Blender the complete guide

Blender the complete guide, available at $19.99, has an average rating of 4, with 256 lectures, based on 8 reviews, and has 33 subscribers.

You will learn about Understand the dashboard Master navigation Work with views Master object mode Object mode master features Master edit mode Edit mode master features Master collections Use modifiers Add materials Add textures Add lights Add cameras Create renders Master layers Work with compositing Master object parameters Add particles Use physics properties Use sculpting Master animations Add models Add extensions Create 3D models Create scenes This course is ideal for individuals who are People who want to master Blender or People who want to create 3D models or People who want to create realistic environments It is particularly useful for People who want to master Blender or People who want to create 3D models or People who want to create realistic environments.

Enroll now: Blender the complete guide

Summary

Title: Blender the complete guide

Price: $19.99

Average Rating: 4

Number of Lectures: 256

Number of Published Lectures: 256

Number of Curriculum Items: 256

Number of Published Curriculum Objects: 256

Original Price: 99.99

Quality Status: approved

Status: Live

What You Will Learn

Understand the dashboard

Master navigation

Work with views

Master object mode

Object mode master features

Master edit mode

Edit mode master features

Master collections

Use modifiers

Add materials

Add textures

Add lights

Add cameras

Create renders

Master layers

Work with compositing

Master object parameters

Add particles

Use physics properties

Use sculpting

Master animations

Add models

Add extensions

Create 3D models

Create scenes

Who Should Attend

People who want to master Blender

People who want to create 3D models

People who want to create realistic environments

Target Audiences

People who want to master Blender

People who want to create 3D models

People who want to create realistic environments

Blender software

Blender is a free open source software for 3D modeling. Its fields to work for 3D modeling are impressive. Creation of 3D models, realistic environments, visual effects and much more. Blender is an open source software that is free to use. Blender is an extremely versatile and complete modeling software. Version 4.0 is an impressive release that offers exceptional possibilities. Blender has a fully customizable interface, to adapt the dashboard according to uses. Blender has many modes such as object, painting, sculpting, animations, renderings and more. Blender allows you to create realistic renderings with powerful features. Add materials, environments and effects to the scene. Blender has powerful render engines.

Why to use Blender ?

– It is free open source software

– It has a fully customizable interface

– It allows efficient modeling of any object

– It allows you to create realistic renderings

– It allows you to generate impressive scenes with powerful render engines

– It has a number of impressive features

– It is a versatile software

– You can export Blender files to other formats

– Blender allows the massive use of keyboard shortcuts

– Context menus have exceptional settings

Training course

In this training course you will be able to learn Blender software. Version 4.0 is the version used in the training. This course is a complete guide that allows you to master all Blender software. All features are explained, step by step, with a course structure to optimize learning of the software. With numerous sessions, you will be able to progress gradually in learning Blender. At the end of the training, you will be able to work on your modeling projects and use all the features. You will be able to create your models, work on environments and create realistic renderings with the software.

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction

Chapter 2: start with software

Lecture 1: Start with dashboard

Lecture 2: Edit preferences

Lecture 3: Edit views

Lecture 4: Master navigation

Lecture 5: Edit displays

Lecture 6: Edit orientations

Lecture 7: Snap objects

Chapter 3: Add elements

Lecture 1: Add shapes part 1

Lecture 2: Add shapes part 2

Lecture 3: Add curves part 1

Lecture 4: Add curves part 2

Lecture 5: Add surfaces part 1

Lecture 6: Add surfaces part 2

Lecture 7: Add metaballs part 1

Lecture 8: Add metaballs part 2

Lecture 9: Add text

Lecture 10: Add armatures part 1

Lecture 11: Add armatures part 2

Lecture 12: Add lattices part 1

Lecture 13: Add lattices part 2

Lecture 14: Add empty objects part 1

Lecture 15: Add empty objects part 2

Lecture 16: Add forces part 1

Lecture 17: Add forces part 2

Lecture 18: Add reference image

Lecture 19: Add background image

Chapter 4: Understand object mode

Lecture 1: Start with object mode

Lecture 2: Master selections with object mode

Lecture 3: Edit object properties

Lecture 4: Edit object dimensions

Lecture 5: Move objects

Lecture 6: Rotate objects

Lecture 7: Scale objects

Lecture 8: Transform objects

Lecture 9: Add annotations

Lecture 10: Add dimensions

Lecture 11: Add shapes

Chapter 5: Object mode master features

Lecture 1: Edit properties

Lecture 2: Create mirrors

Lecture 3: Duplicate objects

Lecture 4: Join objects

Lecture 5: Convert mesh

Lecture 6: Add parents

Chapter 6: Understand edit mode

Lecture 1: Start with edit mode

Lecture 2: Master selections with edit mode

Lecture 3: Edit selections

Lecture 4: Create extrusions

Lecture 5: Inset faces

Lecture 6: Create bevels

Lecture 7: Create loops

Lecture 8: Create cuts

Lecture 9: Move selections

Lecture 10: Slide selections

Lecture 11: Spline selections

Lecture 12: Smooth selections

Chapter 7: Edit mode master features

Lecture 1: Subdivide faces

Lecture 2: Delete selections

Lecture 3: Duplicate selections

Lecture 4: Separate selections

Chapter 8: Master collections

Lecture 1: Master collections part 1

Lecture 2: Master collections part 2

Chapter 9: Generate modifiers

Lecture 1: Array modifier

Lecture 2: Bevel modifier

Lecture 3: Boolean modifier

Lecture 4: Build modifier

Lecture 5: Decimate modifier

Lecture 6: Edge split modifier

Lecture 7: Mask modifier

Lecture 8: Mirror modifier

Lecture 9: Multiresolution modifier

Lecture 10: Screw modifier

Lecture 11: Remesh modifier

Lecture 12: Skin modifier

Lecture 13: Solidify modifier

Lecture 14: Subdivision surface modifier

Lecture 15: Triangulate modifier

Lecture 16: Wireframe modifier

Chapter 10: Transform modifiers

Lecture 1: Armature modifier

Lecture 2: Cast modifier

Lecture 3: Curve modifier

Lecture 4: Displace modifier

Lecture 5: Hook modifier

Lecture 6: Laplacian deform modifier

Lecture 7: Lattice modifier

Lecture 8: Shrink modifier

Lecture 9: Smooth modifier

Lecture 10: Smooth corrective modifier

Lecture 11: Smooth laplacian modifier

Lecture 12: Surface deform modifier

Instructors

Nicolas Forgue
Web entrepreneur and graphic designer

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2 stars: 1 votes

3 stars: 1 votes

4 stars: 3 votes

5 stars: 3 votes

Frequently Asked Questions

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