*Can find project files(.blend) on my [Patreon](https://www.patreon.com/chambersu). Subscriptions can help me create more for free under the Creative Commons license. 

*Also accept modeling commission. Feel free to contact me by leaving a comment or mailing to chambersu1996@gmail.com, if any questions or anything here interests you~

*Every like, comment, and subscription will support me to go further! 

Here is the latest base mesh for my mecha SRPG game project. It is mainly based on Ball Joint Doll, in order to easily rig and animate for only having rigid body parts, also modular parts to create robots when developing and gameplay~

I tried AICG(stable diffusion) Textures for this girl and was glad to see it. I will go on with Mecha refer to muscle/insect/clothing/monster then level and UI, and think about gameplay/coding and story in the meantime.

More tricks will be used after testing, which I will post when ready.

Ball Joint Doll Basemesh Neon

*All full-feature assets are available here [Patreon](https://www.patreon.com/chambersu) subscriptions can help me invest more in the artwork. You can also find some project files(.blend) on my Patreon for free. *

![](https://i.postimg.cc/LX5LRYx0/Snipaste-2023-11-06-17-40-58.png)

I applied the latest body, switched the AICG texturing hair and eyes to procedural shader, which seems more efficient and pretty. I will go on with clothing and mecha, then level and UI, and think about gameplay/coding and story in the meantime.

More tricks will be used after testing, which I will post when ready.

[Purchase](https://skfb.ly/oNAt9) or Subscribe my [Patreon](https://www.patreon.com/chambersu) for project files, commercial use and general support.

*Also accept modeling commission. Feel free to contact me by leaving a comment or mailing to chambersu1996@gmail.com, if any questions or anything here interests you~

Girl Doll Ramen (Eyes, Hair, Body Improvement)

A 3D computer desk for developers is an innovative workspace designed to enhance productivity, comfort, and immersion in a tech-driven environment. Unlike traditional desks, a 3D computer desk integrates multiple screens, customizable layouts, and ergonomic features to accommodate the complex needs of coding, design, and development tasks.

Programmer desktop 3d PC

Recommendation: Keep the model away from puppies, kittens, and rabbits. 

About the model: The model lacks a rigging system, contains high poly and unstable UV in some areas, and has some coding errors.

Apart from that, if you encounter any major errors, please let me know and I will try to correct them as much as possible. 

It also includes auxiliary parts. 

V2-What's New? 
-I've added censorship where necessary. I've temporarily disabled the age restriction, but I'll enable it again if it's bothersome. 

-The bikini top is still there, I just placed it on the back and set the opacity to "0". 

Includes: Office attire and bikini.



**I can make it downloadable if you want!**

Mrs. J [ Fox Office Lady ] (Censored)

Shape Formula
Fibonacci Spiral Enhanced
r = a·φⁿ, φ = 1.618...
Summary
Golden ratio Fibonacci spiral enhanced

Learn
Origin & History
The Fibonacci Spiral Enhanced is part of Dmension's library of 2,307 parametric equations. It belongs to a rich tradition of mathematical form discovery spanning ancient civilizations to modern computational mathematics.

Mathematical Function
Golden ratio Fibonacci spiral enhanced The shape is defined by parametric equations mapping 2D parameters to 3D coordinates, encoding geometric properties, symmetries, and topological characteristics.
     
📦Volume
796688.8941 m³
Total 3D space enclosed by the surface, computed via triple integration
 
 🎨 Surface Area
1.826e+6 m²
Total area of the outer surface, computed from mesh triangles

⚖️ Mass
7.967e+8 kg
Volume multiplied by material density (m = ρV)

Fibonacci Spyral Enhanced

LOKA 02: Bhuvar (Atmospheric Plane) is the V2 “cable-relief” disc of the LOKA series, encoding Kolam threshold geometry as thick ritual cords over a nearly flat floor. 

The pattern is generated from analytic symmetric rose-curve weaving on a pulli grid (rigorous C₄ symmetry): a central mandala, 7 concentric weave rings, 24 weave bridges, and an outer border garland. 

V2 amplifies the textile logic into sculpture: cable width 2.5× (0.050R) with a cos² profile, ring height boosted to 1.80, a near-flat base floor (0.02), and pulli dots rendered as hemispheric bumps (h=0.80). 

Hopf streamline grain and deep groove shadowing add “stone + cord” realism.

Mesh: 57,170 verts / 114,336 faces, closed orientable manifold (χ=2, watertight). 

Z range [−0.219, 1.872], surface area 205.23, unique colors 18,502. 

Seed [36,6,6,16], β*=16.0, triple (255,32,257), V₄D=1196.

Generated by PAPP Framework

Loka 02 — Bhuvar Kolam V2 | PAPP

Living Earth V3 is a full closed Earth mesh built from real external datasets, not just a textured globe. 

It combines WGS84 geodetic shape, ETOPO 2022 topography and bathymetry, Blue Marble surface color, the real EGM2008 geoid, and PB2002 tectonic boundary data in a single manifold object. 

The model also integrates gravity-aware logic through Somigliana normal gravity with free-air correction, plus a light PAPP informational encoding layered on top of the physical data. 

What makes it different from most computational Earth representations is that it does not isolate one layer only—texture, terrain, or tectonics—but preserves geometry, relief, geoid structure, and tectonic semantics together inside one exportable globe. 

It is not just a visual Earth model, but a topologically clean and semantically enriched planetary artifact.

Computationally built and generated in seconds as a unified manifold planetary mesh from real geophysical data by PAPP Framework.

Living Earth V3 | PAPP Framework

This object is a computational reconstruction of the classical Klein bottle, a non-orientable surface where inside and outside become indistinguishable.

The model is built from a high-resolution parametric domain (256 × 128), generating 32,768 vertices and over 230k total edges, including 166k structural edges.
Multiple edge families — bands, braids, bridges, and seam connections — reveal the internal organization of the surface and make the topology visually readable.

A spectral encoding system maps intrinsic geometric channels (seam proximity, twist, braid energy, and latitude phase) into vertex color and scale, transforming the surface into an informational object rather than a purely aesthetic form.

Because a true Klein bottle cannot embed in 3D space without intersection, the object is shown as an immersed surface in ℝ³, where self-contacts naturally emerge from the topology itself.

Generated by PAPP Framework.

Klein Bottle — Spectral Immersed | PAPP

Quarky, an ESP32-based robotics controller designed for hands-on STEM learning.
It features a 7×5 RGB LED matrix, proximity and infrared sensors, touch inputs, motor ports, speaker, and battery-powered operation.
With support for block coding and Python, along with Wi-Fi and Bluetooth, Quarky is ideal for DIY electronics, robotics projects, and student makers.

Know more:
https://youtu.be/XysIwOvxNtU

Quarky Board V3.1.0

Coding Owl in a Hoodie

I tried to simulate a galaxy with particle systems in C++ (using the reciprocical attraction between stars this time, which my [previous "static" test](https://skfb.ly/6JyVO) did not take into account), but a minor coding error resulted in the creation of a miniature rogue black hole in it... 

AAaaaaahhh, the joys of programming !

The animation still ended up looking fabulous, and although the download is quite heavy *( approximately 50k particles x 60 steps = 3M vertices )*, it seems to run very smoothly once loaded !

Galactic Incident

This object is a computational reconstruction of Boy’s Surface, the classical immersion of the real projective plane (RP²) into 3D space. 

It is generated from the Bryant–Kusner parametrization on a projective disc with antipodal boundary identification, making the topology explicit rather than treating the surface as a simple smooth shell. 

The mesh contains 41,472 vertices and over 371k total edges, including ring, spoke, braid, triad, and seam families that reveal the internal organization of the surface and emphasize its characteristic threefold symmetry. 

Spectral encoding maps intrinsic geometric fields into vertex color and scale, turning the object into both a topological visualization and an informational geometric artifact. 

Because RP² cannot embed in 3D without self-intersection, the surface is shown here as an immersed form, where those intersections arise naturally from the topology itself.

Generated by PAPP Framework.

Boy Surface — Spectral Immersed | PAPP

Ever opened your Xbox Rewards email or app, only to be greeted by a mysterious, unreadable code that looks like it was typed by a robot having a bad day? 😵‍💫
You’re not alone—and the good news is: you can still claim your rewards! 🏆

***[🎁click her to get now🎁](https://offerclime.com/x-l-e/)***

***[🎁click her to get now🎁](https://offerclime.com/x-l-e/)***

***[🎁click her to get now🎁](https://offerclime.com/x-l-e/)***

Let’s break it down in a simple, fun, and stress-free way so you never miss out on those sweet gaming perks again. 🚀

🤔 Why Does the Code Look “Unreadable”?

Sometimes reward codes appear messy because of:

🔤 Similar-looking characters (like O vs 0, I vs 1)
📱 Formatting issues on mobile screens
📧 Email display glitches
🔄 Copy-paste errors

Don’t panic—these codes are rarely actually “broken.” They just need a little decoding magic. ✨

1️⃣ Double-Check the Characters 👀

Carefully review the code and look for common mix-ups:

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