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Local AI Now Makes Game-Ready 3D Characters (Fully Animated!) — Transcript

by PixelArtistry · 5,314 words · 700 segments · language en · Watch on YouTube

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0:00This character here was generated
0:02entirely locally with AI from a single
0:042D image. And with just a few simple
0:07steps, [music] we can turn him into a
0:08fully animated character you can easily
0:11integrate into your own game. So, in
0:13this video, I'm going to show you
0:15exactly how to create a low poly
0:17character with great textures straight
0:19out of Comfy Eye. Then, we're going to
0:21use the brand new action [music] forge
0:22tool to wreck him, add some awesome
0:24animations, and even give him a sword.
0:26And finally, we will bring him into God
0:28do and make him a fully playable game
0:30ready character. So, let's get into it.
0:35All right, guys. So, before we start,
0:37let's quickly set everything up because
0:40all the workflows to full go project and
0:42a one-click installer for Confui are
0:44directly linked in the description and
0:46can be found on this GitHub page that I
0:48created here. You can see here that it's
0:50called Pixel Artistry Animated
0:52Characters. And as you can see here on
0:54the GitHub page, as usual, we have first
0:57an installation script. So this one will
0:59install the confir workflow that we're
1:01going to use in this video and all the
1:03required dependencies that you're going
1:04to need to. Then we also have the
1:06workflows here. Here you will find then
1:08two workflows in total. So we have here
1:10the pixel artistry image to low poly
1:12character ultratext.json JSON workflow
1:15which will enable you to generate from
1:17an image a low poly game ready character
1:19that is then going to be textured with
1:21ultra tags which is a new method I
1:23showed in my last video and this one
1:25will give you way better textures for
1:27your characters. And then on the second
1:29one we have here an image to low poly
1:31workflow which is here. You can add any
1:33prop you would like to for your
1:35character. Regarding requirements you
1:36can see here I'm running it on the
1:38Windows. We have an Nvidia GPU and this
1:40is tested on an RTX 5080 with 16 GB of
1:43VRAM. But hold on because the whole
1:45workflow can also run on at least 8 to
1:4812 GB of VRAM and I will show you the
1:50settings later on how you can tweak them
1:51to run it also on your own PC. For the
1:54requirements as well because a lot of
1:56people are also asking about Linux. I
1:58will also provide an Linux installation
2:00script which unfortunately can't test
2:02myself because I don't have a Linux
2:04setup yet. But please report back to me
2:06if it works for you and then we can go
2:08from there. Regarding the installation
2:10for confi
2:13easy install or confi portable with the
2:15setup of Python 3.12, PyTorch 2.8 and
2:18CUDA 12 because we are going to use
2:21specific watertight nodes that are built
2:23exactly for this package. But those
2:25nodes are really important to remove any
2:27holes from your mesh and clean them up.
2:29So this is why we're going to use this
2:30package over here. Then we're also going
2:32to use Blender. And you will see for
2:34this one you will need about 26 GB of
2:37disk space for the whole setup. You will
2:39also see here as mentioned the
2:41watertight nodes are pre-built for
2:42Python 3.12 and so on. For the
2:45installation itself as mentioned we
2:46first need to have our installer. So in
2:49this page you will see here that you can
2:51download the zip file or you can just
2:53download the installer yourself. So,
2:55what you can do is that you go in here,
2:57then just click on it, go then here to
3:00download over here, and then you can
3:02switch here to downloads, and then just
3:04make sure to install it. In case you
3:05don't have set up Trellis 2 and Pixar 3D
3:08yet, which we're going to use for the
3:09generation, I created here a full
3:11step-by-step guide for you on this
3:13website over here, the Pixel Artistry
3:15Trellis to Confi installation guide. And
3:17here you can then just follow it along
3:19to set it up and then you will have
3:20confir easy install install it and then
3:22you can easily execute the installer
3:24that we have over here. So what I'm
3:26going to do is I'm just opening this
3:28folder over here. Then I'm going to
3:30paste this one and go to my confia easy
3:32install installation as you can see
3:34here. Then I'm going to navigate to the
3:36add-ons folder. It's important that you
3:38have it in this add-ons folder over
3:40here. And once you have it, you can then
3:41just double click it. Make sure that you
3:43then run the file. And you will notice
3:45there's one error we need to fix first.
3:47So just make sure that you also download
3:49the pa helper.py which is this file over
3:52here and then to also put it into the
3:55add-ons folder. And then you will see it
3:57will find the file you know it will then
3:59check your comfy eye and then it will go
4:01through all the installation steps to
4:02install the required packages it needs.
4:05And once the installation finished here
4:06you can then close the installer. Just
4:08make sure to not close it too soon
4:10because otherwise it won't work. And
4:11then we can already start confi. All
4:14right. And once confi is running for
4:16you, you will see the workflow already
4:18when you go here to workflows and to
4:20pixel artistry because what it will do
4:22is it will copy already the workflow
4:24into this folder for you. So you don't
4:26need to download it or something. The
4:28script will already do that. Otherwise,
4:29you can always go to the GitHub page and
4:31then go to workflows and then just
4:33download it directly from here. So what
4:35you can do then is that we're going to
4:37open the workflow. So in this case, it's
4:39here the image to low poly character
4:41ultra text. And then once we're here,
4:43you will see this is what we get. And
4:45for this video, we are going to use this
4:47character over here, which is really
4:50good for animation. And this is
4:51something to look out for definitely is
4:53that he doesn't have like crazy spikes
4:55as you can see here around his chest for
4:57example, because when you have a metal
4:59piece, it will deform at some point and
5:02it will then not look as clean as when
5:04you have, for example, a character like
5:06this one. So this is a really good
5:07example how you can do it. By the way,
5:08in case you would like to learn how to
5:10generate characters in detail with Quan
5:13image 2.1 with local methods, you can
5:15check out this video over here where I
5:17explain everything in detail. You will
5:18also notice like in the whole workflow.
5:20So what I did here is of course
5:22uploading the image first. You will also
5:24see over here that all mods are linked
5:26for you. So in case you don't have all
5:28of them, even though the script should
5:30download them for you, you can still
5:32like grab them from here, put them in
5:34the corresponding folders. Just make
5:35sure to upload them over here and select
5:37them in the notes. So to make sure that
5:39they run, you will notice over here that
5:41you know here you need to set your
5:43blender path. I have installed blender.x
5:45over here in my blender directory where
5:48I installed it. So just make sure to
5:50paste it in here without any double
5:52quotes or something like this because
5:53then it will find blender and it needs
5:55that for the watertight nodes as you can
5:57see. You will also notice over here. So
5:59this is the image pre-processing where
6:01it will remove then the background and
6:03so on. Then it will go over here in the
6:05sparse structure generation. Some of you
6:07might already know this from my previous
6:09videos, you know, where it will go over
6:11here just to generate like the shape
6:13itself. You can, by the way, select here
6:15in the conditioning if you would like to
6:17use Pixar 3D or Trellis 2. For this one,
6:19I'm mainly using Trellis 2 because with
6:21Pixar 3D, it can sometimes happen that
6:23your character looks like bent forward
6:25or something like this, and we don't
6:27really want that. And with Trellis 2,
6:29it's guaranteed that it will be in a
6:30tost and standing like straight up,
6:33which is of course really important when
6:35you have an animated character. You will
6:37see over here we have our high poly
6:38section where we just create a high poly
6:40mesh. And over here then our low poly
6:42and bake section. You can see by
6:44intention I disabled here the texturing
6:46part because the real texturing will
6:48then happen over here. So we will save
6:50some time by not creating textures over
6:52here. But here is the part where we'll
6:54then use ultra text to then texture your
6:56character. And then we will have here
6:58the final result. And as well over here
7:00you can set then also here triangle
7:02count like how much polies you would
7:04like to have for your character. You can
7:06change this to any number you would like
7:07to but is a good amount for a character.
7:10I would say for low poly one in our case
7:12at least you know. So you can use this
7:14one then to generate your character. for
7:16the trellis to upsample stage. You will
7:18see here you have a target resolution.
7:20And this means basically, you know, like
7:22the higher the resolution is, the better
7:24your result will be. In case you have
7:26lower VRAM, so around like 6 to 8 GB of
7:29VRAM, just make sure that you set this
7:31to like 1024. And as well on this node
7:34over here, you can also change it to
7:36then a value of 1024. And make sure to
7:39do the same. Then also here in the water
7:41type section to then also change the
7:43values over here to 1024. You can also
7:45play around with the proxy points as you
7:47can see here because those will also
7:49decide kind of you know how detailed
7:51your mesh will be and in case you run
7:53out of RAM or VRAM in this case. So with
7:55keeping that in mind what we can do then
7:57I would change this here just quickly to
8:001536 as the default again and same thing
8:03over here. And what we can do now is
8:05then just run the workflow and then we
8:07can check in a second what we get. And
8:09once the generation went through we can
8:11now have a look in the end. I switched
8:13here by the way to pixel 3D for first
8:15try just to show you that as well. And
8:17you will see it went here through and it
8:19had here the default resolution as
8:21mentioned. You can then also see here in
8:23this note when I zoom in now here is
8:26that we have here then the game ready
8:27low poly preview you know without any
8:30textures yet because on this step it
8:32only generates our base mesh. But you
8:34will see here that it did a pretty
8:35decent job already. And you can use this
8:38stand then for the texturing. As you can
8:40see, it will load this then in directly.
8:42Ultrex will then read the shape of your
8:44mesh and the input image. It will then
8:46generate up to 12 views as you can see
8:48here. And from each side, you know, and
8:51project that texture then back onto your
8:52mesh. And then with all the texture
8:54maps, as you can see, it will create
8:56albido but also metallic roughness and
8:58so on. And you will get then here a
9:00really good sense of how your character
9:02will look like. And you will see it does
9:04here a really great job. And then here
9:05on the final model you will then see we
9:08have our low poly character then already
9:10textured from all sides. And we can use
9:12this then already in the next step. And
9:14then we have here also our final game
9:16character node. And you know characters
9:19will always be in the output 3D folder
9:21saved in confi. But you can also click
9:23on this little download button and then
9:25save it to the folder you would like to.
9:27Just make sure to give it a name. I
9:29highly recommend it for this work to
9:30keep it as a GB file first. By the way,
9:33before we continue, let me introduce you
9:35quickly to Vakuidi, which is also
9:37today's sponsor of this video. It's made
9:40by NCAI from one of Korea's biggest game
9:43studios. And this whole scene here, the
9:45mech, [music] the giant turtle, and
9:47every single prop I built with Vco 3D
9:50and Claude. With their new feature flow,
9:52we can connect the whole 3D pipeline as
9:54nodes. Image to 3D, remshing, texturing,
9:58rigging, all the way to animation. Look
10:00at this Mac soldier. I generated with
10:03flow here. And since it's a workflow, we
10:05can just reuse it. New input, same flow.
10:08And now we've got this giant turtle
10:10without setting up a single step again.
10:12And if something doesn't look right, I
10:14just rerun that one node. And here's the
10:17really cool part. Vak 3D supports MCP
10:20that lets an AI agent use another apps
10:23tool directly. So I connected Claude to
10:25both Vak 3D and Blender. Claude then
10:28builds a rough scene in Blender,
10:30generates all the props through a VCU
10:32flow, and then I just ask it to replace
10:34this placeholder with the Rick turtle
10:37from VCO 3D and animated all in the same
10:40conversation. And the best thing is it's
10:42completely non-destructive because it's
10:44still a normal workflow. So, we can jump
10:46in and change anything by hand. And if
10:49you don't need Blender, you can also
10:50just use the agent directly inside Flow.
10:53For me, Flow together with MCP is a big
10:56step up from just generating single
10:58models, especially if you need a lot of
11:00assets to build your game or animation
11:02pipeline. So, if you want to try it
11:05yourself, everyone gets 50% off the
11:08first payment. And the best thing is if
11:10you sign up through my link in the video
11:12description, you even get your first
11:13month of Vco 3D Plus for free. So, let's
11:16continue with the video. And then next
11:18up I also generated the sword here which
11:21we will give him as a handle you know as
11:23his weapon basically. For this one I
11:25opened then here the image to low poly
11:27prop workflow which is optimized for a
11:29prop you because you will notice that we
11:31have less triangles. You can of course
11:33also use the same workflow as the
11:34character one with just changing the
11:36triangle count. And after the generation
11:38you can also see here this is then low
11:40poly result we get from it and then the
11:43textured result. And here you can see it
11:46takes the sword. It also recognizes the
11:48metallic roughness maps on it and what
11:50is metallic and what not. And you will
11:52see here when we now go around, you will
11:54also see here the reflection on the
11:56sword and the steel of the sword itself.
11:59And this is working really well, I would
12:00say. You know, we can use this then as
12:02our prop for our character later on.
12:07By the way guys, since a lot of you are
12:09asking always about a multiv- view
12:11workflow, I created here also multiv-
12:13view workflow for you that I'm also
12:15going to add to the repository. It's not
12:17perfect by any means because I need to
12:19test it further, but you can use it here
12:22in case I would like that. It's using
12:23quant 2.1, you know, to generate the
12:25multiv- views and then go from there.
12:27But stuff like this will be also part of
12:29the workflow pack that is going to
12:31finally launch very soon. Sorry to keep
12:34you waiting so long, but I really want
12:35to make sure to make this properly and
12:37to give you then a lot of value in the
12:39workflow pack. So, this will be also
12:40part of it, you know, like multiv- view
12:42workflows as well as single view
12:44workflows and so on and how to use them
12:46to generate low poly characters as well
12:48as great textures and so on. So, in case
12:50you didn't do it yet, make sure to join
12:52the wait list down below and you will be
12:54the first one to get early bird pricing
12:56as well as be the first one to test it
12:58out yourself.
13:02All right, next step is now that we
13:03bring our character and our prop
13:05together in Blender before we are going
13:07to rig our character in action forge
13:10which is the animation tool we are going
13:11to use later on. The step overall is
13:14really easy. So what I'm going to do is
13:15opening blender of course then going to
13:17import gab and then I will just import
13:20the character that you know we generated
13:22in confi and you can see here this is
13:24our low poly result that we get with our
13:27textures and so on and our character
13:29itself and using the to textures are
13:32working overall pretty great except for
13:34this glass bottle you know that you can
13:36see on this chest. So this is something
13:38I would need to regenerate in this case
13:40or painted out. But we can then also go
13:42ahead and now import our sword that we
13:45also generated with our workflow. And
13:47with this one, you know, we can just
13:49import it. Then what I'm going to do is
13:51I'm going to scale the sword to a good
13:54size. And now we can bring it in the
13:56correct position. Also, you know, just
13:58seeing that you put it correctly into
14:00the hand because action force is
14:02actually able to wreck the fingers and
14:04so on, but the prop needs to be already
14:06in the correct position or spot. So,
14:08let's adjust the scale a bit more. All
14:10right. And once the position fits well
14:12and we did that, what we can do now as a
14:15next step is of course export our
14:17character together combined with our
14:19sword. So, I will select both of them,
14:21just go to export and then gab. And then
14:24when you export it, just make sure to
14:25give it a new name. And then really
14:27important guys, don't miss this out is
14:29that you go here on the right to include
14:31and limit your selected objects.
14:33Otherwise, it will also import any other
14:35object in your scene. And we really
14:36don't want that.
14:40And then it's already time to riick and
14:42animate character. And this is now
14:44easier than ever before because there's
14:46a new tool called action forge now out
14:48there. It's really a new competitor to
14:51mixmore. A really great thing is that we
14:52can add props here to our character and
14:54so on. No. And this is really amazing.
14:56It just was released a few days ago and
14:58we can now use this for free in your
15:00browser to then riick and animate our
15:02character and it will look for you
15:04something like this. So you can see here
15:06it's the action forge beta and the link
15:08will be as mentioned down below in the
15:10video description for you. Just make
15:11sure that you go then here to unrigged
15:13model. And now we can then upload our
15:15gab file that we just exported out of
15:18Blender. And then we can just easily rig
15:20it. Just make sure that you then choose
15:21here the amount of fingers your
15:23character has. You can even turn here on
15:25the height and so on of your character.
15:27In our case, this is already the correct
15:29height. And then I can just click here
15:31on Rick. And now the great thing is as
15:33you can see we got the bones here
15:35already and the connections. You can
15:37even select like clo for example. But of
15:39course we can select here also a prop.
15:41And this is then our sword that we would
15:43like to uh select now because then
15:45action forge is actually able to
15:47recognize the sword as a different
15:48object. So I'm just clicking on this
15:50here. You will see now that it will be
15:52then constrained to our handwrite
15:54controller. And just really important
15:56make sure to choose the fingers like how
15:58many you have and also to click on
15:59detect fingers on the button itself
16:02because it will then recognize like how
16:04many fingers are there and also attach
16:06it and animate then the fingers of your
16:08character. So once you have done that
16:10just make sure then to click on bind and
16:12wear and then you will see you know he
16:14is holding his sword correctly and we
16:15have now successfully rigged our
16:17character with action forge which is
16:18really amazing by the way huge shout out
16:20here to CG stuff who developed this
16:22tool. We can then also combine different
16:24motions together to just have it as one
16:26gab file then to import it later in the
16:28next step then into go do. So, you know,
16:31we have like dash forward animations and
16:34all this different fancy stuff that you
16:36can then add to your character, which I
16:37think is really cool and working really
16:39well here as you can see. So, just make
16:41sure to choose your favorite ones. I
16:43used here, for example, the sword
16:45regular combo, the sword regular C
16:47animation as well as the sword attack.
16:49And then really important, of course, is
16:51as well that our character can run and
16:54walk. So, just search for, you know,
16:56like walk animations or something like
16:58this. So as you can see here, we can
17:00first like add jumps so that we also can
17:02jump with our character in the game. So
17:04make sure then to select like jump
17:06start, jump land, and jump loop. You
17:09know that you have all these animations
17:10that he has an animation when he is in
17:12the air and so on. You can then download
17:14all of them together as a GB file. But
17:16let's also add some other animations. So
17:19you can see here for example a jog
17:21animation. So we have him jogging
17:23through the game then in the end. And
17:24then once we have selected all those
17:26animations that we need, you can see
17:28here we can click on download nine as
17:30GAB. And now we can then export them all
17:33as one combined GAB file which all
17:36animations included already. And next
17:38step is now the fun part because now we
17:40can finally create our game and import
17:42then our game ready character and then
17:44make them playable.
17:48All right. And for the next step, I'm
17:49using go dot. It's a free tool to create
17:52new games with it and it's open source.
17:54So there will be also link down below
17:56for you to download it. So what I'm
17:58going to do once you have it open just
18:00make sure that you click on the left to
18:02create and then we can create here a new
18:05project. So I'm just going to call this
18:07something like AI game ready character.
18:10And then once you have that just make
18:11sure that you choose here forward plus.
18:13And then you can just click on create.
18:15And then once created you will see a new
18:18interface. And here we then can on the
18:20left bottom create a new folder just by
18:22right click new folder. And then I'm
18:24going to call this character. And then
18:26just make sure that we then drag and
18:28drop our character that we exported out
18:30of action for into the character folder.
18:33As you can see here, once it's in here,
18:34we can also double click on it just to
18:36check that everything worked. And you
18:38will see here that we have our character
18:40plus all the animations that we just
18:42selected. Next step is now that we can
18:44kind of you know build the structure to
18:46then make our character playable and to
18:49building the stretcher for character.
18:50What I did then is you know clicking on
18:52other node you then add for example
18:55nodes such as character body and then
18:58you select here 3D. In this way you can
19:00then generate like all the different
19:02elements that we need for our character.
19:04I won't go through every detail here
19:06because this will be a very long video
19:08then. But you can follow along step by
19:10step because I created this GitHub guide
19:12with a claw markdown file. So you can
19:14just paste it into your clot and then
19:16follow along step by step or you can
19:18just use the step-by-step installation
19:20guide that I had there where everything
19:22is basically explained as well just to
19:24give you you know a quick overview. So I
19:26created all those different nodes like
19:28for example also collision shape here.
19:30So we will see where the character is
19:31then kind of placed in the end, you
19:33know, and that go do knows where to put
19:35it. We can then also drag our GB file
19:39then onto our character so it knows,
19:41okay, it should be positioned in the
19:42space as you can see here. This works
19:44pretty well. Then we can for example
19:46also add a hitbox here with a collision
19:48object 3D as you can see here. So just
19:51make sure then to choose here the right
19:53scale. So how far the hitbox should go
19:56and so on. And you can then choose also
19:57here four layers and two masks in total.
20:00And then I also added here another
20:02collision shape. Just make sure then to
20:05use here a box shape, you know, so it
20:07knows where it can be hit and collide
20:10with other objects as well. And then I
20:12also created the camera here just to be
20:14sure that you have a character cam. And
20:16then there will be a very important part
20:18because obviously we will need a script
20:20for you know make our character
20:21playable. So it knows which hotkey to
20:23take to make him run dash forward and so
20:26on. What you need to do is select first
20:28the player file over here. Then go to
20:30the right side and add here metadata and
20:33then go to new script and then just make
20:35sure that you're using here player.gd.
20:38And then just make sure to hit here
20:39create. And then once you're here you
20:41will see that you already have a script
20:43base over here. But you can then just
20:45copy uh paste or ask your claw to make
20:47it adjust the script to which animations
20:50you exported from ancient forge. And
20:52then just make sure to let Claude
20:53generate the script. And then you can
20:55just paste it in here. So you can see
20:57this is the script that Claude gave me.
20:59So I will just copy this one and then it
21:01will fit with the names. It needs to
21:03have underscore fit. As you can see,
21:05this worked already quite well. So the
21:06script will recognize the motions that
21:08we're going to use. But just make sure
21:10to paste it. Then as you can see, you
21:11can let chat GPT or Claude write the
21:14script. Just make sure that you tell the
21:15LLM what kind of motions you're going to
21:17use. And as mentioned, just make sure to
21:19use the markdown file. Then once you
21:21have that here, just make sure that you
21:23then save the script as well. So just
21:25make sure go to file and save. And then
21:28before I was able to play, I just
21:29rearranged some things in the outliner,
21:31right? That the naming is correct and so
21:34on. And as well as everything is in the
21:36right hierarchy because I then noticed
21:38later you know that the camera pivot
21:40needs to be first instead of the camera
21:42for example and it needs to be in this
21:44hierarchy of you know having camera
21:46pivot a spring arm 3D and camera 3D and
21:49as well with the model then to have the
21:50hitbox and then the collision shape 3D
21:52but as mentioned this is also all
21:54explained in the markdown file. Now it's
21:56time that we create our 3D scene so we
21:59can actually play him in the game
22:01because otherwise he would just fall
22:02into emptiness. So just make sure to go
22:04to new scene. Then we can create now a
22:073D scene. This is really simple. Just
22:09click on 3D scene. What we can do then
22:11is that we now create our sun and
22:14lighting. So just make sure to click
22:15here on the three little dots next to
22:17the sun and earth symbol. Then you can
22:19see here you can add a sun to the scene.
22:21Then also make sure that you also select
22:24here the environment. So you can add an
22:26environment to the scene as well. And
22:28now we can then finally add our floor to
22:30the scene. So what I can do is hitting
22:33plus then make sure here to go to mesh
22:35instance and here we then can choose for
22:38example a plane to then make our ground
22:40and then once we have here our ground we
22:42can then also choose here then the scale
22:44and so on that we need and how large we
22:46would like to have it and then just make
22:48sure to drag then the player tscn that
22:51you have on the left in your file system
22:53just to drag and drop it then into the
22:55scene and this is how you then can
22:57connect your character that you just set
22:59up with everything into the scene.
23:01There's finally now the time that we can
23:03test our character. So, make sure then
23:05to press F6 or go to the play button on
23:08the top. And you can see then that the
23:10game is starting. And you can see then
23:12that we have our character here. So, in
23:14case everything worked with the script
23:15and so on, you will see him then here.
23:17And you can then play and walk around
23:20with him. And you can see this is all
23:21working fine. I can control him with WD
23:24and I can with left mouse button and
23:26give him the different fight actions and
23:28so on that we have here. And then as a
23:30last step, I created here this little
23:32scene with this one. You know, we have
23:34some hitboxes. So, we can even like play
23:36him, you know, and then see if the
23:37hitbox is working. And as you can see,
23:39this is all working fine. And, you know,
23:41we can just run around. And this is how
23:43you can then also import other 3D
23:45objects into your shot and then build
23:47your whole scene with it and then create
23:49a little fancy game with it. And I think
23:50this is pretty cool. Of course, you can
23:52also use this workflow to import it into
23:54Unreal Engine, for example. This is not
23:56bound to go do, but you know, I think
23:58here it works pretty well. And yeah,
24:00this is basically how you can do the
24:01whole workflow, you know, all locally.
24:03And in case you have enjoyed this video,
24:05please make sure to subscribe to the
24:06channel. And in case you would like to
24:08see more of this stuff, please let me
24:10know down below. and see you on the next

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