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The demo shows how to correct for light travel time to render Jupiter's moons as they appear from the Earth. Created an addition operator for the Vector class in the Python code, because it is handy. Corrected a bug in the string representation of the Python StateVector class.
56 lines
2.1 KiB
Markdown
56 lines
2.1 KiB
Markdown
# Astronomy Engine examples in Python
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### [Camera](camera.py)
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Suppose you want to photograph the Moon,
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and you want to know what it will look like in the photo.
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Given a location on the Earth, and a date/time,
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this program calculates the orientation of the sunlit
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side of the Moon with respect to the top of your
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photo image. It assumes the camera faces directly
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toward the Moon's azimuth and tilts upward to its
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altitude angle above the horizon.
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### [Culmination](culminate.py)
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Finds when the Sun, Moon, and planets reach their highest position in the sky on a given date,
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as seen by an observer at a specified location on the Earth.
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Culmination is also the moment a body crosses the *meridian*, the imaginary semicircle
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in the sky that passes from due north on the horizon, through the zenith (straight up),
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and then toward due south on the horizon.
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### [Horizon Intersection](horizon.py)
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This is a more advanced example. It shows how to use coordinate
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transforms to find where the ecliptic intersects with an observer's
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horizon at a given date and time.
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### [Jupiter's Moons](jupiter_moons.py)
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Calculates the coordinates of Jupiter and its four major moons
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(Io, Europa, Ganymede, and Callisto) as seen from the Earth
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at a given date and time. This program illustrates how to correct
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for the delay caused by the time it takes for light to reach
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the Earth from the Jupiter system.
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### [Lunar Eclipse](lunar_eclipse.py)
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Calculates details about the first 10 partial/total lunar eclipses
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after the given date and time.
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### [Moon Phase Calculator](moonphase.py)
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This example shows how to determine the Moon's current phase,
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and how to predict when the next few quarter phases will occur.
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### [Positions](positions.py)
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Calculates equatorial and horizontal coordinates of the Sun, Moon, and planets.
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### [Rise/Set](riseset.py)
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Shows how to calculate sunrise, sunset, moonrise, and moonset times.
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### [Seasons](seasons.py)
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Calculates the equinoxes and solstices for a given calendar year.
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---
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# [API Reference](../../source/python/)
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Complete documentation for all the functions and types available
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in the Python version of Astronomy Engine.
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