People
  • Adding Lights and Shadows
  • Rendering Stills Using Many Cameras
  • Saving as PNG and Using Photoshop to Replace the Background
Rendering a Large House Imported from AutoCAD

24 - Walkthroughs

  • Drawing the Camera Path
  • The Walkthrough Assistant
  • Time Configuration
  • Rendering the Animation
Walkthroughs