Solar System

Stereo Stereo Baseline (deg) Crosseye Parallel

Set time Date and Time (UTC)

Time step 4096

Local time Sat Jul 18 2015 15:06:56 GMT-0700 (Pacific Standard Time)

Coordinated Universal Time Sat Jul 18 2015 22:06:56 (UTC)

Julian Day 2457222.4214814813

Save as Simulation name: Keywords (optional) Description (optional) Author (optional) Share on orbitsimulator.com (optional) Your simulation is here: Source code:

Rotating frame Target object A Reference object A Longitude Altitude (AU) Distance (AU) True longitude Mean longitude

Cities Latitude Longitude

Frame A Target object A Camera object A Barycenter Minimum object size Trail size Zoom Stars Star labels Static KBOs Pre trails Phases Sun graphic Labels

Frame B Target object B Camera object B Barycenter Minimum object size Trail size Zoom Stars Star labels Static KBOs Pre trails Phases Sun graphic Labels

Preferences Do events Events duration

Screens

Top down	Top	Left	Height	Width
Perspective A	Top	Left	Height	Width
Perspective B	Top	Left	Height	Width

Screen shot

Screen shots Dimensions (x, y) Clear screen after screen shot Frame A foreground Frame A background Frame A position (x, y) Frame B foreground Frame B background Frame B position (x, y)

Vectors

Distance and speed

Eccentricity
0.0488569851008582

Semi-major axis (AU)
5.2024113344308445

Import objects

Delete objects

Sun
Mercury (199)
Venus (299)
Earth (399)
Mars Barycenter (4)
Jupiter Barycenter (5)
Saturn Barycenter (6)
Uranus Barycenter (7)
Neptune Barycenter (8)
Pluto Barycenter (9)
Moon (301)

Generate Pre trails

Sun
Mercury (199)
Venus (299)
Earth (399)
Mars Barycenter (4)
Jupiter Barycenter (5)
Saturn Barycenter (6)
Uranus Barycenter (7)
Neptune Barycenter (8)
Pluto Barycenter (9)
Moon (301)

Create object with clones Paste source code here

(JD, n)
(e, q, tp)
(node, peri, i)

	e	q	tp	node	peri	i
e
q
tp
node
peri
i

Create objects

____Number_of_objects		Reference_object
Name
Red (0-255)
Green (0-255)
Blue (0-255)
Radius
Mass
Semi-major axis
Eccentricity
Inclination (deg)
Longitude(deg)
Periapsis(deg)
MA (deg)