Create and evolve your own digital lifeforms! Watch or interact as your creations adapt and thrive in a world governed by the laws of physics. Download now and start your own evolutionary journey!
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Spil med tidlig adgang

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Bemærk: Spil i tidlig adgang er ikke færdige og ændrer sig måske eller måske ikke yderligere. Hvis du ikke er begejstret for at spille dette spil i dets nuværende tilstand, bør du vente og se, om spillet bliver videreudviklet. Læs mere

Hvad udviklerne har at sige:

Hvorfor tidlig adgang?

“EvoLife is an ambitious evolution simulation project. Simulating life on a cell level with realistic hard body and fluid physics is an experiment enabled by leading edge technologies. By the nature of the tech stack used it is difficult to debug, and I need your help to catch the bugs that slipped by. As a sandbox game each and every gamer plays it a little bit differently. I'm excited to see how others play with it and develop tools and features to make any style of play smooth and free flowing. My goal is to be able to reliably evolve multicellular organisms from different starting points. Currently there are cells connecting in the style of filamentous algae but no real cell differentiation is happening.
I came a long way during these years developing my hobby project, my dream, my vision. I will continue to work on it. I am going to make it work and I am going to make it blazing fast. I dream of a big big digital aquarium with millions and millions of cells, thousands of multi-cellular organisms coexisting with the simplest unicellular life forms peacefully living day by day as a main decorative element of my living room.”

Hvor lang tid vil dette spil være i tidlig adgang?

“Early Access is expected to last 18 to 24 months.”

Hvorledes kommer den fulde version til at være anderledes end produktet i tidlig adgang?

“Additional features I want to implement for the 1.0 version:
- cells producing biominerals (shells, bones, houses)
- cells healing
- more simulation constans settable from gui
- cells transporting energy and hormones trough connections
- organelles depending on other organelles already present (organelle lvl up tree)
- better cell decision visualization
- more intuitive gui”

Hvad er den nuværende tilstand for versionen med tidlig adgang?

“It is fully playable. You can create a world (settable size), generate a 2d landscape using the built in perlin noise based world generator or build it by hand yourself, the world is interactive and editable. You can view and edit species dna, add cells with different dnas to the world, and watch them prosper or perish depending on the environment you created. You can turn on evolution, which randomly mutates (parameters settable) the dna of the cells. You can save your game state and load it back.”

Ændrer spillets pris sig under og efter tidlig adgang?

“I plan to gradually raise the price as features are implemented.”

Hvordan har I tænkt jer at involvere fællesskabet i jeres udviklingsproces?

“I want to create a passionate community and involve people by listening to their feedback and bug reports, identify different play styles and focus development to support each of them.”
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Om dette spil

Genesis

At the start of the simulation cells with random DNA are spawned. 99% of DNA is not viable so most die pretty quickly.

  • Purple gas bubbles, inspired by hydrothermal vents

  • White dead cells, inspired by marine snow

  • Colorful alive cells, inspired by the diversity of unicellular organisms

  • Grey rocks, inspired by rocks, duh

First viable cell

After a while the first viable cells appear. There is a lot of gas everywhere which can be broken down for energy, so the first cells are pretty simple. An organelle to break down gas and a DNA instruction to multiply is all it takes to conquer the world.

Competition

As primitive cells fill the world, competition for gas bubbles increase. Some cells start to break down dead bodies for additional energy. Some grow flagella to fill spaces not accessible by passively riding the water flow.

Swimming upstream

The simulated physics can present barriers for life. Cells evolve to swim upstream, into the dense gas bubble flow, specializing with smaller body size and a stronger flagellum. Life always finds a way.

Stromatolites

First the world created physical barriers, now the cells are making them. Some cells release biomaterials that accumulate, much like real stromatolites. These materials can be broken down, but unlike gas bubbles or dead cells, doing so costs energy. As a result, they build up just like stromatolites in nature.

  • Biomaterials displayed as colorful circles with a square in the middle

Early multicellularity

In a strong current even multiple flagella may not be strong enough. These cells stick together after dividing, relying on each other for support. We are witnessing the birth of multicellularity!

🦠🦠🦠

Steam Workshop

Evolution takes a lot of time. I run the simulated worlds for weeks, waiting for evolution to happen. I implemented Steam Workshop support, so you don't have to! Some Workshop Items are not just a simple savefiles, but sequences of savefiles! Download the sequence and use the in-game "savefile list" feature, so you can step evolutionary time forward by weeks with one click!

Demo

I am just a solo dev, I could test the simulation on an RX 6750 XT, a GT 710 and an NVS 4200M. To remedy this issue I want to provide a free demo you can try out, to check if the game works on your machine.

Please make sure you have the newest drivers installed for your graphics card.

Demo limitations:

  • Only the smallest world size is available

  • No DNA editing

  • No Steam Workshop access

Lore

For this simulation my vision was to simulate a whole ecosystem of cells. There are many grid-like simulations, where artificial life exists in a grid. There are many game-like simulations where whole creatures are simulated. Sadly none of these fills the niche I am interested in.

I am specifically interested in the boundary of single celled and multicellular life. How did multicellular life come to be? How cells work together as an organism? How many ways can multicellularity evolve? There are only theories as the answer lies in the un-fossilized past.

To achieve this I simulate individual cells, and their individual organelles. I do not want to force multicellularity by having dedicated types of cells. Each cell can perform multiple things, can decide which organelles to grow. I want single celled life to be just as feasible and diverse as multicellular. I want the local environment to decide how the most successful life form should look like.

This simulator is my pet project, 10 years in the making! It is running entirely on the video card. You don't need a supercomputer, just a mid range card to simulate hundreds of thousands of cells. The world in the trailer is the result of running the simulation on my RX 6750 XT for a week. Hopefully the advancement of video cards makes even bigger worlds a possibility!

Systemkrav

    Minimum:
    • Kræver en 64-bit processor og operativsystem
    • Styresystem: Windows 10 64bit
    • Hukommelse: 1 GB RAM
    • Grafik: OpenGL 4.3+ capable
    • Diskplads: 1 GB tilgængelig plads
    • Yderligere bemærkninger: Tested and working on Ubuntu 22.04 with Wine
    Anbefalet:
    • Kræver en 64-bit processor og operativsystem
    • Styresystem: Windows 10+ 64bit
    • Hukommelse: 2 GB RAM
    • Grafik: OpenGL 4.3+ capable, 2GB VRAM
    • Diskplads: 1 GB tilgængelig plads

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