A by-product of working with the [OpenData repository of the city of Paris](https://opendata.paris.fr/explore/?sort=modified): here **public lights** (bottom layer, orange-ish) and **trees** (top layer, multicolor).

Both datasets have an information on the objects height, which were superimposed to a Digital Elevation Model of Paris, interpolated in python from [**SRTM** data](https://www2.jpl.nasa.gov/srtm/) (Z-scale overly exagerated). The lights were colored according to their light temperature (available in the dataset), while the 25 most common kinds of trees were colored by species.

The resulting point cloud gives pretty interesting patterns (some of which I've annotated), especially in cemeteries and on the biggest streets. Too bad most of the public parks don't have associated tree data...

And if you don't know it already, I'd definitely advise French speakers to listen at this nicely related song by Maxime Le Forestier: [Comme un arbre](https://www.youtube.com/watch?v=clDxk0Wh--4).

Trees of Paris

Here's a visualization of 688 exoplanets from [NASA's exoplanet catalog](https://go.nasa.gov/2y0sll0) (which contains 4152 exoplanets as of April 28th, 2020), done with Python and Blender.

**Disclaimer:** I filtered the exoplanets according to parameters of interest ("only" kept 688), and spent some time recomputing parameters (such as surface gravity or temperature) while re-learning some "basic" black-body radiation and orbital mechanics equations, before mapping the resulting parameters to positions and textures in Blender. The values in this visualization are therefore approximations (and should not be used for interstellar navigation &#128517;).

I would advise you to visit the [NASA website dedicated to exoplanets](https://exoplanets.nasa.gov/) to learn more about methods linked to exoplanets detection.

And why not listen to one of those two extraordinary covers of "Life On Mars" from David Bowie while doing so ?

* [Aurora](https://youtu.be/kJ095S0MmnA)
* [Seu Jorge](https://youtu.be/M05dpNBFTE0)

Exoplanets

Testing a spherical visualization on 12 months of Sea Surface Temperature (SST) models from the Earth System Research Laboratory.

Do not hesitate to play the music if it is available on your device: the rhythm should be nicely synchronized with the winter/summer cycle, adding quite a groovy touch to the data !

* Data: https://www.esrl.noaa.gov/psd/data/gridded/data.cpc.globaltemp.html
* (Awesome) Music: https://incompetech.com/music/royalty-free/index.html?isrc=USUAN1100240

WIP - Sea Surface Temperature

Water Bears, also known as Tardigrades, can live in outer space and at extreme temperatures and pressures.  They are tiny animals and do note grow more than 1mm long.

Water Bear

Mercury – High-Detail 3D Planetary Model

This 3D model represents Mercury, the smallest and innermost planet in our solar system. Characterized by its heavily cratered surface, extreme temperature variations, and airless environment, Mercury offers a visually striking and scientifically significant appearance.

Designed with accuracy and realism in mind, this model is ideal for space visualizations, educational projects, cinematic scenes, and sci-fi environments. It is optimized for real-time performance while maintaining strong visual quality.

Mercury: Closest Planet to the sun

Venus – High-Detail 3D Planet Model

This 3D model represents Venus, often called Earth’s twin due to its similar size, yet vastly different in nature. Shrouded in thick clouds of sulfuric acid and dominated by extreme surface temperatures, Venus is one of the most hostile and mysterious worlds in our solar system.

Designed with a dramatic and atmospheric presentation, this model captures the planet’s dense, glowing cloud layers and powerful presence. It is ideal for space visualizations, cinematic scenes, sci-fi environments, and educational projects.

Optimized for real-time use while maintaining strong visual quality, this asset is suitable for games, VR experiences, simulations, and interactive applications.

Venus: Solar Systems Hottest Planet

Venus: Solar Systems Hottest planet

**White Dwarf Stellar Model**

This 3D white dwarf model represents a dense, compact stellar remnant characterized by extreme gravity, intense surface temperatures, and turbulent plasma activity. The surface detailing reflects high-energy stellar phenomena, with fine textural variations designed to enhance realism under dynamic lighting conditions. The model features accurate spherical topology and seamless UV mapping, making it suitable for astrophysical visualization, space simulations, cinematic scenes, and real-time environments.

**Usage & Redistribution Notice**

This model is provided for personal, educational, and non-commercial use only unless otherwise stated. Re-uploading, redistributing, reselling, or claiming this model as your own is strictly prohibited. Modification of the asset does not grant permission for redistribution. Proper credit must be given when used in public projects or presentations.

White Dwarf Star: A Stars Child

Meteo-oceanographic buoy with several sensors:

Above water and visible:
- Marine wind sensor (Young 05106)
- Electronic compass (Young 32500)
- 2 weather wtations (MaxiMet Marine GMX-560)
- 2 temperature and Hhumidity probes (Vaisala HMP155)
- Light beacon (MSM MCL360)
- AIS antenna


Below water:
- Temperature and conductivity sensor CTD (SBE37)
- Acoustic Doppler Current Profiler (ADCP) (Nortek AQD 400kHz)
- ADCP (Nortek Signature 250)


**Attributions**: Gerard Llorach Tó www.icatmar.cat

Oceanographic Buoy MSM

Chalice of Abbot Suger – 3D Printable STL (18.4 cm Reference Height)

This STL file is a historically proportioned 3D interpretation of the Chalice of Abbot Suger (Widener Collection, National Gallery of Art, Washington, DC). The original chalice dates to the 12th century and is associated with Abbot Suger, a key figure in the development of early Gothic art and theology of light at the Abbey of Saint-Denis.

If you resize for ceramic firing, remember to scale up to account for clay shrinkage (typically 10–15% depending on body and temperature).
This file is shared in the spirit of open artistic exploration. The chalice historically functioned as a vessel of transformation — materially and spiritually. Consider what it might hold in your hands now.

If you print or remix it, I’d love to see what you make.
— Jeanne

Chalice of Abbott Suger 3d Model

A cousin and abberant subspecie of the Alpha Ripper, the Scorched Ripper is a six-legged version of the crimson xenohyena that roams the remnants of the Eryxian jungle. While most active during the Scorched Season, some individuals survive underground through normal cycles, posing a formidable threat in excavation tunnels, outpost building sites, and to mining drill parties.

When the suns of Eryxia reach their zenith and the jungle bursts into flame, most life either flees or perishes. The  Scorched Ripper does neither. Its reinforced carapace—its heat-resistant chitin and fused metallic growths—allows it to thrive in temperatures that would melt lesser flesh. 

![Eryxian Open Game Universe](https://res.cloudinary.com/dnfbskuf4/image/upload/v1774012885/eryxian-worldgithub-250_zqm9hk.png)

[Eryxian Universe Lore](https://eryxian.com/)

Xenohyena: Alpha Ripper Scorched [Concept]

Mosaic Guppy Male. Known for its vibrant colors and intricate patterns, the Mosaic Guppy is a delight to observe and care for. They can handle temperatures as low as cold water and as warm as 30 degrees Celsius

Mosaic Guppy Male

The Model‑7 Domestic Habitat Engine, colloquially the retro‑future kitchen, was first prototyped in 2049 as part of the Atomic Comfort Initiative. Its scientific designation—Culinarium‑Automata Type R‑F/7—described a semi‑sentient workspace designed to predict household needs before they were spoken. Though marketed as a culinary marvel, its unexpected purpose was data‑driven emotional regulation: the system monitored stress and adjusted lighting, temperature, and even meal suggestions to stabilize mood.

The turquoise Nuclear Chill fridge stored ingredients in micro‑shielded chambers, while the chrome‑armed mixer performed tasks with eerie precision. Even the humble BREAD box doubled as a low‑power fermentation incubator. Pink pots on the stove weren’t decorative—they were heat‑responsive diagnostic vessels that changed hue to indicate nutritional balance.

Future-Retro Kitchen

The 3D model of the Kinzhal missile is an advanced military weapon designed to launch from a fighter jet. The missile is designed with a sleek and aerodynamic shape to ensure high speed penetration through the atmosphere. The body of the Kinzhal missile is made of robust materials that can withstand high temperatures and pressure during launch and travel. The Kinzhal missile features a powerful solid fuel rocket engine that propels it at hypersonic speeds of up to Mach 10 or 12 000 km h. This capability enables the missile to evade enemy air defenses and strike high value targets with pinpoint accuracy. The missile s nose cone houses a lethal warhead designed to inflict massive damage on a target upon impact. The guidance system of the Kinzhal missile incorporates advanced technologies that ensure precise target acquisition and tracking making the missile a reliable and effective weapon in modern warfare. Overall the 3D model of the Kinzhal missile is a formidable piece of military tec

47 2 Kinzal Dagger

Outdoor lamp that fits perfectly into the urban environment as well as illuminating your home or driveway. The light color can be easily adjusted in the light s material settings. Simply change the temperature or strenght. Have fun!

Outdoor Lamp

For complete workflow compatibility, we recommend downloading the original file.The converted file is intended for web viewing only. In the source file, the following are fully preserved:✔ native scene structure✔ unsimplified materials✔ correct PBR texture maps✔ proper object namingIf you intend to use the asset in a production environment, download the Original format.Metal halide bulb with white light 7200k . Temperature can be changed in the materials.

Metal Halide Light Bulb

**Collection:** Prehistory and Historical Archeology Dept.

**Inv.-No.:** [UF-23110.9000](https://www.online.landessammlungen-noe.at/objects/1518459)

**Material:** Clay

**Dimensions:** 49 x 46,5 x 29,5 cm Weight: 35kg

**Dating:** 1050 - 800 BCE

The massive clay object, which has been provisionally designated a "column", is of particular interest. A potential point of comparison is a mobile oven. However, the inner walls do not display signs of encrustation caused by slag, indicating that the object was not subjected to high temperatures. It's function remains unclear; however, it could be hypothesised that it is employed as a support for cooking vessels, or alternatively, that it constitutes an architectural element, as its form would suggest. The absence of adequate information makes it impossible to propose a definitive suggestion.

This object was digitized through the ‘Kulturerbe digital’ program of the Federal Ministry for Arts, Culture, Public Service and Sport.

Massive Clay Object

For full functionality, we recommend downloading the source format.The converted file is intended only for use in the web viewer. In the Original format, the following are fully preserved:✔ full scene structure✔ complete materials without reduction✔ accurate texture maps✔ proper object namingIf you plan to use this model in production, select the Original format.Set of 6 3D temperature icons

Pixel Temperature Icon Set

Siamese fighting fish (Betta splendens) are popular, brightly colored, tropical freshwater fish known for their extreme aggression, requiring specialized care, a minimum 5-gallon tank, and temperatures of 
–
°F. Males are notoriously territorial and possess long fins, whereas females have shorter fins, with both varieties thriving on specialized diets in well-filtered, planted tanks

Siamese fighting Glassfish

For full functionality, we recommend downloading the source format.The converted file is intended exclusively for browser preview. In the Original format, the following are fully preserved:✔ original scene hierarchy✔ all materials without simplification✔ proper texture maps✔ original object namesIf you intend to use the asset in a production environment, download the source file.Lamp post with 2 light bulbs and adjustable color temperature

Garden Lamp Post

For full functionality, we recommend downloading the source format.The Converted version is intended only for use in the web viewer. In the original file, the following are fully preserved:✔ native scene structure✔ all materials without simplification✔ accurate texture maps✔ correct object namesIf you intend to use the asset in a production environment, select the original version.Push button switch Schneider Electric Miluz ED self clamping terminals white WDE012B01 built in switch made of durable ABS material acrylonitrile butadiene styrene . Operates in a wide temperature range from 5 to 40 C. Supports power up to 2300 W and a rated current of 10 A. Designed for an operating voltage of 250 V AC. Fastened with screws or mounting feet. Has screwless clamps for convenient cable connection. Suitable for connecting two cables with a cross section of 2.5 mm2. Conductor material copper. Immersion depth 15 mm. Products of the Miluz ED series have an elegant glare effect.

Schneider Electric Miluz Switch

Our MOA heating element unit has been designed with special attention to detail. It has a minimalistic design and is available in many colours while being highly functional and ready to use. MOA's 2-hour timer gives you the comfort of not having to worry about turning off the controller. Large, user-friendly buttons as well as current and set temperature indication system, make MOA's use even easier and more intuitive. The device has a short circuit and double over heating protection. MOA's Antifreeze function protects the heating medium temperature from dropping below 5-7°C.

<p><a href="http://en.termaheat.com/grzalka/moa">Learn more</a></p><br>

MOA electric heating element

**I plan to add UdonSharp scripts to this model that allow for a dynamic date/time reading and customizable temperature readings. 
However... that means I actually have to learn some C# :P! So I'm labeling this model as a WIP since it doesn't have the scripts yet, but the actual model itself is completed!**

I'm always looking to improve, so I appreciate any feedback! I can't wait to improve my skills and create more models with the VRChat community! :)

**The LCD segments and icons are individual planes that use a texture atlas**. In Poiyomi, ensure the *HomeWeatherStation_LCD_OVERLAY* material is set to an *Additive* or *Soft Additive* blending mode. Also, plug the texture atlas into both the *COLOR* and *EMISSION* slots! Finally, make sure *USE VERTEX NORMALS* is checked!

**Smudge and Scratch Details:** https://texturelabs.org/textures/glass_150/

Home Weather Station - VRCHAT PROP (SCRIPTS WIP)

This enclosure is designed for a temperature controller that plugs into a wall outlet and accepts an oven power cord as input. It switches the oven on and off to maintain a user-defined temperature, which can be set using the three buttons on the top of the unit.

The enclosure is intended to be 3D printed in PETG with a minimum of three perimeters (walls) for adequate strength and heat resistance.

Inside the box:

A small PCB with a voltage regulator steps the voltage down from 22V to 12V to power the main control board because I have used a power supply from an old ink jet printer.

The main temperature control board is a commercially available temperature control module (AliExpress).

All screws are M3 countersunk, used with 3.5 mm M3 heat-set inserts.

A small hole near the button openings is provided for the temperature probe wires.

⚠️ The maximum oven power is limited by the relay rating: 2500 W.

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