FAQ¶
What is Aero Sim?
- Aero Sim is a plugin designed for managing atmospheric conditions in virtual environments. It offers customizable settings for gas concentrations, temperature, humidity, and visual effects, enhancing the realism and dynamics of your game world.
Can Aero Sim simulate real-world atmospheric conditions?
- While Aero Sim provides detailed atmospheric control, it is optimized for game development rather than simulating exact real-world conditions. It offers a balance between realism and computational efficiency, making it ideal for creating believable yet manageable virtual environments.
How does Aero Sim handle different gases?
- Aero Sim allows you to manage a variety of gases through its Gases property. You can set base concentrations and cap concentrations for different gas types, tailoring the atmospheric composition to your specific requirements.
Can I control the influence radius of atmospheric effects?
- Yes, Aero Sim lets you set an Influence Radius to define the area within which atmospheric changes are effective. This can be overridden to always influence the atmosphere, regardless of distance, using the bInfluenceUnbound property.
Is Aero Sim suitable for simulating extreme weather conditions?
- Aero Sim is flexible enough to handle a range of atmospheric scenarios, including extreme weather conditions. By adjusting temperature, humidity, and gas concentrations, you can create diverse environmental conditions.
Does Aero Sim include humidity control?
- Yes, Aero Sim includes a humidity control feature. You can set the average humidity level and define how it influences gas concentrations in your virtual environment.
How does temperature management work in Aero Sim?
- Aero Sim allows you to set an average temperature and a maximum temperature cap, which influence the overall thermal characteristics of your environment. These settings are crucial for simulating different climatic conditions. Additionally, you can activate the bUseAdvancedInfluence option, which allows factors such as temperature, humidity, and gravity to influence your gas concentrations.