escape the backrooms player 3d model

**If u want normal bones instead spheres, just delete glTF_not_exported and Icosphere**

Escape The Backrooms Hazmat

A simple 3D model of the planet Earth, also called "Blue Marble". Composed of two "spheres", one for the earth and one for the layer of clouds.

3D model made using **3ds Max 2013** (32-bits), and compiled with [OpenCOLLADA plugin version 1.4.1](http://www.opencollada.org/).

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Un simple modelo del planeta tierra o tambien llamada "Blue Marble". Compuesta de dos esferas, uno para la tierra y otro para la capa de nubes.

Modelo hecho usando **3ds Max 2013** (32-bits), y compilado con [OpenCOLLADA versión 1.4.1](http://www.opencollada.org/).

Simple Earth Planet

Galaxy starry night sky domes. Sky HDRi background photospheres for game in scifi setting. Perfect for concept art and cosmic 3d scenes.

Sky dome. Nebula and stars space HDRi.

It took 4 days to make 2nd version of TCF 1994-2010 logo remake recreated and aesthetic. I use a Hollywood mountains and city to matched the original animation, i use the camera, plane for the sky and plain axes for the empty to matched the original fox 1994 camera animation. I use spheres for the stars on the sky. I rotated the camera animation at the beginning and middle scenes of the fox 1994 remake. The 2nd version remake is matched to the real logo.

TCF 1994 Recreation (2nd Version) 2022 UPDATE

As it appears to be a trend, a small WIP diorama ([Nice one here!](https://skfb.ly/6xvV6)) just to try out some lighting technique for an incoming model (not a WIP I hope).

The refractive "box" around the model is just eye-candy, what was really of interest to me was to get an idea about bubbles (spheres with an emissive material coupled with dithering transparency), sun rays (elongated planes with blending opacity and a light emission to them) and the ground lights (not done well here, but basically voronoi textures to simulate the effect of waves on the light, baked on the ground model).

The ground is a quick and ugly dyntopo sculpt done in blender, while the little fish are just a particle system set with a lowpoly mesh as render object.

A nice point to spend time on will be the ocean surface, to do with the appropriate modifier in blender, and a refractive/small-scale-roughness/foamy-at-the-edges material.

Plus, I should try to animate rays, bubbles and fish (as boids) to give it a living touch.

Abstract aquarium

Old Verison: https://sketchfab.com/models/16040588f0a643ec9b57cccd36280f9c

Dragon Balls (ドラゴンボール Doragon Bōru) are the namesake artifact of the Dragon Ball series. They are large, crystalline spheres (of varying sizes and colors) that feature five-pointed stars (ranging from one to seven, and also varying in sizes and colors, along with being either rigid or flat in appearance) inside of themselves (akin to glass art); individually, they have no powers, but united they have the ability to call forth their associated Eternal Dragon who can grant (usually) one wish(s).

I have a Patreon Join now! :https://www.patreon.com/user?u=14434838

The Dragon Balls

**Full name: Armillary sphere by Josef Jüttner (1828)**

An armillary sphere is an astronomical instrument containing a model of the celestial sphere and the Solar System. The sphere rests on three carved metal legs. The whole is set on a wooden stepped pedestal. 

This astronomical instrument presents the solar system according to the state of knowledge in 1828, i.e. without Neptune, which was discovered in 1846. 
Created in 1828 by Josef Jüttner (1775–1848), a Czech cartographer, constructor of globes and armillary spheres active in Prague and Vienna.

**For more images and further information, visit:** https://muzea.malopolska.pl/en/objects-list/2791 

Inventory number:  4306; 306/V

Localisation of the physical object: Jagiellonian University Museum Collegium Maius, Kraków, Poland

**Digitalisation: Regional Digitalisation Lab, Małopolska Institute of Culture in Kraków, Poland; “Virtual Museums of Małopolska” project**

Armillary sphere (1828)

use theses params : https://chaoticatmospheres.com/mathrules-strange-attractors
meshed with SdfMesher

Strange Attractor : 3-Scroll Unified Chaotic 1

This asset is a tribute to the iconic Soviet "Piatietazhka", inspired by the mass-produced panel housing series of the 1960s and 1970s. The model captures the cold, modular logic and industrial uniformity of the Eastern Bloc’s "panel boom" era.

Crafted in a PSX, PS2 aesthetic with low-poly geometry and pixelated, unfiltered textures, it’s ideal for:
Retro horror or survival games.
"Doomer" atmospheres and liminal spaces.
Lo-fi architectural visualizations.

**Inspired by the ubiquitous panel architecture of the USSR.**

Want to see more assets like this? Support future packs[ here](https://boosty.to/artem_chukalin/donate)

Piatietazhka Soviet Russia (PSX Style)

Dot Hack Chim Chim. Bring your own Sphere.
Chim Chims (チムチム) are small, four-legged creatures found hidden in trees, giant mushrooms, and other places in the fields and dungeons of The World R:2. On the tops of their heads they carry an item called a Chim Sphere, the main power source for many machines (such as Steam Doors, Warp Points, and Mecha Grunty) found in The World. Power is measured in "Chims", a unit equal to the amount of power in a normal Chim Chim's sphere. Chasing and kicking them results in the spheres falling off of the Chim Chim and into the player's inventory. However, this causes the unfortunate Chim Chim to whither away into nothingness. One of the NPCs living in Mac Anu, Dr. Kubo, studies the Chim Chims' civilization as a profession. The energy in Chim Spheres is gathered from the earth, and when they have built up too much energy, Chim Chims gather in the Coite-Bodher Battlefield to release it in the form of a brilliant fireworks display.

Chim Chim

Larvae found in the parent polyp_7 (Name in raw data XTL17W). Each sphere represents a cross-section of a larva that was found. Overlapping spheres together represent the course of the larva across several cross-sections. The different colors of the spheres indicate the various developmental stages (I: yellow, II: light green, III: dark green, IV: turquoise, V: blue). The three-dimensional representation of the parental polyp was achieved by outlining the polyp on the sections.

Parent Polyp #7 Caryophyllia huinayensis

Larvae found in the parent polyp_8 (Name in raw data XTL3W). Each sphere represents a cross-section of a larva that was found. Overlapping spheres together represent the course of the larva across several cross-sections. The different colors of the spheres indicate the various developmental stages (I: yellow, II: light green, III: dark green, IV: turquoise, V: blue). The three-dimensional representation of the parental polyp was achieved by outlining the polyp on the sections.

Parent Polyp #8 Caryophyllia huinayensis

This Model Is a Remake of My old one With Better Fungi Or Whatever you call it and Spikes on The head and overall Everywhere

This Models Topology Is Not To Be Very Well Expected to Be Good It Was Sculpted With Spheres

(I do not own this creature, it is from the Sonic Saves Robloxia horror game by Jack Gore)

Have Fun With The Model Thats All!!

!!The Model Is Able To Be Used In Fangames But you Have To Credit Me!!

The Face Is Transparent Its Just Like That

The Obelisk Rig Version 2

Larvae found in the parent polyp_1 (Name in raw data CH13W). Each sphere represents a cross-section of a larva that was found. Overlapping spheres together represent the course of the larva across several cross-sections. The different colors of the spheres indicate the various developmental stages (I: yellow, II: light green, III: dark green, IV: turquoise, V: blue). The three-dimensional representation of the parental polyp was achieved by outlining the polyp on the sections.

Parent Polyp #1 Caryophyllia huinayensis

Larvae found in the parent polyp_6 (Name in raw data XTL11W). Each sphere represents a cross-section of a larva that was found. Overlapping spheres together represent the course of the larva across several cross-sections. The different colors of the spheres indicate the various developmental stages (I: yellow, II: light green, III: dark green, IV: turquoise, V: blue). The three-dimensional representation of the parental polyp was achieved by outlining the polyp on the sections.

Parent Polyp #6 Caryophyllia huinayensis

Official Dandy's World Gigi Model. This Model Contains The Dandy's World Official Gigi Model and Armatures Shaped in Eco Spheres. Enjoy this model.

Dandy's World Gigi Model

Larvae found in the parent polyp_9 (Name in raw data XTL6W). Each sphere represents a cross-section of a larva that was found. Overlapping spheres together represent the course of the larva across several cross-sections. The different colors of the spheres indicate the various developmental stages (I: yellow, II: light green, III: dark green, IV: turquoise, V: blue). The three-dimensional representation of the parental polyp was achieved by outlining the polyp on the sections.

Parent Polyp #9 Caryophyllia huinayensis

Larvae found in the parent polyp_4 (Name in raw data LHP2W). Each sphere represents a cross-section of a larva that was found. Overlapping spheres together represent the course of the larva across several cross-sections. The different colors of the spheres indicate the various developmental stages (I: yellow, II: light green, III: dark green, IV: turquoise, V: blue). The three-dimensional representation of the parental polyp was achieved by outlining the polyp on the sections.

Parent Polyp #4 Caryophyllia huinayensis

Larvae found in the parent polyp_2 (Name in raw data LHP11W). Each sphere represents a cross-section of a larva that was found. Overlapping spheres together represent the course of the larva across several cross-sections. The different colors of the spheres indicate the various developmental stages (I: yellow, II: light green, III: dark green, IV: turquoise, V: blue). The three-dimensional representation of the parental polyp was achieved by outlining the polyp on the sections.

Parent Polyp #2 Caryophyllia huinayensis

Larvae found in the parent polyp_5 (Name in raw data LHP5W). Each sphere represents a cross-section of a larva that was found. Overlapping spheres together represent the course of the larva across several cross-sections. The different colors of the spheres indicate the various developmental stages (I: yellow, II: light green, III: dark green, IV: turquoise, V: blue). The three-dimensional representation of the parental polyp was achieved by outlining the polyp on the sections.

Parent Polyp #5 Caryophyllia huinayensis

Lighthouse Mini is a refined table lamp designed to
enhance bedroom environments, extending beyond
the conventional role of a bedside lamp. It elegantly
integrates onto shelves, desks, or sideboards in
living areas and studies, delivering evocative and
customizable illumination.
The silhouette, inspired by the human form, evokes the
image of a figure engaged in reading, transforming light
into a subtle, narrative element. Its ability to adopt three
distinct positions ensures consistently unique lighting,
ideal for creating varied and personalized atmospheres.
Crafted from a painted aluminium cylinder illuminated
on two sides and supported by a cone with a solid
oval base in solid wood, Lighthouse Mini blends
contemporary aesthetics with premium materials for
functional, distinctive furnishings.

Lighthouse Mini_Second-Studio,designer I.Iacono

A diagrammatic 3D model that describes the different types of connections with colored spheres for a pipe structure assembly.

SNFCC_GreenDays-Piping_Assembly_Layout_3+6

Beyond standard 3D modeling: a mathematical autopsy of an algorithmic prototype. This is the V4 projection of the 2D Islamic "Shamseh" seed, processed via the Polytopic Archetypal Projection Protocol (PAPP).

The Anatomy: 24 concentric perfect spheres (R²=1.000000 each), built by a single connected graph. Every vertex is placed by rotating exactly 137.508° — the golden angle (2π/φ²) — from the previous one. The same rule sunflowers use to pack seeds, projected onto 3D spherical shells.
Fibonacci Signature: Azimuthal FFT reveals spiral counts of N=8,13,21,34,55 — five consecutive Fibonacci numbers. Ratios converge to φ. This is not an Islamic rosette; it's a spherical sunflower.

Network: 110,480 vertices, 747,904 edges. 73.8% intra-shell, 26.2% inter-shell (adjacent only). Connectivity peaks at the penultimate shell (96% from center) and drops at boundaries — a topological edge effect.

A phyllotactic crystal in 24 layers. Raw generative topology.

Generated via PAPP Framework.

Shamseh V4 Spherical Phyllotaxis (110k) | PAPP

Living Earth V2 is a structural Earth cutaway built as a single connected manifold mesh, not a simple juxtaposition of split spheres. It presents the planet through a readable internal banded system showing crust, upper mantle, transition zone, lower mantle, outer core, and inner core, while keeping a clean spherical language and correct topology.

Generated by PAPP Framework.

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