Digital Sky Camera Ball Screen Function Details:
It can perform various astronomical phenomena such as stars, planets, nebulae, and clusters on the celestial sphere in real time.
1. Stellar system: It can perform the starry sky of the place you set. The star is selected by 3 to 11 stars. (Note: The starry sky that can be observed by the human eye can be observed in the middle of the night without clear clouds and no moon. star). The operator can set the observation location (latitude and longitude of any point on the earth) in real time, and the time conversion rate can be set to 1 day/minute minute/minute. The time conversion rate can be set, and the star can be observed while rotating around the celestial pole. It is also possible to observe the visual movement and passage of the planet in the sky, such as the special phenomena of the planet's retention, retrograde, staying, and antegrade.
2, the mid-star system: including nine planets, Mercury, Venus, Earth, Mars, Jupiter, Saturn, Uranus, Neptune, Pluto and other nine planets, of which the near-Earth planet apologizes for surface details, can project the field of view on the sky Angles of view over 25 degrees, including Saturn's aura, Jupiter's dark stripes, large red spots, and their satellites, each with a positional accuracy of 1 in the sky.
3, Nebula Star Cluster: Messia Nebula series, Pleiades group, can be magnified 10-100 times, let you truly observe the colorful nebula cluster.
4. The coordinate line is connected with the constellation: there is a complete constellation connection and coordinate system, such as horizon, meridian, equator, ecliptic, all important constellation connections (88 constellations throughout the day).
5, the scenery system: can play different landscapes, different latitudes, different stars on the starry sky to see the different effects, creating an immersive reality.
6. It can demonstrate the astronomical function of the traditional planetarium from primary to advanced.
1) Real-time astronomical movements that can be used to observe observation sites around the world
2) Astronomical movements that can demonstrate spring equinox and autumn equinox over time
3) Demonstrate astronomical phenomena such as: planets orbiting, demonstrating eclipses, eclipses, meteor showers, etc.
4) Display ecliptic, celestial equator, zenith, equator and azimuth network, etc.
