Description
A fun approach to understanding character body mechanics
What you’ll learn
How to choose your reference videos
What to look for in your reference analysis
How to plan your animation
How to animate your shot fast and still get great results
Requirements
Basic knowledge of animating in either Blender or Maya
Description
If you are struggling with character body mechanics then this course is for you as I will show you my animation workflow when dealing with relatively complex animations as is the case of dances.I will begin by introducing the character rig that we are going to be using for both the Blender and Maya platforms, I will demonstrate how she works and all the controls that she has available for you to use, this is an essential part to help you plan your animations effectively as you will be familiar with your “tool” and what it can and cannot do, after we are familiar with our animation rig, I am then going to do an animation breakdown of the Amapiano dance that I created, I will share with you how I choose my reference videos, what I look for, my thought process and planning before jumping into a 3d software. You will see my preferred scene setup and good animation practices that will help you to be an effective animator and problem solver. Finally armed with all this knowledge you will then get to see all the principles and tips given in the Amapiano dance being applied in animating the Pole Dance. You will witness the creation of the pole dance from scene setup, blocking , blocking plus until we reach the final finished dance.
UNREAL ENGINE – MODULAR JAPANESE TEMPLE
Ruined City Warsaw WW2 1945 3D-Models
Unreal Engine – Interactive Tree Creator
DETAILED ROADS COLLECTION
Low Poly Tree Collection - 3D Model
Paperbox and firewood box
Hand tools set 10 3D models
The Terrain Domain - Ledge Antilles - 3d model
ferm_LIVING_basket
UNREAL ENGINE – DESERT GAS STATION
Low poly Fish Collection Animated Pack 3
Unreal Engine – ANIMAL PACK ULTRA
Scanned Poplar and Aspen Forest with Seasons for Unreal Engine 4 Low-poly 3D model 



