Advanced Animation / Bachelor of Design (Honours) in Creative Media /
Taylors University
Project 1: Walk Cycle
INTRODUCTION
LECTURE
Week 7 Miro Board:
Fig 2.1 Week 7 Miro Board
Week 8 Lecture Slides:
Fig 2.2 Week 8 Lecture Slides
Week 8 Miro Board
Project 1: Walk Cycle
For Project 1, we were tasked with creating two different walk cycles: a Vanilla Walk (a neutral, standard walk) and a Character Walk with a unique attitude – in my case, a Joyful Walk. The aim was to understand body mechanics, timing, weight shifting, and how character emotion is expressed through movement.
The character I used is Snow, the character rig from Blender. I first keyframed the contact poses. Then, passing pose followed by down and up poses. It is challenging to keep the shoulder looks natural and the hip swings. I referred to this YouTube tutorial to get a better understanding on how to animate a proper walk cycle.
Walk Cycle in 15 steps
Vanilla Walk
To begin the vanilla walk cycle, I opened Blender 4.4 and imported the “RIG-Snow” rig. I configured the frame range from 1 to 250 at 24 fps. Using the CloudRig system, I tested all primary controllers (root, feet IK, chest, shoulders, and face). I also positioned the camera and lighting using a simple three-point setup, and set the lens to 50mm.
Scene Preparation
Following the standard walk cycle structure, I started with blocking the key poses: contact (frame 1, 13), down (frame 4), passing (frame 7), and up (frame 10). I mirrored the poses to complete one loop. All key controllers including the hips, legs, spine, and arms were blocked in. I paid attention to symmetrical leg movement and opposite arm swing.
Blocking Key Poses
Once the poses were blocked in stepped mode, I switched to spline interpolation to smooth transitions. In the Graph Editor, I cleaned the curves for the hips and feet, fixed foot sliding, and refined the arcs. I also added a slight bounce in the torso and a small head bob.
Spline Pass & Polishing
Vanilla Walk
Attitude Walk
To express a joyful and energetic mood, I designed a walk with higher knee lifts, bigger arm swings, and a bouncy rhythm. Compared to the vanilla walk, this version has more exaggeration and attitude. I used the same core poses—contact, down, passing, and up—but adjusted their height and spacing for more energy.
Pose Planning
To enhance the character's attitude, I added a wide smile, bright open eyes, and raised eyebrows using the facial rig. I also posed the fingers in an open, relaxed shape to match the joyful movement. These small details helped the overall personality stand out.
Facial & Hand Animation
I switched to spline interpolation and refined the curves in the Graph Editor. I added overlapping motion in the torso, arms, and head to make the movement flow smoothly. The timing was adjusted to feel light and upbeat.
Polish
Joyful Attitude Walk
Final Project 1: Walk Cycle
REFLECTION
This project helped me understand how much planning and detail goes into a simple walk cycle. Through the Vanilla Walk, I learned the importance of body mechanics—how the hips lead the motion, how weight shifts naturally, and how arms and legs work in opposition. Blocking each key pose taught me how to build rhythm and structure in animation.
The Joyful Walk pushed me to think beyond realism and focus on character personality. I exaggerated the leg lifts, added bounce, and used expressive facial and hand movements to show joy. This taught me that attitude is communicated through the whole body, not just the face.
One of the main challenges was avoiding foot sliding and stiff upper body motion. I solved this by refining the foot curves and adding torso overlap. I also became more comfortable using the Graph Editor to adjust timing and smooth the motion.
Overall, this project improved my animation workflow and gave me more confidence in combining technical skill with creative storytelling.
23/04 /2025 - 28/05/2025 / Week 1 - Week 6 Wang Yifan / 0368363 Advanced Animation / Bachelor of Design (Honours) in Creative Media / Taylors University Exercises INTRODUCTION LECTURE Week 1:Miro Board Fig 2.1 Week 1 Miro Board Week 2: Lecture Slides Fig 2.2 Week 2 Lecture Slides Week 2 Miro Board Fig 2.3 Week 2 Miro Board Week 3: Lecture Slides Fig 2.4 Week 3 Lecture Slides Week 5: Lecture Slides Fig 2.5 Week 5 Lecture Slides Week 5 Miro Board Exercise 1: Bouncing Ball Animation In the first exercise, we need to find references and observe the difference of each ball's physical property (football, ping pong and bowling) and its weight. Then, we should analyse how does it affect: The timing and travel distance of each bounce (Contact pose to Contact pose) The overall timing that determines the number of bounces The height of each Up pose when it bounces Reference for different bouncing ball: Football - https://www.youtube.com/watch?v=01cm7H1QoJg Ping Pong -...
21/04/2025 - 18/05/2024 (Week 01 – Week 04) Wang Yifan / 0368363 Montion Graphics & Compositing / Bachelor of Design (Honours) in Creative Media / Taylors University Task 1: Individual Task - Technical and Motion Graphics Sensibilities INTRODUCTION LECTURE Week 1 Practical: Fill up the details below: 1. E-Portfolio link 2. Pinterest Board: 3. List down 3 of your favourite Motion Graphics works and explain why you like it the most. Fig 2.1 Week 1 Practical Class, Week 1 (25/4/25) Week 5 Practical: 1. Follow instructions on the Tutorial demo during online class. 2. Create your own composition based on the requirements below: 3. Download all of the design elements from this link: https://bit.ly/3cHoqZ6 Create 1080 x 1920 size poster (I.G Stories size) on Photoshop Trace and crop the images using the Pen tool. Create 1 composition and attach below (I.G poster) Animate the composition for 5-16 second loop with sound (I.G video story) Firstly, before I imported the...
-SPETEMBER 24, 2024 24/09/2024 - //2024 (Week 02 – Week 06) Wang Yifan / 0368363 Film Studies and Cinematography / Bachelor of Design (Honours) in Creative Media / Taylors University Project 1 – Story Development
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