• By Prompt Muse
• Published August 1, 2024

How I Made A K-Pop Singer: Full Process with phone mocap!

Introduction

Welcome to this Written Tutorial on Creating 3D Characters with Character Creator, Blender and Unreal engine. Please see the full video here

In this tutorial, I’ll guide you through the entire process of creating 3D characters using Character Creator and the free plugin CC Blender Pipeline. From character creation to importing into Blender and finally into Unreal engine. We’ll cover every step in detail and try out some new plugins! Please note that Reallusion currently has a competition to win cash prizes check it out here!

What You’ll Learn

• How to quickly put together a 3D character using character creator and the blender pipeline. How to integrate plugin into your workflow and bring everything back into character creator and add mocap.
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Prerequisites

1. Character Creator: Used to create and export your character (currently 40% off with a 30-day trial).
2.  
3. Unreal Engine: Ensure you have it installed.
4.   
5. CC Rig Plugin: Available on the Epic Store Marketplace.
6.  
7. MetaHuman Plugin: Install from the Marketplace.
8.  
9. Unreal Auto Setup: Download from the Reallusion website.
10.  
11. Live Link Face App: Free on the App Store via your phones app store
12.  

13. Ensuring All Plugins Are Active In Unreal Engine:

    To ensure a smooth workflow, you need to make sure all necessary plugins are active in Unreal Engine. Follow these steps:

    1. Activate Required Plugins:
       • In the Plugins window, use the search bar to find each of the required plugins:
         • Quixel Bridge
         • CC Rig Plugin
         • MetaHuman Plugin
         • Unreal Auto Setup
         • Live Link
         •  
         • Apple ARKit (for ARFaceKit functionality)
       • Make sure each of these plugins is enabled by checking the box next to their names.
       • Click Restart Now if prompted to restart Unreal Engine after enabling plugins.
14.  

Step 1: 

1. Creating Your 3D Character

   We start with Character Creator to design and customize our 3D character. This powerful tool allows you to sculpt detailed and lifelike characters with ease. You can easily with sliders adjust facial features, body proportions, and clothing to match your desired look.

Importing the Character into Blender

1. Once our character is ready, we’ll utilize the CC Blender Pipeline plugin to export and import the character into Blender. This is a free plugin.

2.  

3.  This plugin simplifies the process, ensuring that all character details are preserved. In Blender, we’ll begin sculpting and using additional plugins to paint details and create stylized hair quickly.

1.  

Step 2: 

1. Creating a Stylized 3D K-pop Outfit

   If you would like access to a premade market place of clothes, the Real Illusion Content store has many assets that can be downloaded directly into your CC program. This makes it easy to get quality clothing onto your character. Click here to enter the Content Store.

2.  
3.  

4. But if you would prefer to make your own clothes this comes with a additional learning curve and  the expense of a third part product. I do get asked regularly about creating clothes from scratch, so I thought I’d try out a product for you called Style 3D Artlier. which we will use to design a bespoke K-pop style outfit for our character. 

 

1.  

Step 3: 

1. Adding Mocap with Move.ai One

   Once our character is complete, we’ll add motion capture (mocap) using Move.ai One. 

2.  

3. This tool claims to produce mocap using just one camera.

4.  Although it may not be as precise as mocap suits or the multi cam option (Moveai Pro), I’m curious to see its capabilities. 

5.  

6. Setting up Move.ai was straightforward—I simply downloaded the app on my iPhone and recorded using the free trial, capturing 10-second intervals and uploading the finished .fbx files to my PC. My first impression were good, I knew it would be a wobbly animation that would require mocap clean up! But it was good enough for my little example.

 Step 4:

Cleaning Up Mocap Data

Of course, some clean-up is necessary, especially when you are recording mocap from one iPhone! I recommend using iClone for this which will help you clean up the mocap fast, but if you’re on a budget, Blender is a great alternative, however it may require a bit more of a learning curve and might not be as intuitive as Iclone.

I imported my 3D character into iClone and used a free retargeting file to streamline the process. It was easy and enjoyable!

I repeated the clean-up steps for each mocap import from my phone until I had a good selection of dance moves, which I saved in my iClone library for future use.

1.  

Step 5: 

Exporting To Unreal Engine

At this point, you can export your character to Blender using the CC Pipeline. However, I opted to take my character into Unreal Engine, so I can use the Iphone to record my facial animations. (You can do this in Iclone with Accuface).

I simple exported my character without any animations as an fbx file and then exported each of my animation as an fbx.

In Unreal Engine I imported my skeletal mesh and animation sequences into the Unreal content draw , added them to a new sequence level, and converted my character to a CC Control rig to enable facial animation.

Step 6: Recording Animation

1. To record in Unreal engine you need to set up a Level sequence, think of this as your time line to add animation to. Below are the steps to setup your level sequencer and record your facial animation via your Iphone to the sequencer. I converted my Imported Skeleton mesh to a CC control rig. This is a fantastic free plug in which you can grab here. This plug will now allow me adjust my animation further in unreal engine and copy and paste animation onto the facial control from my Metahuman.
2.  

• Recording Singing with MetaHuman and LiveLink

  To keep things organized and efficient, I opened a separate project for this step. I imported a MetaHuman in my scene, used the LiveLink and Unreal Face app on my phone to record singing, and exported the animation as an .FBX file. Finally, I imported this into my original project and applied it to my character’s facial control rig.

DOWNLOAD LINKS

• • Character Creator
  • Reallusion Auto Setup
  • UE CC Control Rig
  •  

  Thank you for joining me, and happy animating!

Promptmuse X

•  #CharacterCreator #iClone #RiggedCharacter #UnrealEngine #UE #Controlrig

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<p>The post How I Made A K-Pop Singer: Full Process with phone mocap! first appeared on Prompt Muse.</p>

Tired of the default hair options for Metahumans in Unreal Engine? This comprehensive guide will walk you through creating and customizing Metahuman hair using Blender. This process involves no plugins and uses entirely free software.

Please Join my Patreon to get access to Blender Resources and additional guides! PromptMuse | 3D & AI Learning Community | Patreon

Prerequisites

• Unreal Engine installed on your PC : Download Unreal Engine
• Metahuman plugin installed: MetaHuman Plugin in Code Plugins – UE Marketplace (unrealengine.com)
• Quixel Bridge installed: Quixel Bridge – Manage 3D content and export with one click
• Blender 4.0: 4.0 — blender.org

Basic familiarity with Blender and Unreal Engine. This tutorial uses 100% free software.

If you don’t have these installed, refer to my getting started with Unreal Engine and Metahumans here (Coming soon).

1.1 Create a Metahuman

• Use the Metahuman Creator, a browser-based app, to create your custom character: MetaHuman Creator (unrealengine.com)
• Save your Metahuman for later import into Unreal Engine.

1.2 Setting Up your Unreal Project

• Open Unreal Engine via the Epic Launcher, navigate to the Marketplace on the top tab, and search “Metahuman” download the free ‘Metahuman Lighting’ rig.
• Create a new project and launch it.
• In Unreal Engine, navigate to Window and Quxiel Bridge.
• In Quxiel Bridge download your Metahuman by selecting “My Metahuman” from the lefthand side navigation window. Once downloaded Select your metahumans card and from the right handside panel select “Add” This will add your metahuman to your content draw in your UnrealProject

Step 2: Exporting Mesh to Blender

• In Unreal Engine, select your Metahuman and remove the existing hair if needed.
• Now, export the head mesh. Find the mesh in the content browser, right-click, and select “Export.” Choose FBX format for Blender compatibility. Save the file in a convenient location

Step 3: Creating Hair in Blender

3.1 Importing and Prepping the Mesh

• Open Blender, Im using Blender 4.0. In a new scene, delete the default objects.
• Go to File > Import > FBX, and select the exported head mesh.
• In the viewport, separate the scalp from the face. This isolation will help in focusing the hair creation on the scalp area.

3.2 Designing the Hair

• With the scalp selected, enter Sculpt Mode.
• Use the Add Hair tool to begin placing hair guides on the scalp. These guides will shape the overall hairstyle.
• Adjust hair length, density, and curvature. For long hairstyles, increase the length and density. For short styles, reduce these parameters.
• Apply modifiers for specific textures and effects:
  • Clump Modifier: To create grouped strands of hair.
  • Curl Modifier: For curly or wavy hair.
  • Frizz Modifier: Adds a frizzy, unstructured look to the hair.
• Focus on the hairline and parting. Add more hair guides here to ensure a natural, dense look.

3.3 Exporting Hair Back to Unreal Engine

• Once you’re satisfied with the hair design, export it as an Alembic (.abc) file. This format preserves the hair details for Unreal Engine.

Step 4: Finalizing in Unreal Engine

4.1 Importing Hair into Unreal

• Back in Unreal Engine, import the Alembic file. Navigate to the content browser, right-click, and select ‘Import to /Game’. Locate your Alembic file and import it.

4.2 Adjusting Hair Settings

• Select the imported hair in the content browser. In the details panel, fine-tune the settings:
  • Interpolation: Adjust for smooth hair transitions.
  • Root and Tip Scale: Control the thickness of the hair at the root and the tip.
  • Color Settings: Customize the hair color and texture to match your character’s style.
• Enable physics simulation for realistic hair movement.

4.3 Binding Hair to Metahuman

• To attach the hair to your character, use the ‘Create Binding’ option in Unreal Engine. This step ensures that the hair moves naturally with your character’s animations.

Conclusion

You’ve successfully created and customized hair for your Metahuman character in Unreal Engine. Experiment with different styles and modifiers to enhance your digital characters further. Don’t forget to save your project to preserve your work.

Additional Resources

• Visit my  Patreon for exclusive Blender files and additional resources:
• PromptMuse | 3D & AI Learning Community | Patreon
• Share your unique hairstyles on social media with @promptMuse.

<p>The post Custom Blender Hair To Metahuman Guide first appeared on Prompt Muse.</p>

Character Creator stands out for its ability to quickly generate base models that are ripe for customization. With its intuitive interface and versatile morph sliders, creators can easily shape the basic anatomy of their characters. This software shines in its ability to offer a base that includes rigs and morph targets, essential for both facial and body animation.

Once the basic form is created in Character Creator, ZBrush comes into play. Known for its robust sculpting tools, ZBrush allows artists to add intricate details and a unique personality to their characters. Its brushes are perfect for crafting stylized aesthetics, moving away from realism and embracing a more exaggerated, cartoon-like appearance.

One of the most significant advantages of using Character Creator and ZBrush is their seamless integration. With just a click, characters can be transferred between the two programs without losing any detail. This integration is a game-changer, ensuring that the creative flow isn’t interrupted.

Characters created with these tools are not just visually appealing but are also production-ready. They come with clean topology, rigs, and weights, making them perfect for animation projects. This readiness significantly cuts down the time from concept to production, a crucial factor in fast-paced project environments

For those who use Blender for composting, the good news is these characters are fully compatible. With the help of a simple plugin, characters can be imported into Blender, retaining all their rigging and morphing qualities. This flexibility opens up avenues for creators who operate in different software environments.

The combination of Character Creator and ZBrush is a testament to how technology is simplifying yet enhancing the art of 3D character creation. By reducing the technical barriers, these tools allow artists to focus more on the creative aspect of character design. As we continue to see advancements in these tools, the future of character creation looks more exciting than ever.

<p>The post Character Creator Workflow For Fast 3D Animation Production first appeared on Prompt Muse.</p>

We will be using a software called “Cascadeur,” which has been around for about 10 years and offers a free version with some powerful animation tools. While this method is not a replacement for professional animation software or mocap, it’s a viable alternative if you’re on a tight budget.

Note: Before you start, make sure you have Cascadeur and Accurig installed on your computer. You can download Cascadeur from the official website, and Accurig is a free auto-rigging tool that complements Cascadeur.

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Let’s get started!

Part 1: Rigging Your Character in Accurig

1. Open Accurig and click on “Choose File” to select your 3D character’s FBX file. You can use a sample character from Cascadeur, Mixamo, Sketchfab, or your own custom character.
2. After loading your character’s mesh, click on “Rig Body” to generate the joint structure for your character’s skeleton.
3. Accurig will display circles where joints should be placed. Ensure symmetry is checked to work on one side of the character.
4. Position the joint guides according to your character’s anatomy, following the on-screen guides for reference.
5. Use the tools in the bottom left corner to rotate and move around your character for precise joint placement.
6. Repeat the process for other body parts, such as arms and legs, ensuring correct joint placement.
7. Use the “Preview Motion” window to check the animation on various body parts, including fingers.
8. Ensure your character is in a neutral pose (A-pose or T-pose) before exporting.
9. Click “Upload to AccuRig” and then “Export” > “Export FBX.” Set the target application to “Maya” and check “Embed Texture.” Click “Export” to save the rig.
10. Export another FBX file of your character’s base mesh but set the target application to “Blender” for later use.

Part 2: Creating a Basic Idle Animation in Cascadeur

1. Open Cascadeur and start a new scene. Import the FBX file with Maya settings that you exported from Accurig.
2. Cascadeur will ask if you want to enter “Rig Mode.” Click “Yes.”
3. In the “Rig Mode Helper” dialog, click “Yes” and then “OK” on the next dialog.
4. Click “Add Rig Elements” at the bottom of the “Quick Rigging Tool” dialog.
5. Rotate your character by holding ALT and the left mouse button to navigate.
6. Select the “Auto Pose” tool to enable automatic control point positioning as you move your character.
7. Position your character into an initial pose for your idle animation by moving and rotating control points. Use ‘W’ to move and ‘E’ to rotate.
8. Add a keyframe at frame 10 by clicking the key icon.
9. Change the hand pose on frame 10 to create a hand open/close animation.
10. Duplicate the first frame to frame 20 and mirror the pose for variety.
11. Duplicate the second keyframe to frame 35 and mirror it to frame 45.
12. Extend the timeline to add more frames for smoother animation (e.g., 200 frames in total).
13. Copy the first frame to frame 145 and the second keyframe to frame 110.
14. Apply bezier curve interpolation for smoother animation between keyframes.
15. Review and refine your animation by adding subtle movements, such as chest and shoulder motion.
16. Create a seamless loop by ensuring the first and last frames are identical and adjust frame numbers accordingly.
17. 

Part 3: Exporting the Animation to Blender

1. Export the animation from Cascadeur to Blender by going to “File” > “Export” > “FBX.” Name the file and click “Save.”
2. In Blender, import the animation by going to “File” > “Import” > “FBX.” Use the default settings and click “Import FBX.”
3. Delete any existing objects in the Blender scene and select the imported Armature.
4. Adjust the Armature’s rotation to face the front and place it in the scene.
5. Create an animation track for the imported animation and rename it.
6. Copy the animation keyframes from the imported Armature and paste them onto your character’s Armature.
7. Delete the imported Armature to keep your scene clean.
8. Create an animation loop for your idle animation in Blender using the NLA (Non-Linear Animation) Editor.

9. 

Part 4: Exporting the Animation to Unreal Engine 5

1. In Unreal Engine 5, create a new project and organize your project folder.
2. Import your character’s 3D mesh into Unreal Engine by right-clicking in the “Content” folder, selecting “Import,” and choosing your FBX file. Ensure it’s assigned to the correct skeleton.
3. Add a Level Sequence to your project by right-clicking in the “Content” folder and selecting “Level Sequence.”
4. Drag your character’s skeletal mesh into the Level Sequence.
5. Add your idle animation to the Level Sequence by clicking the plus icon and selecting the animation.
6. Adjust the timeline as needed and press the spacebar to preview your animation.
7. Extend the timeline and blend your idle and walk animations for a seamless transition.

Part 5: Adding Free Mocap Data

1. Visit the ActorCore website and explore the free motion resources.
2. Download free motion data compatible with Cascadeur.
3. Import the downloaded motion data into Cascadeur, and apply it to your character as needed.
4. Refine and customize the imported motion data to suit your character and animation needs.

This tutorial should help you get started with animating and importing your game characters into Blender and Unreal Engine 5 using Cascadeur. Feel free to explore further features and animation possibilities in Cascadeur to enhance your character animations.

Remember, practice makes perfect, and with time, you’ll be creating stunning animations for your game characters. Enjoy animating!

<p>The post How to Animate Game Characters and Import Them into Blender and Unreal Engine 5 first appeared on Prompt Muse.</p>

Step 1: Download and Install Fspy

First, download and install Fspy from the official website. Once installed, open the software and import the 2D image you want to use for your 3D scene.

Step 2: Set Up Fspy Camera

Next, use Fspy to set up your camera. This involves placing markers on the image to establish the camera’s position, orientation, and field of view. Once you’ve placed the markers, export the camera data in the format that Blender can use.

Step 3: Open Blender

Open Blender and select File > Import > Fspy. Browse for the camera data file you exported from Fspy, select it, and click Import Fspy Camera.

Step 4: Set Up Scene

In Blender, set up the scene with the camera and the image you want to use as a reference. Then, go to Edit Mode and use the image as a guide to create the basic geometry of the scene. Extrude and scale the edges to match the perspective of the image.

Step 5: Apply Materials

In the Shading tab, apply materials to the geometry of the scene. Use an image texture for the background image and create materials for the objects in the scene.

Step 6: Use Runway to Remove Distorted Elements

For any distorted elements in the background image, use Runway’s erase and replace tool to remove them. Upload the image, remove the unwanted elements, and then download the new image to use in Blender.

Step 7: Add Details and Effects

Add details and effects to the scene, such as 3D objects, wires, and the ShakerFly camera effect. Be creative and experiment with different effects to make your scene stand out.

Step 8: Render and Save

Once you’re happy with the scene, render it and save it in the desired format. You can then use it in your projects or share it with others.

Creating a 3D scene in Blender from a 2D image is a rewarding experience that requires a bit of patience and creativity. By following these steps and exploring the software, you can create impressive 3D scenes that will impress your audience.

FAQ

<p>The post How to Create a 3D Scene Using Blender and Fspy first appeared on Prompt Muse.</p>

Before we begin, you will need a trained model to produce the head shots. You can either follow a tutorial to create your own unique trained AI model, or use the one provided in this tutorial below.

Please select what is compatible for your phone as you may require a different type of adapter:
Apple Lighting to Ethernet

Ethernet cable

RESOURCES: Download Redhead.ckpt my model from HERE

Stable Diffusion (Use local or remote)

Step 1: Gather Pose Reference Images

Take some photos of yourself to use as headshot references. These photos will be used to ensure that the output pose of your AI generated character is consistent when it is run through stable diffusion. It is important to note that the reference images do not need to look like the final character.

Step 2: Use Automatic1111 webui (You can use either local or remote- I’ll add a tutorial soon!)

Use Automatic1111 webui to run stable diffusion 1.5. Load your Redhead.ckpt into the models file within the Automatic1111 directly.

Step 3: Run stable diffusion

In stable diffusion, select your redhead.ckpt from the drop-down list. Navigate to the img to img tab and upload your front, side, and perspective headshot references.

Step 4: Create consistent images of your character

Use your reference images as an img to img reference to create consistent images of your character.

With these steps, you should now have a 3D animated character that is based on your AI generated character. Be creative and experiment with different poses and animations to bring your character to life!

Blender

Use the Facebuilder plug-in to create a 3D model head mesh that is based on the reference images. This tool is very useful as the sculpting tools in meta human are limited and can be very laggy. However this stage is optional.

Step 1: Download and Install Blender here (its free) the Facebuilder plug-in by Keen tools here

Step 2: Open Blender and import your reference images

Step 3: Use the Facebuilder plug-in to create the 3D model head mesh

Step 4: Export your head mesh as a .fbx files.

Note: The creator of this tutorial is not paid in any way to promote the Facebuilder plug-in. It is just a tool that they found useful and thought others may also find it helpful.

With these steps, you should now have a 3D model head mesh that is based on your reference images. You can now continue to the meta human creator section to bring your character to life with animations and other features.

Epic Launcher & Unreal

Step 1: Follow this link here to download Epic game launcher and unreal engine.

Please avoid 5.1 (new release ) due to compatibility issues with meta humans. I’m sure there will be an update soon to fix a few of the issues, but until then I’d advise downloading Unreal version 5.0.03

Once above installed get Quixel Bridge for Unreal Engine

https://docs.unrealengine.com/5.0/en-US/quixel-bridge-plugin-for-unreal-engine/

<p>The post Turn AI Images into 3D Animated Characters: Tutorial first appeared on Prompt Muse.</p>

Well, kind of. Let me explain. It takes your primitive objects and your prompts and combines them and creates an AI render to the perspective that you want. Finally here, I cannot tell you countless hours I have spent in midjourney putting the camera angles in place to try and get the perspective right. So imagine that this is the baseline what’s to come. The future for AI rendering is definitely going to be integrated in three D. I mean, Mark Holtz already suggested that they’re working on something that will be released next year. Very, very exciting. Before we dive into the tutorial, I just want to give you a brief overview and show you how powerful this plugin actually is. This plugin now means that we can create AI renders from any perspective. So I’ve quite literally thrown down some very primitive shapes here. And if I just hit Render, I’ve got my prompt already set up there over on the right, and you can see it’s rendered me a train in that perspective with trees behind it. And that is what I’ve asked for in the prompt. The plugin that you need to use is called AI.

Render stable diffusion in blender. And to get hold of this plugin, just go to Blender Market. The link is in my description below. You will need to log in and make an account, but they’re not it’s absolutely free. If you want to support the developer, you can give a donation here. But if you don’t have the money at the moment, you don’t have to pay anything. You can click $0 and then click on Purchase and then once added, go to the car and cheque out and get your download for free. Once you’ve checked out and downloaded that zip, you need to go into Blender and then go on to the top horizontal toolbar and click Edit and then go down to Preferences and then Addons. And on the top horizontal toolbar, click on Install and navigate to the zip file you just downloaded. It should be called AI hyphen render. Okay? And just install the add on. And if you don’t see it straight away, just in the search bar, start Stable and it should come up. Ensure the checkbox has a tick in it. And then if you expand down, you will see sign up for Dream Studio.

You do need an account, and if you don’t have an account, just create one here by clicking on this button. Once you’ve logged in, if you navigate to the API key and you will want to create an API key, keep this absolutely secret. Just click on Copy and then go back to Blender and you will see the API key section here. If you just paste back in there. And to save all the settings, you just need to go to this hamburger icon down here and click Save Preferences. Okay, so the plug in is now installed. This is a default scene. So I’m just going to click on the cube and hit delete on the keyboard. And then I’m going to hit shift and a and then under Mesh plane, I’m going to put a plane down and just scale it up. She’s gonna scale it later. Bigger than that. I’m going to shift an A once again and under Mesh, go to Taurus. And again, scale that up. I’m just going to move that upwards slightly and then hit zero on my keyboard. So this will give me my camera viewport if I go up here and click on Viewport Shading I want to change the colours of my objects to help the code distinguish each object from one another.

I’m going to click on the Donut and then the material slot and I’m going to create a new colour and I’m going to make it like a kind of brown doughnutty colour and then I’m going to click the plane and again just make it a white colour and that’s it. We’re done. If you go over to render properties. We are now going to enable AI under the AI render tab. If you click on that and then click on the question mark next to the image size, it’s set to 512. X 512 by default. And that’s fine for me because I want to keep the render times low and click. OK, you must do this, otherwise you will get an error message while rendering and then you can see you’ve. Got your prompt down here. So remember, this is based on stable diffusion code. So if you’re used to using dream studio or stable diffusion itself, you can use the same prompts in here, and that should help. Now if you see this lady’s face here if you click on that you will see all the preset styles that are within this plugin. I’m going to use the Product Shop preset and I’m going to give the Donut a description of donut of course with Sprinkle realistic Food Photography eight k and we’re done.

We just head over to render on this top horizontal toolbar and then click Render Image. You can hit the shortcut F twelve if you prefer and we should get a donut so that’s pretty cool. We’ve got a doughnut in that perspective. Now what we can do is if we scroll down here and click on Operations we can create a new image from the last render so if that’s not particularly the donut you wanted you can click on this and what it will do is create you a new render from this rendered image rather than simple geometry. So if we click on that and let’s see what it gives us and it’s given us a pretty realistic donut which is great for over painting or using a stock imagery you will also probably notice that you are in this AI render. So to get back to your geometry. You just click layout and there you go. Press zero again to come out of the camera view and that is that simple. This is a great example of the power of this plug in and how quickly this technology is evolving. As you can see, I’ve made this very rudimental background mountains with a lake and if I hit zero to go in so let’s see what it generates.

So go up to Render and render image and look at that. That is amazing. That has created that from my rudimentary geometry. You can see the direction these plugins are going in, how the evolution of this technology is coming along. As you can see, it’s not exactly there yet, but it definitely is coming. You can’t do 3D animation just yet and as far as I’m aware, you can’t animate from blender. But I know again in the next coming days that should come and of course I will report on it when that does come. Thank you to Ben from AI Renderer for creating this fantastic bridge plugin. If you like this video, hit subscribe and like. If you don’t like this video, hit subscribe and like this is just a quick overview to show you and demonstrate how powerful the baseline of AI within a 3D programme is going to be. I am so, so excited for what’s to come. Because if I haven’t told you before, I used to be a 3D professional artist. So guys, we are nearly on 500 subscribers. We are on 497. So I need to three more subscribers, guys, to get 500.

And that will mean I’ve got 500 subscribers. Okay, thanks. Bye.

<p>The post How to use AI to Render in 3D – It’s here first appeared on Prompt Muse.</p>