Chelyabinsk

Stereo Stereo Baseline (deg) Crosseye Parallel

Set time Date and Time (UTC)

Edit objects -- state vectors Object Reference object Color Shadow Label Trail Sub Z Mass Diameter Location (x,y,z) Velocity (x,y,z)

Edit objects -- orbital elements Object Reference object Color Shadow Label Trail Sub Z Mass Diameter a, e, i ω, Ω, MA

Time step 128

Local time Sat Feb 21 2009 21:06:31 GMT-0800 (Pacific Daylight Time)

Coordinated Universal Time Sun Feb 22 2009 05:06:31 (UTC)

Julian Day 2454884.7128589773

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

Stars RA / Dec Brightness RA spacing (min) Dec spacing (deg) Color

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

Cities A Latitude Longitude

Cities B 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 Integrator: Variable time step - steps per radian: Events duration Opacity Media

Collision log

Simulation description

Autopilot

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)

Import objects Delete existing objects Date and Time (UTC)

Delete objects

Generate Pre trails

Create object with clones Paste source code here

(JD, n)			2007 WD5
(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)

Override	Top	Left	Height	Width
Perspective A	Top	Left	Height	Width
Perspective B	Top	Left	Height	Width