Hello Mahmoud et ALL
Planetary-Orbits-1.ring
This is another contribution to the Orbital Mechanics section
It uses the Matrix Library for the Transforms of the view display
Attached is:
Planetary-Orbits-ZIP.zip
- Planetary-Orbits-1.rin
- Planet images are in the zip file
- Icarus-Asteroid , and Halley-Comet, Ceres-Asteroid-Belt
Basic instructions:
- Select a Planet to display in the drop-down menu at the top-left
- Click on Start/Calc to calculate the orbit points into a matrix array
- Click on DrawMatrix to draw the planetary orbit.
- There are 2 check-boxes
- OneDraw: on => one orbit only, off => multiple orbits,
Fixed Size to show Eccentricity
- MultiOrbits: on => log scaled display of multiple planets
- View
- Top down view of orbits when "RotationAngle" X = 0 degrees
- Tilted view of orbits when "RotationAngle" X = 60 degrees
- X, Y, Z angle can be used to vary the display
======================================
Screen Captures
Note the Eccentricity of Mercury compared to Earth
Icarus is an Asteroid that gets closer to the Sun than Mercury and beyond Mars
Foci (Focus) of the Elliptical orbit are drawn in Red
Top-Down view from North of the entire Solar System
View is tilted 60 degrees in X-Axis for another perspective
Pluto get closed than Neptune for part of its eccentric orbit
Halley's Comet travels Way beyond Pluto.
Halley's orbital period has varied between 74 and 79 years since 240 BC
Last seen in 1986