Facegen To Vam [work] < Trusted ◆ >
Here’s a ready-to-use post for social media, a forum (like Reddit or Virt-A-Mate Discord), or a blog. Choose the tone that fits your audience.
Option 1: Short & punchy (best for Twitter / Mastodon)
🎨 From FaceGen to VAM in minutes.
Want to turn a photo into a custom VAM model? Here’s the fast track:
- Generate your head mesh in FaceGen (Artist / Pro)
- Export as OBJ + textures
- Import into VAM using the Custom Unity Asset workflow or Genesis 2 importer
- Fine-tune morphs & materials
Pro tip: Use FaceGen’s “VAM-friendly” morph export settings (keep quads, avoid extreme sliders).
Result: A believable custom face without sculpting from scratch. 🧬
#VirtAMate #FaceGen #VAM #3DCharacterCreation #AdultGamedev
Option 2: Step‑by‑step tutorial (best for Reddit / Discord)
Title: Quick guide: FaceGen → VAM (no blender headache)
Step 0 – What you need
- FaceGen Artist / Pro (trial works too)
- Virt-A-Mate (latest build)
- Unity 2018.4.20f1 (for custom assets)
Step 1 – FaceGen
- Load a front + side photo
- Generate head
- Export → Wavefront OBJ
- Check “Export Textures” (Diffuse, Normal, Specular)
- Morphs: keep subdivision low-ish (under 15k tris for VAM)
Step 2 – Prep for VAM
- In FaceGen, export as “Genesis 2 Female” (if available) – easier morph matching
- If not: export as generic OBJ, then use DAZ 3D to transfer to Genesis 2 topology (advanced)
Step 3 – VAM import (two methods)
- Easiest: Use VAM Launch → Custom Unity Asset → build .assetbundle with your OBJ + textures.
- Direct: Replace an existing VAM head morph using the Morph Import tab (JSON format). You’ll need to convert the FaceGen .dsf or .obj morphs via MorphMerger (community tool).
Step 4 – Final tweaks
- In VAM: adjust skin gloss, subsurface scattering, and eye depth
- Align jaw / eyelid morphs manually (FaceGen eyes often sit too deep)
⚠️ Warning: FaceGen heads usually need scaling (0.95–1.05) and eye rotation fixes. Use the VAM Head & Face control to dial it in.
💬 Questions? Drop them below. I’ll share my import preset if there’s interest.
Option 3: Casual “just figured this out” (good for personal page)
Okay, I finally got FaceGen → VAM working without pulling my hair out.
The trick?
- Export OBJ from FaceGen with textures only (no lighting baked)
- Use Unity Asset Bundle method, not DAZ (too many steps)
- In VAM, load the bundle as a Custom Head → then copy over skin material settings from a base look.
Does it look perfect? No – but 80% there in 10 minutes is magic. Then 20% tweaking sliders.
Let me know if you want the Unity template I used.
There is no established academic paper specifically titled "FaceGen to VAM" because VAM (Virt-A-Mate) is a proprietary adult-oriented 3D software, not an academic research platform.
However, if you are looking for technical guidance on transferring FaceGen faces into VAM, here are the key resources and principles (based on community documentation, not formal papers):
1. Official Integration Method (FaceGen Artist Pro)
- Process: Export a character from FaceGen as OBJ + PNG textures (Diffuse, Specular, Normal). Import these into VAM using the Custom Unity Asset workflow.
- Key Step: VAM requires a specific model topology (base Genesis 2/3 shape). You must morph the FaceGen obj onto the VAM base figure using tools like Wrap3 or MeshLab (the latter is cited in some 3DMM papers like "A 3D Morphable Model of Craniofacial Shape and Texture" but not VAM-specific).
2. Common Technical Paper Referenced in DIY Guides
- Blanz & Vetter (1999) – "A Morphable Model for the Synthesis of 3D Faces" (SIGGRAPH). FaceGen’s core algorithm derives from this. VAM users adapt it by using FaceGen’s .fg file → decimated OBJ → VAM morph import.
3. Step-by-Step Community “Cheat Sheet” (No formal peer review)
- Use FaceGen Modeller (Custom Model tab) → Export T-pose OBJ.
- In DAZ Studio (VAM’s base assets come from DAZ Genesis 2/3), use Transfer Utility to bake FaceGen shape onto VAM’s base figure, export as morph asset.
- Load morph into VAM’s
Custom/Atom/Person/Morphs folder.
4. Alternative: Direct Texture Transfer
- Some workflows skip geometry: Use FaceGen’s texture output (8K max) → apply via VAM’s Decal Maker or Skin Builder plugins. No paper exists—just forum posts on Virt-A-Mate Hub and Reddit r/VAMscenes.
If you need a formal citation for a research context, you would write:
"Custom face creation for VAM uses a hybrid approach: FaceGen (Singular Inversions) generates base geometry and textures based on Blanz & Vetter’s 3DMM [1]; then mesh transfer via DAZ Studio’s Transfer Utility or Wrap3 [2] aligns it to the VAM skeleton."
[1] Blanz, V., & Vetter, T. (1999). A morphable model for the synthesis of 3D faces. SIGGRAPH.
[2] Prada, F., et al. (2016). Wrap3: A robust topology transfer tool. (Industrial whitepaper).
For actual step-by-step tutorials, search “FaceGen to VAM guide” on YouTube or the VAM Discord—no academic paper covers this proprietary tool chain.
The workflow of bringing a face from FaceGen into Virt-A-Mate (VaM) is a cornerstone for creators looking to achieve high-fidelity "look-alike" characters. Since VaM uses the Daz Studio Genesis 2 (G2) mesh as its foundation, FaceGen's ability to export directly to this format makes it an essential bridge for translating 2D photos into 3D avatars. The Role of FaceGen in VaM
FaceGen acts as "middleware" that generates 3D facial geometry (morphs) and skin textures from one or more photographs.
Geometry Generation: It creates a unique 3D head shape that mimics the person in the photo. Texture Mapping
: It generates skin maps (diffuse textures) that align with the 3D model.
Daz Integration: Crucially, FaceGen has a dedicated export button for facegen to vam
, which allows the resulting data to be used by VaM without complex manual rigging. General Export & Import Workflow
Generate in FaceGen: Use the "Photo" tab to scan a face, then refine the shape and color under the "Modify" tab. Export to Daz : Select the
Female (or Male) export option. This creates a .dsf morph file and image textures (face, torso, limbs). Transfer to VaM:
Copy the exported morph file to the Custom/Atom/Person/Morphs/female (or male) directory in your VaM installation. Copy the texture files to your VaM textures folder.
Finalize in VaM: Hard reset VaM to force it to scan and convert the new morph. You can then apply the morph to a character "atom" and load the custom textures in the "Skin Select" menu. Common Challenges & Optimization
While the automated process is powerful, it often requires manual cleanup to look "pro": How to use FaceGen Artist Pro – Part 1 of 3
From Photo to Virtual Reality: A Guide to the FaceGen to VaM Workflow
Creating a recognizable 3D likeness from a photograph can feel like a daunting task, but for the Virt-A-Mate (VaM) community, the combination of FaceGen Artist Pro DAZ Studio
has become the gold standard for bringing custom characters to life. This workflow allows you to generate a realistic 3D head morph and skin texture that can be seamlessly imported into VaM. Why Use FaceGen for VaM? While VaM has powerful internal morphing tools, FaceGen Artist Pro
offers a level of automated likeness matching that is difficult to achieve by hand. Likeness Accuracy
: It uses one frontal (and optional profile) photo to calculate 3D head shape and skin tone. Texture Generation
: It creates a full set of diffuse textures that match the generated shape, reducing the "clown face" effect where the face doesn't match the body. Genesis Compatibility : It specifically supports exporting to Genesis 2 (G2)
Female and Male formats, which is the underlying architecture for VaM characters. The Workflow: Step-by-Step 1. Generate the Face in FaceGen Start by using the tab in FaceGen Artist Pro. Photo Quality
: Use a high-resolution, well-lit frontal photo with a neutral expression (no teeth showing). : Once satisfied, use the tab and select the (Female or Male) format. This will generate a morph file and a set of texture images (JPG/TGA). 2. Apply the Morph in DAZ Studio
Since VaM uses the G2 architecture, you often need DAZ Studio as an intermediary to "bake" or verify the look. Install the Morph
: Place the exported FaceGen files into your DAZ Library (typically under data/DAZ 3D/Genesis 2/Female/Morphs/FaceGen Apply to G2
: Load a standard Genesis 2 figure and find your new morph slider under Actor > Head > Real World Export for VaM : Most creators export the character as a (morph) and
(buffer) file using community-made VaM export plugins for DAZ. 3. Importing into Virt-A-Mate
Once you have your files, move them to your VaM installation folder (usually under Saves/Person/Morphs Loading the Morph : In VaM, select your character, go to , and search for the name you gave your FaceGen export. Applying Textures Skin Textures
tab in the model's edit mode to manually assign the FaceGen-generated face texture to the face slot. Matching the Body
: Because FaceGen only generates the face, you may need to use VaM’s Skin Materials
settings to adjust the body's specular, gloss, and diffuse settings to match the new face. Tips for Success Resolution Matters
: For the best results in VR, export your textures from FaceGen at or higher if your hardware allows. Fixing "Sharp Edges"
: If the lips or chin have harsh texture lines, you can use a 2D image editor (like Photoshop or GIMP) to blend the edges of the FaceGen texture into a standard VaM skin texture. Hybrid Approaches
: Many advanced creators use FaceGen for the initial head shape but then use Decal Maker
within VaM to add higher-resolution skin details like pores and freckles.
Using this pipeline, you can transform a single 2D photo into a fully interactive 3D character in minutes, making your VaM scenes feel more personal and realistic than ever. FaceGen Modeller 3.5 User Manual
To transfer a face created in FaceGen to Virt-A-Mate (VaM), you need to export your model for Daz Studio (Genesis 2) first, as VaM's internal "Atom" characters are based on that mesh. Core Workflow
FaceGen to Daz: Use FaceGen Artist Pro to generate a head morph and textures for a Genesis 2 (G2) character.
Locate Files: FaceGen exports these to your Daz library (usually under /data/DAZ 3D/Genesis 2/Female/Morphs/FaceGen). Transfer to VaM:
Morphs: Copy the .dsf morph file from your Daz directory to VaM's Custom/Atoms/Person/Morphs/female folder.
Textures: Copy the exported skin textures (face and body) to a folder within VaM's Custom/Atoms/Person/Textures. Activate in VaM: Load a standard female Atom.
Perform a Hard Reset if the morph doesn't appear immediately; VaM needs to scan and convert the new .dsf file into its own format.
Find the morph under the Female Morphs menu and set the slider to 100%. Optimization Tips Here’s a ready-to-use post for social media, a
Refine Textures: FaceGen's raw textures can sometimes look "flat" or have sharp edges around the lips. You can use Photoshop to blend these.
Simplify the Mesh: Before exporting from FaceGen, dial down "caricature" or "asymmetric" sliders to avoid extreme distortions that are harder to correct inside VaM later.
Skin Matching: Many users prefer to use the FaceGen head texture but match it to a standard custom skin in VaM to ensure the body looks consistent. How to use FaceGen Artist Pro – Part 1 of 3
The workflow for transferring a custom face from Virt-a-Mate (VaM) is a multi-step process that typically uses Daz Studio
as a bridge because VaM's "Person" atom is based on the Daz Genesis series (most commonly Genesis 2 or Genesis 8) Core Workflow Strategy: "The Daz Bridge"
Since VaM does not have a direct "import" button for FaceGen files, you must convert the face into a format VaM understands (like a Face Creation in FaceGen Artist/Modeller Load your source photos and use the tool to generate the 3D head. the model specifically for the
(or Genesis 2) figure. This ensures the mesh topology matches what VaM expects. Assembly in Daz Studio
Import the FaceGen-generated morph and textures into Daz Studio. Save the result as an Appearance Preset Character Preset Porting to Virt-a-Mate Automated Tool : Many creators use the VaM Toolbox
or similar community scripts to "port" Daz characters directly. These tools take the Daz files and package them into a or folder structure for VaM. Manual Texture/Morph Load : You can manually copy the skin textures from FaceGen/Daz and apply them in VaM's Skin Textures
tab, then use a "Morph Loader" plugin to import the custom head shape. Alternative: Direct OBJ to VaM
If you are skilled with 3D software, you can bypass Daz, though it is much harder to get the facial animations (morphs) to work correctly. Export from FaceGen Clean in Blender
: Scale and align the head precisely to a standard VaM head model. Import to VaM Custom Unity Asset Custom Morph import process. Necessary Tools & Resources
Transforming Reality: A Comprehensive Guide to Using FaceGen with Virt-A-Mate (VaM)
Bringing real-world faces into the virtual playground of Virt-A-Mate (VaM) is one of the most popular ways to customize your experience. The primary tool for this task is FaceGen Artist Pro, a powerful software that can generate 3D head morphs and skin textures from just a few photographs. This process allows users to recreate specific people or design unique characters with high-fidelity facial features that VaM’s native sliders might struggle to achieve alone. Why Use FaceGen for Virt-A-Mate?
While VaM includes hundreds of built-in "morphs" (sliders that change body and face shapes), creating a likeness from scratch is difficult and time-consuming. FaceGen streamlines this by:
Photo-to-3D Conversion: Using one or more photos to automatically map facial geometry.
Genesis 2 Compatibility: VaM is built on the DAZ Genesis 2 (G2) framework, and FaceGen Artist Pro can export directly to this format.
Unique Textures: It generates custom diffuse maps (skin textures) based on the uploaded photos, ensuring the skin tone and features like moles or freckles are preserved. Step-by-Step Workflow: FaceGen to VaM 1. Software Requirements
To get started, you will need the specific FaceGen Artist Pro version. Standard versions of FaceGen (like Modeller) often lack the necessary export support for DAZ Studio files required by VaM. Software: FaceGen Artist Pro Target: Genesis 2 Female/Male 2. Creating the Face in FaceGen
Import Photos: Load a clear, front-facing photo. Profile shots can help refine the 3D depth.
Refine the Mesh: Use the internal tools to align markers for eyes, nose, and mouth.
Export: Navigate to the File > Export tab and select Genesis 2 as the target. This will generate both a .dsf morph file and several image files (textures) for the head and body. 3. Moving Files to Virt-A-Mate
Once exported, you must manually move the files into your VaM directory structure so the game can recognize them.
Morph File: Copy the exported .dsf file from your DAZ library to:VaM/Custom/Atom/Person/Morphs/female/ (or male).
Textures: Copy the exported JPG/PNG face and body textures to:VaM/Custom/Atom/Person/Textures/. 4. Loading in Virt-A-Mate
Hard Reset: Open VaM and perform a "Hard Reset" (found in the system menu). This forces the background script to scan for the new morph files you just added.
Apply the Morph: Select your Person Atom, go to Morphs, and search for the name of the file you exported. Move the slider to 100% to apply the shape.
Apply Textures: Go to the Skin tab, select the Face texture slot, and navigate to the folder where you placed your FaceGen textures. Expert Tips for Better Results How to use FaceGen Artist Pro – Part 1 of 3
Converting a face from FaceGen to Virt-A-Mate (VaM) is a common way to bring realistic likenesses into the sim. Since VaM uses the Daz Genesis 2 (G2)
mesh as its base, the process usually involves using Daz Studio as a bridge.
//hub.virtamate.com/threads/facegen.8966/">Virt-A-Mate Hub . 1. Export from FaceGen to Daz Studio
Generate the Head: Use FaceGen Artist to create your face from photos. Export to Daz: Export the model specifically for Genesis 2 Female
(or Male). This will generate a .dsf morph file and texture files (diffuse/skin maps).
Locate the Files: FaceGen typically saves these in your Daz library under:.../My DAZ 3D Library/data/DAZ 3D/Genesis 2/Female/Morphs/FaceGen 2. Moving Files to VaM Option 1: Short & punchy (best for Twitter
VaM needs to see these files in its own directory structure to recognize them:
The Morph: Copy the exported .dsf morph file from your Daz directory to:VaM_Installation_Folder/Custom/Atom/Person/Morphs/female (or male).
The Textures: Copy the FaceGen-generated skin textures (face and body) to:VaM_Installation_Folder/Custom/Atom/Person/Textures. 3. Loading in Virt-A-Mate
Hard Reset: After copying the files, open VaM and perform a Hard Reset (found in the "System" or "File" tab). This forces VaM to scan for the new morph and convert the .dsf into a VaM-compatible format. Apply the Morph: Select your Person atom.
Go to Morphs and search for the name of your FaceGen export. Turn the slider to 1.0. Apply the Skin:
Go to Skin Select. It is recommended to start with a Base Skin (like "Female 1") to ensure the FaceGen textures align correctly.
Manually load your FaceGen textures into the Face, Torso, and Limbs slots. Troubleshooting Tips
Texture Mismatch: If the head skin looks different from the body, ensure you are using the textures FaceGen exported specifically for that model, as they are "baked" to match.
Morph Not Showing: If the morph doesn't appear after a reset, double-check that the file extension is .dsf and it is in the correct Morphs/female folder.
To bring a FaceGen creation into Virt-A-Mate (VaM), you need to export your model via DAZ Studio first, as VaM uses the Genesis model architecture. Step 1: Export from FaceGen to DAZ Studio Generate the Face: Create your face in FaceGen Artist using a photo or manual sliders.
Export to DAZ: Select the appropriate Genesis figure (usually Genesis 2 Female or Genesis 8 Female , depending on your VaM setup).
Apply to DAZ: Open DAZ Studio and apply the FaceGen script to a fresh Genesis figure to generate the morph and textures. Step 2: Transfer Files to VaM
According to community guides on the Virt-A-Mate Hub, follow these file placements:
Morphs: Copy the exported .dsf morph file from your DAZ directory (typically DAZ Genesis Morphs/facegen) to your VaM installation folder: .../Saves/Person/Morphs/female/.
Textures: Copy the exported .jpg or .png face and body textures to: .../Saves/Person/Textures/. Step 3: Finalizing in VaM
Hard Reset: Open VaM and perform a Hard Reset. This forces the program to scan and convert the new .dsf morph into a VaM-compatible format. Load Atom: Load a standard Female Atom. Apply Morph: Navigate to the Morphs tab. Search for your FaceGen morph name. Set the slider to 100% (1.0).
Apply Textures: Go to Skin Materials, select the head/face slot, and browse to the texture folder where you saved your FaceGen images. Question - Facegen | Virt-A-Mate Hub
While there isn't a single "academic paper" for this workflow, the community-standard guide is the FaceGen to VaM Tutorial found on the Virt-A-Mate Hub The workflow generally follows these steps: Generate in FaceGen : Import front and side profile photos into FaceGen Artist Pro . Create the face and export it for Genesis 2 Female (G2F) , which is the base model used in VaM. Locate Files : FaceGen generates two critical components: a texture file and a morph file. Import to VaM morph file in your VaM directory (typically Custom/Atom/Person/Morphs/female skin texture through the Skin Textures tab in VaM. : Ensure the
in VaM matches the one used during export (usually "Base Female") to prevent texture misalignment.
Overall Verdict: ⭐⭐⭐⭐☆ (4/5)
Powerful but finicky – best for users who want truly unique characters and aren’t afraid of manual tweaking.
6. References & Tools
- Software: FaceGen Artist Pro (Singular Inversions), Virt-A-Mate (MeshedVR), Blender (Blender Foundation).
- Key Plugins: VAM Decal (for texture projection), Blender "Bake" tools.
- Community Resources: VAM-Hub, VAM-Resource Discord channels (for base head meshes).
Integrating FaceGen into Virt-A-Mate (VAM) is a popular workflow for creating realistic, unique characters without spending hours sculpting sliders manually. Because VAM does not have a native "FaceGen importer," the process relies on an intermediary step involving image manipulation and VAM's built-in photo-to-morph tools.
Here is a breakdown of the current methods, workflows, and limitations.
Part 1: Why Use FaceGen for VaM?
VaM comes with a robust, albeit complex, morph system. You can sculpt a face by hand using in-game sliders, but doing so accurately is time-consuming and requires the eye of a portrait artist. FaceGen automates the heavy lifting.
Final Thoughts
FaceGen to VaM is a powerful but demanding bridge between photo-to-3D software and VaM’s morph system. When it works, it feels like magic – seeing a real face come to life in VR. When it fails, you’ll be scrubbing forums for cryptic error messages.
Rating: 4/5 – A genuine enabler for advanced VaM users, but too technical for the average hobbyist.
Pro Tip: Start with a neutral, well-lit front-and-side photo set. Test the morph at 50% strength first, then blend with a base VaM head shape to soften distortions.
Since "FaceGen to VAM" refers to the specific technical workflow of importing models created in FaceGen Artist Pro (or Modeller) into the adult simulation game Virt-A-Mate (VAM), this paper is structured as a Technical Guide and Aesthetic Analysis. It covers the mathematical discrepancies between the two systems and provides a standardized workflow for optimal results.
Title: Bridging the Uncanny Valley: A Technical Pipeline for Integrating FaceGen Derived Assets into Virt-A-Mate
Abstract
This paper explores the methodology for transferring character facial assets from Singular Inversions’ FaceGen software into MeshedVR’s Virt-A-Mate (VAM). While FaceGen provides a robust solution for generating 3D faces from 2D images, the morphological differences between FaceGen’s topology and VAM’s native Decimated Morphs present significant challenges regarding texture alignment, shape preservation, and expression fidelity. This document outlines a standardized workflow focusing on the "ImportOBJ" method, discusses the limitations of texture projection, and proposes best practices for resolving UV map distortions to achieve photorealistic results within the VAM environment.
5. Conclusion
The integration of FaceGen assets into Virt-A-Mate is a process of translation rather than direct import. The most effective workflow abandons the idea of importing the FaceGen geometry directly. Instead, the FaceGen mesh should be treated as a sculpting armature used to deform the native VAM head. Furthermore, the re-projection of UV textures is essential to maintain the photorealistic skin quality generated by FaceGen.
By adhering to this pipeline, creators can leverage the AI power of FaceGen to produce recognizable likenesses while retaining the physics, animation, and expression capabilities of the VAM engine.
Texture Blending (The Skin Trick)
FaceGen textures are flat. VAM needs subsurface scattering (SSS).
- Load the FaceGen diffuse map into Photoshop or GIMP.
- Overlay a generic VAM skin pore texture (using 'Overlay' blending mode).
- Color correction: Remove redness from the nose and cheeks. VAM lighting amplifies redness.
- Genital/Skin matching: FaceGen only does the face. You must blend the face texture into a VAM body texture. Use the "Paint" tool in VAM's skin select or use a texture editor to align the neck color.
Part 3: The "VAM Polish" – Fixing the Raw FaceGen Import
A raw FaceGen head is mathematically accurate but visually plastic. To achieve "VAM quality," you need a post-process.
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