This is a small test project using an "orbit" script that I invented. (The little particles that the Sun releases are the first particles I've ever made. I have to say, they turned out better than I thought they would.) <SCIENTIFIC INACCURACIES> ¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯ > Size - This model of the solar system is not to scale. > Position - The planets in this project are much closer together than they are in real life. > Orbit Path - The orbits of the planets are actually more of an ellipse than a circle, while they are just circles in this model. > Rotation - The speeds at which the planets move in this model are not a comparison of the speeds that they move in real life. > Asteroids - The Main Asteroid Belt and Kuiper Belt were not added to this project, but they are part of the solar system in real life. >Moons - The moons of these planets were not added. "Why," you may ask? Well, Jupiter alone has 67 moons. (Currently) </SCIENTIFIC INACURACIES> Ok, now that has been cleared up, feel free to use the "orbit" script yourself: [When Green Flag Clicked] [point in direction (start direction)] [forever] { [position (run without screen refresh)] [turn ↺ 90 degrees] } [define "position"] [turn ↻ 90 degrees] (turn ↺ -90 degrees also works) [go to (target object (the Sun in this case) )] [turn ↻ or ↺(speed of orbit) degrees] [move (distance from which the object orbits) steps]
