The Oort cloud/Kuiper-belt area goes way further than Pluto, but the comets that have orbits from out there into the solar system are too long-period to get fancey names like Halley's. Think about it - Halley's comet comes by every 76 years. That's insanely short for a Kuiperoid.
I really like how you've documented the challenges you encountered. The "Building jsOrrery" article is probably one of the best sources on the internet describing the process of building a full solar system viz. Your code is also very logical and easy to follow.
I made a similar simulation that shows the inner planets and asteroids, called Asterank (http://asterank.com/3d). Your code is open source, but does it have a license? I'm interested in adapting your accurate star background for my simulation.
You're right, I should probably have posted the link to the live project instead of the blog post. I figured that the story of why I did it is interesting as well though.
I was more expecting to see the link of how you did it on HN. I mean I got there from the link you posted but as this is a technical crowd I'd have thought that was the more interesting thing.
As an aside, I'm very impressed that the Sun appears to dim during a solar eclipse (http://mgvez.github.io/jsorrery/?scenario=EarthMoon&planetSc...) but I'm surprised it isn't hidden completely - have I just got the timestamp wrong for the specific viewpoint you're using?
I hesitated when posting the article. Maybe I should have posted the technical one. I wrote them all in one piece, but split them afterwards for different crowds. The one I posted is the least technical one of all, but it's the entry point. My bad.
The best scenario to see eclipses is the Inner Solar System, and put the scale to 1. Eclipses are very difficult to simulate, as the distances are so huge, you need to have incredibly precise positions to observe one. But it is still possible to see them, for example at http://mgvez.github.io/jsorrery/?scenario=InnerSolarSystem&d...
Having read the help text about the moon position I understand the problems. It's still so damn impressive though, I didn't mean to sound critical above :)
That is more then awesome, I will show it to my daughter, it is funny how different the reality is to the map of our solar system we get through traditional media like TV.
Looking at this, it's hard to believe that we have subsisted for so long on the standard top down flat version of this that we have seen in books since... Pluto was discovered. The children of the future will not have to remember those dark days.
Thanks, this is for me the best part. To be honest, I really don't know how realistic it is. All I can say is that I plugged in the numbers and that's the output.
I always though comets like Haley's went much further out on their trip away from the sun, but that shows it doesn't even reach past Pluto.
And the orbits of Mercury and Mars are a lot less circular than I thought.