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This commit introduces a new demo that includes: - A custom agent class `CelestialObject` to represent astrophysical objects such as stars, planets, and satellites. - A custom behavior class `Gravity` to simulate gravitational forces and their effects on celestial objects. - A simple demonstration `NewtonsLawTest` to validate the interaction between agents and gravitational physics. The purpose of this demo is to: - Demonstrate the creation of custom agents and behaviors in BioDynaMo. - Highlight the platform's ability to simulate environments beyond its original design.
This commit introduces a second demo featuring Mars and its two satellites, Phobos and Deimos, modeled as agents influenced by the Gravity behavior.
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Hi @christosneg, thank you for the update, this is very interesting! I will add this item to be discussed at the next BioDynaMo work meeting, and we will be in touch. |
This demo introduces the ability to read data from a .txt file to create a simulation of the solar system, including the Sun, its eight planets, and Pluto as agents influenced by gravity.
for mars and solar_system demos
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…ing changes 1) converted the units from Mega meters to Giga meters 2) The diameter of each agent was set relatively to earth instead of their actual size. This change will only affect the visualization of the simulation and not its accuracy.
1) removed Star subclass from mars demo 2) removed Satellite subclass from solar_system demo 3) removed all subclasses from newtons_law_test demo
instead of Agent class.
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Celestial Environment Demos for BioDynaMo
I created three simple demos that showcase custom-made agents and behaviors, centered on the theme of celestial environments.
Purpose
Inspiration for Users:
These demos demonstrate BioDynaMo's flexibility and aim to inspire users to explore creative applications.
Learning Resource:
They offer clear and straightforward examples for new users, illustrating how to create custom Agents and Behaviors within the platform.
Demo Descriptions
newtons_law_test
Features a basic simulation showcasing newly created agents and behaviors.
mars
A model that includes Mars and its moons, Phobos and Deimos.
solar_system
A solar system model with the Sun, all planets, and Pluto.
Update
I added a Python script that compares the simulations' output with real world data
Although the base repository is set to 'master,' I request that a new branch is created for these additions.