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This feature and interface are a work in progress. Artificial coloring is used here to help differentiate materials. Liquid materials added to the surface of a planet with the Planetscaping tool will blend over time. If you change the composition, the radius will change with it.

Planet radii will then be calculated based on the phase and density of each material that makes up a planets composition.

Material phase models are based on geological and astrophysical measurements and research.

Make a planet entirely out of water and see the phases from the inside out (our current model says it would be 100% liquid inside).

The phase of each material in a planets composition will be realistically determined based on its pressure and temperature.

The cut-away view of Earth shows the individual materials, temperature, and phase of each material from the inside out. You can see the density of Earth increases as you move towards its core. This graph shows the calculated density of the materials of Earth based on their depth.

Designing the properties, data views, and tools for you to construct atmospheres, build and terraform planets, and track these materials is a crucial part of our development process.

Simulation of an atmospheres heating (the greenhouse effect), color, and opacity, including Venus-like atmospheres, will be based on their material composition.

Planet radii and atmospheres will be realistically simulated based on the mass and phase (solid, liquid, and gas) of each material in their composition.

Ever wonder how big the Moon would be if it were made entirely of oxygen? Soon youll be able to find out. Were also adding advanced simulation to compute planet radii based on the pressure and temperature of each material in the planets composition. For example, new materials like methane will allow us to fully simulate lakes of liquid methane on Titan. Were expanding the number of materials in Universe Sandbox you can use to simulate, construct, and terraform planets and atmospheres realistically.

Material colors are manually adjusted to help see the lakes. Titans properties include the amount of methane and the percentage in each phase (solid, liquid, and gas). Titan with realistic lakes of liquid methane. While we plan to work on everything we discuss here in 2023, complications may cause features to be delayed, and our priorities may change. Many of our projects, like bringing Universe Sandbox to phones and tablets, have been in development for months or years.

Improve our development tools to identify issues quickly and provide a more bug-free experience.Continue work on bringing Universe Sandbox to phones and tablets.Simulate light emission from hot planets.Overhaul our under-the-hood physics architecture to improve accuracy and performance.Add more materials for constructing & simulating planets & atmospheres.Fundamental improvements to our planetary collision systemĬheck out our 2022 Retrospective for more on what we did last year.Customizing the look and topography of planets and moons with a library of realistic color and height maps.

Exploring constellations for 10 different cultures.Spinning up planets so fast they break apart using the new Force Spin tool.These included many new features, but some of our favorites are In 2022, we put out 9 updates for Universe Sandbox. But before we dive in, let's recap some accomplishments from last year.ĭemonstrating highlights from 2022, including the Force Spin tool, Settle Water button, and Auto Simulation Speed. Our roadmap for 2023 includes simulating the lakes of liquid methane on Titan, hot planets emitting light, and realistically colliding spacecraft and bananas. We're working to give you more power to understand and control the complex phenomena of the universe. Blue means fewer computations, while red means more.

The colors show how many times the orbit of a nebula must be computed to maintain physical accuracy. Currently, trails are only shown for some nebulae due to performance limitations. The Milky Way galaxy with a trail for every nebula in the galaxy using our upcoming physics architecture improvements.