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The Making of He-Man VS Skeletor with AccuRig, Character Creator, iClone and Unreal Engine

Based out of Los Angeles, California – Taiyaki Studios builds avatars and avatar collections optimized for Tiktok and YouTube content creation. They help to build a community of virtual creators across all genres and platforms by educating, collaborating and honoring their hard work. Whether you’re using Unreal Engine, Unity, or never touched 3D at all, Taiyaki Studios can help you learn and grow in the world of virtual production and audience building.

Taiyaki Studios also partners with select creators to help them build and design custom avatars and universes with their staff of highly skilled 3D artists, animators and tech wizards.

Cory Williams

In July of 2022, Cory Williams – Unreal Engine Technical Artist at Taiyaki Studios animated one of his favourite childhood toys He-Man in an animated short film, by use of photogrammetry, clever rigging, motion capture and Unreal Engine.

His first video proved to be a wonderous success with audiences, who were amazed at the smooth animated results delivered onto a renown plastic figurine.

Both Mr. Yaki and Virtual He-Man were created by Cory. With voice acting, cinematography and animation all performed by him using an Xsens MVN Link motion capture suit, Manus Prime II gloves, an iPhone X (Apple AR Kit), iClone 8 and Unreal Engine 5 (UE5).

After the introduction of Reallusion’s free AccuRIG tool, Cory decided to one-up himself by introducing a second well-known character – but this time using a much faster and easier process.

In the end, He-Man battles his long-time nemesis Skeletor in an epic dance-off that was possible thanks to Blender, AccuRIG, Character Creator, iClone, and Unreal Engine 5. Enjoy!

Now, the Making of He-Man VS Skeletor might sound like a daunting task to many… and rightfully so. But Cory has been able to distill the process into an easy to follow process that involves a collection of new and powerful tools.

His original step was to take many pictures of his characters with an iPhone in a process known as photogrammetry. But Cory was able to enhance that process by purchasing a portable scanner known as a Revopoint MINI, which he used to scan his Xsens character for a test, prior to scanning Skeletor.

Next Cory used his new secret weapon — ActorCore’s free AccuRIG tool to import the scanned FBX character and automatically rig it for full body and finger animations. This process takes about 15 minutes and is perfect for working with all kinds of static poses and well known character rigs, to later export as FBX, which you can even test and correct for mesh deformations caused by motion stretching.

Then Cory used Character Creator 4 to import his new AccuRIGGED character to test and add custom dance animations he captured with his mocap suit, including individual finger tests which AccuRIG definitely rigs for. Inside Character Creator you can even do specific characterizations for non-standard characters which will allow you to work with any specific motion you design through your mocap suit.

Once you know your character is ready, Cory starts production by doing all the voice recordings, and animations for each character. Amazingly he does this all by himself, which gives him a mental picture of each character’s gestures, nuances and performances.

When the custom animations are ready, they are brought into iClone 8 with the custom rigged characters. Now there is a reason why iClone is used instead of going straight into Unreal Engine, because iClone allows you to correct any offset motions that are much easier to fix in iClone rather than Unreal.

iClone is especially useful when you really want that high quality feel in your performances where you want to do small editing like on hand gestures in specific timeframes.

For example: you can easily adjust any facial expression or lipsync on Skeletor (if you are not using a face mocap device), or if the Mr. Yaki character needs to look up because he is missing the mark of He-Man’s face, then with iClone you can easily correct this by editing any specific motion track for face, eyes, hands, and fingers.

Finally, Cory adds everything into Unreal Engine to start setting up his shots by creating a level sequence, synchronizing everything with his audio wave forms, positions and animations, cameras, lighting and any special effects! Done!

Follow Taiyaki Studios:




Natural MetaHuman Control using iClone


My name is Petar and today I’ll be showing you my workflow of animating MetaHuman with the latest iClone tools. As iClone has updated to version 8.1, there are plenty of new animation features to improve your MetaHuman Animation. In this showcase, I am building everything from scratch, but you will see my sharing with the use of Rokoko SmartSuite and learning how to deal with motion capture data. Let’s see what we made and work toward that.

Scene preparation in Unreal Engine

Before we jump into motion capture we should do some block out of our scene or have already the final scene where we’re going to place our animation. We made a simple scene with a few things in the background, and our main props which include a chair, a table, a few lights, and a laptop. It’s good to have some plans for what you are going to capture and how the environment is going to interact with it.

Set-up: Use the Metahuman Kit

Prior to jumping into iClone, be sure to download and install the necessary plugins. Reallusion provides you with the LiveLink plugin and Dummy models which are retargeted MetaHuman bodies. Just copy and paste dummies in your iClone content folders and copy and paste Livelink folders into your Plugin folders inside the Unreal project. The next thing on the list is to set up our MetaHuman blueprint so it can receive real-time animation data. There is a step-by-step tutorial on the official Reallusion youtube channel so be sure to check that out. Once we are done, we are ready to animate.

Motion recording in Rokoko

Once done with a motion capture session, we made a few tries so we can pick the best one for the job. We will use Rokoko to post-process effects on our data to get a much cleaner export to iClone. I always use Locomotion and Drift fixes just to be sure that weird noise in data is processed. Once we are done with the effect we can export our animation as FBX. iClone also provides a Rokoko Profile for iClone which allows us to stream data directly onto our character.

Overview: use iClone as your main animation software

Before we do any work, let’s see the iClone user interface and tools we’ll use. On the left, there’s Smart Gallery and Content Manager. It is an intuitive and streamlined library for managing the various iClone 3D files such as models, animations, and everything associated with a project. On the right side. The Modify Panel contains adjustable parameters that belong to the selected object. It contains the main and powerful animation tools that we’ll use. Timeline is your main playing area, where you can mix animations, set keyframes, filter, sample, and so on. iClone 8 got major timelines upgrades and my favorite is the ability to have independent channels for every bone and morph target. This comes in handy when you want to polish your animations. The great thing that works with timelines is Curve Editor. For the ones who are not familiar with curves, it’s basically just a different interface of keyframes and a much more initiative way to inspect and edit your animations once you grasp the concept.

iClone 8 Highlights: Animation clean-up

Let’s talk about Reach Target, one of my favorite tools. Instead of setting several motion layer keys to reach a character’s head, hands, feet, or target object, you may use a Reach Target key to easily accomplish this animation. What it does is, when you set a target, iClone uses IK from your body to align animation.

In the timeline, you can set the transition type and duration when the reach target will be activated or released. In our project, we use it when our character pulls a chair, lays down their hands on the table, or grabs the laptop.

Next, we use the Curve Editor to inspect some jitters in movements and try to locate them. Using curves you can easily spot areas that need fixing. We delete the selected keyframes, set tangents, and smooth out a little bit. Be careful not to smooth too much, you may get a really generic movement then. To edit animation you can head to the modify panel and use the Edit Motion layer. A window will pop up with a bone picker and FK and IK options. Click on bone, select mode, and adjust animation. To spot pop-ups in the Curve Editor, it takes a little bit of practice but the basic principle is searching for spikes. Curves should be mostly smooth with some little noise. Any sharp spikes that break patterns are errors we need to fix.

In the end, we can animate fingers. iClone provides you with a great number of poses called Gestures. You double-click on them in Content Manager and they will apply to your body. You can use more Gestures, mix them, and set transitions for smoother animation. Once you are done animating fingers, you can adjust them manually to fit around your props.

Facial animation: animate lip-sync and facial expressions

There are a number of different tools to animate our faces. I’d like to start with mouth first, so I’m gonna use the one and only, AccuLips for lipsync animation. AccuLips feature for you to convert voice to readable text, and align the text to the audio waves to ensure the correctness for generating accurate visemes. Once I imported my audio and AccuLips will generate the text from me. I’ll modify and fix some words. After the talking animation is applied, you can still edit it and tweak individual visemes and their strength, smoothness, and moods all while being in the timeline.

Once I’m finished with AccuLips, I laid down a layer of live facial animation. For that I’ll head to the motion live plugin, connect my iPhone and capture the animation. Be sure to make a mask to exclude the mouth and jaw since they are influenced by the AccuLips. I’ll also set some smoothness and record my animation. This will give me a great start for animating the rest of the face.

For additional editing, you can use the Face Puppet System or Face Keys Systems. Face Keys are basically manual keyframing with an awesome bigger interface. They can be used to emphasize some crucial facial expressions while using a puppet system is great for a neck, in this case. Using a puppet this time, you play the animation in real-time and move your mouse cursor to increase or decrease the strength of the movement.

Bonus: AccuRIG

New stuff worth mentioning is Reallusion is the new AccuRIG: it lets you easily rig any character. Why is that cool? Because Reallusion expects iClone for animation and AccuRIG has a library of high-quality animation called ActorCore, allowing you to purchase motions, put on your character and mix and edit animations in iClone. iClone is really becoming a one-stop solution for animating characters!

iClone 8.1 Highlights: Transfer animation data to Unreal Engine

Once we finished the animation, it’s time to get it to Unreal Engine. There are a few options you can use, like exporting FBX or using the iClone Unreal LiveLink plugin, the one we are gonna use it now. Open take recorder in Unreal, select your actor, and record. It’s a really fast workflow. In Reallusion’s iClone 8.1 update, there is a major update. In the past, you could encounter some frame drop issues while using Live Link. Quite frankly, juggling between apps not only increases CPU loading but also causes a drop in productivity. However, with iClone Unreal Live Link starting to support timecode sync, it makes sure the motion data is always sent out in the full frame. Making the recording process less painful.

Making cloth simulation

When the export is finished, our animation will be saved. For this showcase, we are gonna use Simulation on our clothes so we need to export our MetaHuman so we can import a Marvelous Designer. We’ll make a new level export whole blueprint of MetaHuman. Then we open Blender where we’ll import our MetaHuman and all other animated props that we’ll be needed for collision.

Lastly, I export everything from Blender as one alembic one and import it to the Marvelous Designer, run the simulation, and export as OGAWA Alembic.


Reallusion’s iClone is truly a one-stop solution for Unreal MetaHuman animation. From my experience, it is best that you have a clear concept of how you’d like to tell your story and start with a nice script. Once you have passed the concept stage, then you will need to learn how to build your technical pipeline with the needed skills. Luckily Reallusion had incorporated all its official tutorial and learning materials online at a combined portal called Reallusion LEARN. To help, let me also share the webpages that I have mentioned in this page, so everyone can also learn and create as I did!

Animate MetaHuman | https://www.reallusion.com/iclone/live-link/unreal-engine/metahuman/default.html
Rokoko SmartSuite | https://mocap.reallusion.com/iclone-motion-live-mocap/rokoko.html
Animate Facial Expression (Face Key and face Puppet) | https://www.reallusion.com/iclone/3d-facial-expression.html
iClone | https://www.reallusion.com/iclone/default.html
Curve Editor | https://www.reallusion.com/iclone/animation-curve-editor/
Try iClone MetaHuman Kit | https://www.reallusion.com/iclone/live-link/unreal-engine/download.html

Follow Petar:

YouTube | https://www.youtube.com/channel/UCQ8v3H6fBsNB8QPkAlvqriQ/featured

Learn from Winners : Animating Korean Justitia with Cinema 4D, Character Creator and iClone

Hello, I’m Seungchan Lee, an NFT artist who is active under the nickname Leesaek. I am a professional designer who is working on various late-stage graphics such as synthesis, motion graphics, VR, etc. at the same time as producing personal works.

Sometimes working on NFTs, it’s fun to meet with the buyers, so I continue to study and learn new things to improve and perfect my personal work. As a hobby, I spend a lot of time watching movies. As I like movies, I am very satisfied with my work on graphics related to video.

A few years ago, I was very impressed by the Netflix series LOVE DEATH + ROBOTS, and since then, I’ve been working in this field, studying 3D graphics tools and doing personal work after work hours, and I think I’ve come closer to my goal of making short animations like LOVE DEATH + ROBOTS. I will continue to study for personal NFT artwork and short animation production goals.

Part I. Winner Entry Workflow

Step 1. Reference search

I spent the most time searching for references during the process of working on the ‘Goddess of Justice-DIKE’ project.

I thought it was most important to decide gender, age, story, concept, etc. when creating a character, and after deciding which character to make, it took a long time to decide on the costume of the character, space for the character, and pose of the character.

Step 2. Character Creator

I bought Character Creator (CC) and tried making a test character. With CC, a lot of the elements to think about when making the character was already set. So it was possible to do morph work on all the parts, and since it was templatized, I only had to pick the parts I wanted, one by one.

Step 3. iClone

iClone is quite intuitive for character animation, especially facial animation, so it didn’t take as long as I thought. In fact, there are very few animations for ‘The DIKE’ character. In the animation where I posed and turned the character’s head, I simply added in a facial template and it was finished.

Step 4. Marvelous Designer

There were high-quality costumes in the Reallusion Content Store and Marketplace, but the pose that I decided to make was sitting on a chair, so after making the costume that fits the character mood, we brought the animated character from iClone to create a costume with natural wrinkles in the sitting position. For the texture of the outfit, the color map was produced in Photoshop after setting and snapshotting the UV map in Marvelous Designer.

Step 5. Cinema 4D

After combining the animated character in iClone and the costume in Marvelous Designer with the character in Cinema 4D, I modified the material of the skin in Octane Render, and then modeled and created the costume texture, background, character accessories, and other props in the renderer.

Step 6. After Effects

Compositing and post-processing were done on all images outputted from Octane Render in Cinema 4D. And since it takes a lot of time to render high quality in a 3D program, I improved the image quality with Topaz Video Enhance AI.

Part II. Feature story

Q : Hi Leesaek, thank you very much for sharing the workflow with us. First of all, congratulations for winning first place!

The Goddess of Justice DIKE has a very intriguing setup, from the character design to the surroundings, not to mention there’s an organ on the weight scale.

Could you share more of your artistic thoughts behind this project?


The sculptures of goddess Dike are often loaded with symbolism related to courts, fairness, and justice. She holds a scale in one hand and a knife in the other and judges when justice is off balance. I infused the subject matter with modernity and mythical symbolism befitting of the character.

In other words, it’s a scene where Dike, the goddess of justice, is emanating luxury and materialism, weighing a heart and a dollar bill while checking for likes on (Korean) Social Networking Service (SNS), which is reminiscent of the theme in Netflix series Squid Game!

Interestingly enough, this “organ on the scale” setup also appeared in your previous work Value. Compared to DIKE, the banknote and the hourglass in Value reveal more clues to the audience.

It’s easily associated with organ trafficking which showed up in the survival drama Squid Game as well.

The previous work Value was made in the early days while studying 3D tools, and it is different from Dike, but it is also a similar topic. At that time, I was impressed by Vanitas still life paintings, and it touched me from the perspective of “life’s futility,” and I thought of time flowing in an hourglass, the time of labor, the time of life, and the heart being reduced by working hours.

Q: I’m curious about what kind of messages you intend to convey through these two projects?

The message contained in the two projects is simple. It’s a story about choice and priorities. It’s the priority of work and life, life and matter.

Q: Also, what’s the advantage and disadvantage of using Cinema 4D for modeling and rendering your design, including character creation and character animation?

It’s too much to talk about the pinnacle features of Cinema4D one by one. Among them, the reason I work with Cinema 4D is accessibility—I’m not good with English, so I have to use a translator for the software manual, and I’m watching a lot of tutorial videos on YouTube because I learn tools by myself. In this regard, Cinema 4D has a lot of materials online. If you get stuck while working, you can find a solution relatively quickly. So I use Cinema 4D, and there are a lot of renderer and sub-plugins that I can choose from, so I can work flexibly on the final output.

The disadvantage is that the use of external plug-ins may be relatively essential when working on a project that includes character and character animation. Cinema 4D will do the job, but I understand it takes a lot of time and effort, so the use of Character Creator and iClone can be a very efficient workflow combination!

Q : Working as a professional designer in your day job, doing motion graphics and compositing are probably second nature to you.

So what interests you most about being a NFT artist in your free time? Can you elaborate more about your good and bad experiences of meeting the buyers?

As an NFT artist, the charm of my work is that I create the pictures that I want to create, and as a career, motion graphics and compositing are largely based on the needs of my client and my boss, and at some point, I’m falling into mannerism. I can work with NFTs in a way that I want and I can freely put in messages, thoughts, and stories that I want to embed.

Making an NFT is very meaningful in that it’s a graphic that’s recorded as an original in a digital work, and that it’s shared with the buyer, and of course, it’s also meaningful in terms of purchasing a work. My work is not expensive, but there is a person who bought it with cryptocurrency. And the fact that I sometimes communicate with the buyer about the work is so attractive and enjoyable as a creator.

Maybe the temptation to start making NFT works as a commercial project will lead to a bad experience. With that said, I also became an artist at a time when NFTs were getting a bad reputation, so there were a lot of false messages and suggestions, and I hope the NFT market will go in a good direction.

Q : Does that inspire you to do more creative projects, such as Beyond Light which won second place in the Rhythmical NFT contest last year?

Please share with us more of your concepts behind its melancholic story with the theme of “Finding the happiest moment beyond the light”, and how you created it in Cinema 4D.

Thank you for asking about Beyond Light which is my first NFT work, and it has a special meaning. My stories and ideals are self-contained such as a story that is impossible in reality or a wish that comes true in a virtual world.

Most of the production was done in Cinema 4D and the rest of the compositing was done in After Effects after rendering using Octane Render.

Q : With good use of camera movement, you created a warm and magic moment in the Christmas Ball and Santa Works at Home. Both of them have great coordination on music and lighting.

I wonder if you began these two projects with music? Could you share three things that inspire you the most when you start a new project?

In both projects, Christmas Ball and Santa Works at Home, I wanted to create a motion-graphic with a warm atmosphere, so of course the music selection was important. When I heard about the theme of the contest, I started with a small story setting that came to mind on Christmas Day when the Corona virus was in full swing, which goes like this: 

In a cold country called Corona where giants and Santa Claus lived, a giant would leave presents for Santa every night that he worked tirelessly to prepare gifts for children.

I think the three things that inspire me when I start a new project are daily experiences, movies, and music. When I think of a keyword or subject in a movie or music, I write it down briefly. If I decide to proceed with the work, I will search for images on websites such as Behance or Pinterest.

Q : You mentioned that the Netflix series LOVE DEATH + ROBOTS motivated you to start learning 3D graphics tools. How did the transition of software upgrade impact your creations, for example, from CC3 to CC4?

Did you confront any hindrance? How did you solve that? Or did it give you new inspirations for your NFTs? What are your favorite features of Character Creator 4 and iClone 8?

I think LOVE DEATH + ROBOTS is a cool piece of work, the theme and the concepts are my favorite kind, and they are attractive characters. While working as a designer, I wanted to try it.

As I learned Cinema 4D, I was able to work on the background and motion graphics to some extent. However, there were many cases where I was disappointed in the character. So while I was looking for an easy way to make a character, I got to learn Character Creator, and I thought it would be good to organize a workflow to make a character from CC on the existing workflow with Cinema 4D and Octane Render. And fortunately, I entered the contest and won the award.

What I like about CC4 and iC8 is that it’s very intuitive and easy to use, and all the materials for character production are already ready. It didn’t take much time to work on the Dike character. It took longer to think about the identity, image, accessories, background elements, and poses of the Dike character than the actual production.

In short, the biggest advantage is that we can spend more time on what to make than how to make it.

Q : We’re curious about your next move; Are you planning to mix 2D graphics and 3D animations in your upcoming projects, just like the distinctive style of LOVE DEATH + ROBOTS?

I’m going to continue studying and working on my personal work after work hours. I need to practice more with CC4 and iC8. I’m going to continue working as an NFT artist even if I’m slow. And when I’m ready, my final goal is to make a short animation by myself.

Thank you for reading the long article!

Learn more :

• Leesaek on Behance https://www.behance.net/solelsc

• Leesaek on Social/NFT patfroms https://linktr.ee/SeungchanLee

• Character Creator https://www.reallusion.com/character-creator/download.html

• iClone https://www.reallusion.com/iclone/download.html

iClone 8.1 Feature Highlights

Following the buzz of iClone 8’s release in May 2022, the version 8.1 update introduces Unreal Live Link 1.1, and a brand new feature of Motion Director known as Snap to Surface. This release further empowers the popular “Animate in iClone and Render in Unreal” workflow with Live Link headlining features such as Scene Imports from UE5, iClone to Unreal Motion Transfer, and Timecode Sync for Full-frame Recording while iClone 8.1 presents a substantial upgrade for artists who desire to take final renders to the next level, thanks to the industry-only Subdivision Export for fully-animated characters.

Release notes: iClone 8 & iClone Unreal Live Link 1.1v

Unreal Live Link 1.1 – Watch More

Timecode Sync Recording – Watch More

Frame drops were a common downside of Live Link being heavily dependent on hardware performance — especially prevalent while live recording heavy data streams. Live Link 1.1 addresses these hiccups with the advent of timecode-based recording which transmits and records full-frame data, even on substandard system specifications.

Live Link Timeline Sync

Provides lossless frame-by-frame recording. Watch More

Recordable Live-Linked Items:

Character Animation, Facial Performance, Prop Animation, Camerawork, and Light Animation.

High-Performance Production 

Send multi-selected or a group of animated characters from iClone to Unreal Engine for full-frame recording and turn into Unreal Engine sequence files. Watch More

Two-Way Data Link – Watch More

Whether you want your iClone characters to interact with the Unreal scene or simply try to position them in the right places, you’ll benefit from the scene transfer feature thanks to the power of bidirectional data linking. 

Seamlessly adapt iClone animations to Unreal environment   Watch More

Unreal Scene Transfer 

Three different modes allow you to transfer your Unreal scene back to iClone to reposition standard re-editable meshes, merged meshes, or simplified/decimated meshes.

  • Standard (Items): Standard (Items): Keep separate items for the most accurate alignment. Selectively Show/Hide for flexible scene management. Supports landscape.
  • Merged (1 Mesh): Keep the high-poly for better performance and proper alignment.
  • Simplified (Remesh): Low-poly for the best performance. For large/far scenes sent into iClone as camerawork reference.

On top of scene transfer, Motion Director 1.1 Snap to Surface can constrain characters traversing across the terrain and adhere to elevations produced with a displacement map

  • Response to Terrain Height: Character moments can react to ground elevation. Watch More
  • Accurate Reach Target: iClone characters can seamlessly interact with the Unreal scene with the one-step target reach, motion layer editing, and smooth IK/FK transition.  Watch More

Motion Transfer and Animation Retargeting

Circumventing the long-winded process of exporting FBX models and motions from iClone to Unreal, iClone can now directly transfer selected models along with their motions to Unreal projects and turn them into animation assets that can be edited in Level Sequencer. These features offer a new avenue for animators looking to integrate iClone and Unreal in practical and intuitive ways. 

Direct Animations for iClone/CC Characters in UE

Rapidly replace the iClone/CC characters in UE and retain the same motion assets on identically named characters.  Watch More

Motion Retargeting for UE Characters & MetaHumans

iClone motions are reusable on UE characters and MetaHumans via standard UE IK Rig and Retargeting process.  Watch More  |  Bring MetaHuman to life

Drive MetaHumans with iClone Facials

iClone facial animation can be sent full-framed into iClone/CC characters in UE, or retargeted to MetaHumans to drive facial expressions and talking animations.   Watch More  |  Bring MetaHuman to life

Prop Animation

Prop animation transfer includes animated objects, vehicles, and non-humanoid characters such as creatures.  Watch More

Morph Animation Support

Live Link morph animations to UE via iClone Morph Animator. Perform organic motion by applying morph animation to props or skin-bone characters.  Watch More

Motion Director – Watch More

Motion Director is handy for navigating your characters in 3D space, and great for making NPC animations. In this update, we focus on bringing the ability for characters to move smoothly atop a mesh surface. 

React to Surface – Watch More

Characters can now react according to changes in ground elevation while maintaining contact with the floor. Snap to Surface within Motion Director control settings can also support every MD Control Mode for designated characters.

Advanced Surface Sensor Settings

By tweaking the surface sensor settings, you can determine the climb and fall limit on every step.

  • Climb/Fall Limit: Cap the character’s upper and lower distances from the current ground level to reach a different elevation.  Watch More
  • Transpose Damping: Adjust the damping intensity to reduce or smooth jittery movement caused by changes in ground height.  Watch More
  • Input Forecast: Define the prediction time for surface detection to raise and lower the character ahead of its movement.  Watch More

Supports Displacement Terrain 

Snap to Surface feature works for irregular mesh generated from displacement texture, and it is fully compatible with the Natural Terrain Generator plugin for iClone.

UE Live Link to Target Scene

Adapt iClone/CC animations to UE scenes via iClone Unreal Live LinkWatch More

Subdivision Export – Watch More

Along with the Character Creator 4.1 update, you can now export your subdivided, animated characters into USD and FBX, then bring them to other major applications like 3ds Max, Maya, Cinema 4D, and Blender. You can even directly live-link subdivided animation to Unreal Engine and Omniverse for detailed real-time rendering.  Level of Subdivision | Compatible to All Renderers

Other New Features

Bake Morph Supports 

iClone 8.1 lets users bake morph shapes that can be exported to other 3D applications.  Watch More

Displacement Texture Supports 

iClone Live Link Auto Setup 1.25 creates a Displacement texture channel for proper modulation of surfaces.

Website: iClone 8  |  iClone Unreal Live Link  |  iClone Motion Director

Forum : iClone 8.1 Discussion

Fast Realistic 3D People in ArchViz with ActorCore & Unreal Engine

The original article was written by Ronen Bekerman, and featured on Ronen Bekerman Archviz Hub.


Showcasing a residential house at night while hosting a party is difficult. A party means people, in order to sell the scenario. No matter the quality of the 3D people model and texture, the selling in this case, is done with motions.

The offering of quality 3D people is limited even before you bring motion into the mix. This is where ActorCore offers high-quality 3D asset libraries for mocap animations and animated 3D humans for crowd rendering.

Behind the Scenes

Pasquale Scionti is a Principal Lighting and Lookdev Artist. Below you will see his work in Unreal Engine and how he manages to sync the visualized 3D people and subject matter.

Create Your Archviz with ActorCore Scanned People

The difference from other scanned people is that ActorCore is fully rigged for facial and body motion. For this scene, Pasquale wanted to create a sunset scenario with a house party going on. The house model is from Evermotion and was modified a bit before he imported it into Unreal Engine using Datasmith.

“Populating your scenes using ActorCore is very simple, and in minutes, you have animated crowds.”

Pasquale Scionti – Principal Lighting / Lookdev Artist

To know more about Pasquale’s process using ActorCore and Unreal Engine, to create an Archviz project, read the complete article on Ronen Bekerman architecture visualization hub, or visit the dedicated Guide for using ActorCore and Unreal Engine.

Winner Tips & Tricks Interview: The Making of Takeyoshi Sugihara’s “Pekoten”

The “Winner Tips & Tricks ” series covers practical workflows and techniques shared by winners from the “2022 Animation At Work Contest”. To let users see the full spectrum of the Cartoon Animator pipeline, we are introducing projects that received attention and credit from the community. Let’s now take a look at Takeyoshi Sugihara’s: “Pekoten”, and see how he works his magic with Reallusion Cartoon Animator (CTA).

About Takeyoshi Sugihara

When I was in elementary school, I came across a wrestling manga called “Kinnikuman,” and I was always copying the drawings of the characters from that manga. The manga is still being serialized today and has had a great influence on many manga artists and martial artists, and because of it, there was a time when I thought I would become a manga artist in the future. 

When I was 22 years old, I entered the Visual Illustration Department of Yoyogi Animation academy. It was a very exciting two years for me as I had been away from drawing for a while. At that time, I was drawing only cats with pastels. At the same time, I was also drawing a few illustrations that led me to my current style. Little by little, I began to draw illustrations with stories, like picture books, and although I did not get published, I also started to draw picture books. At that time, I did all my illustrations by hand, but since I was born with red-green color blindness (For example, I painted human faces in green), I was made aware of my limitations with hand drawing, so I began to use computers to create my illustrations. 

I wanted to create something with a story rather than just a single illustration and it became a natural progression. Although I could not become a cartoonist, my childhood dream came true when I started using Cartoon Animator. I am a morning person, so I spend about two hours creating cartoons before going to work. In addition to making use of my off-hours and holidays, I have grown a lot by communicating with Japanese animation creators and participating in film competitions.

Why choose this entry topic? 

My mother is a single mother who has been a dorm auntie in a high school baseball dormitory for over ten years. Growing up watching her work, I began early on to draw the character of a mother in an apron. It is my longing to portray her living happily together with her family on the island where she was born. The title of this animation: “Hara Pekosan Tenshi” has been on my mind for more than ten years. Because I had many opportunities to cook with three of my best friends — going shopping, putting on an apron, and sometimes making mistakes has helped me in the creation of this work. The character design had changed several times but settled on the current form.

Why choose Cartoon Animator?

There was a lot of other animation software out there, but for me, at the time, with no animation experience, the simple and visually appealing control panel and the ability to apply animations for actors with a simple click were very appealing.

How I did it with CTA

Step 1: Scripting and storyboarding

I wanted to create an animation in which the characters move in time with the background music and song, so I started by drawing a storyboard. I drew up a storyboard and wrote out what the lyrics of the song would be. I picked out a few songs that I liked and tested them by singing along to see if the lyrics and tempo matched. Once the lyrics were adjusted, I asked the singer to sing the song. Until the song was ready, I sang the song myself and adjusted the timing and choreography.

Step 2: Character creation and sketching

To draw “Hara Pekosan Tenshi”, I took a character I had previously drawn and modified it for CTA. When I create a new actor, I reuse an existing actor from CTA and replace the images in Clip Studio Paint.

Because I learn a lot from the embedded actors, I often refer to their structures when I create an actor with similar elements. It’s also important that I pay attention to the way the actor’s arms are built.

This is because many of the Actors I create have two or three heads, and sometimes the neck is not visible in the design. When animating actors, I am careful about the order of the layers of each body part and whether or not the shoulders and elbows move in a way that is impossible for the skeleton.

Also, since the same actor cannot put on and take off clothing, it is necessary to know how many directions (0 degrees and 45 degrees) the actor needs to be facing. However, the mesh planes can be controlled to be visible or invisible on the timeline, so we did not need to increase the number of actors for this purpose.

Step 3: Animating the character and sprites

To animate the characters according to the lyrics, I would apply various dance animations from the content library. Then I looked for the best fit by watching the actors in action. In many cases, we applied existing animations to the actors, and we also used items purchased from the Reallusion 2D Marketplace.

Then I adjusted the speed of the actor’s animation (the length of the clips on the timeline). If necessary, I would arrange the movements by breaking down the clips by sampling motion clips.

Step 4: Creating and structuring the scene and setting up the camera

The creation of the scene was divided by the changing themes of the music, and because of this, there were some major changes from the initial storyboard.

Originally, the storyboard was about an angel washing his hands under a faucet. Although I had created the image material for this scene, I didn’t want the screen to be too busy switching between scenes, so I switched to an animation of soap bubbles being rinsed off.

Step 5: Selecting background music, sound FX, & voice acting

Some people may choose the background music later, depending on their preference. But in this case, the animation was to be set to music, so I chose something that would help the viewer visualize the enjoyable process of cooking. I used After Effects to add shadow, light, and atmosphere. And I used Shadow Studio 2, which made lighting very easy.

The book I referenced is “動画でわかる After Effects 教室” (“Dōga de wakaru After Effects kyōshitsu”). I hope you can also try to use some of the mentioned techniques, and hope you will enjoy doing animation as I do. See you next time!

Follow Takeyoshi Sugihara

Youtube | https://www.youtube.com/channel/UC08ZqNgbH8wJ9TBQcPvPnSg/featured

Chartered Architect Conjures a Metamorphosis of Ballet into Kagura with Character Creator and iClone

This article is featured on Fox Renderfarm

Project “Kagura” is a one-minute full CG animation, and the sequel to John Yim’s “Ballerina” project, made with Character Creator, animated in iClone, and rendered with Redshift and Cinema4D.   

Kay John Yim is a Chartered Architect at Spink Partners based in London. He has worked on a wide range of projects across the UK, Hong Kong, Saudi Arabia and Qatar, including property development and landscape design. His work has been featured on Maxon, Artstation, CG Record and 80.LV.

Yim’s growing passion for crafting unbuilt architecture with technology has gradually driven himself to taking on the role of a CGI artist, delivering visuals that not only serve as client presentations but also as means of communication among the design and construction team. Since the 2021 COVID lockdown, he challenged himself to take courses in CG disciplines beyond architecture, and has since won more than a dozen CG competitions. 

The project’s concept centers on a fantasized version of Kagura (神楽) – a type of Shinto ritual ceremonial dance in Japan. According to tradition, a Kagura dancer turns into a god during the performance, thus depicted as the dancer’s ballerina tutu dress transforming into a hakama as she dances on the floating stage, signifying the purifying spirits of nature.

This article focuses primarily on shots three and four of project “Kagura”, where Yim begins to give details on his design and technical process of the four main aspects below: 

  • The Architecture 
  • The Animation 
  • The Transformation 
  • Rendering 

“Kagura” was made with the following software:

  • Rhino
  • Moment of Inspiration (MOI)
  • Cinema 4D (C4D)
  • Redshift (RS)
  • Character Creator (CC)
  • iClone
  • Marvelous Designer 11 (MD)
  • Houdini

This making-of tutorial article is a short version of “The Making of ‘Kagura’, A Photorealistic CG Animation”, written by Kay John Yim. For the full version, please visit Fox Renderfarm News Center.

Shot One
Shot Two
Shot Three
Shot Four


The architecture was loosely based on Ookawaso Hotel’s lobby in Fukushima Prefecture, Japan.

PureRef board for the project

It was probably one of the most challenging interior spaces that I have ever modeled, due to the following reasons: 

  1. Most photographs available online focus on the floating stage and thus were quite limited in showing the actual space.
  2. With no access to architectural drawings, I had to eyeball all the measurements from photographs.
  3. The space does not conform to a single orthogonal grid, for instance, the stairs and the 1F walkway did not align to the columns. 

I first gauged the size of the space by the balustrade height—as a rule of thumb, balustrades are usually 1.1 meters tall, and it varies slightly depending on exterior vs. interior space and the country’s building regulations. 

By estimation, the distance between the columns is about 7.7 meters. 

Estimating measurements from photo

Looking at the orientation of the floating stage and the columns, I assumed that the space was designed with two sets of grids: a construction grid that aligned with the columns (which structurally holds up the space) and a secondary grid diagonal to the construction grid (which serves only as a design grid). 

I drew up the construction grid uniformly (7.7 x 7.7 meters), and placed columns accordingly. Then I drew diagonal lines on top of the construction grid to get the secondary grid, and this gave me a starting point for the floating stage as well as the 1F walkway. 

Drawing up the grids, stairs and 1F walkway

A large portion of the architectural elements then instantly fell into place according to the grids I drew up. 

Having said that, the modeling process was not exactly straight-forward though. With the lack of references (especially for the corner details), I spent most of the time re-designing and tweaking wall panel sizes and wall stud positions to get to proportions that were aesthetically pleasing. 

Most elements fell into place according to the grids

Modeling by grid

I then exported the Rhino model to .3dm, opened it up in MOI and exported it again into FBX. Doing so gave me clean, quad meshes that I could easily edit and UV-map in C4D.

Model turntable

While the majority of the space took less than a week to model, I spent an additional month solely on fine-tuning the details, tweaking the lighting, and framing a composition that I was satisfied with.

Render iterations
The final composition


2-1 Character Animation made with Character Creator and iClone

The character animation was created with Character Creator (CC) based on mocap animation, which can be found on the Reallusion Marketplace. 

I kept my animation workflow as simple as possible; In fact, I exclusively used “Set Speed” and “Edit Motion Layer” functions in iClone to get to the final character animation. First, I imported my CC character into iClone, applied the mocap animation onto the character via drag-and-drop, and altered the speed with “Set Speed” to create a slow-motion effect.

Slowing down mocap animation in iClone with “Set Speed”

*Note: Please see my previous article for CG Character creation: Ballerina: A CGI Fantasy made with Character Creator and iClone.

Altering the speed however, exaggerated a lot of movement that looked distracting; Hence, I played the character animation on loop and deleted keyframes that I found unnecessary.  I then used “Edit Motion Layer” to lift up the arms and modify the finger positions. 

Edit Motion Layer

2-2 Garment Preparation

Once I have gotten a decent character animation, I moved on to Marvelous Designer (MD) and Character Creator to prepare the garments for animation and simulation. 

Cloth simulation in Marvelous Designer is extremely finicky: multiple layers of clothing too close together causes a lot of jittering, and that could take an infinite number of simulations to resolve. For the above reason, I separated the two sets of Marvelous Designer garments (ballet tutu and hakama) into two categories: skin-tight vs loose garments. 

The skin-tight garments would be animated in Character Creator & iClone, a technique most commonly used in game production. This technique excels in speed but falls short in simulating loose garment details compared to MD. The skin-tight garments in this project included the ballet tutu leotard and the hakama’s inner layer.

Skintight garments

The remaining loose garments would be simulated in MD (the ballet tutu skirt and the hakama’s outer layers).

Lose garments

2-3 Skintight Garment Animation with Character Creator and iClone

My preparation for the garments in CC are as follows: 

  1. Export garment from MD to FBX as T-pose.
  2. Import FBX into CC by “Create Accessories”. 
  3. Assign “Skin Weight”. 
  4. Export to iClone

The skin-tight garment would then be automatically applied to the animated character in iClone

Ballet tutu leotard animation in iClone

2-4 Loose Garment Simulation with Marvelous Designer and iClone

MD in general simulates garment better by using CPU rather than GPU when there are multiple layers of clothing. Having separated the tutu leotard from the tutu skirt in this particular case, I found GPU simulation actually gave a cleaner and faster simulation than using CPU alone. 

Ballet tutu skirt simulation

For the hakama I wanted to create a calm but otherworldly aesthetic, so I reduced the “Gravity” under “Simulation Settings” to 0, and upped the “Air Damping” to 5. This resulted in a constantly floating sleeve and a clear silhouette throughout the entire animation.

Hakama simulation

With all the garments animated and simulated, I exported all of them as separate Alembic files. The Character was exported as an animated FBX from iClone.

2-5 Pose-simulation clean-up in Houdini

Garment simulated in MD could sometimes result in too many details or polygons with messy connectivity. The former I personally found distracting and the latter would cause problems down the line in C4D when used in combination with “Cloth Surface”. 

I imported the Alembic files into Houdini and used “Attribute Blur” to smooth out the garment, eliminating extra wrinkles.


3-1 Setting up the Camera

Having imported the character FBX and all the Alembic files into Cinema 4D (C4D), I then move onto setting up my camera based on the character animation. This prevented me from spending extra time working on details that would not be visible in the final shot. 

I used “PSR” under “Constraint” to bind the camera’s height position to the character’s “neck” position; doing so stabilized the camera and avoided distracting movements. 

3-2 Tutu Dress to Hakama

The transformation of the tutu dress into hakama was driven by a combination of “PolyFx”‘s and animated fields within C4D.

Working with “PolyFX” 

C4D’s “PolyFx” breaks down objects by their polygons; any Mograph effectors assigned thereafter will then affect the object on a per-polygon basis rather than affecting the object itself as a whole.

I assigned a “PolyFx”, a “Random Effector”, a “Plain Effector” and a “Spherical Field” to each of the following parts: 

  • Tutu leotard 
  • Tutu skirt 
  • Hakama sleeve 
  • Hakama top (outer layer) 
  • Hakama top (inner layer) 
  • Hakama bottom 

Each of the “Spherical Fields” were then bound to the character’s skeleton “pelvis”.  With the Spherical Field bound to the character, I animated the sizes of the “Spherical Fields” and tweaked the timing to different garment parts to gradually scale down/scale up by their polygon divisions. For specific steps, please see the detailed guide in the full version.

*Note:When in doubt, press Shift-C then type in the Mograph or function you are looking for—I use Shift-C all the time in C4D.

 Garment animation driven by “PolyFx”

3-3 Tutu Skirt to Butterfly Hakama

In addition to the garment transformation driven by “PolyFX”s, I added an extra layer of animation with a “Cloner” of animated butterflies; this created an illusion as if the tutu skirt disintegrated into a swarm of butterflies and flew away. 

I use an animated butterfly created by Travis David (click to download) cloned onto the simulated tutu skirt, driven with a plain effector in scale to make them appear and disappear in flow with the PolyFx animation.

Ggarment transformation with butterfly “Cloner”

For the final rendering, I added “Cloth Surface” and “Subdivision” to each garment part to break up the polygons to even smaller parts; this resulted in an illusion of the tutu dress being disintegrated and subsequently reintegrated into the hakama. 

Technically speaking it was a relatively simple animation, the most challenging parts were timing and developing an aesthetic that flowed naturally with the character movement. The ten seconds of transformation alone took me more than two months to get to the final version; I was constantly adjusting the Spherical Fields’ animation through the plugin “Signal”, rendering the viewport sequence, tweaking and re-rendering over and over again.

“Cloth Surface” and “Subdivision” are computationally expensive—each viewport frame took at least two minutes to process, totalling about ten minutes per viewport sequence render. 


Final shot 3 breakdown


4-1 Texturing

I kept my texturing workflow fairly simple—apart from the characters, I used Megascans material and foliage in the final renders.

4-2 Redshift Limitations & Workaroundsturing

Though Redshift is my favorite offline renderer for its unmatched rendering speed, there were a few limitations regarding Motion Blur and Cloner/Matrix that I had to have a workaround in preparation for the final rendering. 

“Motion Blur”, or “Deformation Blur” to be specific, contributes to the realism of CG animation. However, there is a known limitation of Redshift automatically disabling “Deformation Blur” on “PolyFX” objects. This would cause glitches (objects look as if they pass through each other) in the final render if “Deformation Blur” is turned on globally. While keeping global “Deformation Blur” on, I added a Redshift Object tag on every character and garment object and unchecked “Deformation Blur” on the RS object tags.

On the other hand, while “Cloner” and “Matrix” both serve the same purpose of cloning objects, they differ in viewport feedback and rendering speed. Using “Cloner” has the advantage of wysiwyg in the viewport, as opposed to using “Matrix” where you have to render out the frame to see the final result. 

Rendering-wise, “Matrix” has the advantage of being rendered by Redshift much more efficiently than “Cloner”; Taking Shot 4 for instance, the final render duration per frame is three hours using exclusively “Cloner” as opposed to 2.5 hours using exclusively “Matrix”. Hence, I used “Cloner” while working on the shot composition and used “Swap Cloner/Matrix” to replace all “Cloner” into “Matrix” for the final render.

“Cloner” viewport feedback

“Matrix” viewport feedback

4-3 Redshift Environment

I used Redshift Environment to give all the shots an atmospheric and mysterious look; it also helped to convey the depth of the scene, especially in a busy composition like Shot 4. 

The Redshift Environment’s Volume Material was driven by two “Null”s in height; a fake Spot Light directly above the dancing character and two Area Lights from below the stage also contributed to the Redshift Environment. 

4-4 Redshift Proxies

Having finalized the look of the shots, I exported as many objects as possible into Redshift Proxies for rendering efficiency. I used “Redshift Proxy Exporter” to batch export objects—this saved me a lot of time, especially when exporting foliage. With everything replaced as Redshift proxies, this brought my final render time per frame from 2.5 hours down to two hours.


“Kagura” is by far the most challenging personal project I have ever done. I learned along the way as I worked on “Kagura” and “Ballerina”, all through trial and error, rendering out iterations after iterations throughout the past six months. 

With Reallusion and Fox Render Farm’s support, I eventually brought “Kagura” to life, and this has been the most rewarding project since I began my CGI journey.

Learn more :

• Kay John Yim’s personal site https://johnyim.com/

• Kay John Yim’s ArtStation https://www.artstation.com/johnyim

• Character Creator https://www.reallusion.com/character-creator/download.html

• iClone https://www.reallusion.com/iclone/download.html

March Digital using Cartoon Animator to fulfill client needs

Chris Walker from March Digital implemented Cartoon Animator (CTA) as his preferred choice of 2D animation software for the creation of animated ads for a local law firm which would feature in cinema advertising. Having produced animation for such names as The Wiggles and Fairfax, Chris has considerable experience in the field of animation and in this interview with Reallusion he shares some of his insights and why Cartoon Animator is his personal choice for 2D animation software.

Q: Hello Chris and welcome. Can you begin by sharing a bit about your working background?

I’ve been working as a multimedia producer since the late 90’s having started out animating in Macromedia Flash producing large animated websites for clients like Intel, Fairfax and Foxtel.

My first major foray into cartoon animation was when I worked with The Wiggles about 18 years ago producing over 70 animated cartoons for their television and DVD series. We created them in Flash initially before moving on to Moho. I remember the most challenging aspects of those cartoons was always character rigging and managing what felt like millions of keyframes. It took a long time to do and generally involved creating alternate versions of each character to suit different animation scenarios – so, very time consuming. We had to devise creative ways of developing reusable animations that could be shared among a small team of animators in software which was not designed for that purpose.

Q: How did you discover Cartoon Animator and what made you decide to use it as your animation software?

I’m one of those people who has owned Cartoon Animator for a few years but not really used it on any projects until recently. I purchased it a few years ago because I was intrigued about it’s approach to character rigging and use of motion clips. I mostly just messed about with it until about a year ago when I was asked to produce a TV commercial for the Tamworth City Council promoting a survey they were conducting … riveting stuff, I know … and I decided to use Cartoon Animator 4 for the project. I was surprised at how quickly I was able to produce and deliver the animation and how flexible the process was when it came to making changes following client review and feedback. It seemed too easy, to be honest. And it was fun.

“I decided to use Cartoon Animator for the project. I was surprised at how quickly I was able to produce and deliver the animation and how flexible the process was when it came to making changes following client review and feedback. It seemed too easy, to be honest. And it was fun.”

Chris Walker – March Digital
March Digital crew

Q: Can you tell us about the work you’re doing with Cartoon Animator?

I was recently commissioned by a local family law firm to produce a 15 second cinema advertisement to promote their divorce services. The animation starts with a parent sitting in their dining room holding divorce papers while their children can be seen playing in the backyard with the family dog. The parent has an initial look of sorrow on their face as they look up from the divorce papers to gaze out of the window while their facial expression changes slightly to convey how they feel when they look at the children.

The next scene shows the parent and children coming together in the backyard. The children run up to the parent who kneels down to embrace them both while looking at them with the loving eyes of a parent. The central focus for the entire animation is the parents face and the emotions it has to convey. Cartoon Animator 4 seemed like the great choice for this project as I was keen to use the face puppet tool for the facial animation. And I wanted to see how fast I could do most of the animation using just motion clips avoiding key-framing if possible.  

Due to the nature of the topic (divorce within a family) we decided to make two versions – one featuring the father and the other featuring the mother – with each version running in different theatres and hopefully resonating with both men and women depending on which version they happened to see before their movie.

To achieve this quickly, I decided to create the animations with the mother character first before duplicating the project, swapping the mother for the father and motion retargeting the animation. This saved me a heap of time and made me feel really clever!

Q: What are some of your favourite tools and features to use in Cartoon Animator?

One of the things I really like about using Cartoon Animator is the Reallusion Marketplace and the fact that the assets you can purchase and download from the marketplace are designed to work without needing to roundtrip everything through Illustrator or Photoshop. I was able to quickly find all of the assets I needed for the project and have them imported and setup ready to animate within minutes.

Asset-wise I needed an Aussie backyard and a typical suburban looking dining room with a window. I found the assets that had been created by Garry Pye (a fellow Aussie) were spot on for my needs. He has both a DIY backyard scene and a living room scene which stylistically work perfectly together.

For the characters I needed two parents, two children and a dog. My main focus when choosing the characters was how facially expressive I could animate them. I found the School Mates series of characters by Serg Pilypencos on the Marketplace to be perfect for the project. My intention was to make the face of the parent quite prominent in the opening scene, with a look of exhaustion, sorrow and sadness on their face, so it was vital that the face be as expressive as possible while still being a very simple flat shaded style so that it fit with the other elements. The male and female characters in his series have very large eyes and prominent eyebrows which made it easy to animate their facial expressions pulling the audiences attention into the eyes during the opening scene.

The most fun I had with this animation was creating the scene of the boy and girl playing in the backyard with their dog. It’s pretty simple stuff – the boy picks up a ball and throws it. The dog chases the ball while the girl jumps up and tries to catch the ball as it flies over her head. They all run across the yard into the arms of the parent. I was able to do 90% of the animation by dropping motion clips on the characters and the little key-framing I did need to do was pretty basic but got the job done perfectly.

Q: Why did you choose Cartoon Animator as the platform to create your content?

I really like how Cartoon Animator simplifies and streamlines the process of developing a project. Being able to source quality assets from the Marketplace meant that I was able to work fast and respond to the clients feedback quickly. I think another big advantage that CTA provides over other software is that you’re able to rapidly prototype animations and iterate quickly. Sending an animation over to a client for review knowing that any changes they ask for will likely be easy to implement because the tools provide a high degree of flexibility, results in a smooth experience for everyone involved.

“I really like how Cartoon Animator simplifies and streamlines the process of developing a project. Being able to source quality assets from the Marketplace meant that I was able to work fast and respond to the clients feedback quickly. I think another big advantage that CTA provides over other software is that you’re able to rapidly prototype animations and iterate quickly.”

Chris Walker – March Digital

Now I can’t wait to get my hands on Cartoon Animator 5!

Q: So what’s next for you? Do you have plans for future content in the works?

Yes, I have a few clients that have a regular need for animation so I’ll be focusing my efforts on using Cartoon Animator from now on. I’m currently working on an animation using Character Creator and iClone and I’m keen to experiment with creating a cartoon version in Cartoon Animator reusing some of the motion clips from iClone. For me, having a suite of animation tools that covers both 2D and 3D and which in many ways have a similar workflow approach means I am able to move quickly between applications without having to stop and recalibrate my brain each time, which is really appreciated. And being able to reuse motion assets from iClone in Cartoon Animator is pretty cool.

I am particularly excited about the upcoming release of Cartoon Animator 5 and the new vector animation tools it now features. A lot of the work I do is targeted for the web, generally explainer-type animations for corporate clients. I can see that Cartoon Animator 5‘s vector animation tools will work great for creating those ‘single shot – panning and zooming’ style of explainer animations which clients are always keen to invest in. 

Thank you for having me.

Follow Chris:



ActorCore AccuRIG Rigging just got a whole lot easier! – 3D Special FX artist | AMIRULER

Amirul Afiq bin Hussain – 3D SFX Artist

Amirul Afiq bin Hussain (AMIRULER)

Amirul Afiq bin Hussain or more commonly known as Amiruler began his career as a wedding videographer at the age of 18 and is currently running his own company, Spektrum Cahaya Production Filmmaking) and Rakan Animations (3D Animation and VFX).

Despite his love of drawing, and creating artworks since childhood, Amiruler has never considered pursuing it as a career. However, he still does it as a hobby. In his previous role as the Lead of Shared Services department at a local Malaysian TV station (TVS), he shared his knowledge and grew the 3D/VFX community in his area, hoping that more and more people would grow to know the capabilities of the local 3D artists.

Amirul creates 3D Characters, 3D Environments, Visual Effects and 3D animation for his projects and sells them on online marketplaces such as Sketchfab. He uses Autodesk Maya primarily for modeling and texturing.

ActorCore’s AccuRIG has made his work 10 x easier and faster. Previously, all his characters on the marketplace were not rigged. But with the ability to upload his characters directly from AccuRIG to Sketchfab, he mentions that he may be able to sell rigged and animated characters in the future. The video below shows how easy it is for him to use AccuRIG on the characters he makes, and how he directly sells them on Sketchfab.

Steps on how to use AccuRIG by ActorCore:


First of all, a humanoid character need to be loaded on AccuRIG to start the rigging process. The best pose to start with is of course the T-pose or A-pose. It should always be the default pose whenever a character is created. But AccuRIG can also rig certain other poses as well, including models with accessories or multi-Meshes too. Just drag and drop the OBJ or FBX files here or a selection of models can browse through, which is available for download at Sketchfab. Once you have done this, give it time to load the model, and it will bring it in.


Once the model has been loaded, a vertical line will appear. Most of the time, the software detects correctly where the center of the model is. In cases that it does not, the vertical line can be adjusted manually, so make sure the line is in the middle of the hips. Rotate character button is also available, so it is possible to rotate them to check on all sides. Click “Rig Body” to move on to the next step.


Joints are automatically placed on the 3D model after processing. Minor tweaks can be done to make sure the points are exactly where it is supposed to be. By hovering at the points, there is a reference on the right-side of the screen, on where the point is best placed at, and by referring to that reference, the points can be adjusted simply by dragging them. There is also a symmetry check box, to make the opposing joints move simultaneously and make the process easier and faster. Click “Rig Hand” at the bottom right-side of the screen to proceed.


This is one of the major advantage of AccuRIG compared to Mixamo, is that the ability to rig the hands. The number of fingers can be changed on the right-side of the screen. For the most part, the joints are placed correctly, but also there is a freedom to adjust them manually, in cases that it does not. Also make sure the cone on the thumb is pointing to the right direction, as referred to the reference image. Proceed by clicking “Rig Left Hand”. Similar with the right hand, check for the placement of the joints and the direction of the cone on the thumb. If all is good, proceed to “Finalize Character”. It will take a few minutes to rig the 3D model.


The 3D model should be already moving in “idle” position once the processing is done. Check the models to see if it is moving and bending correctly by going through the preview motion library that is located at the top-right of the screen. It is also possible to add more animations here by clicking the “+” sign, and it will be directed to the website library. If there are certain poses that needs to be tweaked, it can be done so in the “Pose offset” menu.


Once everything is done, click export to any format that is desired, as it supports most major software that is available today.

With the ActorCore AccuRIG tool, it had become easier to rig and animate 3d models more accurately. From previous experience with Mixamo, there we’re a few downsides to it such as, the character not deforming correctly…. especially the models with extra accessories, and the inability to rig the hands which makes the model seem incomplete in a way.

With AccuRIG , it is as easy as clicking a few buttons to get a 3D model with rig and animation ready, which can be an added advantage to the Sketchfab marketplace sellers to sell their creations with better rigs and animations at a much higher price allowing customers to get more value for their purchase. In additional, it is a totally free software for anyone to use!

You can check it out at https://actorcore.reallusion.com/auto-rig and try it

And also, don’t forget to visit my store and many of my items at Skethfab https://sketchfab.com/amiruler