California eclipse 2045

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 0.015625

Local time Sat Aug 12 2045 07:56:56 GMT-0700 (Pacific Standard Time)

Coordinated Universal Time Sat Aug 12 2045 14:56:56 (UTC)

Julian Day 2468205.1228795936

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

Collision log

Simulation description

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)

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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)

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