3d modelling – a Modo modeling guide

3d modelling – a Modo modeling guide, available at $49.99, has an average rating of 3.65, with 168 lectures, based on 97 reviews, and has 715 subscribers.

You will learn about know the tools for creating 3d models in modo know how snapping, falloffs, workplanes and action centers work know the basic shortcuts for fast modeling know how to navigate in modo and use layouts create your own 3d artwork export your artwork to Unity create PBR materials in Modo modify your textures in Gimp to use them in Unity know how to UVmap know how to do hard surface modeling know how to use MeshFusion in Modo This course is ideal for individuals who are if you are new to modo or a starter or if you quickly want to learn modeling in modo or if you need a video reference for the tools or if you want to use Modo for game modeling It is particularly useful for if you are new to modo or a starter or if you quickly want to learn modeling in modo or if you need a video reference for the tools or if you want to use Modo for game modeling.

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Summary

Title: 3d modelling – a Modo modeling guide

Price: $49.99

Average Rating: 3.65

Number of Lectures: 168

Number of Published Lectures: 168

Number of Curriculum Items: 168

Number of Published Curriculum Objects: 168

Original Price: $39.99

Quality Status: approved

Status: Live

What You Will Learn

know the tools for creating 3d models in modo
know how snapping, falloffs, workplanes and action centers work
know the basic shortcuts for fast modeling
know how to navigate in modo and use layouts
create your own 3d artwork
export your artwork to Unity
create PBR materials in Modo
modify your textures in Gimp to use them in Unity
know how to UVmap
know how to do hard surface modeling
know how to use MeshFusion in Modo

Who Should Attend

if you are new to modo or a starter
if you quickly want to learn modeling in modo
if you need a video reference for the tools
if you want to use Modo for game modeling

Target Audiences

if you are new to modo or a starter
if you quickly want to learn modeling in modo
if you need a video reference for the tools
if you want to use Modo for game modeling

3D art is getting a more prominent role in multimedia. It is used intensively in movies, video games, commercials, education and architecture. It is a multi billion market. With your talent you just might get through! Use this course as a step towards a 3D carrier. Learn the basics of Modo, a professional 3d content creation application and start to beat the competition.
You will just need a trial version of Modo, download Gimp and Unity for free and you need a PC or Mac to get started. Within several hours you will learn enough to make your own nice looking 3d models and export them to Unity. You will learn to navigate in the software, use all common tools and bring everything in action during your assignments.
This course has been made using Modo 902, 10.0v1 and 10.1. I now also added an introduction video using Modo 14. It shows you how to get to the buttons and menus available in older versions of Modo. So the course is still usefull in never Modo versions.

Course Curriculum

Chapter 1: Introduction

Lecture 1: New introduction using Modo 14

Lecture 2: What is 3D and what are vertices, edges and polygons

Chapter 2: Interface, where to find what

Lecture 1: Interface overview

Lecture 2: Application menu bar

Lecture 3: Shortcuts

Lecture 4: Modo layouts

Lecture 5: Pie menu

Lecture 6: Record and use macro. Add it to a pie menu

Lecture 7: Custom pie menu

Chapter 3: Examples

Lecture 1: Example shortcuts

Lecture 2: Example primitives

Lecture 3: Example doghouse

Lecture 4: Example ghost head

Lecture 5: Example modo logo

Lecture 6: Example viking helmet part1

Lecture 7: Example viking helmet part2

Lecture 8: Example glass

Lecture 9: Example pillar

Lecture 10: Example uvmap head

Lecture 11: Example UVmap tubes

Chapter 4: Mesh Fusion in Modo 15

Lecture 1: Fusion in Modo 15. Part 1

Lecture 2: Fusion in Modo 15. Part 2

Chapter 5: Project breath analyser

Lecture 1: Introduction to the project

Lecture 2: Bringing in the reference images

Lecture 3: Cage and first polygons

Lecture 4: Capping the top Part1

Lecture 5: Capping the top Part2

Lecture 6: Creating a curved surface

Lecture 7: Giving it depth

Lecture 8: Closing the bottom

Lecture 9: Closing the bottom Part2

Lecture 10: Refining the front Part2

Lecture 11: Refining the front Part1

Lecture 12: Sculpting the bottom

Lecture 13: Changing topology for the lid Part1

Lecture 14: Continuing the modeling

Lecture 15: Capping holes

Lecture 16: Fixing some problems

Lecture 17: Closing the bottom and creating the first fusion object

Lecture 18: Creating fusion objects

Lecture 19: Creating the lid

Lecture 20: Combining the parts

Lecture 21: Prepairing for export

Lecture 22: Create a Mesh Fusion Mesh with a UV map

Chapter 6: Navigation, selections and transforms

Lecture 1: Overview navigation selection transform

Lecture 2: Viewport navigation

Lecture 3: Verticles Edges Polygons

Lecture 4: Selections

Lecture 5: Advanced selections

Lecture 6: Transforms

Lecture 7: How to fix rotation problems

Chapter 7: Primitives

Lecture 1: Overview primitives and patches

Lecture 2: Primitives general

Lecture 3: Cube primitive

Lecture 4: Sphere primitive

Lecture 5: Cylinder primitive

Lecture 6: Capsule primitive

Lecture 7: Arc primitive

Lecture 8: Cone primitive

Lecture 9: Torus primitive

Lecture 10: Tube primitive

Lecture 11: Solid sketch primitive

Lecture 12: Pen tool part 1

Lecture 13: Pen tool part 2

Lecture 14: Curve tool

Lecture 15: Beziere curve tool

Lecture 16: B-spline tool

Lecture 17: Sketch tool

Lecture 18: Patch curves tool

Chapter 8: Mesh tools and subdivision surface

Lecture 1: Reset a tool

Lecture 2: Slice tool

Lecture 3: Curve Slice tool

Lecture 4: Edge Slice tool

Lecture 5: Pen Slice tool

Lecture 6: Loop Slice tool

Lecture 7: Axis Slice tool

Lecture 8: Dicer tool

Lecture 9: Julienne tool

Lecture 10: Tack tool

Lecture 11: Booleans

Lecture 12: Subdivisions and smoothing

Chapter 9: Action centers

Lecture 1: Action center default and automatic

Lecture 2: Action center selection

Lecture 3: Action center selection border

Lecture 4: Selection center screen

Lecture 5: Selection center auto axis

Lecture 6: Selection center origin

Lecture 7: Action center parent

Lecture 8: Selection center local

Lecture 9: Action center pivot

Chapter 10: Falloffs

Instructors

Daniel Cremers
3d modeler, sound designer, illustrator

Rating Distribution

1 stars: 4 votes
2 stars: 7 votes
3 stars: 13 votes
4 stars: 29 votes
5 stars: 44 votes

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