Fractals in Mandelbulb 3D: Generation and Rendering

Fractals in Mandelbulb 3D: Generation and Rendering, available at $74.99, has an average rating of 4.4, with 43 lectures, 10 quizzes, based on 147 reviews, and has 512 subscribers.

You will learn about Generate 3D fractals by using simple tools Edit lighting and color characteristics in 3D fractal models Add visual effects to any fractal (fog, shadows, reflections, etc.) Explore an infinite world generated mathematically , based on fractal formulas and algorithms Generate high-quality renders, and 360° renders Easily create GIFs and animations with fractals Export fractals as 3D models (.obj) for 3D design and/or 3D printing This course is ideal for individuals who are Graphic Designers or Students of Mathematics or related fields or Video Game Animators interested in environment generation or Artists interested in Digital Art or Physicists or Mathematicians or Hobbyists and fractal enthusiasts It is particularly useful for Graphic Designers or Students of Mathematics or related fields or Video Game Animators interested in environment generation or Artists interested in Digital Art or Physicists or Mathematicians or Hobbyists and fractal enthusiasts.

Enroll now: Fractals in Mandelbulb 3D: Generation and Rendering

Summary

Title: Fractals in Mandelbulb 3D: Generation and Rendering

Price: $74.99

Average Rating: 4.4

Number of Lectures: 43

Number of Quizzes: 10

Number of Published Lectures: 43

Number of Published Quizzes: 10

Number of Curriculum Items: 53

Number of Published Curriculum Objects: 53

Original Price: $89.99

Quality Status: approved

Status: Live

What You Will Learn

Generate 3D fractals by using simple tools
Edit lighting and color characteristics in 3D fractal models
Add visual effects to any fractal (fog, shadows, reflections, etc.)
Explore an infinite world generated mathematically , based on fractal formulas and algorithms
Generate high-quality renders, and 360° renders
Easily create GIFs and animations with fractals
Export fractals as 3D models (.obj) for 3D design and/or 3D printing

Who Should Attend

Graphic Designers
Students of Mathematics or related fields
Video Game Animators interested in environment generation
Artists interested in Digital Art
Physicists
Mathematicians
Hobbyists and fractal enthusiasts

Target Audiences

Graphic Designers
Students of Mathematics or related fields
Video Game Animators interested in environment generation
Artists interested in Digital Art
Physicists
Mathematicians
Hobbyists and fractal enthusiasts

Have you ever wondered about the complex, organic shapes in nature?

Do you want to create�and explore�incredible, breathtaking designs that surpass the limits of conventional software by adding infinity and algorithms to the mixture?

Welcome to the world of fractals!

With this course, you will understand the key features of Mandelbulb 3D, a free software for generating fractals.�

It is important to mention that this course doesn’t require a mathematical background.�It is focused on the visual side of fractals, and there are examples for all the topics. The course is based on video lectures, some of them with additional downloadable materials for you to practice. There are also quizzes for you to review what you learned.

What is a fractal?

A fractal is a geometrical object that presents characteristics as branchingand self-similarity. These objects are used among mathematicians to study and model natural & irregular shapes such as trees and snowflakes. Fractals have also been used by artists and visual designers in the last century to generate abstract and unique designs that surpass the limits of imagination.

So, what can you do with them?

With all what you’ll learn from this course, you will be able to use them to create:

Artistic, breathtaking digital artwork in no time
Objects and scenarios for videogames and animations
Modelsfor 3D printing
Special effectsfor movies (there are popular movies that use them!)
Infinite virtual worlds

�

If you’re new to fractals,

you will find all what you need to generate amazing fractal images, 3D models and even animations!

If you have experience,

you’ll get a chance to refresh and update your knowledge and learn new things.

I invite you to join the amazing adventure of fractals. I assure you that you will be amazed when you navigate your creations.�

Course Curriculum

Chapter 1: Introduction

Lecture 1: What is a fractal?

Lecture 2: Download and install Mandelbulb 3D

Lecture 3: Download Links

Lecture 4: Mandelbulb 3D: main interface

Chapter 2: Fractal Formulas: Basics

Lecture 1: Generate your first fractal

Lecture 2: Explore simple formulas

Lecture 3: Remarkable formulas in Mandelbulb 3D

Chapter 3: Navigation

Lecture 1: Navigator: basics

Lecture 2: Navigator: parameter editor

Lecture 3: Using the editor for navigating & parameters

Chapter 4: Fractal Formulas: Previews

Lecture 1: Formulas Preview: Intro & 3D – tab 1 (left)

Lecture 2: Formulas Preview: 3D – tab 2 (right)

Lecture 3: Formulas Preview: 3Da

Lecture 4: Formulas Preview: 4D

Lecture 5: Formulas Preview: 4Da

Lecture 6: Formulas Preview: dIFS – tab 1 (left)

Lecture 7: Formulas Preview: dIFS – tab 2 (right)

Chapter 5: Fractal Formulas: Combine and Edit

Lecture 1: Combine formulas: Alternate

Lecture 2: Combine formulas: Interpolate

Lecture 3: Combine formulas: DE combinate

Lecture 4: DE combinate: additional modes

Chapter 6: Editing Tools

Lecture 1: Cutting

Lecture 2: Julia Mode

Lecture 3: MutaGen

Chapter 7: Image Rendering & Export

Lecture 1: Mandelbulb 3D's File System

Lecture 2: Demo Files

Lecture 3: Image Size and Quality

Chapter 8: Visuals: Lighting and Color

Lecture 1: Lighting basics

Lecture 2: Color: Object & Ambient

Lecture 3: Global & Positional Lights, Lightmaps

Lecture 4: Dynamic Fog

Lecture 5: Background Images

Lecture 6: Volumetric light

Chapter 9: Post-Processing

Lecture 1: Soft & Hard Shadows

Lecture 2: Reflections

Lecture 3: Depth of Field

Chapter 10: Special Render & Export Types

Lecture 1: Edit FOV, 360° render

Lecture 2: Edit a 360° render to use with a 360° viewer

Lecture 3: Export as a 3D model (.obj)

Chapter 11: Fractal Animations

Lecture 1: Animation mode: basics

Lecture 2: Frames & Previews-GIFs

Lecture 3: Animate with the help of the Navigator

Lecture 4: Final Recommendations

Instructors

Luis Gerardo Carvajal Fernández
Mechatronics Engineer, fractal artist-developer

Rating Distribution

1 stars: 3 votes
2 stars: 3 votes
3 stars: 15 votes
4 stars: 44 votes
5 stars: 82 votes

Frequently Asked Questions

How long do I have access to the course materials?

You can view and review the lecture materials indefinitely, like an on-demand channel.

Can I take my courses with me wherever I go?

Definitely! If you have an internet connection, courses on Udemy are available on any device at any time. If you don’t have an internet connection, some instructors also let their students download course lectures. That’s up to the instructor though, so make sure you get on their good side!

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