Solar Visitor is a space simulation software that enables users to explore the Solar System in a 3D format. It offers a unique space exploration experience that can help users better understand the Solar System.
Solar Visitor is a fantastic space simulator that allows you to explore the depths of our Solar System in stunning 3D graphics. It comes with a completely free program and source code, and it's available on both Windows and Linux operating systems.
One of the program's most notable features is its use of the Ogre graphics library. Additionally, the planets and objects in the game were crafted using the Blender program, adding a level of detail that's hard to match.
While the program is generally well optimized, its performance can depend on the capabilities of your video system. Advanced users are welcome to build the program themselves, but be warned that it can be a challenging task. Building from source requires a C/C++ compiler, an IDE (on Windows), and an understanding of the Ogre library, as well as Blender. Thankfully, the Ogre website has detailed installation instructions for users who want to build from source.
Recently, the developers released version 0.2.x, which includes several new features that make the experience even more realistic. Players can now view planets that have been rendered from textures, which is a vast improvement over the painted colors of the previous version.
There are still features that need to be improved for total realism, however. The orbits, for instance, are engineered to showcase shadow effects and might not be realistic; eclipses are rare.
Finally, it's worth mentioning that the program code is released under the GPL, and the media are taken from downloadable images on the web. Details of their location are provided, and the images remain the property of respective owners.
In conclusion, Solar Visitor is an exciting space simulator that's worth checking out. With the new features included in version 0.2.x, the program is more realistic than ever before. Whether you're a fan of astronomy, 3D graphics, or just want a unique gaming experience, this program is definitely worth a try. Recent bugfixes and the addition of tilted orbits make this simulator one of the best options out there.
One of the program's most notable features is its use of the Ogre graphics library. Additionally, the planets and objects in the game were crafted using the Blender program, adding a level of detail that's hard to match.
While the program is generally well optimized, its performance can depend on the capabilities of your video system. Advanced users are welcome to build the program themselves, but be warned that it can be a challenging task. Building from source requires a C/C++ compiler, an IDE (on Windows), and an understanding of the Ogre library, as well as Blender. Thankfully, the Ogre website has detailed installation instructions for users who want to build from source.
Recently, the developers released version 0.2.x, which includes several new features that make the experience even more realistic. Players can now view planets that have been rendered from textures, which is a vast improvement over the painted colors of the previous version.
There are still features that need to be improved for total realism, however. The orbits, for instance, are engineered to showcase shadow effects and might not be realistic; eclipses are rare.
Finally, it's worth mentioning that the program code is released under the GPL, and the media are taken from downloadable images on the web. Details of their location are provided, and the images remain the property of respective owners.
In conclusion, Solar Visitor is an exciting space simulator that's worth checking out. With the new features included in version 0.2.x, the program is more realistic than ever before. Whether you're a fan of astronomy, 3D graphics, or just want a unique gaming experience, this program is definitely worth a try. Recent bugfixes and the addition of tilted orbits make this simulator one of the best options out there.
What's New
Version 0.2.1: N/A